pax_global_header00006660000000000000000000000064135415353650014524gustar00rootroot0000000000000052 comment=001321a50886e31af33602bdaadaa9e4d74d0ab3 miller-5.6.2/000077500000000000000000000000001354153536500130225ustar00rootroot00000000000000miller-5.6.2/.gitattributes000066400000000000000000000006451354153536500157220ustar00rootroot00000000000000# Autodetect text files and perform LF normalization .gitattributes text eol=lf setup text eol=lf out binary *.txt text eol=lf *.html text eol=lf *.c text eol=lf *.h text eol=lf *.sh text eol=lf *.rb text eol=lf *.csv text eol=lf *.dat text eol=lf *.dkvp text eol=lf *.json text eol=lf *.nidx text eol=lf *.pprint text eol=lf *.tsv text eol=lf *.csv-crlf binary *.pprint-crlf binary *.dkvp-crlf binary *.bin binary miller-5.6.2/.gitignore000066400000000000000000000020611354153536500150110ustar00rootroot00000000000000autom4te.cache mlr mlrd mlrg mlrp test-argparse test-byte-readers test-line-readers test-dsl-stack test-join-bucket-keeper test-json-parser test-lrec test-rval-evaluators test-mlhmmv test-mlrregex test-mlrutil test-multiple-containers test-parse-trie test-peek-file-reader test-string-builder test_rval_evaluators test_argparse test_byte_readers test_line_readers test_join_bucket_keeper test_json_parser test_lrec test_mlhmmv test_mlrregex test_mlrutil test_multiple_containers test_parse_trie test_peek_file_reader test_string_builder output-regtest termcvt a.out *.dSYM catc catc0 catm gmon.out *.o *.pyc .swp .swo .*.swp .*.swo c/parsing/lemon c/parsing/mlr_dsl_lexer.c c/parsing/mlr_dsl_lexer.h c/parsing/mlr_dsl_parse.c c/parsing/mlr_dsl_parse.h c/parsing/mlr_dsl_parse.out c/reg_test/output c/output/out tags *.la *.lo *.log *.trs *~ .deps/ .libs/ Makefile config.h config.log config.status libtool stamp-h1 ap getl lemon_prepared lrim mlr-[0-9.]*.tar.* c/jkopush c/run_mlr c/mlr_expect_fail c/run_mlr_for_auxents c/push2 push2 data/.gitignore doc/jkopush doc/push2 miller-5.6.2/.travis.yml000066400000000000000000000011251354153536500151320ustar00rootroot00000000000000language: c # Use newer travis container-based infrastructure sudo: false # Install flex dependency addons: apt: packages: - flex - autoconf - libtool # Build using gcc and clang since it is supported # Note: 'clang -fsanitize=address' is not the right way to get an ASAN build. # This needs work. compiler: - gcc os: - linux - osx before_script: df -h && autoreconf -fiv script: ./configure && make && make check && make distcheck && make CC=$CC -C c -f Makefile.no-autoconfig after_failure: wc -l c/reg_test/test-suite.log && cat c/reg_test/test-suite.log miller-5.6.2/LICENSE.txt000066400000000000000000000027251354153536500146530ustar00rootroot00000000000000Copyright (c) 2015- John Kerl All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: * Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. * Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. This software is provided by the copyright holders and contributors "as is" and any express or implied warranties, including, but not limited to, the implied warranties of merchantability and fitness for a particular purpose are disclaimed. In no event shall the copyright holder or contributors be liable for any direct, indirect, incidental, special, exemplary, or consequential damages (including, but not limited to, procurement of substitute goods or services; loss of use, data, or profits; or business interruption) however caused and on any theory of liability, whether in contract, strict liability, or tort (including negligence or otherwise) arising in any way out of the use of this software, even if advised of the possibility of such damage. I am providing code in this repository to you under an open-source license. 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This makefile is intended for users # who prefer (for whatever reason) to bypass autoconfig. Please also see # http://johnkerl.org/miller/doc/build.html#Without_using_autoconfig # ================================================================ MANDIR ?= /usr/share/man DESTDIR ?= all: c manpage devall: c install doc # TODO: the install target exists to put most-recent mlr executable in the # path to be picked up by the mlr-execs in the docs dir. better would be to # export PATH here with ./c at its head. c: .always make -C c -f Makefile.no-autoconfig top doc: .always cd doc && poki install: .always make -C c -f Makefile.no-autoconfig install install -d -m 0755 $(DESTDIR)/$(MANDIR) install -m 0644 doc/miller.1 $(DESTDIR)/$(MANDIR) clean: .always make -C c -f Makefile.no-autoconfig clean .PHONY: manpage # OSX: # * brew install asciidoc # * export XML_CATALOG_FILES=/usr/local/etc/xml/catalog manpage: doc/miller.1.txt ( cd doc && a2x -d manpage -f manpage miller.1.txt ) .always: @true miller-5.6.2/README-RPM.md000066400000000000000000000054021354153536500147360ustar00rootroot00000000000000## Instructions to make Miller source/binary RPMs for the RPM-experienced Grab `mlr.spec` and go to town. ## Instructions to make Miller source/binary RPMs for the RPM-inexperienced ### One-time setup Change `3.3.2` to desired version. Release-package example: https://github.com/johnkerl/miller/releases/download/v3.3.2/mlr-3.3.2.tar.gz ``` cd mkdir ~/rpmbuild mkdir ~/rpmbuild/SPECS mkdir ~/rpmbuild/SOURCES cp /your/path/to/miller/clone/mlr.spec ~/rpmbuild/SPECS cp /your/path/to/mlr-3.3.2.tar.gz ~/rpmbuild/SOURCES cd ~/rpmbuild/SPECS ``` You may need to do ``` sudo yum install rpmbuild ``` ### Linting If you have changed the `mlr.spec` file: ``` rpmlint mlr.spec ``` You may need to do ``` sudo yum install rpmlint ``` ### Build source-RPM only ``` rpmbuild -bs mlr.spec Wrote: /your/home/dir/rpmbuild/SRPMS/mlr-3.3.2-1.el6.src.rpm ``` ``` rpm -qpl ../SRPMS/mlr-3.3.2-1.el6.src.rpm mlr-3.3.2.tar.gz mlr.spec ``` ``` rpm -qpi ../SRPMS/mlr-3.3.2-1.el6.src.rpm Name : mlr Relocations: (not relocatable) Version : 3.3.2 Vendor: (none) Release : 1.el6 Build Date: Sun 07 Feb 2016 09:43:39 PM EST Install Date: (not installed) Build Host: host.name.goes.here Group : Applications/Text Source RPM: (none) Size : 774430 License: BSD2 Signature : (none) URL : http://johnkerl.org/miller/doc Summary : Name-indexed data processing tool Description : Miller (mlr) allows name-indexed data such as CSV and JSON files to be processed with functions equivalent to sed, awk, cut, join, sort etc. It can convert between formats, preserves headers when sorting or reversing, and streams data where possible so its memory requirements stay small. It works well with pipes and can feed "tail -f". ``` ### Build source and binary RPMs ``` rpmbuild -ba mlr.spec ``` ``` rpm -qpl ../RPMS/x86_64//mlr-3.3.2-1.el6.x86_64.rpm /usr/bin/mlr /usr/share/man/man1/mlr.1.gz ``` ``` sudo rpm -ivh ../RPMS/x86_64/mlr-3.3.2-1.el6.x86_64.rpm Preparing... ########################################### [100%] 1:mlr ########################################### [100%] ``` ``` /usr/bin/mlr --version Miller 3.3.2 man -M /usr/share/man mlr ``` and check the version in the DESCRIPTION section. ### Some handy references * https://github.com/bonzini/grep/blob/master/grep.spec * http://www.rpm.org/max-rpm/s1-rpm-build-creating-spec-file.html * http://www.rpm.org/max-rpm/s1-rpm-inside-files-list-directives.html * http://www.tldp.org/HOWTO/RPM-HOWTO/build.html * http://www.tldp.org/LDP/solrhe/Securing-Optimizing-Linux-RH-Edition-v1.3/chap3sec20.html * https://fedoraproject.org/wiki/How_to_create_a_GNU_Hello_RPM_package miller-5.6.2/README.md000066400000000000000000000204301354153536500143000ustar00rootroot00000000000000**Miller is like awk, sed, cut, join, and sort for name-indexed data such as CSV, TSV, and tabular JSON.** [![Linux build status](https://travis-ci.org/johnkerl/miller.svg?branch=master)](https://travis-ci.org/johnkerl/miller) [![Windows build status](https://ci.appveyor.com/api/projects/status/github/johnkerl/miller?branch=master&svg=true)](https://ci.appveyor.com/project/johnkerl/miller) [![License](http://img.shields.io/badge/license-BSD2-blue.svg)](https://github.com/johnkerl/miller/blob/master/LICENSE.txt) [![Docs](https://img.shields.io/badge/docs-here-yellow.svg)](http://johnkerl.org/miller/doc) [![Ubuntu](https://img.shields.io/badge/distros-ubuntu-db4923.svg)](https://launchpad.net/ubuntu/+source/miller) [![Ubuntu 16.04 LTS](https://img.shields.io/badge/distros-ubuntu1604lts-db4923.svg)](https://launchpad.net/ubuntu/xenial/+package/miller) [![Fedora](https://img.shields.io/badge/distros-fedora-173b70.svg)](https://apps.fedoraproject.org/packages/miller) [![Debian](https://img.shields.io/badge/distros-debian-c70036.svg)](https://packages.debian.org/stable/miller) [![Gentoo](https://img.shields.io/badge/distros-gentoo-4e4371.svg)](https://packages.gentoo.org/packages/sys-apps/miller) [![NetBSD](https://img.shields.io/badge/distros-netbsd-f26711.svg)](http://pkgsrc.se/textproc/miller) [![FreeBSD](https://img.shields.io/badge/distros-freebsd-8c0707.svg)](https://www.freshports.org/textproc/miller/) [![Pro-Linux](https://img.shields.io/badge/distros-prolinux-3a679d.svg)](http://www.pro-linux.de/cgi-bin/DBApp/check.cgi?ShowApp..20427.100) [![Arch Linux](https://img.shields.io/badge/distros-archlinux-1792d0.svg)](https://aur.archlinux.org/packages/miller-git) [![Homebrew/MacOSX](https://img.shields.io/badge/distros-macosxbrew-ba832b.svg)](https://github.com/Homebrew/homebrew-core/search?utf8=%E2%9C%93&q=miller) With Miller, you get to use named fields without needing to count positional indices, using familiar formats such as CSV, TSV, JSON, and positionally-indexed. For example, suppose you have a CSV data file like this: ``` county,tiv_2011,tiv_2012,line,construction SEMINOLE,22890.55,20848.71,Residential,Wood MIAMI DADE,1158674.85,1076001.08,Residential,Masonry PALM BEACH,1174081.5,1856589.17,Residential,Masonry MIAMI DADE,2850980.31,2650932.72,Commercial,Reinforced Masonry HIGHLANDS,23006.41,19757.91,Residential,Wood HIGHLANDS,49155.16,47362.96,Residential,Wood DUVAL,1731888.18,2785551.63,Residential,Masonry ST. JOHNS,29589.12,35207.53,Residential,Wood ``` Then, on the fly, you can add new fields which are functions of existing fields, drop fields, sort, aggregate statistically, pretty-print, and more: ``` $ mlr --icsv --opprint --barred \ put '$tiv_delta = $tiv_2012 - $tiv_2011; unset $tiv_2011, $tiv_2012' \ then sort -nr tiv_delta flins.csv +------------+-------------+----------------+ | county | line | tiv_delta | +------------+-------------+----------------+ | Duval | Residential | 1053663.450000 | | Palm Beach | Residential | 682507.670000 | | St. Johns | Residential | 5618.410000 | | Highlands | Residential | -1792.200000 | | Seminole | Residential | -2041.840000 | | Highlands | Residential | -3248.500000 | | Miami Dade | Residential | -82673.770000 | | Miami Dade | Commercial | -200047.590000 | +------------+-------------+----------------+ ``` This is something the Unix toolkit always could have done, and arguably always should have done. It operates on **key-value-pair data** while the familiar Unix tools operate on integer-indexed fields: if the natural data structure for the latter is the array, then Miller's natural data structure is the insertion-ordered hash map. This encompasses a **variety of data formats**, including but not limited to the familiar **CSV**, **TSV**, and **JSON**. (Miller can handle **positionally-indexed data** as a special case.) For a few more examples please see [Miller in 10 minutes](http://johnkerl.org/miller/doc/10-min.html). Features: * Miller is **multi-purpose**: it's useful for **data cleaning**, **data reduction**, **statistical reporting**, **devops**, **system administration**, **log-file processing**, **format conversion**, and **database-query post-processing**. * You can use Miller to snarf and munge **log-file data**, including selecting out relevant substreams, then produce CSV format and load that into all-in-memory/data-frame utilities for further statistical and/or graphical processing. * Miller complements **data-analysis tools** such as **R**, **pandas**, etc.: you can use Miller to **clean** and **prepare** your data. While you can do **basic statistics** entirely in Miller, its streaming-data feature and single-pass algorithms enable you to **reduce very large data sets**. * Miller complements SQL **databases**: you can slice, dice, and reformat data on the client side on its way into or out of a database. You can also reap some of the benefits of databases for quick, setup-free one-off tasks when you just need to query some data in disk files in a hurry. * Miller also goes beyond the classic Unix tools by stepping fully into our modern, **no-SQL** world: its essential record-heterogeneity property allows Miller to operate on data where records with different schema (field names) are interleaved. * Miller is **streaming**: most operations need only a single record in memory at a time, rather than ingesting all input before producing any output. For those operations which require deeper retention (`sort`, `tac`, `stats1`), Miller retains only as much data as needed. This means that whenever functionally possible, you can operate on files which are larger than your system’s available RAM, and you can use Miller in **tail -f** contexts. * Miller is **pipe-friendly** and interoperates with the Unix toolkit * Miller's I/O formats include **tabular pretty-printing**, **positionally indexed** (Unix-toolkit style), CSV, JSON, and others * Miller does **conversion** between formats * Miller's **processing is format-aware**: e.g. CSV `sort` and `tac` keep header lines first * Miller has high-throughput **performance** on par with the Unix toolkit * Not unlike `jq` (http://stedolan.github.io/jq/) for JSON, Miller is written in portable, modern C, with **zero runtime dependencies**. You can download or compile a single binary, `scp` it to a faraway machine, and expect it to work. Documentation links: * [**Full documentation for latest release**](http://johnkerl.org/miller/doc) * [Head docs](http://johnkerl.org/miller-releases/miller-head/doc/index.html) match [head code](https://github.com/johnkerl/miller); [release-specific docs](http://johnkerl.org/miller/doc/release-docs.html) match [release-specific code](https://github.com/johnkerl/miller/tags). * [Miller's license is two-clause BSD](https://github.com/johnkerl/miller/blob/master/LICENSE.txt). * [Build information including dependencies](http://johnkerl.org/miller/doc/build.html) * [Notes about issue-labeling in the Github repo](https://github.com/johnkerl/miller/wiki/Issue-labeling) * [Active issues](https://github.com/johnkerl/miller/issues?q=is%3Aissue+is%3Aopen+sort%3Aupdated-desc) More examples: ``` % mlr --csv cut -f hostname,uptime mydata.csv % mlr --tsv --rs lf filter '$status != "down" && $upsec >= 10000' *.tsv % mlr --nidx put '$sum = $7 < 0.0 ? 3.5 : $7 + 2.1*$8' *.dat % grep -v '^#' /etc/group | mlr --ifs : --nidx --opprint label group,pass,gid,member then sort -f group % mlr join -j account_id -f accounts.dat then group-by account_name balances.dat % mlr --json put '$attr = sub($attr, "([0-9]+)_([0-9]+)_.*", "\1:\2")' data/*.json % mlr stats1 -a min,mean,max,p10,p50,p90 -f flag,u,v data/* % mlr stats2 -a linreg-pca -f u,v -g shape data/* % mlr put -q '@sum[$a][$b] += $x; end {emit @sum, "a", "b"}' data/* % mlr --from estimates.tbl put ' for (k,v in $*) { if (isnumeric(v) && k =~ "^[t-z].*$") { $sum += v; $count += 1 } } $mean = $sum / $count # no assignment if count unset ' % mlr --from infile.dat put -f analyze.mlr % mlr --from infile.dat put 'tee > "./taps/data-".$a."-".$b, $*' % mlr --from infile.dat put 'tee | "gzip > ./taps/data-".$a."-".$b.".gz", $*' % mlr --from infile.dat put -q '@v=$*; dump | "jq .[]"' % mlr --from infile.dat put '(NR % 1000 == 0) { print > stderr, "Checkpoint ".NR}' ``` miller-5.6.2/aclocal.m4000066400000000000000000001274651354153536500147010ustar00rootroot00000000000000# generated automatically by aclocal 1.15.1 -*- Autoconf -*- # Copyright (C) 1996-2017 Free Software Foundation, Inc. # This file is free software; the Free Software Foundation # gives unlimited permission to copy and/or distribute it, # with or without modifications, as long as this notice is preserved. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY, to the extent permitted by law; without # even the implied warranty of MERCHANTABILITY or FITNESS FOR A # PARTICULAR PURPOSE. m4_ifndef([AC_CONFIG_MACRO_DIRS], [m4_defun([_AM_CONFIG_MACRO_DIRS], [])m4_defun([AC_CONFIG_MACRO_DIRS], [_AM_CONFIG_MACRO_DIRS($@)])]) m4_ifndef([AC_AUTOCONF_VERSION], [m4_copy([m4_PACKAGE_VERSION], [AC_AUTOCONF_VERSION])])dnl m4_if(m4_defn([AC_AUTOCONF_VERSION]), [2.69],, [m4_warning([this file was generated for autoconf 2.69. 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If not, see . # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that program. # This file is maintained in Automake, please report # bugs to or send patches to # . # func_error message func_error () { echo "$me: $1" 1>&2 exit 1 } file_conv= # func_file_conv build_file # Convert a $build file to $host form and store it in $file # Currently only supports Windows hosts. func_file_conv () { file=$1 case $file in / | /[!/]*) # absolute file, and not a UNC file if test -z "$file_conv"; then # lazily determine how to convert abs files case `uname -s` in MINGW*) file_conv=mingw ;; CYGWIN*) file_conv=cygwin ;; *) file_conv=wine ;; esac fi case $file_conv in mingw) file=`cmd //C echo "$file " | sed -e 's/"\(.*\) " *$/\1/'` ;; cygwin) file=`cygpath -m "$file" || echo "$file"` ;; wine) file=`winepath -w "$file" || echo "$file"` ;; esac ;; esac } # func_at_file at_file operation archive # Iterate over all members in AT_FILE performing OPERATION on ARCHIVE # for each of them. # When interpreting the content of the @FILE, do NOT use func_file_conv, # since the user would need to supply preconverted file names to # binutils ar, at least for MinGW. func_at_file () { operation=$2 archive=$3 at_file_contents=`cat "$1"` eval set x "$at_file_contents" shift for member do $AR -NOLOGO $operation:"$member" "$archive" || exit $? done } case $1 in '') func_error "no command. 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If not, see . # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that program. # This file is maintained in Automake, please report # bugs to or send patches to # . nl=' ' # We need space, tab and new line, in precisely that order. Quoting is # there to prevent tools from complaining about whitespace usage. IFS=" "" $nl" file_conv= # func_file_conv build_file lazy # Convert a $build file to $host form and store it in $file # Currently only supports Windows hosts. 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See the GNU # General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, see . # # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that # program. This Exception is an additional permission under section 7 # of the GNU General Public License, version 3 ("GPLv3"). # # Originally written by Per Bothner; maintained since 2000 by Ben Elliston. # # You can get the latest version of this script from: # https://git.savannah.gnu.org/gitweb/?p=config.git;a=blob_plain;f=config.guess # # Please send patches to . me=`echo "$0" | sed -e 's,.*/,,'` usage="\ Usage: $0 [OPTION] Output the configuration name of the system \`$me' is run on. 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ALPHA_CPU_TYPE=`/usr/sbin/psrinfo -v | sed -n -e 's/^ The alpha \(.*\) processor.*$/\1/p' | head -n 1` case "$ALPHA_CPU_TYPE" in "EV4 (21064)") UNAME_MACHINE=alpha ;; "EV4.5 (21064)") UNAME_MACHINE=alpha ;; "LCA4 (21066/21068)") UNAME_MACHINE=alpha ;; "EV5 (21164)") UNAME_MACHINE=alphaev5 ;; "EV5.6 (21164A)") UNAME_MACHINE=alphaev56 ;; "EV5.6 (21164PC)") UNAME_MACHINE=alphapca56 ;; "EV5.7 (21164PC)") UNAME_MACHINE=alphapca57 ;; "EV6 (21264)") UNAME_MACHINE=alphaev6 ;; "EV6.7 (21264A)") UNAME_MACHINE=alphaev67 ;; "EV6.8CB (21264C)") UNAME_MACHINE=alphaev68 ;; "EV6.8AL (21264B)") UNAME_MACHINE=alphaev68 ;; "EV6.8CX (21264D)") UNAME_MACHINE=alphaev68 ;; "EV6.9A (21264/EV69A)") UNAME_MACHINE=alphaev69 ;; "EV7 (21364)") UNAME_MACHINE=alphaev7 ;; "EV7.9 (21364A)") UNAME_MACHINE=alphaev79 ;; esac # A Pn.n version is a patched version. # A Vn.n version is a released version. # A Tn.n version is a released field test version. # A Xn.n version is an unreleased experimental baselevel. # 1.2 uses "1.2" for uname -r. echo "$UNAME_MACHINE"-dec-osf"`echo "$UNAME_RELEASE" | sed -e 's/^[PVTX]//' | tr ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz`" # Reset EXIT trap before exiting to avoid spurious non-zero exit code. exitcode=$? trap '' 0 exit $exitcode ;; Amiga*:UNIX_System_V:4.0:*) echo m68k-unknown-sysv4 exit ;; *:[Aa]miga[Oo][Ss]:*:*) echo "$UNAME_MACHINE"-unknown-amigaos exit ;; *:[Mm]orph[Oo][Ss]:*:*) echo "$UNAME_MACHINE"-unknown-morphos exit ;; *:OS/390:*:*) echo i370-ibm-openedition exit ;; *:z/VM:*:*) echo s390-ibm-zvmoe exit ;; *:OS400:*:*) echo powerpc-ibm-os400 exit ;; arm:RISC*:1.[012]*:*|arm:riscix:1.[012]*:*) echo arm-acorn-riscix"$UNAME_RELEASE" exit ;; arm*:riscos:*:*|arm*:RISCOS:*:*) echo arm-unknown-riscos exit ;; SR2?01:HI-UX/MPP:*:* | SR8000:HI-UX/MPP:*:*) echo hppa1.1-hitachi-hiuxmpp exit ;; Pyramid*:OSx*:*:* | MIS*:OSx*:*:* | MIS*:SMP_DC-OSx*:*:*) # akee@wpdis03.wpafb.af.mil (Earle F. Ake) contributed MIS and NILE. if test "`(/bin/universe) 2>/dev/null`" = att ; then echo pyramid-pyramid-sysv3 else echo pyramid-pyramid-bsd fi exit ;; NILE*:*:*:dcosx) echo pyramid-pyramid-svr4 exit ;; DRS?6000:unix:4.0:6*) echo sparc-icl-nx6 exit ;; DRS?6000:UNIX_SV:4.2*:7* | DRS?6000:isis:4.2*:7*) case `/usr/bin/uname -p` in sparc) echo sparc-icl-nx7; exit ;; esac ;; s390x:SunOS:*:*) echo "$UNAME_MACHINE"-ibm-solaris2"`echo "$UNAME_RELEASE" | sed -e 's/[^.]*//'`" exit ;; sun4H:SunOS:5.*:*) echo sparc-hal-solaris2"`echo "$UNAME_RELEASE"|sed -e 's/[^.]*//'`" exit ;; sun4*:SunOS:5.*:* | tadpole*:SunOS:5.*:*) echo sparc-sun-solaris2"`echo "$UNAME_RELEASE" | sed -e 's/[^.]*//'`" exit ;; i86pc:AuroraUX:5.*:* | i86xen:AuroraUX:5.*:*) echo i386-pc-auroraux"$UNAME_RELEASE" exit ;; i86pc:SunOS:5.*:* | i86xen:SunOS:5.*:*) eval "$set_cc_for_build" SUN_ARCH=i386 # If there is a compiler, see if it is configured for 64-bit objects. # Note that the Sun cc does not turn __LP64__ into 1 like gcc does. # This test works for both compilers. if [ "$CC_FOR_BUILD" != no_compiler_found ]; then if (echo '#ifdef __amd64'; echo IS_64BIT_ARCH; echo '#endif') | \ (CCOPTS="" $CC_FOR_BUILD -E - 2>/dev/null) | \ grep IS_64BIT_ARCH >/dev/null then SUN_ARCH=x86_64 fi fi echo "$SUN_ARCH"-pc-solaris2"`echo "$UNAME_RELEASE"|sed -e 's/[^.]*//'`" exit ;; sun4*:SunOS:6*:*) # According to config.sub, this is the proper way to canonicalize # SunOS6. Hard to guess exactly what SunOS6 will be like, but # it's likely to be more like Solaris than SunOS4. echo sparc-sun-solaris3"`echo "$UNAME_RELEASE"|sed -e 's/[^.]*//'`" exit ;; sun4*:SunOS:*:*) case "`/usr/bin/arch -k`" in Series*|S4*) UNAME_RELEASE=`uname -v` ;; esac # Japanese Language versions have a version number like `4.1.3-JL'. echo sparc-sun-sunos"`echo "$UNAME_RELEASE"|sed -e 's/-/_/'`" exit ;; sun3*:SunOS:*:*) echo m68k-sun-sunos"$UNAME_RELEASE" exit ;; sun*:*:4.2BSD:*) UNAME_RELEASE=`(sed 1q /etc/motd | awk '{print substr($5,1,3)}') 2>/dev/null` test "x$UNAME_RELEASE" = x && UNAME_RELEASE=3 case "`/bin/arch`" in sun3) echo m68k-sun-sunos"$UNAME_RELEASE" ;; sun4) echo sparc-sun-sunos"$UNAME_RELEASE" ;; esac exit ;; aushp:SunOS:*:*) echo sparc-auspex-sunos"$UNAME_RELEASE" exit ;; # The situation for MiNT is a little confusing. The machine name # can be virtually everything (everything which is not # "atarist" or "atariste" at least should have a processor # > m68000). The system name ranges from "MiNT" over "FreeMiNT" # to the lowercase version "mint" (or "freemint"). Finally # the system name "TOS" denotes a system which is actually not # MiNT. But MiNT is downward compatible to TOS, so this should # be no problem. atarist[e]:*MiNT:*:* | atarist[e]:*mint:*:* | atarist[e]:*TOS:*:*) echo m68k-atari-mint"$UNAME_RELEASE" exit ;; atari*:*MiNT:*:* | atari*:*mint:*:* | atarist[e]:*TOS:*:*) echo m68k-atari-mint"$UNAME_RELEASE" exit ;; *falcon*:*MiNT:*:* | *falcon*:*mint:*:* | *falcon*:*TOS:*:*) echo m68k-atari-mint"$UNAME_RELEASE" exit ;; milan*:*MiNT:*:* | milan*:*mint:*:* | *milan*:*TOS:*:*) echo m68k-milan-mint"$UNAME_RELEASE" exit ;; hades*:*MiNT:*:* | hades*:*mint:*:* | *hades*:*TOS:*:*) echo m68k-hades-mint"$UNAME_RELEASE" exit ;; *:*MiNT:*:* | *:*mint:*:* | *:*TOS:*:*) echo m68k-unknown-mint"$UNAME_RELEASE" exit ;; m68k:machten:*:*) echo m68k-apple-machten"$UNAME_RELEASE" exit ;; powerpc:machten:*:*) echo powerpc-apple-machten"$UNAME_RELEASE" exit ;; RISC*:Mach:*:*) echo mips-dec-mach_bsd4.3 exit ;; RISC*:ULTRIX:*:*) echo mips-dec-ultrix"$UNAME_RELEASE" exit ;; VAX*:ULTRIX*:*:*) echo vax-dec-ultrix"$UNAME_RELEASE" exit ;; 2020:CLIX:*:* | 2430:CLIX:*:*) echo clipper-intergraph-clix"$UNAME_RELEASE" exit ;; mips:*:*:UMIPS | mips:*:*:RISCos) eval "$set_cc_for_build" sed 's/^ //' << EOF > "$dummy.c" #ifdef __cplusplus #include /* for printf() prototype */ int main (int argc, char *argv[]) { #else int main (argc, argv) int argc; char *argv[]; { #endif #if defined (host_mips) && defined (MIPSEB) #if defined (SYSTYPE_SYSV) printf ("mips-mips-riscos%ssysv\\n", argv[1]); exit (0); #endif #if defined (SYSTYPE_SVR4) printf ("mips-mips-riscos%ssvr4\\n", argv[1]); exit (0); #endif #if defined (SYSTYPE_BSD43) || defined(SYSTYPE_BSD) printf ("mips-mips-riscos%sbsd\\n", argv[1]); exit (0); #endif #endif exit (-1); } EOF $CC_FOR_BUILD -o "$dummy" "$dummy.c" && dummyarg=`echo "$UNAME_RELEASE" | sed -n 's/\([0-9]*\).*/\1/p'` && SYSTEM_NAME=`"$dummy" "$dummyarg"` && { echo "$SYSTEM_NAME"; exit; } echo mips-mips-riscos"$UNAME_RELEASE" exit ;; Motorola:PowerMAX_OS:*:*) echo powerpc-motorola-powermax exit ;; Motorola:*:4.3:PL8-*) echo powerpc-harris-powermax exit ;; Night_Hawk:*:*:PowerMAX_OS | Synergy:PowerMAX_OS:*:*) echo powerpc-harris-powermax exit ;; Night_Hawk:Power_UNIX:*:*) echo powerpc-harris-powerunix exit ;; m88k:CX/UX:7*:*) echo m88k-harris-cxux7 exit ;; m88k:*:4*:R4*) echo m88k-motorola-sysv4 exit ;; m88k:*:3*:R3*) echo m88k-motorola-sysv3 exit ;; AViiON:dgux:*:*) # DG/UX returns AViiON for all architectures UNAME_PROCESSOR=`/usr/bin/uname -p` if [ "$UNAME_PROCESSOR" = mc88100 ] || [ "$UNAME_PROCESSOR" = mc88110 ] then if [ "$TARGET_BINARY_INTERFACE"x = m88kdguxelfx ] || \ [ "$TARGET_BINARY_INTERFACE"x = x ] then echo m88k-dg-dgux"$UNAME_RELEASE" else echo m88k-dg-dguxbcs"$UNAME_RELEASE" fi else echo i586-dg-dgux"$UNAME_RELEASE" fi exit ;; M88*:DolphinOS:*:*) # DolphinOS (SVR3) echo m88k-dolphin-sysv3 exit ;; M88*:*:R3*:*) # Delta 88k system running SVR3 echo m88k-motorola-sysv3 exit ;; XD88*:*:*:*) # Tektronix XD88 system running UTekV (SVR3) echo m88k-tektronix-sysv3 exit ;; Tek43[0-9][0-9]:UTek:*:*) # Tektronix 4300 system running UTek (BSD) echo m68k-tektronix-bsd exit ;; *:IRIX*:*:*) echo mips-sgi-irix"`echo "$UNAME_RELEASE"|sed -e 's/-/_/g'`" exit ;; ????????:AIX?:[12].1:2) # AIX 2.2.1 or AIX 2.1.1 is RT/PC AIX. echo romp-ibm-aix # uname -m gives an 8 hex-code CPU id exit ;; # Note that: echo "'`uname -s`'" gives 'AIX ' i*86:AIX:*:*) echo i386-ibm-aix exit ;; ia64:AIX:*:*) if [ -x /usr/bin/oslevel ] ; then IBM_REV=`/usr/bin/oslevel` else IBM_REV="$UNAME_VERSION.$UNAME_RELEASE" fi echo "$UNAME_MACHINE"-ibm-aix"$IBM_REV" exit ;; *:AIX:2:3) if grep bos325 /usr/include/stdio.h >/dev/null 2>&1; then eval "$set_cc_for_build" sed 's/^ //' << EOF > "$dummy.c" #include main() { if (!__power_pc()) exit(1); puts("powerpc-ibm-aix3.2.5"); exit(0); } EOF if $CC_FOR_BUILD -o "$dummy" "$dummy.c" && SYSTEM_NAME=`"$dummy"` then echo "$SYSTEM_NAME" else echo rs6000-ibm-aix3.2.5 fi elif grep bos324 /usr/include/stdio.h >/dev/null 2>&1; then echo rs6000-ibm-aix3.2.4 else echo rs6000-ibm-aix3.2 fi exit ;; *:AIX:*:[4567]) IBM_CPU_ID=`/usr/sbin/lsdev -C -c processor -S available | sed 1q | awk '{ print $1 }'` if /usr/sbin/lsattr -El "$IBM_CPU_ID" | grep ' POWER' >/dev/null 2>&1; then IBM_ARCH=rs6000 else IBM_ARCH=powerpc fi if [ -x /usr/bin/lslpp ] ; then IBM_REV=`/usr/bin/lslpp -Lqc bos.rte.libc | awk -F: '{ print $3 }' | sed s/[0-9]*$/0/` else IBM_REV="$UNAME_VERSION.$UNAME_RELEASE" fi echo "$IBM_ARCH"-ibm-aix"$IBM_REV" exit ;; *:AIX:*:*) echo rs6000-ibm-aix exit ;; ibmrt:4.4BSD:*|romp-ibm:4.4BSD:*) echo romp-ibm-bsd4.4 exit ;; ibmrt:*BSD:*|romp-ibm:BSD:*) # covers RT/PC BSD and echo romp-ibm-bsd"$UNAME_RELEASE" # 4.3 with uname added to exit ;; # report: romp-ibm BSD 4.3 *:BOSX:*:*) echo rs6000-bull-bosx exit ;; DPX/2?00:B.O.S.:*:*) echo m68k-bull-sysv3 exit ;; 9000/[34]??:4.3bsd:1.*:*) echo m68k-hp-bsd exit ;; hp300:4.4BSD:*:* | 9000/[34]??:4.3bsd:2.*:*) echo m68k-hp-bsd4.4 exit ;; 9000/[34678]??:HP-UX:*:*) HPUX_REV=`echo "$UNAME_RELEASE"|sed -e 's/[^.]*.[0B]*//'` case "$UNAME_MACHINE" in 9000/31?) HP_ARCH=m68000 ;; 9000/[34]??) HP_ARCH=m68k ;; 9000/[678][0-9][0-9]) if [ -x /usr/bin/getconf ]; then sc_cpu_version=`/usr/bin/getconf SC_CPU_VERSION 2>/dev/null` sc_kernel_bits=`/usr/bin/getconf SC_KERNEL_BITS 2>/dev/null` case "$sc_cpu_version" in 523) HP_ARCH=hppa1.0 ;; # CPU_PA_RISC1_0 528) HP_ARCH=hppa1.1 ;; # CPU_PA_RISC1_1 532) # CPU_PA_RISC2_0 case "$sc_kernel_bits" in 32) HP_ARCH=hppa2.0n ;; 64) HP_ARCH=hppa2.0w ;; '') HP_ARCH=hppa2.0 ;; # HP-UX 10.20 esac ;; esac fi if [ "$HP_ARCH" = "" ]; then eval "$set_cc_for_build" sed 's/^ //' << EOF > "$dummy.c" #define _HPUX_SOURCE #include #include int main () { #if defined(_SC_KERNEL_BITS) long bits = sysconf(_SC_KERNEL_BITS); #endif long cpu = sysconf (_SC_CPU_VERSION); switch (cpu) { case CPU_PA_RISC1_0: puts ("hppa1.0"); break; case CPU_PA_RISC1_1: puts ("hppa1.1"); break; case CPU_PA_RISC2_0: #if defined(_SC_KERNEL_BITS) switch (bits) { case 64: puts ("hppa2.0w"); break; case 32: puts ("hppa2.0n"); break; default: puts ("hppa2.0"); break; } break; #else /* !defined(_SC_KERNEL_BITS) */ puts ("hppa2.0"); break; #endif default: puts ("hppa1.0"); break; } exit (0); } EOF (CCOPTS="" $CC_FOR_BUILD -o "$dummy" "$dummy.c" 2>/dev/null) && HP_ARCH=`"$dummy"` test -z "$HP_ARCH" && HP_ARCH=hppa fi ;; esac if [ "$HP_ARCH" = hppa2.0w ] then eval "$set_cc_for_build" # hppa2.0w-hp-hpux* has a 64-bit kernel and a compiler generating # 32-bit code. hppa64-hp-hpux* has the same kernel and a compiler # generating 64-bit code. GNU and HP use different nomenclature: # # $ CC_FOR_BUILD=cc ./config.guess # => hppa2.0w-hp-hpux11.23 # $ CC_FOR_BUILD="cc +DA2.0w" ./config.guess # => hppa64-hp-hpux11.23 if echo __LP64__ | (CCOPTS="" $CC_FOR_BUILD -E - 2>/dev/null) | grep -q __LP64__ then HP_ARCH=hppa2.0w else HP_ARCH=hppa64 fi fi echo "$HP_ARCH"-hp-hpux"$HPUX_REV" exit ;; ia64:HP-UX:*:*) HPUX_REV=`echo "$UNAME_RELEASE"|sed -e 's/[^.]*.[0B]*//'` echo ia64-hp-hpux"$HPUX_REV" exit ;; 3050*:HI-UX:*:*) eval "$set_cc_for_build" sed 's/^ //' << EOF > "$dummy.c" #include int main () { long cpu = sysconf (_SC_CPU_VERSION); /* The order matters, because CPU_IS_HP_MC68K erroneously returns true for CPU_PA_RISC1_0. CPU_IS_PA_RISC returns correct results, however. */ if (CPU_IS_PA_RISC (cpu)) { switch (cpu) { case CPU_PA_RISC1_0: puts ("hppa1.0-hitachi-hiuxwe2"); break; case CPU_PA_RISC1_1: puts ("hppa1.1-hitachi-hiuxwe2"); break; case CPU_PA_RISC2_0: puts ("hppa2.0-hitachi-hiuxwe2"); break; default: puts ("hppa-hitachi-hiuxwe2"); break; } } else if (CPU_IS_HP_MC68K (cpu)) puts ("m68k-hitachi-hiuxwe2"); else puts ("unknown-hitachi-hiuxwe2"); exit (0); } EOF $CC_FOR_BUILD -o "$dummy" "$dummy.c" && SYSTEM_NAME=`"$dummy"` && { echo "$SYSTEM_NAME"; exit; } echo unknown-hitachi-hiuxwe2 exit ;; 9000/7??:4.3bsd:*:* | 9000/8?[79]:4.3bsd:*:*) echo hppa1.1-hp-bsd exit ;; 9000/8??:4.3bsd:*:*) echo hppa1.0-hp-bsd exit ;; *9??*:MPE/iX:*:* | *3000*:MPE/iX:*:*) echo hppa1.0-hp-mpeix exit ;; hp7??:OSF1:*:* | hp8?[79]:OSF1:*:*) echo hppa1.1-hp-osf exit ;; hp8??:OSF1:*:*) echo hppa1.0-hp-osf exit ;; i*86:OSF1:*:*) if [ -x /usr/sbin/sysversion ] ; then echo "$UNAME_MACHINE"-unknown-osf1mk else echo "$UNAME_MACHINE"-unknown-osf1 fi exit ;; parisc*:Lites*:*:*) echo hppa1.1-hp-lites exit ;; C1*:ConvexOS:*:* | convex:ConvexOS:C1*:*) echo c1-convex-bsd exit ;; C2*:ConvexOS:*:* | convex:ConvexOS:C2*:*) if getsysinfo -f scalar_acc then echo c32-convex-bsd else echo c2-convex-bsd fi exit ;; C34*:ConvexOS:*:* | convex:ConvexOS:C34*:*) echo c34-convex-bsd exit ;; C38*:ConvexOS:*:* | convex:ConvexOS:C38*:*) echo c38-convex-bsd exit ;; C4*:ConvexOS:*:* | convex:ConvexOS:C4*:*) echo c4-convex-bsd exit ;; CRAY*Y-MP:*:*:*) echo ymp-cray-unicos"$UNAME_RELEASE" | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*[A-Z]90:*:*:*) echo "$UNAME_MACHINE"-cray-unicos"$UNAME_RELEASE" \ | sed -e 's/CRAY.*\([A-Z]90\)/\1/' \ -e y/ABCDEFGHIJKLMNOPQRSTUVWXYZ/abcdefghijklmnopqrstuvwxyz/ \ -e 's/\.[^.]*$/.X/' exit ;; CRAY*TS:*:*:*) echo t90-cray-unicos"$UNAME_RELEASE" | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*T3E:*:*:*) echo alphaev5-cray-unicosmk"$UNAME_RELEASE" | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*SV1:*:*:*) echo sv1-cray-unicos"$UNAME_RELEASE" | sed -e 's/\.[^.]*$/.X/' exit ;; *:UNICOS/mp:*:*) echo craynv-cray-unicosmp"$UNAME_RELEASE" | sed -e 's/\.[^.]*$/.X/' exit ;; F30[01]:UNIX_System_V:*:* | F700:UNIX_System_V:*:*) FUJITSU_PROC=`uname -m | tr ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz` FUJITSU_SYS=`uname -p | tr ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz | sed -e 's/\///'` FUJITSU_REL=`echo "$UNAME_RELEASE" | sed -e 's/ /_/'` echo "${FUJITSU_PROC}-fujitsu-${FUJITSU_SYS}${FUJITSU_REL}" exit ;; 5000:UNIX_System_V:4.*:*) FUJITSU_SYS=`uname -p | tr ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz | sed -e 's/\///'` FUJITSU_REL=`echo "$UNAME_RELEASE" | tr ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz | sed -e 's/ /_/'` echo "sparc-fujitsu-${FUJITSU_SYS}${FUJITSU_REL}" exit ;; i*86:BSD/386:*:* | i*86:BSD/OS:*:* | *:Ascend\ Embedded/OS:*:*) echo "$UNAME_MACHINE"-pc-bsdi"$UNAME_RELEASE" exit ;; sparc*:BSD/OS:*:*) echo sparc-unknown-bsdi"$UNAME_RELEASE" exit ;; *:BSD/OS:*:*) echo "$UNAME_MACHINE"-unknown-bsdi"$UNAME_RELEASE" exit ;; *:FreeBSD:*:*) UNAME_PROCESSOR=`/usr/bin/uname -p` case "$UNAME_PROCESSOR" in amd64) UNAME_PROCESSOR=x86_64 ;; i386) UNAME_PROCESSOR=i586 ;; esac echo "$UNAME_PROCESSOR"-unknown-freebsd"`echo "$UNAME_RELEASE"|sed -e 's/[-(].*//'`" exit ;; i*:CYGWIN*:*) echo "$UNAME_MACHINE"-pc-cygwin exit ;; *:MINGW64*:*) echo "$UNAME_MACHINE"-pc-mingw64 exit ;; *:MINGW*:*) echo "$UNAME_MACHINE"-pc-mingw32 exit ;; *:MSYS*:*) echo "$UNAME_MACHINE"-pc-msys exit ;; i*:PW*:*) echo "$UNAME_MACHINE"-pc-pw32 exit ;; *:Interix*:*) case "$UNAME_MACHINE" in x86) echo i586-pc-interix"$UNAME_RELEASE" exit ;; authenticamd | genuineintel | EM64T) echo x86_64-unknown-interix"$UNAME_RELEASE" exit ;; IA64) echo ia64-unknown-interix"$UNAME_RELEASE" exit ;; esac ;; i*:UWIN*:*) echo "$UNAME_MACHINE"-pc-uwin exit ;; amd64:CYGWIN*:*:* | x86_64:CYGWIN*:*:*) echo x86_64-unknown-cygwin exit ;; prep*:SunOS:5.*:*) echo powerpcle-unknown-solaris2"`echo "$UNAME_RELEASE"|sed -e 's/[^.]*//'`" exit ;; *:GNU:*:*) # the GNU system echo "`echo "$UNAME_MACHINE"|sed -e 's,[-/].*$,,'`-unknown-$LIBC`echo "$UNAME_RELEASE"|sed -e 's,/.*$,,'`" exit ;; *:GNU/*:*:*) # other systems with GNU libc and userland echo "$UNAME_MACHINE-unknown-`echo "$UNAME_SYSTEM" | sed 's,^[^/]*/,,' | tr "[:upper:]" "[:lower:]"``echo "$UNAME_RELEASE"|sed -e 's/[-(].*//'`-$LIBC" exit ;; i*86:Minix:*:*) echo "$UNAME_MACHINE"-pc-minix exit ;; aarch64:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; aarch64_be:Linux:*:*) UNAME_MACHINE=aarch64_be echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; alpha:Linux:*:*) case `sed -n '/^cpu model/s/^.*: \(.*\)/\1/p' < /proc/cpuinfo` in EV5) UNAME_MACHINE=alphaev5 ;; EV56) UNAME_MACHINE=alphaev56 ;; PCA56) UNAME_MACHINE=alphapca56 ;; PCA57) UNAME_MACHINE=alphapca56 ;; EV6) UNAME_MACHINE=alphaev6 ;; EV67) UNAME_MACHINE=alphaev67 ;; EV68*) UNAME_MACHINE=alphaev68 ;; esac objdump --private-headers /bin/sh | grep -q ld.so.1 if test "$?" = 0 ; then LIBC=gnulibc1 ; fi echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; arc:Linux:*:* | arceb:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; arm*:Linux:*:*) eval "$set_cc_for_build" if echo __ARM_EABI__ | $CC_FOR_BUILD -E - 2>/dev/null \ | grep -q __ARM_EABI__ then echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" else if echo __ARM_PCS_VFP | $CC_FOR_BUILD -E - 2>/dev/null \ | grep -q __ARM_PCS_VFP then echo "$UNAME_MACHINE"-unknown-linux-"$LIBC"eabi else echo "$UNAME_MACHINE"-unknown-linux-"$LIBC"eabihf fi fi exit ;; avr32*:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; cris:Linux:*:*) echo "$UNAME_MACHINE"-axis-linux-"$LIBC" exit ;; crisv32:Linux:*:*) echo "$UNAME_MACHINE"-axis-linux-"$LIBC" exit ;; e2k:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; frv:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; hexagon:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; i*86:Linux:*:*) echo "$UNAME_MACHINE"-pc-linux-"$LIBC" exit ;; ia64:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; k1om:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; m32r*:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; m68*:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; mips:Linux:*:* | mips64:Linux:*:*) eval "$set_cc_for_build" sed 's/^ //' << EOF > "$dummy.c" #undef CPU #undef ${UNAME_MACHINE} #undef ${UNAME_MACHINE}el #if defined(__MIPSEL__) || defined(__MIPSEL) || defined(_MIPSEL) || defined(MIPSEL) CPU=${UNAME_MACHINE}el #else #if defined(__MIPSEB__) || defined(__MIPSEB) || defined(_MIPSEB) || defined(MIPSEB) CPU=${UNAME_MACHINE} #else CPU= #endif #endif EOF eval "`$CC_FOR_BUILD -E "$dummy.c" 2>/dev/null | grep '^CPU'`" test "x$CPU" != x && { echo "$CPU-unknown-linux-$LIBC"; exit; } ;; mips64el:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; openrisc*:Linux:*:*) echo or1k-unknown-linux-"$LIBC" exit ;; or32:Linux:*:* | or1k*:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; padre:Linux:*:*) echo sparc-unknown-linux-"$LIBC" exit ;; parisc64:Linux:*:* | hppa64:Linux:*:*) echo hppa64-unknown-linux-"$LIBC" exit ;; parisc:Linux:*:* | hppa:Linux:*:*) # Look for CPU level case `grep '^cpu[^a-z]*:' /proc/cpuinfo 2>/dev/null | cut -d' ' -f2` in PA7*) echo hppa1.1-unknown-linux-"$LIBC" ;; PA8*) echo hppa2.0-unknown-linux-"$LIBC" ;; *) echo hppa-unknown-linux-"$LIBC" ;; esac exit ;; ppc64:Linux:*:*) echo powerpc64-unknown-linux-"$LIBC" exit ;; ppc:Linux:*:*) echo powerpc-unknown-linux-"$LIBC" exit ;; ppc64le:Linux:*:*) echo powerpc64le-unknown-linux-"$LIBC" exit ;; ppcle:Linux:*:*) echo powerpcle-unknown-linux-"$LIBC" exit ;; riscv32:Linux:*:* | riscv64:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; s390:Linux:*:* | s390x:Linux:*:*) echo "$UNAME_MACHINE"-ibm-linux-"$LIBC" exit ;; sh64*:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; sh*:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; sparc:Linux:*:* | sparc64:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; tile*:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; vax:Linux:*:*) echo "$UNAME_MACHINE"-dec-linux-"$LIBC" exit ;; x86_64:Linux:*:*) if objdump -f /bin/sh | grep -q elf32-x86-64; then echo "$UNAME_MACHINE"-pc-linux-"$LIBC"x32 else echo "$UNAME_MACHINE"-pc-linux-"$LIBC" fi exit ;; xtensa*:Linux:*:*) echo "$UNAME_MACHINE"-unknown-linux-"$LIBC" exit ;; i*86:DYNIX/ptx:4*:*) # ptx 4.0 does uname -s correctly, with DYNIX/ptx in there. # earlier versions are messed up and put the nodename in both # sysname and nodename. echo i386-sequent-sysv4 exit ;; i*86:UNIX_SV:4.2MP:2.*) # Unixware is an offshoot of SVR4, but it has its own version # number series starting with 2... # I am not positive that other SVR4 systems won't match this, # I just have to hope. -- rms. # Use sysv4.2uw... so that sysv4* matches it. echo "$UNAME_MACHINE"-pc-sysv4.2uw"$UNAME_VERSION" exit ;; i*86:OS/2:*:*) # If we were able to find `uname', then EMX Unix compatibility # is probably installed. echo "$UNAME_MACHINE"-pc-os2-emx exit ;; i*86:XTS-300:*:STOP) echo "$UNAME_MACHINE"-unknown-stop exit ;; i*86:atheos:*:*) echo "$UNAME_MACHINE"-unknown-atheos exit ;; i*86:syllable:*:*) echo "$UNAME_MACHINE"-pc-syllable exit ;; i*86:LynxOS:2.*:* | i*86:LynxOS:3.[01]*:* | i*86:LynxOS:4.[02]*:*) echo i386-unknown-lynxos"$UNAME_RELEASE" exit ;; i*86:*DOS:*:*) echo "$UNAME_MACHINE"-pc-msdosdjgpp exit ;; i*86:*:4.*:*) UNAME_REL=`echo "$UNAME_RELEASE" | sed 's/\/MP$//'` if grep Novell /usr/include/link.h >/dev/null 2>/dev/null; then echo "$UNAME_MACHINE"-univel-sysv"$UNAME_REL" else echo "$UNAME_MACHINE"-pc-sysv"$UNAME_REL" fi exit ;; i*86:*:5:[678]*) # UnixWare 7.x, OpenUNIX and OpenServer 6. case `/bin/uname -X | grep "^Machine"` in *486*) UNAME_MACHINE=i486 ;; *Pentium) UNAME_MACHINE=i586 ;; *Pent*|*Celeron) UNAME_MACHINE=i686 ;; esac echo "$UNAME_MACHINE-unknown-sysv${UNAME_RELEASE}${UNAME_SYSTEM}{$UNAME_VERSION}" exit ;; i*86:*:3.2:*) if test -f /usr/options/cb.name; then UNAME_REL=`sed -n 's/.*Version //p' /dev/null >/dev/null ; then UNAME_REL=`(/bin/uname -X|grep Release|sed -e 's/.*= //')` (/bin/uname -X|grep i80486 >/dev/null) && UNAME_MACHINE=i486 (/bin/uname -X|grep '^Machine.*Pentium' >/dev/null) \ && UNAME_MACHINE=i586 (/bin/uname -X|grep '^Machine.*Pent *II' >/dev/null) \ && UNAME_MACHINE=i686 (/bin/uname -X|grep '^Machine.*Pentium Pro' >/dev/null) \ && UNAME_MACHINE=i686 echo "$UNAME_MACHINE"-pc-sco"$UNAME_REL" else echo "$UNAME_MACHINE"-pc-sysv32 fi exit ;; pc:*:*:*) # Left here for compatibility: # uname -m prints for DJGPP always 'pc', but it prints nothing about # the processor, so we play safe by assuming i586. # Note: whatever this is, it MUST be the same as what config.sub # prints for the "djgpp" host, or else GDB configure will decide that # this is a cross-build. echo i586-pc-msdosdjgpp exit ;; Intel:Mach:3*:*) echo i386-pc-mach3 exit ;; paragon:*:*:*) echo i860-intel-osf1 exit ;; i860:*:4.*:*) # i860-SVR4 if grep Stardent /usr/include/sys/uadmin.h >/dev/null 2>&1 ; then echo i860-stardent-sysv"$UNAME_RELEASE" # Stardent Vistra i860-SVR4 else # Add other i860-SVR4 vendors below as they are discovered. echo i860-unknown-sysv"$UNAME_RELEASE" # Unknown i860-SVR4 fi exit ;; mini*:CTIX:SYS*5:*) # "miniframe" echo m68010-convergent-sysv exit ;; mc68k:UNIX:SYSTEM5:3.51m) echo m68k-convergent-sysv exit ;; M680?0:D-NIX:5.3:*) echo m68k-diab-dnix exit ;; M68*:*:R3V[5678]*:*) test -r /sysV68 && { echo 'm68k-motorola-sysv'; exit; } ;; 3[345]??:*:4.0:3.0 | 3[34]??A:*:4.0:3.0 | 3[34]??,*:*:4.0:3.0 | 3[34]??/*:*:4.0:3.0 | 4400:*:4.0:3.0 | 4850:*:4.0:3.0 | SKA40:*:4.0:3.0 | SDS2:*:4.0:3.0 | SHG2:*:4.0:3.0 | S7501*:*:4.0:3.0) OS_REL='' test -r /etc/.relid \ && OS_REL=.`sed -n 's/[^ ]* [^ ]* \([0-9][0-9]\).*/\1/p' < /etc/.relid` /bin/uname -p 2>/dev/null | grep 86 >/dev/null \ && { echo i486-ncr-sysv4.3"$OS_REL"; exit; } /bin/uname -p 2>/dev/null | /bin/grep entium >/dev/null \ && { echo i586-ncr-sysv4.3"$OS_REL"; exit; } ;; 3[34]??:*:4.0:* | 3[34]??,*:*:4.0:*) /bin/uname -p 2>/dev/null | grep 86 >/dev/null \ && { echo i486-ncr-sysv4; exit; } ;; NCR*:*:4.2:* | MPRAS*:*:4.2:*) OS_REL='.3' test -r /etc/.relid \ && OS_REL=.`sed -n 's/[^ ]* [^ ]* \([0-9][0-9]\).*/\1/p' < /etc/.relid` /bin/uname -p 2>/dev/null | grep 86 >/dev/null \ && { echo i486-ncr-sysv4.3"$OS_REL"; exit; } /bin/uname -p 2>/dev/null | /bin/grep entium >/dev/null \ && { echo i586-ncr-sysv4.3"$OS_REL"; exit; } /bin/uname -p 2>/dev/null | /bin/grep pteron >/dev/null \ && { echo i586-ncr-sysv4.3"$OS_REL"; exit; } ;; m68*:LynxOS:2.*:* | m68*:LynxOS:3.0*:*) echo m68k-unknown-lynxos"$UNAME_RELEASE" exit ;; mc68030:UNIX_System_V:4.*:*) echo m68k-atari-sysv4 exit ;; TSUNAMI:LynxOS:2.*:*) echo sparc-unknown-lynxos"$UNAME_RELEASE" exit ;; rs6000:LynxOS:2.*:*) echo rs6000-unknown-lynxos"$UNAME_RELEASE" exit ;; PowerPC:LynxOS:2.*:* | PowerPC:LynxOS:3.[01]*:* | PowerPC:LynxOS:4.[02]*:*) echo powerpc-unknown-lynxos"$UNAME_RELEASE" exit ;; SM[BE]S:UNIX_SV:*:*) echo mips-dde-sysv"$UNAME_RELEASE" exit ;; RM*:ReliantUNIX-*:*:*) echo mips-sni-sysv4 exit ;; RM*:SINIX-*:*:*) echo mips-sni-sysv4 exit ;; *:SINIX-*:*:*) if uname -p 2>/dev/null >/dev/null ; then UNAME_MACHINE=`(uname -p) 2>/dev/null` echo "$UNAME_MACHINE"-sni-sysv4 else echo ns32k-sni-sysv fi exit ;; PENTIUM:*:4.0*:*) # Unisys `ClearPath HMP IX 4000' SVR4/MP effort # says echo i586-unisys-sysv4 exit ;; *:UNIX_System_V:4*:FTX*) # From Gerald Hewes . # How about differentiating between stratus architectures? -djm echo hppa1.1-stratus-sysv4 exit ;; *:*:*:FTX*) # From seanf@swdc.stratus.com. echo i860-stratus-sysv4 exit ;; i*86:VOS:*:*) # From Paul.Green@stratus.com. echo "$UNAME_MACHINE"-stratus-vos exit ;; *:VOS:*:*) # From Paul.Green@stratus.com. echo hppa1.1-stratus-vos exit ;; mc68*:A/UX:*:*) echo m68k-apple-aux"$UNAME_RELEASE" exit ;; news*:NEWS-OS:6*:*) echo mips-sony-newsos6 exit ;; R[34]000:*System_V*:*:* | R4000:UNIX_SYSV:*:* | R*000:UNIX_SV:*:*) if [ -d /usr/nec ]; then echo mips-nec-sysv"$UNAME_RELEASE" else echo mips-unknown-sysv"$UNAME_RELEASE" fi exit ;; BeBox:BeOS:*:*) # BeOS running on hardware made by Be, PPC only. echo powerpc-be-beos exit ;; BeMac:BeOS:*:*) # BeOS running on Mac or Mac clone, PPC only. echo powerpc-apple-beos exit ;; BePC:BeOS:*:*) # BeOS running on Intel PC compatible. echo i586-pc-beos exit ;; BePC:Haiku:*:*) # Haiku running on Intel PC compatible. echo i586-pc-haiku exit ;; x86_64:Haiku:*:*) echo x86_64-unknown-haiku exit ;; SX-4:SUPER-UX:*:*) echo sx4-nec-superux"$UNAME_RELEASE" exit ;; SX-5:SUPER-UX:*:*) echo sx5-nec-superux"$UNAME_RELEASE" exit ;; SX-6:SUPER-UX:*:*) echo sx6-nec-superux"$UNAME_RELEASE" exit ;; SX-7:SUPER-UX:*:*) echo sx7-nec-superux"$UNAME_RELEASE" exit ;; SX-8:SUPER-UX:*:*) echo sx8-nec-superux"$UNAME_RELEASE" exit ;; SX-8R:SUPER-UX:*:*) echo sx8r-nec-superux"$UNAME_RELEASE" exit ;; SX-ACE:SUPER-UX:*:*) echo sxace-nec-superux"$UNAME_RELEASE" exit ;; Power*:Rhapsody:*:*) echo powerpc-apple-rhapsody"$UNAME_RELEASE" exit ;; *:Rhapsody:*:*) echo "$UNAME_MACHINE"-apple-rhapsody"$UNAME_RELEASE" exit ;; *:Darwin:*:*) UNAME_PROCESSOR=`uname -p` || UNAME_PROCESSOR=unknown eval "$set_cc_for_build" if test "$UNAME_PROCESSOR" = unknown ; then UNAME_PROCESSOR=powerpc fi if test "`echo "$UNAME_RELEASE" | sed -e 's/\..*//'`" -le 10 ; then if [ "$CC_FOR_BUILD" != no_compiler_found ]; then if (echo '#ifdef __LP64__'; echo IS_64BIT_ARCH; echo '#endif') | \ (CCOPTS="" $CC_FOR_BUILD -E - 2>/dev/null) | \ grep IS_64BIT_ARCH >/dev/null then case $UNAME_PROCESSOR in i386) UNAME_PROCESSOR=x86_64 ;; powerpc) UNAME_PROCESSOR=powerpc64 ;; esac fi # On 10.4-10.6 one might compile for PowerPC via gcc -arch ppc if (echo '#ifdef __POWERPC__'; echo IS_PPC; echo '#endif') | \ (CCOPTS="" $CC_FOR_BUILD -E - 2>/dev/null) | \ grep IS_PPC >/dev/null then UNAME_PROCESSOR=powerpc fi fi elif test "$UNAME_PROCESSOR" = i386 ; then # Avoid executing cc on OS X 10.9, as it ships with a stub # that puts up a graphical alert prompting to install # developer tools. Any system running Mac OS X 10.7 or # later (Darwin 11 and later) is required to have a 64-bit # processor. This is not true of the ARM version of Darwin # that Apple uses in portable devices. UNAME_PROCESSOR=x86_64 fi echo "$UNAME_PROCESSOR"-apple-darwin"$UNAME_RELEASE" exit ;; *:procnto*:*:* | *:QNX:[0123456789]*:*) UNAME_PROCESSOR=`uname -p` if test "$UNAME_PROCESSOR" = x86; then UNAME_PROCESSOR=i386 UNAME_MACHINE=pc fi echo "$UNAME_PROCESSOR"-"$UNAME_MACHINE"-nto-qnx"$UNAME_RELEASE" exit ;; *:QNX:*:4*) echo i386-pc-qnx exit ;; NEO-*:NONSTOP_KERNEL:*:*) echo neo-tandem-nsk"$UNAME_RELEASE" exit ;; NSE-*:NONSTOP_KERNEL:*:*) echo nse-tandem-nsk"$UNAME_RELEASE" exit ;; NSR-*:NONSTOP_KERNEL:*:*) echo nsr-tandem-nsk"$UNAME_RELEASE" exit ;; NSV-*:NONSTOP_KERNEL:*:*) echo nsv-tandem-nsk"$UNAME_RELEASE" exit ;; NSX-*:NONSTOP_KERNEL:*:*) echo nsx-tandem-nsk"$UNAME_RELEASE" exit ;; *:NonStop-UX:*:*) echo mips-compaq-nonstopux exit ;; BS2000:POSIX*:*:*) echo bs2000-siemens-sysv exit ;; DS/*:UNIX_System_V:*:*) echo "$UNAME_MACHINE"-"$UNAME_SYSTEM"-"$UNAME_RELEASE" exit ;; *:Plan9:*:*) # "uname -m" is not consistent, so use $cputype instead. 386 # is converted to i386 for consistency with other x86 # operating systems. if test "$cputype" = 386; then UNAME_MACHINE=i386 else UNAME_MACHINE="$cputype" fi echo "$UNAME_MACHINE"-unknown-plan9 exit ;; *:TOPS-10:*:*) echo pdp10-unknown-tops10 exit ;; *:TENEX:*:*) echo pdp10-unknown-tenex exit ;; KS10:TOPS-20:*:* | KL10:TOPS-20:*:* | TYPE4:TOPS-20:*:*) echo pdp10-dec-tops20 exit ;; XKL-1:TOPS-20:*:* | TYPE5:TOPS-20:*:*) echo pdp10-xkl-tops20 exit ;; *:TOPS-20:*:*) echo pdp10-unknown-tops20 exit ;; *:ITS:*:*) echo pdp10-unknown-its exit ;; SEI:*:*:SEIUX) echo mips-sei-seiux"$UNAME_RELEASE" exit ;; *:DragonFly:*:*) echo "$UNAME_MACHINE"-unknown-dragonfly"`echo "$UNAME_RELEASE"|sed -e 's/[-(].*//'`" exit ;; *:*VMS:*:*) UNAME_MACHINE=`(uname -p) 2>/dev/null` case "$UNAME_MACHINE" in A*) echo alpha-dec-vms ; exit ;; I*) echo ia64-dec-vms ; exit ;; V*) echo vax-dec-vms ; exit ;; esac ;; *:XENIX:*:SysV) echo i386-pc-xenix exit ;; i*86:skyos:*:*) echo "$UNAME_MACHINE"-pc-skyos"`echo "$UNAME_RELEASE" | sed -e 's/ .*$//'`" exit ;; i*86:rdos:*:*) echo "$UNAME_MACHINE"-pc-rdos exit ;; i*86:AROS:*:*) echo "$UNAME_MACHINE"-pc-aros exit ;; x86_64:VMkernel:*:*) echo "$UNAME_MACHINE"-unknown-esx exit ;; amd64:Isilon\ OneFS:*:*) echo x86_64-unknown-onefs exit ;; esac echo "$0: unable to guess system type" >&2 case "$UNAME_MACHINE:$UNAME_SYSTEM" in mips:Linux | mips64:Linux) # If we got here on MIPS GNU/Linux, output extra information. cat >&2 <&2 </dev/null || echo unknown` uname -r = `(uname -r) 2>/dev/null || echo unknown` uname -s = `(uname -s) 2>/dev/null || echo unknown` uname -v = `(uname -v) 2>/dev/null || echo unknown` /usr/bin/uname -p = `(/usr/bin/uname -p) 2>/dev/null` /bin/uname -X = `(/bin/uname -X) 2>/dev/null` hostinfo = `(hostinfo) 2>/dev/null` /bin/universe = `(/bin/universe) 2>/dev/null` /usr/bin/arch -k = `(/usr/bin/arch -k) 2>/dev/null` /bin/arch = `(/bin/arch) 2>/dev/null` /usr/bin/oslevel = `(/usr/bin/oslevel) 2>/dev/null` /usr/convex/getsysinfo = `(/usr/convex/getsysinfo) 2>/dev/null` UNAME_MACHINE = "$UNAME_MACHINE" UNAME_RELEASE = "$UNAME_RELEASE" UNAME_SYSTEM = "$UNAME_SYSTEM" UNAME_VERSION = "$UNAME_VERSION" EOF exit 1 # Local variables: # eval: (add-hook 'write-file-functions 'time-stamp) # time-stamp-start: "timestamp='" # time-stamp-format: "%:y-%02m-%02d" # time-stamp-end: "'" # End: miller-5.6.2/autotools/config.sub000077500000000000000000001064501354153536500170440ustar00rootroot00000000000000#! /bin/sh # Configuration validation subroutine script. # Copyright 1992-2018 Free Software Foundation, Inc. timestamp='2018-02-22' # This file is free software; you can redistribute it and/or modify it # under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 3 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, but # WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU # General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, see . # # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that # program. This Exception is an additional permission under section 7 # of the GNU General Public License, version 3 ("GPLv3"). # Please send patches to . # # Configuration subroutine to validate and canonicalize a configuration type. # Supply the specified configuration type as an argument. # If it is invalid, we print an error message on stderr and exit with code 1. # Otherwise, we print the canonical config type on stdout and succeed. # You can get the latest version of this script from: # https://git.savannah.gnu.org/gitweb/?p=config.git;a=blob_plain;f=config.sub # This file is supposed to be the same for all GNU packages # and recognize all the CPU types, system types and aliases # that are meaningful with *any* GNU software. # Each package is responsible for reporting which valid configurations # it does not support. The user should be able to distinguish # a failure to support a valid configuration from a meaningless # configuration. # The goal of this file is to map all the various variations of a given # machine specification into a single specification in the form: # CPU_TYPE-MANUFACTURER-OPERATING_SYSTEM # or in some cases, the newer four-part form: # CPU_TYPE-MANUFACTURER-KERNEL-OPERATING_SYSTEM # It is wrong to echo any other type of specification. me=`echo "$0" | sed -e 's,.*/,,'` usage="\ Usage: $0 [OPTION] CPU-MFR-OPSYS or ALIAS Canonicalize a configuration name. Options: -h, --help print this help, then exit -t, --time-stamp print date of last modification, then exit -v, --version print version number, then exit Report bugs and patches to ." version="\ GNU config.sub ($timestamp) Copyright 1992-2018 Free Software Foundation, Inc. This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE." help=" Try \`$me --help' for more information." # Parse command line while test $# -gt 0 ; do case $1 in --time-stamp | --time* | -t ) echo "$timestamp" ; exit ;; --version | -v ) echo "$version" ; exit ;; --help | --h* | -h ) echo "$usage"; exit ;; -- ) # Stop option processing shift; break ;; - ) # Use stdin as input. break ;; -* ) echo "$me: invalid option $1$help" exit 1 ;; *local*) # First pass through any local machine types. echo "$1" exit ;; * ) break ;; esac done case $# in 0) echo "$me: missing argument$help" >&2 exit 1;; 1) ;; *) echo "$me: too many arguments$help" >&2 exit 1;; esac # Separate what the user gave into CPU-COMPANY and OS or KERNEL-OS (if any). # Here we must recognize all the valid KERNEL-OS combinations. maybe_os=`echo "$1" | sed 's/^\(.*\)-\([^-]*-[^-]*\)$/\2/'` case $maybe_os in nto-qnx* | linux-gnu* | linux-android* | linux-dietlibc | linux-newlib* | \ linux-musl* | linux-uclibc* | uclinux-uclibc* | uclinux-gnu* | kfreebsd*-gnu* | \ knetbsd*-gnu* | netbsd*-gnu* | netbsd*-eabi* | \ kopensolaris*-gnu* | cloudabi*-eabi* | \ storm-chaos* | os2-emx* | rtmk-nova*) os=-$maybe_os basic_machine=`echo "$1" | sed 's/^\(.*\)-\([^-]*-[^-]*\)$/\1/'` ;; android-linux) os=-linux-android basic_machine=`echo "$1" | sed 's/^\(.*\)-\([^-]*-[^-]*\)$/\1/'`-unknown ;; *) basic_machine=`echo "$1" | sed 's/-[^-]*$//'` if [ "$basic_machine" != "$1" ] then os=`echo "$1" | sed 's/.*-/-/'` else os=; fi ;; esac ### Let's recognize common machines as not being operating systems so ### that things like config.sub decstation-3100 work. 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-sco5) os=-sco3.2v5 basic_machine=`echo "$1" | sed -e 's/86-.*/86-pc/'` ;; -sco4) os=-sco3.2v4 basic_machine=`echo "$1" | sed -e 's/86-.*/86-pc/'` ;; -sco3.2.[4-9]*) os=`echo $os | sed -e 's/sco3.2./sco3.2v/'` basic_machine=`echo "$1" | sed -e 's/86-.*/86-pc/'` ;; -sco3.2v[4-9]*) # Don't forget version if it is 3.2v4 or newer. basic_machine=`echo "$1" | sed -e 's/86-.*/86-pc/'` ;; -sco5v6*) # Don't forget version if it is 3.2v4 or newer. basic_machine=`echo "$1" | sed -e 's/86-.*/86-pc/'` ;; -sco*) os=-sco3.2v2 basic_machine=`echo "$1" | sed -e 's/86-.*/86-pc/'` ;; -udk*) basic_machine=`echo "$1" | sed -e 's/86-.*/86-pc/'` ;; -isc) os=-isc2.2 basic_machine=`echo "$1" | sed -e 's/86-.*/86-pc/'` ;; -clix*) basic_machine=clipper-intergraph ;; -isc*) basic_machine=`echo "$1" | sed -e 's/86-.*/86-pc/'` ;; -lynx*178) os=-lynxos178 ;; -lynx*5) os=-lynxos5 ;; -lynx*) os=-lynxos ;; -ptx*) basic_machine=`echo "$1" | sed -e 's/86-.*/86-sequent/'` ;; -psos*) os=-psos ;; -mint | -mint[0-9]*) basic_machine=m68k-atari os=-mint ;; esac # Decode aliases for certain CPU-COMPANY combinations. case $basic_machine in # Recognize the basic CPU types without company name. # Some are omitted here because they have special meanings below. 1750a | 580 \ | a29k \ | aarch64 | aarch64_be \ | alpha | alphaev[4-8] | alphaev56 | alphaev6[78] | alphapca5[67] \ | alpha64 | alpha64ev[4-8] | alpha64ev56 | alpha64ev6[78] | alpha64pca5[67] \ | am33_2.0 \ | arc | arceb \ | arm | arm[bl]e | arme[lb] | armv[2-8] | armv[3-8][lb] | armv7[arm] \ | avr | avr32 \ | ba \ | be32 | be64 \ | bfin \ | c4x | c8051 | clipper \ | d10v | d30v | dlx | dsp16xx \ | e2k | epiphany \ | fido | fr30 | frv | ft32 \ | h8300 | h8500 | hppa | hppa1.[01] | hppa2.0 | hppa2.0[nw] | hppa64 \ | hexagon \ | i370 | i860 | i960 | ia16 | ia64 \ | ip2k | iq2000 \ | k1om \ | le32 | le64 \ | lm32 \ | m32c | m32r | m32rle | m68000 | m68k | m88k \ | maxq | mb | microblaze | microblazeel | mcore | mep | metag \ | mips | mipsbe | mipseb | mipsel | mipsle \ | mips16 \ | mips64 | mips64el \ | mips64octeon | mips64octeonel \ | mips64orion | mips64orionel \ | mips64r5900 | mips64r5900el \ | mips64vr | mips64vrel \ | mips64vr4100 | mips64vr4100el \ | mips64vr4300 | mips64vr4300el \ | mips64vr5000 | mips64vr5000el \ | mips64vr5900 | mips64vr5900el \ | mipsisa32 | mipsisa32el \ | mipsisa32r2 | mipsisa32r2el \ | mipsisa32r6 | mipsisa32r6el \ | mipsisa64 | mipsisa64el \ | mipsisa64r2 | mipsisa64r2el \ | mipsisa64r6 | mipsisa64r6el \ | mipsisa64sb1 | mipsisa64sb1el \ | mipsisa64sr71k | mipsisa64sr71kel \ | mipsr5900 | mipsr5900el \ | mipstx39 | mipstx39el \ | mn10200 | mn10300 \ | moxie \ | mt \ | msp430 \ | nds32 | nds32le | nds32be \ | nios | nios2 | nios2eb | nios2el \ | ns16k | ns32k \ | open8 | or1k | or1knd | or32 \ | pdp10 | pj | pjl \ | powerpc | powerpc64 | powerpc64le | powerpcle \ | pru \ | pyramid \ | riscv32 | riscv64 \ | rl78 | rx \ | score \ | sh | sh[1234] | sh[24]a | sh[24]aeb | sh[23]e | sh[234]eb | sheb | shbe | shle | sh[1234]le | sh3ele \ | sh64 | sh64le \ | sparc | sparc64 | sparc64b | sparc64v | sparc86x | sparclet | sparclite \ | sparcv8 | sparcv9 | sparcv9b | sparcv9v \ | spu \ | tahoe | tic4x | tic54x | tic55x | tic6x | tic80 | tron \ | ubicom32 \ | v850 | v850e | v850e1 | v850e2 | v850es | v850e2v3 \ | visium \ | wasm32 \ | x86 | xc16x | xstormy16 | xtensa \ | z8k | z80) basic_machine=$basic_machine-unknown ;; c54x) basic_machine=tic54x-unknown ;; c55x) basic_machine=tic55x-unknown ;; c6x) basic_machine=tic6x-unknown ;; leon|leon[3-9]) basic_machine=sparc-$basic_machine ;; m6811 | m68hc11 | m6812 | m68hc12 | m68hcs12x | nvptx | picochip) basic_machine=$basic_machine-unknown os=-none ;; m88110 | m680[12346]0 | m683?2 | m68360 | m5200 | v70 | w65) ;; ms1) basic_machine=mt-unknown ;; strongarm | thumb | xscale) basic_machine=arm-unknown ;; xgate) basic_machine=$basic_machine-unknown os=-none ;; xscaleeb) basic_machine=armeb-unknown ;; xscaleel) basic_machine=armel-unknown ;; # We use `pc' rather than `unknown' # because (1) that's what they normally are, and # (2) the word "unknown" tends to confuse beginning users. i*86 | x86_64) basic_machine=$basic_machine-pc ;; # Object if more than one company name word. *-*-*) echo Invalid configuration \`"$1"\': machine \`"$basic_machine"\' not recognized 1>&2 exit 1 ;; # Recognize the basic CPU types with company name. 580-* \ | a29k-* \ | aarch64-* | aarch64_be-* \ | alpha-* | alphaev[4-8]-* | alphaev56-* | alphaev6[78]-* \ | alpha64-* | alpha64ev[4-8]-* | alpha64ev56-* | alpha64ev6[78]-* \ | alphapca5[67]-* | alpha64pca5[67]-* | arc-* | arceb-* \ | arm-* | armbe-* | armle-* | armeb-* | armv*-* \ | avr-* | avr32-* \ | ba-* \ | be32-* | be64-* \ | bfin-* | bs2000-* \ | c[123]* | c30-* | [cjt]90-* | c4x-* \ | c8051-* | clipper-* | craynv-* | cydra-* \ | d10v-* | d30v-* | dlx-* \ | e2k-* | elxsi-* \ | f30[01]-* | f700-* | fido-* | fr30-* | frv-* | fx80-* \ | h8300-* | h8500-* \ | hppa-* | hppa1.[01]-* | hppa2.0-* | hppa2.0[nw]-* | hppa64-* \ | hexagon-* \ | i*86-* | i860-* | i960-* | ia16-* | ia64-* \ | ip2k-* | iq2000-* \ | k1om-* \ | le32-* | le64-* \ | lm32-* \ | m32c-* | m32r-* | m32rle-* \ | m68000-* | m680[012346]0-* | m68360-* | m683?2-* | m68k-* \ | m88110-* | m88k-* | maxq-* | mcore-* | metag-* \ | microblaze-* | microblazeel-* \ | mips-* | mipsbe-* | mipseb-* | mipsel-* | mipsle-* \ | mips16-* \ | mips64-* | mips64el-* \ | mips64octeon-* | mips64octeonel-* \ | mips64orion-* | mips64orionel-* \ | mips64r5900-* | mips64r5900el-* \ | mips64vr-* | mips64vrel-* \ | mips64vr4100-* | mips64vr4100el-* \ | mips64vr4300-* | mips64vr4300el-* \ | mips64vr5000-* | mips64vr5000el-* \ | mips64vr5900-* | mips64vr5900el-* \ | mipsisa32-* | mipsisa32el-* \ | mipsisa32r2-* | mipsisa32r2el-* \ | mipsisa32r6-* | mipsisa32r6el-* \ | mipsisa64-* | mipsisa64el-* \ | mipsisa64r2-* | mipsisa64r2el-* \ | mipsisa64r6-* | mipsisa64r6el-* \ | mipsisa64sb1-* | mipsisa64sb1el-* \ | mipsisa64sr71k-* | mipsisa64sr71kel-* \ | mipsr5900-* | mipsr5900el-* \ | mipstx39-* | mipstx39el-* \ | mmix-* \ | mt-* \ | msp430-* \ | nds32-* | nds32le-* | nds32be-* \ | nios-* | nios2-* | nios2eb-* | nios2el-* \ | none-* | np1-* | ns16k-* | ns32k-* \ | open8-* \ | or1k*-* \ | orion-* \ | pdp10-* | pdp11-* | pj-* | pjl-* | pn-* | power-* \ | powerpc-* | powerpc64-* | powerpc64le-* | powerpcle-* \ | pru-* \ | pyramid-* \ | riscv32-* | riscv64-* \ | rl78-* | romp-* | rs6000-* | rx-* \ | sh-* | sh[1234]-* | sh[24]a-* | sh[24]aeb-* | sh[23]e-* | sh[34]eb-* | sheb-* | shbe-* \ | shle-* | sh[1234]le-* | sh3ele-* | sh64-* | sh64le-* \ | sparc-* | sparc64-* | sparc64b-* | sparc64v-* | sparc86x-* | sparclet-* \ | sparclite-* \ | sparcv8-* | sparcv9-* | sparcv9b-* | sparcv9v-* | sv1-* | sx*-* \ | tahoe-* \ | tic30-* | tic4x-* | tic54x-* | tic55x-* | tic6x-* | tic80-* \ | tile*-* \ | tron-* \ | ubicom32-* \ | v850-* | v850e-* | v850e1-* | v850es-* | v850e2-* | v850e2v3-* \ | vax-* \ | visium-* \ | wasm32-* \ | we32k-* \ | x86-* | x86_64-* | xc16x-* | xps100-* \ | xstormy16-* | xtensa*-* \ | ymp-* \ | z8k-* | z80-*) ;; # Recognize the basic CPU types without company name, with glob match. xtensa*) basic_machine=$basic_machine-unknown ;; # Recognize the various machine names and aliases which stand # for a CPU type and a company and sometimes even an OS. 386bsd) basic_machine=i386-pc os=-bsd ;; 3b1 | 7300 | 7300-att | att-7300 | pc7300 | safari | unixpc) basic_machine=m68000-att ;; 3b*) basic_machine=we32k-att ;; a29khif) basic_machine=a29k-amd os=-udi ;; abacus) basic_machine=abacus-unknown ;; adobe68k) basic_machine=m68010-adobe os=-scout ;; alliant | fx80) basic_machine=fx80-alliant ;; altos | altos3068) basic_machine=m68k-altos ;; am29k) basic_machine=a29k-none os=-bsd ;; amd64) basic_machine=x86_64-pc ;; amd64-*) basic_machine=x86_64-`echo "$basic_machine" | sed 's/^[^-]*-//'` ;; amdahl) basic_machine=580-amdahl os=-sysv ;; amiga | amiga-*) basic_machine=m68k-unknown ;; amigaos | amigados) basic_machine=m68k-unknown os=-amigaos ;; amigaunix | amix) basic_machine=m68k-unknown os=-sysv4 ;; apollo68) basic_machine=m68k-apollo os=-sysv ;; apollo68bsd) basic_machine=m68k-apollo os=-bsd ;; aros) basic_machine=i386-pc os=-aros ;; asmjs) basic_machine=asmjs-unknown ;; aux) basic_machine=m68k-apple os=-aux ;; balance) basic_machine=ns32k-sequent os=-dynix ;; blackfin) basic_machine=bfin-unknown os=-linux ;; blackfin-*) basic_machine=bfin-`echo "$basic_machine" | sed 's/^[^-]*-//'` os=-linux ;; bluegene*) basic_machine=powerpc-ibm os=-cnk ;; c54x-*) basic_machine=tic54x-`echo "$basic_machine" | sed 's/^[^-]*-//'` ;; c55x-*) basic_machine=tic55x-`echo "$basic_machine" | sed 's/^[^-]*-//'` ;; c6x-*) basic_machine=tic6x-`echo "$basic_machine" | sed 's/^[^-]*-//'` ;; c90) basic_machine=c90-cray os=-unicos ;; cegcc) basic_machine=arm-unknown os=-cegcc ;; convex-c1) basic_machine=c1-convex os=-bsd ;; convex-c2) basic_machine=c2-convex os=-bsd ;; convex-c32) basic_machine=c32-convex os=-bsd ;; convex-c34) basic_machine=c34-convex os=-bsd ;; convex-c38) basic_machine=c38-convex os=-bsd ;; cray | j90) basic_machine=j90-cray os=-unicos ;; craynv) basic_machine=craynv-cray os=-unicosmp ;; cr16 | cr16-*) basic_machine=cr16-unknown os=-elf ;; crds | unos) basic_machine=m68k-crds ;; crisv32 | crisv32-* | etraxfs*) basic_machine=crisv32-axis ;; cris | cris-* | etrax*) basic_machine=cris-axis ;; crx) basic_machine=crx-unknown os=-elf ;; da30 | da30-*) basic_machine=m68k-da30 ;; decstation | decstation-3100 | pmax | pmax-* | pmin | dec3100 | decstatn) basic_machine=mips-dec ;; decsystem10* | dec10*) basic_machine=pdp10-dec os=-tops10 ;; decsystem20* | dec20*) basic_machine=pdp10-dec os=-tops20 ;; delta | 3300 | motorola-3300 | motorola-delta \ | 3300-motorola | delta-motorola) basic_machine=m68k-motorola ;; delta88) basic_machine=m88k-motorola os=-sysv3 ;; dicos) basic_machine=i686-pc os=-dicos ;; djgpp) basic_machine=i586-pc os=-msdosdjgpp ;; dpx20 | dpx20-*) basic_machine=rs6000-bull os=-bosx ;; dpx2*) basic_machine=m68k-bull os=-sysv3 ;; e500v[12]) basic_machine=powerpc-unknown os=$os"spe" ;; e500v[12]-*) basic_machine=powerpc-`echo "$basic_machine" | sed 's/^[^-]*-//'` os=$os"spe" ;; ebmon29k) basic_machine=a29k-amd os=-ebmon ;; elxsi) basic_machine=elxsi-elxsi os=-bsd ;; encore | umax | mmax) basic_machine=ns32k-encore ;; es1800 | OSE68k | ose68k | ose | OSE) basic_machine=m68k-ericsson os=-ose ;; fx2800) basic_machine=i860-alliant ;; genix) basic_machine=ns32k-ns ;; gmicro) basic_machine=tron-gmicro os=-sysv ;; go32) basic_machine=i386-pc os=-go32 ;; h3050r* | hiux*) basic_machine=hppa1.1-hitachi os=-hiuxwe2 ;; h8300hms) basic_machine=h8300-hitachi os=-hms ;; h8300xray) basic_machine=h8300-hitachi os=-xray ;; h8500hms) basic_machine=h8500-hitachi os=-hms ;; harris) basic_machine=m88k-harris os=-sysv3 ;; hp300-*) basic_machine=m68k-hp ;; hp300bsd) basic_machine=m68k-hp os=-bsd ;; hp300hpux) basic_machine=m68k-hp os=-hpux ;; hp3k9[0-9][0-9] | hp9[0-9][0-9]) basic_machine=hppa1.0-hp ;; hp9k2[0-9][0-9] | hp9k31[0-9]) basic_machine=m68000-hp ;; hp9k3[2-9][0-9]) basic_machine=m68k-hp ;; hp9k6[0-9][0-9] | hp6[0-9][0-9]) basic_machine=hppa1.0-hp ;; hp9k7[0-79][0-9] | hp7[0-79][0-9]) basic_machine=hppa1.1-hp ;; hp9k78[0-9] | hp78[0-9]) # FIXME: really hppa2.0-hp basic_machine=hppa1.1-hp ;; hp9k8[67]1 | hp8[67]1 | hp9k80[24] | hp80[24] | hp9k8[78]9 | hp8[78]9 | hp9k893 | hp893) # FIXME: really hppa2.0-hp basic_machine=hppa1.1-hp ;; hp9k8[0-9][13679] | hp8[0-9][13679]) basic_machine=hppa1.1-hp ;; hp9k8[0-9][0-9] | hp8[0-9][0-9]) basic_machine=hppa1.0-hp ;; hppaosf) basic_machine=hppa1.1-hp os=-osf ;; hppro) basic_machine=hppa1.1-hp os=-proelf ;; i370-ibm* | ibm*) basic_machine=i370-ibm ;; i*86v32) basic_machine=`echo "$1" | sed -e 's/86.*/86-pc/'` os=-sysv32 ;; i*86v4*) basic_machine=`echo "$1" | sed -e 's/86.*/86-pc/'` os=-sysv4 ;; i*86v) basic_machine=`echo "$1" | sed -e 's/86.*/86-pc/'` os=-sysv ;; i*86sol2) basic_machine=`echo "$1" | sed -e 's/86.*/86-pc/'` os=-solaris2 ;; i386mach) basic_machine=i386-mach os=-mach ;; vsta) basic_machine=i386-unknown os=-vsta ;; iris | iris4d) basic_machine=mips-sgi case $os in -irix*) ;; *) os=-irix4 ;; esac ;; isi68 | isi) basic_machine=m68k-isi os=-sysv ;; leon-*|leon[3-9]-*) basic_machine=sparc-`echo "$basic_machine" | sed 's/-.*//'` ;; m68knommu) basic_machine=m68k-unknown os=-linux ;; m68knommu-*) basic_machine=m68k-`echo "$basic_machine" | sed 's/^[^-]*-//'` os=-linux ;; magnum | m3230) basic_machine=mips-mips os=-sysv ;; merlin) basic_machine=ns32k-utek os=-sysv ;; microblaze*) basic_machine=microblaze-xilinx ;; mingw64) basic_machine=x86_64-pc os=-mingw64 ;; mingw32) basic_machine=i686-pc os=-mingw32 ;; mingw32ce) basic_machine=arm-unknown os=-mingw32ce ;; miniframe) basic_machine=m68000-convergent ;; *mint | -mint[0-9]* | *MiNT | *MiNT[0-9]*) basic_machine=m68k-atari os=-mint ;; mips3*-*) basic_machine=`echo "$basic_machine" | sed -e 's/mips3/mips64/'` ;; mips3*) basic_machine=`echo "$basic_machine" | sed -e 's/mips3/mips64/'`-unknown ;; monitor) basic_machine=m68k-rom68k os=-coff ;; morphos) basic_machine=powerpc-unknown os=-morphos ;; moxiebox) basic_machine=moxie-unknown os=-moxiebox ;; msdos) basic_machine=i386-pc os=-msdos ;; ms1-*) basic_machine=`echo "$basic_machine" | sed -e 's/ms1-/mt-/'` ;; msys) basic_machine=i686-pc os=-msys ;; mvs) basic_machine=i370-ibm os=-mvs ;; nacl) basic_machine=le32-unknown os=-nacl ;; ncr3000) basic_machine=i486-ncr os=-sysv4 ;; netbsd386) basic_machine=i386-unknown os=-netbsd ;; netwinder) basic_machine=armv4l-rebel os=-linux ;; news | news700 | news800 | news900) basic_machine=m68k-sony os=-newsos ;; news1000) basic_machine=m68030-sony os=-newsos ;; news-3600 | risc-news) basic_machine=mips-sony os=-newsos ;; necv70) basic_machine=v70-nec os=-sysv ;; next | m*-next) basic_machine=m68k-next case $os in -nextstep* ) ;; -ns2*) os=-nextstep2 ;; *) os=-nextstep3 ;; esac ;; nh3000) basic_machine=m68k-harris os=-cxux ;; nh[45]000) basic_machine=m88k-harris os=-cxux ;; nindy960) basic_machine=i960-intel os=-nindy ;; mon960) basic_machine=i960-intel os=-mon960 ;; nonstopux) basic_machine=mips-compaq os=-nonstopux ;; np1) basic_machine=np1-gould ;; neo-tandem) basic_machine=neo-tandem ;; nse-tandem) basic_machine=nse-tandem ;; nsr-tandem) basic_machine=nsr-tandem ;; nsv-tandem) basic_machine=nsv-tandem ;; nsx-tandem) basic_machine=nsx-tandem ;; op50n-* | op60c-*) basic_machine=hppa1.1-oki os=-proelf ;; openrisc | openrisc-*) basic_machine=or32-unknown ;; os400) basic_machine=powerpc-ibm os=-os400 ;; OSE68000 | ose68000) basic_machine=m68000-ericsson os=-ose ;; os68k) basic_machine=m68k-none os=-os68k ;; pa-hitachi) basic_machine=hppa1.1-hitachi os=-hiuxwe2 ;; paragon) basic_machine=i860-intel os=-osf ;; parisc) basic_machine=hppa-unknown os=-linux ;; parisc-*) basic_machine=hppa-`echo "$basic_machine" | sed 's/^[^-]*-//'` os=-linux ;; pbd) basic_machine=sparc-tti ;; pbb) basic_machine=m68k-tti ;; pc532 | pc532-*) basic_machine=ns32k-pc532 ;; pc98) basic_machine=i386-pc ;; pc98-*) basic_machine=i386-`echo "$basic_machine" | sed 's/^[^-]*-//'` ;; pentium | p5 | k5 | k6 | nexgen | viac3) basic_machine=i586-pc ;; pentiumpro | p6 | 6x86 | athlon | athlon_*) basic_machine=i686-pc ;; pentiumii | pentium2 | pentiumiii | pentium3) basic_machine=i686-pc ;; pentium4) basic_machine=i786-pc ;; pentium-* | p5-* | k5-* | k6-* | nexgen-* | viac3-*) basic_machine=i586-`echo "$basic_machine" | sed 's/^[^-]*-//'` ;; pentiumpro-* | p6-* | 6x86-* | athlon-*) basic_machine=i686-`echo "$basic_machine" | sed 's/^[^-]*-//'` ;; pentiumii-* | pentium2-* | pentiumiii-* | pentium3-*) basic_machine=i686-`echo "$basic_machine" | sed 's/^[^-]*-//'` ;; pentium4-*) basic_machine=i786-`echo "$basic_machine" | sed 's/^[^-]*-//'` ;; pn) basic_machine=pn-gould ;; power) basic_machine=power-ibm ;; ppc | ppcbe) basic_machine=powerpc-unknown ;; ppc-* | ppcbe-*) basic_machine=powerpc-`echo "$basic_machine" | sed 's/^[^-]*-//'` ;; ppcle | powerpclittle) basic_machine=powerpcle-unknown ;; ppcle-* | powerpclittle-*) basic_machine=powerpcle-`echo "$basic_machine" | sed 's/^[^-]*-//'` ;; ppc64) basic_machine=powerpc64-unknown ;; ppc64-*) basic_machine=powerpc64-`echo "$basic_machine" | sed 's/^[^-]*-//'` ;; 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See the # GNU General Public License for more details. # You should have received a copy of the GNU General Public License # along with this program. If not, see . # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that program. # Originally written by Alexandre Oliva . case $1 in '') echo "$0: No command. Try '$0 --help' for more information." 1>&2 exit 1; ;; -h | --h*) cat <<\EOF Usage: depcomp [--help] [--version] PROGRAM [ARGS] Run PROGRAMS ARGS to compile a file, generating dependencies as side-effects. Environment variables: depmode Dependency tracking mode. source Source file read by 'PROGRAMS ARGS'. object Object file output by 'PROGRAMS ARGS'. DEPDIR directory where to store dependencies. depfile Dependency file to output. tmpdepfile Temporary file to use when outputting dependencies. libtool Whether libtool is used (yes/no). Report bugs to . EOF exit $? ;; -v | --v*) echo "depcomp $scriptversion" exit $? ;; esac # Get the directory component of the given path, and save it in the # global variables '$dir'. Note that this directory component will # be either empty or ending with a '/' character. This is deliberate. set_dir_from () { case $1 in */*) dir=`echo "$1" | sed -e 's|/[^/]*$|/|'`;; *) dir=;; esac } # Get the suffix-stripped basename of the given path, and save it the # global variable '$base'. set_base_from () { base=`echo "$1" | sed -e 's|^.*/||' -e 's/\.[^.]*$//'` } # If no dependency file was actually created by the compiler invocation, # we still have to create a dummy depfile, to avoid errors with the # Makefile "include basename.Plo" scheme. make_dummy_depfile () { echo "#dummy" > "$depfile" } # Factor out some common post-processing of the generated depfile. # Requires the auxiliary global variable '$tmpdepfile' to be set. aix_post_process_depfile () { # If the compiler actually managed to produce a dependency file, # post-process it. if test -f "$tmpdepfile"; then # Each line is of the form 'foo.o: dependency.h'. # Do two passes, one to just change these to # $object: dependency.h # and one to simply output # dependency.h: # which is needed to avoid the deleted-header problem. { sed -e "s,^.*\.[$lower]*:,$object:," < "$tmpdepfile" sed -e "s,^.*\.[$lower]*:[$tab ]*,," -e 's,$,:,' < "$tmpdepfile" } > "$depfile" rm -f "$tmpdepfile" else make_dummy_depfile fi } # A tabulation character. tab=' ' # A newline character. nl=' ' # Character ranges might be problematic outside the C locale. # These definitions help. upper=ABCDEFGHIJKLMNOPQRSTUVWXYZ lower=abcdefghijklmnopqrstuvwxyz digits=0123456789 alpha=${upper}${lower} if test -z "$depmode" || test -z "$source" || test -z "$object"; then echo "depcomp: Variables source, object and depmode must be set" 1>&2 exit 1 fi # Dependencies for sub/bar.o or sub/bar.obj go into sub/.deps/bar.Po. depfile=${depfile-`echo "$object" | sed 's|[^\\/]*$|'${DEPDIR-.deps}'/&|;s|\.\([^.]*\)$|.P\1|;s|Pobj$|Po|'`} tmpdepfile=${tmpdepfile-`echo "$depfile" | sed 's/\.\([^.]*\)$/.T\1/'`} rm -f "$tmpdepfile" # Avoid interferences from the environment. gccflag= dashmflag= # Some modes work just like other modes, but use different flags. We # parameterize here, but still list the modes in the big case below, # to make depend.m4 easier to write. Note that we *cannot* use a case # here, because this file can only contain one case statement. if test "$depmode" = hp; then # HP compiler uses -M and no extra arg. gccflag=-M depmode=gcc fi if test "$depmode" = dashXmstdout; then # This is just like dashmstdout with a different argument. dashmflag=-xM depmode=dashmstdout fi cygpath_u="cygpath -u -f -" if test "$depmode" = msvcmsys; then # This is just like msvisualcpp but w/o cygpath translation. # Just convert the backslash-escaped backslashes to single forward # slashes to satisfy depend.m4 cygpath_u='sed s,\\\\,/,g' depmode=msvisualcpp fi if test "$depmode" = msvc7msys; then # This is just like msvc7 but w/o cygpath translation. # Just convert the backslash-escaped backslashes to single forward # slashes to satisfy depend.m4 cygpath_u='sed s,\\\\,/,g' depmode=msvc7 fi if test "$depmode" = xlc; then # IBM C/C++ Compilers xlc/xlC can output gcc-like dependency information. gccflag=-qmakedep=gcc,-MF depmode=gcc fi case "$depmode" in gcc3) ## gcc 3 implements dependency tracking that does exactly what ## we want. Yay! Note: for some reason libtool 1.4 doesn't like ## it if -MD -MP comes after the -MF stuff. Hmm. ## Unfortunately, FreeBSD c89 acceptance of flags depends upon ## the command line argument order; so add the flags where they ## appear in depend2.am. Note that the slowdown incurred here ## affects only configure: in makefiles, %FASTDEP% shortcuts this. for arg do case $arg in -c) set fnord "$@" -MT "$object" -MD -MP -MF "$tmpdepfile" "$arg" ;; *) set fnord "$@" "$arg" ;; esac shift # fnord shift # $arg done "$@" stat=$? if test $stat -ne 0; then rm -f "$tmpdepfile" exit $stat fi mv "$tmpdepfile" "$depfile" ;; gcc) ## Note that this doesn't just cater to obsosete pre-3.x GCC compilers. ## but also to in-use compilers like IMB xlc/xlC and the HP C compiler. ## (see the conditional assignment to $gccflag above). ## There are various ways to get dependency output from gcc. Here's ## why we pick this rather obscure method: ## - Don't want to use -MD because we'd like the dependencies to end ## up in a subdir. Having to rename by hand is ugly. ## (We might end up doing this anyway to support other compilers.) ## - The DEPENDENCIES_OUTPUT environment variable makes gcc act like ## -MM, not -M (despite what the docs say). Also, it might not be ## supported by the other compilers which use the 'gcc' depmode. ## - Using -M directly means running the compiler twice (even worse ## than renaming). if test -z "$gccflag"; then gccflag=-MD, fi "$@" -Wp,"$gccflag$tmpdepfile" stat=$? if test $stat -ne 0; then rm -f "$tmpdepfile" exit $stat fi rm -f "$depfile" echo "$object : \\" > "$depfile" # The second -e expression handles DOS-style file names with drive # letters. sed -e 's/^[^:]*: / /' \ -e 's/^['$alpha']:\/[^:]*: / /' < "$tmpdepfile" >> "$depfile" ## This next piece of magic avoids the "deleted header file" problem. ## The problem is that when a header file which appears in a .P file ## is deleted, the dependency causes make to die (because there is ## typically no way to rebuild the header). We avoid this by adding ## dummy dependencies for each header file. Too bad gcc doesn't do ## this for us directly. ## Some versions of gcc put a space before the ':'. On the theory ## that the space means something, we add a space to the output as ## well. hp depmode also adds that space, but also prefixes the VPATH ## to the object. Take care to not repeat it in the output. ## Some versions of the HPUX 10.20 sed can't process this invocation ## correctly. Breaking it into two sed invocations is a workaround. tr ' ' "$nl" < "$tmpdepfile" \ | sed -e 's/^\\$//' -e '/^$/d' -e "s|.*$object$||" -e '/:$/d' \ | sed -e 's/$/ :/' >> "$depfile" rm -f "$tmpdepfile" ;; hp) # This case exists only to let depend.m4 do its work. It works by # looking at the text of this script. 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IN NO EVENT SHALL THE # X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN # AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNEC- # TION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. # # Except as contained in this notice, the name of the X Consortium shall not # be used in advertising or otherwise to promote the sale, use or other deal- # ings in this Software without prior written authorization from the X Consor- # tium. # # # FSF changes to this file are in the public domain. # # Calling this script install-sh is preferred over install.sh, to prevent # 'make' implicit rules from creating a file called install from it # when there is no Makefile. # # This script is compatible with the BSD install script, but was written # from scratch. tab=' ' nl=' ' IFS=" $tab$nl" # Set DOITPROG to "echo" to test this script. doit=${DOITPROG-} doit_exec=${doit:-exec} # Put in absolute file names if you don't have them in your path; # or use environment vars. chgrpprog=${CHGRPPROG-chgrp} chmodprog=${CHMODPROG-chmod} chownprog=${CHOWNPROG-chown} cmpprog=${CMPPROG-cmp} cpprog=${CPPROG-cp} mkdirprog=${MKDIRPROG-mkdir} mvprog=${MVPROG-mv} rmprog=${RMPROG-rm} stripprog=${STRIPPROG-strip} posix_mkdir= # Desired mode of installed file. mode=0755 chgrpcmd= chmodcmd=$chmodprog chowncmd= mvcmd=$mvprog rmcmd="$rmprog -f" stripcmd= src= dst= dir_arg= dst_arg= copy_on_change=false is_target_a_directory=possibly usage="\ Usage: $0 [OPTION]... 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Create the # directory the slow way, step by step, checking for races as we go. case $dstdir in /*) prefix='/';; [-=\(\)!]*) prefix='./';; *) prefix='';; esac oIFS=$IFS IFS=/ set -f set fnord $dstdir shift set +f IFS=$oIFS prefixes= for d do test X"$d" = X && continue prefix=$prefix$d if test -d "$prefix"; then prefixes= else if $posix_mkdir; then (umask=$mkdir_umask && $doit_exec $mkdirprog $mkdir_mode -p -- "$dstdir") && break # Don't fail if two instances are running concurrently. test -d "$prefix" || exit 1 else case $prefix in *\'*) qprefix=`echo "$prefix" | sed "s/'/'\\\\\\\\''/g"`;; *) qprefix=$prefix;; esac prefixes="$prefixes '$qprefix'" fi fi prefix=$prefix/ done if test -n "$prefixes"; then # Don't fail if two instances are running concurrently. (umask $mkdir_umask && eval "\$doit_exec \$mkdirprog $prefixes") || test -d "$dstdir" || exit 1 obsolete_mkdir_used=true fi fi fi if test -n "$dir_arg"; then { test -z "$chowncmd" || $doit $chowncmd "$dst"; } && { test -z "$chgrpcmd" || $doit $chgrpcmd "$dst"; } && { test "$obsolete_mkdir_used$chowncmd$chgrpcmd" = false || test -z "$chmodcmd" || $doit $chmodcmd $mode "$dst"; } || exit 1 else # Make a couple of temp file names in the proper directory. dsttmp=$dstdir/_inst.$$_ rmtmp=$dstdir/_rm.$$_ # Trap to clean up those temp files at exit. trap 'ret=$?; rm -f "$dsttmp" "$rmtmp" && exit $ret' 0 # Copy the file name to the temp name. (umask $cp_umask && $doit_exec $cpprog "$src" "$dsttmp") && # and set any options; do chmod last to preserve setuid bits. # # If any of these fail, we abort the whole thing. If we want to # ignore errors from any of these, just make sure not to ignore # errors from the above "$doit $cpprog $src $dsttmp" command. # { test -z "$chowncmd" || $doit $chowncmd "$dsttmp"; } && { test -z "$chgrpcmd" || $doit $chgrpcmd "$dsttmp"; } && { test -z "$stripcmd" || $doit $stripcmd "$dsttmp"; } && { test -z "$chmodcmd" || $doit $chmodcmd $mode "$dsttmp"; } && # If -C, don't bother to copy if it wouldn't change the file. if $copy_on_change && old=`LC_ALL=C ls -dlL "$dst" 2>/dev/null` && new=`LC_ALL=C ls -dlL "$dsttmp" 2>/dev/null` && set -f && set X $old && old=:$2:$4:$5:$6 && set X $new && new=:$2:$4:$5:$6 && set +f && test "$old" = "$new" && $cmpprog "$dst" "$dsttmp" >/dev/null 2>&1 then rm -f "$dsttmp" else # Rename the file to the real destination. $doit $mvcmd -f "$dsttmp" "$dst" 2>/dev/null || # The rename failed, perhaps because mv can't rename something else # to itself, or perhaps because mv is so ancient that it does not # support -f. { # Now remove or move aside any old file at destination location. # We try this two ways since rm can't unlink itself on some # systems and the destination file might be busy for other # reasons. In this case, the final cleanup might fail but the new # file should still install successfully. { test ! -f "$dst" || $doit $rmcmd -f "$dst" 2>/dev/null || { $doit $mvcmd -f "$dst" "$rmtmp" 2>/dev/null && { $doit $rmcmd -f "$rmtmp" 2>/dev/null; :; } } || { echo "$0: cannot unlink or rename $dst" >&2 (exit 1); exit 1 } } && # Now rename the file to the real destination. $doit $mvcmd "$dsttmp" "$dst" } fi || exit 1 trap '' 0 fi done # Local variables: # eval: (add-hook 'write-file-hooks 'time-stamp) # time-stamp-start: "scriptversion=" # time-stamp-format: "%:y-%02m-%02d.%02H" # time-stamp-time-zone: "UTC" # time-stamp-end: "; # UTC" # End: miller-5.6.2/autotools/ltmain.sh000066400000000000000000011714741354153536500167120ustar00rootroot00000000000000#! /bin/sh ## DO NOT EDIT - This file generated from ./build-aux/ltmain.in ## by inline-source v2014-01-03.01 # libtool (GNU libtool) 2.4.6 # Provide generalized library-building support services. # Written by Gordon Matzigkeit , 1996 # Copyright (C) 1996-2015 Free Software Foundation, Inc. # This is free software; see the source for copying conditions. There is NO # warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. # GNU Libtool is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # As a special exception to the GNU General Public License, # if you distribute this file as part of a program or library that # is built using GNU Libtool, you may include this file under the # same distribution terms that you use for the rest of that program. # # GNU Libtool is distributed in the hope that it will be useful, but # WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU # General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program. If not, see . PROGRAM=libtool PACKAGE=libtool VERSION="2.4.6 Debian-2.4.6-2" package_revision=2.4.6 ## ------ ## ## Usage. ## ## ------ ## # Run './libtool --help' for help with using this script from the # command line. ## ------------------------------- ## ## User overridable command paths. ## ## ------------------------------- ## # After configure completes, it has a better idea of some of the # shell tools we need than the defaults used by the functions shared # with bootstrap, so set those here where they can still be over- # ridden by the user, but otherwise take precedence. : ${AUTOCONF="autoconf"} : ${AUTOMAKE="automake"} ## -------------------------- ## ## Source external libraries. ## ## -------------------------- ## # Much of our low-level functionality needs to be sourced from external # libraries, which are installed to $pkgauxdir. # Set a version string for this script. scriptversion=2015-01-20.17; # UTC # General shell script boiler plate, and helper functions. # Written by Gary V. Vaughan, 2004 # Copyright (C) 2004-2015 Free Software Foundation, Inc. # This is free software; see the source for copying conditions. There is NO # warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 3 of the License, or # (at your option) any later version. # As a special exception to the GNU General Public License, if you distribute # this file as part of a program or library that is built using GNU Libtool, # you may include this file under the same distribution terms that you use # for the rest of that program. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNES FOR A PARTICULAR PURPOSE. See the GNU # General Public License for more details. # You should have received a copy of the GNU General Public License # along with this program. If not, see . # Please report bugs or propose patches to gary@gnu.org. ## ------ ## ## Usage. ## ## ------ ## # Evaluate this file near the top of your script to gain access to # the functions and variables defined here: # # . `echo "$0" | ${SED-sed} 's|[^/]*$||'`/build-aux/funclib.sh # # If you need to override any of the default environment variable # settings, do that before evaluating this file. ## -------------------- ## ## Shell normalisation. ## ## -------------------- ## # Some shells need a little help to be as Bourne compatible as possible. # Before doing anything else, make sure all that help has been provided! DUALCASE=1; export DUALCASE # for MKS sh if test -n "${ZSH_VERSION+set}" && (emulate sh) >/dev/null 2>&1; then : emulate sh NULLCMD=: # Pre-4.2 versions of Zsh do word splitting on ${1+"$@"}, which # is contrary to our usage. Disable this feature. alias -g '${1+"$@"}'='"$@"' setopt NO_GLOB_SUBST else case `(set -o) 2>/dev/null` in *posix*) set -o posix ;; esac fi # NLS nuisances: We save the old values in case they are required later. _G_user_locale= _G_safe_locale= for _G_var in LANG LANGUAGE LC_ALL LC_CTYPE LC_COLLATE LC_MESSAGES do eval "if test set = \"\${$_G_var+set}\"; then save_$_G_var=\$$_G_var $_G_var=C export $_G_var _G_user_locale=\"$_G_var=\\\$save_\$_G_var; \$_G_user_locale\" _G_safe_locale=\"$_G_var=C; \$_G_safe_locale\" fi" done # CDPATH. (unset CDPATH) >/dev/null 2>&1 && unset CDPATH # Make sure IFS has a sensible default sp=' ' nl=' ' IFS="$sp $nl" # There are apparently some retarded systems that use ';' as a PATH separator! if test "${PATH_SEPARATOR+set}" != set; then PATH_SEPARATOR=: (PATH='/bin;/bin'; FPATH=$PATH; sh -c :) >/dev/null 2>&1 && { (PATH='/bin:/bin'; FPATH=$PATH; sh -c :) >/dev/null 2>&1 || PATH_SEPARATOR=';' } fi ## ------------------------- ## ## Locate command utilities. ## ## ------------------------- ## # func_executable_p FILE # ---------------------- # Check that FILE is an executable regular file. func_executable_p () { test -f "$1" && test -x "$1" } # func_path_progs PROGS_LIST CHECK_FUNC [PATH] # -------------------------------------------- # Search for either a program that responds to --version with output # containing "GNU", or else returned by CHECK_FUNC otherwise, by # trying all the directories in PATH with each of the elements of # PROGS_LIST. # # CHECK_FUNC should accept the path to a candidate program, and # set $func_check_prog_result if it truncates its output less than # $_G_path_prog_max characters. func_path_progs () { _G_progs_list=$1 _G_check_func=$2 _G_PATH=${3-"$PATH"} _G_path_prog_max=0 _G_path_prog_found=false _G_save_IFS=$IFS; IFS=${PATH_SEPARATOR-:} for _G_dir in $_G_PATH; do IFS=$_G_save_IFS test -z "$_G_dir" && _G_dir=. for _G_prog_name in $_G_progs_list; do for _exeext in '' .EXE; do _G_path_prog=$_G_dir/$_G_prog_name$_exeext func_executable_p "$_G_path_prog" || continue case `"$_G_path_prog" --version 2>&1` in *GNU*) func_path_progs_result=$_G_path_prog _G_path_prog_found=: ;; *) $_G_check_func $_G_path_prog func_path_progs_result=$func_check_prog_result ;; esac $_G_path_prog_found && break 3 done done done IFS=$_G_save_IFS test -z "$func_path_progs_result" && { echo "no acceptable sed could be found in \$PATH" >&2 exit 1 } } # We want to be able to use the functions in this file before configure # has figured out where the best binaries are kept, which means we have # to search for them ourselves - except when the results are already set # where we skip the searches. # Unless the user overrides by setting SED, search the path for either GNU # sed, or the sed that truncates its output the least. test -z "$SED" && { _G_sed_script=s/aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa/bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb/ for _G_i in 1 2 3 4 5 6 7; do _G_sed_script=$_G_sed_script$nl$_G_sed_script done echo "$_G_sed_script" 2>/dev/null | sed 99q >conftest.sed _G_sed_script= func_check_prog_sed () { _G_path_prog=$1 _G_count=0 printf 0123456789 >conftest.in while : do cat conftest.in conftest.in >conftest.tmp mv conftest.tmp conftest.in cp conftest.in conftest.nl echo '' >> conftest.nl "$_G_path_prog" -f conftest.sed conftest.out 2>/dev/null || break diff conftest.out conftest.nl >/dev/null 2>&1 || break _G_count=`expr $_G_count + 1` if test "$_G_count" -gt "$_G_path_prog_max"; then # Best one so far, save it but keep looking for a better one func_check_prog_result=$_G_path_prog _G_path_prog_max=$_G_count fi # 10*(2^10) chars as input seems more than enough test 10 -lt "$_G_count" && break done rm -f conftest.in conftest.tmp conftest.nl conftest.out } func_path_progs "sed gsed" func_check_prog_sed $PATH:/usr/xpg4/bin rm -f conftest.sed SED=$func_path_progs_result } # Unless the user overrides by setting GREP, search the path for either GNU # grep, or the grep that truncates its output the least. test -z "$GREP" && { func_check_prog_grep () { _G_path_prog=$1 _G_count=0 _G_path_prog_max=0 printf 0123456789 >conftest.in while : do cat conftest.in conftest.in >conftest.tmp mv conftest.tmp conftest.in cp conftest.in conftest.nl echo 'GREP' >> conftest.nl "$_G_path_prog" -e 'GREP$' -e '-(cannot match)-' conftest.out 2>/dev/null || break diff conftest.out conftest.nl >/dev/null 2>&1 || break _G_count=`expr $_G_count + 1` if test "$_G_count" -gt "$_G_path_prog_max"; then # Best one so far, save it but keep looking for a better one func_check_prog_result=$_G_path_prog _G_path_prog_max=$_G_count fi # 10*(2^10) chars as input seems more than enough test 10 -lt "$_G_count" && break done rm -f conftest.in conftest.tmp conftest.nl conftest.out } func_path_progs "grep ggrep" func_check_prog_grep $PATH:/usr/xpg4/bin GREP=$func_path_progs_result } ## ------------------------------- ## ## User overridable command paths. ## ## ------------------------------- ## # All uppercase variable names are used for environment variables. These # variables can be overridden by the user before calling a script that # uses them if a suitable command of that name is not already available # in the command search PATH. : ${CP="cp -f"} : ${ECHO="printf %s\n"} : ${EGREP="$GREP -E"} : ${FGREP="$GREP -F"} : ${LN_S="ln -s"} : ${MAKE="make"} : ${MKDIR="mkdir"} : ${MV="mv -f"} : ${RM="rm -f"} : ${SHELL="${CONFIG_SHELL-/bin/sh}"} ## -------------------- ## ## Useful sed snippets. ## ## -------------------- ## sed_dirname='s|/[^/]*$||' sed_basename='s|^.*/||' # Sed substitution that helps us do robust quoting. It backslashifies # metacharacters that are still active within double-quoted strings. sed_quote_subst='s|\([`"$\\]\)|\\\1|g' # Same as above, but do not quote variable references. sed_double_quote_subst='s/\(["`\\]\)/\\\1/g' # Sed substitution that turns a string into a regex matching for the # string literally. sed_make_literal_regex='s|[].[^$\\*\/]|\\&|g' # Sed substitution that converts a w32 file name or path # that contains forward slashes, into one that contains # (escaped) backslashes. A very naive implementation. sed_naive_backslashify='s|\\\\*|\\|g;s|/|\\|g;s|\\|\\\\|g' # Re-'\' parameter expansions in output of sed_double_quote_subst that # were '\'-ed in input to the same. If an odd number of '\' preceded a # '$' in input to sed_double_quote_subst, that '$' was protected from # expansion. Since each input '\' is now two '\'s, look for any number # of runs of four '\'s followed by two '\'s and then a '$'. '\' that '$'. _G_bs='\\' _G_bs2='\\\\' _G_bs4='\\\\\\\\' _G_dollar='\$' sed_double_backslash="\ s/$_G_bs4/&\\ /g s/^$_G_bs2$_G_dollar/$_G_bs&/ s/\\([^$_G_bs]\\)$_G_bs2$_G_dollar/\\1$_G_bs2$_G_bs$_G_dollar/g s/\n//g" ## ----------------- ## ## Global variables. ## ## ----------------- ## # Except for the global variables explicitly listed below, the following # functions in the '^func_' namespace, and the '^require_' namespace # variables initialised in the 'Resource management' section, sourcing # this file will not pollute your global namespace with anything # else. There's no portable way to scope variables in Bourne shell # though, so actually running these functions will sometimes place # results into a variable named after the function, and often use # temporary variables in the '^_G_' namespace. If you are careful to # avoid using those namespaces casually in your sourcing script, things # should continue to work as you expect. And, of course, you can freely # overwrite any of the functions or variables defined here before # calling anything to customize them. EXIT_SUCCESS=0 EXIT_FAILURE=1 EXIT_MISMATCH=63 # $? = 63 is used to indicate version mismatch to missing. EXIT_SKIP=77 # $? = 77 is used to indicate a skipped test to automake. # Allow overriding, eg assuming that you follow the convention of # putting '$debug_cmd' at the start of all your functions, you can get # bash to show function call trace with: # # debug_cmd='eval echo "${FUNCNAME[0]} $*" >&2' bash your-script-name debug_cmd=${debug_cmd-":"} exit_cmd=: # By convention, finish your script with: # # exit $exit_status # # so that you can set exit_status to non-zero if you want to indicate # something went wrong during execution without actually bailing out at # the point of failure. exit_status=$EXIT_SUCCESS # Work around backward compatibility issue on IRIX 6.5. On IRIX 6.4+, sh # is ksh but when the shell is invoked as "sh" and the current value of # the _XPG environment variable is not equal to 1 (one), the special # positional parameter $0, within a function call, is the name of the # function. progpath=$0 # The name of this program. progname=`$ECHO "$progpath" |$SED "$sed_basename"` # Make sure we have an absolute progpath for reexecution: case $progpath in [\\/]*|[A-Za-z]:\\*) ;; *[\\/]*) progdir=`$ECHO "$progpath" |$SED "$sed_dirname"` progdir=`cd "$progdir" && pwd` progpath=$progdir/$progname ;; *) _G_IFS=$IFS IFS=${PATH_SEPARATOR-:} for progdir in $PATH; do IFS=$_G_IFS test -x "$progdir/$progname" && break done IFS=$_G_IFS test -n "$progdir" || progdir=`pwd` progpath=$progdir/$progname ;; esac ## ----------------- ## ## Standard options. ## ## ----------------- ## # The following options affect the operation of the functions defined # below, and should be set appropriately depending on run-time para- # meters passed on the command line. opt_dry_run=false opt_quiet=false opt_verbose=false # Categories 'all' and 'none' are always available. Append any others # you will pass as the first argument to func_warning from your own # code. warning_categories= # By default, display warnings according to 'opt_warning_types'. Set # 'warning_func' to ':' to elide all warnings, or func_fatal_error to # treat the next displayed warning as a fatal error. warning_func=func_warn_and_continue # Set to 'all' to display all warnings, 'none' to suppress all # warnings, or a space delimited list of some subset of # 'warning_categories' to display only the listed warnings. opt_warning_types=all ## -------------------- ## ## Resource management. ## ## -------------------- ## # This section contains definitions for functions that each ensure a # particular resource (a file, or a non-empty configuration variable for # example) is available, and if appropriate to extract default values # from pertinent package files. Call them using their associated # 'require_*' variable to ensure that they are executed, at most, once. # # It's entirely deliberate that calling these functions can set # variables that don't obey the namespace limitations obeyed by the rest # of this file, in order that that they be as useful as possible to # callers. # require_term_colors # ------------------- # Allow display of bold text on terminals that support it. require_term_colors=func_require_term_colors func_require_term_colors () { $debug_cmd test -t 1 && { # COLORTERM and USE_ANSI_COLORS environment variables take # precedence, because most terminfo databases neglect to describe # whether color sequences are supported. test -n "${COLORTERM+set}" && : ${USE_ANSI_COLORS="1"} if test 1 = "$USE_ANSI_COLORS"; then # Standard ANSI escape sequences tc_reset='' tc_bold=''; tc_standout='' tc_red=''; tc_green='' tc_blue=''; tc_cyan='' else # Otherwise trust the terminfo database after all. test -n "`tput sgr0 2>/dev/null`" && { tc_reset=`tput sgr0` test -n "`tput bold 2>/dev/null`" && tc_bold=`tput bold` tc_standout=$tc_bold test -n "`tput smso 2>/dev/null`" && tc_standout=`tput smso` test -n "`tput setaf 1 2>/dev/null`" && tc_red=`tput setaf 1` test -n "`tput setaf 2 2>/dev/null`" && tc_green=`tput setaf 2` test -n "`tput setaf 4 2>/dev/null`" && tc_blue=`tput setaf 4` test -n "`tput setaf 5 2>/dev/null`" && tc_cyan=`tput setaf 5` } fi } require_term_colors=: } ## ----------------- ## ## Function library. ## ## ----------------- ## # This section contains a variety of useful functions to call in your # scripts. Take note of the portable wrappers for features provided by # some modern shells, which will fall back to slower equivalents on # less featureful shells. # func_append VAR VALUE # --------------------- # Append VALUE onto the existing contents of VAR. # We should try to minimise forks, especially on Windows where they are # unreasonably slow, so skip the feature probes when bash or zsh are # being used: if test set = "${BASH_VERSION+set}${ZSH_VERSION+set}"; then : ${_G_HAVE_ARITH_OP="yes"} : ${_G_HAVE_XSI_OPS="yes"} # The += operator was introduced in bash 3.1 case $BASH_VERSION in [12].* | 3.0 | 3.0*) ;; *) : ${_G_HAVE_PLUSEQ_OP="yes"} ;; esac fi # _G_HAVE_PLUSEQ_OP # Can be empty, in which case the shell is probed, "yes" if += is # useable or anything else if it does not work. test -z "$_G_HAVE_PLUSEQ_OP" \ && (eval 'x=a; x+=" b"; test "a b" = "$x"') 2>/dev/null \ && _G_HAVE_PLUSEQ_OP=yes if test yes = "$_G_HAVE_PLUSEQ_OP" then # This is an XSI compatible shell, allowing a faster implementation... eval 'func_append () { $debug_cmd eval "$1+=\$2" }' else # ...otherwise fall back to using expr, which is often a shell builtin. func_append () { $debug_cmd eval "$1=\$$1\$2" } fi # func_append_quoted VAR VALUE # ---------------------------- # Quote VALUE and append to the end of shell variable VAR, separated # by a space. if test yes = "$_G_HAVE_PLUSEQ_OP"; then eval 'func_append_quoted () { $debug_cmd func_quote_for_eval "$2" eval "$1+=\\ \$func_quote_for_eval_result" }' else func_append_quoted () { $debug_cmd func_quote_for_eval "$2" eval "$1=\$$1\\ \$func_quote_for_eval_result" } fi # func_append_uniq VAR VALUE # -------------------------- # Append unique VALUE onto the existing contents of VAR, assuming # entries are delimited by the first character of VALUE. For example: # # func_append_uniq options " --another-option option-argument" # # will only append to $options if " --another-option option-argument " # is not already present somewhere in $options already (note spaces at # each end implied by leading space in second argument). func_append_uniq () { $debug_cmd eval _G_current_value='`$ECHO $'$1'`' _G_delim=`expr "$2" : '\(.\)'` case $_G_delim$_G_current_value$_G_delim in *"$2$_G_delim"*) ;; *) func_append "$@" ;; esac } # func_arith TERM... # ------------------ # Set func_arith_result to the result of evaluating TERMs. test -z "$_G_HAVE_ARITH_OP" \ && (eval 'test 2 = $(( 1 + 1 ))') 2>/dev/null \ && _G_HAVE_ARITH_OP=yes if test yes = "$_G_HAVE_ARITH_OP"; then eval 'func_arith () { $debug_cmd func_arith_result=$(( $* )) }' else func_arith () { $debug_cmd func_arith_result=`expr "$@"` } fi # func_basename FILE # ------------------ # Set func_basename_result to FILE with everything up to and including # the last / stripped. if test yes = "$_G_HAVE_XSI_OPS"; then # If this shell supports suffix pattern removal, then use it to avoid # forking. Hide the definitions single quotes in case the shell chokes # on unsupported syntax... _b='func_basename_result=${1##*/}' _d='case $1 in */*) func_dirname_result=${1%/*}$2 ;; * ) func_dirname_result=$3 ;; esac' else # ...otherwise fall back to using sed. _b='func_basename_result=`$ECHO "$1" |$SED "$sed_basename"`' _d='func_dirname_result=`$ECHO "$1" |$SED "$sed_dirname"` if test "X$func_dirname_result" = "X$1"; then func_dirname_result=$3 else func_append func_dirname_result "$2" fi' fi eval 'func_basename () { $debug_cmd '"$_b"' }' # func_dirname FILE APPEND NONDIR_REPLACEMENT # ------------------------------------------- # Compute the dirname of FILE. If nonempty, add APPEND to the result, # otherwise set result to NONDIR_REPLACEMENT. eval 'func_dirname () { $debug_cmd '"$_d"' }' # func_dirname_and_basename FILE APPEND NONDIR_REPLACEMENT # -------------------------------------------------------- # Perform func_basename and func_dirname in a single function # call: # dirname: Compute the dirname of FILE. If nonempty, # add APPEND to the result, otherwise set result # to NONDIR_REPLACEMENT. # value returned in "$func_dirname_result" # basename: Compute filename of FILE. # value retuned in "$func_basename_result" # For efficiency, we do not delegate to the functions above but instead # duplicate the functionality here. eval 'func_dirname_and_basename () { $debug_cmd '"$_b"' '"$_d"' }' # func_echo ARG... # ---------------- # Echo program name prefixed message. func_echo () { $debug_cmd _G_message=$* func_echo_IFS=$IFS IFS=$nl for _G_line in $_G_message; do IFS=$func_echo_IFS $ECHO "$progname: $_G_line" done IFS=$func_echo_IFS } # func_echo_all ARG... # -------------------- # Invoke $ECHO with all args, space-separated. func_echo_all () { $ECHO "$*" } # func_echo_infix_1 INFIX ARG... # ------------------------------ # Echo program name, followed by INFIX on the first line, with any # additional lines not showing INFIX. func_echo_infix_1 () { $debug_cmd $require_term_colors _G_infix=$1; shift _G_indent=$_G_infix _G_prefix="$progname: $_G_infix: " _G_message=$* # Strip color escape sequences before counting printable length for _G_tc in "$tc_reset" "$tc_bold" "$tc_standout" "$tc_red" "$tc_green" "$tc_blue" "$tc_cyan" do test -n "$_G_tc" && { _G_esc_tc=`$ECHO "$_G_tc" | $SED "$sed_make_literal_regex"` _G_indent=`$ECHO "$_G_indent" | $SED "s|$_G_esc_tc||g"` } done _G_indent="$progname: "`echo "$_G_indent" | $SED 's|.| |g'`" " ## exclude from sc_prohibit_nested_quotes func_echo_infix_1_IFS=$IFS IFS=$nl for _G_line in $_G_message; do IFS=$func_echo_infix_1_IFS $ECHO "$_G_prefix$tc_bold$_G_line$tc_reset" >&2 _G_prefix=$_G_indent done IFS=$func_echo_infix_1_IFS } # func_error ARG... # ----------------- # Echo program name prefixed message to standard error. func_error () { $debug_cmd $require_term_colors func_echo_infix_1 " $tc_standout${tc_red}error$tc_reset" "$*" >&2 } # func_fatal_error ARG... # ----------------------- # Echo program name prefixed message to standard error, and exit. func_fatal_error () { $debug_cmd func_error "$*" exit $EXIT_FAILURE } # func_grep EXPRESSION FILENAME # ----------------------------- # Check whether EXPRESSION matches any line of FILENAME, without output. func_grep () { $debug_cmd $GREP "$1" "$2" >/dev/null 2>&1 } # func_len STRING # --------------- # Set func_len_result to the length of STRING. STRING may not # start with a hyphen. test -z "$_G_HAVE_XSI_OPS" \ && (eval 'x=a/b/c; test 5aa/bb/cc = "${#x}${x%%/*}${x%/*}${x#*/}${x##*/}"') 2>/dev/null \ && _G_HAVE_XSI_OPS=yes if test yes = "$_G_HAVE_XSI_OPS"; then eval 'func_len () { $debug_cmd func_len_result=${#1} }' else func_len () { $debug_cmd func_len_result=`expr "$1" : ".*" 2>/dev/null || echo $max_cmd_len` } fi # func_mkdir_p DIRECTORY-PATH # --------------------------- # Make sure the entire path to DIRECTORY-PATH is available. func_mkdir_p () { $debug_cmd _G_directory_path=$1 _G_dir_list= if test -n "$_G_directory_path" && test : != "$opt_dry_run"; then # Protect directory names starting with '-' case $_G_directory_path in -*) _G_directory_path=./$_G_directory_path ;; esac # While some portion of DIR does not yet exist... while test ! -d "$_G_directory_path"; do # ...make a list in topmost first order. Use a colon delimited # list incase some portion of path contains whitespace. _G_dir_list=$_G_directory_path:$_G_dir_list # If the last portion added has no slash in it, the list is done case $_G_directory_path in */*) ;; *) break ;; esac # ...otherwise throw away the child directory and loop _G_directory_path=`$ECHO "$_G_directory_path" | $SED -e "$sed_dirname"` done _G_dir_list=`$ECHO "$_G_dir_list" | $SED 's|:*$||'` func_mkdir_p_IFS=$IFS; IFS=: for _G_dir in $_G_dir_list; do IFS=$func_mkdir_p_IFS # mkdir can fail with a 'File exist' error if two processes # try to create one of the directories concurrently. Don't # stop in that case! $MKDIR "$_G_dir" 2>/dev/null || : done IFS=$func_mkdir_p_IFS # Bail out if we (or some other process) failed to create a directory. test -d "$_G_directory_path" || \ func_fatal_error "Failed to create '$1'" fi } # func_mktempdir [BASENAME] # ------------------------- # Make a temporary directory that won't clash with other running # libtool processes, and avoids race conditions if possible. If # given, BASENAME is the basename for that directory. func_mktempdir () { $debug_cmd _G_template=${TMPDIR-/tmp}/${1-$progname} if test : = "$opt_dry_run"; then # Return a directory name, but don't create it in dry-run mode _G_tmpdir=$_G_template-$$ else # If mktemp works, use that first and foremost _G_tmpdir=`mktemp -d "$_G_template-XXXXXXXX" 2>/dev/null` if test ! -d "$_G_tmpdir"; then # Failing that, at least try and use $RANDOM to avoid a race _G_tmpdir=$_G_template-${RANDOM-0}$$ func_mktempdir_umask=`umask` umask 0077 $MKDIR "$_G_tmpdir" umask $func_mktempdir_umask fi # If we're not in dry-run mode, bomb out on failure test -d "$_G_tmpdir" || \ func_fatal_error "cannot create temporary directory '$_G_tmpdir'" fi $ECHO "$_G_tmpdir" } # func_normal_abspath PATH # ------------------------ # Remove doubled-up and trailing slashes, "." path components, # and cancel out any ".." path components in PATH after making # it an absolute path. func_normal_abspath () { $debug_cmd # These SED scripts presuppose an absolute path with a trailing slash. _G_pathcar='s|^/\([^/]*\).*$|\1|' _G_pathcdr='s|^/[^/]*||' _G_removedotparts=':dotsl s|/\./|/|g t dotsl s|/\.$|/|' _G_collapseslashes='s|/\{1,\}|/|g' _G_finalslash='s|/*$|/|' # Start from root dir and reassemble the path. func_normal_abspath_result= func_normal_abspath_tpath=$1 func_normal_abspath_altnamespace= case $func_normal_abspath_tpath in "") # Empty path, that just means $cwd. func_stripname '' '/' "`pwd`" func_normal_abspath_result=$func_stripname_result return ;; # The next three entries are used to spot a run of precisely # two leading slashes without using negated character classes; # we take advantage of case's first-match behaviour. ///*) # Unusual form of absolute path, do nothing. ;; //*) # Not necessarily an ordinary path; POSIX reserves leading '//' # and for example Cygwin uses it to access remote file shares # over CIFS/SMB, so we conserve a leading double slash if found. func_normal_abspath_altnamespace=/ ;; /*) # Absolute path, do nothing. ;; *) # Relative path, prepend $cwd. func_normal_abspath_tpath=`pwd`/$func_normal_abspath_tpath ;; esac # Cancel out all the simple stuff to save iterations. We also want # the path to end with a slash for ease of parsing, so make sure # there is one (and only one) here. func_normal_abspath_tpath=`$ECHO "$func_normal_abspath_tpath" | $SED \ -e "$_G_removedotparts" -e "$_G_collapseslashes" -e "$_G_finalslash"` while :; do # Processed it all yet? if test / = "$func_normal_abspath_tpath"; then # If we ascended to the root using ".." the result may be empty now. if test -z "$func_normal_abspath_result"; then func_normal_abspath_result=/ fi break fi func_normal_abspath_tcomponent=`$ECHO "$func_normal_abspath_tpath" | $SED \ -e "$_G_pathcar"` func_normal_abspath_tpath=`$ECHO "$func_normal_abspath_tpath" | $SED \ -e "$_G_pathcdr"` # Figure out what to do with it case $func_normal_abspath_tcomponent in "") # Trailing empty path component, ignore it. ;; ..) # Parent dir; strip last assembled component from result. func_dirname "$func_normal_abspath_result" func_normal_abspath_result=$func_dirname_result ;; *) # Actual path component, append it. func_append func_normal_abspath_result "/$func_normal_abspath_tcomponent" ;; esac done # Restore leading double-slash if one was found on entry. func_normal_abspath_result=$func_normal_abspath_altnamespace$func_normal_abspath_result } # func_notquiet ARG... # -------------------- # Echo program name prefixed message only when not in quiet mode. func_notquiet () { $debug_cmd $opt_quiet || func_echo ${1+"$@"} # A bug in bash halts the script if the last line of a function # fails when set -e is in force, so we need another command to # work around that: : } # func_relative_path SRCDIR DSTDIR # -------------------------------- # Set func_relative_path_result to the relative path from SRCDIR to DSTDIR. func_relative_path () { $debug_cmd func_relative_path_result= func_normal_abspath "$1" func_relative_path_tlibdir=$func_normal_abspath_result func_normal_abspath "$2" func_relative_path_tbindir=$func_normal_abspath_result # Ascend the tree starting from libdir while :; do # check if we have found a prefix of bindir case $func_relative_path_tbindir in $func_relative_path_tlibdir) # found an exact match func_relative_path_tcancelled= break ;; $func_relative_path_tlibdir*) # found a matching prefix func_stripname "$func_relative_path_tlibdir" '' "$func_relative_path_tbindir" func_relative_path_tcancelled=$func_stripname_result if test -z "$func_relative_path_result"; then func_relative_path_result=. fi break ;; *) func_dirname $func_relative_path_tlibdir func_relative_path_tlibdir=$func_dirname_result if test -z "$func_relative_path_tlibdir"; then # Have to descend all the way to the root! func_relative_path_result=../$func_relative_path_result func_relative_path_tcancelled=$func_relative_path_tbindir break fi func_relative_path_result=../$func_relative_path_result ;; esac done # Now calculate path; take care to avoid doubling-up slashes. func_stripname '' '/' "$func_relative_path_result" func_relative_path_result=$func_stripname_result func_stripname '/' '/' "$func_relative_path_tcancelled" if test -n "$func_stripname_result"; then func_append func_relative_path_result "/$func_stripname_result" fi # Normalisation. If bindir is libdir, return '.' else relative path. if test -n "$func_relative_path_result"; then func_stripname './' '' "$func_relative_path_result" func_relative_path_result=$func_stripname_result fi test -n "$func_relative_path_result" || func_relative_path_result=. : } # func_quote_for_eval ARG... # -------------------------- # Aesthetically quote ARGs to be evaled later. # This function returns two values: # i) func_quote_for_eval_result # double-quoted, suitable for a subsequent eval # ii) func_quote_for_eval_unquoted_result # has all characters that are still active within double # quotes backslashified. func_quote_for_eval () { $debug_cmd func_quote_for_eval_unquoted_result= func_quote_for_eval_result= while test 0 -lt $#; do case $1 in *[\\\`\"\$]*) _G_unquoted_arg=`printf '%s\n' "$1" |$SED "$sed_quote_subst"` ;; *) _G_unquoted_arg=$1 ;; esac if test -n "$func_quote_for_eval_unquoted_result"; then func_append func_quote_for_eval_unquoted_result " $_G_unquoted_arg" else func_append func_quote_for_eval_unquoted_result "$_G_unquoted_arg" fi case $_G_unquoted_arg in # Double-quote args containing shell metacharacters to delay # word splitting, command substitution and variable expansion # for a subsequent eval. # Many Bourne shells cannot handle close brackets correctly # in scan sets, so we specify it separately. *[\[\~\#\^\&\*\(\)\{\}\|\;\<\>\?\'\ \ ]*|*]*|"") _G_quoted_arg=\"$_G_unquoted_arg\" ;; *) _G_quoted_arg=$_G_unquoted_arg ;; esac if test -n "$func_quote_for_eval_result"; then func_append func_quote_for_eval_result " $_G_quoted_arg" else func_append func_quote_for_eval_result "$_G_quoted_arg" fi shift done } # func_quote_for_expand ARG # ------------------------- # Aesthetically quote ARG to be evaled later; same as above, # but do not quote variable references. func_quote_for_expand () { $debug_cmd case $1 in *[\\\`\"]*) _G_arg=`$ECHO "$1" | $SED \ -e "$sed_double_quote_subst" -e "$sed_double_backslash"` ;; *) _G_arg=$1 ;; esac case $_G_arg in # Double-quote args containing shell metacharacters to delay # word splitting and command substitution for a subsequent eval. # Many Bourne shells cannot handle close brackets correctly # in scan sets, so we specify it separately. *[\[\~\#\^\&\*\(\)\{\}\|\;\<\>\?\'\ \ ]*|*]*|"") _G_arg=\"$_G_arg\" ;; esac func_quote_for_expand_result=$_G_arg } # func_stripname PREFIX SUFFIX NAME # --------------------------------- # strip PREFIX and SUFFIX from NAME, and store in func_stripname_result. # PREFIX and SUFFIX must not contain globbing or regex special # characters, hashes, percent signs, but SUFFIX may contain a leading # dot (in which case that matches only a dot). if test yes = "$_G_HAVE_XSI_OPS"; then eval 'func_stripname () { $debug_cmd # pdksh 5.2.14 does not do ${X%$Y} correctly if both X and Y are # positional parameters, so assign one to ordinary variable first. func_stripname_result=$3 func_stripname_result=${func_stripname_result#"$1"} func_stripname_result=${func_stripname_result%"$2"} }' else func_stripname () { $debug_cmd case $2 in .*) func_stripname_result=`$ECHO "$3" | $SED -e "s%^$1%%" -e "s%\\\\$2\$%%"`;; *) func_stripname_result=`$ECHO "$3" | $SED -e "s%^$1%%" -e "s%$2\$%%"`;; esac } fi # func_show_eval CMD [FAIL_EXP] # ----------------------------- # Unless opt_quiet is true, then output CMD. Then, if opt_dryrun is # not true, evaluate CMD. If the evaluation of CMD fails, and FAIL_EXP # is given, then evaluate it. func_show_eval () { $debug_cmd _G_cmd=$1 _G_fail_exp=${2-':'} func_quote_for_expand "$_G_cmd" eval "func_notquiet $func_quote_for_expand_result" $opt_dry_run || { eval "$_G_cmd" _G_status=$? if test 0 -ne "$_G_status"; then eval "(exit $_G_status); $_G_fail_exp" fi } } # func_show_eval_locale CMD [FAIL_EXP] # ------------------------------------ # Unless opt_quiet is true, then output CMD. Then, if opt_dryrun is # not true, evaluate CMD. If the evaluation of CMD fails, and FAIL_EXP # is given, then evaluate it. Use the saved locale for evaluation. func_show_eval_locale () { $debug_cmd _G_cmd=$1 _G_fail_exp=${2-':'} $opt_quiet || { func_quote_for_expand "$_G_cmd" eval "func_echo $func_quote_for_expand_result" } $opt_dry_run || { eval "$_G_user_locale $_G_cmd" _G_status=$? eval "$_G_safe_locale" if test 0 -ne "$_G_status"; then eval "(exit $_G_status); $_G_fail_exp" fi } } # func_tr_sh # ---------- # Turn $1 into a string suitable for a shell variable name. # Result is stored in $func_tr_sh_result. All characters # not in the set a-zA-Z0-9_ are replaced with '_'. Further, # if $1 begins with a digit, a '_' is prepended as well. func_tr_sh () { $debug_cmd case $1 in [0-9]* | *[!a-zA-Z0-9_]*) func_tr_sh_result=`$ECHO "$1" | $SED -e 's/^\([0-9]\)/_\1/' -e 's/[^a-zA-Z0-9_]/_/g'` ;; * ) func_tr_sh_result=$1 ;; esac } # func_verbose ARG... # ------------------- # Echo program name prefixed message in verbose mode only. func_verbose () { $debug_cmd $opt_verbose && func_echo "$*" : } # func_warn_and_continue ARG... # ----------------------------- # Echo program name prefixed warning message to standard error. func_warn_and_continue () { $debug_cmd $require_term_colors func_echo_infix_1 "${tc_red}warning$tc_reset" "$*" >&2 } # func_warning CATEGORY ARG... # ---------------------------- # Echo program name prefixed warning message to standard error. Warning # messages can be filtered according to CATEGORY, where this function # elides messages where CATEGORY is not listed in the global variable # 'opt_warning_types'. func_warning () { $debug_cmd # CATEGORY must be in the warning_categories list! case " $warning_categories " in *" $1 "*) ;; *) func_internal_error "invalid warning category '$1'" ;; esac _G_category=$1 shift case " $opt_warning_types " in *" $_G_category "*) $warning_func ${1+"$@"} ;; esac } # func_sort_ver VER1 VER2 # ----------------------- # 'sort -V' is not generally available. # Note this deviates from the version comparison in automake # in that it treats 1.5 < 1.5.0, and treats 1.4.4a < 1.4-p3a # but this should suffice as we won't be specifying old # version formats or redundant trailing .0 in bootstrap.conf. # If we did want full compatibility then we should probably # use m4_version_compare from autoconf. func_sort_ver () { $debug_cmd printf '%s\n%s\n' "$1" "$2" \ | sort -t. -k 1,1n -k 2,2n -k 3,3n -k 4,4n -k 5,5n -k 6,6n -k 7,7n -k 8,8n -k 9,9n } # func_lt_ver PREV CURR # --------------------- # Return true if PREV and CURR are in the correct order according to # func_sort_ver, otherwise false. Use it like this: # # func_lt_ver "$prev_ver" "$proposed_ver" || func_fatal_error "..." func_lt_ver () { $debug_cmd test "x$1" = x`func_sort_ver "$1" "$2" | $SED 1q` } # Local variables: # mode: shell-script # sh-indentation: 2 # eval: (add-hook 'before-save-hook 'time-stamp) # time-stamp-pattern: "10/scriptversion=%:y-%02m-%02d.%02H; # UTC" # time-stamp-time-zone: "UTC" # End: #! /bin/sh # Set a version string for this script. scriptversion=2014-01-07.03; # UTC # A portable, pluggable option parser for Bourne shell. # Written by Gary V. Vaughan, 2010 # Copyright (C) 2010-2015 Free Software Foundation, Inc. # This is free software; see the source for copying conditions. There is NO # warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. # This program is free software: you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # You should have received a copy of the GNU General Public License # along with this program. If not, see . # Please report bugs or propose patches to gary@gnu.org. ## ------ ## ## Usage. ## ## ------ ## # This file is a library for parsing options in your shell scripts along # with assorted other useful supporting features that you can make use # of too. # # For the simplest scripts you might need only: # # #!/bin/sh # . relative/path/to/funclib.sh # . relative/path/to/options-parser # scriptversion=1.0 # func_options ${1+"$@"} # eval set dummy "$func_options_result"; shift # ...rest of your script... # # In order for the '--version' option to work, you will need to have a # suitably formatted comment like the one at the top of this file # starting with '# Written by ' and ending with '# warranty; '. # # For '-h' and '--help' to work, you will also need a one line # description of your script's purpose in a comment directly above the # '# Written by ' line, like the one at the top of this file. # # The default options also support '--debug', which will turn on shell # execution tracing (see the comment above debug_cmd below for another # use), and '--verbose' and the func_verbose function to allow your script # to display verbose messages only when your user has specified # '--verbose'. # # After sourcing this file, you can plug processing for additional # options by amending the variables from the 'Configuration' section # below, and following the instructions in the 'Option parsing' # section further down. ## -------------- ## ## Configuration. ## ## -------------- ## # You should override these variables in your script after sourcing this # file so that they reflect the customisations you have added to the # option parser. # The usage line for option parsing errors and the start of '-h' and # '--help' output messages. You can embed shell variables for delayed # expansion at the time the message is displayed, but you will need to # quote other shell meta-characters carefully to prevent them being # expanded when the contents are evaled. usage='$progpath [OPTION]...' # Short help message in response to '-h' and '--help'. Add to this or # override it after sourcing this library to reflect the full set of # options your script accepts. usage_message="\ --debug enable verbose shell tracing -W, --warnings=CATEGORY report the warnings falling in CATEGORY [all] -v, --verbose verbosely report processing --version print version information and exit -h, --help print short or long help message and exit " # Additional text appended to 'usage_message' in response to '--help'. long_help_message=" Warning categories include: 'all' show all warnings 'none' turn off all the warnings 'error' warnings are treated as fatal errors" # Help message printed before fatal option parsing errors. fatal_help="Try '\$progname --help' for more information." ## ------------------------- ## ## Hook function management. ## ## ------------------------- ## # This section contains functions for adding, removing, and running hooks # to the main code. A hook is just a named list of of function, that can # be run in order later on. # func_hookable FUNC_NAME # ----------------------- # Declare that FUNC_NAME will run hooks added with # 'func_add_hook FUNC_NAME ...'. func_hookable () { $debug_cmd func_append hookable_fns " $1" } # func_add_hook FUNC_NAME HOOK_FUNC # --------------------------------- # Request that FUNC_NAME call HOOK_FUNC before it returns. FUNC_NAME must # first have been declared "hookable" by a call to 'func_hookable'. func_add_hook () { $debug_cmd case " $hookable_fns " in *" $1 "*) ;; *) func_fatal_error "'$1' does not accept hook functions." ;; esac eval func_append ${1}_hooks '" $2"' } # func_remove_hook FUNC_NAME HOOK_FUNC # ------------------------------------ # Remove HOOK_FUNC from the list of functions called by FUNC_NAME. func_remove_hook () { $debug_cmd eval ${1}_hooks='`$ECHO "\$'$1'_hooks" |$SED "s| '$2'||"`' } # func_run_hooks FUNC_NAME [ARG]... # --------------------------------- # Run all hook functions registered to FUNC_NAME. # It is assumed that the list of hook functions contains nothing more # than a whitespace-delimited list of legal shell function names, and # no effort is wasted trying to catch shell meta-characters or preserve # whitespace. func_run_hooks () { $debug_cmd case " $hookable_fns " in *" $1 "*) ;; *) func_fatal_error "'$1' does not support hook funcions.n" ;; esac eval _G_hook_fns=\$$1_hooks; shift for _G_hook in $_G_hook_fns; do eval $_G_hook '"$@"' # store returned options list back into positional # parameters for next 'cmd' execution. eval _G_hook_result=\$${_G_hook}_result eval set dummy "$_G_hook_result"; shift done func_quote_for_eval ${1+"$@"} func_run_hooks_result=$func_quote_for_eval_result } ## --------------- ## ## Option parsing. ## ## --------------- ## # In order to add your own option parsing hooks, you must accept the # full positional parameter list in your hook function, remove any # options that you action, and then pass back the remaining unprocessed # options in '_result', escaped suitably for # 'eval'. Like this: # # my_options_prep () # { # $debug_cmd # # # Extend the existing usage message. # usage_message=$usage_message' # -s, --silent don'\''t print informational messages # ' # # func_quote_for_eval ${1+"$@"} # my_options_prep_result=$func_quote_for_eval_result # } # func_add_hook func_options_prep my_options_prep # # # my_silent_option () # { # $debug_cmd # # # Note that for efficiency, we parse as many options as we can # # recognise in a loop before passing the remainder back to the # # caller on the first unrecognised argument we encounter. # while test $# -gt 0; do # opt=$1; shift # case $opt in # --silent|-s) opt_silent=: ;; # # Separate non-argument short options: # -s*) func_split_short_opt "$_G_opt" # set dummy "$func_split_short_opt_name" \ # "-$func_split_short_opt_arg" ${1+"$@"} # shift # ;; # *) set dummy "$_G_opt" "$*"; shift; break ;; # esac # done # # func_quote_for_eval ${1+"$@"} # my_silent_option_result=$func_quote_for_eval_result # } # func_add_hook func_parse_options my_silent_option # # # my_option_validation () # { # $debug_cmd # # $opt_silent && $opt_verbose && func_fatal_help "\ # '--silent' and '--verbose' options are mutually exclusive." # # func_quote_for_eval ${1+"$@"} # my_option_validation_result=$func_quote_for_eval_result # } # func_add_hook func_validate_options my_option_validation # # You'll alse need to manually amend $usage_message to reflect the extra # options you parse. It's preferable to append if you can, so that # multiple option parsing hooks can be added safely. # func_options [ARG]... # --------------------- # All the functions called inside func_options are hookable. See the # individual implementations for details. func_hookable func_options func_options () { $debug_cmd func_options_prep ${1+"$@"} eval func_parse_options \ ${func_options_prep_result+"$func_options_prep_result"} eval func_validate_options \ ${func_parse_options_result+"$func_parse_options_result"} eval func_run_hooks func_options \ ${func_validate_options_result+"$func_validate_options_result"} # save modified positional parameters for caller func_options_result=$func_run_hooks_result } # func_options_prep [ARG]... # -------------------------- # All initialisations required before starting the option parse loop. # Note that when calling hook functions, we pass through the list of # positional parameters. If a hook function modifies that list, and # needs to propogate that back to rest of this script, then the complete # modified list must be put in 'func_run_hooks_result' before # returning. func_hookable func_options_prep func_options_prep () { $debug_cmd # Option defaults: opt_verbose=false opt_warning_types= func_run_hooks func_options_prep ${1+"$@"} # save modified positional parameters for caller func_options_prep_result=$func_run_hooks_result } # func_parse_options [ARG]... # --------------------------- # The main option parsing loop. func_hookable func_parse_options func_parse_options () { $debug_cmd func_parse_options_result= # this just eases exit handling while test $# -gt 0; do # Defer to hook functions for initial option parsing, so they # get priority in the event of reusing an option name. func_run_hooks func_parse_options ${1+"$@"} # Adjust func_parse_options positional parameters to match eval set dummy "$func_run_hooks_result"; shift # Break out of the loop if we already parsed every option. test $# -gt 0 || break _G_opt=$1 shift case $_G_opt in --debug|-x) debug_cmd='set -x' func_echo "enabling shell trace mode" $debug_cmd ;; --no-warnings|--no-warning|--no-warn) set dummy --warnings none ${1+"$@"} shift ;; --warnings|--warning|-W) test $# = 0 && func_missing_arg $_G_opt && break case " $warning_categories $1" in *" $1 "*) # trailing space prevents matching last $1 above func_append_uniq opt_warning_types " $1" ;; *all) opt_warning_types=$warning_categories ;; *none) opt_warning_types=none warning_func=: ;; *error) opt_warning_types=$warning_categories warning_func=func_fatal_error ;; *) func_fatal_error \ "unsupported warning category: '$1'" ;; esac shift ;; --verbose|-v) opt_verbose=: ;; --version) func_version ;; -\?|-h) func_usage ;; --help) func_help ;; # Separate optargs to long options (plugins may need this): --*=*) func_split_equals "$_G_opt" set dummy "$func_split_equals_lhs" \ "$func_split_equals_rhs" ${1+"$@"} shift ;; # Separate optargs to short options: -W*) func_split_short_opt "$_G_opt" set dummy "$func_split_short_opt_name" \ "$func_split_short_opt_arg" ${1+"$@"} shift ;; # Separate non-argument short options: -\?*|-h*|-v*|-x*) func_split_short_opt "$_G_opt" set dummy "$func_split_short_opt_name" \ "-$func_split_short_opt_arg" ${1+"$@"} shift ;; --) break ;; -*) func_fatal_help "unrecognised option: '$_G_opt'" ;; *) set dummy "$_G_opt" ${1+"$@"}; shift; break ;; esac done # save modified positional parameters for caller func_quote_for_eval ${1+"$@"} func_parse_options_result=$func_quote_for_eval_result } # func_validate_options [ARG]... # ------------------------------ # Perform any sanity checks on option settings and/or unconsumed # arguments. func_hookable func_validate_options func_validate_options () { $debug_cmd # Display all warnings if -W was not given. test -n "$opt_warning_types" || opt_warning_types=" $warning_categories" func_run_hooks func_validate_options ${1+"$@"} # Bail if the options were screwed! $exit_cmd $EXIT_FAILURE # save modified positional parameters for caller func_validate_options_result=$func_run_hooks_result } ## ----------------- ## ## Helper functions. ## ## ----------------- ## # This section contains the helper functions used by the rest of the # hookable option parser framework in ascii-betical order. # func_fatal_help ARG... # ---------------------- # Echo program name prefixed message to standard error, followed by # a help hint, and exit. func_fatal_help () { $debug_cmd eval \$ECHO \""Usage: $usage"\" eval \$ECHO \""$fatal_help"\" func_error ${1+"$@"} exit $EXIT_FAILURE } # func_help # --------- # Echo long help message to standard output and exit. func_help () { $debug_cmd func_usage_message $ECHO "$long_help_message" exit 0 } # func_missing_arg ARGNAME # ------------------------ # Echo program name prefixed message to standard error and set global # exit_cmd. func_missing_arg () { $debug_cmd func_error "Missing argument for '$1'." exit_cmd=exit } # func_split_equals STRING # ------------------------ # Set func_split_equals_lhs and func_split_equals_rhs shell variables after # splitting STRING at the '=' sign. test -z "$_G_HAVE_XSI_OPS" \ && (eval 'x=a/b/c; test 5aa/bb/cc = "${#x}${x%%/*}${x%/*}${x#*/}${x##*/}"') 2>/dev/null \ && _G_HAVE_XSI_OPS=yes if test yes = "$_G_HAVE_XSI_OPS" then # This is an XSI compatible shell, allowing a faster implementation... eval 'func_split_equals () { $debug_cmd func_split_equals_lhs=${1%%=*} func_split_equals_rhs=${1#*=} test "x$func_split_equals_lhs" = "x$1" \ && func_split_equals_rhs= }' else # ...otherwise fall back to using expr, which is often a shell builtin. func_split_equals () { $debug_cmd func_split_equals_lhs=`expr "x$1" : 'x\([^=]*\)'` func_split_equals_rhs= test "x$func_split_equals_lhs" = "x$1" \ || func_split_equals_rhs=`expr "x$1" : 'x[^=]*=\(.*\)$'` } fi #func_split_equals # func_split_short_opt SHORTOPT # ----------------------------- # Set func_split_short_opt_name and func_split_short_opt_arg shell # variables after splitting SHORTOPT after the 2nd character. if test yes = "$_G_HAVE_XSI_OPS" then # This is an XSI compatible shell, allowing a faster implementation... eval 'func_split_short_opt () { $debug_cmd func_split_short_opt_arg=${1#??} func_split_short_opt_name=${1%"$func_split_short_opt_arg"} }' else # ...otherwise fall back to using expr, which is often a shell builtin. func_split_short_opt () { $debug_cmd func_split_short_opt_name=`expr "x$1" : 'x-\(.\)'` func_split_short_opt_arg=`expr "x$1" : 'x-.\(.*\)$'` } fi #func_split_short_opt # func_usage # ---------- # Echo short help message to standard output and exit. func_usage () { $debug_cmd func_usage_message $ECHO "Run '$progname --help |${PAGER-more}' for full usage" exit 0 } # func_usage_message # ------------------ # Echo short help message to standard output. func_usage_message () { $debug_cmd eval \$ECHO \""Usage: $usage"\" echo $SED -n 's|^# || /^Written by/{ x;p;x } h /^Written by/q' < "$progpath" echo eval \$ECHO \""$usage_message"\" } # func_version # ------------ # Echo version message to standard output and exit. func_version () { $debug_cmd printf '%s\n' "$progname $scriptversion" $SED -n ' /(C)/!b go :more /\./!{ N s|\n# | | b more } :go /^# Written by /,/# warranty; / { s|^# || s|^# *$|| s|\((C)\)[ 0-9,-]*[ ,-]\([1-9][0-9]* \)|\1 \2| p } /^# Written by / { s|^# || p } /^warranty; /q' < "$progpath" exit $? } # Local variables: # mode: shell-script # sh-indentation: 2 # eval: (add-hook 'before-save-hook 'time-stamp) # time-stamp-pattern: "10/scriptversion=%:y-%02m-%02d.%02H; # UTC" # time-stamp-time-zone: "UTC" # End: # Set a version string. scriptversion='(GNU libtool) 2.4.6' # func_echo ARG... # ---------------- # Libtool also displays the current mode in messages, so override # funclib.sh func_echo with this custom definition. func_echo () { $debug_cmd _G_message=$* func_echo_IFS=$IFS IFS=$nl for _G_line in $_G_message; do IFS=$func_echo_IFS $ECHO "$progname${opt_mode+: $opt_mode}: $_G_line" done IFS=$func_echo_IFS } # func_warning ARG... # ------------------- # Libtool warnings are not categorized, so override funclib.sh # func_warning with this simpler definition. func_warning () { $debug_cmd $warning_func ${1+"$@"} } ## ---------------- ## ## Options parsing. ## ## ---------------- ## # Hook in the functions to make sure our own options are parsed during # the option parsing loop. usage='$progpath [OPTION]... [MODE-ARG]...' # Short help message in response to '-h'. usage_message="Options: --config show all configuration variables --debug enable verbose shell tracing -n, --dry-run display commands without modifying any files --features display basic configuration information and exit --mode=MODE use operation mode MODE --no-warnings equivalent to '-Wnone' --preserve-dup-deps don't remove duplicate dependency libraries --quiet, --silent don't print informational messages --tag=TAG use configuration variables from tag TAG -v, --verbose print more informational messages than default --version print version information -W, --warnings=CATEGORY report the warnings falling in CATEGORY [all] -h, --help, --help-all print short, long, or detailed help message " # Additional text appended to 'usage_message' in response to '--help'. func_help () { $debug_cmd func_usage_message $ECHO "$long_help_message MODE must be one of the following: clean remove files from the build directory compile compile a source file into a libtool object execute automatically set library path, then run a program finish complete the installation of libtool libraries install install libraries or executables link create a library or an executable uninstall remove libraries from an installed directory MODE-ARGS vary depending on the MODE. When passed as first option, '--mode=MODE' may be abbreviated as 'MODE' or a unique abbreviation of that. Try '$progname --help --mode=MODE' for a more detailed description of MODE. When reporting a bug, please describe a test case to reproduce it and include the following information: host-triplet: $host shell: $SHELL compiler: $LTCC compiler flags: $LTCFLAGS linker: $LD (gnu? $with_gnu_ld) version: $progname $scriptversion Debian-2.4.6-2 automake: `($AUTOMAKE --version) 2>/dev/null |$SED 1q` autoconf: `($AUTOCONF --version) 2>/dev/null |$SED 1q` Report bugs to . GNU libtool home page: . General help using GNU software: ." exit 0 } # func_lo2o OBJECT-NAME # --------------------- # Transform OBJECT-NAME from a '.lo' suffix to the platform specific # object suffix. lo2o=s/\\.lo\$/.$objext/ o2lo=s/\\.$objext\$/.lo/ if test yes = "$_G_HAVE_XSI_OPS"; then eval 'func_lo2o () { case $1 in *.lo) func_lo2o_result=${1%.lo}.$objext ;; * ) func_lo2o_result=$1 ;; esac }' # func_xform LIBOBJ-OR-SOURCE # --------------------------- # Transform LIBOBJ-OR-SOURCE from a '.o' or '.c' (or otherwise) # suffix to a '.lo' libtool-object suffix. eval 'func_xform () { func_xform_result=${1%.*}.lo }' else # ...otherwise fall back to using sed. func_lo2o () { func_lo2o_result=`$ECHO "$1" | $SED "$lo2o"` } func_xform () { func_xform_result=`$ECHO "$1" | $SED 's|\.[^.]*$|.lo|'` } fi # func_fatal_configuration ARG... # ------------------------------- # Echo program name prefixed message to standard error, followed by # a configuration failure hint, and exit. func_fatal_configuration () { func__fatal_error ${1+"$@"} \ "See the $PACKAGE documentation for more information." \ "Fatal configuration error." } # func_config # ----------- # Display the configuration for all the tags in this script. func_config () { re_begincf='^# ### BEGIN LIBTOOL' re_endcf='^# ### END LIBTOOL' # Default configuration. $SED "1,/$re_begincf CONFIG/d;/$re_endcf CONFIG/,\$d" < "$progpath" # Now print the configurations for the tags. for tagname in $taglist; do $SED -n "/$re_begincf TAG CONFIG: $tagname\$/,/$re_endcf TAG CONFIG: $tagname\$/p" < "$progpath" done exit $? } # func_features # ------------- # Display the features supported by this script. func_features () { echo "host: $host" if test yes = "$build_libtool_libs"; then echo "enable shared libraries" else echo "disable shared libraries" fi if test yes = "$build_old_libs"; then echo "enable static libraries" else echo "disable static libraries" fi exit $? } # func_enable_tag TAGNAME # ----------------------- # Verify that TAGNAME is valid, and either flag an error and exit, or # enable the TAGNAME tag. We also add TAGNAME to the global $taglist # variable here. func_enable_tag () { # Global variable: tagname=$1 re_begincf="^# ### BEGIN LIBTOOL TAG CONFIG: $tagname\$" re_endcf="^# ### END LIBTOOL TAG CONFIG: $tagname\$" sed_extractcf=/$re_begincf/,/$re_endcf/p # Validate tagname. case $tagname in *[!-_A-Za-z0-9,/]*) func_fatal_error "invalid tag name: $tagname" ;; esac # Don't test for the "default" C tag, as we know it's # there but not specially marked. case $tagname in CC) ;; *) if $GREP "$re_begincf" "$progpath" >/dev/null 2>&1; then taglist="$taglist $tagname" # Evaluate the configuration. Be careful to quote the path # and the sed script, to avoid splitting on whitespace, but # also don't use non-portable quotes within backquotes within # quotes we have to do it in 2 steps: extractedcf=`$SED -n -e "$sed_extractcf" < "$progpath"` eval "$extractedcf" else func_error "ignoring unknown tag $tagname" fi ;; esac } # func_check_version_match # ------------------------ # Ensure that we are using m4 macros, and libtool script from the same # release of libtool. func_check_version_match () { if test "$package_revision" != "$macro_revision"; then if test "$VERSION" != "$macro_version"; then if test -z "$macro_version"; then cat >&2 <<_LT_EOF $progname: Version mismatch error. This is $PACKAGE $VERSION, but the $progname: definition of this LT_INIT comes from an older release. $progname: You should recreate aclocal.m4 with macros from $PACKAGE $VERSION $progname: and run autoconf again. _LT_EOF else cat >&2 <<_LT_EOF $progname: Version mismatch error. This is $PACKAGE $VERSION, but the $progname: definition of this LT_INIT comes from $PACKAGE $macro_version. $progname: You should recreate aclocal.m4 with macros from $PACKAGE $VERSION $progname: and run autoconf again. _LT_EOF fi else cat >&2 <<_LT_EOF $progname: Version mismatch error. This is $PACKAGE $VERSION, revision $package_revision, $progname: but the definition of this LT_INIT comes from revision $macro_revision. $progname: You should recreate aclocal.m4 with macros from revision $package_revision $progname: of $PACKAGE $VERSION and run autoconf again. _LT_EOF fi exit $EXIT_MISMATCH fi } # libtool_options_prep [ARG]... # ----------------------------- # Preparation for options parsed by libtool. libtool_options_prep () { $debug_mode # Option defaults: opt_config=false opt_dlopen= opt_dry_run=false opt_help=false opt_mode= opt_preserve_dup_deps=false opt_quiet=false nonopt= preserve_args= # Shorthand for --mode=foo, only valid as the first argument case $1 in clean|clea|cle|cl) shift; set dummy --mode clean ${1+"$@"}; shift ;; compile|compil|compi|comp|com|co|c) shift; set dummy --mode compile ${1+"$@"}; shift ;; execute|execut|execu|exec|exe|ex|e) shift; set dummy --mode execute ${1+"$@"}; shift ;; finish|finis|fini|fin|fi|f) shift; set dummy --mode finish ${1+"$@"}; shift ;; install|instal|insta|inst|ins|in|i) shift; set dummy --mode install ${1+"$@"}; shift ;; link|lin|li|l) shift; set dummy --mode link ${1+"$@"}; shift ;; uninstall|uninstal|uninsta|uninst|unins|unin|uni|un|u) shift; set dummy --mode uninstall ${1+"$@"}; shift ;; esac # Pass back the list of options. func_quote_for_eval ${1+"$@"} libtool_options_prep_result=$func_quote_for_eval_result } func_add_hook func_options_prep libtool_options_prep # libtool_parse_options [ARG]... # --------------------------------- # Provide handling for libtool specific options. libtool_parse_options () { $debug_cmd # Perform our own loop to consume as many options as possible in # each iteration. while test $# -gt 0; do _G_opt=$1 shift case $_G_opt in --dry-run|--dryrun|-n) opt_dry_run=: ;; --config) func_config ;; --dlopen|-dlopen) opt_dlopen="${opt_dlopen+$opt_dlopen }$1" shift ;; --preserve-dup-deps) opt_preserve_dup_deps=: ;; --features) func_features ;; --finish) set dummy --mode finish ${1+"$@"}; shift ;; --help) opt_help=: ;; --help-all) opt_help=': help-all' ;; --mode) test $# = 0 && func_missing_arg $_G_opt && break opt_mode=$1 case $1 in # Valid mode arguments: clean|compile|execute|finish|install|link|relink|uninstall) ;; # Catch anything else as an error *) func_error "invalid argument for $_G_opt" exit_cmd=exit break ;; esac shift ;; --no-silent|--no-quiet) opt_quiet=false func_append preserve_args " $_G_opt" ;; --no-warnings|--no-warning|--no-warn) opt_warning=false func_append preserve_args " $_G_opt" ;; --no-verbose) opt_verbose=false func_append preserve_args " $_G_opt" ;; --silent|--quiet) opt_quiet=: opt_verbose=false func_append preserve_args " $_G_opt" ;; --tag) test $# = 0 && func_missing_arg $_G_opt && break opt_tag=$1 func_append preserve_args " $_G_opt $1" func_enable_tag "$1" shift ;; --verbose|-v) opt_quiet=false opt_verbose=: func_append preserve_args " $_G_opt" ;; # An option not handled by this hook function: *) set dummy "$_G_opt" ${1+"$@"}; shift; break ;; esac done # save modified positional parameters for caller func_quote_for_eval ${1+"$@"} libtool_parse_options_result=$func_quote_for_eval_result } func_add_hook func_parse_options libtool_parse_options # libtool_validate_options [ARG]... # --------------------------------- # Perform any sanity checks on option settings and/or unconsumed # arguments. libtool_validate_options () { # save first non-option argument if test 0 -lt $#; then nonopt=$1 shift fi # preserve --debug test : = "$debug_cmd" || func_append preserve_args " --debug" case $host in # Solaris2 added to fix http://debbugs.gnu.org/cgi/bugreport.cgi?bug=16452 # see also: http://gcc.gnu.org/bugzilla/show_bug.cgi?id=59788 *cygwin* | *mingw* | *pw32* | *cegcc* | *solaris2* | *os2*) # don't eliminate duplications in $postdeps and $predeps opt_duplicate_compiler_generated_deps=: ;; *) opt_duplicate_compiler_generated_deps=$opt_preserve_dup_deps ;; esac $opt_help || { # Sanity checks first: func_check_version_match test yes != "$build_libtool_libs" \ && test yes != "$build_old_libs" \ && func_fatal_configuration "not configured to build any kind of library" # Darwin sucks eval std_shrext=\"$shrext_cmds\" # Only execute mode is allowed to have -dlopen flags. if test -n "$opt_dlopen" && test execute != "$opt_mode"; then func_error "unrecognized option '-dlopen'" $ECHO "$help" 1>&2 exit $EXIT_FAILURE fi # Change the help message to a mode-specific one. generic_help=$help help="Try '$progname --help --mode=$opt_mode' for more information." } # Pass back the unparsed argument list func_quote_for_eval ${1+"$@"} libtool_validate_options_result=$func_quote_for_eval_result } func_add_hook func_validate_options libtool_validate_options # Process options as early as possible so that --help and --version # can return quickly. func_options ${1+"$@"} eval set dummy "$func_options_result"; shift ## ----------- ## ## Main. ## ## ----------- ## magic='%%%MAGIC variable%%%' magic_exe='%%%MAGIC EXE variable%%%' # Global variables. extracted_archives= extracted_serial=0 # If this variable is set in any of the actions, the command in it # will be execed at the end. This prevents here-documents from being # left over by shells. exec_cmd= # A function that is used when there is no print builtin or printf. func_fallback_echo () { eval 'cat <<_LTECHO_EOF $1 _LTECHO_EOF' } # func_generated_by_libtool # True iff stdin has been generated by Libtool. This function is only # a basic sanity check; it will hardly flush out determined imposters. func_generated_by_libtool_p () { $GREP "^# Generated by .*$PACKAGE" > /dev/null 2>&1 } # func_lalib_p file # True iff FILE is a libtool '.la' library or '.lo' object file. # This function is only a basic sanity check; it will hardly flush out # determined imposters. func_lalib_p () { test -f "$1" && $SED -e 4q "$1" 2>/dev/null | func_generated_by_libtool_p } # func_lalib_unsafe_p file # True iff FILE is a libtool '.la' library or '.lo' object file. # This function implements the same check as func_lalib_p without # resorting to external programs. To this end, it redirects stdin and # closes it afterwards, without saving the original file descriptor. # As a safety measure, use it only where a negative result would be # fatal anyway. Works if 'file' does not exist. func_lalib_unsafe_p () { lalib_p=no if test -f "$1" && test -r "$1" && exec 5<&0 <"$1"; then for lalib_p_l in 1 2 3 4 do read lalib_p_line case $lalib_p_line in \#\ Generated\ by\ *$PACKAGE* ) lalib_p=yes; break;; esac done exec 0<&5 5<&- fi test yes = "$lalib_p" } # func_ltwrapper_script_p file # True iff FILE is a libtool wrapper script # This function is only a basic sanity check; it will hardly flush out # determined imposters. func_ltwrapper_script_p () { test -f "$1" && $lt_truncate_bin < "$1" 2>/dev/null | func_generated_by_libtool_p } # func_ltwrapper_executable_p file # True iff FILE is a libtool wrapper executable # This function is only a basic sanity check; it will hardly flush out # determined imposters. func_ltwrapper_executable_p () { func_ltwrapper_exec_suffix= case $1 in *.exe) ;; *) func_ltwrapper_exec_suffix=.exe ;; esac $GREP "$magic_exe" "$1$func_ltwrapper_exec_suffix" >/dev/null 2>&1 } # func_ltwrapper_scriptname file # Assumes file is an ltwrapper_executable # uses $file to determine the appropriate filename for a # temporary ltwrapper_script. func_ltwrapper_scriptname () { func_dirname_and_basename "$1" "" "." func_stripname '' '.exe' "$func_basename_result" func_ltwrapper_scriptname_result=$func_dirname_result/$objdir/${func_stripname_result}_ltshwrapper } # func_ltwrapper_p file # True iff FILE is a libtool wrapper script or wrapper executable # This function is only a basic sanity check; it will hardly flush out # determined imposters. func_ltwrapper_p () { func_ltwrapper_script_p "$1" || func_ltwrapper_executable_p "$1" } # func_execute_cmds commands fail_cmd # Execute tilde-delimited COMMANDS. # If FAIL_CMD is given, eval that upon failure. # FAIL_CMD may read-access the current command in variable CMD! func_execute_cmds () { $debug_cmd save_ifs=$IFS; IFS='~' for cmd in $1; do IFS=$sp$nl eval cmd=\"$cmd\" IFS=$save_ifs func_show_eval "$cmd" "${2-:}" done IFS=$save_ifs } # func_source file # Source FILE, adding directory component if necessary. # Note that it is not necessary on cygwin/mingw to append a dot to # FILE even if both FILE and FILE.exe exist: automatic-append-.exe # behavior happens only for exec(3), not for open(2)! Also, sourcing # 'FILE.' does not work on cygwin managed mounts. func_source () { $debug_cmd case $1 in */* | *\\*) . "$1" ;; *) . "./$1" ;; esac } # func_resolve_sysroot PATH # Replace a leading = in PATH with a sysroot. Store the result into # func_resolve_sysroot_result func_resolve_sysroot () { func_resolve_sysroot_result=$1 case $func_resolve_sysroot_result in =*) func_stripname '=' '' "$func_resolve_sysroot_result" func_resolve_sysroot_result=$lt_sysroot$func_stripname_result ;; esac } # func_replace_sysroot PATH # If PATH begins with the sysroot, replace it with = and # store the result into func_replace_sysroot_result. func_replace_sysroot () { case $lt_sysroot:$1 in ?*:"$lt_sysroot"*) func_stripname "$lt_sysroot" '' "$1" func_replace_sysroot_result='='$func_stripname_result ;; *) # Including no sysroot. func_replace_sysroot_result=$1 ;; esac } # func_infer_tag arg # Infer tagged configuration to use if any are available and # if one wasn't chosen via the "--tag" command line option. # Only attempt this if the compiler in the base compile # command doesn't match the default compiler. # arg is usually of the form 'gcc ...' func_infer_tag () { $debug_cmd if test -n "$available_tags" && test -z "$tagname"; then CC_quoted= for arg in $CC; do func_append_quoted CC_quoted "$arg" done CC_expanded=`func_echo_all $CC` CC_quoted_expanded=`func_echo_all $CC_quoted` case $@ in # Blanks in the command may have been stripped by the calling shell, # but not from the CC environment variable when configure was run. " $CC "* | "$CC "* | " $CC_expanded "* | "$CC_expanded "* | \ " $CC_quoted"* | "$CC_quoted "* | " $CC_quoted_expanded "* | "$CC_quoted_expanded "*) ;; # Blanks at the start of $base_compile will cause this to fail # if we don't check for them as well. *) for z in $available_tags; do if $GREP "^# ### BEGIN LIBTOOL TAG CONFIG: $z$" < "$progpath" > /dev/null; then # Evaluate the configuration. eval "`$SED -n -e '/^# ### BEGIN LIBTOOL TAG CONFIG: '$z'$/,/^# ### END LIBTOOL TAG CONFIG: '$z'$/p' < $progpath`" CC_quoted= for arg in $CC; do # Double-quote args containing other shell metacharacters. func_append_quoted CC_quoted "$arg" done CC_expanded=`func_echo_all $CC` CC_quoted_expanded=`func_echo_all $CC_quoted` case "$@ " in " $CC "* | "$CC "* | " $CC_expanded "* | "$CC_expanded "* | \ " $CC_quoted"* | "$CC_quoted "* | " $CC_quoted_expanded "* | "$CC_quoted_expanded "*) # The compiler in the base compile command matches # the one in the tagged configuration. # Assume this is the tagged configuration we want. tagname=$z break ;; esac fi done # If $tagname still isn't set, then no tagged configuration # was found and let the user know that the "--tag" command # line option must be used. if test -z "$tagname"; then func_echo "unable to infer tagged configuration" func_fatal_error "specify a tag with '--tag'" # else # func_verbose "using $tagname tagged configuration" fi ;; esac fi } # func_write_libtool_object output_name pic_name nonpic_name # Create a libtool object file (analogous to a ".la" file), # but don't create it if we're doing a dry run. func_write_libtool_object () { write_libobj=$1 if test yes = "$build_libtool_libs"; then write_lobj=\'$2\' else write_lobj=none fi if test yes = "$build_old_libs"; then write_oldobj=\'$3\' else write_oldobj=none fi $opt_dry_run || { cat >${write_libobj}T </dev/null` if test "$?" -eq 0 && test -n "$func_convert_core_file_wine_to_w32_tmp"; then func_convert_core_file_wine_to_w32_result=`$ECHO "$func_convert_core_file_wine_to_w32_tmp" | $SED -e "$sed_naive_backslashify"` else func_convert_core_file_wine_to_w32_result= fi fi } # end: func_convert_core_file_wine_to_w32 # func_convert_core_path_wine_to_w32 ARG # Helper function used by path conversion functions when $build is *nix, and # $host is mingw, cygwin, or some other w32 environment. Relies on a correctly # configured wine environment available, with the winepath program in $build's # $PATH. Assumes ARG has no leading or trailing path separator characters. # # ARG is path to be converted from $build format to win32. # Result is available in $func_convert_core_path_wine_to_w32_result. # Unconvertible file (directory) names in ARG are skipped; if no directory names # are convertible, then the result may be empty. func_convert_core_path_wine_to_w32 () { $debug_cmd # unfortunately, winepath doesn't convert paths, only file names func_convert_core_path_wine_to_w32_result= if test -n "$1"; then oldIFS=$IFS IFS=: for func_convert_core_path_wine_to_w32_f in $1; do IFS=$oldIFS func_convert_core_file_wine_to_w32 "$func_convert_core_path_wine_to_w32_f" if test -n "$func_convert_core_file_wine_to_w32_result"; then if test -z "$func_convert_core_path_wine_to_w32_result"; then func_convert_core_path_wine_to_w32_result=$func_convert_core_file_wine_to_w32_result else func_append func_convert_core_path_wine_to_w32_result ";$func_convert_core_file_wine_to_w32_result" fi fi done IFS=$oldIFS fi } # end: func_convert_core_path_wine_to_w32 # func_cygpath ARGS... # Wrapper around calling the cygpath program via LT_CYGPATH. This is used when # when (1) $build is *nix and Cygwin is hosted via a wine environment; or (2) # $build is MSYS and $host is Cygwin, or (3) $build is Cygwin. In case (1) or # (2), returns the Cygwin file name or path in func_cygpath_result (input # file name or path is assumed to be in w32 format, as previously converted # from $build's *nix or MSYS format). In case (3), returns the w32 file name # or path in func_cygpath_result (input file name or path is assumed to be in # Cygwin format). Returns an empty string on error. # # ARGS are passed to cygpath, with the last one being the file name or path to # be converted. # # Specify the absolute *nix (or w32) name to cygpath in the LT_CYGPATH # environment variable; do not put it in $PATH. func_cygpath () { $debug_cmd if test -n "$LT_CYGPATH" && test -f "$LT_CYGPATH"; then func_cygpath_result=`$LT_CYGPATH "$@" 2>/dev/null` if test "$?" -ne 0; then # on failure, ensure result is empty func_cygpath_result= fi else func_cygpath_result= func_error "LT_CYGPATH is empty or specifies non-existent file: '$LT_CYGPATH'" fi } #end: func_cygpath # func_convert_core_msys_to_w32 ARG # Convert file name or path ARG from MSYS format to w32 format. Return # result in func_convert_core_msys_to_w32_result. func_convert_core_msys_to_w32 () { $debug_cmd # awkward: cmd appends spaces to result func_convert_core_msys_to_w32_result=`( cmd //c echo "$1" ) 2>/dev/null | $SED -e 's/[ ]*$//' -e "$sed_naive_backslashify"` } #end: func_convert_core_msys_to_w32 # func_convert_file_check ARG1 ARG2 # Verify that ARG1 (a file name in $build format) was converted to $host # format in ARG2. Otherwise, emit an error message, but continue (resetting # func_to_host_file_result to ARG1). func_convert_file_check () { $debug_cmd if test -z "$2" && test -n "$1"; then func_error "Could not determine host file name corresponding to" func_error " '$1'" func_error "Continuing, but uninstalled executables may not work." # Fallback: func_to_host_file_result=$1 fi } # end func_convert_file_check # func_convert_path_check FROM_PATHSEP TO_PATHSEP FROM_PATH TO_PATH # Verify that FROM_PATH (a path in $build format) was converted to $host # format in TO_PATH. Otherwise, emit an error message, but continue, resetting # func_to_host_file_result to a simplistic fallback value (see below). func_convert_path_check () { $debug_cmd if test -z "$4" && test -n "$3"; then func_error "Could not determine the host path corresponding to" func_error " '$3'" func_error "Continuing, but uninstalled executables may not work." # Fallback. This is a deliberately simplistic "conversion" and # should not be "improved". See libtool.info. if test "x$1" != "x$2"; then lt_replace_pathsep_chars="s|$1|$2|g" func_to_host_path_result=`echo "$3" | $SED -e "$lt_replace_pathsep_chars"` else func_to_host_path_result=$3 fi fi } # end func_convert_path_check # func_convert_path_front_back_pathsep FRONTPAT BACKPAT REPL ORIG # Modifies func_to_host_path_result by prepending REPL if ORIG matches FRONTPAT # and appending REPL if ORIG matches BACKPAT. func_convert_path_front_back_pathsep () { $debug_cmd case $4 in $1 ) func_to_host_path_result=$3$func_to_host_path_result ;; esac case $4 in $2 ) func_append func_to_host_path_result "$3" ;; esac } # end func_convert_path_front_back_pathsep ################################################## # $build to $host FILE NAME CONVERSION FUNCTIONS # ################################################## # invoked via '$to_host_file_cmd ARG' # # In each case, ARG is the path to be converted from $build to $host format. # Result will be available in $func_to_host_file_result. # func_to_host_file ARG # Converts the file name ARG from $build format to $host format. Return result # in func_to_host_file_result. func_to_host_file () { $debug_cmd $to_host_file_cmd "$1" } # end func_to_host_file # func_to_tool_file ARG LAZY # converts the file name ARG from $build format to toolchain format. Return # result in func_to_tool_file_result. If the conversion in use is listed # in (the comma separated) LAZY, no conversion takes place. func_to_tool_file () { $debug_cmd case ,$2, in *,"$to_tool_file_cmd",*) func_to_tool_file_result=$1 ;; *) $to_tool_file_cmd "$1" func_to_tool_file_result=$func_to_host_file_result ;; esac } # end func_to_tool_file # func_convert_file_noop ARG # Copy ARG to func_to_host_file_result. func_convert_file_noop () { func_to_host_file_result=$1 } # end func_convert_file_noop # func_convert_file_msys_to_w32 ARG # Convert file name ARG from (mingw) MSYS to (mingw) w32 format; automatic # conversion to w32 is not available inside the cwrapper. Returns result in # func_to_host_file_result. func_convert_file_msys_to_w32 () { $debug_cmd func_to_host_file_result=$1 if test -n "$1"; then func_convert_core_msys_to_w32 "$1" func_to_host_file_result=$func_convert_core_msys_to_w32_result fi func_convert_file_check "$1" "$func_to_host_file_result" } # end func_convert_file_msys_to_w32 # func_convert_file_cygwin_to_w32 ARG # Convert file name ARG from Cygwin to w32 format. Returns result in # func_to_host_file_result. func_convert_file_cygwin_to_w32 () { $debug_cmd func_to_host_file_result=$1 if test -n "$1"; then # because $build is cygwin, we call "the" cygpath in $PATH; no need to use # LT_CYGPATH in this case. func_to_host_file_result=`cygpath -m "$1"` fi func_convert_file_check "$1" "$func_to_host_file_result" } # end func_convert_file_cygwin_to_w32 # func_convert_file_nix_to_w32 ARG # Convert file name ARG from *nix to w32 format. Requires a wine environment # and a working winepath. Returns result in func_to_host_file_result. func_convert_file_nix_to_w32 () { $debug_cmd func_to_host_file_result=$1 if test -n "$1"; then func_convert_core_file_wine_to_w32 "$1" func_to_host_file_result=$func_convert_core_file_wine_to_w32_result fi func_convert_file_check "$1" "$func_to_host_file_result" } # end func_convert_file_nix_to_w32 # func_convert_file_msys_to_cygwin ARG # Convert file name ARG from MSYS to Cygwin format. Requires LT_CYGPATH set. # Returns result in func_to_host_file_result. func_convert_file_msys_to_cygwin () { $debug_cmd func_to_host_file_result=$1 if test -n "$1"; then func_convert_core_msys_to_w32 "$1" func_cygpath -u "$func_convert_core_msys_to_w32_result" func_to_host_file_result=$func_cygpath_result fi func_convert_file_check "$1" "$func_to_host_file_result" } # end func_convert_file_msys_to_cygwin # func_convert_file_nix_to_cygwin ARG # Convert file name ARG from *nix to Cygwin format. Requires Cygwin installed # in a wine environment, working winepath, and LT_CYGPATH set. Returns result # in func_to_host_file_result. func_convert_file_nix_to_cygwin () { $debug_cmd func_to_host_file_result=$1 if test -n "$1"; then # convert from *nix to w32, then use cygpath to convert from w32 to cygwin. func_convert_core_file_wine_to_w32 "$1" func_cygpath -u "$func_convert_core_file_wine_to_w32_result" func_to_host_file_result=$func_cygpath_result fi func_convert_file_check "$1" "$func_to_host_file_result" } # end func_convert_file_nix_to_cygwin ############################################# # $build to $host PATH CONVERSION FUNCTIONS # ############################################# # invoked via '$to_host_path_cmd ARG' # # In each case, ARG is the path to be converted from $build to $host format. # The result will be available in $func_to_host_path_result. # # Path separators are also converted from $build format to $host format. If # ARG begins or ends with a path separator character, it is preserved (but # converted to $host format) on output. # # All path conversion functions are named using the following convention: # file name conversion function : func_convert_file_X_to_Y () # path conversion function : func_convert_path_X_to_Y () # where, for any given $build/$host combination the 'X_to_Y' value is the # same. If conversion functions are added for new $build/$host combinations, # the two new functions must follow this pattern, or func_init_to_host_path_cmd # will break. # func_init_to_host_path_cmd # Ensures that function "pointer" variable $to_host_path_cmd is set to the # appropriate value, based on the value of $to_host_file_cmd. to_host_path_cmd= func_init_to_host_path_cmd () { $debug_cmd if test -z "$to_host_path_cmd"; then func_stripname 'func_convert_file_' '' "$to_host_file_cmd" to_host_path_cmd=func_convert_path_$func_stripname_result fi } # func_to_host_path ARG # Converts the path ARG from $build format to $host format. Return result # in func_to_host_path_result. func_to_host_path () { $debug_cmd func_init_to_host_path_cmd $to_host_path_cmd "$1" } # end func_to_host_path # func_convert_path_noop ARG # Copy ARG to func_to_host_path_result. func_convert_path_noop () { func_to_host_path_result=$1 } # end func_convert_path_noop # func_convert_path_msys_to_w32 ARG # Convert path ARG from (mingw) MSYS to (mingw) w32 format; automatic # conversion to w32 is not available inside the cwrapper. Returns result in # func_to_host_path_result. func_convert_path_msys_to_w32 () { $debug_cmd func_to_host_path_result=$1 if test -n "$1"; then # Remove leading and trailing path separator characters from ARG. MSYS # behavior is inconsistent here; cygpath turns them into '.;' and ';.'; # and winepath ignores them completely. func_stripname : : "$1" func_to_host_path_tmp1=$func_stripname_result func_convert_core_msys_to_w32 "$func_to_host_path_tmp1" func_to_host_path_result=$func_convert_core_msys_to_w32_result func_convert_path_check : ";" \ "$func_to_host_path_tmp1" "$func_to_host_path_result" func_convert_path_front_back_pathsep ":*" "*:" ";" "$1" fi } # end func_convert_path_msys_to_w32 # func_convert_path_cygwin_to_w32 ARG # Convert path ARG from Cygwin to w32 format. Returns result in # func_to_host_file_result. func_convert_path_cygwin_to_w32 () { $debug_cmd func_to_host_path_result=$1 if test -n "$1"; then # See func_convert_path_msys_to_w32: func_stripname : : "$1" func_to_host_path_tmp1=$func_stripname_result func_to_host_path_result=`cygpath -m -p "$func_to_host_path_tmp1"` func_convert_path_check : ";" \ "$func_to_host_path_tmp1" "$func_to_host_path_result" func_convert_path_front_back_pathsep ":*" "*:" ";" "$1" fi } # end func_convert_path_cygwin_to_w32 # func_convert_path_nix_to_w32 ARG # Convert path ARG from *nix to w32 format. Requires a wine environment and # a working winepath. Returns result in func_to_host_file_result. func_convert_path_nix_to_w32 () { $debug_cmd func_to_host_path_result=$1 if test -n "$1"; then # See func_convert_path_msys_to_w32: func_stripname : : "$1" func_to_host_path_tmp1=$func_stripname_result func_convert_core_path_wine_to_w32 "$func_to_host_path_tmp1" func_to_host_path_result=$func_convert_core_path_wine_to_w32_result func_convert_path_check : ";" \ "$func_to_host_path_tmp1" "$func_to_host_path_result" func_convert_path_front_back_pathsep ":*" "*:" ";" "$1" fi } # end func_convert_path_nix_to_w32 # func_convert_path_msys_to_cygwin ARG # Convert path ARG from MSYS to Cygwin format. Requires LT_CYGPATH set. # Returns result in func_to_host_file_result. func_convert_path_msys_to_cygwin () { $debug_cmd func_to_host_path_result=$1 if test -n "$1"; then # See func_convert_path_msys_to_w32: func_stripname : : "$1" func_to_host_path_tmp1=$func_stripname_result func_convert_core_msys_to_w32 "$func_to_host_path_tmp1" func_cygpath -u -p "$func_convert_core_msys_to_w32_result" func_to_host_path_result=$func_cygpath_result func_convert_path_check : : \ "$func_to_host_path_tmp1" "$func_to_host_path_result" func_convert_path_front_back_pathsep ":*" "*:" : "$1" fi } # end func_convert_path_msys_to_cygwin # func_convert_path_nix_to_cygwin ARG # Convert path ARG from *nix to Cygwin format. Requires Cygwin installed in a # a wine environment, working winepath, and LT_CYGPATH set. Returns result in # func_to_host_file_result. func_convert_path_nix_to_cygwin () { $debug_cmd func_to_host_path_result=$1 if test -n "$1"; then # Remove leading and trailing path separator characters from # ARG. msys behavior is inconsistent here, cygpath turns them # into '.;' and ';.', and winepath ignores them completely. func_stripname : : "$1" func_to_host_path_tmp1=$func_stripname_result func_convert_core_path_wine_to_w32 "$func_to_host_path_tmp1" func_cygpath -u -p "$func_convert_core_path_wine_to_w32_result" func_to_host_path_result=$func_cygpath_result func_convert_path_check : : \ "$func_to_host_path_tmp1" "$func_to_host_path_result" func_convert_path_front_back_pathsep ":*" "*:" : "$1" fi } # end func_convert_path_nix_to_cygwin # func_dll_def_p FILE # True iff FILE is a Windows DLL '.def' file. # Keep in sync with _LT_DLL_DEF_P in libtool.m4 func_dll_def_p () { $debug_cmd func_dll_def_p_tmp=`$SED -n \ -e 's/^[ ]*//' \ -e '/^\(;.*\)*$/d' \ -e 's/^\(EXPORTS\|LIBRARY\)\([ ].*\)*$/DEF/p' \ -e q \ "$1"` test DEF = "$func_dll_def_p_tmp" } # func_mode_compile arg... func_mode_compile () { $debug_cmd # Get the compilation command and the source file. base_compile= srcfile=$nonopt # always keep a non-empty value in "srcfile" suppress_opt=yes suppress_output= arg_mode=normal libobj= later= pie_flag= for arg do case $arg_mode in arg ) # do not "continue". Instead, add this to base_compile lastarg=$arg arg_mode=normal ;; target ) libobj=$arg arg_mode=normal continue ;; normal ) # Accept any command-line options. case $arg in -o) test -n "$libobj" && \ func_fatal_error "you cannot specify '-o' more than once" arg_mode=target continue ;; -pie | -fpie | -fPIE) func_append pie_flag " $arg" continue ;; -shared | -static | -prefer-pic | -prefer-non-pic) func_append later " $arg" continue ;; -no-suppress) suppress_opt=no continue ;; -Xcompiler) arg_mode=arg # the next one goes into the "base_compile" arg list continue # The current "srcfile" will either be retained or ;; # replaced later. I would guess that would be a bug. -Wc,*) func_stripname '-Wc,' '' "$arg" args=$func_stripname_result lastarg= save_ifs=$IFS; IFS=, for arg in $args; do IFS=$save_ifs func_append_quoted lastarg "$arg" done IFS=$save_ifs func_stripname ' ' '' "$lastarg" lastarg=$func_stripname_result # Add the arguments to base_compile. func_append base_compile " $lastarg" continue ;; *) # Accept the current argument as the source file. # The previous "srcfile" becomes the current argument. # lastarg=$srcfile srcfile=$arg ;; esac # case $arg ;; esac # case $arg_mode # Aesthetically quote the previous argument. func_append_quoted base_compile "$lastarg" done # for arg case $arg_mode in arg) func_fatal_error "you must specify an argument for -Xcompile" ;; target) func_fatal_error "you must specify a target with '-o'" ;; *) # Get the name of the library object. test -z "$libobj" && { func_basename "$srcfile" libobj=$func_basename_result } ;; esac # Recognize several different file suffixes. # If the user specifies -o file.o, it is replaced with file.lo case $libobj in *.[cCFSifmso] | \ *.ada | *.adb | *.ads | *.asm | \ *.c++ | *.cc | *.ii | *.class | *.cpp | *.cxx | \ *.[fF][09]? | *.for | *.java | *.go | *.obj | *.sx | *.cu | *.cup) func_xform "$libobj" libobj=$func_xform_result ;; esac case $libobj in *.lo) func_lo2o "$libobj"; obj=$func_lo2o_result ;; *) func_fatal_error "cannot determine name of library object from '$libobj'" ;; esac func_infer_tag $base_compile for arg in $later; do case $arg in -shared) test yes = "$build_libtool_libs" \ || func_fatal_configuration "cannot build a shared library" build_old_libs=no continue ;; -static) build_libtool_libs=no build_old_libs=yes continue ;; -prefer-pic) pic_mode=yes continue ;; -prefer-non-pic) pic_mode=no continue ;; esac done func_quote_for_eval "$libobj" test "X$libobj" != "X$func_quote_for_eval_result" \ && $ECHO "X$libobj" | $GREP '[]~#^*{};<>?"'"'"' &()|`$[]' \ && func_warning "libobj name '$libobj' may not contain shell special characters." func_dirname_and_basename "$obj" "/" "" objname=$func_basename_result xdir=$func_dirname_result lobj=$xdir$objdir/$objname test -z "$base_compile" && \ func_fatal_help "you must specify a compilation command" # Delete any leftover library objects. if test yes = "$build_old_libs"; then removelist="$obj $lobj $libobj ${libobj}T" else removelist="$lobj $libobj ${libobj}T" fi # On Cygwin there's no "real" PIC flag so we must build both object types case $host_os in cygwin* | mingw* | pw32* | os2* | cegcc*) pic_mode=default ;; esac if test no = "$pic_mode" && test pass_all != "$deplibs_check_method"; then # non-PIC code in shared libraries is not supported pic_mode=default fi # Calculate the filename of the output object if compiler does # not support -o with -c if test no = "$compiler_c_o"; then output_obj=`$ECHO "$srcfile" | $SED 's%^.*/%%; s%\.[^.]*$%%'`.$objext lockfile=$output_obj.lock else output_obj= need_locks=no lockfile= fi # Lock this critical section if it is needed # We use this script file to make the link, it avoids creating a new file if test yes = "$need_locks"; then until $opt_dry_run || ln "$progpath" "$lockfile" 2>/dev/null; do func_echo "Waiting for $lockfile to be removed" sleep 2 done elif test warn = "$need_locks"; then if test -f "$lockfile"; then $ECHO "\ *** ERROR, $lockfile exists and contains: `cat $lockfile 2>/dev/null` This indicates that another process is trying to use the same temporary object file, and libtool could not work around it because your compiler does not support '-c' and '-o' together. If you repeat this compilation, it may succeed, by chance, but you had better avoid parallel builds (make -j) in this platform, or get a better compiler." $opt_dry_run || $RM $removelist exit $EXIT_FAILURE fi func_append removelist " $output_obj" $ECHO "$srcfile" > "$lockfile" fi $opt_dry_run || $RM $removelist func_append removelist " $lockfile" trap '$opt_dry_run || $RM $removelist; exit $EXIT_FAILURE' 1 2 15 func_to_tool_file "$srcfile" func_convert_file_msys_to_w32 srcfile=$func_to_tool_file_result func_quote_for_eval "$srcfile" qsrcfile=$func_quote_for_eval_result # Only build a PIC object if we are building libtool libraries. if test yes = "$build_libtool_libs"; then # Without this assignment, base_compile gets emptied. fbsd_hideous_sh_bug=$base_compile if test no != "$pic_mode"; then command="$base_compile $qsrcfile $pic_flag" else # Don't build PIC code command="$base_compile $qsrcfile" fi func_mkdir_p "$xdir$objdir" if test -z "$output_obj"; then # Place PIC objects in $objdir func_append command " -o $lobj" fi func_show_eval_locale "$command" \ 'test -n "$output_obj" && $RM $removelist; exit $EXIT_FAILURE' if test warn = "$need_locks" && test "X`cat $lockfile 2>/dev/null`" != "X$srcfile"; then $ECHO "\ *** ERROR, $lockfile contains: `cat $lockfile 2>/dev/null` but it should contain: $srcfile This indicates that another process is trying to use the same temporary object file, and libtool could not work around it because your compiler does not support '-c' and '-o' together. If you repeat this compilation, it may succeed, by chance, but you had better avoid parallel builds (make -j) in this platform, or get a better compiler." $opt_dry_run || $RM $removelist exit $EXIT_FAILURE fi # Just move the object if needed, then go on to compile the next one if test -n "$output_obj" && test "X$output_obj" != "X$lobj"; then func_show_eval '$MV "$output_obj" "$lobj"' \ 'error=$?; $opt_dry_run || $RM $removelist; exit $error' fi # Allow error messages only from the first compilation. if test yes = "$suppress_opt"; then suppress_output=' >/dev/null 2>&1' fi fi # Only build a position-dependent object if we build old libraries. if test yes = "$build_old_libs"; then if test yes != "$pic_mode"; then # Don't build PIC code command="$base_compile $qsrcfile$pie_flag" else command="$base_compile $qsrcfile $pic_flag" fi if test yes = "$compiler_c_o"; then func_append command " -o $obj" fi # Suppress compiler output if we already did a PIC compilation. func_append command "$suppress_output" func_show_eval_locale "$command" \ '$opt_dry_run || $RM $removelist; exit $EXIT_FAILURE' if test warn = "$need_locks" && test "X`cat $lockfile 2>/dev/null`" != "X$srcfile"; then $ECHO "\ *** ERROR, $lockfile contains: `cat $lockfile 2>/dev/null` but it should contain: $srcfile This indicates that another process is trying to use the same temporary object file, and libtool could not work around it because your compiler does not support '-c' and '-o' together. If you repeat this compilation, it may succeed, by chance, but you had better avoid parallel builds (make -j) in this platform, or get a better compiler." $opt_dry_run || $RM $removelist exit $EXIT_FAILURE fi # Just move the object if needed if test -n "$output_obj" && test "X$output_obj" != "X$obj"; then func_show_eval '$MV "$output_obj" "$obj"' \ 'error=$?; $opt_dry_run || $RM $removelist; exit $error' fi fi $opt_dry_run || { func_write_libtool_object "$libobj" "$objdir/$objname" "$objname" # Unlock the critical section if it was locked if test no != "$need_locks"; then removelist=$lockfile $RM "$lockfile" fi } exit $EXIT_SUCCESS } $opt_help || { test compile = "$opt_mode" && func_mode_compile ${1+"$@"} } func_mode_help () { # We need to display help for each of the modes. case $opt_mode in "") # Generic help is extracted from the usage comments # at the start of this file. func_help ;; clean) $ECHO \ "Usage: $progname [OPTION]... --mode=clean RM [RM-OPTION]... FILE... Remove files from the build directory. RM is the name of the program to use to delete files associated with each FILE (typically '/bin/rm'). RM-OPTIONS are options (such as '-f') to be passed to RM. If FILE is a libtool library, object or program, all the files associated with it are deleted. Otherwise, only FILE itself is deleted using RM." ;; compile) $ECHO \ "Usage: $progname [OPTION]... --mode=compile COMPILE-COMMAND... SOURCEFILE Compile a source file into a libtool library object. This mode accepts the following additional options: -o OUTPUT-FILE set the output file name to OUTPUT-FILE -no-suppress do not suppress compiler output for multiple passes -prefer-pic try to build PIC objects only -prefer-non-pic try to build non-PIC objects only -shared do not build a '.o' file suitable for static linking -static only build a '.o' file suitable for static linking -Wc,FLAG pass FLAG directly to the compiler COMPILE-COMMAND is a command to be used in creating a 'standard' object file from the given SOURCEFILE. The output file name is determined by removing the directory component from SOURCEFILE, then substituting the C source code suffix '.c' with the library object suffix, '.lo'." ;; execute) $ECHO \ "Usage: $progname [OPTION]... --mode=execute COMMAND [ARGS]... Automatically set library path, then run a program. This mode accepts the following additional options: -dlopen FILE add the directory containing FILE to the library path This mode sets the library path environment variable according to '-dlopen' flags. If any of the ARGS are libtool executable wrappers, then they are translated into their corresponding uninstalled binary, and any of their required library directories are added to the library path. Then, COMMAND is executed, with ARGS as arguments." ;; finish) $ECHO \ "Usage: $progname [OPTION]... --mode=finish [LIBDIR]... Complete the installation of libtool libraries. Each LIBDIR is a directory that contains libtool libraries. The commands that this mode executes may require superuser privileges. Use the '--dry-run' option if you just want to see what would be executed." ;; install) $ECHO \ "Usage: $progname [OPTION]... --mode=install INSTALL-COMMAND... Install executables or libraries. INSTALL-COMMAND is the installation command. The first component should be either the 'install' or 'cp' program. The following components of INSTALL-COMMAND are treated specially: -inst-prefix-dir PREFIX-DIR Use PREFIX-DIR as a staging area for installation The rest of the components are interpreted as arguments to that command (only BSD-compatible install options are recognized)." ;; link) $ECHO \ "Usage: $progname [OPTION]... --mode=link LINK-COMMAND... Link object files or libraries together to form another library, or to create an executable program. LINK-COMMAND is a command using the C compiler that you would use to create a program from several object files. The following components of LINK-COMMAND are treated specially: -all-static do not do any dynamic linking at all -avoid-version do not add a version suffix if possible -bindir BINDIR specify path to binaries directory (for systems where libraries must be found in the PATH setting at runtime) -dlopen FILE '-dlpreopen' FILE if it cannot be dlopened at runtime -dlpreopen FILE link in FILE and add its symbols to lt_preloaded_symbols -export-dynamic allow symbols from OUTPUT-FILE to be resolved with dlsym(3) -export-symbols SYMFILE try to export only the symbols listed in SYMFILE -export-symbols-regex REGEX try to export only the symbols matching REGEX -LLIBDIR search LIBDIR for required installed libraries -lNAME OUTPUT-FILE requires the installed library libNAME -module build a library that can dlopened -no-fast-install disable the fast-install mode -no-install link a not-installable executable -no-undefined declare that a library does not refer to external symbols -o OUTPUT-FILE create OUTPUT-FILE from the specified objects -objectlist FILE use a list of object files found in FILE to specify objects -os2dllname NAME force a short DLL name on OS/2 (no effect on other OSes) -precious-files-regex REGEX don't remove output files matching REGEX -release RELEASE specify package release information -rpath LIBDIR the created library will eventually be installed in LIBDIR -R[ ]LIBDIR add LIBDIR to the runtime path of programs and libraries -shared only do dynamic linking of libtool libraries -shrext SUFFIX override the standard shared library file extension -static do not do any dynamic linking of uninstalled libtool libraries -static-libtool-libs do not do any dynamic linking of libtool libraries -version-info CURRENT[:REVISION[:AGE]] specify library version info [each variable defaults to 0] -weak LIBNAME declare that the target provides the LIBNAME interface -Wc,FLAG -Xcompiler FLAG pass linker-specific FLAG directly to the compiler -Wl,FLAG -Xlinker FLAG pass linker-specific FLAG directly to the linker -XCClinker FLAG pass link-specific FLAG to the compiler driver (CC) All other options (arguments beginning with '-') are ignored. Every other argument is treated as a filename. Files ending in '.la' are treated as uninstalled libtool libraries, other files are standard or library object files. If the OUTPUT-FILE ends in '.la', then a libtool library is created, only library objects ('.lo' files) may be specified, and '-rpath' is required, except when creating a convenience library. If OUTPUT-FILE ends in '.a' or '.lib', then a standard library is created using 'ar' and 'ranlib', or on Windows using 'lib'. If OUTPUT-FILE ends in '.lo' or '.$objext', then a reloadable object file is created, otherwise an executable program is created." ;; uninstall) $ECHO \ "Usage: $progname [OPTION]... --mode=uninstall RM [RM-OPTION]... FILE... Remove libraries from an installation directory. RM is the name of the program to use to delete files associated with each FILE (typically '/bin/rm'). RM-OPTIONS are options (such as '-f') to be passed to RM. If FILE is a libtool library, all the files associated with it are deleted. Otherwise, only FILE itself is deleted using RM." ;; *) func_fatal_help "invalid operation mode '$opt_mode'" ;; esac echo $ECHO "Try '$progname --help' for more information about other modes." } # Now that we've collected a possible --mode arg, show help if necessary if $opt_help; then if test : = "$opt_help"; then func_mode_help else { func_help noexit for opt_mode in compile link execute install finish uninstall clean; do func_mode_help done } | $SED -n '1p; 2,$s/^Usage:/ or: /p' { func_help noexit for opt_mode in compile link execute install finish uninstall clean; do echo func_mode_help done } | $SED '1d /^When reporting/,/^Report/{ H d } $x /information about other modes/d /more detailed .*MODE/d s/^Usage:.*--mode=\([^ ]*\) .*/Description of \1 mode:/' fi exit $? fi # func_mode_execute arg... func_mode_execute () { $debug_cmd # The first argument is the command name. cmd=$nonopt test -z "$cmd" && \ func_fatal_help "you must specify a COMMAND" # Handle -dlopen flags immediately. for file in $opt_dlopen; do test -f "$file" \ || func_fatal_help "'$file' is not a file" dir= case $file in *.la) func_resolve_sysroot "$file" file=$func_resolve_sysroot_result # Check to see that this really is a libtool archive. func_lalib_unsafe_p "$file" \ || func_fatal_help "'$lib' is not a valid libtool archive" # Read the libtool library. dlname= library_names= func_source "$file" # Skip this library if it cannot be dlopened. if test -z "$dlname"; then # Warn if it was a shared library. test -n "$library_names" && \ func_warning "'$file' was not linked with '-export-dynamic'" continue fi func_dirname "$file" "" "." dir=$func_dirname_result if test -f "$dir/$objdir/$dlname"; then func_append dir "/$objdir" else if test ! -f "$dir/$dlname"; then func_fatal_error "cannot find '$dlname' in '$dir' or '$dir/$objdir'" fi fi ;; *.lo) # Just add the directory containing the .lo file. func_dirname "$file" "" "." dir=$func_dirname_result ;; *) func_warning "'-dlopen' is ignored for non-libtool libraries and objects" continue ;; esac # Get the absolute pathname. absdir=`cd "$dir" && pwd` test -n "$absdir" && dir=$absdir # Now add the directory to shlibpath_var. if eval "test -z \"\$$shlibpath_var\""; then eval "$shlibpath_var=\"\$dir\"" else eval "$shlibpath_var=\"\$dir:\$$shlibpath_var\"" fi done # This variable tells wrapper scripts just to set shlibpath_var # rather than running their programs. libtool_execute_magic=$magic # Check if any of the arguments is a wrapper script. args= for file do case $file in -* | *.la | *.lo ) ;; *) # Do a test to see if this is really a libtool program. if func_ltwrapper_script_p "$file"; then func_source "$file" # Transform arg to wrapped name. file=$progdir/$program elif func_ltwrapper_executable_p "$file"; then func_ltwrapper_scriptname "$file" func_source "$func_ltwrapper_scriptname_result" # Transform arg to wrapped name. file=$progdir/$program fi ;; esac # Quote arguments (to preserve shell metacharacters). func_append_quoted args "$file" done if $opt_dry_run; then # Display what would be done. if test -n "$shlibpath_var"; then eval "\$ECHO \"\$shlibpath_var=\$$shlibpath_var\"" echo "export $shlibpath_var" fi $ECHO "$cmd$args" exit $EXIT_SUCCESS else if test -n "$shlibpath_var"; then # Export the shlibpath_var. eval "export $shlibpath_var" fi # Restore saved environment variables for lt_var in LANG LANGUAGE LC_ALL LC_CTYPE LC_COLLATE LC_MESSAGES do eval "if test \"\${save_$lt_var+set}\" = set; then $lt_var=\$save_$lt_var; export $lt_var else $lt_unset $lt_var fi" done # Now prepare to actually exec the command. exec_cmd=\$cmd$args fi } test execute = "$opt_mode" && func_mode_execute ${1+"$@"} # func_mode_finish arg... func_mode_finish () { $debug_cmd libs= libdirs= admincmds= for opt in "$nonopt" ${1+"$@"} do if test -d "$opt"; then func_append libdirs " $opt" elif test -f "$opt"; then if func_lalib_unsafe_p "$opt"; then func_append libs " $opt" else func_warning "'$opt' is not a valid libtool archive" fi else func_fatal_error "invalid argument '$opt'" fi done if test -n "$libs"; then if test -n "$lt_sysroot"; then sysroot_regex=`$ECHO "$lt_sysroot" | $SED "$sed_make_literal_regex"` sysroot_cmd="s/\([ ']\)$sysroot_regex/\1/g;" else sysroot_cmd= fi # Remove sysroot references if $opt_dry_run; then for lib in $libs; do echo "removing references to $lt_sysroot and '=' prefixes from $lib" done else tmpdir=`func_mktempdir` for lib in $libs; do $SED -e "$sysroot_cmd s/\([ ']-[LR]\)=/\1/g; s/\([ ']\)=/\1/g" $lib \ > $tmpdir/tmp-la mv -f $tmpdir/tmp-la $lib done ${RM}r "$tmpdir" fi fi if test -n "$finish_cmds$finish_eval" && test -n "$libdirs"; then for libdir in $libdirs; do if test -n "$finish_cmds"; then # Do each command in the finish commands. func_execute_cmds "$finish_cmds" 'admincmds="$admincmds '"$cmd"'"' fi if test -n "$finish_eval"; then # Do the single finish_eval. eval cmds=\"$finish_eval\" $opt_dry_run || eval "$cmds" || func_append admincmds " $cmds" fi done fi # Exit here if they wanted silent mode. $opt_quiet && exit $EXIT_SUCCESS if test -n "$finish_cmds$finish_eval" && test -n "$libdirs"; then echo "----------------------------------------------------------------------" echo "Libraries have been installed in:" for libdir in $libdirs; do $ECHO " $libdir" done echo echo "If you ever happen to want to link against installed libraries" echo "in a given directory, LIBDIR, you must either use libtool, and" echo "specify the full pathname of the library, or use the '-LLIBDIR'" echo "flag during linking and do at least one of the following:" if test -n "$shlibpath_var"; then echo " - add LIBDIR to the '$shlibpath_var' environment variable" echo " during execution" fi if test -n "$runpath_var"; then echo " - add LIBDIR to the '$runpath_var' environment variable" echo " during linking" fi if test -n "$hardcode_libdir_flag_spec"; then libdir=LIBDIR eval flag=\"$hardcode_libdir_flag_spec\" $ECHO " - use the '$flag' linker flag" fi if test -n "$admincmds"; then $ECHO " - have your system administrator run these commands:$admincmds" fi if test -f /etc/ld.so.conf; then echo " - have your system administrator add LIBDIR to '/etc/ld.so.conf'" fi echo echo "See any operating system documentation about shared libraries for" case $host in solaris2.[6789]|solaris2.1[0-9]) echo "more information, such as the ld(1), crle(1) and ld.so(8) manual" echo "pages." ;; *) echo "more information, such as the ld(1) and ld.so(8) manual pages." ;; esac echo "----------------------------------------------------------------------" fi exit $EXIT_SUCCESS } test finish = "$opt_mode" && func_mode_finish ${1+"$@"} # func_mode_install arg... func_mode_install () { $debug_cmd # There may be an optional sh(1) argument at the beginning of # install_prog (especially on Windows NT). if test "$SHELL" = "$nonopt" || test /bin/sh = "$nonopt" || # Allow the use of GNU shtool's install command. case $nonopt in *shtool*) :;; *) false;; esac then # Aesthetically quote it. func_quote_for_eval "$nonopt" install_prog="$func_quote_for_eval_result " arg=$1 shift else install_prog= arg=$nonopt fi # The real first argument should be the name of the installation program. # Aesthetically quote it. func_quote_for_eval "$arg" func_append install_prog "$func_quote_for_eval_result" install_shared_prog=$install_prog case " $install_prog " in *[\\\ /]cp\ *) install_cp=: ;; *) install_cp=false ;; esac # We need to accept at least all the BSD install flags. dest= files= opts= prev= install_type= isdir=false stripme= no_mode=: for arg do arg2= if test -n "$dest"; then func_append files " $dest" dest=$arg continue fi case $arg in -d) isdir=: ;; -f) if $install_cp; then :; else prev=$arg fi ;; -g | -m | -o) prev=$arg ;; -s) stripme=" -s" continue ;; -*) ;; *) # If the previous option needed an argument, then skip it. if test -n "$prev"; then if test X-m = "X$prev" && test -n "$install_override_mode"; then arg2=$install_override_mode no_mode=false fi prev= else dest=$arg continue fi ;; esac # Aesthetically quote the argument. func_quote_for_eval "$arg" func_append install_prog " $func_quote_for_eval_result" if test -n "$arg2"; then func_quote_for_eval "$arg2" fi func_append install_shared_prog " $func_quote_for_eval_result" done test -z "$install_prog" && \ func_fatal_help "you must specify an install program" test -n "$prev" && \ func_fatal_help "the '$prev' option requires an argument" if test -n "$install_override_mode" && $no_mode; then if $install_cp; then :; else func_quote_for_eval "$install_override_mode" func_append install_shared_prog " -m $func_quote_for_eval_result" fi fi if test -z "$files"; then if test -z "$dest"; then func_fatal_help "no file or destination specified" else func_fatal_help "you must specify a destination" fi fi # Strip any trailing slash from the destination. func_stripname '' '/' "$dest" dest=$func_stripname_result # Check to see that the destination is a directory. test -d "$dest" && isdir=: if $isdir; then destdir=$dest destname= else func_dirname_and_basename "$dest" "" "." destdir=$func_dirname_result destname=$func_basename_result # Not a directory, so check to see that there is only one file specified. set dummy $files; shift test "$#" -gt 1 && \ func_fatal_help "'$dest' is not a directory" fi case $destdir in [\\/]* | [A-Za-z]:[\\/]*) ;; *) for file in $files; do case $file in *.lo) ;; *) func_fatal_help "'$destdir' must be an absolute directory name" ;; esac done ;; esac # This variable tells wrapper scripts just to set variables rather # than running their programs. libtool_install_magic=$magic staticlibs= future_libdirs= current_libdirs= for file in $files; do # Do each installation. case $file in *.$libext) # Do the static libraries later. func_append staticlibs " $file" ;; *.la) func_resolve_sysroot "$file" file=$func_resolve_sysroot_result # Check to see that this really is a libtool archive. func_lalib_unsafe_p "$file" \ || func_fatal_help "'$file' is not a valid libtool archive" library_names= old_library= relink_command= func_source "$file" # Add the libdir to current_libdirs if it is the destination. if test "X$destdir" = "X$libdir"; then case "$current_libdirs " in *" $libdir "*) ;; *) func_append current_libdirs " $libdir" ;; esac else # Note the libdir as a future libdir. case "$future_libdirs " in *" $libdir "*) ;; *) func_append future_libdirs " $libdir" ;; esac fi func_dirname "$file" "/" "" dir=$func_dirname_result func_append dir "$objdir" if test -n "$relink_command"; then # Determine the prefix the user has applied to our future dir. inst_prefix_dir=`$ECHO "$destdir" | $SED -e "s%$libdir\$%%"` # Don't allow the user to place us outside of our expected # location b/c this prevents finding dependent libraries that # are installed to the same prefix. # At present, this check doesn't affect windows .dll's that # are installed into $libdir/../bin (currently, that works fine) # but it's something to keep an eye on. test "$inst_prefix_dir" = "$destdir" && \ func_fatal_error "error: cannot install '$file' to a directory not ending in $libdir" if test -n "$inst_prefix_dir"; then # Stick the inst_prefix_dir data into the link command. relink_command=`$ECHO "$relink_command" | $SED "s%@inst_prefix_dir@%-inst-prefix-dir $inst_prefix_dir%"` else relink_command=`$ECHO "$relink_command" | $SED "s%@inst_prefix_dir@%%"` fi func_warning "relinking '$file'" func_show_eval "$relink_command" \ 'func_fatal_error "error: relink '\''$file'\'' with the above command before installing it"' fi # See the names of the shared library. set dummy $library_names; shift if test -n "$1"; then realname=$1 shift srcname=$realname test -n "$relink_command" && srcname=${realname}T # Install the shared library and build the symlinks. func_show_eval "$install_shared_prog $dir/$srcname $destdir/$realname" \ 'exit $?' tstripme=$stripme case $host_os in cygwin* | mingw* | pw32* | cegcc*) case $realname in *.dll.a) tstripme= ;; esac ;; os2*) case $realname in *_dll.a) tstripme= ;; esac ;; esac if test -n "$tstripme" && test -n "$striplib"; then func_show_eval "$striplib $destdir/$realname" 'exit $?' fi if test "$#" -gt 0; then # Delete the old symlinks, and create new ones. # Try 'ln -sf' first, because the 'ln' binary might depend on # the symlink we replace! Solaris /bin/ln does not understand -f, # so we also need to try rm && ln -s. for linkname do test "$linkname" != "$realname" \ && func_show_eval "(cd $destdir && { $LN_S -f $realname $linkname || { $RM $linkname && $LN_S $realname $linkname; }; })" done fi # Do each command in the postinstall commands. lib=$destdir/$realname func_execute_cmds "$postinstall_cmds" 'exit $?' fi # Install the pseudo-library for information purposes. func_basename "$file" name=$func_basename_result instname=$dir/${name}i func_show_eval "$install_prog $instname $destdir/$name" 'exit $?' # Maybe install the static library, too. test -n "$old_library" && func_append staticlibs " $dir/$old_library" ;; *.lo) # Install (i.e. copy) a libtool object. # Figure out destination file name, if it wasn't already specified. if test -n "$destname"; then destfile=$destdir/$destname else func_basename "$file" destfile=$func_basename_result destfile=$destdir/$destfile fi # Deduce the name of the destination old-style object file. case $destfile in *.lo) func_lo2o "$destfile" staticdest=$func_lo2o_result ;; *.$objext) staticdest=$destfile destfile= ;; *) func_fatal_help "cannot copy a libtool object to '$destfile'" ;; esac # Install the libtool object if requested. test -n "$destfile" && \ func_show_eval "$install_prog $file $destfile" 'exit $?' # Install the old object if enabled. if test yes = "$build_old_libs"; then # Deduce the name of the old-style object file. func_lo2o "$file" staticobj=$func_lo2o_result func_show_eval "$install_prog \$staticobj \$staticdest" 'exit $?' fi exit $EXIT_SUCCESS ;; *) # Figure out destination file name, if it wasn't already specified. if test -n "$destname"; then destfile=$destdir/$destname else func_basename "$file" destfile=$func_basename_result destfile=$destdir/$destfile fi # If the file is missing, and there is a .exe on the end, strip it # because it is most likely a libtool script we actually want to # install stripped_ext= case $file in *.exe) if test ! -f "$file"; then func_stripname '' '.exe' "$file" file=$func_stripname_result stripped_ext=.exe fi ;; esac # Do a test to see if this is really a libtool program. case $host in *cygwin* | *mingw*) if func_ltwrapper_executable_p "$file"; then func_ltwrapper_scriptname "$file" wrapper=$func_ltwrapper_scriptname_result else func_stripname '' '.exe' "$file" wrapper=$func_stripname_result fi ;; *) wrapper=$file ;; esac if func_ltwrapper_script_p "$wrapper"; then notinst_deplibs= relink_command= func_source "$wrapper" # Check the variables that should have been set. test -z "$generated_by_libtool_version" && \ func_fatal_error "invalid libtool wrapper script '$wrapper'" finalize=: for lib in $notinst_deplibs; do # Check to see that each library is installed. libdir= if test -f "$lib"; then func_source "$lib" fi libfile=$libdir/`$ECHO "$lib" | $SED 's%^.*/%%g'` if test -n "$libdir" && test ! -f "$libfile"; then func_warning "'$lib' has not been installed in '$libdir'" finalize=false fi done relink_command= func_source "$wrapper" outputname= if test no = "$fast_install" && test -n "$relink_command"; then $opt_dry_run || { if $finalize; then tmpdir=`func_mktempdir` func_basename "$file$stripped_ext" file=$func_basename_result outputname=$tmpdir/$file # Replace the output file specification. relink_command=`$ECHO "$relink_command" | $SED 's%@OUTPUT@%'"$outputname"'%g'` $opt_quiet || { func_quote_for_expand "$relink_command" eval "func_echo $func_quote_for_expand_result" } if eval "$relink_command"; then : else func_error "error: relink '$file' with the above command before installing it" $opt_dry_run || ${RM}r "$tmpdir" continue fi file=$outputname else func_warning "cannot relink '$file'" fi } else # Install the binary that we compiled earlier. file=`$ECHO "$file$stripped_ext" | $SED "s%\([^/]*\)$%$objdir/\1%"` fi fi # remove .exe since cygwin /usr/bin/install will append another # one anyway case $install_prog,$host in */usr/bin/install*,*cygwin*) case $file:$destfile in *.exe:*.exe) # this is ok ;; *.exe:*) destfile=$destfile.exe ;; *:*.exe) func_stripname '' '.exe' "$destfile" destfile=$func_stripname_result ;; esac ;; esac func_show_eval "$install_prog\$stripme \$file \$destfile" 'exit $?' $opt_dry_run || if test -n "$outputname"; then ${RM}r "$tmpdir" fi ;; esac done for file in $staticlibs; do func_basename "$file" name=$func_basename_result # Set up the ranlib parameters. oldlib=$destdir/$name func_to_tool_file "$oldlib" func_convert_file_msys_to_w32 tool_oldlib=$func_to_tool_file_result func_show_eval "$install_prog \$file \$oldlib" 'exit $?' if test -n "$stripme" && test -n "$old_striplib"; then func_show_eval "$old_striplib $tool_oldlib" 'exit $?' fi # Do each command in the postinstall commands. func_execute_cmds "$old_postinstall_cmds" 'exit $?' done test -n "$future_libdirs" && \ func_warning "remember to run '$progname --finish$future_libdirs'" if test -n "$current_libdirs"; then # Maybe just do a dry run. $opt_dry_run && current_libdirs=" -n$current_libdirs" exec_cmd='$SHELL "$progpath" $preserve_args --finish$current_libdirs' else exit $EXIT_SUCCESS fi } test install = "$opt_mode" && func_mode_install ${1+"$@"} # func_generate_dlsyms outputname originator pic_p # Extract symbols from dlprefiles and create ${outputname}S.o with # a dlpreopen symbol table. func_generate_dlsyms () { $debug_cmd my_outputname=$1 my_originator=$2 my_pic_p=${3-false} my_prefix=`$ECHO "$my_originator" | $SED 's%[^a-zA-Z0-9]%_%g'` my_dlsyms= if test -n "$dlfiles$dlprefiles" || test no != "$dlself"; then if test -n "$NM" && test -n "$global_symbol_pipe"; then my_dlsyms=${my_outputname}S.c else func_error "not configured to extract global symbols from dlpreopened files" fi fi if test -n "$my_dlsyms"; then case $my_dlsyms in "") ;; *.c) # Discover the nlist of each of the dlfiles. nlist=$output_objdir/$my_outputname.nm func_show_eval "$RM $nlist ${nlist}S ${nlist}T" # Parse the name list into a source file. func_verbose "creating $output_objdir/$my_dlsyms" $opt_dry_run || $ECHO > "$output_objdir/$my_dlsyms" "\ /* $my_dlsyms - symbol resolution table for '$my_outputname' dlsym emulation. */ /* Generated by $PROGRAM (GNU $PACKAGE) $VERSION */ #ifdef __cplusplus extern \"C\" { #endif #if defined __GNUC__ && (((__GNUC__ == 4) && (__GNUC_MINOR__ >= 4)) || (__GNUC__ > 4)) #pragma GCC diagnostic ignored \"-Wstrict-prototypes\" #endif /* Keep this code in sync between libtool.m4, ltmain, lt_system.h, and tests. */ #if defined _WIN32 || defined __CYGWIN__ || defined _WIN32_WCE /* DATA imports from DLLs on WIN32 can't be const, because runtime relocations are performed -- see ld's documentation on pseudo-relocs. */ # define LT_DLSYM_CONST #elif defined __osf__ /* This system does not cope well with relocations in const data. */ # define LT_DLSYM_CONST #else # define LT_DLSYM_CONST const #endif #define STREQ(s1, s2) (strcmp ((s1), (s2)) == 0) /* External symbol declarations for the compiler. */\ " if test yes = "$dlself"; then func_verbose "generating symbol list for '$output'" $opt_dry_run || echo ': @PROGRAM@ ' > "$nlist" # Add our own program objects to the symbol list. progfiles=`$ECHO "$objs$old_deplibs" | $SP2NL | $SED "$lo2o" | $NL2SP` for progfile in $progfiles; do func_to_tool_file "$progfile" func_convert_file_msys_to_w32 func_verbose "extracting global C symbols from '$func_to_tool_file_result'" $opt_dry_run || eval "$NM $func_to_tool_file_result | $global_symbol_pipe >> '$nlist'" done if test -n "$exclude_expsyms"; then $opt_dry_run || { eval '$EGREP -v " ($exclude_expsyms)$" "$nlist" > "$nlist"T' eval '$MV "$nlist"T "$nlist"' } fi if test -n "$export_symbols_regex"; then $opt_dry_run || { eval '$EGREP -e "$export_symbols_regex" "$nlist" > "$nlist"T' eval '$MV "$nlist"T "$nlist"' } fi # Prepare the list of exported symbols if test -z "$export_symbols"; then export_symbols=$output_objdir/$outputname.exp $opt_dry_run || { $RM $export_symbols eval "$SED -n -e '/^: @PROGRAM@ $/d' -e 's/^.* \(.*\)$/\1/p' "'< "$nlist" > "$export_symbols"' case $host in *cygwin* | *mingw* | *cegcc* ) eval "echo EXPORTS "'> "$output_objdir/$outputname.def"' eval 'cat "$export_symbols" >> "$output_objdir/$outputname.def"' ;; esac } else $opt_dry_run || { eval "$SED -e 's/\([].[*^$]\)/\\\\\1/g' -e 's/^/ /' -e 's/$/$/'"' < "$export_symbols" > "$output_objdir/$outputname.exp"' eval '$GREP -f "$output_objdir/$outputname.exp" < "$nlist" > "$nlist"T' eval '$MV "$nlist"T "$nlist"' case $host in *cygwin* | *mingw* | *cegcc* ) eval "echo EXPORTS "'> "$output_objdir/$outputname.def"' eval 'cat "$nlist" >> "$output_objdir/$outputname.def"' ;; esac } fi fi for dlprefile in $dlprefiles; do func_verbose "extracting global C symbols from '$dlprefile'" func_basename "$dlprefile" name=$func_basename_result case $host in *cygwin* | *mingw* | *cegcc* ) # if an import library, we need to obtain dlname if func_win32_import_lib_p "$dlprefile"; then func_tr_sh "$dlprefile" eval "curr_lafile=\$libfile_$func_tr_sh_result" dlprefile_dlbasename= if test -n "$curr_lafile" && func_lalib_p "$curr_lafile"; then # Use subshell, to avoid clobbering current variable values dlprefile_dlname=`source "$curr_lafile" && echo "$dlname"` if test -n "$dlprefile_dlname"; then func_basename "$dlprefile_dlname" dlprefile_dlbasename=$func_basename_result else # no lafile. user explicitly requested -dlpreopen . $sharedlib_from_linklib_cmd "$dlprefile" dlprefile_dlbasename=$sharedlib_from_linklib_result fi fi $opt_dry_run || { if test -n "$dlprefile_dlbasename"; then eval '$ECHO ": $dlprefile_dlbasename" >> "$nlist"' else func_warning "Could not compute DLL name from $name" eval '$ECHO ": $name " >> "$nlist"' fi func_to_tool_file "$dlprefile" func_convert_file_msys_to_w32 eval "$NM \"$func_to_tool_file_result\" 2>/dev/null | $global_symbol_pipe | $SED -e '/I __imp/d' -e 's/I __nm_/D /;s/_nm__//' >> '$nlist'" } else # not an import lib $opt_dry_run || { eval '$ECHO ": $name " >> "$nlist"' func_to_tool_file "$dlprefile" func_convert_file_msys_to_w32 eval "$NM \"$func_to_tool_file_result\" 2>/dev/null | $global_symbol_pipe >> '$nlist'" } fi ;; *) $opt_dry_run || { eval '$ECHO ": $name " >> "$nlist"' func_to_tool_file "$dlprefile" func_convert_file_msys_to_w32 eval "$NM \"$func_to_tool_file_result\" 2>/dev/null | $global_symbol_pipe >> '$nlist'" } ;; esac done $opt_dry_run || { # Make sure we have at least an empty file. test -f "$nlist" || : > "$nlist" if test -n "$exclude_expsyms"; then $EGREP -v " ($exclude_expsyms)$" "$nlist" > "$nlist"T $MV "$nlist"T "$nlist" fi # Try sorting and uniquifying the output. if $GREP -v "^: " < "$nlist" | if sort -k 3 /dev/null 2>&1; then sort -k 3 else sort +2 fi | uniq > "$nlist"S; then : else $GREP -v "^: " < "$nlist" > "$nlist"S fi if test -f "$nlist"S; then eval "$global_symbol_to_cdecl"' < "$nlist"S >> "$output_objdir/$my_dlsyms"' else echo '/* NONE */' >> "$output_objdir/$my_dlsyms" fi func_show_eval '$RM "${nlist}I"' if test -n "$global_symbol_to_import"; then eval "$global_symbol_to_import"' < "$nlist"S > "$nlist"I' fi echo >> "$output_objdir/$my_dlsyms" "\ /* The mapping between symbol names and symbols. */ typedef struct { const char *name; void *address; } lt_dlsymlist; extern LT_DLSYM_CONST lt_dlsymlist lt_${my_prefix}_LTX_preloaded_symbols[];\ " if test -s "$nlist"I; then echo >> "$output_objdir/$my_dlsyms" "\ static void lt_syminit(void) { LT_DLSYM_CONST lt_dlsymlist *symbol = lt_${my_prefix}_LTX_preloaded_symbols; for (; symbol->name; ++symbol) {" $SED 's/.*/ if (STREQ (symbol->name, \"&\")) symbol->address = (void *) \&&;/' < "$nlist"I >> "$output_objdir/$my_dlsyms" echo >> "$output_objdir/$my_dlsyms" "\ } }" fi echo >> "$output_objdir/$my_dlsyms" "\ LT_DLSYM_CONST lt_dlsymlist lt_${my_prefix}_LTX_preloaded_symbols[] = { {\"$my_originator\", (void *) 0}," if test -s "$nlist"I; then echo >> "$output_objdir/$my_dlsyms" "\ {\"@INIT@\", (void *) <_syminit}," fi case $need_lib_prefix in no) eval "$global_symbol_to_c_name_address" < "$nlist" >> "$output_objdir/$my_dlsyms" ;; *) eval "$global_symbol_to_c_name_address_lib_prefix" < "$nlist" >> "$output_objdir/$my_dlsyms" ;; esac echo >> "$output_objdir/$my_dlsyms" "\ {0, (void *) 0} }; /* This works around a problem in FreeBSD linker */ #ifdef FREEBSD_WORKAROUND static const void *lt_preloaded_setup() { return lt_${my_prefix}_LTX_preloaded_symbols; } #endif #ifdef __cplusplus } #endif\ " } # !$opt_dry_run pic_flag_for_symtable= case "$compile_command " in *" -static "*) ;; *) case $host in # compiling the symbol table file with pic_flag works around # a FreeBSD bug that causes programs to crash when -lm is # linked before any other PIC object. But we must not use # pic_flag when linking with -static. The problem exists in # FreeBSD 2.2.6 and is fixed in FreeBSD 3.1. *-*-freebsd2.*|*-*-freebsd3.0*|*-*-freebsdelf3.0*) pic_flag_for_symtable=" $pic_flag -DFREEBSD_WORKAROUND" ;; *-*-hpux*) pic_flag_for_symtable=" $pic_flag" ;; *) $my_pic_p && pic_flag_for_symtable=" $pic_flag" ;; esac ;; esac symtab_cflags= for arg in $LTCFLAGS; do case $arg in -pie | -fpie | -fPIE) ;; *) func_append symtab_cflags " $arg" ;; esac done # Now compile the dynamic symbol file. func_show_eval '(cd $output_objdir && $LTCC$symtab_cflags -c$no_builtin_flag$pic_flag_for_symtable "$my_dlsyms")' 'exit $?' # Clean up the generated files. func_show_eval '$RM "$output_objdir/$my_dlsyms" "$nlist" "${nlist}S" "${nlist}T" "${nlist}I"' # Transform the symbol file into the correct name. symfileobj=$output_objdir/${my_outputname}S.$objext case $host in *cygwin* | *mingw* | *cegcc* ) if test -f "$output_objdir/$my_outputname.def"; then compile_command=`$ECHO "$compile_command" | $SED "s%@SYMFILE@%$output_objdir/$my_outputname.def $symfileobj%"` finalize_command=`$ECHO "$finalize_command" | $SED "s%@SYMFILE@%$output_objdir/$my_outputname.def $symfileobj%"` else compile_command=`$ECHO "$compile_command" | $SED "s%@SYMFILE@%$symfileobj%"` finalize_command=`$ECHO "$finalize_command" | $SED "s%@SYMFILE@%$symfileobj%"` fi ;; *) compile_command=`$ECHO "$compile_command" | $SED "s%@SYMFILE@%$symfileobj%"` finalize_command=`$ECHO "$finalize_command" | $SED "s%@SYMFILE@%$symfileobj%"` ;; esac ;; *) func_fatal_error "unknown suffix for '$my_dlsyms'" ;; esac else # We keep going just in case the user didn't refer to # lt_preloaded_symbols. The linker will fail if global_symbol_pipe # really was required. # Nullify the symbol file. compile_command=`$ECHO "$compile_command" | $SED "s% @SYMFILE@%%"` finalize_command=`$ECHO "$finalize_command" | $SED "s% @SYMFILE@%%"` fi } # func_cygming_gnu_implib_p ARG # This predicate returns with zero status (TRUE) if # ARG is a GNU/binutils-style import library. Returns # with nonzero status (FALSE) otherwise. func_cygming_gnu_implib_p () { $debug_cmd func_to_tool_file "$1" func_convert_file_msys_to_w32 func_cygming_gnu_implib_tmp=`$NM "$func_to_tool_file_result" | eval "$global_symbol_pipe" | $EGREP ' (_head_[A-Za-z0-9_]+_[ad]l*|[A-Za-z0-9_]+_[ad]l*_iname)$'` test -n "$func_cygming_gnu_implib_tmp" } # func_cygming_ms_implib_p ARG # This predicate returns with zero status (TRUE) if # ARG is an MS-style import library. Returns # with nonzero status (FALSE) otherwise. func_cygming_ms_implib_p () { $debug_cmd func_to_tool_file "$1" func_convert_file_msys_to_w32 func_cygming_ms_implib_tmp=`$NM "$func_to_tool_file_result" | eval "$global_symbol_pipe" | $GREP '_NULL_IMPORT_DESCRIPTOR'` test -n "$func_cygming_ms_implib_tmp" } # func_win32_libid arg # return the library type of file 'arg' # # Need a lot of goo to handle *both* DLLs and import libs # Has to be a shell function in order to 'eat' the argument # that is supplied when $file_magic_command is called. # Despite the name, also deal with 64 bit binaries. func_win32_libid () { $debug_cmd win32_libid_type=unknown win32_fileres=`file -L $1 2>/dev/null` case $win32_fileres in *ar\ archive\ import\ library*) # definitely import win32_libid_type="x86 archive import" ;; *ar\ archive*) # could be an import, or static # Keep the egrep pattern in sync with the one in _LT_CHECK_MAGIC_METHOD. if eval $OBJDUMP -f $1 | $SED -e '10q' 2>/dev/null | $EGREP 'file format (pei*-i386(.*architecture: i386)?|pe-arm-wince|pe-x86-64)' >/dev/null; then case $nm_interface in "MS dumpbin") if func_cygming_ms_implib_p "$1" || func_cygming_gnu_implib_p "$1" then win32_nmres=import else win32_nmres= fi ;; *) func_to_tool_file "$1" func_convert_file_msys_to_w32 win32_nmres=`eval $NM -f posix -A \"$func_to_tool_file_result\" | $SED -n -e ' 1,100{ / I /{ s|.*|import| p q } }'` ;; esac case $win32_nmres in import*) win32_libid_type="x86 archive import";; *) win32_libid_type="x86 archive static";; esac fi ;; *DLL*) win32_libid_type="x86 DLL" ;; *executable*) # but shell scripts are "executable" too... case $win32_fileres in *MS\ Windows\ PE\ Intel*) win32_libid_type="x86 DLL" ;; esac ;; esac $ECHO "$win32_libid_type" } # func_cygming_dll_for_implib ARG # # Platform-specific function to extract the # name of the DLL associated with the specified # import library ARG. # Invoked by eval'ing the libtool variable # $sharedlib_from_linklib_cmd # Result is available in the variable # $sharedlib_from_linklib_result func_cygming_dll_for_implib () { $debug_cmd sharedlib_from_linklib_result=`$DLLTOOL --identify-strict --identify "$1"` } # func_cygming_dll_for_implib_fallback_core SECTION_NAME LIBNAMEs # # The is the core of a fallback implementation of a # platform-specific function to extract the name of the # DLL associated with the specified import library LIBNAME. # # SECTION_NAME is either .idata$6 or .idata$7, depending # on the platform and compiler that created the implib. # # Echos the name of the DLL associated with the # specified import library. func_cygming_dll_for_implib_fallback_core () { $debug_cmd match_literal=`$ECHO "$1" | $SED "$sed_make_literal_regex"` $OBJDUMP -s --section "$1" "$2" 2>/dev/null | $SED '/^Contents of section '"$match_literal"':/{ # Place marker at beginning of archive member dllname section s/.*/====MARK====/ p d } # These lines can sometimes be longer than 43 characters, but # are always uninteresting /:[ ]*file format pe[i]\{,1\}-/d /^In archive [^:]*:/d # Ensure marker is printed /^====MARK====/p # Remove all lines with less than 43 characters /^.\{43\}/!d # From remaining lines, remove first 43 characters s/^.\{43\}//' | $SED -n ' # Join marker and all lines until next marker into a single line /^====MARK====/ b para H $ b para b :para x s/\n//g # Remove the marker s/^====MARK====// # Remove trailing dots and whitespace s/[\. \t]*$// # Print /./p' | # we now have a list, one entry per line, of the stringified # contents of the appropriate section of all members of the # archive that possess that section. Heuristic: eliminate # all those that have a first or second character that is # a '.' (that is, objdump's representation of an unprintable # character.) This should work for all archives with less than # 0x302f exports -- but will fail for DLLs whose name actually # begins with a literal '.' or a single character followed by # a '.'. # # Of those that remain, print the first one. $SED -e '/^\./d;/^.\./d;q' } # func_cygming_dll_for_implib_fallback ARG # Platform-specific function to extract the # name of the DLL associated with the specified # import library ARG. # # This fallback implementation is for use when $DLLTOOL # does not support the --identify-strict option. # Invoked by eval'ing the libtool variable # $sharedlib_from_linklib_cmd # Result is available in the variable # $sharedlib_from_linklib_result func_cygming_dll_for_implib_fallback () { $debug_cmd if func_cygming_gnu_implib_p "$1"; then # binutils import library sharedlib_from_linklib_result=`func_cygming_dll_for_implib_fallback_core '.idata$7' "$1"` elif func_cygming_ms_implib_p "$1"; then # ms-generated import library sharedlib_from_linklib_result=`func_cygming_dll_for_implib_fallback_core '.idata$6' "$1"` else # unknown sharedlib_from_linklib_result= fi } # func_extract_an_archive dir oldlib func_extract_an_archive () { $debug_cmd f_ex_an_ar_dir=$1; shift f_ex_an_ar_oldlib=$1 if test yes = "$lock_old_archive_extraction"; then lockfile=$f_ex_an_ar_oldlib.lock until $opt_dry_run || ln "$progpath" "$lockfile" 2>/dev/null; do func_echo "Waiting for $lockfile to be removed" sleep 2 done fi func_show_eval "(cd \$f_ex_an_ar_dir && $AR x \"\$f_ex_an_ar_oldlib\")" \ 'stat=$?; rm -f "$lockfile"; exit $stat' if test yes = "$lock_old_archive_extraction"; then $opt_dry_run || rm -f "$lockfile" fi if ($AR t "$f_ex_an_ar_oldlib" | sort | sort -uc >/dev/null 2>&1); then : else func_fatal_error "object name conflicts in archive: $f_ex_an_ar_dir/$f_ex_an_ar_oldlib" fi } # func_extract_archives gentop oldlib ... func_extract_archives () { $debug_cmd my_gentop=$1; shift my_oldlibs=${1+"$@"} my_oldobjs= my_xlib= my_xabs= my_xdir= for my_xlib in $my_oldlibs; do # Extract the objects. case $my_xlib in [\\/]* | [A-Za-z]:[\\/]*) my_xabs=$my_xlib ;; *) my_xabs=`pwd`"/$my_xlib" ;; esac func_basename "$my_xlib" my_xlib=$func_basename_result my_xlib_u=$my_xlib while :; do case " $extracted_archives " in *" $my_xlib_u "*) func_arith $extracted_serial + 1 extracted_serial=$func_arith_result my_xlib_u=lt$extracted_serial-$my_xlib ;; *) break ;; esac done extracted_archives="$extracted_archives $my_xlib_u" my_xdir=$my_gentop/$my_xlib_u func_mkdir_p "$my_xdir" case $host in *-darwin*) func_verbose "Extracting $my_xabs" # Do not bother doing anything if just a dry run $opt_dry_run || { darwin_orig_dir=`pwd` cd $my_xdir || exit $? darwin_archive=$my_xabs darwin_curdir=`pwd` func_basename "$darwin_archive" darwin_base_archive=$func_basename_result darwin_arches=`$LIPO -info "$darwin_archive" 2>/dev/null | $GREP Architectures 2>/dev/null || true` if test -n "$darwin_arches"; then darwin_arches=`$ECHO "$darwin_arches" | $SED -e 's/.*are://'` darwin_arch= func_verbose "$darwin_base_archive has multiple architectures $darwin_arches" for darwin_arch in $darwin_arches; do func_mkdir_p "unfat-$$/$darwin_base_archive-$darwin_arch" $LIPO -thin $darwin_arch -output "unfat-$$/$darwin_base_archive-$darwin_arch/$darwin_base_archive" "$darwin_archive" cd "unfat-$$/$darwin_base_archive-$darwin_arch" func_extract_an_archive "`pwd`" "$darwin_base_archive" cd "$darwin_curdir" $RM "unfat-$$/$darwin_base_archive-$darwin_arch/$darwin_base_archive" done # $darwin_arches ## Okay now we've a bunch of thin objects, gotta fatten them up :) darwin_filelist=`find unfat-$$ -type f -name \*.o -print -o -name \*.lo -print | $SED -e "$sed_basename" | sort -u` darwin_file= darwin_files= for darwin_file in $darwin_filelist; do darwin_files=`find unfat-$$ -name $darwin_file -print | sort | $NL2SP` $LIPO -create -output "$darwin_file" $darwin_files done # $darwin_filelist $RM -rf unfat-$$ cd "$darwin_orig_dir" else cd $darwin_orig_dir func_extract_an_archive "$my_xdir" "$my_xabs" fi # $darwin_arches } # !$opt_dry_run ;; *) func_extract_an_archive "$my_xdir" "$my_xabs" ;; esac my_oldobjs="$my_oldobjs "`find $my_xdir -name \*.$objext -print -o -name \*.lo -print | sort | $NL2SP` done func_extract_archives_result=$my_oldobjs } # func_emit_wrapper [arg=no] # # Emit a libtool wrapper script on stdout. # Don't directly open a file because we may want to # incorporate the script contents within a cygwin/mingw # wrapper executable. Must ONLY be called from within # func_mode_link because it depends on a number of variables # set therein. # # ARG is the value that the WRAPPER_SCRIPT_BELONGS_IN_OBJDIR # variable will take. If 'yes', then the emitted script # will assume that the directory where it is stored is # the $objdir directory. This is a cygwin/mingw-specific # behavior. func_emit_wrapper () { func_emit_wrapper_arg1=${1-no} $ECHO "\ #! $SHELL # $output - temporary wrapper script for $objdir/$outputname # Generated by $PROGRAM (GNU $PACKAGE) $VERSION # # The $output program cannot be directly executed until all the libtool # libraries that it depends on are installed. # # This wrapper script should never be moved out of the build directory. # If it is, it will not operate correctly. # Sed substitution that helps us do robust quoting. It backslashifies # metacharacters that are still active within double-quoted strings. sed_quote_subst='$sed_quote_subst' # Be Bourne compatible if test -n \"\${ZSH_VERSION+set}\" && (emulate sh) >/dev/null 2>&1; then emulate sh NULLCMD=: # Zsh 3.x and 4.x performs word splitting on \${1+\"\$@\"}, which # is contrary to our usage. Disable this feature. alias -g '\${1+\"\$@\"}'='\"\$@\"' setopt NO_GLOB_SUBST else case \`(set -o) 2>/dev/null\` in *posix*) set -o posix;; esac fi BIN_SH=xpg4; export BIN_SH # for Tru64 DUALCASE=1; export DUALCASE # for MKS sh # The HP-UX ksh and POSIX shell print the target directory to stdout # if CDPATH is set. (unset CDPATH) >/dev/null 2>&1 && unset CDPATH relink_command=\"$relink_command\" # This environment variable determines our operation mode. if test \"\$libtool_install_magic\" = \"$magic\"; then # install mode needs the following variables: generated_by_libtool_version='$macro_version' notinst_deplibs='$notinst_deplibs' else # When we are sourced in execute mode, \$file and \$ECHO are already set. if test \"\$libtool_execute_magic\" != \"$magic\"; then file=\"\$0\"" qECHO=`$ECHO "$ECHO" | $SED "$sed_quote_subst"` $ECHO "\ # A function that is used when there is no print builtin or printf. func_fallback_echo () { eval 'cat <<_LTECHO_EOF \$1 _LTECHO_EOF' } ECHO=\"$qECHO\" fi # Very basic option parsing. These options are (a) specific to # the libtool wrapper, (b) are identical between the wrapper # /script/ and the wrapper /executable/ that is used only on # windows platforms, and (c) all begin with the string "--lt-" # (application programs are unlikely to have options that match # this pattern). # # There are only two supported options: --lt-debug and # --lt-dump-script. There is, deliberately, no --lt-help. # # The first argument to this parsing function should be the # script's $0 value, followed by "$@". lt_option_debug= func_parse_lt_options () { lt_script_arg0=\$0 shift for lt_opt do case \"\$lt_opt\" in --lt-debug) lt_option_debug=1 ;; --lt-dump-script) lt_dump_D=\`\$ECHO \"X\$lt_script_arg0\" | $SED -e 's/^X//' -e 's%/[^/]*$%%'\` test \"X\$lt_dump_D\" = \"X\$lt_script_arg0\" && lt_dump_D=. lt_dump_F=\`\$ECHO \"X\$lt_script_arg0\" | $SED -e 's/^X//' -e 's%^.*/%%'\` cat \"\$lt_dump_D/\$lt_dump_F\" exit 0 ;; --lt-*) \$ECHO \"Unrecognized --lt- option: '\$lt_opt'\" 1>&2 exit 1 ;; esac done # Print the debug banner immediately: if test -n \"\$lt_option_debug\"; then echo \"$outputname:$output:\$LINENO: libtool wrapper (GNU $PACKAGE) $VERSION\" 1>&2 fi } # Used when --lt-debug. Prints its arguments to stdout # (redirection is the responsibility of the caller) func_lt_dump_args () { lt_dump_args_N=1; for lt_arg do \$ECHO \"$outputname:$output:\$LINENO: newargv[\$lt_dump_args_N]: \$lt_arg\" lt_dump_args_N=\`expr \$lt_dump_args_N + 1\` done } # Core function for launching the target application func_exec_program_core () { " case $host in # Backslashes separate directories on plain windows *-*-mingw | *-*-os2* | *-cegcc*) $ECHO "\ if test -n \"\$lt_option_debug\"; then \$ECHO \"$outputname:$output:\$LINENO: newargv[0]: \$progdir\\\\\$program\" 1>&2 func_lt_dump_args \${1+\"\$@\"} 1>&2 fi exec \"\$progdir\\\\\$program\" \${1+\"\$@\"} " ;; *) $ECHO "\ if test -n \"\$lt_option_debug\"; then \$ECHO \"$outputname:$output:\$LINENO: newargv[0]: \$progdir/\$program\" 1>&2 func_lt_dump_args \${1+\"\$@\"} 1>&2 fi exec \"\$progdir/\$program\" \${1+\"\$@\"} " ;; esac $ECHO "\ \$ECHO \"\$0: cannot exec \$program \$*\" 1>&2 exit 1 } # A function to encapsulate launching the target application # Strips options in the --lt-* namespace from \$@ and # launches target application with the remaining arguments. func_exec_program () { case \" \$* \" in *\\ --lt-*) for lt_wr_arg do case \$lt_wr_arg in --lt-*) ;; *) set x \"\$@\" \"\$lt_wr_arg\"; shift;; esac shift done ;; esac func_exec_program_core \${1+\"\$@\"} } # Parse options func_parse_lt_options \"\$0\" \${1+\"\$@\"} # Find the directory that this script lives in. thisdir=\`\$ECHO \"\$file\" | $SED 's%/[^/]*$%%'\` test \"x\$thisdir\" = \"x\$file\" && thisdir=. # Follow symbolic links until we get to the real thisdir. file=\`ls -ld \"\$file\" | $SED -n 's/.*-> //p'\` while test -n \"\$file\"; do destdir=\`\$ECHO \"\$file\" | $SED 's%/[^/]*\$%%'\` # If there was a directory component, then change thisdir. if test \"x\$destdir\" != \"x\$file\"; then case \"\$destdir\" in [\\\\/]* | [A-Za-z]:[\\\\/]*) thisdir=\"\$destdir\" ;; *) thisdir=\"\$thisdir/\$destdir\" ;; esac fi file=\`\$ECHO \"\$file\" | $SED 's%^.*/%%'\` file=\`ls -ld \"\$thisdir/\$file\" | $SED -n 's/.*-> //p'\` done # Usually 'no', except on cygwin/mingw when embedded into # the cwrapper. WRAPPER_SCRIPT_BELONGS_IN_OBJDIR=$func_emit_wrapper_arg1 if test \"\$WRAPPER_SCRIPT_BELONGS_IN_OBJDIR\" = \"yes\"; then # special case for '.' if test \"\$thisdir\" = \".\"; then thisdir=\`pwd\` fi # remove .libs from thisdir case \"\$thisdir\" in *[\\\\/]$objdir ) thisdir=\`\$ECHO \"\$thisdir\" | $SED 's%[\\\\/][^\\\\/]*$%%'\` ;; $objdir ) thisdir=. ;; esac fi # Try to get the absolute directory name. absdir=\`cd \"\$thisdir\" && pwd\` test -n \"\$absdir\" && thisdir=\"\$absdir\" " if test yes = "$fast_install"; then $ECHO "\ program=lt-'$outputname'$exeext progdir=\"\$thisdir/$objdir\" if test ! -f \"\$progdir/\$program\" || { file=\`ls -1dt \"\$progdir/\$program\" \"\$progdir/../\$program\" 2>/dev/null | $SED 1q\`; \\ test \"X\$file\" != \"X\$progdir/\$program\"; }; then file=\"\$\$-\$program\" if test ! -d \"\$progdir\"; then $MKDIR \"\$progdir\" else $RM \"\$progdir/\$file\" fi" $ECHO "\ # relink executable if necessary if test -n \"\$relink_command\"; then if relink_command_output=\`eval \$relink_command 2>&1\`; then : else \$ECHO \"\$relink_command_output\" >&2 $RM \"\$progdir/\$file\" exit 1 fi fi $MV \"\$progdir/\$file\" \"\$progdir/\$program\" 2>/dev/null || { $RM \"\$progdir/\$program\"; $MV \"\$progdir/\$file\" \"\$progdir/\$program\"; } $RM \"\$progdir/\$file\" fi" else $ECHO "\ program='$outputname' progdir=\"\$thisdir/$objdir\" " fi $ECHO "\ if test -f \"\$progdir/\$program\"; then" # fixup the dll searchpath if we need to. # # Fix the DLL searchpath if we need to. Do this before prepending # to shlibpath, because on Windows, both are PATH and uninstalled # libraries must come first. if test -n "$dllsearchpath"; then $ECHO "\ # Add the dll search path components to the executable PATH PATH=$dllsearchpath:\$PATH " fi # Export our shlibpath_var if we have one. if test yes = "$shlibpath_overrides_runpath" && test -n "$shlibpath_var" && test -n "$temp_rpath"; then $ECHO "\ # Add our own library path to $shlibpath_var $shlibpath_var=\"$temp_rpath\$$shlibpath_var\" # Some systems cannot cope with colon-terminated $shlibpath_var # The second colon is a workaround for a bug in BeOS R4 sed $shlibpath_var=\`\$ECHO \"\$$shlibpath_var\" | $SED 's/::*\$//'\` export $shlibpath_var " fi $ECHO "\ if test \"\$libtool_execute_magic\" != \"$magic\"; then # Run the actual program with our arguments. func_exec_program \${1+\"\$@\"} fi else # The program doesn't exist. \$ECHO \"\$0: error: '\$progdir/\$program' does not exist\" 1>&2 \$ECHO \"This script is just a wrapper for \$program.\" 1>&2 \$ECHO \"See the $PACKAGE documentation for more information.\" 1>&2 exit 1 fi fi\ " } # func_emit_cwrapperexe_src # emit the source code for a wrapper executable on stdout # Must ONLY be called from within func_mode_link because # it depends on a number of variable set therein. func_emit_cwrapperexe_src () { cat < #include #ifdef _MSC_VER # include # include # include #else # include # include # ifdef __CYGWIN__ # include # endif #endif #include #include #include #include #include #include #include #include #define STREQ(s1, s2) (strcmp ((s1), (s2)) == 0) /* declarations of non-ANSI functions */ #if defined __MINGW32__ # ifdef __STRICT_ANSI__ int _putenv (const char *); # endif #elif defined __CYGWIN__ # ifdef __STRICT_ANSI__ char *realpath (const char *, char *); int putenv (char *); int setenv (const char *, const char *, int); # endif /* #elif defined other_platform || defined ... */ #endif /* portability defines, excluding path handling macros */ #if defined _MSC_VER # define setmode _setmode # define stat _stat # define chmod _chmod # define getcwd _getcwd # define putenv _putenv # define S_IXUSR _S_IEXEC #elif defined __MINGW32__ # define setmode _setmode # define stat _stat # define chmod _chmod # define getcwd _getcwd # define putenv _putenv #elif defined __CYGWIN__ # define HAVE_SETENV # define FOPEN_WB "wb" /* #elif defined other platforms ... */ #endif #if defined PATH_MAX # define LT_PATHMAX PATH_MAX #elif defined MAXPATHLEN # define LT_PATHMAX MAXPATHLEN #else # define LT_PATHMAX 1024 #endif #ifndef S_IXOTH # define S_IXOTH 0 #endif #ifndef S_IXGRP # define S_IXGRP 0 #endif /* path handling portability macros */ #ifndef DIR_SEPARATOR # define DIR_SEPARATOR '/' # define PATH_SEPARATOR ':' #endif #if defined _WIN32 || defined __MSDOS__ || defined __DJGPP__ || \ defined __OS2__ # define HAVE_DOS_BASED_FILE_SYSTEM # define FOPEN_WB "wb" # ifndef DIR_SEPARATOR_2 # define DIR_SEPARATOR_2 '\\' # endif # ifndef PATH_SEPARATOR_2 # define PATH_SEPARATOR_2 ';' # endif #endif #ifndef DIR_SEPARATOR_2 # define IS_DIR_SEPARATOR(ch) ((ch) == DIR_SEPARATOR) #else /* DIR_SEPARATOR_2 */ # define IS_DIR_SEPARATOR(ch) \ (((ch) == DIR_SEPARATOR) || ((ch) == DIR_SEPARATOR_2)) #endif /* DIR_SEPARATOR_2 */ #ifndef PATH_SEPARATOR_2 # define IS_PATH_SEPARATOR(ch) ((ch) == PATH_SEPARATOR) #else /* PATH_SEPARATOR_2 */ # define IS_PATH_SEPARATOR(ch) ((ch) == PATH_SEPARATOR_2) #endif /* PATH_SEPARATOR_2 */ #ifndef FOPEN_WB # define FOPEN_WB "w" #endif #ifndef _O_BINARY # define _O_BINARY 0 #endif #define XMALLOC(type, num) ((type *) xmalloc ((num) * sizeof(type))) #define XFREE(stale) do { \ if (stale) { free (stale); stale = 0; } \ } while (0) #if defined LT_DEBUGWRAPPER static int lt_debug = 1; #else static int lt_debug = 0; #endif const char *program_name = "libtool-wrapper"; /* in case xstrdup fails */ void *xmalloc (size_t num); char *xstrdup (const char *string); const char *base_name (const char *name); char *find_executable (const char *wrapper); char *chase_symlinks (const char *pathspec); int make_executable (const char *path); int check_executable (const char *path); char *strendzap (char *str, const char *pat); void lt_debugprintf (const char *file, int line, const char *fmt, ...); void lt_fatal (const char *file, int line, const char *message, ...); static const char *nonnull (const char *s); static const char *nonempty (const char *s); void lt_setenv (const char *name, const char *value); char *lt_extend_str (const char *orig_value, const char *add, int to_end); void lt_update_exe_path (const char *name, const char *value); void lt_update_lib_path (const char *name, const char *value); char **prepare_spawn (char **argv); void lt_dump_script (FILE *f); EOF cat <= 0) && (st.st_mode & (S_IXUSR | S_IXGRP | S_IXOTH))) return 1; else return 0; } int make_executable (const char *path) { int rval = 0; struct stat st; lt_debugprintf (__FILE__, __LINE__, "(make_executable): %s\n", nonempty (path)); if ((!path) || (!*path)) return 0; if (stat (path, &st) >= 0) { rval = chmod (path, st.st_mode | S_IXOTH | S_IXGRP | S_IXUSR); } return rval; } /* Searches for the full path of the wrapper. Returns newly allocated full path name if found, NULL otherwise Does not chase symlinks, even on platforms that support them. */ char * find_executable (const char *wrapper) { int has_slash = 0; const char *p; const char *p_next; /* static buffer for getcwd */ char tmp[LT_PATHMAX + 1]; size_t tmp_len; char *concat_name; lt_debugprintf (__FILE__, __LINE__, "(find_executable): %s\n", nonempty (wrapper)); if ((wrapper == NULL) || (*wrapper == '\0')) return NULL; /* Absolute path? */ #if defined HAVE_DOS_BASED_FILE_SYSTEM if (isalpha ((unsigned char) wrapper[0]) && wrapper[1] == ':') { concat_name = xstrdup (wrapper); if (check_executable (concat_name)) return concat_name; XFREE (concat_name); } else { #endif if (IS_DIR_SEPARATOR (wrapper[0])) { concat_name = xstrdup (wrapper); if (check_executable (concat_name)) return concat_name; XFREE (concat_name); } #if defined HAVE_DOS_BASED_FILE_SYSTEM } #endif for (p = wrapper; *p; p++) if (*p == '/') { has_slash = 1; break; } if (!has_slash) { /* no slashes; search PATH */ const char *path = getenv ("PATH"); if (path != NULL) { for (p = path; *p; p = p_next) { const char *q; size_t p_len; for (q = p; *q; q++) if (IS_PATH_SEPARATOR (*q)) break; p_len = (size_t) (q - p); p_next = (*q == '\0' ? q : q + 1); if (p_len == 0) { /* empty path: current directory */ if (getcwd (tmp, LT_PATHMAX) == NULL) lt_fatal (__FILE__, __LINE__, "getcwd failed: %s", nonnull (strerror (errno))); tmp_len = strlen (tmp); concat_name = XMALLOC (char, tmp_len + 1 + strlen (wrapper) + 1); memcpy (concat_name, tmp, tmp_len); concat_name[tmp_len] = '/'; strcpy (concat_name + tmp_len + 1, wrapper); } else { concat_name = XMALLOC (char, p_len + 1 + strlen (wrapper) + 1); memcpy (concat_name, p, p_len); concat_name[p_len] = '/'; strcpy (concat_name + p_len + 1, wrapper); } if (check_executable (concat_name)) return concat_name; XFREE (concat_name); } } /* not found in PATH; assume curdir */ } /* Relative path | not found in path: prepend cwd */ if (getcwd (tmp, LT_PATHMAX) == NULL) lt_fatal (__FILE__, __LINE__, "getcwd failed: %s", nonnull (strerror (errno))); tmp_len = strlen (tmp); concat_name = XMALLOC (char, tmp_len + 1 + strlen (wrapper) + 1); memcpy (concat_name, tmp, tmp_len); concat_name[tmp_len] = '/'; strcpy (concat_name + tmp_len + 1, wrapper); if (check_executable (concat_name)) return concat_name; XFREE (concat_name); return NULL; } char * chase_symlinks (const char *pathspec) { #ifndef S_ISLNK return xstrdup (pathspec); #else char buf[LT_PATHMAX]; struct stat s; char *tmp_pathspec = xstrdup (pathspec); char *p; int has_symlinks = 0; while (strlen (tmp_pathspec) && !has_symlinks) { lt_debugprintf (__FILE__, __LINE__, "checking path component for symlinks: %s\n", tmp_pathspec); if (lstat (tmp_pathspec, &s) == 0) { if (S_ISLNK (s.st_mode) != 0) { has_symlinks = 1; break; } /* search backwards for last DIR_SEPARATOR */ p = tmp_pathspec + strlen (tmp_pathspec) - 1; while ((p > tmp_pathspec) && (!IS_DIR_SEPARATOR (*p))) p--; if ((p == tmp_pathspec) && (!IS_DIR_SEPARATOR (*p))) { /* no more DIR_SEPARATORS left */ break; } *p = '\0'; } else { lt_fatal (__FILE__, __LINE__, "error accessing file \"%s\": %s", tmp_pathspec, nonnull (strerror (errno))); } } XFREE (tmp_pathspec); if (!has_symlinks) { return xstrdup (pathspec); } tmp_pathspec = realpath (pathspec, buf); if (tmp_pathspec == 0) { lt_fatal (__FILE__, __LINE__, "could not follow symlinks for %s", pathspec); } return xstrdup (tmp_pathspec); #endif } char * strendzap (char *str, const char *pat) { size_t len, patlen; assert (str != NULL); assert (pat != NULL); len = strlen (str); patlen = strlen (pat); if (patlen <= len) { str += len - patlen; if (STREQ (str, pat)) *str = '\0'; } return str; } void lt_debugprintf (const char *file, int line, const char *fmt, ...) { va_list args; if (lt_debug) { (void) fprintf (stderr, "%s:%s:%d: ", program_name, file, line); va_start (args, fmt); (void) vfprintf (stderr, fmt, args); va_end (args); } } static void lt_error_core (int exit_status, const char *file, int line, const char *mode, const char *message, va_list ap) { fprintf (stderr, "%s:%s:%d: %s: ", program_name, file, line, mode); vfprintf (stderr, message, ap); fprintf (stderr, ".\n"); if (exit_status >= 0) exit (exit_status); } void lt_fatal (const char *file, int line, const char *message, ...) { va_list ap; va_start (ap, message); lt_error_core (EXIT_FAILURE, file, line, "FATAL", message, ap); va_end (ap); } static const char * nonnull (const char *s) { return s ? s : "(null)"; } static const char * nonempty (const char *s) { return (s && !*s) ? "(empty)" : nonnull (s); } void lt_setenv (const char *name, const char *value) { lt_debugprintf (__FILE__, __LINE__, "(lt_setenv) setting '%s' to '%s'\n", nonnull (name), nonnull (value)); { #ifdef HAVE_SETENV /* always make a copy, for consistency with !HAVE_SETENV */ char *str = xstrdup (value); setenv (name, str, 1); #else size_t len = strlen (name) + 1 + strlen (value) + 1; char *str = XMALLOC (char, len); sprintf (str, "%s=%s", name, value); if (putenv (str) != EXIT_SUCCESS) { XFREE (str); } #endif } } char * lt_extend_str (const char *orig_value, const char *add, int to_end) { char *new_value; if (orig_value && *orig_value) { size_t orig_value_len = strlen (orig_value); size_t add_len = strlen (add); new_value = XMALLOC (char, add_len + orig_value_len + 1); if (to_end) { strcpy (new_value, orig_value); strcpy (new_value + orig_value_len, add); } else { strcpy (new_value, add); strcpy (new_value + add_len, orig_value); } } else { new_value = xstrdup (add); } return new_value; } void lt_update_exe_path (const char *name, const char *value) { lt_debugprintf (__FILE__, __LINE__, "(lt_update_exe_path) modifying '%s' by prepending '%s'\n", nonnull (name), nonnull (value)); if (name && *name && value && *value) { char *new_value = lt_extend_str (getenv (name), value, 0); /* some systems can't cope with a ':'-terminated path #' */ size_t len = strlen (new_value); while ((len > 0) && IS_PATH_SEPARATOR (new_value[len-1])) { new_value[--len] = '\0'; } lt_setenv (name, new_value); XFREE (new_value); } } void lt_update_lib_path (const char *name, const char *value) { lt_debugprintf (__FILE__, __LINE__, "(lt_update_lib_path) modifying '%s' by prepending '%s'\n", nonnull (name), nonnull (value)); if (name && *name && value && *value) { char *new_value = lt_extend_str (getenv (name), value, 0); lt_setenv (name, new_value); XFREE (new_value); } } EOF case $host_os in mingw*) cat <<"EOF" /* Prepares an argument vector before calling spawn(). Note that spawn() does not by itself call the command interpreter (getenv ("COMSPEC") != NULL ? getenv ("COMSPEC") : ({ OSVERSIONINFO v; v.dwOSVersionInfoSize = sizeof(OSVERSIONINFO); GetVersionEx(&v); v.dwPlatformId == VER_PLATFORM_WIN32_NT; }) ? "cmd.exe" : "command.com"). Instead it simply concatenates the arguments, separated by ' ', and calls CreateProcess(). We must quote the arguments since Win32 CreateProcess() interprets characters like ' ', '\t', '\\', '"' (but not '<' and '>') in a special way: - Space and tab are interpreted as delimiters. They are not treated as delimiters if they are surrounded by double quotes: "...". - Unescaped double quotes are removed from the input. Their only effect is that within double quotes, space and tab are treated like normal characters. - Backslashes not followed by double quotes are not special. - But 2*n+1 backslashes followed by a double quote become n backslashes followed by a double quote (n >= 0): \" -> " \\\" -> \" \\\\\" -> \\" */ #define SHELL_SPECIAL_CHARS "\"\\ \001\002\003\004\005\006\007\010\011\012\013\014\015\016\017\020\021\022\023\024\025\026\027\030\031\032\033\034\035\036\037" #define SHELL_SPACE_CHARS " \001\002\003\004\005\006\007\010\011\012\013\014\015\016\017\020\021\022\023\024\025\026\027\030\031\032\033\034\035\036\037" char ** prepare_spawn (char **argv) { size_t argc; char **new_argv; size_t i; /* Count number of arguments. */ for (argc = 0; argv[argc] != NULL; argc++) ; /* Allocate new argument vector. */ new_argv = XMALLOC (char *, argc + 1); /* Put quoted arguments into the new argument vector. */ for (i = 0; i < argc; i++) { const char *string = argv[i]; if (string[0] == '\0') new_argv[i] = xstrdup ("\"\""); else if (strpbrk (string, SHELL_SPECIAL_CHARS) != NULL) { int quote_around = (strpbrk (string, SHELL_SPACE_CHARS) != NULL); size_t length; unsigned int backslashes; const char *s; char *quoted_string; char *p; length = 0; backslashes = 0; if (quote_around) length++; for (s = string; *s != '\0'; s++) { char c = *s; if (c == '"') length += backslashes + 1; length++; if (c == '\\') backslashes++; else backslashes = 0; } if (quote_around) length += backslashes + 1; quoted_string = XMALLOC (char, length + 1); p = quoted_string; backslashes = 0; if (quote_around) *p++ = '"'; for (s = string; *s != '\0'; s++) { char c = *s; if (c == '"') { unsigned int j; for (j = backslashes + 1; j > 0; j--) *p++ = '\\'; } *p++ = c; if (c == '\\') backslashes++; else backslashes = 0; } if (quote_around) { unsigned int j; for (j = backslashes; j > 0; j--) *p++ = '\\'; *p++ = '"'; } *p = '\0'; new_argv[i] = quoted_string; } else new_argv[i] = (char *) string; } new_argv[argc] = NULL; return new_argv; } EOF ;; esac cat <<"EOF" void lt_dump_script (FILE* f) { EOF func_emit_wrapper yes | $SED -n -e ' s/^\(.\{79\}\)\(..*\)/\1\ \2/ h s/\([\\"]\)/\\\1/g s/$/\\n/ s/\([^\n]*\).*/ fputs ("\1", f);/p g D' cat <<"EOF" } EOF } # end: func_emit_cwrapperexe_src # func_win32_import_lib_p ARG # True if ARG is an import lib, as indicated by $file_magic_cmd func_win32_import_lib_p () { $debug_cmd case `eval $file_magic_cmd \"\$1\" 2>/dev/null | $SED -e 10q` in *import*) : ;; *) false ;; esac } # func_suncc_cstd_abi # !!ONLY CALL THIS FOR SUN CC AFTER $compile_command IS FULLY EXPANDED!! # Several compiler flags select an ABI that is incompatible with the # Cstd library. Avoid specifying it if any are in CXXFLAGS. func_suncc_cstd_abi () { $debug_cmd case " $compile_command " in *" -compat=g "*|*\ -std=c++[0-9][0-9]\ *|*" -library=stdcxx4 "*|*" -library=stlport4 "*) suncc_use_cstd_abi=no ;; *) suncc_use_cstd_abi=yes ;; esac } # func_mode_link arg... func_mode_link () { $debug_cmd case $host in *-*-cygwin* | *-*-mingw* | *-*-pw32* | *-*-os2* | *-cegcc*) # It is impossible to link a dll without this setting, and # we shouldn't force the makefile maintainer to figure out # what system we are compiling for in order to pass an extra # flag for every libtool invocation. # allow_undefined=no # FIXME: Unfortunately, there are problems with the above when trying # to make a dll that has undefined symbols, in which case not # even a static library is built. For now, we need to specify # -no-undefined on the libtool link line when we can be certain # that all symbols are satisfied, otherwise we get a static library. allow_undefined=yes ;; *) allow_undefined=yes ;; esac libtool_args=$nonopt base_compile="$nonopt $@" compile_command=$nonopt finalize_command=$nonopt compile_rpath= finalize_rpath= compile_shlibpath= finalize_shlibpath= convenience= old_convenience= deplibs= old_deplibs= compiler_flags= linker_flags= dllsearchpath= lib_search_path=`pwd` inst_prefix_dir= new_inherited_linker_flags= avoid_version=no bindir= dlfiles= dlprefiles= dlself=no export_dynamic=no export_symbols= export_symbols_regex= generated= libobjs= ltlibs= module=no no_install=no objs= os2dllname= non_pic_objects= precious_files_regex= prefer_static_libs=no preload=false prev= prevarg= release= rpath= xrpath= perm_rpath= temp_rpath= thread_safe=no vinfo= vinfo_number=no weak_libs= single_module=$wl-single_module func_infer_tag $base_compile # We need to know -static, to get the right output filenames. for arg do case $arg in -shared) test yes != "$build_libtool_libs" \ && func_fatal_configuration "cannot build a shared library" build_old_libs=no break ;; -all-static | -static | -static-libtool-libs) case $arg in -all-static) if test yes = "$build_libtool_libs" && test -z "$link_static_flag"; then func_warning "complete static linking is impossible in this configuration" fi if test -n "$link_static_flag"; then dlopen_self=$dlopen_self_static fi prefer_static_libs=yes ;; -static) if test -z "$pic_flag" && test -n "$link_static_flag"; then dlopen_self=$dlopen_self_static fi prefer_static_libs=built ;; -static-libtool-libs) if test -z "$pic_flag" && test -n "$link_static_flag"; then dlopen_self=$dlopen_self_static fi prefer_static_libs=yes ;; esac build_libtool_libs=no build_old_libs=yes break ;; esac done # See if our shared archives depend on static archives. test -n "$old_archive_from_new_cmds" && build_old_libs=yes # Go through the arguments, transforming them on the way. while test "$#" -gt 0; do arg=$1 shift func_quote_for_eval "$arg" qarg=$func_quote_for_eval_unquoted_result func_append libtool_args " $func_quote_for_eval_result" # If the previous option needs an argument, assign it. if test -n "$prev"; then case $prev in output) func_append compile_command " @OUTPUT@" func_append finalize_command " @OUTPUT@" ;; esac case $prev in bindir) bindir=$arg prev= continue ;; dlfiles|dlprefiles) $preload || { # Add the symbol object into the linking commands. func_append compile_command " @SYMFILE@" func_append finalize_command " @SYMFILE@" preload=: } case $arg in *.la | *.lo) ;; # We handle these cases below. force) if test no = "$dlself"; then dlself=needless export_dynamic=yes fi prev= continue ;; self) if test dlprefiles = "$prev"; then dlself=yes elif test dlfiles = "$prev" && test yes != "$dlopen_self"; then dlself=yes else dlself=needless export_dynamic=yes fi prev= continue ;; *) if test dlfiles = "$prev"; then func_append dlfiles " $arg" else func_append dlprefiles " $arg" fi prev= continue ;; esac ;; expsyms) export_symbols=$arg test -f "$arg" \ || func_fatal_error "symbol file '$arg' does not exist" prev= continue ;; expsyms_regex) export_symbols_regex=$arg prev= continue ;; framework) case $host in *-*-darwin*) case "$deplibs " in *" $qarg.ltframework "*) ;; *) func_append deplibs " $qarg.ltframework" # this is fixed later ;; esac ;; esac prev= continue ;; inst_prefix) inst_prefix_dir=$arg prev= continue ;; mllvm) # Clang does not use LLVM to link, so we can simply discard any # '-mllvm $arg' options when doing the link step. prev= continue ;; objectlist) if test -f "$arg"; then save_arg=$arg moreargs= for fil in `cat "$save_arg"` do # func_append moreargs " $fil" arg=$fil # A libtool-controlled object. # Check to see that this really is a libtool object. if func_lalib_unsafe_p "$arg"; then pic_object= non_pic_object= # Read the .lo file func_source "$arg" if test -z "$pic_object" || test -z "$non_pic_object" || test none = "$pic_object" && test none = "$non_pic_object"; then func_fatal_error "cannot find name of object for '$arg'" fi # Extract subdirectory from the argument. func_dirname "$arg" "/" "" xdir=$func_dirname_result if test none != "$pic_object"; then # Prepend the subdirectory the object is found in. pic_object=$xdir$pic_object if test dlfiles = "$prev"; then if test yes = "$build_libtool_libs" && test yes = "$dlopen_support"; then func_append dlfiles " $pic_object" prev= continue else # If libtool objects are unsupported, then we need to preload. prev=dlprefiles fi fi # CHECK ME: I think I busted this. -Ossama if test dlprefiles = "$prev"; then # Preload the old-style object. func_append dlprefiles " $pic_object" prev= fi # A PIC object. func_append libobjs " $pic_object" arg=$pic_object fi # Non-PIC object. if test none != "$non_pic_object"; then # Prepend the subdirectory the object is found in. non_pic_object=$xdir$non_pic_object # A standard non-PIC object func_append non_pic_objects " $non_pic_object" if test -z "$pic_object" || test none = "$pic_object"; then arg=$non_pic_object fi else # If the PIC object exists, use it instead. # $xdir was prepended to $pic_object above. non_pic_object=$pic_object func_append non_pic_objects " $non_pic_object" fi else # Only an error if not doing a dry-run. if $opt_dry_run; then # Extract subdirectory from the argument. func_dirname "$arg" "/" "" xdir=$func_dirname_result func_lo2o "$arg" pic_object=$xdir$objdir/$func_lo2o_result non_pic_object=$xdir$func_lo2o_result func_append libobjs " $pic_object" func_append non_pic_objects " $non_pic_object" else func_fatal_error "'$arg' is not a valid libtool object" fi fi done else func_fatal_error "link input file '$arg' does not exist" fi arg=$save_arg prev= continue ;; os2dllname) os2dllname=$arg prev= continue ;; precious_regex) precious_files_regex=$arg prev= continue ;; release) release=-$arg prev= continue ;; rpath | xrpath) # We need an absolute path. case $arg in [\\/]* | [A-Za-z]:[\\/]*) ;; *) func_fatal_error "only absolute run-paths are allowed" ;; esac if test rpath = "$prev"; then case "$rpath " in *" $arg "*) ;; *) func_append rpath " $arg" ;; esac else case "$xrpath " in *" $arg "*) ;; *) func_append xrpath " $arg" ;; esac fi prev= continue ;; shrext) shrext_cmds=$arg prev= continue ;; weak) func_append weak_libs " $arg" prev= continue ;; xcclinker) func_append linker_flags " $qarg" func_append compiler_flags " $qarg" prev= func_append compile_command " $qarg" func_append finalize_command " $qarg" continue ;; xcompiler) func_append compiler_flags " $qarg" prev= func_append compile_command " $qarg" func_append finalize_command " $qarg" continue ;; xlinker) func_append linker_flags " $qarg" func_append compiler_flags " $wl$qarg" prev= func_append compile_command " $wl$qarg" func_append finalize_command " $wl$qarg" continue ;; *) eval "$prev=\"\$arg\"" prev= continue ;; esac fi # test -n "$prev" prevarg=$arg case $arg in -all-static) if test -n "$link_static_flag"; then # See comment for -static flag below, for more details. func_append compile_command " $link_static_flag" func_append finalize_command " $link_static_flag" fi continue ;; -allow-undefined) # FIXME: remove this flag sometime in the future. func_fatal_error "'-allow-undefined' must not be used because it is the default" ;; -avoid-version) avoid_version=yes continue ;; -bindir) prev=bindir continue ;; -dlopen) prev=dlfiles continue ;; -dlpreopen) prev=dlprefiles continue ;; -export-dynamic) export_dynamic=yes continue ;; -export-symbols | -export-symbols-regex) if test -n "$export_symbols" || test -n "$export_symbols_regex"; then func_fatal_error "more than one -exported-symbols argument is not allowed" fi if test X-export-symbols = "X$arg"; then prev=expsyms else prev=expsyms_regex fi continue ;; -framework) prev=framework continue ;; -inst-prefix-dir) prev=inst_prefix continue ;; # The native IRIX linker understands -LANG:*, -LIST:* and -LNO:* # so, if we see these flags be careful not to treat them like -L -L[A-Z][A-Z]*:*) case $with_gcc/$host in no/*-*-irix* | /*-*-irix*) func_append compile_command " $arg" func_append finalize_command " $arg" ;; esac continue ;; -L*) func_stripname "-L" '' "$arg" if test -z "$func_stripname_result"; then if test "$#" -gt 0; then func_fatal_error "require no space between '-L' and '$1'" else func_fatal_error "need path for '-L' option" fi fi func_resolve_sysroot "$func_stripname_result" dir=$func_resolve_sysroot_result # We need an absolute path. case $dir in [\\/]* | [A-Za-z]:[\\/]*) ;; *) absdir=`cd "$dir" && pwd` test -z "$absdir" && \ func_fatal_error "cannot determine absolute directory name of '$dir'" dir=$absdir ;; esac case "$deplibs " in *" -L$dir "* | *" $arg "*) # Will only happen for absolute or sysroot arguments ;; *) # Preserve sysroot, but never include relative directories case $dir in [\\/]* | [A-Za-z]:[\\/]* | =*) func_append deplibs " $arg" ;; *) func_append deplibs " -L$dir" ;; esac func_append lib_search_path " $dir" ;; esac case $host in *-*-cygwin* | *-*-mingw* | *-*-pw32* | *-*-os2* | *-cegcc*) testbindir=`$ECHO "$dir" | $SED 's*/lib$*/bin*'` case :$dllsearchpath: in *":$dir:"*) ;; ::) dllsearchpath=$dir;; *) func_append dllsearchpath ":$dir";; esac case :$dllsearchpath: in *":$testbindir:"*) ;; ::) dllsearchpath=$testbindir;; *) func_append dllsearchpath ":$testbindir";; esac ;; esac continue ;; -l*) if test X-lc = "X$arg" || test X-lm = "X$arg"; then case $host in *-*-cygwin* | *-*-mingw* | *-*-pw32* | *-*-beos* | *-cegcc* | *-*-haiku*) # These systems don't actually have a C or math library (as such) continue ;; *-*-os2*) # These systems don't actually have a C library (as such) test X-lc = "X$arg" && continue ;; *-*-openbsd* | *-*-freebsd* | *-*-dragonfly* | *-*-bitrig*) # Do not include libc due to us having libc/libc_r. test X-lc = "X$arg" && continue ;; *-*-rhapsody* | *-*-darwin1.[012]) # Rhapsody C and math libraries are in the System framework func_append deplibs " System.ltframework" continue ;; *-*-sco3.2v5* | *-*-sco5v6*) # Causes problems with __ctype test X-lc = "X$arg" && continue ;; *-*-sysv4.2uw2* | *-*-sysv5* | *-*-unixware* | *-*-OpenUNIX*) # Compiler inserts libc in the correct place for threads to work test X-lc = "X$arg" && continue ;; esac elif test X-lc_r = "X$arg"; then case $host in *-*-openbsd* | *-*-freebsd* | *-*-dragonfly* | *-*-bitrig*) # Do not include libc_r directly, use -pthread flag. continue ;; esac fi func_append deplibs " $arg" continue ;; -mllvm) prev=mllvm continue ;; -module) module=yes continue ;; # Tru64 UNIX uses -model [arg] to determine the layout of C++ # classes, name mangling, and exception handling. # Darwin uses the -arch flag to determine output architecture. -model|-arch|-isysroot|--sysroot) func_append compiler_flags " $arg" func_append compile_command " $arg" func_append finalize_command " $arg" prev=xcompiler continue ;; -mt|-mthreads|-kthread|-Kthread|-pthread|-pthreads|--thread-safe \ |-threads|-fopenmp|-openmp|-mp|-xopenmp|-omp|-qsmp=*) func_append compiler_flags " $arg" func_append compile_command " $arg" func_append finalize_command " $arg" case "$new_inherited_linker_flags " in *" $arg "*) ;; * ) func_append new_inherited_linker_flags " $arg" ;; esac continue ;; -multi_module) single_module=$wl-multi_module continue ;; -no-fast-install) fast_install=no continue ;; -no-install) case $host in *-*-cygwin* | *-*-mingw* | *-*-pw32* | *-*-os2* | *-*-darwin* | *-cegcc*) # The PATH hackery in wrapper scripts is required on Windows # and Darwin in order for the loader to find any dlls it needs. func_warning "'-no-install' is ignored for $host" func_warning "assuming '-no-fast-install' instead" fast_install=no ;; *) no_install=yes ;; esac continue ;; -no-undefined) allow_undefined=no continue ;; -objectlist) prev=objectlist continue ;; -os2dllname) prev=os2dllname continue ;; -o) prev=output ;; -precious-files-regex) prev=precious_regex continue ;; -release) prev=release continue ;; -rpath) prev=rpath continue ;; -R) prev=xrpath continue ;; -R*) func_stripname '-R' '' "$arg" dir=$func_stripname_result # We need an absolute path. case $dir in [\\/]* | [A-Za-z]:[\\/]*) ;; =*) func_stripname '=' '' "$dir" dir=$lt_sysroot$func_stripname_result ;; *) func_fatal_error "only absolute run-paths are allowed" ;; esac case "$xrpath " in *" $dir "*) ;; *) func_append xrpath " $dir" ;; esac continue ;; -shared) # The effects of -shared are defined in a previous loop. continue ;; -shrext) prev=shrext continue ;; -static | -static-libtool-libs) # The effects of -static are defined in a previous loop. # We used to do the same as -all-static on platforms that # didn't have a PIC flag, but the assumption that the effects # would be equivalent was wrong. It would break on at least # Digital Unix and AIX. continue ;; -thread-safe) thread_safe=yes continue ;; -version-info) prev=vinfo continue ;; -version-number) prev=vinfo vinfo_number=yes continue ;; -weak) prev=weak continue ;; -Wc,*) func_stripname '-Wc,' '' "$arg" args=$func_stripname_result arg= save_ifs=$IFS; IFS=, for flag in $args; do IFS=$save_ifs func_quote_for_eval "$flag" func_append arg " $func_quote_for_eval_result" func_append compiler_flags " $func_quote_for_eval_result" done IFS=$save_ifs func_stripname ' ' '' "$arg" arg=$func_stripname_result ;; -Wl,*) func_stripname '-Wl,' '' "$arg" args=$func_stripname_result arg= save_ifs=$IFS; IFS=, for flag in $args; do IFS=$save_ifs func_quote_for_eval "$flag" func_append arg " $wl$func_quote_for_eval_result" func_append compiler_flags " $wl$func_quote_for_eval_result" func_append linker_flags " $func_quote_for_eval_result" done IFS=$save_ifs func_stripname ' ' '' "$arg" arg=$func_stripname_result ;; -Xcompiler) prev=xcompiler continue ;; -Xlinker) prev=xlinker continue ;; -XCClinker) prev=xcclinker continue ;; # -msg_* for osf cc -msg_*) func_quote_for_eval "$arg" arg=$func_quote_for_eval_result ;; # Flags to be passed through unchanged, with rationale: # -64, -mips[0-9] enable 64-bit mode for the SGI compiler # -r[0-9][0-9]* specify processor for the SGI compiler # -xarch=*, -xtarget=* enable 64-bit mode for the Sun compiler # +DA*, +DD* enable 64-bit mode for the HP compiler # -q* compiler args for the IBM compiler # -m*, -t[45]*, -txscale* architecture-specific flags for GCC # -F/path path to uninstalled frameworks, gcc on darwin # -p, -pg, --coverage, -fprofile-* profiling flags for GCC # -fstack-protector* stack protector flags for GCC # @file GCC response files # -tp=* Portland pgcc target processor selection # --sysroot=* for sysroot support # -O*, -g*, -flto*, -fwhopr*, -fuse-linker-plugin GCC link-time optimization # -specs=* GCC specs files # -stdlib=* select c++ std lib with clang # -fsanitize=* Clang/GCC memory and address sanitizer -64|-mips[0-9]|-r[0-9][0-9]*|-xarch=*|-xtarget=*|+DA*|+DD*|-q*|-m*| \ -t[45]*|-txscale*|-p|-pg|--coverage|-fprofile-*|-F*|@*|-tp=*|--sysroot=*| \ -O*|-g*|-flto*|-fwhopr*|-fuse-linker-plugin|-fstack-protector*|-stdlib=*| \ -specs=*|-fsanitize=*) func_quote_for_eval "$arg" arg=$func_quote_for_eval_result func_append compile_command " $arg" func_append finalize_command " $arg" func_append compiler_flags " $arg" continue ;; -Z*) if test os2 = "`expr $host : '.*\(os2\)'`"; then # OS/2 uses -Zxxx to specify OS/2-specific options compiler_flags="$compiler_flags $arg" func_append compile_command " $arg" func_append finalize_command " $arg" case $arg in -Zlinker | -Zstack) prev=xcompiler ;; esac continue else # Otherwise treat like 'Some other compiler flag' below func_quote_for_eval "$arg" arg=$func_quote_for_eval_result fi ;; # Some other compiler flag. -* | +*) func_quote_for_eval "$arg" arg=$func_quote_for_eval_result ;; *.$objext) # A standard object. func_append objs " $arg" ;; *.lo) # A libtool-controlled object. # Check to see that this really is a libtool object. if func_lalib_unsafe_p "$arg"; then pic_object= non_pic_object= # Read the .lo file func_source "$arg" if test -z "$pic_object" || test -z "$non_pic_object" || test none = "$pic_object" && test none = "$non_pic_object"; then func_fatal_error "cannot find name of object for '$arg'" fi # Extract subdirectory from the argument. func_dirname "$arg" "/" "" xdir=$func_dirname_result test none = "$pic_object" || { # Prepend the subdirectory the object is found in. pic_object=$xdir$pic_object if test dlfiles = "$prev"; then if test yes = "$build_libtool_libs" && test yes = "$dlopen_support"; then func_append dlfiles " $pic_object" prev= continue else # If libtool objects are unsupported, then we need to preload. prev=dlprefiles fi fi # CHECK ME: I think I busted this. -Ossama if test dlprefiles = "$prev"; then # Preload the old-style object. func_append dlprefiles " $pic_object" prev= fi # A PIC object. func_append libobjs " $pic_object" arg=$pic_object } # Non-PIC object. if test none != "$non_pic_object"; then # Prepend the subdirectory the object is found in. non_pic_object=$xdir$non_pic_object # A standard non-PIC object func_append non_pic_objects " $non_pic_object" if test -z "$pic_object" || test none = "$pic_object"; then arg=$non_pic_object fi else # If the PIC object exists, use it instead. # $xdir was prepended to $pic_object above. non_pic_object=$pic_object func_append non_pic_objects " $non_pic_object" fi else # Only an error if not doing a dry-run. if $opt_dry_run; then # Extract subdirectory from the argument. func_dirname "$arg" "/" "" xdir=$func_dirname_result func_lo2o "$arg" pic_object=$xdir$objdir/$func_lo2o_result non_pic_object=$xdir$func_lo2o_result func_append libobjs " $pic_object" func_append non_pic_objects " $non_pic_object" else func_fatal_error "'$arg' is not a valid libtool object" fi fi ;; *.$libext) # An archive. func_append deplibs " $arg" func_append old_deplibs " $arg" continue ;; *.la) # A libtool-controlled library. func_resolve_sysroot "$arg" if test dlfiles = "$prev"; then # This library was specified with -dlopen. func_append dlfiles " $func_resolve_sysroot_result" prev= elif test dlprefiles = "$prev"; then # The library was specified with -dlpreopen. func_append dlprefiles " $func_resolve_sysroot_result" prev= else func_append deplibs " $func_resolve_sysroot_result" fi continue ;; # Some other compiler argument. *) # Unknown arguments in both finalize_command and compile_command need # to be aesthetically quoted because they are evaled later. func_quote_for_eval "$arg" arg=$func_quote_for_eval_result ;; esac # arg # Now actually substitute the argument into the commands. if test -n "$arg"; then func_append compile_command " $arg" func_append finalize_command " $arg" fi done # argument parsing loop test -n "$prev" && \ func_fatal_help "the '$prevarg' option requires an argument" if test yes = "$export_dynamic" && test -n "$export_dynamic_flag_spec"; then eval arg=\"$export_dynamic_flag_spec\" func_append compile_command " $arg" func_append finalize_command " $arg" fi oldlibs= # calculate the name of the file, without its directory func_basename "$output" outputname=$func_basename_result libobjs_save=$libobjs if test -n "$shlibpath_var"; then # get the directories listed in $shlibpath_var eval shlib_search_path=\`\$ECHO \"\$$shlibpath_var\" \| \$SED \'s/:/ /g\'\` else shlib_search_path= fi eval sys_lib_search_path=\"$sys_lib_search_path_spec\" eval sys_lib_dlsearch_path=\"$sys_lib_dlsearch_path_spec\" # Definition is injected by LT_CONFIG during libtool generation. func_munge_path_list sys_lib_dlsearch_path "$LT_SYS_LIBRARY_PATH" func_dirname "$output" "/" "" output_objdir=$func_dirname_result$objdir func_to_tool_file "$output_objdir/" tool_output_objdir=$func_to_tool_file_result # Create the object directory. func_mkdir_p "$output_objdir" # Determine the type of output case $output in "") func_fatal_help "you must specify an output file" ;; *.$libext) linkmode=oldlib ;; *.lo | *.$objext) linkmode=obj ;; *.la) linkmode=lib ;; *) linkmode=prog ;; # Anything else should be a program. esac specialdeplibs= libs= # Find all interdependent deplibs by searching for libraries # that are linked more than once (e.g. -la -lb -la) for deplib in $deplibs; do if $opt_preserve_dup_deps; then case "$libs " in *" $deplib "*) func_append specialdeplibs " $deplib" ;; esac fi func_append libs " $deplib" done if test lib = "$linkmode"; then libs="$predeps $libs $compiler_lib_search_path $postdeps" # Compute libraries that are listed more than once in $predeps # $postdeps and mark them as special (i.e., whose duplicates are # not to be eliminated). pre_post_deps= if $opt_duplicate_compiler_generated_deps; then for pre_post_dep in $predeps $postdeps; do case "$pre_post_deps " in *" $pre_post_dep "*) func_append specialdeplibs " $pre_post_deps" ;; esac func_append pre_post_deps " $pre_post_dep" done fi pre_post_deps= fi deplibs= newdependency_libs= newlib_search_path= need_relink=no # whether we're linking any uninstalled libtool libraries notinst_deplibs= # not-installed libtool libraries notinst_path= # paths that contain not-installed libtool libraries case $linkmode in lib) passes="conv dlpreopen link" for file in $dlfiles $dlprefiles; do case $file in *.la) ;; *) func_fatal_help "libraries can '-dlopen' only libtool libraries: $file" ;; esac done ;; prog) compile_deplibs= finalize_deplibs= alldeplibs=false newdlfiles= newdlprefiles= passes="conv scan dlopen dlpreopen link" ;; *) passes="conv" ;; esac for pass in $passes; do # The preopen pass in lib mode reverses $deplibs; put it back here # so that -L comes before libs that need it for instance... if test lib,link = "$linkmode,$pass"; then ## FIXME: Find the place where the list is rebuilt in the wrong ## order, and fix it there properly tmp_deplibs= for deplib in $deplibs; do tmp_deplibs="$deplib $tmp_deplibs" done deplibs=$tmp_deplibs fi if test lib,link = "$linkmode,$pass" || test prog,scan = "$linkmode,$pass"; then libs=$deplibs deplibs= fi if test prog = "$linkmode"; then case $pass in dlopen) libs=$dlfiles ;; dlpreopen) libs=$dlprefiles ;; link) libs="$deplibs %DEPLIBS%" test "X$link_all_deplibs" != Xno && libs="$libs $dependency_libs" ;; esac fi if test lib,dlpreopen = "$linkmode,$pass"; then # Collect and forward deplibs of preopened libtool libs for lib in $dlprefiles; do # Ignore non-libtool-libs dependency_libs= func_resolve_sysroot "$lib" case $lib in *.la) func_source "$func_resolve_sysroot_result" ;; esac # Collect preopened libtool deplibs, except any this library # has declared as weak libs for deplib in $dependency_libs; do func_basename "$deplib" deplib_base=$func_basename_result case " $weak_libs " in *" $deplib_base "*) ;; *) func_append deplibs " $deplib" ;; esac done done libs=$dlprefiles fi if test dlopen = "$pass"; then # Collect dlpreopened libraries save_deplibs=$deplibs deplibs= fi for deplib in $libs; do lib= found=false case $deplib in -mt|-mthreads|-kthread|-Kthread|-pthread|-pthreads|--thread-safe \ |-threads|-fopenmp|-openmp|-mp|-xopenmp|-omp|-qsmp=*) if test prog,link = "$linkmode,$pass"; then compile_deplibs="$deplib $compile_deplibs" finalize_deplibs="$deplib $finalize_deplibs" else func_append compiler_flags " $deplib" if test lib = "$linkmode"; then case "$new_inherited_linker_flags " in *" $deplib "*) ;; * ) func_append new_inherited_linker_flags " $deplib" ;; esac fi fi continue ;; -l*) if test lib != "$linkmode" && test prog != "$linkmode"; then func_warning "'-l' is ignored for archives/objects" continue fi func_stripname '-l' '' "$deplib" name=$func_stripname_result if test lib = "$linkmode"; then searchdirs="$newlib_search_path $lib_search_path $compiler_lib_search_dirs $sys_lib_search_path $shlib_search_path" else searchdirs="$newlib_search_path $lib_search_path $sys_lib_search_path $shlib_search_path" fi for searchdir in $searchdirs; do for search_ext in .la $std_shrext .so .a; do # Search the libtool library lib=$searchdir/lib$name$search_ext if test -f "$lib"; then if test .la = "$search_ext"; then found=: else found=false fi break 2 fi done done if $found; then # deplib is a libtool library # If $allow_libtool_libs_with_static_runtimes && $deplib is a stdlib, # We need to do some special things here, and not later. if test yes = "$allow_libtool_libs_with_static_runtimes"; then case " $predeps $postdeps " in *" $deplib "*) if func_lalib_p "$lib"; then library_names= old_library= func_source "$lib" for l in $old_library $library_names; do ll=$l done if test "X$ll" = "X$old_library"; then # only static version available found=false func_dirname "$lib" "" "." ladir=$func_dirname_result lib=$ladir/$old_library if test prog,link = "$linkmode,$pass"; then compile_deplibs="$deplib $compile_deplibs" finalize_deplibs="$deplib $finalize_deplibs" else deplibs="$deplib $deplibs" test lib = "$linkmode" && newdependency_libs="$deplib $newdependency_libs" fi continue fi fi ;; *) ;; esac fi else # deplib doesn't seem to be a libtool library if test prog,link = "$linkmode,$pass"; then compile_deplibs="$deplib $compile_deplibs" finalize_deplibs="$deplib $finalize_deplibs" else deplibs="$deplib $deplibs" test lib = "$linkmode" && newdependency_libs="$deplib $newdependency_libs" fi continue fi ;; # -l *.ltframework) if test prog,link = "$linkmode,$pass"; then compile_deplibs="$deplib $compile_deplibs" finalize_deplibs="$deplib $finalize_deplibs" else deplibs="$deplib $deplibs" if test lib = "$linkmode"; then case "$new_inherited_linker_flags " in *" $deplib "*) ;; * ) func_append new_inherited_linker_flags " $deplib" ;; esac fi fi continue ;; -L*) case $linkmode in lib) deplibs="$deplib $deplibs" test conv = "$pass" && continue newdependency_libs="$deplib $newdependency_libs" func_stripname '-L' '' "$deplib" func_resolve_sysroot "$func_stripname_result" func_append newlib_search_path " $func_resolve_sysroot_result" ;; prog) if test conv = "$pass"; then deplibs="$deplib $deplibs" continue fi if test scan = "$pass"; then deplibs="$deplib $deplibs" else compile_deplibs="$deplib $compile_deplibs" finalize_deplibs="$deplib $finalize_deplibs" fi func_stripname '-L' '' "$deplib" func_resolve_sysroot "$func_stripname_result" func_append newlib_search_path " $func_resolve_sysroot_result" ;; *) func_warning "'-L' is ignored for archives/objects" ;; esac # linkmode continue ;; # -L -R*) if test link = "$pass"; then func_stripname '-R' '' "$deplib" func_resolve_sysroot "$func_stripname_result" dir=$func_resolve_sysroot_result # Make sure the xrpath contains only unique directories. case "$xrpath " in *" $dir "*) ;; *) func_append xrpath " $dir" ;; esac fi deplibs="$deplib $deplibs" continue ;; *.la) func_resolve_sysroot "$deplib" lib=$func_resolve_sysroot_result ;; *.$libext) if test conv = "$pass"; then deplibs="$deplib $deplibs" continue fi case $linkmode in lib) # Linking convenience modules into shared libraries is allowed, # but linking other static libraries is non-portable. case " $dlpreconveniencelibs " in *" $deplib "*) ;; *) valid_a_lib=false case $deplibs_check_method in match_pattern*) set dummy $deplibs_check_method; shift match_pattern_regex=`expr "$deplibs_check_method" : "$1 \(.*\)"` if eval "\$ECHO \"$deplib\"" 2>/dev/null | $SED 10q \ | $EGREP "$match_pattern_regex" > /dev/null; then valid_a_lib=: fi ;; pass_all) valid_a_lib=: ;; esac if $valid_a_lib; then echo $ECHO "*** Warning: Linking the shared library $output against the" $ECHO "*** static library $deplib is not portable!" deplibs="$deplib $deplibs" else echo $ECHO "*** Warning: Trying to link with static lib archive $deplib." echo "*** I have the capability to make that library automatically link in when" echo "*** you link to this library. But I can only do this if you have a" echo "*** shared version of the library, which you do not appear to have" echo "*** because the file extensions .$libext of this argument makes me believe" echo "*** that it is just a static archive that I should not use here." fi ;; esac continue ;; prog) if test link != "$pass"; then deplibs="$deplib $deplibs" else compile_deplibs="$deplib $compile_deplibs" finalize_deplibs="$deplib $finalize_deplibs" fi continue ;; esac # linkmode ;; # *.$libext *.lo | *.$objext) if test conv = "$pass"; then deplibs="$deplib $deplibs" elif test prog = "$linkmode"; then if test dlpreopen = "$pass" || test yes != "$dlopen_support" || test no = "$build_libtool_libs"; then # If there is no dlopen support or we're linking statically, # we need to preload. func_append newdlprefiles " $deplib" compile_deplibs="$deplib $compile_deplibs" finalize_deplibs="$deplib $finalize_deplibs" else func_append newdlfiles " $deplib" fi fi continue ;; %DEPLIBS%) alldeplibs=: continue ;; esac # case $deplib $found || test -f "$lib" \ || func_fatal_error "cannot find the library '$lib' or unhandled argument '$deplib'" # Check to see that this really is a libtool archive. func_lalib_unsafe_p "$lib" \ || func_fatal_error "'$lib' is not a valid libtool archive" func_dirname "$lib" "" "." ladir=$func_dirname_result dlname= dlopen= dlpreopen= libdir= library_names= old_library= inherited_linker_flags= # If the library was installed with an old release of libtool, # it will not redefine variables installed, or shouldnotlink installed=yes shouldnotlink=no avoidtemprpath= # Read the .la file func_source "$lib" # Convert "-framework foo" to "foo.ltframework" if test -n "$inherited_linker_flags"; then tmp_inherited_linker_flags=`$ECHO "$inherited_linker_flags" | $SED 's/-framework \([^ $]*\)/\1.ltframework/g'` for tmp_inherited_linker_flag in $tmp_inherited_linker_flags; do case " $new_inherited_linker_flags " in *" $tmp_inherited_linker_flag "*) ;; *) func_append new_inherited_linker_flags " $tmp_inherited_linker_flag";; esac done fi dependency_libs=`$ECHO " $dependency_libs" | $SED 's% \([^ $]*\).ltframework% -framework \1%g'` if test lib,link = "$linkmode,$pass" || test prog,scan = "$linkmode,$pass" || { test prog != "$linkmode" && test lib != "$linkmode"; }; then test -n "$dlopen" && func_append dlfiles " $dlopen" test -n "$dlpreopen" && func_append dlprefiles " $dlpreopen" fi if test conv = "$pass"; then # Only check for convenience libraries deplibs="$lib $deplibs" if test -z "$libdir"; then if test -z "$old_library"; then func_fatal_error "cannot find name of link library for '$lib'" fi # It is a libtool convenience library, so add in its objects. func_append convenience " $ladir/$objdir/$old_library" func_append old_convenience " $ladir/$objdir/$old_library" tmp_libs= for deplib in $dependency_libs; do deplibs="$deplib $deplibs" if $opt_preserve_dup_deps; then case "$tmp_libs " in *" $deplib "*) func_append specialdeplibs " $deplib" ;; esac fi func_append tmp_libs " $deplib" done elif test prog != "$linkmode" && test lib != "$linkmode"; then func_fatal_error "'$lib' is not a convenience library" fi continue fi # $pass = conv # Get the name of the library we link against. linklib= if test -n "$old_library" && { test yes = "$prefer_static_libs" || test built,no = "$prefer_static_libs,$installed"; }; then linklib=$old_library else for l in $old_library $library_names; do linklib=$l done fi if test -z "$linklib"; then func_fatal_error "cannot find name of link library for '$lib'" fi # This library was specified with -dlopen. if test dlopen = "$pass"; then test -z "$libdir" \ && func_fatal_error "cannot -dlopen a convenience library: '$lib'" if test -z "$dlname" || test yes != "$dlopen_support" || test no = "$build_libtool_libs" then # If there is no dlname, no dlopen support or we're linking # statically, we need to preload. We also need to preload any # dependent libraries so libltdl's deplib preloader doesn't # bomb out in the load deplibs phase. func_append dlprefiles " $lib $dependency_libs" else func_append newdlfiles " $lib" fi continue fi # $pass = dlopen # We need an absolute path. case $ladir in [\\/]* | [A-Za-z]:[\\/]*) abs_ladir=$ladir ;; *) abs_ladir=`cd "$ladir" && pwd` if test -z "$abs_ladir"; then func_warning "cannot determine absolute directory name of '$ladir'" func_warning "passing it literally to the linker, although it might fail" abs_ladir=$ladir fi ;; esac func_basename "$lib" laname=$func_basename_result # Find the relevant object directory and library name. if test yes = "$installed"; then if test ! -f "$lt_sysroot$libdir/$linklib" && test -f "$abs_ladir/$linklib"; then func_warning "library '$lib' was moved." dir=$ladir absdir=$abs_ladir libdir=$abs_ladir else dir=$lt_sysroot$libdir absdir=$lt_sysroot$libdir fi test yes = "$hardcode_automatic" && avoidtemprpath=yes else if test ! -f "$ladir/$objdir/$linklib" && test -f "$abs_ladir/$linklib"; then dir=$ladir absdir=$abs_ladir # Remove this search path later func_append notinst_path " $abs_ladir" else dir=$ladir/$objdir absdir=$abs_ladir/$objdir # Remove this search path later func_append notinst_path " $abs_ladir" fi fi # $installed = yes func_stripname 'lib' '.la' "$laname" name=$func_stripname_result # This library was specified with -dlpreopen. if test dlpreopen = "$pass"; then if test -z "$libdir" && test prog = "$linkmode"; then func_fatal_error "only libraries may -dlpreopen a convenience library: '$lib'" fi case $host in # special handling for platforms with PE-DLLs. *cygwin* | *mingw* | *cegcc* ) # Linker will automatically link against shared library if both # static and shared are present. Therefore, ensure we extract # symbols from the import library if a shared library is present # (otherwise, the dlopen module name will be incorrect). We do # this by putting the import library name into $newdlprefiles. # We recover the dlopen module name by 'saving' the la file # name in a special purpose variable, and (later) extracting the # dlname from the la file. if test -n "$dlname"; then func_tr_sh "$dir/$linklib" eval "libfile_$func_tr_sh_result=\$abs_ladir/\$laname" func_append newdlprefiles " $dir/$linklib" else func_append newdlprefiles " $dir/$old_library" # Keep a list of preopened convenience libraries to check # that they are being used correctly in the link pass. test -z "$libdir" && \ func_append dlpreconveniencelibs " $dir/$old_library" fi ;; * ) # Prefer using a static library (so that no silly _DYNAMIC symbols # are required to link). if test -n "$old_library"; then func_append newdlprefiles " $dir/$old_library" # Keep a list of preopened convenience libraries to check # that they are being used correctly in the link pass. test -z "$libdir" && \ func_append dlpreconveniencelibs " $dir/$old_library" # Otherwise, use the dlname, so that lt_dlopen finds it. elif test -n "$dlname"; then func_append newdlprefiles " $dir/$dlname" else func_append newdlprefiles " $dir/$linklib" fi ;; esac fi # $pass = dlpreopen if test -z "$libdir"; then # Link the convenience library if test lib = "$linkmode"; then deplibs="$dir/$old_library $deplibs" elif test prog,link = "$linkmode,$pass"; then compile_deplibs="$dir/$old_library $compile_deplibs" finalize_deplibs="$dir/$old_library $finalize_deplibs" else deplibs="$lib $deplibs" # used for prog,scan pass fi continue fi if test prog = "$linkmode" && test link != "$pass"; then func_append newlib_search_path " $ladir" deplibs="$lib $deplibs" linkalldeplibs=false if test no != "$link_all_deplibs" || test -z "$library_names" || test no = "$build_libtool_libs"; then linkalldeplibs=: fi tmp_libs= for deplib in $dependency_libs; do case $deplib in -L*) func_stripname '-L' '' "$deplib" func_resolve_sysroot "$func_stripname_result" func_append newlib_search_path " $func_resolve_sysroot_result" ;; esac # Need to link against all dependency_libs? if $linkalldeplibs; then deplibs="$deplib $deplibs" else # Need to hardcode shared library paths # or/and link against static libraries newdependency_libs="$deplib $newdependency_libs" fi if $opt_preserve_dup_deps; then case "$tmp_libs " in *" $deplib "*) func_append specialdeplibs " $deplib" ;; esac fi func_append tmp_libs " $deplib" done # for deplib continue fi # $linkmode = prog... if test prog,link = "$linkmode,$pass"; then if test -n "$library_names" && { { test no = "$prefer_static_libs" || test built,yes = "$prefer_static_libs,$installed"; } || test -z "$old_library"; }; then # We need to hardcode the library path if test -n "$shlibpath_var" && test -z "$avoidtemprpath"; then # Make sure the rpath contains only unique directories. case $temp_rpath: in *"$absdir:"*) ;; *) func_append temp_rpath "$absdir:" ;; esac fi # Hardcode the library path. # Skip directories that are in the system default run-time # search path. case " $sys_lib_dlsearch_path " in *" $absdir "*) ;; *) case "$compile_rpath " in *" $absdir "*) ;; *) func_append compile_rpath " $absdir" ;; esac ;; esac case " $sys_lib_dlsearch_path " in *" $libdir "*) ;; *) case "$finalize_rpath " in *" $libdir "*) ;; *) func_append finalize_rpath " $libdir" ;; esac ;; esac fi # $linkmode,$pass = prog,link... if $alldeplibs && { test pass_all = "$deplibs_check_method" || { test yes = "$build_libtool_libs" && test -n "$library_names"; }; }; then # We only need to search for static libraries continue fi fi link_static=no # Whether the deplib will be linked statically use_static_libs=$prefer_static_libs if test built = "$use_static_libs" && test yes = "$installed"; then use_static_libs=no fi if test -n "$library_names" && { test no = "$use_static_libs" || test -z "$old_library"; }; then case $host in *cygwin* | *mingw* | *cegcc* | *os2*) # No point in relinking DLLs because paths are not encoded func_append notinst_deplibs " $lib" need_relink=no ;; *) if test no = "$installed"; then func_append notinst_deplibs " $lib" need_relink=yes fi ;; esac # This is a shared library # Warn about portability, can't link against -module's on some # systems (darwin). Don't bleat about dlopened modules though! dlopenmodule= for dlpremoduletest in $dlprefiles; do if test "X$dlpremoduletest" = "X$lib"; then dlopenmodule=$dlpremoduletest break fi done if test -z "$dlopenmodule" && test yes = "$shouldnotlink" && test link = "$pass"; then echo if test prog = "$linkmode"; then $ECHO "*** Warning: Linking the executable $output against the loadable module" else $ECHO "*** Warning: Linking the shared library $output against the loadable module" fi $ECHO "*** $linklib is not portable!" fi if test lib = "$linkmode" && test yes = "$hardcode_into_libs"; then # Hardcode the library path. # Skip directories that are in the system default run-time # search path. case " $sys_lib_dlsearch_path " in *" $absdir "*) ;; *) case "$compile_rpath " in *" $absdir "*) ;; *) func_append compile_rpath " $absdir" ;; esac ;; esac case " $sys_lib_dlsearch_path " in *" $libdir "*) ;; *) case "$finalize_rpath " in *" $libdir "*) ;; *) func_append finalize_rpath " $libdir" ;; esac ;; esac fi if test -n "$old_archive_from_expsyms_cmds"; then # figure out the soname set dummy $library_names shift realname=$1 shift libname=`eval "\\$ECHO \"$libname_spec\""` # use dlname if we got it. it's perfectly good, no? if test -n "$dlname"; then soname=$dlname elif test -n "$soname_spec"; then # bleh windows case $host in *cygwin* | mingw* | *cegcc* | *os2*) func_arith $current - $age major=$func_arith_result versuffix=-$major ;; esac eval soname=\"$soname_spec\" else soname=$realname fi # Make a new name for the extract_expsyms_cmds to use soroot=$soname func_basename "$soroot" soname=$func_basename_result func_stripname 'lib' '.dll' "$soname" newlib=libimp-$func_stripname_result.a # If the library has no export list, then create one now if test -f "$output_objdir/$soname-def"; then : else func_verbose "extracting exported symbol list from '$soname'" func_execute_cmds "$extract_expsyms_cmds" 'exit $?' fi # Create $newlib if test -f "$output_objdir/$newlib"; then :; else func_verbose "generating import library for '$soname'" func_execute_cmds "$old_archive_from_expsyms_cmds" 'exit $?' fi # make sure the library variables are pointing to the new library dir=$output_objdir linklib=$newlib fi # test -n "$old_archive_from_expsyms_cmds" if test prog = "$linkmode" || test relink != "$opt_mode"; then add_shlibpath= add_dir= add= lib_linked=yes case $hardcode_action in immediate | unsupported) if test no = "$hardcode_direct"; then add=$dir/$linklib case $host in *-*-sco3.2v5.0.[024]*) add_dir=-L$dir ;; *-*-sysv4*uw2*) add_dir=-L$dir ;; *-*-sysv5OpenUNIX* | *-*-sysv5UnixWare7.[01].[10]* | \ *-*-unixware7*) add_dir=-L$dir ;; *-*-darwin* ) # if the lib is a (non-dlopened) module then we cannot # link against it, someone is ignoring the earlier warnings if /usr/bin/file -L $add 2> /dev/null | $GREP ": [^:]* bundle" >/dev/null; then if test "X$dlopenmodule" != "X$lib"; then $ECHO "*** Warning: lib $linklib is a module, not a shared library" if test -z "$old_library"; then echo echo "*** And there doesn't seem to be a static archive available" echo "*** The link will probably fail, sorry" else add=$dir/$old_library fi elif test -n "$old_library"; then add=$dir/$old_library fi fi esac elif test no = "$hardcode_minus_L"; then case $host in *-*-sunos*) add_shlibpath=$dir ;; esac add_dir=-L$dir add=-l$name elif test no = "$hardcode_shlibpath_var"; then add_shlibpath=$dir add=-l$name else lib_linked=no fi ;; relink) if test yes = "$hardcode_direct" && test no = "$hardcode_direct_absolute"; then add=$dir/$linklib elif test yes = "$hardcode_minus_L"; then add_dir=-L$absdir # Try looking first in the location we're being installed to. if test -n "$inst_prefix_dir"; then case $libdir in [\\/]*) func_append add_dir " -L$inst_prefix_dir$libdir" ;; esac fi add=-l$name elif test yes = "$hardcode_shlibpath_var"; then add_shlibpath=$dir add=-l$name else lib_linked=no fi ;; *) lib_linked=no ;; esac if test yes != "$lib_linked"; then func_fatal_configuration "unsupported hardcode properties" fi if test -n "$add_shlibpath"; then case :$compile_shlibpath: in *":$add_shlibpath:"*) ;; *) func_append compile_shlibpath "$add_shlibpath:" ;; esac fi if test prog = "$linkmode"; then test -n "$add_dir" && compile_deplibs="$add_dir $compile_deplibs" test -n "$add" && compile_deplibs="$add $compile_deplibs" else test -n "$add_dir" && deplibs="$add_dir $deplibs" test -n "$add" && deplibs="$add $deplibs" if test yes != "$hardcode_direct" && test yes != "$hardcode_minus_L" && test yes = "$hardcode_shlibpath_var"; then case :$finalize_shlibpath: in *":$libdir:"*) ;; *) func_append finalize_shlibpath "$libdir:" ;; esac fi fi fi if test prog = "$linkmode" || test relink = "$opt_mode"; then add_shlibpath= add_dir= add= # Finalize command for both is simple: just hardcode it. if test yes = "$hardcode_direct" && test no = "$hardcode_direct_absolute"; then add=$libdir/$linklib elif test yes = "$hardcode_minus_L"; then add_dir=-L$libdir add=-l$name elif test yes = "$hardcode_shlibpath_var"; then case :$finalize_shlibpath: in *":$libdir:"*) ;; *) func_append finalize_shlibpath "$libdir:" ;; esac add=-l$name elif test yes = "$hardcode_automatic"; then if test -n "$inst_prefix_dir" && test -f "$inst_prefix_dir$libdir/$linklib"; then add=$inst_prefix_dir$libdir/$linklib else add=$libdir/$linklib fi else # We cannot seem to hardcode it, guess we'll fake it. add_dir=-L$libdir # Try looking first in the location we're being installed to. if test -n "$inst_prefix_dir"; then case $libdir in [\\/]*) func_append add_dir " -L$inst_prefix_dir$libdir" ;; esac fi add=-l$name fi if test prog = "$linkmode"; then test -n "$add_dir" && finalize_deplibs="$add_dir $finalize_deplibs" test -n "$add" && finalize_deplibs="$add $finalize_deplibs" else test -n "$add_dir" && deplibs="$add_dir $deplibs" test -n "$add" && deplibs="$add $deplibs" fi fi elif test prog = "$linkmode"; then # Here we assume that one of hardcode_direct or hardcode_minus_L # is not unsupported. This is valid on all known static and # shared platforms. if test unsupported != "$hardcode_direct"; then test -n "$old_library" && linklib=$old_library compile_deplibs="$dir/$linklib $compile_deplibs" finalize_deplibs="$dir/$linklib $finalize_deplibs" else compile_deplibs="-l$name -L$dir $compile_deplibs" finalize_deplibs="-l$name -L$dir $finalize_deplibs" fi elif test yes = "$build_libtool_libs"; then # Not a shared library if test pass_all != "$deplibs_check_method"; then # We're trying link a shared library against a static one # but the system doesn't support it. # Just print a warning and add the library to dependency_libs so # that the program can be linked against the static library. echo $ECHO "*** Warning: This system cannot link to static lib archive $lib." echo "*** I have the capability to make that library automatically link in when" echo "*** you link to this library. But I can only do this if you have a" echo "*** shared version of the library, which you do not appear to have." if test yes = "$module"; then echo "*** But as you try to build a module library, libtool will still create " echo "*** a static module, that should work as long as the dlopening application" echo "*** is linked with the -dlopen flag to resolve symbols at runtime." if test -z "$global_symbol_pipe"; then echo echo "*** However, this would only work if libtool was able to extract symbol" echo "*** lists from a program, using 'nm' or equivalent, but libtool could" echo "*** not find such a program. So, this module is probably useless." echo "*** 'nm' from GNU binutils and a full rebuild may help." fi if test no = "$build_old_libs"; then build_libtool_libs=module build_old_libs=yes else build_libtool_libs=no fi fi else deplibs="$dir/$old_library $deplibs" link_static=yes fi fi # link shared/static library? if test lib = "$linkmode"; then if test -n "$dependency_libs" && { test yes != "$hardcode_into_libs" || test yes = "$build_old_libs" || test yes = "$link_static"; }; then # Extract -R from dependency_libs temp_deplibs= for libdir in $dependency_libs; do case $libdir in -R*) func_stripname '-R' '' "$libdir" temp_xrpath=$func_stripname_result case " $xrpath " in *" $temp_xrpath "*) ;; *) func_append xrpath " $temp_xrpath";; esac;; *) func_append temp_deplibs " $libdir";; esac done dependency_libs=$temp_deplibs fi func_append newlib_search_path " $absdir" # Link against this library test no = "$link_static" && newdependency_libs="$abs_ladir/$laname $newdependency_libs" # ... and its dependency_libs tmp_libs= for deplib in $dependency_libs; do newdependency_libs="$deplib $newdependency_libs" case $deplib in -L*) func_stripname '-L' '' "$deplib" func_resolve_sysroot "$func_stripname_result";; *) func_resolve_sysroot "$deplib" ;; esac if $opt_preserve_dup_deps; then case "$tmp_libs " in *" $func_resolve_sysroot_result "*) func_append specialdeplibs " $func_resolve_sysroot_result" ;; esac fi func_append tmp_libs " $func_resolve_sysroot_result" done if test no != "$link_all_deplibs"; then # Add the search paths of all dependency libraries for deplib in $dependency_libs; do path= case $deplib in -L*) path=$deplib ;; *.la) func_resolve_sysroot "$deplib" deplib=$func_resolve_sysroot_result func_dirname "$deplib" "" "." dir=$func_dirname_result # We need an absolute path. case $dir in [\\/]* | [A-Za-z]:[\\/]*) absdir=$dir ;; *) absdir=`cd "$dir" && pwd` if test -z "$absdir"; then func_warning "cannot determine absolute directory name of '$dir'" absdir=$dir fi ;; esac if $GREP "^installed=no" $deplib > /dev/null; then case $host in *-*-darwin*) depdepl= eval deplibrary_names=`$SED -n -e 's/^library_names=\(.*\)$/\1/p' $deplib` if test -n "$deplibrary_names"; then for tmp in $deplibrary_names; do depdepl=$tmp done if test -f "$absdir/$objdir/$depdepl"; then depdepl=$absdir/$objdir/$depdepl darwin_install_name=`$OTOOL -L $depdepl | awk '{if (NR == 2) {print $1;exit}}'` if test -z "$darwin_install_name"; then darwin_install_name=`$OTOOL64 -L $depdepl | awk '{if (NR == 2) {print $1;exit}}'` fi func_append compiler_flags " $wl-dylib_file $wl$darwin_install_name:$depdepl" func_append linker_flags " -dylib_file $darwin_install_name:$depdepl" path= fi fi ;; *) path=-L$absdir/$objdir ;; esac else eval libdir=`$SED -n -e 's/^libdir=\(.*\)$/\1/p' $deplib` test -z "$libdir" && \ func_fatal_error "'$deplib' is not a valid libtool archive" test "$absdir" != "$libdir" && \ func_warning "'$deplib' seems to be moved" path=-L$absdir fi ;; esac case " $deplibs " in *" $path "*) ;; *) deplibs="$path $deplibs" ;; esac done fi # link_all_deplibs != no fi # linkmode = lib done # for deplib in $libs if test link = "$pass"; then if test prog = "$linkmode"; then compile_deplibs="$new_inherited_linker_flags $compile_deplibs" finalize_deplibs="$new_inherited_linker_flags $finalize_deplibs" else compiler_flags="$compiler_flags "`$ECHO " $new_inherited_linker_flags" | $SED 's% \([^ $]*\).ltframework% -framework \1%g'` fi fi dependency_libs=$newdependency_libs if test dlpreopen = "$pass"; then # Link the dlpreopened libraries before other libraries for deplib in $save_deplibs; do deplibs="$deplib $deplibs" done fi if test dlopen != "$pass"; then test conv = "$pass" || { # Make sure lib_search_path contains only unique directories. lib_search_path= for dir in $newlib_search_path; do case "$lib_search_path " in *" $dir "*) ;; *) func_append lib_search_path " $dir" ;; esac done newlib_search_path= } if test prog,link = "$linkmode,$pass"; then vars="compile_deplibs finalize_deplibs" else vars=deplibs fi for var in $vars dependency_libs; do # Add libraries to $var in reverse order eval tmp_libs=\"\$$var\" new_libs= for deplib in $tmp_libs; do # FIXME: Pedantically, this is the right thing to do, so # that some nasty dependency loop isn't accidentally # broken: #new_libs="$deplib $new_libs" # Pragmatically, this seems to cause very few problems in # practice: case $deplib in -L*) new_libs="$deplib $new_libs" ;; -R*) ;; *) # And here is the reason: when a library appears more # than once as an explicit dependence of a library, or # is implicitly linked in more than once by the # compiler, it is considered special, and multiple # occurrences thereof are not removed. Compare this # with having the same library being listed as a # dependency of multiple other libraries: in this case, # we know (pedantically, we assume) the library does not # need to be listed more than once, so we keep only the # last copy. This is not always right, but it is rare # enough that we require users that really mean to play # such unportable linking tricks to link the library # using -Wl,-lname, so that libtool does not consider it # for duplicate removal. case " $specialdeplibs " in *" $deplib "*) new_libs="$deplib $new_libs" ;; *) case " $new_libs " in *" $deplib "*) ;; *) new_libs="$deplib $new_libs" ;; esac ;; esac ;; esac done tmp_libs= for deplib in $new_libs; do case $deplib in -L*) case " $tmp_libs " in *" $deplib "*) ;; *) func_append tmp_libs " $deplib" ;; esac ;; *) func_append tmp_libs " $deplib" ;; esac done eval $var=\"$tmp_libs\" done # for var fi # Add Sun CC postdeps if required: test CXX = "$tagname" && { case $host_os in linux*) case `$CC -V 2>&1 | sed 5q` in *Sun\ C*) # Sun C++ 5.9 func_suncc_cstd_abi if test no != "$suncc_use_cstd_abi"; then func_append postdeps ' -library=Cstd -library=Crun' fi ;; esac ;; solaris*) func_cc_basename "$CC" case $func_cc_basename_result in CC* | sunCC*) func_suncc_cstd_abi if test no != "$suncc_use_cstd_abi"; then func_append postdeps ' -library=Cstd -library=Crun' fi ;; esac ;; esac } # Last step: remove runtime libs from dependency_libs # (they stay in deplibs) tmp_libs= for i in $dependency_libs; do case " $predeps $postdeps $compiler_lib_search_path " in *" $i "*) i= ;; esac if test -n "$i"; then func_append tmp_libs " $i" fi done dependency_libs=$tmp_libs done # for pass if test prog = "$linkmode"; then dlfiles=$newdlfiles fi if test prog = "$linkmode" || test lib = "$linkmode"; then dlprefiles=$newdlprefiles fi case $linkmode in oldlib) if test -n "$dlfiles$dlprefiles" || test no != "$dlself"; then func_warning "'-dlopen' is ignored for archives" fi case " $deplibs" in *\ -l* | *\ -L*) func_warning "'-l' and '-L' are ignored for archives" ;; esac test -n "$rpath" && \ func_warning "'-rpath' is ignored for archives" test -n "$xrpath" && \ func_warning "'-R' is ignored for archives" test -n "$vinfo" && \ func_warning "'-version-info/-version-number' is ignored for archives" test -n "$release" && \ func_warning "'-release' is ignored for archives" test -n "$export_symbols$export_symbols_regex" && \ func_warning "'-export-symbols' is ignored for archives" # Now set the variables for building old libraries. build_libtool_libs=no oldlibs=$output func_append objs "$old_deplibs" ;; lib) # Make sure we only generate libraries of the form 'libNAME.la'. case $outputname in lib*) func_stripname 'lib' '.la' "$outputname" name=$func_stripname_result eval shared_ext=\"$shrext_cmds\" eval libname=\"$libname_spec\" ;; *) test no = "$module" \ && func_fatal_help "libtool library '$output' must begin with 'lib'" if test no != "$need_lib_prefix"; then # Add the "lib" prefix for modules if required func_stripname '' '.la' "$outputname" name=$func_stripname_result eval shared_ext=\"$shrext_cmds\" eval libname=\"$libname_spec\" else func_stripname '' '.la' "$outputname" libname=$func_stripname_result fi ;; esac if test -n "$objs"; then if test pass_all != "$deplibs_check_method"; then func_fatal_error "cannot build libtool library '$output' from non-libtool objects on this host:$objs" else echo $ECHO "*** Warning: Linking the shared library $output against the non-libtool" $ECHO "*** objects $objs is not portable!" func_append libobjs " $objs" fi fi test no = "$dlself" \ || func_warning "'-dlopen self' is ignored for libtool libraries" set dummy $rpath shift test 1 -lt "$#" \ && func_warning "ignoring multiple '-rpath's for a libtool library" install_libdir=$1 oldlibs= if test -z "$rpath"; then if test yes = "$build_libtool_libs"; then # Building a libtool convenience library. # Some compilers have problems with a '.al' extension so # convenience libraries should have the same extension an # archive normally would. oldlibs="$output_objdir/$libname.$libext $oldlibs" build_libtool_libs=convenience build_old_libs=yes fi test -n "$vinfo" && \ func_warning "'-version-info/-version-number' is ignored for convenience libraries" test -n "$release" && \ func_warning "'-release' is ignored for convenience libraries" else # Parse the version information argument. save_ifs=$IFS; IFS=: set dummy $vinfo 0 0 0 shift IFS=$save_ifs test -n "$7" && \ func_fatal_help "too many parameters to '-version-info'" # convert absolute version numbers to libtool ages # this retains compatibility with .la files and attempts # to make the code below a bit more comprehensible case $vinfo_number in yes) number_major=$1 number_minor=$2 number_revision=$3 # # There are really only two kinds -- those that # use the current revision as the major version # and those that subtract age and use age as # a minor version. But, then there is irix # that has an extra 1 added just for fun # case $version_type in # correct linux to gnu/linux during the next big refactor darwin|freebsd-elf|linux|osf|windows|none) func_arith $number_major + $number_minor current=$func_arith_result age=$number_minor revision=$number_revision ;; freebsd-aout|qnx|sunos) current=$number_major revision=$number_minor age=0 ;; irix|nonstopux) func_arith $number_major + $number_minor current=$func_arith_result age=$number_minor revision=$number_minor lt_irix_increment=no ;; *) func_fatal_configuration "$modename: unknown library version type '$version_type'" ;; esac ;; no) current=$1 revision=$2 age=$3 ;; esac # Check that each of the things are valid numbers. case $current in 0|[1-9]|[1-9][0-9]|[1-9][0-9][0-9]|[1-9][0-9][0-9][0-9]|[1-9][0-9][0-9][0-9][0-9]) ;; *) func_error "CURRENT '$current' must be a nonnegative integer" func_fatal_error "'$vinfo' is not valid version information" ;; esac case $revision in 0|[1-9]|[1-9][0-9]|[1-9][0-9][0-9]|[1-9][0-9][0-9][0-9]|[1-9][0-9][0-9][0-9][0-9]) ;; *) func_error "REVISION '$revision' must be a nonnegative integer" func_fatal_error "'$vinfo' is not valid version information" ;; esac case $age in 0|[1-9]|[1-9][0-9]|[1-9][0-9][0-9]|[1-9][0-9][0-9][0-9]|[1-9][0-9][0-9][0-9][0-9]) ;; *) func_error "AGE '$age' must be a nonnegative integer" func_fatal_error "'$vinfo' is not valid version information" ;; esac if test "$age" -gt "$current"; then func_error "AGE '$age' is greater than the current interface number '$current'" func_fatal_error "'$vinfo' is not valid version information" fi # Calculate the version variables. major= versuffix= verstring= case $version_type in none) ;; darwin) # Like Linux, but with the current version available in # verstring for coding it into the library header func_arith $current - $age major=.$func_arith_result versuffix=$major.$age.$revision # Darwin ld doesn't like 0 for these options... func_arith $current + 1 minor_current=$func_arith_result xlcverstring="$wl-compatibility_version $wl$minor_current $wl-current_version $wl$minor_current.$revision" verstring="-compatibility_version $minor_current -current_version $minor_current.$revision" # On Darwin other compilers case $CC in nagfor*) verstring="$wl-compatibility_version $wl$minor_current $wl-current_version $wl$minor_current.$revision" ;; *) verstring="-compatibility_version $minor_current -current_version $minor_current.$revision" ;; esac ;; freebsd-aout) major=.$current versuffix=.$current.$revision ;; freebsd-elf) func_arith $current - $age major=.$func_arith_result versuffix=$major.$age.$revision ;; irix | nonstopux) if test no = "$lt_irix_increment"; then func_arith $current - $age else func_arith $current - $age + 1 fi major=$func_arith_result case $version_type in nonstopux) verstring_prefix=nonstopux ;; *) verstring_prefix=sgi ;; esac verstring=$verstring_prefix$major.$revision # Add in all the interfaces that we are compatible with. loop=$revision while test 0 -ne "$loop"; do func_arith $revision - $loop iface=$func_arith_result func_arith $loop - 1 loop=$func_arith_result verstring=$verstring_prefix$major.$iface:$verstring done # Before this point, $major must not contain '.'. major=.$major versuffix=$major.$revision ;; linux) # correct to gnu/linux during the next big refactor func_arith $current - $age major=.$func_arith_result versuffix=$major.$age.$revision ;; osf) func_arith $current - $age major=.$func_arith_result versuffix=.$current.$age.$revision verstring=$current.$age.$revision # Add in all the interfaces that we are compatible with. loop=$age while test 0 -ne "$loop"; do func_arith $current - $loop iface=$func_arith_result func_arith $loop - 1 loop=$func_arith_result verstring=$verstring:$iface.0 done # Make executables depend on our current version. func_append verstring ":$current.0" ;; qnx) major=.$current versuffix=.$current ;; sco) major=.$current versuffix=.$current ;; sunos) major=.$current versuffix=.$current.$revision ;; windows) # Use '-' rather than '.', since we only want one # extension on DOS 8.3 file systems. func_arith $current - $age major=$func_arith_result versuffix=-$major ;; *) func_fatal_configuration "unknown library version type '$version_type'" ;; esac # Clear the version info if we defaulted, and they specified a release. if test -z "$vinfo" && test -n "$release"; then major= case $version_type in darwin) # we can't check for "0.0" in archive_cmds due to quoting # problems, so we reset it completely verstring= ;; *) verstring=0.0 ;; esac if test no = "$need_version"; then versuffix= else versuffix=.0.0 fi fi # Remove version info from name if versioning should be avoided if test yes,no = "$avoid_version,$need_version"; then major= versuffix= verstring= fi # Check to see if the archive will have undefined symbols. if test yes = "$allow_undefined"; then if test unsupported = "$allow_undefined_flag"; then if test yes = "$build_old_libs"; then func_warning "undefined symbols not allowed in $host shared libraries; building static only" build_libtool_libs=no else func_fatal_error "can't build $host shared library unless -no-undefined is specified" fi fi else # Don't allow undefined symbols. allow_undefined_flag=$no_undefined_flag fi fi func_generate_dlsyms "$libname" "$libname" : func_append libobjs " $symfileobj" test " " = "$libobjs" && libobjs= if test relink != "$opt_mode"; then # Remove our outputs, but don't remove object files since they # may have been created when compiling PIC objects. removelist= tempremovelist=`$ECHO "$output_objdir/*"` for p in $tempremovelist; do case $p in *.$objext | *.gcno) ;; $output_objdir/$outputname | $output_objdir/$libname.* | $output_objdir/$libname$release.*) if test -n "$precious_files_regex"; then if $ECHO "$p" | $EGREP -e "$precious_files_regex" >/dev/null 2>&1 then continue fi fi func_append removelist " $p" ;; *) ;; esac done test -n "$removelist" && \ func_show_eval "${RM}r \$removelist" fi # Now set the variables for building old libraries. if test yes = "$build_old_libs" && test convenience != "$build_libtool_libs"; then func_append oldlibs " $output_objdir/$libname.$libext" # Transform .lo files to .o files. oldobjs="$objs "`$ECHO "$libobjs" | $SP2NL | $SED "/\.$libext$/d; $lo2o" | $NL2SP` fi # Eliminate all temporary directories. #for path in $notinst_path; do # lib_search_path=`$ECHO "$lib_search_path " | $SED "s% $path % %g"` # deplibs=`$ECHO "$deplibs " | $SED "s% -L$path % %g"` # dependency_libs=`$ECHO "$dependency_libs " | $SED "s% -L$path % %g"` #done if test -n "$xrpath"; then # If the user specified any rpath flags, then add them. temp_xrpath= for libdir in $xrpath; do func_replace_sysroot "$libdir" func_append temp_xrpath " -R$func_replace_sysroot_result" case "$finalize_rpath " in *" $libdir "*) ;; *) func_append finalize_rpath " $libdir" ;; esac done if test yes != "$hardcode_into_libs" || test yes = "$build_old_libs"; then dependency_libs="$temp_xrpath $dependency_libs" fi fi # Make sure dlfiles contains only unique files that won't be dlpreopened old_dlfiles=$dlfiles dlfiles= for lib in $old_dlfiles; do case " $dlprefiles $dlfiles " in *" $lib "*) ;; *) func_append dlfiles " $lib" ;; esac done # Make sure dlprefiles contains only unique files old_dlprefiles=$dlprefiles dlprefiles= for lib in $old_dlprefiles; do case "$dlprefiles " in *" $lib "*) ;; *) func_append dlprefiles " $lib" ;; esac done if test yes = "$build_libtool_libs"; then if test -n "$rpath"; then case $host in *-*-cygwin* | *-*-mingw* | *-*-pw32* | *-*-os2* | *-*-beos* | *-cegcc* | *-*-haiku*) # these systems don't actually have a c library (as such)! ;; *-*-rhapsody* | *-*-darwin1.[012]) # Rhapsody C library is in the System framework func_append deplibs " System.ltframework" ;; *-*-netbsd*) # Don't link with libc until the a.out ld.so is fixed. ;; *-*-openbsd* | *-*-freebsd* | *-*-dragonfly*) # Do not include libc due to us having libc/libc_r. ;; *-*-sco3.2v5* | *-*-sco5v6*) # Causes problems with __ctype ;; *-*-sysv4.2uw2* | *-*-sysv5* | *-*-unixware* | *-*-OpenUNIX*) # Compiler inserts libc in the correct place for threads to work ;; *) # Add libc to deplibs on all other systems if necessary. if test yes = "$build_libtool_need_lc"; then func_append deplibs " -lc" fi ;; esac fi # Transform deplibs into only deplibs that can be linked in shared. name_save=$name libname_save=$libname release_save=$release versuffix_save=$versuffix major_save=$major # I'm not sure if I'm treating the release correctly. I think # release should show up in the -l (ie -lgmp5) so we don't want to # add it in twice. Is that correct? release= versuffix= major= newdeplibs= droppeddeps=no case $deplibs_check_method in pass_all) # Don't check for shared/static. Everything works. # This might be a little naive. We might want to check # whether the library exists or not. But this is on # osf3 & osf4 and I'm not really sure... Just # implementing what was already the behavior. newdeplibs=$deplibs ;; test_compile) # This code stresses the "libraries are programs" paradigm to its # limits. Maybe even breaks it. We compile a program, linking it # against the deplibs as a proxy for the library. Then we can check # whether they linked in statically or dynamically with ldd. $opt_dry_run || $RM conftest.c cat > conftest.c </dev/null` $nocaseglob else potential_libs=`ls $i/$libnameglob[.-]* 2>/dev/null` fi for potent_lib in $potential_libs; do # Follow soft links. if ls -lLd "$potent_lib" 2>/dev/null | $GREP " -> " >/dev/null; then continue fi # The statement above tries to avoid entering an # endless loop below, in case of cyclic links. # We might still enter an endless loop, since a link # loop can be closed while we follow links, # but so what? potlib=$potent_lib while test -h "$potlib" 2>/dev/null; do potliblink=`ls -ld $potlib | $SED 's/.* -> //'` case $potliblink in [\\/]* | [A-Za-z]:[\\/]*) potlib=$potliblink;; *) potlib=`$ECHO "$potlib" | $SED 's|[^/]*$||'`"$potliblink";; esac done if eval $file_magic_cmd \"\$potlib\" 2>/dev/null | $SED -e 10q | $EGREP "$file_magic_regex" > /dev/null; then func_append newdeplibs " $a_deplib" a_deplib= break 2 fi done done fi if test -n "$a_deplib"; then droppeddeps=yes echo $ECHO "*** Warning: linker path does not have real file for library $a_deplib." echo "*** I have the capability to make that library automatically link in when" echo "*** you link to this library. But I can only do this if you have a" echo "*** shared version of the library, which you do not appear to have" echo "*** because I did check the linker path looking for a file starting" if test -z "$potlib"; then $ECHO "*** with $libname but no candidates were found. (...for file magic test)" else $ECHO "*** with $libname and none of the candidates passed a file format test" $ECHO "*** using a file magic. Last file checked: $potlib" fi fi ;; *) # Add a -L argument. func_append newdeplibs " $a_deplib" ;; esac done # Gone through all deplibs. ;; match_pattern*) set dummy $deplibs_check_method; shift match_pattern_regex=`expr "$deplibs_check_method" : "$1 \(.*\)"` for a_deplib in $deplibs; do case $a_deplib in -l*) func_stripname -l '' "$a_deplib" name=$func_stripname_result if test yes = "$allow_libtool_libs_with_static_runtimes"; then case " $predeps $postdeps " in *" $a_deplib "*) func_append newdeplibs " $a_deplib" a_deplib= ;; esac fi if test -n "$a_deplib"; then libname=`eval "\\$ECHO \"$libname_spec\""` for i in $lib_search_path $sys_lib_search_path $shlib_search_path; do potential_libs=`ls $i/$libname[.-]* 2>/dev/null` for potent_lib in $potential_libs; do potlib=$potent_lib # see symlink-check above in file_magic test if eval "\$ECHO \"$potent_lib\"" 2>/dev/null | $SED 10q | \ $EGREP "$match_pattern_regex" > /dev/null; then func_append newdeplibs " $a_deplib" a_deplib= break 2 fi done done fi if test -n "$a_deplib"; then droppeddeps=yes echo $ECHO "*** Warning: linker path does not have real file for library $a_deplib." echo "*** I have the capability to make that library automatically link in when" echo "*** you link to this library. But I can only do this if you have a" echo "*** shared version of the library, which you do not appear to have" echo "*** because I did check the linker path looking for a file starting" if test -z "$potlib"; then $ECHO "*** with $libname but no candidates were found. (...for regex pattern test)" else $ECHO "*** with $libname and none of the candidates passed a file format test" $ECHO "*** using a regex pattern. Last file checked: $potlib" fi fi ;; *) # Add a -L argument. func_append newdeplibs " $a_deplib" ;; esac done # Gone through all deplibs. ;; none | unknown | *) newdeplibs= tmp_deplibs=`$ECHO " $deplibs" | $SED 's/ -lc$//; s/ -[LR][^ ]*//g'` if test yes = "$allow_libtool_libs_with_static_runtimes"; then for i in $predeps $postdeps; do # can't use Xsed below, because $i might contain '/' tmp_deplibs=`$ECHO " $tmp_deplibs" | $SED "s|$i||"` done fi case $tmp_deplibs in *[!\ \ ]*) echo if test none = "$deplibs_check_method"; then echo "*** Warning: inter-library dependencies are not supported in this platform." else echo "*** Warning: inter-library dependencies are not known to be supported." fi echo "*** All declared inter-library dependencies are being dropped." droppeddeps=yes ;; esac ;; esac versuffix=$versuffix_save major=$major_save release=$release_save libname=$libname_save name=$name_save case $host in *-*-rhapsody* | *-*-darwin1.[012]) # On Rhapsody replace the C library with the System framework newdeplibs=`$ECHO " $newdeplibs" | $SED 's/ -lc / System.ltframework /'` ;; esac if test yes = "$droppeddeps"; then if test yes = "$module"; then echo echo "*** Warning: libtool could not satisfy all declared inter-library" $ECHO "*** dependencies of module $libname. Therefore, libtool will create" echo "*** a static module, that should work as long as the dlopening" echo "*** application is linked with the -dlopen flag." if test -z "$global_symbol_pipe"; then echo echo "*** However, this would only work if libtool was able to extract symbol" echo "*** lists from a program, using 'nm' or equivalent, but libtool could" echo "*** not find such a program. So, this module is probably useless." echo "*** 'nm' from GNU binutils and a full rebuild may help." fi if test no = "$build_old_libs"; then oldlibs=$output_objdir/$libname.$libext build_libtool_libs=module build_old_libs=yes else build_libtool_libs=no fi else echo "*** The inter-library dependencies that have been dropped here will be" echo "*** automatically added whenever a program is linked with this library" echo "*** or is declared to -dlopen it." if test no = "$allow_undefined"; then echo echo "*** Since this library must not contain undefined symbols," echo "*** because either the platform does not support them or" echo "*** it was explicitly requested with -no-undefined," echo "*** libtool will only create a static version of it." if test no = "$build_old_libs"; then oldlibs=$output_objdir/$libname.$libext build_libtool_libs=module build_old_libs=yes else build_libtool_libs=no fi fi fi fi # Done checking deplibs! deplibs=$newdeplibs fi # Time to change all our "foo.ltframework" stuff back to "-framework foo" case $host in *-*-darwin*) newdeplibs=`$ECHO " $newdeplibs" | $SED 's% \([^ $]*\).ltframework% -framework \1%g'` new_inherited_linker_flags=`$ECHO " $new_inherited_linker_flags" | $SED 's% \([^ $]*\).ltframework% -framework \1%g'` deplibs=`$ECHO " $deplibs" | $SED 's% \([^ $]*\).ltframework% -framework \1%g'` ;; esac # move library search paths that coincide with paths to not yet # installed libraries to the beginning of the library search list new_libs= for path in $notinst_path; do case " $new_libs " in *" -L$path/$objdir "*) ;; *) case " $deplibs " in *" -L$path/$objdir "*) func_append new_libs " -L$path/$objdir" ;; esac ;; esac done for deplib in $deplibs; do case $deplib in -L*) case " $new_libs " in *" $deplib "*) ;; *) func_append new_libs " $deplib" ;; esac ;; *) func_append new_libs " $deplib" ;; esac done deplibs=$new_libs # All the library-specific variables (install_libdir is set above). library_names= old_library= dlname= # Test again, we may have decided not to build it any more if test yes = "$build_libtool_libs"; then # Remove $wl instances when linking with ld. # FIXME: should test the right _cmds variable. case $archive_cmds in *\$LD\ *) wl= ;; esac if test yes = "$hardcode_into_libs"; then # Hardcode the library paths hardcode_libdirs= dep_rpath= rpath=$finalize_rpath test relink = "$opt_mode" || rpath=$compile_rpath$rpath for libdir in $rpath; do if test -n "$hardcode_libdir_flag_spec"; then if test -n "$hardcode_libdir_separator"; then func_replace_sysroot "$libdir" libdir=$func_replace_sysroot_result if test -z "$hardcode_libdirs"; then hardcode_libdirs=$libdir else # Just accumulate the unique libdirs. case $hardcode_libdir_separator$hardcode_libdirs$hardcode_libdir_separator in *"$hardcode_libdir_separator$libdir$hardcode_libdir_separator"*) ;; *) func_append hardcode_libdirs "$hardcode_libdir_separator$libdir" ;; esac fi else eval flag=\"$hardcode_libdir_flag_spec\" func_append dep_rpath " $flag" fi elif test -n "$runpath_var"; then case "$perm_rpath " in *" $libdir "*) ;; *) func_append perm_rpath " $libdir" ;; esac fi done # Substitute the hardcoded libdirs into the rpath. if test -n "$hardcode_libdir_separator" && test -n "$hardcode_libdirs"; then libdir=$hardcode_libdirs eval "dep_rpath=\"$hardcode_libdir_flag_spec\"" fi if test -n "$runpath_var" && test -n "$perm_rpath"; then # We should set the runpath_var. rpath= for dir in $perm_rpath; do func_append rpath "$dir:" done eval "$runpath_var='$rpath\$$runpath_var'; export $runpath_var" fi test -n "$dep_rpath" && deplibs="$dep_rpath $deplibs" fi shlibpath=$finalize_shlibpath test relink = "$opt_mode" || shlibpath=$compile_shlibpath$shlibpath if test -n "$shlibpath"; then eval "$shlibpath_var='$shlibpath\$$shlibpath_var'; export $shlibpath_var" fi # Get the real and link names of the library. eval shared_ext=\"$shrext_cmds\" eval library_names=\"$library_names_spec\" set dummy $library_names shift realname=$1 shift if test -n "$soname_spec"; then eval soname=\"$soname_spec\" else soname=$realname fi if test -z "$dlname"; then dlname=$soname fi lib=$output_objdir/$realname linknames= for link do func_append linknames " $link" done # Use standard objects if they are pic test -z "$pic_flag" && libobjs=`$ECHO "$libobjs" | $SP2NL | $SED "$lo2o" | $NL2SP` test "X$libobjs" = "X " && libobjs= delfiles= if test -n "$export_symbols" && test -n "$include_expsyms"; then $opt_dry_run || cp "$export_symbols" "$output_objdir/$libname.uexp" export_symbols=$output_objdir/$libname.uexp func_append delfiles " $export_symbols" fi orig_export_symbols= case $host_os in cygwin* | mingw* | cegcc*) if test -n "$export_symbols" && test -z "$export_symbols_regex"; then # exporting using user supplied symfile func_dll_def_p "$export_symbols" || { # and it's NOT already a .def file. Must figure out # which of the given symbols are data symbols and tag # them as such. So, trigger use of export_symbols_cmds. # export_symbols gets reassigned inside the "prepare # the list of exported symbols" if statement, so the # include_expsyms logic still works. orig_export_symbols=$export_symbols export_symbols= always_export_symbols=yes } fi ;; esac # Prepare the list of exported symbols if test -z "$export_symbols"; then if test yes = "$always_export_symbols" || test -n "$export_symbols_regex"; then func_verbose "generating symbol list for '$libname.la'" export_symbols=$output_objdir/$libname.exp $opt_dry_run || $RM $export_symbols cmds=$export_symbols_cmds save_ifs=$IFS; IFS='~' for cmd1 in $cmds; do IFS=$save_ifs # Take the normal branch if the nm_file_list_spec branch # doesn't work or if tool conversion is not needed. case $nm_file_list_spec~$to_tool_file_cmd in *~func_convert_file_noop | *~func_convert_file_msys_to_w32 | ~*) try_normal_branch=yes eval cmd=\"$cmd1\" func_len " $cmd" len=$func_len_result ;; *) try_normal_branch=no ;; esac if test yes = "$try_normal_branch" \ && { test "$len" -lt "$max_cmd_len" \ || test "$max_cmd_len" -le -1; } then func_show_eval "$cmd" 'exit $?' skipped_export=false elif test -n "$nm_file_list_spec"; then func_basename "$output" output_la=$func_basename_result save_libobjs=$libobjs save_output=$output output=$output_objdir/$output_la.nm func_to_tool_file "$output" libobjs=$nm_file_list_spec$func_to_tool_file_result func_append delfiles " $output" func_verbose "creating $NM input file list: $output" for obj in $save_libobjs; do func_to_tool_file "$obj" $ECHO "$func_to_tool_file_result" done > "$output" eval cmd=\"$cmd1\" func_show_eval "$cmd" 'exit $?' output=$save_output libobjs=$save_libobjs skipped_export=false else # The command line is too long to execute in one step. func_verbose "using reloadable object file for export list..." skipped_export=: # Break out early, otherwise skipped_export may be # set to false by a later but shorter cmd. break fi done IFS=$save_ifs if test -n "$export_symbols_regex" && test : != "$skipped_export"; then func_show_eval '$EGREP -e "$export_symbols_regex" "$export_symbols" > "${export_symbols}T"' func_show_eval '$MV "${export_symbols}T" "$export_symbols"' fi fi fi if test -n "$export_symbols" && test -n "$include_expsyms"; then tmp_export_symbols=$export_symbols test -n "$orig_export_symbols" && tmp_export_symbols=$orig_export_symbols $opt_dry_run || eval '$ECHO "$include_expsyms" | $SP2NL >> "$tmp_export_symbols"' fi if test : != "$skipped_export" && test -n "$orig_export_symbols"; then # The given exports_symbols file has to be filtered, so filter it. func_verbose "filter symbol list for '$libname.la' to tag DATA exports" # FIXME: $output_objdir/$libname.filter potentially contains lots of # 's' commands, which not all seds can handle. GNU sed should be fine # though. Also, the filter scales superlinearly with the number of # global variables. join(1) would be nice here, but unfortunately # isn't a blessed tool. $opt_dry_run || $SED -e '/[ ,]DATA/!d;s,\(.*\)\([ \,].*\),s|^\1$|\1\2|,' < $export_symbols > $output_objdir/$libname.filter func_append delfiles " $export_symbols $output_objdir/$libname.filter" export_symbols=$output_objdir/$libname.def $opt_dry_run || $SED -f $output_objdir/$libname.filter < $orig_export_symbols > $export_symbols fi tmp_deplibs= for test_deplib in $deplibs; do case " $convenience " in *" $test_deplib "*) ;; *) func_append tmp_deplibs " $test_deplib" ;; esac done deplibs=$tmp_deplibs if test -n "$convenience"; then if test -n "$whole_archive_flag_spec" && test yes = "$compiler_needs_object" && test -z "$libobjs"; then # extract the archives, so we have objects to list. # TODO: could optimize this to just extract one archive. whole_archive_flag_spec= fi if test -n "$whole_archive_flag_spec"; then save_libobjs=$libobjs eval libobjs=\"\$libobjs $whole_archive_flag_spec\" test "X$libobjs" = "X " && libobjs= else gentop=$output_objdir/${outputname}x func_append generated " $gentop" func_extract_archives $gentop $convenience func_append libobjs " $func_extract_archives_result" test "X$libobjs" = "X " && libobjs= fi fi if test yes = "$thread_safe" && test -n "$thread_safe_flag_spec"; then eval flag=\"$thread_safe_flag_spec\" func_append linker_flags " $flag" fi # Make a backup of the uninstalled library when relinking if test relink = "$opt_mode"; then $opt_dry_run || eval '(cd $output_objdir && $RM ${realname}U && $MV $realname ${realname}U)' || exit $? fi # Do each of the archive commands. if test yes = "$module" && test -n "$module_cmds"; then if test -n "$export_symbols" && test -n "$module_expsym_cmds"; then eval test_cmds=\"$module_expsym_cmds\" cmds=$module_expsym_cmds else eval test_cmds=\"$module_cmds\" cmds=$module_cmds fi else if test -n "$export_symbols" && test -n "$archive_expsym_cmds"; then eval test_cmds=\"$archive_expsym_cmds\" cmds=$archive_expsym_cmds else eval test_cmds=\"$archive_cmds\" cmds=$archive_cmds fi fi if test : != "$skipped_export" && func_len " $test_cmds" && len=$func_len_result && test "$len" -lt "$max_cmd_len" || test "$max_cmd_len" -le -1; then : else # The command line is too long to link in one step, link piecewise # or, if using GNU ld and skipped_export is not :, use a linker # script. # Save the value of $output and $libobjs because we want to # use them later. If we have whole_archive_flag_spec, we # want to use save_libobjs as it was before # whole_archive_flag_spec was expanded, because we can't # assume the linker understands whole_archive_flag_spec. # This may have to be revisited, in case too many # convenience libraries get linked in and end up exceeding # the spec. if test -z "$convenience" || test -z "$whole_archive_flag_spec"; then save_libobjs=$libobjs fi save_output=$output func_basename "$output" output_la=$func_basename_result # Clear the reloadable object creation command queue and # initialize k to one. test_cmds= concat_cmds= objlist= last_robj= k=1 if test -n "$save_libobjs" && test : != "$skipped_export" && test yes = "$with_gnu_ld"; then output=$output_objdir/$output_la.lnkscript func_verbose "creating GNU ld script: $output" echo 'INPUT (' > $output for obj in $save_libobjs do func_to_tool_file "$obj" $ECHO "$func_to_tool_file_result" >> $output done echo ')' >> $output func_append delfiles " $output" func_to_tool_file "$output" output=$func_to_tool_file_result elif test -n "$save_libobjs" && test : != "$skipped_export" && test -n "$file_list_spec"; then output=$output_objdir/$output_la.lnk func_verbose "creating linker input file list: $output" : > $output set x $save_libobjs shift firstobj= if test yes = "$compiler_needs_object"; then firstobj="$1 " shift fi for obj do func_to_tool_file "$obj" $ECHO "$func_to_tool_file_result" >> $output done func_append delfiles " $output" func_to_tool_file "$output" output=$firstobj\"$file_list_spec$func_to_tool_file_result\" else if test -n "$save_libobjs"; then func_verbose "creating reloadable object files..." output=$output_objdir/$output_la-$k.$objext eval test_cmds=\"$reload_cmds\" func_len " $test_cmds" len0=$func_len_result len=$len0 # Loop over the list of objects to be linked. for obj in $save_libobjs do func_len " $obj" func_arith $len + $func_len_result len=$func_arith_result if test -z "$objlist" || test "$len" -lt "$max_cmd_len"; then func_append objlist " $obj" else # The command $test_cmds is almost too long, add a # command to the queue. if test 1 -eq "$k"; then # The first file doesn't have a previous command to add. reload_objs=$objlist eval concat_cmds=\"$reload_cmds\" else # All subsequent reloadable object files will link in # the last one created. reload_objs="$objlist $last_robj" eval concat_cmds=\"\$concat_cmds~$reload_cmds~\$RM $last_robj\" fi last_robj=$output_objdir/$output_la-$k.$objext func_arith $k + 1 k=$func_arith_result output=$output_objdir/$output_la-$k.$objext objlist=" $obj" func_len " $last_robj" func_arith $len0 + $func_len_result len=$func_arith_result fi done # Handle the remaining objects by creating one last # reloadable object file. All subsequent reloadable object # files will link in the last one created. test -z "$concat_cmds" || concat_cmds=$concat_cmds~ reload_objs="$objlist $last_robj" eval concat_cmds=\"\$concat_cmds$reload_cmds\" if test -n "$last_robj"; then eval concat_cmds=\"\$concat_cmds~\$RM $last_robj\" fi func_append delfiles " $output" else output= fi ${skipped_export-false} && { func_verbose "generating symbol list for '$libname.la'" export_symbols=$output_objdir/$libname.exp $opt_dry_run || $RM $export_symbols libobjs=$output # Append the command to create the export file. test -z "$concat_cmds" || concat_cmds=$concat_cmds~ eval concat_cmds=\"\$concat_cmds$export_symbols_cmds\" if test -n "$last_robj"; then eval concat_cmds=\"\$concat_cmds~\$RM $last_robj\" fi } test -n "$save_libobjs" && func_verbose "creating a temporary reloadable object file: $output" # Loop through the commands generated above and execute them. save_ifs=$IFS; IFS='~' for cmd in $concat_cmds; do IFS=$save_ifs $opt_quiet || { func_quote_for_expand "$cmd" eval "func_echo $func_quote_for_expand_result" } $opt_dry_run || eval "$cmd" || { lt_exit=$? # Restore the uninstalled library and exit if test relink = "$opt_mode"; then ( cd "$output_objdir" && \ $RM "${realname}T" && \ $MV "${realname}U" "$realname" ) fi exit $lt_exit } done IFS=$save_ifs if test -n "$export_symbols_regex" && ${skipped_export-false}; then func_show_eval '$EGREP -e "$export_symbols_regex" "$export_symbols" > "${export_symbols}T"' func_show_eval '$MV "${export_symbols}T" "$export_symbols"' fi fi ${skipped_export-false} && { if test -n "$export_symbols" && test -n "$include_expsyms"; then tmp_export_symbols=$export_symbols test -n "$orig_export_symbols" && tmp_export_symbols=$orig_export_symbols $opt_dry_run || eval '$ECHO "$include_expsyms" | $SP2NL >> "$tmp_export_symbols"' fi if test -n "$orig_export_symbols"; then # The given exports_symbols file has to be filtered, so filter it. func_verbose "filter symbol list for '$libname.la' to tag DATA exports" # FIXME: $output_objdir/$libname.filter potentially contains lots of # 's' commands, which not all seds can handle. GNU sed should be fine # though. Also, the filter scales superlinearly with the number of # global variables. join(1) would be nice here, but unfortunately # isn't a blessed tool. $opt_dry_run || $SED -e '/[ ,]DATA/!d;s,\(.*\)\([ \,].*\),s|^\1$|\1\2|,' < $export_symbols > $output_objdir/$libname.filter func_append delfiles " $export_symbols $output_objdir/$libname.filter" export_symbols=$output_objdir/$libname.def $opt_dry_run || $SED -f $output_objdir/$libname.filter < $orig_export_symbols > $export_symbols fi } libobjs=$output # Restore the value of output. output=$save_output if test -n "$convenience" && test -n "$whole_archive_flag_spec"; then eval libobjs=\"\$libobjs $whole_archive_flag_spec\" test "X$libobjs" = "X " && libobjs= fi # Expand the library linking commands again to reset the # value of $libobjs for piecewise linking. # Do each of the archive commands. if test yes = "$module" && test -n "$module_cmds"; then if test -n "$export_symbols" && test -n "$module_expsym_cmds"; then cmds=$module_expsym_cmds else cmds=$module_cmds fi else if test -n "$export_symbols" && test -n "$archive_expsym_cmds"; then cmds=$archive_expsym_cmds else cmds=$archive_cmds fi fi fi if test -n "$delfiles"; then # Append the command to remove temporary files to $cmds. eval cmds=\"\$cmds~\$RM $delfiles\" fi # Add any objects from preloaded convenience libraries if test -n "$dlprefiles"; then gentop=$output_objdir/${outputname}x func_append generated " $gentop" func_extract_archives $gentop $dlprefiles func_append libobjs " $func_extract_archives_result" test "X$libobjs" = "X " && libobjs= fi save_ifs=$IFS; IFS='~' for cmd in $cmds; do IFS=$sp$nl eval cmd=\"$cmd\" IFS=$save_ifs $opt_quiet || { func_quote_for_expand "$cmd" eval "func_echo $func_quote_for_expand_result" } $opt_dry_run || eval "$cmd" || { lt_exit=$? # Restore the uninstalled library and exit if test relink = "$opt_mode"; then ( cd "$output_objdir" && \ $RM "${realname}T" && \ $MV "${realname}U" "$realname" ) fi exit $lt_exit } done IFS=$save_ifs # Restore the uninstalled library and exit if test relink = "$opt_mode"; then $opt_dry_run || eval '(cd $output_objdir && $RM ${realname}T && $MV $realname ${realname}T && $MV ${realname}U $realname)' || exit $? if test -n "$convenience"; then if test -z "$whole_archive_flag_spec"; then func_show_eval '${RM}r "$gentop"' fi fi exit $EXIT_SUCCESS fi # Create links to the real library. for linkname in $linknames; do if test "$realname" != "$linkname"; then func_show_eval '(cd "$output_objdir" && $RM "$linkname" && $LN_S "$realname" "$linkname")' 'exit $?' fi done # If -module or -export-dynamic was specified, set the dlname. if test yes = "$module" || test yes = "$export_dynamic"; then # On all known operating systems, these are identical. dlname=$soname fi fi ;; obj) if test -n "$dlfiles$dlprefiles" || test no != "$dlself"; then func_warning "'-dlopen' is ignored for objects" fi case " $deplibs" in *\ -l* | *\ -L*) func_warning "'-l' and '-L' are ignored for objects" ;; esac test -n "$rpath" && \ func_warning "'-rpath' is ignored for objects" test -n "$xrpath" && \ func_warning "'-R' is ignored for objects" test -n "$vinfo" && \ func_warning "'-version-info' is ignored for objects" test -n "$release" && \ func_warning "'-release' is ignored for objects" case $output in *.lo) test -n "$objs$old_deplibs" && \ func_fatal_error "cannot build library object '$output' from non-libtool objects" libobj=$output func_lo2o "$libobj" obj=$func_lo2o_result ;; *) libobj= obj=$output ;; esac # Delete the old objects. $opt_dry_run || $RM $obj $libobj # Objects from convenience libraries. This assumes # single-version convenience libraries. Whenever we create # different ones for PIC/non-PIC, this we'll have to duplicate # the extraction. reload_conv_objs= gentop= # if reload_cmds runs $LD directly, get rid of -Wl from # whole_archive_flag_spec and hope we can get by with turning comma # into space. case $reload_cmds in *\$LD[\ \$]*) wl= ;; esac if test -n "$convenience"; then if test -n "$whole_archive_flag_spec"; then eval tmp_whole_archive_flags=\"$whole_archive_flag_spec\" test -n "$wl" || tmp_whole_archive_flags=`$ECHO "$tmp_whole_archive_flags" | $SED 's|,| |g'` reload_conv_objs=$reload_objs\ $tmp_whole_archive_flags else gentop=$output_objdir/${obj}x func_append generated " $gentop" func_extract_archives $gentop $convenience reload_conv_objs="$reload_objs $func_extract_archives_result" fi fi # If we're not building shared, we need to use non_pic_objs test yes = "$build_libtool_libs" || libobjs=$non_pic_objects # Create the old-style object. reload_objs=$objs$old_deplibs' '`$ECHO "$libobjs" | $SP2NL | $SED "/\.$libext$/d; /\.lib$/d; $lo2o" | $NL2SP`' '$reload_conv_objs output=$obj func_execute_cmds "$reload_cmds" 'exit $?' # Exit if we aren't doing a library object file. if test -z "$libobj"; then if test -n "$gentop"; then func_show_eval '${RM}r "$gentop"' fi exit $EXIT_SUCCESS fi test yes = "$build_libtool_libs" || { if test -n "$gentop"; then func_show_eval '${RM}r "$gentop"' fi # Create an invalid libtool object if no PIC, so that we don't # accidentally link it into a program. # $show "echo timestamp > $libobj" # $opt_dry_run || eval "echo timestamp > $libobj" || exit $? exit $EXIT_SUCCESS } if test -n "$pic_flag" || test default != "$pic_mode"; then # Only do commands if we really have different PIC objects. reload_objs="$libobjs $reload_conv_objs" output=$libobj func_execute_cmds "$reload_cmds" 'exit $?' fi if test -n "$gentop"; then func_show_eval '${RM}r "$gentop"' fi exit $EXIT_SUCCESS ;; prog) case $host in *cygwin*) func_stripname '' '.exe' "$output" output=$func_stripname_result.exe;; esac test -n "$vinfo" && \ func_warning "'-version-info' is ignored for programs" test -n "$release" && \ func_warning "'-release' is ignored for programs" $preload \ && test unknown,unknown,unknown = "$dlopen_support,$dlopen_self,$dlopen_self_static" \ && func_warning "'LT_INIT([dlopen])' not used. Assuming no dlopen support." case $host in *-*-rhapsody* | *-*-darwin1.[012]) # On Rhapsody replace the C library is the System framework compile_deplibs=`$ECHO " $compile_deplibs" | $SED 's/ -lc / System.ltframework /'` finalize_deplibs=`$ECHO " $finalize_deplibs" | $SED 's/ -lc / System.ltframework /'` ;; esac case $host in *-*-darwin*) # Don't allow lazy linking, it breaks C++ global constructors # But is supposedly fixed on 10.4 or later (yay!). if test CXX = "$tagname"; then case ${MACOSX_DEPLOYMENT_TARGET-10.0} in 10.[0123]) func_append compile_command " $wl-bind_at_load" func_append finalize_command " $wl-bind_at_load" ;; esac fi # Time to change all our "foo.ltframework" stuff back to "-framework foo" compile_deplibs=`$ECHO " $compile_deplibs" | $SED 's% \([^ $]*\).ltframework% -framework \1%g'` finalize_deplibs=`$ECHO " $finalize_deplibs" | $SED 's% \([^ $]*\).ltframework% -framework \1%g'` ;; esac # move library search paths that coincide with paths to not yet # installed libraries to the beginning of the library search list new_libs= for path in $notinst_path; do case " $new_libs " in *" -L$path/$objdir "*) ;; *) case " $compile_deplibs " in *" -L$path/$objdir "*) func_append new_libs " -L$path/$objdir" ;; esac ;; esac done for deplib in $compile_deplibs; do case $deplib in -L*) case " $new_libs " in *" $deplib "*) ;; *) func_append new_libs " $deplib" ;; esac ;; *) func_append new_libs " $deplib" ;; esac done compile_deplibs=$new_libs func_append compile_command " $compile_deplibs" func_append finalize_command " $finalize_deplibs" if test -n "$rpath$xrpath"; then # If the user specified any rpath flags, then add them. for libdir in $rpath $xrpath; do # This is the magic to use -rpath. case "$finalize_rpath " in *" $libdir "*) ;; *) func_append finalize_rpath " $libdir" ;; esac done fi # Now hardcode the library paths rpath= hardcode_libdirs= for libdir in $compile_rpath $finalize_rpath; do if test -n "$hardcode_libdir_flag_spec"; then if test -n "$hardcode_libdir_separator"; then if test -z "$hardcode_libdirs"; then hardcode_libdirs=$libdir else # Just accumulate the unique libdirs. case $hardcode_libdir_separator$hardcode_libdirs$hardcode_libdir_separator in *"$hardcode_libdir_separator$libdir$hardcode_libdir_separator"*) ;; *) func_append hardcode_libdirs "$hardcode_libdir_separator$libdir" ;; esac fi else eval flag=\"$hardcode_libdir_flag_spec\" func_append rpath " $flag" fi elif test -n "$runpath_var"; then case "$perm_rpath " in *" $libdir "*) ;; *) func_append perm_rpath " $libdir" ;; esac fi case $host in *-*-cygwin* | *-*-mingw* | *-*-pw32* | *-*-os2* | *-cegcc*) testbindir=`$ECHO "$libdir" | $SED -e 's*/lib$*/bin*'` case :$dllsearchpath: in *":$libdir:"*) ;; ::) dllsearchpath=$libdir;; *) func_append dllsearchpath ":$libdir";; esac case :$dllsearchpath: in *":$testbindir:"*) ;; ::) dllsearchpath=$testbindir;; *) func_append dllsearchpath ":$testbindir";; esac ;; esac done # Substitute the hardcoded libdirs into the rpath. if test -n "$hardcode_libdir_separator" && test -n "$hardcode_libdirs"; then libdir=$hardcode_libdirs eval rpath=\" $hardcode_libdir_flag_spec\" fi compile_rpath=$rpath rpath= hardcode_libdirs= for libdir in $finalize_rpath; do if test -n "$hardcode_libdir_flag_spec"; then if test -n "$hardcode_libdir_separator"; then if test -z "$hardcode_libdirs"; then hardcode_libdirs=$libdir else # Just accumulate the unique libdirs. case $hardcode_libdir_separator$hardcode_libdirs$hardcode_libdir_separator in *"$hardcode_libdir_separator$libdir$hardcode_libdir_separator"*) ;; *) func_append hardcode_libdirs "$hardcode_libdir_separator$libdir" ;; esac fi else eval flag=\"$hardcode_libdir_flag_spec\" func_append rpath " $flag" fi elif test -n "$runpath_var"; then case "$finalize_perm_rpath " in *" $libdir "*) ;; *) func_append finalize_perm_rpath " $libdir" ;; esac fi done # Substitute the hardcoded libdirs into the rpath. if test -n "$hardcode_libdir_separator" && test -n "$hardcode_libdirs"; then libdir=$hardcode_libdirs eval rpath=\" $hardcode_libdir_flag_spec\" fi finalize_rpath=$rpath if test -n "$libobjs" && test yes = "$build_old_libs"; then # Transform all the library objects into standard objects. compile_command=`$ECHO "$compile_command" | $SP2NL | $SED "$lo2o" | $NL2SP` finalize_command=`$ECHO "$finalize_command" | $SP2NL | $SED "$lo2o" | $NL2SP` fi func_generate_dlsyms "$outputname" "@PROGRAM@" false # template prelinking step if test -n "$prelink_cmds"; then func_execute_cmds "$prelink_cmds" 'exit $?' fi wrappers_required=: case $host in *cegcc* | *mingw32ce*) # Disable wrappers for cegcc and mingw32ce hosts, we are cross compiling anyway. wrappers_required=false ;; *cygwin* | *mingw* ) test yes = "$build_libtool_libs" || wrappers_required=false ;; *) if test no = "$need_relink" || test yes != "$build_libtool_libs"; then wrappers_required=false fi ;; esac $wrappers_required || { # Replace the output file specification. compile_command=`$ECHO "$compile_command" | $SED 's%@OUTPUT@%'"$output"'%g'` link_command=$compile_command$compile_rpath # We have no uninstalled library dependencies, so finalize right now. exit_status=0 func_show_eval "$link_command" 'exit_status=$?' if test -n "$postlink_cmds"; then func_to_tool_file "$output" postlink_cmds=`func_echo_all "$postlink_cmds" | $SED -e 's%@OUTPUT@%'"$output"'%g' -e 's%@TOOL_OUTPUT@%'"$func_to_tool_file_result"'%g'` func_execute_cmds "$postlink_cmds" 'exit $?' fi # Delete the generated files. if test -f "$output_objdir/${outputname}S.$objext"; then func_show_eval '$RM "$output_objdir/${outputname}S.$objext"' fi exit $exit_status } if test -n "$compile_shlibpath$finalize_shlibpath"; then compile_command="$shlibpath_var=\"$compile_shlibpath$finalize_shlibpath\$$shlibpath_var\" $compile_command" fi if test -n "$finalize_shlibpath"; then finalize_command="$shlibpath_var=\"$finalize_shlibpath\$$shlibpath_var\" $finalize_command" fi compile_var= finalize_var= if test -n "$runpath_var"; then if test -n "$perm_rpath"; then # We should set the runpath_var. rpath= for dir in $perm_rpath; do func_append rpath "$dir:" done compile_var="$runpath_var=\"$rpath\$$runpath_var\" " fi if test -n "$finalize_perm_rpath"; then # We should set the runpath_var. rpath= for dir in $finalize_perm_rpath; do func_append rpath "$dir:" done finalize_var="$runpath_var=\"$rpath\$$runpath_var\" " fi fi if test yes = "$no_install"; then # We don't need to create a wrapper script. link_command=$compile_var$compile_command$compile_rpath # Replace the output file specification. link_command=`$ECHO "$link_command" | $SED 's%@OUTPUT@%'"$output"'%g'` # Delete the old output file. $opt_dry_run || $RM $output # Link the executable and exit func_show_eval "$link_command" 'exit $?' if test -n "$postlink_cmds"; then func_to_tool_file "$output" postlink_cmds=`func_echo_all "$postlink_cmds" | $SED -e 's%@OUTPUT@%'"$output"'%g' -e 's%@TOOL_OUTPUT@%'"$func_to_tool_file_result"'%g'` func_execute_cmds "$postlink_cmds" 'exit $?' fi exit $EXIT_SUCCESS fi case $hardcode_action,$fast_install in relink,*) # Fast installation is not supported link_command=$compile_var$compile_command$compile_rpath relink_command=$finalize_var$finalize_command$finalize_rpath func_warning "this platform does not like uninstalled shared libraries" func_warning "'$output' will be relinked during installation" ;; *,yes) link_command=$finalize_var$compile_command$finalize_rpath relink_command=`$ECHO "$compile_var$compile_command$compile_rpath" | $SED 's%@OUTPUT@%\$progdir/\$file%g'` ;; *,no) link_command=$compile_var$compile_command$compile_rpath relink_command=$finalize_var$finalize_command$finalize_rpath ;; *,needless) link_command=$finalize_var$compile_command$finalize_rpath relink_command= ;; esac # Replace the output file specification. link_command=`$ECHO "$link_command" | $SED 's%@OUTPUT@%'"$output_objdir/$outputname"'%g'` # Delete the old output files. $opt_dry_run || $RM $output $output_objdir/$outputname $output_objdir/lt-$outputname func_show_eval "$link_command" 'exit $?' if test -n "$postlink_cmds"; then func_to_tool_file "$output_objdir/$outputname" postlink_cmds=`func_echo_all "$postlink_cmds" | $SED -e 's%@OUTPUT@%'"$output_objdir/$outputname"'%g' -e 's%@TOOL_OUTPUT@%'"$func_to_tool_file_result"'%g'` func_execute_cmds "$postlink_cmds" 'exit $?' fi # Now create the wrapper script. func_verbose "creating $output" # Quote the relink command for shipping. if test -n "$relink_command"; then # Preserve any variables that may affect compiler behavior for var in $variables_saved_for_relink; do if eval test -z \"\${$var+set}\"; then relink_command="{ test -z \"\${$var+set}\" || $lt_unset $var || { $var=; export $var; }; }; $relink_command" elif eval var_value=\$$var; test -z "$var_value"; then relink_command="$var=; export $var; $relink_command" else func_quote_for_eval "$var_value" relink_command="$var=$func_quote_for_eval_result; export $var; $relink_command" fi done relink_command="(cd `pwd`; $relink_command)" relink_command=`$ECHO "$relink_command" | $SED "$sed_quote_subst"` fi # Only actually do things if not in dry run mode. $opt_dry_run || { # win32 will think the script is a binary if it has # a .exe suffix, so we strip it off here. case $output in *.exe) func_stripname '' '.exe' "$output" output=$func_stripname_result ;; 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WFLAGS=-Wall -Werror # Worth exploring ... but needs handling for unused parameters in functions which comply with interfaces. # Best option I'm aware of is to replace "void foo(int bar) {...}" with "void foo(int) {...}" throughout. # WFLAGS=-Wall -Wextra -Werror # WFLAGS=-Wall -Wextra -pedantic-errors -Werror # WFLAGS=-Wall -Wextra -pedantic-errors -Werror=unused-variable LFLAGS=-lm # You can do make -e INSTALLDIR=/path/to/somewhere/else/bin INSTALLDIR=/usr/local/bin CCOPT=$(CC) $(CFLAGS) $(IFLAGS) $(WFLAGS) -O3 CCDEBUG=$(CC) -g $(CFLAGS) $(IFLAGS) $(WFLAGS) CCASAN=clang -fsanitize=address -g $(CFLAGS) $(IFLAGS) $(WFLAGS) # clang ASAN. Use -O1 for debug mode to (among other things) disable inlining. #CCOPT=clang -fsanitize=address -fno-omit-frame-pointer $(CFLAGS) $(IFLAGS) $(WFLAGS) #CCDEBUG=clang -g -fsanitize=address -fno-omit-frame-pointer $(CFLAGS) $(IFLAGS) $(WFLAGS) # ---------------------------------------------------------------- # Miller source except DSL NON_DSL_SRCS = \ *.c \ cli/*.c \ lib/*.c \ containers/*.c \ auxents/*.c \ stream/*.c \ input/*.c \ dsl/*.c \ mapping/*.c \ output/*.c # DSL DSL_OBJS = \ ./parsing/mlr_dsl_parse.o \ ./parsing/mlr_dsl_lexer.o \ ./parsing/mlr_dsl_wrapper.o # Unit-test code TEST_ARGPARSE_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ lib/mlrregex.c \ lib/mlr_globals.c \ lib/string_builder.c \ cli/argparse.c \ containers/slls.c \ containers/sllv.c \ lib/string_array.c \ unit_test/test_argparse.c TEST_BYTE_READERS_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ lib/mlrescape.c \ lib/mlr_test_util.c \ lib/mlr_globals.c \ lib/string_builder.c \ input/string_byte_reader.c \ input/stdio_byte_reader.c \ input/mmap_byte_reader.c \ unit_test/test_byte_readers.c TEST_LINE_READERS_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ lib/mlrescape.c \ lib/context.c \ lib/mlr_test_util.c \ lib/mlr_globals.c \ lib/string_builder.c \ input/line_readers.c \ unit_test/test_line_readers.c TEST_PEEK_FILE_READER_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ lib/mlr_test_util.c \ lib/mlr_globals.c \ lib/string_builder.c \ input/string_byte_reader.c \ input/peek_file_reader.c \ unit_test/test_peek_file_reader.c TEST_LREC_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ lib/context.c \ lib/mlrdatetime.c \ lib/mlrescape.c \ lib/mlrregex.c \ lib/mlr_globals.c \ lib/string_builder.c \ lib/string_array.c \ lib/mlrval.c \ lib/mvfuncs.c \ containers/hss.c \ containers/lrec.c \ containers/header_keeper.c \ containers/sllv.c \ containers/slls.c \ containers/rslls.c \ containers/lhmsv.c \ containers/lhmslv.c \ containers/sllmv.c \ containers/mlhmmv.c \ input/line_readers.c \ input/file_reader_mmap.c \ input/file_reader_stdio.c \ input/file_ingestor_stdio.c \ input/lrec_reader_mmap_csvlite.c \ input/lrec_reader_stdio_csvlite.c \ input/lrec_reader_mmap_dkvp.c \ input/lrec_reader_stdio_dkvp.c \ input/lrec_reader_mmap_nidx.c \ input/lrec_reader_stdio_nidx.c \ input/lrec_reader_mmap_xtab.c \ input/lrec_reader_stdio_xtab.c \ input/lrec_reader_mmap_json.c \ input/lrec_reader_stdio_json.c \ input/mlr_json_adapter.c \ input/json_parser.c \ unit_test/test_lrec.c TEST_MULTIPLE_CONTAINERS_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ lib/context.c \ lib/mlrdatetime.c \ lib/mlrescape.c \ lib/mlrregex.c \ lib/mlr_globals.c \ lib/string_builder.c \ containers/lrec.c \ containers/header_keeper.c \ containers/sllv.c \ containers/slls.c \ containers/rslls.c \ lib/string_array.c \ containers/hss.c \ lib/mlrval.c \ lib/mvfuncs.c \ containers/lhmsi.c \ containers/lhmsll.c \ containers/lhmss.c \ containers/lhmsv.c \ containers/lhms2v.c \ containers/lhmslv.c \ containers/lhmsmv.c \ containers/loop_stack.c \ containers/percentile_keeper.c \ containers/top_keeper.c \ containers/dheap.c \ input/line_readers.c \ input/file_reader_mmap.c \ input/file_reader_stdio.c \ input/file_ingestor_stdio.c \ input/lrec_reader_mmap_csvlite.c \ input/lrec_reader_stdio_csvlite.c \ input/lrec_reader_mmap_dkvp.c \ input/lrec_reader_stdio_dkvp.c \ input/lrec_reader_mmap_nidx.c \ input/lrec_reader_stdio_nidx.c \ input/lrec_reader_mmap_xtab.c \ input/lrec_reader_stdio_xtab.c \ input/lrec_reader_mmap_json.c \ input/lrec_reader_stdio_json.c \ input/mlr_json_adapter.c \ input/json_parser.c \ unit_test/test_multiple_containers.c TEST_MLHMMV_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ lib/mlrdatetime.c \ lib/string_builder.c \ lib/string_array.c \ lib/mlrregex.c \ lib/mlr_globals.c \ lib/mlrval.c \ lib/mvfuncs.c \ containers/hss.c \ containers/mlhmmv.c \ containers/sllmv.c \ containers/sllv.c \ containers/slls.c \ containers/lrec.c \ unit_test/test_mlhmmv.c TEST_MLRUTIL_SRCS = \ lib/mlr_globals.c \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ lib/string_builder.c \ unit_test/test_mlrutil.c TEST_MLRREGEX_SRCS = \ lib/mlr_globals.c \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ lib/mlrregex.c \ lib/string_builder.c \ lib/string_array.c \ unit_test/test_mlrregex.c TEST_STRING_BUILDER_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ lib/mlr_globals.c \ lib/string_builder.c \ unit_test/test_string_builder.c TEST_PARSE_TRIE_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ lib/mlr_globals.c \ lib/string_builder.c \ containers/parse_trie.c \ unit_test/test_parse_trie.c TEST_RVAL_EVALUATORS_SRCS = \ lib/mlr_globals.c \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ lib/mlrdatetime.c \ lib/mlrregex.c \ lib/mlrmath.c \ lib/string_builder.c \ lib/string_array.c \ lib/mlrval.c \ lib/mvfuncs.c \ containers/xvfuncs.c \ containers/sllv.c \ containers/slls.c \ containers/sllmv.c \ containers/lrec.c \ containers/lhmsv.c \ containers/lhmsi.c \ containers/lhmsll.c \ containers/mlhmmv.c \ containers/lhmsmv.c \ containers/lhmss.c \ containers/hss.c \ containers/mixutil.c \ containers/loop_stack.c \ containers/local_stack.c \ containers/type_decl.c \ dsl/mlr_dsl_ast.c \ dsl/function_manager.c \ dsl/keylist_evaluators.c \ dsl/rval_expr_evaluators.c \ dsl/rxval_expr_evaluators.c \ dsl/rval_func_evaluators.c \ dsl/rxval_func_evaluators.c \ dsl/rval_list_evaluators.c \ dsl/mlr_dsl_stack_allocate.c \ dsl/mlr_dsl_blocked_ast.c \ dsl/mlr_dsl_cst.c \ dsl/mlr_dsl_cst_condish_statements.c \ dsl/mlr_dsl_cst_for_map_statements.c \ dsl/mlr_dsl_cst_for_srec_statements.c \ dsl/mlr_dsl_cst_func_subr.c \ dsl/mlr_dsl_cst_keywords.c \ dsl/mlr_dsl_cst_loop_control_statements.c \ dsl/mlr_dsl_cst_map_assignment_statements.c \ dsl/mlr_dsl_cst_output_statements.c \ dsl/mlr_dsl_cst_return_statements.c \ dsl/mlr_dsl_cst_scalar_assignment_statements.c \ dsl/mlr_dsl_cst_statements.c \ dsl/mlr_dsl_cst_triple_for_statements.c \ dsl/mlr_dsl_cst_unset_statements.c \ output/lrec_writer_csv.c \ output/lrec_writer_csvlite.c \ output/lrec_writer_dkvp.c \ output/lrec_writer_json.c \ output/lrec_writer_markdown.c \ output/lrec_writer_nidx.c \ output/lrec_writer_pprint.c \ output/lrec_writer_xtab.c \ output/lrec_writers.c \ output/multi_lrec_writer.c \ output/multi_out.c \ unit_test/test_rval_evaluators.c TEST_JOIN_BUCKET_KEEPER_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ lib/mlrescape.c \ lib/mlr_globals.c \ lib/string_builder.c \ lib/mlrregex.c \ lib/context.c \ lib/string_array.c \ containers/parse_trie.c \ containers/lrec.c \ containers/sllv.c \ containers/rslls.c \ containers/slls.c \ containers/lhmslv.c \ containers/lhmss.c \ containers/hss.c \ containers/mixutil.c \ containers/header_keeper.c \ containers/join_bucket_keeper.c \ input/mmap_byte_reader.c \ input/stdio_byte_reader.c \ input/line_readers.c \ input/lrec_reader_gen.c \ input/lrec_reader_in_memory.c \ input/lrec_readers.c \ input/lrec_reader_mmap_csv.c \ input/lrec_reader_stdio_csv.c \ input/lrec_reader_mmap_csvlite.c \ input/lrec_reader_stdio_csvlite.c \ input/lrec_reader_mmap_dkvp.c \ input/lrec_reader_stdio_dkvp.c \ input/lrec_reader_mmap_nidx.c \ input/lrec_reader_stdio_nidx.c \ input/lrec_reader_mmap_xtab.c \ input/lrec_reader_stdio_xtab.c \ input/lrec_reader_mmap_json.c \ input/lrec_reader_stdio_json.c \ input/mlr_json_adapter.c \ input/json_parser.c \ input/file_reader_mmap.c \ input/file_reader_stdio.c \ input/file_ingestor_stdio.c \ input/peek_file_reader.c \ unit_test/test_join_bucket_keeper.c EXPERIMENTAL_READER_SRCS = \ lib/mlrutil.c \ lib/mlrdatetime.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ lib/context.c \ lib/mlrescape.c \ lib/mlrregex.c \ lib/mlr_globals.c \ lib/string_array.c \ lib/string_builder.c \ input/stdio_byte_reader.c \ input/file_reader_mmap.c \ input/line_readers.c \ containers/parse_trie.c \ experimental/getlines.c EXPERIMENTAL_JSON_VG_MEM_SRCS = \ lib/mlr_globals.c \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/nlnet_timegm.c \ lib/netbsd_strptime.c \ lib/mtrand.c \ input/json_parser.c \ experimental/json_vg_mem.c # ================================================================ # User-make: creates the executable and runs unit & regression tests # This is the default target for anyone pulling the repo and trying to # build it to be able to use it. It just needs flex and the C compiler. #top: mlr tests # xxx temp: top: mlr mlrg tests install: mlr tests mkdir -p $(INSTALLDIR) cp mlr $(INSTALLDIR) installhome: mlr tests mkdir -p $(HOME)/bin cp mlr $(HOME)/bin # ================================================================ tags: .always ctags -R . mlr: .always parsing $(CCOPT) $(NON_DSL_SRCS) $(DSL_OBJS) $(LFLAGS) -o mlr # On x86_64/Centos I had to first do # sudo yum install glibc-devel glibc-static mlr.static: .always parsing $(CCOPT) -static $(NON_DSL_SRCS) $(DSL_OBJS) $(LFLAGS) -o mlr.static parsing: .always make -C parsing -f Makefile.no-autoconfig mlr_dsl_parse.o make -C parsing -f Makefile.no-autoconfig mlr_dsl_lexer.o make -C parsing -f Makefile.no-autoconfig mlr_dsl_wrapper.o two: mlr mlrg # ---------------------------------------------------------------- # Other executable variants # Debug version mlrg: .always parsing $(CCDEBUG) $(NON_DSL_SRCS) $(DSL_OBJS) $(LFLAGS) -o mlrg # Debug version with local-stack verbosity mlrt: .always parsing $(CCDEBUG) -DLOCAL_STACK_TRACE_ENABLE -DLOCAL_STACK_BOUNDS_CHECK_ENABLE \ $(NON_DSL_SRCS) $(DSL_OBJS) $(LFLAGS) -o mlrt # Profile version. Usage: # * make mlrp # * mlrp {arguments> # * gprof mlrp gmon.out > myfile.txt # Note: works on Linux; not on OSX. mlrp: .always parsing $(CCDEBUG) -g -pg $(NON_DSL_SRCS) $(DSL_OBJS) $(LFLAGS) -o mlrp # ASAN version mlra: .always parsing $(CCASAN) $(NON_DSL_SRCS) $(DSL_OBJS) $(LFLAGS) -o mlra # ================================================================ tests: unit-test reg-test unit-test: test-mlrutil test-mlrregex test-argparse test-line-readers test-byte-readers test-peek-file-reader test-parse-trie test-lrec test-multiple-containers test-mlhmmv test-string-builder test-rval-evaluators test-join-bucket-keeper ./test-mlrutil ./test-mlrregex ./test-argparse ./test-line-readers ./test-byte-readers ./test-peek-file-reader ./test-parse-trie ./test-lrec ./test-multiple-containers ./test-mlhmmv ./test-string-builder ./test-rval-evaluators ./test-join-bucket-keeper @echo @echo DONE reg-test: ./reg_test/run ./reg_test/run --no-mmap # ---------------------------------------------------------------- # Run this after unit-test expected output has changed, and is verified to be # OK. (Example: after adding new test cases in test/run.) regtest-copy taters: cp output-regtest/out reg_test/expected regtest-copy-dev: cp output-regtest/out-dev reg_test/expected # ---------------------------------------------------------------- # Unit-test executables test-argparse: .always $(CCDEBUG) $(TEST_ARGPARSE_SRCS) $(LFLAGS) -o test-argparse test-byte-readers: .always $(CCDEBUG) $(TEST_BYTE_READERS_SRCS) $(LFLAGS) -o test-byte-readers test-line-readers: .always $(CCDEBUG) $(TEST_LINE_READERS_SRCS) $(LFLAGS) -o test-line-readers test-peek-file-reader: .always $(CCDEBUG) $(TEST_PEEK_FILE_READER_SRCS) $(LFLAGS) -o test-peek-file-reader test-lrec: .always $(CCDEBUG) $(TEST_LREC_SRCS) $(LFLAGS) -o test-lrec -lm test-multiple-containers: .always $(CCDEBUG) $(TEST_MULTIPLE_CONTAINERS_SRCS) $(LFLAGS) -o test-multiple-containers -lm test-mlhmmv: .always $(CCDEBUG) $(TEST_MLHMMV_SRCS) $(LFLAGS) -o test-mlhmmv -lm test-mlrutil: .always $(CCDEBUG) $(TEST_MLRUTIL_SRCS) $(LFLAGS) -o test-mlrutil -lm test-mlrregex: .always $(CCDEBUG) $(TEST_MLRREGEX_SRCS) $(LFLAGS) -o test-mlrregex test-string-builder: .always $(CCDEBUG) $(TEST_STRING_BUILDER_SRCS) $(LFLAGS) -o test-string-builder test-parse-trie: .always $(CCDEBUG) $(TEST_PARSE_TRIE_SRCS) $(LFLAGS) -o test-parse-trie test-rval-evaluators: .always $(CCDEBUG) $(TEST_RVAL_EVALUATORS_SRCS) $(LFLAGS) -o test-rval-evaluators -lm test-join-bucket-keeper: .always $(CCDEBUG) $(TEST_JOIN_BUCKET_KEEPER_SRCS) $(LFLAGS) -o test-join-bucket-keeper -lm # ---------------------------------------------------------------- # Standalone mains getl: .always $(CCOPT) $(EXPERIMENTAL_READER_SRCS) $(LFLAGS) -o getl json-vg-mem: .always $(CCDEBUG) $(EXPERIMENTAL_JSON_VG_MEM_SRCS) $(LFLAGS) -o json-vg-mem # ================================================================ # BSD can't handle rm -v, alas clean: @rm -f mlr mlrd mlrg mlrp tester @make -C parsing -f Makefile.no-autoconfig clean perfclean profclean: @rm -f gmon.out perf.data perf.data.old .always: @true miller-5.6.2/c/Makefile.windows000066400000000000000000000340751354153536500164060ustar00rootroot00000000000000# ================================================================ # NOTE: This makefile is not intended to be used in a packaging system -- # rather, Miller uses autconfig for that. This makefile is intended for users # who prefer (for whatever reason) to bypass autoconfig. Please also see # http://johnkerl.org/miller/doc/build.html#Without_using_autoconfig # ================================================================ # ================================================================ # Travis does "export CC=gcc", "export CC=clang" so we can pick those up via # "make -e" in ../.travis.yml. Note that "CC?=gcc", without make -e, results # in CC being expanded to cc on my OSX laptop, which is not OK. Hence make -e. CC=gcc CFLAGS=-std=gnu99 IFLAGS=-I. -I.. WFLAGS=-Wall # Worth exploring ... but needs handling for unused parameters in functions which comply with interfaces. # Best option I'm aware of is to replace "void foo(int bar) {...}" with "void foo(int) {...}" throughout. # WFLAGS=-Wall -Wextra -Werror # WFLAGS=-Wall -Wextra -pedantic-errors -Werror # WFLAGS=-Wall -Wextra -pedantic-errors -Werror=unused-variable LFLAGS=-lm -lpcreposix # You can do make -e INSTALLDIR=/path/to/somewhere/else/bin INSTALLDIR=/usr/local/bin CCOPT=$(CC) $(CFLAGS) $(IFLAGS) $(WFLAGS) -O3 CCDEBUG=$(CC) -g $(CFLAGS) $(IFLAGS) $(WFLAGS) # clang ASAN. Use -O1 for debug mode to (among other things) disable inlining. #CCOPT=clang -fsanitize=address -fno-omit-frame-pointer $(CFLAGS) $(IFLAGS) $(WFLAGS) #CCDEBUG=clang -g -fsanitize=address -fno-omit-frame-pointer $(CFLAGS) $(IFLAGS) $(WFLAGS) # ---------------------------------------------------------------- # Miller source except DSL NON_DSL_SRCS = \ *.c \ cli/*.c \ lib/*.c \ containers/*.c \ aux/*.c \ stream/*.c \ input/*.c \ dsl/*.c \ mapping/*.c \ output/*.c # DSL DSL_OBJS = \ ./parsing/mlr_dsl_parse.o \ ./parsing/mlr_dsl_lexer.o \ ./parsing/mlr_dsl_wrapper.o # Unit-test code TEST_ARGPARSE_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/mtrand.c \ lib/mlrregex.c \ lib/mlr_globals.c \ lib/string_builder.c \ cli/argparse.c \ containers/slls.c \ containers/sllv.c \ lib/string_array.c \ unit_test/test_argparse.c TEST_BYTE_READERS_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/mtrand.c \ lib/mlrescape.c \ lib/mlr_test_util.c \ lib/mlr_globals.c \ lib/string_builder.c \ input/string_byte_reader.c \ input/stdio_byte_reader.c \ input/mmap_byte_reader.c \ unit_test/test_byte_readers.c TEST_LINE_READERS_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/mtrand.c \ lib/mlrescape.c \ lib/context.c \ lib/mlr_test_util.c \ lib/mlr_globals.c \ lib/string_builder.c \ input/line_readers.c \ unit_test/test_line_readers.c TEST_PEEK_FILE_READER_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/mtrand.c \ lib/mlr_test_util.c \ lib/mlr_globals.c \ lib/string_builder.c \ input/string_byte_reader.c \ input/peek_file_reader.c \ unit_test/test_peek_file_reader.c TEST_LREC_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/mtrand.c \ lib/context.c \ lib/mlrdatetime.c \ lib/mlrescape.c \ lib/mlrregex.c \ lib/mlr_globals.c \ lib/string_builder.c \ lib/string_array.c \ containers/mlrval.c \ containers/mvfuncs.c \ containers/lrec.c \ containers/header_keeper.c \ containers/sllv.c \ containers/slls.c \ containers/rslls.c \ containers/lhmsv.c \ containers/lhmslv.c \ containers/sllmv.c \ containers/mlhmmv.c \ input/line_readers.c \ input/file_reader_mmap.c \ input/file_reader_stdio.c \ input/file_ingestor_stdio.c \ input/lrec_reader_mmap_csvlite.c \ input/lrec_reader_stdio_csvlite.c \ input/lrec_reader_mmap_dkvp.c \ input/lrec_reader_stdio_dkvp.c \ input/lrec_reader_mmap_nidx.c \ input/lrec_reader_stdio_nidx.c \ input/lrec_reader_mmap_xtab.c \ input/lrec_reader_stdio_xtab.c \ input/lrec_reader_mmap_json.c \ input/lrec_reader_stdio_json.c \ input/mlr_json_adapter.c \ input/json_parser.c \ unit_test/test_lrec.c TEST_MULTIPLE_CONTAINERS_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/mtrand.c \ lib/context.c \ lib/mlrdatetime.c \ lib/mlrescape.c \ lib/mlrregex.c \ lib/mlr_globals.c \ lib/string_builder.c \ containers/lrec.c \ containers/header_keeper.c \ containers/sllv.c \ containers/slls.c \ containers/rslls.c \ lib/string_array.c \ containers/hss.c \ containers/mlrval.c \ containers/mvfuncs.c \ containers/lhmsi.c \ containers/lhmsll.c \ containers/lhmss.c \ containers/lhmsv.c \ containers/lhms2v.c \ containers/lhmslv.c \ containers/lhmsmv.c \ containers/loop_stack.c \ containers/percentile_keeper.c \ containers/top_keeper.c \ containers/dheap.c \ input/line_readers.c \ input/file_reader_mmap.c \ input/file_reader_stdio.c \ input/file_ingestor_stdio.c \ input/lrec_reader_mmap_csvlite.c \ input/lrec_reader_stdio_csvlite.c \ input/lrec_reader_mmap_dkvp.c \ input/lrec_reader_stdio_dkvp.c \ input/lrec_reader_mmap_nidx.c \ input/lrec_reader_stdio_nidx.c \ input/lrec_reader_mmap_xtab.c \ input/lrec_reader_stdio_xtab.c \ input/lrec_reader_mmap_json.c \ input/lrec_reader_stdio_json.c \ input/mlr_json_adapter.c \ input/json_parser.c \ unit_test/test_multiple_containers.c TEST_MLHMMV_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/mtrand.c \ lib/mlrdatetime.c \ lib/string_builder.c \ lib/string_array.c \ lib/mlrregex.c \ lib/mlr_globals.c \ containers/mlrval.c \ containers/mvfuncs.c \ containers/mlhmmv.c \ containers/sllmv.c \ containers/sllv.c \ containers/slls.c \ containers/lrec.c \ unit_test/test_mlhmmv.c TEST_MLRUTIL_SRCS = \ lib/mlr_globals.c \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/mtrand.c \ lib/string_builder.c \ unit_test/test_mlrutil.c TEST_MLRREGEX_SRCS = \ lib/mlr_globals.c \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/mtrand.c \ lib/mlrregex.c \ lib/string_builder.c \ lib/string_array.c \ unit_test/test_mlrregex.c TEST_STRING_BUILDER_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/mtrand.c \ lib/mlr_globals.c \ lib/string_builder.c \ unit_test/test_string_builder.c TEST_PARSE_TRIE_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/mtrand.c \ lib/mlr_globals.c \ lib/string_builder.c \ containers/parse_trie.c \ unit_test/test_parse_trie.c TEST_RVAL_EVALUATORS_SRCS = \ lib/mlr_globals.c \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/mtrand.c \ lib/mlrdatetime.c \ lib/mlrregex.c \ lib/mlrmath.c \ lib/string_builder.c \ lib/string_array.c \ containers/mlrval.c \ containers/mvfuncs.c \ containers/xvfuncs.c \ containers/sllv.c \ containers/slls.c \ containers/sllmv.c \ containers/lrec.c \ containers/lhmsv.c \ containers/lhmsi.c \ containers/lhmsll.c \ containers/mlhmmv.c \ containers/lhmsmv.c \ containers/hss.c \ containers/mixutil.c \ containers/loop_stack.c \ containers/local_stack.c \ containers/type_decl.c \ dsl/mlr_dsl_ast.c \ dsl/function_manager.c \ dsl/keylist_evaluators.c \ dsl/rval_expr_evaluators.c \ dsl/rxval_expr_evaluators.c \ dsl/rval_func_evaluators.c \ dsl/rxval_func_evaluators.c \ dsl/rval_list_evaluators.c \ dsl/mlr_dsl_stack_allocate.c \ dsl/mlr_dsl_blocked_ast.c \ dsl/mlr_dsl_cst.c \ dsl/mlr_dsl_cst_condish_statements.c \ dsl/mlr_dsl_cst_for_map_statements.c \ dsl/mlr_dsl_cst_for_srec_statements.c \ dsl/mlr_dsl_cst_func_subr.c \ dsl/mlr_dsl_cst_keywords.c \ dsl/mlr_dsl_cst_loop_control_statements.c \ dsl/mlr_dsl_cst_map_assignment_statements.c \ dsl/mlr_dsl_cst_output_statements.c \ dsl/mlr_dsl_cst_return_statements.c \ dsl/mlr_dsl_cst_scalar_assignment_statements.c \ dsl/mlr_dsl_cst_statements.c \ dsl/mlr_dsl_cst_triple_for_statements.c \ dsl/mlr_dsl_cst_unset_statements.c \ output/lrec_writer_csv.c \ output/lrec_writer_csvlite.c \ output/lrec_writer_dkvp.c \ output/lrec_writer_json.c \ output/lrec_writer_markdown.c \ output/lrec_writer_nidx.c \ output/lrec_writer_pprint.c \ output/lrec_writer_xtab.c \ output/lrec_writers.c \ output/multi_lrec_writer.c \ output/multi_out.c \ unit_test/test_rval_evaluators.c TEST_JOIN_BUCKET_KEEPER_SRCS = \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/mtrand.c \ lib/mlrescape.c \ lib/mlr_globals.c \ lib/string_builder.c \ lib/context.c \ containers/parse_trie.c \ containers/lrec.c \ containers/sllv.c \ containers/rslls.c \ containers/slls.c \ containers/lhmslv.c \ containers/hss.c \ containers/mixutil.c \ containers/header_keeper.c \ containers/join_bucket_keeper.c \ input/mmap_byte_reader.c \ input/stdio_byte_reader.c \ input/line_readers.c \ input/lrec_reader_in_memory.c \ input/lrec_readers.c \ input/lrec_reader_mmap_csv.c \ input/lrec_reader_stdio_csv.c \ input/lrec_reader_mmap_csvlite.c \ input/lrec_reader_stdio_csvlite.c \ input/lrec_reader_mmap_dkvp.c \ input/lrec_reader_stdio_dkvp.c \ input/lrec_reader_mmap_nidx.c \ input/lrec_reader_stdio_nidx.c \ input/lrec_reader_mmap_xtab.c \ input/lrec_reader_stdio_xtab.c \ input/lrec_reader_mmap_json.c \ input/lrec_reader_stdio_json.c \ input/mlr_json_adapter.c \ input/json_parser.c \ input/file_reader_mmap.c \ input/file_reader_stdio.c \ input/file_ingestor_stdio.c \ input/peek_file_reader.c \ unit_test/test_join_bucket_keeper.c EXPERIMENTAL_READER_SRCS = \ lib/mlrutil.c \ lib/mlrdatetime.c \ lib/mlr_arch.c \ lib/mtrand.c \ lib/context.c \ lib/mlrescape.c \ lib/mlrregex.c \ lib/mlr_globals.c \ lib/string_array.c \ lib/string_builder.c \ input/stdio_byte_reader.c \ input/file_reader_mmap.c \ input/line_readers.c \ containers/parse_trie.c \ experimental/getlines.c EXPERIMENTAL_JSON_VG_MEM_SRCS = \ lib/mlr_globals.c \ lib/mlrutil.c \ lib/mlr_arch.c \ lib/mtrand.c \ input/json_parser.c \ experimental/json_vg_mem.c # ================================================================ # User-make: creates the executable and runs unit & regression tests # This is the default target for anyone pulling the repo and trying to # build it to be able to use it. It just needs flex and the C compiler. #top: mlr tests # xxx temp: top: mlr mlrg tests install: mlr tests cp mlr $(INSTALLDIR) installhome: mlr tests cp mlr $(HOME)/bin # ================================================================ tags: .always ctags -R . mlr: .always parsing $(CCOPT) $(NON_DSL_SRCS) $(DSL_OBJS) $(LFLAGS) -o mlr # On x86_64/Centos I had to first do # sudo yum install glibc-devel glibc-static mlr.static: .always parsing $(CCOPT) -static $(NON_DSL_SRCS) $(DSL_OBJS) $(LFLAGS) -o mlr.static parsing: .always make -C parsing -f Makefile.no-autoconfig mlr_dsl_parse.o make -C parsing -f Makefile.no-autoconfig mlr_dsl_lexer.o make -C parsing -f Makefile.no-autoconfig mlr_dsl_wrapper.o two: mlr mlrg # ---------------------------------------------------------------- # Other executable variants # Debug version mlrg: .always parsing $(CCDEBUG) $(NON_DSL_SRCS) $(DSL_OBJS) $(LFLAGS) -o mlrg # Debug version with local-stack verbosity mlrt: .always parsing $(CCDEBUG) -DLOCAL_STACK_TRACE_ENABLE -DLOCAL_STACK_BOUNDS_CHECK_ENABLE \ $(NON_DSL_SRCS) $(DSL_OBJS) $(LFLAGS) -o mlrt # Profile version. Usage: # * make mlrp # * mlrp {arguments> # * gprof mlrp gmon.out > myfile.txt # Note: works on Linux; not on OSX. mlrp: .always parsing $(CCDEBUG) -g -pg $(NON_DSL_SRCS) $(DSL_OBJS) $(LFLAGS) -o mlrp # ================================================================ tests: unit-test reg-test unit-test: test-mlrutil test-mlrregex test-argparse test-line-readers test-byte-readers test-peek-file-reader test-parse-trie test-lrec test-multiple-containers test-mlhmmv test-string-builder test-rval-evaluators test-join-bucket-keeper ./test-mlrutil ./test-mlrregex ./test-argparse ./test-line-readers ./test-byte-readers ./test-peek-file-reader ./test-parse-trie ./test-lrec ./test-multiple-containers ./test-mlhmmv ./test-string-builder ./test-rval-evaluators ./test-join-bucket-keeper @echo @echo DONE reg-test: ./reg_test/run # ---------------------------------------------------------------- # Run this after unit-test expected output has changed, and is verified to be # OK. (Example: after adding new test cases in test/run.) regtest-copy taters: cp output-regtest/out reg_test/expected regtest-copy-dev: cp output-regtest/out-dev reg_test/expected # ---------------------------------------------------------------- # Unit-test executables test-argparse: .always $(CCDEBUG) $(TEST_ARGPARSE_SRCS) $(LFLAGS) -o test-argparse test-byte-readers: .always $(CCDEBUG) $(TEST_BYTE_READERS_SRCS) $(LFLAGS) -o test-byte-readers test-line-readers: .always $(CCDEBUG) $(TEST_LINE_READERS_SRCS) $(LFLAGS) -o test-line-readers test-peek-file-reader: .always $(CCDEBUG) $(TEST_PEEK_FILE_READER_SRCS) $(LFLAGS) -o test-peek-file-reader test-lrec: .always $(CCDEBUG) $(TEST_LREC_SRCS) $(LFLAGS) -o test-lrec -lm test-multiple-containers: .always $(CCDEBUG) $(TEST_MULTIPLE_CONTAINERS_SRCS) $(LFLAGS) -o test-multiple-containers -lm test-mlhmmv: .always $(CCDEBUG) $(TEST_MLHMMV_SRCS) $(LFLAGS) -o test-mlhmmv -lm test-mlrutil: .always $(CCDEBUG) $(TEST_MLRUTIL_SRCS) $(LFLAGS) -o test-mlrutil -lm test-mlrregex: .always $(CCDEBUG) $(TEST_MLRREGEX_SRCS) $(LFLAGS) -o test-mlrregex test-string-builder: .always $(CCDEBUG) $(TEST_STRING_BUILDER_SRCS) $(LFLAGS) -o test-string-builder test-parse-trie: .always $(CCDEBUG) $(TEST_PARSE_TRIE_SRCS) $(LFLAGS) -o test-parse-trie test-rval-evaluators: .always $(CCDEBUG) $(TEST_RVAL_EVALUATORS_SRCS) $(LFLAGS) -o test-rval-evaluators -lm test-join-bucket-keeper: .always $(CCDEBUG) $(TEST_JOIN_BUCKET_KEEPER_SRCS) $(LFLAGS) -o test-join-bucket-keeper -lm # ---------------------------------------------------------------- # Standalone mains getl: .always $(CCOPT) $(EXPERIMENTAL_READER_SRCS) $(LFLAGS) -o getl json-vg-mem: .always $(CCDEBUG) $(EXPERIMENTAL_JSON_VG_MEM_SRCS) $(LFLAGS) -o json-vg-mem # ================================================================ # BSD can't handle rm -v, alas clean: @rm -f mlr mlrd mlrg mlrp tester @make -C parsing -f Makefile.no-autoconfig clean perfclean profclean: @rm -f gmon.out perf.data perf.data.old .always: @true miller-5.6.2/c/README.md000066400000000000000000000113151354153536500145240ustar00rootroot00000000000000# Data flow Miller data flow is records produced by a record-reader in `input/`, followed by one or more mappers in `mapping/`, written by a record-writer in `output/`, controlled by logic in `stream/`. Argument parsing for initial stream setup is in `cli/`. # Container names The user-visible concept of *stream record* (or *srec*) is implemented in the `lrec_t` (*linked-record type*) data structure. The user-visible concept of *out-of-stream variables* is implemented using the `mlhmmv_t` (multi-level hashmap of mlrvals) structure. Source-code comments and names within the code refer to `srec`/`lrec` and `oosvar`/`mlhmmv` depending on the context. While those two data structures contain user-visible data structures, others are used in Miller's implementation: `slls` and `sllv` are singly-linked lists of string and void-star respectively; `lhmss` is a linked hashmap from string to string; `lhmsi` is a linked hashmap from string to int; and so on. # Memory management Miller is streaming and as near stateless as possible. For most Miller functions, you can ingest a 20GB file with 4GB RAM, no problem. For example, `mlr cat` of a DKVP file retains no data in memory from one line to another; `mlr cat` of a CSV file retains only the field names from the header line. The `stats1` and `stats2` commands retain only aggregation state (e.g. count and sum over specified fields needed to compute mean of specified fields). The `mlr tac` and `mlr sort` commands, obviously, need to consume and retain all input records before emitting any output records. Miller classes are in general modular, following a constructor/destructor model with minimal dependencies between classes. As a general rule, void-star payloads (`sllv`, `lhmslv`) must be freed by the callee (which has access to the data type) whereas non-void-star payloads (`slls`, `hss`) are freed by the container class. One complication is for free-flags in `lrec` and `slls`: the idea is that an entire line is mallocked and presented by the record reader; then individual fields are split out and populated into linked list or records. To reduce the amount of strduping there, free-flags are used to track which fields should be freed by the destructor and which are freed elsewhere. The `header_keeper` object is an elaboration on this theme: suppose there is a CSV file with header line `a,b,c` and data lines `1,2,3`, then `4,5,6`, then `7,8,9`. Then the keys `a`, `b`, and `c` are shared between all three records; they are retained in a single `header_keeper` object. A bigger complication to the otherwise modular nature of Miller is its *baton-passing memory-management model*. Namely, one class may be responsible for freeing memory allocated by another class. For example, using `mlr cat`: The record-reader produces records and returns pointers to them. The record-mapper is just a pass-through; it returns the record-pointers it receives. The record-writer formats the records to stdout and does not return them, so it is responsible for freeing them. Similarly, `mlr cut -x` and any other mappers which modify record objects without creating new ones. By contrast,`stats1` et al. produce their own records; they free what they do not pass on. # Null-lrec conventions Record-readers return a null lrec-pointer to signify end of input stream. Each mapper takes an lrec-pointer as input and returns a linked list of lrec-pointer. Null-lrec is input to mappers to signify end of stream: e.g. `sort` or `tac` should use this as a signal to deliver the sorted/reversed list of rows. When a mapper has no output before end of stream (e.g. `sort` or `tac` while accumulating inputs) it returns a null lrec-pointer which is treated as synonymous with returning an empty list. At end of stream, a mapper returns a linked list of records ending in a null lrec-pointer. A null lrec-pointer at end of stream is passed to lrec writers so that they may produce final output (e.g. pretty-print which produces no output until end of stream). # Performance optimizations The initial implementation of Miller used `lhmss` (insertion-ordered string-to-string hash map) for record objects. Keys and values were strduped out of file-input lines. Each of the following produced from 5 to 30 percent performance gains: * The `lrec` object is a hashless map suited to low access-to-creation ratio. See detailed comments in https://github.com/johnkerl/miller/blob/master/c/containers/lrec.h. * Free-flags as discussed above removed additional occurrences of string copies. * Using `mmap` to read files gets rid of double passes on record parsing (one to find end of line, and another to separate fields) as well as most use of `malloc`. 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static int lecat_main(int argc, char** argv); static int termcvt_main(int argc, char** argv); static int hex_main(int argc, char** argv); static int unhex_main(int argc, char** argv); static int netbsd_strptime_main(int argc, char** argv); static int lecat_stream(FILE* input_stream, int do_color); static void hex_dump_fp(FILE *in_fp, FILE *out_fp, int do_raw); static void unhex_fp(FILE *in_fp, FILE *out_fp); static void aux_list_usage(char* argv0, char* argv1, FILE* o, int exit_code); static void lecat_usage(char* argv0, char* argv1, FILE* o, int exit_code); static void termcvt_usage(char* argv0, char* argv1, FILE* o, int exit_code); static void hex_usage(char* argv0, char* argv1, FILE* o, int exit_code); static void unhex_usage(char* argv0, char* argv1, FILE* o, int exit_code); static void netbsd_strptime_usage(char* argv0, char* argv1, FILE* o, int exit_code); // ---------------------------------------------------------------- typedef int aux_main_t(int argc, char**argv); typedef void aux_usage_t( char* argv0, char* argv1, FILE* o, int exit_code); typedef struct _aux_lookup_entry_t { char* name; aux_main_t* pmain; aux_usage_t* pusage; } aux_lookup_entry_t; static aux_lookup_entry_t aux_lookup_table[] = { { "aux-list", aux_list_main, aux_list_usage }, { "lecat", lecat_main, lecat_usage }, { "termcvt", termcvt_main, termcvt_usage }, { "hex", hex_main, hex_usage }, { "unhex", unhex_main, unhex_usage }, { "netbsd-strptime", netbsd_strptime_main, netbsd_strptime_usage }, }; static int aux_lookup_table_size = sizeof(aux_lookup_table) / sizeof(aux_lookup_table[0]); // ================================================================ void do_aux_entries(int argc, char** argv) { if (argc < 2) { return; } for (int i = 0; i < aux_lookup_table_size; i++) { if (streq(argv[1], aux_lookup_table[i].name)) { exit(aux_lookup_table[i].pmain(argc, argv)); } } // else return to mlrmain for the rest of Miller. } void show_aux_entries(FILE* fp) { fprintf(fp, "Available subcommands:\n"); for (int i = 0; i < aux_lookup_table_size; i++) { fprintf(fp, " %s\n", aux_lookup_table[i].name); } fprintf(fp, "For more information, please invoke %s {subcommand} --help\n", MLR_GLOBALS.bargv0); } // ---------------------------------------------------------------- static void aux_list_usage(char* argv0, char* argv1, FILE* o, int exit_code) { fprintf(o, "Usage: %s %s [options]\n", argv0, argv1); fprintf(o, "Options:\n"); fprintf(o, "-h or --help: print this message\n"); exit(exit_code); } int aux_list_main(int argc, char** argv) { show_aux_entries(stdout); return 0; } // ---------------------------------------------------------------- static void lecat_usage(char* argv0, char* argv1, FILE* o, int exit_code) { fprintf(o, "Usage: %s %s [options] {zero or more file names}\n", argv0, argv1); fprintf(o, "Simply echoes input, but flags CR characters in red and LF characters in green.\n"); fprintf(o, "If zero file names are supplied, standard input is read.\n"); fprintf(o, "Options:\n"); fprintf(o, "--mono: don't try to colorize the output\n"); fprintf(o, "-h or --help: print this message\n"); exit(exit_code); } static int lecat_main(int argc, char** argv) { int ok = 1; int do_color = TRUE; if (argc >= 3) { if (streq(argv[2], "-h") || streq(argv[2], "--help")) { lecat_usage(argv[0], argv[1], stdout, 0); } } // 'mlr' and 'lecat' are already argv[0] and argv[1]. int argb = 2; if (argc >= 3 && argv[argb][0] == '-') { if (streq(argv[argb], "--mono")) { do_color = FALSE; argb++; } else { fprintf(stderr, "%s %s: unrecognized option \"%s\".\n", argv[0], argv[1], argv[argb]); return 1; } } if (argb == argc) { ok = ok && lecat_stream(stdin, do_color); } else { for (int argi = argb; argi < argc; argi++) { char* file_name = argv[argi]; FILE* input_stream = fopen(file_name, "r"); if (input_stream == NULL) { perror(file_name); exit(1); } ok = lecat_stream(input_stream, do_color); fclose(input_stream); } } return ok ? 0 : 1; } static int lecat_stream(FILE* input_stream, int do_color) { while (1) { int c = fgetc(input_stream); if (c == EOF) break; if (c == '\r') { if (do_color) printf("\033[31;01m"); // xterm red printf("[CR]"); if (do_color) printf("\033[0m"); } else if (c == '\n') { if (do_color) printf("\033[32;01m"); // xterm green printf("[LF]\n"); if (do_color) printf("\033[0m"); } else { putchar(c); } } return 1; } // ================================================================ static int termcvt_stream(FILE* input_stream, FILE* output_stream, char* inend, char* outend) { size_t line_length = MLR_ALLOC_READ_LINE_INITIAL_SIZE; int inend_length = strlen(inend); while (1) { char* line = mlr_alloc_read_line_multiple_delimiter(input_stream, inend, inend_length, &line_length); if (line == NULL) { break; } fputs(line, output_stream); fputs(outend, output_stream); free(line); } return 1; } // ---------------------------------------------------------------- static void termcvt_usage(char* argv0, char* argv1, FILE* o, int exit_code) { fprintf(o, "Usage: %s %s [option] {zero or more file names}\n", argv0, argv1); fprintf(o, "Option (exactly one is required):\n"); fprintf(o, "--cr2crlf\n"); fprintf(o, "--lf2crlf\n"); fprintf(o, "--crlf2cr\n"); fprintf(o, "--crlf2lf\n"); fprintf(o, "--cr2lf\n"); fprintf(o, "--lf2cr\n"); fprintf(o, "-I in-place processing (default is to write to stdout)\n"); fprintf(o, "-h or --help: print this message\n"); fprintf(o, "Zero file names means read from standard input.\n"); fprintf(o, "Output is always to standard output; files are not written in-place.\n"); exit(exit_code); } // ---------------------------------------------------------------- static int termcvt_main(int argc, char** argv) { int ok = 1; char* inend = "\n"; char* outend = "\n"; int do_in_place = FALSE; // argv[0] is 'mlr' // argv[1] is 'termcvt' // argv[2] is '--some-option' // argv[3] and above are filenames if (argc < 2) termcvt_usage(argv[0], argv[1], stderr, 1); int argi; for (argi = 2; argi < argc; argi++) { char* opt = argv[argi]; if (opt[0] != '-') break; if (streq(opt, "-h") || streq(opt, "--help")) { termcvt_usage(argv[0], argv[1], stdout, 0); } else if (streq(opt, "-I")) { do_in_place = TRUE; } else if (streq(opt, "--cr2crlf")) { inend = "\r"; outend = "\r\n"; } else if (streq(opt, "--lf2crlf")) { inend = "\n"; outend = "\r\n"; } else if (streq(opt, "--crlf2cr")) { inend = "\r\n"; outend = "\r"; } else if (streq(opt, "--lf2cr")) { inend = "\n"; outend = "\r"; } else if (streq(opt, "--crlf2lf")) { inend = "\r\n"; outend = "\n"; } else if (streq(opt, "--cr2lf")) { inend = "\r"; outend = "\n"; } else { termcvt_usage(argv[0], argv[1], stdout, 0); } } int nfiles = argc - argi; if (nfiles == 0) { ok = ok && termcvt_stream(stdin, stdout, inend, outend); } else if (do_in_place) { for (; argi < argc; argi++) { char* file_name = argv[argi]; char* temp_name = alloc_suffixed_temp_file_name(file_name); FILE* input_stream = fopen(file_name, "r"); FILE* output_stream = fopen(temp_name, "wb"); if (input_stream == NULL) { perror("fopen"); fprintf(stderr, "%s: Could not open \"%s\" for read.\n", MLR_GLOBALS.bargv0, file_name); exit(1); } if (output_stream == NULL) { perror("fopen"); fprintf(stderr, "%s: Could not open \"%s\" for write.\n", MLR_GLOBALS.bargv0, temp_name); exit(1); } ok = termcvt_stream(input_stream, output_stream, inend, outend); fclose(input_stream); fclose(output_stream); int rc = rename(temp_name, file_name); if (rc != 0) { perror("rename"); fprintf(stderr, "%s: Could not rename \"%s\" to \"%s\".\n", MLR_GLOBALS.bargv0, temp_name, file_name); exit(1); } free(temp_name); } } else { for (; argi < argc; argi++) { char* file_name = argv[argi]; FILE* input_stream = fopen(file_name, "r"); if (input_stream == NULL) { perror(file_name); exit(1); } ok = termcvt_stream(input_stream, stdout, inend, outend); fclose(input_stream); } } return ok ? 0 : 1; } // ================================================================ // Copyright (c) 1998 John Kerl. // ================================================================ // This is a simple hex dump with hex offsets to the left, hex data in the // middle, and ASCII at the right. This is a subset of the functionality of // Unix od; I wrote it in my NT days. // // Example: // // $ d2h $(jot 0 128) | unhex | hex // 00000000: 00 01 02 03 04 05 06 07 08 09 0a 0b 0c 0d 0e 0f |................| // 00000010: 10 11 12 13 14 15 16 17 18 19 1a 1b 1c 1d 1e 1f |................| // 00000020: 20 21 22 23 24 25 26 27 28 29 2a 2b 2c 2d 2e 2f | !"#$%&'()*+,-./| // 00000030: 30 31 32 33 34 35 36 37 38 39 3a 3b 3c 3d 3e 3f |0123456789:;<=>?| // 00000040: 40 41 42 43 44 45 46 47 48 49 4a 4b 4c 4d 4e 4f |@ABCDEFGHIJKLMNO| // 00000050: 50 51 52 53 54 55 56 57 58 59 5a 5b 5c 5d 5e 5f |PQRSTUVWXYZ[\]^_| // 00000060: 60 61 62 63 64 65 66 67 68 69 6a 6b 6c 6d 6e 6f |`abcdefghijklmno| // 00000070: 70 71 72 73 74 75 76 77 78 79 7a 7b 7c 7d 7e 7f |pqrstuvwxyz{|}~.| // ================================================================ #define LINE_LENGTH_MAX 8192 // ---------------------------------------------------------------- static void hex_usage(char* argv0, char* argv1, FILE* o, int exit_code) { fprintf(o, "Usage: %s %s [options] {zero or more file names}\n", argv0, argv1); fprintf(o, "Simple hex-dump.\n"); fprintf(o, "If zero file names are supplied, standard input is read.\n"); fprintf(o, "Options:\n"); fprintf(o, "-r: print only raw hex without leading offset indicators or trailing ASCII dump.\n"); fprintf(o, "-h or --help: print this message\n"); exit(exit_code); } //---------------------------------------------------------------------- // 'mlr' and 'hex' are already argv[0] and argv[1]. static int hex_main(int argc, char **argv) { char * filename; FILE * in_fp; FILE * out_fp; int do_raw = 0; int argi = 2; if (argc >= 3) { if (streq(argv[2], "-r")) { do_raw = 1; argi++; } else if (streq(argv[2], "-h") || streq(argv[2], "--help")) { hex_usage(argv[0], argv[1], stdout, 0); } } int num_file_names = argc - argi; if (num_file_names == 0) { #ifdef WINDOWS setmode(fileno(stdin), O_BINARY); #endif //WINDOWS hex_dump_fp(stdin, stdout, do_raw); } else { for ( ; argi < argc; argi++) { if (!do_raw) { if (num_file_names > 1) printf("%s:\n", argv[argi]); } filename = argv[argi]; in_fp = fopen(filename, "rb"); out_fp = stdout; if (in_fp == NULL) { fprintf(stderr, "Couldn't open \"%s\"; skipping.\n", filename); } else { hex_dump_fp(in_fp, out_fp, do_raw); fclose(in_fp); if (out_fp != stdout) fclose(out_fp); } if (!do_raw) { if (num_file_names > 1) printf("\n"); } } } return 0; } // ---------------------------------------------------------------- static void hex_dump_fp(FILE *in_fp, FILE *out_fp, int do_raw) { const int bytes_per_clump = 4; const int clumps_per_line = 4; const int buffer_size = bytes_per_clump * clumps_per_line; unsigned char buf[buffer_size]; long num_bytes_read; long num_bytes_total = 0; int byteno; while ((num_bytes_read=fread(buf, sizeof(unsigned char), buffer_size, in_fp)) > 0) { if (!do_raw) { printf("%08lx: ", num_bytes_total); } for (byteno = 0; byteno < num_bytes_read; byteno++) { unsigned int temp = buf[byteno]; printf("%02x ", temp); if ((byteno % bytes_per_clump) == (bytes_per_clump - 1)) { if ((byteno > 0) && (byteno < buffer_size-1)) printf(" "); } } for (byteno = num_bytes_read; byteno < buffer_size; byteno++) { printf(" "); if ((byteno % bytes_per_clump) == (bytes_per_clump - 1)) { if ((byteno > 0) && (byteno < buffer_size-1)) printf(" "); } } if (!do_raw) { printf("|"); for (byteno = 0; byteno < num_bytes_read; byteno++) { unsigned char temp = buf[byteno]; if (!isprint(temp)) temp = '.'; printf("%c", temp); } printf("|"); } printf("\n"); num_bytes_total += num_bytes_read; } } // ---------------------------------------------------------------- static void unhex_usage(char* argv0, char* argv1, FILE* o, int exit_code) { fprintf(o, "Usage: %s %s [option] {zero or more file names}\n", argv0, argv1); fprintf(o, "Options:\n"); fprintf(o, "-h or --help: print this message\n"); fprintf(o, "Zero file names means read from standard input.\n"); fprintf(o, "Output is always to standard output; files are not written in-place.\n"); exit(exit_code); } // ---------------------------------------------------------------- int unhex_main(int argc, char ** argv) { // 'mlr' and 'unhex' are already argv[0] and argv[1]. if (argc >= 3) { if (streq(argv[2], "-h") || streq(argv[2], "--help")) { unhex_usage(argv[0], argv[1], stdout, 0); } } int exit_code = 0; if (argc == 2) { unhex_fp(stdin, stdout); } else { for (int argi = 2; argi < argc; argi++) { char* filename = argv[argi]; FILE* infp = fopen(filename, "rb"); if (infp == NULL) { fprintf(stderr, "%s %s: Couldn't open \"%s\"; skipping.\n", argv[0], argv[1], filename); exit_code = 1; } else { unhex_fp(infp, stdout); fclose(infp); } } } return exit_code; } // ---------------------------------------------------------------- static void unhex_fp(FILE *infp, FILE *outfp) { unsigned char byte; unsigned temp; int count; while ((count=fscanf(infp, "%x", &temp)) > 0) { byte = temp; fwrite (&byte, sizeof(byte), 1, outfp); } } // ================================================================ static void netbsd_strptime_usage(char* argv0, char* argv1, FILE* o, int exit_code) { fprintf(o, "Usage: %s %s {string value} {format}\n", argv0, argv1); fprintf(o, "Standalone driver for replacement strptime for MSYS2.\n"); fprintf(o, "Example string value: 2012-03-04T05:06:07Z\n"); fprintf(o, "Example format: %%Y-%%m-%%dT%%H:%%M:%%SZ\n"); exit(exit_code); } //---------------------------------------------------------------------- #define MYBUFLEN 256 static int netbsd_strptime_main(int argc, char **argv) { // 'mlr' and 'netbsd_strptime' are already argv[0] and argv[1]. if (streq(argv[2], "-h") || streq(argv[2], "--help") || (argc != 4)) { netbsd_strptime_usage(argv[0], argv[1], stdout, 0); } struct tm tm; char* strptime_input = argv[2]; char* format = argv[3]; memset(&tm, 0, sizeof(tm)); char* strptime_output = netbsd_strptime(strptime_input, format, &tm); if (strptime_output == NULL) { printf("Could not strptime(\"%s\", \"%s\").\n", strptime_input, format); } else { printf("strptime: %s ->\n", strptime_input); printf(" tm_sec = %d\n", tm.tm_sec); printf(" tm_min = %d\n", tm.tm_min); printf(" tm_hour = %d\n", tm.tm_hour); printf(" tm_mday = %d\n", tm.tm_mday); printf(" tm_mon = %d\n", tm.tm_mon); printf(" tm_year = %d\n", tm.tm_year); printf(" tm_wday = %d\n", tm.tm_wday); printf(" tm_yday = %d\n", tm.tm_yday); printf(" tm_isdst = %d\n", tm.tm_isdst); 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typedef struct _ap_flag_def_t { char* flag_name; ap_flag_t type; int intval; void* pval; int count; // 1 for bool flags; 2 for the rest } ap_flag_def_t; static ap_flag_def_t* ap_find(ap_state_t* pstate, char* flag_name) { for (sllve_t* pe = pstate->pflag_defs->phead; pe != NULL; pe = pe->pnext) { ap_flag_def_t* pdef = pe->pvvalue; if (streq(pdef->flag_name, flag_name)) return pdef; } return NULL; } static ap_flag_def_t* ap_flag_def_alloc(char* flag_name, ap_flag_t ap_type, int intval, void* pval, int count) { ap_flag_def_t* pdef = mlr_malloc_or_die(sizeof(ap_flag_def_t)); pdef->flag_name = flag_name; pdef->type = ap_type; pdef->intval = intval; pdef->pval = pval; pdef->count = count; return pdef; } // ================================================================ ap_state_t* ap_alloc() { ap_state_t* pstate = mlr_malloc_or_die(sizeof(ap_state_t)); pstate->pflag_defs = sllv_alloc(); return pstate; } void ap_free(ap_state_t* pstate) { if (pstate == NULL) return; for (sllve_t* pe = pstate->pflag_defs->phead; pe != NULL; pe = pe->pnext) { ap_flag_def_t* pdef = pe->pvvalue; // Linked-lists are pointed to by mappers and freed by their free // methods. If any mappers miss on that contract, we can find out by // using valgrind --leak-check=full (e.g. reg_test/run --valgrind). // //if (pdef->type == AP_STRING_LIST_FLAG && pdef->pval != NULL) { // slls_t** pplist = pdef->pval; // slls_free(*pplist); //} free(pdef); } sllv_free(pstate->pflag_defs); free(pstate); } // ---------------------------------------------------------------- void ap_define_true_flag(ap_state_t* pstate, char* flag_name, int* pintval) { sllv_append(pstate->pflag_defs, ap_flag_def_alloc(flag_name, AP_INT_VALUE_FLAG, TRUE, pintval, 1)); } void ap_define_false_flag(ap_state_t* pstate, char* flag_name, int* pintval) { sllv_append(pstate->pflag_defs, ap_flag_def_alloc(flag_name, AP_INT_VALUE_FLAG, FALSE, pintval, 1)); } void ap_define_int_value_flag(ap_state_t* pstate, char* flag_name, int intval, int* pintval) { sllv_append(pstate->pflag_defs, ap_flag_def_alloc(flag_name, AP_INT_VALUE_FLAG, intval, pintval, 1)); } void ap_define_int_flag(ap_state_t* pstate, char* flag_name, int* pintval) { sllv_append(pstate->pflag_defs, ap_flag_def_alloc(flag_name, AP_INT_FLAG, 0, pintval, 2)); } void ap_define_long_long_flag(ap_state_t* pstate, char* flag_name, long long* pintval) { sllv_append(pstate->pflag_defs, ap_flag_def_alloc(flag_name, AP_LONG_LONG_FLAG, 0, pintval, 2)); } void ap_define_float_flag(ap_state_t* pstate, char* flag_name, double* pdoubleval) { sllv_append(pstate->pflag_defs, ap_flag_def_alloc(flag_name, AP_DOUBLE_FLAG, 0, pdoubleval, 2)); } void ap_define_string_flag(ap_state_t* pstate, char* flag_name, char** pstring) { sllv_append(pstate->pflag_defs, ap_flag_def_alloc(flag_name, AP_STRING_FLAG, 0, pstring, 2)); } void ap_define_string_build_list_flag(ap_state_t* pstate, char* flag_name, slls_t** pplist) { sllv_append(pstate->pflag_defs, ap_flag_def_alloc(flag_name, AP_STRING_BUILD_LIST_FLAG, 0, pplist, 2)); } void ap_define_string_list_flag(ap_state_t* pstate, char* flag_name, slls_t** pplist) { sllv_append(pstate->pflag_defs, ap_flag_def_alloc(flag_name, AP_STRING_LIST_FLAG, 0, pplist, 2)); } void ap_define_string_array_flag(ap_state_t* pstate, char* flag_name, string_array_t** pparray) { sllv_append(pstate->pflag_defs, ap_flag_def_alloc(flag_name, AP_STRING_ARRAY_FLAG, 0, pparray, 2)); } // ---------------------------------------------------------------- int ap_parse(ap_state_t* pstate, char* verb, int* pargi, int argc, char** argv) { return ap_parse_aux(pstate, verb, pargi, argc, argv, TRUE); } int ap_parse_aux(ap_state_t* pstate, char* verb, int* pargi, int argc, char** argv, int error_on_unrecognized) { int argi = *pargi; int ok = TRUE; while (argi < argc) { if (argv[argi][0] != '-') { break; } if (streq(argv[argi], "-h") || streq(argv[argi], "--help")) { ok = FALSE; break; } ap_flag_def_t* pdef = ap_find(pstate, argv[argi]); if (pdef == NULL) { if (error_on_unrecognized) ok = FALSE; break; } if ((argc-argi) < pdef->count) { fprintf(stderr, "%s %s: option %s requires an argument.\n", argv[0], verb, argv[argi]); fprintf(stderr, "\n"); ok = FALSE; break; } if (pdef->type == AP_INT_VALUE_FLAG) { *(int *)pdef->pval = pdef->intval; } else if (pdef->type == AP_INT_FLAG) { if (sscanf(argv[argi+1], "%d", (int *)pdef->pval) != 1) { fprintf(stderr, "%s %s: couldn't parse \"%s\" after \"%s\" as integer.\n", argv[0], verb, argv[argi+1], argv[argi]); fprintf(stderr, "\n"); } } else if (pdef->type == AP_LONG_LONG_FLAG) { if (sscanf(argv[argi+1], "%lld", (long long *)pdef->pval) != 1) { fprintf(stderr, "%s %s: couldn't parse \"%s\" after \"%s\" as integer.\n", argv[0], verb, argv[argi+1], argv[argi]); fprintf(stderr, "\n"); } } else if (pdef->type == AP_DOUBLE_FLAG) { if (!mlr_try_float_from_string(argv[argi+1], (double *)pdef->pval)) { fprintf(stderr, "%s %s: couldn't parse \"%s\" after \"%s\" as double.\n", argv[0], verb, argv[argi+1], argv[argi]); fprintf(stderr, "\n"); } } else if (pdef->type == AP_STRING_FLAG) { char** pstring = pdef->pval; *pstring = argv[argi+1]; pdef->pval = pstring; } else if (pdef->type == AP_STRING_BUILD_LIST_FLAG) { slls_t** pplist = pdef->pval; if (*pplist == NULL) { *pplist = slls_alloc(); } slls_append_no_free(*pplist, argv[argi+1]); pdef->pval = pplist; } else if (pdef->type == AP_STRING_LIST_FLAG) { slls_t** pplist = pdef->pval; if (*pplist != NULL) slls_free(*pplist); *pplist = slls_from_line(argv[argi+1], ',', FALSE); pdef->pval = pplist; } else if (pdef->type == AP_STRING_ARRAY_FLAG) { string_array_t** pparray = pdef->pval; if (*pparray != NULL) string_array_free(*pparray); *pparray = string_array_from_line(argv[argi+1], ','); pdef->pval = pparray; } else { ok = FALSE; fprintf(stderr, "argparse.c: internal coding error: flag-def type %x not recognized.\n", pdef->type); fprintf(stderr, "\n"); break; } argi += pdef->count; } *pargi = argi; return ok; } miller-5.6.2/c/cli/argparse.h000066400000000000000000000030351354153536500157710ustar00rootroot00000000000000// ================================================================ // Argument-parsing library, with non-getopt semantics. // ================================================================ #ifndef ARGPARSE_H #define ARGPARSE_H #include "containers/slls.h" #include "containers/sllv.h" #include "lib/string_array.h" typedef struct _ap_state_t { sllv_t* pflag_defs; } ap_state_t; ap_state_t* ap_alloc(); void ap_free(ap_state_t* pstate); void ap_define_true_flag(ap_state_t* pstate, char* flag_name, int* pintval); void ap_define_false_flag(ap_state_t* pstate, char* flag_name, int* pintval); void ap_define_int_value_flag(ap_state_t* pstate, char* flag_name, int value, int* pintval); void ap_define_int_flag(ap_state_t* pstate, char* flag_name, int* pintval); void ap_define_long_long_flag(ap_state_t* pstate, char* flag_name, long long* pintval); void ap_define_float_flag(ap_state_t* pstate, char* flag_name, double* pdoubleval); void ap_define_string_flag(ap_state_t* pstate, char* flag_name, char** pstring); void ap_define_string_build_list_flag(ap_state_t* pstate, char* flag_name, slls_t** pplist); void ap_define_string_list_flag(ap_state_t* pstate, char* flag_name, slls_t** pplist); void ap_define_string_array_flag(ap_state_t* pstate, char* flag_name, string_array_t** pparray); int ap_parse(ap_state_t* pstate, char* verb, int* pargi, int argc, char** argv); int ap_parse_aux(ap_state_t* pstate, char* verb, int* pargi, int argc, char** argv, int error_on_unrecognized); #endif // ARGPARSE_H miller-5.6.2/c/cli/comment_handling.h000066400000000000000000000003021354153536500174650ustar00rootroot00000000000000#ifndef COMMENT_HANDLING_H #define COMMENT_HANDLING_H typedef enum _comment_handling_t { PASS_COMMENTS, SKIP_COMMENTS, COMMENTS_ARE_DATA, } comment_handling_t; #endif // COMMENT_HANDLING_H miller-5.6.2/c/cli/json_array_ingest.h000066400000000000000000000004011354153536500176770ustar00rootroot00000000000000#ifndef JSON_ARRAY_INGEST_H #define JSON_ARRAY_INGEST_H typedef enum _json_array_ingest_t { JSON_ARRAY_INGEST_UNSPECIFIED, JSON_ARRAY_INGEST_FATAL, JSON_ARRAY_INGEST_SKIP, JSON_ARRAY_INGEST_AS_MAP, } json_array_ingest_t; #endif // JSON_ARRAY_INGEST_H miller-5.6.2/c/cli/mlrcli.c000066400000000000000000002566301354153536500154550ustar00rootroot00000000000000#include #include #include #include "lib/mlr_arch.h" #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "lib/mtrand.h" #include "containers/slls.h" #include "containers/lhmss.h" #include "containers/lhmsll.h" #include "input/lrec_readers.h" #include "dsl/function_manager.h" #include "dsl/mlr_dsl_cst.h" #include "mapping/mappers.h" #include "output/lrec_writers.h" #include "cli/mlrcli.h" #include "cli/quoting.h" #include "cli/argparse.h" #include "auxents/aux_entries.h" #ifdef HAVE_CONFIG_H #include "config.h" #define VERSION_STRING PACKAGE_VERSION #else #include "mlrvers.h" #define VERSION_STRING MLR_VERSION #endif // ---------------------------------------------------------------- #define DEFAULT_OFMT "%lf" #define DEFAULT_OQUOTING QUOTE_MINIMAL #define DEFAULT_JSON_FLATTEN_SEPARATOR ":" #define DEFAULT_OOSVAR_FLATTEN_SEPARATOR ":" #define DEFAULT_COMMENT_STRING "#" #define DEFAULT_MAX_FILE_SIZE_FOR_MMAP (4LL*1024LL*1024LL*1024LL) // ASCII 1f and 1e #define ASV_FS "\x1f" #define ASV_RS "\x1e" #define ASV_FS_FOR_HELP "0x1f" #define ASV_RS_FOR_HELP "0x1e" // Unicode code points U+241F and U+241E, encoded as UTF-8. #define USV_FS "\xe2\x90\x9f" #define USV_RS "\xe2\x90\x9e" #define USV_FS_FOR_HELP "U+241F (UTF-8 0xe2909f)" #define USV_RS_FOR_HELP "U+241E (UTF-8 0xe2909e)" // ---------------------------------------------------------------- static mapper_setup_t* mapper_lookup_table[] = { &mapper_altkv_setup, &mapper_bar_setup, &mapper_bootstrap_setup, &mapper_cat_setup, &mapper_check_setup, &mapper_clean_whitespace_setup, &mapper_count_distinct_setup, &mapper_count_similar_setup, &mapper_cut_setup, &mapper_decimate_setup, &mapper_fill_down_setup, &mapper_filter_setup, &mapper_format_values_setup, &mapper_fraction_setup, &mapper_grep_setup, &mapper_group_by_setup, &mapper_group_like_setup, &mapper_having_fields_setup, &mapper_head_setup, &mapper_histogram_setup, &mapper_join_setup, &mapper_label_setup, &mapper_least_frequent_setup, &mapper_merge_fields_setup, &mapper_most_frequent_setup, &mapper_nest_setup, &mapper_nothing_setup, &mapper_put_setup, &mapper_regularize_setup, &mapper_remove_empty_columns_setup, &mapper_rename_setup, &mapper_reorder_setup, &mapper_repeat_setup, &mapper_reshape_setup, &mapper_sample_setup, &mapper_sec2gmt_setup, &mapper_sec2gmtdate_setup, &mapper_seqgen_setup, &mapper_shuffle_setup, &mapper_skip_trivial_records_setup, &mapper_sort_setup, // xxx temp for 5.4.0 -- will continue work after // &mapper_sort_within_records_setup, &mapper_stats1_setup, &mapper_stats2_setup, &mapper_step_setup, &mapper_tac_setup, &mapper_tail_setup, &mapper_tee_setup, &mapper_top_setup, &mapper_uniq_setup, &mapper_unsparsify_setup, }; static int mapper_lookup_table_length = sizeof(mapper_lookup_table) / sizeof(mapper_lookup_table[0]); // ---------------------------------------------------------------- static lhmss_t* get_desc_to_chars_map(); static lhmsll_t* get_default_repeat_ifses(); static lhmsll_t* get_default_repeat_ipses(); static lhmss_t* get_default_fses(); static lhmss_t* get_default_pses(); static lhmss_t* get_default_rses(); static void free_opt_singletons(); static char* rebackslash(char* sep); static void main_usage_long(FILE* o, char* argv0); static void main_usage_short(FILE* o, char* argv0); static void main_usage_synopsis(FILE* o, char* argv0); static void main_usage_examples(FILE* o, char* argv0, char* leader); static void list_all_verbs_raw(FILE* o); static void list_all_verbs(FILE* o, char* leader); static void main_usage_help_options(FILE* o, char* argv0); static void main_usage_functions(FILE* o, char* argv0, char* leader); static void main_usage_data_format_examples(FILE* o, char* argv0); static void main_usage_data_format_options(FILE* o, char* argv0); static void main_usage_comments_in_data(FILE* o, char* argv0); static void main_usage_format_conversion_keystroke_saver_options(FILE* o, char* argv0); static void main_usage_compressed_data_options(FILE* o, char* argv0); static void main_usage_separator_options(FILE* o, char* argv0); static void main_usage_csv_options(FILE* o, char* argv0); static void main_usage_double_quoting(FILE* o, char* argv0); static void main_usage_numerical_formatting(FILE* o, char* argv0); static void main_usage_other_options(FILE* o, char* argv0); static void main_usage_then_chaining(FILE* o, char* argv0); static void main_usage_auxents(FILE* o, char* argv0); static void main_usage_see_also(FILE* o, char* argv0); static void print_type_arithmetic_info(FILE* o, char* argv0); static void usage_all_verbs(char* argv0); static void usage_unrecognized_verb(char* argv0, char* arg); static void check_arg_count(char** argv, int argi, int argc, int n); static mapper_setup_t* look_up_mapper_setup(char* verb); static int handle_terminal_usage(char** argv, int argc, int argi); static char* lhmss_get_or_die(lhmss_t* pmap, char* key); static int lhmsll_get_or_die(lhmsll_t* pmap, char* key); // ---------------------------------------------------------------- cli_opts_t* parse_command_line(int argc, char** argv, sllv_t** ppmapper_list) { cli_opts_t* popts = mlr_malloc_or_die(sizeof(cli_opts_t)); cli_opts_init(popts); int no_input = FALSE; int have_rand_seed = FALSE; unsigned rand_seed = 0; int argi = 1; for (; argi < argc; /* variable increment: 1 or 2 depending on flag */) { if (argv[argi][0] != '-') { break; // No more flag options to process } else if (handle_terminal_usage(argv, argc, argi)) { exit(0); } else if (cli_handle_reader_options(argv, argc, &argi, &popts->reader_opts)) { // handled } else if (cli_handle_writer_options(argv, argc, &argi, &popts->writer_opts)) { // handled } else if (cli_handle_reader_writer_options(argv, argc, &argi, &popts->reader_opts, &popts->writer_opts)) { // handled } else if (streq(argv[argi], "-I")) { popts->do_in_place = TRUE; argi += 1; } else if (streq(argv[argi], "-n")) { no_input = TRUE; argi += 1; } else if (streq(argv[argi], "--from")) { check_arg_count(argv, argi, argc, 2); slls_append(popts->filenames, argv[argi+1], NO_FREE); argi += 2; } else if (streq(argv[argi], "--ofmt")) { check_arg_count(argv, argi, argc, 2); popts->ofmt = argv[argi+1]; argi += 2; } else if (streq(argv[argi], "--nr-progress-mod")) { check_arg_count(argv, argi, argc, 2); if (sscanf(argv[argi+1], "%lld", &popts->nr_progress_mod) != 1) { fprintf(stderr, "%s: --nr-progress-mod argument must be a positive integer; got \"%s\".\n", MLR_GLOBALS.bargv0, argv[argi+1]); main_usage_short(stderr, MLR_GLOBALS.bargv0); exit(1); } if (popts->nr_progress_mod <= 0) { fprintf(stderr, "%s: --nr-progress-mod argument must be a positive integer; got \"%s\".\n", MLR_GLOBALS.bargv0, argv[argi+1]); main_usage_short(stderr, MLR_GLOBALS.bargv0); exit(1); } argi += 2; } else if (streq(argv[argi], "--seed")) { check_arg_count(argv, argi, argc, 2); if (sscanf(argv[argi+1], "0x%x", &rand_seed) == 1) { have_rand_seed = TRUE; } else if (sscanf(argv[argi+1], "%u", &rand_seed) == 1) { have_rand_seed = TRUE; } else { fprintf(stderr, "%s: --seed argument must be a decimal or hexadecimal integer; got \"%s\".\n", MLR_GLOBALS.bargv0, argv[argi+1]); main_usage_short(stderr, MLR_GLOBALS.bargv0); exit(1); } argi += 2; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - } else { usage_unrecognized_verb(MLR_GLOBALS.bargv0, argv[argi]); } } cli_apply_defaults(popts); lhmss_t* default_rses = get_default_rses(); lhmss_t* default_fses = get_default_fses(); lhmss_t* default_pses = get_default_pses(); lhmsll_t* default_repeat_ifses = get_default_repeat_ifses(); lhmsll_t* default_repeat_ipses = get_default_repeat_ipses(); if (popts->reader_opts.irs == NULL) popts->reader_opts.irs = lhmss_get_or_die(default_rses, popts->reader_opts.ifile_fmt); if (popts->reader_opts.ifs == NULL) popts->reader_opts.ifs = lhmss_get_or_die(default_fses, popts->reader_opts.ifile_fmt); if (popts->reader_opts.ips == NULL) popts->reader_opts.ips = lhmss_get_or_die(default_pses, popts->reader_opts.ifile_fmt); if (popts->reader_opts.allow_repeat_ifs == NEITHER_TRUE_NOR_FALSE) popts->reader_opts.allow_repeat_ifs = lhmsll_get_or_die(default_repeat_ifses, popts->reader_opts.ifile_fmt); if (popts->reader_opts.allow_repeat_ips == NEITHER_TRUE_NOR_FALSE) popts->reader_opts.allow_repeat_ips = lhmsll_get_or_die(default_repeat_ipses, popts->reader_opts.ifile_fmt); if (popts->writer_opts.ors == NULL) popts->writer_opts.ors = lhmss_get_or_die(default_rses, popts->writer_opts.ofile_fmt); if (popts->writer_opts.ofs == NULL) popts->writer_opts.ofs = lhmss_get_or_die(default_fses, popts->writer_opts.ofile_fmt); if (popts->writer_opts.ops == NULL) popts->writer_opts.ops = lhmss_get_or_die(default_pses, popts->writer_opts.ofile_fmt); if (streq(popts->writer_opts.ofile_fmt, "pprint") && strlen(popts->writer_opts.ofs) != 1) { fprintf(stderr, "%s: OFS for PPRINT format must be single-character; got \"%s\".\n", MLR_GLOBALS.bargv0, popts->writer_opts.ofs); return NULL; } // Construct the mapper list for single use, e.g. the normal streaming case wherein the // mappers operate on all input files. Also retain information needed to construct them // for each input file, for in-place mode. popts->mapper_argb = argi; popts->original_argv = argv; popts->non_in_place_argv = copy_argv(argv); popts->argc = argc; *ppmapper_list = cli_parse_mappers(popts->non_in_place_argv, &argi, argc, popts, &no_input); for ( ; argi < argc; argi++) { slls_append(popts->filenames, argv[argi], NO_FREE); } // Check for use of mmap. It's about 20% faster than stdio (due to fewer data copies // -- lrecs can be pointer-backed by mmap memory) but we can't use it in all situations. if (no_input) { slls_free(popts->filenames); popts->filenames = NULL; } else if (popts->filenames->length == 0) { // No filenames means read from standard input, and standard input cannot be mmapped. popts->reader_opts.use_mmap_for_read = FALSE; } else if (popts->filenames->length > 10) { // https://github.com/johnkerl/miller/issues/256: too many small files is as bad as one big one // (for which see immediately below). popts->reader_opts.use_mmap_for_read = FALSE; } else if (popts->reader_opts.use_mmap_for_read == TRUE) { // https://github.com/johnkerl/miller/issues/160: don't use mmap for large files. // // If any input files don't exist, don't error out just yet ... it's possible that the user // is doing some complex put-with-tee or somesuch which will create the input file by the // time it's needed. In that case we of course can't know the size yet, so avoid mmap there // to be safe. int all_exist_and_are_small_enough = TRUE; for (sllse_t* pe = popts->filenames->phead; pe != NULL; pe = pe->pnext) { ssize_t file_size = get_file_size(pe->value); if (file_size == (ssize_t)(-1) || file_size >= popts->reader_opts.max_file_size_for_mmap) { all_exist_and_are_small_enough = FALSE; break; } } if (!all_exist_and_are_small_enough) { popts->reader_opts.use_mmap_for_read = FALSE; } } if (popts->do_in_place && (popts->filenames == NULL || popts->filenames->length == 0)) { fprintf(stderr, "%s: -I option (in-place operation) requires input files.\n", MLR_GLOBALS.bargv0); exit(1); } if (have_rand_seed) { mtrand_init(rand_seed); } else { mtrand_init_default(); } return popts; } // ---------------------------------------------------------------- // Returns a list of mappers, from the starting point in argv given by *pargi. Bumps *pargi to // point to remaining post-mapper-setup args, i.e. filenames. sllv_t* cli_parse_mappers(char** argv, int* pargi, int argc, cli_opts_t* popts, int* pno_input) { sllv_t* pmapper_list = sllv_alloc(); int argi = *pargi; // Allow then-chains to start with an initial 'then': 'mlr verb1 then verb2 then verb3' or // 'mlr then verb1 then verb2 then verb3'. Particuarly useful in backslashy scripting contexts. if ((argc - argi) >= 1 && streq(argv[argi], "then")) { argi++; } if ((argc - argi) < 1) { fprintf(stderr, "%s: no verb supplied.\n", MLR_GLOBALS.bargv0); main_usage_short(stderr, MLR_GLOBALS.bargv0); exit(1); } // Note that the command-line parsers can operate destructively on argv, e.g. verbs // which take comma-delimited field names splitting on commas. For this reason we // need to duplicate argv on each in-place run within the streamer module. But before // that ever happens, here we run through the verb-parsers once to find out where it // is on the command line that the verbs and their arguments end and the filenames // begin. while (TRUE) { check_arg_count(argv, argi, argc, 1); char* verb = argv[argi]; mapper_setup_t* pmapper_setup = look_up_mapper_setup(verb); if (pmapper_setup == NULL) { fprintf(stderr, "%s: verb \"%s\" not found. Please use \"%s --help\" for a list.\n", MLR_GLOBALS.bargv0, verb, MLR_GLOBALS.bargv0); exit(1); } if ((argc - argi) >= 2) { if (streq(argv[argi+1], "-h") || streq(argv[argi+1], "--help")) { pmapper_setup->pusage_func(stdout, MLR_GLOBALS.bargv0, verb); exit(0); } } // It's up to the parse func to print its usage on CLI-parse failure. // Also note: this assumes main reader/writer opts are all parsed // *before* mapper parse-CLI methods are invoked. mapper_t* pmapper = pmapper_setup->pparse_func(&argi, argc, argv, &popts->reader_opts, &popts->writer_opts); if (pmapper == NULL) { exit(1); } if (pmapper_setup->ignores_input && pmapper_list->length == 0) { // e.g. then-chain starts with seqgen *pno_input = TRUE; } sllv_append(pmapper_list, pmapper); if (argi >= argc || !streq(argv[argi], "then")) break; argi++; } *pargi = argi; return pmapper_list; } // ---------------------------------------------------------------- void cli_opts_free(cli_opts_t* popts) { if (popts == NULL) return; slls_free(popts->filenames); free_argv_copy(popts->non_in_place_argv); free(popts); free_opt_singletons(); } // ---------------------------------------------------------------- static lhmss_t* singleton_pdesc_to_chars_map = NULL; static lhmss_t* get_desc_to_chars_map() { if (singleton_pdesc_to_chars_map == NULL) { singleton_pdesc_to_chars_map = lhmss_alloc(); lhmss_put(singleton_pdesc_to_chars_map, "cr", "\r", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "crcr", "\r\r", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "newline", "\n", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "lf", "\n", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "lflf", "\n\n", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "crlf", "\r\n", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "crlfcrlf", "\r\n\r\n", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "tab", "\t", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "space", " ", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "comma", ",", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "newline", "\n", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "pipe", "|", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "slash", "/", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "colon", ":", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "semicolon", ";", NO_FREE); lhmss_put(singleton_pdesc_to_chars_map, "equals", "=", NO_FREE); } return singleton_pdesc_to_chars_map; } // Always strdup so the caller can unconditionally free our return value char* cli_sep_from_arg(char* arg) { char* chars = lhmss_get(get_desc_to_chars_map(), arg); if (chars != NULL) // E.g. crlf return mlr_strdup_or_die(chars); else // E.g. '\r\n' return mlr_alloc_unbackslash(arg); } // ---------------------------------------------------------------- static lhmss_t* singleton_default_rses = NULL; static lhmss_t* singleton_default_fses = NULL; static lhmss_t* singleton_default_pses = NULL; static lhmsll_t* singleton_default_repeat_ifses = NULL; static lhmsll_t* singleton_default_repeat_ipses = NULL; static lhmss_t* get_default_rses() { if (singleton_default_rses == NULL) { singleton_default_rses = lhmss_alloc(); lhmss_put(singleton_default_rses, "gen", "N/A", NO_FREE); lhmss_put(singleton_default_rses, "dkvp", "auto", NO_FREE); lhmss_put(singleton_default_rses, "json", "auto", NO_FREE); lhmss_put(singleton_default_rses, "nidx", "auto", NO_FREE); lhmss_put(singleton_default_rses, "csv", "auto", NO_FREE); lhmss_put(singleton_default_rses, "csvlite", "auto", NO_FREE); lhmss_put(singleton_default_rses, "markdown", "auto", NO_FREE); lhmss_put(singleton_default_rses, "pprint", "auto", NO_FREE); lhmss_put(singleton_default_rses, "xtab", "(N/A)", NO_FREE); } return singleton_default_rses; } static lhmss_t* get_default_fses() { if (singleton_default_fses == NULL) { singleton_default_fses = lhmss_alloc(); lhmss_put(singleton_default_fses, "gen", "(N/A)", NO_FREE); lhmss_put(singleton_default_fses, "dkvp", ",", NO_FREE); lhmss_put(singleton_default_fses, "json", "(N/A)", NO_FREE); lhmss_put(singleton_default_fses, "nidx", " ", NO_FREE); lhmss_put(singleton_default_fses, "csv", ",", NO_FREE); lhmss_put(singleton_default_fses, "csvlite", ",", NO_FREE); lhmss_put(singleton_default_fses, "markdown", "(N/A)", NO_FREE); lhmss_put(singleton_default_fses, "pprint", " ", NO_FREE); lhmss_put(singleton_default_fses, "xtab", "auto", NO_FREE); } return singleton_default_fses; } static lhmss_t* get_default_pses() { if (singleton_default_pses == NULL) { singleton_default_pses = lhmss_alloc(); lhmss_put(singleton_default_pses, "gen", "(N/A)", NO_FREE); lhmss_put(singleton_default_pses, "dkvp", "=", NO_FREE); lhmss_put(singleton_default_pses, "json", "(N/A)", NO_FREE); lhmss_put(singleton_default_pses, "nidx", "(N/A)", NO_FREE); lhmss_put(singleton_default_pses, "csv", "(N/A)", NO_FREE); lhmss_put(singleton_default_pses, "csvlite", "(N/A)", NO_FREE); lhmss_put(singleton_default_pses, "markdown", "(N/A)", NO_FREE); lhmss_put(singleton_default_pses, "pprint", "(N/A)", NO_FREE); lhmss_put(singleton_default_pses, "xtab", " ", NO_FREE); } return singleton_default_pses; } static lhmsll_t* get_default_repeat_ifses() { if (singleton_default_repeat_ifses == NULL) { singleton_default_repeat_ifses = lhmsll_alloc(); lhmsll_put(singleton_default_repeat_ifses, "gen", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ifses, "dkvp", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ifses, "json", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ifses, "csv", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ifses, "csvlite", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ifses, "markdown", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ifses, "nidx", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ifses, "xtab", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ifses, "pprint", TRUE, NO_FREE); } return singleton_default_repeat_ifses; } static lhmsll_t* get_default_repeat_ipses() { if (singleton_default_repeat_ipses == NULL) { singleton_default_repeat_ipses = lhmsll_alloc(); lhmsll_put(singleton_default_repeat_ipses, "gen", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ipses, "dkvp", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ipses, "json", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ipses, "csv", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ipses, "csvlite", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ipses, "markdown", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ipses, "nidx", FALSE, NO_FREE); lhmsll_put(singleton_default_repeat_ipses, "xtab", TRUE, NO_FREE); lhmsll_put(singleton_default_repeat_ipses, "pprint", FALSE, NO_FREE); } return singleton_default_repeat_ipses; } static void free_opt_singletons() { lhmss_free(singleton_pdesc_to_chars_map); lhmss_free(singleton_default_rses); lhmss_free(singleton_default_fses); lhmss_free(singleton_default_pses); lhmsll_free(singleton_default_repeat_ifses); lhmsll_free(singleton_default_repeat_ipses); } // For displaying the default separators in on-line help static char* rebackslash(char* sep) { if (streq(sep, "\r")) return "\\r"; else if (streq(sep, "\n")) return "\\n"; else if (streq(sep, "\r\n")) return "\\r\\n"; else if (streq(sep, "\t")) return "\\t"; else if (streq(sep, " ")) return "space"; else return sep; } // ---------------------------------------------------------------- static void main_usage_short(FILE* fp, char* argv0) { fprintf(stderr, "Please run \"%s --help\" for detailed usage information.\n", argv0); exit(1); } // ---------------------------------------------------------------- // The main_usage_long() function is split out into subroutines in support of the // manpage autogenerator. static void main_usage_long(FILE* o, char* argv0) { main_usage_synopsis(o, argv0); fprintf(o, "\n"); fprintf(o, "Command-line-syntax examples:\n"); main_usage_examples(o, argv0, " "); fprintf(o, "\n"); fprintf(o, "Data-format examples:\n"); main_usage_data_format_examples(o, argv0); fprintf(o, "\n"); fprintf(o, "Help options:\n"); main_usage_help_options(o, argv0); fprintf(o, "\n"); fprintf(o, "Verbs:\n"); list_all_verbs(o, " "); fprintf(o, "\n"); fprintf(o, "Functions for the filter and put verbs:\n"); main_usage_functions(o, argv0, " "); fprintf(o, "\n"); fprintf(o, "Data-format options, for input, output, or both:\n"); main_usage_data_format_options(o, argv0); fprintf(o, "\n"); fprintf(o, "Comments in data:\n"); main_usage_comments_in_data(o, argv0); fprintf(o, "\n"); fprintf(o, "Format-conversion keystroke-saver options, for input, output, or both:\n"); main_usage_format_conversion_keystroke_saver_options(o, argv0); fprintf(o, "\n"); fprintf(o, "Compressed-data options:\n"); main_usage_compressed_data_options(o, argv0); fprintf(o, "\n"); fprintf(o, "Separator options, for input, output, or both:\n"); main_usage_separator_options(o, argv0); fprintf(o, "\n"); fprintf(o, "Relevant to CSV/CSV-lite input only:\n"); main_usage_csv_options(o, argv0); fprintf(o, "\n"); fprintf(o, "Double-quoting for CSV output:\n"); main_usage_double_quoting(o, argv0); fprintf(o, "\n"); fprintf(o, "Numerical formatting:\n"); main_usage_numerical_formatting(o, argv0); fprintf(o, "\n"); fprintf(o, "Other options:\n"); main_usage_other_options(o, argv0); fprintf(o, "\n"); fprintf(o, "Then-chaining:\n"); main_usage_then_chaining(o, argv0); fprintf(o, "\n"); fprintf(o, "Auxiliary commands:\n"); main_usage_auxents(o, argv0); fprintf(o, "\n"); main_usage_see_also(o, argv0); } static void main_usage_synopsis(FILE* o, char* argv0) { fprintf(o, "Usage: %s [I/O options] {verb} [verb-dependent options ...] {zero or more file names}\n", argv0); } static void main_usage_examples(FILE* o, char* argv0, char* leader) { fprintf(o, "%s%s --csv cut -f hostname,uptime mydata.csv\n", leader, argv0); fprintf(o, "%s%s --tsv --rs lf filter '$status != \"down\" && $upsec >= 10000' *.tsv\n", leader, argv0); fprintf(o, "%s%s --nidx put '$sum = $7 < 0.0 ? 3.5 : $7 + 2.1*$8' *.dat\n", leader, argv0); fprintf(o, "%sgrep -v '^#' /etc/group | %s --ifs : --nidx --opprint label group,pass,gid,member then sort -f group\n", leader, argv0); fprintf(o, "%s%s join -j account_id -f accounts.dat then group-by account_name balances.dat\n", leader, argv0); fprintf(o, "%s%s --json put '$attr = sub($attr, \"([0-9]+)_([0-9]+)_.*\", \"\\1:\\2\")' data/*.json\n", leader, argv0); fprintf(o, "%s%s stats1 -a min,mean,max,p10,p50,p90 -f flag,u,v data/*\n", leader, argv0); fprintf(o, "%s%s stats2 -a linreg-pca -f u,v -g shape data/*\n", leader, argv0); fprintf(o, "%s%s put -q '@sum[$a][$b] += $x; end {emit @sum, \"a\", \"b\"}' data/*\n", leader, argv0); fprintf(o, "%s%s --from estimates.tbl put '\n", leader, argv0); fprintf(o, " for (k,v in $*) {\n"); fprintf(o, " if (is_numeric(v) && k =~ \"^[t-z].*$\") {\n"); fprintf(o, " $sum += v; $count += 1\n"); fprintf(o, " }\n"); fprintf(o, " }\n"); fprintf(o, " $mean = $sum / $count # no assignment if count unset'\n"); fprintf(o, "%s%s --from infile.dat put -f analyze.mlr\n", leader, argv0); fprintf(o, "%s%s --from infile.dat put 'tee > \"./taps/data-\".$a.\"-\".$b, $*'\n", leader, argv0); fprintf(o, "%s%s --from infile.dat put 'tee | \"gzip > ./taps/data-\".$a.\"-\".$b.\".gz\", $*'\n", leader, argv0); fprintf(o, "%s%s --from infile.dat put -q '@v=$*; dump | \"jq .[]\"'\n", leader, argv0); fprintf(o, "%s%s --from infile.dat put '(NR %% 1000 == 0) { print > stderr, \"Checkpoint \".NR}'\n", leader, argv0); } static void list_all_verbs_raw(FILE* o) { for (int i = 0; i < mapper_lookup_table_length; i++) { fprintf(o, "%s\n", mapper_lookup_table[i]->verb); } } static void list_all_verbs(FILE* o, char* leader) { char* separator = " "; int leaderlen = strlen(leader); int separatorlen = strlen(separator); int linelen = leaderlen; int j = 0; for (int i = 0; i < mapper_lookup_table_length; i++) { char* verb = mapper_lookup_table[i]->verb; int verblen = strlen(verb); linelen += separatorlen + verblen; if (linelen >= 80) { fprintf(o, "\n"); linelen = leaderlen + separatorlen + verblen; j = 0; } if (j == 0) fprintf(o, "%s", leader); fprintf(o, "%s%s", separator, verb); j++; } fprintf(o, "\n"); } static void main_usage_help_options(FILE* o, char* argv0) { fprintf(o, " -h or --help Show this message.\n"); fprintf(o, " --version Show the software version.\n"); fprintf(o, " {verb name} --help Show verb-specific help.\n"); fprintf(o, " --help-all-verbs Show help on all verbs.\n"); fprintf(o, " -l or --list-all-verbs List only verb names.\n"); fprintf(o, " -L List only verb names, one per line.\n"); fprintf(o, " -f or --help-all-functions Show help on all built-in functions.\n"); fprintf(o, " -F Show a bare listing of built-in functions by name.\n"); fprintf(o, " -k or --help-all-keywords Show help on all keywords.\n"); fprintf(o, " -K Show a bare listing of keywords by name.\n"); } static void main_usage_functions(FILE* o, char* argv0, char* leader) { fmgr_t* pfmgr = fmgr_alloc(); fmgr_list_functions(pfmgr, o, leader); fmgr_free(pfmgr, NULL); fprintf(o, "\n"); fprintf(o, "Please use \"%s --help-function {function name}\" for function-specific help.\n", argv0); } static void main_usage_data_format_examples(FILE* o, char* argv0) { fprintf(o, " DKVP: delimited key-value pairs (Miller default format)\n" " +---------------------+\n" " | apple=1,bat=2,cog=3 | Record 1: \"apple\" => \"1\", \"bat\" => \"2\", \"cog\" => \"3\"\n" " | dish=7,egg=8,flint | Record 2: \"dish\" => \"7\", \"egg\" => \"8\", \"3\" => \"flint\"\n" " +---------------------+\n" "\n" " NIDX: implicitly numerically indexed (Unix-toolkit style)\n" " +---------------------+\n" " | the quick brown | Record 1: \"1\" => \"the\", \"2\" => \"quick\", \"3\" => \"brown\"\n" " | fox jumped | Record 2: \"1\" => \"fox\", \"2\" => \"jumped\"\n" " +---------------------+\n" "\n" " CSV/CSV-lite: comma-separated values with separate header line\n" " +---------------------+\n" " | apple,bat,cog |\n" " | 1,2,3 | Record 1: \"apple => \"1\", \"bat\" => \"2\", \"cog\" => \"3\"\n" " | 4,5,6 | Record 2: \"apple\" => \"4\", \"bat\" => \"5\", \"cog\" => \"6\"\n" " +---------------------+\n" "\n" " Tabular JSON: nested objects are supported, although arrays within them are not:\n" " +---------------------+\n" " | { |\n" " | \"apple\": 1, | Record 1: \"apple\" => \"1\", \"bat\" => \"2\", \"cog\" => \"3\"\n" " | \"bat\": 2, |\n" " | \"cog\": 3 |\n" " | } |\n" " | { |\n" " | \"dish\": { | Record 2: \"dish:egg\" => \"7\", \"dish:flint\" => \"8\", \"garlic\" => \"\"\n" " | \"egg\": 7, |\n" " | \"flint\": 8 |\n" " | }, |\n" " | \"garlic\": \"\" |\n" " | } |\n" " +---------------------+\n" "\n" " PPRINT: pretty-printed tabular\n" " +---------------------+\n" " | apple bat cog |\n" " | 1 2 3 | Record 1: \"apple => \"1\", \"bat\" => \"2\", \"cog\" => \"3\"\n" " | 4 5 6 | Record 2: \"apple\" => \"4\", \"bat\" => \"5\", \"cog\" => \"6\"\n" " +---------------------+\n" "\n" " XTAB: pretty-printed transposed tabular\n" " +---------------------+\n" " | apple 1 | Record 1: \"apple\" => \"1\", \"bat\" => \"2\", \"cog\" => \"3\"\n" " | bat 2 |\n" " | cog 3 |\n" " | |\n" " | dish 7 | Record 2: \"dish\" => \"7\", \"egg\" => \"8\"\n" " | egg 8 |\n" " +---------------------+\n" "\n" " Markdown tabular (supported for output only):\n" " +-----------------------+\n" " | | apple | bat | cog | |\n" " | | --- | --- | --- | |\n" " | | 1 | 2 | 3 | | Record 1: \"apple => \"1\", \"bat\" => \"2\", \"cog\" => \"3\"\n" " | | 4 | 5 | 6 | | Record 2: \"apple\" => \"4\", \"bat\" => \"5\", \"cog\" => \"6\"\n" " +-----------------------+\n"); } static void main_usage_data_format_options(FILE* o, char* argv0) { fprintf(o, " --idkvp --odkvp --dkvp Delimited key-value pairs, e.g \"a=1,b=2\"\n"); fprintf(o, " (this is Miller's default format).\n"); fprintf(o, "\n"); fprintf(o, " --inidx --onidx --nidx Implicitly-integer-indexed fields\n"); fprintf(o, " (Unix-toolkit style).\n"); fprintf(o, " -T Synonymous with \"--nidx --fs tab\".\n"); fprintf(o, "\n"); fprintf(o, " --icsv --ocsv --csv Comma-separated value (or tab-separated\n"); fprintf(o, " with --fs tab, etc.)\n"); fprintf(o, "\n"); fprintf(o, " --itsv --otsv --tsv Keystroke-savers for \"--icsv --ifs tab\",\n"); fprintf(o, " \"--ocsv --ofs tab\", \"--csv --fs tab\".\n"); fprintf(o, " --iasv --oasv --asv Similar but using ASCII FS %s and RS %s\n", ASV_FS_FOR_HELP, ASV_RS_FOR_HELP); fprintf(o, " --iusv --ousv --usv Similar but using Unicode FS %s\n", USV_FS_FOR_HELP); fprintf(o, " and RS %s\n", USV_RS_FOR_HELP); fprintf(o, "\n"); fprintf(o, " --icsvlite --ocsvlite --csvlite Comma-separated value (or tab-separated\n"); fprintf(o, " with --fs tab, etc.). The 'lite' CSV does not handle\n"); fprintf(o, " RFC-CSV double-quoting rules; is slightly faster;\n"); fprintf(o, " and handles heterogeneity in the input stream via\n"); fprintf(o, " empty newline followed by new header line. See also\n"); fprintf(o, " http://johnkerl.org/miller/doc/file-formats.html#CSV/TSV/etc.\n"); fprintf(o, "\n"); fprintf(o, " --itsvlite --otsvlite --tsvlite Keystroke-savers for \"--icsvlite --ifs tab\",\n"); fprintf(o, " \"--ocsvlite --ofs tab\", \"--csvlite --fs tab\".\n"); fprintf(o, " -t Synonymous with --tsvlite.\n"); fprintf(o, " --iasvlite --oasvlite --asvlite Similar to --itsvlite et al. but using ASCII FS %s and RS %s\n", ASV_FS_FOR_HELP, ASV_RS_FOR_HELP); fprintf(o, " --iusvlite --ousvlite --usvlite Similar to --itsvlite et al. but using Unicode FS %s\n", USV_FS_FOR_HELP); fprintf(o, " and RS %s\n", USV_RS_FOR_HELP); fprintf(o, "\n"); fprintf(o, " --ipprint --opprint --pprint Pretty-printed tabular (produces no\n"); fprintf(o, " output until all input is in).\n"); fprintf(o, " --right Right-justifies all fields for PPRINT output.\n"); fprintf(o, " --barred Prints a border around PPRINT output\n"); fprintf(o, " (only available for output).\n"); fprintf(o, "\n"); fprintf(o, " --omd Markdown-tabular (only available for output).\n"); fprintf(o, "\n"); fprintf(o, " --ixtab --oxtab --xtab Pretty-printed vertical-tabular.\n"); fprintf(o, " --xvright Right-justifies values for XTAB format.\n"); fprintf(o, "\n"); fprintf(o, " --ijson --ojson --json JSON tabular: sequence or list of one-level\n"); fprintf(o, " maps: {...}{...} or [{...},{...}].\n"); fprintf(o, " --json-map-arrays-on-input JSON arrays are unmillerable. --json-map-arrays-on-input\n"); fprintf(o, " --json-skip-arrays-on-input is the default: arrays are converted to integer-indexed\n"); fprintf(o, " --json-fatal-arrays-on-input maps. The other two options cause them to be skipped, or\n"); fprintf(o, " to be treated as errors. Please use the jq tool for full\n"); fprintf(o, " JSON (pre)processing.\n"); fprintf(o, " --jvstack Put one key-value pair per line for JSON\n"); fprintf(o, " output.\n"); fprintf(o, " --jlistwrap Wrap JSON output in outermost [ ].\n"); fprintf(o, " --jknquoteint Do not quote non-string map keys in JSON output.\n"); fprintf(o, " --jvquoteall Quote map values in JSON output, even if they're\n"); fprintf(o, " numeric.\n"); fprintf(o, " --jflatsep {string} Separator for flattening multi-level JSON keys,\n"); fprintf(o, " e.g. '{\"a\":{\"b\":3}}' becomes a:b => 3 for\n"); fprintf(o, " non-JSON formats. Defaults to %s.\n", DEFAULT_JSON_FLATTEN_SEPARATOR); fprintf(o, "\n"); fprintf(o, " -p is a keystroke-saver for --nidx --fs space --repifs\n"); fprintf(o, "\n"); fprintf(o, " --mmap --no-mmap --mmap-below {n} Use mmap for files whenever possible, never, or\n"); fprintf(o, " for files less than n bytes in size. Default is for\n"); fprintf(o, " files less than %lld bytes in size.\n", DEFAULT_MAX_FILE_SIZE_FOR_MMAP); fprintf(o, " 'Whenever possible' means always except for when reading\n"); fprintf(o, " standard input which is not mmappable. If you don't know\n"); fprintf(o, " what this means, don't worry about it -- it's a minor\n"); fprintf(o, " performance optimization.\n"); fprintf(o, "\n"); fprintf(o, " Examples: --csv for CSV-formatted input and output; --idkvp --opprint for\n"); fprintf(o, " DKVP-formatted input and pretty-printed output.\n"); fprintf(o, "\n"); fprintf(o, " Please use --iformat1 --oformat2 rather than --format1 --oformat2.\n"); fprintf(o, " The latter sets up input and output flags for format1, not all of which\n"); fprintf(o, " are overridden in all cases by setting output format to format2.\n"); } static void main_usage_comments_in_data(FILE* o, char* argv0) { fprintf(o, " --skip-comments Ignore commented lines (prefixed by \"%s\")\n", DEFAULT_COMMENT_STRING); fprintf(o, " within the input.\n"); fprintf(o, " --skip-comments-with {string} Ignore commented lines within input, with\n"); fprintf(o, " specified prefix.\n"); fprintf(o, " --pass-comments Immediately print commented lines (prefixed by \"%s\")\n", DEFAULT_COMMENT_STRING); fprintf(o, " within the input.\n"); fprintf(o, " --pass-comments-with {string} Immediately print commented lines within input, with\n"); fprintf(o, " specified prefix.\n"); fprintf(o, "Notes:\n"); fprintf(o, "* Comments are only honored at the start of a line.\n"); fprintf(o, "* In the absence of any of the above four options, comments are data like\n"); fprintf(o, " any other text.\n"); fprintf(o, "* When pass-comments is used, comment lines are written to standard output\n"); fprintf(o, " immediately upon being read; they are not part of the record stream.\n"); fprintf(o, " Results may be counterintuitive. A suggestion is to place comments at the\n"); fprintf(o, " start of data files.\n"); } static void main_usage_format_conversion_keystroke_saver_options(FILE* o, char* argv0) { fprintf(o, "As keystroke-savers for format-conversion you may use the following:\n"); fprintf(o, " --c2t --c2d --c2n --c2j --c2x --c2p --c2m\n"); fprintf(o, " --t2c --t2d --t2n --t2j --t2x --t2p --t2m\n"); fprintf(o, " --d2c --d2t --d2n --d2j --d2x --d2p --d2m\n"); fprintf(o, " --n2c --n2t --n2d --n2j --n2x --n2p --n2m\n"); fprintf(o, " --j2c --j2t --j2d --j2n --j2x --j2p --j2m\n"); fprintf(o, " --x2c --x2t --x2d --x2n --x2j --x2p --x2m\n"); fprintf(o, " --p2c --p2t --p2d --p2n --p2j --p2x --p2m\n"); fprintf(o, "The letters c t d n j x p m refer to formats CSV, TSV, DKVP, NIDX, JSON, XTAB,\n"); fprintf(o, "PPRINT, and markdown, respectively. Note that markdown format is available for\n"); fprintf(o, "output only.\n"); } static void main_usage_compressed_data_options(FILE* o, char* argv0) { fprintf(o, " --prepipe {command} This allows Miller to handle compressed inputs. You can do\n"); fprintf(o, " without this for single input files, e.g. \"gunzip < myfile.csv.gz | %s ...\".\n", argv0); fprintf(o, " However, when multiple input files are present, between-file separations are\n"); fprintf(o, " lost; also, the FILENAME variable doesn't iterate. Using --prepipe you can\n"); fprintf(o, " specify an action to be taken on each input file. This pre-pipe command must\n"); fprintf(o, " be able to read from standard input; it will be invoked with\n"); fprintf(o, " {command} < {filename}.\n"); fprintf(o, " Examples:\n"); fprintf(o, " %s --prepipe 'gunzip'\n", argv0); fprintf(o, " %s --prepipe 'zcat -cf'\n", argv0); fprintf(o, " %s --prepipe 'xz -cd'\n", argv0); fprintf(o, " %s --prepipe cat\n", argv0); fprintf(o, " Note that this feature is quite general and is not limited to decompression\n"); fprintf(o, " utilities. You can use it to apply per-file filters of your choice.\n"); fprintf(o, " For output compression (or other) utilities, simply pipe the output:\n"); fprintf(o, " %s ... | {your compression command}\n", argv0); } static void main_usage_separator_options(FILE* o, char* argv0) { fprintf(o, " --rs --irs --ors Record separators, e.g. 'lf' or '\\r\\n'\n"); fprintf(o, " --fs --ifs --ofs --repifs Field separators, e.g. comma\n"); fprintf(o, " --ps --ips --ops Pair separators, e.g. equals sign\n"); fprintf(o, "\n"); fprintf(o, " Notes about line endings:\n"); fprintf(o, " * Default line endings (--irs and --ors) are \"auto\" which means autodetect from\n"); fprintf(o, " the input file format, as long as the input file(s) have lines ending in either\n"); fprintf(o, " LF (also known as linefeed, '\\n', 0x0a, Unix-style) or CRLF (also known as\n"); fprintf(o, " carriage-return/linefeed pairs, '\\r\\n', 0x0d 0x0a, Windows style).\n"); fprintf(o, " * If both irs and ors are auto (which is the default) then LF input will lead to LF\n"); fprintf(o, " output and CRLF input will lead to CRLF output, regardless of the platform you're\n"); fprintf(o, " running on.\n"); fprintf(o, " * The line-ending autodetector triggers on the first line ending detected in the input\n"); fprintf(o, " stream. E.g. if you specify a CRLF-terminated file on the command line followed by an\n"); fprintf(o, " LF-terminated file then autodetected line endings will be CRLF.\n"); fprintf(o, " * If you use --ors {something else} with (default or explicitly specified) --irs auto\n"); fprintf(o, " then line endings are autodetected on input and set to what you specify on output.\n"); fprintf(o, " * If you use --irs {something else} with (default or explicitly specified) --ors auto\n"); fprintf(o, " then the output line endings used are LF on Unix/Linux/BSD/MacOSX, and CRLF on Windows.\n"); fprintf(o, "\n"); fprintf(o, " Notes about all other separators:\n"); fprintf(o, " * IPS/OPS are only used for DKVP and XTAB formats, since only in these formats\n"); fprintf(o, " do key-value pairs appear juxtaposed.\n"); fprintf(o, " * IRS/ORS are ignored for XTAB format. Nominally IFS and OFS are newlines;\n"); fprintf(o, " XTAB records are separated by two or more consecutive IFS/OFS -- i.e.\n"); fprintf(o, " a blank line. Everything above about --irs/--ors/--rs auto becomes --ifs/--ofs/--fs\n"); fprintf(o, " auto for XTAB format. (XTAB's default IFS/OFS are \"auto\".)\n"); fprintf(o, " * OFS must be single-character for PPRINT format. This is because it is used\n"); fprintf(o, " with repetition for alignment; multi-character separators would make\n"); fprintf(o, " alignment impossible.\n"); fprintf(o, " * OPS may be multi-character for XTAB format, in which case alignment is\n"); fprintf(o, " disabled.\n"); fprintf(o, " * TSV is simply CSV using tab as field separator (\"--fs tab\").\n"); fprintf(o, " * FS/PS are ignored for markdown format; RS is used.\n"); fprintf(o, " * All FS and PS options are ignored for JSON format, since they are not relevant\n"); fprintf(o, " to the JSON format.\n"); fprintf(o, " * You can specify separators in any of the following ways, shown by example:\n"); fprintf(o, " - Type them out, quoting as necessary for shell escapes, e.g.\n"); fprintf(o, " \"--fs '|' --ips :\"\n"); fprintf(o, " - C-style escape sequences, e.g. \"--rs '\\r\\n' --fs '\\t'\".\n"); fprintf(o, " - To avoid backslashing, you can use any of the following names:\n"); fprintf(o, " "); lhmss_t* pmap = get_desc_to_chars_map(); for (lhmsse_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { fprintf(o, " %s", pe->key); } fprintf(o, "\n"); fprintf(o, " * Default separators by format:\n"); fprintf(o, " %-12s %-8s %-8s %s\n", "File format", "RS", "FS", "PS"); lhmss_t* default_rses = get_default_rses(); lhmss_t* default_fses = get_default_fses(); lhmss_t* default_pses = get_default_pses(); for (lhmsse_t* pe = default_rses->phead; pe != NULL; pe = pe->pnext) { char* filefmt = pe->key; char* rs = pe->value; char* fs = lhmss_get(default_fses, filefmt); char* ps = lhmss_get(default_pses, filefmt); fprintf(o, " %-12s %-8s %-8s %s\n", filefmt, rebackslash(rs), rebackslash(fs), rebackslash(ps)); } } static void main_usage_csv_options(FILE* o, char* argv0) { fprintf(o, " --implicit-csv-header Use 1,2,3,... as field labels, rather than from line 1\n"); fprintf(o, " of input files. Tip: combine with \"label\" to recreate\n"); fprintf(o, " missing headers.\n"); fprintf(o, " --allow-ragged-csv-input|--ragged If a data line has fewer fields than the header line,\n"); fprintf(o, " fill remaining keys with empty string. If a data line has more\n"); fprintf(o, " fields than the header line, use integer field labels as in\n"); fprintf(o, " the implicit-header case.\n"); fprintf(o, " --headerless-csv-output Print only CSV data lines.\n"); fprintf(o, " -N Keystroke-saver for --implicit-csv-header --headerless-csv-output.\n"); } static void main_usage_double_quoting(FILE* o, char* argv0) { fprintf(o, " --quote-all Wrap all fields in double quotes\n"); fprintf(o, " --quote-none Do not wrap any fields in double quotes, even if they have\n"); fprintf(o, " OFS or ORS in them\n"); fprintf(o, " --quote-minimal Wrap fields in double quotes only if they have OFS or ORS\n"); fprintf(o, " in them (default)\n"); fprintf(o, " --quote-numeric Wrap fields in double quotes only if they have numbers\n"); fprintf(o, " in them\n"); fprintf(o, " --quote-original Wrap fields in double quotes if and only if they were\n"); fprintf(o, " quoted on input. This isn't sticky for computed fields:\n"); fprintf(o, " e.g. if fields a and b were quoted on input and you do\n"); fprintf(o, " \"put '$c = $a . $b'\" then field c won't inherit a or b's\n"); fprintf(o, " was-quoted-on-input flag.\n"); } static void main_usage_numerical_formatting(FILE* o, char* argv0) { fprintf(o, " --ofmt {format} E.g. %%.18lf, %%.0lf. Please use sprintf-style codes for\n"); fprintf(o, " double-precision. Applies to verbs which compute new\n"); fprintf(o, " values, e.g. put, stats1, stats2. See also the fmtnum\n"); fprintf(o, " function within mlr put (mlr --help-all-functions).\n"); fprintf(o, " Defaults to %s.\n", DEFAULT_OFMT); } static void main_usage_other_options(FILE* o, char* argv0) { fprintf(o, " --seed {n} with n of the form 12345678 or 0xcafefeed. For put/filter\n"); fprintf(o, " urand()/urandint()/urand32().\n"); fprintf(o, " --nr-progress-mod {m}, with m a positive integer: print filename and record\n"); fprintf(o, " count to stderr every m input records.\n"); fprintf(o, " --from {filename} Use this to specify an input file before the verb(s),\n"); fprintf(o, " rather than after. May be used more than once. Example:\n"); fprintf(o, " \"%s --from a.dat --from b.dat cat\" is the same as\n", argv0); fprintf(o, " \"%s cat a.dat b.dat\".\n", argv0); fprintf(o, " -n Process no input files, nor standard input either. Useful\n"); fprintf(o, " for %s put with begin/end statements only. (Same as --from\n", argv0); fprintf(o, " /dev/null.) Also useful in \"%s -n put -v '...'\" for\n", argv0); fprintf(o, " analyzing abstract syntax trees (if that's your thing).\n"); fprintf(o, " -I Process files in-place. For each file name on the command\n"); fprintf(o, " line, output is written to a temp file in the same\n"); fprintf(o, " directory, which is then renamed over the original. Each\n"); fprintf(o, " file is processed in isolation: if the output format is\n"); fprintf(o, " CSV, CSV headers will be present in each output file;\n"); fprintf(o, " statistics are only over each file's own records; and so on.\n"); } static void main_usage_then_chaining(FILE* o, char* argv0) { fprintf(o, "Output of one verb may be chained as input to another using \"then\", e.g.\n"); fprintf(o, " %s stats1 -a min,mean,max -f flag,u,v -g color then sort -f color\n", argv0); } static void main_usage_auxents(FILE* o, char* argv0) { fprintf(o, "Miller has a few otherwise-standalone executables packaged within it.\n"); fprintf(o, "They do not participate in any other parts of Miller.\n"); show_aux_entries(o); } static void main_usage_see_also(FILE* o, char* argv0) { fprintf(o, "For more information please see http://johnkerl.org/miller/doc and/or\n"); fprintf(o, "http://github.com/johnkerl/miller."); fprintf(o, " This is Miller version %s.\n", VERSION_STRING); } static void print_type_arithmetic_info(FILE* o, char* argv0) { for (int i = -2; i < MT_DIM; i++) { mv_t a = (mv_t) {.type = i, .free_flags = NO_FREE, .u.intv = 0}; if (i == -2) printf("%-6s |", "(+)"); else if (i == -1) printf("%-6s +", "------"); else printf("%-6s |", mt_describe_type_simple(a.type)); for (int j = 0; j < MT_DIM; j++) { mv_t b = (mv_t) {.type = j, .free_flags = NO_FREE, .u.intv = 0}; if (i == -2) { printf(" %-6s", mt_describe_type_simple(b.type)); } else if (i == -1) { printf(" %-6s", "------"); } else { mv_t c = x_xx_plus_func(&a, &b); printf(" %-6s", mt_describe_type_simple(c.type)); } } fprintf(o, "\n"); } } // ---------------------------------------------------------------- static void usage_all_verbs(char* argv0) { char* separator = "================================================================"; for (int i = 0; i < mapper_lookup_table_length; i++) { fprintf(stdout, "%s\n", separator); mapper_lookup_table[i]->pusage_func(stdout, argv0, mapper_lookup_table[i]->verb); fprintf(stdout, "\n"); } fprintf(stdout, "%s\n", separator); exit(0); } static void usage_unrecognized_verb(char* argv0, char* arg) { fprintf(stderr, "%s: option \"%s\" not recognized.\n", argv0, arg); fprintf(stderr, "Please run \"%s --help\" for usage information.\n", argv0); exit(1); } static void check_arg_count(char** argv, int argi, int argc, int n) { if ((argc - argi) < n) { fprintf(stderr, "%s: option \"%s\" missing argument(s).\n", MLR_GLOBALS.bargv0, argv[argi]); main_usage_short(stderr, MLR_GLOBALS.bargv0); exit(1); } } static mapper_setup_t* look_up_mapper_setup(char* verb) { mapper_setup_t* pmapper_setup = NULL; for (int i = 0; i < mapper_lookup_table_length; i++) { if (streq(mapper_lookup_table[i]->verb, verb)) return mapper_lookup_table[i]; } return pmapper_setup; } // ---------------------------------------------------------------- void cli_opts_init(cli_opts_t* popts) { memset(popts, 0, sizeof(*popts)); cli_reader_opts_init(&popts->reader_opts); cli_writer_opts_init(&popts->writer_opts); popts->mapper_argb = 0; popts->filenames = slls_alloc(); popts->ofmt = NULL; popts->nr_progress_mod = 0LL; popts->do_in_place = FALSE; } void cli_reader_opts_init(cli_reader_opts_t* preader_opts) { preader_opts->ifile_fmt = NULL; preader_opts->irs = NULL; preader_opts->ifs = NULL; preader_opts->ips = NULL; preader_opts->input_json_flatten_separator = NULL; preader_opts->json_array_ingest = JSON_ARRAY_INGEST_UNSPECIFIED; preader_opts->allow_repeat_ifs = NEITHER_TRUE_NOR_FALSE; preader_opts->allow_repeat_ips = NEITHER_TRUE_NOR_FALSE; preader_opts->use_implicit_csv_header = NEITHER_TRUE_NOR_FALSE; preader_opts->allow_ragged_csv_input = NEITHER_TRUE_NOR_FALSE; preader_opts->use_mmap_for_read = NEITHER_TRUE_NOR_FALSE; preader_opts->prepipe = NULL; preader_opts->comment_handling = COMMENTS_ARE_DATA; preader_opts->comment_string = NULL; preader_opts->max_file_size_for_mmap = DEFAULT_MAX_FILE_SIZE_FOR_MMAP; // xxx temp preader_opts->generator_opts.field_name = "i"; preader_opts->generator_opts.start = 0LL; preader_opts->generator_opts.stop = 100LL; preader_opts->generator_opts.step = 1LL; } void cli_writer_opts_init(cli_writer_opts_t* pwriter_opts) { pwriter_opts->ofile_fmt = NULL; pwriter_opts->ors = NULL; pwriter_opts->ofs = NULL; pwriter_opts->ops = NULL; pwriter_opts->headerless_csv_output = NEITHER_TRUE_NOR_FALSE; pwriter_opts->right_justify_xtab_value = NEITHER_TRUE_NOR_FALSE; pwriter_opts->right_align_pprint = NEITHER_TRUE_NOR_FALSE; pwriter_opts->pprint_barred = NEITHER_TRUE_NOR_FALSE; pwriter_opts->stack_json_output_vertically = NEITHER_TRUE_NOR_FALSE; pwriter_opts->wrap_json_output_in_outer_list = NEITHER_TRUE_NOR_FALSE; pwriter_opts->json_quote_int_keys = NEITHER_TRUE_NOR_FALSE; pwriter_opts->json_quote_non_string_values = NEITHER_TRUE_NOR_FALSE; pwriter_opts->output_json_flatten_separator = NULL; pwriter_opts->oosvar_flatten_separator = NULL; pwriter_opts->oquoting = QUOTE_UNSPECIFIED; } void cli_apply_defaults(cli_opts_t* popts) { cli_apply_reader_defaults(&popts->reader_opts); cli_apply_writer_defaults(&popts->writer_opts); if (popts->ofmt == NULL) popts->ofmt = DEFAULT_OFMT; } void cli_apply_reader_defaults(cli_reader_opts_t* preader_opts) { if (preader_opts->ifile_fmt == NULL) preader_opts->ifile_fmt = "dkvp"; if (preader_opts->json_array_ingest == JSON_ARRAY_INGEST_UNSPECIFIED) preader_opts->json_array_ingest = JSON_ARRAY_INGEST_AS_MAP; if (preader_opts->use_implicit_csv_header == NEITHER_TRUE_NOR_FALSE) preader_opts->use_implicit_csv_header = FALSE; if (preader_opts->allow_ragged_csv_input == NEITHER_TRUE_NOR_FALSE) preader_opts->allow_ragged_csv_input = FALSE; if (preader_opts->use_mmap_for_read == NEITHER_TRUE_NOR_FALSE) #if MLR_ARCH_MMAP_ENABLED preader_opts->use_mmap_for_read = TRUE; #else preader_opts->use_mmap_for_read = FALSE; #endif if (preader_opts->input_json_flatten_separator == NULL) preader_opts->input_json_flatten_separator = DEFAULT_JSON_FLATTEN_SEPARATOR; } void cli_apply_writer_defaults(cli_writer_opts_t* pwriter_opts) { if (pwriter_opts->ofile_fmt == NULL) pwriter_opts->ofile_fmt = "dkvp"; if (pwriter_opts->headerless_csv_output == NEITHER_TRUE_NOR_FALSE) pwriter_opts->headerless_csv_output = FALSE; if (pwriter_opts->right_justify_xtab_value == NEITHER_TRUE_NOR_FALSE) pwriter_opts->right_justify_xtab_value = FALSE; if (pwriter_opts->right_align_pprint == NEITHER_TRUE_NOR_FALSE) pwriter_opts->right_align_pprint = FALSE; if (pwriter_opts->pprint_barred == NEITHER_TRUE_NOR_FALSE) pwriter_opts->pprint_barred = FALSE; if (pwriter_opts->stack_json_output_vertically == NEITHER_TRUE_NOR_FALSE) pwriter_opts->stack_json_output_vertically = FALSE; if (pwriter_opts->wrap_json_output_in_outer_list == NEITHER_TRUE_NOR_FALSE) pwriter_opts->wrap_json_output_in_outer_list = FALSE; if (pwriter_opts->json_quote_int_keys == NEITHER_TRUE_NOR_FALSE) pwriter_opts->json_quote_int_keys = TRUE; if (pwriter_opts->json_quote_non_string_values == NEITHER_TRUE_NOR_FALSE) pwriter_opts->json_quote_non_string_values = FALSE; if (pwriter_opts->output_json_flatten_separator == NULL) pwriter_opts->output_json_flatten_separator = DEFAULT_JSON_FLATTEN_SEPARATOR; if (pwriter_opts->oosvar_flatten_separator == NULL) pwriter_opts->oosvar_flatten_separator = DEFAULT_OOSVAR_FLATTEN_SEPARATOR; if (pwriter_opts->oquoting == QUOTE_UNSPECIFIED) pwriter_opts->oquoting = DEFAULT_OQUOTING; } // ---------------------------------------------------------------- // For mapper join which has its own input-format overrides. // // Mainly this just takes the main-opts flag whenever the join-opts flag was not // specified by the user. But it's a bit more complex when main and join input // formats are different. Example: main input format is CSV, for which IPS is // "(N/A)", and join input format is DKVP. Then we should not use "(N/A)" // for DKVP IPS. However if main input format were DKVP with IPS set to ":", // then we should take that. // // The logic is: // // * If the join input format was unspecified, take all unspecified values from // main opts. // // * If the join input format was specified and is the same as main input // format, take unspecified values from main opts. // // * If the join input format was specified and is not the same as main input // format, take unspecified values from defaults for the join input format. void cli_merge_reader_opts(cli_reader_opts_t* pfunc_opts, cli_reader_opts_t* pmain_opts) { if (pfunc_opts->ifile_fmt == NULL) { pfunc_opts->ifile_fmt = pmain_opts->ifile_fmt; } if (streq(pfunc_opts->ifile_fmt, pmain_opts->ifile_fmt)) { if (pfunc_opts->irs == NULL) pfunc_opts->irs = pmain_opts->irs; if (pfunc_opts->ifs == NULL) pfunc_opts->ifs = pmain_opts->ifs; if (pfunc_opts->ips == NULL) pfunc_opts->ips = pmain_opts->ips; if (pfunc_opts->allow_repeat_ifs == NEITHER_TRUE_NOR_FALSE) pfunc_opts->allow_repeat_ifs = pmain_opts->allow_repeat_ifs; if (pfunc_opts->allow_repeat_ips == NEITHER_TRUE_NOR_FALSE) pfunc_opts->allow_repeat_ips = pmain_opts->allow_repeat_ips; } else { if (pfunc_opts->irs == NULL) pfunc_opts->irs = lhmss_get_or_die(get_default_rses(), pfunc_opts->ifile_fmt); if (pfunc_opts->ifs == NULL) pfunc_opts->ifs = lhmss_get_or_die(get_default_fses(), pfunc_opts->ifile_fmt); if (pfunc_opts->ips == NULL) pfunc_opts->ips = lhmss_get_or_die(get_default_pses(), pfunc_opts->ifile_fmt); if (pfunc_opts->allow_repeat_ifs == NEITHER_TRUE_NOR_FALSE) pfunc_opts->allow_repeat_ifs = lhmsll_get_or_die(get_default_repeat_ifses(), pfunc_opts->ifile_fmt); if (pfunc_opts->allow_repeat_ips == NEITHER_TRUE_NOR_FALSE) pfunc_opts->allow_repeat_ips = lhmsll_get_or_die(get_default_repeat_ipses(), pfunc_opts->ifile_fmt); } if (pfunc_opts->json_array_ingest == JSON_ARRAY_INGEST_UNSPECIFIED) pfunc_opts->json_array_ingest = pmain_opts->json_array_ingest; if (pfunc_opts->use_implicit_csv_header == NEITHER_TRUE_NOR_FALSE) pfunc_opts->use_implicit_csv_header = pmain_opts->use_implicit_csv_header; if (pfunc_opts->allow_ragged_csv_input == NEITHER_TRUE_NOR_FALSE) pfunc_opts->allow_ragged_csv_input = pmain_opts->allow_ragged_csv_input; if (pfunc_opts->use_mmap_for_read == NEITHER_TRUE_NOR_FALSE) pfunc_opts->use_mmap_for_read = pmain_opts->use_mmap_for_read; if (pfunc_opts->input_json_flatten_separator == NULL) pfunc_opts->input_json_flatten_separator = pmain_opts->input_json_flatten_separator; } // Similar to cli_merge_reader_opts but for mapper tee & mapper put which have their // own output-format overrides. void cli_merge_writer_opts(cli_writer_opts_t* pfunc_opts, cli_writer_opts_t* pmain_opts) { if (pfunc_opts->ofile_fmt == NULL) { pfunc_opts->ofile_fmt = pmain_opts->ofile_fmt; } if (streq(pfunc_opts->ofile_fmt, pmain_opts->ofile_fmt)) { if (pfunc_opts->ors == NULL) pfunc_opts->ors = pmain_opts->ors; if (pfunc_opts->ofs == NULL) pfunc_opts->ofs = pmain_opts->ofs; if (pfunc_opts->ops == NULL) pfunc_opts->ops = pmain_opts->ops; } else { if (pfunc_opts->ors == NULL) pfunc_opts->ors = lhmss_get_or_die(get_default_rses(), pfunc_opts->ofile_fmt); if (pfunc_opts->ofs == NULL) pfunc_opts->ofs = lhmss_get_or_die(get_default_fses(), pfunc_opts->ofile_fmt); if (pfunc_opts->ops == NULL) pfunc_opts->ops = lhmss_get_or_die(get_default_pses(), pfunc_opts->ofile_fmt); } if (pfunc_opts->headerless_csv_output == NEITHER_TRUE_NOR_FALSE) pfunc_opts->headerless_csv_output = pmain_opts->headerless_csv_output; if (pfunc_opts->right_justify_xtab_value == NEITHER_TRUE_NOR_FALSE) pfunc_opts->right_justify_xtab_value = pmain_opts->right_justify_xtab_value; if (pfunc_opts->right_align_pprint == NEITHER_TRUE_NOR_FALSE) pfunc_opts->right_align_pprint = pmain_opts->right_align_pprint; if (pfunc_opts->pprint_barred == NEITHER_TRUE_NOR_FALSE) pfunc_opts->pprint_barred = pmain_opts->pprint_barred; if (pfunc_opts->stack_json_output_vertically == NEITHER_TRUE_NOR_FALSE) pfunc_opts->stack_json_output_vertically = pmain_opts->stack_json_output_vertically; if (pfunc_opts->wrap_json_output_in_outer_list == NEITHER_TRUE_NOR_FALSE) pfunc_opts->wrap_json_output_in_outer_list = pmain_opts->wrap_json_output_in_outer_list; if (pfunc_opts->json_quote_int_keys == NEITHER_TRUE_NOR_FALSE) pfunc_opts->json_quote_int_keys = pmain_opts->json_quote_int_keys; if (pfunc_opts->json_quote_non_string_values == NEITHER_TRUE_NOR_FALSE) pfunc_opts->json_quote_non_string_values = pmain_opts->json_quote_non_string_values; if (pfunc_opts->output_json_flatten_separator == NULL) pfunc_opts->output_json_flatten_separator = pmain_opts->output_json_flatten_separator; if (pfunc_opts->oosvar_flatten_separator == NULL) pfunc_opts->oosvar_flatten_separator = pmain_opts->oosvar_flatten_separator; if (pfunc_opts->oquoting == QUOTE_UNSPECIFIED) pfunc_opts->oquoting = pmain_opts->oquoting; } // ---------------------------------------------------------------- static int handle_terminal_usage(char** argv, int argc, int argi) { if (streq(argv[argi], "--version")) { printf("Miller %s\n", VERSION_STRING); return TRUE; } else if (streq(argv[argi], "-h")) { main_usage_long(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--help")) { main_usage_long(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--print-type-arithmetic-info")) { print_type_arithmetic_info(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--help-all-verbs")) { usage_all_verbs(MLR_GLOBALS.bargv0); } else if (streq(argv[argi], "--list-all-verbs") || streq(argv[argi], "-l")) { list_all_verbs(stdout, ""); return TRUE; } else if (streq(argv[argi], "--list-all-verbs-raw") || streq(argv[argi], "-L")) { list_all_verbs_raw(stdout); return TRUE; } else if (streq(argv[argi], "--list-all-functions-raw") || streq(argv[argi], "-F")) { fmgr_t* pfmgr = fmgr_alloc(); fmgr_list_all_functions_raw(pfmgr, stdout); fmgr_free(pfmgr, NULL); return TRUE; } else if (streq(argv[argi], "--help-all-functions") || streq(argv[argi], "-f")) { fmgr_t* pfmgr = fmgr_alloc(); fmgr_function_usage(pfmgr, stdout, NULL); fmgr_free(pfmgr, NULL); return TRUE; } else if (streq(argv[argi], "--help-function") || streq(argv[argi], "--hf")) { check_arg_count(argv, argi, argc, 2); fmgr_t* pfmgr = fmgr_alloc(); fmgr_function_usage(pfmgr, stdout, argv[argi+1]); fmgr_free(pfmgr, NULL); return TRUE; } else if (streq(argv[argi], "--list-all-keywords-raw") || streq(argv[argi], "-K")) { mlr_dsl_list_all_keywords_raw(stdout); return TRUE; } else if (streq(argv[argi], "--help-all-keywords") || streq(argv[argi], "-k")) { mlr_dsl_keyword_usage(stdout, NULL); return TRUE; } else if (streq(argv[argi], "--help-keyword") || streq(argv[argi], "--hk")) { check_arg_count(argv, argi, argc, 2); mlr_dsl_keyword_usage(stdout, argv[argi+1]); return TRUE; // main-usage subsections, individually accessible for the benefit of // the manpage-autogenerator } else if (streq(argv[argi], "--usage-synopsis")) { main_usage_synopsis(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--usage-examples")) { main_usage_examples(stdout, MLR_GLOBALS.bargv0, ""); return TRUE; } else if (streq(argv[argi], "--usage-list-all-verbs")) { list_all_verbs(stdout, ""); return TRUE; } else if (streq(argv[argi], "--usage-help-options")) { main_usage_help_options(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--usage-functions")) { main_usage_functions(stdout, MLR_GLOBALS.bargv0, ""); return TRUE; } else if (streq(argv[argi], "--usage-data-format-examples")) { main_usage_data_format_examples(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--usage-data-format-options")) { main_usage_data_format_options(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--usage-comments-in-data")) { main_usage_comments_in_data(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--usage-format-conversion-keystroke-saver-options")) { main_usage_format_conversion_keystroke_saver_options(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--usage-compressed-data-options")) { main_usage_compressed_data_options(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--usage-separator-options")) { main_usage_separator_options(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--usage-csv-options")) { main_usage_csv_options(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--usage-double-quoting")) { main_usage_double_quoting(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--usage-numerical-formatting")) { main_usage_numerical_formatting(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--usage-other-options")) { main_usage_other_options(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--usage-then-chaining")) { main_usage_then_chaining(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--usage-auxents")) { main_usage_auxents(stdout, MLR_GLOBALS.bargv0); return TRUE; } else if (streq(argv[argi], "--usage-see-also")) { main_usage_see_also(stdout, MLR_GLOBALS.bargv0); return TRUE; } return FALSE; } // Returns TRUE if the current flag was handled. int cli_handle_reader_options(char** argv, int argc, int *pargi, cli_reader_opts_t* preader_opts) { int argi = *pargi; int oargi = argi; if (streq(argv[argi], "--irs")) { check_arg_count(argv, argi, argc, 2); preader_opts->irs = cli_sep_from_arg(argv[argi+1]); argi += 2; } else if (streq(argv[argi], "--ifs")) { check_arg_count(argv, argi, argc, 2); preader_opts->ifs = cli_sep_from_arg(argv[argi+1]); argi += 2; } else if (streq(argv[argi], "--repifs")) { preader_opts->allow_repeat_ifs = TRUE; argi += 1; } else if (streq(argv[argi], "--json-fatal-arrays-on-input")) { preader_opts->json_array_ingest = JSON_ARRAY_INGEST_FATAL; argi += 1; } else if (streq(argv[argi], "--json-skip-arrays-on-input")) { preader_opts->json_array_ingest = JSON_ARRAY_INGEST_SKIP; argi += 1; } else if (streq(argv[argi], "--json-map-arrays-on-input")) { preader_opts->json_array_ingest = JSON_ARRAY_INGEST_AS_MAP; argi += 1; } else if (streq(argv[argi], "--implicit-csv-header")) { preader_opts->use_implicit_csv_header = TRUE; argi += 1; } else if (streq(argv[argi], "--allow-ragged-csv-input") || streq(argv[argi], "--ragged")) { preader_opts->allow_ragged_csv_input = TRUE; argi += 1; } else if (streq(argv[argi], "--ips")) { check_arg_count(argv, argi, argc, 2); preader_opts->ips = cli_sep_from_arg(argv[argi+1]); argi += 2; } else if (streq(argv[argi], "-i")) { check_arg_count(argv, argi, argc, 2); if (!lhmss_has_key(get_default_rses(), argv[argi+1])) { fprintf(stderr, "%s: unrecognized input format \"%s\".\n", MLR_GLOBALS.bargv0, argv[argi+1]); exit(1); } preader_opts->ifile_fmt = argv[argi+1]; argi += 2; } else if (streq(argv[argi], "--igen")) { // xxx temp preader_opts->ifile_fmt = "gen"; argi += 1; } else if (streq(argv[argi], "--gen-start")) { // xxx temp preader_opts->ifile_fmt = "gen"; check_arg_count(argv, argi, argc, 2); if (sscanf(argv[argi+1], "%lld", &preader_opts->generator_opts.start) != 1) { fprintf(stderr, "%s: could not scan \"%s\".\n", MLR_GLOBALS.bargv0, argv[argi+1]); } argi += 2; } else if (streq(argv[argi], "--gen-stop")) { // xxx temp preader_opts->ifile_fmt = "gen"; check_arg_count(argv, argi, argc, 2); if (sscanf(argv[argi+1], "%lld", &preader_opts->generator_opts.stop) != 1) { fprintf(stderr, "%s: could not scan \"%s\".\n", MLR_GLOBALS.bargv0, argv[argi+1]); } argi += 2; } else if (streq(argv[argi], "--gen-step")) { // xxx temp preader_opts->ifile_fmt = "gen"; check_arg_count(argv, argi, argc, 2); if (sscanf(argv[argi+1], "%lld", &preader_opts->generator_opts.step) != 1) { fprintf(stderr, "%s: could not scan \"%s\".\n", MLR_GLOBALS.bargv0, argv[argi+1]); } argi += 2; } else if (streq(argv[argi], "--icsv")) { preader_opts->ifile_fmt = "csv"; argi += 1; } else if (streq(argv[argi], "--icsvlite")) { preader_opts->ifile_fmt = "csvlite"; argi += 1; } else if (streq(argv[argi], "--itsv")) { preader_opts->ifile_fmt = "csv"; preader_opts->ifs = "\t"; argi += 1; } else if (streq(argv[argi], "--itsvlite")) { preader_opts->ifile_fmt = "csvlite"; preader_opts->ifs = "\t"; argi += 1; } else if (streq(argv[argi], "--iasv")) { preader_opts->ifile_fmt = "csv"; preader_opts->ifs = ASV_FS; preader_opts->irs = ASV_RS; argi += 1; } else if (streq(argv[argi], "--iasvlite")) { preader_opts->ifile_fmt = "csvlite"; preader_opts->ifs = ASV_FS; preader_opts->irs = ASV_RS; argi += 1; } else if (streq(argv[argi], "--iusv")) { preader_opts->ifile_fmt = "csv"; preader_opts->ifs = USV_FS; preader_opts->irs = USV_RS; argi += 1; } else if (streq(argv[argi], "--iusvlite")) { preader_opts->ifile_fmt = "csvlite"; preader_opts->ifs = USV_FS; preader_opts->irs = USV_RS; argi += 1; } else if (streq(argv[argi], "--idkvp")) { preader_opts->ifile_fmt = "dkvp"; argi += 1; } else if (streq(argv[argi], "--ijson")) { preader_opts->ifile_fmt = "json"; argi += 1; } else if (streq(argv[argi], "--inidx")) { preader_opts->ifile_fmt = "nidx"; argi += 1; } else if (streq(argv[argi], "--ixtab")) { preader_opts->ifile_fmt = "xtab"; argi += 1; } else if (streq(argv[argi], "--ipprint")) { preader_opts->ifile_fmt = "csvlite"; preader_opts->ifs = " "; preader_opts->allow_repeat_ifs = TRUE; argi += 1; } else if (streq(argv[argi], "--mmap")) { preader_opts->use_mmap_for_read = TRUE; argi += 1; } else if (streq(argv[argi], "--no-mmap")) { preader_opts->use_mmap_for_read = FALSE; argi += 1; } else if (streq(argv[argi], "--mmap-below")) { check_arg_count(argv, argi, argc, 2); preader_opts->use_mmap_for_read = TRUE; long long llmax; if (sscanf(argv[argi+1], "%lld", &llmax) != 1) { fprintf(stderr, "%s: could not scan \"%s\".\n", MLR_GLOBALS.bargv0, argv[argi+1]); } preader_opts->max_file_size_for_mmap = llmax; argi += 2; } else if (streq(argv[argi], "--prepipe")) { check_arg_count(argv, argi, argc, 2); preader_opts->prepipe = argv[argi+1]; preader_opts->use_mmap_for_read = FALSE; argi += 2; } else if (streq(argv[argi], "--skip-comments")) { preader_opts->comment_string = DEFAULT_COMMENT_STRING; preader_opts->comment_handling = SKIP_COMMENTS; argi += 1; } else if (streq(argv[argi], "--skip-comments-with")) { check_arg_count(argv, argi, argc, 2); preader_opts->comment_string = argv[argi+1]; preader_opts->comment_handling = SKIP_COMMENTS; argi += 2; } else if (streq(argv[argi], "--pass-comments")) { preader_opts->comment_string = DEFAULT_COMMENT_STRING; preader_opts->comment_handling = PASS_COMMENTS; argi += 1; } else if (streq(argv[argi], "--pass-comments-with")) { check_arg_count(argv, argi, argc, 2); preader_opts->comment_string = argv[argi+1]; preader_opts->comment_handling = PASS_COMMENTS; argi += 2; } *pargi = argi; return argi != oargi; } // Returns TRUE if the current flag was handled. int cli_handle_writer_options(char** argv, int argc, int *pargi, cli_writer_opts_t* pwriter_opts) { int argi = *pargi; int oargi = argi; if (streq(argv[argi], "--ors")) { check_arg_count(argv, argi, argc, 2); pwriter_opts->ors = cli_sep_from_arg(argv[argi+1]); argi += 2; } else if (streq(argv[argi], "--ofs")) { check_arg_count(argv, argi, argc, 2); pwriter_opts->ofs = cli_sep_from_arg(argv[argi+1]); argi += 2; } else if (streq(argv[argi], "--headerless-csv-output")) { pwriter_opts->headerless_csv_output = TRUE; argi += 1; } else if (streq(argv[argi], "--ops")) { check_arg_count(argv, argi, argc, 2); pwriter_opts->ops = cli_sep_from_arg(argv[argi+1]); argi += 2; } else if (streq(argv[argi], "--xvright")) { pwriter_opts->right_justify_xtab_value = TRUE; argi += 1; } else if (streq(argv[argi], "--jvstack")) { pwriter_opts->stack_json_output_vertically = TRUE; argi += 1; } else if (streq(argv[argi], "--jlistwrap")) { pwriter_opts->wrap_json_output_in_outer_list = TRUE; argi += 1; } else if (streq(argv[argi], "--jknquoteint")) { pwriter_opts->json_quote_int_keys = FALSE; argi += 1; } else if (streq(argv[argi], "--jquoteall")) { pwriter_opts->json_quote_non_string_values = TRUE; argi += 1; } else if (streq(argv[argi], "--jvquoteall")) { pwriter_opts->json_quote_non_string_values = TRUE; argi += 1; } else if (streq(argv[argi], "--vflatsep")) { check_arg_count(argv, argi, argc, 2); pwriter_opts->oosvar_flatten_separator = cli_sep_from_arg(argv[argi+1]); argi += 2; } else if (streq(argv[argi], "-o")) { check_arg_count(argv, argi, argc, 2); if (!lhmss_has_key(get_default_rses(), argv[argi+1])) { fprintf(stderr, "%s: unrecognized output format \"%s\".\n", MLR_GLOBALS.bargv0, argv[argi+1]); exit(1); } pwriter_opts->ofile_fmt = argv[argi+1]; argi += 2; } else if (streq(argv[argi], "--ocsv")) { pwriter_opts->ofile_fmt = "csv"; argi += 1; } else if (streq(argv[argi], "--ocsvlite")) { pwriter_opts->ofile_fmt = "csvlite"; argi += 1; } else if (streq(argv[argi], "--otsv")) { pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ofs = "\t"; argi += 1; } else if (streq(argv[argi], "--otsvlite")) { pwriter_opts->ofile_fmt = "csvlite"; pwriter_opts->ofs = "\t"; argi += 1; } else if (streq(argv[argi], "--oasv")) { pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ofs = ASV_FS; pwriter_opts->ors = ASV_RS; argi += 1; } else if (streq(argv[argi], "--oasvlite")) { pwriter_opts->ofile_fmt = "csvlite"; pwriter_opts->ofs = ASV_FS; pwriter_opts->ors = ASV_RS; argi += 1; } else if (streq(argv[argi], "--ousv")) { pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ofs = USV_FS; pwriter_opts->ors = USV_RS; argi += 1; } else if (streq(argv[argi], "--ousvlite")) { pwriter_opts->ofile_fmt = "csvlite"; pwriter_opts->ofs = USV_FS; pwriter_opts->ors = USV_RS; argi += 1; } else if (streq(argv[argi], "--omd")) { pwriter_opts->ofile_fmt = "markdown"; argi += 1; } else if (streq(argv[argi], "--odkvp")) { pwriter_opts->ofile_fmt = "dkvp"; argi += 1; } else if (streq(argv[argi], "--ojson")) { pwriter_opts->ofile_fmt = "json"; argi += 1; } else if (streq(argv[argi], "--onidx")) { pwriter_opts->ofile_fmt = "nidx"; argi += 1; } else if (streq(argv[argi], "--oxtab")) { pwriter_opts->ofile_fmt = "xtab"; argi += 1; } else if (streq(argv[argi], "--opprint")) { pwriter_opts->ofile_fmt = "pprint"; argi += 1; } else if (streq(argv[argi], "--right")) { pwriter_opts->right_align_pprint = TRUE; argi += 1; } else if (streq(argv[argi], "--barred")) { pwriter_opts->pprint_barred = TRUE; argi += 1; } else if (streq(argv[argi], "--quote-all")) { pwriter_opts->oquoting = QUOTE_ALL; argi += 1; } else if (streq(argv[argi], "--quote-none")) { pwriter_opts->oquoting = QUOTE_NONE; argi += 1; } else if (streq(argv[argi], "--quote-minimal")) { pwriter_opts->oquoting = QUOTE_MINIMAL; argi += 1; } else if (streq(argv[argi], "--quote-numeric")) { pwriter_opts->oquoting = QUOTE_NUMERIC; argi += 1; } else if (streq(argv[argi], "--quote-original")) { pwriter_opts->oquoting = QUOTE_ORIGINAL; argi += 1; } *pargi = argi; return argi != oargi; } // Returns TRUE if the current flag was handled. int cli_handle_reader_writer_options(char** argv, int argc, int *pargi, cli_reader_opts_t* preader_opts, cli_writer_opts_t* pwriter_opts) { int argi = *pargi; int oargi = argi; if (streq(argv[argi], "--rs")) { check_arg_count(argv, argi, argc, 2); preader_opts->irs = cli_sep_from_arg(argv[argi+1]); pwriter_opts->ors = cli_sep_from_arg(argv[argi+1]); argi += 2; } else if (streq(argv[argi], "--fs")) { check_arg_count(argv, argi, argc, 2); preader_opts->ifs = cli_sep_from_arg(argv[argi+1]); pwriter_opts->ofs = cli_sep_from_arg(argv[argi+1]); argi += 2; } else if (streq(argv[argi], "-p")) { preader_opts->ifile_fmt = "nidx"; pwriter_opts->ofile_fmt = "nidx"; preader_opts->ifs = " "; pwriter_opts->ofs = " "; preader_opts->allow_repeat_ifs = TRUE; argi += 1; } else if (streq(argv[argi], "--ps")) { check_arg_count(argv, argi, argc, 2); preader_opts->ips = cli_sep_from_arg(argv[argi+1]); pwriter_opts->ops = cli_sep_from_arg(argv[argi+1]); argi += 2; } else if (streq(argv[argi], "--jflatsep")) { check_arg_count(argv, argi, argc, 2); preader_opts->input_json_flatten_separator = cli_sep_from_arg(argv[argi+1]); pwriter_opts->output_json_flatten_separator = cli_sep_from_arg(argv[argi+1]); argi += 2; } else if (streq(argv[argi], "--io")) { check_arg_count(argv, argi, argc, 2); if (!lhmss_has_key(get_default_rses(), argv[argi+1])) { fprintf(stderr, "%s: unrecognized I/O format \"%s\".\n", MLR_GLOBALS.bargv0, argv[argi+1]); exit(1); } preader_opts->ifile_fmt = argv[argi+1]; pwriter_opts->ofile_fmt = argv[argi+1]; argi += 2; } else if (streq(argv[argi], "--csv")) { preader_opts->ifile_fmt = "csv"; pwriter_opts->ofile_fmt = "csv"; argi += 1; } else if (streq(argv[argi], "--csvlite")) { preader_opts->ifile_fmt = "csvlite"; pwriter_opts->ofile_fmt = "csvlite"; argi += 1; } else if (streq(argv[argi], "--tsv")) { preader_opts->ifile_fmt = pwriter_opts->ofile_fmt = "csv"; preader_opts->ifs = "\t"; pwriter_opts->ofs = "\t"; argi += 1; } else if (streq(argv[argi], "--tsvlite") || streq(argv[argi], "-t")) { preader_opts->ifile_fmt = pwriter_opts->ofile_fmt = "csvlite"; preader_opts->ifs = "\t"; pwriter_opts->ofs = "\t"; argi += 1; } else if (streq(argv[argi], "--asv")) { preader_opts->ifile_fmt = pwriter_opts->ofile_fmt = "csv"; preader_opts->ifs = ASV_FS; pwriter_opts->ofs = ASV_FS; preader_opts->irs = ASV_RS; pwriter_opts->ors = ASV_RS; argi += 1; } else if (streq(argv[argi], "--asvlite")) { preader_opts->ifile_fmt = pwriter_opts->ofile_fmt = "csvlite"; preader_opts->ifs = ASV_FS; pwriter_opts->ofs = ASV_FS; preader_opts->irs = ASV_RS; pwriter_opts->ors = ASV_RS; argi += 1; } else if (streq(argv[argi], "--usv")) { preader_opts->ifile_fmt = pwriter_opts->ofile_fmt = "csv"; preader_opts->ifs = USV_FS; pwriter_opts->ofs = USV_FS; preader_opts->irs = USV_RS; pwriter_opts->ors = USV_RS; argi += 1; } else if (streq(argv[argi], "--usvlite")) { preader_opts->ifile_fmt = pwriter_opts->ofile_fmt = "csvlite"; preader_opts->ifs = USV_FS; pwriter_opts->ofs = USV_FS; preader_opts->irs = USV_RS; pwriter_opts->ors = USV_RS; argi += 1; } else if (streq(argv[argi], "--dkvp")) { preader_opts->ifile_fmt = "dkvp"; pwriter_opts->ofile_fmt = "dkvp"; argi += 1; } else if (streq(argv[argi], "--json")) { preader_opts->ifile_fmt = "json"; pwriter_opts->ofile_fmt = "json"; argi += 1; } else if (streq(argv[argi], "--nidx")) { preader_opts->ifile_fmt = "nidx"; pwriter_opts->ofile_fmt = "nidx"; argi += 1; } else if (streq(argv[argi], "-T")) { preader_opts->ifile_fmt = "nidx"; pwriter_opts->ofile_fmt = "nidx"; preader_opts->ifs = "\t"; pwriter_opts->ofs = "\t"; argi += 1; } else if (streq(argv[argi], "--xtab")) { preader_opts->ifile_fmt = "xtab"; pwriter_opts->ofile_fmt = "xtab"; argi += 1; } else if (streq(argv[argi], "--pprint")) { preader_opts->ifile_fmt = "csvlite"; preader_opts->ifs = " "; preader_opts->allow_repeat_ifs = TRUE; pwriter_opts->ofile_fmt = "pprint"; argi += 1; } else if (streq(argv[argi], "--c2t")) { preader_opts->ifile_fmt = "csv"; preader_opts->irs = "auto"; pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ors = "auto"; pwriter_opts->ofs = "\t"; argi += 1; } else if (streq(argv[argi], "--c2d")) { preader_opts->ifile_fmt = "csv"; preader_opts->irs = "auto"; pwriter_opts->ofile_fmt = "dkvp"; argi += 1; } else if (streq(argv[argi], "--c2n")) { preader_opts->ifile_fmt = "csv"; preader_opts->irs = "auto"; pwriter_opts->ofile_fmt = "nidx"; argi += 1; } else if (streq(argv[argi], "--c2j")) { preader_opts->ifile_fmt = "csv"; preader_opts->irs = "auto"; pwriter_opts->ofile_fmt = "json"; argi += 1; } else if (streq(argv[argi], "--c2p")) { preader_opts->ifile_fmt = "csv"; preader_opts->irs = "auto"; pwriter_opts->ofile_fmt = "pprint"; argi += 1; } else if (streq(argv[argi], "--c2x")) { preader_opts->ifile_fmt = "csv"; preader_opts->irs = "auto"; pwriter_opts->ofile_fmt = "xtab"; argi += 1; } else if (streq(argv[argi], "--c2m")) { preader_opts->ifile_fmt = "csv"; preader_opts->irs = "auto"; pwriter_opts->ofile_fmt = "markdown"; argi += 1; } else if (streq(argv[argi], "--t2c")) { preader_opts->ifile_fmt = "csv"; preader_opts->ifs = "\t"; preader_opts->irs = "auto"; pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ors = "auto"; argi += 1; } else if (streq(argv[argi], "--t2d")) { preader_opts->ifile_fmt = "csv"; preader_opts->ifs = "\t"; preader_opts->irs = "auto"; pwriter_opts->ofile_fmt = "dkvp"; argi += 1; } else if (streq(argv[argi], "--t2n")) { preader_opts->ifile_fmt = "csv"; preader_opts->ifs = "\t"; preader_opts->irs = "auto"; pwriter_opts->ofile_fmt = "nidx"; argi += 1; } else if (streq(argv[argi], "--t2j")) { preader_opts->ifile_fmt = "csv"; preader_opts->ifs = "\t"; preader_opts->irs = "auto"; pwriter_opts->ofile_fmt = "json"; argi += 1; } else if (streq(argv[argi], "--t2p")) { preader_opts->ifile_fmt = "csv"; preader_opts->ifs = "\t"; preader_opts->irs = "auto"; pwriter_opts->ofile_fmt = "pprint"; argi += 1; } else if (streq(argv[argi], "--t2x")) { preader_opts->ifile_fmt = "csv"; preader_opts->ifs = "\t"; preader_opts->irs = "auto"; pwriter_opts->ofile_fmt = "xtab"; argi += 1; } else if (streq(argv[argi], "--t2m")) { preader_opts->ifile_fmt = "csv"; preader_opts->ifs = "\t"; preader_opts->irs = "auto"; pwriter_opts->ofile_fmt = "markdown"; argi += 1; } else if (streq(argv[argi], "--d2c")) { preader_opts->ifile_fmt = "dkvp"; pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ors = "auto"; argi += 1; } else if (streq(argv[argi], "--d2t")) { preader_opts->ifile_fmt = "dkvp"; pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ors = "auto"; pwriter_opts->ofs = "\t"; argi += 1; } else if (streq(argv[argi], "--d2n")) { preader_opts->ifile_fmt = "dkvp"; pwriter_opts->ofile_fmt = "nidx"; argi += 1; } else if (streq(argv[argi], "--d2j")) { preader_opts->ifile_fmt = "dkvp"; pwriter_opts->ofile_fmt = "json"; argi += 1; } else if (streq(argv[argi], "--d2p")) { preader_opts->ifile_fmt = "dkvp"; pwriter_opts->ofile_fmt = "pprint"; argi += 1; } else if (streq(argv[argi], "--d2x")) { preader_opts->ifile_fmt = "dkvp"; pwriter_opts->ofile_fmt = "xtab"; argi += 1; } else if (streq(argv[argi], "--d2m")) { preader_opts->ifile_fmt = "dkvp"; pwriter_opts->ofile_fmt = "markdown"; argi += 1; } else if (streq(argv[argi], "--n2c")) { preader_opts->ifile_fmt = "nidx"; pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ors = "auto"; argi += 1; } else if (streq(argv[argi], "--n2t")) { preader_opts->ifile_fmt = "nidx"; pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ors = "auto"; pwriter_opts->ofs = "\t"; argi += 1; } else if (streq(argv[argi], "--n2d")) { preader_opts->ifile_fmt = "nidx"; pwriter_opts->ofile_fmt = "dkvp"; argi += 1; } else if (streq(argv[argi], "--n2j")) { preader_opts->ifile_fmt = "nidx"; pwriter_opts->ofile_fmt = "json"; argi += 1; } else if (streq(argv[argi], "--n2p")) { preader_opts->ifile_fmt = "nidx"; pwriter_opts->ofile_fmt = "pprint"; argi += 1; } else if (streq(argv[argi], "--n2x")) { preader_opts->ifile_fmt = "nidx"; pwriter_opts->ofile_fmt = "xtab"; argi += 1; } else if (streq(argv[argi], "--n2m")) { preader_opts->ifile_fmt = "nidx"; pwriter_opts->ofile_fmt = "markdown"; argi += 1; } else if (streq(argv[argi], "--j2c")) { preader_opts->ifile_fmt = "json"; pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ors = "auto"; argi += 1; } else if (streq(argv[argi], "--j2t")) { preader_opts->ifile_fmt = "json"; pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ors = "auto"; pwriter_opts->ofs = "\t"; argi += 1; } else if (streq(argv[argi], "--j2d")) { preader_opts->ifile_fmt = "json"; pwriter_opts->ofile_fmt = "dkvp"; argi += 1; } else if (streq(argv[argi], "--j2n")) { preader_opts->ifile_fmt = "json"; pwriter_opts->ofile_fmt = "nidx"; argi += 1; } else if (streq(argv[argi], "--j2p")) { preader_opts->ifile_fmt = "json"; pwriter_opts->ofile_fmt = "pprint"; argi += 1; } else if (streq(argv[argi], "--j2x")) { preader_opts->ifile_fmt = "json"; pwriter_opts->ofile_fmt = "xtab"; argi += 1; } else if (streq(argv[argi], "--j2m")) { preader_opts->ifile_fmt = "json"; pwriter_opts->ofile_fmt = "markdown"; argi += 1; } else if (streq(argv[argi], "--p2c")) { preader_opts->ifile_fmt = "csvlite"; preader_opts->ifs = " "; preader_opts->allow_repeat_ifs = TRUE; pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ors = "auto"; argi += 1; } else if (streq(argv[argi], "--p2t")) { preader_opts->ifile_fmt = "csvlite"; preader_opts->ifs = " "; preader_opts->allow_repeat_ifs = TRUE; pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ors = "auto"; pwriter_opts->ofs = "\t"; argi += 1; } else if (streq(argv[argi], "--p2d")) { preader_opts->ifile_fmt = "csvlite"; preader_opts->ifs = " "; preader_opts->allow_repeat_ifs = TRUE; pwriter_opts->ofile_fmt = "dkvp"; argi += 1; } else if (streq(argv[argi], "--p2n")) { preader_opts->ifile_fmt = "csvlite"; preader_opts->ifs = " "; preader_opts->allow_repeat_ifs = TRUE; pwriter_opts->ofile_fmt = "nidx"; argi += 1; } else if (streq(argv[argi], "--p2j")) { preader_opts->ifile_fmt = "csvlite"; preader_opts->ifs = " "; preader_opts->allow_repeat_ifs = TRUE; pwriter_opts->ofile_fmt = "json"; argi += 1; } else if (streq(argv[argi], "--p2x")) { preader_opts->ifile_fmt = "csvlite"; preader_opts->ifs = " "; preader_opts->allow_repeat_ifs = TRUE; pwriter_opts->ofile_fmt = "xtab"; argi += 1; } else if (streq(argv[argi], "--p2m")) { preader_opts->ifile_fmt = "csvlite"; preader_opts->ifs = " "; preader_opts->allow_repeat_ifs = TRUE; pwriter_opts->ofile_fmt = "markdown"; argi += 1; } else if (streq(argv[argi], "--x2c")) { preader_opts->ifile_fmt = "xtab"; pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ors = "auto"; argi += 1; } else if (streq(argv[argi], "--x2t")) { preader_opts->ifile_fmt = "xtab"; pwriter_opts->ofile_fmt = "csv"; pwriter_opts->ors = "auto"; pwriter_opts->ofs = "\t"; argi += 1; } else if (streq(argv[argi], "--x2d")) { preader_opts->ifile_fmt = "xtab"; pwriter_opts->ofile_fmt = "dkvp"; argi += 1; } else if (streq(argv[argi], "--x2n")) { preader_opts->ifile_fmt = "xtab"; pwriter_opts->ofile_fmt = "nidx"; argi += 1; } else if (streq(argv[argi], "--x2j")) { preader_opts->ifile_fmt = "xtab"; pwriter_opts->ofile_fmt = "json"; argi += 1; } else if (streq(argv[argi], "--x2p")) { preader_opts->ifile_fmt = "xtab"; pwriter_opts->ofile_fmt = "pprint"; argi += 1; } else if (streq(argv[argi], "--x2m")) { preader_opts->ifile_fmt = "xtab"; pwriter_opts->ofile_fmt = "markdown"; argi += 1; } else if (streq(argv[argi], "-N")) { preader_opts->use_implicit_csv_header = TRUE; pwriter_opts->headerless_csv_output = TRUE; argi += 1; } *pargi = argi; return argi != oargi; } // ---------------------------------------------------------------- static char* lhmss_get_or_die(lhmss_t* pmap, char* key) { char* value = lhmss_get(pmap, key); MLR_INTERNAL_CODING_ERROR_IF(value == NULL); return value; } // ---------------------------------------------------------------- static int lhmsll_get_or_die(lhmsll_t* pmap, char* key) { MLR_INTERNAL_CODING_ERROR_UNLESS(lhmsll_has_key(pmap, key)); return lhmsll_get(pmap, key); } miller-5.6.2/c/cli/mlrcli.h000066400000000000000000000104001354153536500154410ustar00rootroot00000000000000// ================================================================ // Miller command-line parsing // ================================================================ #ifndef MLRCLI_H #define MLRCLI_H #include "lib/context.h" #include "containers/slls.h" #include "containers/sllv.h" #include "cli/quoting.h" #include "cli/comment_handling.h" #include "cli/json_array_ingest.h" #include "containers/lhmsll.h" #include "containers/lhmss.h" #include // ---------------------------------------------------------------- typedef struct _genereator_opts_t { char* field_name; // xxx to do: convert to mv_t long long start; long long stop; long long step; } generator_opts_t; typedef struct _cli_reader_opts_t { char* ifile_fmt; char* irs; char* ifs; char* ips; char* input_json_flatten_separator; json_array_ingest_t json_array_ingest; int allow_repeat_ifs; int allow_repeat_ips; int use_implicit_csv_header; int allow_ragged_csv_input; int use_mmap_for_read; // Command for popen on input, e.g. "zcat -cf <". Can be null in which case // files are read directly rather than through a pipe. char* prepipe; comment_handling_t comment_handling; char* comment_string; // https://github.com/johnkerl/miller/issues/160 ssize_t max_file_size_for_mmap; // Fake internal-data-generator 'reader' generator_opts_t generator_opts; } cli_reader_opts_t; // ---------------------------------------------------------------- typedef struct _cli_writer_opts_t { char* ofile_fmt; char* ors; char* ofs; char* ops; int headerless_csv_output; int right_justify_xtab_value; int right_align_pprint; int pprint_barred; int stack_json_output_vertically; int wrap_json_output_in_outer_list; int json_quote_int_keys; int json_quote_non_string_values; char* output_json_flatten_separator; char* oosvar_flatten_separator; quoting_t oquoting; } cli_writer_opts_t; // ---------------------------------------------------------------- typedef struct _cli_opts_t { cli_reader_opts_t reader_opts; cli_writer_opts_t writer_opts; // These are used to construct the mapper list. In particular, for in-place mode // they're reconstructed for each file. We make copies since each pass through a // CLI-parser operates destructively, principally by running strtok over // comma-delimited field-name lists. char** original_argv; char** non_in_place_argv; int argc; int mapper_argb; slls_t* filenames; char* ofmt; long long nr_progress_mod; int do_in_place; } cli_opts_t; // ---------------------------------------------------------------- cli_opts_t* parse_command_line(int argc, char** argv, sllv_t** ppmapper_list); // See stream.c. The idea is that the mapper-chain is constructed once for normal stream-over-all-files // mode, but per-file for in-place mode. sllv_t* cli_parse_mappers(char** argv, int* pargi, int argc, cli_opts_t* popts, int* pno_input); int cli_handle_reader_options(char** argv, int argc, int *pargi, cli_reader_opts_t* preader_opts); int cli_handle_writer_options(char** argv, int argc, int *pargi, cli_writer_opts_t* pwriter_opts); int cli_handle_reader_writer_options(char** argv, int argc, int *pargi, cli_reader_opts_t* preader_opts, cli_writer_opts_t* pwriter_opts); void cli_opts_init(cli_opts_t* popts); void cli_reader_opts_init(cli_reader_opts_t* preader_opts); void cli_writer_opts_init(cli_writer_opts_t* pwriter_opts); void cli_apply_defaults(cli_opts_t* popts); void cli_apply_reader_defaults(cli_reader_opts_t* preader_opts); void cli_apply_writer_defaults(cli_writer_opts_t* pwriter_opts); // For mapper join which has its separate input-format overrides: void cli_merge_reader_opts(cli_reader_opts_t* pfunc_opts, cli_reader_opts_t* pmain_opts); // For mapper tee & mapper put which have their separate output-format overrides: void cli_merge_writer_opts(cli_writer_opts_t* pfunc_opts, cli_writer_opts_t* pmain_opts); // Stream context is for lrec-writer drain on tee et al. when using aggregated // output. E.g. pretty-print output has column widths which are only computable // after all output records have been retained. The free methods are used as // drain triggers. void cli_opts_free(cli_opts_t* popts); // The caller can unconditionally free the return value char* cli_sep_from_arg(char* arg); #endif // MLRCLI_H miller-5.6.2/c/cli/quoting.h000066400000000000000000000002771354153536500156600ustar00rootroot00000000000000#ifndef QUOTING_H #define QUOTING_H typedef enum _quoting_t { QUOTE_ALL, QUOTE_NONE, QUOTE_MINIMAL, QUOTE_NUMERIC, QUOTE_ORIGINAL, QUOTE_UNSPECIFIED, } quoting_t; #endif // QUOTING_H miller-5.6.2/c/cmake000077500000000000000000000005251354153536500142540ustar00rootroot00000000000000#!/bin/bash export CCOPT="clang -std=gnu99 -I. -I.. -Wall -Werror -O3 -lm" export CCDEBUG="clang -std=gnu99 -I. -I.. -Wall -Werror -g -lm" export DSLCC="clang" #export DSLCFLAGS="-I.. -Wall -O2" export DSLCFLAGS="-I.. -Wall -O2 -g" make -e -f Makefile.no-autoconfig -C parsing clean make -e -f Makefile.no-autoconfig mlr mlrg miller-5.6.2/c/containers/000077500000000000000000000000001354153536500154115ustar00rootroot00000000000000miller-5.6.2/c/containers/Makefile.am000066400000000000000000000017671354153536500174600ustar00rootroot00000000000000noinst_LTLIBRARIES= libcontainers.la libcontainers_la_SOURCES= \ boxed_xval.h \ dheap.c \ dheap.h \ dvector.c \ dvector.h \ header_keeper.c \ header_keeper.h \ hss.c \ hss.h \ join_bucket_keeper.c \ join_bucket_keeper.h \ lhms2v.c \ lhms2v.h \ lhmsi.c \ lhmsi.h \ lhmsll.c \ lhmsll.h \ lhmslv.c \ lhmslv.h \ lhmsmv.c \ lhmsmv.h \ lhmss.c \ lhmss.h \ lhmsv.c \ lhmsv.h \ local_stack.c \ local_stack.h \ loop_stack.c \ loop_stack.h \ lrec.c \ lrec.h \ mixutil.c \ mixutil.h \ mlhmmv.c \ mlhmmv.h \ parse_trie.c \ parse_trie.h \ percentile_keeper.c \ percentile_keeper.h \ rslls.c \ rslls.h \ sllmv.c \ sllmv.h \ slls.c \ slls.h \ sllv.c \ sllv.h \ top_keeper.c \ top_keeper.h \ type_decl.c \ type_decl.h \ xvfuncs.c \ xvfuncs.h libcontainers_la_LIBADD= \ ../lib/libmlr.la \ ../mapping/libmapping.la AM_CPPFLAGS= -I${srcdir}/../ AM_CFLAGS= -std=gnu99 miller-5.6.2/c/containers/Makefile.in000066400000000000000000000503141354153536500174610ustar00rootroot00000000000000# Makefile.in generated by automake 1.15.1 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2017 Free Software Foundation, Inc. # This Makefile.in is free software; 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There is some duplication of simple hash-map logic by key and value types: this is plain C with no templates or generics and I didn't want to do preprocessor tricks to reduce line count at the expense of code clarity. miller-5.6.2/c/containers/boxed_xval.h000066400000000000000000000026201354153536500177150ustar00rootroot00000000000000// ================================================================ // This is for map-valued contexts: LHS/RHS of assignments, // UDF/subroutine arguments, and UDF return values. // The is_ephemeral flag is TRUE for map-literals, function return values, and // data copied out of srecs. It is FALSE when the pointer is into an existing // data structure's memory (e.g. oosvars or locals). // ================================================================ #ifndef BOXED_XVAL_H #define BOXED_XVAL_H #include "../lib/mlrval.h" #include "../containers/mlhmmv.h" // ---------------------------------------------------------------- typedef struct _boxed_xval_t { mlhmmv_xvalue_t xval; char is_ephemeral; } boxed_xval_t; // ---------------------------------------------------------------- static inline boxed_xval_t box_ephemeral_val(mv_t val) { return (boxed_xval_t) { .xval = mlhmmv_xvalue_wrap_terminal(val), .is_ephemeral = TRUE, }; } static inline boxed_xval_t box_non_ephemeral_val(mv_t val) { return (boxed_xval_t) { .xval = mlhmmv_xvalue_wrap_terminal(val), .is_ephemeral = FALSE, }; } static inline boxed_xval_t box_ephemeral_xval(mlhmmv_xvalue_t xval) { return (boxed_xval_t) { .xval = xval, .is_ephemeral = TRUE, }; } static inline boxed_xval_t box_non_ephemeral_xval(mlhmmv_xvalue_t xval) { return (boxed_xval_t) { .xval = xval, .is_ephemeral = FALSE, }; } #endif // BOXED_XVAL_H miller-5.6.2/c/containers/dheap.c000066400000000000000000000152341354153536500166430ustar00rootroot00000000000000// ================================================================ // Zero-indexed max-heap of double. // John Kerl // 2012-06-02 // ================================================================ #include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "containers/dheap.h" // ---------------------------------------------------------------- // 1-up: left child 2*i // right child 2*i+1 // parent i/2 // 0-up: left child 2*i+1 // right child 2*i+2 // parent (i-1)/2 // Why: Example of 1-up i=10 l=20 r=21; 0-up i=9 l=19 r=20. // Or: 0-up i |-> 1-up i+1 |-> 1-up 2*i+2 |-> 0-up 2*i+1. // And likewise for right child & parent. static inline int dheap_left_child_index(int i, int n) { int li = 2*i+1; if (li >= n) return -1; else return li; } static inline int dheap_right_child_index(int i, int n) { int ri = 2*i+2; if (ri >= n) return -1; else return ri; } static inline int dheap_parent_index(int i, int n) { if (i == 0) return -1; else return (i-1)/2; } static inline void ptr_swap(double *pa, double *pb) { double temp = *pa; *pa = *pb; *pb = temp; } // ================================================================ dheap_t *dheap_alloc() { dheap_t *pdheap = mlr_malloc_or_die(sizeof(dheap_t)); pdheap->n = 0; pdheap->alloc_size = DHEAP_INIT_ALLOC_SIZE; pdheap->elements = mlr_malloc_or_die(pdheap->alloc_size*sizeof(double)); pdheap->is_malloced = 1; return pdheap; } // ---------------------------------------------------------------- dheap_t *dheap_from_array(double *array, int n) { dheap_t *pdheap = mlr_malloc_or_die(sizeof(dheap_t)); pdheap->n = 0; pdheap->alloc_size = n; pdheap->elements = array; pdheap->is_malloced = 0; return pdheap; } // ---------------------------------------------------------------- void dheap_free(dheap_t *pdheap) { if (pdheap == NULL) return; if (pdheap->elements != NULL) if (pdheap->is_malloced) free(pdheap->elements); pdheap->n = 0; pdheap->alloc_size = 0; pdheap->elements = NULL; free(pdheap); } // ================================================================ static void dheap_print_aux(dheap_t *pdheap, int i, int depth) { if (i >= pdheap->n) return; int w; printf("[%04d] ", i); for (w = 0; w < depth; w++) printf(" "); printf("%.8lf\n", pdheap->elements[i]); int li = dheap_left_child_index (i, pdheap->n); int ri = dheap_right_child_index(i, pdheap->n); if (li != -1) dheap_print_aux(pdheap, li, depth+1); if (ri != -1) dheap_print_aux(pdheap, ri, depth+1); } void dheap_print(dheap_t *pdheap) { printf("BEGIN DHEAP (n=%d):\n", pdheap->n); dheap_print_aux(pdheap, 0, 0); printf("END DHEAP\n"); } // ---------------------------------------------------------------- // 1 // 2 3 // 4 5 6 7 // 8 9 10 11 12 13 14 15 static int dheap_check_aux(dheap_t *pdheap, int i, char *file, int line) { int n = pdheap->n; double *pe = pdheap->elements; if (i >= n) return TRUE; int li = dheap_left_child_index (i, pdheap->n); int ri = dheap_right_child_index(i, pdheap->n); if (li != -1) { if (pe[i] < pe[li]) { fprintf(stderr, "dheap check fail %s:%d pe[%d]=%lf < pe[%d]=%lf\n", file, line, i, pe[i], li, pe[li]); return FALSE; } dheap_check_aux(pdheap, li, file, line); } if (ri != -1) { if (pe[i] < pe[ri]) { fprintf(stderr, "dheap check fail %s:%d pe[%d]=%lf < pe[%d]=%lf\n", file, line, i, pe[i], ri, pe[ri]); return FALSE; } dheap_check_aux(pdheap, ri, file, line); } return TRUE; } int dheap_check(dheap_t *pdheap, char *file, int line) { return dheap_check_aux(pdheap, 1, file, line); } // ---------------------------------------------------------------- static void dheap_bubble_up(dheap_t *pdheap, int i) { int pi = dheap_parent_index(i, pdheap->n); if (pi == -1) return; double *pe = pdheap->elements; if (pe[pi] < pe[i]) { ptr_swap(&pe[pi], &pe[i]); dheap_bubble_up(pdheap, pi); } } // ---------------------------------------------------------------- // 1 // 2 3 // 4 5 6 7 // 8 9 10 11 12 (n=13) void dheap_add(dheap_t *pdheap, double v) { if (pdheap->n >= pdheap->alloc_size) { if (!pdheap->is_malloced) { fprintf(stderr, "extension of non-malloced dheap!\n"); exit(1); } pdheap->alloc_size *= 2; pdheap->elements = (double *)mlr_realloc_or_die(pdheap->elements, pdheap->alloc_size*sizeof(double)); } pdheap->elements[pdheap->n++] = v; dheap_bubble_up(pdheap, pdheap->n-1); } // ---------------------------------------------------------------- // 1. Replace the root of the dheap with the last element on the last level. // 2. Compare the new root with its children; if they are in the correct order, // stop. // 3. If not, swap the element with one of its children and return to the // previous step. (Swap with its smaller child in a min-dheap and its larger // child in a max-dheap.) static void dheap_bubble_down(dheap_t *pdheap, int i) { int li = dheap_left_child_index(i, pdheap->n); if (li == -1) { // We add left to right, so this means left and right are both nil. return; } int ri = dheap_right_child_index(i, pdheap->n); double *pe = pdheap->elements; if (ri == -1) { // Right is nil, left is non-nil. if (pe[li] > pe[i]) { ptr_swap(&pe[li], &pe[i]); dheap_bubble_down(pdheap, li); } return; } // Now left and right are both non-nil. // // P 3 // L R 9 7 // a b c d 1 2 4 6 // // Cases: double *L = &pe[li]; double *P = &pe[i]; double *R = &pe[ri]; if (*L <= *P) { if (*R <= *P) { // 1. L <= R <= P: done. // 2. R <= L <= P: done. return; } else if (*P <= *R) { // 3. L <= P <= R: swap P&R; bubble down R. ptr_swap(R, P); dheap_bubble_down(pdheap, ri); } } else if (*R <= *P && *P <= *L) { // 4. R <= P <= L: swap P&L; bubble down L. ptr_swap(L, P); dheap_bubble_down(pdheap, li); } else if (*P <= *R && *R <= *L) { // 5. P <= R <= L: swap P&L; bubble down L. ptr_swap(L, P); dheap_bubble_down(pdheap, li); } else if (P <= L && L <= R) { // 6. P <= L <= R: swap P&R; bubble down R. ptr_swap(R, P); dheap_bubble_down(pdheap, ri); } } double dheap_remove(dheap_t *pdheap) { if (pdheap->n <= 0) { fprintf(stderr, "remove from empty dheap!\n"); exit(1); } double rv = pdheap->elements[0]; pdheap->elements[0] = pdheap->elements[pdheap->n-1]; pdheap->n--; dheap_bubble_down(pdheap, 0); return rv; } void dheap_sort(double *array, int n) { dheap_t *pdheap = dheap_from_array(array, n); int i; for (i = 0; i < n; i++) dheap_add(pdheap, pdheap->elements[i]); for (i = n-1; i >= 0; i--) pdheap->elements[i] = dheap_remove(pdheap); dheap_free(pdheap); } miller-5.6.2/c/containers/dheap.h000066400000000000000000000013161354153536500166440ustar00rootroot00000000000000// ================================================================ // Zero-indexed max-heap of doubles. // John Kerl // 2012-06-02 // ================================================================ #ifndef DHEAP_H #define DHEAP_H #define DHEAP_INIT_ALLOC_SIZE 1024 // Power of two typedef struct _dheap_t { int n; int alloc_size; char is_malloced; double *elements; } dheap_t; dheap_t *dheap_alloc(); dheap_t *dheap_from_array(double *array, int n); void dheap_free(dheap_t *pheap); void dheap_add(dheap_t *pdheap, double v); double dheap_remove(dheap_t *pdheap); // For debug void dheap_print(dheap_t *pdheap); // For unit test int dheap_check(dheap_t *pdheap, char *file, int line); #endif // DHEAP_H miller-5.6.2/c/containers/dvector.c000066400000000000000000000020441354153536500172230ustar00rootroot00000000000000#include #include #include "lib/mlrutil.h" #include "containers/dvector.h" // ---------------------------------------------------------------- dvector_t* dvector_alloc(unsigned long long initial_capacity) { unsigned long long capacity = initial_capacity; dvector_t* pdvector = mlr_malloc_or_die(sizeof(dvector_t)); pdvector->data = mlr_malloc_or_die(capacity*sizeof(double)); pdvector->size = 0; pdvector->capacity = capacity; return pdvector; } // ---------------------------------------------------------------- void dvector_free(dvector_t* pdvector) { if (pdvector == NULL) return; free(pdvector->data); pdvector->data = NULL; pdvector->size = 0; pdvector->capacity = 0; free(pdvector); } void dvector_append(dvector_t* pdvector, double value) { if (pdvector->size >= pdvector->capacity) { pdvector->capacity = (unsigned long long)(pdvector->capacity * 2); pdvector->data = (double*)mlr_realloc_or_die(pdvector->data, pdvector->capacity*sizeof(double)); } pdvector->data[pdvector->size++] = value; } miller-5.6.2/c/containers/dvector.h000066400000000000000000000005121354153536500172260ustar00rootroot00000000000000#ifndef DVECTOR_H #define DVECTOR_H typedef struct _dvector_t { double* data; unsigned long long size; unsigned long long capacity; } dvector_t; dvector_t* dvector_alloc(unsigned long long initial_capacity); void dvector_free(dvector_t* pdvector); void dvector_append(dvector_t* pdvector, double value); #endif // DVECTOR_H miller-5.6.2/c/containers/header_keeper.c000066400000000000000000000007731354153536500203470ustar00rootroot00000000000000#include #include "lib/mlrutil.h" #include "containers/header_keeper.h" header_keeper_t* header_keeper_alloc(char* line, slls_t* pkeys) { header_keeper_t* pheader_keeper = mlr_malloc_or_die(sizeof(header_keeper_t)); pheader_keeper->line = line; pheader_keeper->pkeys = pkeys; return pheader_keeper; } void header_keeper_free(header_keeper_t* pheader_keeper) { if (pheader_keeper == NULL) return; free(pheader_keeper->line); slls_free(pheader_keeper->pkeys); free(pheader_keeper); } miller-5.6.2/c/containers/header_keeper.h000066400000000000000000000010361354153536500203450ustar00rootroot00000000000000// ================================================================ // Retains field names from CSV header lines across record reads. // See also c/README.md. // ================================================================ #ifndef HEADER_KEEPER_H #define HEADER_KEEPER_H #include "containers/slls.h" typedef struct _header_keeper_t { char* line; slls_t* pkeys; } header_keeper_t; header_keeper_t* header_keeper_alloc(char* line, slls_t* pkeys); void header_keeper_free(header_keeper_t* pheader_keeper); #endif // HEADER_KEEPER_H miller-5.6.2/c/containers/hss.c000066400000000000000000000145511354153536500163600ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-valued hash set with linear probing for // collisions. // // John Kerl 2012-08-13 // // Notes: // * null key is not supported. // * null value is supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/hss.h" // ---------------------------------------------------------------- #define INITIAL_ARRAY_LENGTH 128 #define LOAD_FACTOR 0.7 #define OCCUPIED 444 #define DELETED 555 #define EMPTY 666 // ================================================================ static void hsse_clear(hsse_t *pentry) { pentry->key = NULL; pentry->state = EMPTY; pentry->ideal_index = -1; } // ---------------------------------------------------------------- static hsse_t* hss_make_alloc_array(int length) { hsse_t* array = (hsse_t*)mlr_malloc_or_die(sizeof(hsse_t) * length); for (int i = 0; i < length; i++) hsse_clear(&array[i]); return array; } static void hss_init(hss_t *pset, int length) { pset->num_occupied = 0; pset->num_freed = 0; pset->array_length = length; pset->array = hss_make_alloc_array(length); } hss_t* hss_alloc() { hss_t* pset = mlr_malloc_or_die(sizeof(hss_t)); hss_init(pset, INITIAL_ARRAY_LENGTH); return pset; } void hss_free(hss_t* pset) { if (pset == NULL) return; free(pset->array); pset->array = NULL; pset->num_occupied = 0; pset->num_freed = 0; pset->array_length = 0; free(pset); } // ---------------------------------------------------------------- // Used by get() and remove(). // Returns >=0 for where the key is *or* should go (end of chain). static int hss_find_index_for_key(hss_t* pset, char* key, int* pideal_index) { int hash = mlr_string_hash_func(key); int index = mlr_canonical_mod(hash, pset->array_length); *pideal_index = index; int num_tries = 0; while (TRUE) { hsse_t* pe = &pset->array[index]; if (pe->state == OCCUPIED) { char* ekey = pe->key; // Existing key found in chain. if (streq(key, ekey)) return index; } else if (pe->state == EMPTY) { return index; } // If the current entry has been freed, i.e. previously occupied, // the sought index may be further down the chain. So we must // continue looking. if (++num_tries >= pset->array_length) { fprintf(stderr, "%s: internal coding error: table full even after enlargement.\n", MLR_GLOBALS.bargv0); exit(1); } // Linear probing. if (++index >= pset->array_length) index = 0; } MLR_INTERNAL_CODING_ERROR(); } // ---------------------------------------------------------------- static void hss_enlarge(hss_t* pset); void hss_add(hss_t* pset, char* key) { if ((pset->num_occupied + pset->num_freed) >= (pset->array_length*LOAD_FACTOR)) hss_enlarge(pset); int ideal_index = 0; int index = hss_find_index_for_key(pset, key, &ideal_index); hsse_t* pe = &pset->array[index]; if (pe->state == OCCUPIED) { // Existing key found in chain. Chaining already handled by hss_find_index_for_key. return; } else if (pe->state == EMPTY) { // End of chain. pe->key = key; pe->state = OCCUPIED; pe->ideal_index = ideal_index; pset->num_occupied++; } else { fprintf(stderr, "hss_find_index_for_key did not find end of chain.\n"); exit(1); } } // ---------------------------------------------------------------- static void hss_enlarge(hss_t* pset) { int old_array_length = pset->array_length; hsse_t* old_array = pset->array; hss_init(pset, pset->array_length*2); for (int index = 0; index < old_array_length; index++) { hsse_t e = old_array[index]; if (e.state == OCCUPIED) hss_add(pset, e.key); } free(old_array); } // ---------------------------------------------------------------- int hss_has(hss_t* pset, char* key) { int ideal_index = 0; int index = hss_find_index_for_key(pset, key, &ideal_index); hsse_t* pe = &pset->array[index]; if (pe->state == OCCUPIED) return TRUE; else if (pe->state == EMPTY) return FALSE; else { fprintf(stderr, "hss_find_index_for_key did not find end of chain.\n"); exit(1); } } // ---------------------------------------------------------------- void hss_remove(hss_t* pset, char* key) { int ideal_index = 0; int index = hss_find_index_for_key(pset, key, &ideal_index); hsse_t* pe = &pset->array[index]; if (pe->state == OCCUPIED) { pe->key = NULL; pe->state = DELETED; pe->ideal_index = -1; pset->num_freed++; pset->num_occupied--; } else if (pe->state == EMPTY) { } else { fprintf(stderr, "hss_find_index_for_key did not find end of chain.\n"); exit(1); } } // ---------------------------------------------------------------- void hss_clear(hss_t* pset) { for (int i = 0; i < pset->array_length; i++) { hsse_clear(&pset->array[i]); } pset->num_occupied = 0; pset->num_freed = 0; } int hss_size(hss_t* pset) { return pset->num_occupied; } // ---------------------------------------------------------------- int hss_check_counts(hss_t* pset) { int nocc = 0; int ndel = 0; for (int index = 0; index < pset->array_length; index++) { hsse_t* pe = &pset->array[index]; if (pe->state == OCCUPIED) nocc++; else if (pe->state == DELETED) ndel++; } if (nocc != pset->num_occupied) { fprintf(stderr, "occupancy-count mismatch: actual %d != cached %d.\n", nocc, pset->num_occupied); return FALSE; } if (ndel != pset->num_freed) { fprintf(stderr, "freed-count mismatch: actual %d != cached %d.\n", ndel, pset->num_freed); return FALSE; } return TRUE; } // ---------------------------------------------------------------- static char* get_state_name(int state) { switch(state) { case OCCUPIED: return "occupied"; break; case DELETED: return "freed"; break; case EMPTY: return "empty"; break; default: return "?????"; break; } } void hss_print(hss_t* pset) { for (int index = 0; index < pset->array_length; index++) { hsse_t* pe = &pset->array[index]; const char* key_string = (pe == NULL) ? "none" : pe->key == NULL ? "null" : pe->key; printf( "| stt: %-8s | idx: %6d | nidx: %6d | key: %12s |\n", get_state_name(pe->state), index, pe->ideal_index, key_string); } } miller-5.6.2/c/containers/hss.h000066400000000000000000000021461354153536500163620ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-valued hash set with linear probing for // collisions. // // Notes: // * null key is not supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #ifndef HSS_H #define HSS_H // ---------------------------------------------------------------- typedef struct _hsse_t { char* key; int state; int ideal_index; } hsse_t; // ---------------------------------------------------------------- typedef struct _hss_t { int num_occupied; int num_freed; int array_length; hsse_t* array; } hss_t; // ---------------------------------------------------------------- hss_t* hss_alloc(); void hss_free(hss_t* pset); void hss_add(hss_t* pset, char* key); int hss_has(hss_t* pset, char* key); void hss_remove(hss_t* pset, char* key); void hss_clear(hss_t* pset); int hss_size(hss_t* pset); // Unit-test hook int hss_check_counts(hss_t* pset); #endif // HSS_H miller-5.6.2/c/containers/join_bucket_keeper.c000066400000000000000000000437271354153536500214210ustar00rootroot00000000000000#include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "lib/context.h" #include "containers/mixutil.h" #include "containers/join_bucket_keeper.h" #include "input/lrec_readers.h" // ================================================================ // JOIN_BUCKET_KEEPER // // This data structure supports Miller's sorted (double-streaming) join. It is // perhaps best explained by first comparing with the unsorted (half-streaming) // case. // // In both cases, we have left and right join keys. Suppose the left file has // data with field name "L" to be joined with right-file(s) data with field // name "R". For the unsorted case (see mapper_join.c) the entire left file is // first loaded into buckets of record-lists, one for each distinct value of L. // E.g. given the following: // // +-----+-----+ // | L | R | // + --- + --- + // | a | a | // | c | b | // | a | f | // | b | | // | c | | // | d | | // | a | | // +-----+-----+ // // the left file is bucketed as // // +-----+ +-----+ +-----+ +-----+ // | L | | L | | L | | L | // + --- + + --- + + --- + + --- + // | a | | c | | b | | d | // | a | | c | +-----+ +-----+ // | a | + --- + // + --- + // // Then the right file is processed one record at a time (hence // "half-streaming"). The pairings are easy: // * the right record with R=a is paired with the L=a bucket, // * the right record with R=b is paired with the L=b bucket, // * the right record with R=f is unpaired, and // * the left records with L=c and L=d are unpaired. // // ---------------------------------------------------------------- // Now for the sorted (doubly-streaming) case. Here we require that the left // and right files be already sorted (lexically ascending) by the join fields. // Then the example inputs look like this: // // +-----+-----+ // | L | R | // + --- + --- + // | a | a | // | a | b | // | a | f | // | b | | // | c | | // | c | | // | d | | // +-----+-----+ // // The right file is still read one record at a time. It's the job of this // join_bucket_keeper class to keep track of the left-file buckets, one bucket // at a time. This includes all records with same values for the join // field(s), e.g. the three L=a records, as well as a "peek" record which is // either the next record with a different join value (e.g. the L=b record), or // an end-of-file indicator. // // If a right-file record has join field matching the current left-file bucket, // then it's paired with all records in that bucket. Otherwise the // join_bucket_keeper needs to either stay with the current bucket or advance // to the next one, depending whether the current right-file record's // join-field values compare lexically with the the left-file bucket's // join-field values. // // Examples: // // +-----------+-----------+-----------+-----------+-----------+-----------+ // | L R | L R | L R | L R | L R | L R | // + --- --- + --- --- + --- --- + --- --- + --- --- + --- --- + // | a | a | e | a | e e | e e | // | b | e | e | e e | e | e e | // | e | e | e | e | e | e | // | e | e | f | e | f | g g | // | e | f | g | g | g | g | // | g | g | g | g | g | | // | g | g | h | | | | // +-----------+-----------+-----------+-----------+-----------+-----------+ // // In all these examples, the join_bucket_keeper goes through these steps: // * bucket is empty, peek rec has L=e // * bucket is L=e records, peek rec has L=g // * bucket is L=g records, peek rec is null (due to EOF) // * bucket is empty, peek rec is null (due to EOF) // // Example 1: // * left-bucket is empty and left-peek has L=e // * right record has R=a; join_bucket_keeper does not advance // * right record has R=b; join_bucket_keeper does not advance // * right end of file; all left records are unpaired. // // Example 2: // * left-bucket is empty and left-peek has L=e // * right record has R=a; join_bucket_keeper does not advance // * right record has R=f; left records with L=e are unpaired. // * etc. // // ================================================================ // ---------------------------------------------------------------- #define LEFT_STATE_0_PREFILL 0 #define LEFT_STATE_1_FULL 1 #define LEFT_STATE_2_LAST_BUCKET 2 #define LEFT_STATE_3_EOF 3 // ---------------------------------------------------------------- // (0) pre-fill: Lv == null, peek == null, leof = false // (1) midstream: Lv != null, peek != null, leof = false // (2) last bucket: Lv != null, peek == null, leof = true // (3) leof: Lv == null, peek == null, leof = true // ---------------------------------------------------------------- // Private methods static int join_bucket_keeper_get_state(join_bucket_keeper_t* pkeeper); static void join_bucket_keeper_initial_fill(join_bucket_keeper_t* pkeeper, sllv_t** pprecords_left_unpaired); static void join_bucket_keeper_advance_to(join_bucket_keeper_t* pkeeper, slls_t* pright_field_values, sllv_t** pprecords_paired, sllv_t** pprecords_left_unpaired); static void join_bucket_keeper_fill(join_bucket_keeper_t* pkeeper, sllv_t** pprecords_left_unpaired); static void join_bucket_keeper_drain(join_bucket_keeper_t* pkeeper, slls_t* pright_field_values, sllv_t** pprecords_paired, sllv_t** pprecords_left_unpaired); static char* describe_state(int state); // ---------------------------------------------------------------- join_bucket_keeper_t* join_bucket_keeper_alloc( char* prepipe, char* left_file_name, cli_reader_opts_t* popts, slls_t* pleft_field_names ) { lrec_reader_t* plrec_reader = lrec_reader_alloc(popts); return join_bucket_keeper_alloc_from_reader(plrec_reader, prepipe, left_file_name, pleft_field_names); } // ---------------------------------------------------------------- join_bucket_keeper_t* join_bucket_keeper_alloc_from_reader( lrec_reader_t* plrec_reader, char* prepipe, char* left_file_name, slls_t* pleft_field_names) { join_bucket_keeper_t* pkeeper = mlr_malloc_or_die(sizeof(join_bucket_keeper_t)); void* pvhandle = plrec_reader->popen_func(plrec_reader->pvstate, prepipe, left_file_name); plrec_reader->psof_func(plrec_reader->pvstate, pvhandle); context_t* pctx = mlr_malloc_or_die(sizeof(context_t)); context_init_from_first_file_name(pctx, left_file_name); pkeeper->plrec_reader = plrec_reader; pkeeper->pvhandle = pvhandle; pkeeper->pctx = pctx; pkeeper->pleft_field_names = pleft_field_names; pkeeper->pbucket = mlr_malloc_or_die(sizeof(join_bucket_t)); pkeeper->pbucket->precords = sllv_alloc(); pkeeper->pbucket->pleft_field_values = NULL; pkeeper->pbucket->was_paired = FALSE; pkeeper->prec_peek = NULL; pkeeper->leof = FALSE; pkeeper->state = LEFT_STATE_0_PREFILL; return pkeeper; } // ---------------------------------------------------------------- void join_bucket_keeper_free(join_bucket_keeper_t* pkeeper, char* prepipe) { if (pkeeper == NULL) return; slls_free(pkeeper->pbucket->pleft_field_values); sllv_free(pkeeper->pbucket->precords); free(pkeeper->pbucket); pkeeper->plrec_reader->pclose_func(pkeeper->plrec_reader->pvstate, pkeeper->pvhandle, prepipe); pkeeper->plrec_reader->pfree_func(pkeeper->plrec_reader); lrec_free(pkeeper->prec_peek); free(pkeeper->pctx); free(pkeeper); } // ---------------------------------------------------------------- void join_bucket_keeper_emit(join_bucket_keeper_t* pkeeper, slls_t* pright_field_values, sllv_t** pprecords_paired, sllv_t** pprecords_left_unpaired) { *pprecords_paired = NULL; *pprecords_left_unpaired = NULL; int cmp = 0; if (pkeeper->state == LEFT_STATE_0_PREFILL) { join_bucket_keeper_initial_fill(pkeeper, pprecords_left_unpaired); pkeeper->state = join_bucket_keeper_get_state(pkeeper); } if (pright_field_values != NULL) { // Not right EOF if (pkeeper->state == LEFT_STATE_1_FULL || pkeeper->state == LEFT_STATE_2_LAST_BUCKET) { cmp = slls_compare_lexically(pkeeper->pbucket->pleft_field_values, pright_field_values); if (cmp < 0) { // Advance left until match or left EOF. join_bucket_keeper_advance_to(pkeeper, pright_field_values, pprecords_paired, pprecords_left_unpaired); } else if (cmp == 0) { pkeeper->pbucket->was_paired = TRUE; *pprecords_paired = pkeeper->pbucket->precords; } else { // No match and no need to advance left; return null lists. } } else if (pkeeper->state != LEFT_STATE_3_EOF) { fprintf(stderr, "%s: internal coding error: failed transition from prefill state.\n", MLR_GLOBALS.bargv0); exit(1); } } else { // Right EOF: return the final left-unpaireds. join_bucket_keeper_drain(pkeeper, pright_field_values, pprecords_paired, pprecords_left_unpaired); } pkeeper->state = join_bucket_keeper_get_state(pkeeper); } // ---------------------------------------------------------------- static int join_bucket_keeper_get_state(join_bucket_keeper_t* pkeeper) { if (pkeeper->pbucket->pleft_field_values == NULL) { if (pkeeper->leof) return LEFT_STATE_3_EOF; else return LEFT_STATE_0_PREFILL; } else { if (pkeeper->prec_peek == NULL) return LEFT_STATE_2_LAST_BUCKET; else return LEFT_STATE_1_FULL; } } static void join_bucket_keeper_initial_fill(join_bucket_keeper_t* pkeeper, sllv_t** pprecords_left_unpaired) { while (TRUE) { // Skip over records not having the join keys. These go straight to the // left-unpaired list. pkeeper->prec_peek = pkeeper->plrec_reader->pprocess_func(pkeeper->plrec_reader->pvstate, pkeeper->pvhandle, pkeeper->pctx); if (pkeeper->prec_peek == NULL) { break; } if (record_has_all_keys(pkeeper->prec_peek, pkeeper->pleft_field_names)) { break; } else { if (*pprecords_left_unpaired == NULL) *pprecords_left_unpaired = sllv_alloc(); sllv_append(*pprecords_left_unpaired, pkeeper->prec_peek); } } if (pkeeper->prec_peek == NULL) { pkeeper->leof = TRUE; return; } join_bucket_keeper_fill(pkeeper, pprecords_left_unpaired); } // Preconditions: // * prec_peek != NULL // * prec_peek has the join keys static void join_bucket_keeper_fill(join_bucket_keeper_t* pkeeper, sllv_t** pprecords_left_unpaired) { slls_t* pleft_field_values = mlr_reference_selected_values_from_record(pkeeper->prec_peek, pkeeper->pleft_field_names); if (pleft_field_values == NULL) { fprintf(stderr, "%s: internal coding error: peek record should have had join keys.\n", MLR_GLOBALS.bargv0); exit(1); } pkeeper->pbucket->pleft_field_values = slls_copy(pleft_field_values); slls_free(pleft_field_values); sllv_append(pkeeper->pbucket->precords, pkeeper->prec_peek); pkeeper->pbucket->was_paired = FALSE; pkeeper->prec_peek = NULL; while (TRUE) { // Skip over records not having the join keys. These go straight to the // left-unpaired list. pkeeper->prec_peek = pkeeper->plrec_reader->pprocess_func(pkeeper->plrec_reader->pvstate, pkeeper->pvhandle, pkeeper->pctx); if (pkeeper->prec_peek == NULL) { pkeeper->leof = TRUE; break; } if (record_has_all_keys(pkeeper->prec_peek, pkeeper->pleft_field_names)) { int cmp = slls_lrec_compare_lexically( pkeeper->pbucket->pleft_field_values, pkeeper->prec_peek, pkeeper->pleft_field_names); if (cmp != 0) { break; } sllv_append(pkeeper->pbucket->precords, pkeeper->prec_peek); } else { if (*pprecords_left_unpaired == NULL) *pprecords_left_unpaired = sllv_alloc(); sllv_append(*pprecords_left_unpaired, pkeeper->prec_peek); } pkeeper->prec_peek = NULL; } } // Pre-conditions: // * pkeeper->pleft_field_values < pright_field_values. // * currently in state 1 or 2 so there is a bucket but there may or may not be a peek-record // * current bucket was/wasn't paired on previous emits but is not paired on this emit. // Actions: // * if bucket was never paired, return it to the caller; else discard. // * consume left input stream, feeding into unpaired, for as long as leftvals < rightvals && !eof. // * if there is leftrec with vals == rightvals: parallel initial_fill. // else, mimic initial_fill. static void join_bucket_keeper_advance_to(join_bucket_keeper_t* pkeeper, slls_t* pright_field_values, sllv_t** pprecords_paired, sllv_t** pprecords_left_unpaired) { if (pkeeper->pbucket->was_paired) { while (pkeeper->pbucket->precords->phead) lrec_free(sllv_pop(pkeeper->pbucket->precords)); sllv_free(pkeeper->pbucket->precords); pkeeper->pbucket->precords = NULL; } else { if (*pprecords_left_unpaired == NULL) { *pprecords_left_unpaired = pkeeper->pbucket->precords; } else { sllv_transfer(*pprecords_left_unpaired, pkeeper->pbucket->precords); } } pkeeper->pbucket->precords = sllv_alloc(); if (pkeeper->pbucket->pleft_field_values != NULL) { slls_free(pkeeper->pbucket->pleft_field_values); pkeeper->pbucket->pleft_field_values = NULL; } pkeeper->pbucket->was_paired = FALSE; if (pkeeper->prec_peek == NULL) { // left EOF return; } // Need a double condition here ... the peek record is either het or hom. // (Or, change that: -> ensure elsewhere the peek record is hom.) // The former is destined for lunp and shouldn't be lexcmped. The latter // should be. int cmp = lrec_slls_compare_lexically(pkeeper->prec_peek, pkeeper->pleft_field_names, pright_field_values); if (cmp < 0) { // keep seeking & filling the bucket until = or >; this may or may not end up being a match. if (*pprecords_left_unpaired == NULL) *pprecords_left_unpaired = sllv_alloc(); while (TRUE) { sllv_append(*pprecords_left_unpaired, pkeeper->prec_peek); pkeeper->prec_peek = NULL; while (TRUE) { // Skip over records not having the join keys. These go straight to the // left-unpaired list. pkeeper->prec_peek = pkeeper->plrec_reader->pprocess_func(pkeeper->plrec_reader->pvstate, pkeeper->pvhandle, pkeeper->pctx); if (pkeeper->prec_peek == NULL) break; if (record_has_all_keys(pkeeper->prec_peek, pkeeper->pleft_field_names)) { break; } else { if (*pprecords_left_unpaired == NULL) *pprecords_left_unpaired = sllv_alloc(); sllv_append(*pprecords_left_unpaired, pkeeper->prec_peek); } } if (pkeeper->prec_peek == NULL) { pkeeper->leof = TRUE; break; } cmp = lrec_slls_compare_lexically(pkeeper->prec_peek, pkeeper->pleft_field_names, pright_field_values); if (cmp >= 0) break; } } if (cmp == 0) { join_bucket_keeper_fill(pkeeper, pprecords_left_unpaired); pkeeper->pbucket->was_paired = TRUE; *pprecords_paired = pkeeper->pbucket->precords; } else if (cmp > 0) { join_bucket_keeper_fill(pkeeper, pprecords_left_unpaired); } } static void join_bucket_keeper_drain(join_bucket_keeper_t* pkeeper, slls_t* pright_field_values, sllv_t** pprecords_paired, sllv_t** pprecords_left_unpaired) { // 1. Any records already in pkeeper->pbucket->precords (current bucket) if (pkeeper->pbucket->was_paired) { if (*pprecords_left_unpaired == NULL) *pprecords_left_unpaired = sllv_alloc(); } else { if (*pprecords_left_unpaired == NULL) { *pprecords_left_unpaired = pkeeper->pbucket->precords; } else { sllv_transfer(*pprecords_left_unpaired, pkeeper->pbucket->precords); sllv_free(pkeeper->pbucket->precords); } } // 2. Peek-record, if any if (pkeeper->prec_peek != NULL) { sllv_append(*pprecords_left_unpaired, pkeeper->prec_peek); pkeeper->prec_peek = NULL; } // 3. Remainder of left input stream while (TRUE) { lrec_t* prec = pkeeper->plrec_reader->pprocess_func(pkeeper->plrec_reader->pvstate, pkeeper->pvhandle, pkeeper->pctx); if (prec == NULL) break; sllv_append(*pprecords_left_unpaired, prec); } pkeeper->pbucket->precords = NULL; } // ---------------------------------------------------------------- void join_bucket_keeper_print(join_bucket_keeper_t* pkeeper) { printf("pbucket at %p:\n", pkeeper); printf(" pvhandle = %p\n", pkeeper->pvhandle); context_print(pkeeper->pctx, " "); printf(" pleft_field_names = "); slls_print(pkeeper->pleft_field_names); printf("\n"); join_bucket_print(pkeeper->pbucket, " "); printf(" prec_peek = "); if (pkeeper->prec_peek == NULL) { printf("null\n"); } else { lrec_print(pkeeper->prec_peek); } printf(" leof = %d\n", pkeeper->leof); printf(" state = %s\n", describe_state(pkeeper->state)); } void join_bucket_keeper_print_aux(join_bucket_keeper_t* pkeeper, slls_t* pright_field_values, sllv_t** pprecords_paired, sllv_t** pprecords_left_unpaired) { join_bucket_keeper_print(pkeeper); printf(" pright_field_values = "); slls_print(pright_field_values); printf("\n"); printf(" precords_paired =\n"); lrec_print_list_with_prefix(*pprecords_paired, " "); printf("\n"); printf(" precords_left_unpaired =\n"); lrec_print_list_with_prefix(*pprecords_left_unpaired, " "); printf("\n"); } void join_bucket_print(join_bucket_t* pbucket, char* indent) { printf("%spbucket at %p:\n", indent, pbucket); printf("%s pleft_field_values = ", indent); slls_print(pbucket->pleft_field_values); printf("\n"); if (pbucket->precords == NULL) { printf("%s precords:\n", indent); printf("%s (null)\n", indent); } else { printf("%s precords (length=%llu):\n", indent, pbucket->precords->length); lrec_print_list_with_prefix(pbucket->precords, " "); } printf("%s was_paired = %d\n", indent, pbucket->was_paired); } static char* describe_state(int state) { switch (state) { case LEFT_STATE_0_PREFILL: return "LEFT_STATE_0_PREFILL"; case LEFT_STATE_1_FULL: return "LEFT_STATE_1_FULL"; case LEFT_STATE_2_LAST_BUCKET: return "LEFT_STATE_2_LAST_BUCKET"; case LEFT_STATE_3_EOF: return "LEFT_STATE_3_EOF"; default: return "???"; } } miller-5.6.2/c/containers/join_bucket_keeper.h000066400000000000000000000037731354153536500214230ustar00rootroot00000000000000// ================================================================ // Data structures for mlr join, sorted case. Please see descriptive // comments at the top of join_bucket_keeper.h. // ================================================================ #ifndef JOIN_BUCKET_KEEPER_H #define JOIN_BUCKET_KEEPER_H #include "lib/context.h" #include "cli/mlrcli.h" #include "containers/lrec.h" #include "containers/slls.h" #include "containers/sllv.h" #include "input/lrec_reader.h" // ---------------------------------------------------------------- typedef struct _join_bucket_t { slls_t* pleft_field_values; sllv_t* precords; int was_paired; } join_bucket_t; typedef struct _join_bucket_keeper_t { lrec_reader_t* plrec_reader; void* pvhandle; context_t* pctx; slls_t* pleft_field_names; join_bucket_t* pbucket; lrec_t* prec_peek; int leof; int state; } join_bucket_keeper_t; // ---------------------------------------------------------------- join_bucket_keeper_t* join_bucket_keeper_alloc( char* prepipe, char* left_file_name, cli_reader_opts_t* popts, slls_t* pleft_field_names); join_bucket_keeper_t* join_bucket_keeper_alloc_from_reader( lrec_reader_t* plrec_reader, char* prepipe, char* left_file_name, slls_t* pleft_field_names); void join_bucket_keeper_free(join_bucket_keeper_t* pkeeper, char* prepipe); // *pprecords_paired should not be freed by the caller. // *pprecords_left_unpaired should be freed by the caller. void join_bucket_keeper_emit( join_bucket_keeper_t* pkeeper, slls_t* pright_field_values, sllv_t** pprecords_paired, sllv_t** pprecords_left_unpaired); void join_bucket_print(join_bucket_t* pbucket, char* indent); void join_bucket_keeper_print(join_bucket_keeper_t* pkeeper); void join_bucket_keeper_print_aux(join_bucket_keeper_t* pkeeper, slls_t* pright_field_values, sllv_t** pprecords_paired, sllv_t** pprecords_left_unpaired); #endif // JOIN_BUCKET_KEEPER_H miller-5.6.2/c/containers/lhms2v.c000066400000000000000000000215121354153536500167710ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-list-to-void-star linked hash map with // linear probing for collisions. // // John Kerl 2014-12-22 // // Notes: // * null key is not supported. // * null value is not supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/lhms2v.h" // ---------------------------------------------------------------- // Allow compile-time override, e.g using gcc -D. #ifndef INITIAL_ARRAY_LENGTH #define INITIAL_ARRAY_LENGTH 16 #endif #ifndef LOAD_FACTOR #define LOAD_FACTOR 0.7 #endif #ifndef ENLARGEMENT_FACTOR #define ENLARGEMENT_FACTOR 2 #endif // ---------------------------------------------------------------- #define OCCUPIED 0xa4 #define DELETED 0xb8 #define EMPTY 0xce // ---------------------------------------------------------------- static void* lhms2v_put_no_enlarge(lhms2v_t* pmap, char* key1, char* key2, void* pvvalue, char free_flags); static void lhms2v_enlarge(lhms2v_t* pmap); // ================================================================ static void lhms2v_init(lhms2v_t *pmap, int length) { pmap->num_occupied = 0; pmap->num_freed = 0; pmap->array_length = length; pmap->entries = (lhms2ve_t*)mlr_malloc_or_die(sizeof(lhms2ve_t) * length); // Don't do lhms2ve_clear() of all entries at init time, since this has a // drastic effect on the time needed to construct an empty map (and miller // constructs an awful lot of those). The attributes there are don't-cares // if the corresponding entry state is EMPTY. They are set on put, and // mutated on remove. pmap->states = (lhms2ve_state_t*)mlr_malloc_or_die(sizeof(lhms2ve_state_t) * length); memset(pmap->states, EMPTY, length); pmap->phead = NULL; pmap->ptail = NULL; } lhms2v_t* lhms2v_alloc() { lhms2v_t* pmap = mlr_malloc_or_die(sizeof(lhms2v_t)); lhms2v_init(pmap, INITIAL_ARRAY_LENGTH); return pmap; } // void-star payloads should first be freed by the caller. void lhms2v_free(lhms2v_t* pmap) { if (pmap == NULL) return; for (lhms2ve_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { if (pe->free_flags & FREE_ENTRY_KEY) { free(pe->key1); free(pe->key2); } } free(pmap->entries); free(pmap->states); pmap->entries = NULL; pmap->num_occupied = 0; pmap->num_freed = 0; pmap->array_length = 0; free(pmap); } // ---------------------------------------------------------------- // Used by get() and remove(). // Returns >=0 for where the key is *or* should go (end of chain). static int lhms2v_find_index_for_key(lhms2v_t* pmap, char* key1, char* key2, int* pideal_index) { int hash = mlr_string_pair_hash_func(key1, key2); int index = mlr_canonical_mod(hash, pmap->array_length); *pideal_index = index; int num_tries = 0; int done = 0; while (!done) { lhms2ve_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { char* ekey1 = pe->key1; char* ekey2 = pe->key2; // Existing key found in chain. if (streq(key1, ekey1) && streq(key2, ekey2)) return index; } else if (pmap->states[index] == EMPTY) { return index; } // If the current entry has been deleted, i.e. previously occupied, // the sought index may be further down the chain. So we must // continue looking. if (++num_tries >= pmap->array_length) { fprintf(stderr, "%s: internal coding error: table full even after enlargement.\n", MLR_GLOBALS.bargv0); exit(1); } // Linear probing. if (++index >= pmap->array_length) index = 0; } MLR_INTERNAL_CODING_ERROR(); return -1; // not reached } // ---------------------------------------------------------------- void* lhms2v_put(lhms2v_t* pmap, char* key1, char* key2, void* pvvalue, char free_flags) { if ((pmap->num_occupied + pmap->num_freed) >= (pmap->array_length*LOAD_FACTOR)) lhms2v_enlarge(pmap); return lhms2v_put_no_enlarge(pmap, key1, key2, pvvalue, free_flags); } static void* lhms2v_put_no_enlarge(lhms2v_t* pmap, char* key1, char* key2, void* pvvalue, char free_flags) { int ideal_index = 0; int index = lhms2v_find_index_for_key(pmap, key1, key2, &ideal_index); lhms2ve_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { // Existing key found in chain; put value. pe->pvvalue = pvvalue; } else if (pmap->states[index] == EMPTY) { // End of chain. pe->ideal_index = ideal_index; pe->key1 = key1; pe->key2 = key2; pe->pvvalue = pvvalue; pe->free_flags = free_flags; pmap->states[index] = OCCUPIED; if (pmap->phead == NULL) { pe->pprev = NULL; pe->pnext = NULL; pmap->phead = pe; pmap->ptail = pe; } else { pe->pprev = pmap->ptail; pe->pnext = NULL; pmap->ptail->pnext = pe; pmap->ptail = pe; } pmap->num_occupied++; } else { fprintf(stderr, "%s: lhms2v_find_index_for_key did not find end of chain\n", MLR_GLOBALS.bargv0); exit(1); } return pvvalue; } // ---------------------------------------------------------------- void* lhms2v_get(lhms2v_t* pmap, char* key1, char* key2) { int ideal_index = 0; int index = lhms2v_find_index_for_key(pmap, key1, key2, &ideal_index); lhms2ve_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) return pe->pvvalue; else if (pmap->states[index] == EMPTY) return NULL; else { fprintf(stderr, "%s: lhms2v_find_index_for_key did not find end of chain\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- int lhms2v_has_key(lhms2v_t* pmap, char* key1, char* key2) { int ideal_index = 0; int index = lhms2v_find_index_for_key(pmap, key1, key2, &ideal_index); if (pmap->states[index] == OCCUPIED) return TRUE; else if (pmap->states[index] == EMPTY) return FALSE; else { fprintf(stderr, "%s: lhms2v_find_index_for_key did not find end of chain\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- int lhms2v_size(lhms2v_t* pmap) { return pmap->num_occupied; } // ---------------------------------------------------------------- static void lhms2v_enlarge(lhms2v_t* pmap) { lhms2ve_t* old_entries = pmap->entries; lhms2ve_state_t* old_states = pmap->states; lhms2ve_t* old_head = pmap->phead; lhms2v_init(pmap, pmap->array_length*ENLARGEMENT_FACTOR); for (lhms2ve_t* pe = old_head; pe != NULL; pe = pe->pnext) { lhms2v_put_no_enlarge(pmap, pe->key1, pe->key2, pe->pvvalue, pe->free_flags); } free(old_entries); free(old_states); } // ---------------------------------------------------------------- int lhms2v_check_counts(lhms2v_t* pmap) { int nocc = 0; int ndel = 0; for (int index = 0; index < pmap->array_length; index++) { if (pmap->states[index] == OCCUPIED) nocc++; else if (pmap->states[index] == DELETED) ndel++; } if (nocc != pmap->num_occupied) { fprintf(stderr, "occupancy-count mismatch: actual %d != cached %d\n", nocc, pmap->num_occupied); return FALSE; } if (ndel != pmap->num_freed) { fprintf(stderr, "deleted-count mismatch: actual %d != cached %d\n", ndel, pmap->num_freed); return FALSE; } return TRUE; } // ---------------------------------------------------------------- static char* get_state_name(int state) { switch(state) { case OCCUPIED: return "occupied"; break; case DELETED: return "deleted"; break; case EMPTY: return "empty"; break; default: return "?????"; break; } } void lhms2v_print(lhms2v_t* pmap) { for (int index = 0; index < pmap->array_length; index++) { lhms2ve_t* pe = &pmap->entries[index]; const char* key1_string = (pe == NULL) ? "none" : pe->key1 == NULL ? "null" : pe->key1; const char* key2_string = (pe == NULL) ? "none" : pe->key2 == NULL ? "null" : pe->key2; const char* value_string = (pe == NULL) ? "none" : pe->pvvalue == NULL ? "null" : pe->pvvalue; printf( "| stt: %-8s | idx: %6d | nidx: %6d | key1: %12s | key2: %12s | pvvalue: %12s |\n", get_state_name(pmap->states[index]), index, pe->ideal_index, key1_string, key2_string, value_string); } printf("+\n"); printf("| phead: %p | ptail %p\n", pmap->phead, pmap->ptail); printf("+\n"); for (lhms2ve_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { const char* key1_string = (pe == NULL) ? "none" : pe->key1 == NULL ? "null" : pe->key1; const char* key2_string = (pe == NULL) ? "none" : pe->key2 == NULL ? "null" : pe->key2; const char* value_string = (pe == NULL) ? "none" : pe->pvvalue == NULL ? "null" : pe->pvvalue; printf( "| prev: %p curr: %p next: %p | nidx: %6d | key1: %12s | key2: %12s | pvvalue: %12s |\n", pe->pprev, pe, pe->pnext, pe->ideal_index, key1_string, key2_string, value_string); } } miller-5.6.2/c/containers/lhms2v.h000066400000000000000000000027641354153536500170060ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-pair-to-void-star linked hash map with // linear probing for collisions. // // John Kerl 2014-12-22 // // Notes: // * null key is not supported. // * null value is supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #ifndef LHMS2V_H #define LHMS2V_H #include "lib/free_flags.h" // ---------------------------------------------------------------- typedef struct _lhms2ve_t { int ideal_index; char* key1; char* key2; void* pvvalue; char free_flags; struct _lhms2ve_t *pprev; struct _lhms2ve_t *pnext; } lhms2ve_t; typedef unsigned char lhms2ve_state_t; // ---------------------------------------------------------------- typedef struct _lhms2v_t { int num_occupied; int num_freed; int array_length; lhms2ve_t* entries; lhms2ve_state_t* states; lhms2ve_t* phead; lhms2ve_t* ptail; } lhms2v_t; lhms2v_t* lhms2v_alloc(); void lhms2v_free(lhms2v_t* pmap); void* lhms2v_put(lhms2v_t* pmap, char* key1, char* key2, void* pvvalue, char free_flags); void* lhms2v_get(lhms2v_t* pmap, char* key1, char* key2); int lhms2v_has_key(lhms2v_t* pmap, char* key1, char* key2); int lhms2v_size(lhms2v_t* pmap); // Unit-test hook int lhms2v_check_counts(lhms2v_t* pmap); #endif // LHMS2V_H miller-5.6.2/c/containers/lhmsi.c000066400000000000000000000223671354153536500167030ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-to-string linked hash map with linear // probing for collisions. // // Keys are not strduped. // // John Kerl 2012-08-13 // // Notes: // * null key is not supported. // * null value is supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/lhmsi.h" #include "lib/free_flags.h" // ---------------------------------------------------------------- // Allow compile-time override, e.g using gcc -D. #ifndef INITIAL_ARRAY_LENGTH #define INITIAL_ARRAY_LENGTH 16 #endif #ifndef LOAD_FACTOR #define LOAD_FACTOR 0.7 #endif #ifndef ENLARGEMENT_FACTOR #define ENLARGEMENT_FACTOR 2 #endif // ---------------------------------------------------------------- #define OCCUPIED 0xa4 #define DELETED 0xb8 #define EMPTY 0xce // ---------------------------------------------------------------- static void lhmsi_put_no_enlarge(lhmsi_t* pmap, char* key, int value, char free_flags); static void lhmsi_enlarge(lhmsi_t* pmap); // ================================================================ static void lhmsi_init(lhmsi_t *pmap, int length) { pmap->num_occupied = 0; pmap->num_freed = 0; pmap->array_length = length; pmap->entries = (lhmsie_t*)mlr_malloc_or_die(sizeof(lhmsie_t) * length); // Don't do lhmsie_clear() of all entries at init time, since this has a // drastic effect on the time needed to construct an empty map (and miller // constructs an awful lot of those). The attributes there are don't-cares // if the corresponding entry state is EMPTY. They are set on put, and // mutated on remove. pmap->states = (lhmsie_state_t*)mlr_malloc_or_die(sizeof(lhmsie_state_t) * length); memset(pmap->states, EMPTY, length); pmap->phead = NULL; pmap->ptail = NULL; } lhmsi_t* lhmsi_alloc() { lhmsi_t* pmap = mlr_malloc_or_die(sizeof(lhmsi_t)); lhmsi_init(pmap, INITIAL_ARRAY_LENGTH); return pmap; } lhmsi_t* lhmsi_copy(lhmsi_t* pmap) { lhmsi_t* pnew = lhmsi_alloc(); for (lhmsie_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) lhmsi_put(pnew, mlr_strdup_or_die(pe->key), pe->value, FREE_ENTRY_KEY); return pnew; } void lhmsi_free(lhmsi_t* pmap) { if (pmap == NULL) return; for (lhmsie_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { if (pe->free_flags & FREE_ENTRY_KEY) free(pe->key); } free(pmap->entries); free(pmap->states); pmap->entries = NULL; pmap->num_occupied = 0; pmap->num_freed = 0; pmap->array_length = 0; free(pmap); } // ---------------------------------------------------------------- // Used by get() and remove(). // Returns >=0 for where the key is *or* should go (end of chain). static int lhmsi_find_index_for_key(lhmsi_t* pmap, char* key, int* pideal_index) { int hash = mlr_string_hash_func(key); int index = mlr_canonical_mod(hash, pmap->array_length); *pideal_index = index; int num_tries = 0; while (TRUE) { lhmsie_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { char* ekey = pe->key; // Existing key found in chain. if (streq(key, ekey)) return index; } else if (pmap->states[index] == EMPTY) { return index; } // If the current entry has been deleted, i.e. previously occupied, // the sought index may be further down the chain. So we must // continue looking. if (++num_tries >= pmap->array_length) { fprintf(stderr, "%s: internal coding error: table full even after enlargement.\n", MLR_GLOBALS.bargv0); exit(1); } // Linear probing. if (++index >= pmap->array_length) index = 0; } MLR_INTERNAL_CODING_ERROR(); } // ---------------------------------------------------------------- void lhmsi_put(lhmsi_t* pmap, char* key, int value, char free_flags) { if ((pmap->num_occupied + pmap->num_freed) >= (pmap->array_length*LOAD_FACTOR)) lhmsi_enlarge(pmap); lhmsi_put_no_enlarge(pmap, key, value, free_flags); } static void lhmsi_put_no_enlarge(lhmsi_t* pmap, char* key, int value, char free_flags) { int ideal_index = 0; int index = lhmsi_find_index_for_key(pmap, key, &ideal_index); lhmsie_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { // Existing key found in chain; put value. pe->value = value; } else if (pmap->states[index] == EMPTY) { // End of chain. pe->ideal_index = ideal_index; pe->key = key; pe->value = value; pe->free_flags = free_flags; pmap->states[index] = OCCUPIED; if (pmap->phead == NULL) { pe->pprev = NULL; pe->pnext = NULL; pmap->phead = pe; pmap->ptail = pe; } else { pe->pprev = pmap->ptail; pe->pnext = NULL; pmap->ptail->pnext = pe; pmap->ptail = pe; } pmap->num_occupied++; } else { fprintf(stderr, "%s: lhmsi_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- int lhmsi_get(lhmsi_t* pmap, char* key) { int ideal_index = 0; int index = lhmsi_find_index_for_key(pmap, key, &ideal_index); lhmsie_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) return pe->value; else if (pmap->states[index] == EMPTY) return -999; // caller must do lhmsi_has_key to check validity else { fprintf(stderr, "%s: lhmsi_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- int lhmsi_test_and_get(lhmsi_t* pmap, char* key, int* pval) { int ideal_index = 0; int index = lhmsi_find_index_for_key(pmap, key, &ideal_index); lhmsie_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { *pval = pe->value; return TRUE; } else if (pmap->states[index] == EMPTY) { return FALSE; } else { fprintf(stderr, "%s: lhmsi_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } lhmsie_t* lhmsi_get_entry(lhmsi_t* pmap, char* key) { int ideal_index = 0; int index = lhmsi_find_index_for_key(pmap, key, &ideal_index); lhmsie_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) return pe; else if (pmap->states[index] == EMPTY) return NULL; else { fprintf(stderr, "%s: lhmsi_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- int lhmsi_has_key(lhmsi_t* pmap, char* key) { int ideal_index = 0; int index = lhmsi_find_index_for_key(pmap, key, &ideal_index); if (pmap->states[index] == OCCUPIED) return TRUE; else if (pmap->states[index] == EMPTY) return FALSE; else { fprintf(stderr, "%s: lhmsi_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- void lhmsi_rename(lhmsi_t* pmap, char* old_key, char* new_key) { fprintf(stderr, "rename is not supported in the hashed-record impl.\n"); exit(1); } // ---------------------------------------------------------------- static void lhmsi_enlarge(lhmsi_t* pmap) { lhmsie_t* old_entries = pmap->entries; lhmsie_state_t* old_states = pmap->states; lhmsie_t* old_head = pmap->phead; lhmsi_init(pmap, pmap->array_length*ENLARGEMENT_FACTOR); for (lhmsie_t* pe = old_head; pe != NULL; pe = pe->pnext) { lhmsi_put_no_enlarge(pmap, pe->key, pe->value, pe->free_flags); } free(old_entries); free(old_states); } // ---------------------------------------------------------------- int lhmsi_check_counts(lhmsi_t* pmap) { int nocc = 0; int ndel = 0; for (int index = 0; index < pmap->array_length; index++) { if (pmap->states[index] == OCCUPIED) nocc++; else if (pmap->states[index] == DELETED) ndel++; } if (nocc != pmap->num_occupied) { fprintf(stderr, "occupancy-count mismatch: actual %d != cached %d.\n", nocc, pmap->num_occupied); return FALSE; } if (ndel != pmap->num_freed) { fprintf(stderr, "deleted-count mismatch: actual %d != cached %d.\n", ndel, pmap->num_freed); return FALSE; } return TRUE; } // ---------------------------------------------------------------- static char* get_state_name(int state) { switch(state) { case OCCUPIED: return "occupied"; break; case DELETED: return "deleted"; break; case EMPTY: return "empty"; break; default: return "?????"; break; } } void lhmsi_print(lhmsi_t* pmap) { for (int index = 0; index < pmap->array_length; index++) { lhmsie_t* pe = &pmap->entries[index]; const char* key_string = (pe == NULL) ? "none" : pe->key == NULL ? "null" : pe->key; printf( "| stt: %-8s | idx: %6d | nidx: %6d | key: %12s | value: %8d |\n", get_state_name(pmap->states[index]), index, pe->ideal_index, key_string, pe->value); } printf("+\n"); printf("| phead: %p | ptail %p\n", pmap->phead, pmap->ptail); printf("+\n"); for (lhmsie_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { const char* key_string = (pe == NULL) ? "none" : pe->key == NULL ? "null" : pe->key; printf( "| prev: %p curr: %p next: %p | nidx: %6d | key: %12s | value: %8d |\n", pe->pprev, pe, pe->pnext, pe->ideal_index, key_string, pe->value); } } miller-5.6.2/c/containers/lhmsi.h000066400000000000000000000030631354153536500167000ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-to-int linked hash map with linear // probing for collisions. // // John Kerl 2012-08-13 // // Notes: // * null key is not supported. // * null value is supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #ifndef LHMSI_H #define LHMSI_H // ---------------------------------------------------------------- typedef struct _lhmsie_t { int ideal_index; char* key; int value; char free_flags; struct _lhmsie_t *pprev; struct _lhmsie_t *pnext; } lhmsie_t; typedef unsigned char lhmsie_state_t; typedef struct _lhmsi_t { int num_occupied; int num_freed; int array_length; lhmsie_t* entries; lhmsie_state_t* states; lhmsie_t* phead; lhmsie_t* ptail; } lhmsi_t; // ---------------------------------------------------------------- lhmsi_t* lhmsi_alloc(); lhmsi_t* lhmsi_copy(lhmsi_t* pmap); void lhmsi_free(lhmsi_t* pmap); void lhmsi_put(lhmsi_t* pmap, char* key, int value, char free_flags); int lhmsi_get(lhmsi_t* pmap, char* key); // caller must do lhmsi_has_key to check validity int lhmsi_test_and_get(lhmsi_t* pmap, char* key, int* pval); // *pval undefined if return is FALSE lhmsie_t* lhmsi_get_entry(lhmsi_t* pmap, char* key); int lhmsi_has_key(lhmsi_t* pmap, char* key); // Unit-test hook int lhmsi_check_counts(lhmsi_t* pmap); #endif // LHMSI_H miller-5.6.2/c/containers/lhmsll.c000066400000000000000000000234531354153536500170570ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-to-string linked hash map with linear // probing for collisions. // // Keys are not strduped. // // John Kerl 2012-08-13 // // Notes: // * null key is not supported. // * null value is supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/lhmsll.h" #include "lib/free_flags.h" // ---------------------------------------------------------------- // Allow compile-time override, e.g using gcc -D. #ifndef INITIAL_ARRAY_LENGTH #define INITIAL_ARRAY_LENGTH 16 #endif #ifndef LOAD_FACTOR #define LOAD_FACTOR 0.7 #endif #ifndef ENLARGEMENT_FACTOR #define ENLARGEMENT_FACTOR 2 #endif // ---------------------------------------------------------------- #define OCCUPIED 0xa4 #define DELETED 0xb8 #define EMPTY 0xce // ---------------------------------------------------------------- static void lhmsll_put_no_enlarge(lhmsll_t* pmap, char* key, int value, char free_flags); static void lhmsll_enlarge(lhmsll_t* pmap); // ================================================================ static void lhmsll_init(lhmsll_t *pmap, int length) { pmap->num_occupied = 0; pmap->num_freed = 0; pmap->array_length = length; pmap->entries = (lhmslle_t*)mlr_malloc_or_die(sizeof(lhmslle_t) * length); // Don't do lhmslle_clear() of all entries at init time, since this has a // drastic effect on the time needed to construct an empty map (and miller // constructs an awful lot of those). The attributes there are don't-cares // if the corresponding entry state is EMPTY. They are set on put, and // mutated on remove. pmap->states = (lhmslle_state_t*)mlr_malloc_or_die(sizeof(lhmslle_state_t) * length); memset(pmap->states, EMPTY, length); pmap->phead = NULL; pmap->ptail = NULL; } lhmsll_t* lhmsll_alloc() { lhmsll_t* pmap = mlr_malloc_or_die(sizeof(lhmsll_t)); lhmsll_init(pmap, INITIAL_ARRAY_LENGTH); return pmap; } lhmsll_t* lhmsll_copy(lhmsll_t* pmap) { lhmsll_t* pnew = lhmsll_alloc(); for (lhmslle_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) lhmsll_put(pnew, mlr_strdup_or_die(pe->key), pe->value, FREE_ENTRY_KEY); return pnew; } void lhmsll_free(lhmsll_t* pmap) { if (pmap == NULL) return; for (lhmslle_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { if (pe->free_flags & FREE_ENTRY_KEY) free(pe->key); } free(pmap->entries); free(pmap->states); pmap->entries = NULL; pmap->num_occupied = 0; pmap->num_freed = 0; pmap->array_length = 0; free(pmap); } // ---------------------------------------------------------------- // Used by get() and remove(). // Returns >=0 for where the key is *or* should go (end of chain). static int lhmsll_find_index_for_key(lhmsll_t* pmap, char* key, int* pideal_index) { int hash = mlr_string_hash_func(key); int index = mlr_canonical_mod(hash, pmap->array_length); *pideal_index = index; int num_tries = 0; while (TRUE) { lhmslle_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { char* ekey = pe->key; // Existing key found in chain. if (streq(key, ekey)) return index; } else if (pmap->states[index] == EMPTY) { return index; } // If the current entry has been deleted, i.e. previously occupied, // the sought index may be further down the chain. So we must // continue looking. if (++num_tries >= pmap->array_length) { fprintf(stderr, "%s: internal coding error: table full even after enlargement.\n", MLR_GLOBALS.bargv0); exit(1); } // Linear probing. if (++index >= pmap->array_length) index = 0; } MLR_INTERNAL_CODING_ERROR(); return -1; // not reached } // ---------------------------------------------------------------- void lhmsll_put(lhmsll_t* pmap, char* key, int value, char free_flags) { if ((pmap->num_occupied + pmap->num_freed) >= (pmap->array_length*LOAD_FACTOR)) lhmsll_enlarge(pmap); lhmsll_put_no_enlarge(pmap, key, value, free_flags); } static void lhmsll_put_no_enlarge(lhmsll_t* pmap, char* key, int value, char free_flags) { int ideal_index = 0; int index = lhmsll_find_index_for_key(pmap, key, &ideal_index); lhmslle_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { // Existing key found in chain; put value. pe->value = value; } else if (pmap->states[index] == EMPTY) { // End of chain. pe->ideal_index = ideal_index; pe->key = key; pe->value = value; pe->free_flags = free_flags; pmap->states[index] = OCCUPIED; if (pmap->phead == NULL) { pe->pprev = NULL; pe->pnext = NULL; pmap->phead = pe; pmap->ptail = pe; } else { pe->pprev = pmap->ptail; pe->pnext = NULL; pmap->ptail->pnext = pe; pmap->ptail = pe; } pmap->num_occupied++; } else { fprintf(stderr, "%s: lhmsll_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- long long lhmsll_get(lhmsll_t* pmap, char* key) { int ideal_index = 0; int index = lhmsll_find_index_for_key(pmap, key, &ideal_index); lhmslle_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) return pe->value; else if (pmap->states[index] == EMPTY) return -999; // caller must do lhmsll_has_key to check validity else { fprintf(stderr, "%s: lhmsll_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- int lhmsll_test_and_get(lhmsll_t* pmap, char* key, long long* pval) { int ideal_index = 0; int index = lhmsll_find_index_for_key(pmap, key, &ideal_index); lhmslle_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { *pval = pe->value; return TRUE; } else if (pmap->states[index] == EMPTY) { return FALSE; } else { fprintf(stderr, "%s: lhmsll_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } int lhmsll_test_and_increment(lhmsll_t* pmap, char* key) { int ideal_index = 0; int index = lhmsll_find_index_for_key(pmap, key, &ideal_index); lhmslle_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { pe->value++; return TRUE; } else if (pmap->states[index] == EMPTY) { return FALSE; } else { fprintf(stderr, "%s: lhmsll_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } lhmslle_t* lhmsll_get_entry(lhmsll_t* pmap, char* key) { int ideal_index = 0; int index = lhmsll_find_index_for_key(pmap, key, &ideal_index); lhmslle_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) return pe; else if (pmap->states[index] == EMPTY) return NULL; else { fprintf(stderr, "%s: lhmsll_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- int lhmsll_has_key(lhmsll_t* pmap, char* key) { int ideal_index = 0; int index = lhmsll_find_index_for_key(pmap, key, &ideal_index); if (pmap->states[index] == OCCUPIED) return TRUE; else if (pmap->states[index] == EMPTY) return FALSE; else { fprintf(stderr, "%s: lhmsll_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- void lhmsll_rename(lhmsll_t* pmap, char* old_key, char* new_key) { fprintf(stderr, "rename is not supported in the hashed-record impl.\n"); exit(1); } // ---------------------------------------------------------------- static void lhmsll_enlarge(lhmsll_t* pmap) { lhmslle_t* old_entries = pmap->entries; lhmslle_state_t* old_states = pmap->states; lhmslle_t* old_head = pmap->phead; lhmsll_init(pmap, pmap->array_length*ENLARGEMENT_FACTOR); for (lhmslle_t* pe = old_head; pe != NULL; pe = pe->pnext) { lhmsll_put_no_enlarge(pmap, pe->key, pe->value, pe->free_flags); } free(old_entries); free(old_states); } // ---------------------------------------------------------------- int lhmsll_check_counts(lhmsll_t* pmap) { int nocc = 0; int ndel = 0; for (int index = 0; index < pmap->array_length; index++) { if (pmap->states[index] == OCCUPIED) nocc++; else if (pmap->states[index] == DELETED) ndel++; } if (nocc != pmap->num_occupied) { fprintf(stderr, "occupancy-count mismatch: actual %d != cached %d.\n", nocc, pmap->num_occupied); return FALSE; } if (ndel != pmap->num_freed) { fprintf(stderr, "deleted-count mismatch: actual %d != cached %d.\n", ndel, pmap->num_freed); return FALSE; } return TRUE; } // ---------------------------------------------------------------- static char* get_state_name(int state) { switch(state) { case OCCUPIED: return "occupied"; break; case DELETED: return "deleted"; break; case EMPTY: return "empty"; break; default: return "?????"; break; } } void lhmsll_print(lhmsll_t* pmap) { for (int index = 0; index < pmap->array_length; index++) { lhmslle_t* pe = &pmap->entries[index]; const char* key_string = (pe == NULL) ? "none" : pe->key == NULL ? "null" : pe->key; printf( "| stt: %-8s | idx: %6d | nidx: %6d | key: %12s | value: %8lld |\n", get_state_name(pmap->states[index]), index, pe->ideal_index, key_string, pe->value); } printf("+\n"); printf("| phead: %p | ptail %p\n", pmap->phead, pmap->ptail); printf("+\n"); for (lhmslle_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { const char* key_string = (pe == NULL) ? "none" : pe->key == NULL ? "null" : pe->key; printf( "| prev: %p curr: %p next: %p | nidx: %6d | key: %12s | value: %8lld |\n", pe->pprev, pe, pe->pnext, pe->ideal_index, key_string, pe->value); } } miller-5.6.2/c/containers/lhmsll.h000066400000000000000000000033221354153536500170550ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-to-int linked hash map with linear // probing for collisions. // // John Kerl 2012-08-13 // // Notes: // * null key is not supported. // * null value is supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #ifndef LHMSLL_H #define LHMSLL_H // ---------------------------------------------------------------- typedef struct _lhmslle_t { int ideal_index; char* key; long long value; char free_flags; struct _lhmslle_t *pprev; struct _lhmslle_t *pnext; } lhmslle_t; typedef unsigned char lhmslle_state_t; typedef struct _lhmsll_t { int num_occupied; int num_freed; int array_length; lhmslle_t* entries; lhmslle_state_t* states; lhmslle_t* phead; lhmslle_t* ptail; } lhmsll_t; // ---------------------------------------------------------------- lhmsll_t* lhmsll_alloc(); lhmsll_t* lhmsll_copy(lhmsll_t* pmap); void lhmsll_free(lhmsll_t* pmap); void lhmsll_put(lhmsll_t* pmap, char* key, int value, char free_flags); long long lhmsll_get(lhmsll_t* pmap, char* key); // caller must do lhmsll_has_key to check validity int lhmsll_test_and_get(lhmsll_t* pmap, char* key, long long* pval); // *pval undefined if return is FALSE int lhmsll_test_and_increment(lhmsll_t* pmap, char* key); // increments value only if mapping exists lhmslle_t* lhmsll_get_entry(lhmsll_t* pmap, char* key); int lhmsll_has_key(lhmsll_t* pmap, char* key); // Unit-test hook int lhmsll_check_counts(lhmsll_t* pmap); #endif // LHMSLL_H miller-5.6.2/c/containers/lhmslv.c000066400000000000000000000206021354153536500170620ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-list-to-void-star linked hash map with // linear probing for collisions. // // John Kerl 2014-12-22 // // Notes: // * null key is not supported. // * null value is not supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/lhmslv.h" // ---------------------------------------------------------------- // Allow compile-time override, e.g using gcc -D. #ifndef INITIAL_ARRAY_LENGTH #define INITIAL_ARRAY_LENGTH 16 #endif #ifndef LOAD_FACTOR #define LOAD_FACTOR 0.7 #endif #ifndef ENLARGEMENT_FACTOR #define ENLARGEMENT_FACTOR 2 #endif // ---------------------------------------------------------------- #define OCCUPIED 0xa4 #define DELETED 0xb8 #define EMPTY 0xce // ---------------------------------------------------------------- static void* lhmslv_put_no_enlarge(lhmslv_t* pmap, slls_t* key, void* pvvalue, char free_flags); static void lhmslv_enlarge(lhmslv_t* pmap); // ================================================================ static void lhmslv_init(lhmslv_t *pmap, int length) { pmap->num_occupied = 0; pmap->num_freed = 0; pmap->array_length = length; pmap->entries = (lhmslve_t*)mlr_malloc_or_die(sizeof(lhmslve_t) * length); // Don't do lhmslve_clear() of all entries at init time, since this has a // drastic effect on the time needed to construct an empty map (and miller // constructs an awful lot of those). The attributes there are don't-cares // if the corresponding entry state is EMPTY. They are set on put, and // mutated on remove. pmap->states = (lhmslve_state_t*)mlr_malloc_or_die(sizeof(lhmslve_state_t) * length); memset(pmap->states, EMPTY, length); pmap->phead = NULL; pmap->ptail = NULL; } lhmslv_t* lhmslv_alloc() { lhmslv_t* pmap = mlr_malloc_or_die(sizeof(lhmslv_t)); lhmslv_init(pmap, INITIAL_ARRAY_LENGTH); return pmap; } // void-star payloads should first be freed by the caller. void lhmslv_free(lhmslv_t* pmap) { if (pmap == NULL) return; for (lhmslve_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) if (pe->free_flags & FREE_ENTRY_KEY) slls_free(pe->key); free(pmap->entries); free(pmap->states); pmap->entries = NULL; pmap->num_occupied = 0; pmap->num_freed = 0; pmap->array_length = 0; free(pmap); } // ---------------------------------------------------------------- // Used by get() and remove(). // Returns >=0 for where the key is *or* should go (end of chain). static int lhmslv_find_index_for_key(lhmslv_t* pmap, slls_t* key, int* pideal_index) { int hash = slls_hash_func(key); int index = mlr_canonical_mod(hash, pmap->array_length); *pideal_index = index; int num_tries = 0; while (TRUE) { lhmslve_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { slls_t* ekey = pe->key; // Existing key found in chain. if (slls_equals(key, ekey)) return index; } else if (pmap->states[index] == EMPTY) { return index; } // If the current entry has been freed, i.e. previously occupied, // the sought index may be further down the chain. So we must // continue looking. if (++num_tries >= pmap->array_length) { fprintf(stderr, "%s: internal coding error: table full even after enlargement.\n", MLR_GLOBALS.bargv0); exit(1); } // Linear probing. if (++index >= pmap->array_length) index = 0; } MLR_INTERNAL_CODING_ERROR(); return -1; // not reached } // ---------------------------------------------------------------- void* lhmslv_put(lhmslv_t* pmap, slls_t* key, void* pvvalue, char free_flags) { if ((pmap->num_occupied + pmap->num_freed) >= (pmap->array_length*LOAD_FACTOR)) lhmslv_enlarge(pmap); return lhmslv_put_no_enlarge(pmap, key, pvvalue, free_flags); } static void* lhmslv_put_no_enlarge(lhmslv_t* pmap, slls_t* key, void* pvvalue, char free_flags) { int ideal_index = 0; int index = lhmslv_find_index_for_key(pmap, key, &ideal_index); lhmslve_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { // Existing key found in chain; put value. pe->pvvalue = pvvalue; } else if (pmap->states[index] == EMPTY) { // End of chain. pe->ideal_index = ideal_index; pe->key = key; pe->free_flags = free_flags; pe->pvvalue = pvvalue; pmap->states[index] = OCCUPIED; if (pmap->phead == NULL) { pe->pprev = NULL; pe->pnext = NULL; pmap->phead = pe; pmap->ptail = pe; } else { pe->pprev = pmap->ptail; pe->pnext = NULL; pmap->ptail->pnext = pe; pmap->ptail = pe; } pmap->num_occupied++; } else { fprintf(stderr, "%s: lhmslv_find_index_for_key did not find end of chain\n", MLR_GLOBALS.bargv0); exit(1); } return pvvalue; } // ---------------------------------------------------------------- void* lhmslv_get(lhmslv_t* pmap, slls_t* key) { int ideal_index = 0; int index = lhmslv_find_index_for_key(pmap, key, &ideal_index); lhmslve_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) return pe->pvvalue; else if (pmap->states[index] == EMPTY) return NULL; else { fprintf(stderr, "%s: lhmslv_find_index_for_key did not find end of chain\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- int lhmslv_has_key(lhmslv_t* pmap, slls_t* key) { int ideal_index = 0; int index = lhmslv_find_index_for_key(pmap, key, &ideal_index); if (pmap->states[index] == OCCUPIED) return TRUE; else if (pmap->states[index] == EMPTY) return FALSE; else { fprintf(stderr, "%s: lhmslv_find_index_for_key did not find end of chain\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- int lhmslv_size(lhmslv_t* pmap) { return pmap->num_occupied; } // ---------------------------------------------------------------- static void lhmslv_enlarge(lhmslv_t* pmap) { lhmslve_t* old_entries = pmap->entries; lhmslve_state_t* old_states = pmap->states; lhmslve_t* old_head = pmap->phead; lhmslv_init(pmap, pmap->array_length*ENLARGEMENT_FACTOR); for (lhmslve_t* pe = old_head; pe != NULL; pe = pe->pnext) { lhmslv_put_no_enlarge(pmap, pe->key, pe->pvvalue, pe->free_flags); } free(old_entries); free(old_states); } // ---------------------------------------------------------------- int lhmslv_check_counts(lhmslv_t* pmap) { int nocc = 0; int ndel = 0; for (int index = 0; index < pmap->array_length; index++) { if (pmap->states[index] == OCCUPIED) nocc++; else if (pmap->states[index] == DELETED) ndel++; } if (nocc != pmap->num_occupied) { fprintf(stderr, "occupancy-count mismatch: actual %d != cached %d\n", nocc, pmap->num_occupied); return FALSE; } if (ndel != pmap->num_freed) { fprintf(stderr, "freed-count mismatch: actual %d != cached %d\n", ndel, pmap->num_freed); return FALSE; } return TRUE; } // ---------------------------------------------------------------- static char* get_state_name(int state) { switch(state) { case OCCUPIED: return "occupied"; break; case DELETED: return "freed"; break; case EMPTY: return "empty"; break; default: return "?????"; break; } } void lhmslv_print(lhmslv_t* pmap) { for (int index = 0; index < pmap->array_length; index++) { lhmslve_t* pe = &pmap->entries[index]; const char* key_string = (pe == NULL) ? "none" : pe->key == NULL ? "null" : slls_join(pe->key, ","); const char* value_string = (pe == NULL) ? "none" : pe->pvvalue == NULL ? "null" : pe->pvvalue; printf( "| stt: %-8s | idx: %6d | nidx: %6d | key: %12s | pvvalue: %12s |\n", get_state_name(pmap->states[index]), index, pe->ideal_index, key_string, value_string); } printf("+\n"); printf("| phead: %p | ptail %p\n", pmap->phead, pmap->ptail); printf("+\n"); for (lhmslve_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { const char* key_string = (pe == NULL) ? "none" : pe->key == NULL ? "null" : slls_join(pe->key, ","); const char* value_string = (pe == NULL) ? "none" : pe->pvvalue == NULL ? "null" : pe->pvvalue; printf( "| prev: %p curr: %p next: %p | nidx: %6d | key: %12s | pvvalue: %12s |\n", pe->pprev, pe, pe->pnext, pe->ideal_index, key_string, value_string); } } miller-5.6.2/c/containers/lhmslv.h000066400000000000000000000027131354153536500170720ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-list-to-void-star linked hash map with // linear probing for collisions. // // John Kerl 2014-12-22 // // Notes: // * null key is not supported. // * null value is supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #ifndef LHMSLV_H #define LHMSLV_H #include "containers/slls.h" // ---------------------------------------------------------------- typedef struct _lhmslve_t { int ideal_index; slls_t* key; void* pvvalue; char free_flags; struct _lhmslve_t *pprev; struct _lhmslve_t *pnext; } lhmslve_t; typedef unsigned char lhmslve_state_t; // ---------------------------------------------------------------- typedef struct _lhmslv_t { int num_occupied; int num_freed; int array_length; lhmslve_t* entries; lhmslve_state_t* states; lhmslve_t* phead; lhmslve_t* ptail; } lhmslv_t; lhmslv_t* lhmslv_alloc(); void lhmslv_free(lhmslv_t* pmap); void* lhmslv_put(lhmslv_t* pmap, slls_t* key, void* pvvalue, char free_flags); void* lhmslv_get(lhmslv_t* pmap, slls_t* key); int lhmslv_has_key(lhmslv_t* pmap, slls_t* key); int lhmslv_size(lhmslv_t* pmap); // Unit-test hook int lhmslv_check_counts(lhmslv_t* pmap); #endif // LHMSLV_H miller-5.6.2/c/containers/lhmsmv.c000066400000000000000000000211351354153536500170650ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-to-mlrval linked hash map with linear // probing for collisions. // // Keys and values are not strduped. // // John Kerl 2012-08-13 // // Notes: // * null key is not supported. // * null value is supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/lhmsmv.h" #include "lib/free_flags.h" // ---------------------------------------------------------------- // Allow compile-time override, e.g using gcc -D. #ifndef INITIAL_ARRAY_LENGTH #define INITIAL_ARRAY_LENGTH 32 #endif #ifndef LOAD_FACTOR #define LOAD_FACTOR 0.7 #endif #ifndef ENLARGEMENT_FACTOR #define ENLARGEMENT_FACTOR 2 #endif // ---------------------------------------------------------------- #define OCCUPIED 0xa4 #define DELETED 0xb8 #define EMPTY 0xce // ---------------------------------------------------------------- static void lhmsmv_put_no_enlarge(lhmsmv_t* pmap, char* key, mv_t* pvalue, char free_flags); static void lhmsmv_enlarge(lhmsmv_t* pmap); static void lhmsmv_init(lhmsmv_t *pmap, int length) { pmap->num_occupied = 0; pmap->num_freed = 0; pmap->array_length = length; pmap->entries = (lhmsmve_t*)mlr_malloc_or_die(sizeof(lhmsmve_t) * length); // Don't do a memset of all entries at init time, since this has a drastic // effect on the time needed to construct an empty map (and Miller // constructs an awful lot of those). The attributes there are don't-cares // if the corresponding entry state is EMPTY. They are set on put, and // mutated on remove. pmap->states = (lhmsmve_state_t*)mlr_malloc_or_die(sizeof(lhmsmve_state_t) * length); memset(pmap->states, EMPTY, length); pmap->phead = NULL; pmap->ptail = NULL; } lhmsmv_t* lhmsmv_alloc() { lhmsmv_t* pmap = mlr_malloc_or_die(sizeof(lhmsmv_t)); lhmsmv_init(pmap, INITIAL_ARRAY_LENGTH); return pmap; } // ---------------------------------------------------------------- lhmsmv_t* lhmsmv_copy(lhmsmv_t* pold) { lhmsmv_t* pnew = lhmsmv_alloc(); for (lhmsmve_t* pe = pold->phead; pe != NULL; pe = pe->pnext) { char* nkey = mlr_strdup_or_die(pe->key); mv_t nval = mv_copy(&pe->value); lhmsmv_put(pnew, nkey, &nval, FREE_ENTRY_KEY | FREE_ENTRY_VALUE); } return pnew; } // ---------------------------------------------------------------- void lhmsmv_clear(lhmsmv_t* pmap) { if (pmap == NULL) return; for (lhmsmve_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { if (pe->free_flags & FREE_ENTRY_KEY) free(pe->key); if (pe->free_flags & FREE_ENTRY_VALUE) mv_free(&pe->value); } pmap->num_occupied = 0; pmap->num_freed = 0; memset(pmap->states, EMPTY, pmap->array_length); pmap->phead = NULL; pmap->ptail = NULL; } // ---------------------------------------------------------------- void lhmsmv_free(lhmsmv_t* pmap) { if (pmap == NULL) return; for (lhmsmve_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { if (pe->free_flags & FREE_ENTRY_KEY) free(pe->key); if (pe->free_flags & FREE_ENTRY_VALUE) mv_free(&pe->value); } free(pmap->entries); free(pmap->states); pmap->entries = NULL; pmap->num_occupied = 0; pmap->num_freed = 0; pmap->array_length = 0; free(pmap); } // ---------------------------------------------------------------- // Used by get() and remove(). // Returns >=0 for where the key is *or* should go (end of chain). static int lhmsmv_find_index_for_key(lhmsmv_t* pmap, char* key, int* pideal_index) { int hash = mlr_string_hash_func(key); int index = mlr_canonical_mod(hash, pmap->array_length); *pideal_index = index; int num_tries = 0; while (TRUE) { lhmsmve_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { char* ekey = pe->key; // Existing key found in chain. if (streq(key, ekey)) return index; } else if (pmap->states[index] == EMPTY) { return index; } // If the current entry has been freed, i.e. previously occupied, // the sought index may be further down the chain. So we must // continue looking. if (++num_tries >= pmap->array_length) { fprintf(stderr, "%s: internal coding error: table full even after enlargement.\n", MLR_GLOBALS.bargv0); exit(1); } // Linear probing. if (++index >= pmap->array_length) index = 0; } MLR_INTERNAL_CODING_ERROR(); return -1; // not reached } // ---------------------------------------------------------------- void lhmsmv_put(lhmsmv_t* pmap, char* key, mv_t* pvalue, char free_flags) { if ((pmap->num_occupied + pmap->num_freed) >= (pmap->array_length*LOAD_FACTOR)) lhmsmv_enlarge(pmap); lhmsmv_put_no_enlarge(pmap, key, pvalue, free_flags); } static void lhmsmv_put_no_enlarge(lhmsmv_t* pmap, char* key, mv_t* pvalue, char free_flags) { int ideal_index = 0; int index = lhmsmv_find_index_for_key(pmap, key, &ideal_index); lhmsmve_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { // Existing key found in chain; put value. if (pe->free_flags & FREE_ENTRY_VALUE) mv_free(&pe->value); pe->value = *pvalue; if (free_flags & FREE_ENTRY_VALUE) pe->free_flags |= FREE_ENTRY_VALUE; else pe->free_flags &= ~FREE_ENTRY_VALUE; // The caller asked us to free the key when we were done but another copy of the // key is already present. So free now what they passed in. if (free_flags & FREE_ENTRY_KEY) free(key); } else if (pmap->states[index] == EMPTY) { // End of chain. pe->ideal_index = ideal_index; pe->key = key; pe->value = *pvalue; pe->free_flags = free_flags; pmap->states[index] = OCCUPIED; if (pmap->phead == NULL) { pe->pprev = NULL; pe->pnext = NULL; pmap->phead = pe; pmap->ptail = pe; } else { pe->pprev = pmap->ptail; pe->pnext = NULL; pmap->ptail->pnext = pe; pmap->ptail = pe; } pmap->num_occupied++; } else { fprintf(stderr, "%s: lhmsmv_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- mv_t* lhmsmv_get(lhmsmv_t* pmap, char* key) { int ideal_index = 0; int index = lhmsmv_find_index_for_key(pmap, key, &ideal_index); lhmsmve_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { return &pe->value; } else if (pmap->states[index] == EMPTY) { return NULL; } else { fprintf(stderr, "%s: lhmsmv_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- int lhmsmv_has_key(lhmsmv_t* pmap, char* key) { int ideal_index = 0; int index = lhmsmv_find_index_for_key(pmap, key, &ideal_index); if (pmap->states[index] == OCCUPIED) return TRUE; else if (pmap->states[index] == EMPTY) return FALSE; else { fprintf(stderr, "%s: lhmsmv_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- static void lhmsmv_enlarge(lhmsmv_t* pmap) { lhmsmve_t* old_entries = pmap->entries; lhmsmve_state_t* old_states = pmap->states; lhmsmve_t* old_head = pmap->phead; lhmsmv_init(pmap, pmap->array_length*ENLARGEMENT_FACTOR); for (lhmsmve_t* pe = old_head; pe != NULL; pe = pe->pnext) { lhmsmv_put_no_enlarge(pmap, pe->key, &pe->value, pe->free_flags); } free(old_entries); free(old_states); } // ---------------------------------------------------------------- void lhmsmv_dump(lhmsmv_t* pmap) { for (lhmsmve_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { const char* key_string = (pe == NULL) ? "none" : pe->key == NULL ? "null" : pe->key; char* value_string = mv_alloc_format_val(&pe->value); printf("| prev: %p curr: %p next: %p | nidx: %6d | key: %12s | value: %12s |\n", pe->pprev, pe, pe->pnext, pe->ideal_index, key_string, value_string); } } // ---------------------------------------------------------------- int lhmsmv_check_counts(lhmsmv_t* pmap) { int nocc = 0; int ndel = 0; for (int index = 0; index < pmap->array_length; index++) { if (pmap->states[index] == OCCUPIED) nocc++; else if (pmap->states[index] == DELETED) ndel++; } if (nocc != pmap->num_occupied) { fprintf(stderr, "occupancy-count mismatch: actual %d != cached %d.\n", nocc, pmap->num_occupied); return FALSE; } if (ndel != pmap->num_freed) { fprintf(stderr, "deleted-count mismatch: actual %d != cached %d.\n", ndel, pmap->num_freed); return FALSE; } return TRUE; } miller-5.6.2/c/containers/lhmsmv.h000066400000000000000000000027771354153536500171050ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-to-mlrval linked hash map with linear // probing for collisions. // // John Kerl 2012-08-13 // // Notes: // * null key is not supported. // * null value is supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #ifndef LHMSMV_H #define LHMSMV_H #include "containers/sllv.h" #include "lib/mlrval.h" // ---------------------------------------------------------------- typedef struct _lhmsmve_t { int ideal_index; char free_flags; char* key; mv_t value; struct _lhmsmve_t *pprev; struct _lhmsmve_t *pnext; } lhmsmve_t; typedef unsigned char lhmsmve_state_t; typedef struct _lhmsmv_t { int num_occupied; int num_freed; int array_length; lhmsmve_t* entries; lhmsmve_state_t* states; lhmsmve_t* phead; lhmsmve_t* ptail; } lhmsmv_t; // ---------------------------------------------------------------- lhmsmv_t* lhmsmv_alloc(); lhmsmv_t* lhmsmv_copy(lhmsmv_t* pmap); void lhmsmv_clear(lhmsmv_t* pmap); void lhmsmv_free(lhmsmv_t* pmap); void lhmsmv_put(lhmsmv_t* pmap, char* key, mv_t* pvalue, char free_flags); mv_t* lhmsmv_get(lhmsmv_t* pmap, char* key); int lhmsmv_has_key(lhmsmv_t* pmap, char* key); void lhmsmv_dump(lhmsmv_t* pmap); int lhmsmv_check_counts(lhmsmv_t* pmap); #endif // LHMSMV_H miller-5.6.2/c/containers/lhmss.c000066400000000000000000000214301354153536500167030ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-to-string linked hash map with linear // probing for collisions. // // Keys and values are not strduped. // // John Kerl 2012-08-13 // // Notes: // * null key is not supported. // * null value is supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/lhmss.h" #include "lib/free_flags.h" // ---------------------------------------------------------------- // Allow compile-time override, e.g using gcc -D. #ifndef INITIAL_ARRAY_LENGTH #define INITIAL_ARRAY_LENGTH 16 #endif #ifndef LOAD_FACTOR #define LOAD_FACTOR 0.7 #endif #ifndef ENLARGEMENT_FACTOR #define ENLARGEMENT_FACTOR 2 #endif // ---------------------------------------------------------------- #define OCCUPIED 0xa4 #define DELETED 0xb8 #define EMPTY 0xce // ---------------------------------------------------------------- static void lhmss_put_no_enlarge(lhmss_t* pmap, char* key, char* value, char free_flags); static void lhmss_enlarge(lhmss_t* pmap); static void lhmss_init(lhmss_t *pmap, int length) { pmap->num_occupied = 0; pmap->num_freed = 0; pmap->array_length = length; pmap->entries = (lhmsse_t*)mlr_malloc_or_die(sizeof(lhmsse_t) * length); // Don't do lhmsse_clear() of all entries at init time, since this has a // drastic effect on the time needed to construct an empty map (and miller // constructs an awful lot of those). The attributes there are don't-cares // if the corresponding entry state is EMPTY. They are set on put, and // mutated on remove. pmap->states = (lhmsse_state_t*)mlr_malloc_or_die(sizeof(lhmsse_state_t) * length); memset(pmap->states, EMPTY, length); pmap->phead = NULL; pmap->ptail = NULL; } lhmss_t* lhmss_alloc() { lhmss_t* pmap = mlr_malloc_or_die(sizeof(lhmss_t)); lhmss_init(pmap, INITIAL_ARRAY_LENGTH); return pmap; } lhmss_t* lhmss_copy(lhmss_t* pmap) { lhmss_t* pnew = lhmss_alloc(); for (lhmsse_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) lhmss_put(pnew, mlr_strdup_or_die(pe->key), mlr_strdup_or_die(pe->value), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); return pnew; } void lhmss_free(lhmss_t* pmap) { if (pmap == NULL) return; for (lhmsse_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { if (pe->free_flags & FREE_ENTRY_KEY) free(pe->key); if (pe->free_flags & FREE_ENTRY_VALUE) free(pe->value); } free(pmap->entries); free(pmap->states); pmap->entries = NULL; pmap->num_occupied = 0; pmap->num_freed = 0; pmap->array_length = 0; free(pmap); } // ---------------------------------------------------------------- // Used by get() and remove(). // Returns >=0 for where the key is *or* should go (end of chain). static int lhmss_find_index_for_key(lhmss_t* pmap, char* key, int* pideal_index) { int hash = mlr_string_hash_func(key); int index = mlr_canonical_mod(hash, pmap->array_length); *pideal_index = index; int num_tries = 0; while (TRUE) { lhmsse_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { char* ekey = pe->key; // Existing key found in chain. if (streq(key, ekey)) return index; } else if (pmap->states[index] == EMPTY) { return index; } // If the current entry has been freed, i.e. previously occupied, // the sought index may be further down the chain. So we must // continue looking. if (++num_tries >= pmap->array_length) { fprintf(stderr, "%s: internal coding error: table full even after enlargement.\n", MLR_GLOBALS.bargv0); exit(1); } // Linear probing. if (++index >= pmap->array_length) index = 0; } MLR_INTERNAL_CODING_ERROR(); return -1; // not reached } // ---------------------------------------------------------------- void lhmss_put(lhmss_t* pmap, char* key, char* value, char free_flags) { if ((pmap->num_occupied + pmap->num_freed) >= (pmap->array_length*LOAD_FACTOR)) lhmss_enlarge(pmap); lhmss_put_no_enlarge(pmap, key, value, free_flags); } static void lhmss_put_no_enlarge(lhmss_t* pmap, char* key, char* value, char free_flags) { int ideal_index = 0; int index = lhmss_find_index_for_key(pmap, key, &ideal_index); lhmsse_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { // Existing key found in chain; put value. if (pe->free_flags & FREE_ENTRY_KEY) free(key); if (pe->free_flags & FREE_ENTRY_VALUE) free(pe->value); pe->value = value; if (free_flags & FREE_ENTRY_VALUE) pe->free_flags |= FREE_ENTRY_VALUE; else pe->free_flags &= ~FREE_ENTRY_VALUE; } else if (pmap->states[index] == EMPTY) { // End of chain. pe->ideal_index = ideal_index; pe->key = key; pe->value = value; pe->free_flags = free_flags; pmap->states[index] = OCCUPIED; if (pmap->phead == NULL) { pe->pprev = NULL; pe->pnext = NULL; pmap->phead = pe; pmap->ptail = pe; } else { pe->pprev = pmap->ptail; pe->pnext = NULL; pmap->ptail->pnext = pe; pmap->ptail = pe; } pmap->num_occupied++; } else { fprintf(stderr, "%s: lhmss_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- char* lhmss_get(lhmss_t* pmap, char* key) { int ideal_index = 0; int index = lhmss_find_index_for_key(pmap, key, &ideal_index); lhmsse_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { return pe->value; } else if (pmap->states[index] == EMPTY) { return NULL; } else { fprintf(stderr, "%s: lhmss_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- int lhmss_has_key(lhmss_t* pmap, char* key) { int ideal_index = 0; int index = lhmss_find_index_for_key(pmap, key, &ideal_index); if (pmap->states[index] == OCCUPIED) return TRUE; else if (pmap->states[index] == EMPTY) return FALSE; else { fprintf(stderr, "%s: lhmss_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- void lhmss_rename(lhmss_t* pmap, char* old_key, char* new_key) { fprintf(stderr, "rename is not supported in the hashed-record impl.\n"); exit(1); } // ---------------------------------------------------------------- static void lhmss_enlarge(lhmss_t* pmap) { lhmsse_t* old_entries = pmap->entries; lhmsse_state_t* old_states = pmap->states; lhmsse_t* old_head = pmap->phead; lhmss_init(pmap, pmap->array_length*ENLARGEMENT_FACTOR); for (lhmsse_t* pe = old_head; pe != NULL; pe = pe->pnext) { lhmss_put_no_enlarge(pmap, pe->key, pe->value, pe->free_flags); } free(old_entries); free(old_states); } // ---------------------------------------------------------------- static char* get_state_name(int state) { switch(state) { case OCCUPIED: return "occupied"; break; case DELETED: return "freed"; break; case EMPTY: return "empty"; break; default: return "?????"; break; } } void lhmss_dump(lhmss_t* pmap) { for (int index = 0; index < pmap->array_length; index++) { lhmsse_t* pe = &pmap->entries[index]; const char* key_string = (pe == NULL) ? "none" : pe->key == NULL ? "null" : pe->key; const char* value_string = (pe == NULL) ? "none" : pe->value == NULL ? "null" : pe->value; printf( "| stt: %-8s | idx: %6d | nidx: %6d | key: %12s | value: %12s |\n", get_state_name(pmap->states[index]), index, pe->ideal_index, key_string, value_string); } printf("+\n"); printf("| phead: %p | ptail %p\n", pmap->phead, pmap->ptail); printf("+\n"); for (lhmsse_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { const char* key_string = (pe == NULL) ? "none" : pe->key == NULL ? "null" : pe->key; const char* value_string = (pe == NULL) ? "none" : pe->value == NULL ? "null" : pe->value; printf( "| prev: %p curr: %p next: %p | nidx: %6d | key: %12s | value: %12s |\n", pe->pprev, pe, pe->pnext, pe->ideal_index, key_string, value_string); } } // ---------------------------------------------------------------- int lhmss_check_counts(lhmss_t* pmap) { int nocc = 0; int ndel = 0; for (int index = 0; index < pmap->array_length; index++) { if (pmap->states[index] == OCCUPIED) nocc++; else if (pmap->states[index] == DELETED) ndel++; } if (nocc != pmap->num_occupied) { fprintf(stderr, "occupancy-count mismatch: actual %d != cached %d.\n", nocc, pmap->num_occupied); return FALSE; } if (ndel != pmap->num_freed) { fprintf(stderr, "deleted-count mismatch: actual %d != cached %d.\n", ndel, pmap->num_freed); return FALSE; } return TRUE; } miller-5.6.2/c/containers/lhmss.h000066400000000000000000000027621354153536500167170ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-to-string linked hash map with linear // probing for collisions. // // John Kerl 2012-08-13 // // Notes: // * null key is not supported. // * null value is supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #ifndef LHMSS_H #define LHMSS_H #include "containers/sllv.h" // ---------------------------------------------------------------- typedef struct _lhmsse_t { int ideal_index; char free_flags; char* key; char* value; struct _lhmsse_t *pprev; struct _lhmsse_t *pnext; } lhmsse_t; typedef unsigned char lhmsse_state_t; typedef struct _lhmss_t { int num_occupied; int num_freed; int array_length; lhmsse_t* entries; lhmsse_state_t* states; lhmsse_t* phead; lhmsse_t* ptail; } lhmss_t; // ---------------------------------------------------------------- lhmss_t* lhmss_alloc(); lhmss_t* lhmss_copy(lhmss_t* pmap); void lhmss_free(lhmss_t* pmap); void lhmss_put(lhmss_t* pmap, char* key, char* value, char free_flags); char* lhmss_get(lhmss_t* pmap, char* key); int lhmss_has_key(lhmss_t* pmap, char* key); void lhmss_rename(lhmss_t* pmap, char* old_key, char* new_key); void lhmss_dump(lhmss_t* pmap); // Unit-test hook int lhmss_check_counts(lhmss_t* pmap); #endif // LHMSS_H miller-5.6.2/c/containers/lhmsv.c000066400000000000000000000204561354153536500167150ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-to-void linked hash map with linear // probing for collisions. // // Keys are not strduped; memory management of the void* values is left to the // caller. // // John Kerl 2012-08-13 // // Notes: // * null key is not supported. // * null value is not supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/lhmsv.h" #include "lib/free_flags.h" // ---------------------------------------------------------------- // Allow compile-time override, e.g using gcc -D. #ifndef INITIAL_ARRAY_LENGTH #define INITIAL_ARRAY_LENGTH 16 #endif #ifndef LOAD_FACTOR #define LOAD_FACTOR 0.7 #endif #ifndef ENLARGEMENT_FACTOR #define ENLARGEMENT_FACTOR 2 #endif // ---------------------------------------------------------------- #define OCCUPIED 0xa4 #define DELETED 0xb8 #define EMPTY 0xce // ---------------------------------------------------------------- static void lhmsv_put_no_enlarge(lhmsv_t* pmap, char* key, void* pvvalue, char free_flags); static void lhmsv_enlarge(lhmsv_t* pmap); static void lhmsv_init(lhmsv_t *pmap, int length) { pmap->num_occupied = 0; pmap->num_freed = 0; pmap->array_length = length; pmap->entries = (lhmsve_t*)mlr_malloc_or_die(sizeof(lhmsve_t) * length); // Don't do lhmsve_clear() of all entries at init time, since this has a // drastic effect on the time needed to construct an empty map (and miller // constructs an awful lot of those). The attributes there are don't-cares // if the corresponding entry state is EMPTY. They are set on put, and // mutated on remove. pmap->states = (lhmsve_state_t*)mlr_malloc_or_die(sizeof(lhmsve_state_t) * length); memset(pmap->states, EMPTY, length); pmap->phead = NULL; pmap->ptail = NULL; } lhmsv_t* lhmsv_alloc() { lhmsv_t* pmap = mlr_malloc_or_die(sizeof(lhmsv_t)); lhmsv_init(pmap, INITIAL_ARRAY_LENGTH); return pmap; } // ---------------------------------------------------------------- void lhmsv_free(lhmsv_t* pmap) { if (pmap == NULL) return; for (lhmsve_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { if (pe->free_flags & FREE_ENTRY_KEY) free(pe->key); } free(pmap->entries); free(pmap->states); pmap->entries = NULL; pmap->num_occupied = 0; pmap->num_freed = 0; pmap->array_length = 0; free(pmap); } void lhmsv_clear(lhmsv_t* pmap) { if (pmap == NULL) return; for (lhmsve_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { if (pe->free_flags & FREE_ENTRY_KEY) free(pe->key); } pmap->num_occupied = 0; pmap->num_freed = 0; memset(pmap->states, EMPTY, pmap->array_length); pmap->phead = NULL; pmap->ptail = NULL; } // ---------------------------------------------------------------- // Used by get() and remove(). // Returns >=0 for where the key is *or* should go (end of chain). static int lhmsv_find_index_for_key(lhmsv_t* pmap, char* key, int* pideal_index) { int hash = mlr_string_hash_func(key); int index = mlr_canonical_mod(hash, pmap->array_length); *pideal_index = index; int num_tries = 0; while (TRUE) { lhmsve_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { char* ekey = pe->key; // Existing key found in chain. if (streq(key, ekey)) return index; } else if (pmap->states[index] == EMPTY) { return index; } // If the current entry has been deleted, i.e. previously occupied, // the sought index may be further down the chain. So we must // continue looking. if (++num_tries >= pmap->array_length) { fprintf(stderr, "%s: internal coding error: table full even after enlargement.\n", MLR_GLOBALS.bargv0); exit(1); } // Linear probing. if (++index >= pmap->array_length) index = 0; } MLR_INTERNAL_CODING_ERROR(); return -1; // not reached } // ---------------------------------------------------------------- void lhmsv_put(lhmsv_t* pmap, char* key, void* pvvalue, char free_flags) { if ((pmap->num_occupied + pmap->num_freed) >= (pmap->array_length*LOAD_FACTOR)) lhmsv_enlarge(pmap); lhmsv_put_no_enlarge(pmap, key, pvvalue, free_flags); } static void lhmsv_put_no_enlarge(lhmsv_t* pmap, char* key, void* pvvalue, char free_flags) { int ideal_index = 0; int index = lhmsv_find_index_for_key(pmap, key, &ideal_index); lhmsve_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) { // Existing key found in chain; put value. pe->pvvalue = pvvalue; } else if (pmap->states[index] == EMPTY) { // End of chain. pe->ideal_index = ideal_index; pe->key = key; pe->pvvalue = pvvalue; pe->free_flags = free_flags; pmap->states[index] = OCCUPIED; if (pmap->phead == NULL) { pe->pprev = NULL; pe->pnext = NULL; pmap->phead = pe; pmap->ptail = pe; } else { pe->pprev = pmap->ptail; pe->pnext = NULL; pmap->ptail->pnext = pe; pmap->ptail = pe; } pmap->num_occupied++; } else { fprintf(stderr, "%s: lhmsv_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- void* lhmsv_get(lhmsv_t* pmap, char* key) { int ideal_index = 0; int index = lhmsv_find_index_for_key(pmap, key, &ideal_index); lhmsve_t* pe = &pmap->entries[index]; if (pmap->states[index] == OCCUPIED) return pe->pvvalue; else if (pmap->states[index] == EMPTY) return NULL; else { fprintf(stderr, "%s: lhmsv_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- int lhmsv_has_key(lhmsv_t* pmap, char* key) { int ideal_index = 0; int index = lhmsv_find_index_for_key(pmap, key, &ideal_index); if (pmap->states[index] == OCCUPIED) return TRUE; else if (pmap->states[index] == EMPTY) return FALSE; else { fprintf(stderr, "%s: lhmsv_find_index_for_key did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- static void lhmsv_enlarge(lhmsv_t* pmap) { lhmsve_t* old_entries = pmap->entries; lhmsve_state_t* old_states = pmap->states; lhmsve_t* old_head = pmap->phead; lhmsv_init(pmap, pmap->array_length*ENLARGEMENT_FACTOR); for (lhmsve_t* pe = old_head; pe != NULL; pe = pe->pnext) { lhmsv_put_no_enlarge(pmap, pe->key, pe->pvvalue, pe->free_flags); } free(old_entries); free(old_states); } // ---------------------------------------------------------------- int lhmsv_check_counts(lhmsv_t* pmap) { int nocc = 0; int ndel = 0; for (int index = 0; index < pmap->array_length; index++) { if (pmap->states[index] == OCCUPIED) nocc++; else if (pmap->states[index] == DELETED) ndel++; } if (nocc != pmap->num_occupied) { fprintf(stderr, "occupancy-count mismatch: actual %d != cached %d.\n", nocc, pmap->num_occupied); return FALSE; } if (ndel != pmap->num_freed) { fprintf(stderr, "deleted-count mismatch: actual %d != cached %d.\n", ndel, pmap->num_freed); return FALSE; } return TRUE; } // ---------------------------------------------------------------- static char* get_state_name(int state) { switch(state) { case OCCUPIED: return "occupied"; break; case DELETED: return "deleted"; break; case EMPTY: return "empty"; break; default: return "?????"; break; } } void lhmsv_print(lhmsv_t* pmap) { for (int index = 0; index < pmap->array_length; index++) { lhmsve_t* pe = &pmap->entries[index]; const char* key_string = (pe == NULL) ? "none" : pe->key == NULL ? "null" : pe->key; printf( "| stt: %-8s | idx: %6d | nidx: %6d | key: %12s | pvvalue: %p |\n", get_state_name(pmap->states[index]), index, pe->ideal_index, key_string, pe->pvvalue); } printf("+\n"); printf("| phead: %p | ptail %p\n", pmap->phead, pmap->ptail); printf("+\n"); for (lhmsve_t* pe = pmap->phead; pe != NULL; pe = pe->pnext) { const char* key_string = (pe == NULL) ? "none" : pe->key == NULL ? "null" : pe->key; printf( "| prev: %p curr: %p next: %p | nidx: %6d | key: %12s | pvvalue: %p |\n", pe->pprev, pe, pe->pnext, pe->ideal_index, key_string, pe->pvvalue); } } miller-5.6.2/c/containers/lhmsv.h000066400000000000000000000026551354153536500167230ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) string-to-void linked hash map with linear // probing for collisions. // // John Kerl 2012-08-13 // // Notes: // * null key is not supported. // * null value is supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #ifndef LHMSV_H #define LHMSV_H #include "containers/sllv.h" #include "lib/free_flags.h" // ---------------------------------------------------------------- typedef struct _lhmsve_t { int ideal_index; char* key; void* pvvalue; char free_flags; struct _lhmsve_t *pprev; struct _lhmsve_t *pnext; } lhmsve_t; typedef unsigned char lhmsve_state_t; typedef struct _lhmsv_t { int num_occupied; int num_freed; int array_length; lhmsve_t* entries; lhmsve_state_t* states; lhmsve_t* phead; lhmsve_t* ptail; } lhmsv_t; // ---------------------------------------------------------------- lhmsv_t* lhmsv_alloc(); void lhmsv_free(lhmsv_t* pmap); void lhmsv_clear(lhmsv_t* pmap); void lhmsv_put(lhmsv_t* pmap, char* key, void* pvvalue, char free_flags); void* lhmsv_get(lhmsv_t* pmap, char* key); int lhmsv_has_key(lhmsv_t* pmap, char* key); // Unit-test hook int lhmsv_check_counts(lhmsv_t* pmap); #endif // LHMSV_H miller-5.6.2/c/containers/local_stack.c000066400000000000000000000324511354153536500200410ustar00rootroot00000000000000#include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "containers/local_stack.h" // ================================================================ static local_stack_frame_t* _local_stack_alloc(int size, int ephemeral) { local_stack_frame_t* pframe = mlr_malloc_or_die(sizeof(local_stack_frame_t)); pframe->in_use = FALSE; pframe->ephemeral = ephemeral; pframe->size = size; pframe->subframe_base = 0; pframe->pvars = mlr_malloc_or_die(size * sizeof(local_stack_frame_entry_t)); for (int i = 0; i < size; i++) { local_stack_frame_entry_t* pentry = &pframe->pvars[i]; pentry->xvalue = mlhmmv_xvalue_wrap_terminal(mv_absent()); pentry->name = NULL; // Any type can be written here, unless otherwise specified by a typed definition pentry->type_mask = TYPE_MASK_ANY; } return pframe; } // ---------------------------------------------------------------- local_stack_frame_t* local_stack_frame_alloc(int size) { return _local_stack_alloc(size, FALSE); } // ---------------------------------------------------------------- void local_stack_frame_free(local_stack_frame_t* pframe) { if (pframe == NULL) return; for (int i = 0; i < pframe->size; i++) { mlhmmv_xvalue_free(&pframe->pvars[i].xvalue); } free(pframe->pvars); free(pframe); } // ---------------------------------------------------------------- local_stack_frame_t* local_stack_frame_enter(local_stack_frame_t* pframe) { if (!pframe->in_use) { pframe->in_use = TRUE; LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME NON-EPH ENTER %p %d\n", pframe, pframe->size)); return pframe; } else { local_stack_frame_t* prv = _local_stack_alloc(pframe->size, TRUE); LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME EPH ENTER %p/%p %d\n", pframe, prv, pframe->size)); prv->in_use = TRUE; return prv; } } // ---------------------------------------------------------------- void local_stack_frame_exit (local_stack_frame_t* pframe) { MLR_INTERNAL_CODING_ERROR_UNLESS(mlhmmv_xvalue_is_absent_and_nonterminal(&pframe->pvars[0].xvalue)); if (!pframe->ephemeral) { pframe->in_use = FALSE; LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME NON-EPH EXIT %p %d\n", pframe, pframe->size)); } else { local_stack_frame_free(pframe); LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME EPH EXIT %p %d\n", pframe, pframe->size)); } } // ================================================================ local_stack_t* local_stack_alloc() { local_stack_t* pstack = mlr_malloc_or_die(sizeof(local_stack_t)); pstack->pframes = sllv_alloc(); return pstack; } // ---------------------------------------------------------------- void local_stack_free(local_stack_t* pstack) { if (pstack == NULL) return; for (sllve_t* pe = pstack->pframes->phead; pe != NULL; pe = pe->pnext) { local_stack_frame_free(pe->pvvalue); } sllv_free(pstack->pframes); free(pstack); } // ---------------------------------------------------------------- void local_stack_push(local_stack_t* pstack, local_stack_frame_t* pframe) { sllv_push(pstack->pframes, pframe); } local_stack_frame_t* local_stack_pop(local_stack_t* pstack) { return sllv_pop(pstack->pframes); } // ---------------------------------------------------------------- mv_t local_stack_frame_ref_terminal_from_indexed(local_stack_frame_t* pframe, int vardef_frame_relative_index, sllmv_t* pmvkeys) { LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME %p GET %d\n", pframe, vardef_frame_relative_index)); LOCAL_STACK_BOUNDS_CHECK(pframe, "GET", FALSE, vardef_frame_relative_index); local_stack_frame_entry_t* pentry = &pframe->pvars[vardef_frame_relative_index]; mlhmmv_xvalue_t* pbase_xval = &pentry->xvalue; if (!(TYPE_MASK_MAP & pentry->type_mask)) { local_stack_frame_throw_type_mismatch_for_read(pentry); } #ifdef LOCAL_STACK_TRACE_ENABLE if (pbase_xval == NULL) { printf("VALUE IS NULL\n"); } else if (pbase_xval->is_terminal) { char* s = mv_alloc_format_val(&pbase_xval->terminal_mlrval); printf("VALUE IS %s\n", s); free(s); } else if (pbase_xval->pnext_level == NULL) { LOCAL_STACK_TRACE(printf("VALUE IS EMPTY\n")); } else { printf("VALUE IS:\n"); printf("PTR IS %p\n", pbase_xval->pnext_level); mlhmmv_level_print_stacked(pbase_xval->pnext_level, 0, TRUE, TRUE, "", stdout); } #endif // xxx this is a mess; clean it up. int error = 0; // Maybe null mlhmmv_xvalue_t* pxval; if (pmvkeys == NULL || pmvkeys->length == 0) { pxval = pbase_xval; } else { if (pbase_xval->is_terminal) { return mv_absent(); } else { pxval = mlhmmv_level_look_up_and_ref_xvalue(pbase_xval->pnext_level, pmvkeys, &error); } } if (pxval != NULL && pxval->is_terminal) { return pxval->terminal_mlrval; } else { return mv_absent(); } } // ---------------------------------------------------------------- mlhmmv_xvalue_t* local_stack_frame_ref_extended_from_indexed(local_stack_frame_t* pframe, int vardef_frame_relative_index, sllmv_t* pmvkeys) { LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME %p GET %d\n", pframe, vardef_frame_relative_index)); LOCAL_STACK_BOUNDS_CHECK(pframe, "GET", FALSE, vardef_frame_relative_index); local_stack_frame_entry_t* pentry = &pframe->pvars[vardef_frame_relative_index]; mlhmmv_xvalue_t* pmvalue = &pentry->xvalue; if (!(TYPE_MASK_MAP & pentry->type_mask)) { local_stack_frame_throw_type_mismatch_for_read(pentry); } #ifdef LOCAL_STACK_TRACE_ENABLE if (pmvalue == NULL) { printf("VALUE IS NULL\n"); } else if (pmvalue->is_terminal) { char* s = mv_alloc_format_val(&pmvalue->terminal_mlrval); printf("VALUE IS %s\n", s); free(s); } else if (pmvalue->pnext_level == NULL) { LOCAL_STACK_TRACE(printf("VALUE IS EMPTY\n")); } else { printf("VALUE IS:\n"); printf("PTR IS %p\n", pmvalue->pnext_level); mlhmmv_level_print_stacked(pmvalue->pnext_level, 0, TRUE, TRUE, "", stdout); } #endif if (pmvkeys == NULL) { // base-level access return pmvalue; } else { int error = 0; // Maybe null return mlhmmv_level_look_up_and_ref_xvalue(pmvalue->pnext_level, pmvkeys, &error); } } // ---------------------------------------------------------------- void local_stack_frame_define_terminal(local_stack_frame_t* pframe, char* variable_name, int vardef_frame_relative_index, int type_mask, mv_t val) { LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME %p SET %d\n", pframe, vardef_frame_relative_index)); LOCAL_STACK_BOUNDS_CHECK(pframe, "DEFINE", TRUE, vardef_frame_relative_index); local_stack_frame_entry_t* pentry = &pframe->pvars[vardef_frame_relative_index]; pentry->name = variable_name; // no strdup, for performance -- caller must ensure extent pentry->type_mask = type_mask; if (!(type_mask_from_mv(&val) & pentry->type_mask)) { local_stack_frame_throw_type_mismatch_for_write(pentry, &val); } mlhmmv_xvalue_free(&pentry->xvalue); if (mv_is_absent(&val)) { mv_free(&val); // xxx doc ownership semantics at header file } else { pentry->xvalue = mlhmmv_xvalue_wrap_terminal(val); // xxx deep-copy? } } // ---------------------------------------------------------------- void local_stack_frame_define_extended(local_stack_frame_t* pframe, char* variable_name, int vardef_frame_relative_index, int type_mask, mlhmmv_xvalue_t xval) { LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME %p SET %d\n", pframe, vardef_frame_relative_index)); LOCAL_STACK_BOUNDS_CHECK(pframe, "ASSIGN", TRUE, vardef_frame_relative_index); local_stack_frame_entry_t* pentry = &pframe->pvars[vardef_frame_relative_index]; pentry->name = variable_name; // no strdup, for performance -- caller must ensure extent pentry->type_mask = type_mask; if (xval.is_terminal) { if (!(type_mask_from_mv(&xval.terminal_mlrval) & pentry->type_mask)) { local_stack_frame_throw_type_mismatch_for_write(pentry, &xval.terminal_mlrval); } } else { if (!(TYPE_MASK_MAP & pentry->type_mask)) { local_stack_frame_throw_type_mismatch_for_write(pentry, &xval.terminal_mlrval); } } if (!mlhmmv_xvalue_is_absent_and_nonterminal(&xval)) { mlhmmv_xvalue_free(&pentry->xvalue); pentry->xvalue = xval; } } // ---------------------------------------------------------------- void local_stack_frame_assign_terminal_indexed(local_stack_frame_t* pframe, int vardef_frame_relative_index, sllmv_t* pmvkeys, mv_t terminal_value) { LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME %p SET %d\n", pframe, vardef_frame_relative_index)); LOCAL_STACK_BOUNDS_CHECK(pframe, "ASSIGN", TRUE, vardef_frame_relative_index); local_stack_frame_entry_t* pentry = &pframe->pvars[vardef_frame_relative_index]; if (!(TYPE_MASK_MAP & pentry->type_mask)) { local_stack_frame_throw_type_mismatch_for_write(pentry, &terminal_value); } mlhmmv_xvalue_t* pmvalue = &pentry->xvalue; if (pmvalue->is_terminal) { mv_free(&pmvalue->terminal_mlrval); *pmvalue = mlhmmv_xvalue_alloc_empty_map(); } mlhmmv_level_put_terminal(pmvalue->pnext_level, pmvkeys->phead, &terminal_value); LOCAL_STACK_TRACE(printf("VALUE IS:\n")); LOCAL_STACK_TRACE(mlhmmv_level_print_stacked(pmvalue->pnext_level, 0, TRUE, TRUE, "", stdout)); } // ---------------------------------------------------------------- void local_stack_frame_assign_extended_nonindexed(local_stack_frame_t* pframe, int vardef_frame_relative_index, mlhmmv_xvalue_t xval) { LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME %p SET %d\n", pframe, vardef_frame_relative_index)); LOCAL_STACK_BOUNDS_CHECK(pframe, "ASSIGN", TRUE, vardef_frame_relative_index); local_stack_frame_entry_t* pentry = &pframe->pvars[vardef_frame_relative_index]; if (xval.is_terminal) { if (!(type_mask_from_mv(&xval.terminal_mlrval) & pentry->type_mask)) { local_stack_frame_throw_type_mismatch_for_write(pentry, &xval.terminal_mlrval); } } else { if (!(TYPE_MASK_MAP & pentry->type_mask)) { local_stack_frame_throw_type_mismatch_for_write(pentry, &xval.terminal_mlrval); } } mlhmmv_xvalue_free(&pentry->xvalue); pentry->xvalue = xval; } // ---------------------------------------------------------------- void local_stack_frame_assign_extended_indexed(local_stack_frame_t* pframe, int vardef_frame_relative_index, sllmv_t* pmvkeys, mlhmmv_xvalue_t new_value) { LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME %p SET %d\n", pframe, vardef_frame_relative_index)); LOCAL_STACK_BOUNDS_CHECK(pframe, "ASSIGN", TRUE, vardef_frame_relative_index); local_stack_frame_entry_t* pentry = &pframe->pvars[vardef_frame_relative_index]; if (!(TYPE_MASK_MAP & pentry->type_mask)) { local_stack_frame_throw_type_xmismatch_for_write(pentry, &new_value); } mlhmmv_xvalue_t* pmvalue = &pentry->xvalue; if (pmvalue->is_terminal) { mv_free(&pmvalue->terminal_mlrval); *pmvalue = mlhmmv_xvalue_alloc_empty_map(); } mlhmmv_level_put_xvalue(pmvalue->pnext_level, pmvkeys->phead, &new_value); LOCAL_STACK_TRACE(printf("VALUE IS:\n")); LOCAL_STACK_TRACE(mlhmmv_level_print_stacked(pmvalue->pnext_level, 0, TRUE, TRUE, "", stdout)); } // ---------------------------------------------------------------- static int local_stack_bounds_check_announce_first_call = TRUE; void local_stack_bounds_check(local_stack_frame_t* pframe, char* op, int set, int vardef_frame_relative_index) { if (local_stack_bounds_check_announce_first_call) { fprintf(stderr, "%s: local-stack bounds-checking is enabled\n", MLR_GLOBALS.bargv0); local_stack_bounds_check_announce_first_call = FALSE; } if (vardef_frame_relative_index < 0) { fprintf(stderr, "OP=%s FRAME=%p IDX=%d/%d STACK UNDERFLOW\n", op, pframe, vardef_frame_relative_index, pframe->size); exit(1); } if (set && vardef_frame_relative_index == 0) { fprintf(stderr, "OP=%s FRAME=%p IDX=%d/%d ABSENT WRITE\n", op, pframe, vardef_frame_relative_index, pframe->size); exit(1); } if (vardef_frame_relative_index >= pframe->size) { fprintf(stderr, "OP=%s FRAME=%p IDX=%d/%d STACK OVERFLOW\n", op, pframe, vardef_frame_relative_index, pframe->size); exit(1); } } // ---------------------------------------------------------------- void local_stack_frame_throw_type_mismatch_for_write(local_stack_frame_entry_t* pentry, mv_t* pval) { MLR_INTERNAL_CODING_ERROR_IF(pentry->name == NULL); char* sval = mv_alloc_format_val_quoting_strings(pval); fprintf(stderr, "%s: %s type assertion for variable %s unmet by value %s with type %s.\n", MLR_GLOBALS.bargv0, type_mask_to_desc(pentry->type_mask), pentry->name, sval, mt_describe_type_simple(pval->type)); free(sval); exit(1); } void local_stack_frame_throw_type_xmismatch_for_write(local_stack_frame_entry_t* pentry, mlhmmv_xvalue_t* pxval) { MLR_INTERNAL_CODING_ERROR_IF(pentry->name == NULL); char* sval = mv_alloc_format_val_quoting_strings(&pxval->terminal_mlrval); // xxx temp -- maybe not terminal fprintf(stderr, "%s: %s type assertion for variable %s unmet by value %s with type %s.\n", MLR_GLOBALS.bargv0, type_mask_to_desc(pentry->type_mask), pentry->name, sval, mlhmmv_xvalue_describe_type_simple(pxval)); free(sval); exit(1); } // ---------------------------------------------------------------- void local_stack_frame_throw_type_mismatch_for_read(local_stack_frame_entry_t* pentry) { MLR_INTERNAL_CODING_ERROR_IF(pentry->name == NULL); fprintf(stderr, "%s: %s type assertion for variable %s unmet on read.\n", MLR_GLOBALS.bargv0, type_mask_to_desc(pentry->type_mask), pentry->name); exit(1); } void local_stack_frame_throw_type_xmismatch_for_read(local_stack_frame_entry_t* pentry) { MLR_INTERNAL_CODING_ERROR_IF(pentry->name == NULL); fprintf(stderr, "%s: %s type assertion for variable %s unmet on read.\n", MLR_GLOBALS.bargv0, type_mask_to_desc(pentry->type_mask), pentry->name); exit(1); } miller-5.6.2/c/containers/local_stack.h000066400000000000000000000222201354153536500200370ustar00rootroot00000000000000#ifndef LOCAL_STACK_H #define LOCAL_STACK_H #include "lib/mlrval.h" #include "containers/type_decl.h" #include "containers/sllv.h" #include "containers/mlhmmv.h" // ================================================================ // Bound & scoped variables for use in for-loops, function bodies, and // subroutine bodies. Indices of local variables, and max-depth for top-level // statement blocks, are compted by the stack-allocator which marks up the AST // before the CST is built from it. // // A convention shared between the stack-allocator and this data structure is // that slot 0 is an absent-null which is used for reads of undefined (or // as-yet-undefined) local variables. // // Values assigned to a local-stack variable are owned by this container. // They will be freed: // * On overwrite, e.g. on 'x = oldval' then 'x = newval' the oldval // will be freed on the newval assignment, and // * At stack-frame exit. // For this reason values assigned to locals may be passed in by reference // if they are ephemeral, i.e. if it is desired for this container to free // them. Otherwise, values should be copied before being passed in. // ================================================================ // ================================================================ typedef struct _local_stack_frame_entry_t { char* name; // For type-check error messages. Not strduped; the caller must ensure extent. mlhmmv_xvalue_t xvalue; int type_mask; } local_stack_frame_entry_t; typedef struct _local_stack_frame_t { int in_use; int ephemeral; int size; int subframe_base; local_stack_frame_entry_t* pvars; } local_stack_frame_t; // ---------------------------------------------------------------- // A stack is allocated for a top-level statement block: begin, end, or main, or // user-defined function/subroutine. (The latter two may be called recursively // in which case the in_use flag notes the need to allocate a new stack.) local_stack_frame_t* local_stack_frame_alloc(int size); void local_stack_frame_free(local_stack_frame_t* pframe); // ================================================================ //#define LOCAL_STACK_TRACE_ENABLE //#define LOCAL_STACK_BOUNDS_CHECK_ENABLE void local_stack_bounds_check(local_stack_frame_t* pframe, char* op, int set, int vardef_frame_relative_index); #ifdef LOCAL_STACK_BOUNDS_CHECK_ENABLE #define LOCAL_STACK_BOUNDS_CHECK(pframe, op, set, vardef_frame_relative_index) \ local_stack_bounds_check((pframe), (op), (set), (vardef_frame_relative_index)) #else #define LOCAL_STACK_BOUNDS_CHECK(pframe, op, set, vardef_frame_relative_index) #endif #ifdef LOCAL_STACK_TRACE_ENABLE #define LOCAL_STACK_TRACE(p) p #else #define LOCAL_STACK_TRACE(p) #endif // These are unconditional. With the single added character 'X' they can be // used to focus verbosity at specific callsites for dev/debug. #define LOCAL_STACK_BOUNDS_CHECKX(pframe, op, set, vardef_frame_relative_index) \ local_stack_bounds_check((pframe), (op), (set), (vardef_frame_relative_index)) #define LOCAL_STACK_TRACEX(p) p // ---------------------------------------------------------------- // Sets/clears the in-use flag for top-level statement blocks, and verifies the // contract for absent-null at slot 0. // For non-recursive functions/subroutines the enter method sets the in-use flag // and returns its argument; the exit method clears that flag. For recursively // invoked functions/subroutines the enter method returns another stack of the // same size, and the exit method frees that. // // The reason we don't simply always allocate is that begin/main/end statements // are never recursive, and most functions and subroutines are not recursive, so // most of the time there will be a single frame for each. We allocate that once // at startup, reuse it on every record, and free it at exit -- rather than // allocating and freeing frames on every record. local_stack_frame_t* local_stack_frame_enter(local_stack_frame_t* pframe); void local_stack_frame_exit(local_stack_frame_t* pframe); void local_stack_frame_throw_type_mismatch_for_write(local_stack_frame_entry_t* pentry, mv_t* pval); void local_stack_frame_throw_type_xmismatch_for_write(local_stack_frame_entry_t* pentry, mlhmmv_xvalue_t* pxval); void local_stack_frame_throw_type_mismatch_for_read(local_stack_frame_entry_t* pentry); void local_stack_frame_throw_type_xmismatch_for_read(local_stack_frame_entry_t* pentry); // ---------------------------------------------------------------- static inline mv_t local_stack_frame_get_terminal_from_nonindexed(local_stack_frame_t* pframe, // move to reference semantics int vardef_frame_relative_index) { LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME %p GET %d\n", pframe, vardef_frame_relative_index)); LOCAL_STACK_BOUNDS_CHECK(pframe, "GET", FALSE, vardef_frame_relative_index); local_stack_frame_entry_t* pentry = &pframe->pvars[vardef_frame_relative_index]; mlhmmv_xvalue_t* pvalue = &pentry->xvalue; if (pvalue != NULL && pvalue->is_terminal) { return pvalue->terminal_mlrval; } else { return mv_absent(); } } // ---------------------------------------------------------------- static inline void local_stack_frame_assign_terminal_nonindexed(local_stack_frame_t* pframe, int vardef_frame_relative_index, mv_t val) { LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME %p SET %d\n", pframe, vardef_frame_relative_index)); LOCAL_STACK_BOUNDS_CHECK(pframe, "ASSIGN", TRUE, vardef_frame_relative_index); local_stack_frame_entry_t* pentry = &pframe->pvars[vardef_frame_relative_index]; if (!(type_mask_from_mv(&val) & pentry->type_mask)) { local_stack_frame_throw_type_mismatch_for_write(pentry, &val); } mlhmmv_xvalue_free(&pentry->xvalue); pentry->xvalue = mlhmmv_xvalue_wrap_terminal(val); // xxx deep-copy? } // ---------------------------------------------------------------- static inline mlhmmv_xvalue_t* local_stack_frame_ref_extended_from_nonindexed(local_stack_frame_t* pframe, int vardef_frame_relative_index) { LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME %p GET %d\n", pframe, vardef_frame_relative_index)); LOCAL_STACK_BOUNDS_CHECK(pframe, "GET", FALSE, vardef_frame_relative_index); local_stack_frame_entry_t* pentry = &pframe->pvars[vardef_frame_relative_index]; mlhmmv_xvalue_t* pmvalue = &pentry->xvalue; return pmvalue; } // ---------------------------------------------------------------- mv_t local_stack_frame_ref_terminal_from_indexed(local_stack_frame_t* pframe, int vardef_frame_relative_index, sllmv_t* pmvkeys); mlhmmv_xvalue_t* local_stack_frame_ref_extended_from_indexed(local_stack_frame_t* pframe, int vardef_frame_relative_index, sllmv_t* pmvkeys); void local_stack_frame_define_terminal(local_stack_frame_t* pframe, char* variable_name, int vardef_frame_relative_index, int type_mask, mv_t val); void local_stack_frame_define_extended(local_stack_frame_t* pframe, char* variable_name, int vardef_frame_relative_index, int type_mask, mlhmmv_xvalue_t xval); void local_stack_frame_assign_extended_nonindexed(local_stack_frame_t* pframe, int vardef_frame_relative_index, mlhmmv_xvalue_t xval); void local_stack_frame_assign_terminal_indexed(local_stack_frame_t* pframe, int vardef_frame_relative_index, sllmv_t* pmvkeys, mv_t terminal_value); void local_stack_frame_assign_extended_indexed(local_stack_frame_t* pframe, int vardef_frame_relative_index, sllmv_t* pmvkeys, mlhmmv_xvalue_t terminal_value); // ---------------------------------------------------------------- // Frames are entered/exited for each curly-braced statement block, including // the top-level block itself as well as ifs/fors/whiles. static inline void local_stack_subframe_enter(local_stack_frame_t* pframe, int count) { LOCAL_STACK_TRACE(printf("LOCAL STACK SUBFRAME %p ENTER %d->%d\n", pframe, pframe->subframe_base, pframe->subframe_base+count)); local_stack_frame_entry_t* psubframe = &pframe->pvars[pframe->subframe_base]; for (int i = 0; i < count; i++) { LOCAL_STACK_TRACE(printf("LOCAL STACK FRAME %p CLEAR %d\n", pframe, pframe->subframe_base+i)); LOCAL_STACK_BOUNDS_CHECK(pframe, "CLEAR", FALSE, pframe->subframe_base+i); local_stack_frame_entry_t* pentry = &psubframe[i]; mlhmmv_xvalue_reset(&pentry->xvalue); pentry->type_mask = TYPE_MASK_ANY; } pframe->subframe_base += count; } // ---------------------------------------------------------------- static inline void local_stack_subframe_exit(local_stack_frame_t* pframe, int count) { LOCAL_STACK_TRACE(printf("LOCAL STACK SUBFRAME %p EXIT %d->%d\n", pframe, pframe->subframe_base, pframe->subframe_base-count)); pframe->subframe_base -= count; local_stack_frame_entry_t* psubframe = &pframe->pvars[pframe->subframe_base]; for (int i = 0; i < count; i++) { local_stack_frame_entry_t* pentry = &psubframe[i]; mlhmmv_xvalue_free(&pentry->xvalue); } } // ================================================================ typedef struct _local_stack_t { sllv_t* pframes; } local_stack_t; local_stack_t* local_stack_alloc(); void local_stack_free(local_stack_t* pstack); void local_stack_push(local_stack_t* pstack, local_stack_frame_t* pframe); local_stack_frame_t* local_stack_pop(local_stack_t* pstack); static inline local_stack_frame_t* local_stack_get_top_frame(local_stack_t* pstack) { return pstack->pframes->phead->pvvalue; } #endif // LOCAL_STACK_H miller-5.6.2/c/containers/loop_stack.c000066400000000000000000000062511354153536500177170ustar00rootroot00000000000000#include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "loop_stack.h" #define INITIAL_SIZE 32 // Example states: // num_allocated = 4 num_allocated = 4 num_allocated = 4 num_allocated = 4 // num_used = 1 num_used = 2 num_used = 3 num_used = 4 // num_used_minus_one = 0 num_used_minus_one = 1 num_used_minus_one = 2 num_used_minus_one = 3 // // +---+ +---+ +---+ +---+ // | 2 | 0 <--- top | 2 | 0 | 2 | 0 | 2 | 0 // +---+ +---+ +---+ +---+ // |///| 1 | 0 | 1 <--- top | 0 | 1 | 0 | // +---+ +---+ +---+ +---+ // |///| 2 |///| 2 | 4 | 2 <--- top | 4 | // +---+ +---+ +---+ +---+ // |///| 3 |///| 3 |///| 3 | 6 | 3 <--- top // +---+ +---+ +---+ +---+ // ---------------------------------------------------------------- loop_stack_t* loop_stack_alloc() { loop_stack_t* pstack = mlr_malloc_or_die(sizeof(loop_stack_t)); // Guard zone of one. As noted in the header file, set/get are intentionally not bounds-checked. // If set is called without push, or after final pop, we can at least not corrupt other code. pstack->num_used_minus_one = 0; pstack->num_allocated = INITIAL_SIZE; pstack->pframes = mlr_malloc_or_die(pstack->num_allocated * sizeof(int)); memset(pstack->pframes, 0, pstack->num_allocated * sizeof(int)); return pstack; } // ---------------------------------------------------------------- void loop_stack_free(loop_stack_t* pstack) { if (pstack == NULL) return; free(pstack->pframes); free(pstack); } // ---------------------------------------------------------------- void loop_stack_push(loop_stack_t* pstack) { if (pstack->num_used_minus_one >= pstack->num_allocated - 1) { pstack->num_allocated += INITIAL_SIZE; pstack->pframes = mlr_realloc_or_die(pstack->pframes, pstack->num_allocated * sizeof(int)); } pstack->num_used_minus_one++; pstack->pframes[pstack->num_used_minus_one] = 0; } // ---------------------------------------------------------------- int loop_stack_pop(loop_stack_t* pstack) { MLR_INTERNAL_CODING_ERROR_IF(pstack->num_used_minus_one <= 0); int rv = pstack->pframes[pstack->num_used_minus_one]; pstack->num_used_minus_one--; return rv; } // ---------------------------------------------------------------- // Not bounds-checked, as noted in the header file. void loop_stack_set(loop_stack_t* pstack, int bits) { pstack->pframes[pstack->num_used_minus_one] |= bits; } void loop_stack_clear(loop_stack_t* pstack, int bits) { pstack->pframes[pstack->num_used_minus_one] &= ~bits; } // ---------------------------------------------------------------- // Not bounds-checked, as noted in the header file. int loop_stack_get(loop_stack_t* pstack) { return pstack->pframes[pstack->num_used_minus_one]; } miller-5.6.2/c/containers/loop_stack.h000066400000000000000000000021171354153536500177210ustar00rootroot00000000000000// Holds broken/continued flags for loops (for-srec, for-oosvar, while, do-while). #ifndef LOOP_STACK_H #define LOOP_STACK_H #define LOOP_BROKEN 0x8000 #define LOOP_CONTINUED 0x0100 typedef struct _loop_stack_t { int num_used_minus_one; int num_allocated; int* pframes; } loop_stack_t; loop_stack_t* loop_stack_alloc(); void loop_stack_free(loop_stack_t* pstack); // To be used on entry to loop handler. void loop_stack_push(loop_stack_t* pstack); // To be used on exit from loop handler. int loop_stack_pop(loop_stack_t* pstack); // To be used by break/continue handler. // NOTE: For efficiency the stack is **NOT** bounds-checked here. E.g. if set is done before a push, // or after an emptying pop, behavior is unspecified. void loop_stack_set(loop_stack_t* pstack, int bits); void loop_stack_clear(loop_stack_t* pstack, int bits); // To be used by loop handler. // NOTE: For efficiency the stack is **NOT** bounds-checked here. E.g. if set is done before a push, // or after an emptying pop, behavior is unspecified. int loop_stack_get(loop_stack_t* pstack); #endif // LOOP_STACK_H miller-5.6.2/c/containers/lrec.c000066400000000000000000000446221354153536500165120ustar00rootroot00000000000000#include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/string_builder.h" #include "containers/hss.h" #include "containers/slls.h" #include "containers/lrec.h" #define SB_ALLOC_LENGTH 256 static lrece_t* lrec_find_entry(lrec_t* prec, char* key); static void lrec_link_at_head(lrec_t* prec, lrece_t* pe); static void lrec_link_at_tail(lrec_t* prec, lrece_t* pe); static void lrec_unbacked_free(lrec_t* prec); static void lrec_free_single_line_backing(lrec_t* prec); static void lrec_free_csv_backing(lrec_t* prec); static void lrec_free_multiline_backing(lrec_t* prec); // ---------------------------------------------------------------- lrec_t* lrec_unbacked_alloc() { lrec_t* prec = mlr_malloc_or_die(sizeof(lrec_t)); memset(prec, 0, sizeof(lrec_t)); prec->pfree_backing_func = lrec_unbacked_free; return prec; } lrec_t* lrec_dkvp_alloc(char* line) { lrec_t* prec = mlr_malloc_or_die(sizeof(lrec_t)); memset(prec, 0, sizeof(lrec_t)); prec->psingle_line = line; prec->pfree_backing_func = lrec_free_single_line_backing; return prec; } lrec_t* lrec_nidx_alloc(char* line) { lrec_t* prec = mlr_malloc_or_die(sizeof(lrec_t)); memset(prec, 0, sizeof(lrec_t)); prec->psingle_line = line; prec->pfree_backing_func = lrec_free_single_line_backing; return prec; } lrec_t* lrec_csvlite_alloc(char* data_line) { lrec_t* prec = mlr_malloc_or_die(sizeof(lrec_t)); memset(prec, 0, sizeof(lrec_t)); prec->psingle_line = data_line; prec->pfree_backing_func = lrec_free_csv_backing; return prec; } lrec_t* lrec_csv_alloc(char* data_line) { lrec_t* prec = mlr_malloc_or_die(sizeof(lrec_t)); memset(prec, 0, sizeof(lrec_t)); prec->psingle_line = data_line; prec->pfree_backing_func = lrec_free_csv_backing; return prec; } lrec_t* lrec_xtab_alloc(slls_t* pxtab_lines) { lrec_t* prec = mlr_malloc_or_die(sizeof(lrec_t)); memset(prec, 0, sizeof(lrec_t)); prec->pxtab_lines = pxtab_lines; prec->pfree_backing_func = lrec_free_multiline_backing; return prec; } // ---------------------------------------------------------------- static void lrec_free_contents(lrec_t* prec) { for (lrece_t* pe = prec->phead; pe != NULL; /*pe = pe->pnext*/) { if (pe->free_flags & FREE_ENTRY_KEY) free(pe->key); if (pe->free_flags & FREE_ENTRY_VALUE) free(pe->value); lrece_t* ope = pe; pe = pe->pnext; free(ope); } prec->pfree_backing_func(prec); } // ---------------------------------------------------------------- void lrec_clear(lrec_t* prec) { if (prec == NULL) return; lrec_free_contents(prec); memset(prec, 0, sizeof(lrec_t)); prec->pfree_backing_func = lrec_unbacked_free; } // ---------------------------------------------------------------- void lrec_free(lrec_t* prec) { if (prec == NULL) return; lrec_free_contents(prec); free(prec); } // ---------------------------------------------------------------- lrec_t* lrec_copy(lrec_t* pinrec) { lrec_t* poutrec = lrec_unbacked_alloc(); for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { lrec_put(poutrec, mlr_strdup_or_die(pe->key), mlr_strdup_or_die(pe->value), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } return poutrec; } // ---------------------------------------------------------------- void lrec_put(lrec_t* prec, char* key, char* value, char free_flags) { lrece_t* pe = lrec_find_entry(prec, key); if (pe != NULL) { if (pe->free_flags & FREE_ENTRY_VALUE) { free(pe->value); } if (free_flags & FREE_ENTRY_KEY) free(key); pe->value = value; if (free_flags & FREE_ENTRY_VALUE) pe->free_flags |= FREE_ENTRY_VALUE; else pe->free_flags &= ~FREE_ENTRY_VALUE; } else { pe = mlr_malloc_or_die(sizeof(lrece_t)); pe->key = key; pe->value = value; pe->free_flags = free_flags; pe->quote_flags = 0; if (prec->phead == NULL) { pe->pprev = NULL; pe->pnext = NULL; prec->phead = pe; prec->ptail = pe; } else { pe->pprev = prec->ptail; pe->pnext = NULL; prec->ptail->pnext = pe; prec->ptail = pe; } prec->field_count++; } } void lrec_put_ext(lrec_t* prec, char* key, char* value, char free_flags, char quote_flags) { lrece_t* pe = lrec_find_entry(prec, key); if (pe != NULL) { if (pe->free_flags & FREE_ENTRY_VALUE) { free(pe->value); } if (free_flags & FREE_ENTRY_KEY) free(key); pe->value = value; if (free_flags & FREE_ENTRY_VALUE) pe->free_flags |= FREE_ENTRY_VALUE; else pe->free_flags &= ~FREE_ENTRY_VALUE; } else { pe = mlr_malloc_or_die(sizeof(lrece_t)); pe->key = key; pe->value = value; pe->free_flags = free_flags; pe->quote_flags = quote_flags; if (prec->phead == NULL) { pe->pprev = NULL; pe->pnext = NULL; prec->phead = pe; prec->ptail = pe; } else { pe->pprev = prec->ptail; pe->pnext = NULL; prec->ptail->pnext = pe; prec->ptail = pe; } prec->field_count++; } } void lrec_prepend(lrec_t* prec, char* key, char* value, char free_flags) { lrece_t* pe = lrec_find_entry(prec, key); if (pe != NULL) { if (pe->free_flags & FREE_ENTRY_VALUE) { free(pe->value); } pe->value = value; pe->free_flags &= ~FREE_ENTRY_VALUE; if (free_flags & FREE_ENTRY_VALUE) pe->free_flags |= FREE_ENTRY_VALUE; } else { pe = mlr_malloc_or_die(sizeof(lrece_t)); pe->key = key; pe->value = value; pe->free_flags = free_flags; pe->quote_flags = 0; if (prec->phead == NULL) { pe->pprev = NULL; pe->pnext = NULL; prec->phead = pe; prec->ptail = pe; } else { pe->pnext = prec->phead; pe->pprev = NULL; prec->phead->pprev = pe; prec->phead = pe; } prec->field_count++; } } lrece_t* lrec_put_after(lrec_t* prec, lrece_t* pd, char* key, char* value, char free_flags) { lrece_t* pe = lrec_find_entry(prec, key); if (pe != NULL) { // Overwrite if (pe->free_flags & FREE_ENTRY_VALUE) { free(pe->value); } pe->value = value; pe->free_flags &= ~FREE_ENTRY_VALUE; if (free_flags & FREE_ENTRY_VALUE) pe->free_flags |= FREE_ENTRY_VALUE; } else { // Insert after specified entry pe = mlr_malloc_or_die(sizeof(lrece_t)); pe->key = key; pe->value = value; pe->free_flags = free_flags; pe->quote_flags = 0; if (pd->pnext == NULL) { // Append at end of list pd->pnext = pe; pe->pprev = pd; pe->pnext = NULL; prec->ptail = pe; } else { lrece_t* pf = pd->pnext; pd->pnext = pe; pf->pprev = pe; pe->pprev = pd; pe->pnext = pf; } prec->field_count++; } return pe; } // ---------------------------------------------------------------- char* lrec_get(lrec_t* prec, char* key) { lrece_t* pe = lrec_find_entry(prec, key); if (pe != NULL) { return pe->value; } else { return NULL; } } char* lrec_get_pff(lrec_t* prec, char* key, char** ppfree_flags) { lrece_t* pe = lrec_find_entry(prec, key); if (pe != NULL) { *ppfree_flags = &pe->free_flags; return pe->value; } else { *ppfree_flags = NULL; return NULL; } } char* lrec_get_ext(lrec_t* prec, char* key, lrece_t** ppentry) { lrece_t* pe = lrec_find_entry(prec, key); if (pe != NULL) { *ppentry = pe; return pe->value; } else { *ppentry = NULL;; return NULL; } } // ---------------------------------------------------------------- lrece_t* lrec_get_pair_by_position(lrec_t* prec, int position) { // 1-up not 0-up if (position <= 0 || position > prec->field_count) { return NULL; } int sought_index = position - 1; int found_index = 0; lrece_t* pe = NULL; for ( found_index = 0, pe = prec->phead; pe != NULL; found_index++, pe = pe->pnext ) { if (found_index == sought_index) { return pe; } } fprintf(stderr, "%s: internal coding error detected in file %s at line %d.\n", MLR_GLOBALS.bargv0, __FILE__, __LINE__); exit(1); } char* lrec_get_key_by_position(lrec_t* prec, int position) { // 1-up not 0-up lrece_t* pe = lrec_get_pair_by_position(prec, position); if (pe == NULL) { return NULL; } else { return pe->key; } } char* lrec_get_value_by_position(lrec_t* prec, int position) { // 1-up not 0-up lrece_t* pe = lrec_get_pair_by_position(prec, position); if (pe == NULL) { return NULL; } else { return pe->value; } } // ---------------------------------------------------------------- void lrec_remove(lrec_t* prec, char* key) { lrece_t* pe = lrec_find_entry(prec, key); if (pe == NULL) return; lrec_unlink(prec, pe); if (pe->free_flags & FREE_ENTRY_KEY) { free(pe->key); } if (pe->free_flags & FREE_ENTRY_VALUE) { free(pe->value); } free(pe); } // ---------------------------------------------------------------- void lrec_remove_by_position(lrec_t* prec, int position) { // 1-up not 0-up lrece_t* pe = lrec_get_pair_by_position(prec, position); if (pe == NULL) return; lrec_unlink(prec, pe); if (pe->free_flags & FREE_ENTRY_KEY) { free(pe->key); } if (pe->free_flags & FREE_ENTRY_VALUE) { free(pe->value); } free(pe); } // Before: // "x" => "3" // "y" => "4" <-- pold // "z" => "5" <-- pnew // // Rename y to z // // After: // "x" => "3" // "z" => "4" // void lrec_rename(lrec_t* prec, char* old_key, char* new_key, int new_needs_freeing) { lrece_t* pold = lrec_find_entry(prec, old_key); if (pold != NULL) { lrece_t* pnew = lrec_find_entry(prec, new_key); if (pnew == NULL) { // E.g. rename "x" to "y" when "y" is not present if (pold->free_flags & FREE_ENTRY_KEY) { free(pold->key); pold->key = new_key; if (!new_needs_freeing) pold->free_flags &= ~FREE_ENTRY_KEY; } else { pold->key = new_key; if (new_needs_freeing) pold->free_flags |= FREE_ENTRY_KEY; } } else { // E.g. rename "x" to "y" when "y" is already present if (pnew->free_flags & FREE_ENTRY_VALUE) { free(pnew->value); } if (pold->free_flags & FREE_ENTRY_KEY) { free(pold->key); pold->free_flags &= ~FREE_ENTRY_KEY; } pold->key = new_key; if (new_needs_freeing) pold->free_flags |= FREE_ENTRY_KEY; else pold->free_flags &= ~FREE_ENTRY_KEY; lrec_unlink(prec, pnew); free(pnew); } } } // Cases: // 1. Rename field at position 3 from "x" to "y when "y" does not exist elsewhere in the srec // 2. Rename field at position 3 from "x" to "y when "y" does exist elsewhere in the srec // Note: position is 1-up not 0-up void lrec_rename_at_position(lrec_t* prec, int position, char* new_key, int new_needs_freeing){ lrece_t* pe = lrec_get_pair_by_position(prec, position); if (pe == NULL) { if (new_needs_freeing) { free(new_key); } return; } lrece_t* pother = lrec_find_entry(prec, new_key); if (pe->free_flags & FREE_ENTRY_KEY) { free(pe->key); } pe->key = new_key; if (new_needs_freeing) { pe->free_flags |= FREE_ENTRY_KEY; } else { pe->free_flags &= ~FREE_ENTRY_KEY; } if (pother != NULL) { lrec_unlink(prec, pother); free(pother); } } // ---------------------------------------------------------------- void lrec_move_to_head(lrec_t* prec, char* key) { lrece_t* pe = lrec_find_entry(prec, key); if (pe == NULL) return; lrec_unlink(prec, pe); lrec_link_at_head(prec, pe); } void lrec_move_to_tail(lrec_t* prec, char* key) { lrece_t* pe = lrec_find_entry(prec, key); if (pe == NULL) return; lrec_unlink(prec, pe); lrec_link_at_tail(prec, pe); } // ---------------------------------------------------------------- // Simply rename the first (at most) n positions where n is the length of pnames. // // Possible complications: // // * pnames itself contains duplicates -- we require this as invariant-check from the caller since (for performance) // we don't want to check this on every record processed. // // * pnames has length less than the current record and one of the new names becomes a clash with an existing name. // Example: // - Input record has names "a,b,c,d,e". // - pnames is "d,x,f" // - We then construct the invalid "d,x,f,d,e" -- we need to detect and unset the second 'd' field. void lrec_label(lrec_t* prec, slls_t* pnames_as_list, hss_t* pnames_as_set) { lrece_t* pe = prec->phead; sllse_t* pn = pnames_as_list->phead; // Process the labels list for ( ; pe != NULL && pn != NULL; pe = pe->pnext, pn = pn->pnext) { char* new_name = pn->value; if (pe->free_flags & FREE_ENTRY_KEY) { free(pe->key); } pe->key = mlr_strdup_or_die(new_name);; pe->free_flags |= FREE_ENTRY_KEY; } // Process the remaining fields in the record beyond those affected by the new-labels list for ( ; pe != NULL; ) { char* name = pe->key; if (hss_has(pnames_as_set, name)) { lrece_t* pnext = pe->pnext; if (pe->free_flags & FREE_ENTRY_KEY) { free(pe->key); } if (pe->free_flags & FREE_ENTRY_VALUE) { free(pe->value); } lrec_unlink(prec, pe); free(pe); pe = pnext; } else { pe = pe->pnext; } } } // ---------------------------------------------------------------- void lrece_update_value(lrece_t* pe, char* new_value, int new_needs_freeing) { if (pe == NULL) { return; } if (pe->free_flags & FREE_ENTRY_VALUE) { free(pe->key); } pe->value = new_value; if (new_needs_freeing) pe->free_flags |= FREE_ENTRY_VALUE; else pe->free_flags &= ~FREE_ENTRY_VALUE; } // ---------------------------------------------------------------- void lrec_unlink(lrec_t* prec, lrece_t* pe) { if (pe == prec->phead) { if (pe == prec->ptail) { prec->phead = NULL; prec->ptail = NULL; } else { prec->phead = pe->pnext; pe->pnext->pprev = NULL; } } else { pe->pprev->pnext = pe->pnext; if (pe == prec->ptail) { prec->ptail = pe->pprev; } else { pe->pnext->pprev = pe->pprev; } } prec->field_count--; } void lrec_unlink_and_free(lrec_t* prec, lrece_t* pe) { if (pe->free_flags & FREE_ENTRY_KEY) free(pe->key); if (pe->free_flags & FREE_ENTRY_VALUE) free(pe->value); lrec_unlink(prec, pe); free(pe); } // ---------------------------------------------------------------- static void lrec_link_at_head(lrec_t* prec, lrece_t* pe) { if (prec->phead == NULL) { pe->pprev = NULL; pe->pnext = NULL; prec->phead = pe; prec->ptail = pe; } else { // [b,c,d] + a pe->pprev = NULL; pe->pnext = prec->phead; prec->phead->pprev = pe; prec->phead = pe; } prec->field_count++; } static void lrec_link_at_tail(lrec_t* prec, lrece_t* pe) { if (prec->phead == NULL) { pe->pprev = NULL; pe->pnext = NULL; prec->phead = pe; prec->ptail = pe; } else { pe->pprev = prec->ptail; pe->pnext = NULL; prec->ptail->pnext = pe; prec->ptail = pe; } prec->field_count++; } // ---------------------------------------------------------------- void lrec_dump(lrec_t* prec) { lrec_dump_fp(prec, stdout); } void lrec_dump_fp(lrec_t* prec, FILE* fp) { if (prec == NULL) { fprintf(fp, "NULL\n"); return; } fprintf(fp, "field_count = %d\n", prec->field_count); fprintf(fp, "| phead: %16p | ptail %16p\n", prec->phead, prec->ptail); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { const char* key_string = (pe == NULL) ? "none" : pe->key == NULL ? "null" : pe->key; const char* value_string = (pe == NULL) ? "none" : pe->value == NULL ? "null" : pe->value; fprintf(fp, "| prev: %16p curr: %16p next: %16p | key: %12s | value: %12s |\n", pe->pprev, pe, pe->pnext, key_string, value_string); } } void lrec_dump_titled(char* msg, lrec_t* prec) { printf("%s:\n", msg); lrec_dump(prec); printf("\n"); } void lrec_pointer_dump(lrec_t* prec) { printf("prec %p\n", prec); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { printf(" pe %p k %p v %p\n", pe, pe->key, pe->value); } } // ---------------------------------------------------------------- static void lrec_unbacked_free(lrec_t* prec) { } static void lrec_free_single_line_backing(lrec_t* prec) { free(prec->psingle_line); } static void lrec_free_csv_backing(lrec_t* prec) { free(prec->psingle_line); } static void lrec_free_multiline_backing(lrec_t* prec) { slls_free(prec->pxtab_lines); } // ================================================================ // ---------------------------------------------------------------- // Note on efficiency: // // I was imagining/hoping that strcmp has additional optimizations (e.g. // hand-coded in assembly), so I don't *want* to re-implement it (i.e. I // probably can't outperform it). // // But actual experiments show I get about a 1-2% performance gain doing it // myself (on my particular system). static lrece_t* lrec_find_entry(lrec_t* prec, char* key) { #if 1 for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { char* pa = pe->key; char* pb = key; while (*pa && *pb && (*pa == *pb)) { pa++; pb++; } if (*pa == 0 && *pb == 0) return pe; } return NULL; #else for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) if (streq(pe->key, key)) return pe; return NULL; #endif } // ---------------------------------------------------------------- lrec_t* lrec_literal_1(char* k1, char* v1) { lrec_t* prec = lrec_unbacked_alloc(); lrec_put(prec, k1, v1, NO_FREE); return prec; } lrec_t* lrec_literal_2(char* k1, char* v1, char* k2, char* v2) { lrec_t* prec = lrec_unbacked_alloc(); lrec_put(prec, k1, v1, NO_FREE); lrec_put(prec, k2, v2, NO_FREE); return prec; } lrec_t* lrec_literal_3(char* k1, char* v1, char* k2, char* v2, char* k3, char* v3) { lrec_t* prec = lrec_unbacked_alloc(); lrec_put(prec, k1, v1, NO_FREE); lrec_put(prec, k2, v2, NO_FREE); lrec_put(prec, k3, v3, NO_FREE); return prec; } lrec_t* lrec_literal_4(char* k1, char* v1, char* k2, char* v2, char* k3, char* v3, char* k4, char* v4) { lrec_t* prec = lrec_unbacked_alloc(); lrec_put(prec, k1, v1, NO_FREE); lrec_put(prec, k2, v2, NO_FREE); lrec_put(prec, k3, v3, NO_FREE); lrec_put(prec, k4, v4, NO_FREE); return prec; } void lrec_print(lrec_t* prec) { FILE* output_stream = stdout; char ors = '\n'; char ofs = ','; char ops = '='; if (prec == NULL) { fputs("NULL", output_stream); fputc(ors, output_stream); return; } int nf = 0; for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { if (nf > 0) fputc(ofs, output_stream); fputs(pe->key, output_stream); fputc(ops, output_stream); fputs(pe->value, output_stream); nf++; } fputc(ors, output_stream); } char* lrec_sprint(lrec_t* prec, char* ors, char* ofs, char* ops) { string_builder_t* psb = sb_alloc(SB_ALLOC_LENGTH); if (prec == NULL) { sb_append_string(psb, "NULL"); } else { int nf = 0; for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { if (nf > 0) sb_append_string(psb, ofs); sb_append_string(psb, pe->key); sb_append_string(psb, ops); sb_append_string(psb, pe->value); nf++; } sb_append_string(psb, ors); } char* rv = sb_finish(psb); sb_free(psb); return rv; } miller-5.6.2/c/containers/lrec.h000066400000000000000000000202641354153536500165130ustar00rootroot00000000000000// ================================================================ // This is a hashless implementation of insertion-ordered key-value pairs for // Miller's fundamental record data structure. It implements the same // interface as the hashed version (see lhmss.h). // // Design: // // * It keeps a doubly-linked list of key-value pairs. // * No hash functions are computed when the map is written to or read from. // * Gets are implemented by sequential scan through the list: given a key, // the key-value pairs are scanned through until a match is (or is not) found. // * Performance improvement of 10-15% percent over lhmss is found (for test data). // // Motivation: // // * The use case for records in Miller is that *all* fields are read from // strings & written to strings (split/join), while only *some* fields are // operated on. // // * Meanwhile there are few repeated accesses to a given record: the // access-to-construct ratio is quite low for Miller data records. Miller // instantiates thousands, millions, billions of records (depending on the // input data) but accesses each record only once per mapping operation. // (This is in contrast to accumulator hashmaps which are repeatedly accessed // during a stats run.) // // * The hashed impl computes hashsums for *all* fields whether operated on or not, // for the benefit of the *few* fields looked up during the mapping operation. // // * The hashless impl only keeps string pointers. Lookups are done at runtime // doing prefix search on the key names. Assuming field names are distinct, // this is just a few char-ptr accesses which (in experiments) turn out to // offer about a 10-15% performance improvement. // // * Added benefit: the field-rename operation (preserving field order) becomes // trivial. // // Notes: // * null key is not supported. // * null value is supported. // ================================================================ #ifndef LREC_H #define LREC_H #include "lib/free_flags.h" #include "containers/sllv.h" #include "containers/slls.h" #include "containers/hss.h" #include "containers/header_keeper.h" #define FIELD_QUOTED_ON_INPUT 0x02 struct _lrec_t; // forward reference typedef struct _lrec_t lrec_t; typedef void lrec_free_func_t(lrec_t* prec); // ---------------------------------------------------------------- typedef struct _lrece_t { char* key; char* value; // These indicate whether the key/value should be freed on lrec_free(). // Affirmative example: key/value is strdup of something. // Negative example: key/value are pointers into a line the memory // management of which is separately managed. // Another negative example: key/value is a string literal, e.g. "". char free_flags; char quote_flags; struct _lrece_t *pprev; struct _lrece_t *pnext; } lrece_t; struct _lrec_t { // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - int field_count; lrece_t* phead; lrece_t* ptail; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // See comments above free_flags. Used to track a mallocked pointer to be // freed at lrec_free(). // E.g. for NIDX, DKVP, and CSV formats (header handled separately in the // latter case). char* psingle_line; // For XTAB format. slls_t* pxtab_lines; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // Format-dependent virtual-function pointer: lrec_free_func_t* pfree_backing_func; }; // ---------------------------------------------------------------- lrec_t* lrec_unbacked_alloc(); lrec_t* lrec_dkvp_alloc(char* line); lrec_t* lrec_nidx_alloc(char* line); lrec_t* lrec_csvlite_alloc(char* data_line); lrec_t* lrec_csv_alloc(char* data_line); lrec_t* lrec_xtab_alloc(slls_t* pxtab_lines); void lrec_clear(lrec_t* prec); void lrec_free(lrec_t* prec); lrec_t* lrec_copy(lrec_t* pinrec); // The only difference between lrec_put and lrec_prepend is that the latter // adds to the end of the record, while the former adds to the beginning. // // For both, the key/value respectively will be freed by lrec_free if the // corresponding bits are set in the free_flags. // // * If a string literal or other non-allocated pointer (e.g. mmapped memory // from a file reader) is passed in, the free flag should not be set. // // * If dynamically allocated pointers are passed in, then either: // // o The respective free_flag(s) should be set and the caller should be sure // not to also free (else, there will be heap corruption due to // double-free), or // // o The respective free_flag(s) should not be set and the caller should // free the memory (else, there will be a memory leak). void lrec_put(lrec_t* prec, char* key, char* value, char free_flags); void lrec_put_ext(lrec_t* prec, char* key, char* value, char free_flags, char quote_flags); // Like lrec_put: if key is present, modify value. But if not, add new field at start of record, not at end. void lrec_prepend(lrec_t* prec, char* key, char* value, char free_flags); // Like lrec_put: if key is present, modify value. But if not, add new field after specified entry, not at end. // Returns a pointer to the added/modified node. lrece_t* lrec_put_after(lrec_t* prec, lrece_t* pd, char* key, char* value, char free_flags); char* lrec_get(lrec_t* prec, char* key); lrece_t* lrec_get_pair_by_position(lrec_t* prec, int position); // 1-up not 0-up char* lrec_get_key_by_position(lrec_t* prec, int position); // 1-up not 0-up char* lrec_get_value_by_position(lrec_t* prec, int position); // 1-up not 0-up // This returns a pointer to the lrec's free-flags so that the caller can do ownership-transfer // of about-to-be-removed key-value pairs. char* lrec_get_pff(lrec_t* prec, char* key, char** ppfree_flags); // This returns a pointer to the entry so the caller can update it directly without needing // to do another field-scan on subsequent lrec_put etc. This is a performance optimization; // it also allows mlr nest --explode to do explode-in-place rather than explode-at-end. char* lrec_get_ext(lrec_t* prec, char* key, lrece_t** ppentry); void lrec_remove(lrec_t* prec, char* key); void lrec_remove_by_position(lrec_t* prec, int position); // 1-up not 0-up void lrec_rename(lrec_t* prec, char* old_key, char* new_key, int new_needs_freeing); void lrec_rename_at_position(lrec_t* prec, int position, char* new_key, int new_needs_freeing); // 1-up not 0-up void lrec_move_to_head(lrec_t* prec, char* key); void lrec_move_to_tail(lrec_t* prec, char* key); // Renames the first n fields where n is the length of pnames. // The hash-set argument is for efficient dedupe. // Assumes as a precondition that pnames_as_list has no duplicates. // If the new labels include any field names existing later on in the record, those are unset. // For example, input record "a=1,b=2,c=3,d=4,e=5" with labels "d,x,f" results in output record "d=1,x=2,f=3,e=5". void lrec_label(lrec_t* prec, slls_t* pnames_as_list, hss_t* pnames_as_set); void lrece_update_value(lrece_t* pe, char* new_value, int new_needs_freeing); // For lrec-internal use: void lrec_unlink(lrec_t* prec, lrece_t* pe); // May be used for removing fields from a record while iterating over it: void lrec_unlink_and_free(lrec_t* prec, lrece_t* pe); void lrec_print(lrec_t* prec); void lrec_dump(lrec_t* prec); void lrec_dump_fp(lrec_t* prec, FILE* fp); void lrec_dump_titled(char* msg, lrec_t* prec); void lrec_pointer_dump(lrec_t* prec); // The caller should free the return value char* lrec_sprint(lrec_t* prec, char* ors, char* ofs, char* ops); // NIDX data are keyed by one-up field index which is not explicitly contained // in the file, e.g. line "a b c" splits to an lrec with "{"1" => "a", "2" => // "b", "3" => "c"}. This function creates the keys, avoiding redundant memory // allocation for most-used keys such as "1", "2", ... up to 100 or so. In case // of large idx, free_flags & FREE_ENTRY_KEY will indicate that the key // was dynamically allocated. char* low_int_to_string(int idx, char* pfree_flags); // For unit-test. lrec_t* lrec_literal_1(char* k1, char* v1); lrec_t* lrec_literal_2(char* k1, char* v1, char* k2, char* v2); lrec_t* lrec_literal_3(char* k1, char* v1, char* k2, char* v2, char* k3, char* v3); lrec_t* lrec_literal_4(char* k1, char* v1, char* k2, char* v2, char* k3, char* v3, char* k4, char* v4); #endif // LREC_H miller-5.6.2/c/containers/mixutil.c000066400000000000000000000131271354153536500172540ustar00rootroot00000000000000#include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "containers/mixutil.h" // ---------------------------------------------------------------- // Makes a list with values pointing to the lrec's keys. slls_free() will // respect that and not corrupt the lrec. However, the slls values will be // invalid after the lrec is freed. slls_t* mlr_reference_keys_from_record(lrec_t* prec) { slls_t* plist = slls_alloc(); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { slls_append_no_free(plist, pe->key); } return plist; } slls_t* mlr_copy_keys_from_record(lrec_t* prec) { slls_t* plist = slls_alloc(); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { slls_append_with_free(plist, mlr_strdup_or_die(pe->key)); } return plist; } slls_t* mlr_reference_values_from_record(lrec_t* prec) { slls_t* plist = slls_alloc(); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { slls_append_no_free(plist, pe->value); } return plist; } slls_t* mlr_reference_keys_from_record_except(lrec_t* prec, lrece_t* px) { slls_t* plist = slls_alloc(); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { if (pe != px) slls_append_no_free(plist, pe->key); } return plist; } slls_t* mlr_reference_values_from_record_except(lrec_t* prec, lrece_t* px) { slls_t* plist = slls_alloc(); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { if (pe != px) slls_append_no_free(plist, pe->value); } return plist; } // ---------------------------------------------------------------- // Makes a list with values pointing into the lrec's values. slls_free() will // respect that and not corrupt the lrec. However, the slls values will be // invalid after the lrec is freed. slls_t* mlr_reference_selected_values_from_record(lrec_t* prec, slls_t* pselected_field_names) { slls_t* pvalue_list = slls_alloc(); for (sllse_t* pe = pselected_field_names->phead; pe != NULL; pe = pe->pnext) { char* selected_field_name = pe->value; char* value = lrec_get(prec, selected_field_name); if (value == NULL) { slls_free(pvalue_list); return NULL; } else { slls_append_no_free(pvalue_list, value); } } return pvalue_list; } // Makes an array with values pointing into the lrec's values. // string_array_free() will respect that and not corrupt the lrec. However, // the array's values will be invalid after the lrec is freed. void mlr_reference_values_from_record_into_string_array(lrec_t* prec, string_array_t* pselected_field_names, string_array_t* pvalues) { MLR_INTERNAL_CODING_ERROR_IF(pselected_field_names->length != pvalues->length); pvalues->strings_need_freeing = FALSE; for (int i = 0; i < pselected_field_names->length; i++) { char* selected_field_name = pselected_field_names->strings[i]; if (selected_field_name == NULL) { pvalues->strings[i] = NULL; } else { pvalues->strings[i] = lrec_get(prec, selected_field_name); } } } int record_has_all_keys(lrec_t* prec, slls_t* pselected_field_names) { for (sllse_t* pe = pselected_field_names->phead; pe != NULL; pe = pe->pnext) { char* selected_field_name = pe->value; char* value = lrec_get(prec, selected_field_name); if (value == NULL) return FALSE; } return TRUE; } // ---------------------------------------------------------------- lhmss_t* mlr_reference_key_value_pairs_from_regex_names(lrec_t* prec, regex_t* pregexes, int num_regexes, int invert_matches) { lhmss_t* pmap = lhmss_alloc(); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { int matches_any = FALSE; for (int i = 0; i < num_regexes; i++) { regex_t* pregex = &pregexes[i]; if (regmatch_or_die(pregex, pe->key, 0, NULL)) { matches_any = TRUE; break; } } if (matches_any ^ invert_matches) { lhmss_put(pmap, pe->key, pe->value, NO_FREE); } } return pmap; } // ---------------------------------------------------------------- hss_t* hss_from_slls(slls_t* plist) { hss_t* pset = hss_alloc(); for (sllse_t* pe = plist->phead; pe != NULL; pe = pe->pnext) hss_add(pset, pe->value); return pset; } // ---------------------------------------------------------------- void lrec_print_list(sllv_t* plist) { for (sllve_t* pe = plist->phead; pe != NULL; pe = pe->pnext) { lrec_print(pe->pvvalue); } } void lrec_print_list_with_prefix(sllv_t* plist, char* prefix) { if (plist == NULL) { printf("%s NULL", prefix); } else { for (sllve_t* pe = plist->phead; pe != NULL; pe = pe->pnext) { printf("%s", prefix); lrec_print(pe->pvvalue); } } } // ---------------------------------------------------------------- int slls_lrec_compare_lexically( slls_t* plist, lrec_t* prec, slls_t* pkeys) { sllse_t* pe = plist->phead; sllse_t* pf = pkeys->phead; while (TRUE) { if (pe == NULL && pf == NULL) return 0; if (pe == NULL) return 1; if (pf == NULL) return -1; char* precval = lrec_get(prec, pf->value); if (precval == NULL) { return -1; } else { int rc = strcmp(pe->value, precval); if (rc != 0) return rc; } pe = pe->pnext; pf = pf->pnext; } } // ---------------------------------------------------------------- int lrec_slls_compare_lexically( lrec_t* prec, slls_t* pkeys, slls_t* plist) { return -slls_lrec_compare_lexically(plist, prec, pkeys); } // ---------------------------------------------------------------- int lrec_keys_equal_list( lrec_t* prec, slls_t* plist) { lrece_t* pe = prec->phead; sllse_t* pf = plist->phead; while (TRUE) { if (pe == NULL && pf == NULL) return TRUE; if (pe == NULL || pf == NULL) return FALSE; if (!streq(pe->key, pf->value)) return FALSE; pe = pe->pnext; pf = pf->pnext; } } miller-5.6.2/c/containers/mixutil.h000066400000000000000000000045301354153536500172570ustar00rootroot00000000000000// ================================================================ // Functions involving more than one container type // ================================================================ #ifndef MIXUTIL_H #define MIXUTIL_H #include "containers/lrec.h" #include "containers/slls.h" #include "containers/hss.h" #include "containers/lhmss.h" #include "lib/string_array.h" #include "lib/mlrregex.h" // Makes a list with values pointing to the lrec's keys. slls_free() will respect that and not corrupt the lrec. // However, the slls values will be invalid after the lrec is freed. slls_t* mlr_reference_keys_from_record(lrec_t* prec); // Makes a list with values pointing to the lrec's values. slls_free() will respect that and not corrupt the lrec. // However, the slls values will be invalid after the lrec is freed. slls_t* mlr_reference_values_from_record(lrec_t* prec); slls_t* mlr_reference_keys_from_record_except(lrec_t* prec, lrece_t* px); slls_t* mlr_reference_values_from_record_except(lrec_t* prec, lrece_t* px); // Copies data; no referencing concerns. slls_t* mlr_copy_keys_from_record(lrec_t* prec); // Makes a list with values pointing into the lrec's values. slls_free() will // respect that and not corrupt the lrec. However, the slls values will be // invalid after the lrec is freed. slls_t* mlr_reference_selected_values_from_record(lrec_t* prec, slls_t* pselected_field_names); void mlr_reference_values_from_record_into_string_array(lrec_t* prec, string_array_t* pselected_field_names, string_array_t* pvalues); int record_has_all_keys(lrec_t* prec, slls_t* pselected_field_names); lhmss_t* mlr_reference_key_value_pairs_from_regex_names(lrec_t* prec, regex_t* pregexes, int num_regexes, int invert_matches); // Copies data; no referencing concerns. hss_t* hss_from_slls(slls_t* plist); // Prints a list of lrecs using lrec_print. void lrec_print_list(sllv_t* plist); void lrec_print_list_with_prefix(sllv_t* plist, char* prefix); // Same as // slls_t* prec_values = mlr_reference_selected_values_from_record(prec, pkeys); // return slls_compare_lexically(plist, prec_values); // but without the unnecessary copy. int slls_lrec_compare_lexically( slls_t* plist, lrec_t* prec, slls_t* pkeys); int lrec_slls_compare_lexically( lrec_t* prec, slls_t* pkeys, slls_t* plist); int lrec_keys_equal_list( lrec_t* prec, slls_t* plist); #endif // MIXUTIL_H miller-5.6.2/c/containers/mlhmmv.c000066400000000000000000001566031354153536500170700ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) multi-level hash map, with linear probing for collisions. // All keys, and terminal-level values, are mlrvals. // // Notes: // * null key is not supported. // * null value is not supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/mlhmmv.h" #include "lib/mvfuncs.h" // ================================================================ // Allow compile-time override, e.g using gcc -D. #ifndef LOAD_FACTOR #define LOAD_FACTOR 0.7 #endif #ifndef ENLARGEMENT_FACTOR #define ENLARGEMENT_FACTOR 2 #endif #define OCCUPIED 0xa4 #define DELETED 0xb8 #define EMPTY 0xce // ================================================================ static int mlhmmv_hash_func(mv_t* plevel_key); static void json_decimal_print (FILE* ostream, char* s, double parsed); static void json_print_string_escaped(FILE* ostream, char* s); // ---------------------------------------------------------------- static void mlhmmv_level_init(mlhmmv_level_t *plevel, int length); // ---------------------------------------------------------------- static int mlhmmv_level_find_index_for_key(mlhmmv_level_t* plevel, mv_t* plevel_key, int* pideal_index); static mlhmmv_level_entry_t* mlhmmv_level_look_up_and_ref_entry( mlhmmv_level_t* plevel, sllmve_t* prestkeys, int* perror); static mlhmmv_level_entry_t* mlhmmv_level_get_next_level_entry(mlhmmv_level_t* plevel, mv_t* plevel_key, int* pindex); static mlhmmv_xvalue_t* mlhmmv_level_get_next_level_xvalue(mlhmmv_level_t* plevel, mv_t* plevel_key); static mlhmmv_level_t* mlhmmv_level_ref_or_create(mlhmmv_level_t* plevel, sllmve_t* prest_keys); static mlhmmv_level_t* mlhmmv_level_get_or_create_no_enlarge(mlhmmv_level_t* plevel, sllmve_t* prest_keys); static void mlhmmv_level_enlarge(mlhmmv_level_t* plevel); static void mlhmmv_level_move(mlhmmv_level_t* plevel, mv_t* plevel_key, mlhmmv_xvalue_t* plevel_value); static void mlhmmv_level_put_xvalue_no_enlarge(mlhmmv_level_t* plevel, sllmve_t* prest_keys, mlhmmv_xvalue_t* pvalue); static void mlhmmv_level_put_terminal_no_enlarge(mlhmmv_level_t* plevel, sllmve_t* prest_keys, mv_t* pterminal_value); static void mlhmmv_level_to_lrecs_across_records( mlhmmv_level_t* plevel, char* prefix, sllmve_t* prestnames, lrec_t* ptemplate, sllv_t* poutrecs, int do_full_prefixing, char* flatten_separator); static void mlhmmv_level_to_lrec_within_record( mlhmmv_level_t* plevel, char* prefix, lrec_t* poutrec, int do_full_prefixing, char* flatten_separator); static void mlhhmv_levels_to_lrecs_lashed_across_records( mlhmmv_level_t** plevels, char** prefixes, int num_levels, sllmve_t* prestnames, lrec_t* ptemplate, sllv_t* poutrecs, int do_full_prefixing, char* flatten_separator); static void mlhhmv_levels_to_lrecs_lashed_within_records( mlhmmv_level_t** pplevels, char** prefixes, int num_levels, lrec_t* poutrec, int do_full_prefixing, char* flatten_separator); static void mlhmmv_level_print_single_line(mlhmmv_level_t* plevel, int depth, int do_final_comma, int quote_keys_always, int quote_values_always, FILE* ostream); // ---------------------------------------------------------------- static void mlhmmv_root_put_xvalue(mlhmmv_root_t* pmap, sllmv_t* pmvkeys, mlhmmv_xvalue_t* pvalue); // ================================================================ typedef int mlhmmv_typed_hash_func(mv_t* pa); static int mlhmmv_string_hash_func(mv_t* pa) { return mlr_string_hash_func(pa->u.strv); } static int mlhmmv_int_hash_func(mv_t* pa) { return pa->u.intv; } static int mlhmmv_other_hash_func(mv_t* pa) { fprintf(stderr, "%s: map keys must be of type %s or %s; got %s.\n", MLR_GLOBALS.bargv0, mt_describe_type(MT_STRING), mt_describe_type(MT_INT), mt_describe_type(pa->type)); exit(1); } static mlhmmv_typed_hash_func* mlhmmv_hash_func_dispositions[MT_DIM] = { /*ERROR*/ mlhmmv_other_hash_func, /*ABSENT*/ mlhmmv_other_hash_func, /*EMPTY*/ mlhmmv_other_hash_func, /*STRING*/ mlhmmv_string_hash_func, /*INT*/ mlhmmv_int_hash_func, /*FLOAT*/ mlhmmv_other_hash_func, /*BOOL*/ mlhmmv_other_hash_func, }; static int mlhmmv_hash_func(mv_t* pa) { return mlhmmv_hash_func_dispositions[pa->type](pa); } // ================================================================ void mlhmmv_print_terminal(mv_t* pmv, int quote_keys_always, int quote_values_always, FILE* ostream) { char* level_value_string = mv_alloc_format_val(pmv); if (quote_values_always) { json_print_string_escaped(ostream, level_value_string); } else if (pmv->type == MT_STRING) { double parsed; if (mlr_try_float_from_string(level_value_string, &parsed)) { json_decimal_print(ostream, level_value_string, parsed); } else if (streq(level_value_string, "true") || streq(level_value_string, "false")) { fprintf(ostream, "%s", level_value_string); } else { json_print_string_escaped(ostream, level_value_string); } } else { fprintf(ostream, "%s", level_value_string); } free(level_value_string); } // 0.123 is valid JSON; .123 is not. Meanwhile Miller is a format-converter tool // so if there is perfectly legitimate CSV/DKVP/etc. data to be JSON-formatted, // we make it JSON-compliant. // // Precondition: the caller has already checked that the string represents a number. static void json_decimal_print(FILE* ostream, char* s, double parsed) { if (s[0] == '.') { fprintf(ostream, "0%s", s); } else if (s[0] == '-' && s[1] == '.') { fprintf(ostream, "-0.%s", &s[2]); } else { fprintf(ostream, "%s", s); } } static void json_print_string_escaped(FILE* ostream, char* s) { fputc('"', ostream); for (char* p = s; *p; p++) { char c = *p; switch (c) { case '"': fputc('\\', ostream); fputc('"', ostream); break; case '\\': fputc('\\', ostream); fputc('\\', ostream); break; case '\n': fputc('\\', ostream); fputc('n', ostream); break; case '\r': fputc('\\', ostream); fputc('r', ostream); break; case '\t': fputc('\\', ostream); fputc('t', ostream); break; case '\b': fputc('\\', ostream); fputc('b', ostream); break; case '\f': fputc('\\', ostream); fputc('f', ostream); break; default: fputc(c, ostream); break; } } fputc('"', ostream); } // ================================================================ mlhmmv_xvalue_t mlhmmv_xvalue_alloc_empty_map() { mlhmmv_xvalue_t xval = (mlhmmv_xvalue_t) { .is_terminal = FALSE, .terminal_mlrval= mv_absent(), .pnext_level = mlhmmv_level_alloc() }; return xval; } // ---------------------------------------------------------------- void mlhmmv_xvalue_reset(mlhmmv_xvalue_t* pxvalue) { pxvalue->is_terminal = TRUE; pxvalue->terminal_mlrval = mv_absent(); pxvalue->pnext_level = NULL; } // ---------------------------------------------------------------- mlhmmv_xvalue_t mlhmmv_xvalue_copy(mlhmmv_xvalue_t* pvalue) { if (pvalue->is_terminal) { return (mlhmmv_xvalue_t) { .is_terminal = TRUE, .terminal_mlrval = mv_copy(&pvalue->terminal_mlrval), .pnext_level = NULL, }; } else { mlhmmv_level_t* psrc_level = pvalue->pnext_level; mlhmmv_level_t* pdst_level = mlr_malloc_or_die(sizeof(mlhmmv_level_t)); mlhmmv_level_init(pdst_level, MLHMMV_INITIAL_ARRAY_LENGTH); for ( mlhmmv_level_entry_t* psubentry = psrc_level->phead; psubentry != NULL; psubentry = psubentry->pnext) { mlhmmv_xvalue_t next_value = mlhmmv_xvalue_copy(&psubentry->level_xvalue); mlhmmv_level_put_xvalue_singly_keyed(pdst_level, &psubentry->level_key, &next_value); } return (mlhmmv_xvalue_t) { .is_terminal = FALSE, .terminal_mlrval = mv_absent(), .pnext_level = pdst_level, }; } } // ---------------------------------------------------------------- void mlhmmv_xvalue_free(mlhmmv_xvalue_t* pxvalue) { if (pxvalue->is_terminal) { mv_free(&pxvalue->terminal_mlrval); } else if (pxvalue->pnext_level != NULL) { mlhmmv_level_free(pxvalue->pnext_level); pxvalue->pnext_level = NULL; } } // ---------------------------------------------------------------- char* mlhmmv_xvalue_describe_type_simple(mlhmmv_xvalue_t* pxvalue) { if (pxvalue->is_terminal) { return mt_describe_type_simple(pxvalue->terminal_mlrval.type); } else { return "map"; } } sllv_t* mlhmmv_xvalue_copy_keys_indexed(mlhmmv_xvalue_t* pmvalue, sllmv_t* pmvkeys) { // xxx code dedupe int error; if (pmvkeys == NULL || pmvkeys->length == 0) { return mlhmmv_xvalue_copy_keys_nonindexed(pmvalue); } else if (pmvalue->is_terminal) { // xxx copy this check up to oosvar case too return sllv_alloc(); } else { mlhmmv_level_entry_t* pfromentry = mlhmmv_level_look_up_and_ref_entry(pmvalue->pnext_level, pmvkeys->phead, &error); if (pfromentry != NULL) { return mlhmmv_xvalue_copy_keys_nonindexed(&pfromentry->level_xvalue); } else { return sllv_alloc(); } } } sllv_t* mlhmmv_xvalue_copy_keys_nonindexed(mlhmmv_xvalue_t* pvalue) { sllv_t* pkeys = sllv_alloc(); if (!pvalue->is_terminal) { mlhmmv_level_t* pnext_level = pvalue->pnext_level; for (mlhmmv_level_entry_t* pe = pnext_level->phead; pe != NULL; pe = pe->pnext) { mv_t* p = mv_alloc_copy(&pe->level_key); sllv_append(pkeys, p); } } return pkeys; } // ---------------------------------------------------------------- void mlhmmv_xvalues_to_lrecs_lashed(mlhmmv_xvalue_t** ptop_values, int num_submaps, mv_t* pbasenames, sllmv_t* pnames, sllv_t* poutrecs, int do_full_prefixing, char* flatten_separator) { // First is primary and rest are lashed to it (lookups with same keys as primary). if (ptop_values[0] == NULL) { // No such entry in the mlhmmv results in no output records } else if (ptop_values[0]->is_terminal && mv_is_present(&ptop_values[0]->terminal_mlrval)) { lrec_t* poutrec = lrec_unbacked_alloc(); for (int i = 0; i < num_submaps; i++) { // E.g. '@v = 3' at the top level of the mlhmmv. if (ptop_values[i]->is_terminal && mv_is_present(&ptop_values[i]->terminal_mlrval)) { lrec_put(poutrec, mv_alloc_format_val(&pbasenames[i]), mv_alloc_format_val(&ptop_values[i]->terminal_mlrval), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } } sllv_append(poutrecs, poutrec); } else { // E.g. '@v = {...}' at the top level of the map, where the map is an oosvar // submap keyed by oosvar-name 'v', or a localvar value, or a map literal. This // needs to be flattened down to an lrec which is a list of key-value pairs. We // recursively invoke mlhhmv_levels_to_lrecs_lashed_across_records for each of the // name-list entries, one map level deeper each call, then from there invoke // mlhhmv_levels_to_lrecs_lashed_within_records on any remaining map levels. lrec_t* ptemplate = lrec_unbacked_alloc(); mlhmmv_level_t** ppnext_levels = mlr_malloc_or_die(num_submaps * sizeof(mlhmmv_level_t*)); char** oosvar_names = mlr_malloc_or_die(num_submaps * sizeof(char*)); for (int i = 0; i < num_submaps; i++) { if (ptop_values[i] == NULL || ptop_values[i]->is_terminal) { ppnext_levels[i] = NULL; oosvar_names[i] = NULL; } else { ppnext_levels[i] = ptop_values[i]->pnext_level; oosvar_names[i] = mv_alloc_format_val(&pbasenames[i]); } } mlhhmv_levels_to_lrecs_lashed_across_records(ppnext_levels, oosvar_names, num_submaps, pnames->phead, ptemplate, poutrecs, do_full_prefixing, flatten_separator); for (int i = 0; i < num_submaps; i++) { free(oosvar_names[i]); } free(oosvar_names); free(ppnext_levels); lrec_free(ptemplate); } } // ================================================================ mlhmmv_level_t* mlhmmv_level_alloc() { mlhmmv_level_t* plevel = mlr_malloc_or_die(sizeof(mlhmmv_level_t)); mlhmmv_level_init(plevel, MLHMMV_INITIAL_ARRAY_LENGTH); return plevel; } // ---------------------------------------------------------------- static void mlhmmv_level_init(mlhmmv_level_t *plevel, int length) { plevel->num_occupied = 0; plevel->num_freed = 0; plevel->array_length = length; plevel->entries = (mlhmmv_level_entry_t*)mlr_malloc_or_die(sizeof(mlhmmv_level_entry_t) * length); // Don't do mlhmmv_level_entry_clear() of all entries at init time, since this has a // drastic effect on the time needed to construct an empty map (and miller // constructs an awful lot of those). The attributes there are don't-cares // if the corresponding entry state is EMPTY. They are set on put, and // mutated on remove. plevel->states = (mlhmmv_level_entry_state_t*)mlr_malloc_or_die(sizeof(mlhmmv_level_entry_state_t) * length); memset(plevel->states, EMPTY, length); plevel->phead = NULL; plevel->ptail = NULL; } // ---------------------------------------------------------------- void mlhmmv_level_free(mlhmmv_level_t* plevel) { for (mlhmmv_level_entry_t* pentry = plevel->phead; pentry != NULL; pentry = pentry->pnext) { mv_free(&pentry->level_key); if (pentry->level_xvalue.is_terminal) { mv_free(&pentry->level_xvalue.terminal_mlrval); } else { mlhmmv_level_free(pentry->level_xvalue.pnext_level); } } free(plevel->entries); free(plevel->states); plevel->entries = NULL; plevel->num_occupied = 0; plevel->num_freed = 0; plevel->array_length = 0; free(plevel); } // ---------------------------------------------------------------- void mlhmmv_level_clear(mlhmmv_level_t* plevel) { if (plevel->phead == NULL) return; for (mlhmmv_level_entry_t* pentry = plevel->phead; pentry != NULL; pentry = pentry->pnext) { if (pentry->level_xvalue.is_terminal) { mv_free(&pentry->level_xvalue.terminal_mlrval); } else { mlhmmv_level_free(pentry->level_xvalue.pnext_level); } mv_free(&pentry->level_key); } plevel->num_occupied = 0; plevel->num_freed = 0; plevel->phead = NULL; plevel->ptail = NULL; memset(plevel->states, EMPTY, plevel->array_length); } // ---------------------------------------------------------------- int mlhmmv_level_has_key(mlhmmv_level_t* plevel, mv_t* plevel_key) { int ideal_index = 0; int index = mlhmmv_level_find_index_for_key(plevel, plevel_key, &ideal_index); if (plevel->states[index] == OCCUPIED) return TRUE; else if (plevel->states[index] == EMPTY) return FALSE; else { fprintf(stderr, "%s: mlhmmv_level_find_index_for_key did not find end of chain\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- // Returns >=0 for where the key is *or* should go (end of chain). static int mlhmmv_level_find_index_for_key(mlhmmv_level_t* plevel, mv_t* plevel_key, int* pideal_index) { int hash = mlhmmv_hash_func(plevel_key); int index = mlr_canonical_mod(hash, plevel->array_length); *pideal_index = index; int num_tries = 0; while (TRUE) { mlhmmv_level_entry_t* pentry = &plevel->entries[index]; if (plevel->states[index] == OCCUPIED) { mv_t* ekey = &pentry->level_key; // Existing key found in chain. if (mv_equals_si(plevel_key, ekey)) return index; } else if (plevel->states[index] == EMPTY) { return index; } // If the current entry has been freed, i.e. previously occupied, // the sought index may be further down the chain. So we must // continue looking. if (++num_tries >= plevel->array_length) { fprintf(stderr, "%s: Coding error: table full even after enlargement.\n", MLR_GLOBALS.bargv0); exit(1); } // Linear probing. if (++index >= plevel->array_length) index = 0; } MLR_INTERNAL_CODING_ERROR(); return -1; // not reached } // ---------------------------------------------------------------- static mlhmmv_level_entry_t* mlhmmv_level_look_up_and_ref_entry(mlhmmv_level_t* plevel, sllmve_t* prestkeys, int* perror) { if (perror) *perror = MLHMMV_ERROR_NONE; if (prestkeys == NULL) { if (perror) *perror = MLHMMV_ERROR_KEYLIST_TOO_SHALLOW; return NULL; } mlhmmv_level_entry_t* plevel_entry = mlhmmv_level_get_next_level_entry(plevel, &prestkeys->value, NULL); while (prestkeys->pnext != NULL) { if (plevel_entry == NULL) { return NULL; } if (plevel_entry->level_xvalue.is_terminal) { if (perror) *perror = MLHMMV_ERROR_KEYLIST_TOO_DEEP; return NULL; } plevel = plevel_entry->level_xvalue.pnext_level; prestkeys = prestkeys->pnext; plevel_entry = mlhmmv_level_get_next_level_entry(plevel_entry->level_xvalue.pnext_level, &prestkeys->value, NULL); } return plevel_entry; } // ---------------------------------------------------------------- static mlhmmv_level_entry_t* mlhmmv_level_get_next_level_entry(mlhmmv_level_t* plevel, mv_t* plevel_key, int* pindex) { int ideal_index = 0; int index = mlhmmv_level_find_index_for_key(plevel, plevel_key, &ideal_index); mlhmmv_level_entry_t* pentry = &plevel->entries[index]; if (pindex != NULL) *pindex = index; if (plevel->states[index] == OCCUPIED) return pentry; else if (plevel->states[index] == EMPTY) return NULL; else { fprintf(stderr, "%s: mlhmmv_level_find_index_for_key did not find end of chain\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- static mlhmmv_xvalue_t* mlhmmv_level_get_next_level_xvalue(mlhmmv_level_t* plevel, mv_t* plevel_key) { if (plevel == NULL) return NULL; mlhmmv_level_entry_t* pentry = mlhmmv_level_get_next_level_entry(plevel, plevel_key, NULL); if (pentry == NULL) return NULL; else return &pentry->level_xvalue; } // ---------------------------------------------------------------- mv_t* mlhmmv_level_look_up_and_ref_terminal(mlhmmv_level_t* plevel, sllmv_t* pmvkeys, int* perror) { mlhmmv_level_entry_t* plevel_entry = mlhmmv_level_look_up_and_ref_entry(plevel, pmvkeys->phead, perror); if (plevel_entry == NULL) { return NULL; } if (!plevel_entry->level_xvalue.is_terminal) { *perror = MLHMMV_ERROR_KEYLIST_TOO_SHALLOW; return NULL; } return &plevel_entry->level_xvalue.terminal_mlrval; } // ---------------------------------------------------------------- mlhmmv_xvalue_t* mlhmmv_level_look_up_and_ref_xvalue(mlhmmv_level_t* pstart_level, sllmv_t* pmvkeys, int* perror) { *perror = MLHMMV_ERROR_NONE; sllmve_t* prest_keys = pmvkeys->phead; if (prest_keys == NULL) { *perror = MLHMMV_ERROR_KEYLIST_TOO_SHALLOW; return NULL; } mlhmmv_level_t* plevel = pstart_level; if (plevel == NULL) { return NULL; } mlhmmv_level_entry_t* plevel_entry = mlhmmv_level_get_next_level_entry(plevel, &prest_keys->value, NULL); while (prest_keys->pnext != NULL) { if (plevel_entry == NULL) { return NULL; } else { plevel = plevel_entry->level_xvalue.pnext_level; prest_keys = prest_keys->pnext; if (plevel == NULL) return NULL; plevel_entry = mlhmmv_level_get_next_level_entry(plevel, &prest_keys->value, NULL); } } if (plevel_entry == NULL) { *perror = MLHMMV_ERROR_KEYLIST_TOO_DEEP; return NULL; } return &plevel_entry->level_xvalue; } // ---------------------------------------------------------------- static mlhmmv_level_t* mlhmmv_level_ref_or_create(mlhmmv_level_t* plevel, sllmve_t* prest_keys) { if ((plevel->num_occupied + plevel->num_freed) >= (plevel->array_length * LOAD_FACTOR)) mlhmmv_level_enlarge(plevel); return mlhmmv_level_get_or_create_no_enlarge(plevel, prest_keys); } // ---------------------------------------------------------------- static mlhmmv_level_t* mlhmmv_level_get_or_create_no_enlarge(mlhmmv_level_t* plevel, sllmve_t* prest_keys) { mv_t* plevel_key = &prest_keys->value; int ideal_index = 0; int index = mlhmmv_level_find_index_for_key(plevel, plevel_key, &ideal_index); mlhmmv_level_entry_t* pentry = &plevel->entries[index]; if (plevel->states[index] == EMPTY) { // End of chain. plevel->states[index] = OCCUPIED; plevel->num_occupied++; pentry->ideal_index = ideal_index; pentry->level_key = mv_copy(plevel_key); pentry->level_xvalue.is_terminal = FALSE; pentry->level_xvalue.pnext_level = mlhmmv_level_alloc(); if (plevel->phead == NULL) { // First entry at this level pentry->pprev = NULL; pentry->pnext = NULL; plevel->phead = pentry; plevel->ptail = pentry; } else { // Subsequent entry at this level pentry->pprev = plevel->ptail; pentry->pnext = NULL; plevel->ptail->pnext = pentry; plevel->ptail = pentry; } if (prest_keys->pnext != NULL) { // RECURSE return mlhmmv_level_ref_or_create(pentry->level_xvalue.pnext_level, prest_keys->pnext); } else { return pentry->level_xvalue.pnext_level; } } else if (plevel->states[index] == OCCUPIED) { // Existing key found in chain if (pentry->level_xvalue.is_terminal) { mv_free(&pentry->level_xvalue.terminal_mlrval); pentry->level_xvalue.is_terminal = FALSE; pentry->level_xvalue.pnext_level = mlhmmv_level_alloc(); } if (prest_keys->pnext == NULL) { return pentry->level_xvalue.pnext_level; } else { // RECURSE return mlhmmv_level_ref_or_create(pentry->level_xvalue.pnext_level, prest_keys->pnext); } } else { fprintf(stderr, "%s: mlhmmv_level_find_index_for_key did not find end of chain\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- mlhmmv_level_t* mlhmmv_level_put_empty_map(mlhmmv_level_t* plevel, mv_t* pkey) { int error; mv_t absent = mv_absent(); sllmve_t e = { .value = *pkey, .free_flags = 0, .pnext = NULL }; mlhmmv_level_put_terminal(plevel, &e, &absent); // xxx optimize to avoid 2nd lookup sllmv_t s = { .phead = &e, .ptail = &e, .length = 1 }; mlhmmv_xvalue_t* pxval = mlhmmv_level_look_up_and_ref_xvalue(plevel, &s, &error); *pxval = mlhmmv_xvalue_alloc_empty_map(); return pxval->pnext_level; } // ---------------------------------------------------------------- static void mlhmmv_level_enlarge(mlhmmv_level_t* plevel) { mlhmmv_level_entry_t* old_entries = plevel->entries; mlhmmv_level_entry_state_t* old_states = plevel->states; mlhmmv_level_entry_t* old_head = plevel->phead; mlhmmv_level_init(plevel, plevel->array_length*ENLARGEMENT_FACTOR); for (mlhmmv_level_entry_t* pentry = old_head; pentry != NULL; pentry = pentry->pnext) { mlhmmv_level_move(plevel, &pentry->level_key, &pentry->level_xvalue); } free(old_entries); free(old_states); } // ---------------------------------------------------------------- // This is done only on map-level enlargement. // Example: // * level = map["a"], rest_keys = [2, "c"] , terminal_value = 4. // rest_keys = ["e", "f"] , terminal_value = 7. // rest_keys = [6] , terminal_value = "g". // // which is to say for the purposes of this routine // // * level = map["a"], level_key = 2, level_xvalue = non-terminal ["c"] => terminal_value = 4. // level_key = "e", level_xvalue = non-terminal ["f"] => terminal_value = 7. // level_key = 6, level_xvalue = terminal_value = "g". static void mlhmmv_level_move(mlhmmv_level_t* plevel, mv_t* plevel_key, mlhmmv_xvalue_t* plevel_value) { int ideal_index = 0; int index = mlhmmv_level_find_index_for_key(plevel, plevel_key, &ideal_index); mlhmmv_level_entry_t* pentry = &plevel->entries[index]; if (plevel->states[index] == OCCUPIED) { // Existing key found in chain; put value. pentry->level_xvalue = *plevel_value; } else if (plevel->states[index] == EMPTY) { // End of chain. pentry->ideal_index = ideal_index; pentry->level_key = *plevel_key; // For the put API, we copy data passed in. But for internal enlarges, we just need to move pointers around. pentry->level_xvalue = *plevel_value; plevel->states[index] = OCCUPIED; if (plevel->phead == NULL) { pentry->pprev = NULL; pentry->pnext = NULL; plevel->phead = pentry; plevel->ptail = pentry; } else { pentry->pprev = plevel->ptail; pentry->pnext = NULL; plevel->ptail->pnext = pentry; plevel->ptail = pentry; } plevel->num_occupied++; } else { fprintf(stderr, "%s: mlhmmv_level_find_index_for_key did not find end of chain\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- void mlhmmv_level_put_xvalue(mlhmmv_level_t* plevel, sllmve_t* prest_keys, mlhmmv_xvalue_t* pvalue) { // xxx 'copy' into name if ((plevel->num_occupied + plevel->num_freed) >= (plevel->array_length * LOAD_FACTOR)) mlhmmv_level_enlarge(plevel); mlhmmv_level_put_xvalue_no_enlarge(plevel, prest_keys, pvalue); } void mlhmmv_level_put_xvalue_singly_keyed(mlhmmv_level_t* plevel, mv_t* pkey, mlhmmv_xvalue_t* pvalue) { sllmve_t e = { .value = *pkey, .free_flags = 0, .pnext = NULL }; mlhmmv_level_put_xvalue(plevel, &e, pvalue); } // ---------------------------------------------------------------- static void mlhmmv_level_put_xvalue_no_enlarge(mlhmmv_level_t* plevel, sllmve_t* prest_keys, mlhmmv_xvalue_t* pvalue) { mv_t* plevel_key = &prest_keys->value; int ideal_index = 0; int index = mlhmmv_level_find_index_for_key(plevel, plevel_key, &ideal_index); mlhmmv_level_entry_t* pentry = &plevel->entries[index]; if (plevel->states[index] == EMPTY) { // End of chain. pentry->ideal_index = ideal_index; pentry->level_key = mv_copy(plevel_key); // (xxx weird & needs explaining) key is copied ... if (prest_keys->pnext == NULL) { pentry->level_xvalue = *pvalue; // (xxx weird & needs explaining) ... but the value is not copied } else { pentry->level_xvalue.is_terminal = FALSE; pentry->level_xvalue.pnext_level = mlhmmv_level_alloc(); } plevel->states[index] = OCCUPIED; if (plevel->phead == NULL) { // First entry at this level pentry->pprev = NULL; pentry->pnext = NULL; plevel->phead = pentry; plevel->ptail = pentry; } else { // Subsequent entry at this level pentry->pprev = plevel->ptail; pentry->pnext = NULL; plevel->ptail->pnext = pentry; plevel->ptail = pentry; } plevel->num_occupied++; if (prest_keys->pnext != NULL) { // RECURSE mlhmmv_level_put_xvalue(pentry->level_xvalue.pnext_level, prest_keys->pnext, pvalue); } } else if (plevel->states[index] == OCCUPIED) { // Existing key found in chain if (prest_keys->pnext == NULL) { // Place the terminal at this level if (pentry->level_xvalue.is_terminal) { mv_free(&pentry->level_xvalue.terminal_mlrval); } else { mlhmmv_level_free(pentry->level_xvalue.pnext_level); } pentry->level_xvalue = *pvalue; } else { // The terminal will be placed at a deeper level if (pentry->level_xvalue.is_terminal) { mv_free(&pentry->level_xvalue.terminal_mlrval); pentry->level_xvalue.is_terminal = FALSE; pentry->level_xvalue.pnext_level = mlhmmv_level_alloc(); } // RECURSE mlhmmv_level_put_xvalue(pentry->level_xvalue.pnext_level, prest_keys->pnext, pvalue); } } else { fprintf(stderr, "%s: mlhmmv_level_find_index_for_key did not find end of chain\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- // Example on recursive calls: // * level = map, rest_keys = ["a", 2, "c"] , terminal value = 4. // * level = map["a"], rest_keys = [2, "c"] , terminal value = 4. // * level = map["a"][2], rest_keys = ["c"] , terminal value = 4. void mlhmmv_level_put_terminal(mlhmmv_level_t* plevel, sllmve_t* prest_keys, mv_t* pterminal_value) { if ((plevel->num_occupied + plevel->num_freed) >= (plevel->array_length * LOAD_FACTOR)) mlhmmv_level_enlarge(plevel); mlhmmv_level_put_terminal_no_enlarge(plevel, prest_keys, pterminal_value); } void mlhmmv_level_put_terminal_singly_keyed(mlhmmv_level_t* plevel, mv_t* pkey, mv_t* pterminal_value) { sllmve_t e = { .value = *pkey, .free_flags = 0, .pnext = NULL }; mlhmmv_level_put_terminal(plevel, &e, pterminal_value); } // ---------------------------------------------------------------- static void mlhmmv_level_put_terminal_no_enlarge(mlhmmv_level_t* plevel, sllmve_t* prest_keys, mv_t* pterminal_value) { mv_t* plevel_key = &prest_keys->value; int ideal_index = 0; int index = mlhmmv_level_find_index_for_key(plevel, plevel_key, &ideal_index); mlhmmv_level_entry_t* pentry = &plevel->entries[index]; if (plevel->states[index] == EMPTY) { // End of chain. pentry->ideal_index = ideal_index; pentry->level_key = mv_copy(plevel_key); // <------------------------- copy key if (prest_keys->pnext == NULL) { pentry->level_xvalue.is_terminal = TRUE; pentry->level_xvalue.terminal_mlrval = mv_copy(pterminal_value); // <--------------- copy value } else { pentry->level_xvalue.is_terminal = FALSE; pentry->level_xvalue.pnext_level = mlhmmv_level_alloc(); } plevel->states[index] = OCCUPIED; if (plevel->phead == NULL) { // First entry at this level pentry->pprev = NULL; pentry->pnext = NULL; plevel->phead = pentry; plevel->ptail = pentry; } else { // Subsequent entry at this level pentry->pprev = plevel->ptail; pentry->pnext = NULL; plevel->ptail->pnext = pentry; plevel->ptail = pentry; } plevel->num_occupied++; if (prest_keys->pnext != NULL) { // RECURSE mlhmmv_level_put_terminal(pentry->level_xvalue.pnext_level, prest_keys->pnext, pterminal_value); } } else if (plevel->states[index] == OCCUPIED) { // Existing key found in chain if (prest_keys->pnext == NULL) { // Place the terminal at this level if (pentry->level_xvalue.is_terminal) { mv_free(&pentry->level_xvalue.terminal_mlrval); } else { mlhmmv_level_free(pentry->level_xvalue.pnext_level); } pentry->level_xvalue.is_terminal = TRUE; pentry->level_xvalue.terminal_mlrval = mv_copy(pterminal_value); // <--------------- copy value } else { // The terminal will be placed at a deeper level if (pentry->level_xvalue.is_terminal) { mv_free(&pentry->level_xvalue.terminal_mlrval); pentry->level_xvalue.is_terminal = FALSE; pentry->level_xvalue.pnext_level = mlhmmv_level_alloc(); } // RECURSE mlhmmv_level_put_terminal(pentry->level_xvalue.pnext_level, prest_keys->pnext, pterminal_value); } } else { fprintf(stderr, "%s: mlhmmv_level_find_index_for_key did not find end of chain\n", MLR_GLOBALS.bargv0); exit(1); } } // ---------------------------------------------------------------- void mlhmmv_level_to_lrecs(mlhmmv_level_t* plevel, sllmv_t* pkeys, sllmv_t* pnames, sllv_t* poutrecs, int do_full_prefixing, char* flatten_separator) { mv_t* pfirstkey = &pkeys->phead->value; mlhmmv_level_entry_t* ptop_entry = mlhmmv_level_look_up_and_ref_entry(plevel, pkeys->phead, NULL); if (ptop_entry == NULL) { // No such entry in the mlhmmv results in no output records } else if (ptop_entry->level_xvalue.is_terminal) { // E.g. '@v = 3' at the top level of the mlhmmv. lrec_t* poutrec = lrec_unbacked_alloc(); lrec_put(poutrec, mv_alloc_format_val(pfirstkey), mv_alloc_format_val(&ptop_entry->level_xvalue.terminal_mlrval), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); sllv_append(poutrecs, poutrec); } else { // E.g. '@v = {...}' at the top level of the mlhmmv: the map value keyed by oosvar-name 'v' is itself a hashmap. // This needs to be flattened down to an lrec which is a list of key-value pairs. We recursively invoke // mlhmmv_level_to_lrecs_across_records for each of the name-list entries, one map level deeper each call, then // from there invoke mlhmmv_level_to_lrec_within_record on any remaining map levels. lrec_t* ptemplate = lrec_unbacked_alloc(); char* oosvar_name = mv_alloc_format_val(pfirstkey); mlhmmv_level_to_lrecs_across_records(ptop_entry->level_xvalue.pnext_level, oosvar_name, pnames->phead, ptemplate, poutrecs, do_full_prefixing, flatten_separator); free(oosvar_name); lrec_free(ptemplate); } } // ---------------------------------------------------------------- static void mlhmmv_level_to_lrecs_across_records( mlhmmv_level_t* plevel, char* prefix, sllmve_t* prestnames, lrec_t* ptemplate, sllv_t* poutrecs, int do_full_prefixing, char* flatten_separator) { if (prestnames != NULL) { // If there is a namelist entry, pull it out to its own field on the output lrecs. for (mlhmmv_level_entry_t* pe = plevel->phead; pe != NULL; pe = pe->pnext) { mlhmmv_xvalue_t* plevel_value = &pe->level_xvalue; lrec_t* pnextrec = lrec_copy(ptemplate); lrec_put(pnextrec, mv_alloc_format_val(&prestnames->value), mv_alloc_format_val(&pe->level_key), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); if (plevel_value->is_terminal) { lrec_put(pnextrec, mlr_strdup_or_die(prefix), mv_alloc_format_val(&plevel_value->terminal_mlrval), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); sllv_append(poutrecs, pnextrec); } else { mlhmmv_level_to_lrecs_across_records(pe->level_xvalue.pnext_level, prefix, prestnames->pnext, pnextrec, poutrecs, do_full_prefixing, flatten_separator); lrec_free(pnextrec); } } } else { // If there are no more remaining namelist entries, flatten remaining map levels using the join separator // (default ":") and use them to create lrec values. lrec_t* pnextrec = lrec_copy(ptemplate); int emit = TRUE; for (mlhmmv_level_entry_t* pe = plevel->phead; pe != NULL; pe = pe->pnext) { mlhmmv_xvalue_t* plevel_value = &pe->level_xvalue; if (plevel_value->is_terminal) { char* temp = mv_alloc_format_val(&pe->level_key); char* next_prefix = do_full_prefixing ? mlr_paste_3_strings(prefix, flatten_separator, temp) : mlr_strdup_or_die(temp); free(temp); lrec_put(pnextrec, next_prefix, mv_alloc_format_val(&plevel_value->terminal_mlrval), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } else if (do_full_prefixing) { char* temp = mv_alloc_format_val(&pe->level_key); char* next_prefix = mlr_paste_3_strings(prefix, flatten_separator, temp); free(temp); mlhmmv_level_to_lrec_within_record(plevel_value->pnext_level, next_prefix, pnextrec, do_full_prefixing, flatten_separator); free(next_prefix); } else { mlhmmv_level_to_lrecs_across_records(pe->level_xvalue.pnext_level, prefix, NULL, pnextrec, poutrecs, do_full_prefixing, flatten_separator); emit = FALSE; } } if (emit) sllv_append(poutrecs, pnextrec); else lrec_free(pnextrec); } } // ---------------------------------------------------------------- static void mlhmmv_level_to_lrec_within_record( mlhmmv_level_t* plevel, char* prefix, lrec_t* poutrec, int do_full_prefixing, char* flatten_separator) { for (mlhmmv_level_entry_t* pe = plevel->phead; pe != NULL; pe = pe->pnext) { mlhmmv_xvalue_t* plevel_value = &pe->level_xvalue; char* temp = mv_alloc_format_val(&pe->level_key); char* next_prefix = do_full_prefixing ? mlr_paste_3_strings(prefix, flatten_separator, temp) : mlr_strdup_or_die(temp); free(temp); if (plevel_value->is_terminal) { lrec_put(poutrec, next_prefix, mv_alloc_format_val(&plevel_value->terminal_mlrval), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } else { mlhmmv_level_to_lrec_within_record(plevel_value->pnext_level, next_prefix, poutrec, do_full_prefixing, flatten_separator); free(next_prefix); } } } // ---------------------------------------------------------------- static void mlhhmv_levels_to_lrecs_lashed_across_records( mlhmmv_level_t** pplevels, char** prefixes, int num_levels, sllmve_t* prestnames, lrec_t* ptemplate, sllv_t* poutrecs, int do_full_prefixing, char* flatten_separator) { if (prestnames != NULL) { // If there is a namelist entry, pull it out to its own field on the output lrecs. // First is iterated over and the rest are lashed (lookups with same keys as primary). if (pplevels[0] != NULL) { for (mlhmmv_level_entry_t* pe = pplevels[0]->phead; pe != NULL; pe = pe->pnext) { mlhmmv_xvalue_t* pfirst_level_value = &pe->level_xvalue; lrec_t* pnextrec = lrec_copy(ptemplate); lrec_put(pnextrec, mv_alloc_format_val(&prestnames->value), mv_alloc_format_val(&pe->level_key), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); if (pfirst_level_value->is_terminal) { for (int i = 0; i < num_levels; i++) { mlhmmv_xvalue_t* plevel_value = mlhmmv_level_get_next_level_xvalue(pplevels[i], &pe->level_key); if (plevel_value != NULL && plevel_value->is_terminal) { lrec_put(pnextrec, mlr_strdup_or_die(prefixes[i]), mv_alloc_format_val(&plevel_value->terminal_mlrval), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } } sllv_append(poutrecs, pnextrec); } else { mlhmmv_level_t** ppnext_levels = mlr_malloc_or_die(num_levels * sizeof(mlhmmv_level_t*)); for (int i = 0; i < num_levels; i++) { mlhmmv_xvalue_t* plevel_value = mlhmmv_level_get_next_level_xvalue(pplevels[i], &pe->level_key); if (plevel_value == NULL || plevel_value->is_terminal) { ppnext_levels[i] = NULL; } else { ppnext_levels[i] = plevel_value->pnext_level; } } mlhhmv_levels_to_lrecs_lashed_across_records(ppnext_levels, prefixes, num_levels, prestnames->pnext, pnextrec, poutrecs, do_full_prefixing, flatten_separator); free(ppnext_levels); lrec_free(pnextrec); } } } } else if (pplevels[0] != NULL) { // If there are no more remaining namelist entries, flatten remaining map levels using the join separator // (default ":") and use them to create lrec values. lrec_t* pnextrec = lrec_copy(ptemplate); int emit = TRUE; for (mlhmmv_level_entry_t* pe = pplevels[0]->phead; pe != NULL; pe = pe->pnext) { if (pe->level_xvalue.is_terminal) { char* temp = mv_alloc_format_val(&pe->level_key); for (int i = 0; i < num_levels; i++) { mlhmmv_xvalue_t* plevel_value = mlhmmv_level_get_next_level_xvalue(pplevels[i], &pe->level_key); if (plevel_value != NULL && plevel_value->is_terminal) { char* name = do_full_prefixing ? mlr_paste_3_strings(prefixes[i], flatten_separator, temp) : mlr_strdup_or_die(temp); lrec_put(pnextrec, name, mv_alloc_format_val(&plevel_value->terminal_mlrval), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } } free(temp); } else if (do_full_prefixing) { char* temp = mv_alloc_format_val(&pe->level_key); mlhmmv_level_t** ppnext_levels = mlr_malloc_or_die(num_levels * sizeof(mlhmmv_level_t*)); char** next_prefixes = mlr_malloc_or_die(num_levels * sizeof(char*)); for (int i = 0; i < num_levels; i++) { mlhmmv_xvalue_t* plevel_value = mlhmmv_level_get_next_level_xvalue(pplevels[i], &pe->level_key); if (plevel_value != NULL && !plevel_value->is_terminal) { ppnext_levels[i] = plevel_value->pnext_level; next_prefixes[i] = mlr_paste_3_strings(prefixes[i], flatten_separator, temp); } else { ppnext_levels[i] = NULL; next_prefixes[i] = NULL; } } mlhhmv_levels_to_lrecs_lashed_within_records(ppnext_levels, next_prefixes, num_levels, pnextrec, do_full_prefixing, flatten_separator); for (int i = 0; i < num_levels; i++) { free(next_prefixes[i]); } free(next_prefixes); free(ppnext_levels); free(temp); } else { mlhmmv_level_t** ppnext_levels = mlr_malloc_or_die(num_levels * sizeof(mlhmmv_level_t*)); for (int i = 0; i < num_levels; i++) { mlhmmv_xvalue_t* plevel_value = mlhmmv_level_get_next_level_xvalue(pplevels[i], &pe->level_key); if (plevel_value->is_terminal) { ppnext_levels[i] = NULL; } else { ppnext_levels[i] = plevel_value->pnext_level; } } mlhhmv_levels_to_lrecs_lashed_across_records(ppnext_levels, prefixes, num_levels, NULL, pnextrec, poutrecs, do_full_prefixing, flatten_separator); free(ppnext_levels); emit = FALSE; } } if (emit) sllv_append(poutrecs, pnextrec); else lrec_free(pnextrec); } } // ---------------------------------------------------------------- static void mlhhmv_levels_to_lrecs_lashed_within_records( mlhmmv_level_t** pplevels, char** prefixes, int num_levels, lrec_t* poutrec, int do_full_prefixing, char* flatten_separator) { for (mlhmmv_level_entry_t* pe = pplevels[0]->phead; pe != NULL; pe = pe->pnext) { mlhmmv_xvalue_t* pfirst_level_value = &pe->level_xvalue; char* temp = mv_alloc_format_val(&pe->level_key); if (pfirst_level_value->is_terminal) { for (int i = 0; i < num_levels; i++) { mlhmmv_xvalue_t* plevel_value = mlhmmv_level_get_next_level_xvalue(pplevels[i], &pe->level_key); if (plevel_value != NULL && plevel_value->is_terminal) { char* name = do_full_prefixing ? mlr_paste_3_strings(prefixes[i], flatten_separator, temp) : mlr_strdup_or_die(temp); lrec_put(poutrec, name, mv_alloc_format_val(&plevel_value->terminal_mlrval), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } } } else { mlhmmv_level_t** ppnext_levels = mlr_malloc_or_die(num_levels * sizeof(mlhmmv_level_t*)); char** next_prefixes = mlr_malloc_or_die(num_levels * sizeof(char*)); for (int i = 0; i < num_levels; i++) { mlhmmv_xvalue_t* plevel_value = mlhmmv_level_get_next_level_xvalue(pplevels[i], &pe->level_key); if (plevel_value->is_terminal) { ppnext_levels[i] = NULL; next_prefixes[i] = NULL; } else { ppnext_levels[i] = plevel_value->pnext_level; next_prefixes[i] = do_full_prefixing ? mlr_paste_3_strings(prefixes[i], flatten_separator, temp) : mlr_strdup_or_die(temp); } } mlhhmv_levels_to_lrecs_lashed_within_records(ppnext_levels, next_prefixes, num_levels, poutrec, do_full_prefixing, flatten_separator); for (int i = 0; i < num_levels; i++) { free(next_prefixes[i]); } free(next_prefixes); free(ppnext_levels); } free(temp); } } // ---------------------------------------------------------------- void mlhmmv_level_print_stacked(mlhmmv_level_t* plevel, int depth, int do_final_comma, int quote_keys_always, int quote_values_always, char* line_indent, char* line_term, FILE* ostream) { if (plevel == NULL) { return; } static char* leader = " "; // Top-level opening brace goes on a line by itself; subsequents on the same line after the level key. if (depth == 0) fprintf(ostream, "%s{%s", line_indent, line_term); for (mlhmmv_level_entry_t* pentry = plevel->phead; pentry != NULL; pentry = pentry->pnext) { fprintf(ostream, "%s", line_indent); for (int i = 0; i <= depth; i++) fprintf(ostream, "%s", leader); char* level_key_string = mv_alloc_format_val(&pentry->level_key); if (quote_keys_always || mv_is_string_or_empty(&pentry->level_key)) { json_print_string_escaped(ostream, level_key_string); } else { fputs(level_key_string, ostream); } free(level_key_string); fprintf(ostream, ": "); if (pentry->level_xvalue.is_terminal) { mlhmmv_print_terminal(&pentry->level_xvalue.terminal_mlrval, quote_keys_always, quote_values_always, ostream); if (pentry->pnext != NULL) fprintf(ostream, ",%s", line_term); else fprintf(ostream, "%s", line_term); } else { fprintf(ostream, "%s{%s", line_indent, line_term); mlhmmv_level_print_stacked(pentry->level_xvalue.pnext_level, depth + 1, pentry->pnext != NULL, quote_keys_always, quote_values_always, line_indent, line_term, ostream); } } for (int i = 0; i < depth; i++) fprintf(ostream, "%s", leader); if (do_final_comma) fprintf(ostream, "%s},%s", line_indent, line_term); else fprintf(ostream, "%s}%s", line_indent, line_term); } // ---------------------------------------------------------------- static void mlhmmv_level_print_single_line(mlhmmv_level_t* plevel, int depth, int do_final_comma, int quote_keys_always, int quote_values_always, FILE* ostream) { // Top-level opening brace goes on a line by itself; subsequents on the same line after the level key. if (depth == 0) fprintf(ostream, "{ "); for (mlhmmv_level_entry_t* pentry = plevel->phead; pentry != NULL; pentry = pentry->pnext) { char* level_key_string = mv_alloc_format_val(&pentry->level_key); if (quote_keys_always || mv_is_string_or_empty(&pentry->level_key)) { json_print_string_escaped(ostream, level_key_string); } else { fputs(level_key_string, ostream); } free(level_key_string); fprintf(ostream, ": "); if (pentry->level_xvalue.is_terminal) { char* level_value_string = mv_alloc_format_val(&pentry->level_xvalue.terminal_mlrval); if (quote_values_always) { json_print_string_escaped(ostream,level_value_string); } else if (pentry->level_xvalue.terminal_mlrval.type == MT_STRING) { double parsed; if (mlr_try_float_from_string(level_value_string, &parsed)) { json_decimal_print(ostream, level_value_string, parsed); } else if (streq(level_value_string, "true") || streq(level_value_string, "false")) { fprintf(ostream, "%s", level_value_string); } else { json_print_string_escaped(ostream,level_value_string); } } else { fprintf(ostream, "%s", level_value_string); } free(level_value_string); if (pentry->pnext != NULL) fprintf(ostream, ", "); } else { fprintf(ostream, "{"); mlhmmv_level_print_single_line(pentry->level_xvalue.pnext_level, depth + 1, pentry->pnext != NULL, quote_keys_always, quote_values_always, ostream); } } if (do_final_comma) fprintf(ostream, " },"); else fprintf(ostream, " }"); } // ---------------------------------------------------------------- void mlhmmv_level_remove(mlhmmv_level_t* plevel, sllmve_t* prestkeys) { if (plevel == NULL) // nonesuch return; if (prestkeys == NULL) // restkeys too short return; int index = -1; mlhmmv_level_entry_t* pentry = mlhmmv_level_get_next_level_entry(plevel, &prestkeys->value, &index); if (pentry == NULL) return; if (prestkeys->pnext != NULL) { // Keep recursing until end of restkeys. if (pentry->level_xvalue.is_terminal) // restkeys too long return; mlhmmv_level_remove(pentry->level_xvalue.pnext_level, prestkeys->pnext); } else { // 1. Excise the node and its descendants from the storage tree if (plevel->states[index] != OCCUPIED) { fprintf(stderr, "%s: mlhmmv_root_remove: did not find end of chain.\n", MLR_GLOBALS.bargv0); exit(1); } mv_free(&pentry->level_key); pentry->ideal_index = -1; plevel->states[index] = DELETED; if (pentry == plevel->phead) { if (pentry == plevel->ptail) { plevel->phead = NULL; plevel->ptail = NULL; } else { plevel->phead = pentry->pnext; pentry->pnext->pprev = NULL; } } else if (pentry == plevel->ptail) { plevel->ptail = pentry->pprev; pentry->pprev->pnext = NULL; } else { pentry->pprev->pnext = pentry->pnext; pentry->pnext->pprev = pentry->pprev; } plevel->num_freed++; plevel->num_occupied--; // 2. Free the memory for the node and its descendants if (pentry->level_xvalue.is_terminal) { mv_free(&pentry->level_xvalue.terminal_mlrval); } else { mlhmmv_level_free(pentry->level_xvalue.pnext_level); } } } // ================================================================ mlhmmv_root_t* mlhmmv_root_alloc() { mlhmmv_root_t* pmap = mlr_malloc_or_die(sizeof(mlhmmv_root_t)); pmap->root_xvalue = mlhmmv_xvalue_alloc_empty_map(); return pmap; } // ---------------------------------------------------------------- void mlhmmv_root_free(mlhmmv_root_t* pmap) { if (pmap == NULL) return; mlhmmv_level_free(pmap->root_xvalue.pnext_level); free(pmap); } // ---------------------------------------------------------------- void mlhmmv_root_clear(mlhmmv_root_t* pmap) { mlhmmv_level_clear(pmap->root_xvalue.pnext_level); } // ---------------------------------------------------------------- mv_t* mlhmmv_root_look_up_and_ref_terminal(mlhmmv_root_t* pmap, sllmv_t* pmvkeys, int* perror) { mlhmmv_level_entry_t* plevel_entry = mlhmmv_level_look_up_and_ref_entry(pmap->root_xvalue.pnext_level, pmvkeys->phead, perror); if (plevel_entry == NULL) { return NULL; } if (!plevel_entry->level_xvalue.is_terminal) { *perror = MLHMMV_ERROR_KEYLIST_TOO_SHALLOW; return NULL; } return &plevel_entry->level_xvalue.terminal_mlrval; } // ---------------------------------------------------------------- // Example on recursive calls: // * level = map, rest_keys = ["a", 2, "c"] // * level = map["a"], rest_keys = [2, "c"] // * level = map["a"][2], rest_keys = ["c"] mlhmmv_level_t* mlhmmv_root_look_up_or_create_then_ref_level(mlhmmv_root_t* pmap, sllmv_t* pmvkeys) { return mlhmmv_level_ref_or_create(pmap->root_xvalue.pnext_level, pmvkeys->phead); } // ---------------------------------------------------------------- // Example: keys = ["a", 2, "c"] and value = 4. void mlhmmv_root_put_terminal(mlhmmv_root_t* pmap, sllmv_t* pmvkeys, mv_t* pterminal_value) { mlhmmv_level_put_terminal(pmap->root_xvalue.pnext_level, pmvkeys->phead, pterminal_value); } // ---------------------------------------------------------------- static void mlhmmv_root_put_xvalue(mlhmmv_root_t* pmap, sllmv_t* pmvkeys, mlhmmv_xvalue_t* pvalue) { mlhmmv_level_put_xvalue(pmap->root_xvalue.pnext_level, pmvkeys->phead, pvalue); } // ---------------------------------------------------------------- void mlhmmv_root_copy_submap(mlhmmv_root_t* pmap, sllmv_t* ptokeys, sllmv_t* pfromkeys) { int error = 0; mlhmmv_level_entry_t* pfromentry = mlhmmv_level_look_up_and_ref_entry(pmap->root_xvalue.pnext_level, pfromkeys->phead, &error); if (pfromentry != NULL) { mlhmmv_xvalue_t submap = mlhmmv_xvalue_copy(&pfromentry->level_xvalue); mlhmmv_root_put_xvalue(pmap, ptokeys, &submap); } } // ---------------------------------------------------------------- sllv_t* mlhmmv_root_copy_keys_from_submap(mlhmmv_root_t* pmap, sllmv_t* pmvkeys) { int error; if (pmvkeys->length == 0) { mlhmmv_xvalue_t root_value = (mlhmmv_xvalue_t) { .is_terminal = FALSE, .terminal_mlrval = mv_absent(), .pnext_level = pmap->root_xvalue.pnext_level, }; return mlhmmv_xvalue_copy_keys_nonindexed(&root_value); } else { mlhmmv_level_entry_t* pfromentry = mlhmmv_level_look_up_and_ref_entry( pmap->root_xvalue.pnext_level, pmvkeys->phead, &error); if (pfromentry != NULL) { return mlhmmv_xvalue_copy_keys_nonindexed(&pfromentry->level_xvalue); } else { return sllv_alloc(); } } } // ---------------------------------------------------------------- // Removes entries from a specified level downward, unsetting any maps which become empty as a result. For example, if // e.g. a=>b=>c=>4 and the c level is to be removed, then all up-nodes are emptied out & should be pruned. // * If restkeys too long (e.g. 'unset $a["b"]["c"]' with data "a":"b":3): do nothing. // * If restkeys just right: (e.g. 'unset $a["b"]' with data "a":"b":3) remove the terminal mlrval. // * If restkeys is too short: (e.g. 'unset $a["b"]' with data "a":"b":"c":4): remove the level and all below. void mlhmmv_root_remove(mlhmmv_root_t* pmap, sllmv_t* prestkeys) { if (prestkeys == NULL) { return; } else if (prestkeys->phead == NULL) { mlhmmv_level_free(pmap->root_xvalue.pnext_level); pmap->root_xvalue.pnext_level = mlhmmv_level_alloc(); return; } else { mlhmmv_level_remove(pmap->root_xvalue.pnext_level, prestkeys->phead); } } // ---------------------------------------------------------------- // For 'emit all' and 'emitp all'. void mlhmmv_root_all_to_lrecs(mlhmmv_root_t* pmap, sllmv_t* pnames, sllv_t* poutrecs, int do_full_prefixing, char* flatten_separator) { for (mlhmmv_level_entry_t* pentry = pmap->root_xvalue.pnext_level->phead; pentry != NULL; pentry = pentry->pnext) { sllmv_t* pkey = sllmv_single_no_free(&pentry->level_key); mlhmmv_root_partial_to_lrecs(pmap, pkey, pnames, poutrecs, do_full_prefixing, flatten_separator); sllmv_free(pkey); } } // ---------------------------------------------------------------- // For 'emit' and 'emitp': the latter has do_full_prefixing == TRUE. These allocate lrecs, appended to the poutrecs // list. // * pmap is the base-level oosvar multi-level hashmap. // * pkeys specify the level in the mlhmmv at which to produce data. // * pnames is used to pull subsequent-level keys out into separate fields. // * In case pnames isn't long enough to reach a terminal mlrval level in the mlhmmv, // do_full_prefixing specifies whether to concatenate nested mlhmmv keys into single lrec keys. // // Examples: // * pkeys reaches a terminal level: // // $ mlr --opprint put -q '@sum += $x; end { emit @sum }' ../data/small // sum // 4.536294 // * pkeys reaches terminal levels: // // $ mlr --opprint put -q '@sum[$a][$b] += $x; end { emit @sum, "a", "b" }' ../data/small // a b sum // pan pan 0.346790 // pan wye 0.502626 // eks pan 0.758680 // eks wye 0.381399 // eks zee 0.611784 // wye wye 0.204603 // wye pan 0.573289 // zee pan 0.527126 // zee wye 0.598554 // hat wye 0.031442 // * pkeys reaches non-terminal levels: non-prefixed: // // $ mlr --opprint put -q '@sum[$a][$b] += $x; end { emit @sum, "a" }' ../data/small // a pan wye // pan 0.346790 0.502626 // // a pan wye zee // eks 0.758680 0.381399 0.611784 // // a wye pan // wye 0.204603 0.573289 // // a pan wye // zee 0.527126 0.598554 // // a wye // hat 0.031442 // * pkeys reaches non-terminal levels: prefixed: // // $ mlr --opprint put -q '@sum[$a][$b] += $x; end { emitp @sum, "a" }' ../data/small // a sum:pan sum:wye // pan 0.346790 0.502626 // // a sum:pan sum:wye sum:zee // eks 0.758680 0.381399 0.611784 // // a sum:wye sum:pan // wye 0.204603 0.573289 // // a sum:pan sum:wye // zee 0.527126 0.598554 // // a sum:wye // hat 0.031442 void mlhmmv_root_partial_to_lrecs(mlhmmv_root_t* pmap, sllmv_t* pkeys, sllmv_t* pnames, sllv_t* poutrecs, int do_full_prefixing, char* flatten_separator) { // There should be at least the oosvar basename, e.g. '@a[b][c]' or '@a[b]' or '@a' but not '@'. MLR_INTERNAL_CODING_ERROR_IF(pkeys == NULL); MLR_INTERNAL_CODING_ERROR_IF(pkeys->phead == NULL); mlhmmv_level_to_lrecs(pmap->root_xvalue.pnext_level, pkeys, pnames, poutrecs, do_full_prefixing, flatten_separator); } // ---------------------------------------------------------------- // This is simply JSON. Example output: // { // "0": { // "fghij": { // "0": 17 // } // }, // "3": 4, // "abcde": { // "-6": 7 // } // } void mlhmmv_root_print_json_stacked(mlhmmv_root_t* pmap, int quote_keys_always, int quote_values_always, char* line_indent, char* line_term, FILE* ostream) { mlhmmv_level_print_stacked(pmap->root_xvalue.pnext_level, 0, FALSE, quote_keys_always, quote_values_always, line_indent, line_term, ostream); } // ---------------------------------------------------------------- void mlhmmv_root_print_json_single_lines(mlhmmv_root_t* pmap, int quote_keys_always, int quote_values_always, char* line_term, FILE* ostream) { mlhmmv_level_print_single_line(pmap->root_xvalue.pnext_level, 0, FALSE, quote_keys_always, quote_values_always, ostream); fprintf(ostream, "%s", line_term); } // Used for emit of localvars. Puts the xvalue in a single-key-value-pair map // keyed by the specified name. The xvalue is referenced, not copied. mlhmmv_root_t* mlhmmv_wrap_name_and_xvalue(mv_t* pname, mlhmmv_xvalue_t* pxval) { mlhmmv_root_t* pmap = mlhmmv_root_alloc(); mlhmmv_level_put_xvalue_singly_keyed(pmap->root_xvalue.pnext_level, pname, pxval); return pmap; } // Used for takedown of the temporary map returned by mlhmmv_wrap_name_and_xvalue. Since the xvalue there // is referenced, not copied, mlhmmv_xvalue_free would prematurely free the xvalue. This method releases // the xvalue so that the remaining, map-internal structures can be freed correctly. void mlhmmv_unwrap_name_and_xvalue(mlhmmv_root_t* pmap) { mlhmmv_level_t* plevel = pmap->root_xvalue.pnext_level; mlhmmv_level_entry_t* pentry = plevel->phead; mv_free(&pentry->level_key); plevel->phead = NULL; plevel->ptail = NULL; plevel->num_occupied = 0; mlhmmv_root_free(pmap); } miller-5.6.2/c/containers/mlhmmv.h000066400000000000000000000255221354153536500170700ustar00rootroot00000000000000// ================================================================ // Array-only (open addressing) multi-level hash map, with linear probing for collisions. // All keys, and terminal-level values, are mlrvals. All data passed into the put method // are copied; no pointers in this data structure reference anything external. // // Notes: // * null key is not supported. // * null value is not supported. // // See also: // * http://en.wikipedia.org/wiki/Hash_table // * http://docs.oracle.com/javase/6/docs/api/java/util/Map.html // ================================================================ #ifndef MLHMMV_H #define MLHMMV_H #include "lib/mlrval.h" #include "containers/sllmv.h" #include "containers/sllv.h" #include "containers/lrec.h" #define MLHMMV_ERROR_NONE 0x0000 #define MLHMMV_ERROR_KEYLIST_TOO_DEEP 0xdeef #define MLHMMV_ERROR_KEYLIST_TOO_SHALLOW 0x58a1 // This is made visible here in the API so the unit-tester can be sure to exercise the resize logic. #define MLHMMV_INITIAL_ARRAY_LENGTH 16 // ---------------------------------------------------------------- void mlhmmv_print_terminal(mv_t* pmv, int quote_keys_always, int quote_values_always, FILE* ostream); // ---------------------------------------------------------------- struct _mlhmmv_level_t; // forward reference // The 'x' is for extended: this can hold a scalar or a map. typedef struct _mlhmmv_xvalue_t { struct _mlhmmv_level_t* pnext_level; mv_t terminal_mlrval; char is_terminal; } mlhmmv_xvalue_t; void mlhmmv_xvalue_reset(mlhmmv_xvalue_t* pxvalue); mlhmmv_xvalue_t mlhmmv_xvalue_alloc_empty_map(); mlhmmv_xvalue_t mlhmmv_xvalue_copy(mlhmmv_xvalue_t* pxvalue); void mlhmmv_xvalue_free(mlhmmv_xvalue_t* pxvalue); char* mlhmmv_xvalue_describe_type_simple(mlhmmv_xvalue_t* pxvalue); static inline int mlhmmv_xvalue_is_absent_and_nonterminal(mlhmmv_xvalue_t* pxvalue) { return (pxvalue->is_terminal && mv_is_absent(&pxvalue->terminal_mlrval)); } static inline int mlhmmv_xvalue_is_present_and_nonterminal(mlhmmv_xvalue_t* pxvalue) { return (pxvalue->is_terminal && mv_is_present(&pxvalue->terminal_mlrval)); } // Used by for-loops over map-valued local variables sllv_t* mlhmmv_xvalue_copy_keys_indexed (mlhmmv_xvalue_t* pxvalue, sllmv_t* pmvkeys); sllv_t* mlhmmv_xvalue_copy_keys_nonindexed(mlhmmv_xvalue_t* pxvalue); void mlhmmv_xvalues_to_lrecs_lashed( mlhmmv_xvalue_t** ptop_values, int num_submaps, mv_t* pbasenames, sllmv_t* pnames, sllv_t* poutrecs, int do_full_prefixing, char* flatten_separator); // ---------------------------------------------------------------- typedef struct _mlhmmv_level_entry_t { int ideal_index; mv_t level_key; mlhmmv_xvalue_t level_xvalue; // terminal mlrval, or another hashmap struct _mlhmmv_level_entry_t *pprev; struct _mlhmmv_level_entry_t *pnext; } mlhmmv_level_entry_t; typedef unsigned char mlhmmv_level_entry_state_t; // Store a mlrval into the mlhmmv_xvalue without copying, implicitly transferring // ownership of the mlrval's free_flags. This means the mlrval will be freed // when the mlhmmv_xvalue is freed, so the caller should make a copy first if // necessary. // // This is a hot path for non-map local-variable assignments. static inline mlhmmv_xvalue_t mlhmmv_xvalue_wrap_terminal(mv_t val) { return (mlhmmv_xvalue_t) {.is_terminal = TRUE, .terminal_mlrval = val, .pnext_level = NULL}; } // ---------------------------------------------------------------- typedef struct _mlhmmv_level_t { int num_occupied; int num_freed; int array_length; mlhmmv_level_entry_t* entries; mlhmmv_level_entry_state_t* states; mlhmmv_level_entry_t* phead; mlhmmv_level_entry_t* ptail; } mlhmmv_level_t; mlhmmv_level_t* mlhmmv_level_alloc(); void mlhmmv_level_free(mlhmmv_level_t* plevel); void mlhmmv_level_clear(mlhmmv_level_t* plevel); void mlhmmv_level_remove(mlhmmv_level_t* plevel, sllmve_t* prestkeys); int mlhmmv_level_has_key(mlhmmv_level_t* plevel, mv_t* plevel_key); mv_t* mlhmmv_level_look_up_and_ref_terminal( mlhmmv_level_t* plevel, sllmv_t* pmvkeys, int* perror); mlhmmv_xvalue_t* mlhmmv_level_look_up_and_ref_xvalue( mlhmmv_level_t* plevel, sllmv_t* pmvkeys, int* perror); mlhmmv_level_t* mlhmmv_level_put_empty_map( mlhmmv_level_t* plevel, mv_t* pkey); void mlhmmv_level_put_xvalue( mlhmmv_level_t* plevel, sllmve_t* prest_keys, mlhmmv_xvalue_t* pvalue); void mlhmmv_level_put_xvalue_singly_keyed( mlhmmv_level_t* plevel, mv_t* pkey, mlhmmv_xvalue_t* pvalue); void mlhmmv_level_put_terminal( mlhmmv_level_t* plevel, sllmve_t* prest_keys, mv_t* pterminal_value); void mlhmmv_level_put_terminal_singly_keyed( mlhmmv_level_t* plevel, mv_t* pkey, mv_t* pterminal_value); void mlhmmv_level_to_lrecs( mlhmmv_level_t* plevel, sllmv_t* pkeys, sllmv_t* pnames, sllv_t* poutrecs, int do_full_prefixing, char* flatten_separator); void mlhmmv_level_print_stacked( mlhmmv_level_t* plevel, int depth, int do_final_comma, int quote_keys_always, int quote_values_always, char* line_indent, char* line_term, FILE* ostream); // ---------------------------------------------------------------- typedef struct _mlhmmv_root_t { mlhmmv_xvalue_t root_xvalue; } mlhmmv_root_t; mlhmmv_root_t* mlhmmv_root_alloc(); void mlhmmv_root_free(mlhmmv_root_t* pmap); void mlhmmv_root_clear(mlhmmv_root_t* pmap); // If the return value is non-null, error will be MLHMMV_ERROR_NONE. If the // return value is null, the error will be MLHMMV_ERROR_KEYLIST_TOO_DEEP or // MLHMMV_ERROR_KEYLIST_TOO_SHALLOW, or MLHMMV_ERROR_NONE if the keylist matches // map depth but the entry is not found. // // Note: this returns a pointer to the map's data, not to a copy. // The caller shouldn't free it, or modify it. mv_t* mlhmmv_root_look_up_and_ref_terminal(mlhmmv_root_t* pmap, sllmv_t* pmvkeys, int* perror); // These are an optimization for assignment from full srec, e.g. '@records[$key1][$key2] = $*'. // Using mlhmmv_root_look_up_or_create_then_ref_level, the CST logic can get or create the @records[$key1][$key2] // level of the mlhmmv, then copy values there. mlhmmv_level_t* mlhmmv_root_look_up_or_create_then_ref_level(mlhmmv_root_t* pmap, sllmv_t* pmvkeys); void mlhmmv_root_put_terminal(mlhmmv_root_t* pmap, sllmv_t* pmvkeys, mv_t* pterminal_value); // For for-loop-over-oosvar, wherein we need to copy the submap before iterating over it // (since the iteration may modify it). If the keys don't index a submap, then the return // value has is_terminal = TRUE and pnext_level = NULL. mlhmmv_xvalue_t mlhmmv_root_copy_xvalue(mlhmmv_root_t* pmap, sllmv_t* pmvkeys); // Used by for-loops over oosvars. Return value is an array of ephemeral mlrvals. sllv_t* mlhmmv_root_copy_keys_from_submap(mlhmmv_root_t* pmap, sllmv_t* pmvkeys); // Unset value/submap from a specified level onward, also unsetting any maps which become empty as a result. // Examples: // { // "a" : { "x" : 1, "y" : 2 }, // "b" : { "x" : 3, "y" : 4 }, // } // with pmvkeys = ["a"] leaves // { // "b" : { "x" : 3, "y" : 4 }, // } // but with pmvkeys = ["a", "y"] leaves // { // "a" : { "x" : 1 }, // "b" : { "x" : 3, "y" : 4 }, // } // and with pmvkeys = [] leaves // { // } // Now if ["a","x"] is removed from // { // "a" : { "x" : 1 }, // "b" : { "x" : 3, "y" : 4 }, // } // then // { // "b" : { "x" : 3, "y" : 4 }, // } // is left: unsetting "a":"x" leaves the map at "a" so this is unset as well. void mlhmmv_root_remove(mlhmmv_root_t* pmap, sllmv_t* pmvkeys); // For 'emit' and 'emitp' in the DSL. These allocate lrecs, appended to the poutrecs list. // * pmap is the base-level oosvar multi-level hashmap. // * pkeys specify the level in the mlhmmv at which to produce data. // * pnames is used to pull subsequent-level keys out into separate fields. // * In case pnames isn't long enough to reach a terminal mlrval level in the mlhmmv, // do_full_prefixing specifies whether to concatenate nested mlhmmv keys into single lrec keys. // // Examples: // * pkeys reaches a terminal level: // // $ mlr --opprint put -q '@sum += $x; end { emit @sum }' ../data/small // sum // 4.536294 // * pkeys reaches terminal levels: // // $ mlr --opprint put -q '@sum[$a][$b] += $x; end { emit @sum, "a", "b" }' ../data/small // a b sum // pan pan 0.346790 // pan wye 0.502626 // eks pan 0.758680 // eks wye 0.381399 // eks zee 0.611784 // wye wye 0.204603 // wye pan 0.573289 // zee pan 0.527126 // zee wye 0.598554 // hat wye 0.031442 // * pkeys reaches non-terminal levels: non-prefixed: // // $ mlr --opprint put -q '@sum[$a][$b] += $x; end { emit @sum, "a" }' ../data/small // a pan wye // pan 0.346790 0.502626 // // a pan wye zee // eks 0.758680 0.381399 0.611784 // // a wye pan // wye 0.204603 0.573289 // // a pan wye // zee 0.527126 0.598554 // // a wye // hat 0.031442 // * pkeys reaches non-terminal levels: prefixed: // // $ mlr --opprint put -q '@sum[$a][$b] += $x; end { emitp @sum, "a" }' ../data/small // a sum:pan sum:wye // pan 0.346790 0.502626 // // a sum:pan sum:wye sum:zee // eks 0.758680 0.381399 0.611784 // // a sum:wye sum:pan // wye 0.204603 0.573289 // // a sum:pan sum:wye // zee 0.527126 0.598554 // // a sum:wye // hat 0.031442 // For 'emit all' and 'emitp all' in the DSL void mlhmmv_root_all_to_lrecs(mlhmmv_root_t* pmap, sllmv_t* pnames, sllv_t* poutrecs, int do_full_prefixing, char* flatten_separator); // For 'emit' and 'emitp' in the DSL void mlhmmv_root_partial_to_lrecs(mlhmmv_root_t* pmap, sllmv_t* pkeys, sllmv_t* pnames, sllv_t* poutrecs, int do_full_prefixing, char* flatten_separator); // For 'dump' in the DSL; also used by the lrec-to-JSON writer. void mlhmmv_root_print_json_stacked(mlhmmv_root_t* pmap, int quote_keys_always, int quote_values_always, char* line_indent, char* line_term, FILE* ostream); void mlhmmv_root_print_json_single_lines(mlhmmv_root_t* pmap, int quote_keys_always, int quote_values_always, char* line_term, FILE* ostream); // Used for emit of localvars. Puts the xvalue in a single-key-value-pair map // keyed by the specified name. The xvalue is referenced, not copied. mlhmmv_root_t* mlhmmv_wrap_name_and_xvalue(mv_t* pname, mlhmmv_xvalue_t* pxval); // Used for takedown of the temporary map returned by mlhmmv_wrap_name_and_xvalue. Since the xvalue there // is referenced, not copied, mlhmmv_xvalue_free would prematurely free the xvalue. This method releases // the xvalue so that the remaining, map-internal structures can be freed correctly. void mlhmmv_unwrap_name_and_xvalue(mlhmmv_root_t* pmap); #endif // MLHMMV_H miller-5.6.2/c/containers/parse_trie.c000066400000000000000000000053371354153536500177220ustar00rootroot00000000000000#include #include #include "lib/mlrutil.h" #include "containers/parse_trie.h" static parse_trie_node_t* parse_trie_node_alloc(char c); static void parse_trie_print_aux(parse_trie_node_t* pnode, int depth); static void parse_trie_add_string_aux(parse_trie_node_t* pnode, char* string, int stridx, int len); // ---------------------------------------------------------------- parse_trie_t* parse_trie_alloc() { parse_trie_t* ptrie = mlr_malloc_or_die(sizeof(parse_trie_t)); ptrie->past = parse_trie_node_alloc(0); ptrie->maxlen = 0; return ptrie; } static parse_trie_node_t* parse_trie_node_alloc(char c) { parse_trie_node_t* pnode = mlr_malloc_or_die(sizeof(parse_trie_node_t)); for (int i = 0; i < 256; i++) pnode->pnexts[i] = NULL; pnode->c = c; pnode->stridx = -1; pnode->strlen = -1; return pnode; } // ---------------------------------------------------------------- static void parse_trie_free_node_descendants(parse_trie_node_t* pnode) { for (int i = 0; i < 256; i++) { parse_trie_node_t* pnext = pnode->pnexts[i]; if (pnext != NULL) { parse_trie_free_node_descendants(pnext); free(pnext); } } } void parse_trie_free(parse_trie_t* ptrie) { parse_trie_free_node_descendants(ptrie->past); free(ptrie->past); free(ptrie); } // ---------------------------------------------------------------- void parse_trie_print(parse_trie_t* ptrie) { parse_trie_node_t* pnode = ptrie->past; printf("PARSE TRIE DUMP START\n"); if (pnode != NULL) { parse_trie_print_aux(pnode, 0); } printf("PARSE TRIE DUMP END\n"); } static void parse_trie_print_aux(parse_trie_node_t* pnode, int depth) { for (int i = 0; i < depth; i++) printf(" "); printf("c=%c[%02x],stridx=%d,strlen=%d\n", isprint((unsigned char)pnode->c) ? pnode->c : '?', (unsigned)pnode->c, pnode->stridx, pnode->strlen); for (int i = 0; i < 256; i++) { parse_trie_node_t* pnext = pnode->pnexts[i]; if (pnext != NULL) parse_trie_print_aux(pnext, depth+1); } } // ---------------------------------------------------------------- void parse_trie_add_string(parse_trie_t* ptrie, char* string, int stridx) { int len = strlen(string); parse_trie_add_string_aux(ptrie->past, string, stridx, strlen(string)); if (len > ptrie->maxlen) ptrie->maxlen = len; } static void parse_trie_add_string_aux(parse_trie_node_t* pnode, char* string, int stridx, int len) { char c = string[0]; if (c == 0) { pnode->stridx = stridx; pnode->strlen = len; } else { parse_trie_node_t* pnext = pnode->pnexts[(unsigned char)c]; if (pnext == NULL) { pnext = parse_trie_node_alloc(c); pnext->c = c; pnext->stridx = -1; pnext->strlen = -1; pnode->pnexts[(unsigned char)c] = pnext; } parse_trie_add_string_aux(pnext, &string[1], stridx, len); } } miller-5.6.2/c/containers/parse_trie.h000066400000000000000000000060751354153536500177270ustar00rootroot00000000000000#ifndef PARSE_TRIE_H #define PARSE_TRIE_H // ---------------------------------------------------------------- // This is for parsing of Miller RFC-CSV data, not for parsing of DSL // expressions for the put and filter verbs. This is used instead of flex or // lemon since such parsers, by design, must read to end of input to complete // parsing. Here, by contrast, we want to split the input stream by delimiters, // identifying one record at a time. This is so that data may be processed in a // streaming manner rather than an ingest-all manner. struct _parse_trie_node_t; typedef struct _parse_trie_node_t { struct _parse_trie_node_t* pnexts[256]; char c; // current character at this node int stridx; // which string was stored ending here; -1 if not end of string. int strlen; // length of string stored ending here; -1 if not end of string. } parse_trie_node_t; typedef struct _parse_trie_t { parse_trie_node_t* past; int maxlen; } parse_trie_t; // ---------------------------------------------------------------- parse_trie_t* parse_trie_alloc(); void parse_trie_free(parse_trie_t* ptrie); void parse_trie_print(parse_trie_t* ptrie); void parse_trie_add_string(parse_trie_t* ptrie, char* string, int stridx); // ---------------------------------------------------------------- // Example input: // * string 0 is "a" // * string 1 is "aa" // * buf is "aaabc" // Output: // * return value is TRUE // * stridx is 1 since longest match is "aa" // * matchlen is 2 since "aa" has length 2 // This does a longest-prefix match: input data "\"\nabcdefg" is matched // against "\"\n" rather than against "\"". // We assume that enough data has been peeked into the ring buffer for the // parse-trie's maxlen. There is no check here. This function is called on // every single character of RFC-CSV input data so the error-checking would be // inefficient here, as well as misplaced. // The start of buffer (sob), buflen, and mask attributes are nominally // presented from a ring_buffer object. static inline int parse_trie_ring_match(parse_trie_t* ptrie, char* buf, int sob, int buflen, int mask, int* pstridx, int* pmatchlen) { parse_trie_node_t* pnode = ptrie->past; parse_trie_node_t* pnext; parse_trie_node_t* pterm = NULL; for (int i = 0; i < buflen; i++) { char c = buf[(sob+i)&mask]; pnext = pnode->pnexts[(unsigned char) c]; if (pnext == NULL) break; if (pnext->strlen > 0) { pterm = pnext; } pnode = pnext; } if (pterm == NULL) { return FALSE; } else { *pstridx = pterm->stridx; *pmatchlen = pterm->strlen; return TRUE; } } static inline int parse_trie_match(parse_trie_t* ptrie, char* p, char* e, int* pstridx, int* pmatchlen) { parse_trie_node_t* pnode = ptrie->past; parse_trie_node_t* pnext; parse_trie_node_t* pterm = NULL; for ( ; p < e; p++) { char c = *p; pnext = pnode->pnexts[(unsigned char) c]; if (pnext == NULL) break; if (pnext->strlen > 0) { pterm = pnext; } pnode = pnext; } if (pterm == NULL) { return FALSE; } else { *pstridx = pterm->stridx; *pmatchlen = pterm->strlen; return TRUE; } } #endif // PARSE_TRIE_H miller-5.6.2/c/containers/percentile_keeper.c000066400000000000000000000313201354153536500212410ustar00rootroot00000000000000#include #include #include "lib/mlrutil.h" #include "containers/percentile_keeper.h" #include "lib/mvfuncs.h" #define INITIAL_CAPACITY 10000 #define GROWTH_FACTOR 2.0 // ---------------------------------------------------------------- percentile_keeper_t* percentile_keeper_alloc() { unsigned long long capacity = INITIAL_CAPACITY; percentile_keeper_t* ppercentile_keeper = mlr_malloc_or_die(sizeof(percentile_keeper_t)); ppercentile_keeper->data = mlr_malloc_or_die(capacity*sizeof(mv_t)); ppercentile_keeper->size = 0LL; ppercentile_keeper->capacity = capacity; ppercentile_keeper->sorted = FALSE; return ppercentile_keeper; } // ---------------------------------------------------------------- void percentile_keeper_free(percentile_keeper_t* ppercentile_keeper) { if (ppercentile_keeper == NULL) return; for (unsigned long long i = 0; i < ppercentile_keeper->size; i++) { mv_free(&ppercentile_keeper->data[i]); } free(ppercentile_keeper->data); ppercentile_keeper->data = NULL; ppercentile_keeper->size = 0LL; ppercentile_keeper->capacity = 0LL; free(ppercentile_keeper); } // ---------------------------------------------------------------- void percentile_keeper_ingest(percentile_keeper_t* ppercentile_keeper, mv_t value) { if (ppercentile_keeper->size >= ppercentile_keeper->capacity) { ppercentile_keeper->capacity = (unsigned long long)(ppercentile_keeper->capacity * GROWTH_FACTOR); ppercentile_keeper->data = (mv_t*)mlr_realloc_or_die(ppercentile_keeper->data, ppercentile_keeper->capacity*sizeof(mv_t)); } ppercentile_keeper->data[ppercentile_keeper->size++] = value; ppercentile_keeper->sorted = FALSE; } // ================================================================ // Non-interpolated percentiles (see also https://en.wikipedia.org/wiki/Percentile) // ---------------------------------------------------------------- // OPTION 1: int index = p*n/100.0; // // x // 0 // 20 // 40 // 60 // 80 // 100 // // x_p00 0 x_p10 0 x_p20 20 x_p30 20 x_p40 40 x_p50 60 x_p60 60 x_p70 80 x_p80 80 x_p90 100 x_p100 100 // x_p01 0 x_p11 0 x_p21 20 x_p31 20 x_p41 40 x_p51 60 x_p61 60 x_p71 80 x_p81 80 x_p91 100 // x_p02 0 x_p12 0 x_p22 20 x_p32 20 x_p42 40 x_p52 60 x_p62 60 x_p72 80 x_p82 80 x_p92 100 // x_p03 0 x_p13 0 x_p23 20 x_p33 20 x_p43 40 x_p53 60 x_p63 60 x_p73 80 x_p83 80 x_p93 100 // x_p04 0 x_p14 0 x_p24 20 x_p34 40 x_p44 40 x_p54 60 x_p64 60 x_p74 80 x_p84 100 x_p94 100 // x_p05 0 x_p15 0 x_p25 20 x_p35 40 x_p45 40 x_p55 60 x_p65 60 x_p75 80 x_p85 100 x_p95 100 // x_p06 0 x_p16 0 x_p26 20 x_p36 40 x_p46 40 x_p56 60 x_p66 60 x_p76 80 x_p86 100 x_p96 100 // x_p07 0 x_p17 20 x_p27 20 x_p37 40 x_p47 40 x_p57 60 x_p67 80 x_p77 80 x_p87 100 x_p97 100 // x_p08 0 x_p18 20 x_p28 20 x_p38 40 x_p48 40 x_p58 60 x_p68 80 x_p78 80 x_p88 100 x_p98 100 // x_p09 0 x_p19 20 x_p29 20 x_p39 40 x_p49 40 x_p59 60 x_p69 80 x_p79 80 x_p89 100 x_p99 100 // // x // 0 // 25 // 50 // 75 // 100 // // x_p00 0 x_p10 0 x_p20 25 x_p30 25 x_p40 50 x_p50 50 x_p60 75 x_p70 75 x_p80 100 x_p90 100 x_p100 100 // x_p01 0 x_p11 0 x_p21 25 x_p31 25 x_p41 50 x_p51 50 x_p61 75 x_p71 75 x_p81 100 x_p91 100 // x_p02 0 x_p12 0 x_p22 25 x_p32 25 x_p42 50 x_p52 50 x_p62 75 x_p72 75 x_p82 100 x_p92 100 // x_p03 0 x_p13 0 x_p23 25 x_p33 25 x_p43 50 x_p53 50 x_p63 75 x_p73 75 x_p83 100 x_p93 100 // x_p04 0 x_p14 0 x_p24 25 x_p34 25 x_p44 50 x_p54 50 x_p64 75 x_p74 75 x_p84 100 x_p94 100 // x_p05 0 x_p15 0 x_p25 25 x_p35 25 x_p45 50 x_p55 50 x_p65 75 x_p75 75 x_p85 100 x_p95 100 // x_p06 0 x_p16 0 x_p26 25 x_p36 25 x_p46 50 x_p56 50 x_p66 75 x_p76 75 x_p86 100 x_p96 100 // x_p07 0 x_p17 0 x_p27 25 x_p37 25 x_p47 50 x_p57 50 x_p67 75 x_p77 75 x_p87 100 x_p97 100 // x_p08 0 x_p18 0 x_p28 25 x_p38 25 x_p48 50 x_p58 50 x_p68 75 x_p78 75 x_p88 100 x_p98 100 // x_p09 0 x_p19 0 x_p29 25 x_p39 25 x_p49 50 x_p59 50 x_p69 75 x_p79 75 x_p89 100 x_p99 100 // // ---------------------------------------------------------------- // OPTION 2: int index = p*(n-1)/100.0; // // x // 0 // 20 // 40 // 60 // 80 // 100 // // x_p00 0 x_p10 0 x_p20 20 x_p30 20 x_p40 40 x_p50 40 x_p60 60 x_p70 60 x_p80 80 x_p90 80 x_p100 100 // x_p01 0 x_p11 0 x_p21 20 x_p31 20 x_p41 40 x_p51 40 x_p61 60 x_p71 60 x_p81 80 x_p91 80 // x_p02 0 x_p12 0 x_p22 20 x_p32 20 x_p42 40 x_p52 40 x_p62 60 x_p72 60 x_p82 80 x_p92 80 // x_p03 0 x_p13 0 x_p23 20 x_p33 20 x_p43 40 x_p53 40 x_p63 60 x_p73 60 x_p83 80 x_p93 80 // x_p04 0 x_p14 0 x_p24 20 x_p34 20 x_p44 40 x_p54 40 x_p64 60 x_p74 60 x_p84 80 x_p94 80 // x_p05 0 x_p15 0 x_p25 20 x_p35 20 x_p45 40 x_p55 40 x_p65 60 x_p75 60 x_p85 80 x_p95 80 // x_p06 0 x_p16 0 x_p26 20 x_p36 20 x_p46 40 x_p56 40 x_p66 60 x_p76 60 x_p86 80 x_p96 80 // x_p07 0 x_p17 0 x_p27 20 x_p37 20 x_p47 40 x_p57 40 x_p67 60 x_p77 60 x_p87 80 x_p97 80 // x_p08 0 x_p18 0 x_p28 20 x_p38 20 x_p48 40 x_p58 40 x_p68 60 x_p78 60 x_p88 80 x_p98 80 // x_p09 0 x_p19 0 x_p29 20 x_p39 20 x_p49 40 x_p59 40 x_p69 60 x_p79 60 x_p89 80 x_p99 80 // // x // 0 // 25 // 50 // 75 // 100 // // x_p00 0 x_p10 0 x_p20 0 x_p30 25 x_p40 25 x_p50 50 x_p60 50 x_p70 50 x_p80 75 x_p90 75 x_p100 100 // x_p01 0 x_p11 0 x_p21 0 x_p31 25 x_p41 25 x_p51 50 x_p61 50 x_p71 50 x_p81 75 x_p91 75 // x_p02 0 x_p12 0 x_p22 0 x_p32 25 x_p42 25 x_p52 50 x_p62 50 x_p72 50 x_p82 75 x_p92 75 // x_p03 0 x_p13 0 x_p23 0 x_p33 25 x_p43 25 x_p53 50 x_p63 50 x_p73 50 x_p83 75 x_p93 75 // x_p04 0 x_p14 0 x_p24 0 x_p34 25 x_p44 25 x_p54 50 x_p64 50 x_p74 50 x_p84 75 x_p94 75 // x_p05 0 x_p15 0 x_p25 25 x_p35 25 x_p45 25 x_p55 50 x_p65 50 x_p75 75 x_p85 75 x_p95 75 // x_p06 0 x_p16 0 x_p26 25 x_p36 25 x_p46 25 x_p56 50 x_p66 50 x_p76 75 x_p86 75 x_p96 75 // x_p07 0 x_p17 0 x_p27 25 x_p37 25 x_p47 25 x_p57 50 x_p67 50 x_p77 75 x_p87 75 x_p97 75 // x_p08 0 x_p18 0 x_p28 25 x_p38 25 x_p48 25 x_p58 50 x_p68 50 x_p78 75 x_p88 75 x_p98 75 // x_p09 0 x_p19 0 x_p29 25 x_p39 25 x_p49 25 x_p59 50 x_p69 50 x_p79 75 x_p89 75 x_p99 75 // // ---------------------------------------------------------------- // OPTION 3: int index = (int)ceil(p*(n-1)/100.0); // // x // 0 // 20 // 40 // 60 // 80 // 100 // // x_p00 0 x_p10 20 x_p20 20 x_p30 40 x_p40 40 x_p50 60 x_p60 60 x_p70 80 x_p80 80 x_p90 100 x_p100 100 // x_p01 20 x_p11 20 x_p21 40 x_p31 40 x_p41 60 x_p51 60 x_p61 80 x_p71 80 x_p81 100 x_p91 100 // x_p02 20 x_p12 20 x_p22 40 x_p32 40 x_p42 60 x_p52 60 x_p62 80 x_p72 80 x_p82 100 x_p92 100 // x_p03 20 x_p13 20 x_p23 40 x_p33 40 x_p43 60 x_p53 60 x_p63 80 x_p73 80 x_p83 100 x_p93 100 // x_p04 20 x_p14 20 x_p24 40 x_p34 40 x_p44 60 x_p54 60 x_p64 80 x_p74 80 x_p84 100 x_p94 100 // x_p05 20 x_p15 20 x_p25 40 x_p35 40 x_p45 60 x_p55 60 x_p65 80 x_p75 80 x_p85 100 x_p95 100 // x_p06 20 x_p16 20 x_p26 40 x_p36 40 x_p46 60 x_p56 60 x_p66 80 x_p76 80 x_p86 100 x_p96 100 // x_p07 20 x_p17 20 x_p27 40 x_p37 40 x_p47 60 x_p57 60 x_p67 80 x_p77 80 x_p87 100 x_p97 100 // x_p08 20 x_p18 20 x_p28 40 x_p38 40 x_p48 60 x_p58 60 x_p68 80 x_p78 80 x_p88 100 x_p98 100 // x_p09 20 x_p19 20 x_p29 40 x_p39 40 x_p49 60 x_p59 60 x_p69 80 x_p79 80 x_p89 100 x_p99 100 // // x // 0 // 25 // 50 // 75 // 100 // // x_p00 0 x_p10 25 x_p20 25 x_p30 50 x_p40 50 x_p50 50 x_p60 75 x_p70 75 x_p80 100 x_p90 100 x_p100 100 // x_p01 25 x_p11 25 x_p21 25 x_p31 50 x_p41 50 x_p51 75 x_p61 75 x_p71 75 x_p81 100 x_p91 100 // x_p02 25 x_p12 25 x_p22 25 x_p32 50 x_p42 50 x_p52 75 x_p62 75 x_p72 75 x_p82 100 x_p92 100 // x_p03 25 x_p13 25 x_p23 25 x_p33 50 x_p43 50 x_p53 75 x_p63 75 x_p73 75 x_p83 100 x_p93 100 // x_p04 25 x_p14 25 x_p24 25 x_p34 50 x_p44 50 x_p54 75 x_p64 75 x_p74 75 x_p84 100 x_p94 100 // x_p05 25 x_p15 25 x_p25 25 x_p35 50 x_p45 50 x_p55 75 x_p65 75 x_p75 75 x_p85 100 x_p95 100 // x_p06 25 x_p16 25 x_p26 50 x_p36 50 x_p46 50 x_p56 75 x_p66 75 x_p76 100 x_p86 100 x_p96 100 // x_p07 25 x_p17 25 x_p27 50 x_p37 50 x_p47 50 x_p57 75 x_p67 75 x_p77 100 x_p87 100 x_p97 100 // x_p08 25 x_p18 25 x_p28 50 x_p38 50 x_p48 50 x_p58 75 x_p68 75 x_p78 100 x_p88 100 x_p98 100 // x_p09 25 x_p19 25 x_p29 50 x_p39 50 x_p49 50 x_p59 75 x_p69 75 x_p79 100 x_p89 100 x_p99 100 // // ---------------------------------------------------------------- // OPTION 4: int index = (int)ceil(-0.5 + p*(n-1)/100.0); // // x // 0 // 20 // 40 // 60 // 80 // 100 // // x_p00 0 x_p10 0 x_p20 20 x_p30 20 x_p40 40 x_p50 40 x_p60 60 x_p70 60 x_p80 80 x_p90 80 x_p100 100 // x_p01 0 x_p11 20 x_p21 20 x_p31 40 x_p41 40 x_p51 60 x_p61 60 x_p71 80 x_p81 80 x_p91 100 // x_p02 0 x_p12 20 x_p22 20 x_p32 40 x_p42 40 x_p52 60 x_p62 60 x_p72 80 x_p82 80 x_p92 100 // x_p03 0 x_p13 20 x_p23 20 x_p33 40 x_p43 40 x_p53 60 x_p63 60 x_p73 80 x_p83 80 x_p93 100 // x_p04 0 x_p14 20 x_p24 20 x_p34 40 x_p44 40 x_p54 60 x_p64 60 x_p74 80 x_p84 80 x_p94 100 // x_p05 0 x_p15 20 x_p25 20 x_p35 40 x_p45 40 x_p55 60 x_p65 60 x_p75 80 x_p85 80 x_p95 100 // x_p06 0 x_p16 20 x_p26 20 x_p36 40 x_p46 40 x_p56 60 x_p66 60 x_p76 80 x_p86 80 x_p96 100 // x_p07 0 x_p17 20 x_p27 20 x_p37 40 x_p47 40 x_p57 60 x_p67 60 x_p77 80 x_p87 80 x_p97 100 // x_p08 0 x_p18 20 x_p28 20 x_p38 40 x_p48 40 x_p58 60 x_p68 60 x_p78 80 x_p88 80 x_p98 100 // x_p09 0 x_p19 20 x_p29 20 x_p39 40 x_p49 40 x_p59 60 x_p69 60 x_p79 80 x_p89 80 x_p99 100 // // x // 0 // 25 // 50 // 75 // 100 // // x_p00 0 x_p10 0 x_p20 25 x_p30 25 x_p40 50 x_p50 50 x_p60 50 x_p70 75 x_p80 75 x_p90 100 x_p100 100 // x_p01 0 x_p11 0 x_p21 25 x_p31 25 x_p41 50 x_p51 50 x_p61 50 x_p71 75 x_p81 75 x_p91 100 // x_p02 0 x_p12 0 x_p22 25 x_p32 25 x_p42 50 x_p52 50 x_p62 50 x_p72 75 x_p82 75 x_p92 100 // x_p03 0 x_p13 25 x_p23 25 x_p33 25 x_p43 50 x_p53 50 x_p63 75 x_p73 75 x_p83 75 x_p93 100 // x_p04 0 x_p14 25 x_p24 25 x_p34 25 x_p44 50 x_p54 50 x_p64 75 x_p74 75 x_p84 75 x_p94 100 // x_p05 0 x_p15 25 x_p25 25 x_p35 25 x_p45 50 x_p55 50 x_p65 75 x_p75 75 x_p85 75 x_p95 100 // x_p06 0 x_p16 25 x_p26 25 x_p36 25 x_p46 50 x_p56 50 x_p66 75 x_p76 75 x_p86 75 x_p96 100 // x_p07 0 x_p17 25 x_p27 25 x_p37 25 x_p47 50 x_p57 50 x_p67 75 x_p77 75 x_p87 75 x_p97 100 // x_p08 0 x_p18 25 x_p28 25 x_p38 50 x_p48 50 x_p58 50 x_p68 75 x_p78 75 x_p88 100 x_p98 100 // x_p09 0 x_p19 25 x_p29 25 x_p39 50 x_p49 50 x_p59 50 x_p69 75 x_p79 75 x_p89 100 x_p99 100 // // ---------------------------------------------------------------- // CONCLUSION: // * I like option 2 for its simplicity ... // * ... but option 1 matches R's quantile with type=1. // * (Note that Miller's interpolated percentiles match match R's quantile with type=7) // ---------------------------------------------------------------- static unsigned long long compute_index_non_interpolated(unsigned long long n, double p) { long long index = p*n/100.0; //unsigned long long index = p*(n-1)/100.0; //unsigned long long index = (unsigned long long)ceil(p*(n-1)/100.0); //unsigned long long index = (unsigned long long)ceil(-0.5 + p*(n-1)/100.0); if (index >= n) index = n-1; if (index < 0) index = 0; return (unsigned long long)index; } static mv_t get_percentile_linearly_interpolated(mv_t* array, unsigned long long n, double p) { double findex = (p/100.0)*(n-1); if (findex < 0) findex = 0; unsigned long long iindex = (unsigned long long)floor(findex); if (iindex >= n-1) { return array[iindex]; } else { // array[iindex] + frac * (array[iindex+1] - array[iindex]); mv_t frac = mv_from_float(findex - iindex); mv_t* pa = &array[iindex]; mv_t* pb = &array[iindex+1]; mv_t diff = x_xx_minus_func(pb, pa); mv_t prod = x_xx_times_func(&frac, &diff); mv_t rv = x_xx_plus_func(pa, &prod); return rv; } } // ---------------------------------------------------------------- mv_t percentile_keeper_emit_non_interpolated(percentile_keeper_t* ppercentile_keeper, double percentile) { if (ppercentile_keeper->size == 0) { return mv_absent(); } if (!ppercentile_keeper->sorted) { qsort(ppercentile_keeper->data, ppercentile_keeper->size, sizeof(mv_t), mv_xx_comparator); ppercentile_keeper->sorted = TRUE; } return ppercentile_keeper->data[compute_index_non_interpolated(ppercentile_keeper->size, percentile)]; } mv_t percentile_keeper_emit_linearly_interpolated(percentile_keeper_t* ppercentile_keeper, double percentile) { if (ppercentile_keeper->size == 0) { return mv_absent(); } if (!ppercentile_keeper->sorted) { qsort(ppercentile_keeper->data, ppercentile_keeper->size, sizeof(mv_t), mv_xx_comparator); ppercentile_keeper->sorted = TRUE; } return get_percentile_linearly_interpolated(ppercentile_keeper->data, ppercentile_keeper->size, percentile); } // ---------------------------------------------------------------- void percentile_keeper_print(percentile_keeper_t* ppercentile_keeper) { printf("percentile_keeper dump:\n"); for (unsigned long long i = 0; i < ppercentile_keeper->size; i++) { mv_t* pa = &ppercentile_keeper->data[i]; if (pa->type == MT_FLOAT) printf("[%02llu] %.8lf\n", i, ppercentile_keeper->data[i].u.fltv); else printf("[%02llu] %8lld\n", i, ppercentile_keeper->data[i].u.intv); } } miller-5.6.2/c/containers/percentile_keeper.h000066400000000000000000000020151354153536500212450ustar00rootroot00000000000000// ================================================================ // For mlr stats1 percentiles // ================================================================ #ifndef PERCENTILE_KEEPER_H #define PERCENTILE_KEEPER_H #include "lib/mlrval.h" typedef struct _percentile_keeper_t { mv_t* data; unsigned long long size; unsigned long long capacity; int sorted; } percentile_keeper_t; percentile_keeper_t* percentile_keeper_alloc(); void percentile_keeper_free(percentile_keeper_t* ppercentile_keeper); void percentile_keeper_ingest(percentile_keeper_t* ppercentile_keeper, mv_t value); typedef mv_t percentile_keeper_emitter_t(percentile_keeper_t* ppercentile_keeper, double percentile); mv_t percentile_keeper_emit_non_interpolated(percentile_keeper_t* ppercentile_keeper, double percentile); mv_t percentile_keeper_emit_linearly_interpolated(percentile_keeper_t* ppercentile_keeper, double percentile); // For debug/test void percentile_keeper_print(percentile_keeper_t* ppercentile_keeper); #endif // PERCENTILE_KEEPER_H miller-5.6.2/c/containers/rslls.c000066400000000000000000000045451354153536500167240ustar00rootroot00000000000000#include #include #include "lib/mlrutil.h" #include "containers/rslls.h" // ---------------------------------------------------------------- rslls_t* rslls_alloc() { rslls_t* plist = mlr_malloc_or_die(sizeof(rslls_t)); plist->phead = NULL; plist->ptail = NULL; plist->length = 0; return plist; } // ---------------------------------------------------------------- void rslls_reset(rslls_t* plist) { if (plist == NULL) return; if (plist->phead == NULL) return; rsllse_t* pnode = plist->phead; while (pnode != NULL) { if (pnode->free_flag & FREE_ENTRY_VALUE) free(pnode->value); pnode->value = NULL; pnode = pnode->pnext; } plist->ptail = plist->phead; plist->length = 0; } // ---------------------------------------------------------------- void rslls_free(rslls_t* plist) { if (plist == NULL) return; rsllse_t* pnode = plist->phead; while (pnode != NULL) { rsllse_t* pdel = pnode; pnode = pnode->pnext; if (pdel->free_flag & FREE_ENTRY_VALUE) free(pdel->value); free(pdel); } plist->phead = NULL; plist->ptail = 0; plist->length = 0; free(plist); } // ---------------------------------------------------------------- void rslls_append(rslls_t* plist, char* value, char free_flag, char quote_flag) { if (plist->ptail == NULL) { // First add on new list rsllse_t* pnode = mlr_malloc_or_die(sizeof(rsllse_t)); pnode->value = value; pnode->free_flag = free_flag; pnode->quote_flag = quote_flag; pnode->pnext = NULL; plist->phead = pnode; plist->ptail = pnode; } else if (plist->ptail->value == NULL) { // Subsequent add on reused list plist->ptail->value = value; plist->ptail->free_flag = free_flag; plist->ptail->quote_flag = quote_flag; if (plist->ptail->pnext != NULL) plist->ptail = plist->ptail->pnext; } else { // Append at end of list rsllse_t* pnode = mlr_malloc_or_die(sizeof(rsllse_t)); pnode->value = value; pnode->free_flag = free_flag; pnode->quote_flag = quote_flag; pnode->pnext = NULL; plist->ptail->pnext = pnode; plist->ptail = pnode; } plist->length++; } void rslls_print(rslls_t* plist) { if (plist == NULL) { printf("NULL"); } else { unsigned long long i = 0; for (rsllse_t* pe = plist->phead; pe != NULL; pe = pe->pnext, i++) { if (i > 0) printf(","); if (pe->value == NULL) printf("NULL"); else printf("%s", pe->value); } } } miller-5.6.2/c/containers/rslls.h000066400000000000000000000033401354153536500167210ustar00rootroot00000000000000// ================================================================ // Reusable singly linked list of string, with tail for append. // // Unlike slls which frees all memory on the destructor, this rslls class is // designed to be reusable: there is a reset method which doesn't free all node // structures. The context is the CSV-reader which extends a singly linked // list for every data line. Now, all CSV lines have nominally the same number // of fields (say N), so using slls, the CSV reader would be allocating and // freeing N nodes on every line. Mingled in with other mallocs and frees, this // results in needless heap fragmentation. Here, by contrast, as a performance // optimization, the CSV reader can keep and reuse the nodes of a list, only // changing the value-pointers on each CSV line. // // This means that while an slls iteration looks like // // for (sllse_t* pe = plist->phead; pe != NULL; pe = pe->pnext) { // ... // } // // an rslls iteration must also check length: // // unsigned long long i = 0; // for (rsllse_t* pe = plist->phead; i < plist->length && pe != NULL; pe = pe->pnext, i++) { // ... // } // // ================================================================ #ifndef RSLLS_H #define RSLLS_H #include #include "lib/free_flags.h" typedef struct _rsllse_t { char* value; char free_flag; char quote_flag; struct _rsllse_t *pnext; } rsllse_t; typedef struct _rslls_t { rsllse_t *phead; rsllse_t *ptail; unsigned long long length; } rslls_t; rslls_t* rslls_alloc(); void rslls_reset(rslls_t* plist); void rslls_free(rslls_t* plist); void rslls_append(rslls_t* plist, char* value, char free_flag, char quote_flag); void rslls_print(rslls_t* plist); #endif // RSLLS_H miller-5.6.2/c/containers/sllmv.c000066400000000000000000000074511354153536500167210ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "containers/sllmv.h" // ---------------------------------------------------------------- sllmv_t* sllmv_alloc() { sllmv_t* plist = mlr_malloc_or_die(sizeof(sllmv_t)); plist->phead = NULL; plist->ptail = NULL; plist->length = 0; return plist; } // ---------------------------------------------------------------- void sllmv_free(sllmv_t* plist) { if (plist == NULL) return; sllmve_t* pnode = plist->phead; while (pnode != NULL) { sllmve_t* pdel = pnode; pnode = pnode->pnext; if (pdel->free_flags & FREE_ENTRY_VALUE) mv_free(&pdel->value); free(pdel); } plist->phead = NULL; plist->ptail = 0; plist->length = 0; free(plist); } // ---------------------------------------------------------------- // Mlrvals are small structs and we do struct assignment from argument // to list storage. For all but string mlrvals, this is a copy. // For string mlrvals, it is pointer assignment without string duplication. // This is intentional (for performance); callees are advised. static void sllmv_append(sllmv_t* plist, mv_t* pvalue, char free_flags) { sllmve_t* pnode = mlr_malloc_or_die(sizeof(sllmve_t)); pnode->value = *pvalue; // struct assignment pnode->free_flags = free_flags; if (plist->ptail == NULL) { pnode->pnext = NULL; plist->phead = pnode; plist->ptail = pnode; } else { pnode->pnext = NULL; plist->ptail->pnext = pnode; plist->ptail = pnode; } plist->length++; } void sllmv_append_with_free(sllmv_t* plist, mv_t* pvalue) { sllmv_append(plist, pvalue, FREE_ENTRY_VALUE); } void sllmv_append_no_free(sllmv_t* plist, mv_t* pvalue) { sllmv_append(plist, pvalue, NO_FREE); } static void sllmv_prepend(sllmv_t* plist, mv_t* pvalue, char free_flags) { sllmve_t* pnode = mlr_malloc_or_die(sizeof(sllmve_t)); pnode->value = *pvalue; // struct assignment pnode->free_flags = free_flags; pnode->value = *pvalue; // struct assignment if (plist->ptail == NULL) { pnode->pnext = NULL; plist->phead = pnode; plist->ptail = pnode; } else { pnode->pnext = plist->phead; plist->phead = pnode; } plist->length++; } void sllmv_prepend_with_free(sllmv_t* plist, mv_t* pvalue) { sllmv_prepend(plist, pvalue, FREE_ENTRY_VALUE); } void sllmv_prepend_no_free(sllmv_t* plist, mv_t* pvalue) { sllmv_prepend(plist, pvalue, NO_FREE); } // ---------------------------------------------------------------- sllmv_t* sllmv_single_no_free(mv_t* pvalue) { sllmv_t* psllmv = sllmv_alloc(); sllmv_append_no_free(psllmv, pvalue); return psllmv; } sllmv_t* sllmv_single_with_free(mv_t* pvalue) { sllmv_t* psllmv = sllmv_alloc(); sllmv_append_with_free(psllmv, pvalue); return psllmv; } sllmv_t* sllmv_double_with_free(mv_t* pvalue1, mv_t* pvalue2) { sllmv_t* psllmv = sllmv_alloc(); sllmv_append_with_free(psllmv, pvalue1); sllmv_append_with_free(psllmv, pvalue2); return psllmv; } sllmv_t* sllmv_triple_with_free(mv_t* pvalue1, mv_t* pvalue2, mv_t* pvalue3) { sllmv_t* psllmv = sllmv_alloc(); sllmv_append_with_free(psllmv, pvalue1); sllmv_append_with_free(psllmv, pvalue2); sllmv_append_with_free(psllmv, pvalue3); return psllmv; } sllmv_t* sllmv_quadruple_with_free(mv_t* pvalue1, mv_t* pvalue2, mv_t* pvalue3, mv_t* pvalue4) { sllmv_t* psllmv = sllmv_alloc(); sllmv_append_with_free(psllmv, pvalue1); sllmv_append_with_free(psllmv, pvalue2); sllmv_append_with_free(psllmv, pvalue3); sllmv_append_with_free(psllmv, pvalue4); return psllmv; } // ---------------------------------------------------------------- void sllmv_print(sllmv_t* plist) { sllmve_tail_print(plist->phead); } void sllmve_tail_print(sllmve_t* pnode) { printf("["); int i = 0; for (sllmve_t* pe = pnode; pe != NULL; pe = pe->pnext, i++) { char* string = mv_alloc_format_val(&pe->value); if (i > 0) printf(", "); printf(" "); printf("%s", string); free(string); } printf("]\n"); } miller-5.6.2/c/containers/sllmv.h000066400000000000000000000025631354153536500167250ustar00rootroot00000000000000// ================================================================ // Singly-linked list of mlrval, with tail for append. // Strings inside mlrvals are referenced, not copied. // ================================================================ #ifndef SLLMV_H #define SLLMV_H #include "../lib/mlrval.h" #include "../lib/free_flags.h" // ---------------------------------------------------------------- typedef struct _sllmve_t { mv_t value; char free_flags; struct _sllmve_t *pnext; } sllmve_t; typedef struct _sllmv_t { sllmve_t *phead; sllmve_t *ptail; int length; } sllmv_t; // ---------------------------------------------------------------- sllmv_t* sllmv_alloc(); void sllmv_free(sllmv_t* plist); void sllmv_prepend_with_free(sllmv_t* plist, mv_t* pvalue); void sllmv_prepend_no_free(sllmv_t* plist, mv_t* pvalue); void sllmv_append_with_free(sllmv_t* plist, mv_t* pvalue); void sllmv_append_no_free(sllmv_t* plist, mv_t* pvalue); sllmv_t* sllmv_single_no_free(mv_t* pvalue); sllmv_t* sllmv_single_with_free(mv_t* pvalue); sllmv_t* sllmv_double_with_free(mv_t* pvalue1, mv_t* pvalue2); sllmv_t* sllmv_triple_with_free(mv_t* pvalue1, mv_t* pvalue2, mv_t* pvalue3); sllmv_t* sllmv_quadruple_with_free(mv_t* pvalue1, mv_t* pvalue2, mv_t* pvalue3, mv_t* pvalue4); void sllmv_print(sllmv_t* plist); void sllmve_tail_print(sllmve_t* pnode); #endif // SLLMV_H miller-5.6.2/c/containers/slls.c000066400000000000000000000140771354153536500165430ustar00rootroot00000000000000#include #include #include "lib/mlr_arch.h" #include "lib/mlrutil.h" #include "containers/slls.h" // ---------------------------------------------------------------- slls_t* slls_alloc() { slls_t* plist = mlr_malloc_or_die(sizeof(slls_t)); plist->phead = NULL; plist->ptail = NULL; plist->length = 0; return plist; } // ---------------------------------------------------------------- int slls_size(slls_t* plist) { return plist->length; } // ---------------------------------------------------------------- slls_t* slls_copy(slls_t* pold) { slls_t* pnew = slls_alloc(); for (sllse_t* pe = pold->phead; pe != NULL; pe = pe->pnext) slls_append_with_free(pnew, mlr_strdup_or_die(pe->value)); return pnew; } // ---------------------------------------------------------------- void slls_free(slls_t* plist) { if (plist == NULL) return; sllse_t* pnode = plist->phead; while (pnode != NULL) { sllse_t* pdel = pnode; pnode = pnode->pnext; if (pdel->free_flag & FREE_ENTRY_VALUE) free(pdel->value); free(pdel); } plist->phead = NULL; plist->ptail = 0; plist->length = 0; free(plist); } // ---------------------------------------------------------------- slls_t* slls_single_with_free(char* value) { slls_t* pslls = slls_alloc(); slls_append_with_free(pslls, value); return pslls; } // ---------------------------------------------------------------- slls_t* slls_single_no_free(char* value) { slls_t* pslls = slls_alloc(); slls_append_no_free(pslls, value); return pslls; } // ---------------------------------------------------------------- void slls_append(slls_t* plist, char* value, char free_flag) { sllse_t* pnode = mlr_malloc_or_die(sizeof(sllse_t)); pnode->value = value; pnode->free_flag = free_flag; if (plist->ptail == NULL) { pnode->pnext = NULL; plist->phead = pnode; plist->ptail = pnode; } else { pnode->pnext = NULL; plist->ptail->pnext = pnode; plist->ptail = pnode; } plist->length++; } void slls_append_with_free(slls_t* plist, char* value) { slls_append(plist, value, FREE_ENTRY_VALUE); } void slls_append_no_free(slls_t* plist, char* value) { slls_append(plist, value, 0); } // ---------------------------------------------------------------- int slls_equals(slls_t* pa, slls_t* pb) { if (pa->length != pb->length) return FALSE; sllse_t* pea = pa->phead; sllse_t* peb = pb->phead; for ( ; pea != NULL && peb != NULL; pea = pea->pnext, peb = peb->pnext) { if (!streq(pea->value, peb->value)) return FALSE; } return TRUE; } // ---------------------------------------------------------------- slls_t* slls_from_line(char* line, char ifs, int allow_repeat_ifs) { slls_t* plist = slls_alloc(); if (*line == 0) // empty string splits to empty list return plist; char seps[2] = {ifs, 0}; char* sep = &seps[0]; int seplen = 1; char* walker = line; char* piece; while ((piece = mlr_strmsep(&walker, sep, seplen)) != NULL) { slls_append_no_free(plist, piece); } return plist; } // ---------------------------------------------------------------- // This is inefficient and intended only for debug use. char* slls_join(slls_t* plist, char* ofs) { unsigned long long len = 0; for (sllse_t* pe = plist->phead; pe != NULL; pe = pe->pnext) len += strlen(pe->value) + 1; // include space for ofs and null-terminator char* output = mlr_malloc_or_die(len); *output = 0; for (sllse_t* pe = plist->phead; pe != NULL; pe = pe->pnext) { strcat(output, pe->value); if (pe->pnext != NULL) { strcat(output, ofs); } } return output; } void slls_print(slls_t* plist) { if (plist == NULL) { printf("NULL"); } else { unsigned long long i = 0; for (sllse_t* pe = plist->phead; pe != NULL; pe = pe->pnext, i++) { if (i > 0) printf(","); printf("%s", pe->value); } } } void slls_print_quoted(slls_t* plist) { if (plist == NULL) { printf("NULL"); } else { unsigned long long i = 0; for (sllse_t* pe = plist->phead; pe != NULL; pe = pe->pnext, i++) { if (i > 0) printf(" "); printf("\"%s\"", pe->value); } } } // ---------------------------------------------------------------- void slls_reverse(slls_t* plist) { if (plist->phead == NULL) return; sllse_t* pnewhead = NULL; sllse_t* pnewtail = plist->phead; sllse_t* p = plist->phead; sllse_t* q = p->pnext; while (1) { p->pnext = pnewhead; pnewhead = p; if (q == NULL) break; p = q; q = p->pnext; } plist->phead = pnewhead; plist->ptail = pnewtail; } // ---------------------------------------------------------------- int slls_hash_func(slls_t *plist) { unsigned long hash = 5381; int c; for (sllse_t* pe = plist->phead; pe != NULL; pe = pe->pnext) { char* str = pe->value; while ((c = *str++) != 0) hash = ((hash << 5) + hash) + c; /* hash * 33 + c */ // So that ["ab","c"] doesn't hash to the same as ["a","bc"]: hash = ((hash << 5) + hash) + ','; } return (int)hash; } // ---------------------------------------------------------------- int slls_compare_lexically(slls_t* pa, slls_t* pb) { sllse_t* pe = pa->phead; sllse_t* pf = pb->phead; while (TRUE) { if (pe == NULL && pf == NULL) return 0; if (pe == NULL) return 1; if (pf == NULL) return -1; int rc = strcmp(pe->value, pf->value); if (rc != 0) return rc; pe = pe->pnext; pf = pf->pnext; } } // ---------------------------------------------------------------- static int sllse_vcmp(const void* pva, const void* pvb) { const sllse_t** pa = (const sllse_t**)pva; const sllse_t** pb = (const sllse_t**)pvb; return strcmp((*pa)->value, (*pb)->value); } void slls_sort(slls_t* plist) { if (plist->length < 2) return; unsigned long long i; sllse_t* pe; // Copy to array sllse_t** node_array = mlr_malloc_or_die(sizeof(sllse_t*) * plist->length); for (i = 0, pe = plist->phead; pe != NULL; i++, pe = pe->pnext) node_array[i] = pe; // Sort the array qsort(node_array, plist->length, sizeof(sllse_t*), sllse_vcmp); // Copy back plist->phead = node_array[0]; plist->ptail = node_array[plist->length - 1]; for (i = 1; i < plist->length; i++) { node_array[i-1]->pnext = node_array[i]; } plist->ptail->pnext = NULL; free(node_array); } miller-5.6.2/c/containers/slls.h000066400000000000000000000024171354153536500165430ustar00rootroot00000000000000// ================================================================ // Singly linked list of string, with tail for append. // ================================================================ #ifndef SLLS_H #define SLLS_H #include #include "lib/free_flags.h" typedef struct _sllse_t { char* value; char free_flag; struct _sllse_t *pnext; } sllse_t; typedef struct _slls_t { sllse_t *phead; sllse_t *ptail; unsigned long long length; } slls_t; slls_t* slls_alloc(); int slls_size(slls_t* plist); slls_t* slls_copy(slls_t* pold); void slls_free(slls_t* plist); slls_t* slls_single_with_free(char* value); slls_t* slls_single_no_free(char* value); void slls_append_with_free(slls_t* plist, char* value); void slls_append_no_free(slls_t* plist, char* value); void slls_append(slls_t* plist, char* value, char free_flag); int slls_equals(slls_t* pa, slls_t* pb); slls_t* slls_from_line(char* line, char ifs, int allow_repeat_ifs); void slls_reverse(slls_t* plist); int slls_hash_func(slls_t *plist); int slls_compare_lexically(slls_t* pa, slls_t* pb); void slls_sort(slls_t* plist); // Debug routines: char* slls_join(slls_t* plist, char* ofs); void slls_print(slls_t* plist); void slls_print_quoted(slls_t* plist); #endif // SLLS_H miller-5.6.2/c/containers/sllv.c000066400000000000000000000056101354153536500165370ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "containers/sllv.h" // ---------------------------------------------------------------- sllv_t* sllv_alloc() { sllv_t* plist = mlr_malloc_or_die(sizeof(sllv_t)); plist->phead = NULL; plist->ptail = NULL; plist->length = 0; return plist; } // ---------------------------------------------------------------- void sllv_free(sllv_t* plist) { if (plist == NULL) return; sllve_t* pnode = plist->phead; while (pnode != NULL) { sllve_t* pdel = pnode; pnode = pnode->pnext; free(pdel); } plist->phead = NULL; plist->ptail = 0; plist->length = 0; free(plist); } // ---------------------------------------------------------------- sllv_t* sllv_single(void* pvvalue) { sllv_t* psllv = sllv_alloc(); sllv_append(psllv, pvvalue); return psllv; } // ---------------------------------------------------------------- void sllv_append(sllv_t* plist, void* pvvalue) { sllve_t* pnode = mlr_malloc_or_die(sizeof(sllve_t)); pnode->pvvalue = pvvalue; if (plist->ptail == NULL) { pnode->pnext = NULL; plist->phead = pnode; plist->ptail = pnode; } else { pnode->pnext = NULL; plist->ptail->pnext = pnode; plist->ptail = pnode; } plist->length++; } // ---------------------------------------------------------------- void sllv_push(sllv_t* plist, void* pvvalue) { sllve_t* pnode = mlr_malloc_or_die(sizeof(sllve_t)); pnode->pvvalue = pvvalue; if (plist->ptail == NULL) { pnode->pnext = NULL; plist->phead = pnode; plist->ptail = pnode; } else { pnode->pnext = plist->phead; plist->phead = pnode; } plist->length++; } // ---------------------------------------------------------------- void* sllv_pop(sllv_t* plist) { // Zero entries in list if (plist->phead == NULL) return NULL; void* pval = plist->phead->pvvalue; // One entry in list if (plist->phead->pnext == NULL) { free(plist->phead); plist->phead = NULL; plist->ptail = NULL; plist->length = 0; } // Two or more entries in list else { sllve_t* pnext = plist->phead->pnext; free(plist->phead); plist->phead = pnext; plist->length--; } return pval; } // ---------------------------------------------------------------- void sllv_reverse(sllv_t* plist) { if (plist->phead == NULL) return; sllve_t* pnewhead = NULL; sllve_t* pnewtail = plist->phead; sllve_t* p = plist->phead; sllve_t* q = p->pnext; while (1) { p->pnext = pnewhead; pnewhead = p; if (q == NULL) break; p = q; q = p->pnext; } plist->phead = pnewhead; plist->ptail = pnewtail; } void sllv_transfer(sllv_t* pthis, sllv_t* pthat) { if (pthat == NULL) return; if (pthis->phead == NULL) { pthis->phead = pthat->phead; pthis->ptail = pthat->ptail; pthis->length = pthat->length; } else if (pthat->phead != NULL) { pthis->ptail->pnext = pthat->phead; pthis->ptail = pthat->ptail; pthis->length += pthat->length; } pthat->phead = NULL; pthat->ptail = NULL; pthat->length = 0; } miller-5.6.2/c/containers/sllv.h000066400000000000000000000015311354153536500165420ustar00rootroot00000000000000// ================================================================ // Singly-linked list of void-star, with tail for append. // ================================================================ #ifndef SLLV_H #define SLLV_H typedef struct _sllve_t { void* pvvalue; struct _sllve_t *pnext; } sllve_t; typedef struct _sllv_t { sllve_t *phead; sllve_t *ptail; unsigned long long length; } sllv_t; sllv_t* sllv_alloc(); void sllv_free(sllv_t* plist); sllv_t* sllv_single(void* pvvalue); void sllv_append(sllv_t* plist, void* pvvalue); // Add at tail void sllv_push(sllv_t* plist, void* pvvalue); // Add at head void* sllv_pop(sllv_t* plist); void sllv_reverse(sllv_t* plist); // Move all records from pthat to end of pthis. Upon return, pthat is the empty // list. void sllv_transfer(sllv_t* pthis, sllv_t* pthat); #endif // SLLV_H miller-5.6.2/c/containers/top_keeper.c000066400000000000000000000066201354153536500177160ustar00rootroot00000000000000#include #include #include "lib/mlrutil.h" #include "containers/top_keeper.h" #include "lib/mvfuncs.h" // ---------------------------------------------------------------- top_keeper_t* top_keeper_alloc(int capacity) { top_keeper_t* ptop_keeper = mlr_malloc_or_die(sizeof(top_keeper_t)); ptop_keeper->top_values = mlr_malloc_or_die(capacity*sizeof(mv_t)); ptop_keeper->top_precords = mlr_malloc_or_die(capacity*sizeof(lrec_t*)); ptop_keeper->size = 0; ptop_keeper->capacity = capacity; return ptop_keeper; } // ---------------------------------------------------------------- void top_keeper_free(top_keeper_t* ptop_keeper) { if (ptop_keeper == NULL) return; free(ptop_keeper->top_values); free(ptop_keeper->top_precords); ptop_keeper->top_values = NULL; ptop_keeper->top_precords = NULL; ptop_keeper->size = 0; ptop_keeper->capacity = 0; free(ptop_keeper); } // ---------------------------------------------------------------- // Cases: // 1. array size < capacity // * find destidx // * if destidx == size // put it there // else // shift down & insert // increment size // // 2. array size == capacity // * find destidx // * if destidx == size // discard // else // shift down & insert // capacity = 10, size = 6, destidx = 3 capacity = 10, size = 10, destidx = 3 // [0 #] [0 #] [0 #] [0 #] // [1 #] [1 #] [1 #] [1 #] // [2 #] [2 #] [2 #] [2 #] // [3 #]* [3 X] [3 #]* [3 X] // [4 #] [4 #] [4 #] [4 #] // [5 #] [5 #] [5 #] [5 #] // [6 ] [6 #] [6 #] [6 #] // [7 ] [7 ] [7 #] [7 #] // [8 ] [8 ] [8 #] [8 #] // [9 ] [9 ] [9 #] [9 #] // Our caller, mapper_top, feeds us records. We keep them or free them. void top_keeper_add(top_keeper_t* ptop_keeper, mv_t value, lrec_t* prec) { int destidx = mlr_bsearch_mv_n_for_insert(ptop_keeper->top_values, ptop_keeper->size, &value); if (ptop_keeper->size < ptop_keeper->capacity) { for (int i = ptop_keeper->size-1; i >= destidx; i--) { ptop_keeper->top_values[i+1] = ptop_keeper->top_values[i]; ptop_keeper->top_precords[i+1] = ptop_keeper->top_precords[i]; } ptop_keeper->top_values[destidx] = value; ptop_keeper->top_precords[destidx] = prec; ptop_keeper->size++; } else { if (destidx >= ptop_keeper->capacity) { lrec_free(prec); return; } lrec_free(ptop_keeper->top_precords[ptop_keeper->size-1]); for (int i = ptop_keeper->size-2; i >= destidx; i--) { ptop_keeper->top_values[i+1] = ptop_keeper->top_values[i]; ptop_keeper->top_precords[i+1] = ptop_keeper->top_precords[i]; } ptop_keeper->top_values[destidx] = value; ptop_keeper->top_precords[destidx] = prec; } } // ---------------------------------------------------------------- void top_keeper_print(top_keeper_t* ptop_keeper) { printf("top_keeper dump:\n"); for (int i = 0; i < ptop_keeper->size; i++) { mv_t* pvalue = &ptop_keeper->top_values[i]; if (pvalue->type == MT_FLOAT) printf("[%02d] %.8lf\n", i, pvalue->u.fltv); else printf("[%02d] %lld\n", i, pvalue->u.intv); } for (int i = ptop_keeper->size; i < ptop_keeper->capacity; i++) printf("[%02d] ---\n", i); } miller-5.6.2/c/containers/top_keeper.h000066400000000000000000000012501354153536500177150ustar00rootroot00000000000000// ================================================================ // Data structure for mlr top: just a decorated array. // ================================================================ #ifndef TOP_KEEPER_H #define TOP_KEEPER_H #include "lib/mlrval.h" #include "containers/lrec.h" typedef struct _top_keeper_t { mv_t* top_values; lrec_t** top_precords; int size; int capacity; } top_keeper_t; top_keeper_t* top_keeper_alloc(int capacity); void top_keeper_free(top_keeper_t* ptop_keeper); void top_keeper_add(top_keeper_t* ptop_keeper, mv_t value, lrec_t* prec); // For debug/test void top_keeper_print(top_keeper_t* ptop_keeper); #endif // TOP_KEEPER_H miller-5.6.2/c/containers/type_decl.c000066400000000000000000000033031354153536500175240ustar00rootroot00000000000000#include "containers/type_decl.h" // ---------------------------------------------------------------- char* type_mask_to_desc(int type_mask) { switch(type_mask) { case TYPE_MASK_ERROR: return "error"; break; case TYPE_MASK_ANY: return "any"; break; case TYPE_MASK_ABSENT: return "absent"; break; case TYPE_MASK_EMPTY: return "empty"; break; case TYPE_MASK_STRING: return "string"; break; case TYPE_MASK_INT: return "int"; break; case TYPE_MASK_FLOAT: return "float"; break; case TYPE_MASK_BOOLEAN: return "boolean"; break; case TYPE_MASK_NUMERIC: return "numeric"; break; case TYPE_MASK_MAP: return "map"; break; default: return "???"; break; } } // ---------------------------------------------------------------- int type_mask_from_name(char* name) { if (streq(name, "error")) { return TYPE_MASK_ERROR; } else if (streq(name, "absent")) { return TYPE_MASK_ABSENT; } else if (streq(name, "empty")) { return TYPE_MASK_EMPTY; } else if (streq(name, "string")) { return TYPE_MASK_STRING; } else if (streq(name, "str")) { return TYPE_MASK_STRING; } else if (streq(name, "int")) { return TYPE_MASK_INT; } else if (streq(name, "float")) { return TYPE_MASK_FLOAT; } else if (streq(name, "numeric")) { return TYPE_MASK_NUMERIC; } else if (streq(name, "num")) { return TYPE_MASK_NUMERIC; } else if (streq(name, "boolean")) { return TYPE_MASK_BOOLEAN; } else if (streq(name, "map")) { return TYPE_MASK_MAP; } else if (streq(name, "var")) { return TYPE_MASK_ANY; } else if (streq(name, "any")) { return TYPE_MASK_ANY; } else { MLR_INTERNAL_CODING_ERROR(); return 0; // not reached } } miller-5.6.2/c/containers/type_decl.h000066400000000000000000000016531354153536500175370ustar00rootroot00000000000000#ifndef TYPE_DECL_H #define TYPE_DECL_H #include "../lib/mlrval.h" // ---------------------------------------------------------------- // These use the MT defines from mlrval.h, except that map-types (mlhmmv.h) // are outside of mlrval.h. #define TYPE_MASK_ERROR (1 << MT_ERROR) #define TYPE_MASK_ABSENT (1 << MT_ABSENT) #define TYPE_MASK_EMPTY (1 << MT_EMPTY) #define TYPE_MASK_STRING ((1 << MT_STRING) | (1 << MT_EMPTY)) #define TYPE_MASK_INT (1 << MT_INT) #define TYPE_MASK_FLOAT (1 << MT_FLOAT) #define TYPE_MASK_NUMERIC (TYPE_MASK_INT | TYPE_MASK_FLOAT) #define TYPE_MASK_BOOLEAN (1 << MT_BOOLEAN) #define TYPE_MASK_MAP (1 << MT_DIM) #define TYPE_MASK_ANY (~0) // ---------------------------------------------------------------- char* type_mask_to_desc(int type_mask); static inline int type_mask_from_mv(mv_t* pmv) { return 1 << pmv->type; } int type_mask_from_name(char* name); #endif // TYPE_DECL_H miller-5.6.2/c/containers/xvfuncs.c000066400000000000000000000365371354153536500172670ustar00rootroot00000000000000#include "../lib/mlr_arch.h" #include "../lib/string_builder.h" #include "../lib/free_flags.h" #include "../containers/xvfuncs.h" // ---------------------------------------------------------------- boxed_xval_t b_xx_haskey_xfunc(boxed_xval_t* pmapval, boxed_xval_t* pkeyval) { boxed_xval_t rv; if (pmapval->xval.is_terminal) { rv = box_ephemeral_val(mv_from_bool(FALSE)); } else if (!pkeyval->xval.is_terminal) { rv = box_ephemeral_val(mv_from_bool(FALSE)); } else { rv = box_ephemeral_val( mv_from_bool( mlhmmv_level_has_key(pmapval->xval.pnext_level, &pkeyval->xval.terminal_mlrval) ) ); } if (pmapval->is_ephemeral) mlhmmv_xvalue_free(&pmapval->xval); if (pkeyval->is_ephemeral) mlhmmv_xvalue_free(&pkeyval->xval); return rv; } // ---------------------------------------------------------------- boxed_xval_t i_x_length_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv; if (pbxval1->xval.is_terminal) { rv = box_ephemeral_val( mv_from_int(1) ); } else { rv = box_ephemeral_val( mv_from_int( pbxval1->xval.pnext_level->num_occupied ) ); } if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } // ---------------------------------------------------------------- static int depth_aux(mlhmmv_xvalue_t* pxval) { if (pxval->is_terminal) { return 0; } else { int max = 0; for (mlhmmv_level_entry_t* pe = pxval->pnext_level->phead; pe != NULL; pe = pe->pnext) { int curr = depth_aux(&pe->level_xvalue); max = (curr > max) ? curr : max; } return 1 + max; } } boxed_xval_t i_x_depth_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = box_ephemeral_val( mv_from_int( depth_aux(&pbxval1->xval) ) ); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } // ---------------------------------------------------------------- static int leafcount_aux(mlhmmv_xvalue_t* pxval) { if (pxval->is_terminal) { return 1; } else { int sum = 0; for (mlhmmv_level_entry_t* pe = pxval->pnext_level->phead; pe != NULL; pe = pe->pnext) { sum += leafcount_aux(&pe->level_xvalue); } return sum; } } boxed_xval_t i_x_leafcount_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = box_ephemeral_val( mv_from_int( leafcount_aux(&pbxval1->xval) ) ); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } // ---------------------------------------------------------------- boxed_xval_t variadic_mapsum_xfunc(boxed_xval_t* pbxvals, int nxvals) { // xxx to-do optmization: transfer arg 1 if it's ephemeral mlhmmv_xvalue_t sum = mlhmmv_xvalue_alloc_empty_map(); for (int i = 0; i < nxvals; i++) { if (pbxvals[i].xval.is_terminal) continue; mlhmmv_level_t* plevel = pbxvals[i].xval.pnext_level; for (mlhmmv_level_entry_t* pe = plevel->phead; pe != NULL; pe = pe->pnext) { // xxx do refs/copies correctly mlhmmv_xvalue_t xval_copy = mlhmmv_xvalue_copy(&pe->level_xvalue); sllmve_t e = (sllmve_t) { .value = pe->level_key, .free_flags = 0, .pnext = NULL }; mlhmmv_level_put_xvalue(sum.pnext_level, &e, &xval_copy); } } boxed_xval_t rv = box_ephemeral_xval(sum); for (int i = 0; i < nxvals; i++) { if (pbxvals[i].is_ephemeral) mlhmmv_xvalue_free(&pbxvals[i].xval); } return rv; } // ---------------------------------------------------------------- boxed_xval_t variadic_mapdiff_xfunc(boxed_xval_t* pbxvals, int nxvals) { mlhmmv_xvalue_t diff = mlhmmv_xvalue_alloc_empty_map(); if (nxvals == 0) { return box_ephemeral_xval(diff); } // xxx to-do optmization: transfer arg 1 if it's ephemeral // xxx methodize int i = 0; if (!pbxvals[i].xval.is_terminal) { mlhmmv_level_t* plevel = pbxvals[i].xval.pnext_level; for (mlhmmv_level_entry_t* pe = plevel->phead; pe != NULL; pe = pe->pnext) { // xxx do refs/copies correctly mlhmmv_xvalue_t xval_copy = mlhmmv_xvalue_copy(&pe->level_xvalue); sllmve_t e = (sllmve_t) { .value = pe->level_key, .free_flags = 0, .pnext = NULL }; mlhmmv_level_put_xvalue(diff.pnext_level, &e, &xval_copy); } if (pbxvals[i].is_ephemeral) mlhmmv_xvalue_free(&pbxvals[i].xval); } for (i = 1; i < nxvals; i++) { if (!pbxvals[i].xval.is_terminal) { mlhmmv_level_t* plevel = pbxvals[i].xval.pnext_level; for (mlhmmv_level_entry_t* pe = plevel->phead; pe != NULL; pe = pe->pnext) { sllmve_t e = (sllmve_t) { .value = pe->level_key, .free_flags = 0, .pnext = NULL }; mlhmmv_level_remove(diff.pnext_level, &e); } } if (pbxvals[i].is_ephemeral) mlhmmv_xvalue_free(&pbxvals[i].xval); } return box_ephemeral_xval(diff); } // ---------------------------------------------------------------- // Precondition (validated before we're called): there is at least one argument // which is the map to be unkeyed. boxed_xval_t variadic_mapexcept_xfunc( boxed_xval_t* pbxvals, int nxvals) { MLR_INTERNAL_CODING_ERROR_IF(nxvals < 1); boxed_xval_t* pinbxval = &pbxvals[0]; boxed_xval_t outbxval = box_ephemeral_xval(mlhmmv_xvalue_copy(&pinbxval->xval)); if (pinbxval->xval.is_terminal) { // non-map return outbxval; } mlhmmv_level_t* poutlevel = outbxval.xval.pnext_level; for (int i = 1; i < nxvals; i++) { if (pbxvals[i].xval.is_terminal) { mv_t* pkey = &pbxvals[i].xval.terminal_mlrval; sllmve_t e = (sllmve_t) { .value = *pkey, .free_flags = 0, .pnext = NULL }; mlhmmv_level_remove(poutlevel, &e); } if (pbxvals[i].is_ephemeral) mlhmmv_xvalue_free(&pbxvals[i].xval); } return outbxval; } // ---------------------------------------------------------------- // Precondition (validated before we're called): there is at least one argument // which is the map to be unkeyed. boxed_xval_t variadic_mapselect_xfunc( boxed_xval_t* pbxvals, int nxvals) { MLR_INTERNAL_CODING_ERROR_IF(nxvals < 1); boxed_xval_t* pinbxval = &pbxvals[0]; boxed_xval_t outbxval = box_ephemeral_xval(mlhmmv_xvalue_alloc_empty_map()); if (pinbxval->xval.is_terminal) { // non-map return outbxval; } mlhmmv_level_t* pinlevel = pinbxval->xval.pnext_level; mlhmmv_level_t* poutlevel = outbxval.xval.pnext_level; for (int i = 1; i < nxvals; i++) { if (pbxvals[i].xval.is_terminal) { mv_t* pkey = &pbxvals[i].xval.terminal_mlrval; sllmv_t* pkeylist = sllmv_single_no_free(pkey); int unused = 0; mlhmmv_xvalue_t* pval = mlhmmv_level_look_up_and_ref_xvalue(pinlevel, pkeylist, &unused); if (pval != NULL) { mlhmmv_xvalue_t copyval = mlhmmv_xvalue_copy(pval); // mlhmmv_level_put_xvalue copies key not value mlhmmv_level_put_xvalue(poutlevel, pkeylist->phead, ©val); } sllmv_free(pkeylist); } if (pbxvals[i].is_ephemeral) mlhmmv_xvalue_free(&pbxvals[i].xval); } return outbxval; } // ---------------------------------------------------------------- // Precondition: the caller has ensured that both arguments are string-valued terminals. boxed_xval_t m_ss_splitnv_xfunc(boxed_xval_t* pstringval, boxed_xval_t* psepval) { mlhmmv_xvalue_t map = mlhmmv_xvalue_alloc_empty_map(); char* input = mlr_strdup_or_die(pstringval->xval.terminal_mlrval.u.strv); char* sep = psepval->xval.terminal_mlrval.u.strv; int seplen = strlen(sep); int i = 1; char* walker = input; char* piece; while ((piece = mlr_strmsep(&walker, sep, seplen)) != NULL) { mv_t key = mv_from_int(i); mv_t val = mv_ref_type_infer_string_or_float_or_int(piece); mlhmmv_level_put_terminal_singly_keyed(map.pnext_level, &key, &val); i++; } free(input); if (pstringval->is_ephemeral) mlhmmv_xvalue_free(&pstringval->xval); if (psepval->is_ephemeral) mlhmmv_xvalue_free(&psepval->xval); return box_ephemeral_xval(map); } // ---------------------------------------------------------------- // Precondition: the caller has ensured that both arguments are string-valued terminals. boxed_xval_t m_ss_splitnvx_xfunc(boxed_xval_t* pstringval, boxed_xval_t* psepval) { mlhmmv_xvalue_t map = mlhmmv_xvalue_alloc_empty_map(); char* input = mlr_strdup_or_die(pstringval->xval.terminal_mlrval.u.strv); char* sep = psepval->xval.terminal_mlrval.u.strv; int seplen = strlen(sep); int i = 1; char* walker = input; char* piece; while ((piece = mlr_strmsep(&walker, sep, seplen)) != NULL) { mv_t key = mv_from_int(i); // xxx do not ref here mv_t val = mv_ref_type_infer_string(piece); // xxx make clear the copy/ref semantics for mlhmmv put with scalar value. // at the moment this does an mv_copy. mlhmmv_level_put_terminal_singly_keyed(map.pnext_level, &key, &val); i++; } free(input); if (pstringval->is_ephemeral) mlhmmv_xvalue_free(&pstringval->xval); if (psepval->is_ephemeral) mlhmmv_xvalue_free(&psepval->xval); return box_ephemeral_xval(map); } // ---------------------------------------------------------------- // Precondition: the caller has ensured that all arguments are string-valued terminals. boxed_xval_t m_sss_splitkv_xfunc(boxed_xval_t* pstringval, boxed_xval_t* ppairsepval, boxed_xval_t* plistsepval) { mlhmmv_xvalue_t map = mlhmmv_xvalue_alloc_empty_map(); char* input = mlr_strdup_or_die(pstringval->xval.terminal_mlrval.u.strv); char* listsep = plistsepval->xval.terminal_mlrval.u.strv; char* pairsep = ppairsepval->xval.terminal_mlrval.u.strv; int listseplen = strlen(listsep); int pairseplen = strlen(pairsep); int i = 1; char* walker = input; char* piece; while ((piece = mlr_strmsep(&walker, listsep, listseplen)) != NULL) { char* pair = piece; char* left = mlr_strmsep(&pair, pairsep, pairseplen); if (pair == NULL) { mv_t key = mv_from_int(i); mv_t val = mv_ref_type_infer_string_or_float_or_int(left); mlhmmv_level_put_terminal_singly_keyed(map.pnext_level, &key, &val); } else { char* right = mlr_strmsep(&pair, pairsep, pairseplen); mv_t key = mv_from_string(left, NO_FREE); mv_t val = mv_ref_type_infer_string_or_float_or_int(right); mlhmmv_level_put_terminal_singly_keyed(map.pnext_level, &key, &val); } i++; } free(input); if (pstringval->is_ephemeral) mlhmmv_xvalue_free(&pstringval->xval); if (ppairsepval->is_ephemeral) mlhmmv_xvalue_free(&ppairsepval->xval); if (plistsepval->is_ephemeral) mlhmmv_xvalue_free(&plistsepval->xval); return box_ephemeral_xval(map); } // ---------------------------------------------------------------- // Precondition: the caller has ensured that all arguments are string-valued terminals. boxed_xval_t m_sss_splitkvx_xfunc(boxed_xval_t* pstringval, boxed_xval_t* ppairsepval, boxed_xval_t* plistsepval) { mlhmmv_xvalue_t map = mlhmmv_xvalue_alloc_empty_map(); char* input = mlr_strdup_or_die(pstringval->xval.terminal_mlrval.u.strv); char* listsep = plistsepval->xval.terminal_mlrval.u.strv; char* pairsep = ppairsepval->xval.terminal_mlrval.u.strv; int listseplen = strlen(listsep); int pairseplen = strlen(pairsep); int i = 1; char* walker = input; char* piece; while ((piece = mlr_strmsep(&walker, listsep, listseplen)) != NULL) { char* pair = piece; char* left = mlr_strmsep(&pair, pairsep, pairseplen); if (pair == NULL) { mv_t key = mv_from_int(i); mv_t val = mv_ref_type_infer_string(left); mlhmmv_level_put_terminal_singly_keyed(map.pnext_level, &key, &val); } else { char* right = mlr_strmsep(&pair, pairsep, pairseplen); mv_t key = mv_from_string(left, NO_FREE); mv_t val = mv_ref_type_infer_string(right); mlhmmv_level_put_terminal_singly_keyed(map.pnext_level, &key, &val); } i++; } free(input); if (pstringval->is_ephemeral) mlhmmv_xvalue_free(&pstringval->xval); if (ppairsepval->is_ephemeral) mlhmmv_xvalue_free(&ppairsepval->xval); if (plistsepval->is_ephemeral) mlhmmv_xvalue_free(&plistsepval->xval); return box_ephemeral_xval(map); } // ---------------------------------------------------------------- #define SB_JOIN_ALLOC_SIZE 128 // ---------------------------------------------------------------- // Precondition: the caller has ensured that the separator is a string-valued terminal. boxed_xval_t s_ms_joink_xfunc(boxed_xval_t* pmapval, boxed_xval_t* psepval) { if (pmapval->xval.is_terminal) { return box_ephemeral_val(mv_absent()); } string_builder_t* psb = sb_alloc(SB_JOIN_ALLOC_SIZE); for (mlhmmv_level_entry_t* pentry = pmapval->xval.pnext_level->phead; pentry != NULL; pentry = pentry->pnext) { // The string_builder object will copy the string so we can point into source string space, // without a copy here, when possible. char free_flags = 0; char* sval = mv_maybe_alloc_format_val(&pentry->level_key, &free_flags); sb_append_string(psb, sval); if (free_flags) free(sval); if (pentry->pnext != NULL) { sb_append_string(psb, psepval->xval.terminal_mlrval.u.strv); } } char* sretval = sb_finish(psb); sb_free(psb); if (pmapval->is_ephemeral) mlhmmv_xvalue_free(&pmapval->xval); if (psepval->is_ephemeral) mlhmmv_xvalue_free(&psepval->xval); return box_ephemeral_val( mv_from_string(sretval, FREE_ENTRY_VALUE) ); } // ---------------------------------------------------------------- // Precondition: the caller has ensured that the separator is a string-valued terminal. boxed_xval_t s_ms_joinv_xfunc(boxed_xval_t* pmapval, boxed_xval_t* psepval) { if (pmapval->xval.is_terminal) { return box_ephemeral_val(mv_absent()); } string_builder_t* psb = sb_alloc(SB_JOIN_ALLOC_SIZE); for (mlhmmv_level_entry_t* pentry = pmapval->xval.pnext_level->phead; pentry != NULL; pentry = pentry->pnext) { if (pentry->level_xvalue.is_terminal) { // The string_builder object will copy the string so we can point into source string space, // without a copy here, when possible. char free_flags = 0; char* sval = mv_maybe_alloc_format_val(&pentry->level_xvalue.terminal_mlrval, &free_flags); sb_append_string(psb, sval); if (free_flags) free(sval); if (pentry->pnext != NULL) { sb_append_string(psb, psepval->xval.terminal_mlrval.u.strv); } } } char* sretval = sb_finish(psb); sb_free(psb); if (pmapval->is_ephemeral) mlhmmv_xvalue_free(&pmapval->xval); if (psepval->is_ephemeral) mlhmmv_xvalue_free(&psepval->xval); return box_ephemeral_val( mv_from_string(sretval, FREE_ENTRY_VALUE) ); } // ---------------------------------------------------------------- // Precondition: the caller has ensured that the separators are string-valued terminals. boxed_xval_t s_mss_joinkv_xfunc(boxed_xval_t* pmapval, boxed_xval_t* ppairsepval, boxed_xval_t* plistsepval) { if (pmapval->xval.is_terminal) { return box_ephemeral_val(mv_absent()); } string_builder_t* psb = sb_alloc(SB_JOIN_ALLOC_SIZE); for (mlhmmv_level_entry_t* pentry = pmapval->xval.pnext_level->phead; pentry != NULL; pentry = pentry->pnext) { if (pentry->level_xvalue.is_terminal) { // The string_builder object will copy the string so we can point into source string space, // without a copy here, when possible. char kfree_flags = 0; char* skval = mv_maybe_alloc_format_val(&pentry->level_key, &kfree_flags); sb_append_string(psb, skval); if (kfree_flags) free(skval); sb_append_string(psb, ppairsepval->xval.terminal_mlrval.u.strv); char vfree_flags = 0; char* svval = mv_maybe_alloc_format_val(&pentry->level_xvalue.terminal_mlrval, &vfree_flags); sb_append_string(psb, svval); if (vfree_flags) free(svval); if (pentry->pnext != NULL) { sb_append_string(psb, plistsepval->xval.terminal_mlrval.u.strv); } } } char* sretval = sb_finish(psb); sb_free(psb); if (pmapval->is_ephemeral) mlhmmv_xvalue_free(&pmapval->xval); if (ppairsepval->is_ephemeral) mlhmmv_xvalue_free(&ppairsepval->xval); if (plistsepval->is_ephemeral) mlhmmv_xvalue_free(&plistsepval->xval); return box_ephemeral_val( mv_from_string(sretval, FREE_ENTRY_VALUE) ); } miller-5.6.2/c/containers/xvfuncs.h000066400000000000000000000237501354153536500172650ustar00rootroot00000000000000#ifndef XVFUNCS_H #define XVFUNCS_H // ================================================================ // Functions on extended values, namely, scalars and maps. // // NOTE ON EPHEMERALITY OF MAPS: // // Most functions here free their inputs. E.g. for string concatenation, the // output which is returned is the concatenation of the two inputs which are // freed. This is true for functions on scalars as well as functions on maps // (the latter in this header file). // // However, maps are treated differently from scalars in that some maps are // referenced, rather than copied, within the concrete syntax tree. E.g. in // 'mapsum({3:4},@v)', the map literal {3:4} is ephemeral to the expression and // must be freed during evaluation, but the @v part is referenced to the @v data // structure and is only copied on write. The boxed_xval_t's is_ephemeral flag // tracks the difference between the two cases. // ================================================================ #include "../lib/mlrutil.h" #include "../containers/mlhmmv.h" #include "../containers/boxed_xval.h" // ---------------------------------------------------------------- typedef boxed_xval_t xv_variadic_func_t( boxed_xval_t* pbxvals, int nxvals); typedef boxed_xval_t xv_zary_func_t(); typedef boxed_xval_t xv_unary_func_t( boxed_xval_t* pbxval1); typedef boxed_xval_t xv_binary_func_t( boxed_xval_t* pbxval1, boxed_xval_t* pbxval2); typedef boxed_xval_t xv_ternary_func_t( boxed_xval_t* pbxval1, boxed_xval_t* pbxval2, boxed_xval_t* pbxval3); // ---------------------------------------------------------------- // Most functions here free their inputs. E.g. for string concatenation, the // output which is returned is the concatenation of the two inputs which are // freed. For another example, is_string frees its input and returns the boolean // value of the result. These functions, by contrast, only return a boolean for // the outcome of the test but do not free the inputs. The intended usage is for // type-assertion checks. E.g. in '$b = asserting_string($a)', if $a is a // string it is assigned to $b, else an error is thrown. static inline boxed_xval_t b_x_is_present_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( !pbxval1->xval.is_terminal || mv_is_present(&pbxval1->xval.terminal_mlrval) ) ); } static inline boxed_xval_t b_x_is_absent_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( pbxval1->xval.is_terminal && mv_is_absent(&pbxval1->xval.terminal_mlrval) ) ); } static inline boxed_xval_t b_x_is_map_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( !pbxval1->xval.is_terminal ) ); } static inline boxed_xval_t b_x_is_not_map_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( pbxval1->xval.is_terminal ) ); } static inline boxed_xval_t b_x_is_numeric_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( pbxval1->xval.is_terminal && mv_is_numeric(&pbxval1->xval.terminal_mlrval) ) ); } static inline boxed_xval_t b_x_is_int_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( pbxval1->xval.is_terminal && mv_is_int(&pbxval1->xval.terminal_mlrval) ) ); } static inline boxed_xval_t b_x_is_float_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( pbxval1->xval.is_terminal && mv_is_float(&pbxval1->xval.terminal_mlrval) ) ); } static inline boxed_xval_t b_x_is_boolean_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( pbxval1->xval.is_terminal && mv_is_boolean(&pbxval1->xval.terminal_mlrval) ) ); } static inline boxed_xval_t b_x_is_string_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( pbxval1->xval.is_terminal && mv_is_string(&pbxval1->xval.terminal_mlrval) ) ); } static inline boxed_xval_t b_x_is_null_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( pbxval1->xval.is_terminal && mv_is_null(&pbxval1->xval.terminal_mlrval) ) ); } static inline boxed_xval_t b_x_is_not_null_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( !(pbxval1->xval.is_terminal && mv_is_null(&pbxval1->xval.terminal_mlrval)) ) ); } static inline boxed_xval_t b_x_is_empty_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( pbxval1->xval.is_terminal && mv_is_empty(&pbxval1->xval.terminal_mlrval) ) ); } static inline boxed_xval_t b_x_is_not_empty_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( !(pbxval1->xval.is_terminal && mv_is_empty(&pbxval1->xval.terminal_mlrval)) ) ); } static inline boxed_xval_t b_x_is_empty_map_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( !pbxval1->xval.is_terminal && pbxval1->xval.pnext_level->num_occupied == 0 ) ); } static inline boxed_xval_t b_x_is_nonempty_map_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_bool( !pbxval1->xval.is_terminal && pbxval1->xval.pnext_level->num_occupied != 0 ) ); } static inline boxed_xval_t s_x_typeof_no_free_xfunc(boxed_xval_t* pbxval1) { return box_ephemeral_val( mv_from_string( mlhmmv_xvalue_describe_type_simple(&pbxval1->xval), NO_FREE ) ); } // ---------------------------------------------------------------- static inline boxed_xval_t b_x_is_present_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_present_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t b_x_is_absent_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_absent_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t b_x_is_map_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_map_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t b_x_is_not_map_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_not_map_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t b_x_is_numeric_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_numeric_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t b_x_is_int_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_int_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t b_x_is_float_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_float_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t b_x_is_boolean_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_boolean_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t b_x_is_string_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_string_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t b_x_is_null_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_null_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t b_x_is_not_null_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_not_null_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t b_x_is_empty_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_empty_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t b_x_is_not_empty_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_not_empty_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t b_x_is_empty_map_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_empty_map_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t b_x_is_nonempty_map_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = b_x_is_nonempty_map_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } static inline boxed_xval_t s_x_typeof_xfunc(boxed_xval_t* pbxval1) { boxed_xval_t rv = s_x_typeof_no_free_xfunc(pbxval1); if (pbxval1->is_ephemeral) mlhmmv_xvalue_free(&pbxval1->xval); return rv; } // ---------------------------------------------------------------- boxed_xval_t b_xx_haskey_xfunc( boxed_xval_t* pmapval, boxed_xval_t* pkeyval); boxed_xval_t i_x_length_xfunc( boxed_xval_t* pbxval1); boxed_xval_t i_x_depth_xfunc( boxed_xval_t* pbxval1); boxed_xval_t i_x_leafcount_xfunc( boxed_xval_t* pbxval1); boxed_xval_t variadic_mapsum_xfunc( boxed_xval_t* pbxvals, int nxvals); boxed_xval_t variadic_mapdiff_xfunc( boxed_xval_t* pbxvals, int nxvals); boxed_xval_t variadic_mapexcept_xfunc( boxed_xval_t* pbxvals, int nxvals); boxed_xval_t variadic_mapselect_xfunc( boxed_xval_t* pbxvals, int nxvals); boxed_xval_t m_ss_splitnv_xfunc( boxed_xval_t* pstringval, boxed_xval_t* psepval); boxed_xval_t m_ss_splitnvx_xfunc( boxed_xval_t* pstringval, boxed_xval_t* psepval); boxed_xval_t m_sss_splitkv_xfunc( boxed_xval_t* pstringval, boxed_xval_t* ppairsepval, boxed_xval_t* plistsepval); boxed_xval_t m_sss_splitkvx_xfunc( boxed_xval_t* pstringval, boxed_xval_t* ppairsepval, boxed_xval_t* plistsepval); boxed_xval_t s_ms_joink_xfunc( boxed_xval_t* pmapval, boxed_xval_t* psepval); boxed_xval_t s_ms_joinv_xfunc( boxed_xval_t* pmapval, boxed_xval_t* psepval); boxed_xval_t s_mss_joinkv_xfunc( boxed_xval_t* pmapval, boxed_xval_t* ppairsepval, boxed_xval_t* plistsepval); #endif // XVFUNCS_H miller-5.6.2/c/csv-rfc.txt000066400000000000000000000056101354153536500153520ustar00rootroot00000000000000================================================================ Offlineable (subway-tunnelable) excerpt from https://tools.ietf.org/html/rfc4180 ================================================================ Definition of the CSV Format While there are various specifications and implementations for the CSV format (for ex. [4], [5], [6] and [7]), there is no formal specification in existence, which allows for a wide variety of interpretations of CSV files. This section documents the format that seems to be followed by most implementations: 1. Each record is located on a separate line, delimited by a line break (CRLF). For example: aaa,bbb,ccc CRLF zzz,yyy,xxx CRLF 2. The last record in the file may or may not have an ending line break. For example: aaa,bbb,ccc CRLF zzz,yyy,xxx 3. There maybe an optional header line appearing as the first line of the file with the same format as normal record lines. This header will contain names corresponding to the fields in the file and should contain the same number of fields as the records in the rest of the file (the presence or absence of the header line should be indicated via the optional "header" parameter of this MIME type). For example: field_name,field_name,field_name CRLF aaa,bbb,ccc CRLF zzz,yyy,xxx CRLF 4. Within the header and each record, there may be one or more fields, separated by commas. Each line should contain the same number of fields throughout the file. Spaces are considered part of a field and should not be ignored. The last field in the record must not be followed by a comma. For example: aaa,bbb,ccc 5. Each field may or may not be enclosed in double quotes (however some programs, such as Microsoft Excel, do not use double quotes at all). If fields are not enclosed with double quotes, then double quotes may not appear inside the fields. For example: "aaa","bbb","ccc" CRLF zzz,yyy,xxx 6. Fields containing line breaks (CRLF), double quotes, and commas should be enclosed in double-quotes. For example: "aaa","b CRLF bb","ccc" CRLF zzz,yyy,xxx 7. If double-quotes are used to enclose fields, then a double-quote appearing inside a field must be escaped by preceding it with another double quote. For example: "aaa","b""bb","ccc" The ABNF grammar [2] appears as follows: file = [header CRLF] record *(CRLF record) [CRLF] header = name *(COMMA name) record = field *(COMMA field) name = field field = (escaped / non-escaped) escaped = DQUOTE *(TEXTDATA / COMMA / CR / LF / 2DQUOTE) DQUOTE non-escaped = *TEXTDATA COMMA = %x2C CR = %x0D ;as per section 6.1 of RFC 2234 [2] DQUOTE = %x22 ;as per section 6.1 of RFC 2234 [2] LF = %x0A ;as per section 6.1 of RFC 2234 [2] CRLF = CR LF ;as per section 6.1 of RFC 2234 [2] TEXTDATA = %x20-21 / %x23-2B / %x2D-7E miller-5.6.2/c/draft-release-notes.md000066400000000000000000000042131354153536500174320ustar00rootroot00000000000000# Title here ## Features: * The new [**system DSL function**](http://johnkerl.org/miller/doc/reference-dsl.html#system) allows you to run arbitrary shell commands and store them in field values. Some example usages are documented [**here**](http://johnkerl.org/miller/doc/data-sharing.html#Running_shell_commands). * There is now support for [**ASV and USV file formats**](http://johnkerl.org/miller/doc/file-formats.html#CSV/TSV/ASV/USV/etc.). * The new [**format-values**](http://johnkerl.org/miller/doc/reference-verbs.html#format-values) verb allows you to apply numerical formatting across all record values. ## Documentation: * The new [**DKVP I/O in Python**](http://johnkerl.org/miller/doc/data-sharing.html#DKVP_I/O_in_Python) sample code now works for Python 2 as well as Python 3. * There is a new cookbook entry on [**doing multiple joins**](http://johnkerl.org/miller/doc/cookbook.html#Doing_multiple_joins). ## Bugfixes: * The [**toupper**](http://johnkerl.org/miller/doc/reference-dsl.html#toupper), [**tolower**](http://johnkerl.org/miller/doc/reference-dsl.html#tolower), and [**capitalize**](http://johnkerl.org/miller/doc/reference-dsl.html#capitalize) DSL functions are now UTF-8 aware, thanks to @sheredom's marvelous https://github.com/sheredom/utf8.h. The [**internationalization page**]((http://johnkerl.org/miller/doc/internationalization.html) has also been expanded. * https://github.com/johnkerl/miller/issues/250 fixes a bug using [**in-place mode**](https://johnkerl.org/miller/doc/reference.html#In-place_mode) in conjunction with verbs (such as [**rename**](http://johnkerl.org/miller/doc/reference-dsl.html#rename) or [**sort**](http://johnkerl.org/miller/doc/reference-dsl.html#sort)) which take field-name lists as arguments. * https://github.com/johnkerl/miller/issues/253 fixes a bug in the [**label**](http://johnkerl.org/miller/doc/reference-verbs.html#label) when one or more names are common between old and new. * https://github.com/johnkerl/miller/issues/251 fixes a corner-case bug when (a) input is CSV; (b) the last field ends with a comma and no newline; (c) input is from standard input and/or --no-mmap is supplied. miller-5.6.2/c/dsl/000077500000000000000000000000001354153536500140265ustar00rootroot00000000000000miller-5.6.2/c/dsl/Makefile.am000066400000000000000000000027601354153536500160670ustar00rootroot00000000000000noinst_LTLIBRARIES= libdsl.la libdsl_la_SOURCES= \ context_flags.h \ function_manager.c \ function_manager.h \ keylist_evaluators.c \ keylist_evaluators.h \ mlr_dsl_ast.c \ mlr_dsl_ast.h \ mlr_dsl_blocked_ast.c \ mlr_dsl_blocked_ast.h \ mlr_dsl_cst.c \ mlr_dsl_cst.h \ mlr_dsl_cst_condish_statements.c \ mlr_dsl_cst_for_map_statements.c \ mlr_dsl_cst_for_srec_statements.c \ mlr_dsl_cst_func_subr.c \ mlr_dsl_cst_keywords.c \ mlr_dsl_cst_loop_control_statements.c \ mlr_dsl_cst_map_assignment_statements.c \ mlr_dsl_cst_output_statements.c \ mlr_dsl_cst_return_statements.c \ mlr_dsl_cst_scalar_assignment_statements.c \ mlr_dsl_cst_statements.c \ mlr_dsl_cst_triple_for_statements.c \ mlr_dsl_cst_unset_statements.c \ mlr_dsl_stack_allocate.c \ return_state.h \ rval_evaluator.h \ rval_evaluators.h \ rval_expr_evaluators.c \ rval_func_evaluators.c \ rval_list_evaluators.c \ rxval_evaluator.h \ rxval_evaluators.h \ rxval_expr_evaluators.c \ rxval_func_evaluators.c \ type_inference.h \ variables.h libdsl_la_LIBADD= ../lib/libmlr.la ../cli/libcli.la ../input/libinput.la # TODO: replace the interesting content with unit tests; 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no srec assignments in functions #define IN_SUBR_DEF 0x00001000 // locals only valid in func/subr #define IN_MLR_FILTER 0x00002000 // Anywhere within mlr filter, the 'filter' keyword is invalid #define IN_MLR_FINAL_FILTER 0x00004000 // mlr filter's final statement must be a bare boolean #define IN_TRIPLE_FOR_CONTINUE 0x00004000 // Final statement of triple-for continuation statements must be a bare boolean #endif // CONTEXT_FLAGS_H miller-5.6.2/c/dsl/function_manager.c000066400000000000000000002356451354153536500175300ustar00rootroot00000000000000#include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "dsl/function_manager.h" #include "dsl/context_flags.h" #include "dsl/rval_evaluators.h" #include "dsl/rxval_evaluators.h" // ---------------------------------------------------------------- typedef enum _func_class_t { FUNC_CLASS_ARITHMETIC, FUNC_CLASS_MATH, FUNC_CLASS_BOOLEAN, FUNC_CLASS_STRING, FUNC_CLASS_CONVERSION, FUNC_CLASS_TYPING, FUNC_CLASS_MAPS, FUNC_CLASS_TIME } func_class_t; typedef enum _arity_check_t { ARITY_CHECK_PASS, ARITY_CHECK_FAIL, ARITY_CHECK_NO_SUCH } arity_check_t; typedef struct _function_lookup_t { func_class_t function_class; char* function_name; int arity; // for variadic, this is minimum arity int variadic; char* usage_string; } function_lookup_t; // This is shared between all instances static function_lookup_t FUNCTION_LOOKUP_TABLE[]; // ---------------------------------------------------------------- // See also comments in rval_evaluators.h // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - static void fmgr_check_arity_with_report(fmgr_t* pfmgr, char* function_name, int user_provided_arity, int* pvariadic); static rval_evaluator_t* fmgr_alloc_evaluator_from_variadic_func_name( char* function_name, rval_evaluator_t** pargs, int nargs); static rval_evaluator_t* fmgr_alloc_evaluator_from_zary_func_name( char* function_name); static rval_evaluator_t* fmgr_alloc_evaluator_from_unary_func_name( char* function_name, rval_evaluator_t* parg1); static rval_evaluator_t* fmgr_alloc_evaluator_from_binary_func_name( char* function_name, rval_evaluator_t* parg1, rval_evaluator_t* parg2); static rval_evaluator_t* fmgr_alloc_evaluator_from_binary_regex_arg2_func_name( char* function_name, rval_evaluator_t* parg1, char* regex_string, int ignore_case); static rval_evaluator_t* fmgr_alloc_evaluator_from_ternary_func_name( char* function_name, rval_evaluator_t* parg1, rval_evaluator_t* parg2, rval_evaluator_t* parg3); static rval_evaluator_t* fmgr_alloc_evaluator_from_ternary_regex_arg2_func_name( char* function_name, rval_evaluator_t* parg1, char* regex_string, int ignore_case, rval_evaluator_t* parg3); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // For rval functions, we pass rval_evaluator_t* (CST); for rxval functions, we pass // mlr_dsl_ast_node_t* (AST). It's easy to construct the former from the latter, of // course. The difference is that we look up map-enabled functions by name first, // then non-map-enabled functions by name second. // // * AST nodes are passed to try to look up a map-enabled function given a function name. // * If those exist, they construct CST structures and return. // * But if not, we look up a non-map-enabled function for the same function name. // * If that doesn't exist either, then it's a fatal error. So we go ahead and // construct an rval_evaluator_t* CST structure from the AST node simply to // save keystrokes, passing that to the function-lookup routines. // // It would simpler to always construct CST structures before looking up // function names, but the only problem is that it's hard to unconstruct CST // structures in case the name lookup fails. (The function-manager // as-yet-unresolved-name list points into them, whenever function arguments // themselves include function calls). Namely, the following scenario is to be // avoided: // // * Construct rxval_evaluator_t* CST structure. // * Look up map-enabled function with a given name. // * That doesn't exist. // * Now the rxval_evaluator_t* can't be torn down since the fmgr points into it. static rxval_evaluator_t* fmgr_alloc_xevaluator_from_variadic_func_name( char* function_name, sllv_t* parg_nodes, fmgr_t* pf, int ti /*type_inferencing*/, int cf /*context_flags*/); static rxval_evaluator_t* fmgr_alloc_xevaluator_from_unary_func_name( char* function_name, mlr_dsl_ast_node_t* parg1, fmgr_t* pf, int ti /*type_inferencing*/, int cf /*context_flags*/); static rxval_evaluator_t* fmgr_alloc_xevaluator_from_binary_func_name( char* function_name, mlr_dsl_ast_node_t* parg1, mlr_dsl_ast_node_t* pargs2, fmgr_t* pf, int ti /*type_inferencing*/, int cf /*context_flags*/); static rxval_evaluator_t* fmgr_alloc_xevaluator_from_ternary_func_name( char* function_name, mlr_dsl_ast_node_t* parg1, mlr_dsl_ast_node_t* pargs2, mlr_dsl_ast_node_t* pargs3, fmgr_t* pf, int ti /*type_inferencing*/, int cf /*context_flags*/); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - static void resolve_func_callsite(fmgr_t* pfmgr, rval_evaluator_t* pev); static void resolve_func_xcallsite(fmgr_t* pfmgr, rxval_evaluator_t* pxev); static rxval_evaluator_t* fmgr_alloc_xeval_wrapping_eval(rval_evaluator_t* pevaluator); static rval_evaluator_t* fmgr_alloc_eval_wrapping_xeval(rxval_evaluator_t* pxevaluator); // ---------------------------------------------------------------- fmgr_t* fmgr_alloc() { fmgr_t* pfmgr = mlr_malloc_or_die(sizeof(fmgr_t)); pfmgr->function_lookup_table = &FUNCTION_LOOKUP_TABLE[0]; pfmgr->built_in_function_names = hss_alloc(); for (int i = 0; ; i++) { function_lookup_t* plookup = &pfmgr->function_lookup_table[i]; char* fname = plookup->function_name; if (fname == NULL) break; hss_add(pfmgr->built_in_function_names, fname); } pfmgr->pudf_names_to_defsite_states = lhmsv_alloc(); pfmgr->pfunc_callsite_evaluators_to_resolve = sllv_alloc(); pfmgr->pfunc_callsite_xevaluators_to_resolve = sllv_alloc(); return pfmgr; } // ---------------------------------------------------------------- void fmgr_free(fmgr_t* pfmgr, context_t* pctx) { if (pfmgr == NULL) return; for (lhmsve_t* pe = pfmgr->pudf_names_to_defsite_states->phead; pe != NULL; pe = pe->pnext) { udf_defsite_state_t * pdefsite_state = pe->pvvalue; free(pdefsite_state->name); pdefsite_state->pfree_func(pdefsite_state->pvstate, pctx); free(pdefsite_state); } lhmsv_free(pfmgr->pudf_names_to_defsite_states); sllv_free(pfmgr->pfunc_callsite_evaluators_to_resolve); sllv_free(pfmgr->pfunc_callsite_xevaluators_to_resolve); hss_free(pfmgr->built_in_function_names); free(pfmgr); } // ---------------------------------------------------------------- void fmgr_install_udf(fmgr_t* pfmgr, udf_defsite_state_t* pdefsite_state) { if (hss_has(pfmgr->built_in_function_names, pdefsite_state->name)) { fprintf(stderr, "%s: function named \"%s\" must not override a built-in function of the same name.\n", MLR_GLOBALS.bargv0, pdefsite_state->name); exit(1); } if (lhmsv_get(pfmgr->pudf_names_to_defsite_states, pdefsite_state->name)) { fprintf(stderr, "%s: function named \"%s\" has already been defined.\n", MLR_GLOBALS.bargv0, pdefsite_state->name); exit(1); } lhmsv_put(pfmgr->pudf_names_to_defsite_states, mlr_strdup_or_die(pdefsite_state->name), pdefsite_state, FREE_ENTRY_KEY); } // ================================================================ static function_lookup_t FUNCTION_LOOKUP_TABLE[] = { {FUNC_CLASS_ARITHMETIC, "+", 2,0, "Addition."}, {FUNC_CLASS_ARITHMETIC, "+", 1,0, "Unary plus."}, {FUNC_CLASS_ARITHMETIC, "-", 2,0, "Subtraction."}, {FUNC_CLASS_ARITHMETIC, "-", 1,0, "Unary minus."}, {FUNC_CLASS_ARITHMETIC, "*", 2,0, "Multiplication."}, {FUNC_CLASS_ARITHMETIC, "/", 2,0, "Division."}, {FUNC_CLASS_ARITHMETIC, "//", 2,0, "Integer division: rounds to negative (pythonic)."}, {FUNC_CLASS_ARITHMETIC, ".+", 2,0, "Addition, with integer-to-integer overflow"}, {FUNC_CLASS_ARITHMETIC, ".+", 1,0, "Unary plus, with integer-to-integer overflow."}, {FUNC_CLASS_ARITHMETIC, ".-", 2,0, "Subtraction, with integer-to-integer overflow."}, {FUNC_CLASS_ARITHMETIC, ".-", 1,0, "Unary minus, with integer-to-integer overflow."}, {FUNC_CLASS_ARITHMETIC, ".*", 2,0, "Multiplication, with integer-to-integer overflow."}, {FUNC_CLASS_ARITHMETIC, "./", 2,0, "Division, with integer-to-integer overflow."}, {FUNC_CLASS_ARITHMETIC, ".//", 2,0, "Integer division: rounds to negative (pythonic), with integer-to-integer overflow."}, {FUNC_CLASS_ARITHMETIC, "%", 2,0, "Remainder; never negative-valued (pythonic)."}, {FUNC_CLASS_ARITHMETIC, "**", 2,0, "Exponentiation; same as pow, but as an infix\noperator."}, {FUNC_CLASS_ARITHMETIC, "|", 2,0, "Bitwise OR."}, {FUNC_CLASS_ARITHMETIC, "^", 2,0, "Bitwise XOR."}, {FUNC_CLASS_ARITHMETIC, "&", 2,0, "Bitwise AND."}, {FUNC_CLASS_ARITHMETIC, "~", 1,0, "Bitwise NOT. Beware '$y=~$x' since =~ is the\nregex-match operator: try '$y = ~$x'."}, {FUNC_CLASS_ARITHMETIC, "<<", 2,0, "Bitwise left-shift."}, {FUNC_CLASS_ARITHMETIC, ">>", 2,0, "Bitwise right-shift."}, {FUNC_CLASS_ARITHMETIC, "bitcount", 1,0, "Count of 1-bits"}, {FUNC_CLASS_BOOLEAN, "==", 2,0, "String/numeric equality. Mixing number and string\nresults in string compare."}, {FUNC_CLASS_BOOLEAN, "!=", 2,0, "String/numeric inequality. Mixing number and string\nresults in string compare."}, {FUNC_CLASS_BOOLEAN, "=~", 2,0, "String (left-hand side) matches regex (right-hand\n" "side), e.g. '$name =~ \"^a.*b$\"'."}, {FUNC_CLASS_BOOLEAN, "!=~", 2,0, "String (left-hand side) does not match regex\n" "(right-hand side), e.g. '$name !=~ \"^a.*b$\"'."}, {FUNC_CLASS_BOOLEAN, ">", 2,0, "String/numeric greater-than. Mixing number and string\n" "results in string compare."}, {FUNC_CLASS_BOOLEAN, ">=", 2,0, "String/numeric greater-than-or-equals. Mixing number\n" "and string results in string compare."}, {FUNC_CLASS_BOOLEAN, "<", 2,0, "String/numeric less-than. Mixing number and string\n" "results in string compare."}, {FUNC_CLASS_BOOLEAN, "<=", 2,0, "String/numeric less-than-or-equals. Mixing number\n" "and string results in string compare."}, {FUNC_CLASS_BOOLEAN, "&&", 2,0, "Logical AND."}, {FUNC_CLASS_BOOLEAN, "||", 2,0, "Logical OR."}, {FUNC_CLASS_BOOLEAN, "^^", 2,0, "Logical XOR."}, {FUNC_CLASS_BOOLEAN, "!", 1,0, "Logical negation."}, {FUNC_CLASS_BOOLEAN, "? :", 3,0, "Ternary operator."}, {FUNC_CLASS_STRING, ".", 2,0, "String concatenation."}, {FUNC_CLASS_STRING, "gsub", 3,0, "Example: '$name=gsub($name, \"old\", \"new\")'\n(replace all)."}, {FUNC_CLASS_STRING, "regextract", 2,0, "Example: '$name=regextract($name, \"[A-Z]{3}[0-9]{2}\")'\n."}, {FUNC_CLASS_STRING, "regextract_or_else", 3,0, "Example: '$name=regextract_or_else($name, \"[A-Z]{3}[0-9]{2}\", \"default\")'\n."}, {FUNC_CLASS_STRING, "strlen", 1,0, "String length."}, {FUNC_CLASS_STRING, "sub", 3,0, "Example: '$name=sub($name, \"old\", \"new\")'\n(replace once)."}, {FUNC_CLASS_STRING, "ssub", 3,0, "Like sub but does no regexing. No characters are special."}, {FUNC_CLASS_STRING, "substr", 3,0, "substr(s,m,n) gives substring of s from 0-up position m to n \n" "inclusive. Negative indices -len .. -1 alias to 0 .. len-1."}, {FUNC_CLASS_STRING, "tolower", 1,0, "Convert string to lowercase."}, {FUNC_CLASS_STRING, "toupper", 1,0, "Convert string to uppercase."}, {FUNC_CLASS_STRING, "capitalize", 1,0, "Convert string's first character to uppercase."}, {FUNC_CLASS_STRING, "lstrip", 1,0, "Strip leading whitespace from string."}, {FUNC_CLASS_STRING, "rstrip", 1,0, "Strip trailing whitespace from string."}, {FUNC_CLASS_STRING, "strip", 1,0, "Strip leading and trailing whitespace from string."}, {FUNC_CLASS_STRING, "collapse_whitespace", 1,0, "Strip repeated whitespace from string."}, {FUNC_CLASS_STRING, "clean_whitespace", 1,0, "Same as collapse_whitespace and strip."}, {FUNC_CLASS_STRING, "system", 1,0, "Run command string, yielding its stdout minus final carriage return."}, {FUNC_CLASS_MATH, "abs", 1,0, "Absolute value."}, {FUNC_CLASS_MATH, "acos", 1,0, "Inverse trigonometric cosine."}, {FUNC_CLASS_MATH, "acosh", 1,0, "Inverse hyperbolic cosine."}, {FUNC_CLASS_MATH, "asin", 1,0, "Inverse trigonometric sine."}, {FUNC_CLASS_MATH, "asinh", 1,0, "Inverse hyperbolic sine."}, {FUNC_CLASS_MATH, "atan", 1,0, "One-argument arctangent."}, {FUNC_CLASS_MATH, "atan2", 2,0, "Two-argument arctangent."}, {FUNC_CLASS_MATH, "atanh", 1,0, "Inverse hyperbolic tangent."}, {FUNC_CLASS_MATH, "cbrt", 1,0, "Cube root."}, {FUNC_CLASS_MATH, "ceil", 1,0, "Ceiling: nearest integer at or above."}, {FUNC_CLASS_MATH, "cos", 1,0, "Trigonometric cosine."}, {FUNC_CLASS_MATH, "cosh", 1,0, "Hyperbolic cosine."}, {FUNC_CLASS_MATH, "erf", 1,0, "Error function."}, {FUNC_CLASS_MATH, "erfc", 1,0, "Complementary error function."}, {FUNC_CLASS_MATH, "exp", 1,0, "Exponential function e**x."}, {FUNC_CLASS_MATH, "expm1", 1,0, "e**x - 1."}, {FUNC_CLASS_MATH, "floor", 1,0, "Floor: nearest integer at or below."}, // See also http://johnkerl.org/doc/randuv.pdf for more about urand() -> other distributions {FUNC_CLASS_MATH, "invqnorm", 1,0, "Inverse of normal cumulative distribution\n" "function. Note that invqorm(urand()) is normally distributed."}, {FUNC_CLASS_MATH, "log", 1,0, "Natural (base-e) logarithm."}, {FUNC_CLASS_MATH, "log10", 1,0, "Base-10 logarithm."}, {FUNC_CLASS_MATH, "log1p", 1,0, "log(1-x)."}, {FUNC_CLASS_MATH, "logifit", 3,0, "Given m and b from logistic regression, compute\nfit: $yhat=logifit($x,$m,$b)."}, {FUNC_CLASS_MATH, "madd", 3,0, "a + b mod m (integers)"}, {FUNC_CLASS_MATH, "max", 0,1, "max of n numbers; null loses"}, {FUNC_CLASS_MATH, "mexp", 3,0, "a ** b mod m (integers)"}, {FUNC_CLASS_MATH, "min", 0,1, "Min of n numbers; null loses"}, {FUNC_CLASS_MATH, "mmul", 3,0, "a * b mod m (integers)"}, {FUNC_CLASS_MATH, "msub", 3,0, "a - b mod m (integers)"}, {FUNC_CLASS_MATH, "pow", 2,0, "Exponentiation; same as **."}, {FUNC_CLASS_MATH, "qnorm", 1,0, "Normal cumulative distribution function."}, {FUNC_CLASS_MATH, "round", 1,0, "Round to nearest integer."}, {FUNC_CLASS_MATH, "roundm", 2,0, "Round to nearest multiple of m: roundm($x,$m) is\nthe same as round($x/$m)*$m"}, {FUNC_CLASS_MATH, "sgn", 1,0, "+1 for positive input, 0 for zero input, -1 for\nnegative input."}, {FUNC_CLASS_MATH, "sin", 1,0, "Trigonometric sine."}, {FUNC_CLASS_MATH, "sinh", 1,0, "Hyperbolic sine."}, {FUNC_CLASS_MATH, "sqrt", 1,0, "Square root."}, {FUNC_CLASS_MATH, "tan", 1,0, "Trigonometric tangent."}, {FUNC_CLASS_MATH, "tanh", 1,0, "Hyperbolic tangent."}, {FUNC_CLASS_MATH, "urand", 0,0, "Floating-point numbers uniformly distributed on the unit interval.\n" "Int-valued example: '$n=floor(20+urand()*11)'." }, {FUNC_CLASS_MATH, "urandrange", 2,0, "Floating-point numbers uniformly distributed on the interval [a, b)." }, {FUNC_CLASS_MATH, "urand32", 0,0, "Integer uniformly distributed 0 and 2**32-1\n" "inclusive." }, {FUNC_CLASS_MATH, "urandint", 2,0, "Integer uniformly distributed between inclusive\ninteger endpoints." }, {FUNC_CLASS_TIME, "dhms2fsec", 1,0, "Recovers floating-point seconds as in\n" "dhms2fsec(\"5d18h53m20.250000s\") = 500000.250000"}, {FUNC_CLASS_TIME, "dhms2sec", 1,0, "Recovers integer seconds as in\ndhms2sec(\"5d18h53m20s\") = 500000"}, {FUNC_CLASS_TIME, "fsec2dhms", 1,0, "Formats floating-point seconds as in\nfsec2dhms(500000.25) = \"5d18h53m20.250000s\""}, {FUNC_CLASS_TIME, "fsec2hms", 1,0, "Formats floating-point seconds as in\nfsec2hms(5000.25) = \"01:23:20.250000\""}, {FUNC_CLASS_TIME, "gmt2sec", 1,0, "Parses GMT timestamp as integer seconds since\nthe epoch."}, {FUNC_CLASS_TIME, "localtime2sec", 1,0, "Parses local timestamp as integer seconds since\n" "the epoch. Consults $TZ environment variable."}, {FUNC_CLASS_TIME, "hms2fsec", 1,0, "Recovers floating-point seconds as in\nhms2fsec(\"01:23:20.250000\") = 5000.250000"}, {FUNC_CLASS_TIME, "hms2sec", 1,0, "Recovers integer seconds as in\nhms2sec(\"01:23:20\") = 5000"}, {FUNC_CLASS_TIME, "sec2dhms", 1,0, "Formats integer seconds as in sec2dhms(500000)\n= \"5d18h53m20s\""}, {FUNC_CLASS_TIME, "sec2gmt", 1,0, "Formats seconds since epoch (integer part)\n" "as GMT timestamp, e.g. sec2gmt(1440768801.7) = \"2015-08-28T13:33:21Z\".\n" "Leaves non-numbers as-is."}, {FUNC_CLASS_TIME, "sec2gmt", 2,0, "Formats seconds since epoch as GMT timestamp with n\n" "decimal places for seconds, e.g. sec2gmt(1440768801.7,1) = \"2015-08-28T13:33:21.7Z\".\n" "Leaves non-numbers as-is."}, {FUNC_CLASS_TIME, "sec2gmtdate", 1,0, "Formats seconds since epoch (integer part)\n" "as GMT timestamp with year-month-date, e.g. sec2gmtdate(1440768801.7) = \"2015-08-28\".\n" "Leaves non-numbers as-is."}, {FUNC_CLASS_TIME, "sec2localtime", 1,0, "Formats seconds since epoch (integer part)\n" "as local timestamp, e.g. sec2localtime(1440768801.7) = \"2015-08-28T13:33:21Z\".\n" "Consults $TZ environment variable. Leaves non-numbers as-is."}, {FUNC_CLASS_TIME, "sec2localtime", 2,0, "Formats seconds since epoch as local timestamp with n\n" "decimal places for seconds, e.g. sec2localtime(1440768801.7,1) = \"2015-08-28T13:33:21.7Z\".\n" "Consults $TZ environment variable. Leaves non-numbers as-is."}, {FUNC_CLASS_TIME, "sec2localdate", 1,0, "Formats seconds since epoch (integer part)\n" "as local timestamp with year-month-date, e.g. sec2localdate(1440768801.7) = \"2015-08-28\".\n" "Consults $TZ environment variable. Leaves non-numbers as-is."}, {FUNC_CLASS_TIME, "sec2hms", 1,0, "Formats integer seconds as in\n" "sec2hms(5000) = \"01:23:20\""}, {FUNC_CLASS_TIME, "strftime", 2,0, "Formats seconds since the epoch as timestamp, e.g.\n" "strftime(1440768801.7,\"%Y-%m-%dT%H:%M:%SZ\") = \"2015-08-28T13:33:21Z\", and\n" "strftime(1440768801.7,\"%Y-%m-%dT%H:%M:%3SZ\") = \"2015-08-28T13:33:21.700Z\".\n" "Format strings are as in the C library (please see \"man strftime\" on your system),\n" "with the Miller-specific addition of \"%1S\" through \"%9S\" which format the seconds\n" "with 1 through 9 decimal places, respectively. (\"%S\" uses no decimal places.)\n" "See also strftime_local."}, {FUNC_CLASS_TIME, "strftime_local", 2,0, "Like strftime but consults the $TZ environment variable to get local time zone."}, {FUNC_CLASS_TIME, "strptime", 2,0, "Parses timestamp as floating-point seconds since the epoch,\n" "e.g. strptime(\"2015-08-28T13:33:21Z\",\"%Y-%m-%dT%H:%M:%SZ\") = 1440768801.000000,\n" "and strptime(\"2015-08-28T13:33:21.345Z\",\"%Y-%m-%dT%H:%M:%SZ\") = 1440768801.345000.\n" "See also strptime_local."}, {FUNC_CLASS_TIME, "strptime_local", 2,0, "Like strptime, but consults $TZ environment variable to find and use local timezone."}, {FUNC_CLASS_TIME, "systime", 0,0, "Floating-point seconds since the epoch,\n" "e.g. 1440768801.748936." }, {FUNC_CLASS_TYPING, "is_absent", 1,0, "False if field is present in input, false otherwise"}, {FUNC_CLASS_TYPING, "is_bool", 1,0, "True if field is present with boolean value. Synonymous with is_boolean."}, {FUNC_CLASS_TYPING, "is_boolean", 1,0, "True if field is present with boolean value. Synonymous with is_bool."}, {FUNC_CLASS_TYPING, "is_empty", 1,0, "True if field is present in input with empty string value, false otherwise."}, {FUNC_CLASS_TYPING, "is_empty_map", 1,0, "True if argument is a map which is empty."}, {FUNC_CLASS_TYPING, "is_float", 1,0, "True if field is present with value inferred to be float"}, {FUNC_CLASS_TYPING, "is_int", 1,0, "True if field is present with value inferred to be int "}, {FUNC_CLASS_TYPING, "is_map", 1,0, "True if argument is a map."}, {FUNC_CLASS_TYPING, "is_nonempty_map", 1,0, "True if argument is a map which is non-empty."}, {FUNC_CLASS_TYPING, "is_not_empty", 1,0, "False if field is present in input with empty value, true otherwise"}, {FUNC_CLASS_TYPING, "is_not_map", 1,0, "True if argument is not a map."}, {FUNC_CLASS_TYPING, "is_not_null", 1,0, "False if argument is null (empty or absent), true otherwise."}, {FUNC_CLASS_TYPING, "is_null", 1,0, "True if argument is null (empty or absent), false otherwise."}, {FUNC_CLASS_TYPING, "is_numeric", 1,0, "True if field is present with value inferred to be int or float"}, {FUNC_CLASS_TYPING, "is_present", 1,0, "True if field is present in input, false otherwise."}, {FUNC_CLASS_TYPING, "is_string", 1,0, "True if field is present with string (including empty-string) value"}, {FUNC_CLASS_TYPING, "asserting_absent", 1,0, "Returns argument if it is absent in the input data, else\n" "throws an error."}, {FUNC_CLASS_TYPING, "asserting_bool", 1,0, "Returns argument if it is present with boolean value, else\n" "throws an error."}, {FUNC_CLASS_TYPING, "asserting_boolean", 1,0, "Returns argument if it is present with boolean value, else\n" "throws an error."}, {FUNC_CLASS_TYPING, "asserting_empty", 1,0, "Returns argument if it is present in input with empty value,\n" "else throws an error."}, {FUNC_CLASS_TYPING, "asserting_empty_map", 1,0, "Returns argument if it is a map with empty value, else\n" "throws an error."}, {FUNC_CLASS_TYPING, "asserting_float", 1,0, "Returns argument if it is present with float value, else\n" "throws an error."}, {FUNC_CLASS_TYPING, "asserting_int", 1,0, "Returns argument if it is present with int value, else\n" "throws an error."}, {FUNC_CLASS_TYPING, "asserting_map", 1,0, "Returns argument if it is a map, else throws an error."}, {FUNC_CLASS_TYPING, "asserting_nonempty_map", 1,0, "Returns argument if it is a non-empty map, else throws\n" "an error."}, {FUNC_CLASS_TYPING, "asserting_not_empty", 1,0, "Returns argument if it is present in input with non-empty\n" "value, else throws an error."}, {FUNC_CLASS_TYPING, "asserting_not_map", 1,0, "Returns argument if it is not a map, else throws an error."}, {FUNC_CLASS_TYPING, "asserting_not_null", 1,0, "Returns argument if it is non-null (non-empty and non-absent),\n" "else throws an error."}, {FUNC_CLASS_TYPING, "asserting_null", 1,0, "Returns argument if it is null (empty or absent), else throws\n" "an error."}, {FUNC_CLASS_TYPING, "asserting_numeric", 1,0, "Returns argument if it is present with int or float value,\n" "else throws an error."}, {FUNC_CLASS_TYPING, "asserting_present", 1,0, "Returns argument if it is present in input, else throws\n" "an error."}, {FUNC_CLASS_TYPING, "asserting_string", 1,0, "Returns argument if it is present with string (including\n" "empty-string) value, else throws an error."}, {FUNC_CLASS_CONVERSION, "boolean", 1,0, "Convert int/float/bool/string to boolean."}, {FUNC_CLASS_CONVERSION, "float", 1,0, "Convert int/float/bool/string to float."}, {FUNC_CLASS_CONVERSION, "fmtnum", 2,0, "Convert int/float/bool to string using\n" "printf-style format string, e.g. '$s = fmtnum($n, \"%06lld\")'. WARNING: Miller numbers\n" "are all long long or double. If you use formats like %d or %f, behavior is undefined."}, {FUNC_CLASS_CONVERSION, "hexfmt", 1,0, "Convert int to string, e.g. 255 to \"0xff\"."}, {FUNC_CLASS_CONVERSION, "int", 1,0, "Convert int/float/bool/string to int."}, {FUNC_CLASS_CONVERSION, "string", 1,0, "Convert int/float/bool/string to string."}, {FUNC_CLASS_CONVERSION, "typeof", 1,0, "Convert argument to type of argument (e.g.\n" "MT_STRING). For debug."}, {FUNC_CLASS_MAPS, "depth", 1,0, "Prints maximum depth of hashmap: ''. Scalars have depth 0."}, {FUNC_CLASS_MAPS, "haskey", 2,0, "True/false if map has/hasn't key, e.g. 'haskey($*, \"a\")' or\n" "'haskey(mymap, mykey)'. Error if 1st argument is not a map."}, {FUNC_CLASS_MAPS, "joink", 2,0, "Makes string from map keys. E.g. 'joink($*, \",\")'."}, {FUNC_CLASS_MAPS, "joinkv", 3,0, "Makes string from map key-value pairs. E.g. 'joinkv(@v[2], \"=\", \",\")'"}, {FUNC_CLASS_MAPS, "joinv", 2,0, "Makes string from map keys. E.g. 'joinv(mymap, \",\")'."}, {FUNC_CLASS_MAPS, "leafcount", 1,0, "Counts total number of terminal values in hashmap. For single-level maps,\n" "same as length."}, {FUNC_CLASS_MAPS, "length", 1,0, "Counts number of top-level entries in hashmap. Scalars have length 1."}, {FUNC_CLASS_MAPS, "mapdiff", 0,1, "With 0 args, returns empty map. With 1 arg, returns copy of arg.\n" "With 2 or more, returns copy of arg 1 with all keys from any of remaining argument maps removed."}, {FUNC_CLASS_MAPS, "mapexcept", 1,1, "Returns a map with keys from remaining arguments, if any, unset.\n" "E.g. 'mapexcept({1:2,3:4,5:6}, 1, 5, 7)' is '{3:4}'."}, {FUNC_CLASS_MAPS, "mapselect", 1,1, "Returns a map with only keys from remaining arguments set.\n" "E.g. 'mapselect({1:2,3:4,5:6}, 1, 5, 7)' is '{1:2,5:6}'."}, {FUNC_CLASS_MAPS, "mapsum", 0,1, "With 0 args, returns empty map. With >= 1 arg, returns a map with\n" "key-value pairs from all arguments. Rightmost collisions win, e.g. 'mapsum({1:2,3:4},{1:5})' is '{1:5,3:4}'."}, {FUNC_CLASS_MAPS, "splitkv", 3,0, "Splits string by separators into map with type inference.\n" "E.g. 'splitkv(\"a=1,b=2,c=3\", \"=\", \",\")' gives '{\"a\" : 1, \"b\" : 2, \"c\" : 3}'."}, {FUNC_CLASS_MAPS, "splitkvx", 3,0, "Splits string by separators into map without type inference (keys and\n" "values are strings). E.g. 'splitkv(\"a=1,b=2,c=3\", \"=\", \",\")' gives\n" "'{\"a\" : \"1\", \"b\" : \"2\", \"c\" : \"3\"}'."}, {FUNC_CLASS_MAPS, "splitnv", 2,0, "Splits string by separator into integer-indexed map with type inference.\n" "E.g. 'splitnv(\"a,b,c\" , \",\")' gives '{1 : \"a\", 2 : \"b\", 3 : \"c\"}'."}, {FUNC_CLASS_MAPS, "splitnvx", 2,0, "Splits string by separator into integer-indexed map without type\n" "inference (values are strings). E.g. 'splitnv(\"4,5,6\" , \",\")' gives '{1 : \"4\", 2 : \"5\", 3 : \"6\"}'."}, {0, NULL, -1 , -1, NULL}, // table terminator }; // ---------------------------------------------------------------- static arity_check_t check_arity(function_lookup_t lookup_table[], char* function_name, int user_provided_arity, int *parity, int* pvariadic) { *parity = -1; *pvariadic = FALSE; int found_function_name = FALSE; for (int i = 0; ; i++) { function_lookup_t* plookup = &lookup_table[i]; if (plookup->function_name == NULL) break; if (streq(function_name, plookup->function_name)) { found_function_name = TRUE; *parity = plookup->arity; if (plookup->variadic) { *pvariadic = TRUE; if (user_provided_arity < plookup->arity) { return ARITY_CHECK_FAIL; } return ARITY_CHECK_PASS; } if (user_provided_arity == plookup->arity) { return ARITY_CHECK_PASS; } } } if (found_function_name) { return ARITY_CHECK_FAIL; } else { return ARITY_CHECK_NO_SUCH; } } static void fmgr_check_arity_with_report(fmgr_t* pfmgr, char* function_name, int user_provided_arity, int* pvariadic) { int arity = -1; arity_check_t result = check_arity(pfmgr->function_lookup_table, function_name, user_provided_arity, &arity, pvariadic); if (result == ARITY_CHECK_NO_SUCH) { fprintf(stderr, "%s: Function name \"%s\" not found.\n", MLR_GLOBALS.bargv0, function_name); exit(1); } if (result == ARITY_CHECK_FAIL) { // More flexibly, I'd have a list of arities supported by each // function. But this is overkill: there are unary and binary minus and sec2gmt, // and everything else has a single arity. if (streq(function_name, "-") || streq(function_name, "sec2gmt") || streq(function_name, "sec2localtime")) { fprintf(stderr, "%s: Function named \"%s\" takes one argument or two; got %d.\n", MLR_GLOBALS.bargv0, function_name, user_provided_arity); } else if (*pvariadic) { fprintf(stderr, "%s: Function named \"%s\" takes at least %d argument%s; got %d.\n", MLR_GLOBALS.bargv0, function_name, arity, (arity == 1) ? "" : "s", user_provided_arity); } else { fprintf(stderr, "%s: Function named \"%s\" takes %d argument%s; got %d.\n", MLR_GLOBALS.bargv0, function_name, arity, (arity == 1) ? "" : "s", user_provided_arity); } exit(1); } } static char* function_class_to_desc(func_class_t function_class) { switch(function_class) { case FUNC_CLASS_ARITHMETIC: return "arithmetic"; break; case FUNC_CLASS_MATH: return "math"; break; case FUNC_CLASS_BOOLEAN: return "boolean"; break; case FUNC_CLASS_STRING: return "string"; break; case FUNC_CLASS_CONVERSION: return "conversion"; break; case FUNC_CLASS_TYPING: return "typing"; break; case FUNC_CLASS_MAPS: return "maps"; break; case FUNC_CLASS_TIME: return "time"; break; default: return "???"; break; } } void fmgr_list_functions(fmgr_t* pfmgr, FILE* output_stream, char* leader) { char* separator = " "; int leaderlen = strlen(leader); int separatorlen = strlen(separator); int linelen = leaderlen; int j = 0; for (int i = 0; ; i++) { function_lookup_t* plookup = &FUNCTION_LOOKUP_TABLE[i]; char* fname = plookup->function_name; if (fname == NULL) break; int fnamelen = strlen(fname); linelen += separatorlen + fnamelen; if (linelen >= 80) { fprintf(output_stream, "\n"); linelen = 0; linelen = leaderlen + separatorlen + fnamelen; j = 0; } if (j == 0) fprintf(output_stream, "%s", leader); fprintf(output_stream, "%s%s", separator, fname); j++; } fprintf(output_stream, "\n"); } // Pass function_name == NULL to get usage for all functions. void fmgr_function_usage(fmgr_t* pfmgr, FILE* output_stream, char* function_name) { int found = FALSE; char* nfmt = "%s (class=%s #args=%d): %s\n"; char* vfmt = "%s (class=%s variadic): %s\n"; int num_printed = 0; // > 1 matches e.g. for - and sec2gmt for (int i = 0; ; i++) { function_lookup_t* plookup = &FUNCTION_LOOKUP_TABLE[i]; if (plookup->function_name == NULL) // end of table break; if (function_name == NULL || streq(function_name, plookup->function_name)) { if (++num_printed > 1) fprintf(output_stream, "\n"); if (plookup->variadic) { fprintf(output_stream, vfmt, plookup->function_name, function_class_to_desc(plookup->function_class), plookup->usage_string); } else { fprintf(output_stream, nfmt, plookup->function_name, function_class_to_desc(plookup->function_class), plookup->arity, plookup->usage_string); } found = TRUE; } if (function_name == NULL) fprintf(output_stream, "\n"); } if (!found) fprintf(output_stream, "%s: no such function.\n", function_name); if (function_name == NULL) { fprintf(output_stream, "To set the seed for urand, you may specify decimal or hexadecimal 32-bit\n"); fprintf(output_stream, "numbers of the form \"%s --seed 123456789\" or \"%s --seed 0xcafefeed\".\n", MLR_GLOBALS.bargv0, MLR_GLOBALS.bargv0); fprintf(output_stream, "Miller's built-in variables are NF, NR, FNR, FILENUM, and FILENAME (awk-like)\n"); fprintf(output_stream, "along with the mathematical constants M_PI and M_E.\n"); } } void fmgr_list_all_functions_raw(fmgr_t* pfmgr, FILE* output_stream) { for (int i = 0; ; i++) { function_lookup_t* plookup = &FUNCTION_LOOKUP_TABLE[i]; if (plookup->function_name == NULL) // end of table break; printf("%s\n", plookup->function_name); } } // ================================================================ typedef struct _udf_callsite_state_t { int arity; rxval_evaluator_t** pevals; boxed_xval_t* args; udf_defsite_state_t* pdefsite_state; } udf_callsite_state_t; // ---------------------------------------------------------------- static udf_callsite_state_t* udf_callsite_state_alloc( fmgr_t* pfmgr, udf_defsite_state_t* pdefsite_state, mlr_dsl_ast_node_t* pnode, int arity, int type_inferencing, int context_flags) { udf_callsite_state_t* pstate = mlr_malloc_or_die(sizeof(udf_callsite_state_t)); pstate->arity = pnode->pchildren->length; pstate->pevals = mlr_malloc_or_die(pstate->arity * sizeof(rxval_evaluator_t*)); int i = 0; for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext, i++) { mlr_dsl_ast_node_t* parg_node = pe->pvvalue; pstate->pevals[i] = rxval_evaluator_alloc_from_ast(parg_node, pfmgr, type_inferencing, context_flags); } pstate->args = mlr_malloc_or_die(pstate->arity * sizeof(boxed_xval_t)); for (i = 0; i < pstate->arity; i++) { // Ownership will be transferred to local-stack which will be responsible for freeing. pstate->args[i] = box_ephemeral_val(mv_absent()); } pstate->pdefsite_state = pdefsite_state; return pstate; } // ---------------------------------------------------------------- static void udf_callsite_state_eval_args(udf_callsite_state_t* pstate, variables_t* pvars) { for (int i = 0; i < pstate->arity; i++) { pstate->args[i] = pstate->pevals[i]->pprocess_func(pstate->pevals[i]->pvstate, pvars); } } // ---------------------------------------------------------------- static void udf_callsite_state_free(udf_callsite_state_t* pstate) { for (int i = 0; i < pstate->arity; i++) { rxval_evaluator_t* pxev = pstate->pevals[i]; pxev->pfree_func(pxev); } free(pstate->pevals); free(pstate->args); free(pstate); } // ---------------------------------------------------------------- static mv_t rval_evaluator_udf_callsite_process(void* pvstate, variables_t* pvars) { udf_callsite_state_t* pstate = pvstate; udf_callsite_state_eval_args(pstate, pvars); // Functions returning map values in a scalar context get their return values treated as // absent-null. (E.g. f() returns a map and g() returns an int and the statement is '$x // = f() + g()'.) Non-scalar-context return values are handled separately (not here). boxed_xval_t retval = pstate->pdefsite_state->pprocess_func( pstate->pdefsite_state->pvstate, pstate->arity, pstate->args, pvars); if (retval.xval.is_terminal) { return retval.xval.terminal_mlrval; } else { if (retval.is_ephemeral) { mlhmmv_xvalue_free(&retval.xval); } return mv_absent(); } } static boxed_xval_t rxval_evaluator_udf_xcallsite_process(void* pvstate, variables_t* pvars) { udf_callsite_state_t* pstate = pvstate; udf_callsite_state_eval_args(pstate, pvars); return pstate->pdefsite_state->pprocess_func( pstate->pdefsite_state->pvstate, pstate->arity, pstate->args, pvars); } static void rval_evaluator_udf_callsite_free(rval_evaluator_t* pevaluator) { udf_callsite_state_t* pstate = pevaluator->pvstate; udf_callsite_state_free(pstate); free(pevaluator); } static void rxval_evaluator_udf_xcallsite_free(rxval_evaluator_t* pxevaluator) { udf_callsite_state_t* pstate = pxevaluator->pvstate; udf_callsite_state_free(pstate); free(pxevaluator); } static rval_evaluator_t* fmgr_alloc_from_udf_callsite(fmgr_t* pfmgr, udf_defsite_state_t* pdefsite_state, mlr_dsl_ast_node_t* pnode, char* function_name, int arity, int type_inferencing, int context_flags) { rval_evaluator_t* pudf_callsite_evaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); udf_callsite_state_t* pstate = udf_callsite_state_alloc(pfmgr, pdefsite_state, pnode, arity, type_inferencing, context_flags); pudf_callsite_evaluator->pvstate = pstate; pudf_callsite_evaluator->pprocess_func = rval_evaluator_udf_callsite_process; pudf_callsite_evaluator->pfree_func = rval_evaluator_udf_callsite_free; return pudf_callsite_evaluator; } static rxval_evaluator_t* fmgr_alloc_from_udf_xcallsite(fmgr_t* pfmgr, udf_defsite_state_t* pdefsite_state, mlr_dsl_ast_node_t* pnode, char* function_name, int arity, int type_inferencing, int context_flags) { rxval_evaluator_t* pudf_xcallsite_evaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); udf_callsite_state_t* pstate = udf_callsite_state_alloc(pfmgr, pdefsite_state, pnode, arity, type_inferencing, context_flags); pudf_xcallsite_evaluator->pvstate = pstate; pudf_xcallsite_evaluator->pprocess_func = rxval_evaluator_udf_xcallsite_process; pudf_xcallsite_evaluator->pfree_func = rxval_evaluator_udf_xcallsite_free; return pudf_xcallsite_evaluator; } // ================================================================ typedef struct _unresolved_func_callsite_state_t { char* function_name; int arity; int type_inferencing; int context_flags; mlr_dsl_ast_node_t* pnode; } unresolved_func_callsite_state_t; static unresolved_func_callsite_state_t* unresolved_callsite_alloc(char* function_name, int arity, int type_inferencing, int context_flags, mlr_dsl_ast_node_t* pnode) { unresolved_func_callsite_state_t* pstate = mlr_malloc_or_die(sizeof(unresolved_func_callsite_state_t)); pstate->function_name = mlr_strdup_or_die(function_name); pstate->arity = arity; pstate->type_inferencing = type_inferencing; pstate->context_flags = context_flags; pstate->pnode = pnode; return pstate; } static void unresolved_callsite_free(unresolved_func_callsite_state_t* pstate) { if (pstate == NULL) return; free(pstate->function_name); free(pstate); } // ---------------------------------------------------------------- static mv_t provisional_call_func(void* pvstate, variables_t* pvars) { unresolved_func_callsite_state_t* pstate = pvstate; fprintf(stderr, "%s: internal coding error: unresolved scalar-return-value callsite \"%s\".\n", MLR_GLOBALS.bargv0, pstate->function_name); exit(1); } static void provisional_call_free(rval_evaluator_t* pevaluator) { unresolved_func_callsite_state_t* pstate = pevaluator->pvstate; unresolved_callsite_free(pstate); free(pevaluator); } rval_evaluator_t* fmgr_alloc_provisional_from_operator_or_function_call(fmgr_t* pfmgr, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { char* function_name = pnode->text; int user_provided_arity = pnode->pchildren->length; unresolved_func_callsite_state_t* pstate = unresolved_callsite_alloc(function_name, user_provided_arity, type_inferencing, context_flags, pnode); rval_evaluator_t* pev = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pev->pvstate = pstate; pev->pprocess_func = provisional_call_func; pev->pfree_func = provisional_call_free; // Remember this callsite to a function which may or may not have been defined yet. // Then later we can resolve them to point to UDF bodies which have been defined. fmgr_mark_callsite_to_resolve(pfmgr, pev); return pev; } // ---------------------------------------------------------------- static boxed_xval_t provisional_xcall_func(void* pvstate, variables_t* pvars) { unresolved_func_callsite_state_t* pstate = pvstate; fprintf(stderr, "%s: internal coding error: unresolved map-return-value callsite \"%s\".\n", MLR_GLOBALS.bargv0, pstate->function_name); exit(1); } static void provisional_xcall_free(rxval_evaluator_t* pxevaluator) { unresolved_func_callsite_state_t* pstate = pxevaluator->pvstate; unresolved_callsite_free(pstate); free(pxevaluator); } rxval_evaluator_t* fmgr_xalloc_provisional_from_operator_or_function_call(fmgr_t* pfmgr, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { char* function_name = pnode->text; int user_provided_arity = pnode->pchildren->length; unresolved_func_callsite_state_t* pstate = unresolved_callsite_alloc(function_name, user_provided_arity, type_inferencing, context_flags, pnode); rxval_evaluator_t* pxev = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); pxev->pvstate = pstate; pxev->pprocess_func = provisional_xcall_func; pxev->pfree_func = provisional_xcall_free; // Remember this callsite to a function which may or may not have been defined yet. // Then later we can resolve them to point to UDF bodies which have been defined. fmgr_mark_xcallsite_to_resolve(pfmgr, pxev); return pxev; } // ---------------------------------------------------------------- void fmgr_mark_callsite_to_resolve(fmgr_t* pfmgr, rval_evaluator_t* pev) { sllv_append(pfmgr->pfunc_callsite_evaluators_to_resolve, pev); } void fmgr_mark_xcallsite_to_resolve(fmgr_t* pfmgr, rxval_evaluator_t* pxev) { sllv_append(pfmgr->pfunc_callsite_xevaluators_to_resolve, pxev); } // ---------------------------------------------------------------- // Resolving a callsite involves treewalking the AST which may find more callsites to // resolve. E.g. in '$y = f(g($x))', f is initially unresolved (f and/or g perhaps as yet // undefined as of when the callsite is parsed), then at resolution time for f, its // argument 'g($x)' is encountered, initially unresolved, then resolved. // Hence the outer loop. void fmgr_resolve_func_callsites(fmgr_t* pfmgr) { while (TRUE) { int did = FALSE; while (pfmgr->pfunc_callsite_xevaluators_to_resolve->phead != NULL) { did = TRUE; rxval_evaluator_t* pxev = sllv_pop(pfmgr->pfunc_callsite_xevaluators_to_resolve); unresolved_func_callsite_state_t* ptemp_state = pxev->pvstate; resolve_func_xcallsite(pfmgr, pxev); unresolved_callsite_free(ptemp_state); } while (pfmgr->pfunc_callsite_evaluators_to_resolve->phead != NULL) { did = TRUE; rval_evaluator_t* pev = sllv_pop(pfmgr->pfunc_callsite_evaluators_to_resolve); unresolved_func_callsite_state_t* ptemp_state = pev->pvstate; resolve_func_callsite(pfmgr, pev); unresolved_callsite_free(ptemp_state); } if (!did) { break; } } } // ---------------------------------------------------------------- static rval_evaluator_t* construct_udf_callsite_evaluator( fmgr_t* pfmgr, unresolved_func_callsite_state_t* pcallsite) { char* function_name = pcallsite->function_name; int user_provided_arity = pcallsite->arity; int type_inferencing = pcallsite->type_inferencing; int context_flags = pcallsite->context_flags; mlr_dsl_ast_node_t* pnode = pcallsite->pnode; udf_defsite_state_t* pudf_defsite_state = lhmsv_get(pfmgr->pudf_names_to_defsite_states, pcallsite->function_name); if (pudf_defsite_state != NULL) { int udf_arity = pudf_defsite_state->arity; if (user_provided_arity != udf_arity) { fprintf(stderr, "Function named \"%s\" takes %d argument%s; got %d.\n", function_name, udf_arity, (udf_arity == 1) ? "" : "s", user_provided_arity); exit(1); } return fmgr_alloc_from_udf_callsite(pfmgr, pudf_defsite_state, pnode, function_name, user_provided_arity, type_inferencing, context_flags); } else { return NULL; } } static rxval_evaluator_t* construct_udf_defsite_xevaluator( fmgr_t* pfmgr, unresolved_func_callsite_state_t* pcallsite) { char* function_name = pcallsite->function_name; int user_provided_arity = pcallsite->arity; int type_inferencing = pcallsite->type_inferencing; int context_flags = pcallsite->context_flags; mlr_dsl_ast_node_t* pnode = pcallsite->pnode; udf_defsite_state_t* pudf_defsite_state = lhmsv_get(pfmgr->pudf_names_to_defsite_states, pcallsite->function_name); if (pudf_defsite_state != NULL) { int udf_arity = pudf_defsite_state->arity; if (user_provided_arity != udf_arity) { fprintf(stderr, "Function named \"%s\" takes %d argument%s; got %d.\n", function_name, udf_arity, (udf_arity == 1) ? "" : "s", user_provided_arity); exit(1); } return fmgr_alloc_from_udf_xcallsite(pfmgr, pudf_defsite_state, pnode, function_name, user_provided_arity, type_inferencing, context_flags); } else { return NULL; } } // ---------------------------------------------------------------- static rval_evaluator_t* construct_builtin_function_callsite_evaluator( fmgr_t* pfmgr, unresolved_func_callsite_state_t* pcallsite) { char* function_name = pcallsite->function_name; int user_provided_arity = pcallsite->arity; int type_inferencing = pcallsite->type_inferencing; int context_flags = pcallsite->context_flags; mlr_dsl_ast_node_t* pnode = pcallsite->pnode; int variadic = FALSE; fmgr_check_arity_with_report(pfmgr, function_name, user_provided_arity, &variadic); rval_evaluator_t* pevaluator = NULL; if (variadic) { int nargs = pnode->pchildren->length; rval_evaluator_t** pargs = mlr_malloc_or_die(nargs * sizeof(rval_evaluator_t*)); int i = 0; for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext, i++) { mlr_dsl_ast_node_t* pchild = pe->pvvalue; pargs[i] = rval_evaluator_alloc_from_ast(pchild, pfmgr, type_inferencing, context_flags); } pevaluator = fmgr_alloc_evaluator_from_variadic_func_name(function_name, pargs, nargs); } else if (user_provided_arity == 0) { pevaluator = fmgr_alloc_evaluator_from_zary_func_name(function_name); } else if (user_provided_arity == 1) { mlr_dsl_ast_node_t* parg1_node = pnode->pchildren->phead->pvvalue; rval_evaluator_t* parg1 = rval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); pevaluator = fmgr_alloc_evaluator_from_unary_func_name(function_name, parg1); } else if (user_provided_arity == 2) { mlr_dsl_ast_node_t* parg1_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* parg2_node = pnode->pchildren->phead->pnext->pvvalue; int type2 = parg2_node->type; int is_regexy = streq(function_name, "=~") || streq(function_name, "!=~") || streq(function_name, "regextract"); if (is_regexy && type2 == MD_AST_NODE_TYPE_STRING_LITERAL) { rval_evaluator_t* parg1 = rval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); pevaluator = fmgr_alloc_evaluator_from_binary_regex_arg2_func_name(function_name, parg1, parg2_node->text, FALSE); } else if (is_regexy && type2 == MD_AST_NODE_TYPE_REGEXI) { rval_evaluator_t* parg1 = rval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); pevaluator = fmgr_alloc_evaluator_from_binary_regex_arg2_func_name(function_name, parg1, parg2_node->text, TYPE_INFER_STRING_FLOAT_INT); } else { // regexes can still be applied here, e.g. if the 2nd argument is a non-terminal AST: however // the regexes will be compiled record-by-record rather than once at alloc time, which will // be slower. rval_evaluator_t* parg1 = rval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); rval_evaluator_t* parg2 = rval_evaluator_alloc_from_ast(parg2_node, pfmgr, type_inferencing, context_flags); pevaluator = fmgr_alloc_evaluator_from_binary_func_name(function_name, parg1, parg2); } } else if (user_provided_arity == 3) { mlr_dsl_ast_node_t* parg1_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* parg2_node = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* parg3_node = pnode->pchildren->phead->pnext->pnext->pvvalue; int type2 = parg2_node->type; int is_regexy = streq(function_name, "sub") || streq(function_name, "gsub") || streq(function_name, "regextract_or_else"); if (is_regexy && type2 == MD_AST_NODE_TYPE_STRING_LITERAL) { // sub/gsub-regex special case: rval_evaluator_t* parg1 = rval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); rval_evaluator_t* parg3 = rval_evaluator_alloc_from_ast(parg3_node, pfmgr, type_inferencing, context_flags); pevaluator = fmgr_alloc_evaluator_from_ternary_regex_arg2_func_name(function_name, parg1, parg2_node->text, FALSE, parg3); } else if (is_regexy && type2 == MD_AST_NODE_TYPE_REGEXI) { // sub/gsub-regex special case: rval_evaluator_t* parg1 = rval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); rval_evaluator_t* parg3 = rval_evaluator_alloc_from_ast(parg3_node, pfmgr, type_inferencing, context_flags); pevaluator = fmgr_alloc_evaluator_from_ternary_regex_arg2_func_name(function_name, parg1, parg2_node->text, TYPE_INFER_STRING_FLOAT_INT, parg3); } else { // regexes can still be applied here, e.g. if the 2nd argument is a non-terminal AST: however // the regexes will be compiled record-by-record rather than once at alloc time, which will // be slower. rval_evaluator_t* parg1 = rval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); rval_evaluator_t* parg2 = rval_evaluator_alloc_from_ast(parg2_node, pfmgr, type_inferencing, context_flags); rval_evaluator_t* parg3 = rval_evaluator_alloc_from_ast(parg3_node, pfmgr, type_inferencing, context_flags); pevaluator = fmgr_alloc_evaluator_from_ternary_func_name(function_name, parg1, parg2, parg3); } } else { fprintf(stderr, "Miller: internal coding error: arity for function name \"%s\" misdetected.\n", function_name); exit(1); } return pevaluator; } // ---------------------------------------------------------------- // At callsites, arguments can be scalars or maps; return values can be scalars // or maps. At the user level, a function take map input and produce scalar // output or vice versa. As of this writing, though, *internally* functions // go from scalars to scalar or maps to map. This wrapper wraps scalar input // to functions which know about maps. typedef struct _xeval_wrapping_eval_state_t { rval_evaluator_t* pevaluator; } xeval_wrapping_eval_state_t; static boxed_xval_t xeval_wrapping_eval_func(void* pvstate, variables_t* pvars) { xeval_wrapping_eval_state_t* pstate = pvstate; rval_evaluator_t* pevaluator = pstate->pevaluator; mv_t val = pevaluator->pprocess_func(pevaluator->pvstate, pvars); return (boxed_xval_t) { .xval = mlhmmv_xvalue_wrap_terminal(val), .is_ephemeral = TRUE, // xxx verify reference semantics for RHS evaluators! }; } static void xeval_wrapping_eval_free(rxval_evaluator_t* pxevaluator) { xeval_wrapping_eval_state_t* pstate = pxevaluator->pvstate; pstate->pevaluator->pfree_func(pstate->pevaluator); free(pstate); free(pxevaluator); } static rxval_evaluator_t* fmgr_alloc_xeval_wrapping_eval(rval_evaluator_t* pevaluator) { rxval_evaluator_t* pxevaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); xeval_wrapping_eval_state_t* pstate = mlr_malloc_or_die(sizeof(xeval_wrapping_eval_state_t)); pstate->pevaluator = pevaluator; pxevaluator->pvstate = pstate; pxevaluator->pprocess_func = xeval_wrapping_eval_func; pxevaluator->pfree_func = xeval_wrapping_eval_free; return pxevaluator; } // ---------------------------------------------------------------- // At callsites, arguments can be scalars or maps; return values can be scalars // or maps. At the user level, a function take map input and produce scalar // output or vice versa. As of this writing, though, *internally* functions go // from scalars to scalar or maps to map. This wrapper wraps maybe-map input to // functions which do not know about maps. typedef struct _eval_wrapping_xeval_state_t { rxval_evaluator_t* pxevaluator; } eval_wrapping_xeval_state_t; static mv_t eval_wrapping_xeval_func(void* pvstate, variables_t* pvars) { eval_wrapping_xeval_state_t* pstate = pvstate; rxval_evaluator_t* pxevaluator = pstate->pxevaluator; boxed_xval_t bxval = pxevaluator->pprocess_func(pxevaluator->pvstate, pvars); if (bxval.xval.is_terminal) { if (bxval.is_ephemeral) { return bxval.xval.terminal_mlrval; } else { return mv_copy(&bxval.xval.terminal_mlrval); } } else { if (bxval.is_ephemeral) { mlhmmv_xvalue_free(&bxval.xval); } return mv_error(); } } static void eval_wrapping_xeval_free(rval_evaluator_t* pevaluator) { eval_wrapping_xeval_state_t* pstate = pevaluator->pvstate; pstate->pxevaluator->pfree_func(pstate->pxevaluator); free(pstate); free(pevaluator); } static rval_evaluator_t* fmgr_alloc_eval_wrapping_xeval(rxval_evaluator_t* pxevaluator) { rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); eval_wrapping_xeval_state_t* pstate = mlr_malloc_or_die(sizeof(eval_wrapping_xeval_state_t)); pstate->pxevaluator = pxevaluator; pevaluator->pvstate = pstate; pevaluator->pprocess_func = eval_wrapping_xeval_func; pevaluator->pfree_func = eval_wrapping_xeval_free; return pevaluator; } // ================================================================ static rval_evaluator_t* fmgr_alloc_evaluator_from_variadic_func_name(char* fnnm, rval_evaluator_t** pargs, int nargs) { if (streq(fnnm, "min")) { return rval_evaluator_alloc_from_variadic_func(variadic_min_func, pargs, nargs); } else if (streq(fnnm, "max")) { return rval_evaluator_alloc_from_variadic_func(variadic_max_func, pargs, nargs); } else return NULL; } // ================================================================ static rval_evaluator_t* fmgr_alloc_evaluator_from_zary_func_name(char* function_name) { if (streq(function_name, "urand")) { return rval_evaluator_alloc_from_x_z_func(f_z_urand_func); } else if (streq(function_name, "urand32")) { return rval_evaluator_alloc_from_x_z_func(i_z_urand32_func); } else if (streq(function_name, "systime")) { return rval_evaluator_alloc_from_x_z_func(f_z_systime_func); } else { return NULL; } } // ================================================================ static rval_evaluator_t* fmgr_alloc_evaluator_from_unary_func_name(char* fnnm, rval_evaluator_t* parg1) { if (streq(fnnm, "!")) { return rval_evaluator_alloc_from_b_b_func(b_b_not_func, parg1); } else if (streq(fnnm, "+")) { return rval_evaluator_alloc_from_x_x_func(x_x_upos_func, parg1); } else if (streq(fnnm, "-")) { return rval_evaluator_alloc_from_x_x_func(x_x_uneg_func, parg1); } else if (streq(fnnm, ".+")) { return rval_evaluator_alloc_from_x_x_func(x_x_upos_func, parg1); } else if (streq(fnnm, ".-")) { return rval_evaluator_alloc_from_x_x_func(x_x_uneg_func, parg1); } else if (streq(fnnm, "abs")) { return rval_evaluator_alloc_from_x_x_func(x_x_abs_func, parg1); } else if (streq(fnnm, "acos")) { return rval_evaluator_alloc_from_f_f_func(f_f_acos_func, parg1); } else if (streq(fnnm, "acosh")) { return rval_evaluator_alloc_from_f_f_func(f_f_acosh_func, parg1); } else if (streq(fnnm, "asin")) { return rval_evaluator_alloc_from_f_f_func(f_f_asin_func, parg1); } else if (streq(fnnm, "asinh")) { return rval_evaluator_alloc_from_f_f_func(f_f_asinh_func, parg1); } else if (streq(fnnm, "atan")) { return rval_evaluator_alloc_from_f_f_func(f_f_atan_func, parg1); } else if (streq(fnnm, "atanh")) { return rval_evaluator_alloc_from_f_f_func(f_f_atanh_func, parg1); } else if (streq(fnnm, "bitcount")) { return rval_evaluator_alloc_from_i_i_func(i_i_bitcount_func, parg1); } else if (streq(fnnm, "boolean")) { return rval_evaluator_alloc_from_x_x_func(b_x_boolean_func, parg1); } else if (streq(fnnm, "cbrt")) { return rval_evaluator_alloc_from_f_f_func(f_f_cbrt_func, parg1); } else if (streq(fnnm, "ceil")) { return rval_evaluator_alloc_from_x_x_func(x_x_ceil_func, parg1); } else if (streq(fnnm, "cos")) { return rval_evaluator_alloc_from_f_f_func(f_f_cos_func, parg1); } else if (streq(fnnm, "cosh")) { return rval_evaluator_alloc_from_f_f_func(f_f_cosh_func, parg1); } else if (streq(fnnm, "dhms2fsec")) { return rval_evaluator_alloc_from_f_s_func(f_s_dhms2fsec_func, parg1); } else if (streq(fnnm, "dhms2sec")) { return rval_evaluator_alloc_from_f_s_func(i_s_dhms2sec_func, parg1); } else if (streq(fnnm, "erf")) { return rval_evaluator_alloc_from_f_f_func(f_f_erf_func, parg1); } else if (streq(fnnm, "erfc")) { return rval_evaluator_alloc_from_f_f_func(f_f_erfc_func, parg1); } else if (streq(fnnm, "exp")) { return rval_evaluator_alloc_from_f_f_func(f_f_exp_func, parg1); } else if (streq(fnnm, "expm1")) { return rval_evaluator_alloc_from_f_f_func(f_f_expm1_func, parg1); } else if (streq(fnnm, "float")) { return rval_evaluator_alloc_from_x_x_func(f_x_float_func, parg1); } else if (streq(fnnm, "floor")) { return rval_evaluator_alloc_from_x_x_func(x_x_floor_func, parg1); } else if (streq(fnnm, "fsec2dhms")) { return rval_evaluator_alloc_from_s_f_func(s_f_fsec2dhms_func, parg1); } else if (streq(fnnm, "fsec2hms")) { return rval_evaluator_alloc_from_s_f_func(s_f_fsec2hms_func, parg1); } else if (streq(fnnm, "gmt2sec")) { return rval_evaluator_alloc_from_i_s_func(i_s_gmt2sec_func, parg1); } else if (streq(fnnm, "localtime2sec")) { return rval_evaluator_alloc_from_i_s_func(i_s_localtime2sec_func, parg1); } else if (streq(fnnm, "hexfmt")) { return rval_evaluator_alloc_from_x_x_func(s_x_hexfmt_func, parg1); } else if (streq(fnnm, "hms2fsec")) { return rval_evaluator_alloc_from_f_s_func(f_s_hms2fsec_func, parg1); } else if (streq(fnnm, "hms2sec")) { return rval_evaluator_alloc_from_f_s_func(i_s_hms2sec_func, parg1); } else if (streq(fnnm, "int")) { return rval_evaluator_alloc_from_x_x_func(i_x_int_func, parg1); } else if (streq(fnnm, "invqnorm")) { return rval_evaluator_alloc_from_f_f_func(f_f_invqnorm_func, parg1); } else if (streq(fnnm, "log")) { return rval_evaluator_alloc_from_f_f_func(f_f_log_func, parg1); } else if (streq(fnnm, "log10")) { return rval_evaluator_alloc_from_f_f_func(f_f_log10_func, parg1); } else if (streq(fnnm, "log1p")) { return rval_evaluator_alloc_from_f_f_func(f_f_log1p_func, parg1); } else if (streq(fnnm, "qnorm")) { return rval_evaluator_alloc_from_f_f_func(f_f_qnorm_func, parg1); } else if (streq(fnnm, "round")) { return rval_evaluator_alloc_from_x_x_func(x_x_round_func, parg1); } else if (streq(fnnm, "sec2dhms")) { return rval_evaluator_alloc_from_s_i_func(s_i_sec2dhms_func, parg1); } else if (streq(fnnm, "sec2gmt")) { return rval_evaluator_alloc_from_x_x_func(s_x_sec2gmt_func, parg1); } else if (streq(fnnm, "sec2gmtdate")) { return rval_evaluator_alloc_from_x_x_func(s_x_sec2gmtdate_func, parg1); } else if (streq(fnnm, "sec2localtime")) { return rval_evaluator_alloc_from_x_x_func(s_x_sec2localtime_func, parg1); } else if (streq(fnnm, "sec2localdate")) { return rval_evaluator_alloc_from_x_x_func(s_x_sec2localdate_func, parg1); } else if (streq(fnnm, "sec2hms")) { return rval_evaluator_alloc_from_s_i_func(s_i_sec2hms_func, parg1); } else if (streq(fnnm, "sgn")) { return rval_evaluator_alloc_from_x_x_func(x_x_sgn_func, parg1); } else if (streq(fnnm, "sin")) { return rval_evaluator_alloc_from_f_f_func(f_f_sin_func, parg1); } else if (streq(fnnm, "sinh")) { return rval_evaluator_alloc_from_f_f_func(f_f_sinh_func, parg1); } else if (streq(fnnm, "sqrt")) { return rval_evaluator_alloc_from_f_f_func(f_f_sqrt_func, parg1); } else if (streq(fnnm, "string")) { return rval_evaluator_alloc_from_x_x_func(s_x_string_func, parg1); } else if (streq(fnnm, "strlen")) { return rval_evaluator_alloc_from_i_s_func(i_s_strlen_func, parg1); } else if (streq(fnnm, "tan")) { return rval_evaluator_alloc_from_f_f_func(f_f_tan_func, parg1); } else if (streq(fnnm, "tanh")) { return rval_evaluator_alloc_from_f_f_func(f_f_tanh_func, parg1); } else if (streq(fnnm, "tolower")) { return rval_evaluator_alloc_from_s_s_func(s_s_tolower_func, parg1); } else if (streq(fnnm, "toupper")) { return rval_evaluator_alloc_from_s_s_func(s_s_toupper_func, parg1); } else if (streq(fnnm, "capitalize")) { return rval_evaluator_alloc_from_s_s_func(s_s_capitalize_func, parg1); } else if (streq(fnnm, "system")) { return rval_evaluator_alloc_from_s_s_func(s_s_system_func, parg1); } else if (streq(fnnm, "lstrip")) { return rval_evaluator_alloc_from_s_s_func(s_s_lstrip_func, parg1); } else if (streq(fnnm, "rstrip")) { return rval_evaluator_alloc_from_s_s_func(s_s_rstrip_func, parg1); } else if (streq(fnnm, "strip")) { return rval_evaluator_alloc_from_s_s_func(s_s_strip_func, parg1); } else if (streq(fnnm, "collapse_whitespace")) { return rval_evaluator_alloc_from_s_s_func(s_s_collapse_whitespace_func, parg1); } else if (streq(fnnm, "clean_whitespace")) { return rval_evaluator_alloc_from_s_s_func(s_s_clean_whitespace_func, parg1); } else if (streq(fnnm, "~")) { return rval_evaluator_alloc_from_i_i_func(i_i_bitwise_not_func, parg1); } else return NULL; } // ================================================================ static rval_evaluator_t* fmgr_alloc_evaluator_from_binary_func_name(char* fnnm, rval_evaluator_t* parg1, rval_evaluator_t* parg2) { if (streq(fnnm, "&&")) { return rval_evaluator_alloc_from_b_bb_and_func(parg1, parg2); } else if (streq(fnnm, "||")) { return rval_evaluator_alloc_from_b_bb_or_func (parg1, parg2); } else if (streq(fnnm, "^^")) { return rval_evaluator_alloc_from_b_bb_xor_func(parg1, parg2); } else if (streq(fnnm, "=~")) { return rval_evaluator_alloc_from_x_ssc_func( matches_no_precomp_func, parg1, parg2); } else if (streq(fnnm, "regextract")) { return rval_evaluator_alloc_from_x_ss_func( regextract_no_precomp_func, parg1, parg2); } else if (streq(fnnm, "!=~")) { return rval_evaluator_alloc_from_x_ssc_func(does_not_match_no_precomp_func, parg1, parg2); } else if (streq(fnnm, "==")) { return rval_evaluator_alloc_from_x_xx_func(eq_op_func, parg1, parg2); } else if (streq(fnnm, "!=")) { return rval_evaluator_alloc_from_x_xx_func(ne_op_func, parg1, parg2); } else if (streq(fnnm, ">")) { return rval_evaluator_alloc_from_x_xx_func(gt_op_func, parg1, parg2); } else if (streq(fnnm, ">=")) { return rval_evaluator_alloc_from_x_xx_func(ge_op_func, parg1, parg2); } else if (streq(fnnm, "<")) { return rval_evaluator_alloc_from_x_xx_func(lt_op_func, parg1, parg2); } else if (streq(fnnm, "<=")) { return rval_evaluator_alloc_from_x_xx_func(le_op_func, parg1, parg2); } else if (streq(fnnm, ".")) { return rval_evaluator_alloc_from_x_xx_func(s_xx_dot_func, parg1, parg2); } else if (streq(fnnm, "+")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_plus_func, parg1, parg2); } else if (streq(fnnm, "-")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_minus_func, parg1, parg2); } else if (streq(fnnm, "*")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_times_func, parg1, parg2); } else if (streq(fnnm, "/")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_divide_func, parg1, parg2); } else if (streq(fnnm, "//")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_int_divide_func, parg1, parg2); } else if (streq(fnnm, ".+")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_oplus_func, parg1, parg2); } else if (streq(fnnm, ".-")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_ominus_func, parg1, parg2); } else if (streq(fnnm, ".*")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_otimes_func, parg1, parg2); } else if (streq(fnnm, "./")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_odivide_func, parg1, parg2); } else if (streq(fnnm, ".//")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_int_odivide_func, parg1, parg2); } else if (streq(fnnm, "%")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_mod_func, parg1, parg2); } else if (streq(fnnm, "**")) { return rval_evaluator_alloc_from_f_ff_func(f_ff_pow_func, parg1, parg2); } else if (streq(fnnm, "pow")) { return rval_evaluator_alloc_from_f_ff_func(f_ff_pow_func, parg1, parg2); } else if (streq(fnnm, "atan2")){ return rval_evaluator_alloc_from_f_ff_func(f_ff_atan2_func, parg1, parg2); } else if (streq(fnnm, "roundm")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_roundm_func, parg1, parg2); } else if (streq(fnnm, "fmtnum")) { return rval_evaluator_alloc_from_s_xs_func(s_xs_fmtnum_func, parg1, parg2); } else if (streq(fnnm, "urandint")) { return rval_evaluator_alloc_from_i_ii_func(i_ii_urandint_func, parg1, parg2); } else if (streq(fnnm, "sec2gmt")) { return rval_evaluator_alloc_from_x_xi_func(s_xi_sec2gmt_func, parg1, parg2); } else if (streq(fnnm, "sec2localtime")) { return rval_evaluator_alloc_from_x_xi_func(s_xi_sec2localtime_func, parg1, parg2); } else if (streq(fnnm, "&")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_band_func, parg1, parg2); } else if (streq(fnnm, "|")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_bor_func, parg1, parg2); } else if (streq(fnnm, "^")) { return rval_evaluator_alloc_from_x_xx_func(x_xx_bxor_func, parg1, parg2); } else if (streq(fnnm, "<<")) { return rval_evaluator_alloc_from_i_ii_func(i_ii_bitwise_lsh_func, parg1, parg2); } else if (streq(fnnm, ">>")) { return rval_evaluator_alloc_from_i_ii_func(i_ii_bitwise_rsh_func, parg1, parg2); } else if (streq(fnnm, "strftime")) { return rval_evaluator_alloc_from_x_ns_func(s_ns_strftime_func, parg1, parg2); } else if (streq(fnnm, "strftime_local")) { return rval_evaluator_alloc_from_x_ns_func(s_ns_strftime_local_func, parg1, parg2); } else if (streq(fnnm, "strptime")) { return rval_evaluator_alloc_from_x_ss_func(i_ss_strptime_func, parg1, parg2); } else if (streq(fnnm, "strptime_local")) { return rval_evaluator_alloc_from_x_ss_func(i_ss_strptime_local_func, parg1, parg2); } else if (streq(fnnm, "urandrange")) { return rval_evaluator_alloc_from_f_ff_func(f_ff_urandrange_func, parg1, parg2); } else { return NULL; } } static rval_evaluator_t* fmgr_alloc_evaluator_from_binary_regex_arg2_func_name(char* fnnm, rval_evaluator_t* parg1, char* regex_string, int ignore_case) { if (streq(fnnm, "=~")) { return rval_evaluator_alloc_from_x_sr_func(matches_precomp_func, parg1, regex_string, ignore_case); } else if (streq(fnnm, "!=~")) { return rval_evaluator_alloc_from_x_sr_func(does_not_match_precomp_func, parg1, regex_string, ignore_case); } else if (streq(fnnm, "regextract")) { return rval_evaluator_alloc_from_x_se_func(regextract_precomp_func, parg1, regex_string, ignore_case); } else { return NULL; } } // ================================================================ static rval_evaluator_t* fmgr_alloc_evaluator_from_ternary_func_name(char* fnnm, rval_evaluator_t* parg1, rval_evaluator_t* parg2, rval_evaluator_t* parg3) { if (streq(fnnm, "sub")) { return rval_evaluator_alloc_from_s_sss_func(sub_no_precomp_func, parg1, parg2, parg3); } else if (streq(fnnm, "gsub")) { return rval_evaluator_alloc_from_s_sss_func(gsub_no_precomp_func, parg1, parg2, parg3); } else if (streq(fnnm, "ssub")) { return rval_evaluator_alloc_from_s_sss_func(s_sss_ssub_func, parg1, parg2, parg3); } else if (streq(fnnm, "regextract_or_else")) { return rval_evaluator_alloc_from_s_sss_func(regextract_or_else_no_precomp_func, parg1, parg2, parg3); } else if (streq(fnnm, "logifit")) { return rval_evaluator_alloc_from_f_fff_func(f_fff_logifit_func, parg1, parg2, parg3); } else if (streq(fnnm, "madd")) { return rval_evaluator_alloc_from_i_iii_func(i_iii_modadd_func, parg1, parg2, parg3); } else if (streq(fnnm, "msub")) { return rval_evaluator_alloc_from_i_iii_func(i_iii_modsub_func, parg1, parg2, parg3); } else if (streq(fnnm, "mmul")) { return rval_evaluator_alloc_from_i_iii_func(i_iii_modmul_func, parg1, parg2, parg3); } else if (streq(fnnm, "mexp")) { return rval_evaluator_alloc_from_i_iii_func(i_iii_modexp_func, parg1, parg2, parg3); } else if (streq(fnnm, "substr")) { return rval_evaluator_alloc_from_s_sii_func(s_sii_substr_func, parg1, parg2, parg3); } else if (streq(fnnm, "? :")) { return rval_evaluator_alloc_from_ternop(parg1, parg2, parg3); } else { return NULL; } } static rval_evaluator_t* fmgr_alloc_evaluator_from_ternary_regex_arg2_func_name(char* fnnm, rval_evaluator_t* parg1, char* regex_string, int ignore_case, rval_evaluator_t* parg3) { if (streq(fnnm, "sub")) { return rval_evaluator_alloc_from_x_srs_func(sub_precomp_func, parg1, regex_string, ignore_case, parg3); } else if (streq(fnnm, "gsub")) { return rval_evaluator_alloc_from_x_srs_func(gsub_precomp_func, parg1, regex_string, ignore_case, parg3); } else if (streq(fnnm, "regextract_or_else")) { return rval_evaluator_alloc_from_x_ses_func(regextract_or_else_precomp_func, parg1, regex_string, ignore_case, parg3); } else { return NULL; } } // ================================================================ static rxval_evaluator_t* construct_builtin_function_callsite_xevaluator( fmgr_t* pfmgr, unresolved_func_callsite_state_t* pcallsite) { char* function_name = pcallsite->function_name; int user_provided_arity = pcallsite->arity; int type_inferencing = pcallsite->type_inferencing; int context_flags = pcallsite->context_flags; mlr_dsl_ast_node_t* pnode = pcallsite->pnode; int variadic = FALSE; fmgr_check_arity_with_report(pfmgr, function_name, user_provided_arity, &variadic); rxval_evaluator_t* pxevaluator = NULL; if (variadic) { pxevaluator = fmgr_alloc_xevaluator_from_variadic_func_name(function_name, pnode->pchildren, pfmgr, type_inferencing, context_flags); } else if (user_provided_arity == 1) { mlr_dsl_ast_node_t* parg1_node = pnode->pchildren->phead->pvvalue; pxevaluator = fmgr_alloc_xevaluator_from_unary_func_name(function_name, parg1_node, pfmgr, type_inferencing, context_flags); } else if (user_provided_arity == 2) { mlr_dsl_ast_node_t* parg1_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* parg2_node = pnode->pchildren->phead->pnext->pvvalue; pxevaluator = fmgr_alloc_xevaluator_from_binary_func_name(function_name, parg1_node, parg2_node, pfmgr, type_inferencing, context_flags); } else if (user_provided_arity == 3) { mlr_dsl_ast_node_t* parg1_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* parg2_node = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* parg3_node = pnode->pchildren->phead->pnext->pnext->pvvalue; pxevaluator = fmgr_alloc_xevaluator_from_ternary_func_name(function_name, parg1_node, parg2_node, parg3_node, pfmgr, type_inferencing, context_flags); } return pxevaluator; } // ---------------------------------------------------------------- static rxval_evaluator_t* fmgr_alloc_xevaluator_from_variadic_func_name( char* function_name, sllv_t* parg_nodes, fmgr_t* pfmgr, int type_inferencing, int context_flags) { if (streq(function_name, "mapsum")) { return rxval_evaluator_alloc_from_variadic_func(variadic_mapsum_xfunc, parg_nodes, pfmgr, type_inferencing, context_flags); } else if (streq(function_name, "mapdiff")) { return rxval_evaluator_alloc_from_variadic_func(variadic_mapdiff_xfunc, parg_nodes, pfmgr, type_inferencing, context_flags); } else if (streq(function_name, "mapexcept")) { return rxval_evaluator_alloc_from_variadic_func(variadic_mapexcept_xfunc, parg_nodes, pfmgr, type_inferencing, context_flags); } else if (streq(function_name, "mapselect")) { return rxval_evaluator_alloc_from_variadic_func(variadic_mapselect_xfunc, parg_nodes, pfmgr, type_inferencing, context_flags); } else { return NULL; } } // ---------------------------------------------------------------- static rxval_evaluator_t* fmgr_alloc_xevaluator_from_unary_func_name(char* fnnm, mlr_dsl_ast_node_t* parg1, fmgr_t* pf, int ti /*type_inferencing*/, int cf /*context_flags*/) { if (streq(fnnm, "asserting_absent")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_absent_no_free_xfunc, parg1, pf, ti, cf, "absent"); } else if (streq(fnnm, "asserting_bool")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_boolean_no_free_xfunc, parg1, pf, ti, cf, "boolean"); } else if (streq(fnnm, "asserting_boolean")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_boolean_no_free_xfunc, parg1, pf, ti, cf, "boolean"); } else if (streq(fnnm, "asserting_empty")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_empty_no_free_xfunc, parg1, pf, ti, cf, "empty"); } else if (streq(fnnm, "asserting_empty_map")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_empty_map_no_free_xfunc, parg1, pf, ti, cf, "empty_map"); } else if (streq(fnnm, "asserting_float")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_float_no_free_xfunc, parg1, pf, ti, cf, "float"); } else if (streq(fnnm, "asserting_int")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_int_no_free_xfunc, parg1, pf, ti, cf, "int"); } else if (streq(fnnm, "asserting_map")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_map_no_free_xfunc, parg1, pf, ti, cf, "map"); } else if (streq(fnnm, "asserting_nonempty_map")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_nonempty_map_no_free_xfunc, parg1, pf, ti, cf, "nonempty_map"); } else if (streq(fnnm, "asserting_not_empty")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_not_empty_no_free_xfunc, parg1, pf, ti, cf, "not_empty"); } else if (streq(fnnm, "asserting_not_map")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_not_map_no_free_xfunc, parg1, pf, ti, cf, "not_map"); } else if (streq(fnnm, "asserting_not_null")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_not_null_no_free_xfunc, parg1, pf, ti, cf, "not_null"); } else if (streq(fnnm, "asserting_null")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_null_no_free_xfunc, parg1, pf, ti, cf, "null"); } else if (streq(fnnm, "asserting_numeric")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_numeric_no_free_xfunc, parg1, pf, ti, cf, "numeric"); } else if (streq(fnnm, "asserting_present")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_present_no_free_xfunc, parg1, pf, ti, cf, "present"); } else if (streq(fnnm, "asserting_string")) { return rxval_evaluator_alloc_from_A_x_func(b_x_is_string_no_free_xfunc, parg1, pf, ti, cf, "string"); } else if (streq(fnnm, "is_absent")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_absent_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_bool")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_boolean_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_boolean")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_boolean_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_empty")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_empty_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_empty_map")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_empty_map_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_float")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_float_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_int")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_int_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_map")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_map_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_nonempty_map")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_nonempty_map_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_not_empty")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_not_empty_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_not_map")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_not_map_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_not_null")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_not_null_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_null")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_null_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_numeric")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_numeric_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_present")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_present_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "is_string")) { return rxval_evaluator_alloc_from_x_x_func(b_x_is_string_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "typeof")) { return rxval_evaluator_alloc_from_x_x_func(s_x_typeof_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "length")) { return rxval_evaluator_alloc_from_x_x_func(i_x_length_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "depth")) { return rxval_evaluator_alloc_from_x_x_func(i_x_depth_xfunc, parg1, pf, ti, cf); } else if (streq(fnnm, "leafcount")) { return rxval_evaluator_alloc_from_x_x_func(i_x_leafcount_xfunc, parg1, pf, ti, cf); } else { return NULL; } } // ---------------------------------------------------------------- static rxval_evaluator_t* fmgr_alloc_xevaluator_from_binary_func_name(char* fnnm, mlr_dsl_ast_node_t* parg1, mlr_dsl_ast_node_t* parg2, fmgr_t* pf, int ti /*type_inferencing*/, int cf /*context_flags*/) { if (streq(fnnm, "haskey")) { return rxval_evaluator_alloc_from_x_mx_func(b_xx_haskey_xfunc, parg1, parg2, pf, ti, cf); } else if (streq(fnnm, "splitnv")) { return rxval_evaluator_alloc_from_x_ss_func(m_ss_splitnv_xfunc, parg1, parg2, pf, ti, cf); } else if (streq(fnnm, "splitnvx")) { return rxval_evaluator_alloc_from_x_ss_func(m_ss_splitnvx_xfunc, parg1, parg2, pf, ti, cf); } else if (streq(fnnm, "joink")) { return rxval_evaluator_alloc_from_x_ms_func(s_ms_joink_xfunc, parg1, parg2, pf, ti, cf); } else if (streq(fnnm, "joinv")) { return rxval_evaluator_alloc_from_x_ms_func(s_ms_joinv_xfunc, parg1, parg2, pf, ti, cf); } else { return NULL; } } // ---------------------------------------------------------------- static rxval_evaluator_t* fmgr_alloc_xevaluator_from_ternary_func_name(char* fnnm, mlr_dsl_ast_node_t* parg1, mlr_dsl_ast_node_t* parg2, mlr_dsl_ast_node_t* parg3, fmgr_t* pf, int ti /*type_inferencing*/, int cf /*context_flags*/) { if (streq(fnnm, "joinkv")) { return rxval_evaluator_alloc_from_x_mss_func(s_mss_joinkv_xfunc, parg1, parg2, parg3, pf, ti, cf); } else if (streq(fnnm, "splitkv")) { return rxval_evaluator_alloc_from_x_sss_func(m_sss_splitkv_xfunc, parg1, parg2, parg3, pf, ti, cf); } else if (streq(fnnm, "splitkvx")) { return rxval_evaluator_alloc_from_x_sss_func(m_sss_splitkvx_xfunc, parg1, parg2, parg3, pf, ti, cf); } else { return NULL; } } // ================================================================ // Return value is in scalar context. static void resolve_func_callsite(fmgr_t* pfmgr, rval_evaluator_t* pev) { unresolved_func_callsite_state_t* pcallsite = pev->pvstate; rval_evaluator_t* pevaluator = construct_udf_callsite_evaluator(pfmgr, pcallsite); if (pevaluator != NULL) { // Struct assignment into the callsite space *pev = *pevaluator; free(pevaluator); return; } // Really there are map-in,map-out, map-in,scalar-out, and // scalar-in,scalar-out: and actually even more subtle, e.g. the join // functions take a mix of map and string arguments. What we have // internally are builtin function evaluators (scalars only) and builtin // function xevaluators (at least one argument, and/or retval, is a map). rxval_evaluator_t* pxevaluator = construct_builtin_function_callsite_xevaluator(pfmgr, pcallsite); if (pxevaluator != NULL) { pevaluator = fmgr_alloc_eval_wrapping_xeval(pxevaluator); *pev = *pevaluator; free(pevaluator); return; } pevaluator = construct_builtin_function_callsite_evaluator(pfmgr, pcallsite); if (pevaluator != NULL) { *pev = *pevaluator; free(pevaluator); return; } fprintf(stderr, "Miller: unrecognized function name \"%s\".\n", pcallsite->function_name); exit(1); } // ---------------------------------------------------------------- // Return value is in map context. static void resolve_func_xcallsite(fmgr_t* pfmgr, rxval_evaluator_t* pxev) { unresolved_func_callsite_state_t* pcallsite = pxev->pvstate; rxval_evaluator_t* pxevaluator = construct_udf_defsite_xevaluator(pfmgr, pcallsite); if (pxevaluator != NULL) { // Struct assignment into the callsite space *pxev = *pxevaluator; free(pxevaluator); return; } pxevaluator = construct_builtin_function_callsite_xevaluator(pfmgr, pcallsite); if (pxevaluator != NULL) { *pxev = *pxevaluator; free(pxevaluator); return; } rval_evaluator_t* pevaluator = construct_builtin_function_callsite_evaluator(pfmgr, pcallsite); pxevaluator = fmgr_alloc_xeval_wrapping_eval(pevaluator); if (pxevaluator != NULL) { *pxev = *pxevaluator; free(pxevaluator); return; } fprintf(stderr, "Miller: unrecognized function name \"%s\".\n", pcallsite->function_name); exit(1); } miller-5.6.2/c/dsl/function_manager.h000066400000000000000000000057031354153536500175230ustar00rootroot00000000000000#ifndef FUNCTION_MANAGER_H #define FUNCTION_MANAGER_H #include "lib/context.h" #include "lib/mlrval.h" #include "containers/lhmsv.h" #include "containers/hss.h" #include "dsl/mlr_dsl_ast.h" #include "dsl/rval_evaluator.h" #include "dsl/rxval_evaluator.h" #include "dsl/type_inference.h" // ---------------------------------------------------------------- // Things a user-defined function (however it is implemented) needs in order to // be called: pvstate is its own state (whatever that is), and it defines its // own process and free functions implementing this interface. typedef boxed_xval_t udf_defsite_process_func_t(void* pvstate, int arity, boxed_xval_t* pargs, variables_t* pvars); typedef void udf_defsite_free_func_t(void* pvstate, context_t* pctx); typedef struct _udf_defsite_state_t { void* pvstate; char* name; int arity; udf_defsite_process_func_t* pprocess_func; udf_defsite_free_func_t* pfree_func; } udf_defsite_state_t; // ---------------------------------------------------------------- // Holds built-in functions as well as user-defined functions struct _function_lookup_t; // Private to the .c file typedef struct _fmgr_t { struct _function_lookup_t * function_lookup_table; // Built-ins hss_t* built_in_function_names; // Built-ins lhmsv_t* pudf_names_to_defsite_states; // UDF bodies // Function callsites, used to bootstrap (e.g. function f calls function g before the latter // has been defined). sllv_t* pfunc_callsite_evaluators_to_resolve; // return value in scalar context sllv_t* pfunc_callsite_xevaluators_to_resolve; // return value in map context } fmgr_t; // ---------------------------------------------------------------- fmgr_t* fmgr_alloc(); void fmgr_free(fmgr_t* pfmgr, context_t* pctx); void fmgr_install_udf(fmgr_t* pfmgr, udf_defsite_state_t* pdefsitate_state); // Callsites as defined by AST nodes, with scalar-context return values rval_evaluator_t* fmgr_alloc_provisional_from_operator_or_function_call(fmgr_t* pfmgr, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags); // Callsites as defined by AST nodes, with map-context return values rxval_evaluator_t* fmgr_xalloc_provisional_from_operator_or_function_call(fmgr_t* pfmgr, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags); void fmgr_mark_callsite_to_resolve(fmgr_t* pfmgr, rval_evaluator_t* pev); void fmgr_mark_xcallsite_to_resolve(fmgr_t* pfmgr, rxval_evaluator_t* pxev); // Update all function callsites to point to UDF bodies, once all the latter have been defined. void fmgr_resolve_func_callsites(fmgr_t* pfmgr); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - void fmgr_list_functions(fmgr_t* pfmgr, FILE* output_stream, char* leader); // Pass function_name == NULL to get usage for all functions: void fmgr_function_usage(fmgr_t* pfmgr, FILE* output_stream, char* function_name); void fmgr_list_all_functions_raw(fmgr_t* pfmgr, FILE* output_stream); #endif // FUNCTION_MANAGER_H miller-5.6.2/c/dsl/keylist_evaluators.c000066400000000000000000000055361354153536500201340ustar00rootroot00000000000000#include "keylist_evaluators.h" #include "rval_evaluators.h" // ---------------------------------------------------------------- // Example ASTs, with and without indexing on the left-hand-side oosvar name: // $ mlr -n put -v '@x[1]["2"][$3][@4]=5' // AST ROOT: // text="list", type=statement_list: // text="=", type=oosvar_assignment: // text="oosvar_keylist", type=oosvar_keylist: // text="x", type=string_literal. // text="1", type=numeric_literal. // text="2", type=numeric_literal. // text="3", type=field_name. // text="oosvar_keylist", type=oosvar_keylist: // text="4", type=string_literal. // text="5", type=numeric_literal. // // $ mlr -n put -v '@x = $y' // AST ROOT: // text="list", type=statement_list: // text="=", type=oosvar_assignment: // text="oosvar_keylist", type=oosvar_keylist: // text="x", type=string_literal. // text="y", type=field_name. // // $ mlr -n put -q -v 'emit @v, "a", "b", "c"' // AST ROOT: // text="list", type=statement_list: // text="emit", type=emit: // text="emit", type=emit: // text="oosvar_keylist", type=oosvar_keylist: // text="v", type=string_literal. // text="emit_namelist", type=emit: // text="a", type=numeric_literal. // text="b", type=numeric_literal. // text="c", type=numeric_literal. // text="stream", type=stream: // // $ mlr -n put -q -v 'emit @v[1][2], "a", "b","c"' // AST ROOT: // text="list", type=statement_list: // text="emit", type=emit: // text="emit", type=emit: // text="oosvar_keylist", type=oosvar_keylist: // text="v", type=string_literal. // text="1", type=numeric_literal. // text="2", type=numeric_literal. // text="emit_namelist", type=emit: // text="a", type=numeric_literal. // text="b", type=numeric_literal. // text="c", type=numeric_literal. // text="stream", type=stream: // pnode is input; pkeylist_evaluators is appended to. sllv_t* allocate_keylist_evaluators_from_ast_node( mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { sllv_t* pkeylist_evaluators = sllv_alloc(); if (pnode->pchildren != NULL) { // Non-indexed localvars have no child nodes in the AST. for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pkeynode = pe->pvvalue; if (pkeynode->type == MD_AST_NODE_TYPE_STRING_LITERAL) { sllv_append(pkeylist_evaluators, rval_evaluator_alloc_from_string(pkeynode->text)); } else { sllv_append(pkeylist_evaluators, rval_evaluator_alloc_from_ast(pkeynode, pfmgr, type_inferencing, context_flags)); } } } return pkeylist_evaluators; } miller-5.6.2/c/dsl/keylist_evaluators.h000066400000000000000000000005571354153536500201370ustar00rootroot00000000000000#ifndef KEYLIST_EVALUATORS_H #define KEYLIST_EVALUATORS_H #include "containers/sllv.h" #include "dsl/mlr_dsl_ast.h" #include "dsl/function_manager.h" sllv_t* allocate_keylist_evaluators_from_ast_node( mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags); #endif // KEYLIST_EVALUATORS_H miller-5.6.2/c/dsl/mlr_dsl_ast.c000066400000000000000000000513661354153536500165100ustar00rootroot00000000000000#include #include "lib/mlrutil.h" #include "dsl/mlr_dsl_ast.h" // ---------------------------------------------------------------- mlr_dsl_ast_t* mlr_dsl_ast_alloc() { mlr_dsl_ast_t* past = mlr_malloc_or_die(sizeof(mlr_dsl_ast_t)); past->proot = NULL; return past; } // ---------------------------------------------------------------- mlr_dsl_ast_node_t* mlr_dsl_ast_node_alloc(char* text, mlr_dsl_ast_node_type_t type) { mlr_dsl_ast_node_t* pnode = (mlr_dsl_ast_node_t*)mlr_malloc_or_die( sizeof(mlr_dsl_ast_node_t)); pnode->text = mlr_strdup_or_die(text); pnode->type = type; pnode->pchildren = NULL; pnode->vardef_subframe_relative_index = MD_UNUSED_INDEX; pnode->vardef_subframe_index = MD_UNUSED_INDEX; pnode->vardef_frame_relative_index = MD_UNUSED_INDEX; pnode->subframe_var_count = MD_UNUSED_INDEX; pnode->max_subframe_depth = MD_UNUSED_INDEX; pnode->max_var_depth = MD_UNUSED_INDEX; return pnode; } // ---------------------------------------------------------------- mlr_dsl_ast_node_t* mlr_dsl_ast_node_copy(mlr_dsl_ast_node_t* pother) { mlr_dsl_ast_node_t* pnode = mlr_dsl_ast_node_alloc(pother->text, pother->type); return pnode; } // ---------------------------------------------------------------- // This is used within the Lemon parser before bind-stack allocation is done. // It does not copy the indices at each node: text and type. mlr_dsl_ast_node_t* mlr_dsl_ast_tree_copy(mlr_dsl_ast_node_t* pold) { mlr_dsl_ast_node_t* pnew = mlr_dsl_ast_node_copy(pold); if (pold->pchildren != NULL) { pnew->pchildren = sllv_alloc(); for (sllve_t* pe = pold->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pchild = pe->pvvalue; sllv_append(pnew->pchildren, mlr_dsl_ast_tree_copy(pchild)); } } return pnew; } // ---------------------------------------------------------------- mlr_dsl_ast_node_t* mlr_dsl_ast_node_alloc_zary(char* text, mlr_dsl_ast_node_type_t type) { mlr_dsl_ast_node_t* pnode = mlr_dsl_ast_node_alloc(text, type); pnode->pchildren = sllv_alloc(); return pnode; } // ---------------------------------------------------------------- mlr_dsl_ast_node_t* mlr_dsl_ast_node_alloc_unary(char* text, mlr_dsl_ast_node_type_t type, mlr_dsl_ast_node_t* pa) { mlr_dsl_ast_node_t* pnode = mlr_dsl_ast_node_alloc(text, type); pnode->pchildren = sllv_alloc(); sllv_append(pnode->pchildren, pa); return pnode; } // ---------------------------------------------------------------- mlr_dsl_ast_node_t* mlr_dsl_ast_node_alloc_binary(char* text, mlr_dsl_ast_node_type_t type, mlr_dsl_ast_node_t* pa, mlr_dsl_ast_node_t* pb) { mlr_dsl_ast_node_t* pnode = mlr_dsl_ast_node_alloc(text, type); pnode->pchildren = sllv_alloc(); sllv_append(pnode->pchildren, pa); sllv_append(pnode->pchildren, pb); return pnode; } // ---------------------------------------------------------------- mlr_dsl_ast_node_t* mlr_dsl_ast_node_alloc_ternary(char* text, mlr_dsl_ast_node_type_t type, mlr_dsl_ast_node_t* pa, mlr_dsl_ast_node_t* pb, mlr_dsl_ast_node_t* pc) { mlr_dsl_ast_node_t* pnode = mlr_dsl_ast_node_alloc(text, type); pnode->pchildren = sllv_alloc(); sllv_append(pnode->pchildren, pa); sllv_append(pnode->pchildren, pb); sllv_append(pnode->pchildren, pc); return pnode; } // ---------------------------------------------------------------- mlr_dsl_ast_node_t* mlr_dsl_ast_node_alloc_quaternary(char* text, mlr_dsl_ast_node_type_t type, mlr_dsl_ast_node_t* pa, mlr_dsl_ast_node_t* pb, mlr_dsl_ast_node_t* pc, mlr_dsl_ast_node_t* pd) { mlr_dsl_ast_node_t* pnode = mlr_dsl_ast_node_alloc(text, type); pnode->pchildren = sllv_alloc(); sllv_append(pnode->pchildren, pa); sllv_append(pnode->pchildren, pb); sllv_append(pnode->pchildren, pc); sllv_append(pnode->pchildren, pd); return pnode; } // ---------------------------------------------------------------- mlr_dsl_ast_node_t* mlr_dsl_ast_node_prepend_arg( mlr_dsl_ast_node_t* pa, mlr_dsl_ast_node_t* pb) { if (pa->pchildren == NULL) pa->pchildren = sllv_alloc(); sllv_push(pa->pchildren, pb); return pa; } mlr_dsl_ast_node_t* mlr_dsl_ast_node_append_arg( mlr_dsl_ast_node_t* pa, mlr_dsl_ast_node_t* pb) { if (pa->pchildren == NULL) pa->pchildren = sllv_alloc(); sllv_append(pa->pchildren, pb); return pa; } mlr_dsl_ast_node_t* mlr_dsl_ast_node_set_function_name( mlr_dsl_ast_node_t* pa, char* name) { free(pa->text); pa->text = mlr_strdup_or_die(name); return pa; } // ---------------------------------------------------------------- void mlr_dsl_ast_node_replace_text(mlr_dsl_ast_node_t* pa, char* text) { if (pa->text != NULL) { free(pa->text); } pa->text = mlr_strdup_or_die(text); } // ---------------------------------------------------------------- int mlr_dsl_ast_node_type_to_type_mask(mlr_dsl_ast_node_type_t type) { switch(type) { case MD_AST_NODE_TYPE_UNTYPED_LOCAL_DEFINITION: return TYPE_MASK_ANY; case MD_AST_NODE_TYPE_NUMERIC_LOCAL_DEFINITION: return TYPE_MASK_NUMERIC; case MD_AST_NODE_TYPE_INT_LOCAL_DEFINITION: return TYPE_MASK_INT; case MD_AST_NODE_TYPE_FLOAT_LOCAL_DEFINITION: return TYPE_MASK_FLOAT; case MD_AST_NODE_TYPE_BOOLEAN_LOCAL_DEFINITION: return TYPE_MASK_BOOLEAN; case MD_AST_NODE_TYPE_STRING_LOCAL_DEFINITION: return TYPE_MASK_STRING; case MD_AST_NODE_TYPE_UNTYPED_PARAMETER_DEFINITION: return TYPE_MASK_ANY; case MD_AST_NODE_TYPE_NUMERIC_PARAMETER_DEFINITION: return TYPE_MASK_NUMERIC; case MD_AST_NODE_TYPE_INT_PARAMETER_DEFINITION: return TYPE_MASK_INT; case MD_AST_NODE_TYPE_FLOAT_PARAMETER_DEFINITION: return TYPE_MASK_FLOAT; case MD_AST_NODE_TYPE_BOOLEAN_PARAMETER_DEFINITION: return TYPE_MASK_BOOLEAN; case MD_AST_NODE_TYPE_STRING_PARAMETER_DEFINITION: return TYPE_MASK_STRING; case MD_AST_NODE_TYPE_MAP_PARAMETER_DEFINITION: return TYPE_MASK_MAP; default: MLR_INTERNAL_CODING_ERROR(); return 0; // not reached } } // ---------------------------------------------------------------- int mlr_dsl_ast_node_cannot_be_bare_boolean(mlr_dsl_ast_node_t* pnode) { switch (pnode->type) { case MD_AST_NODE_TYPE_BOOLEAN_LITERAL: case MD_AST_NODE_TYPE_FIELD_NAME: case MD_AST_NODE_TYPE_INDIRECT_FIELD_NAME: case MD_AST_NODE_TYPE_POSITIONAL_SREC_NAME: case MD_AST_NODE_TYPE_OOSVAR_KEYLIST: case MD_AST_NODE_TYPE_NON_SIGIL_NAME: case MD_AST_NODE_TYPE_OPERATOR: case MD_AST_NODE_TYPE_ENV: case MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE: return FALSE; break; default: return TRUE; break; } } // ---------------------------------------------------------------- void mlr_dsl_ast_print(mlr_dsl_ast_t* past) { printf("AST ROOT:\n"); if (past->proot == NULL) { printf("(null)\n"); } else { mlr_dsl_ast_node_print(past->proot); } } // ---------------------------------------------------------------- static void mlr_dsl_ast_node_print_aux(mlr_dsl_ast_node_t* pnode, int level, FILE* o) { if (pnode == NULL) return; for (int i = 0; i < level; i++) fprintf(o, " "); fprintf(o, "text=\"%s\", type=%s%s", pnode->text, mlr_dsl_ast_node_describe_type(pnode->type), (pnode->pchildren != NULL) ? ":" : "."); if (pnode->vardef_subframe_relative_index != MD_UNUSED_INDEX) fprintf(o, " vardef_subframe_relative_index=%d", pnode->vardef_subframe_relative_index); if (pnode->vardef_subframe_index != MD_UNUSED_INDEX) fprintf(o, " vardef_subframe_index=%d", pnode->vardef_subframe_index); if (pnode->vardef_frame_relative_index != MD_UNUSED_INDEX) fprintf(o, " vardef_frame_relative_index=%d", pnode->vardef_frame_relative_index); if (pnode->subframe_var_count != MD_UNUSED_INDEX) fprintf(o, " subframe_var_count=%d", pnode->subframe_var_count); if (pnode->max_subframe_depth != MD_UNUSED_INDEX) fprintf(o, " max_subframe_depth=%d", pnode->max_subframe_depth); if (pnode->max_var_depth != MD_UNUSED_INDEX) fprintf(o, " max_var_depth=%d", pnode->max_var_depth); fprintf(o, "\n"); if (pnode->pchildren != NULL) { for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_print_aux(pe->pvvalue, level + 1, o); } } } void mlr_dsl_ast_node_print(mlr_dsl_ast_node_t* pnode) { mlr_dsl_ast_node_print_aux(pnode, 0, stdout); } void mlr_dsl_ast_node_fprint(mlr_dsl_ast_node_t* pnode, FILE* o) { mlr_dsl_ast_node_print_aux(pnode, 0, o); } // ---------------------------------------------------------------- static void mlr_dsl_ast_node_pretty_fprint_aux(mlr_dsl_ast_node_t* pnode, FILE* o) { if (pnode == NULL) return; if (pnode->pchildren != NULL) { fprintf(o, "("); } if (pnode->type == MD_AST_NODE_TYPE_STRING_LITERAL || pnode->type == MD_AST_NODE_TYPE_REGEXI) { fprintf(o, "\"%s\"", pnode->text); } else { fprintf(o, "%s", pnode->text); } if (pnode->pchildren != NULL) { for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { fprintf(o, " "); mlr_dsl_ast_node_pretty_fprint_aux(pe->pvvalue, o); } fprintf(o, ")"); } } void mlr_dsl_ast_node_pretty_fprint(mlr_dsl_ast_node_t* pnode, FILE* o) { mlr_dsl_ast_node_pretty_fprint_aux(pnode, o); fprintf(o, "\n"); } // ---------------------------------------------------------------- char* mlr_dsl_ast_node_describe_type(mlr_dsl_ast_node_type_t type) { switch(type) { case MD_AST_NODE_TYPE_STATEMENT_BLOCK: return "STATEMENT_BLOCK"; break; case MD_AST_NODE_TYPE_STATEMENT_LIST: return "STATEMENT_LIST"; break; case MD_AST_NODE_TYPE_FUNC_DEF: return "FUNC_DEF"; break; case MD_AST_NODE_TYPE_FUNCTION_CALLSITE: return "FUNCTION_CALLSITE"; break; case MD_AST_NODE_TYPE_SUBR_DEF: return "SUBR_DEF"; break; case MD_AST_NODE_TYPE_SUBR_CALLSITE: return "SUBR_CALLSITE"; break; case MD_AST_NODE_TYPE_UNTYPED_LOCAL_DEFINITION: return "UNTYPED_LOCAL_DEFINITION"; break; case MD_AST_NODE_TYPE_NUMERIC_LOCAL_DEFINITION: return "NUMERIC_LOCAL_DEFINITION"; break; case MD_AST_NODE_TYPE_INT_LOCAL_DEFINITION: return "INT_LOCAL_DEFINITION"; break; case MD_AST_NODE_TYPE_FLOAT_LOCAL_DEFINITION: return "FLOAT_LOCAL_DEFINITION"; break; case MD_AST_NODE_TYPE_BOOLEAN_LOCAL_DEFINITION: return "BOOLEAN_LOCAL_DEFINITION"; break; case MD_AST_NODE_TYPE_STRING_LOCAL_DEFINITION: return "STRING_LOCAL_DEFINITION"; break; case MD_AST_NODE_TYPE_MAP_LOCAL_DEFINITION: return "MAP_LOCAL_DEFINITION"; break; case MD_AST_NODE_TYPE_UNTYPED_PARAMETER_DEFINITION: return "UNTYPED_PARAMETER_DEFINITION"; break; case MD_AST_NODE_TYPE_NUMERIC_PARAMETER_DEFINITION: return "NUMERIC_PARAMETER_DEFINITION"; break; case MD_AST_NODE_TYPE_INT_PARAMETER_DEFINITION: return "INT_PARAMETER_DEFINITION"; break; case MD_AST_NODE_TYPE_FLOAT_PARAMETER_DEFINITION: return "FLOAT_PARAMETER_DEFINITION"; break; case MD_AST_NODE_TYPE_BOOLEAN_PARAMETER_DEFINITION: return "BOOLEAN_PARAMETER_DEFINITION"; break; case MD_AST_NODE_TYPE_STRING_PARAMETER_DEFINITION: return "STRING_PARAMETER_DEFINITION"; break; case MD_AST_NODE_TYPE_MAP_PARAMETER_DEFINITION: return "MAP_PARAMETER_DEFINITION"; break; case MD_AST_NODE_TYPE_RETURN_VALUE: return "RETURN_VALUE"; break; case MD_AST_NODE_TYPE_RETURN_VOID: return "RETURN_VOID"; break; case MD_AST_NODE_TYPE_BEGIN: return "BEGIN"; break; case MD_AST_NODE_TYPE_END: return "END"; break; case MD_AST_NODE_TYPE_STRING_LITERAL: return "STRING_LITERAL"; break; case MD_AST_NODE_TYPE_NUMERIC_LITERAL: return "NUMERIC_LITERAL"; break; case MD_AST_NODE_TYPE_BOOLEAN_LITERAL: return "BOOLEAN_LITERAL"; break; case MD_AST_NODE_TYPE_MAP_LITERAL: return "MAP_LITERAL"; break; case MD_AST_NODE_TYPE_MAP_LITERAL_PAIR: return "MAP_LITERAL_PAIR"; break; case MD_AST_NODE_TYPE_MAP_LITERAL_KEY: return "MAP_LITERAL_KEY"; break; case MD_AST_NODE_TYPE_MAP_LITERAL_VALUE: return "MAP_LITERAL_VALUE"; break; case MD_AST_NODE_TYPE_REGEXI: return "REGEXI"; break; case MD_AST_NODE_TYPE_FIELD_NAME: return "FIELD_NAME"; break; case MD_AST_NODE_TYPE_INDIRECT_FIELD_NAME: return "INDIRECT_FIELD_NAME"; break; case MD_AST_NODE_TYPE_POSITIONAL_SREC_NAME: return "POSITIONAL_SREC_NAME"; break; case MD_AST_NODE_TYPE_FULL_SREC: return "FULL_SREC"; break; case MD_AST_NODE_TYPE_OOSVAR_KEYLIST: return "OOSVAR_KEYLIST"; break; case MD_AST_NODE_TYPE_FULL_OOSVAR: return "FULL_OOSVAR"; break; case MD_AST_NODE_TYPE_NON_SIGIL_NAME: return "NON_SIGIL_NAME"; break; case MD_AST_NODE_TYPE_OPERATOR: return "OPERATOR"; break; case MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT: return "NONINDEXED_LOCAL_ASSIGNMENT"; break; case MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT: return "INDEXED_LOCAL_ASSIGNMENT"; break; case MD_AST_NODE_TYPE_SREC_ASSIGNMENT: return "SREC_ASSIGNMENT"; break; case MD_AST_NODE_TYPE_INDIRECT_SREC_ASSIGNMENT: return "INDIRECT_SREC_ASSIGNMENT"; break; case MD_AST_NODE_TYPE_POSITIONAL_SREC_NAME_ASSIGNMENT: return "POSITIONAL_SREC_NAME_ASSIGNMENT"; break; case MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT: return "OOSVAR_ASSIGNMENT"; break; case MD_AST_NODE_TYPE_OOSVAR_FROM_FULL_SREC_ASSIGNMENT: return "OOSVAR_FROM_FULL_SREC_ASSIGNMENT"; break; case MD_AST_NODE_TYPE_FULL_OOSVAR_ASSIGNMENT: return "FULL_OOSVAR_ASSIGNMENT"; break; case MD_AST_NODE_TYPE_FULL_OOSVAR_FROM_FULL_SREC_ASSIGNMENT: return "FULL_OOSVAR_FROM_FULL_SREC_ASSIGNMENT"; break; case MD_AST_NODE_TYPE_FULL_SREC_ASSIGNMENT: return "FULL_SREC_ASSIGNMENT"; break; case MD_AST_NODE_TYPE_ENV_ASSIGNMENT: return "ENV_ASSIGNMENT"; break; case MD_AST_NODE_TYPE_CONTEXT_VARIABLE: return "CONTEXT_VARIABLE"; break; case MD_AST_NODE_TYPE_STRIPPED_AWAY: return "STRIPPED_AWAY"; break; case MD_AST_NODE_TYPE_CONDITIONAL_BLOCK: return "CONDITIONAL_BLOCK"; break; case MD_AST_NODE_TYPE_FILTER: return "FILTER"; break; case MD_AST_NODE_TYPE_UNSET: return "UNSET"; break; case MD_AST_NODE_TYPE_PIPE: return "PIPE"; break; case MD_AST_NODE_TYPE_FILE_WRITE: return "FILE_WRITE"; break; case MD_AST_NODE_TYPE_FILE_APPEND: return "FILE_APPEND"; break; case MD_AST_NODE_TYPE_TEE: return "TEE"; break; case MD_AST_NODE_TYPE_EMITF: return "EMITF"; break; case MD_AST_NODE_TYPE_EMITP: return "EMITP"; break; case MD_AST_NODE_TYPE_EMIT: return "EMIT"; break; case MD_AST_NODE_TYPE_EMITP_LASHED: return "EMITP_LASHED"; break; case MD_AST_NODE_TYPE_EMIT_LASHED: return "EMIT_LASHED"; break; case MD_AST_NODE_TYPE_DUMP: return "DUMP"; break; case MD_AST_NODE_TYPE_EDUMP: return "EDUMP"; break; case MD_AST_NODE_TYPE_PRINT: return "PRINT"; break; case MD_AST_NODE_TYPE_PRINTN: return "PRINTN"; break; case MD_AST_NODE_TYPE_EPRINT: return "EPRINT"; break; case MD_AST_NODE_TYPE_EPRINTN: return "EPRINTN"; break; case MD_AST_NODE_TYPE_STDOUT: return "STDOUT"; break; case MD_AST_NODE_TYPE_STDERR: return "STDERR"; break; case MD_AST_NODE_TYPE_STREAM: return "STREAM"; break; case MD_AST_NODE_TYPE_ALL: return "ALL"; break; case MD_AST_NODE_TYPE_ENV: return "ENV"; break; case MD_AST_NODE_TYPE_WHILE: return "WHILE"; break; case MD_AST_NODE_TYPE_DO_WHILE: return "DO_WHILE"; break; case MD_AST_NODE_TYPE_FOR_SREC: return "FOR_SREC"; break; case MD_AST_NODE_TYPE_FOR_SREC_KEY_ONLY: return "FOR_SREC_KEY_ONLY"; break; case MD_AST_NODE_TYPE_FOR_OOSVAR: return "FOR_OOSVAR"; break; case MD_AST_NODE_TYPE_FOR_OOSVAR_KEY_ONLY: return "FOR_OOSVAR_KEY_ONLY"; break; case MD_AST_NODE_TYPE_FOR_LOCAL_MAP: return "FOR_LOCAL_MAP"; break; case MD_AST_NODE_TYPE_FOR_LOCAL_MAP_KEY_ONLY: return "FOR_LOCAL_MAP_KEY_ONLY"; break; case MD_AST_NODE_TYPE_FOR_MAP_LITERAL: return "FOR_MAP_LITERAL"; break; case MD_AST_NODE_TYPE_FOR_MAP_LITERAL_KEY_ONLY: return "FOR_MAP_LITERAL_KEY_ONLY"; break; case MD_AST_NODE_TYPE_FOR_FUNC_RETVAL: return "FOR_FUNC_RETVAL"; break; case MD_AST_NODE_TYPE_FOR_FUNC_RETVAL_KEY_ONLY: return "FOR_FUNC_RETVAL_KEY_ONLY"; break; case MD_AST_NODE_TYPE_FOR_VARIABLES: return "FOR_VARIABLES"; break; case MD_AST_NODE_TYPE_TRIPLE_FOR: return "TRIPLE_FOR"; break; case MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE: return "NONINDEXED_LOCAL_VARIABLE"; break; case MD_AST_NODE_TYPE_INDEXED_LOCAL_VARIABLE: return "INDEXED_LOCAL_VARIABLE"; break; case MD_AST_NODE_TYPE_IN: return "IN"; break; case MD_AST_NODE_TYPE_BREAK: return "BREAK"; break; case MD_AST_NODE_TYPE_CONTINUE: return "CONTINUE"; break; case MD_AST_NODE_TYPE_IF_HEAD: return "IF_HEAD"; break; case MD_AST_NODE_TYPE_IF_ITEM: return "IF_ITEM"; break; default: return "UNRECOGNIZED_AST_NODE_TYPE"; } } // ---------------------------------------------------------------- void mlr_dsl_ast_free(mlr_dsl_ast_t* past) { mlr_dsl_ast_node_free(past->proot); free(past); } // ---------------------------------------------------------------- void mlr_dsl_ast_node_free(mlr_dsl_ast_node_t* pnode) { if (pnode->pchildren) { for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pchild = pe->pvvalue; mlr_dsl_ast_node_free(pchild); } sllv_free(pnode->pchildren); } free(pnode->text); free(pnode); } miller-5.6.2/c/dsl/mlr_dsl_ast.h000066400000000000000000000155421354153536500165110ustar00rootroot00000000000000// ================================================================ // Miller abstract syntax tree for put and filter. // ================================================================ #ifndef MLR_DSL_AST_H #define MLR_DSL_AST_H #include "../containers/sllv.h" #include "../containers/type_decl.h" // ---------------------------------------------------------------- typedef enum _mlr_dsl_ast_node_type_t { MD_AST_NODE_TYPE_STATEMENT_BLOCK, MD_AST_NODE_TYPE_STATEMENT_LIST, MD_AST_NODE_TYPE_FUNC_DEF, MD_AST_NODE_TYPE_SUBR_DEF, MD_AST_NODE_TYPE_FUNCTION_CALLSITE, MD_AST_NODE_TYPE_SUBR_CALLSITE, MD_AST_NODE_TYPE_UNTYPED_LOCAL_DEFINITION, MD_AST_NODE_TYPE_NUMERIC_LOCAL_DEFINITION, MD_AST_NODE_TYPE_INT_LOCAL_DEFINITION, MD_AST_NODE_TYPE_FLOAT_LOCAL_DEFINITION, MD_AST_NODE_TYPE_BOOLEAN_LOCAL_DEFINITION, MD_AST_NODE_TYPE_STRING_LOCAL_DEFINITION, MD_AST_NODE_TYPE_MAP_LOCAL_DEFINITION, MD_AST_NODE_TYPE_UNTYPED_PARAMETER_DEFINITION, MD_AST_NODE_TYPE_NUMERIC_PARAMETER_DEFINITION, MD_AST_NODE_TYPE_INT_PARAMETER_DEFINITION, MD_AST_NODE_TYPE_FLOAT_PARAMETER_DEFINITION, MD_AST_NODE_TYPE_BOOLEAN_PARAMETER_DEFINITION, MD_AST_NODE_TYPE_STRING_PARAMETER_DEFINITION, MD_AST_NODE_TYPE_MAP_PARAMETER_DEFINITION, MD_AST_NODE_TYPE_RETURN_VALUE, MD_AST_NODE_TYPE_RETURN_VOID, MD_AST_NODE_TYPE_BEGIN, MD_AST_NODE_TYPE_END, MD_AST_NODE_TYPE_STRING_LITERAL, MD_AST_NODE_TYPE_NUMERIC_LITERAL, MD_AST_NODE_TYPE_BOOLEAN_LITERAL, MD_AST_NODE_TYPE_MAP_LITERAL, MD_AST_NODE_TYPE_MAP_LITERAL_PAIR, MD_AST_NODE_TYPE_MAP_LITERAL_KEY, MD_AST_NODE_TYPE_MAP_LITERAL_VALUE, MD_AST_NODE_TYPE_REGEXI, MD_AST_NODE_TYPE_FIELD_NAME, // E.g. value = $x MD_AST_NODE_TYPE_INDIRECT_FIELD_NAME, // E.g. value = $[@x] MD_AST_NODE_TYPE_POSITIONAL_SREC_NAME, // E.g. key = $[[3]] MD_AST_NODE_TYPE_FULL_SREC, MD_AST_NODE_TYPE_OOSVAR_KEYLIST, MD_AST_NODE_TYPE_FULL_OOSVAR, MD_AST_NODE_TYPE_NON_SIGIL_NAME, MD_AST_NODE_TYPE_OPERATOR, MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, MD_AST_NODE_TYPE_SREC_ASSIGNMENT, MD_AST_NODE_TYPE_INDIRECT_SREC_ASSIGNMENT, // E.g. $[@y] = newvalue MD_AST_NODE_TYPE_POSITIONAL_SREC_NAME_ASSIGNMENT, // E.g. $[[3]] = newkey MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, MD_AST_NODE_TYPE_OOSVAR_FROM_FULL_SREC_ASSIGNMENT, MD_AST_NODE_TYPE_FULL_OOSVAR_ASSIGNMENT, MD_AST_NODE_TYPE_FULL_OOSVAR_FROM_FULL_SREC_ASSIGNMENT, MD_AST_NODE_TYPE_FULL_SREC_ASSIGNMENT, MD_AST_NODE_TYPE_ENV_ASSIGNMENT, MD_AST_NODE_TYPE_CONTEXT_VARIABLE, MD_AST_NODE_TYPE_ENV, MD_AST_NODE_TYPE_STRIPPED_AWAY, MD_AST_NODE_TYPE_CONDITIONAL_BLOCK, MD_AST_NODE_TYPE_FILTER, MD_AST_NODE_TYPE_UNSET, MD_AST_NODE_TYPE_PIPE, MD_AST_NODE_TYPE_FILE_WRITE, MD_AST_NODE_TYPE_FILE_APPEND, MD_AST_NODE_TYPE_TEE, MD_AST_NODE_TYPE_EMITF, MD_AST_NODE_TYPE_EMITP, MD_AST_NODE_TYPE_EMIT, MD_AST_NODE_TYPE_EMITP_LASHED, MD_AST_NODE_TYPE_EMIT_LASHED, MD_AST_NODE_TYPE_DUMP, MD_AST_NODE_TYPE_EDUMP, MD_AST_NODE_TYPE_PRINT, MD_AST_NODE_TYPE_PRINTN, MD_AST_NODE_TYPE_EPRINT, MD_AST_NODE_TYPE_EPRINTN, MD_AST_NODE_TYPE_STDOUT, MD_AST_NODE_TYPE_STDERR, MD_AST_NODE_TYPE_STREAM, MD_AST_NODE_TYPE_ALL, MD_AST_NODE_TYPE_NOP, // only for parser internals; should not be in the AST returned by the parser MD_AST_NODE_TYPE_WHILE, MD_AST_NODE_TYPE_DO_WHILE, MD_AST_NODE_TYPE_FOR_SREC, MD_AST_NODE_TYPE_FOR_SREC_KEY_ONLY, MD_AST_NODE_TYPE_FOR_OOSVAR, MD_AST_NODE_TYPE_FOR_OOSVAR_KEY_ONLY, MD_AST_NODE_TYPE_FOR_LOCAL_MAP, MD_AST_NODE_TYPE_FOR_LOCAL_MAP_KEY_ONLY, MD_AST_NODE_TYPE_FOR_MAP_LITERAL, MD_AST_NODE_TYPE_FOR_MAP_LITERAL_KEY_ONLY, MD_AST_NODE_TYPE_FOR_FUNC_RETVAL, MD_AST_NODE_TYPE_FOR_FUNC_RETVAL_KEY_ONLY, MD_AST_NODE_TYPE_FOR_VARIABLES, MD_AST_NODE_TYPE_TRIPLE_FOR, MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE, MD_AST_NODE_TYPE_INDEXED_LOCAL_VARIABLE, MD_AST_NODE_TYPE_IN, MD_AST_NODE_TYPE_BREAK, MD_AST_NODE_TYPE_CONTINUE, MD_AST_NODE_TYPE_IF_HEAD, MD_AST_NODE_TYPE_IF_ITEM, } mlr_dsl_ast_node_type_t; #define MD_UNUSED_INDEX -1000000000 typedef struct _mlr_dsl_ast_node_t { char* text; mlr_dsl_ast_node_type_t type; sllv_t* pchildren; // For bind-stack allocation only in local-var nodes: unused for any other node types. int vardef_subframe_relative_index; // pass 1 output: which index in subframe int vardef_subframe_index; // pass 1 output: which subframe the variable is defined in int vardef_frame_relative_index; // pass 2 output: index relative to full stack frame // For bind-stack allocation only in statement-block nodes: unused for any other node types. int subframe_var_count; int max_subframe_depth; int max_var_depth; } mlr_dsl_ast_node_t; typedef struct _mlr_dsl_ast_t { mlr_dsl_ast_node_t* proot; } mlr_dsl_ast_t; // ---------------------------------------------------------------- mlr_dsl_ast_t* mlr_dsl_ast_alloc(); mlr_dsl_ast_node_t* mlr_dsl_ast_node_alloc(char* text, mlr_dsl_ast_node_type_t type); mlr_dsl_ast_node_t* mlr_dsl_ast_node_alloc_zary(char* text, mlr_dsl_ast_node_type_t type); mlr_dsl_ast_node_t* mlr_dsl_ast_node_alloc_unary(char* text, mlr_dsl_ast_node_type_t type, mlr_dsl_ast_node_t* pa); mlr_dsl_ast_node_t* mlr_dsl_ast_node_alloc_binary(char* text, mlr_dsl_ast_node_type_t type, mlr_dsl_ast_node_t* pa, mlr_dsl_ast_node_t* pb); mlr_dsl_ast_node_t* mlr_dsl_ast_node_alloc_ternary(char* text, mlr_dsl_ast_node_type_t type, mlr_dsl_ast_node_t* pa, mlr_dsl_ast_node_t* pb, mlr_dsl_ast_node_t* pc); mlr_dsl_ast_node_t* mlr_dsl_ast_node_alloc_quaternary(char* text, mlr_dsl_ast_node_type_t type, mlr_dsl_ast_node_t* pa, mlr_dsl_ast_node_t* pb, mlr_dsl_ast_node_t* pc, mlr_dsl_ast_node_t* pd); mlr_dsl_ast_node_t* mlr_dsl_ast_node_copy(mlr_dsl_ast_node_t* pother); // These are so the parser can expand '$x += 1' to '$x = $x + 1', etc. mlr_dsl_ast_node_t* mlr_dsl_ast_tree_copy(mlr_dsl_ast_node_t* pother); // See comments in mlr_dsl_parse.y for this seemingly awkward syntax wherein // we change the function name after having set it up. This is a consequence of // bottom-up DSL parsing. mlr_dsl_ast_node_t* mlr_dsl_ast_node_prepend_arg(mlr_dsl_ast_node_t* pa, mlr_dsl_ast_node_t* pb); mlr_dsl_ast_node_t* mlr_dsl_ast_node_append_arg(mlr_dsl_ast_node_t* pa, mlr_dsl_ast_node_t* pb); mlr_dsl_ast_node_t* mlr_dsl_ast_node_set_function_name(mlr_dsl_ast_node_t* pa, char* name); void mlr_dsl_ast_node_replace_text(mlr_dsl_ast_node_t* pa, char* text); int mlr_dsl_ast_node_type_to_type_mask(mlr_dsl_ast_node_type_t type); int mlr_dsl_ast_node_cannot_be_bare_boolean(mlr_dsl_ast_node_t* pnode); void mlr_dsl_ast_print(mlr_dsl_ast_t* past); void mlr_dsl_ast_node_print(mlr_dsl_ast_node_t* pnode); void mlr_dsl_ast_node_fprint(mlr_dsl_ast_node_t* pnode, FILE* o); void mlr_dsl_ast_node_pretty_fprint(mlr_dsl_ast_node_t* pnode, FILE* o); char* mlr_dsl_ast_node_describe_type(mlr_dsl_ast_node_type_t type); void mlr_dsl_ast_node_free(mlr_dsl_ast_node_t* pnode); void mlr_dsl_ast_free(mlr_dsl_ast_t* past); #endif // MLR_DSL_AST_H miller-5.6.2/c/dsl/mlr_dsl_blocked_ast.c000066400000000000000000000043441354153536500201650ustar00rootroot00000000000000#include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "dsl/mlr_dsl_blocked_ast.h" // ---------------------------------------------------------------- blocked_ast_t* blocked_ast_alloc(mlr_dsl_ast_t* past) { blocked_ast_t* paast = mlr_malloc_or_die(sizeof(blocked_ast_t)); paast->pfunc_defs = sllv_alloc(); paast->psubr_defs = sllv_alloc(); paast->pbegin_blocks = sllv_alloc(); paast->pmain_block = mlr_dsl_ast_node_alloc_zary("main_block", MD_AST_NODE_TYPE_STATEMENT_BLOCK); paast->pend_blocks = sllv_alloc(); if (past->proot->type != MD_AST_NODE_TYPE_STATEMENT_BLOCK) { fprintf(stderr, "%s: internal coding error detected in file %s at line %d:\n", MLR_GLOBALS.bargv0, __FILE__, __LINE__); fprintf(stderr, "expected root node type %s but found %s.\n", mlr_dsl_ast_node_describe_type(MD_AST_NODE_TYPE_STATEMENT_BLOCK), mlr_dsl_ast_node_describe_type(past->proot->type)); exit(1); } sllv_t* pnodelist = past->proot->pchildren; while (pnodelist->phead) { mlr_dsl_ast_node_t* pnode = sllv_pop(pnodelist); switch (pnode->type) { case MD_AST_NODE_TYPE_FUNC_DEF: sllv_append(paast->pfunc_defs, pnode); break; case MD_AST_NODE_TYPE_SUBR_DEF: sllv_append(paast->psubr_defs, pnode); break; case MD_AST_NODE_TYPE_BEGIN: sllv_append(paast->pbegin_blocks, pnode); break; case MD_AST_NODE_TYPE_END: sllv_append(paast->pend_blocks, pnode); break; default: sllv_append(paast->pmain_block->pchildren, pnode); break; } } return paast; } // ---------------------------------------------------------------- void blocked_ast_free(blocked_ast_t* paast) { for (sllve_t* pe = paast->pfunc_defs->phead; pe != NULL; pe = pe->pnext) mlr_dsl_ast_node_free(pe->pvvalue); for (sllve_t* pe = paast->psubr_defs->phead; pe != NULL; pe = pe->pnext) mlr_dsl_ast_node_free(pe->pvvalue); for (sllve_t* pe = paast->pbegin_blocks->phead; pe != NULL; pe = pe->pnext) mlr_dsl_ast_node_free(pe->pvvalue); mlr_dsl_ast_node_free(paast->pmain_block); for (sllve_t* pe = paast->pend_blocks->phead; pe != NULL; pe = pe->pnext) mlr_dsl_ast_node_free(pe->pvvalue); sllv_free(paast->pfunc_defs); sllv_free(paast->psubr_defs); sllv_free(paast->pbegin_blocks); sllv_free(paast->pend_blocks); free(paast); } miller-5.6.2/c/dsl/mlr_dsl_blocked_ast.h000066400000000000000000000015701354153536500201700ustar00rootroot00000000000000#ifndef MLR_DSL_BLOCKED_AST_H #define MLR_DSL_BLOCKED_AST_H #include "dsl/mlr_dsl_ast.h" #include "containers/sllv.h" // ================================================================ // The Lemon parser produces a single raw abstract syntax tree. This container // simply has the subtrees organized by top-level statement blocks. This is just // a minor reorganization but it makes stack allocation and CST-builds simpler. // ================================================================ typedef struct _blocked_ast_t { sllv_t* pfunc_defs; sllv_t* psubr_defs; sllv_t* pbegin_blocks; mlr_dsl_ast_node_t* pmain_block; sllv_t* pend_blocks; } blocked_ast_t; // This strips nodes off the raw AST and transfers them to the block-structured AST. blocked_ast_t* blocked_ast_alloc(mlr_dsl_ast_t* past); void blocked_ast_free(blocked_ast_t* paast); #endif // MLR_DSL_BLOCKED_AST_H miller-5.6.2/c/dsl/mlr_dsl_cst.c000066400000000000000000000250001354153536500164740ustar00rootroot00000000000000#include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/hss.h" #include "mlr_dsl_cst.h" #include "context_flags.h" // ================================================================ // The Lemon parser in parsing/mlr_dsl_parse.y builds up an abstract syntax tree // specifically for the CST builder here. // // For clearer visuals on what the ASTs look like: // * See parsing/mlr_dsl_parse.y // * See reg_test/run's filter -v and put -v outputs, e.g. in reg_test/expected/out // * Do "mlr -n put -v 'your expression goes here'" // ================================================================ static mlr_dsl_ast_node_t* get_list_for_block(mlr_dsl_ast_node_t* pnode); mlr_dsl_cst_statement_t* mlr_dsl_cst_alloc_final_filter_statement(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int negate_final_filter, int type_inferencing, int context_flags); static void mlr_dsl_cst_resolve_subr_callsites(mlr_dsl_cst_t* pcst); // ---------------------------------------------------------------- // Main entry point for AST-to-CST for mlr put and mlr filter. // // Example AST (using put -v): // // $ mlr -n put -v '#begin{@a=1;@b=2};$m=2;$n=4;end{@y=5;@z=6}' // AST ROOT: // text="list", type=statement_list: // text="begin", type=begin: // text="list", type=statement_list: // text="=", type=oosvar_assignment: // text="oosvar_keylist", type=oosvar_keylist: // text="a", type=string_literal. // text="1", type=numeric_literal. // text="=", type=oosvar_assignment: // text="oosvar_keylist", type=oosvar_keylist: // text="b", type=string_literal. // text="2", type=numeric_literal. // text="=", type=srec_assignment: // text="m", type=field_name. // text="2", type=numeric_literal. // text="=", type=srec_assignment: // text="n", type=field_name. // text="4", type=numeric_literal. // text="end", type=end: // text="list", type=statement_list: // text="=", type=oosvar_assignment: // text="oosvar_keylist", type=oosvar_keylist: // text="y", type=string_literal. // text="5", type=numeric_literal. // text="=", type=oosvar_assignment: // text="oosvar_keylist", type=oosvar_keylist: // text="z", type=string_literal. // text="6", type=numeric_literal. mlr_dsl_cst_t* mlr_dsl_cst_alloc(mlr_dsl_ast_t* past, int print_ast, int trace_stack_allocation, int type_inferencing, int flush_every_record, int do_final_filter, int negate_final_filter) // for mlr filter { int context_flags = do_final_filter ? IN_MLR_FILTER : 0; // The root node is not populated on empty-string input to the parser. if (past->proot == NULL) { if (do_final_filter) { fprintf(stderr, "%s: filter statement must not be empty.\n", MLR_GLOBALS.bargv0); exit(1); } past->proot = mlr_dsl_ast_node_alloc_zary("list", MD_AST_NODE_TYPE_STATEMENT_BLOCK); } mlr_dsl_cst_t* pcst = mlr_malloc_or_die(sizeof(mlr_dsl_cst_t)); pcst->paast = blocked_ast_alloc(past); // Assign local-variable names to indices within frame-stack. blocked_ast_allocate_locals(pcst->paast, trace_stack_allocation); pcst->pfmgr = fmgr_alloc(); pcst->psubr_defsites = lhmsv_alloc(); pcst->psubr_callsite_statements_to_resolve = sllv_alloc(); pcst->flush_every_record = flush_every_record; if (print_ast) { printf("\n"); printf("BLOCKED AST:\n"); } for (sllve_t* pe = pcst->paast->pfunc_defs->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pnode = pe->pvvalue; if (print_ast) { printf("\n"); printf("FUNCTION DEFINITION:\n"); mlr_dsl_ast_node_print(pnode); } udf_defsite_state_t* pudf_defsite_state = mlr_dsl_cst_alloc_udf(pcst, pnode, type_inferencing, context_flags); fmgr_install_udf(pcst->pfmgr, pudf_defsite_state); } for (sllve_t* pe = pcst->paast->psubr_defs->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pnode = pe->pvvalue; if (print_ast) { printf("\n"); printf("SUBROUTINE DEFINITION:\n"); mlr_dsl_ast_node_print(pnode); } subr_defsite_t* psubr_defsite = mlr_dsl_cst_alloc_subroutine(pcst, pnode, type_inferencing, context_flags); if (lhmsv_get(pcst->psubr_defsites, psubr_defsite->name)) { fprintf(stderr, "%s: subroutine named \"%s\" has already been defined.\n", MLR_GLOBALS.bargv0, psubr_defsite->name); exit(1); } lhmsv_put(pcst->psubr_defsites, psubr_defsite->name, psubr_defsite, NO_FREE); } pcst->pbegin_blocks = sllv_alloc(); for (sllve_t* pe = pcst->paast->pbegin_blocks->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pnode = pe->pvvalue; if (print_ast) { printf("\n"); printf("BEGIN-BLOCK:\n"); mlr_dsl_ast_node_print(pnode); } MLR_INTERNAL_CODING_ERROR_IF(pnode->max_var_depth == MD_UNUSED_INDEX); MLR_INTERNAL_CODING_ERROR_IF(pnode->subframe_var_count == MD_UNUSED_INDEX); cst_top_level_statement_block_t* pblock = cst_top_level_statement_block_alloc(pnode->max_var_depth, pnode->subframe_var_count); for (sllve_t* pf = pnode->pchildren->phead; pf != NULL; pf = pf->pnext) { mlr_dsl_ast_node_t* plistnode = get_list_for_block(pnode); for (sllve_t* pg = plistnode->pchildren->phead; pg != NULL; pg = pg->pnext) { mlr_dsl_ast_node_t* pchild = pg->pvvalue; sllv_append(pblock->pblock->pstatements, mlr_dsl_cst_alloc_statement(pcst, pchild, type_inferencing, context_flags | IN_BEGIN_OR_END)); } } sllv_append(pcst->pbegin_blocks, pblock); } pcst->pend_blocks = sllv_alloc(); for (sllve_t* pe = pcst->paast->pend_blocks->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pnode = pe->pvvalue; if (print_ast) { printf("\n"); printf("END-BLOCK:\n"); mlr_dsl_ast_node_print(pnode); } MLR_INTERNAL_CODING_ERROR_IF(pnode->max_var_depth == MD_UNUSED_INDEX); MLR_INTERNAL_CODING_ERROR_IF(pnode->subframe_var_count == MD_UNUSED_INDEX); cst_top_level_statement_block_t* pblock = cst_top_level_statement_block_alloc(pnode->max_var_depth, pnode->subframe_var_count); for (sllve_t* pf = pnode->pchildren->phead; pf != NULL; pf = pf->pnext) { mlr_dsl_ast_node_t* plistnode = get_list_for_block(pnode); for (sllve_t* pg = plistnode->pchildren->phead; pg != NULL; pg = pg->pnext) { mlr_dsl_ast_node_t* pchild = pg->pvvalue; sllv_append(pblock->pblock->pstatements, mlr_dsl_cst_alloc_statement(pcst, pchild, type_inferencing, context_flags | IN_BEGIN_OR_END)); } } sllv_append(pcst->pend_blocks, pblock); } if (print_ast) { printf("\n"); printf("MAIN BLOCK:\n"); mlr_dsl_ast_node_print(pcst->paast->pmain_block); } MLR_INTERNAL_CODING_ERROR_IF(pcst->paast->pmain_block->max_var_depth == MD_UNUSED_INDEX); MLR_INTERNAL_CODING_ERROR_IF(pcst->paast->pmain_block->subframe_var_count == MD_UNUSED_INDEX); pcst->pmain_block = cst_top_level_statement_block_alloc(pcst->paast->pmain_block->max_var_depth, pcst->paast->pmain_block->subframe_var_count); for (sllve_t* pe = pcst->paast->pmain_block->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pnode = pe->pvvalue; // The last statement of mlr filter must be a bare boolean. if (do_final_filter && pe->pnext == NULL) { sllv_append(pcst->pmain_block->pblock->pstatements, mlr_dsl_cst_alloc_final_filter_statement( pcst, pnode, negate_final_filter, type_inferencing, context_flags | IN_MLR_FINAL_FILTER)); } else { sllv_append(pcst->pmain_block->pblock->pstatements, mlr_dsl_cst_alloc_statement(pcst, pnode, type_inferencing, context_flags)); } } if (print_ast) { printf("\n"); } // Now that all subroutine/function definitions have been done, resolve // their callsites whose locations we stashed during the CST build. (Without // this delayed resolution, there could be no recursion, and subroutines // could call one another only in the reverse order of their definition. // E.g. if 's' is defined and then 't', then t could call s but s could not // call t [subroutine not defined yet], and neither could call itself.) // // This object-binding step is not a full pass through the CST since we've // maintained pointers into callsites which we can now directly poke. fmgr_resolve_func_callsites(pcst->pfmgr); mlr_dsl_cst_resolve_subr_callsites(pcst); return pcst; } // ---------------------------------------------------------------- void mlr_dsl_cst_free(mlr_dsl_cst_t* pcst, context_t* pctx) { if (pcst == NULL) return; if (pcst->pbegin_blocks != NULL) { for (sllve_t* pe = pcst->pbegin_blocks->phead; pe != NULL; pe = pe->pnext) { cst_top_level_statement_block_free(pe->pvvalue, pctx); } sllv_free(pcst->pbegin_blocks); } cst_top_level_statement_block_free(pcst->pmain_block, pctx); if (pcst->pend_blocks != NULL) { for (sllve_t* pe = pcst->pend_blocks->phead; pe != NULL; pe = pe->pnext) { cst_top_level_statement_block_free(pe->pvvalue, pctx); } sllv_free(pcst->pend_blocks); } fmgr_free(pcst->pfmgr, pctx); // Void-star payloads already popped and freed during symbol-resolution phase of CST alloc sllv_free(pcst->psubr_callsite_statements_to_resolve); if (pcst->psubr_defsites != NULL) { for (lhmsve_t* pe = pcst->psubr_defsites->phead; pe != NULL; pe = pe->pnext) { subr_defsite_t* psubr_defsite = pe->pvvalue; mlr_dsl_cst_free_subroutine(psubr_defsite, pctx); } lhmsv_free(pcst->psubr_defsites); } blocked_ast_free(pcst->paast); free(pcst); } // ---------------------------------------------------------------- // For begin, end, cond: there must be one child node, of type list. static mlr_dsl_ast_node_t* get_list_for_block(mlr_dsl_ast_node_t* pnode) { MLR_INTERNAL_CODING_ERROR_IF(pnode->pchildren->phead == NULL); MLR_INTERNAL_CODING_ERROR_IF(pnode->pchildren->phead->pnext != NULL); mlr_dsl_ast_node_t* pleft = pnode->pchildren->phead->pvvalue; if (pleft->type != MD_AST_NODE_TYPE_STATEMENT_BLOCK) { fprintf(stderr, "%s: internal coding error detected in file %s at line %d:\n", MLR_GLOBALS.bargv0, __FILE__, __LINE__); fprintf(stderr, "expected node type %s but found %s.\n", mlr_dsl_ast_node_describe_type(MD_AST_NODE_TYPE_STATEMENT_BLOCK), mlr_dsl_ast_node_describe_type(pleft->type)); exit(1); } return pleft; } // ---------------------------------------------------------------- static void mlr_dsl_cst_resolve_subr_callsites(mlr_dsl_cst_t* pcst) { while (pcst->psubr_callsite_statements_to_resolve->phead != NULL) { mlr_dsl_cst_statement_t* pstatement = sllv_pop(pcst->psubr_callsite_statements_to_resolve); mlr_dsl_cst_resolve_subr_callsite(pcst, pstatement); } } miller-5.6.2/c/dsl/mlr_dsl_cst.h000066400000000000000000000377151354153536500165210ustar00rootroot00000000000000#ifndef MLR_DSL_CST_H #define MLR_DSL_CST_H #include "cli/mlrcli.h" #include "lib/context.h" #include "containers/lhmsmv.h" #include "containers/local_stack.h" #include "containers/loop_stack.h" #include "containers/type_decl.h" #include "dsl/mlr_dsl_ast.h" #include "dsl/mlr_dsl_blocked_ast.h" #include "dsl/rval_evaluators.h" #include "dsl/rxval_evaluators.h" #include "dsl/function_manager.h" #include "output/multi_out.h" #include "output/multi_lrec_writer.h" // ================================================================ // Concrete syntax tree (CST) derived from an abstract syntax tree (AST). // // Statements are of the form: // // * Assignment of mlrval (i.e. result of expression evaluation, e.g. $name or f($x,$y)) to oosvar (out-of-stream // variables, prefixed with @ sigil) // // * Assignment to srec (in-stream records, with field names prefixed with $ sigil) // // * Copying full srec ($* syntax) to/from an oosvar // // * Oosvar-to-oosvar assignments (recursively if RHS is non-terminal) // // * pattern-action statements: boolean expression with curly-braced statements which are executed only // when the boolean evaluates to true. // // * bare-boolean statements: no-ops unless they have side effects: namely, the matches/does-not-match // operators =~ and !=~ setting regex captures \1, \2, etc. // // * emit statements: these place oosvar key-value pairs into the output stream. These can be of the following forms: // // o 'emit @a; emit @b' which produce separate records such as a=3 and b=4 // // o 'emitf @a, @b' which produce records such as a=3,b=4 // // o For nested maps, 'emit @c, "x", "y"' in which case the first two map levels are pulled out and named "x" and "y" // in separate fields. See containers/mlhmmv.h for more information. // // Further, these statements are organized into three groups: // // * begin: executed once, before the first input record is read. // * main: executed for each input record. // * end: executed once, after the last input record is read. // // The exceptions being, of course, assignment to/from srec is disallowed for begin/end statements since those occur // before/after stream processing, respectively. // ================================================================ // ---------------------------------------------------------------- // dsl/mlr_dsl_stack_allocate.c // Two-pass stack allocator which operates on the block-structured AST // before the CST is build (mlr_dsl_stack_allocate.c). void blocked_ast_allocate_locals(blocked_ast_t* paast, int trace); // ---------------------------------------------------------------- // Forward references for virtual-function prototypes struct _mlr_dsl_cst_t; struct _mlr_dsl_cst_statement_t; struct _subr_defsite_t; // Parameter bag to reduce parameter-marshaling typedef struct _cst_outputs_t { int* pshould_emit_rec; sllv_t* poutrecs; char* oosvar_flatten_separator; cli_writer_opts_t* pwriter_opts; } cst_outputs_t; // ---------------------------------------------------------------- typedef struct _cst_statement_block_t { int subframe_var_count; sllv_t* pstatements; } cst_statement_block_t; cst_statement_block_t* cst_statement_block_alloc(int subframe_var_count); void cst_statement_block_free(cst_statement_block_t* pblock, context_t* pctx); // ---------------------------------------------------------------- typedef struct _cst_top_level_statement_block_t { local_stack_frame_t* pframe; int max_var_depth; cst_statement_block_t* pblock; } cst_top_level_statement_block_t; cst_top_level_statement_block_t* cst_top_level_statement_block_alloc(int max_var_depth, int subframe_var_count); void cst_top_level_statement_block_free(cst_top_level_statement_block_t* pblock, context_t* pctx); // ---------------------------------------------------------------- // Generic handler for a statement. // Handler for statement lists: begin/main/end; cond/if/for/while/do-while. typedef void mlr_dsl_cst_block_handler_t( cst_statement_block_t* pblock, variables_t* pvars, cst_outputs_t* pcst_outputs); // ---------------------------------------------------------------- // mlr_dsl_cst_statement_t is a base class extended by all manner of subclasses. // The following are for their method pointers. typedef struct _mlr_dsl_cst_statement_t* mlr_dsl_cst_statement_allocator_t( struct _mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags); typedef void mlr_dsl_cst_statement_handler_t( struct _mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs); typedef void mlr_dsl_cst_statement_freer_t( struct _mlr_dsl_cst_statement_t* pstatement, context_t* pctx); // ---------------------------------------------------------------- // MLR_DSL_CST_STATEMENT OBJECT typedef struct _mlr_dsl_cst_statement_t { // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // Common to most or all statement types: // For trace-mode. mlr_dsl_ast_node_t* past_node; // Function-pointer for the handler of the given statement type, e.g. srec-assignment, while-loop, etc. mlr_dsl_cst_statement_handler_t* pstatement_handler; // Subclass destructor. It should free whatever's in the pvstate but it should not // free the pstatement itself. mlr_dsl_cst_statement_freer_t* pstatement_freer; // The reason for this being a function pointer is that there are two variants of // statement-list handlers: one for inside loop bodies which has to check // break/continue flags after each statement, and another for outside loop bodies // which doesn't need to check those. (This is a micro-optimization.) For bodyless // statements (e.g. assignment) this is null. cst_statement_block_t* pblock; mlr_dsl_cst_block_handler_t* pblock_handler; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // Specific to each statement type: void* pvstate; } mlr_dsl_cst_statement_t; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // For use by the statement-subclass constructors mlr_dsl_cst_statement_t* mlr_dsl_cst_statement_valloc( mlr_dsl_ast_node_t* past_node, mlr_dsl_cst_statement_handler_t* pstatement_handler, mlr_dsl_cst_statement_freer_t* pstatement_freer, void* pvstate); mlr_dsl_cst_statement_t* mlr_dsl_cst_statement_valloc_with_block( mlr_dsl_ast_node_t* past_node, mlr_dsl_cst_statement_handler_t* pstatement_handler, cst_statement_block_t* pblock, mlr_dsl_cst_block_handler_t* pblock_handler, mlr_dsl_cst_statement_freer_t* pstatement_freer, void* pvstate); // ---------------------------------------------------------------- // MLR_DSL_CST OBJECT typedef struct _mlr_dsl_cst_t { sllv_t* pbegin_blocks; cst_top_level_statement_block_t* pmain_block; sllv_t* pend_blocks; // Function manager for built-in functions as well as user-defined functions (which are CST-specific). fmgr_t* pfmgr; // Subroutine bodies lhmsv_t* psubr_defsites; // Subroutine callsites, used to bootstrap (e.g. subroutine f calls subroutine g before the latter // has been defined). sllv_t* psubr_callsite_statements_to_resolve; // fflush on emit/tee/print/dump int flush_every_record; // The CST object retains the AST pointer (in order to reuse its strings etc. with minimal copying) // and will free the AST in the CST destructor. blocked_ast_t* paast; } mlr_dsl_cst_t; // ---------------------------------------------------------------- // CONSTRUCTORS/DESTRUCTORS/METHODS // Notes: // * do_final_filter is FALSE for mlr put, TRUE for mlr filter. // * negate_final_filter is TRUE for mlr filter -x. // * The CST object strips nodes off the raw AST, constructed by the Lemon parser, in order // to do analysis on it. Nonetheless the caller should free what's left. mlr_dsl_cst_t* mlr_dsl_cst_alloc(mlr_dsl_ast_t* past, int print_ast, int trace_stack_allocation, int type_inferencing, int flush_every_record, int do_final_filter, int negate_final_filter); mlr_dsl_cst_statement_t* mlr_dsl_cst_alloc_statement(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags); mlr_dsl_cst_statement_t* mlr_dsl_cst_alloc_final_filter_statement(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int negate_final_filter, int type_inferencing, int context_flags); void mlr_dsl_cst_free(mlr_dsl_cst_t* pcst, context_t* pctx); void mlr_dsl_cst_statement_free(mlr_dsl_cst_statement_t* pstatement, context_t* pctx); // Top-level entry point, e.g. from mapper_put. void mlr_dsl_cst_handle_top_level_statement_blocks( sllv_t* ptop_level_blocks, // block bodies for begins, main, ends variables_t* pvars, cst_outputs_t* pcst_outputs); void mlr_dsl_cst_handle_top_level_statement_block( cst_top_level_statement_block_t* ptop_level_block, variables_t* pvars, cst_outputs_t* pcst_outputs); // Recursive entry point: block bodies for begin, main, end; cond, if, for, while. void mlr_dsl_cst_handle_statement_block( cst_statement_block_t* pblock, variables_t* pvars, cst_outputs_t* pcst_outputs); void mlr_dsl_cst_handle_statement_block_with_break_continue( cst_statement_block_t* pblock, variables_t* pvars, cst_outputs_t* pcst_outputs); // Statement lists which are not curly-braced bodies: start/continuation/update statements for triple-for. void mlr_dsl_cst_handle_statement_list( sllv_t* pstatements, variables_t* pvars, cst_outputs_t* pcst_outputs); // ================================================================ // dsl/mlr_dsl_cst_func_subr.c // ---------------------------------------------------------------- // cst_udf_state_t is data needed to execute the body of a user-defined function which is implemented by CST statements. // udf_defsite_state_t is data needed for any user-defined function (no matter how implemented). typedef struct _cst_udf_state_t { char* name; int arity; char** parameter_names; int* parameter_type_masks; cst_top_level_statement_block_t* ptop_level_block; char* return_value_type_name; int return_value_type_mask; } cst_udf_state_t; udf_defsite_state_t* mlr_dsl_cst_alloc_udf( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags); void mlr_dsl_cst_free_udf(cst_udf_state_t* pstate, context_t* pctx); // ---------------------------------------------------------------- typedef struct _subr_callsite_t { char* name; int arity; int type_inferencing; int context_flags; } subr_callsite_t; typedef struct _subr_defsite_t { char* name; int arity; char** parameter_names; int* parameter_type_masks; cst_top_level_statement_block_t* ptop_level_block; } subr_defsite_t; subr_defsite_t* mlr_dsl_cst_alloc_subroutine( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags); void mlr_dsl_cst_free_subroutine(subr_defsite_t* psubr_defsite, context_t* pctx); // Invoked directly from the CST statement handler for a subroutine callsite. // (Functions, by contrast, are invoked by callback from the right-hand-site-evaluator logic // -- hence no execute-function method here.) void mlr_dsl_cst_execute_subroutine(subr_defsite_t* pstate, variables_t* pvars, cst_outputs_t* pcst_outputs, int callsite_arity, boxed_xval_t* args); // ================================================================ // For on-line help / manpage // dsl/mlr_dsl_cst_keywords.c void mlr_dsl_list_all_keywords_raw(FILE* output_stream); // Pass function_name == NULL to get usage for all keywords: void mlr_dsl_keyword_usage(FILE* output_stream, char* keyword); // ================================================================ // Specific CST-statement subclasses // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // dsl/mlr_dsl_cst_condish_statements.c mlr_dsl_cst_statement_allocator_t alloc_conditional_block; mlr_dsl_cst_statement_allocator_t alloc_if_head; mlr_dsl_cst_statement_allocator_t alloc_while; mlr_dsl_cst_statement_allocator_t alloc_do_while; mlr_dsl_cst_statement_allocator_t alloc_bare_boolean; mlr_dsl_cst_statement_t* alloc_filter( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags); mlr_dsl_cst_statement_t* alloc_final_filter( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int negate_final_filter, int type_inferencing, int context_flags); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // dsl/mlr_dsl_cst_terminal_assignment_statements.c mlr_dsl_cst_statement_allocator_t alloc_srec_assignment; mlr_dsl_cst_statement_allocator_t alloc_indirect_srec_assignment; mlr_dsl_cst_statement_allocator_t alloc_positional_srec_name_assignment; mlr_dsl_cst_statement_allocator_t alloc_env_assignment; // dsl/mlr_dsl_cst_map_assignment_statements.c mlr_dsl_cst_statement_allocator_t alloc_full_srec_assignment; mlr_dsl_cst_statement_t* alloc_local_variable_definition( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags, int type_mask); mlr_dsl_cst_statement_allocator_t alloc_nonindexed_local_variable_assignment; mlr_dsl_cst_statement_allocator_t alloc_indexed_local_variable_assignment; mlr_dsl_cst_statement_allocator_t alloc_oosvar_assignment; mlr_dsl_cst_statement_allocator_t alloc_full_oosvar_assignment; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // dsl/mlr_dsl_cst_unset_statements.c mlr_dsl_cst_statement_allocator_t alloc_unset; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // dsl/mlr_dsl_cst_for_srec_statements.c mlr_dsl_cst_statement_allocator_t alloc_for_srec; mlr_dsl_cst_statement_allocator_t alloc_for_srec_key_only; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // dsl/mlr_dsl_cst_for_map_statements.c mlr_dsl_cst_statement_allocator_t alloc_for_map; mlr_dsl_cst_statement_allocator_t alloc_for_map_key_only; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // dsl/mlr_dsl_cst_triple_for_statements.c mlr_dsl_cst_statement_allocator_t alloc_triple_for; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // dsl/mlr_dsl_cst_loop_control_statements.c mlr_dsl_cst_statement_allocator_t alloc_break; mlr_dsl_cst_statement_allocator_t alloc_continue; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // dsl/mlr_dsl_cst_return_statements.c mlr_dsl_cst_statement_allocator_t alloc_return_void; // For subroutines mlr_dsl_cst_statement_allocator_t alloc_return_value; // For UDFs // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // dsl/mlr_dsl_cst_output_statements.c mlr_dsl_cst_statement_t* alloc_print( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags, char* print_terminator); mlr_dsl_cst_statement_allocator_t alloc_tee; mlr_dsl_cst_statement_allocator_t alloc_emitf; mlr_dsl_cst_statement_t* alloc_emit( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags, int do_full_prefixing); mlr_dsl_cst_statement_t* alloc_emit_lashed( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags, int do_full_prefixing); mlr_dsl_cst_statement_allocator_t alloc_dump; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // dsl/mlr_dsl_cst_func_subr.c // When we allocate a callsite we can do so before the callee has been defined. // Hence the two-step process, with the second step being an object-binding step. mlr_dsl_cst_statement_allocator_t alloc_subr_callsite_statement; void mlr_dsl_cst_resolve_subr_callsite(mlr_dsl_cst_t* pcst, mlr_dsl_cst_statement_t* pstatement); #endif // MLR_DSL_CST_H miller-5.6.2/c/dsl/mlr_dsl_cst_condish_statements.c000066400000000000000000000511241354153536500224600ustar00rootroot00000000000000#include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "mlr_dsl_cst.h" #include "context_flags.h" // ================================================================ typedef struct _conditional_block_state_t { rval_evaluator_t* pexpression_evaluator; } conditional_block_state_t; static mlr_dsl_cst_statement_freer_t free_conditional_block; static mlr_dsl_cst_statement_handler_t handle_conditional_block; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_conditional_block(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { conditional_block_state_t* pstate = mlr_malloc_or_die(sizeof(conditional_block_state_t)); pstate->pexpression_evaluator = NULL; // Right node is a list of statements to be executed if the left evaluates to true. mlr_dsl_ast_node_t* pleft = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pright = pnode->pchildren->phead->pnext->pvvalue; pstate->pexpression_evaluator = rval_evaluator_alloc_from_ast( pleft, pcst->pfmgr, type_inferencing, context_flags); MLR_INTERNAL_CODING_ERROR_IF(pright->subframe_var_count == MD_UNUSED_INDEX); cst_statement_block_t* pblock = cst_statement_block_alloc(pright->subframe_var_count); for (sllve_t* pe = pright->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pbody_ast_node = pe->pvvalue; mlr_dsl_cst_statement_t *pchild_statement = mlr_dsl_cst_alloc_statement(pcst, pbody_ast_node, type_inferencing, context_flags); sllv_append(pblock->pstatements, pchild_statement); } mlr_dsl_cst_block_handler_t* pblock_handler = (context_flags & IN_BREAKABLE) ? mlr_dsl_cst_handle_statement_block_with_break_continue : mlr_dsl_cst_handle_statement_block; return mlr_dsl_cst_statement_valloc_with_block( pnode, handle_conditional_block, pblock, pblock_handler, free_conditional_block, pstate); } // ---------------------------------------------------------------- static void free_conditional_block(mlr_dsl_cst_statement_t* pstatement, context_t* _) { conditional_block_state_t* pstate = pstatement->pvstate; pstate->pexpression_evaluator->pfree_func(pstate->pexpression_evaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_conditional_block( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { conditional_block_state_t* pstate = pstatement->pvstate; local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); local_stack_subframe_enter(pframe, pstatement->pblock->subframe_var_count); rval_evaluator_t* pexpression_evaluator = pstate->pexpression_evaluator; mv_t val = pexpression_evaluator->pprocess_func(pexpression_evaluator->pvstate, pvars); if (mv_is_non_null(&val)) { mv_set_boolean_strict(&val); if (val.u.boolv) { pstatement->pblock_handler(pstatement->pblock, pvars, pcst_outputs); } } local_stack_subframe_exit(pframe, pstatement->pblock->subframe_var_count); } // ================================================================ typedef struct _if_head_state_t { sllv_t* pif_chain_statements; } if_head_state_t; typedef struct _if_item_state_t { rval_evaluator_t* pexpression_evaluator; } if_item_state_t; static mlr_dsl_cst_statement_handler_t handle_if_head; static mlr_dsl_cst_statement_freer_t free_if_head; static mlr_dsl_cst_statement_freer_t free_if_item; static mlr_dsl_cst_statement_t* alloc_if_item( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pitemnode, mlr_dsl_ast_node_t* pexprnode, mlr_dsl_ast_node_t* plistnode, int type_inferencing, int context_flags); // ---------------------------------------------------------------- // Example parser-input: // // if (NR == 9) { // $x = 10; // $x = 11 // } elif (NR == 12) { // $x = 13; // $x = 14 // } else { // $x = 15; // $x = 16 // }; // // Corresponding parser-output AST: // if_head (if_head): // if (if_item): // == (operator): // NR (context_variable). // 9 (numeric_literal). // list (statement_list): // = (srec_assignment): // x (field_name). // 10 (numeric_literal). // = (srec_assignment): // x (field_name). // 11 (numeric_literal). // elif (if_item): // == (operator): // NR (context_variable). // 12 (numeric_literal). // list (statement_list): // = (srec_assignment): // x (field_name). // 13 (numeric_literal). // = (srec_assignment): // x (field_name). // 14 (numeric_literal). // else (if_item): // list (statement_list): // = (srec_assignment): // x (field_name). // 15 (numeric_literal). // = (srec_assignment): // x (field_name). // 16 (numeric_literal). mlr_dsl_cst_statement_t* alloc_if_head(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { if_head_state_t* pstate = mlr_malloc_or_die(sizeof(if_head_state_t)); pstate->pif_chain_statements = sllv_alloc(); for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { // For if and elif: // * Left subnode is the AST for the boolean expression. // * Right subnode is a list of statements to be executed if the left evaluates to true. // For else: // * Sole subnode is a list of statements to be executed. mlr_dsl_ast_node_t* pitemnode = pe->pvvalue; mlr_dsl_ast_node_t* pexprnode = NULL; mlr_dsl_ast_node_t* plistnode = NULL; if (pitemnode->pchildren->length == 2) { pexprnode = pitemnode->pchildren->phead->pvvalue; plistnode = pitemnode->pchildren->phead->pnext->pvvalue; } else { pexprnode = NULL; plistnode = pitemnode->pchildren->phead->pvvalue; } sllv_append(pstate->pif_chain_statements, alloc_if_item(pcst, pitemnode, pexprnode, plistnode, type_inferencing, context_flags) ); } mlr_dsl_cst_block_handler_t* pblock_handler = (context_flags & IN_BREAKABLE) ? mlr_dsl_cst_handle_statement_block_with_break_continue : mlr_dsl_cst_handle_statement_block; return mlr_dsl_cst_statement_valloc_with_block( pnode, handle_if_head, NULL, pblock_handler, free_if_head, pstate); } static mlr_dsl_cst_statement_t* alloc_if_item(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pitemnode, mlr_dsl_ast_node_t* pexprnode, mlr_dsl_ast_node_t* plistnode, int type_inferencing, int context_flags) { if_item_state_t* pstate = mlr_malloc_or_die(sizeof(if_item_state_t)); MLR_INTERNAL_CODING_ERROR_IF(plistnode->subframe_var_count == MD_UNUSED_INDEX); cst_statement_block_t* pblock = cst_statement_block_alloc(plistnode->subframe_var_count); for (sllve_t* pe = plistnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pbody_ast_node = pe->pvvalue; mlr_dsl_cst_statement_t *pchild_statement = mlr_dsl_cst_alloc_statement(pcst, pbody_ast_node, type_inferencing, context_flags); sllv_append(pblock->pstatements, pchild_statement); } pstate->pexpression_evaluator = pexprnode != NULL ? rval_evaluator_alloc_from_ast(pexprnode, pcst->pfmgr, type_inferencing, context_flags) // if-statement or elif-statement : rval_evaluator_alloc_from_boolean(TRUE); // else-statement return mlr_dsl_cst_statement_valloc_with_block( pitemnode, NULL, // handled by the containing if-head evaluator pblock, NULL, // handled by the containing if-head evaluator free_if_item, pstate); } // ---------------------------------------------------------------- static void free_if_head(mlr_dsl_cst_statement_t* pstatement, context_t* pctx) { if_head_state_t* pstate = pstatement->pvstate; if (pstate->pif_chain_statements != NULL) { for (sllve_t* pe = pstate->pif_chain_statements->phead; pe != NULL; pe = pe->pnext) mlr_dsl_cst_statement_free(pe->pvvalue, pctx); sllv_free(pstate->pif_chain_statements); } free(pstate); } static void free_if_item(mlr_dsl_cst_statement_t* pstatement, context_t* _) { if_item_state_t* pstate = pstatement->pvstate; pstate->pexpression_evaluator->pfree_func(pstate->pexpression_evaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_if_head( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { if_head_state_t* pstate = pstatement->pvstate; for (sllve_t* pe = pstate->pif_chain_statements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_t* pitem_statement = pe->pvvalue; if_item_state_t* pitem_state = pitem_statement->pvstate; rval_evaluator_t* pexpression_evaluator = pitem_state->pexpression_evaluator; mv_t val = pexpression_evaluator->pprocess_func(pexpression_evaluator->pvstate, pvars); if (mv_is_non_null(&val)) { mv_set_boolean_strict(&val); if (val.u.boolv) { local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); local_stack_subframe_enter(pframe, pitem_statement->pblock->subframe_var_count); pstatement->pblock_handler(pitem_statement->pblock, pvars, pcst_outputs); local_stack_subframe_exit(pframe, pitem_statement->pblock->subframe_var_count); break; } } } } // ================================================================ typedef struct _while_state_t { rval_evaluator_t* pexpression_evaluator; } while_state_t; static mlr_dsl_cst_statement_handler_t handle_while; static mlr_dsl_cst_statement_freer_t free_while; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_while(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { while_state_t* pstate = mlr_malloc_or_die(sizeof(while_state_t)); pstate->pexpression_evaluator = NULL; // Left child node is the AST for the boolean expression. // Right child node is the list of statements in the body. mlr_dsl_ast_node_t* pleft = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pright = pnode->pchildren->phead->pnext->pvvalue; MLR_INTERNAL_CODING_ERROR_IF(pright->subframe_var_count == MD_UNUSED_INDEX); cst_statement_block_t* pblock = cst_statement_block_alloc(pright->subframe_var_count); for (sllve_t* pe = pright->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pbody_ast_node = pe->pvvalue; mlr_dsl_cst_statement_t *pchild_statement = mlr_dsl_cst_alloc_statement(pcst, pbody_ast_node, type_inferencing, context_flags); sllv_append(pblock->pstatements, pchild_statement); } pstate->pexpression_evaluator = rval_evaluator_alloc_from_ast( pleft, pcst->pfmgr, type_inferencing, context_flags); return mlr_dsl_cst_statement_valloc_with_block( pnode, handle_while, pblock, mlr_dsl_cst_handle_statement_block_with_break_continue, free_while, pstate); } // ---------------------------------------------------------------- static void free_while(mlr_dsl_cst_statement_t* pstatement, context_t* _) { while_state_t* pstate = pstatement->pvstate; pstate->pexpression_evaluator->pfree_func(pstate->pexpression_evaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_while( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { while_state_t* pstate = pstatement->pvstate; local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); local_stack_subframe_enter(pframe, pstatement->pblock->subframe_var_count); loop_stack_push(pvars->ploop_stack); rval_evaluator_t* pexpression_evaluator = pstate->pexpression_evaluator; while (TRUE) { mv_t val = pexpression_evaluator->pprocess_func(pexpression_evaluator->pvstate, pvars); if (mv_is_non_null(&val)) { mv_set_boolean_strict(&val); if (val.u.boolv) { pstatement->pblock_handler(pstatement->pblock, pvars, pcst_outputs); if (loop_stack_get(pvars->ploop_stack) & LOOP_BROKEN) { loop_stack_clear(pvars->ploop_stack, LOOP_BROKEN); break; } else if (loop_stack_get(pvars->ploop_stack) & LOOP_CONTINUED) { loop_stack_clear(pvars->ploop_stack, LOOP_CONTINUED); } } else { break; } } else { break; } } loop_stack_pop(pvars->ploop_stack); local_stack_subframe_exit(pframe, pstatement->pblock->subframe_var_count); } // ================================================================ typedef struct _do_while_state_t { rval_evaluator_t* pexpression_evaluator; } do_while_state_t; static mlr_dsl_cst_statement_handler_t handle_do_while; static mlr_dsl_cst_statement_freer_t free_do_while; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_do_while(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { do_while_state_t* pstate = mlr_malloc_or_die(sizeof(do_while_state_t)); pstate->pexpression_evaluator = NULL; // Left child node is the list of statements in the body. // Right child node is the AST for the boolean expression. mlr_dsl_ast_node_t* pleft = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pright = pnode->pchildren->phead->pnext->pvvalue; MLR_INTERNAL_CODING_ERROR_IF(pleft->subframe_var_count == MD_UNUSED_INDEX); cst_statement_block_t* pblock = cst_statement_block_alloc(pright->subframe_var_count); for (sllve_t* pe = pleft->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pbody_ast_node = pe->pvvalue; mlr_dsl_cst_statement_t *pchild_statement = mlr_dsl_cst_alloc_statement(pcst, pbody_ast_node, type_inferencing, context_flags); sllv_append(pblock->pstatements, pchild_statement); } pstate->pexpression_evaluator = rval_evaluator_alloc_from_ast( pright, pcst->pfmgr, type_inferencing, context_flags); return mlr_dsl_cst_statement_valloc_with_block( pnode, handle_do_while, pblock, mlr_dsl_cst_handle_statement_block_with_break_continue, free_do_while, pstate); } // ---------------------------------------------------------------- static void free_do_while(mlr_dsl_cst_statement_t* pstatement, context_t* _) { do_while_state_t* pstate = pstatement->pvstate; pstate->pexpression_evaluator->pfree_func(pstate->pexpression_evaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_do_while( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { do_while_state_t* pstate = pstatement->pvstate; local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); local_stack_subframe_enter(pframe, pstatement->pblock->subframe_var_count); loop_stack_push(pvars->ploop_stack); rval_evaluator_t* pexpression_evaluator = pstate->pexpression_evaluator; while (TRUE) { pstatement->pblock_handler(pstatement->pblock, pvars, pcst_outputs); if (loop_stack_get(pvars->ploop_stack) & LOOP_BROKEN) { loop_stack_clear(pvars->ploop_stack, LOOP_BROKEN); break; } else if (loop_stack_get(pvars->ploop_stack) & LOOP_CONTINUED) { loop_stack_clear(pvars->ploop_stack, LOOP_CONTINUED); // don't skip the boolean test } mv_t val = pexpression_evaluator->pprocess_func(pexpression_evaluator->pvstate, pvars); if (mv_is_non_null(&val)) { mv_set_boolean_strict(&val); if (!val.u.boolv) { break; } } else { break; } } loop_stack_pop(pvars->ploop_stack); local_stack_subframe_exit(pframe, pstatement->pblock->subframe_var_count); } // ================================================================ typedef struct _bare_boolean_state_t { rval_evaluator_t* pexpression_evaluator; } bare_boolean_state_t; static mlr_dsl_cst_statement_handler_t handle_bare_boolean; static mlr_dsl_cst_statement_freer_t free_bare_boolean; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_bare_boolean(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { bare_boolean_state_t* pstate = mlr_malloc_or_die(sizeof(bare_boolean_state_t)); pstate->pexpression_evaluator = NULL; pstate->pexpression_evaluator = rval_evaluator_alloc_from_ast( pnode, pcst->pfmgr, type_inferencing, context_flags); return mlr_dsl_cst_statement_valloc( pnode, handle_bare_boolean, free_bare_boolean, pstate); } // ---------------------------------------------------------------- static void free_bare_boolean(mlr_dsl_cst_statement_t* pstatement, context_t* _) { bare_boolean_state_t* pstate = pstatement->pvstate; pstate->pexpression_evaluator->pfree_func(pstate->pexpression_evaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_bare_boolean( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { bare_boolean_state_t* pstate = pstatement->pvstate; rval_evaluator_t* pexpression_evaluator = pstate->pexpression_evaluator; mv_t val = pexpression_evaluator->pprocess_func(pexpression_evaluator->pvstate, pvars); if (mv_is_non_null(&val)) mv_set_boolean_strict(&val); } // ================================================================ typedef struct _filter_state_t { rval_evaluator_t* pexpression_evaluator; } filter_state_t; static mlr_dsl_cst_statement_handler_t handle_filter; static mlr_dsl_cst_statement_freer_t free_filter; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_filter( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { filter_state_t* pstate = mlr_malloc_or_die(sizeof(filter_state_t)); mlr_dsl_ast_node_t* pchild = pnode->pchildren->phead->pvvalue; pstate->pexpression_evaluator = rval_evaluator_alloc_from_ast( pchild, pcst->pfmgr, type_inferencing, context_flags); return mlr_dsl_cst_statement_valloc( pnode, handle_filter, free_filter, pstate); } // ---------------------------------------------------------------- static void free_filter(mlr_dsl_cst_statement_t* pstatement, context_t* _) { filter_state_t* pstate = pstatement->pvstate; pstate->pexpression_evaluator->pfree_func(pstate->pexpression_evaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_filter( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { filter_state_t* pstate = pstatement->pvstate; rval_evaluator_t* pexpression_evaluator = pstate->pexpression_evaluator; mv_t val = pexpression_evaluator->pprocess_func(pexpression_evaluator->pvstate, pvars); if (mv_is_non_null(&val)) { mv_set_boolean_strict(&val); *pcst_outputs->pshould_emit_rec = val.u.boolv; } else { *pcst_outputs->pshould_emit_rec = FALSE; } } // ================================================================ typedef struct _final_filter_state_t { rval_evaluator_t* pexpression_evaluator; int negate_final_filter; } final_filter_state_t; static mlr_dsl_cst_statement_handler_t handle_final_filter; static mlr_dsl_cst_statement_freer_t free_final_filter; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_final_filter( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int negate_final_filter, int type_inferencing, int context_flags) { final_filter_state_t* pstate = mlr_malloc_or_die(sizeof(final_filter_state_t)); pstate->pexpression_evaluator = rval_evaluator_alloc_from_ast( pnode, pcst->pfmgr, type_inferencing, context_flags); pstate->negate_final_filter = negate_final_filter; return mlr_dsl_cst_statement_valloc( pnode, handle_final_filter, free_final_filter, pstate); } // ---------------------------------------------------------------- static void free_final_filter(mlr_dsl_cst_statement_t* pstatement, context_t* _) { final_filter_state_t* pstate = pstatement->pvstate; pstate->pexpression_evaluator->pfree_func(pstate->pexpression_evaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_final_filter( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { final_filter_state_t* pstate = pstatement->pvstate; rval_evaluator_t* pexpression_evaluator = pstate->pexpression_evaluator; mv_t val = pexpression_evaluator->pprocess_func(pexpression_evaluator->pvstate, pvars); if (mv_is_non_null(&val)) { mv_set_boolean_strict(&val); *pcst_outputs->pshould_emit_rec = val.u.boolv ^ pstate->negate_final_filter; } else { *pcst_outputs->pshould_emit_rec = FALSE; } } miller-5.6.2/c/dsl/mlr_dsl_cst_for_map_statements.c000066400000000000000000000350731354153536500224610ustar00rootroot00000000000000#include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "mlr_dsl_cst.h" #include "context_flags.h" static void handle_for_map_aux( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs, mlhmmv_xvalue_t* psubmap, char** prest_for_k_variable_names, int* prest_for_k_frame_relative_indices, int* prest_for_k_type_masks, int prest_for_k_count); // ================================================================ typedef struct _for_map_state_t { char** k_variable_names; int* k_frame_relative_indices; int* k_type_masks; int k_count; char* v_variable_name; int v_frame_relative_index; int v_type_mask; rxval_evaluator_t* ptarget_xevaluator; } for_map_state_t; static mlr_dsl_cst_statement_handler_t handle_for_map; static mlr_dsl_cst_statement_freer_t free_for_map; // ---------------------------------------------------------------- // $ mlr -n put -v 'for((k1,k2,k3),v in @a["4"][$5]) { $6 = 7; $8 = 9}' // AST ROOT: // text="block", type=STATEMENT_BLOCK: // text="for", type=FOR_OOSVAR: // text="key_and_value_variables", type=FOR_VARIABLES: // text="key_variables", type=FOR_VARIABLES: // text="k1", type=UNTYPED_LOCAL_DEFINITION. // text="k2", type=UNTYPED_LOCAL_DEFINITION. // text="k3", type=UNTYPED_LOCAL_DEFINITION. // text="v", type=UNTYPED_LOCAL_DEFINITION. // text="oosvar_keylist", type=OOSVAR_KEYLIST: // text="a", type=STRING_LITERAL. // text="4", type=STRING_LITERAL. // text="5", type=FIELD_NAME. // text="for_loop_oosvar_block", type=STATEMENT_BLOCK: // text="=", type=SREC_ASSIGNMENT: // text="6", type=FIELD_NAME. // text="7", type=NUMERIC_LITERAL. // text="=", type=SREC_ASSIGNMENT: // text="8", type=FIELD_NAME. // text="9", type=NUMERIC_LITERAL. mlr_dsl_cst_statement_t* alloc_for_map(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { for_map_state_t* pstate = mlr_malloc_or_die(sizeof(for_map_state_t)); pstate->k_variable_names = NULL; pstate->k_frame_relative_indices = NULL; pstate->k_type_masks = NULL; pstate->k_count = 0; pstate->v_variable_name = NULL; pstate->v_frame_relative_index = MD_UNUSED_INDEX; pstate->v_type_mask = 0; pstate->ptarget_xevaluator = NULL; // Left child node is list of bound variables. // - Left subnode is namelist for key boundvars. // - Right subnode is name for value boundvar. // Middle child node is keylist for basepoint in the oosvar mlhmmv. // Right child node is the list of statements in the body. mlr_dsl_ast_node_t* pleft = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* psubleft = pleft->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* psubright = pleft->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pmiddle = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pright = pnode->pchildren->phead->pnext->pnext->pvvalue; pstate->k_variable_names = mlr_malloc_or_die(sizeof(char*) * psubleft->pchildren->length); pstate->k_frame_relative_indices = mlr_malloc_or_die(sizeof(int) * psubleft->pchildren->length); pstate->k_type_masks = mlr_malloc_or_die(sizeof(int) * psubleft->pchildren->length); pstate->k_count = 0; for (sllve_t* pe = psubleft->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pnamenode = pe->pvvalue; MLR_INTERNAL_CODING_ERROR_IF(pnamenode->vardef_frame_relative_index == MD_UNUSED_INDEX); pstate->k_variable_names[pstate->k_count] = pnamenode->text; pstate->k_frame_relative_indices[pstate->k_count] = pnamenode->vardef_frame_relative_index; pstate->k_type_masks[pstate->k_count] = mlr_dsl_ast_node_type_to_type_mask(pnamenode->type); pstate->k_count++; } pstate->v_variable_name = psubright->text; MLR_INTERNAL_CODING_ERROR_IF(psubright->vardef_frame_relative_index == MD_UNUSED_INDEX); pstate->v_frame_relative_index = psubright->vardef_frame_relative_index; pstate->v_type_mask = mlr_dsl_ast_node_type_to_type_mask(psubright->type); pstate->ptarget_xevaluator = rxval_evaluator_alloc_from_ast( pmiddle, pcst->pfmgr, type_inferencing, context_flags); MLR_INTERNAL_CODING_ERROR_IF(pnode->subframe_var_count == MD_UNUSED_INDEX); cst_statement_block_t* pblock = cst_statement_block_alloc(pnode->subframe_var_count); for (sllve_t* pe = pright->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pbody_ast_node = pe->pvvalue; sllv_append(pblock->pstatements, mlr_dsl_cst_alloc_statement(pcst, pbody_ast_node, type_inferencing, context_flags)); } return mlr_dsl_cst_statement_valloc_with_block( pnode, handle_for_map, pblock, mlr_dsl_cst_handle_statement_block_with_break_continue, free_for_map, pstate); } // ---------------------------------------------------------------- static void free_for_map(mlr_dsl_cst_statement_t* pstatement, context_t* _) { for_map_state_t* pstate = pstatement->pvstate; free(pstate->k_variable_names); free(pstate->k_frame_relative_indices); free(pstate->k_type_masks); pstate->ptarget_xevaluator->pfree_func(pstate->ptarget_xevaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_for_map( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { for_map_state_t* pstate = pstatement->pvstate; rxval_evaluator_t* ptarget_xevaluator = pstate->ptarget_xevaluator; // Evaluate the keylist: e.g. in 'for (k,v in @a[$3][x]) { ... }', find the values of $3 // and x for the current record and stack frame. The keylist bindings are outside the scope // of the for-loop, while the k is bound within the for-loop. boxed_xval_t boxed_xval = ptarget_xevaluator->pprocess_func(ptarget_xevaluator->pvstate, pvars); if (!boxed_xval.xval.is_terminal) { // is a map // Copy the map for the very likely case that it is being updated inside the for-loop. // But ephemerals (map-literals, function return values) aren't named and so can't // be modified and so don't need to be copied. mlhmmv_xvalue_t* pmap = &boxed_xval.xval; mlhmmv_xvalue_t copy; if (!boxed_xval.is_ephemeral) { copy = mlhmmv_xvalue_copy(&boxed_xval.xval); pmap = © } local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); local_stack_subframe_enter(pframe, pstatement->pblock->subframe_var_count); loop_stack_push(pvars->ploop_stack); if (!pmap->is_terminal && pmap->pnext_level != NULL) { // Recurse over the for-k-names, e.g. ["k1", "k2"], on each call descending one level // deeper into the map. Note there must be at least one k-name so we are assuming // the for-loop within handle_for_map_aux was gone through once & thus // mlr_dsl_cst_handle_statement_block_with_break_continue was called through there. handle_for_map_aux(pstatement, pvars, pcst_outputs, pmap, pstate->k_variable_names, pstate->k_frame_relative_indices, pstate->k_type_masks, pstate->k_count); if (loop_stack_get(pvars->ploop_stack) & LOOP_BROKEN) { loop_stack_clear(pvars->ploop_stack, LOOP_BROKEN); } if (loop_stack_get(pvars->ploop_stack) & LOOP_CONTINUED) { loop_stack_clear(pvars->ploop_stack, LOOP_CONTINUED); } } if (!boxed_xval.is_ephemeral) { mlhmmv_xvalue_free(©); } loop_stack_pop(pvars->ploop_stack); local_stack_subframe_exit(pframe, pstatement->pblock->subframe_var_count); } if (boxed_xval.is_ephemeral) { mlhmmv_xvalue_free(&boxed_xval.xval); } } static void handle_for_map_aux( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs, mlhmmv_xvalue_t* psubmap, char** prest_for_k_variable_names, int* prest_for_k_frame_relative_indices, int* prest_for_k_type_masks, int prest_for_k_count) { for_map_state_t* pstate = pstatement->pvstate; if (prest_for_k_count > 0) { // Keep recursing over remaining k-names if (psubmap->is_terminal) { // The submap was too shallow for the user-specified k-names; there are no terminals here. } else { // Loop over keys at this submap level: for (mlhmmv_level_entry_t* pe = psubmap->pnext_level->phead; pe != NULL; pe = pe->pnext) { // Bind the k-name to the entry-key mlrval: local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); // xxx note copy/ref semantics local_stack_frame_define_terminal(pframe, prest_for_k_variable_names[0], prest_for_k_frame_relative_indices[0], prest_for_k_type_masks[0], mv_copy(&pe->level_key)); // Recurse into the next-level submap: handle_for_map_aux(pstatement, pvars, pcst_outputs, &pe->level_xvalue, &prest_for_k_variable_names[1], &prest_for_k_frame_relative_indices[1], &prest_for_k_type_masks[1], prest_for_k_count - 1); if (loop_stack_get(pvars->ploop_stack) & LOOP_BROKEN) { // Bit cleared in recursive caller return; } else if (loop_stack_get(pvars->ploop_stack) & LOOP_CONTINUED) { loop_stack_clear(pvars->ploop_stack, LOOP_CONTINUED); } } } } else { // End of recursion: k-names have all been used up // Bind the v-name to the terminal mlrval: local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); // xxx note copy/ref semantics local_stack_frame_define_extended(pframe, pstate->v_variable_name, pstate->v_frame_relative_index, pstate->v_type_mask, mlhmmv_xvalue_copy(psubmap)); // Execute the loop-body statements: pstatement->pblock_handler(pstatement->pblock, pvars, pcst_outputs); } } // ================================================================ typedef struct _for_map_key_only_state_t { char* k_variable_name; int k_frame_relative_index; int k_type_mask; rxval_evaluator_t* ptarget_xevaluator; } for_map_key_only_state_t; static mlr_dsl_cst_statement_handler_t handle_for_map_key_only; static mlr_dsl_cst_statement_freer_t free_for_map_key_only; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_for_map_key_only(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { for_map_key_only_state_t* pstate = mlr_malloc_or_die(sizeof(for_map_key_only_state_t)); pstate->k_variable_name = NULL; pstate->k_frame_relative_index = MD_UNUSED_INDEX; pstate->k_type_mask = 0; pstate->ptarget_xevaluator = NULL; // Left child node is single bound variable // Middle child node is keylist for basepoint in the oosvar mlhmmv. // Right child node is the list of statements in the body. mlr_dsl_ast_node_t* pleft = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pmiddle = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pright = pnode->pchildren->phead->pnext->pnext->pvvalue; MLR_INTERNAL_CODING_ERROR_IF(pleft->vardef_frame_relative_index == MD_UNUSED_INDEX); pstate->k_variable_name = pleft->text; pstate->k_frame_relative_index = pleft->vardef_frame_relative_index; pstate->k_type_mask = mlr_dsl_ast_node_type_to_type_mask(pleft->type); pstate->ptarget_xevaluator = rxval_evaluator_alloc_from_ast( pmiddle, pcst->pfmgr, type_inferencing, context_flags); MLR_INTERNAL_CODING_ERROR_IF(pnode->subframe_var_count == MD_UNUSED_INDEX); cst_statement_block_t* pblock = cst_statement_block_alloc(pnode->subframe_var_count); for (sllve_t* pe = pright->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pbody_ast_node = pe->pvvalue; sllv_append(pblock->pstatements, mlr_dsl_cst_alloc_statement(pcst, pbody_ast_node, type_inferencing, context_flags)); } return mlr_dsl_cst_statement_valloc_with_block( pnode, handle_for_map_key_only, pblock, mlr_dsl_cst_handle_statement_block_with_break_continue, free_for_map_key_only, pstate); } // ---------------------------------------------------------------- static void free_for_map_key_only(mlr_dsl_cst_statement_t* pstatement, context_t* _) { for_map_key_only_state_t* pstate = pstatement->pvstate; pstate->ptarget_xevaluator->pfree_func(pstate->ptarget_xevaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_for_map_key_only( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { for_map_key_only_state_t* pstate = pstatement->pvstate; rxval_evaluator_t* ptarget_xevaluator = pstate->ptarget_xevaluator; // Evaluate the keylist: e.g. in 'for (k in @a[$3][x]) { ... }', find the values of $3 // and x for the current record and stack frame. The keylist bindings are outside the scope // of the for-loop, while the k is bound within the for-loop. boxed_xval_t boxed_xval = ptarget_xevaluator->pprocess_func(ptarget_xevaluator->pvstate, pvars); if (!boxed_xval.xval.is_terminal) { // is a map // Copy the map for the very likely case that it is being updated inside the for-loop. // But ephemerals (map-literals, function return values) aren't named and so can't // be modified and so don't need to be copied. mlhmmv_xvalue_t* pmap = &boxed_xval.xval; mlhmmv_xvalue_t copy; if (!boxed_xval.is_ephemeral) { copy = mlhmmv_xvalue_copy(&boxed_xval.xval); pmap = © } local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); local_stack_subframe_enter(pframe, pstatement->pblock->subframe_var_count); loop_stack_push(pvars->ploop_stack); sllv_t* pkeys = mlhmmv_xvalue_copy_keys_nonindexed(pmap); for (sllve_t* pe = pkeys->phead; pe != NULL; pe = pe->pnext) { // Bind the k-name to the current key: local_stack_frame_define_terminal(pframe, pstate->k_variable_name, pstate->k_frame_relative_index, pstate->k_type_mask, mv_copy(pe->pvvalue)); // Execute the loop-body statements: pstatement->pblock_handler(pstatement->pblock, pvars, pcst_outputs); if (loop_stack_get(pvars->ploop_stack) & LOOP_BROKEN) { loop_stack_clear(pvars->ploop_stack, LOOP_BROKEN); } if (loop_stack_get(pvars->ploop_stack) & LOOP_CONTINUED) { loop_stack_clear(pvars->ploop_stack, LOOP_CONTINUED); } mv_free(pe->pvvalue); free(pe->pvvalue); } sllv_free(pkeys); if (!boxed_xval.is_ephemeral) { mlhmmv_xvalue_free(©); } loop_stack_pop(pvars->ploop_stack); local_stack_subframe_exit(pframe, pstatement->pblock->subframe_var_count); } if (boxed_xval.is_ephemeral) { mlhmmv_xvalue_free(&boxed_xval.xval); } } miller-5.6.2/c/dsl/mlr_dsl_cst_for_srec_statements.c000066400000000000000000000257031354153536500226370ustar00rootroot00000000000000#include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "mlr_dsl_cst.h" #include "context_flags.h" // ---------------------------------------------------------------- static mlr_dsl_cst_statement_freer_t free_for_srec; static mlr_dsl_cst_statement_handler_t handle_for_srec; // The variable names are used only for type-decl exceptions. Otherwise the // names are replaced with frame-relative indices by the stack allocator. typedef struct _for_srec_state_t { char* k_variable_name; int k_frame_relative_index; int k_type_mask; char* v_variable_name; int v_frame_relative_index; int v_type_mask; type_inferenced_srec_field_copy_getter_t* ptype_inferenced_srec_field_copy_getter; } for_srec_state_t; // ---------------------------------------------------------------- // $ mlr -n put -v 'for (k,v in $*) { $x=1; $y=2 }' // AST ROOT: // text="block", type=STATEMENT_BLOCK: // text="for", type=FOR_SREC: // text="variables", type=FOR_VARIABLES: // text="k", type=UNTYPED_LOCAL_DEFINITION. // text="v", type=UNTYPED_LOCAL_DEFINITION. // text="for_full_srec_block", type=STATEMENT_BLOCK: // text="=", type=SREC_ASSIGNMENT: // text="x", type=FIELD_NAME. // text="1", type=NUMERIC_LITERAL. // text="=", type=SREC_ASSIGNMENT: // text="y", type=FIELD_NAME. // text="2", type=NUMERIC_LITERAL. mlr_dsl_cst_statement_t* alloc_for_srec(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { for_srec_state_t* pstate = mlr_malloc_or_die(sizeof(for_srec_state_t)); pstate->k_variable_name = NULL; pstate->k_frame_relative_index = 0; pstate->k_type_mask = TYPE_MASK_ANY; pstate->v_variable_name = NULL; pstate->v_frame_relative_index = 0; pstate->v_type_mask = TYPE_MASK_ANY; pstate-> ptype_inferenced_srec_field_copy_getter = NULL; // Left child node is list of bound variables. // Right child node is the list of statements in the body. mlr_dsl_ast_node_t* pleft = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pright = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pknode = pleft->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pvnode = pleft->pchildren->phead->pnext->pvvalue; if (streq(pknode->text, pvnode->text)) { fprintf(stderr, "%s: duplicate for-loop boundvars \"%s\" and \"%s\".\n", MLR_GLOBALS.bargv0, pknode->text, pvnode->text); exit(1); } pstate->k_variable_name = mlr_strdup_or_die(pknode->text); pstate->v_variable_name = mlr_strdup_or_die(pvnode->text); MLR_INTERNAL_CODING_ERROR_IF(pknode->vardef_frame_relative_index == MD_UNUSED_INDEX); MLR_INTERNAL_CODING_ERROR_IF(pvnode->vardef_frame_relative_index == MD_UNUSED_INDEX); pstate->k_frame_relative_index = pknode->vardef_frame_relative_index; pstate->v_frame_relative_index = pvnode->vardef_frame_relative_index; pstate->k_type_mask = mlr_dsl_ast_node_type_to_type_mask(pknode->type); pstate->v_type_mask = mlr_dsl_ast_node_type_to_type_mask(pvnode->type); MLR_INTERNAL_CODING_ERROR_IF(pnode->subframe_var_count == MD_UNUSED_INDEX); cst_statement_block_t* pblock = cst_statement_block_alloc(pnode->subframe_var_count); for (sllve_t* pe = pright->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pbody_ast_node = pe->pvvalue; sllv_append(pblock->pstatements, mlr_dsl_cst_alloc_statement(pcst, pbody_ast_node, type_inferencing, context_flags)); } pstate->ptype_inferenced_srec_field_copy_getter = (type_inferencing == TYPE_INFER_STRING_ONLY) ? get_copy_srec_value_string_only_aux : (type_inferencing == TYPE_INFER_STRING_FLOAT) ? get_copy_srec_value_string_float_aux : (type_inferencing == TYPE_INFER_STRING_FLOAT_INT) ? get_copy_srec_value_string_float_int_aux : NULL; MLR_INTERNAL_CODING_ERROR_IF(pstate->ptype_inferenced_srec_field_copy_getter == NULL); return mlr_dsl_cst_statement_valloc_with_block( pnode, handle_for_srec, pblock, mlr_dsl_cst_handle_statement_block_with_break_continue, free_for_srec, pstate); } // ---------------------------------------------------------------- static void free_for_srec(mlr_dsl_cst_statement_t* pstatement, context_t* _) { for_srec_state_t* pstate = pstatement->pvstate; free(pstate->k_variable_name); free(pstate->v_variable_name); free(pstate); } // ---------------------------------------------------------------- static void handle_for_srec( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { for_srec_state_t* pstate = pstatement->pvstate; local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); local_stack_subframe_enter(pframe, pstatement->pblock->subframe_var_count); loop_stack_push(pvars->ploop_stack); // Copy the lrec for the very likely case that it is being updated inside the for-loop. lrec_t* pcopyrec = lrec_copy(pvars->pinrec); lhmsmv_t* pcopyoverlay = lhmsmv_copy(pvars->ptyped_overlay); for (lrece_t* pe = pcopyrec->phead; pe != NULL; pe = pe->pnext) { mv_t mvkey = mv_from_string_no_free(pe->key); mv_t mvval = pstate->ptype_inferenced_srec_field_copy_getter(pe, pcopyoverlay); local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); local_stack_frame_define_terminal(pframe, pstate->k_variable_name, pstate->k_frame_relative_index, pstate->k_type_mask, mvkey); local_stack_frame_define_terminal(pframe, pstate->v_variable_name, pstate->v_frame_relative_index, pstate->v_type_mask, mvval); pstatement->pblock_handler(pstatement->pblock, pvars, pcst_outputs); if (loop_stack_get(pvars->ploop_stack) & LOOP_BROKEN) { loop_stack_clear(pvars->ploop_stack, LOOP_BROKEN); break; } else if (loop_stack_get(pvars->ploop_stack) & LOOP_CONTINUED) { loop_stack_clear(pvars->ploop_stack, LOOP_CONTINUED); } } lhmsmv_free(pcopyoverlay); lrec_free(pcopyrec); loop_stack_pop(pvars->ploop_stack); local_stack_subframe_exit(pframe, pstatement->pblock->subframe_var_count); } // ---------------------------------------------------------------- static mlr_dsl_cst_statement_freer_t free_for_srec_key_only; static mlr_dsl_cst_statement_handler_t handle_for_srec_key_only; // The variable names are used only for type-decl exceptions. Otherwise the // names are replaced with frame-relative indices by the stack allocator. typedef struct _for_srec_key_only_state_t { char* k_variable_name; int k_frame_relative_index; int k_type_mask; type_inferenced_srec_field_copy_getter_t* ptype_inferenced_srec_field_copy_getter; } for_srec_key_only_state_t; // ---------------------------------------------------------------- // $ mlr -n put -v 'for (k in $*) { $x=1; $y=2 }' // // AST ROOT: // text="block", type=STATEMENT_BLOCK: // text="for", type=FOR_SREC_KEY_ONLY: // text="variables", type=FOR_VARIABLES: // text="k", type=UNTYPED_LOCAL_DEFINITION. // text="for_full_srec_block", type=STATEMENT_BLOCK: // text="=", type=SREC_ASSIGNMENT: // text="x", type=FIELD_NAME. // text="1", type=NUMERIC_LITERAL. // text="=", type=SREC_ASSIGNMENT: // text="y", type=FIELD_NAME. // text="2", type=NUMERIC_LITERAL. mlr_dsl_cst_statement_t* alloc_for_srec_key_only(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { for_srec_key_only_state_t* pstate = mlr_malloc_or_die(sizeof(for_srec_key_only_state_t)); pstate->k_variable_name = NULL; pstate->k_frame_relative_index = 0; pstate->k_type_mask = TYPE_MASK_ANY; pstate-> ptype_inferenced_srec_field_copy_getter = NULL; // Left child node is list of bound variables. // Right child node is the list of statements in the body. mlr_dsl_ast_node_t* pleft = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pright = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pknode = pleft->pchildren->phead->pvvalue; pstate->k_variable_name = mlr_strdup_or_die(pknode->text); MLR_INTERNAL_CODING_ERROR_IF(pknode->vardef_frame_relative_index == MD_UNUSED_INDEX); pstate->k_frame_relative_index = pknode->vardef_frame_relative_index; pstate->k_type_mask = mlr_dsl_ast_node_type_to_type_mask(pknode->type); MLR_INTERNAL_CODING_ERROR_IF(pnode->subframe_var_count == MD_UNUSED_INDEX); cst_statement_block_t* pblock = cst_statement_block_alloc(pnode->subframe_var_count); for (sllve_t* pe = pright->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pbody_ast_node = pe->pvvalue; sllv_append(pblock->pstatements, mlr_dsl_cst_alloc_statement(pcst, pbody_ast_node, type_inferencing, context_flags)); } pstate->ptype_inferenced_srec_field_copy_getter = (type_inferencing == TYPE_INFER_STRING_ONLY) ? get_copy_srec_value_string_only_aux : (type_inferencing == TYPE_INFER_STRING_FLOAT) ? get_copy_srec_value_string_float_aux : (type_inferencing == TYPE_INFER_STRING_FLOAT_INT) ? get_copy_srec_value_string_float_int_aux : NULL; MLR_INTERNAL_CODING_ERROR_IF(pstate->ptype_inferenced_srec_field_copy_getter == NULL); return mlr_dsl_cst_statement_valloc_with_block( pnode, handle_for_srec_key_only, pblock, mlr_dsl_cst_handle_statement_block_with_break_continue, free_for_srec_key_only, pstate); } // ---------------------------------------------------------------- static void free_for_srec_key_only(mlr_dsl_cst_statement_t* pstatement, context_t* _) { for_srec_key_only_state_t* pstate = pstatement->pvstate; free(pstate->k_variable_name); free(pstate); } // ---------------------------------------------------------------- static void handle_for_srec_key_only( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { for_srec_key_only_state_t* pstate = pstatement->pvstate; local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); local_stack_subframe_enter(pframe, pstatement->pblock->subframe_var_count); loop_stack_push(pvars->ploop_stack); // Copy the lrec for the very likely case that it is being updated inside the for-loop. lrec_t* pcopyrec = lrec_copy(pvars->pinrec); lhmsmv_t* pcopyoverlay = lhmsmv_copy(pvars->ptyped_overlay); for (lrece_t* pe = pcopyrec->phead; pe != NULL; pe = pe->pnext) { mv_t mvkey = mv_from_string_no_free(pe->key); local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); local_stack_frame_define_terminal(pframe, pstate->k_variable_name, pstate->k_frame_relative_index, pstate->k_type_mask, mvkey); pstatement->pblock_handler(pstatement->pblock, pvars, pcst_outputs); if (loop_stack_get(pvars->ploop_stack) & LOOP_BROKEN) { loop_stack_clear(pvars->ploop_stack, LOOP_BROKEN); break; } else if (loop_stack_get(pvars->ploop_stack) & LOOP_CONTINUED) { loop_stack_clear(pvars->ploop_stack, LOOP_CONTINUED); } } lhmsmv_free(pcopyoverlay); lrec_free(pcopyrec); loop_stack_pop(pvars->ploop_stack); local_stack_subframe_exit(pframe, pstatement->pblock->subframe_var_count); } miller-5.6.2/c/dsl/mlr_dsl_cst_func_subr.c000066400000000000000000000472341354153536500205570ustar00rootroot00000000000000#include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/hss.h" #include "mlr_dsl_cst.h" #include "context_flags.h" static boxed_xval_t cst_udf_process_callback(void* pvstate, int arity, boxed_xval_t* args, variables_t* pvars); static void cst_udf_free_callback(void* pvstate, context_t* pctx); static void cst_udf_type_check_return_value(cst_udf_state_t* pstate, mlhmmv_xvalue_t* pretval); // ---------------------------------------------------------------- // $ cat def //mlr --from s put -v ' // def f(x,y,z) { // var a = 1; // $x = 2; // return a + y * 2; // } //' // $ def // AST ROOT: // text="list", type=statement_list: // text="f", type=def: // text="f", type=non_sigil_name: // text="x", type=non_sigil_name. // text="y", type=non_sigil_name. // text="z", type=non_sigil_name. // text="list", type=statement_list: // text="var", type=return: // text="a", type=non_sigil_name. // text="1", type=numeric_literal. // text="=", type=srec_assignment: // text="x", type=field_name. // text="2", type=numeric_literal. // text="return", type=return: // text="+", type=operator: // text="a", type=local_variable. // text="*", type=operator: // text="y", type=local_variable. // text="2", type=numeric_literal. udf_defsite_state_t* mlr_dsl_cst_alloc_udf(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { mlr_dsl_ast_node_t* pparameters_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pbody_node = pnode->pchildren->phead->pnext->pvvalue; cst_udf_state_t* pcst_udf_state = mlr_malloc_or_die(sizeof(cst_udf_state_t)); if (pnode->pchildren->length == 3) { mlr_dsl_ast_node_t* pmask_node = pnode->pchildren->phead->pnext->pnext->pvvalue; // E.g. 'func f(int x): int { return x*2 + 1 }' pcst_udf_state->return_value_type_name = pmask_node->text; pcst_udf_state->return_value_type_mask = type_mask_from_name(pmask_node->text); } else { // E.g. 'func f(int x) { return x*2 + 1 }' pcst_udf_state->return_value_type_name = "any"; pcst_udf_state->return_value_type_mask = TYPE_MASK_ANY; } pcst_udf_state->name = mlr_strdup_or_die(pnode->text); pcst_udf_state->arity = pparameters_node->pchildren->length; pcst_udf_state->parameter_names = mlr_malloc_or_die(pcst_udf_state->arity * sizeof(char*)); pcst_udf_state->parameter_type_masks = mlr_malloc_or_die(pcst_udf_state->arity * sizeof(int)); int ok = TRUE; hss_t* pnameset = hss_alloc(); int i = 0; for (sllve_t* pe = pparameters_node->pchildren->phead; pe != NULL; pe = pe->pnext, i++) { mlr_dsl_ast_node_t* pparameter_node = pe->pvvalue; if (hss_has(pnameset, pparameter_node->text)) { fprintf(stderr, "%s: duplicate parameter name \"%s\" in function \"%s\".\n", MLR_GLOBALS.bargv0, pparameter_node->text, pnode->text); ok = FALSE; } hss_add(pnameset, pparameter_node->text); pcst_udf_state->parameter_names[i] = mlr_strdup_or_die(pparameter_node->text); pcst_udf_state->parameter_type_masks[i] = mlr_dsl_ast_node_type_to_type_mask(pparameter_node->type); } hss_free(pnameset); if (!ok) { fprintf(stderr, "Parameter names: "); for (sllve_t* pe = pparameters_node->pchildren->phead; pe != NULL; pe = pe->pnext, i++) { mlr_dsl_ast_node_t* pparameter_node = pe->pvvalue; fprintf(stderr, "\"%s\"", pparameter_node->text); if (pe->pnext != NULL) fprintf(stderr, ", "); } fprintf(stderr, ".\n"); exit(1); } MLR_INTERNAL_CODING_ERROR_IF(pnode->max_var_depth == MD_UNUSED_INDEX); MLR_INTERNAL_CODING_ERROR_IF(pnode->subframe_var_count == MD_UNUSED_INDEX); pcst_udf_state->ptop_level_block = cst_top_level_statement_block_alloc(pnode->max_var_depth, pnode->subframe_var_count); for (sllve_t* pe = pbody_node->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pbody_ast_node = pe->pvvalue; if (pbody_ast_node->type == MD_AST_NODE_TYPE_RETURN_VOID) { fprintf(stderr, "%s: return statements within user-defined functions must return a value.\n", MLR_GLOBALS.bargv0); exit(1); } sllv_append(pcst_udf_state->ptop_level_block->pblock->pstatements, mlr_dsl_cst_alloc_statement(pcst, pbody_ast_node, type_inferencing, context_flags | IN_FUNC_DEF)); } // Callback struct for the function manager to invoke the new function: udf_defsite_state_t* pdefsite_state = mlr_malloc_or_die(sizeof(udf_defsite_state_t)); pdefsite_state->pvstate = pcst_udf_state; pdefsite_state->name = mlr_strdup_or_die(pnode->text); pdefsite_state->arity = pcst_udf_state->arity; pdefsite_state->pprocess_func = cst_udf_process_callback; pdefsite_state->pfree_func = cst_udf_free_callback; return pdefsite_state; } void mlr_dsl_cst_free_udf(cst_udf_state_t* pstate, context_t* pctx) { if (pstate == NULL) return; free(pstate->name); for (int i = 0; i < pstate->arity; i++) free(pstate->parameter_names[i]); free(pstate->parameter_names); free(pstate->parameter_type_masks); cst_top_level_statement_block_free(pstate->ptop_level_block, pctx); free(pstate); } // ---------------------------------------------------------------- // Callback function for the function manager to invoke into here static boxed_xval_t cst_udf_process_callback(void* pvstate, int arity, boxed_xval_t* args, variables_t* pvars) { cst_udf_state_t* pstate = pvstate; cst_top_level_statement_block_t* ptop_level_block = pstate->ptop_level_block; boxed_xval_t retval = box_ephemeral_val(mv_absent()); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // Push stack and bind parameters to arguments local_stack_frame_t* pframe = local_stack_frame_enter(ptop_level_block->pframe); local_stack_push(pvars->plocal_stack, pframe); local_stack_subframe_enter(pframe, ptop_level_block->pblock->subframe_var_count); for (int i = 0; i < arity; i++) { // Absent-null is by convention at slot 0 of the frame, and arguments are next. // Hence starting the loop at 1. if (args[i].is_ephemeral) { local_stack_frame_define_extended(pframe, pstate->parameter_names[i], i+1, pstate->parameter_type_masks[i], args[i].xval); } else { local_stack_frame_define_extended(pframe, pstate->parameter_names[i], i+1, pstate->parameter_type_masks[i], mlhmmv_xvalue_copy(&args[i].xval)); } } // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // Compute the function value cst_outputs_t* pcst_outputs = NULL; // Functions only produce output via their return values if (pvars->trace_execution) { fprintf(stdout, "TRACE ENTER FUNC %s\n", pstate->name); for (sllve_t* pe = ptop_level_block->pblock->pstatements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_t* pstatement = pe->pvvalue; fprintf(stdout, "TRACE "); mlr_dsl_ast_node_pretty_fprint(pstatement->past_node, stdout); pstatement->pstatement_handler(pstatement, pvars, pcst_outputs); if (loop_stack_get(pvars->ploop_stack) != 0) { break; } if (pvars->return_state.returned) { retval = pvars->return_state.retval; if (pstate->return_value_type_mask != TYPE_MASK_ANY) { cst_udf_type_check_return_value(pstate, &retval.xval); } pvars->return_state.retval = box_ephemeral_val(mv_absent()); pvars->return_state.returned = FALSE; break; } } fprintf(stdout, "TRACE EXIT FUNC %s\n", pstate->name); } else { for (sllve_t* pe = ptop_level_block->pblock->pstatements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_t* pstatement = pe->pvvalue; pstatement->pstatement_handler(pstatement, pvars, pcst_outputs); if (loop_stack_get(pvars->ploop_stack) != 0) { break; } if (pvars->return_state.returned) { retval = pvars->return_state.retval; if (pstate->return_value_type_mask != TYPE_MASK_ANY) { cst_udf_type_check_return_value(pstate, &retval.xval); } pvars->return_state.retval = box_ephemeral_val(mv_absent()); pvars->return_state.returned = FALSE; break; } } } if (!pvars->return_state.returned) { if (pstate->return_value_type_mask != TYPE_MASK_ANY) { cst_udf_type_check_return_value(pstate, &retval.xval); } } // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // Pop stack local_stack_subframe_exit(pframe, ptop_level_block->pblock->subframe_var_count); local_stack_frame_exit(local_stack_pop(pvars->plocal_stack)); return retval; } static void cst_udf_type_check_return_value(cst_udf_state_t* pstate, mlhmmv_xvalue_t* pretval) { int ok = TRUE; if (pretval->is_terminal) { if (!(type_mask_from_mv(&pretval->terminal_mlrval) & pstate->return_value_type_mask)) { ok = FALSE; } } else { if (!(TYPE_MASK_MAP & pstate->return_value_type_mask)) { ok = FALSE; } } if (!ok) { fprintf(stderr, "%s: function %s returned type %s, not matching typedecl %s.\n", MLR_GLOBALS.bargv0, pstate->name, mlhmmv_xvalue_describe_type_simple(pretval), pstate->return_value_type_name); exit(1); } } // ---------------------------------------------------------------- // Callback function for the function manager to invoke into here static void cst_udf_free_callback(void* pvstate, context_t* pctx) { cst_udf_state_t* pstate = pvstate; mlr_dsl_cst_free_udf(pstate, pctx); } // ================================================================ typedef struct _subr_callsite_statement_state_t { rxval_evaluator_t** subr_callsite_argument_evaluators; boxed_xval_t* subr_callsite_arguments; subr_callsite_t* psubr_callsite; subr_defsite_t* psubr_defsite; } subr_callsite_statement_state_t; static mlr_dsl_cst_statement_handler_t handle_subr_callsite_statement; static mlr_dsl_cst_statement_freer_t free_subr_callsite_statement; static subr_callsite_t* subr_callsite_alloc(char* name, int arity, int type_inferencing, int context_flags); static void subr_callsite_free(subr_callsite_t* psubr_callsite); // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_subr_callsite_statement(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { subr_callsite_statement_state_t* pstate = mlr_malloc_or_die(sizeof(subr_callsite_statement_state_t)); pstate->subr_callsite_argument_evaluators = NULL; pstate->subr_callsite_arguments = NULL; pstate->psubr_callsite = NULL; pstate->psubr_defsite = NULL; mlr_dsl_ast_node_t* pname_node = pnode->pchildren->phead->pvvalue; int callsite_arity = pname_node->pchildren->length; pstate->psubr_callsite = subr_callsite_alloc(pname_node->text, callsite_arity, type_inferencing, context_flags); pstate->subr_callsite_argument_evaluators = mlr_malloc_or_die(callsite_arity * sizeof(rxval_evaluator_t*)); pstate->subr_callsite_arguments = mlr_malloc_or_die(callsite_arity * sizeof(boxed_xval_t)); int i = 0; for (sllve_t* pe = pname_node->pchildren->phead; pe != NULL; pe = pe->pnext, i++) { mlr_dsl_ast_node_t* pargument_node = pe->pvvalue; pstate->subr_callsite_argument_evaluators[i] = rxval_evaluator_alloc_from_ast(pargument_node, pcst->pfmgr, type_inferencing, context_flags); } mlr_dsl_cst_statement_t* pstatement = mlr_dsl_cst_statement_valloc( pnode, handle_subr_callsite_statement, free_subr_callsite_statement, pstate); // Remember this callsite to be resolved later, after all subroutine definitions have been done. sllv_append(pcst->psubr_callsite_statements_to_resolve, pstatement); return pstatement; } // ---------------------------------------------------------------- void mlr_dsl_cst_resolve_subr_callsite(mlr_dsl_cst_t* pcst, mlr_dsl_cst_statement_t* pstatement) { subr_callsite_statement_state_t* pstate = pstatement->pvstate; subr_callsite_t* psubr_callsite = pstate->psubr_callsite; subr_defsite_t* psubr_defsite = lhmsv_get(pcst->psubr_defsites, psubr_callsite->name); if (psubr_defsite == NULL) { fprintf(stderr, "%s: subroutine \"%s\" not found.\n", MLR_GLOBALS.bargv0, psubr_callsite->name); exit(1); } if (psubr_defsite->arity != psubr_callsite->arity) { fprintf(stderr, "%s: subroutine \"%s\" expects argument count %d but argument count %d was provided.\n", MLR_GLOBALS.bargv0, psubr_callsite->name, psubr_defsite->arity, psubr_callsite->arity); exit(1); } pstate->psubr_defsite = psubr_defsite; } // ---------------------------------------------------------------- static void handle_subr_callsite_statement( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { subr_callsite_statement_state_t* pstate = pstatement->pvstate; for (int i = 0; i < pstate->psubr_callsite->arity; i++) { rxval_evaluator_t* pev = pstate->subr_callsite_argument_evaluators[i]; pstate->subr_callsite_arguments[i] = pev->pprocess_func(pev->pvstate, pvars); } mlr_dsl_cst_execute_subroutine(pstate->psubr_defsite, pvars, pcst_outputs, pstate->psubr_callsite->arity, pstate->subr_callsite_arguments); } // ---------------------------------------------------------------- static void free_subr_callsite_statement(mlr_dsl_cst_statement_t* pstatement, context_t* _) { subr_callsite_statement_state_t* pstate = pstatement->pvstate; if (pstate->subr_callsite_argument_evaluators != NULL) { for (int i = 0; i < pstate->psubr_callsite->arity; i++) { rxval_evaluator_t* phandler = pstate->subr_callsite_argument_evaluators[i]; phandler->pfree_func(phandler); } free(pstate->subr_callsite_argument_evaluators); } if (pstate->subr_callsite_arguments != NULL) { // mv_frees are done by the local-stack container which owns the mlrvals it contains free(pstate->subr_callsite_arguments); } subr_callsite_free(pstate->psubr_callsite); free(pstate); } // ---------------------------------------------------------------- static subr_callsite_t* subr_callsite_alloc(char* name, int arity, int type_inferencing, int context_flags) { subr_callsite_t* psubr_callsite = mlr_malloc_or_die(sizeof(subr_callsite_t)); psubr_callsite->name = mlr_strdup_or_die(name); psubr_callsite->arity = arity; psubr_callsite->type_inferencing = type_inferencing; psubr_callsite->context_flags = context_flags; return psubr_callsite; } static void subr_callsite_free(subr_callsite_t* psubr_callsite) { if (psubr_callsite == NULL) return; free(psubr_callsite->name); free(psubr_callsite); } // ================================================================ subr_defsite_t* mlr_dsl_cst_alloc_subroutine(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, // xxx rename? int type_inferencing, int context_flags) { mlr_dsl_ast_node_t* pparameters_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pbody_node = pnode->pchildren->phead->pnext->pvvalue; int arity = pparameters_node->pchildren->length; subr_defsite_t* pstate = mlr_malloc_or_die(sizeof(subr_defsite_t)); pstate->name = mlr_strdup_or_die(pparameters_node->text); pstate->arity = arity; pstate->parameter_names = mlr_malloc_or_die(arity * sizeof(char*)); pstate->parameter_type_masks = mlr_malloc_or_die(arity * sizeof(int)); int ok = TRUE; hss_t* pnameset = hss_alloc(); int i = 0; for (sllve_t* pe = pparameters_node->pchildren->phead; pe != NULL; pe = pe->pnext, i++) { mlr_dsl_ast_node_t* pparameter_node = pe->pvvalue; if (hss_has(pnameset, pparameter_node->text)) { fprintf(stderr, "%s: duplicate parameter name \"%s\" in subroutine \"%s\".\n", MLR_GLOBALS.bargv0, pparameter_node->text, pnode->text); ok = FALSE; } hss_add(pnameset, pparameter_node->text); pstate->parameter_names[i] = mlr_strdup_or_die(pparameter_node->text); pstate->parameter_type_masks[i] = mlr_dsl_ast_node_type_to_type_mask(pparameter_node->type); } hss_free(pnameset); if (!ok) { fprintf(stderr, "Parameter names: "); for (sllve_t* pe = pparameters_node->pchildren->phead; pe != NULL; pe = pe->pnext, i++) { mlr_dsl_ast_node_t* pparameter_node = pe->pvvalue; fprintf(stderr, "\"%s\"", pparameter_node->text); if (pe->pnext != NULL) fprintf(stderr, ", "); } fprintf(stderr, ".\n"); exit(1); } MLR_INTERNAL_CODING_ERROR_IF(pnode->max_var_depth == MD_UNUSED_INDEX); MLR_INTERNAL_CODING_ERROR_IF(pnode->subframe_var_count == MD_UNUSED_INDEX); pstate->ptop_level_block = cst_top_level_statement_block_alloc(pnode->max_var_depth, pnode->subframe_var_count); for (sllve_t* pe = pbody_node->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pbody_ast_node = pe->pvvalue; if (pbody_ast_node->type == MD_AST_NODE_TYPE_RETURN_VALUE) { fprintf(stderr, "%s: return statements within user-defined subroutines must not return a value.\n", MLR_GLOBALS.bargv0); exit(1); } mlr_dsl_cst_statement_t* pstatement = mlr_dsl_cst_alloc_statement(pcst, pbody_ast_node, type_inferencing, context_flags | IN_SUBR_DEF); sllv_append(pstate->ptop_level_block->pblock->pstatements, pstatement); } return pstate; } // ---------------------------------------------------------------- void mlr_dsl_cst_free_subroutine(subr_defsite_t* pstate, context_t* pctx) { if (pstate == NULL) return; free(pstate->name); for (int i = 0; i < pstate->arity; i++) free(pstate->parameter_names[i]); free(pstate->parameter_names); free(pstate->parameter_type_masks); cst_top_level_statement_block_free(pstate->ptop_level_block, pctx); free(pstate); } // ---------------------------------------------------------------- void mlr_dsl_cst_execute_subroutine(subr_defsite_t* pstate, variables_t* pvars, cst_outputs_t* pcst_outputs, int callsite_arity, boxed_xval_t* args) { cst_top_level_statement_block_t* ptop_level_block = pstate->ptop_level_block; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // Push stack and bind parameters to arguments local_stack_frame_t* pframe = local_stack_frame_enter(ptop_level_block->pframe); local_stack_push(pvars->plocal_stack, pframe); local_stack_subframe_enter(pframe, ptop_level_block->pblock->subframe_var_count); for (int i = 0; i < pstate->arity; i++) { // Absent-null is by convention at slot 0 of the frame, and arguments are next. // Hence starting the loop at 1. if (args[i].is_ephemeral) { local_stack_frame_define_extended(pframe, pstate->parameter_names[i], i+1, pstate->parameter_type_masks[i], args[i].xval); } else { local_stack_frame_define_extended(pframe, pstate->parameter_names[i], i+1, pstate->parameter_type_masks[i], mlhmmv_xvalue_copy(&args[i].xval)); } } // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // Execute the subroutine body if (pvars->trace_execution) { fprintf(stdout, "TRACE ENTER SUBR %s\n", pstate->name); for (sllve_t* pe = pstate->ptop_level_block->pblock->pstatements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_t* pstatement = pe->pvvalue; fprintf(stdout, "TRACE "); mlr_dsl_ast_node_pretty_fprint(pstatement->past_node, stdout); pstatement->pstatement_handler(pstatement, pvars, pcst_outputs); if (loop_stack_get(pvars->ploop_stack) != 0) { break; } if (pvars->return_state.returned) { pvars->return_state.returned = FALSE; break; } } fprintf(stdout, "TRACE EXIT SUBR %s\n", pstate->name); } else { for (sllve_t* pe = pstate->ptop_level_block->pblock->pstatements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_t* pstatement = pe->pvvalue; pstatement->pstatement_handler(pstatement, pvars, pcst_outputs); if (loop_stack_get(pvars->ploop_stack) != 0) { break; } if (pvars->return_state.returned) { pvars->return_state.returned = FALSE; break; } } } // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // Pop stack local_stack_subframe_exit(pframe, ptop_level_block->pblock->subframe_var_count); local_stack_frame_exit(local_stack_pop(pvars->plocal_stack)); } miller-5.6.2/c/dsl/mlr_dsl_cst_keywords.c000066400000000000000000000652351354153536500204410ustar00rootroot00000000000000#include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/hss.h" #include "mlr_dsl_cst.h" #include "context_flags.h" // ---------------------------------------------------------------- typedef void keyword_usage_func_t(FILE* ostream); static keyword_usage_func_t mlr_dsl_ENV_keyword_usage; static keyword_usage_func_t mlr_dsl_FILENAME_keyword_usage; static keyword_usage_func_t mlr_dsl_FILENUM_keyword_usage; static keyword_usage_func_t mlr_dsl_FNR_keyword_usage; static keyword_usage_func_t mlr_dsl_IFS_keyword_usage; static keyword_usage_func_t mlr_dsl_IPS_keyword_usage; static keyword_usage_func_t mlr_dsl_IRS_keyword_usage; static keyword_usage_func_t mlr_dsl_M_E_keyword_usage; static keyword_usage_func_t mlr_dsl_M_PI_keyword_usage; static keyword_usage_func_t mlr_dsl_NF_keyword_usage; static keyword_usage_func_t mlr_dsl_NR_keyword_usage; static keyword_usage_func_t mlr_dsl_OFS_keyword_usage; static keyword_usage_func_t mlr_dsl_OPS_keyword_usage; static keyword_usage_func_t mlr_dsl_ORS_keyword_usage; static keyword_usage_func_t mlr_dsl_all_keyword_usage; static keyword_usage_func_t mlr_dsl_begin_keyword_usage; static keyword_usage_func_t mlr_dsl_bool_keyword_usage; static keyword_usage_func_t mlr_dsl_break_keyword_usage; static keyword_usage_func_t mlr_dsl_call_keyword_usage; static keyword_usage_func_t mlr_dsl_continue_keyword_usage; static keyword_usage_func_t mlr_dsl_do_keyword_usage; static keyword_usage_func_t mlr_dsl_dump_keyword_usage; static keyword_usage_func_t mlr_dsl_edump_keyword_usage; static keyword_usage_func_t mlr_dsl_elif_keyword_usage; static keyword_usage_func_t mlr_dsl_else_keyword_usage; static keyword_usage_func_t mlr_dsl_emit_keyword_usage; static keyword_usage_func_t mlr_dsl_emitf_keyword_usage; static keyword_usage_func_t mlr_dsl_emitp_keyword_usage; static keyword_usage_func_t mlr_dsl_end_keyword_usage; static keyword_usage_func_t mlr_dsl_eprint_keyword_usage; static keyword_usage_func_t mlr_dsl_eprintn_keyword_usage; static keyword_usage_func_t mlr_dsl_false_keyword_usage; static keyword_usage_func_t mlr_dsl_filter_keyword_usage; static keyword_usage_func_t mlr_dsl_float_keyword_usage; static keyword_usage_func_t mlr_dsl_for_keyword_usage; static keyword_usage_func_t mlr_dsl_func_keyword_usage; static keyword_usage_func_t mlr_dsl_if_keyword_usage; static keyword_usage_func_t mlr_dsl_in_keyword_usage; static keyword_usage_func_t mlr_dsl_int_keyword_usage; static keyword_usage_func_t mlr_dsl_map_keyword_usage; static keyword_usage_func_t mlr_dsl_num_keyword_usage; static keyword_usage_func_t mlr_dsl_print_keyword_usage; static keyword_usage_func_t mlr_dsl_printn_keyword_usage; static keyword_usage_func_t mlr_dsl_return_keyword_usage; static keyword_usage_func_t mlr_dsl_stderr_keyword_usage; static keyword_usage_func_t mlr_dsl_stdout_keyword_usage; static keyword_usage_func_t mlr_dsl_str_keyword_usage; static keyword_usage_func_t mlr_dsl_subr_keyword_usage; static keyword_usage_func_t mlr_dsl_tee_keyword_usage; static keyword_usage_func_t mlr_dsl_true_keyword_usage; static keyword_usage_func_t mlr_dsl_unset_keyword_usage; static keyword_usage_func_t mlr_dsl_var_keyword_usage; static keyword_usage_func_t mlr_dsl_while_keyword_usage; // ---------------------------------------------------------------- typedef struct _keyword_usage_entry_t { char* name; keyword_usage_func_t* pusage_func; } keyword_usage_entry_t; static keyword_usage_entry_t KEYWORD_USAGE_TABLE[] = { { "all", mlr_dsl_all_keyword_usage }, { "begin", mlr_dsl_begin_keyword_usage }, { "bool", mlr_dsl_bool_keyword_usage }, { "break", mlr_dsl_break_keyword_usage }, { "call", mlr_dsl_call_keyword_usage }, { "continue", mlr_dsl_continue_keyword_usage }, { "do", mlr_dsl_do_keyword_usage }, { "dump", mlr_dsl_dump_keyword_usage }, { "edump", mlr_dsl_edump_keyword_usage }, { "elif", mlr_dsl_elif_keyword_usage }, { "else", mlr_dsl_else_keyword_usage }, { "emit", mlr_dsl_emit_keyword_usage }, { "emitf", mlr_dsl_emitf_keyword_usage }, { "emitp", mlr_dsl_emitp_keyword_usage }, { "end", mlr_dsl_end_keyword_usage }, { "eprint", mlr_dsl_eprint_keyword_usage }, { "eprintn", mlr_dsl_eprintn_keyword_usage }, { "false", mlr_dsl_false_keyword_usage }, { "filter", mlr_dsl_filter_keyword_usage }, { "float", mlr_dsl_float_keyword_usage }, { "for", mlr_dsl_for_keyword_usage }, { "func", mlr_dsl_func_keyword_usage }, { "if", mlr_dsl_if_keyword_usage }, { "in", mlr_dsl_in_keyword_usage }, { "int", mlr_dsl_int_keyword_usage }, { "map", mlr_dsl_map_keyword_usage }, { "num", mlr_dsl_num_keyword_usage }, { "print", mlr_dsl_print_keyword_usage }, { "printn", mlr_dsl_printn_keyword_usage }, { "return", mlr_dsl_return_keyword_usage }, { "stderr", mlr_dsl_stderr_keyword_usage }, { "stdout", mlr_dsl_stdout_keyword_usage }, { "str", mlr_dsl_str_keyword_usage }, { "subr", mlr_dsl_subr_keyword_usage }, { "tee", mlr_dsl_tee_keyword_usage }, { "true", mlr_dsl_true_keyword_usage }, { "unset", mlr_dsl_unset_keyword_usage }, { "var", mlr_dsl_var_keyword_usage }, { "while", mlr_dsl_while_keyword_usage }, { "ENV", mlr_dsl_ENV_keyword_usage }, { "FILENAME", mlr_dsl_FILENAME_keyword_usage }, { "FILENUM", mlr_dsl_FILENUM_keyword_usage }, { "FNR", mlr_dsl_FNR_keyword_usage }, { "IFS", mlr_dsl_IFS_keyword_usage }, { "IPS", mlr_dsl_IPS_keyword_usage }, { "IRS", mlr_dsl_IRS_keyword_usage }, { "M_E", mlr_dsl_M_E_keyword_usage }, { "M_PI", mlr_dsl_M_PI_keyword_usage }, { "NF", mlr_dsl_NF_keyword_usage }, { "NR", mlr_dsl_NR_keyword_usage }, { "OFS", mlr_dsl_OFS_keyword_usage }, { "OPS", mlr_dsl_OPS_keyword_usage }, { "ORS", mlr_dsl_ORS_keyword_usage }, }; static int KEYWORD_USAGE_TABLE_SIZE = sizeof(KEYWORD_USAGE_TABLE)/sizeof(KEYWORD_USAGE_TABLE[0]); // ================================================================ // Pass function_name == NULL to get usage for all keywords. // Note keywords are defined in parsing/mlr_dsl_lexer.l. void mlr_dsl_keyword_usage(FILE* ostream, char* keyword) { if (keyword == NULL) { for (int i = 0; i < KEYWORD_USAGE_TABLE_SIZE; i++) { if (i > 0) { fprintf(ostream, "\n"); } KEYWORD_USAGE_TABLE[i].pusage_func(ostream); } } else { int found = FALSE; for (int i = 0; i < KEYWORD_USAGE_TABLE_SIZE; i++) { if (streq(keyword, KEYWORD_USAGE_TABLE[i].name)) { KEYWORD_USAGE_TABLE[i].pusage_func(ostream); found = TRUE; break; } } if (!found) { fprintf(ostream, "%s: unrecognized keyword \"%s\".\n", MLR_GLOBALS.bargv0, keyword); } } } void mlr_dsl_list_all_keywords_raw(FILE* ostream) { for (int i = 0; i < KEYWORD_USAGE_TABLE_SIZE; i++) { printf("%s\n", KEYWORD_USAGE_TABLE[i].name); } } // ---------------------------------------------------------------- static void mlr_dsl_all_keyword_usage(FILE* ostream) { fprintf(ostream, "all: used in \"emit\", \"emitp\", and \"unset\" as a synonym for @*\n" ); } static void mlr_dsl_begin_keyword_usage(FILE* ostream) { fprintf(ostream, "begin: defines a block of statements to be executed before input records\n" "are ingested. The body statements must be wrapped in curly braces.\n" "Example: 'begin { @count = 0 }'\n" ); } static void mlr_dsl_bool_keyword_usage(FILE* ostream) { fprintf(ostream, "bool: declares a boolean local variable in the current curly-braced scope.\n" "Type-checking happens at assignment: 'bool b = 1' is an error.\n" ); } static void mlr_dsl_break_keyword_usage(FILE* ostream) { fprintf(ostream, "break: causes execution to continue after the body of the current\n" "for/while/do-while loop.\n" ); } static void mlr_dsl_call_keyword_usage(FILE* ostream) { fprintf(ostream, "call: used for invoking a user-defined subroutine.\n" "Example: 'subr s(k,v) { print k . \" is \" . v} call s(\"a\", $a)'\n" ); } static void mlr_dsl_continue_keyword_usage(FILE* ostream) { fprintf(ostream, "continue: causes execution to skip the remaining statements in the body of\n" "the current for/while/do-while loop. For-loop increments are still applied.\n" ); } static void mlr_dsl_do_keyword_usage(FILE* ostream) { fprintf(ostream, "do: with \"while\", introduces a do-while loop. The body statements must be wrapped\n" "in curly braces.\n" ); } static void mlr_dsl_dump_keyword_usage(FILE* ostream) { fprintf(ostream, "dump: prints all currently defined out-of-stream variables immediately\n" " to stdout as JSON.\n" "\n" " With >, >>, or |, the data do not become part of the output record stream but\n" " are instead redirected.\n" "\n" " The > and >> are for write and append, as in the shell, but (as with awk) the\n" " file-overwrite for > is on first write, not per record. The | is for piping to\n" " a process which will process the data. There will be one open file for each\n" " distinct file name (for > and >>) or one subordinate process for each distinct\n" " value of the piped-to command (for |). Output-formatting flags are taken from\n" " the main command line.\n" "\n" " Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump }'\n" " Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump > \"mytap.dat\"}'\n" " Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump >> \"mytap.dat\"}'\n" " Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump | \"jq .[]\"}'\n"); } static void mlr_dsl_edump_keyword_usage(FILE* ostream) { fprintf(ostream, "edump: prints all currently defined out-of-stream variables immediately\n" " to stderr as JSON.\n" "\n" " Example: mlr --from f.dat put -q '@v[NR]=$*; end { edump }'\n"); } static void mlr_dsl_elif_keyword_usage(FILE* ostream) { fprintf(ostream, "elif: the way Miller spells \"else if\". The body statements must be wrapped\n" "in curly braces.\n" ); } static void mlr_dsl_else_keyword_usage(FILE* ostream) { fprintf(ostream, "else: terminates an if/elif/elif chain. The body statements must be wrapped\n" "in curly braces.\n" ); } static void mlr_dsl_emit_keyword_usage(FILE* ostream) { fprintf(ostream, "emit: inserts an out-of-stream variable into the output record stream. Hashmap\n" " indices present in the data but not slotted by emit arguments are not output.\n" "\n" " With >, >>, or |, the data do not become part of the output record stream but\n" " are instead redirected.\n" "\n" " The > and >> are for write and append, as in the shell, but (as with awk) the\n" " file-overwrite for > is on first write, not per record. The | is for piping to\n" " a process which will process the data. There will be one open file for each\n" " distinct file name (for > and >>) or one subordinate process for each distinct\n" " value of the piped-to command (for |). Output-formatting flags are taken from\n" " the main command line.\n" "\n" " You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,\n" " etc., to control the format of the output if the output is redirected. See also %s -h.\n" "\n" " Example: mlr --from f.dat put 'emit > \"/tmp/data-\".$a, $*'\n" " Example: mlr --from f.dat put 'emit > \"/tmp/data-\".$a, mapexcept($*, \"a\")'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @sums'\n" " Example: mlr --from f.dat put --ojson '@sums[$a][$b]+=$x; emit > \"tap-\".$a.$b.\".dat\", @sums'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @sums, \"index1\", \"index2\"'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @*, \"index1\", \"index2\"'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit > \"mytap.dat\", @*, \"index1\", \"index2\"'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit >> \"mytap.dat\", @*, \"index1\", \"index2\"'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit | \"gzip > mytap.dat.gz\", @*, \"index1\", \"index2\"'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit > stderr, @*, \"index1\", \"index2\"'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit | \"grep somepattern\", @*, \"index1\", \"index2\"'\n" "\n" " Please see http://johnkerl.org/miller/doc for more information.\n", MLR_GLOBALS.bargv0); } static void mlr_dsl_emitf_keyword_usage(FILE* ostream) { fprintf(ostream, "emitf: inserts non-indexed out-of-stream variable(s) side-by-side into the\n" " output record stream.\n" "\n" " With >, >>, or |, the data do not become part of the output record stream but\n" " are instead redirected.\n" "\n" " The > and >> are for write and append, as in the shell, but (as with awk) the\n" " file-overwrite for > is on first write, not per record. The | is for piping to\n" " a process which will process the data. There will be one open file for each\n" " distinct file name (for > and >>) or one subordinate process for each distinct\n" " value of the piped-to command (for |). Output-formatting flags are taken from\n" " the main command line.\n" "\n" " You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,\n" " etc., to control the format of the output if the output is redirected. See also %s -h.\n" "\n" " Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf @a'\n" " Example: mlr --from f.dat put --oxtab '@a=$i;@b+=$x;@c+=$y; emitf > \"tap-\".$i.\".dat\", @a'\n" " Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf @a, @b, @c'\n" " Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf > \"mytap.dat\", @a, @b, @c'\n" " Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf >> \"mytap.dat\", @a, @b, @c'\n" " Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf > stderr, @a, @b, @c'\n" " Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf | \"grep somepattern\", @a, @b, @c'\n" " Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf | \"grep somepattern > mytap.dat\", @a, @b, @c'\n" "\n" " Please see http://johnkerl.org/miller/doc for more information.\n", MLR_GLOBALS.bargv0); } static void mlr_dsl_emitp_keyword_usage(FILE* ostream) { fprintf(ostream, "emitp: inserts an out-of-stream variable into the output record stream.\n" " Hashmap indices present in the data but not slotted by emitp arguments are\n" " output concatenated with \":\".\n" "\n" " With >, >>, or |, the data do not become part of the output record stream but\n" " are instead redirected.\n" "\n" " The > and >> are for write and append, as in the shell, but (as with awk) the\n" " file-overwrite for > is on first write, not per record. The | is for piping to\n" " a process which will process the data. There will be one open file for each\n" " distinct file name (for > and >>) or one subordinate process for each distinct\n" " value of the piped-to command (for |). Output-formatting flags are taken from\n" " the main command line.\n" "\n" " You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,\n" " etc., to control the format of the output if the output is redirected. See also %s -h.\n" "\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @sums'\n" " Example: mlr --from f.dat put --opprint '@sums[$a][$b]+=$x; emitp > \"tap-\".$a.$b.\".dat\", @sums'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @sums, \"index1\", \"index2\"'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @*, \"index1\", \"index2\"'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp > \"mytap.dat\", @*, \"index1\", \"index2\"'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp >> \"mytap.dat\", @*, \"index1\", \"index2\"'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp | \"gzip > mytap.dat.gz\", @*, \"index1\", \"index2\"'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp > stderr, @*, \"index1\", \"index2\"'\n" " Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp | \"grep somepattern\", @*, \"index1\", \"index2\"'\n" "\n" " Please see http://johnkerl.org/miller/doc for more information.\n", MLR_GLOBALS.bargv0); } static void mlr_dsl_end_keyword_usage(FILE* ostream) { fprintf(ostream, "end: defines a block of statements to be executed after input records\n" "are ingested. The body statements must be wrapped in curly braces.\n" "Example: 'end { emit @count }'\n" "Example: 'end { eprint \"Final count is \" . @count }'\n" ); } static void mlr_dsl_eprint_keyword_usage(FILE* ostream) { fprintf(ostream, "eprint: prints expression immediately to stderr.\n" " Example: mlr --from f.dat put -q 'eprint \"The sum of x and y is \".($x+$y)'\n" " Example: mlr --from f.dat put -q 'for (k, v in $*) { eprint k . \" => \" . v }'\n" " Example: mlr --from f.dat put '(NR %% 1000 == 0) { eprint \"Checkpoint \".NR}'\n"); } static void mlr_dsl_eprintn_keyword_usage(FILE* ostream) { fprintf(ostream, "eprintn: prints expression immediately to stderr, without trailing newline.\n" " Example: mlr --from f.dat put -q 'eprintn \"The sum of x and y is \".($x+$y); eprint \"\"'\n"); } static void mlr_dsl_false_keyword_usage(FILE* ostream) { fprintf(ostream, "false: the boolean literal value.\n" ); } static void mlr_dsl_filter_keyword_usage(FILE* ostream) { fprintf(ostream, "filter: includes/excludes the record in the output record stream.\n" "\n" " Example: mlr --from f.dat put 'filter (NR == 2 || $x > 5.4)'\n" "\n" " Instead of put with 'filter false' you can simply use put -q. The following\n" " uses the input record to accumulate data but only prints the running sum\n" " without printing the input record:\n" "\n" " Example: mlr --from f.dat put -q '@running_sum += $x * $y; emit @running_sum'\n"); } static void mlr_dsl_float_keyword_usage(FILE* ostream) { fprintf(ostream, "float: declares a floating-point local variable in the current curly-braced scope.\n" "Type-checking happens at assignment: 'float x = 0' is an error.\n" ); } static void mlr_dsl_for_keyword_usage(FILE* ostream) { fprintf(ostream, "for: defines a for-loop using one of three styles. The body statements must\n" "be wrapped in curly braces.\n" "For-loop over stream record:\n" " Example: 'for (k, v in $*) { ... }'\n" "For-loop over out-of-stream variables:\n" " Example: 'for (k, v in @counts) { ... }'\n" " Example: 'for ((k1, k2), v in @counts) { ... }'\n" " Example: 'for ((k1, k2, k3), v in @*) { ... }'\n" "C-style for-loop:\n" " Example: 'for (var i = 0, var b = 1; i < 10; i += 1, b *= 2) { ... }'\n" ); } static void mlr_dsl_func_keyword_usage(FILE* ostream) { fprintf(ostream, "func: used for defining a user-defined function.\n" "Example: 'func f(a,b) { return sqrt(a**2+b**2)} $d = f($x, $y)'\n" ); } static void mlr_dsl_if_keyword_usage(FILE* ostream) { fprintf(ostream, "if: starts an if/elif/elif chain. The body statements must be wrapped\n" "in curly braces.\n" ); } static void mlr_dsl_in_keyword_usage(FILE* ostream) { fprintf(ostream, "in: used in for-loops over stream records or out-of-stream variables.\n"); } static void mlr_dsl_int_keyword_usage(FILE* ostream) { fprintf(ostream, "int: declares an integer local variable in the current curly-braced scope.\n" "Type-checking happens at assignment: 'int x = 0.0' is an error.\n" ); } static void mlr_dsl_map_keyword_usage(FILE* ostream) { fprintf(ostream, "map: declares an map-valued local variable in the current curly-braced scope.\n" "Type-checking happens at assignment: 'map b = 0' is an error. map b = {} is\n" "always OK. map b = a is OK or not depending on whether a is a map.\n" ); } static void mlr_dsl_num_keyword_usage(FILE* ostream) { fprintf(ostream, "num: declares an int/float local variable in the current curly-braced scope.\n" "Type-checking happens at assignment: 'num b = true' is an error.\n" ); } static void mlr_dsl_print_keyword_usage(FILE* ostream) { fprintf(ostream, "print: prints expression immediately to stdout.\n" " Example: mlr --from f.dat put -q 'print \"The sum of x and y is \".($x+$y)'\n" " Example: mlr --from f.dat put -q 'for (k, v in $*) { print k . \" => \" . v }'\n" " Example: mlr --from f.dat put '(NR %% 1000 == 0) { print > stderr, \"Checkpoint \".NR}'\n"); } static void mlr_dsl_printn_keyword_usage(FILE* ostream) { fprintf(ostream, "printn: prints expression immediately to stdout, without trailing newline.\n" " Example: mlr --from f.dat put -q 'printn \".\"; end { print \"\" }'\n"); } static void mlr_dsl_return_keyword_usage(FILE* ostream) { fprintf(ostream, "return: specifies the return value from a user-defined function.\n" "Omitted return statements (including via if-branches) result in an absent-null\n" "return value, which in turns results in a skipped assignment to an LHS.\n" ); } static void mlr_dsl_stderr_keyword_usage(FILE* ostream) { fprintf(ostream, "stderr: Used for tee, emit, emitf, emitp, print, and dump in place of filename\n" " to print to standard error.\n"); } static void mlr_dsl_stdout_keyword_usage(FILE* ostream) { fprintf(ostream, "stdout: Used for tee, emit, emitf, emitp, print, and dump in place of filename\n" " to print to standard output.\n"); } static void mlr_dsl_str_keyword_usage(FILE* ostream) { fprintf(ostream, "str: declares a string local variable in the current curly-braced scope.\n" "Type-checking happens at assignment.\n" ); } static void mlr_dsl_subr_keyword_usage(FILE* ostream) { fprintf(ostream, "subr: used for defining a subroutine.\n" "Example: 'subr s(k,v) { print k . \" is \" . v} call s(\"a\", $a)'\n" ); } static void mlr_dsl_tee_keyword_usage(FILE* ostream) { fprintf(ostream, "tee: prints the current record to specified file.\n" " This is an immediate print to the specified file (except for pprint format\n" " which of course waits until the end of the input stream to format all output).\n" "\n" " The > and >> are for write and append, as in the shell, but (as with awk) the\n" " file-overwrite for > is on first write, not per record. The | is for piping to\n" " a process which will process the data. There will be one open file for each\n" " distinct file name (for > and >>) or one subordinate process for each distinct\n" " value of the piped-to command (for |). Output-formatting flags are taken from\n" " the main command line.\n" "\n" " You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,\n" " etc., to control the format of the output. See also %s -h.\n" "\n" " emit with redirect and tee with redirect are identical, except tee can only\n" " output $*.\n" "\n" " Example: mlr --from f.dat put 'tee > \"/tmp/data-\".$a, $*'\n" " Example: mlr --from f.dat put 'tee >> \"/tmp/data-\".$a.$b, $*'\n" " Example: mlr --from f.dat put 'tee > stderr, $*'\n" " Example: mlr --from f.dat put -q 'tee | \"tr \[a-z\\] \[A-Z\\]\", $*'\n" " Example: mlr --from f.dat put -q 'tee | \"tr \[a-z\\] \[A-Z\\] > /tmp/data-\".$a, $*'\n" " Example: mlr --from f.dat put -q 'tee | \"gzip > /tmp/data-\".$a.\".gz\", $*'\n" " Example: mlr --from f.dat put -q --ojson 'tee | \"gzip > /tmp/data-\".$a.\".gz\", $*'\n", MLR_GLOBALS.bargv0); } static void mlr_dsl_true_keyword_usage(FILE* ostream) { fprintf(ostream, "true: the boolean literal value.\n" ); } static void mlr_dsl_unset_keyword_usage(FILE* ostream) { fprintf(ostream, "unset: clears field(s) from the current record, or an out-of-stream or local variable.\n" "\n" " Example: mlr --from f.dat put 'unset $x'\n" " Example: mlr --from f.dat put 'unset $*'\n" " Example: mlr --from f.dat put 'for (k, v in $*) { if (k =~ \"a.*\") { unset $[k] } }'\n" " Example: mlr --from f.dat put '...; unset @sums'\n" " Example: mlr --from f.dat put '...; unset @sums[\"green\"]'\n" " Example: mlr --from f.dat put '...; unset @*'\n"); } static void mlr_dsl_var_keyword_usage(FILE* ostream) { fprintf(ostream, "var: declares an untyped local variable in the current curly-braced scope.\n" "Examples: 'var a=1', 'var xyz=\"\"'\n" ); } static void mlr_dsl_while_keyword_usage(FILE* ostream) { fprintf(ostream, "while: introduces a while loop, or with \"do\", introduces a do-while loop.\n" "The body statements must be wrapped in curly braces.\n" ); } static void mlr_dsl_ENV_keyword_usage(FILE *ostream) { fprintf(ostream, "ENV: access to environment variables by name, e.g. '$home = ENV[\"HOME\"]'\n" ); } static void mlr_dsl_FILENAME_keyword_usage(FILE *ostream) { fprintf(ostream, "FILENAME: evaluates to the name of the current file being processed.\n" ); } static void mlr_dsl_FILENUM_keyword_usage(FILE *ostream) { fprintf(ostream, "FILENUM: evaluates to the number of the current file being processed,\n" "starting with 1.\n" ); } static void mlr_dsl_FNR_keyword_usage(FILE *ostream) { fprintf(ostream, "FNR: evaluates to the number of the current record within the current file\n" "being processed, starting with 1. Resets at the start of each file.\n" ); } static void mlr_dsl_IFS_keyword_usage(FILE *ostream) { fprintf(ostream, "IFS: evaluates to the input field separator from the command line.\n" ); } static void mlr_dsl_IPS_keyword_usage(FILE *ostream) { fprintf(ostream, "IPS: evaluates to the input pair separator from the command line.\n" ); } static void mlr_dsl_IRS_keyword_usage(FILE *ostream) { fprintf(ostream, "IRS: evaluates to the input record separator from the command line,\n" "or to LF or CRLF from the input data if in autodetect mode (which is\n" "the default).\n" ); } static void mlr_dsl_M_E_keyword_usage(FILE *ostream) { fprintf(ostream, "M_E: the mathematical constant e.\n" ); } static void mlr_dsl_M_PI_keyword_usage(FILE *ostream) { fprintf(ostream, "M_PI: the mathematical constant pi.\n" ); } static void mlr_dsl_NF_keyword_usage(FILE *ostream) { fprintf(ostream, "NF: evaluates to the number of fields in the current record.\n" ); } static void mlr_dsl_NR_keyword_usage(FILE *ostream) { fprintf(ostream, "NR: evaluates to the number of the current record over all files\n" "being processed, starting with 1. Does not reset at the start of each file.\n" ); } static void mlr_dsl_OFS_keyword_usage(FILE *ostream) { fprintf(ostream, "OFS: evaluates to the output field separator from the command line.\n" ); } static void mlr_dsl_OPS_keyword_usage(FILE *ostream) { fprintf(ostream, "OPS: evaluates to the output pair separator from the command line.\n" ); } static void mlr_dsl_ORS_keyword_usage(FILE *ostream) { fprintf(ostream, "ORS: evaluates to the output record separator from the command line,\n" "or to LF or CRLF from the input data if in autodetect mode (which is\n" "the default).\n" ); } miller-5.6.2/c/dsl/mlr_dsl_cst_loop_control_statements.c000066400000000000000000000033161354153536500235420ustar00rootroot00000000000000#include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "mlr_dsl_cst.h" #include "context_flags.h" // ================================================================ static mlr_dsl_cst_statement_freer_t free_break; static mlr_dsl_cst_statement_handler_t handle_break; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_break(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { return mlr_dsl_cst_statement_valloc( pnode, handle_break, free_break, NULL); } static void free_break(mlr_dsl_cst_statement_t* pstatement, context_t* _) { } // ---------------------------------------------------------------- static void handle_break( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { loop_stack_set(pvars->ploop_stack, LOOP_BROKEN); } // ================================================================ static mlr_dsl_cst_statement_handler_t handle_continue; static mlr_dsl_cst_statement_freer_t free_continue; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_continue(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { return mlr_dsl_cst_statement_valloc( pnode, handle_continue, free_continue, NULL); } // ---------------------------------------------------------------- static void handle_continue( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { loop_stack_set(pvars->ploop_stack, LOOP_CONTINUED); } static void free_continue(mlr_dsl_cst_statement_t* pstatement, context_t* _) { } miller-5.6.2/c/dsl/mlr_dsl_cst_map_assignment_statements.c000066400000000000000000000516321354153536500240420ustar00rootroot00000000000000#include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "keylist_evaluators.h" #include "mlr_dsl_cst.h" #include "context_flags.h" // ================================================================ typedef struct _full_srec_assignment_state_t { rxval_evaluator_t* prhs_xevaluator; } full_srec_assignment_state_t; static mlr_dsl_cst_statement_handler_t handle_full_srec_assignment_nop; static mlr_dsl_cst_statement_handler_t handle_full_srec_assignment; static mlr_dsl_cst_statement_freer_t free_full_srec_assignment; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_full_srec_assignment(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { full_srec_assignment_state_t* pstate = mlr_malloc_or_die(sizeof( full_srec_assignment_state_t)); mlr_dsl_ast_node_t* plhs_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* prhs_node = pnode->pchildren->phead->pnext->pvvalue; MLR_INTERNAL_CODING_ERROR_IF(plhs_node->type != MD_AST_NODE_TYPE_FULL_SREC); mlr_dsl_cst_statement_handler_t* phandler = handle_full_srec_assignment; if (prhs_node->type == MD_AST_NODE_TYPE_FULL_SREC) { // '$* = $*' is a syntactically acceptable no-op pstate->prhs_xevaluator = NULL; phandler = handle_full_srec_assignment_nop; } else { pstate->prhs_xevaluator = rxval_evaluator_alloc_from_ast( prhs_node, pcst->pfmgr, type_inferencing, context_flags); phandler = handle_full_srec_assignment; } return mlr_dsl_cst_statement_valloc( pnode, phandler, free_full_srec_assignment, pstate); } // ---------------------------------------------------------------- static void free_full_srec_assignment(mlr_dsl_cst_statement_t* pstatement, context_t* _) { full_srec_assignment_state_t* pstate = pstatement->pvstate; if (pstate->prhs_xevaluator != NULL) { pstate->prhs_xevaluator->pfree_func(pstate->prhs_xevaluator); } free(pstate); } // ---------------------------------------------------------------- static void handle_full_srec_assignment_nop( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { } // ---------------------------------------------------------------- static void handle_full_srec_assignment( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { full_srec_assignment_state_t* pstate = pstatement->pvstate; lrec_t* poutrec = lrec_unbacked_alloc(); // pinrec might be part of the RHS. lhmsmv_t* pout_typed_overlay = lhmsmv_alloc(); rxval_evaluator_t* prhs_xevaluator = pstate->prhs_xevaluator; boxed_xval_t boxed_xval = prhs_xevaluator->pprocess_func(prhs_xevaluator->pvstate, pvars); if (!boxed_xval.xval.is_terminal) { for (mlhmmv_level_entry_t* pe = boxed_xval.xval.pnext_level->phead; pe != NULL; pe = pe->pnext) { mv_t* pkey = &pe->level_key; mlhmmv_xvalue_t* pval = &pe->level_xvalue; if (pval->is_terminal) { // xxx else collapse-down using json separator? char* skey = mv_alloc_format_val(pkey); // xxx if we're going to transfer here *and* free below, this needs a nullptr poke // at the copy-from site //mv_t val = boxed_xval.is_ephemeral ? pval->terminal_mlrval : mv_copy(&pval->terminal_mlrval); mv_t val = mv_copy(&pval->terminal_mlrval); // Write typed mlrval output to the typed overlay rather than into the lrec // (which holds only string values). // // The rval_evaluator reads the overlay in preference to the lrec. E.g. if the // input had "x"=>"abc","y"=>"def" but a previous statement had set "y"=>7.4 and // "z"=>"ghi", then an expression right-hand side referring to $y would get the // floating-point value 7.4. So we don't need to lrec_put the value here, and // moreover should not for two reasons: (1) there is a performance hit of doing // throwaway number-to-string formatting -- it's better to do it once at the // end; (2) having the string values doubly owned by the typed overlay and the // lrec would result in double frees, or awkward bookkeeping. However, the NR // variable evaluator reads prec->field_count, so we need to put something here. // And putting something statically allocated minimizes copying/freeing. lhmsmv_put(pout_typed_overlay, mlr_strdup_or_die(skey), &val, FREE_ENTRY_KEY | FREE_ENTRY_VALUE); lrec_put(poutrec, skey, "bug", FREE_ENTRY_KEY); } } if (boxed_xval.is_ephemeral) { mlhmmv_xvalue_free(&boxed_xval.xval); } } else { mlhmmv_xvalue_free(&boxed_xval.xval); } lrec_free(pvars->pinrec); lhmsmv_free(pvars->ptyped_overlay); pvars->pinrec = poutrec; pvars->ptyped_overlay = pout_typed_overlay; } // ================================================================ typedef struct _local_variable_definition_state_t { char* lhs_variable_name; int lhs_frame_relative_index; int lhs_type_mask; rxval_evaluator_t* prhs_xevaluator; } local_variable_definition_state_t; static mlr_dsl_cst_statement_handler_t handle_local_variable_definition_from_xval; static mlr_dsl_cst_statement_freer_t free_local_variable_definition; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_local_variable_definition( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags, int type_mask) { local_variable_definition_state_t* pstate = mlr_malloc_or_die( sizeof(local_variable_definition_state_t)); pstate->lhs_variable_name = NULL; pstate->lhs_frame_relative_index = MD_UNUSED_INDEX; pstate->lhs_type_mask = 0; pstate->prhs_xevaluator = NULL; mlr_dsl_ast_node_t* pname_node = pnode->pchildren->phead->pvvalue; pstate->lhs_variable_name = pname_node->text; MLR_INTERNAL_CODING_ERROR_IF(pname_node->vardef_frame_relative_index == MD_UNUSED_INDEX); pstate->lhs_frame_relative_index = pname_node->vardef_frame_relative_index; pstate->lhs_type_mask = type_mask; mlr_dsl_cst_statement_handler_t* pstatement_handler = NULL; mlr_dsl_ast_node_t* prhs_node = pnode->pchildren->phead->pnext->pvvalue; pstate->prhs_xevaluator = rxval_evaluator_alloc_from_ast( prhs_node, pcst->pfmgr, type_inferencing, context_flags); pstatement_handler = handle_local_variable_definition_from_xval; return mlr_dsl_cst_statement_valloc( pnode, pstatement_handler, free_local_variable_definition, pstate); } // ---------------------------------------------------------------- static void free_local_variable_definition(mlr_dsl_cst_statement_t* pstatement, context_t* _) { local_variable_definition_state_t* pstate = pstatement->pvstate; pstate->prhs_xevaluator->pfree_func(pstate->prhs_xevaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_local_variable_definition_from_xval( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { local_variable_definition_state_t* pstate = pstatement->pvstate; rxval_evaluator_t* prhs_xevaluator = pstate->prhs_xevaluator; boxed_xval_t boxed_xval = prhs_xevaluator->pprocess_func(prhs_xevaluator->pvstate, pvars); local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); if (boxed_xval.is_ephemeral) { local_stack_frame_define_extended(pframe, pstate->lhs_variable_name, pstate->lhs_frame_relative_index, pstate->lhs_type_mask, boxed_xval.xval); } else { local_stack_frame_define_extended(pframe, pstate->lhs_variable_name, pstate->lhs_frame_relative_index, pstate->lhs_type_mask, mlhmmv_xvalue_copy(&boxed_xval.xval)); } } // ================================================================ typedef struct _nonindexed_local_variable_assignment_state_t { char* lhs_variable_name; // For error messages only: stack-index is computed by stack-allocator: int lhs_frame_relative_index; rxval_evaluator_t* prhs_xevaluator; } nonindexed_local_variable_assignment_state_t; static mlr_dsl_cst_statement_handler_t handle_nonindexed_local_variable_assignment_from_xval; static mlr_dsl_cst_statement_freer_t free_nonindexed_local_variable_assignment; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_nonindexed_local_variable_assignment(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { nonindexed_local_variable_assignment_state_t* pstate = mlr_malloc_or_die(sizeof( nonindexed_local_variable_assignment_state_t)); pstate->lhs_variable_name = NULL; pstate->lhs_frame_relative_index = MD_UNUSED_INDEX; pstate->prhs_xevaluator = NULL; MLR_INTERNAL_CODING_ERROR_IF((pnode->pchildren == NULL) || (pnode->pchildren->length != 2)); mlr_dsl_ast_node_t* plhs_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* prhs_node = pnode->pchildren->phead->pnext->pvvalue; MLR_INTERNAL_CODING_ERROR_IF(plhs_node->type != MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE); MLR_INTERNAL_CODING_ERROR_IF(plhs_node->pchildren != NULL); pstate->lhs_variable_name = plhs_node->text; MLR_INTERNAL_CODING_ERROR_IF(plhs_node->vardef_frame_relative_index == MD_UNUSED_INDEX); pstate->lhs_frame_relative_index = plhs_node->vardef_frame_relative_index; mlr_dsl_cst_statement_handler_t* pstatement_handler = NULL; pstate->prhs_xevaluator = rxval_evaluator_alloc_from_ast( prhs_node, pcst->pfmgr, type_inferencing, context_flags); pstatement_handler = handle_nonindexed_local_variable_assignment_from_xval; return mlr_dsl_cst_statement_valloc( pnode, pstatement_handler, free_nonindexed_local_variable_assignment, pstate); } // ---------------------------------------------------------------- static void free_nonindexed_local_variable_assignment(mlr_dsl_cst_statement_t* pstatement, context_t* _) { nonindexed_local_variable_assignment_state_t* pstate = pstatement->pvstate; if (pstate->prhs_xevaluator != NULL) { pstate->prhs_xevaluator->pfree_func(pstate->prhs_xevaluator); } free(pstate); } // ---------------------------------------------------------------- static void handle_nonindexed_local_variable_assignment_from_xval( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { nonindexed_local_variable_assignment_state_t* pstate = pstatement->pvstate; rxval_evaluator_t* prhs_xevaluator = pstate->prhs_xevaluator; boxed_xval_t boxed_xval = prhs_xevaluator->pprocess_func(prhs_xevaluator->pvstate, pvars); if (!boxed_xval.xval.is_terminal || mv_is_present(&boxed_xval.xval.terminal_mlrval)) { local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); if (boxed_xval.is_ephemeral) { local_stack_frame_assign_extended_nonindexed(pframe, pstate->lhs_frame_relative_index, boxed_xval.xval); } else { local_stack_frame_assign_extended_nonindexed(pframe, pstate->lhs_frame_relative_index, mlhmmv_xvalue_copy(&boxed_xval.xval)); } } } // ================================================================ typedef struct _indexed_local_variable_assignment_state_t { char* lhs_variable_name; // For error messages only: stack-index is computed by stack-allocator: int lhs_frame_relative_index; sllv_t* plhs_keylist_evaluators; rxval_evaluator_t* prhs_xevaluator; } indexed_local_variable_assignment_state_t; static mlr_dsl_cst_statement_handler_t handle_indexed_local_variable_assignment_from_xval; static mlr_dsl_cst_statement_freer_t free_indexed_local_variable_assignment; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_indexed_local_variable_assignment(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { indexed_local_variable_assignment_state_t* pstate = mlr_malloc_or_die(sizeof( indexed_local_variable_assignment_state_t)); pstate->lhs_variable_name = NULL; pstate->lhs_frame_relative_index = MD_UNUSED_INDEX; pstate->prhs_xevaluator = NULL; mlr_dsl_ast_node_t* plhs_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* prhs_node = pnode->pchildren->phead->pnext->pvvalue; MLR_INTERNAL_CODING_ERROR_IF(plhs_node->type != MD_AST_NODE_TYPE_INDEXED_LOCAL_VARIABLE); MLR_INTERNAL_CODING_ERROR_IF(plhs_node->pchildren == NULL); pstate->lhs_variable_name = plhs_node->text; MLR_INTERNAL_CODING_ERROR_IF(plhs_node->vardef_frame_relative_index == MD_UNUSED_INDEX); pstate->lhs_frame_relative_index = plhs_node->vardef_frame_relative_index; pstate->plhs_keylist_evaluators = allocate_keylist_evaluators_from_ast_node( plhs_node, pcst->pfmgr, type_inferencing, context_flags); mlr_dsl_cst_statement_handler_t* pstatement_handler = NULL; pstate->prhs_xevaluator = rxval_evaluator_alloc_from_ast( prhs_node, pcst->pfmgr, type_inferencing, context_flags); pstatement_handler = handle_indexed_local_variable_assignment_from_xval; return mlr_dsl_cst_statement_valloc( pnode, pstatement_handler, free_indexed_local_variable_assignment, pstate); } // ---------------------------------------------------------------- static void free_indexed_local_variable_assignment(mlr_dsl_cst_statement_t* pstatement, context_t* _) { indexed_local_variable_assignment_state_t* pstate = pstatement->pvstate; for (sllve_t* pe = pstate->plhs_keylist_evaluators->phead; pe != NULL; pe = pe->pnext) { rval_evaluator_t* pev = pe->pvvalue; pev->pfree_func(pev); } sllv_free(pstate->plhs_keylist_evaluators); pstate->prhs_xevaluator->pfree_func(pstate->prhs_xevaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_indexed_local_variable_assignment_from_xval( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { indexed_local_variable_assignment_state_t* pstate = pstatement->pvstate; int lhs_keys_all_non_null_or_error; sllmv_t* pmvkeys = evaluate_list(pstate->plhs_keylist_evaluators, pvars, &lhs_keys_all_non_null_or_error); if (lhs_keys_all_non_null_or_error) { rxval_evaluator_t* prhs_xevaluator = pstate->prhs_xevaluator; boxed_xval_t boxed_xval = prhs_xevaluator->pprocess_func(prhs_xevaluator->pvstate, pvars); if (!boxed_xval.xval.is_terminal || mv_is_present(&boxed_xval.xval.terminal_mlrval)) { local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); if (boxed_xval.is_ephemeral) { local_stack_frame_assign_extended_indexed(pframe, pstate->lhs_frame_relative_index, pmvkeys, boxed_xval.xval); } else { local_stack_frame_assign_extended_indexed(pframe, pstate->lhs_frame_relative_index, pmvkeys, mlhmmv_xvalue_copy(&boxed_xval.xval)); } } } sllmv_free(pmvkeys); } // ================================================================ typedef struct _oosvar_assignment_state_t { sllv_t* plhs_keylist_evaluators; rxval_evaluator_t* prhs_xevaluator; } oosvar_assignment_state_t; static mlr_dsl_cst_statement_handler_t handle_oosvar_assignment_from_xval; static mlr_dsl_cst_statement_freer_t free_oosvar_assignment; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_oosvar_assignment(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { oosvar_assignment_state_t* pstate = mlr_malloc_or_die(sizeof(oosvar_assignment_state_t)); pstate->plhs_keylist_evaluators = NULL; pstate->prhs_xevaluator = NULL; mlr_dsl_ast_node_t* plhs_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* prhs_node = pnode->pchildren->phead->pnext->pvvalue; MLR_INTERNAL_CODING_ERROR_IF(plhs_node->type != MD_AST_NODE_TYPE_OOSVAR_KEYLIST); pstate->plhs_keylist_evaluators = allocate_keylist_evaluators_from_ast_node( plhs_node, pcst->pfmgr, type_inferencing, context_flags); mlr_dsl_cst_statement_handler_t* pstatement_handler = NULL; pstate->prhs_xevaluator = rxval_evaluator_alloc_from_ast( prhs_node, pcst->pfmgr, type_inferencing, context_flags); pstatement_handler = handle_oosvar_assignment_from_xval; return mlr_dsl_cst_statement_valloc( pnode, pstatement_handler, free_oosvar_assignment, pstate); } // ---------------------------------------------------------------- static void free_oosvar_assignment(mlr_dsl_cst_statement_t* pstatement, context_t* _) { oosvar_assignment_state_t* pstate = pstatement->pvstate; for (sllve_t* pe = pstate->plhs_keylist_evaluators->phead; pe != NULL; pe = pe->pnext) { rval_evaluator_t* pev = pe->pvvalue; pev->pfree_func(pev); } sllv_free(pstate->plhs_keylist_evaluators); if (pstate->prhs_xevaluator != NULL) { pstate->prhs_xevaluator->pfree_func(pstate->prhs_xevaluator); } free(pstate); } // ---------------------------------------------------------------- static void handle_oosvar_assignment_from_xval( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { oosvar_assignment_state_t* pstate = pstatement->pvstate; int lhs_all_non_null_or_error = TRUE; sllmv_t* plhskeys = evaluate_list(pstate->plhs_keylist_evaluators, pvars, &lhs_all_non_null_or_error); if (lhs_all_non_null_or_error) { rxval_evaluator_t* prhs_xevaluator = pstate->prhs_xevaluator; boxed_xval_t boxed_xval = prhs_xevaluator->pprocess_func(prhs_xevaluator->pvstate, pvars); if (!boxed_xval.xval.is_terminal || mv_is_present(&boxed_xval.xval.terminal_mlrval)) { if (boxed_xval.is_ephemeral) { mlhmmv_level_put_xvalue(pvars->poosvars->root_xvalue.pnext_level, plhskeys->phead, &boxed_xval.xval); } else { mlhmmv_xvalue_t copy_xval = mlhmmv_xvalue_copy(&boxed_xval.xval); mlhmmv_level_put_xvalue(pvars->poosvars->root_xvalue.pnext_level, plhskeys->phead, ©_xval); } } } sllmv_free(plhskeys); } // ================================================================ typedef struct _full_oosvar_assignment_state_t { rxval_evaluator_t* prhs_xevaluator; } full_oosvar_assignment_state_t; static mlr_dsl_cst_statement_handler_t handle_full_oosvar_assignment_from_xval; static mlr_dsl_cst_statement_handler_t handle_full_oosvar_assignment_nop; static mlr_dsl_cst_statement_freer_t free_full_oosvar_assignment; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_full_oosvar_assignment(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { full_oosvar_assignment_state_t* pstate = mlr_malloc_or_die(sizeof(full_oosvar_assignment_state_t)); pstate->prhs_xevaluator = NULL; mlr_dsl_ast_node_t* plhs_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* prhs_node = pnode->pchildren->phead->pnext->pvvalue; MLR_INTERNAL_CODING_ERROR_UNLESS(plhs_node->type == MD_AST_NODE_TYPE_FULL_OOSVAR); mlr_dsl_cst_statement_handler_t* pstatement_handler = NULL; if (prhs_node->type == MD_AST_NODE_TYPE_FULL_OOSVAR) { pstatement_handler = handle_full_oosvar_assignment_nop; } else { pstate->prhs_xevaluator = rxval_evaluator_alloc_from_ast( prhs_node, pcst->pfmgr, type_inferencing, context_flags); pstatement_handler = handle_full_oosvar_assignment_from_xval; } return mlr_dsl_cst_statement_valloc( pnode, pstatement_handler, free_full_oosvar_assignment, pstate); } // ---------------------------------------------------------------- static void free_full_oosvar_assignment(mlr_dsl_cst_statement_t* pstatement, context_t* _) { full_oosvar_assignment_state_t* pstate = pstatement->pvstate; if (pstate->prhs_xevaluator != NULL) { pstate->prhs_xevaluator->pfree_func(pstate->prhs_xevaluator); } free(pstate); } // ---------------------------------------------------------------- static void handle_full_oosvar_assignment_from_xval( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { full_oosvar_assignment_state_t* pstate = pstatement->pvstate; rxval_evaluator_t* prhs_xevaluator = pstate->prhs_xevaluator; boxed_xval_t boxed_xval = prhs_xevaluator->pprocess_func(prhs_xevaluator->pvstate, pvars); if (boxed_xval.xval.is_terminal) { mlhmmv_root_clear(pvars->poosvars); mlhmmv_xvalue_free(&boxed_xval.xval); } else { if (boxed_xval.is_ephemeral) { mlhmmv_level_free(pvars->poosvars->root_xvalue.pnext_level); pvars->poosvars->root_xvalue.pnext_level = boxed_xval.xval.pnext_level; } else { mlhmmv_xvalue_t copy = mlhmmv_xvalue_copy(&boxed_xval.xval); mlhmmv_root_clear(pvars->poosvars); for (mlhmmv_level_entry_t* pe = copy.pnext_level->phead; pe != NULL; pe = pe->pnext) { // xxx comment: value transfer not copy. mlhmmv_level_put_xvalue_singly_keyed(pvars->poosvars->root_xvalue.pnext_level, &pe->level_key, &pe->level_xvalue); pe->level_xvalue.terminal_mlrval = mv_absent(); pe->level_xvalue.pnext_level = NULL; pe->level_xvalue.is_terminal = TRUE; } mlhmmv_xvalue_free(©); } } } // ---------------------------------------------------------------- // @* = @* static void handle_full_oosvar_assignment_nop( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { } miller-5.6.2/c/dsl/mlr_dsl_cst_output_statements.c000066400000000000000000001451621354153536500223770ustar00rootroot00000000000000#include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "keylist_evaluators.h" #include "mlr_dsl_cst.h" #include "context_flags.h" // ---------------------------------------------------------------- static file_output_mode_t file_output_mode_from_ast_node_type(mlr_dsl_ast_node_type_t mlr_dsl_ast_node_type) { switch(mlr_dsl_ast_node_type) { case MD_AST_NODE_TYPE_FILE_APPEND: return MODE_APPEND; case MD_AST_NODE_TYPE_PIPE: return MODE_PIPE; case MD_AST_NODE_TYPE_FILE_WRITE: return MODE_WRITE; default: MLR_INTERNAL_CODING_ERROR(); return MODE_WRITE; // not reached } } // ================================================================ typedef struct _print_state_t { rxval_evaluator_t* prhs_xevaluator; FILE* stdfp; file_output_mode_t file_output_mode; rval_evaluator_t* poutput_filename_evaluator; int flush_every_record; multi_out_t* pmulti_out; char* print_terminator; } print_state_t; static mlr_dsl_cst_statement_handler_t handle_print; static mlr_dsl_cst_statement_freer_t free_print; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_print( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags, char* print_terminator) { print_state_t* pstate = mlr_malloc_or_die(sizeof(print_state_t)); pstate->prhs_xevaluator = NULL; pstate->stdfp = NULL; pstate->poutput_filename_evaluator = NULL; pstate->pmulti_out = NULL; MLR_INTERNAL_CODING_ERROR_IF((pnode->pchildren == NULL) || (pnode->pchildren->length != 2)); mlr_dsl_ast_node_t* pvalue_node = pnode->pchildren->phead->pvvalue; pstate->prhs_xevaluator = rxval_evaluator_alloc_from_ast(pvalue_node, pcst->pfmgr, type_inferencing, context_flags); pstate->print_terminator = print_terminator; mlr_dsl_ast_node_t* poutput_node = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pfilename_node = poutput_node->pchildren->phead->pvvalue; if (pfilename_node->type == MD_AST_NODE_TYPE_STDOUT) { pstate->stdfp = stdout; } else if (pfilename_node->type == MD_AST_NODE_TYPE_STDERR) { pstate->stdfp = stderr; } else { pstate->poutput_filename_evaluator = rval_evaluator_alloc_from_ast(pfilename_node, pcst->pfmgr, type_inferencing, context_flags); pstate->file_output_mode = file_output_mode_from_ast_node_type(poutput_node->type); pstate->pmulti_out = multi_out_alloc(); } pstate->flush_every_record = pcst->flush_every_record; return mlr_dsl_cst_statement_valloc( pnode, handle_print, free_print, pstate); } // ---------------------------------------------------------------- static void free_print(mlr_dsl_cst_statement_t* pstatement, context_t* _) { print_state_t* pstate = pstatement->pvstate; if (pstate->prhs_xevaluator != NULL) { pstate->prhs_xevaluator->pfree_func(pstate->prhs_xevaluator); } if (pstate->poutput_filename_evaluator != NULL) { pstate->poutput_filename_evaluator->pfree_func(pstate->poutput_filename_evaluator); } if (pstate->pmulti_out != NULL) { multi_out_close(pstate->pmulti_out); multi_out_free(pstate->pmulti_out); } free(pstate); } // ---------------------------------------------------------------- static void handle_print( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { print_state_t* pstate = pstatement->pvstate; rxval_evaluator_t* prhs_xevaluator = pstate->prhs_xevaluator; boxed_xval_t bxval = prhs_xevaluator->pprocess_func(prhs_xevaluator->pvstate, pvars); char sfree_flags = NO_FREE; char* sval = "{is-a-map}"; if (bxval.xval.is_terminal) { sval = mv_alloc_format_val(&bxval.xval.terminal_mlrval); sfree_flags = FREE_ENTRY_VALUE; } rval_evaluator_t* poutput_filename_evaluator = pstate->poutput_filename_evaluator; if (poutput_filename_evaluator == NULL) { fprintf(pstate->stdfp, "%s%s", sval, pstate->print_terminator); if (pstate->flush_every_record) fflush(pstate->stdfp); } else { mv_t filename_mv = poutput_filename_evaluator->pprocess_func(poutput_filename_evaluator->pvstate, pvars); char fn_free_flags; char* filename = mv_format_val(&filename_mv, &fn_free_flags); FILE* outfp = multi_out_get(pstate->pmulti_out, filename, pstate->file_output_mode); fprintf(outfp, "%s%s", sval, pstate->print_terminator); if (pstate->flush_every_record) fflush(outfp); if (fn_free_flags) free(filename); mv_free(&filename_mv); } if (sfree_flags) { free(sval); } if (bxval.is_ephemeral) { mlhmmv_xvalue_free(&bxval.xval); } } // ================================================================ typedef struct _tee_state_t { FILE* stdfp; file_output_mode_t file_output_mode; rval_evaluator_t* poutput_filename_evaluator; int flush_every_record; lrec_writer_t* psingle_lrec_writer; multi_lrec_writer_t* pmulti_lrec_writer; } tee_state_t; static mlr_dsl_cst_statement_handler_t handle_tee_to_stdfp; static mlr_dsl_cst_statement_handler_t handle_tee_to_file; static mlr_dsl_cst_statement_freer_t free_tee; static lrec_t* handle_tee_common( tee_state_t* pstate, variables_t* pvars, cst_outputs_t* pcst_outputs); // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_tee(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { tee_state_t* pstate = mlr_malloc_or_die(sizeof(tee_state_t)); pstate->stdfp = NULL; pstate->poutput_filename_evaluator = NULL; pstate->psingle_lrec_writer = NULL; pstate->pmulti_lrec_writer = NULL; mlr_dsl_ast_node_t* poutput_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pfilename_node = poutput_node->pchildren->phead->pvvalue; pstate->flush_every_record = pcst->flush_every_record; if (pfilename_node->type == MD_AST_NODE_TYPE_STDOUT || pfilename_node->type == MD_AST_NODE_TYPE_STDERR) { pstate->stdfp = (pfilename_node->type == MD_AST_NODE_TYPE_STDOUT) ? stdout : stderr; return mlr_dsl_cst_statement_valloc( pnode, handle_tee_to_stdfp, free_tee, pstate); } else { pstate->poutput_filename_evaluator = rval_evaluator_alloc_from_ast(pfilename_node, pcst->pfmgr, type_inferencing, context_flags); pstate->file_output_mode = file_output_mode_from_ast_node_type(poutput_node->type); return mlr_dsl_cst_statement_valloc( pnode, handle_tee_to_file, free_tee, pstate); } } // ---------------------------------------------------------------- static void free_tee(mlr_dsl_cst_statement_t* pstatement, context_t* pctx) { tee_state_t* pstate = pstatement->pvstate; if (pstate->poutput_filename_evaluator != NULL) { pstate->poutput_filename_evaluator->pfree_func(pstate->poutput_filename_evaluator); } if (pstate->psingle_lrec_writer != NULL) { pstate->psingle_lrec_writer->pfree_func(pstate->psingle_lrec_writer, pctx); } if (pstate->pmulti_lrec_writer != NULL) { multi_lrec_writer_drain(pstate->pmulti_lrec_writer, pctx); multi_lrec_writer_free(pstate->pmulti_lrec_writer, pctx); } free(pstate); } // ---------------------------------------------------------------- static void handle_tee_to_stdfp( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { tee_state_t* pstate = pstatement->pvstate; // The opts aren't complete at alloc time so we need to handle them on first use. if (pstate->psingle_lrec_writer == NULL) pstate->psingle_lrec_writer = lrec_writer_alloc_or_die(pcst_outputs->pwriter_opts); lrec_t* pcopy = handle_tee_common(pstate, pvars, pcst_outputs); // The writer frees the lrec pstate->psingle_lrec_writer->pprocess_func(pstate->psingle_lrec_writer->pvstate, pstate->stdfp, pcopy, pvars->pctx); if (pstate->flush_every_record) fflush(pstate->stdfp); } // ---------------------------------------------------------------- static void handle_tee_to_file( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { tee_state_t* pstate = pstatement->pvstate; // The opts aren't complete at alloc time so we need to handle them on first use. if (pstate->pmulti_lrec_writer == NULL) pstate->pmulti_lrec_writer = multi_lrec_writer_alloc(pcst_outputs->pwriter_opts); rval_evaluator_t* poutput_filename_evaluator = pstate->poutput_filename_evaluator; mv_t filename_mv = poutput_filename_evaluator->pprocess_func(poutput_filename_evaluator->pvstate, pvars); lrec_t* pcopy = handle_tee_common(pstate, pvars, pcst_outputs); char fn_free_flags = 0; char* filename = mv_format_val(&filename_mv, &fn_free_flags); // The writer frees the lrec multi_lrec_writer_output_srec(pstate->pmulti_lrec_writer, pcopy, filename, pstate->file_output_mode, pstate->flush_every_record, pvars->pctx); if (fn_free_flags) free(filename); mv_free(&filename_mv); } // ---------------------------------------------------------------- static lrec_t* handle_tee_common( tee_state_t* pstate, variables_t* pvars, cst_outputs_t* pcst_outputs) { lrec_t* pcopy = lrec_copy(pvars->pinrec); // Write the output fields from the typed overlay back to the lrec. for (lhmsmve_t* pe = pvars->ptyped_overlay->phead; pe != NULL; pe = pe->pnext) { char* output_field_name = pe->key; mv_t* pval = &pe->value; // Ownership transfer from mv_t to lrec. if (pval->type == MT_STRING || pval->type == MT_EMPTY) { lrec_put(pcopy, output_field_name, mlr_strdup_or_die(pval->u.strv), FREE_ENTRY_VALUE); } else { char free_flags = NO_FREE; char* string = mv_format_val(pval, &free_flags); lrec_put(pcopy, output_field_name, string, free_flags); } } return pcopy; } // ================================================================ // Most statements have one item, except emit and emitf. struct _emitf_item_t; typedef void emitf_item_handler_t( struct _emitf_item_t* pemitf_item, variables_t* pvars, cst_outputs_t* pcst_outputs); typedef struct _emitf_item_t { char* srec_field_name; rval_evaluator_t* parg_evaluator; } emitf_item_t; static emitf_item_t* alloc_emitf_item(char* srec_field_name, rval_evaluator_t* parg_evaluator); static void free_emitf_item(emitf_item_t* pemitf_item); // ---------------------------------------------------------------- typedef struct _emitf_state_t { FILE* stdfp; file_output_mode_t file_output_mode; rval_evaluator_t* poutput_filename_evaluator; int flush_every_record; lrec_writer_t* psingle_lrec_writer; multi_lrec_writer_t* pmulti_lrec_writer; sllv_t* pemitf_items; } emitf_state_t; static mlr_dsl_cst_statement_handler_t handle_emitf; static mlr_dsl_cst_statement_freer_t free_emitf; static void handle_emitf( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs); static void handle_emitf_to_stdfp( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs); static void handle_emitf_to_file( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs); static void handle_emitf_common( emitf_state_t* pstate, variables_t* pvars, sllv_t* poutrecs); // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_emitf(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { emitf_state_t* pstate = mlr_malloc_or_die(sizeof(emitf_state_t)); pstate->stdfp = NULL; pstate->poutput_filename_evaluator = NULL; pstate->psingle_lrec_writer = NULL; pstate->pmulti_lrec_writer = NULL; pstate->pemitf_items = NULL; mlr_dsl_ast_node_t* pnamesnode = pnode->pchildren->phead->pvvalue; // Loop over oosvar names to emit in e.g. 'emitf @a, @b, @c'. pstate->pemitf_items = sllv_alloc(); for (sllve_t* pe = pnamesnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pwalker = pe->pvvalue; char* name = NULL; switch(pwalker->type) { case MD_AST_NODE_TYPE_OOSVAR_KEYLIST: name = ((mlr_dsl_ast_node_t*)(pwalker->pchildren->phead->pvvalue))->text; break; case MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE: name = pwalker->text; break; case MD_AST_NODE_TYPE_INDEXED_LOCAL_VARIABLE: name = pwalker->text; break; default: MLR_INTERNAL_CODING_ERROR(); break; } sllv_append(pstate->pemitf_items, alloc_emitf_item( name, rval_evaluator_alloc_from_ast(pwalker, pcst->pfmgr, type_inferencing, context_flags))); } mlr_dsl_ast_node_t* poutput_node = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pfilename_node = poutput_node->pchildren == NULL ? NULL : poutput_node->pchildren->phead == NULL ? NULL : poutput_node->pchildren->phead->pvvalue; mlr_dsl_cst_statement_handler_t* phandler = NULL; if (poutput_node->type == MD_AST_NODE_TYPE_STREAM) { phandler = handle_emitf; } else if (pfilename_node->type == MD_AST_NODE_TYPE_STDOUT || pfilename_node->type == MD_AST_NODE_TYPE_STDERR) { pstate->stdfp = (pfilename_node->type == MD_AST_NODE_TYPE_STDOUT) ? stdout : stderr; phandler = handle_emitf_to_stdfp; } else { pstate->poutput_filename_evaluator = rval_evaluator_alloc_from_ast(pfilename_node, pcst->pfmgr, type_inferencing, context_flags); pstate->file_output_mode = file_output_mode_from_ast_node_type(poutput_node->type); phandler = handle_emitf_to_file; } pstate->flush_every_record = pcst->flush_every_record; return mlr_dsl_cst_statement_valloc( pnode, phandler, free_emitf, pstate); } static emitf_item_t* alloc_emitf_item(char* srec_field_name, rval_evaluator_t* parg_evaluator) { emitf_item_t* pemitf_item = mlr_malloc_or_die(sizeof(emitf_item_t)); pemitf_item->srec_field_name = srec_field_name; pemitf_item->parg_evaluator = parg_evaluator; return pemitf_item; } static void free_emitf_item(emitf_item_t* pemitf_item) { pemitf_item->parg_evaluator->pfree_func(pemitf_item->parg_evaluator); free(pemitf_item); } static void free_emitf(mlr_dsl_cst_statement_t* pstatement, context_t* pctx) { emitf_state_t* pstate = pstatement->pvstate; if (pstate->poutput_filename_evaluator != NULL) { pstate->poutput_filename_evaluator->pfree_func(pstate->poutput_filename_evaluator); } if (pstate->psingle_lrec_writer != NULL) { pstate->psingle_lrec_writer->pfree_func(pstate->psingle_lrec_writer, pctx); } if (pstate->pmulti_lrec_writer != NULL) { multi_lrec_writer_drain(pstate->pmulti_lrec_writer, pctx); multi_lrec_writer_free(pstate->pmulti_lrec_writer, pctx); } if (pstate->pemitf_items != NULL) { for (sllve_t* pe = pstate->pemitf_items->phead; pe != NULL; pe = pe->pnext) free_emitf_item(pe->pvvalue); sllv_free(pstate->pemitf_items); } free(pstate); } // ---------------------------------------------------------------- static void handle_emitf( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { emitf_state_t* pstate = pstatement->pvstate; handle_emitf_common(pstate, pvars, pcst_outputs->poutrecs); } static void handle_emitf_to_stdfp( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { emitf_state_t* pstate = pstatement->pvstate; // The opts aren't complete at alloc time so we need to handle them on first use. if (pstate->psingle_lrec_writer == NULL) pstate->psingle_lrec_writer = lrec_writer_alloc_or_die(pcst_outputs->pwriter_opts); sllv_t* poutrecs = sllv_alloc(); handle_emitf_common(pstate, pvars, poutrecs); lrec_writer_print_all(pstate->psingle_lrec_writer, pstate->stdfp, poutrecs, pvars->pctx); if (pstate->flush_every_record) fflush(pstate->stdfp); sllv_free(poutrecs); } static void handle_emitf_to_file( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { emitf_state_t* pstate = pstatement->pvstate; // The opts aren't complete at alloc time so we need to handle them on first use. if (pstate->pmulti_lrec_writer == NULL) pstate->pmulti_lrec_writer = multi_lrec_writer_alloc(pcst_outputs->pwriter_opts); rval_evaluator_t* poutput_filename_evaluator = pstate->poutput_filename_evaluator; mv_t filename_mv = poutput_filename_evaluator->pprocess_func(poutput_filename_evaluator->pvstate, pvars); sllv_t* poutrecs = sllv_alloc(); handle_emitf_common(pstate, pvars, poutrecs); char fn_free_flags = 0; char* filename = mv_format_val(&filename_mv, &fn_free_flags); multi_lrec_writer_output_list(pstate->pmulti_lrec_writer, poutrecs, filename, pstate->file_output_mode, pstate->flush_every_record, pvars->pctx); sllv_free(poutrecs); if (fn_free_flags) free(filename); mv_free(&filename_mv); } static void handle_emitf_common( emitf_state_t* pstate, variables_t* pvars, sllv_t* poutrecs) { lrec_t* prec_to_emit = lrec_unbacked_alloc(); for (sllve_t* pf = pstate->pemitf_items->phead; pf != NULL; pf = pf->pnext) { emitf_item_t* pemitf_item = pf->pvvalue; char* srec_field_name = pemitf_item->srec_field_name; rval_evaluator_t* parg_evaluator = pemitf_item->parg_evaluator; // This is overkill ... the grammar allows only for oosvar names as args to emit. So we could bypass // that and just hashmap-get keyed by srec_field_name here. mv_t val = parg_evaluator->pprocess_func(parg_evaluator->pvstate, pvars); if (val.type == MT_STRING) { // Ownership transfer from (newly created) mlrval to (newly created) lrec. lrec_put(prec_to_emit, srec_field_name, val.u.strv, val.free_flags); } else { char free_flags = NO_FREE; char* string = mv_format_val(&val, &free_flags); lrec_put(prec_to_emit, srec_field_name, string, free_flags); } } sllv_append(poutrecs, prec_to_emit); } // ================================================================ struct _emit_state_t; // Forward reference typedef void record_emitter_t( struct _emit_state_t* pstate, variables_t* pvars, sllv_t* poutrecs, char* oosvar_flatten_separator); typedef struct _emit_state_t { rval_evaluator_t* poutput_filename_evaluator; FILE* stdfp; file_output_mode_t file_output_mode; sllv_t* pemit_namelist_evaluators; int do_full_prefixing; record_emitter_t* precord_emitter; // For map literals rxval_evaluator_t* prhs_xevaluator; // For local variables char* localvar_name; int localvar_frame_relative_index; // For oosvars and localvars: indices ["a", 1, $2] in 'for (k,v in @a[1][$2]) {...}'. sllv_t* pemit_keylist_evaluators; lrec_writer_t* psingle_lrec_writer; // emit/tee to stdout/stderr multi_lrec_writer_t* pmulti_lrec_writer; // emit-to-file int flush_every_record; } emit_state_t; static mlr_dsl_cst_statement_handler_t handle_emit; static mlr_dsl_cst_statement_handler_t handle_emit_to_stdfp; static mlr_dsl_cst_statement_handler_t handle_emit_to_file; static void record_emitter_from_oosvar( emit_state_t* pstate, variables_t* pvars, sllv_t* poutrecs, char* oosvar_flatten_separator); static void record_emitter_from_local_variable( emit_state_t* pstate, variables_t* pvars, sllv_t* poutrecs, char* oosvar_flatten_separator); static void record_emitter_from_full_srec( emit_state_t* pstate, variables_t* pvars, sllv_t* poutrecs, char* oosvar_flatten_separator); static void record_emitter_from_ephemeral_map( emit_state_t* pstate, variables_t* pvars, sllv_t* poutrecs, char* oosvar_flatten_separator); static mlr_dsl_cst_statement_handler_t handle_emit_all; static mlr_dsl_cst_statement_handler_t handle_emit_all_to_stdfp; static mlr_dsl_cst_statement_handler_t handle_emit_all_to_file; static mlr_dsl_cst_statement_freer_t free_emit; // ---------------------------------------------------------------- // $ mlr -n put -v 'emit @a[2][3], "x", "y", "z"' // AST ROOT: // text="list", type=statement_list: // text="emit", type=emit: // text="emit", type=emit: // text="oosvar_keylist", type=oosvar_keylist: // text="a", type=string_literal. // text="2", type=numeric_literal. // text="3", type=numeric_literal. // text="emit_namelist", type=emit: // text="x", type=numeric_literal. // text="y", type=numeric_literal. // text="z", type=numeric_literal. // text="stream", type=stream: // // $ mlr -n put -v 'emit all, "x", "y", "z"' // AST ROOT: // text="list", type=statement_list: // text="emit", type=emit: // text="emit", type=emit: // text="all", type=all. // text="emit_namelist", type=emit: // text="x", type=numeric_literal. // text="y", type=numeric_literal. // text="z", type=numeric_literal. // text="stream", type=stream: mlr_dsl_cst_statement_t* alloc_emit( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags, int do_full_prefixing) { emit_state_t* pstate = mlr_malloc_or_die(sizeof(emit_state_t)); pstate->poutput_filename_evaluator = NULL; pstate->stdfp = NULL; pstate->precord_emitter = NULL; pstate->prhs_xevaluator = NULL; pstate->localvar_name = NULL; pstate->localvar_frame_relative_index = MD_UNUSED_INDEX; pstate->pemit_namelist_evaluators = NULL; pstate->pemit_keylist_evaluators = NULL; pstate->psingle_lrec_writer = NULL; pstate->pmulti_lrec_writer = NULL; mlr_dsl_ast_node_t* pemit_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* poutput_node = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pkeylist_node = pemit_node->pchildren->phead->pvvalue; // Name note: difference between keylist and namelist: in emit @a[$b]["c"], "d", @e, // the keylist is ["a", $b, "c"] and the namelist is ["d", @e]. // xxx why not rxval_evaluator here?? int output_all = FALSE; // The grammar allows only 'emit all', not 'emit @x, all, $y'. // So if 'all' appears at all, it's the only name. if (pkeylist_node->type == MD_AST_NODE_TYPE_ALL || pkeylist_node->type == MD_AST_NODE_TYPE_FULL_OOSVAR) { output_all = TRUE; pstate->precord_emitter = record_emitter_from_oosvar; } else if (pkeylist_node->type == MD_AST_NODE_TYPE_OOSVAR_KEYLIST) { pstate->pemit_keylist_evaluators = allocate_keylist_evaluators_from_ast_node( pkeylist_node, pcst->pfmgr, type_inferencing, context_flags); pstate->precord_emitter = record_emitter_from_oosvar; } else if (pkeylist_node->type == MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE) { pstate->precord_emitter = record_emitter_from_local_variable; MLR_INTERNAL_CODING_ERROR_IF(pkeylist_node->vardef_frame_relative_index == MD_UNUSED_INDEX); pstate->localvar_name = pkeylist_node->text; pstate->localvar_frame_relative_index = pkeylist_node->vardef_frame_relative_index; pstate->pemit_keylist_evaluators = sllv_alloc(); } else if (pkeylist_node->type == MD_AST_NODE_TYPE_INDEXED_LOCAL_VARIABLE) { pstate->precord_emitter = record_emitter_from_local_variable; MLR_INTERNAL_CODING_ERROR_IF(pkeylist_node->vardef_frame_relative_index == MD_UNUSED_INDEX); pstate->localvar_name = pkeylist_node->text; pstate->localvar_frame_relative_index = pkeylist_node->vardef_frame_relative_index; pstate->pemit_keylist_evaluators = allocate_keylist_evaluators_from_ast_node( pkeylist_node, pcst->pfmgr, type_inferencing, context_flags); } else if (pkeylist_node->type == MD_AST_NODE_TYPE_FULL_SREC) { pstate->precord_emitter = record_emitter_from_full_srec; } else if (pkeylist_node->type == MD_AST_NODE_TYPE_FUNCTION_CALLSITE) { pstate->precord_emitter = record_emitter_from_ephemeral_map; pstate->prhs_xevaluator = rxval_evaluator_alloc_from_ast( pkeylist_node, pcst->pfmgr, type_inferencing, context_flags); } else if (pkeylist_node->type == MD_AST_NODE_TYPE_MAP_LITERAL) { pstate->precord_emitter = record_emitter_from_ephemeral_map; pstate->prhs_xevaluator = rxval_evaluator_alloc_from_ast( pkeylist_node, pcst->pfmgr, type_inferencing, context_flags); } else { MLR_INTERNAL_CODING_ERROR(); } pstate->pemit_namelist_evaluators = sllv_alloc(); if (pemit_node->pchildren->length == 2) { mlr_dsl_ast_node_t* pnamelist_node = pemit_node->pchildren->phead->pnext->pvvalue; for (sllve_t* pe = pnamelist_node->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pkeynode = pe->pvvalue; sllv_append(pstate->pemit_namelist_evaluators, rval_evaluator_alloc_from_ast(pkeynode, pcst->pfmgr, type_inferencing, context_flags)); } } mlr_dsl_cst_statement_handler_t* phandler = NULL; pstate->do_full_prefixing = do_full_prefixing; mlr_dsl_ast_node_t* pfilename_node = poutput_node->pchildren == NULL ? NULL : poutput_node->pchildren->phead == NULL ? NULL : poutput_node->pchildren->phead->pvvalue; if (poutput_node->type == MD_AST_NODE_TYPE_STREAM) { phandler = output_all ? handle_emit_all : handle_emit; } else if (pfilename_node->type == MD_AST_NODE_TYPE_STDOUT || pfilename_node->type == MD_AST_NODE_TYPE_STDERR) { phandler = output_all ? handle_emit_all_to_stdfp : handle_emit_to_stdfp; pstate->stdfp = (pfilename_node->type == MD_AST_NODE_TYPE_STDOUT) ? stdout : stderr; } else { pstate->poutput_filename_evaluator = rval_evaluator_alloc_from_ast(pfilename_node, pcst->pfmgr, type_inferencing, context_flags); pstate->file_output_mode = file_output_mode_from_ast_node_type(poutput_node->type); phandler = output_all ? handle_emit_all_to_file : handle_emit_to_file; } pstate->flush_every_record = pcst->flush_every_record; return mlr_dsl_cst_statement_valloc( pnode, phandler, free_emit, pstate); } // ---------------------------------------------------------------- static void free_emit(mlr_dsl_cst_statement_t* pstatement, context_t* pctx) { emit_state_t* pstate = pstatement->pvstate; if (pstate->poutput_filename_evaluator != NULL) { pstate->poutput_filename_evaluator->pfree_func(pstate->poutput_filename_evaluator); } if (pstate->prhs_xevaluator != NULL) { pstate->prhs_xevaluator->pfree_func(pstate->prhs_xevaluator); } if (pstate->pemit_namelist_evaluators != NULL) { for (sllve_t* pe = pstate->pemit_namelist_evaluators->phead; pe != NULL; pe = pe->pnext) { rval_evaluator_t* phandler = pe->pvvalue; phandler->pfree_func(phandler); } sllv_free(pstate->pemit_namelist_evaluators); } if (pstate->pemit_keylist_evaluators != NULL) { for (sllve_t* pe = pstate->pemit_keylist_evaluators->phead; pe != NULL; pe = pe->pnext) { rval_evaluator_t* phandler = pe->pvvalue; phandler->pfree_func(phandler); } sllv_free(pstate->pemit_keylist_evaluators); } if (pstate->psingle_lrec_writer != NULL) { pstate->psingle_lrec_writer->pfree_func(pstate->psingle_lrec_writer, pctx); } if (pstate->pmulti_lrec_writer != NULL) { multi_lrec_writer_drain(pstate->pmulti_lrec_writer, pctx); multi_lrec_writer_free(pstate->pmulti_lrec_writer, pctx); } free(pstate); } // ---------------------------------------------------------------- static void handle_emit( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { emit_state_t* pstate = pstatement->pvstate; pstate->precord_emitter(pstate, pvars, pcst_outputs->poutrecs, pcst_outputs->oosvar_flatten_separator); } // ---------------------------------------------------------------- static void handle_emit_to_stdfp( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { emit_state_t* pstate = pstatement->pvstate; sllv_t* poutrecs = sllv_alloc(); pstate->precord_emitter(pstate, pvars, poutrecs, pcst_outputs->oosvar_flatten_separator); // The opts aren't complete at alloc time so we need to handle them on first use. if (pstate->psingle_lrec_writer == NULL) pstate->psingle_lrec_writer = lrec_writer_alloc_or_die(pcst_outputs->pwriter_opts); lrec_writer_print_all(pstate->psingle_lrec_writer, pstate->stdfp, poutrecs, pvars->pctx); if (pstate->flush_every_record) fflush(pstate->stdfp); sllv_free(poutrecs); } // ---------------------------------------------------------------- static void handle_emit_to_file( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { emit_state_t* pstate = pstatement->pvstate; // The opts aren't complete at alloc time so we need to handle them on first use. if (pstate->pmulti_lrec_writer == NULL) pstate->pmulti_lrec_writer = multi_lrec_writer_alloc(pcst_outputs->pwriter_opts); sllv_t* poutrecs = sllv_alloc(); pstate->precord_emitter(pstate, pvars, poutrecs, pcst_outputs->oosvar_flatten_separator); rval_evaluator_t* poutput_filename_evaluator = pstate->poutput_filename_evaluator; mv_t filename_mv = poutput_filename_evaluator->pprocess_func(poutput_filename_evaluator->pvstate, pvars); char fn_free_flags = 0; char* filename = mv_format_val(&filename_mv, &fn_free_flags); multi_lrec_writer_output_list(pstate->pmulti_lrec_writer, poutrecs, filename, pstate->file_output_mode, pstate->flush_every_record, pvars->pctx); sllv_free(poutrecs); if (fn_free_flags) free(filename); mv_free(&filename_mv); } // ---------------------------------------------------------------- static void record_emitter_from_oosvar( emit_state_t* pstate, variables_t* pvars, sllv_t* poutrecs, char* oosvar_flatten_separator) { int keys_all_non_null_or_error = TRUE; sllmv_t* pmvkeys = evaluate_list(pstate->pemit_keylist_evaluators, pvars, &keys_all_non_null_or_error); if (keys_all_non_null_or_error) { int names_all_non_null_or_error = TRUE; sllmv_t* pmvnames = evaluate_list(pstate->pemit_namelist_evaluators, pvars, &names_all_non_null_or_error); if (names_all_non_null_or_error) { mlhmmv_root_partial_to_lrecs(pvars->poosvars, pmvkeys, pmvnames, poutrecs, pstate->do_full_prefixing, oosvar_flatten_separator); } sllmv_free(pmvnames); } sllmv_free(pmvkeys); } static void record_emitter_from_local_variable( emit_state_t* pstate, variables_t* pvars, sllv_t* poutrecs, char* oosvar_flatten_separator) { int keys_all_non_null_or_error = TRUE; sllmv_t* pmvkeys = evaluate_list(pstate->pemit_keylist_evaluators, pvars, &keys_all_non_null_or_error); mv_t name = mv_from_string(pstate->localvar_name, NO_FREE); sllmv_prepend_no_free(pmvkeys, &name); if (keys_all_non_null_or_error) { int names_all_non_null_or_error = TRUE; sllmv_t* pmvnames = evaluate_list(pstate->pemit_namelist_evaluators, pvars, &names_all_non_null_or_error); if (names_all_non_null_or_error) { local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); mlhmmv_xvalue_t* pmval = local_stack_frame_ref_extended_from_indexed(pframe, pstate->localvar_frame_relative_index, NULL); if (pmval != NULL) { // Temporarily wrap the localvar in a parent map whose single key is the variable name. mlhmmv_root_t* pmap = mlhmmv_wrap_name_and_xvalue(&name, pmval); mlhmmv_root_partial_to_lrecs(pmap, pmvkeys, pmvnames, poutrecs, pstate->do_full_prefixing, oosvar_flatten_separator); mlhmmv_unwrap_name_and_xvalue(pmap); } } sllmv_free(pmvnames); } sllmv_free(pmvkeys); } static void record_emitter_from_full_srec( emit_state_t* pstate, variables_t* pvars, sllv_t* poutrecs, char* oosvar_flatten_separator) { sllv_append(poutrecs, lrec_copy(pvars->pinrec)); } static void record_emitter_from_ephemeral_map( emit_state_t* pstate, variables_t* pvars, sllv_t* poutrecs, char* oosvar_flatten_separator) { rxval_evaluator_t* prhs_xevaluator = pstate->prhs_xevaluator; boxed_xval_t boxed_xval = prhs_xevaluator->pprocess_func(prhs_xevaluator->pvstate, pvars); sllmv_t* pmvkeys = sllmv_alloc(); if (!boxed_xval.xval.is_terminal) { int names_all_non_null_or_error = TRUE; sllmv_t* pmvnames = evaluate_list(pstate->pemit_namelist_evaluators, pvars, &names_all_non_null_or_error); if (names_all_non_null_or_error) { mv_t name = mv_from_string("_", NO_FREE); sllmv_prepend_no_free(pmvkeys, &name); // Temporarily wrap the localvar in a parent map whose single key is the variable name. mlhmmv_root_t* pmap = mlhmmv_wrap_name_and_xvalue(&name, &boxed_xval.xval); mlhmmv_root_partial_to_lrecs(pmap, pmvkeys, pmvnames, poutrecs, pstate->do_full_prefixing, oosvar_flatten_separator); mlhmmv_unwrap_name_and_xvalue(pmap); } sllmv_free(pmvnames); } if (boxed_xval.is_ephemeral) { mlhmmv_xvalue_free(&boxed_xval.xval); } sllmv_free(pmvkeys); } // ---------------------------------------------------------------- static void handle_emit_all( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { emit_state_t* pstate = pstatement->pvstate; int all_non_null_or_error = TRUE; sllmv_t* pmvnames = evaluate_list(pstate->pemit_namelist_evaluators, pvars, &all_non_null_or_error); if (all_non_null_or_error) { mlhmmv_root_all_to_lrecs(pvars->poosvars, pmvnames, pcst_outputs->poutrecs, pstate->do_full_prefixing, pcst_outputs->oosvar_flatten_separator); } sllmv_free(pmvnames); } // ---------------------------------------------------------------- static void handle_emit_all_to_stdfp( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { emit_state_t* pstate = pstatement->pvstate; // The opts aren't complete at alloc time so we need to handle them on first use. if (pstate->psingle_lrec_writer == NULL) pstate->psingle_lrec_writer = lrec_writer_alloc_or_die(pcst_outputs->pwriter_opts); sllv_t* poutrecs = sllv_alloc(); int all_non_null_or_error = TRUE; sllmv_t* pmvnames = evaluate_list(pstate->pemit_namelist_evaluators, pvars, &all_non_null_or_error); if (all_non_null_or_error) { mlhmmv_root_all_to_lrecs(pvars->poosvars, pmvnames, poutrecs, pstate->do_full_prefixing, pcst_outputs->oosvar_flatten_separator); } sllmv_free(pmvnames); lrec_writer_print_all(pstate->psingle_lrec_writer, pstate->stdfp, poutrecs, pvars->pctx); if (pstate->flush_every_record) fflush(pstate->stdfp); sllv_free(poutrecs); } // ---------------------------------------------------------------- static void handle_emit_all_to_file( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { emit_state_t* pstate = pstatement->pvstate; // The opts aren't complete at alloc time so we need to handle them on first use. if (pstate->pmulti_lrec_writer == NULL) pstate->pmulti_lrec_writer = multi_lrec_writer_alloc(pcst_outputs->pwriter_opts); sllv_t* poutrecs = sllv_alloc(); rval_evaluator_t* poutput_filename_evaluator = pstate->poutput_filename_evaluator; mv_t filename_mv = poutput_filename_evaluator->pprocess_func(poutput_filename_evaluator->pvstate, pvars); int all_non_null_or_error = TRUE; sllmv_t* pmvnames = evaluate_list(pstate->pemit_namelist_evaluators, pvars, &all_non_null_or_error); if (all_non_null_or_error) { mlhmmv_root_all_to_lrecs(pvars->poosvars, pmvnames, poutrecs, pstate->do_full_prefixing, pcst_outputs->oosvar_flatten_separator); } char fn_free_flags = 0; char* filename = mv_format_val(&filename_mv, &fn_free_flags); multi_lrec_writer_output_list(pstate->pmulti_lrec_writer, poutrecs, filename, pstate->file_output_mode, pstate->flush_every_record, pvars->pctx); sllv_free(poutrecs); if (fn_free_flags) free(filename); mv_free(&filename_mv); sllmv_free(pmvnames); } // ================================================================ struct _emit_lashed_item_t; // Forward reference typedef struct _emit_lashed_item_t { rval_evaluator_t* pbasename_evaluator; rxval_evaluator_t* pitem_xevaluator; } emit_lashed_item_t; static emit_lashed_item_t* emit_lashed_item_alloc( rval_evaluator_t* pbasename_evaluator, rxval_evaluator_t* pitem_xevaluator) { emit_lashed_item_t* pitem = mlr_malloc_or_die(sizeof(emit_lashed_item_t)); pitem->pbasename_evaluator = pbasename_evaluator; pitem->pitem_xevaluator = pitem_xevaluator; return pitem; } static void emit_lashed_item_free(emit_lashed_item_t* pitem) { pitem->pbasename_evaluator->pfree_func(pitem->pbasename_evaluator); pitem->pitem_xevaluator->pfree_func(pitem->pitem_xevaluator); free(pitem); } // ---------------------------------------------------------------- typedef struct _emit_lashed_state_t { int num_emit_lashed_items; emit_lashed_item_t** ppitems; sllv_t* pemit_namelist_evaluators; // Used per-call but allocated once in the constructor: mv_t* pbasenames; boxed_xval_t* pboxed_xvals; mlhmmv_xvalue_t** ptop_values; rval_evaluator_t* poutput_filename_evaluator; FILE* stdfp; file_output_mode_t file_output_mode; lrec_writer_t* psingle_lrec_writer; // emit/tee to stdout/stderr multi_lrec_writer_t* pmulti_lrec_writer; // emit-to-file int do_full_prefixing; int flush_every_record; } emit_lashed_state_t; static mlr_dsl_cst_statement_handler_t handle_emit_lashed; static mlr_dsl_cst_statement_handler_t handle_emit_lashed_to_stdfp; static mlr_dsl_cst_statement_handler_t handle_emit_lashed_to_file; static void handle_emit_lashed_common( emit_lashed_state_t* pstate, variables_t* pvars, sllv_t* poutrecs, char* oosvar_flatten_separator); static void free_emit_lashed(mlr_dsl_cst_statement_t* pstatement, context_t* pctx); // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_emit_lashed(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags, int do_full_prefixing) { emit_lashed_state_t* pstate = mlr_malloc_or_die(sizeof(emit_lashed_state_t)); pstate->num_emit_lashed_items = 0; pstate->ppitems = NULL; pstate->pemit_namelist_evaluators = NULL; pstate->poutput_filename_evaluator = NULL; pstate->stdfp = NULL; pstate->psingle_lrec_writer = NULL; pstate->pmulti_lrec_writer = NULL; mlr_dsl_ast_node_t* pemit_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* poutput_node = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pkeylists_node = pemit_node->pchildren->phead->pvvalue; pstate->num_emit_lashed_items = pkeylists_node->pchildren->length; pstate->ppitems = mlr_malloc_or_die(pstate->num_emit_lashed_items * sizeof(emit_lashed_item_t*)); int i = 0; for (sllve_t* pe = pkeylists_node->pchildren->phead; pe != NULL; pe = pe->pnext, i++) { mlr_dsl_ast_node_t* pkeylist_node = pe->pvvalue; rval_evaluator_t* pbasename_evaluator = NULL; switch (pkeylist_node->type) { case MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE: case MD_AST_NODE_TYPE_INDEXED_LOCAL_VARIABLE: pbasename_evaluator = rval_evaluator_alloc_from_string(pkeylist_node->text); break; case MD_AST_NODE_TYPE_OOSVAR_KEYLIST: pbasename_evaluator = rval_evaluator_alloc_from_string( ((mlr_dsl_ast_node_t*)pkeylist_node->pchildren->phead->pvvalue)->text); break; default: pbasename_evaluator = rval_evaluator_alloc_from_string("_"); break; } rxval_evaluator_t* pitem_xevaluator = rxval_evaluator_alloc_from_ast( pkeylist_node, pcst->pfmgr, type_inferencing, context_flags); pstate->ppitems[i] = emit_lashed_item_alloc(pbasename_evaluator, pitem_xevaluator); } sllv_t* pemit_namelist_evaluators = sllv_alloc(); if (pemit_node->pchildren->length == 2) { mlr_dsl_ast_node_t* pnamelist_node = pemit_node->pchildren->phead->pnext->pvvalue; for (sllve_t* pe = pnamelist_node->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pkeynode = pe->pvvalue; sllv_append(pemit_namelist_evaluators, rval_evaluator_alloc_from_ast(pkeynode, pcst->pfmgr, type_inferencing, context_flags)); } } pstate->pemit_namelist_evaluators = pemit_namelist_evaluators; pstate->pbasenames = mlr_malloc_or_die(pstate->num_emit_lashed_items * sizeof(mv_t)); pstate->pboxed_xvals = mlr_malloc_or_die(pstate->num_emit_lashed_items * sizeof(boxed_xval_t)); pstate->ptop_values = mlr_malloc_or_die(pstate->num_emit_lashed_items * sizeof(mlhmmv_level_entry_t*)); mlr_dsl_cst_statement_handler_t* phandler = NULL; pstate->do_full_prefixing = do_full_prefixing; mlr_dsl_ast_node_t* pfilename_node = poutput_node->pchildren == NULL ? NULL : poutput_node->pchildren->phead == NULL ? NULL : poutput_node->pchildren->phead->pvvalue; if (poutput_node->type == MD_AST_NODE_TYPE_STREAM) { phandler = handle_emit_lashed; } else if (pfilename_node->type == MD_AST_NODE_TYPE_STDOUT || pfilename_node->type == MD_AST_NODE_TYPE_STDERR) { phandler = handle_emit_lashed_to_stdfp; pstate->stdfp = (pfilename_node->type == MD_AST_NODE_TYPE_STDOUT) ? stdout : stderr; } else { pstate->poutput_filename_evaluator = NULL; pstate->poutput_filename_evaluator = rval_evaluator_alloc_from_ast(pfilename_node, pcst->pfmgr, type_inferencing, context_flags); pstate->file_output_mode = file_output_mode_from_ast_node_type(poutput_node->type); phandler = handle_emit_lashed_to_file; } pstate->flush_every_record = pcst->flush_every_record; return mlr_dsl_cst_statement_valloc( pnode, phandler, free_emit_lashed, pstate); } // ---------------------------------------------------------------- static void free_emit_lashed(mlr_dsl_cst_statement_t* pstatement, context_t* pctx) { emit_lashed_state_t* pstate = pstatement->pvstate; if (pstate->ppitems != NULL) { for (int i = 0; i < pstate->num_emit_lashed_items; i++) { emit_lashed_item_free(pstate->ppitems[i]); } free(pstate->ppitems); } if (pstate->poutput_filename_evaluator != NULL) { pstate->poutput_filename_evaluator->pfree_func(pstate->poutput_filename_evaluator); } if (pstate->pemit_namelist_evaluators != NULL) { for (sllve_t* pe = pstate->pemit_namelist_evaluators->phead; pe != NULL; pe = pe->pnext) { rval_evaluator_t* phandler = pe->pvvalue; phandler->pfree_func(phandler); } sllv_free(pstate->pemit_namelist_evaluators); } free(pstate->pbasenames); free(pstate->pboxed_xvals); free(pstate->ptop_values); if (pstate->psingle_lrec_writer != NULL) { pstate->psingle_lrec_writer->pfree_func(pstate->psingle_lrec_writer, pctx); } if (pstate->pmulti_lrec_writer != NULL) { multi_lrec_writer_drain(pstate->pmulti_lrec_writer, pctx); multi_lrec_writer_free(pstate->pmulti_lrec_writer, pctx); } free(pstate); } // ---------------------------------------------------------------- static void handle_emit_lashed( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { emit_lashed_state_t* pstate = pstatement->pvstate; handle_emit_lashed_common(pstate, pvars, pcst_outputs->poutrecs, pcst_outputs->oosvar_flatten_separator); } static void handle_emit_lashed_to_stdfp( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { emit_lashed_state_t* pstate = pstatement->pvstate; // The opts aren't complete at alloc time so we need to handle them on first use. if (pstate->psingle_lrec_writer == NULL) pstate->psingle_lrec_writer = lrec_writer_alloc_or_die(pcst_outputs->pwriter_opts); sllv_t* poutrecs = sllv_alloc(); handle_emit_lashed_common(pstate, pvars, poutrecs, pcst_outputs->oosvar_flatten_separator); lrec_writer_print_all(pstate->psingle_lrec_writer, pstate->stdfp, poutrecs, pvars->pctx); if (pstate->flush_every_record) fflush(pstate->stdfp); sllv_free(poutrecs); } // ---------------------------------------------------------------- static void handle_emit_lashed_to_file( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { emit_lashed_state_t* pstate = pstatement->pvstate; // The opts aren't complete at alloc time so we need to handle them on first use. if (pstate->pmulti_lrec_writer == NULL) pstate->pmulti_lrec_writer = multi_lrec_writer_alloc(pcst_outputs->pwriter_opts); sllv_t* poutrecs = sllv_alloc(); handle_emit_lashed_common(pstate, pvars, poutrecs, pcst_outputs->oosvar_flatten_separator); rval_evaluator_t* poutput_filename_evaluator = pstate->poutput_filename_evaluator; mv_t filename_mv = poutput_filename_evaluator->pprocess_func(poutput_filename_evaluator->pvstate, pvars); char fn_free_flags = 0; char* filename = mv_format_val(&filename_mv, &fn_free_flags); multi_lrec_writer_output_list(pstate->pmulti_lrec_writer, poutrecs, filename, pstate->file_output_mode, pstate->flush_every_record, pvars->pctx); sllv_free(poutrecs); if (fn_free_flags) free(filename); mv_free(&filename_mv); } // ---------------------------------------------------------------- static void handle_emit_lashed_common( emit_lashed_state_t* pstate, variables_t* pvars, sllv_t* poutrecs, char* oosvar_flatten_separator) { for (int i = 0; i < pstate->num_emit_lashed_items; i++) { rval_evaluator_t* pev = pstate->ppitems[i]->pbasename_evaluator; pstate->pbasenames[i] = pev->pprocess_func(pev->pvstate, pvars); } int names_all_non_null_or_error = TRUE; sllmv_t* pmvnames = evaluate_list(pstate->pemit_namelist_evaluators, pvars, &names_all_non_null_or_error); if (names_all_non_null_or_error) { for (int i = 0; i < pstate->num_emit_lashed_items; i++) { emit_lashed_item_t* pitem = pstate->ppitems[i]; pstate->pboxed_xvals[i] = pitem->pitem_xevaluator->pprocess_func( pitem->pitem_xevaluator->pvstate, pvars); pstate->ptop_values[i] = &pstate->pboxed_xvals[i].xval; } mlhmmv_xvalues_to_lrecs_lashed(pstate->ptop_values, pstate->num_emit_lashed_items, pstate->pbasenames, pmvnames, poutrecs, pstate->do_full_prefixing, oosvar_flatten_separator); for (int i = 0; i < pstate->num_emit_lashed_items; i++) { if (pstate->pboxed_xvals[i].is_ephemeral) { mlhmmv_xvalue_free(&pstate->pboxed_xvals[i].xval); } } } sllmv_free(pmvnames); for (int i = 0; i < pstate->num_emit_lashed_items; i++) { mv_free(&pstate->pbasenames[i]); } } // ================================================================ struct _dump_state_t; // forward reference typedef struct _dump_state_t { rxval_evaluator_t* ptarget_xevaluator; FILE* stdfp; file_output_mode_t file_output_mode; rval_evaluator_t* poutput_filename_evaluator; int flush_every_record; multi_out_t* pmulti_out; } dump_state_t; static mlr_dsl_cst_statement_handler_t handle_dump; static mlr_dsl_cst_statement_handler_t handle_dump_to_file; static mlr_dsl_cst_statement_freer_t free_dump; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_dump(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { dump_state_t* pstate = mlr_malloc_or_die(sizeof(dump_state_t)); pstate->ptarget_xevaluator = NULL; pstate->stdfp = NULL; pstate->poutput_filename_evaluator = NULL; pstate->pmulti_out = NULL; pstate->flush_every_record = pcst->flush_every_record; mlr_dsl_ast_node_t* poutput_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pfilename_node = poutput_node->pchildren->phead->pvvalue; mlr_dsl_cst_statement_handler_t* phandler = NULL; MLR_INTERNAL_CODING_ERROR_UNLESS(pnode->pchildren->length == 2); mlr_dsl_ast_node_t* ptarget_node = pnode->pchildren->phead->pnext->pvvalue; pstate->ptarget_xevaluator = rxval_evaluator_alloc_from_ast( ptarget_node, pcst->pfmgr, type_inferencing, context_flags); if (pfilename_node->type == MD_AST_NODE_TYPE_STDOUT) { phandler = handle_dump; pstate->stdfp = stdout; } else if (pfilename_node->type == MD_AST_NODE_TYPE_STDERR) { phandler = handle_dump; pstate->stdfp = stderr; } else { pstate->poutput_filename_evaluator = rval_evaluator_alloc_from_ast(pfilename_node, pcst->pfmgr, type_inferencing, context_flags); pstate->file_output_mode = file_output_mode_from_ast_node_type(poutput_node->type); pstate->pmulti_out = multi_out_alloc(); phandler = handle_dump_to_file; } return mlr_dsl_cst_statement_valloc( pnode, phandler, free_dump, pstate); } // ---------------------------------------------------------------- static void free_dump(mlr_dsl_cst_statement_t* pstatement, context_t* _) { dump_state_t* pstate = pstatement->pvstate; if (pstate->ptarget_xevaluator != NULL) { pstate->ptarget_xevaluator->pfree_func(pstate->ptarget_xevaluator); } if (pstate->poutput_filename_evaluator != NULL) { pstate->poutput_filename_evaluator->pfree_func(pstate->poutput_filename_evaluator); } if (pstate->pmulti_out != NULL) { multi_out_close(pstate->pmulti_out); multi_out_free(pstate->pmulti_out); } free(pstate); } // ---------------------------------------------------------------- static void handle_dump( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { dump_state_t* pstate = pstatement->pvstate; rxval_evaluator_t* ptarget_xevaluator = pstate->ptarget_xevaluator; boxed_xval_t boxed_xval = ptarget_xevaluator->pprocess_func(ptarget_xevaluator->pvstate, pvars); if (boxed_xval.xval.is_terminal) { mlhmmv_print_terminal(&boxed_xval.xval.terminal_mlrval, pvars->json_quote_int_keys, pvars->json_quote_non_string_values, pstate->stdfp); fprintf(pstate->stdfp, "\n"); } else { mlhmmv_level_print_stacked(boxed_xval.xval.pnext_level, 0, FALSE, pvars->json_quote_int_keys, pvars->json_quote_non_string_values, "", pvars->pctx->auto_line_term, pstate->stdfp); } if (boxed_xval.is_ephemeral) { mlhmmv_xvalue_free(&boxed_xval.xval); } } // ---------------------------------------------------------------- static void handle_dump_to_file( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { dump_state_t* pstate = pstatement->pvstate; rval_evaluator_t* poutput_filename_evaluator = pstate->poutput_filename_evaluator; mv_t filename_mv = poutput_filename_evaluator->pprocess_func(poutput_filename_evaluator->pvstate, pvars); char fn_free_flags; char* filename = mv_format_val(&filename_mv, &fn_free_flags); FILE* outfp = multi_out_get(pstate->pmulti_out, filename, pstate->file_output_mode); rxval_evaluator_t* ptarget_xevaluator = pstate->ptarget_xevaluator; boxed_xval_t boxed_xval = ptarget_xevaluator->pprocess_func(ptarget_xevaluator->pvstate, pvars); if (boxed_xval.xval.is_terminal) { mlhmmv_print_terminal(&boxed_xval.xval.terminal_mlrval, pvars->json_quote_int_keys, pvars->json_quote_non_string_values, outfp); fprintf(outfp, "\n"); } else if (boxed_xval.xval.pnext_level != NULL) { mlhmmv_level_print_stacked(boxed_xval.xval.pnext_level, 0, FALSE, pvars->json_quote_int_keys, pvars->json_quote_non_string_values, "", pvars->pctx->auto_line_term, outfp); } if (pstate->flush_every_record) fflush(outfp); if (fn_free_flags) free(filename); mv_free(&filename_mv); if (boxed_xval.is_ephemeral) { mlhmmv_xvalue_free(&boxed_xval.xval); } } miller-5.6.2/c/dsl/mlr_dsl_cst_return_statements.c000066400000000000000000000047741354153536500223610ustar00rootroot00000000000000#include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "mlr_dsl_cst.h" #include "context_flags.h" // ================================================================ static void handle_return_void( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { pvars->return_state.returned = TRUE; } static void free_return_void(mlr_dsl_cst_statement_t* pstatement, context_t* _) { } mlr_dsl_cst_statement_t* alloc_return_void(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { return mlr_dsl_cst_statement_valloc( pnode, handle_return_void, free_return_void, NULL); } // ================================================================ typedef struct _return_value_state_t { rxval_evaluator_t* preturn_value_xevaluator; } return_value_state_t; // ---------------------------------------------------------------- static void return_value_func( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { return_value_state_t* pstate = pstatement->pvstate; rxval_evaluator_t* pxev = pstate->preturn_value_xevaluator; boxed_xval_t retval = pxev->pprocess_func(pxev->pvstate, pvars); // Copy even if referenced since we are returning: otherwise the referent can be freed // by stack-frame exit before the caller can copy it. if (retval.is_ephemeral) { pvars->return_state.retval = retval; } else { pvars->return_state.retval = box_ephemeral_xval(mlhmmv_xvalue_copy(&retval.xval)); } pvars->return_state.returned = TRUE; } // ---------------------------------------------------------------- static void return_value_free(mlr_dsl_cst_statement_t* pstatement, context_t* _) { return_value_state_t* pstate = pstatement->pvstate; rxval_evaluator_t* pxev = pstate->preturn_value_xevaluator; pxev->pfree_func(pxev); free(pstate); } // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_return_value( mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { mlr_dsl_ast_node_t* prhs_node = pnode->pchildren->phead->pvvalue; return_value_state_t* pstate = mlr_malloc_or_die(sizeof(return_value_state_t)); pstate->preturn_value_xevaluator = rxval_evaluator_alloc_from_ast(prhs_node, pcst->pfmgr, type_inferencing, context_flags); return mlr_dsl_cst_statement_valloc( pnode, return_value_func, return_value_free, pstate); } miller-5.6.2/c/dsl/mlr_dsl_cst_scalar_assignment_statements.c000066400000000000000000000321301354153536500245220ustar00rootroot00000000000000#include #include "lib/mlr_globals.h" #include "lib/mlr_arch.h" #include "lib/mlrutil.h" #include "mlr_dsl_cst.h" #include "context_flags.h" // ================================================================ typedef struct _srec_assignment_state_t { char* srec_lhs_field_name; rval_evaluator_t* prhs_evaluator; } srec_assignment_state_t; static mlr_dsl_cst_statement_handler_t handle_srec_assignment; static mlr_dsl_cst_statement_freer_t free_srec_assignment; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_srec_assignment(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { srec_assignment_state_t* pstate = mlr_malloc_or_die(sizeof(srec_assignment_state_t)); pstate->prhs_evaluator = NULL; MLR_INTERNAL_CODING_ERROR_IF((pnode->pchildren == NULL) || (pnode->pchildren->length != 2)); mlr_dsl_ast_node_t* plhs_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* prhs_node = pnode->pchildren->phead->pnext->pvvalue; MLR_INTERNAL_CODING_ERROR_IF(plhs_node->type != MD_AST_NODE_TYPE_FIELD_NAME); MLR_INTERNAL_CODING_ERROR_IF(plhs_node->pchildren != NULL); pstate->srec_lhs_field_name = plhs_node->text; pstate->prhs_evaluator = rval_evaluator_alloc_from_ast(prhs_node, pcst->pfmgr, type_inferencing, context_flags); return mlr_dsl_cst_statement_valloc( pnode, handle_srec_assignment, free_srec_assignment, pstate); } // ---------------------------------------------------------------- static void free_srec_assignment(mlr_dsl_cst_statement_t* pstatement, context_t* _) { srec_assignment_state_t* pstate = pstatement->pvstate; pstate->prhs_evaluator->pfree_func(pstate->prhs_evaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_srec_assignment( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { srec_assignment_state_t* pstate = pstatement->pvstate; char* srec_lhs_field_name = pstate->srec_lhs_field_name; rval_evaluator_t* prhs_evaluator = pstate->prhs_evaluator; mv_t val = prhs_evaluator->pprocess_func(prhs_evaluator->pvstate, pvars); // Write typed mlrval output to the typed overlay rather than into the lrec (which holds only // string values). // // The rval_evaluator reads the overlay in preference to the lrec. E.g. if the input had // "x"=>"abc","y"=>"def" but the previous pass through this loop set "y"=>7.4 and "z"=>"ghi" then an // expression right-hand side referring to $y would get the floating-point value 7.4. So we don't need // to do lrec_put here, and moreover should not for two reasons: (1) there is a performance hit of doing // throwaway number-to-string formatting -- it's better to do it once at the end; (2) having the string // values doubly owned by the typed overlay and the lrec would result in double frees, or awkward // bookkeeping. However, the NR variable evaluator reads prec->field_count, so we need to put something // here. And putting something statically allocated minimizes copying/freeing. if (mv_is_present(&val)) { lhmsmv_put(pvars->ptyped_overlay, srec_lhs_field_name, &val, FREE_ENTRY_VALUE); lrec_put(pvars->pinrec, srec_lhs_field_name, "bug", NO_FREE); } else { mv_free(&val); } } // ================================================================ typedef struct _indirect_srec_assignment_state_t { rval_evaluator_t* plhs_evaluator; rval_evaluator_t* prhs_evaluator; } indirect_srec_assignment_state_t; static mlr_dsl_cst_statement_handler_t handle_indirect_srec_assignment; static mlr_dsl_cst_statement_freer_t free_indirect_srec_assignment; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_indirect_srec_assignment(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { indirect_srec_assignment_state_t* pstate = mlr_malloc_or_die(sizeof(indirect_srec_assignment_state_t)); pstate->prhs_evaluator = NULL; MLR_INTERNAL_CODING_ERROR_IF((pnode->pchildren == NULL) || (pnode->pchildren->length != 2)); mlr_dsl_ast_node_t* plhs_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* prhs_node = pnode->pchildren->phead->pnext->pvvalue; pstate->plhs_evaluator = rval_evaluator_alloc_from_ast(plhs_node, pcst->pfmgr, type_inferencing, context_flags); pstate->prhs_evaluator = rval_evaluator_alloc_from_ast(prhs_node, pcst->pfmgr, type_inferencing, context_flags); return mlr_dsl_cst_statement_valloc( pnode, handle_indirect_srec_assignment, free_indirect_srec_assignment, pstate); } // ---------------------------------------------------------------- static void free_indirect_srec_assignment(mlr_dsl_cst_statement_t* pstatement, context_t* _) { indirect_srec_assignment_state_t* pstate = pstatement->pvstate; pstate->plhs_evaluator->pfree_func(pstate->plhs_evaluator); pstate->prhs_evaluator->pfree_func(pstate->prhs_evaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_indirect_srec_assignment( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { indirect_srec_assignment_state_t* pstate = pstatement->pvstate; rval_evaluator_t* plhs_evaluator = pstate->plhs_evaluator; rval_evaluator_t* prhs_evaluator = pstate->prhs_evaluator; mv_t lval = plhs_evaluator->pprocess_func(plhs_evaluator->pvstate, pvars); if (mv_is_absent(&lval)) { return; } mv_t rval = prhs_evaluator->pprocess_func(prhs_evaluator->pvstate, pvars); char free_flags; char* srec_lhs_field_name = mv_format_val(&lval, &free_flags); // Write typed mlrval output to the typed overlay rather than into the lrec (which holds only // string values). // // The rval_evaluator reads the overlay in preference to the lrec. E.g. if the input had // "x"=>"abc","y"=>"def" but the previous pass through this loop set "y"=>7.4 and "z"=>"ghi" then an // expression right-hand side referring to $y would get the floating-point value 7.4. So we don't need // to do lrec_put here, and moreover should not for two reasons: (1) there is a performance hit of doing // throwaway number-to-string formatting -- it's better to do it once at the end; (2) having the string // values doubly owned by the typed overlay and the lrec would result in double frees, or awkward // bookkeeping. However, the NR variable evaluator reads prec->field_count, so we need to put something // here. And putting something statically allocated minimizes copying/freeing. if (mv_is_present(&rval)) { lhmsmv_put(pvars->ptyped_overlay, mlr_strdup_or_die(srec_lhs_field_name), &rval, FREE_ENTRY_KEY|FREE_ENTRY_VALUE); lrec_put(pvars->pinrec, mlr_strdup_or_die(srec_lhs_field_name), "bug", FREE_ENTRY_KEY | FREE_ENTRY_KEY); } else { // xxx re-examine after push mv_free(&rval); } if (free_flags) { free(srec_lhs_field_name); } } // ================================================================ typedef struct _positional_srec_name_assignment_state_t { rval_evaluator_t* plhs_evaluator; rval_evaluator_t* prhs_evaluator; } positional_srec_name_assignment_state_t; static mlr_dsl_cst_statement_handler_t handle_positional_srec_name_assignment; static mlr_dsl_cst_statement_freer_t free_positional_srec_name_assignment; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_positional_srec_name_assignment(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { positional_srec_name_assignment_state_t* pstate = mlr_malloc_or_die(sizeof(positional_srec_name_assignment_state_t)); pstate->prhs_evaluator = NULL; MLR_INTERNAL_CODING_ERROR_IF((pnode->pchildren == NULL) || (pnode->pchildren->length != 2)); mlr_dsl_ast_node_t* plhs_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* prhs_node = pnode->pchildren->phead->pnext->pvvalue; pstate->plhs_evaluator = rval_evaluator_alloc_from_ast(plhs_node, pcst->pfmgr, type_inferencing, context_flags); pstate->prhs_evaluator = rval_evaluator_alloc_from_ast(prhs_node, pcst->pfmgr, type_inferencing, context_flags); return mlr_dsl_cst_statement_valloc( pnode, handle_positional_srec_name_assignment, free_positional_srec_name_assignment, pstate); } // ---------------------------------------------------------------- static void free_positional_srec_name_assignment(mlr_dsl_cst_statement_t* pstatement, context_t* _) { positional_srec_name_assignment_state_t* pstate = pstatement->pvstate; pstate->plhs_evaluator->pfree_func(pstate->plhs_evaluator); pstate->prhs_evaluator->pfree_func(pstate->prhs_evaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_positional_srec_name_assignment( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { positional_srec_name_assignment_state_t* pstate = pstatement->pvstate; rval_evaluator_t* plhs_evaluator = pstate->plhs_evaluator; rval_evaluator_t* prhs_evaluator = pstate->prhs_evaluator; mv_t lval = plhs_evaluator->pprocess_func(plhs_evaluator->pvstate, pvars); mv_t rval = prhs_evaluator->pprocess_func(prhs_evaluator->pvstate, pvars); if (mv_is_absent(&lval)) { return; } if (!mv_is_int(&lval)) { char free_flags = NO_FREE; char* text = mv_maybe_alloc_format_val(&lval, &free_flags); fprintf(stderr, "%s: positional names must be integers; got \"%s\".\n", MLR_GLOBALS.bargv0, text); if (free_flags) free(text); exit(1); } if (mv_is_absent(&rval)) { return; } if (!mv_is_string(&rval)) { char free_flags = NO_FREE; char* text = mv_maybe_alloc_format_val(&rval, &free_flags); fprintf(stderr, "%s: new positional names must be strings; got [%s].\n", MLR_GLOBALS.bargv0, text); if (free_flags) free(text); exit(1); } int srec_lhs_field_position = lval.u.intv; // xxx elsewhere (lrec logic: prohibit empty-string name -- ? char* new_name = rval.u.strv; // Before: srec is 'a=1,b=2,c=3' // Assignment: '$[[3]] = "X"' // After: srec is 'a=1,b=2,X=3' if (mv_is_present(&rval)) { // xxx fix the lhmsmv_unset of old name on the same separate commit for fixing the unset bug char* old_name = lrec_get_key_by_position(pvars->pinrec, srec_lhs_field_position); if (old_name != NULL) { mv_t* poverlay = lhmsmv_get(pvars->ptyped_overlay, old_name); if (poverlay != NULL) { mv_t copy = mv_copy(poverlay); lhmsmv_put(pvars->ptyped_overlay, mlr_strdup_or_die(new_name), ©, FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } } lrec_rename_at_position(pvars->pinrec, srec_lhs_field_position, mlr_strdup_or_die(new_name), TRUE); mv_free(&rval); } } // ================================================================ typedef struct _env_assignment_state_t { rval_evaluator_t* plhs_evaluator; rval_evaluator_t* prhs_evaluator; } env_assignment_state_t; static mlr_dsl_cst_statement_handler_t handle_env_assignment; static mlr_dsl_cst_statement_freer_t free_env_assignment; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_env_assignment(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { env_assignment_state_t* pstate = mlr_malloc_or_die(sizeof(env_assignment_state_t)); MLR_INTERNAL_CODING_ERROR_IF((pnode->pchildren == NULL) || (pnode->pchildren->length != 2)); mlr_dsl_ast_node_t* plhs_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* prhs_node = pnode->pchildren->phead->pnext->pvvalue; MLR_INTERNAL_CODING_ERROR_IF(plhs_node->type != MD_AST_NODE_TYPE_ENV); MLR_INTERNAL_CODING_ERROR_IF(plhs_node->pchildren == NULL); MLR_INTERNAL_CODING_ERROR_IF(plhs_node->pchildren->length != 2); mlr_dsl_ast_node_t* pnamenode = plhs_node->pchildren->phead->pnext->pvvalue; pstate->plhs_evaluator = rval_evaluator_alloc_from_ast(pnamenode, pcst->pfmgr, type_inferencing, context_flags); pstate->prhs_evaluator = rval_evaluator_alloc_from_ast(prhs_node, pcst->pfmgr, type_inferencing, context_flags); return mlr_dsl_cst_statement_valloc( pnode, handle_env_assignment, free_env_assignment, pstate); } // ---------------------------------------------------------------- static void free_env_assignment(mlr_dsl_cst_statement_t* pstatement, context_t* _) { env_assignment_state_t* pstate = pstatement->pvstate; pstate->plhs_evaluator->pfree_func(pstate->plhs_evaluator); pstate->prhs_evaluator->pfree_func(pstate->prhs_evaluator); free(pstate); } // ---------------------------------------------------------------- static void handle_env_assignment( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { env_assignment_state_t* pstate = pstatement->pvstate; rval_evaluator_t* plhs_evaluator = pstate->plhs_evaluator; rval_evaluator_t* prhs_evaluator = pstate->prhs_evaluator; mv_t lval = plhs_evaluator->pprocess_func(plhs_evaluator->pvstate, pvars); mv_t rval = prhs_evaluator->pprocess_func(prhs_evaluator->pvstate, pvars); if (mv_is_present(&lval) && mv_is_present(&rval)) { mlr_arch_setenv( mlr_strdup_or_die(mv_alloc_format_val(&lval)), mlr_strdup_or_die(mv_alloc_format_val(&rval))); } mv_free(&lval); mv_free(&rval); } miller-5.6.2/c/dsl/mlr_dsl_cst_statements.c000066400000000000000000000561461354153536500207620ustar00rootroot00000000000000#include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "mlr_dsl_cst.h" #include "context_flags.h" // ================================================================ // The Lemon parser in parsing/mlr_dsl_parse.y builds up an abstract syntax tree // specifically for the CST builder here. // // For clearer visuals on what the ASTs look like: // * See parsing/mlr_dsl_parse.y // * See reg_test/run's filter -v and put -v outputs, e.g. in reg_test/expected/out // * Do "mlr -n put -v 'your expression goes here'" // ================================================================ // ================================================================ cst_statement_block_t* cst_statement_block_alloc(int subframe_var_count) { cst_statement_block_t* pblock = mlr_malloc_or_die(sizeof(cst_statement_block_t)); pblock->subframe_var_count = subframe_var_count; pblock->pstatements = sllv_alloc(); return pblock; } // ---------------------------------------------------------------- void cst_statement_block_free(cst_statement_block_t* pblock, context_t* pctx) { if (pblock == NULL) return; for (sllve_t* pe = pblock->pstatements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_free(pe->pvvalue, pctx); } sllv_free(pblock->pstatements); free(pblock); } // ================================================================ // ALLOCATORS // ================================================================ cst_top_level_statement_block_t* cst_top_level_statement_block_alloc(int max_var_depth, int subframe_var_count) { cst_top_level_statement_block_t* ptop_level_block = mlr_malloc_or_die(sizeof(cst_top_level_statement_block_t)); ptop_level_block->max_var_depth = max_var_depth; ptop_level_block->pframe = local_stack_frame_alloc(max_var_depth); ptop_level_block->pblock = cst_statement_block_alloc(subframe_var_count); return ptop_level_block; } // ---------------------------------------------------------------- void cst_top_level_statement_block_free(cst_top_level_statement_block_t* ptop_level_block, context_t* pctx) { if (ptop_level_block == NULL) return; local_stack_frame_free(ptop_level_block->pframe); cst_statement_block_free(ptop_level_block->pblock, pctx); free(ptop_level_block); } // ================================================================ // The parser accepts many things that are invalid, e.g. // * begin{end{}} -- begin/end not at top level // * begin{$x=1} -- references to stream records at begin/end // * break/continue outside of for/while/do-while // * $x=x -- boundvars outside of for-loop variable bindings // // All of the above are enforced here by the CST builder, which takes the parser's output AST as // input. This is done (a) to keep the parser from being overly complex, and (b) so we can get much // more informative error messages in C than in Lemon ('syntax error'). // // In this file we set up left-hand sides for assignments, as well as right-hand sides for emit and // unset. Most right-hand sides are set up in rval_expr_evaluators.c so the context_flags are // passed through to there as well. mlr_dsl_cst_statement_t* mlr_dsl_cst_alloc_statement(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { switch(pnode->type) { case MD_AST_NODE_TYPE_FUNC_DEF: fprintf(stderr, "%s: func statements are only valid at top level.\n", MLR_GLOBALS.bargv0); exit(1); break; case MD_AST_NODE_TYPE_SUBR_DEF: fprintf(stderr, "%s: subr statements are only valid at top level.\n", MLR_GLOBALS.bargv0); exit(1); break; case MD_AST_NODE_TYPE_BEGIN: fprintf(stderr, "%s: begin statements are only valid at top level.\n", MLR_GLOBALS.bargv0); exit(1); break; case MD_AST_NODE_TYPE_END: fprintf(stderr, "%s: end statements are only valid at top level.\n", MLR_GLOBALS.bargv0); exit(1); break; case MD_AST_NODE_TYPE_RETURN_VALUE: if (!(context_flags & IN_FUNC_DEF)) { fprintf(stderr, "%s: return-value statements are only valid within func blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_return_value(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_RETURN_VOID: if (!(context_flags & IN_SUBR_DEF)) { fprintf(stderr, "%s: return-void statements are only valid within subr blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_return_void(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_SUBR_CALLSITE: if (context_flags & IN_FUNC_DEF) { fprintf(stderr, "%s: subroutine calls are not valid within func blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_subr_callsite_statement(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_CONDITIONAL_BLOCK: return alloc_conditional_block(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_IF_HEAD: return alloc_if_head(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_WHILE: return alloc_while(pcst, pnode, type_inferencing, context_flags | IN_BREAKABLE); break; case MD_AST_NODE_TYPE_DO_WHILE: return alloc_do_while(pcst, pnode, type_inferencing, context_flags | IN_BREAKABLE); break; case MD_AST_NODE_TYPE_FOR_SREC: if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: statements involving $-variables are not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_for_srec(pcst, pnode, type_inferencing, context_flags | IN_BREAKABLE); break; case MD_AST_NODE_TYPE_FOR_SREC_KEY_ONLY: if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: statements involving $-variables are not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_for_srec_key_only(pcst, pnode, type_inferencing, context_flags | IN_BREAKABLE); break; case MD_AST_NODE_TYPE_FOR_OOSVAR: return alloc_for_map(pcst, pnode, type_inferencing, context_flags | IN_BREAKABLE); break; case MD_AST_NODE_TYPE_FOR_OOSVAR_KEY_ONLY: return alloc_for_map_key_only(pcst, pnode, type_inferencing, context_flags | IN_BREAKABLE); break; case MD_AST_NODE_TYPE_FOR_LOCAL_MAP: return alloc_for_map(pcst, pnode, type_inferencing, context_flags | IN_BREAKABLE); break; case MD_AST_NODE_TYPE_FOR_LOCAL_MAP_KEY_ONLY: return alloc_for_map_key_only(pcst, pnode, type_inferencing, context_flags | IN_BREAKABLE); break; case MD_AST_NODE_TYPE_FOR_MAP_LITERAL: return alloc_for_map(pcst, pnode, type_inferencing, context_flags | IN_BREAKABLE); break; case MD_AST_NODE_TYPE_FOR_MAP_LITERAL_KEY_ONLY: return alloc_for_map_key_only(pcst, pnode, type_inferencing, context_flags | IN_BREAKABLE); break; case MD_AST_NODE_TYPE_FOR_FUNC_RETVAL: return alloc_for_map(pcst, pnode, type_inferencing, context_flags | IN_BREAKABLE); break; case MD_AST_NODE_TYPE_FOR_FUNC_RETVAL_KEY_ONLY: return alloc_for_map_key_only(pcst, pnode, type_inferencing, context_flags | IN_BREAKABLE); break; case MD_AST_NODE_TYPE_TRIPLE_FOR: return alloc_triple_for(pcst, pnode, type_inferencing, context_flags | IN_BREAKABLE); break; case MD_AST_NODE_TYPE_BREAK: if (!(context_flags & IN_BREAKABLE)) { fprintf(stderr, "%s: break statements are only valid within for, while, or do-while.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_break(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_CONTINUE: if (!(context_flags & IN_BREAKABLE)) { fprintf(stderr, "%s: break statements are only valid within for, while, or do-while.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_continue(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_UNTYPED_LOCAL_DEFINITION: return alloc_local_variable_definition(pcst, pnode, type_inferencing, context_flags, TYPE_MASK_ANY); case MD_AST_NODE_TYPE_NUMERIC_LOCAL_DEFINITION: return alloc_local_variable_definition(pcst, pnode, type_inferencing, context_flags, TYPE_MASK_NUMERIC); break; case MD_AST_NODE_TYPE_INT_LOCAL_DEFINITION: return alloc_local_variable_definition(pcst, pnode, type_inferencing, context_flags, TYPE_MASK_INT); break; case MD_AST_NODE_TYPE_FLOAT_LOCAL_DEFINITION: return alloc_local_variable_definition(pcst, pnode, type_inferencing, context_flags, TYPE_MASK_FLOAT); break; case MD_AST_NODE_TYPE_BOOLEAN_LOCAL_DEFINITION: return alloc_local_variable_definition(pcst, pnode, type_inferencing, context_flags, TYPE_MASK_BOOLEAN); break; case MD_AST_NODE_TYPE_STRING_LOCAL_DEFINITION: return alloc_local_variable_definition(pcst, pnode, type_inferencing, context_flags, TYPE_MASK_STRING); break; case MD_AST_NODE_TYPE_MAP_LOCAL_DEFINITION: return alloc_local_variable_definition(pcst, pnode, type_inferencing, context_flags, TYPE_MASK_MAP); break; case MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT: return alloc_nonindexed_local_variable_assignment(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT: return alloc_indexed_local_variable_assignment(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_SREC_ASSIGNMENT: if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: assignments to $-variables are not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } if (context_flags & IN_FUNC_DEF) { fprintf(stderr, "%s: assignments to $-variables are not valid within func blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_srec_assignment(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_INDIRECT_SREC_ASSIGNMENT: if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: assignments to $-variables are not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } if (context_flags & IN_FUNC_DEF) { fprintf(stderr, "%s: assignments to $-variables are not valid within func blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_indirect_srec_assignment(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_POSITIONAL_SREC_NAME_ASSIGNMENT: if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: assignments to $-variables are not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } if (context_flags & IN_FUNC_DEF) { fprintf(stderr, "%s: assignments to $-variables are not valid within func blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_positional_srec_name_assignment(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT: return alloc_oosvar_assignment(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_OOSVAR_FROM_FULL_SREC_ASSIGNMENT: if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: assignments from $-variables are not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_oosvar_assignment(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_FULL_OOSVAR_ASSIGNMENT: return alloc_full_oosvar_assignment(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_FULL_OOSVAR_FROM_FULL_SREC_ASSIGNMENT: if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: assignments from $-variables are not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_full_oosvar_assignment(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_FULL_SREC_ASSIGNMENT: if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: assignments to $-variables are not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } if (context_flags & IN_FUNC_DEF) { fprintf(stderr, "%s: assignments to $-variables are not valid within func blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_full_srec_assignment(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_ENV_ASSIGNMENT: return alloc_env_assignment(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_UNSET: return alloc_unset(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_TEE: if (context_flags & IN_FUNC_DEF) { fprintf(stderr, "%s: tee statements are not valid within func blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_tee(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_EMITF: if (context_flags & IN_FUNC_DEF) { fprintf(stderr, "%s: emitf statements are not valid within func blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_emitf(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_EMITP: if (context_flags & IN_FUNC_DEF) { fprintf(stderr, "%s: emitp statements are not valid within func blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_emit(pcst, pnode, type_inferencing, context_flags, TRUE); break; case MD_AST_NODE_TYPE_EMIT: if (context_flags & IN_FUNC_DEF) { fprintf(stderr, "%s: emit statements are not valid within func blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_emit(pcst, pnode, type_inferencing, context_flags, FALSE); break; case MD_AST_NODE_TYPE_EMITP_LASHED: if (context_flags & IN_FUNC_DEF) { fprintf(stderr, "%s: emitp statements are not valid within func blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_emit_lashed(pcst, pnode, type_inferencing, context_flags, TRUE); break; case MD_AST_NODE_TYPE_EMIT_LASHED: if (context_flags & IN_FUNC_DEF) { fprintf(stderr, "%s: emit statements are not valid within func blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_emit_lashed(pcst, pnode, type_inferencing, context_flags, FALSE); break; case MD_AST_NODE_TYPE_FILTER: if (context_flags & IN_FUNC_DEF) { fprintf(stderr, "%s: filter statements are not valid within func blocks.\n", MLR_GLOBALS.bargv0); exit(1); } if (context_flags & IN_MLR_FILTER) { fprintf(stderr, "%s filter: expressions must not also contain the \"filter\" keyword.\n", MLR_GLOBALS.bargv0); exit(1); } return alloc_filter(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_DUMP: return alloc_dump(pcst, pnode, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_PRINT: return alloc_print(pcst, pnode, type_inferencing, context_flags, "\n"); break; case MD_AST_NODE_TYPE_PRINTN: return alloc_print(pcst, pnode, type_inferencing, context_flags, ""); break; default: return alloc_bare_boolean(pcst, pnode, type_inferencing, context_flags); break; } } // ---------------------------------------------------------------- // mlr put and mlr filter are almost entirely the same code. The key difference is that the final // statement for the latter must be a bare boolean expression. mlr_dsl_cst_statement_t* mlr_dsl_cst_alloc_final_filter_statement(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int negate_final_filter, int type_inferencing, int context_flags) { switch(pnode->type) { case MD_AST_NODE_TYPE_FILTER: fprintf(stderr, "%s filter: expressions must not also contain the \"filter\" keyword.\n", MLR_GLOBALS.bargv0); exit(1); break; case MD_AST_NODE_TYPE_FUNC_DEF: case MD_AST_NODE_TYPE_SUBR_DEF: case MD_AST_NODE_TYPE_BEGIN: case MD_AST_NODE_TYPE_END: case MD_AST_NODE_TYPE_RETURN_VALUE: case MD_AST_NODE_TYPE_RETURN_VOID: case MD_AST_NODE_TYPE_SUBR_CALLSITE: case MD_AST_NODE_TYPE_CONDITIONAL_BLOCK: case MD_AST_NODE_TYPE_IF_HEAD: case MD_AST_NODE_TYPE_WHILE: case MD_AST_NODE_TYPE_DO_WHILE: case MD_AST_NODE_TYPE_FOR_SREC: case MD_AST_NODE_TYPE_FOR_SREC_KEY_ONLY: case MD_AST_NODE_TYPE_FOR_OOSVAR: case MD_AST_NODE_TYPE_TRIPLE_FOR: case MD_AST_NODE_TYPE_BREAK: case MD_AST_NODE_TYPE_CONTINUE: case MD_AST_NODE_TYPE_UNTYPED_LOCAL_DEFINITION: case MD_AST_NODE_TYPE_NUMERIC_LOCAL_DEFINITION: case MD_AST_NODE_TYPE_INT_LOCAL_DEFINITION: case MD_AST_NODE_TYPE_FLOAT_LOCAL_DEFINITION: case MD_AST_NODE_TYPE_BOOLEAN_LOCAL_DEFINITION: case MD_AST_NODE_TYPE_STRING_LOCAL_DEFINITION: case MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT: case MD_AST_NODE_TYPE_SREC_ASSIGNMENT: case MD_AST_NODE_TYPE_INDIRECT_SREC_ASSIGNMENT: case MD_AST_NODE_TYPE_POSITIONAL_SREC_NAME_ASSIGNMENT: case MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT: case MD_AST_NODE_TYPE_OOSVAR_FROM_FULL_SREC_ASSIGNMENT: case MD_AST_NODE_TYPE_FULL_OOSVAR_ASSIGNMENT: case MD_AST_NODE_TYPE_FULL_OOSVAR_FROM_FULL_SREC_ASSIGNMENT: case MD_AST_NODE_TYPE_FULL_SREC_ASSIGNMENT: case MD_AST_NODE_TYPE_UNSET: case MD_AST_NODE_TYPE_TEE: case MD_AST_NODE_TYPE_EMITF: case MD_AST_NODE_TYPE_EMITP: case MD_AST_NODE_TYPE_EMIT: case MD_AST_NODE_TYPE_EMITP_LASHED: case MD_AST_NODE_TYPE_EMIT_LASHED: case MD_AST_NODE_TYPE_DUMP: case MD_AST_NODE_TYPE_PRINT: case MD_AST_NODE_TYPE_PRINTN: fprintf(stderr, "%s: filter expressions must end in a final boolean statement.\n", MLR_GLOBALS.bargv0); exit(1); break; default: return alloc_final_filter(pcst, pnode, negate_final_filter, type_inferencing, context_flags); break; } } // ---------------------------------------------------------------- // For used by constructors of subclasses of mlr_dsl_cst_statement_t. mlr_dsl_cst_statement_t* mlr_dsl_cst_statement_valloc( mlr_dsl_ast_node_t* past_node, mlr_dsl_cst_statement_handler_t* pstatement_handler, mlr_dsl_cst_statement_freer_t* pstatement_freer, void* pvstate) { mlr_dsl_cst_statement_t* pstatement = mlr_malloc_or_die(sizeof(mlr_dsl_cst_statement_t)); pstatement->past_node = past_node; pstatement->pstatement_handler = pstatement_handler; pstatement->pblock = NULL; pstatement->pblock_handler = NULL; pstatement->pstatement_freer = pstatement_freer; pstatement->pvstate = pvstate; return pstatement; } mlr_dsl_cst_statement_t* mlr_dsl_cst_statement_valloc_with_block( mlr_dsl_ast_node_t* past_node, mlr_dsl_cst_statement_handler_t* pstatement_handler, cst_statement_block_t* pblock, mlr_dsl_cst_block_handler_t* pblock_handler, mlr_dsl_cst_statement_freer_t* pstatement_freer, void* pvstate) { mlr_dsl_cst_statement_t* pstatement = mlr_malloc_or_die(sizeof(mlr_dsl_cst_statement_t)); pstatement->past_node = past_node; pstatement->pstatement_handler = pstatement_handler; pstatement->pblock = pblock; pstatement->pblock_handler = pblock_handler; pstatement->pstatement_freer = pstatement_freer; pstatement->pvstate = pvstate; return pstatement; } // ---------------------------------------------------------------- void mlr_dsl_cst_statement_free(mlr_dsl_cst_statement_t* pstatement, context_t* pctx) { if (pstatement->pstatement_freer != NULL) { pstatement->pstatement_freer(pstatement, pctx); } cst_statement_block_free(pstatement->pblock, pctx); free(pstatement); } // ================================================================ // Top-level entry point for statement-handling, e.g. from mapper_put. void mlr_dsl_cst_handle_top_level_statement_blocks( sllv_t* ptop_level_blocks, // block bodies for begins, main, ends variables_t* pvars, cst_outputs_t* pcst_outputs) { for (sllve_t* pe = ptop_level_blocks->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_handle_top_level_statement_block(pe->pvvalue, pvars, pcst_outputs); } } void mlr_dsl_cst_handle_top_level_statement_block( cst_top_level_statement_block_t* ptop_level_block, variables_t* pvars, cst_outputs_t* pcst_outputs) { local_stack_push(pvars->plocal_stack, local_stack_frame_enter(ptop_level_block->pframe)); local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); local_stack_subframe_enter(pframe, ptop_level_block->pblock->subframe_var_count); mlr_dsl_cst_handle_statement_block(ptop_level_block->pblock, pvars, pcst_outputs); local_stack_subframe_exit(pframe, ptop_level_block->pblock->subframe_var_count); local_stack_frame_exit(local_stack_pop(pvars->plocal_stack)); } // ================================================================ // HANDLERS // ================================================================ // This is for statement lists not recursively contained within a loop body -- including the // main/begin/end statements. Since there is no containing loop body, there is no need to check // for break or continue flags after each statement. void mlr_dsl_cst_handle_statement_block( cst_statement_block_t* pblock, variables_t* pvars, cst_outputs_t* pcst_outputs) { if (pvars->trace_execution) { for (sllve_t* pe = pblock->pstatements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_t* pstatement = pe->pvvalue; fprintf(stdout, "TRACE "); mlr_dsl_ast_node_pretty_fprint(pstatement->past_node, stdout); pstatement->pstatement_handler(pstatement, pvars, pcst_outputs); // The UDF/subroutine executor will clear the flag, and consume the retval if there is one. if (pvars->return_state.returned) { break; } } } else { for (sllve_t* pe = pblock->pstatements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_t* pstatement = pe->pvvalue; pstatement->pstatement_handler(pstatement, pvars, pcst_outputs); // The UDF/subroutine executor will clear the flag, and consume the retval if there is one. if (pvars->return_state.returned) { break; } } } } // This is for statement lists recursively contained within a loop body. // It checks for break or continue flags after each statement. void mlr_dsl_cst_handle_statement_block_with_break_continue( cst_statement_block_t* pblock, variables_t* pvars, cst_outputs_t* pcst_outputs) { if (pvars->trace_execution) { for (sllve_t* pe = pblock->pstatements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_t* pstatement = pe->pvvalue; fprintf(stdout, "TRACE "); mlr_dsl_ast_node_pretty_fprint(pstatement->past_node, stdout); pstatement->pstatement_handler(pstatement, pvars, pcst_outputs); if (loop_stack_get(pvars->ploop_stack) != 0) { break; } // The UDF/subroutine executor will clear the flag, and consume the retval if there is one. if (pvars->return_state.returned) { break; } } } else { for (sllve_t* pe = pblock->pstatements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_t* pstatement = pe->pvvalue; pstatement->pstatement_handler(pstatement, pvars, pcst_outputs); if (loop_stack_get(pvars->ploop_stack) != 0) { break; } // The UDF/subroutine executor will clear the flag, and consume the retval if there is one. if (pvars->return_state.returned) { break; } } } } // Triple-for start/continuation/update statement lists void mlr_dsl_cst_handle_statement_list( sllv_t* pstatements, variables_t* pvars, cst_outputs_t* pcst_outputs) { if (pvars->trace_execution) { for (sllve_t* pe = pstatements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_t* pstatement = pe->pvvalue; fprintf(stdout, "TRACE "); mlr_dsl_ast_node_pretty_fprint(pstatement->past_node, stdout); pstatement->pstatement_handler(pstatement, pvars, pcst_outputs); } } else { for (sllve_t* pe = pstatements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_t* pstatement = pe->pvvalue; pstatement->pstatement_handler(pstatement, pvars, pcst_outputs); } } } miller-5.6.2/c/dsl/mlr_dsl_cst_triple_for_statements.c000066400000000000000000000150741354153536500232020ustar00rootroot00000000000000#include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "mlr_dsl_cst.h" #include "context_flags.h" static mlr_dsl_cst_statement_handler_t handle_triple_for; static mlr_dsl_cst_statement_freer_t free_triple_for; typedef struct _triple_for_state_t { sllv_t* ptriple_for_start_statements; sllv_t* ptriple_for_pre_continuation_statements; rval_evaluator_t* ptriple_for_continuation_evaluator; sllv_t* ptriple_for_update_statements; } triple_for_state_t; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_triple_for(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { mlr_dsl_ast_node_t* pstart_statements_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pcontinuation_statements_node = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pupdate_statements_node = pnode->pchildren->phead->pnext->pnext->pvvalue; mlr_dsl_ast_node_t* pbody_statements_node = pnode->pchildren->phead->pnext->pnext->pnext->pvvalue; triple_for_state_t* pstate = mlr_malloc_or_die(sizeof(triple_for_state_t)); pstate->ptriple_for_start_statements = sllv_alloc(); for (sllve_t* pe = pstart_statements_node->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pbody_ast_node = pe->pvvalue; sllv_append(pstate->ptriple_for_start_statements, mlr_dsl_cst_alloc_statement( pcst, pbody_ast_node, type_inferencing, context_flags & ~IN_BREAKABLE)); } // Continuation statements are split into the final boolean, and the statements before (if any). pstate->ptriple_for_pre_continuation_statements = sllv_alloc(); // Empty continuation for triple-for is an implicit TRUE. if (pcontinuation_statements_node->pchildren->length == 0) { pstate->ptriple_for_continuation_evaluator = rval_evaluator_alloc_from_boolean(TRUE); } else { for ( sllve_t* pe = pcontinuation_statements_node->pchildren->phead; pe != NULL && pe->pnext != NULL; pe = pe->pnext ) { mlr_dsl_ast_node_t* pbody_ast_node = pe->pvvalue; sllv_append(pstate->ptriple_for_pre_continuation_statements, mlr_dsl_cst_alloc_statement(pcst, pbody_ast_node, type_inferencing, context_flags & ~IN_BREAKABLE)); } mlr_dsl_ast_node_t* pfinal_continuation_statement_node = pcontinuation_statements_node->pchildren->ptail->pvvalue; if (mlr_dsl_ast_node_cannot_be_bare_boolean(pfinal_continuation_statement_node)) { fprintf(stderr, "%s: the final triple-for continutation statement must be a bare boolean.\n", MLR_GLOBALS.bargv0); exit(1); } pstate->ptriple_for_continuation_evaluator = rval_evaluator_alloc_from_ast( pfinal_continuation_statement_node, pcst->pfmgr, type_inferencing, (context_flags & ~IN_BREAKABLE) | IN_TRIPLE_FOR_CONTINUE); } pstate->ptriple_for_update_statements = sllv_alloc(); for (sllve_t* pe = pupdate_statements_node->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pbody_ast_node = pe->pvvalue; sllv_append(pstate->ptriple_for_update_statements, mlr_dsl_cst_alloc_statement(pcst, pbody_ast_node, type_inferencing, context_flags & ~IN_BREAKABLE)); } MLR_INTERNAL_CODING_ERROR_IF(pnode->subframe_var_count == MD_UNUSED_INDEX); cst_statement_block_t* pblock = cst_statement_block_alloc(pnode->subframe_var_count); for (sllve_t* pe = pbody_statements_node->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pbody_ast_node = pe->pvvalue; sllv_append(pblock->pstatements, mlr_dsl_cst_alloc_statement(pcst, pbody_ast_node, type_inferencing, context_flags)); } return mlr_dsl_cst_statement_valloc_with_block( pnode, handle_triple_for, pblock, mlr_dsl_cst_handle_statement_block_with_break_continue, free_triple_for, pstate); } static void free_triple_for(mlr_dsl_cst_statement_t* pstatement, context_t* pctx) { triple_for_state_t* pstate = pstatement->pvstate; if (pstate->ptriple_for_start_statements != NULL) { for (sllve_t* pe = pstate->ptriple_for_start_statements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_t* ps = pe->pvvalue; mlr_dsl_cst_statement_free(ps, pctx); } sllv_free(pstate->ptriple_for_start_statements); } if (pstate->ptriple_for_pre_continuation_statements != NULL) { for (sllve_t* pe = pstate->ptriple_for_pre_continuation_statements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_t* ps = pe->pvvalue; mlr_dsl_cst_statement_free(ps, pctx); } sllv_free(pstate->ptriple_for_pre_continuation_statements); } if (pstate->ptriple_for_continuation_evaluator != NULL) { pstate->ptriple_for_continuation_evaluator->pfree_func(pstate->ptriple_for_continuation_evaluator); } if (pstate->ptriple_for_update_statements != NULL) { for (sllve_t* pe = pstate->ptriple_for_update_statements->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_cst_statement_t* ps = pe->pvvalue; mlr_dsl_cst_statement_free(ps, pctx); } sllv_free(pstate->ptriple_for_update_statements); } free(pstate); } // ---------------------------------------------------------------- static void handle_triple_for( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); local_stack_subframe_enter(pframe, pstatement->pblock->subframe_var_count); loop_stack_push(pvars->ploop_stack); triple_for_state_t* pstate = pstatement->pvstate; // Start statements mlr_dsl_cst_handle_statement_list(pstate->ptriple_for_start_statements, pvars, pcst_outputs); while (TRUE) { // Continuation statements: // * all but the last one are simply executed ... mlr_dsl_cst_handle_statement_list(pstate->ptriple_for_pre_continuation_statements, pvars, pcst_outputs); // * ... and the last one is used to determine continuation: rval_evaluator_t* pev = pstate->ptriple_for_continuation_evaluator; mv_t val = pev->pprocess_func(pev->pvstate, pvars); if (mv_is_non_null(&val)) mv_set_boolean_strict(&val); if (!val.u.boolv) break; // Body statements mlr_dsl_cst_handle_statement_block_with_break_continue(pstatement->pblock, pvars, pcst_outputs); if (loop_stack_get(pvars->ploop_stack) & LOOP_BROKEN) { loop_stack_clear(pvars->ploop_stack, LOOP_BROKEN); break; } else if (loop_stack_get(pvars->ploop_stack) & LOOP_CONTINUED) { loop_stack_clear(pvars->ploop_stack, LOOP_CONTINUED); } // Update statements mlr_dsl_cst_handle_statement_list(pstate->ptriple_for_update_statements, pvars, pcst_outputs); } loop_stack_pop(pvars->ploop_stack); local_stack_subframe_exit(pframe, pstatement->pblock->subframe_var_count); } miller-5.6.2/c/dsl/mlr_dsl_cst_unset_statements.c000066400000000000000000000266211354153536500221730ustar00rootroot00000000000000#include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "keylist_evaluators.h" #include "mlr_dsl_cst.h" #include "context_flags.h" // ================================================================ // Most statements have one item, except emit and unset. struct _unset_item_t; typedef void unset_item_handler_t( struct _unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs); typedef struct _unset_item_t { unset_item_handler_t* punset_item_handler; int local_variable_frame_relative_index; char* srec_field_name; sllv_t* pkeylist_evaluators; rval_evaluator_t* psrec_field_name_evaluator; } unset_item_t; static unset_item_t* alloc_blank_unset_item(); static void free_unset_item(unset_item_t* punset_item); static void handle_unset_nonindexed_local_variable( unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs); static void handle_unset_indexed_local_variable( unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs); static void handle_unset_oosvar( unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs); static void handle_unset_full_srec( unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs); static void handle_unset_srec_field_name( unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs); static void handle_unset_indirect_srec_field_name( unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs); static void handle_unset_positional_srec_field_name( unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs); // ================================================================ typedef struct _unset_state_t { sllv_t* punset_items; } unset_state_t; static mlr_dsl_cst_statement_handler_t handle_unset; static mlr_dsl_cst_statement_freer_t free_unset; static mlr_dsl_cst_statement_handler_t handle_unset; static mlr_dsl_cst_statement_handler_t handle_unset_all; // ---------------------------------------------------------------- mlr_dsl_cst_statement_t* alloc_unset(mlr_dsl_cst_t* pcst, mlr_dsl_ast_node_t* pnode, int type_inferencing, int context_flags) { unset_state_t* pstate = mlr_malloc_or_die(sizeof(unset_state_t)); pstate->punset_items = sllv_alloc(); mlr_dsl_cst_statement_handler_t* pstatement_handler = handle_unset; for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pchild = pe->pvvalue; if (pchild->type == MD_AST_NODE_TYPE_ALL || pchild->type == MD_AST_NODE_TYPE_FULL_OOSVAR) { // The grammar allows only 'unset all', not 'unset @x, all, $y'. // So if 'all' appears at all, it's the only name. Likewise with '@*'. pstatement_handler = handle_unset_all; } else if (pchild->type == MD_AST_NODE_TYPE_FULL_SREC) { if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: unset of $-variables is not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } unset_item_t* punset_item = alloc_blank_unset_item(); punset_item->punset_item_handler = handle_unset_full_srec; sllv_append(pstate->punset_items, punset_item); } else if (pchild->type == MD_AST_NODE_TYPE_FIELD_NAME) { if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: unset of $-variables is not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } unset_item_t* punset_item = alloc_blank_unset_item(); punset_item->punset_item_handler = handle_unset_srec_field_name; punset_item->srec_field_name = pchild->text; sllv_append(pstate->punset_items, punset_item); } else if (pchild->type == MD_AST_NODE_TYPE_INDIRECT_FIELD_NAME) { if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: unset of $-variables are not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } unset_item_t* punset_item = alloc_blank_unset_item(); punset_item->punset_item_handler = handle_unset_indirect_srec_field_name; punset_item->psrec_field_name_evaluator = rval_evaluator_alloc_from_ast( pchild->pchildren->phead->pvvalue, pcst->pfmgr, type_inferencing, context_flags); sllv_append(pstate->punset_items, punset_item); } else if (pchild->type == MD_AST_NODE_TYPE_POSITIONAL_SREC_NAME) { if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: unset of $-variables are not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } unset_item_t* punset_item = alloc_blank_unset_item(); punset_item->punset_item_handler = handle_unset_positional_srec_field_name; punset_item->psrec_field_name_evaluator = rval_evaluator_alloc_from_ast( pchild->pchildren->phead->pvvalue, pcst->pfmgr, type_inferencing, context_flags); sllv_append(pstate->punset_items, punset_item); } else if (pchild->type == MD_AST_NODE_TYPE_OOSVAR_KEYLIST) { unset_item_t* punset_item = alloc_blank_unset_item(); punset_item->punset_item_handler = handle_unset_oosvar; punset_item->pkeylist_evaluators = allocate_keylist_evaluators_from_ast_node( pchild, pcst->pfmgr, type_inferencing, context_flags); sllv_append(pstate->punset_items, punset_item); } else if (pchild->type == MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE) { MLR_INTERNAL_CODING_ERROR_IF(pchild->vardef_frame_relative_index == MD_UNUSED_INDEX); unset_item_t* punset_item = alloc_blank_unset_item(); punset_item->punset_item_handler = handle_unset_nonindexed_local_variable; punset_item->local_variable_frame_relative_index = pchild->vardef_frame_relative_index; sllv_append(pstate->punset_items, punset_item); } else if (pchild->type == MD_AST_NODE_TYPE_INDEXED_LOCAL_VARIABLE) { MLR_INTERNAL_CODING_ERROR_IF(pchild->vardef_frame_relative_index == MD_UNUSED_INDEX); unset_item_t* punset_item = alloc_blank_unset_item(); punset_item->punset_item_handler = handle_unset_indexed_local_variable; punset_item->local_variable_frame_relative_index = pchild->vardef_frame_relative_index; punset_item->pkeylist_evaluators = allocate_keylist_evaluators_from_ast_node( pchild, pcst->pfmgr, type_inferencing, context_flags); sllv_append(pstate->punset_items, punset_item); } else { MLR_INTERNAL_CODING_ERROR(); } } return mlr_dsl_cst_statement_valloc( pnode, pstatement_handler, free_unset, pstate); } // ---------------------------------------------------------------- static void free_unset(mlr_dsl_cst_statement_t* pstatement, context_t* _) { unset_state_t* pstate = pstatement->pvstate; for (sllve_t* pe = pstate->punset_items->phead; pe != NULL; pe = pe->pnext) { free_unset_item(pe->pvvalue); } sllv_free(pstate->punset_items); free(pstate); } // ---------------------------------------------------------------- static void handle_unset( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { unset_state_t* pstate = pstatement->pvstate; for (sllve_t* pf = pstate->punset_items->phead; pf != NULL; pf = pf->pnext) { unset_item_t* punset_item = pf->pvvalue; punset_item->punset_item_handler(punset_item, pvars, pcst_outputs); } } static void handle_unset_all( mlr_dsl_cst_statement_t* pstatement, variables_t* pvars, cst_outputs_t* pcst_outputs) { sllmv_t* pempty = sllmv_alloc(); mlhmmv_root_remove(pvars->poosvars, pempty); sllmv_free(pempty); } // ---------------------------------------------------------------- static unset_item_t* alloc_blank_unset_item() { unset_item_t* punset_item = mlr_malloc_or_die(sizeof(unset_item_t)); punset_item->punset_item_handler = NULL; punset_item->local_variable_frame_relative_index = MD_UNUSED_INDEX; punset_item->srec_field_name = NULL; punset_item->pkeylist_evaluators = NULL; punset_item->psrec_field_name_evaluator = NULL; return punset_item; } static void free_unset_item(unset_item_t* punset_item) { if (punset_item->pkeylist_evaluators != NULL) { for (sllve_t* pe = punset_item->pkeylist_evaluators->phead; pe != NULL; pe = pe->pnext) { rval_evaluator_t* phandler = pe->pvvalue; phandler->pfree_func(phandler); } sllv_free(punset_item->pkeylist_evaluators); } if (punset_item->psrec_field_name_evaluator != NULL) { punset_item->psrec_field_name_evaluator->pfree_func(punset_item->psrec_field_name_evaluator); } free(punset_item); } static void handle_unset_nonindexed_local_variable( unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs) { local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); local_stack_frame_assign_terminal_nonindexed(pframe, punset_item->local_variable_frame_relative_index, mv_absent()); } // As with oosvars, unset removes the key. E.g. if 'v = { 1:2, 3:4 }' then // 'unset v[1]' results in 'v = { 3:4 }'. static void handle_unset_indexed_local_variable( unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs) { int all_non_null_or_error = TRUE; sllmv_t* pmvkeys = evaluate_list(punset_item->pkeylist_evaluators, pvars, &all_non_null_or_error); if (all_non_null_or_error) { local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); // 'unset nonesuch[someindex]' requires the existence check first: else we'd be poking data // into the absent-value stack-frame-index-0 slot. mlhmmv_xvalue_t* pxval = local_stack_frame_ref_extended_from_indexed(pframe, punset_item->local_variable_frame_relative_index, NULL); if (pxval != NULL) { mlhmmv_level_remove(pxval->pnext_level, pmvkeys->phead); } } sllmv_free(pmvkeys); } static void handle_unset_oosvar( unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs) { int all_non_null_or_error = TRUE; sllmv_t* pmvkeys = evaluate_list(punset_item->pkeylist_evaluators, pvars, &all_non_null_or_error); if (all_non_null_or_error) mlhmmv_root_remove(pvars->poosvars, pmvkeys); sllmv_free(pmvkeys); } static void handle_unset_full_srec( unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs) { lrec_clear(pvars->pinrec); } static void handle_unset_srec_field_name( unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs) { lrec_remove(pvars->pinrec, punset_item->srec_field_name); } static void handle_unset_indirect_srec_field_name( unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs) { rval_evaluator_t* pevaluator = punset_item->psrec_field_name_evaluator; mv_t nameval = pevaluator->pprocess_func(pevaluator->pvstate, pvars); char free_flags = NO_FREE; char* field_name = mv_maybe_alloc_format_val(&nameval, &free_flags); lrec_remove(pvars->pinrec, field_name); if (free_flags & FREE_ENTRY_VALUE) free(field_name); mv_free(&nameval); } static void handle_unset_positional_srec_field_name( unset_item_t* punset_item, variables_t* pvars, cst_outputs_t* pcst_outputs) { rval_evaluator_t* pevaluator = punset_item->psrec_field_name_evaluator; mv_t nameval = pevaluator->pprocess_func(pevaluator->pvstate, pvars); if (!mv_is_int(&nameval)) { char free_flags = NO_FREE; char* text = mv_maybe_alloc_format_val(&nameval, &free_flags); fprintf(stderr, "%s: positional names must be integers; got \"%s\".\n", MLR_GLOBALS.bargv0, text); if (free_flags) free(text); exit(1); } // xxx typed overlay too!! int field_position = nameval.u.intv; lrec_remove_by_position(pvars->pinrec, field_position); mv_free(&nameval); } miller-5.6.2/c/dsl/mlr_dsl_stack_allocate.c000066400000000000000000001213711354153536500206640ustar00rootroot00000000000000#include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/free_flags.h" #include "containers/lhmsi.h" #include "dsl/mlr_dsl_blocked_ast.h" #include "dsl/context_flags.h" // ================================================================ // This is a two-pass stack allocator for the Miller DSL. // // ---------------------------------------------------------------- // CONTEXT: // // In the initial Miller implementation of local variables (e.g. for-loop // indices or frame-local variables), I used a hashmap from string name to // mlrval at each level. This was very easy to code and it worked, but it had // the property that every local-variable read or write involved a hashmap // lookup to locate each local variable on the stack. For compute-intensive // work this resulted in 80% or more of the compute time being used for the // hashmap accesses. It doesn't make sense to always be asking "where is // variable 'a'"? at runtime (maybe ten million times doing hash-map lookups) // since this can be figured out ahead of time. // // The Miller DSL allows for recursive functions and subroutines, but within // those, stack layout is knowable at parse time. // // ---------------------------------------------------------------- // TERMINOLOGY // // * A top-level statement block starts with 'begin', 'end', 'func', 'subr', // or is the remaining collection of statements outside of any of those which // is called the 'main' statement block. // // * A stack frame is all the locals for a top-level statement block including // anything local to a scoped block within the top-level block. For example, // locals may be defined within if/while/do-while blocks. Also, variables can // be local to a triple-for, e.g. 'for (var i = 0; i < 10; i += 1) { ... }'. // As well, locals are bound to variables in for-loops over stream records // or out-of-stream variables: 'for (k, v in $*) { ... }' or // 'for ((k1, k2), v in @*) { ... }'. Lastly, function arguments are local // to the function/subroutine definition site. // // * A subframe is the locals defined within any of the above: locals // defined within an if/while/for/etc. block. Or, the locals defined // in the top-level block have their own subframe. // // ---------------------------------------------------------------- // CONVENTION: Local variables are bound to indices within the stack frame, but, // local variable may be read before they are defined. Slot 0 of each frame is // an absent-null which is reserved for this purpose. // // ---------------------------------------------------------------- // EXAMPLE: // // # ---- FUNC TOP-LEVEL SUBFRAME 0: defcount 7 {absent-RHS,a,b,c,i,j,y} // # Absent-null-RHS is at slot 0 of top level. // func f(a, b, c) { # Args define locals 1,2,3 at current level. // var i = 24; # Explicitly define local 4 at current level. // j = 25; # Implicitly define local 5 at current level. // # // # ---- IF-STATEMENT SUBFRAME 1: defcount 1 {k} // if (a == 26) { # Read of local 1, found at top level (subframe 0). // var k = 27; # Explicitly define local 0 at this level. // j = 28; # LHS is local 5, found at top level. // # // # Note that the 'if' and the 'else' are both at subframe // # depth 1, while each defines a different number of locals. // # For this function the max variable depth is 9: // # 7 at top level plus 1 = 8 if the if is taken, // # 7 at top level plus 2 = 9 if the else is taken, // # // } else { # ---- ELSE-STATEMENT SUBFRAME 1: defcount 2 {n, u} // n = b; # Implicitly define local 0 at this level. // var u = 4; # Implicitly define local 1 at this level. // } # // # // y = 7; # LHS is local 6 at current level. // i = z; # LHS is local 4 at current level; // # RHS is unresolved -> slot 0 at current level. // } # // // Notes: // // * Pass 1 computes frame-relative indices and subframe-level counts, // as in the example, for each local variable. // // * Pass 2 computes absolute indices for each local variable. These // aren't computable in pass 1 due to the example 'y = 7' assignment // above: the number of local variables in an upper level can change // after the invocation of a child level, so the total frame size is not // known until all AST nodes in the top-level block have been visited. // // * Pass 2 also computes the max depth, counting number of variables, so // that for each top-level block we can allocate an array of mlrvals which // will be reused on every invocation. (For recursive function calls an entire // frame be dynamically allocated.) // // * Slot 0 of the top level is reserved for an absent-null for unresolved // names on reads. // // * The tree-traversal order is done correctly so that if a variable is read // before it is defined, then read again after it is defined, then the first // read gets absent-null and the second gets the defined value. // ================================================================ // ================================================================ // Pass-1 stack-frame container: simply a hashmap from name to position on the // frame relative to the curly-braced statement block (top-level, for-loop, // if-statement, else-statement, etc.). typedef struct _stkalc_subframe_t { int var_count; lhmsi_t* pnames_to_indices; } stkalc_subframe_t; // ---------------------------------------------------------------- // Pass-1 stack-frame methods static stkalc_subframe_t* stkalc_subframe_alloc(); static void stkalc_subframe_free(stkalc_subframe_t* pframe); static int stkalc_subframe_test_and_get(stkalc_subframe_t* pframe, char* name, int* pvalue); static int stkalc_subframe_get(stkalc_subframe_t* pframe, char* name); static int stkalc_subframe_add(stkalc_subframe_t* pframe, char* name); // ================================================================ // Pass-1 frame-group container: a linked list with current frame at the head // and top-level frame at the tail. Within a given top-level block there is a // tree of curly-braced statement blocks, e.g. a function-definition might have // an if-statement, else-if, else-if, else, each with its own frame. But during // pass 1 we only maintain a list from the current frame being analyzed up to // its parents; sibling branches are not simultaneously stored in this data // structure. typedef struct _stkalc_subframe_group_t { sllv_t* plist; } stkalc_subframe_group_t; // ---------------------------------------------------------------- // Pass-1 stack-frame-group methods static stkalc_subframe_group_t* stkalc_subframe_group_alloc(stkalc_subframe_t* pframe, int trace); static void stkalc_subframe_group_free(stkalc_subframe_group_t* pframe_group); static void stkalc_subframe_group_push(stkalc_subframe_group_t* pframe_group, stkalc_subframe_t* pframe); static stkalc_subframe_t* stkalc_subframe_group_pop(stkalc_subframe_group_t* pframe_group); // Pass-1 stack-frame-group node-mutator methods: given an AST node containing a // local-variable usage they assign a subframe-relative index and a subframe-depth // counter (how many frames deep into the top-level statement block the node // is). static void stkalc_subframe_group_mutate_node_for_define(stkalc_subframe_group_t* pframe_group, mlr_dsl_ast_node_t* pnode, char* desc, int trace); static void stkalc_subframe_group_mutate_node_for_write(stkalc_subframe_group_t* pframe_group, mlr_dsl_ast_node_t* pnode, char* desc, int trace); static void stkalc_subframe_group_mutate_node_for_read(stkalc_subframe_group_t* pframe_group, mlr_dsl_ast_node_t* pnode, char* desc, int trace); // ================================================================ // Pass-1 helper methods for the main entry point to this file. static void pass_1_for_func_subr_block(mlr_dsl_ast_node_t* pnode, int trace); static void pass_1_for_begin_end_block(mlr_dsl_ast_node_t* pnode, int trace); static void pass_1_for_main_block(mlr_dsl_ast_node_t* pnode, int trace); static void pass_1_for_statement_block(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace); static void pass_1_for_statement_list(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace); static void pass_1_for_node(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace); static void pass_1_for_local_definition(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace); static void pass_1_for_local_assignment(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace); static void pass_1_for_local_read(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace); static void pass_1_for_srec_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace); static void pass_1_for_srec_key_only_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace); static void pass_1_for_map_key_only_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace); static void pass_1_for_map_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace); static void pass_1_for_triple_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace); static void pass_1_for_non_terminal_node(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace); // Pass-2 helper methods for the main entry point to this file. static void pass_2_for_top_level_block(mlr_dsl_ast_node_t* pnode, int trace); static void pass_2_for_node(mlr_dsl_ast_node_t* pnode, int subframe_depth, int var_count_below_subframe, int var_count_at_subframe, int* pmax_var_depth, int* subframe_var_count_belows, int max_subframe_depth, int trace); // ================================================================ // Utility methods static void leader_print(int depth); // ================================================================ // Main entry point for the bind-stack allocator void blocked_ast_allocate_locals(blocked_ast_t* paast, int trace) { // Pass 1 for (sllve_t* pe = paast->pfunc_defs->phead; pe != NULL; pe = pe->pnext) { pass_1_for_func_subr_block(pe->pvvalue, trace); } for (sllve_t* pe = paast->psubr_defs->phead; pe != NULL; pe = pe->pnext) { pass_1_for_func_subr_block(pe->pvvalue, trace); } for (sllve_t* pe = paast->pbegin_blocks->phead; pe != NULL; pe = pe->pnext) { pass_1_for_begin_end_block(pe->pvvalue, trace); } { pass_1_for_main_block(paast->pmain_block, trace); } for (sllve_t* pe = paast->pend_blocks->phead; pe != NULL; pe = pe->pnext) { pass_1_for_begin_end_block(pe->pvvalue, trace); } // Pass 2 for (sllve_t* pe = paast->pfunc_defs->phead; pe != NULL; pe = pe->pnext) { pass_2_for_top_level_block(pe->pvvalue, trace); } for (sllve_t* pe = paast->psubr_defs->phead; pe != NULL; pe = pe->pnext) { pass_2_for_top_level_block(pe->pvvalue, trace); } for (sllve_t* pe = paast->pbegin_blocks->phead; pe != NULL; pe = pe->pnext) { pass_2_for_top_level_block(pe->pvvalue, trace); } { pass_2_for_top_level_block(paast->pmain_block, trace); } for (sllve_t* pe = paast->pend_blocks->phead; pe != NULL; pe = pe->pnext) { pass_2_for_top_level_block(pe->pvvalue, trace); } } // ---------------------------------------------------------------- static void pass_1_for_func_subr_block(mlr_dsl_ast_node_t* pnode, int trace) { if (trace) { printf("\n"); printf("ALLOCATING RELATIVE (PASS-1) LOCALS FOR DEFINITION BLOCK [%s]\n", pnode->text); } MLR_INTERNAL_CODING_ERROR_IF(pnode->type != MD_AST_NODE_TYPE_SUBR_DEF && pnode->type != MD_AST_NODE_TYPE_FUNC_DEF); stkalc_subframe_t* pframe = stkalc_subframe_alloc(); stkalc_subframe_group_t* pframe_group = stkalc_subframe_group_alloc(pframe, trace); int max_subframe_depth = 1; mlr_dsl_ast_node_t* pdef_name_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* plist_node = pnode->pchildren->phead->pnext->pvvalue; for (sllve_t* pe = pdef_name_node->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pparameter_node = pe->pvvalue; stkalc_subframe_group_mutate_node_for_define(pframe_group, pparameter_node, "PARAMETER", trace); } pass_1_for_statement_block(plist_node, pframe_group, &max_subframe_depth, trace); pnode->subframe_var_count = pframe->var_count; pnode->max_subframe_depth = max_subframe_depth; if (trace) { printf("BLOCK %s subframe_var_count=%d max_subframe_depth=%d\n", pnode->text, pnode->subframe_var_count, pnode->max_subframe_depth); } stkalc_subframe_free(stkalc_subframe_group_pop(pframe_group)); stkalc_subframe_group_free(pframe_group); } // ---------------------------------------------------------------- static void pass_1_for_begin_end_block(mlr_dsl_ast_node_t* pnode, int trace) { if (trace) { printf("\n"); printf("ALLOCATING RELATIVE (PASS-1) LOCALS FOR %s BLOCK\n", pnode->text); } MLR_INTERNAL_CODING_ERROR_IF(pnode->type != MD_AST_NODE_TYPE_BEGIN && pnode->type != MD_AST_NODE_TYPE_END); stkalc_subframe_t* pframe = stkalc_subframe_alloc(); stkalc_subframe_group_t* pframe_group = stkalc_subframe_group_alloc(pframe, trace); int max_subframe_depth = 1; pass_1_for_statement_block(pnode->pchildren->phead->pvvalue, pframe_group, &max_subframe_depth, trace); pnode->subframe_var_count = pframe->var_count; pnode->max_subframe_depth = max_subframe_depth; if (trace) { printf("BLOCK %s subframe_var_count=%d max_subframe_depth=%d\n", pnode->text, pnode->subframe_var_count, pnode->max_subframe_depth); } stkalc_subframe_free(stkalc_subframe_group_pop(pframe_group)); stkalc_subframe_group_free(pframe_group); } // ---------------------------------------------------------------- static void pass_1_for_main_block(mlr_dsl_ast_node_t* pnode, int trace) { if (trace) { printf("\n"); printf("ALLOCATING RELATIVE (PASS-1) LOCALS FOR MAIN BLOCK\n"); } MLR_INTERNAL_CODING_ERROR_IF(pnode->type != MD_AST_NODE_TYPE_STATEMENT_BLOCK); stkalc_subframe_t* pframe = stkalc_subframe_alloc(); stkalc_subframe_group_t* pframe_group = stkalc_subframe_group_alloc(pframe, trace); int max_subframe_depth = 1; pass_1_for_statement_block(pnode, pframe_group, &max_subframe_depth, trace); pnode->subframe_var_count = pframe->var_count; pnode->max_subframe_depth = max_subframe_depth; if (trace) { printf("BLOCK %s subframe_var_count=%d max_subframe_depth=%d\n", pnode->text, pnode->subframe_var_count, pnode->max_subframe_depth); } stkalc_subframe_free(stkalc_subframe_group_pop(pframe_group)); stkalc_subframe_group_free(pframe_group); } // ---------------------------------------------------------------- // Curly-braced bodies of if/while/for/etc. static void pass_1_for_statement_block(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace) { MLR_INTERNAL_CODING_ERROR_IF(pnode->type != MD_AST_NODE_TYPE_STATEMENT_BLOCK); for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pchild = pe->pvvalue; pass_1_for_node(pchild, pframe_group, pmax_subframe_depth, trace); } } // Non-curly-braced triple-for starts/continuations/updates statement lists. static void pass_1_for_statement_list(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace) { MLR_INTERNAL_CODING_ERROR_IF(pnode->type != MD_AST_NODE_TYPE_STATEMENT_LIST); for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pchild = pe->pvvalue; pass_1_for_node(pchild, pframe_group, pmax_subframe_depth, trace); } } // ---------------------------------------------------------------- static void pass_1_for_node(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace) { if (pnode->type == MD_AST_NODE_TYPE_UNTYPED_LOCAL_DEFINITION) { // LHS pass_1_for_local_definition(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_NUMERIC_LOCAL_DEFINITION) { // LHS pass_1_for_local_definition(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_INT_LOCAL_DEFINITION) { // LHS pass_1_for_local_definition(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_FLOAT_LOCAL_DEFINITION) { // LHS pass_1_for_local_definition(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_BOOLEAN_LOCAL_DEFINITION) { // LHS pass_1_for_local_definition(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_STRING_LOCAL_DEFINITION) { // LHS pass_1_for_local_definition(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_MAP_LOCAL_DEFINITION) { // LHS pass_1_for_local_definition(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT) { // LHS pass_1_for_local_assignment(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT) { // LHS pass_1_for_local_assignment(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE) { // RHS pass_1_for_local_read(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_INDEXED_LOCAL_VARIABLE) { // RHS pass_1_for_local_read(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_FOR_SREC) { pass_1_for_srec_for_loop(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_FOR_SREC_KEY_ONLY) { pass_1_for_srec_key_only_for_loop(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_FOR_OOSVAR_KEY_ONLY) { pass_1_for_map_key_only_for_loop(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_FOR_OOSVAR) { pass_1_for_map_for_loop(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_FOR_LOCAL_MAP_KEY_ONLY) { pass_1_for_map_key_only_for_loop(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_FOR_LOCAL_MAP) { pass_1_for_map_for_loop(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_FOR_MAP_LITERAL_KEY_ONLY) { pass_1_for_map_key_only_for_loop(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_FOR_MAP_LITERAL) { pass_1_for_map_for_loop(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_FOR_FUNC_RETVAL_KEY_ONLY) { pass_1_for_map_key_only_for_loop(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_FOR_FUNC_RETVAL) { pass_1_for_map_for_loop(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_FOR_LOCAL_MAP_KEY_ONLY) { pass_1_for_map_key_only_for_loop(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_FOR_LOCAL_MAP) { pass_1_for_map_for_loop(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->type == MD_AST_NODE_TYPE_TRIPLE_FOR) { pass_1_for_triple_for_loop(pnode, pframe_group, pmax_subframe_depth, trace); } else if (pnode->pchildren != NULL) { pass_1_for_non_terminal_node(pnode, pframe_group, pmax_subframe_depth, trace); } } // ---------------------------------------------------------------- static void pass_1_for_local_definition(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace) { mlr_dsl_ast_node_t* pnamenode = pnode->pchildren->phead->pvvalue; // RHS must exist for non-map types ('int x = 3', not 'int x') but must not for map types // ('map x', not 'map x = {}'). if (pnode->pchildren->phead->pnext) { mlr_dsl_ast_node_t* pvaluenode = pnode->pchildren->phead->pnext->pvvalue; pass_1_for_node(pvaluenode, pframe_group, pmax_subframe_depth, trace); } // Do the LHS after the RHS, in case 'var nonesuch = nonesuch' stkalc_subframe_group_mutate_node_for_define(pframe_group, pnamenode, "DEFINE", trace); } // ---------------------------------------------------------------- static void pass_1_for_local_assignment(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace) { mlr_dsl_ast_node_t* pnamenode = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pvaluenode = pnode->pchildren->phead->pnext->pvvalue; pass_1_for_node(pvaluenode, pframe_group, pmax_subframe_depth, trace); // Do the LHS after the RHS, in case 'var nonesuch = nonesuch' stkalc_subframe_group_mutate_node_for_write(pframe_group, pnamenode, "WRITE", trace); if (pnamenode->pchildren != NULL) { // E.g. a[i][j]: variable is being written to; i and j are being read from. for (sllve_t* pe = pnamenode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pchild = pe->pvvalue; pass_1_for_node(pchild, pframe_group, pmax_subframe_depth, trace); } } } // ---------------------------------------------------------------- static void pass_1_for_local_read(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace) { stkalc_subframe_group_mutate_node_for_read(pframe_group, pnode, "READ", trace); if (pnode->pchildren != NULL) { // E.g. a[i][j]: variable is being written to; i and j are being read from. for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pchild = pe->pvvalue; pass_1_for_node(pchild, pframe_group, pmax_subframe_depth, trace); } } } // ---------------------------------------------------------------- // for (k,v in $*) { ... }: the k and v are scoped to the curly-brace block. static void pass_1_for_srec_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace) { if (trace) { leader_print(pframe_group->plist->length); printf("PUSH SUBFRAME %s\n", pnode->text); } stkalc_subframe_t* pnext_subframe = stkalc_subframe_alloc(); stkalc_subframe_group_push(pframe_group, pnext_subframe); if (*pmax_subframe_depth < pframe_group->plist->length) *pmax_subframe_depth = pframe_group->plist->length; mlr_dsl_ast_node_t* pvarsnode = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pblocknode = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pknode = pvarsnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pvnode = pvarsnode->pchildren->phead->pnext->pvvalue; stkalc_subframe_group_mutate_node_for_define(pframe_group, pknode, "FOR-BIND", trace); stkalc_subframe_group_mutate_node_for_define(pframe_group, pvnode, "FOR-BIND", trace); pass_1_for_statement_block(pblocknode, pframe_group, pmax_subframe_depth, trace); pnode->subframe_var_count = pnext_subframe->var_count; stkalc_subframe_free(stkalc_subframe_group_pop(pframe_group)); if (trace) { leader_print(pframe_group->plist->length); printf("POP SUBFRAME %s subframe_var_count=%d\n", pnode->text, pnode->subframe_var_count); } } // ---------------------------------------------------------------- // for (k in $*) { ... }: k is scoped to the curly-brace block. static void pass_1_for_srec_key_only_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace) { if (trace) { leader_print(pframe_group->plist->length); printf("PUSH SUBFRAME %s\n", pnode->text); } stkalc_subframe_t* pnext_subframe = stkalc_subframe_alloc(); stkalc_subframe_group_push(pframe_group, pnext_subframe); if (*pmax_subframe_depth < pframe_group->plist->length) *pmax_subframe_depth = pframe_group->plist->length; mlr_dsl_ast_node_t* pvarsnode = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pblocknode = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pknode = pvarsnode->pchildren->phead->pvvalue; stkalc_subframe_group_mutate_node_for_define(pframe_group, pknode, "FOR-BIND", trace); pass_1_for_statement_block(pblocknode, pframe_group, pmax_subframe_depth, trace); pnode->subframe_var_count = pnext_subframe->var_count; stkalc_subframe_free(stkalc_subframe_group_pop(pframe_group)); if (trace) { leader_print(pframe_group->plist->length); printf("POP SUBFRAME %s subframe_var_count=%d\n", pnode->text, pnode->subframe_var_count); } } // ---------------------------------------------------------------- static void pass_1_for_map_key_only_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace) { mlr_dsl_ast_node_t* pkeynode = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pkeylistnode = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pblocknode = pnode->pchildren->phead->pnext->pnext->pvvalue; // The keylistnode is outside the block binding. In particular if there // are any localvar reads in there, they shouldn't read from forloop // boundvars. // // Example: 'for(a in @b[c][d]) { var e = a}': the c and d // should be obtained from the enclosing scope. if (pkeylistnode->type == MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE) { // For-local-map: e.g. 'for(a in b[c][d])'. pass_1_for_node(pkeylistnode, pframe_group, pmax_subframe_depth, trace); } if (pkeylistnode->pchildren != NULL) { for (sllve_t* pe = pkeylistnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pchild = pe->pvvalue; pass_1_for_node(pchild, pframe_group, pmax_subframe_depth, trace); } } if (trace) { leader_print(pframe_group->plist->length); printf("PUSH SUBFRAME %s\n", pnode->text); } stkalc_subframe_t* pnext_subframe = stkalc_subframe_alloc(); stkalc_subframe_group_push(pframe_group, pnext_subframe); if (*pmax_subframe_depth < pframe_group->plist->length) *pmax_subframe_depth = pframe_group->plist->length; stkalc_subframe_group_mutate_node_for_define(pframe_group, pkeynode, "FOR-BIND", trace); pass_1_for_statement_block(pblocknode, pframe_group, pmax_subframe_depth, trace); pnode->subframe_var_count = pnext_subframe->var_count; stkalc_subframe_free(stkalc_subframe_group_pop(pframe_group)); if (trace) { leader_print(pframe_group->plist->length); printf("POP SUBFRAME %s subframe_var_count=%d\n", pnode->text, pnode->subframe_var_count); } } // ---------------------------------------------------------------- static void pass_1_for_map_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace) { mlr_dsl_ast_node_t* pvarsnode = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pkeylistnode = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pblocknode = pnode->pchildren->phead->pnext->pnext->pvvalue; mlr_dsl_ast_node_t* pkeysnode = pvarsnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pvalnode = pvarsnode->pchildren->phead->pnext->pvvalue; // The keylistnode is outside the block binding. In particular if there // are any localvar reads in there, they shouldn't read from forloop // boundvars. // // Example: 'for(k, v in @a[b][c]) { var d = k; var e = v }': the b and c // should be obtained from the enclosing scope. if (pkeylistnode->type == MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE) { // For-local-map: e.g. 'for(a,b in c[d][e])'. pass_1_for_node(pkeylistnode, pframe_group, pmax_subframe_depth, trace); } if (pkeylistnode->pchildren == NULL) { pass_1_for_node(pkeylistnode, pframe_group, pmax_subframe_depth, trace); } else { for (sllve_t* pe = pkeylistnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pchild = pe->pvvalue; pass_1_for_node(pchild, pframe_group, pmax_subframe_depth, trace); } } if (trace) { leader_print(pframe_group->plist->length); printf("PUSH SUBFRAME %s\n", pnode->text); } stkalc_subframe_t* pnext_subframe = stkalc_subframe_alloc(); stkalc_subframe_group_push(pframe_group, pnext_subframe); if (*pmax_subframe_depth < pframe_group->plist->length) *pmax_subframe_depth = pframe_group->plist->length; for (sllve_t* pe = pkeysnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pkeynode = pe->pvvalue; stkalc_subframe_group_mutate_node_for_define(pframe_group, pkeynode, "FOR-BIND", trace); } stkalc_subframe_group_mutate_node_for_define(pframe_group, pvalnode, "FOR-BIND", trace); pass_1_for_statement_block(pblocknode, pframe_group, pmax_subframe_depth, trace); pnode->subframe_var_count = pnext_subframe->var_count; stkalc_subframe_free(stkalc_subframe_group_pop(pframe_group)); if (trace) { leader_print(pframe_group->plist->length); printf("POP SUBFRAME %s subframe_var_count=%d\n", pnode->text, pnode->subframe_var_count); } } // ---------------------------------------------------------------- static void pass_1_for_triple_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace) { mlr_dsl_ast_node_t* pstarts_node = pnode->pchildren->phead->pvvalue; mlr_dsl_ast_node_t* pcontinuations_node = pnode->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pupdates_node = pnode->pchildren->phead->pnext->pnext->pvvalue; mlr_dsl_ast_node_t* pblock_node = pnode->pchildren->phead->pnext->pnext->pnext->pvvalue; if (trace) { leader_print(pframe_group->plist->length); printf("PUSH SUBFRAME %s\n", pnode->text); } stkalc_subframe_t* pnext_subframe = stkalc_subframe_alloc(); stkalc_subframe_group_push(pframe_group, pnext_subframe); if (*pmax_subframe_depth < pframe_group->plist->length) *pmax_subframe_depth = pframe_group->plist->length; pass_1_for_statement_list(pstarts_node, pframe_group, pmax_subframe_depth, trace); pass_1_for_statement_list(pcontinuations_node, pframe_group, pmax_subframe_depth, trace); pass_1_for_statement_list(pupdates_node, pframe_group, pmax_subframe_depth, trace); pass_1_for_statement_block(pblock_node, pframe_group, pmax_subframe_depth, trace); pnode->subframe_var_count = pnext_subframe->var_count; stkalc_subframe_free(stkalc_subframe_group_pop(pframe_group)); if (trace) { leader_print(pframe_group->plist->length); printf("POP SUBFRAME %s subframe_var_count=%d\n", pnode->text, pnode->subframe_var_count); } } // ---------------------------------------------------------------- static void pass_1_for_non_terminal_node(mlr_dsl_ast_node_t* pnode, stkalc_subframe_group_t* pframe_group, int* pmax_subframe_depth, int trace) { for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pchild = pe->pvvalue; if (pchild->type == MD_AST_NODE_TYPE_STATEMENT_BLOCK) { if (trace) { leader_print(pframe_group->plist->length); printf("PUSH SUBFRAME %s\n", pchild->text); } stkalc_subframe_t* pnext_subframe = stkalc_subframe_alloc(); stkalc_subframe_group_push(pframe_group, pnext_subframe); if (*pmax_subframe_depth < pframe_group->plist->length) *pmax_subframe_depth = pframe_group->plist->length; pass_1_for_statement_block(pchild, pframe_group, pmax_subframe_depth, trace); pchild->subframe_var_count = pnext_subframe->var_count; stkalc_subframe_free(stkalc_subframe_group_pop(pframe_group)); if (trace) { leader_print(pframe_group->plist->length); printf("POP SUBFRAME %s subframe_var_count=%d\n", pnode->text, pchild->subframe_var_count); } } else { pass_1_for_node(pchild, pframe_group, pmax_subframe_depth, trace); } } } // ================================================================ static stkalc_subframe_t* stkalc_subframe_alloc() { stkalc_subframe_t* pframe = mlr_malloc_or_die(sizeof(stkalc_subframe_t)); pframe->var_count = 0; pframe->pnames_to_indices = lhmsi_alloc(); return pframe; } static void stkalc_subframe_free(stkalc_subframe_t* pframe) { if (pframe == NULL) return; lhmsi_free(pframe->pnames_to_indices); free(pframe); } static int stkalc_subframe_test_and_get(stkalc_subframe_t* pframe, char* name, int* pvalue) { return lhmsi_test_and_get(pframe->pnames_to_indices, name, pvalue); } static int stkalc_subframe_get(stkalc_subframe_t* pframe, char* name) { return lhmsi_get(pframe->pnames_to_indices, name); } static int stkalc_subframe_add(stkalc_subframe_t* pframe, char* name) { int rv = pframe->var_count; lhmsi_put(pframe->pnames_to_indices, name, pframe->var_count, NO_FREE); pframe->var_count++; return rv; } // ================================================================ static stkalc_subframe_group_t* stkalc_subframe_group_alloc(stkalc_subframe_t* pframe, int trace) { stkalc_subframe_group_t* pframe_group = mlr_malloc_or_die(sizeof(stkalc_subframe_group_t)); pframe_group->plist = sllv_alloc(); sllv_push(pframe_group->plist, pframe); stkalc_subframe_add(pframe, ""); if (trace) { leader_print(pframe_group->plist->length); printf("ADD FOR ABSENT s @ %du%d\n", 0, 0); } return pframe_group; } static void stkalc_subframe_group_free(stkalc_subframe_group_t* pframe_group) { if (pframe_group == NULL) return; while (pframe_group->plist->phead != NULL) { stkalc_subframe_free(sllv_pop(pframe_group->plist)); } sllv_free(pframe_group->plist); free(pframe_group); } static void stkalc_subframe_group_push(stkalc_subframe_group_t* pframe_group, stkalc_subframe_t* pframe) { sllv_push(pframe_group->plist, pframe); } static stkalc_subframe_t* stkalc_subframe_group_pop(stkalc_subframe_group_t* pframe_group) { return sllv_pop(pframe_group->plist); } // 'var x = 1' always applies to the current subframe. static void stkalc_subframe_group_mutate_node_for_define(stkalc_subframe_group_t* pframe_group, mlr_dsl_ast_node_t* pnode, char* desc, int trace) { stkalc_subframe_t* pframe = pframe_group->plist->phead->pvvalue; pnode->vardef_subframe_index = pframe_group->plist->length - 1; if (stkalc_subframe_test_and_get(pframe, pnode->text, &pnode->vardef_subframe_relative_index)) { fprintf(stderr, "%s: redefinition of variable %s in the same scope.\n", MLR_GLOBALS.bargv0, pnode->text); exit(1); } else { pnode->vardef_subframe_relative_index = stkalc_subframe_add(pframe, pnode->text); } if (trace) { leader_print(pframe_group->plist->length); printf("ADD %s %s @ %ds%d\n", desc, pnode->text, pnode->vardef_subframe_relative_index, pnode->vardef_subframe_index); } } // 'x = 1' is one of two things: (1) already defined in a higher subframe and // referenced in the current subframe; (2) not defined in a higher subframe, in // which case it is hereby defined in the current subframe. static void stkalc_subframe_group_mutate_node_for_write(stkalc_subframe_group_t* pframe_group, mlr_dsl_ast_node_t* pnode, char* desc, int trace) { char* op = "REUSE"; int found = FALSE; // Search for definitions in current & higher subframes. pnode->vardef_subframe_index = pframe_group->plist->length - 1; for (sllve_t* pe = pframe_group->plist->phead; pe != NULL; pe = pe->pnext, pnode->vardef_subframe_index--) { stkalc_subframe_t* pframe = pe->pvvalue; if (stkalc_subframe_test_and_get(pframe, pnode->text, &pnode->vardef_subframe_relative_index)) { found = TRUE; break; } } // If not found, define locally. xxx or: here is where we would disallow implicit definitions. if (!found) { pnode->vardef_subframe_index = pframe_group->plist->length - 1; stkalc_subframe_t* pframe = pframe_group->plist->phead->pvvalue; pnode->vardef_subframe_relative_index = stkalc_subframe_add(pframe, pnode->text); op = "ADD"; } if (trace) { leader_print(pframe_group->plist->length); printf("%s %s %s @ %ds%d\n", op, desc, pnode->text, pnode->vardef_subframe_relative_index, pnode->vardef_subframe_index); } } // The right-hand side of '$a = b' is one of two things: (1) already defined in a higher // subframe and referenced in the current subframe; (2) not defined in a higher subframe, // in which case the RHS evaluates to absent-null. An absent-null is always kept at index // 0 in the frame. This is an important assumption to be tracked across modules, including // here as well as the CST-node handlers. It's tested in the test-dsl-stack-allocation.mlr // regtest case. static void stkalc_subframe_group_mutate_node_for_read(stkalc_subframe_group_t* pframe_group, mlr_dsl_ast_node_t* pnode, char* desc, int trace) { char* op = "PRESENT"; int found = FALSE; // Search for definitions in current & higher subframes. pnode->vardef_subframe_index = pframe_group->plist->length - 1; for (sllve_t* pe = pframe_group->plist->phead; pe != NULL; pe = pe->pnext, pnode->vardef_subframe_index--) { stkalc_subframe_t* pframe = pe->pvvalue; if (stkalc_subframe_test_and_get(pframe, pnode->text, &pnode->vardef_subframe_relative_index)) { found = TRUE; break; } } // Absent-null is indexed in this stack allocator by the "" variable name. if (!found) { stkalc_subframe_t* plast = pframe_group->plist->ptail->pvvalue; pnode->vardef_subframe_relative_index = stkalc_subframe_get(plast, ""); pnode->vardef_subframe_index = 0; op = "ABSENT"; } if (trace) { leader_print(pframe_group->plist->length); printf("%s %s %s @ %ds%d\n", desc, pnode->text, op, pnode->vardef_subframe_relative_index, pnode->vardef_subframe_index); } } // ================================================================ static void pass_2_for_top_level_block(mlr_dsl_ast_node_t* pnode, int trace) { int subframe_depth = 0; int var_count_below_subframe = 0; int var_count_at_subframe = 0; int max_var_depth = 0; int max_subframe_depth = pnode->max_subframe_depth; MLR_INTERNAL_CODING_ERROR_IF(max_subframe_depth == MD_UNUSED_INDEX); int* subframe_var_count_belows = mlr_malloc_or_die(max_subframe_depth * sizeof(int)); for (int i = 0; i < pnode->max_subframe_depth; i++) subframe_var_count_belows[i] = MD_UNUSED_INDEX; if (trace) { printf("\n"); printf("ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [%s]\n", pnode->text); } pass_2_for_node(pnode, subframe_depth, var_count_below_subframe, var_count_at_subframe, &max_var_depth, subframe_var_count_belows, max_subframe_depth, trace); pnode->max_var_depth = max_var_depth; free(subframe_var_count_belows); } // ---------------------------------------------------------------- static void pass_2_for_node(mlr_dsl_ast_node_t* pnode, int subframe_depth, int var_count_below_subframe, int var_count_at_subframe, int* pmax_var_depth, int* subframe_var_count_belows, int max_subframe_depth, int trace) { if (pnode->subframe_var_count != MD_UNUSED_INDEX) { var_count_below_subframe += var_count_at_subframe; var_count_at_subframe = pnode->subframe_var_count; int depth = var_count_below_subframe + var_count_at_subframe; if (depth > *pmax_var_depth) { *pmax_var_depth = depth; } subframe_var_count_belows[subframe_depth] = var_count_below_subframe; if (trace) { leader_print(subframe_depth); printf("SUBFRAME [%s] var_count_below=%d var_count_at=%d max_var_depth_so_far=%d subframe_depth=%d\n", pnode->text, var_count_below_subframe, var_count_at_subframe, *pmax_var_depth, subframe_depth); } subframe_depth++; } if (pnode->vardef_subframe_relative_index != MD_UNUSED_INDEX) { MLR_INTERNAL_CODING_ERROR_IF(pnode->vardef_subframe_index < 0); MLR_INTERNAL_CODING_ERROR_IF(pnode->vardef_subframe_index >= max_subframe_depth); pnode->vardef_frame_relative_index = subframe_var_count_belows[pnode->vardef_subframe_index] + pnode->vardef_subframe_relative_index; if (trace) { leader_print(subframe_depth); printf("NODE %s %ds%d (", pnode->text, pnode->vardef_subframe_relative_index, pnode->vardef_subframe_index); for (int i = 0; i < subframe_depth; i++) { if (i > 0) printf(","); printf("%d:%d", i, subframe_var_count_belows[i]); } printf(") -> %d\n", pnode->vardef_frame_relative_index); } MLR_INTERNAL_CODING_ERROR_IF(pnode->vardef_frame_relative_index < 0); MLR_INTERNAL_CODING_ERROR_IF(pnode->vardef_frame_relative_index > *pmax_var_depth); } if (pnode->pchildren != NULL) { for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pchild = pe->pvvalue; pass_2_for_node(pchild, subframe_depth, var_count_below_subframe, var_count_at_subframe, pmax_var_depth, subframe_var_count_belows, max_subframe_depth, trace); } } if (pnode->subframe_var_count != MD_UNUSED_INDEX) { subframe_depth--; subframe_var_count_belows[subframe_depth] = MD_UNUSED_INDEX; } } // ================================================================ const char* STKALC_TRACE_LEADER = " "; static void leader_print(int depth) { for (int i = 0; i < depth; i++) printf("%s", STKALC_TRACE_LEADER); } miller-5.6.2/c/dsl/return_state.h000066400000000000000000000003011354153536500167100ustar00rootroot00000000000000#ifndef RETURN_STATE_H #define RETURN_STATE_H #include "containers/mlhmmv.h" typedef struct _return_state_t { boxed_xval_t retval; int returned; } return_state_t; #endif // RETURN_STATE_H miller-5.6.2/c/dsl/rval_evaluator.h000066400000000000000000000027421354153536500172320ustar00rootroot00000000000000// ================================================================ // These evaluate right-hand-side values (rvals) and return mlrvals (mv_t). // This is for scalar-valued contexts: almost all expressions except for rxval // contexts. // // Values propagating up through the concrete syntax tree are always dynamically // allocated: e.g. in '$c = $a . $b' the $a and $b are copied out as ephemerals; // in the concat function their concatenation is computed and the ephemeral // input arguments are freed; then the result is stored in field $c. // // (This is distinct from rxvals which are copy-on-write: // expression-intermediate values are not always ephemeral.) // ================================================================ #ifndef RVAL_EVALUATOR_H #define RVAL_EVALUATOR_H #include "lib/context.h" #include "containers/lrec.h" #include "containers/lhmsmv.h" #include "containers/mlhmmv.h" #include "lib/mvfuncs.h" #include "containers/boxed_xval.h" #include "containers/local_stack.h" #include "containers/loop_stack.h" #include "lib/string_array.h" #include "dsl/variables.h" struct _rval_evaluator_t; // forward reference for method declarations typedef mv_t rval_evaluator_process_func_t(void* pvstate, variables_t* pvars); typedef void rval_evaluator_free_func_t(struct _rval_evaluator_t*); typedef struct _rval_evaluator_t { void* pvstate; rval_evaluator_process_func_t* pprocess_func; rval_evaluator_free_func_t* pfree_func; } rval_evaluator_t; #endif // RVAL_EVALUATOR_H miller-5.6.2/c/dsl/rval_evaluators.h000066400000000000000000000245471354153536500174240ustar00rootroot00000000000000// ================================================================ // NOTES: // // * Code here evaluates right-hand-side values (rvals) and return mlrvals (mv_t). // // * This is used by mlr filter and mlr put. // // * Comparison to mlrval.c: the latter is functions from mlrval(s) to mlrval; // in this file we have the higher-level notion of evaluating lrec objects, // using mlrval.c to do so. // // * Functions prototyped here evaluate right-hand-side values (rvals) and // return mlrvals (mv_t). This is for scalar-valued contexts: almost all // expressions except for rxval contexts. // // Values propagating up through the concrete syntax tree are always // dynamically allocated: e.g. in '$c = $a . $b' the $a and $b are copied out // as ephemerals; in the concat function their concatenation is computed and // the ephemeral input arguments are freed; then the result is stored in field // $c. // // This is distinct from rxvals which are copy-on-write: // expression-intermediate values are not always ephemeral. // // * There are two kinds of lrec-evaluators here: those with _x_ in their names // which accept various types of mlrval, with disposition-matrices in // mlrval.c functions, and those with _i_/_f_/_b_/_s_ (int, float, boolean, // string) which either type-check or type-coerce their arguments, invoking // type-specific functions in mlrval.c. Those with _n_ take int or float // and also use disposition matrices. In all cases it's the job of // rval_evaluators.c to invoke functions here with mlrvals of the correct // type(s). See also comments in lib/mlrval.h. // // ================================================================ #ifndef RVAL_EVALUATORS_H #define RVAL_EVALUATORS_H #include #include "lib/mvfuncs.h" #include "containers/xvfuncs.h" #include "dsl/mlr_dsl_ast.h" #include "dsl/rval_evaluator.h" #include "dsl/function_manager.h" // ================================================================ // rval_expr_evaluators.c // ================================================================ // Topmost function: rval_evaluator_t* rval_evaluator_alloc_from_ast( mlr_dsl_ast_node_t* past, fmgr_t* pfmgr, int type_inferencing, int context_flags); // Next level: rval_evaluator_t* rval_evaluator_alloc_from_field_name(char* field_name, int type_inferencing); rval_evaluator_t* rval_evaluator_alloc_from_indirect_field_name(mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags); rval_evaluator_t* rval_evaluator_alloc_from_positional_srec_field_name(mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags); rval_evaluator_t* rval_evaluator_alloc_from_oosvar_keylist(mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags); rval_evaluator_t* rval_evaluator_alloc_from_local_map_keylist(mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags); // This is used for evaluating strings and numbers in literal expressions, e.g. '$x = "abc"' // or '$x = "left_\1". The values are subject to replacement with regex captures. See comments // in mapper_put for more information. // // Compare rval_evaluator_alloc_from_string which doesn't do regex replacement: it is intended for // oosvar names on expression left-hand sides (outside of this file). rval_evaluator_t* rval_evaluator_alloc_from_string_literal(char* string); rval_evaluator_t* rval_evaluator_alloc_from_numeric_literal(char* string); rval_evaluator_t* rval_evaluator_alloc_from_boolean_literal(char* string); // This is intended only for oosvar names on expression left-hand sides. // Compare rval_evaluator_alloc_from_numeric_literal. rval_evaluator_t* rval_evaluator_alloc_from_string(char* string); rval_evaluator_t* rval_evaluator_alloc_from_boolean(int boolval); rval_evaluator_t* rval_evaluator_alloc_from_environment(mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags); rval_evaluator_t* rval_evaluator_alloc_from_NF(); rval_evaluator_t* rval_evaluator_alloc_from_NR(); rval_evaluator_t* rval_evaluator_alloc_from_FNR(); rval_evaluator_t* rval_evaluator_alloc_from_FILENAME(); rval_evaluator_t* rval_evaluator_alloc_from_FILENUM(); rval_evaluator_t* rval_evaluator_alloc_from_PI(); rval_evaluator_t* rval_evaluator_alloc_from_E(); rval_evaluator_t* rval_evaluator_alloc_from_IPS(); rval_evaluator_t* rval_evaluator_alloc_from_IFS(); rval_evaluator_t* rval_evaluator_alloc_from_IRS(); rval_evaluator_t* rval_evaluator_alloc_from_OPS(); rval_evaluator_t* rval_evaluator_alloc_from_OFS(); rval_evaluator_t* rval_evaluator_alloc_from_ORS(); rval_evaluator_t* rval_evaluator_alloc_from_context_variable(char* variable_name); rval_evaluator_t* rval_evaluator_alloc_from_local_variable(int vardef_frame_relative_index); // For unit test: rval_evaluator_t* rval_evaluator_alloc_from_mlrval(mv_t* pval); // ================================================================ // rval_func_evaluators.c // ================================================================ // These have some shared code that would otherwise be duplicated per-function in lib/mvfuncs.c. rval_evaluator_t* rval_evaluator_alloc_from_variadic_func(mv_variadic_func_t* pfunc, rval_evaluator_t** pargs, int nargs); rval_evaluator_t* rval_evaluator_alloc_from_b_b_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1); rval_evaluator_t* rval_evaluator_alloc_from_b_bb_and_func(rval_evaluator_t* parg1, rval_evaluator_t* parg2); rval_evaluator_t* rval_evaluator_alloc_from_b_bb_or_func(rval_evaluator_t* parg1, rval_evaluator_t* parg2); rval_evaluator_t* rval_evaluator_alloc_from_b_bb_xor_func(rval_evaluator_t* parg1, rval_evaluator_t* parg2); rval_evaluator_t* rval_evaluator_alloc_from_x_z_func(mv_zary_func_t* pfunc); rval_evaluator_t* rval_evaluator_alloc_from_f_f_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1); rval_evaluator_t* rval_evaluator_alloc_from_x_n_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1); rval_evaluator_t* rval_evaluator_alloc_from_i_i_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1); rval_evaluator_t* rval_evaluator_alloc_from_f_ff_func(mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2); rval_evaluator_t* rval_evaluator_alloc_from_x_xx_func(mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2); rval_evaluator_t* rval_evaluator_alloc_from_x_xx_nullable_func(mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2); rval_evaluator_t* rval_evaluator_alloc_from_f_fff_func(mv_ternary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2, rval_evaluator_t* parg3); rval_evaluator_t* rval_evaluator_alloc_from_i_ii_func(mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2); rval_evaluator_t* rval_evaluator_alloc_from_i_iii_func(mv_ternary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2, rval_evaluator_t* parg3); rval_evaluator_t* rval_evaluator_alloc_from_s_sii_func(mv_ternary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2, rval_evaluator_t* parg3); rval_evaluator_t* rval_evaluator_alloc_from_ternop(rval_evaluator_t* parg1, rval_evaluator_t* parg2, rval_evaluator_t* parg3); rval_evaluator_t* rval_evaluator_alloc_from_s_s_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1); rval_evaluator_t* rval_evaluator_alloc_from_s_f_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1); rval_evaluator_t* rval_evaluator_alloc_from_s_i_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1); rval_evaluator_t* rval_evaluator_alloc_from_f_s_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1); rval_evaluator_t* rval_evaluator_alloc_from_i_s_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1); rval_evaluator_t* rval_evaluator_alloc_from_x_x_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1); rval_evaluator_t* rval_evaluator_alloc_from_x_xi_func( mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2); rval_evaluator_t* rval_evaluator_alloc_from_x_ns_func( mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2); rval_evaluator_t* rval_evaluator_alloc_from_x_ss_func( mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2); rval_evaluator_t* rval_evaluator_alloc_from_x_ssc_func( mv_binary_arg3_capture_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2); rval_evaluator_t* rval_evaluator_alloc_from_x_sr_func( mv_binary_arg2_regex_func_t* pfunc, rval_evaluator_t* parg1, char* regex_string, int ignore_case); rval_evaluator_t* rval_evaluator_alloc_from_x_se_func( mv_binary_arg2_regextract_func_t* pfunc, rval_evaluator_t* parg1, char* regex_string, int ignore_case); rval_evaluator_t* rval_evaluator_alloc_from_s_xs_func( mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2); rval_evaluator_t* rval_evaluator_alloc_from_s_sss_func(mv_ternary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2, rval_evaluator_t* parg3); rval_evaluator_t* rval_evaluator_alloc_from_x_srs_func(mv_ternary_arg2_regex_func_t* pfunc, rval_evaluator_t* parg1, char* regex_string, int ignore_case, rval_evaluator_t* parg3); rval_evaluator_t* rval_evaluator_alloc_from_x_ses_func(mv_ternary_arg2_regextract_func_t* pfunc, rval_evaluator_t* parg1, char* regex_string, int ignore_case, rval_evaluator_t* parg3); // ================================================================ // rval_list_evaluators.c // ================================================================ // Nominally for oosvar multikeys. sllmv_t* evaluate_list(sllv_t* pevaluators, variables_t* pvars, int* pall_non_null_or_error); // ---------------------------------------------------------------- // Type-inferenced srec-field getters for the expression-evaluators, as well as for boundvars in srec for-loops. // For RHS evaluation: mv_t get_srec_value_string_only(char* field_name, lrec_t* pinrec, lhmsmv_t* ptyped_overlay); mv_t get_srec_value_string_float(char* field_name, lrec_t* pinrec, lhmsmv_t* ptyped_overlay); mv_t get_srec_value_string_float_int(char* field_name, lrec_t* pinrec, lhmsmv_t* ptyped_overlay); // For boundvars in for-srec: typedef mv_t type_inferenced_srec_field_copy_getter_t(lrece_t* pentry, lhmsmv_t* ptyped_overlay); mv_t get_copy_srec_value_string_only_aux(lrece_t* pentry, lhmsmv_t* ptyped_overlay); mv_t get_copy_srec_value_string_float_aux(lrece_t* pentry, lhmsmv_t* ptyped_overlay); mv_t get_copy_srec_value_string_float_int_aux(lrece_t* pentry, lhmsmv_t* ptyped_overlay); #endif // RVAL_EVALUATORS_H miller-5.6.2/c/dsl/rval_expr_evaluators.c000066400000000000000000001263241354153536500204510ustar00rootroot00000000000000#include #include #include #include // for tolower(), toupper() #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/mlrregex.h" #include "lib/mtrand.h" #include "mapping/mapper.h" #include "dsl/rval_evaluators.h" #include "dsl/function_manager.h" #include "dsl/context_flags.h" // ================================================================ // See comments in rval_evaluators.h // ================================================================ // ================================================================ // The grammar permits certain statements which are syntactically invalid, (a) because it's awkward to handle // there, and (b) because we get far better control over error messages here (vs. 'syntax error'). // The context flags are used as the CST is built from the AST, for CST-build-time validation. // This semantic analysis isn't a separate pass through the AST or CST since it's done while the // CST is being constructed. rval_evaluator_t* rval_evaluator_alloc_from_ast(mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - if (pnode->pchildren == NULL) { // leaf node switch(pnode->type) { case MD_AST_NODE_TYPE_FIELD_NAME: if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: statements involving $-variables are not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return rval_evaluator_alloc_from_field_name(pnode->text, type_inferencing); break; case MD_AST_NODE_TYPE_STRING_LITERAL: // In input data such as echo x=3,y=4 | mlr put '$z=$x+$y', the 3 and 4 are strings // which need parsing as integers. But in DSL expression literals such as 'put $z = "3" + 4' // the "3" should not. return rval_evaluator_alloc_from_string_literal(pnode->text); break; case MD_AST_NODE_TYPE_NUMERIC_LITERAL: // In input data such as echo x=3,y=4 | mlr put '$z=$x+$y', the 3 and 4 are strings // which need parsing as integers. But in DSL expression literals such as 'put $z = "3" + 4' // the "3" should not. return rval_evaluator_alloc_from_numeric_literal(pnode->text); break; case MD_AST_NODE_TYPE_BOOLEAN_LITERAL: return rval_evaluator_alloc_from_boolean_literal(pnode->text); break; case MD_AST_NODE_TYPE_REGEXI: return rval_evaluator_alloc_from_string_literal(pnode->text); break; case MD_AST_NODE_TYPE_CONTEXT_VARIABLE: return rval_evaluator_alloc_from_context_variable(pnode->text); break; case MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE: return rval_evaluator_alloc_from_local_variable(pnode->vardef_frame_relative_index); break; case MD_AST_NODE_TYPE_FULL_SREC: fprintf(stderr, "%s: $* is not valid within scalar contexts.\n", MLR_GLOBALS.bargv0); exit(1); case MD_AST_NODE_TYPE_FULL_OOSVAR: fprintf(stderr, "%s: @* is not valid within scalar contexts.\n", MLR_GLOBALS.bargv0); exit(1); case MD_AST_NODE_TYPE_MAP_LITERAL: fprintf(stderr, "%s: map-literals are not valid within scalar contexts.\n", MLR_GLOBALS.bargv0); exit(1); default: MLR_INTERNAL_CODING_ERROR(); return NULL; // not reached break; } // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - } else if (pnode->type == MD_AST_NODE_TYPE_INDIRECT_FIELD_NAME) { if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: statements involving $-variables are not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return rval_evaluator_alloc_from_indirect_field_name(pnode->pchildren->phead->pvvalue, pfmgr, type_inferencing, context_flags); } else if (pnode->type == MD_AST_NODE_TYPE_POSITIONAL_SREC_NAME) { if (context_flags & IN_BEGIN_OR_END) { fprintf(stderr, "%s: statements involving $-variables are not valid within begin or end blocks.\n", MLR_GLOBALS.bargv0); exit(1); } return rval_evaluator_alloc_from_positional_srec_field_name(pnode->pchildren->phead->pvvalue, pfmgr, type_inferencing, context_flags); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - } else if (pnode->type == MD_AST_NODE_TYPE_OOSVAR_KEYLIST) { return rval_evaluator_alloc_from_oosvar_keylist(pnode, pfmgr, type_inferencing, context_flags); } else if (pnode->type == MD_AST_NODE_TYPE_INDEXED_LOCAL_VARIABLE) { return rval_evaluator_alloc_from_local_map_keylist(pnode, pfmgr, type_inferencing, context_flags); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - } else if (pnode->type == MD_AST_NODE_TYPE_ENV) { return rval_evaluator_alloc_from_environment(pnode, pfmgr, type_inferencing, context_flags); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - } else if ((pnode->type == MD_AST_NODE_TYPE_FUNCTION_CALLSITE) || (pnode->type == MD_AST_NODE_TYPE_OPERATOR)) { return fmgr_alloc_provisional_from_operator_or_function_call(pfmgr, pnode, type_inferencing, context_flags); } else if (pnode->type == MD_AST_NODE_TYPE_FULL_SREC) { fprintf(stderr, "%s: $* is not valid within scalar contexts.\n", MLR_GLOBALS.bargv0); exit(1); } else if (pnode->type == MD_AST_NODE_TYPE_FULL_OOSVAR) { fprintf(stderr, "%s: @* is not valid within scalar contexts.\n", MLR_GLOBALS.bargv0); exit(1); } else if (pnode->type == MD_AST_NODE_TYPE_MAP_LITERAL) { fprintf(stderr, "%s: map-literals are not valid within scalar contexts.\n", MLR_GLOBALS.bargv0); exit(1); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // This is the fall-through which typically gets hit when you update the AST-producing grammar but // haven't yet implemented the CST handler for it. } else { MLR_INTERNAL_CODING_ERROR(); return NULL; // not reached } } // ================================================================ typedef struct _rval_evaluator_field_name_state_t { char* field_name; } rval_evaluator_field_name_state_t; static mv_t rval_evaluator_field_name_func_string_only(void* pvstate, variables_t* pvars) { rval_evaluator_field_name_state_t* pstate = pvstate; return get_srec_value_string_only(pstate->field_name, pvars->pinrec, pvars->ptyped_overlay); } static mv_t rval_evaluator_field_name_func_string_float(void* pvstate, variables_t* pvars) { rval_evaluator_field_name_state_t* pstate = pvstate; return get_srec_value_string_float(pstate->field_name, pvars->pinrec, pvars->ptyped_overlay); } static mv_t rval_evaluator_field_name_func_string_float_int(void* pvstate, variables_t* pvars) { rval_evaluator_field_name_state_t* pstate = pvstate; return get_srec_value_string_float_int(pstate->field_name, pvars->pinrec, pvars->ptyped_overlay); } static void rval_evaluator_field_name_free(rval_evaluator_t* pevaluator) { rval_evaluator_field_name_state_t* pstate = pevaluator->pvstate; free(pstate->field_name); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_field_name(char* field_name, int type_inferencing) { rval_evaluator_field_name_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_field_name_state_t)); pstate->field_name = mlr_strdup_or_die(field_name); rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = NULL; switch (type_inferencing) { case TYPE_INFER_STRING_ONLY: pevaluator->pprocess_func = rval_evaluator_field_name_func_string_only; break; case TYPE_INFER_STRING_FLOAT: pevaluator->pprocess_func = rval_evaluator_field_name_func_string_float; break; case TYPE_INFER_STRING_FLOAT_INT: pevaluator->pprocess_func = rval_evaluator_field_name_func_string_float_int; break; default: MLR_INTERNAL_CODING_ERROR(); break; } pevaluator->pfree_func = rval_evaluator_field_name_free; return pevaluator; } // ================================================================ typedef struct _rval_evaluator_indirect_field_name_state_t { rval_evaluator_t* pname_evaluator; } rval_evaluator_indirect_field_name_state_t; static mv_t rval_evaluator_indirect_field_name_func_string_only(void* pvstate, variables_t* pvars) { rval_evaluator_indirect_field_name_state_t* pstate = pvstate; mv_t mvname = pstate->pname_evaluator->pprocess_func(pstate->pname_evaluator->pvstate, pvars); if (mv_is_null(&mvname)) { mv_free(&mvname); return mv_absent(); } char free_flags = NO_FREE; char* indirect_field_name = mv_maybe_alloc_format_val(&mvname, &free_flags); mv_t rv = get_srec_value_string_only(indirect_field_name, pvars->pinrec, pvars->ptyped_overlay); if (free_flags & FREE_ENTRY_VALUE) free(indirect_field_name); mv_free(&mvname); return rv; } static mv_t rval_evaluator_indirect_field_name_func_string_float(void* pvstate, variables_t* pvars) { rval_evaluator_indirect_field_name_state_t* pstate = pvstate; mv_t mvname = pstate->pname_evaluator->pprocess_func(pstate->pname_evaluator->pvstate, pvars); if (mv_is_null(&mvname)) { mv_free(&mvname); return mv_absent(); } char free_flags = NO_FREE; char* indirect_field_name = mv_maybe_alloc_format_val(&mvname, &free_flags); mv_t rv = get_srec_value_string_float(indirect_field_name, pvars->pinrec, pvars->ptyped_overlay); if (free_flags & FREE_ENTRY_VALUE) free(indirect_field_name); mv_free(&mvname); return rv; } static mv_t rval_evaluator_indirect_field_name_func_string_float_int(void* pvstate, variables_t* pvars) { rval_evaluator_indirect_field_name_state_t* pstate = pvstate; mv_t mvname = pstate->pname_evaluator->pprocess_func(pstate->pname_evaluator->pvstate, pvars); if (mv_is_null(&mvname)) { mv_free(&mvname); return mv_absent(); } char free_flags = NO_FREE; char* indirect_field_name = mv_maybe_alloc_format_val(&mvname, &free_flags); mv_t rv = get_srec_value_string_float_int(indirect_field_name, pvars->pinrec, pvars->ptyped_overlay); if (free_flags & FREE_ENTRY_VALUE) free(indirect_field_name); mv_free(&mvname); return rv; } static void rval_evaluator_indirect_field_name_free(rval_evaluator_t* pevaluator) { rval_evaluator_indirect_field_name_state_t* pstate = pevaluator->pvstate; pstate->pname_evaluator->pfree_func(pstate->pname_evaluator); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_indirect_field_name(mlr_dsl_ast_node_t* pnamenode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rval_evaluator_indirect_field_name_state_t* pstate = mlr_malloc_or_die( sizeof(rval_evaluator_indirect_field_name_state_t)); pstate->pname_evaluator = rval_evaluator_alloc_from_ast(pnamenode, pfmgr, type_inferencing, context_flags); rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = NULL; switch (type_inferencing) { case TYPE_INFER_STRING_ONLY: pevaluator->pprocess_func = rval_evaluator_indirect_field_name_func_string_only; break; case TYPE_INFER_STRING_FLOAT: pevaluator->pprocess_func = rval_evaluator_indirect_field_name_func_string_float; break; case TYPE_INFER_STRING_FLOAT_INT: pevaluator->pprocess_func = rval_evaluator_indirect_field_name_func_string_float_int; break; default: MLR_INTERNAL_CODING_ERROR(); break; } pevaluator->pfree_func = rval_evaluator_indirect_field_name_free; return pevaluator; } // ================================================================ typedef struct _rval_evaluator_positional_field_name_state_t { rval_evaluator_t* pname_evaluator; } rval_evaluator_positional_field_name_state_t; static mv_t rval_evaluator_positional_field_name_func(void* pvstate, variables_t* pvars) { rval_evaluator_positional_field_name_state_t* pstate = pvstate; mv_t mvname = pstate->pname_evaluator->pprocess_func(pstate->pname_evaluator->pvstate, pvars); if (mv_is_null(&mvname)) { mv_free(&mvname); return mv_absent(); } if (!mv_is_int(&mvname)) { char free_flags = NO_FREE; char* text = mv_maybe_alloc_format_val(&mvname, &free_flags); fprintf(stderr, "%s: positional names must be integers; got \"%s\".\n", MLR_GLOBALS.bargv0, text); if (free_flags) free(text); exit(1); } int positional_field_name = mvname.u.intv; char* key = lrec_get_key_by_position(pvars->pinrec, positional_field_name); mv_t rv = mv_absent(); if (key != NULL) { rv = mv_from_string_with_free(mlr_strdup_or_die(key)); } mv_free(&mvname); return rv; } static void rval_evaluator_positional_field_name_free(rval_evaluator_t* pevaluator) { rval_evaluator_positional_field_name_state_t* pstate = pevaluator->pvstate; pstate->pname_evaluator->pfree_func(pstate->pname_evaluator); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_positional_srec_field_name(mlr_dsl_ast_node_t* pnamenode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rval_evaluator_positional_field_name_state_t* pstate = mlr_malloc_or_die( sizeof(rval_evaluator_positional_field_name_state_t)); pstate->pname_evaluator = rval_evaluator_alloc_from_ast(pnamenode, pfmgr, type_inferencing, context_flags); rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_positional_field_name_func; pevaluator->pfree_func = rval_evaluator_positional_field_name_free; return pevaluator; } // ================================================================ typedef struct _rval_evaluator_oosvar_keylist_state_t { sllv_t* poosvar_rhs_keylist_evaluators; } rval_evaluator_oosvar_keylist_state_t; mv_t rval_evaluator_oosvar_keylist_func(void* pvstate, variables_t* pvars) { rval_evaluator_oosvar_keylist_state_t* pstate = pvstate; int all_non_null_or_error = TRUE; sllmv_t* pmvkeys = evaluate_list(pstate->poosvar_rhs_keylist_evaluators, pvars, &all_non_null_or_error); mv_t rv = mv_absent(); if (all_non_null_or_error) { int error = 0; mv_t* pval = mlhmmv_root_look_up_and_ref_terminal(pvars->poosvars, pmvkeys, &error); if (pval != NULL) { if (pval->type == MT_STRING && *pval->u.strv == 0) rv = mv_empty(); else rv = mv_copy(pval); } } sllmv_free(pmvkeys); return rv; } static void rval_evaluator_oosvar_keylist_free(rval_evaluator_t* pevaluator) { rval_evaluator_oosvar_keylist_state_t* pstate = pevaluator->pvstate; for (sllve_t* pe = pstate->poosvar_rhs_keylist_evaluators->phead; pe != NULL; pe = pe->pnext) { rval_evaluator_t* pevaluator = pe->pvvalue; pevaluator->pfree_func(pevaluator); } sllv_free(pstate->poosvar_rhs_keylist_evaluators); free(pstate); free(pevaluator); } // Example AST: // // $ mlr -n put -v '$y = @x[1]["two"][$3+4][@5]' // list (statement_list): // = (srec_assignment): // y (field_name). // oosvar_keylist (oosvar_keylist): // x (string_literal). // 1 (numeric_literal). // two (numeric_literal). // + (operator): // 3 (field_name). // 4 (numeric_literal). // oosvar_keylist (oosvar_keylist): // 5 (string_literal). rval_evaluator_t* rval_evaluator_alloc_from_oosvar_keylist(mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rval_evaluator_oosvar_keylist_state_t* pstate = mlr_malloc_or_die( sizeof(rval_evaluator_oosvar_keylist_state_t)); sllv_t* pkeylist_evaluators = sllv_alloc(); for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pkeynode = pe->pvvalue; if (pkeynode->type == MD_AST_NODE_TYPE_STRING_LITERAL) { sllv_append(pkeylist_evaluators, rval_evaluator_alloc_from_string(pkeynode->text)); } else { sllv_append(pkeylist_evaluators, rval_evaluator_alloc_from_ast(pkeynode, pfmgr, type_inferencing, context_flags)); } } pstate->poosvar_rhs_keylist_evaluators = pkeylist_evaluators; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = NULL; pevaluator->pprocess_func = rval_evaluator_oosvar_keylist_func; pevaluator->pfree_func = rval_evaluator_oosvar_keylist_free; return pevaluator; } // ================================================================ typedef struct _rval_evaluator_local_map_keylist_state_t { int vardef_frame_relative_index; sllv_t* plocal_map_rhs_keylist_evaluators; } rval_evaluator_local_map_keylist_state_t; mv_t rval_evaluator_local_map_keylist_func(void* pvstate, variables_t* pvars) { rval_evaluator_local_map_keylist_state_t* pstate = pvstate; int all_non_null_or_error = TRUE; sllmv_t* pmvkeys = evaluate_list(pstate->plocal_map_rhs_keylist_evaluators, pvars, &all_non_null_or_error); mv_t rv = mv_absent(); if (all_non_null_or_error) { local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); mv_t val = local_stack_frame_ref_terminal_from_indexed(pframe, pstate->vardef_frame_relative_index, pmvkeys); if (val.type == MT_STRING && *val.u.strv == 0) rv = mv_empty(); else rv = mv_copy(&val); } sllmv_free(pmvkeys); return rv; } static void rval_evaluator_local_map_keylist_free(rval_evaluator_t* pevaluator) { rval_evaluator_local_map_keylist_state_t* pstate = pevaluator->pvstate; for (sllve_t* pe = pstate->plocal_map_rhs_keylist_evaluators->phead; pe != NULL; pe = pe->pnext) { rval_evaluator_t* pevaluator = pe->pvvalue; pevaluator->pfree_func(pevaluator); } sllv_free(pstate->plocal_map_rhs_keylist_evaluators); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_local_map_keylist(mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rval_evaluator_local_map_keylist_state_t* pstate = mlr_malloc_or_die( sizeof(rval_evaluator_local_map_keylist_state_t)); MLR_INTERNAL_CODING_ERROR_IF(pnode->vardef_frame_relative_index == MD_UNUSED_INDEX); pstate->vardef_frame_relative_index = pnode->vardef_frame_relative_index; sllv_t* pkeylist_evaluators = sllv_alloc(); for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { mlr_dsl_ast_node_t* pkeynode = pe->pvvalue; if (pkeynode->type == MD_AST_NODE_TYPE_STRING_LITERAL) { sllv_append(pkeylist_evaluators, rval_evaluator_alloc_from_string(pkeynode->text)); } else { sllv_append(pkeylist_evaluators, rval_evaluator_alloc_from_ast(pkeynode, pfmgr, type_inferencing, context_flags)); } } pstate->plocal_map_rhs_keylist_evaluators = pkeylist_evaluators; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = NULL; pevaluator->pprocess_func = rval_evaluator_local_map_keylist_func; pevaluator->pfree_func = rval_evaluator_local_map_keylist_free; return pevaluator; } // ================================================================ // This is used for evaluating numbers in literal expressions, e.g. '$x = 4' typedef struct _rval_evaluator_numeric_literal_state_t { mv_t literal; } rval_evaluator_numeric_literal_state_t; mv_t rval_evaluator_non_string_literal_func(void* pvstate, variables_t* pvars) { rval_evaluator_numeric_literal_state_t* pstate = pvstate; return pstate->literal; } mv_t rval_evaluator_string_literal_func(void* pvstate, variables_t* pvars) { rval_evaluator_numeric_literal_state_t* pstate = pvstate; char* input = pstate->literal.u.strv; if (pvars->ppregex_captures == NULL || *pvars->ppregex_captures == NULL) { return mv_from_string_no_free(input); } else { int was_allocated = FALSE; char* output = interpolate_regex_captures(input, *pvars->ppregex_captures, &was_allocated); if (was_allocated) return mv_from_string_with_free(output); else return mv_from_string_no_free(output); } } static void rval_evaluator_numeric_literal_free(rval_evaluator_t* pevaluator) { rval_evaluator_numeric_literal_state_t* pstate = pevaluator->pvstate; mv_free(&pstate->literal); free(pstate); free(pevaluator); } // How to handle echo a=1,b=2.0 | mlr put {flag} '$s = $a; $t = $b; $u = 3; $v = 4.0', where {flag} is -S, -F, or // neither: // * (no flag) TYPE_INFER_STRING_FLOAT_INT: a and s = int 1, b and t = float 2.0, u = int 3, v = float 4.0 // * (-F flag) TYPE_INFER_STRING_FLOAT: a and s = float 1.0, b and t = float 2.0, u = int 3, v = float 4.0 // * (-S flag) TYPE_INFER_STRING_ONLY: a and s = string "1", b and t = string "2.0", u = int 3, v = float 4.0 // The -S/-F flags for put/filter are for type inferencing in record data, not in literal expressions. rval_evaluator_t* rval_evaluator_alloc_from_numeric_literal(char* string) { rval_evaluator_numeric_literal_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_numeric_literal_state_t)); rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); if (string == NULL) { pstate->literal = mv_absent(); pevaluator->pprocess_func = rval_evaluator_non_string_literal_func; } else { long long intv; double fltv; pevaluator->pprocess_func = NULL; if (mlr_try_int_from_string(string, &intv)) { pstate->literal = mv_from_int(intv); pevaluator->pprocess_func = rval_evaluator_non_string_literal_func; } else if (mlr_try_float_from_string(string, &fltv)) { pstate->literal = mv_from_float(fltv); pevaluator->pprocess_func = rval_evaluator_non_string_literal_func; } else { pstate->literal = mv_from_string_no_free(string); pevaluator->pprocess_func = rval_evaluator_string_literal_func; } } pevaluator->pfree_func = rval_evaluator_numeric_literal_free; pevaluator->pvstate = pstate; return pevaluator; } // ================================================================ // This is used for evaluating strings and numbers in literal expressions, e.g. '$x = "abc"' // or '$x = "left_\1". The values are subject to replacement with regex captures. See comments // in mapper_put for more information. // // Compare rval_evaluator_alloc_from_string which doesn't do regex replacement: it is intended for // oosvar names on expression left-hand sides (outside of this file). typedef struct _rval_evaluator_string_literal_state_t { mv_t literal; } rval_evaluator_string_literal_state_t; static void rval_evaluator_string_literal_free(rval_evaluator_t* pevaluator) { rval_evaluator_string_literal_state_t* pstate = pevaluator->pvstate; mv_free(&pstate->literal); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_string_literal(char* string) { rval_evaluator_string_literal_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_string_literal_state_t)); rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); if (string == NULL) { pstate->literal = mv_absent(); pevaluator->pprocess_func = rval_evaluator_non_string_literal_func; } else { pstate->literal = mv_from_string_no_free(string); pevaluator->pprocess_func = rval_evaluator_string_literal_func; } pevaluator->pfree_func = rval_evaluator_string_literal_free; pevaluator->pvstate = pstate; return pevaluator; } // ================================================================ // This is intended only for oosvar names on expression left-hand sides (outside of this file). // Compare rval_evaluator_alloc_from_string_literal. typedef struct _rval_evaluator_string_state_t { char* string; } rval_evaluator_string_state_t; mv_t rval_evaluator_string_func(void* pvstate, variables_t* pvars) { rval_evaluator_string_state_t* pstate = pvstate; return mv_from_string_no_free(pstate->string); } static void rval_evaluator_string_free(rval_evaluator_t* pevaluator) { rval_evaluator_string_state_t* pstate = pevaluator->pvstate; free(pstate->string); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_string(char* string) { rval_evaluator_string_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_string_state_t)); rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pstate->string = mlr_strdup_or_die(string); pevaluator->pprocess_func = rval_evaluator_string_func; pevaluator->pfree_func = rval_evaluator_string_free; pevaluator->pvstate = pstate; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_boolean_literal_state_t { mv_t literal; } rval_evaluator_boolean_literal_state_t; mv_t rval_evaluator_boolean_literal_func(void* pvstate, variables_t* pvars) { rval_evaluator_boolean_literal_state_t* pstate = pvstate; return pstate->literal; } static void rval_evaluator_boolean_literal_free(rval_evaluator_t* pevaluator) { rval_evaluator_boolean_literal_state_t* pstate = pevaluator->pvstate; mv_free(&pstate->literal); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_boolean_literal(char* string) { rval_evaluator_boolean_literal_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_boolean_literal_state_t)); rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); if (streq(string, "true")) { pstate->literal = mv_from_true(); } else if (streq(string, "false")) { pstate->literal = mv_from_false(); } else { MLR_INTERNAL_CODING_ERROR(); } pevaluator->pprocess_func = rval_evaluator_boolean_literal_func; pevaluator->pfree_func = rval_evaluator_boolean_literal_free; pevaluator->pvstate = pstate; return pevaluator; } rval_evaluator_t* rval_evaluator_alloc_from_boolean(int boolval) { rval_evaluator_boolean_literal_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_boolean_literal_state_t)); rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pstate->literal = mv_from_bool(boolval); pevaluator->pprocess_func = rval_evaluator_boolean_literal_func; pevaluator->pfree_func = rval_evaluator_boolean_literal_free; pevaluator->pvstate = pstate; return pevaluator; } // ================================================================ // Example: // $ mlr put -v '$y=ENV["X"]' ... // AST BEGIN STATEMENTS (0): // AST MAIN STATEMENTS (1): // = (srec_assignment): // y (field_name). // env (env): // ENV (env). // X (numeric_literal). // AST END STATEMENTS (0): // ---------------------------------------------------------------- typedef struct _rval_evaluator_environment_state_t { rval_evaluator_t* pname_evaluator; } rval_evaluator_environment_state_t; mv_t rval_evaluator_environment_func(void* pvstate, variables_t* pvars) { rval_evaluator_environment_state_t* pstate = pvstate; mv_t mvname = pstate->pname_evaluator->pprocess_func(pstate->pname_evaluator->pvstate, pvars); if (mv_is_null(&mvname)) { return mv_absent(); } char free_flags; char* strname = mv_format_val(&mvname, &free_flags); char* strvalue = getenv(strname); if (strvalue == NULL) { mv_free(&mvname); if (free_flags & FREE_ENTRY_VALUE) free(strname); return mv_empty(); } mv_t rv = mv_from_string(strvalue, NO_FREE); mv_free(&mvname); if (free_flags & FREE_ENTRY_VALUE) free(strname); return rv; } static void rval_evaluator_environment_free(rval_evaluator_t* pevaluator) { rval_evaluator_environment_state_t* pstate = pevaluator->pvstate; pstate->pname_evaluator->pfree_func(pstate->pname_evaluator); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_environment(mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rval_evaluator_environment_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_environment_state_t)); rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); mlr_dsl_ast_node_t* pnamenode = pnode->pchildren->phead->pnext->pvvalue; pstate->pname_evaluator = rval_evaluator_alloc_from_ast(pnamenode, pfmgr, type_inferencing, context_flags); pevaluator->pprocess_func = rval_evaluator_environment_func; pevaluator->pfree_func = rval_evaluator_environment_free; pevaluator->pvstate = pstate; return pevaluator; } // ================================================================ mv_t rval_evaluator_NF_func(void* pvstate, variables_t* pvars) { return mv_from_int(pvars->pinrec->field_count); } static void rval_evaluator_NF_free(rval_evaluator_t* pevaluator) { free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_NF() { rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = NULL; pevaluator->pprocess_func = rval_evaluator_NF_func; pevaluator->pfree_func = rval_evaluator_NF_free; return pevaluator; } // ---------------------------------------------------------------- mv_t rval_evaluator_NR_func(void* pvstate, variables_t* pvars) { return mv_from_int(pvars->pctx->nr); } static void rval_evaluator_NR_free(rval_evaluator_t* pevaluator) { free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_NR() { rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = NULL; pevaluator->pprocess_func = rval_evaluator_NR_func; pevaluator->pfree_func = rval_evaluator_NR_free; return pevaluator; } // ---------------------------------------------------------------- mv_t rval_evaluator_FNR_func(void* pvstate, variables_t* pvars) { return mv_from_int(pvars->pctx->fnr); } static void rval_evaluator_FNR_free(rval_evaluator_t* pevaluator) { free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_FNR() { rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = NULL; pevaluator->pprocess_func = rval_evaluator_FNR_func; pevaluator->pfree_func = rval_evaluator_FNR_free; return pevaluator; } // ---------------------------------------------------------------- mv_t rval_evaluator_FILENAME_func(void* pvstate, variables_t* pvars) { return mv_from_string_no_free(pvars->pctx->filename); } static void rval_evaluator_FILENAME_free(rval_evaluator_t* pevaluator) { free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_FILENAME() { rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = NULL; pevaluator->pprocess_func = rval_evaluator_FILENAME_func; pevaluator->pfree_func = rval_evaluator_FILENAME_free; return pevaluator; } // ---------------------------------------------------------------- mv_t rval_evaluator_FILENUM_func(void* pvstate, variables_t* pvars) { return mv_from_int(pvars->pctx->filenum); } static void rval_evaluator_FILENUM_free(rval_evaluator_t* pevaluator) { free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_FILENUM() { rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = NULL; pevaluator->pprocess_func = rval_evaluator_FILENUM_func; pevaluator->pfree_func = rval_evaluator_FILENUM_free; return pevaluator; } // ---------------------------------------------------------------- mv_t rval_evaluator_PI_func(void* pvstate, variables_t* pvars) { return mv_from_float(M_PI); } static void rval_evaluator_PI_free(rval_evaluator_t* pevaluator) { free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_M_PI() { rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = NULL; pevaluator->pprocess_func = rval_evaluator_PI_func; pevaluator->pfree_func = rval_evaluator_PI_free; return pevaluator; } // ---------------------------------------------------------------- mv_t rval_evaluator_E_func(void* pvstate, variables_t* pvars) { return mv_from_float(M_E); } static void rval_evaluator_E_free(rval_evaluator_t* pevaluator) { free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_M_E() { rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = NULL; pevaluator->pprocess_func = rval_evaluator_E_func; pevaluator->pfree_func = rval_evaluator_E_free; return pevaluator; } // ---------------------------------------------------------------- mv_t rval_evaluator_IPS_func(void* pvstate, variables_t* pvars) { return mv_from_string_no_free(pvars->pctx->ips); } static void rval_evaluator_IPS_free(rval_evaluator_t* pevaluator) { free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_IPS() { rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = NULL; pevaluator->pprocess_func = rval_evaluator_IPS_func; pevaluator->pfree_func = rval_evaluator_IPS_free; return pevaluator; } // ---------------------------------------------------------------- mv_t rval_evaluator_IFS_func(void* pvstate, variables_t* pvars) { return mv_from_string_no_free(pvars->pctx->ifs); } static void rval_evaluator_IFS_free(rval_evaluator_t* pevaluator) { free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_IFS() { rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = NULL; pevaluator->pprocess_func = rval_evaluator_IFS_func; pevaluator->pfree_func = rval_evaluator_IFS_free; return pevaluator; } // ---------------------------------------------------------------- mv_t rval_evaluator_IRS_func(void* pvstate, variables_t* pvars) { context_t* pctx = pvars->pctx; return mv_from_string_no_free( pctx->auto_line_term_detected ? pctx->auto_line_term : pctx->irs ); } static void rval_evaluator_IRS_free(rval_evaluator_t* pevaluator) { free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_IRS() { rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = NULL; pevaluator->pprocess_func = rval_evaluator_IRS_func; pevaluator->pfree_func = rval_evaluator_IRS_free; return pevaluator; } // ---------------------------------------------------------------- mv_t rval_evaluator_OPS_func(void* pvstate, variables_t* pvars) { return mv_from_string_no_free(pvars->pctx->ops); } static void rval_evaluator_OPS_free(rval_evaluator_t* pevaluator) { free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_OPS() { rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = NULL; pevaluator->pprocess_func = rval_evaluator_OPS_func; pevaluator->pfree_func = rval_evaluator_OPS_free; return pevaluator; } // ---------------------------------------------------------------- mv_t rval_evaluator_OFS_func(void* pvstate, variables_t* pvars) { return mv_from_string_no_free(pvars->pctx->ofs); } static void rval_evaluator_OFS_free(rval_evaluator_t* pevaluator) { free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_OFS() { rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = NULL; pevaluator->pprocess_func = rval_evaluator_OFS_func; pevaluator->pfree_func = rval_evaluator_OFS_free; return pevaluator; } // ---------------------------------------------------------------- mv_t rval_evaluator_ORS_func(void* pvstate, variables_t* pvars) { context_t* pctx = pvars->pctx; return mv_from_string_no_free( pctx->auto_line_term_detected ? pctx->auto_line_term : pctx->ors ); } static void rval_evaluator_ORS_free(rval_evaluator_t* pevaluator) { free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_ORS() { rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = NULL; pevaluator->pprocess_func = rval_evaluator_ORS_func; pevaluator->pfree_func = rval_evaluator_ORS_free; return pevaluator; } // ================================================================ rval_evaluator_t* rval_evaluator_alloc_from_context_variable(char* variable_name) { if (streq(variable_name, "NF")) { return rval_evaluator_alloc_from_NF(); } else if (streq(variable_name, "NR")) { return rval_evaluator_alloc_from_NR(); } else if (streq(variable_name, "FNR")) { return rval_evaluator_alloc_from_FNR(); } else if (streq(variable_name, "FILENAME")) { return rval_evaluator_alloc_from_FILENAME(); } else if (streq(variable_name, "FILENUM")) { return rval_evaluator_alloc_from_FILENUM(); } else if (streq(variable_name, "M_PI")) { return rval_evaluator_alloc_from_M_PI(); } else if (streq(variable_name, "M_E")) { return rval_evaluator_alloc_from_M_E(); } else if (streq(variable_name, "IPS")) { return rval_evaluator_alloc_from_IPS(); } else if (streq(variable_name, "IFS")) { return rval_evaluator_alloc_from_IFS(); } else if (streq(variable_name, "IRS")) { return rval_evaluator_alloc_from_IRS(); } else if (streq(variable_name, "OPS")) { return rval_evaluator_alloc_from_OPS(); } else if (streq(variable_name, "OFS")) { return rval_evaluator_alloc_from_OFS(); } else if (streq(variable_name, "ORS")) { return rval_evaluator_alloc_from_ORS(); } else { return NULL; } } // ================================================================ typedef struct _rval_evaluator_from_local_variable_state_t { int vardef_frame_relative_index; } rval_evaluator_from_local_variable_state_t; mv_t rval_evaluator_from_local_variable_func(void* pvstate, variables_t* pvars) { rval_evaluator_from_local_variable_state_t* pstate = pvstate; local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); mv_t val = local_stack_frame_get_terminal_from_nonindexed(pframe, pstate->vardef_frame_relative_index); return mv_copy(&val); } static void rval_evaluator_from_local_variable_free(rval_evaluator_t* pevaluator) { rval_evaluator_from_local_variable_state_t* pstate = pevaluator->pvstate; free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_local_variable(int vardef_frame_relative_index) { rval_evaluator_from_local_variable_state_t* pstate = mlr_malloc_or_die( sizeof(rval_evaluator_from_local_variable_state_t)); rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); MLR_INTERNAL_CODING_ERROR_IF(vardef_frame_relative_index == MD_UNUSED_INDEX); pstate->vardef_frame_relative_index = vardef_frame_relative_index; pevaluator->pprocess_func = rval_evaluator_from_local_variable_func; pevaluator->pfree_func = rval_evaluator_from_local_variable_free; pevaluator->pvstate = pstate; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_mv_state_t { mv_t literal; } rval_evaluator_mv_state_t; mv_t rval_evaluator_mv_process(void* pvstate, variables_t* pvars) { rval_evaluator_mv_state_t* pstate = pvstate; return mv_copy(&pstate->literal); } static void rval_evaluator_mv_free(rval_evaluator_t* pevaluator) { rval_evaluator_mv_state_t* pstate = pevaluator->pvstate; mv_free(&pstate->literal); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_mlrval(mv_t* pval) { rval_evaluator_mv_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_mv_state_t)); rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pstate->literal = mv_copy(pval); pevaluator->pprocess_func = rval_evaluator_mv_process; pevaluator->pfree_func = rval_evaluator_mv_free; pevaluator->pvstate = pstate; return pevaluator; } // ================================================================ // Type-inferenced srec-field getters // ---------------------------------------------------------------- mv_t get_srec_value_string_only(char* field_name, lrec_t* pinrec, lhmsmv_t* ptyped_overlay) { // See comments in rval_evaluator.h and mapper_put.c regarding the typed-overlay map. mv_t* poverlay = lhmsmv_get(ptyped_overlay, field_name); mv_t rv; if (poverlay != NULL) { // The lrec-evaluator logic will free its inputs and allocate new outputs, so we must copy // a value here to feed into that. Otherwise the typed-overlay map would have its contents // freed out from underneath it by the evaluator functions. rv = mv_copy(poverlay); } else { rv = mv_ref_type_infer_string(lrec_get(pinrec, field_name)); rv = mv_copy(&rv); } return rv; } // ---------------------------------------------------------------- mv_t get_srec_value_string_float(char* field_name, lrec_t* pinrec, lhmsmv_t* ptyped_overlay) { // See comments in rval_evaluator.h and mapper_put.c regarding the typed-overlay map. mv_t* poverlay = lhmsmv_get(ptyped_overlay, field_name); mv_t rv; if (poverlay != NULL) { // The lrec-evaluator logic will free its inputs and allocate new outputs, so we must copy // a value here to feed into that. Otherwise the typed-overlay map would have its contents // freed out from underneath it by the evaluator functions. rv = mv_copy(poverlay); } else { rv = mv_ref_type_infer_string_or_float(lrec_get(pinrec, field_name)); rv = mv_copy(&rv); } return rv; } // ---------------------------------------------------------------- mv_t get_srec_value_string_float_int(char* field_name, lrec_t* pinrec, lhmsmv_t* ptyped_overlay) { // See comments in rval_evaluator.h and mapper_put.c regarding the typed-overlay map. mv_t* poverlay = lhmsmv_get(ptyped_overlay, field_name); mv_t rv; if (poverlay != NULL) { // The lrec-evaluator logic will free its inputs and allocate new outputs, so we must copy // a value here to feed into that. Otherwise the typed-overlay map would have its contents // freed out from underneath it by the evaluator functions. rv = mv_copy(poverlay); } else { rv = mv_ref_type_infer_string_or_float_or_int(lrec_get(pinrec, field_name)); rv = mv_copy(&rv); } return rv; } // ---------------------------------------------------------------- mv_t get_copy_srec_value_string_only_aux(lrece_t* pentry, lhmsmv_t* ptyped_overlay) { // See comments in rval_evaluator.h and mapper_put.c regarding the typed-overlay map. mv_t* poverlay = lhmsmv_get(ptyped_overlay, pentry->key); mv_t rv; if (poverlay != NULL) { // The lrec-evaluator logic will free its inputs and allocate new outputs, so we must copy // a value here to feed into that. Otherwise the typed-overlay map would have its contents // freed out from underneath it by the evaluator functions. rv = mv_copy(poverlay); } else { if (pentry->value == NULL) { rv = mv_absent(); } else if (*pentry->value == 0) { rv = mv_empty(); } else { rv = mv_from_string_with_free(mlr_strdup_or_die(pentry->value)); } } return rv; } // ---------------------------------------------------------------- mv_t get_copy_srec_value_string_float_aux(lrece_t* pentry, lhmsmv_t* ptyped_overlay) { // See comments in rval_evaluator.h and mapper_put.c regarding the typed-overlay map. mv_t* poverlay = lhmsmv_get(ptyped_overlay, pentry->key); mv_t rv; if (poverlay != NULL) { // The lrec-evaluator logic will free its inputs and allocate new outputs, so we must copy // a value here to feed into that. Otherwise the typed-overlay map would have its contents // freed out from underneath it by the evaluator functions. rv = mv_copy(poverlay); } else { if (pentry->value == NULL) { rv = mv_absent(); } else if (*pentry->value == 0) { rv = mv_empty(); } else { double fltv; if (mlr_try_float_from_string(pentry->value, &fltv)) { rv = mv_from_float(fltv); } else { rv = mv_from_string_with_free(mlr_strdup_or_die(pentry->value)); } } } return rv; } // ---------------------------------------------------------------- mv_t get_copy_srec_value_string_float_int_aux(lrece_t* pentry, lhmsmv_t* ptyped_overlay) { // See comments in rval_evaluator.h and mapper_put.c regarding the typed-overlay map. mv_t* poverlay = lhmsmv_get(ptyped_overlay, pentry->key); mv_t rv; if (poverlay != NULL) { // The lrec-evaluator logic will free its inputs and allocate new outputs, so we must copy // a value here to feed into that. Otherwise the typed-overlay map would have its contents // freed out from underneath it by the evaluator functions. rv = mv_copy(poverlay); } else { if (pentry->value == NULL) { rv = mv_absent(); } else if (*pentry->value == 0) { rv = mv_empty(); } else { long long intv; double fltv; if (mlr_try_int_from_string(pentry->value, &intv)) { rv = mv_from_int(intv); } else if (mlr_try_float_from_string(pentry->value, &fltv)) { rv = mv_from_float(fltv); } else { rv = mv_from_string_with_free(mlr_strdup_or_die(pentry->value)); } } } return rv; } miller-5.6.2/c/dsl/rval_func_evaluators.c000066400000000000000000001357001354153536500204240ustar00rootroot00000000000000#include #include #include #include // for tolower(), toupper() #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/mlrregex.h" #include "lib/mtrand.h" #include "mapping/mapper.h" #include "dsl/context_flags.h" #include "dsl/rval_evaluators.h" // ---------------------------------------------------------------- typedef struct _rval_evaluator_variadic_state_t { mv_variadic_func_t* pfunc; rval_evaluator_t** pargs; mv_t* pmvs; int nargs; } rval_evaluator_variadic_state_t; static mv_t rval_evaluator_variadic_func(void* pvstate, variables_t* pvars) { rval_evaluator_variadic_state_t* pstate = pvstate; int nargs = pstate->nargs; for (int i = 0; i < nargs; i++) { rval_evaluator_t* parg = pstate->pargs[i]; mv_t* pmv = &pstate->pmvs[i]; *pmv = parg->pprocess_func(parg->pvstate, pvars); } return pstate->pfunc(pstate->pmvs, nargs); } static void rval_evaluator_variadic_free(rval_evaluator_t* pevaluator) { rval_evaluator_variadic_state_t* pstate = pevaluator->pvstate; for (int i = 0; i < pstate->nargs; i++) pstate->pargs[i]->pfree_func(pstate->pargs[i]); free(pstate->pargs); // contents already mv_freed by evaluator chains at process time free(pstate->pmvs); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_variadic_func(mv_variadic_func_t* pfunc, rval_evaluator_t** pargs, int nargs) { rval_evaluator_variadic_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_variadic_state_t)); pstate->pfunc = pfunc; pstate->pargs = pargs; pstate->nargs = nargs; pstate->pmvs = mlr_malloc_or_die(nargs * sizeof(mv_t)); rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_variadic_func; pevaluator->pfree_func = rval_evaluator_variadic_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_b_b_state_t { mv_unary_func_t* pfunc; rval_evaluator_t* parg1; } rval_evaluator_b_b_state_t; static mv_t rval_evaluator_b_b_func(void* pvstate, variables_t* pvars) { rval_evaluator_b_b_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_NUMBERS(val1); if (val1.type != MT_BOOLEAN) return mv_error(); return pstate->pfunc(&val1); } static void rval_evaluator_b_b_free(rval_evaluator_t* pevaluator) { rval_evaluator_b_b_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_b_b_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1) { rval_evaluator_b_b_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_b_b_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_b_b_func; pevaluator->pfree_func = rval_evaluator_b_b_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_b_bb_state_t { rval_evaluator_t* parg1; rval_evaluator_t* parg2; } rval_evaluator_b_bb_state_t; // This is different from most of the lrec-evaluator functions in that it does short-circuiting: // since is logical AND, the LHS is not evaluated if the RHS is false. static mv_t rval_evaluator_b_bb_and_func(void* pvstate, variables_t* pvars) { rval_evaluator_b_bb_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); EMPTY_OR_ERROR_OUT_FOR_NUMBERS(val1); if (val1.type == MT_BOOLEAN) { if (val1.u.boolv == FALSE) return val1; } else if (val1.type != MT_ABSENT) { return mv_error(); } mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); EMPTY_OR_ERROR_OUT_FOR_NUMBERS(val2); if (val2.type == MT_BOOLEAN) { return val2; } else if (val2.type == MT_ABSENT) { return val1; } else { return mv_error(); } } // This is different from most of the lrec-evaluator functions in that it does short-circuiting: // since is logical OR, the LHS is not evaluated if the RHS is true. static mv_t rval_evaluator_b_bb_or_func(void* pvstate, variables_t* pvars) { rval_evaluator_b_bb_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); EMPTY_OR_ERROR_OUT_FOR_NUMBERS(val1); if (val1.type == MT_BOOLEAN) { if (val1.u.boolv == TRUE) return val1; } else if (val1.type != MT_ABSENT) { return mv_error(); } mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); EMPTY_OR_ERROR_OUT_FOR_NUMBERS(val2); if (val2.type == MT_BOOLEAN) { return val2; } else if (val2.type == MT_ABSENT) { return val1; } else { return mv_error(); } } static mv_t rval_evaluator_b_bb_xor_func(void* pvstate, variables_t* pvars) { rval_evaluator_b_bb_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); EMPTY_OR_ERROR_OUT_FOR_NUMBERS(val1); if (val1.type != MT_BOOLEAN && val1.type != MT_ABSENT) { return mv_error(); } mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); EMPTY_OR_ERROR_OUT_FOR_NUMBERS(val2); if (val2.type == MT_BOOLEAN) { if (val1.type == MT_BOOLEAN) return mv_from_bool(val1.u.boolv ^ val2.u.boolv); else return val2; } else if (val2.type == MT_ABSENT) { return val1; } else { return mv_error(); } } static void rval_evaluator_b_bb_free(rval_evaluator_t* pevaluator) { rval_evaluator_b_bb_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_b_bb_and_func(rval_evaluator_t* parg1, rval_evaluator_t* parg2) { rval_evaluator_b_bb_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_b_bb_state_t)); pstate->parg1 = parg1; pstate->parg2 = parg2; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_b_bb_and_func; pevaluator->pfree_func = rval_evaluator_b_bb_free; return pevaluator; } rval_evaluator_t* rval_evaluator_alloc_from_b_bb_or_func(rval_evaluator_t* parg1, rval_evaluator_t* parg2) { rval_evaluator_b_bb_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_b_bb_state_t)); pstate->parg1 = parg1; pstate->parg2 = parg2; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_b_bb_or_func; pevaluator->pfree_func = rval_evaluator_b_bb_free; return pevaluator; } rval_evaluator_t* rval_evaluator_alloc_from_b_bb_xor_func(rval_evaluator_t* parg1, rval_evaluator_t* parg2) { rval_evaluator_b_bb_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_b_bb_state_t)); pstate->parg1 = parg1; pstate->parg2 = parg2; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_b_bb_xor_func; pevaluator->pfree_func = rval_evaluator_b_bb_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_x_z_state_t { mv_zary_func_t* pfunc; } rval_evaluator_x_z_state_t; static mv_t rval_evaluator_x_z_func(void* pvstate, variables_t* pvars) { rval_evaluator_x_z_state_t* pstate = pvstate; return pstate->pfunc(); } static void rval_evaluator_x_z_free(rval_evaluator_t* pevaluator) { free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_x_z_func(mv_zary_func_t* pfunc) { rval_evaluator_x_z_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_x_z_state_t)); pstate->pfunc = pfunc; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_x_z_func; pevaluator->pfree_func = rval_evaluator_x_z_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_f_f_state_t { mv_unary_func_t* pfunc; rval_evaluator_t* parg1; } rval_evaluator_f_f_state_t; static mv_t rval_evaluator_f_f_func(void* pvstate, variables_t* pvars) { rval_evaluator_f_f_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); mv_set_float_nullable(&val1); NULL_OR_ERROR_OUT_FOR_NUMBERS(val1); if (val1.type != MT_FLOAT) return mv_error(); return pstate->pfunc(&val1); } static void rval_evaluator_f_f_free(rval_evaluator_t* pevaluator) { rval_evaluator_f_f_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_f_f_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1) { rval_evaluator_f_f_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_f_f_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_f_f_func; pevaluator->pfree_func = rval_evaluator_f_f_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_x_n_state_t { mv_unary_func_t* pfunc; rval_evaluator_t* parg1; } rval_evaluator_x_n_state_t; static mv_t rval_evaluator_x_n_func(void* pvstate, variables_t* pvars) { rval_evaluator_x_n_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); mv_set_number_nullable(&val1); NULL_OR_ERROR_OUT_FOR_NUMBERS(val1); return pstate->pfunc(&val1); } static void rval_evaluator_x_n_free(rval_evaluator_t* pevaluator) { rval_evaluator_x_n_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_x_n_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1) { rval_evaluator_x_n_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_x_n_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_x_n_func; pevaluator->pfree_func = rval_evaluator_x_n_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_i_i_state_t { mv_unary_func_t* pfunc; rval_evaluator_t* parg1; } rval_evaluator_i_i_state_t; static mv_t rval_evaluator_i_i_func(void* pvstate, variables_t* pvars) { rval_evaluator_i_i_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); mv_set_int_nullable(&val1); NULL_OR_ERROR_OUT_FOR_NUMBERS(val1); return pstate->pfunc(&val1); } static void rval_evaluator_i_i_free(rval_evaluator_t* pevaluator) { rval_evaluator_i_i_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_i_i_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1) { rval_evaluator_i_i_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_i_i_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_i_i_func; pevaluator->pfree_func = rval_evaluator_i_i_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_f_ff_state_t { mv_binary_func_t* pfunc; rval_evaluator_t* parg1; rval_evaluator_t* parg2; } rval_evaluator_f_ff_state_t; static mv_t rval_evaluator_f_ff_func(void* pvstate, variables_t* pvars) { rval_evaluator_f_ff_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); mv_set_float_nullable(&val1); NULL_OR_ERROR_OUT_FOR_NUMBERS(val1); mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); mv_set_float_nullable(&val2); NULL_OR_ERROR_OUT_FOR_NUMBERS(val2); return pstate->pfunc(&val1, &val2); } static void rval_evaluator_f_ff_free(rval_evaluator_t* pevaluator) { rval_evaluator_f_ff_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_f_ff_func(mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2) { rval_evaluator_f_ff_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_f_ff_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; pstate->parg2 = parg2; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_f_ff_func; pevaluator->pfree_func = rval_evaluator_f_ff_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_x_xx_state_t { mv_binary_func_t* pfunc; rval_evaluator_t* parg1; rval_evaluator_t* parg2; } rval_evaluator_x_xx_state_t; static mv_t rval_evaluator_x_xx_func(void* pvstate, variables_t* pvars) { rval_evaluator_x_xx_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); // nullities handled by full disposition matrices return pstate->pfunc(&val1, &val2); } static void rval_evaluator_x_xx_free(rval_evaluator_t* pevaluator) { rval_evaluator_x_xx_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_x_xx_func(mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2) { rval_evaluator_x_xx_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_x_xx_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; pstate->parg2 = parg2; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_x_xx_func; pevaluator->pfree_func = rval_evaluator_x_xx_free; return pevaluator; } // ---------------------------------------------------------------- // This is for min/max which can return non-null when one argument is null -- // in comparison to other functions which return null if *any* argument is // null. typedef struct _rval_evaluator_x_xx_nullable_state_t { mv_binary_func_t* pfunc; rval_evaluator_t* parg1; rval_evaluator_t* parg2; } rval_evaluator_x_xx_nullable_state_t; static mv_t rval_evaluator_x_xx_nullable_func(void* pvstate, variables_t* pvars) { rval_evaluator_x_xx_nullable_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); mv_set_number_nullable(&val1); mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); mv_set_number_nullable(&val2); return pstate->pfunc(&val1, &val2); } static void rval_evaluator_x_xx_nullable_free(rval_evaluator_t* pevaluator) { rval_evaluator_x_xx_nullable_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_x_xx_nullable_func(mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2) { rval_evaluator_x_xx_nullable_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_x_xx_nullable_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; pstate->parg2 = parg2; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_x_xx_nullable_func; pevaluator->pfree_func = rval_evaluator_x_xx_nullable_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_f_fff_state_t { mv_ternary_func_t* pfunc; rval_evaluator_t* parg1; rval_evaluator_t* parg2; rval_evaluator_t* parg3; } rval_evaluator_f_fff_state_t; static mv_t rval_evaluator_f_fff_func(void* pvstate, variables_t* pvars) { rval_evaluator_f_fff_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); mv_set_float_nullable(&val1); NULL_OR_ERROR_OUT_FOR_NUMBERS(val1); mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); mv_set_float_nullable(&val2); NULL_OR_ERROR_OUT_FOR_NUMBERS(val2); mv_t val3 = pstate->parg3->pprocess_func(pstate->parg3->pvstate, pvars); mv_set_float_nullable(&val3); NULL_OR_ERROR_OUT_FOR_NUMBERS(val3); return pstate->pfunc(&val1, &val2, &val3); } static void rval_evaluator_f_fff_free(rval_evaluator_t* pevaluator) { rval_evaluator_f_fff_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); pstate->parg3->pfree_func(pstate->parg3); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_f_fff_func(mv_ternary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2, rval_evaluator_t* parg3) { rval_evaluator_f_fff_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_f_fff_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; pstate->parg2 = parg2; pstate->parg3 = parg3; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_f_fff_func; pevaluator->pfree_func = rval_evaluator_f_fff_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_i_ii_state_t { mv_binary_func_t* pfunc; rval_evaluator_t* parg1; rval_evaluator_t* parg2; } rval_evaluator_i_ii_state_t; static mv_t rval_evaluator_i_ii_func(void* pvstate, variables_t* pvars) { rval_evaluator_i_ii_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); mv_set_int_nullable(&val1); NULL_OR_ERROR_OUT_FOR_NUMBERS(val1); if (val1.type != MT_INT) return mv_error(); mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); mv_set_int_nullable(&val2); NULL_OR_ERROR_OUT_FOR_NUMBERS(val2); if (val2.type != MT_INT) return mv_error(); return pstate->pfunc(&val1, &val2); } static void rval_evaluator_i_ii_free(rval_evaluator_t* pevaluator) { rval_evaluator_i_ii_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_i_ii_func(mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2) { rval_evaluator_i_ii_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_i_ii_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; pstate->parg2 = parg2; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_i_ii_func; pevaluator->pfree_func = rval_evaluator_i_ii_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_i_iii_state_t { mv_ternary_func_t* pfunc; rval_evaluator_t* parg1; rval_evaluator_t* parg2; rval_evaluator_t* parg3; } rval_evaluator_i_iii_state_t; static mv_t rval_evaluator_i_iii_func(void* pvstate, variables_t* pvars) { rval_evaluator_i_iii_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); mv_set_int_nullable(&val1); NULL_OR_ERROR_OUT_FOR_NUMBERS(val1); if (val1.type != MT_INT) return mv_error(); mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); mv_set_int_nullable(&val2); NULL_OR_ERROR_OUT_FOR_NUMBERS(val2); if (val2.type != MT_INT) return mv_error(); mv_t val3 = pstate->parg3->pprocess_func(pstate->parg3->pvstate, pvars); mv_set_int_nullable(&val3); NULL_OR_ERROR_OUT_FOR_NUMBERS(val3); if (val3.type != MT_INT) return mv_error(); return pstate->pfunc(&val1, &val2, &val3); } static void rval_evaluator_i_iii_free(rval_evaluator_t* pevaluator) { rval_evaluator_i_iii_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); pstate->parg3->pfree_func(pstate->parg3); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_i_iii_func(mv_ternary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2, rval_evaluator_t* parg3) { rval_evaluator_i_iii_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_i_iii_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; pstate->parg2 = parg2; pstate->parg3 = parg3; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_i_iii_func; pevaluator->pfree_func = rval_evaluator_i_iii_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_ternop_state_t { rval_evaluator_t* parg1; rval_evaluator_t* parg2; rval_evaluator_t* parg3; } rval_evaluator_ternop_state_t; static mv_t rval_evaluator_ternop_func(void* pvstate, variables_t* pvars) { rval_evaluator_ternop_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_NUMBERS(val1); mv_set_boolean_strict(&val1); return val1.u.boolv ? pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars) : pstate->parg3->pprocess_func(pstate->parg3->pvstate, pvars); } static void rval_evaluator_ternop_free(rval_evaluator_t* pevaluator) { rval_evaluator_ternop_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); pstate->parg3->pfree_func(pstate->parg3); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_ternop(rval_evaluator_t* parg1, rval_evaluator_t* parg2, rval_evaluator_t* parg3) { rval_evaluator_ternop_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_ternop_state_t)); pstate->parg1 = parg1; pstate->parg2 = parg2; pstate->parg3 = parg3; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_ternop_func; pevaluator->pfree_func = rval_evaluator_ternop_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_s_s_state_t { mv_unary_func_t* pfunc; rval_evaluator_t* parg1; } rval_evaluator_s_s_state_t; static mv_t rval_evaluator_s_s_func(void* pvstate, variables_t* pvars) { rval_evaluator_s_s_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val1); if (!mv_is_string_or_empty(&val1)) return mv_error(); return pstate->pfunc(&val1); } static void rval_evaluator_s_s_free(rval_evaluator_t* pevaluator) { rval_evaluator_s_s_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_s_s_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1) { rval_evaluator_s_s_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_s_s_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_s_s_func; pevaluator->pfree_func = rval_evaluator_s_s_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_s_sii_state_t { mv_ternary_func_t* pfunc; rval_evaluator_t* parg1; rval_evaluator_t* parg2; rval_evaluator_t* parg3; } rval_evaluator_s_sii_state_t; static mv_t rval_evaluator_s_sii_func(void* pvstate, variables_t* pvars) { rval_evaluator_s_sii_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val1); if (!mv_is_string_or_empty(&val1)) return mv_error(); mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); mv_set_int_nullable(&val2); NULL_OR_ERROR_OUT_FOR_NUMBERS(val2); mv_t val3 = pstate->parg3->pprocess_func(pstate->parg3->pvstate, pvars); mv_set_int_nullable(&val3); NULL_OR_ERROR_OUT_FOR_NUMBERS(val3); return pstate->pfunc(&val1, &val2, &val3); } static void rval_evaluator_s_sii_free(rval_evaluator_t* pevaluator) { rval_evaluator_s_sii_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); pstate->parg3->pfree_func(pstate->parg3); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_s_sii_func(mv_ternary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2, rval_evaluator_t* parg3) { rval_evaluator_s_sii_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_s_sii_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; pstate->parg2 = parg2; pstate->parg3 = parg3; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_s_sii_func; pevaluator->pfree_func = rval_evaluator_s_sii_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_s_f_state_t { mv_unary_func_t* pfunc; rval_evaluator_t* parg1; } rval_evaluator_s_f_state_t; static mv_t rval_evaluator_s_f_func(void* pvstate, variables_t* pvars) { rval_evaluator_s_f_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); mv_set_float_nullable(&val1); NULL_OR_ERROR_OUT_FOR_NUMBERS(val1); return pstate->pfunc(&val1); } static void rval_evaluator_s_f_free(rval_evaluator_t* pevaluator) { rval_evaluator_s_f_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_s_f_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1) { rval_evaluator_s_f_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_s_f_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_s_f_func; pevaluator->pfree_func = rval_evaluator_s_f_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_s_i_state_t { mv_unary_func_t* pfunc; rval_evaluator_t* parg1; } rval_evaluator_s_i_state_t; static mv_t rval_evaluator_s_i_func(void* pvstate, variables_t* pvars) { rval_evaluator_s_i_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); mv_set_int_nullable(&val1); NULL_OR_ERROR_OUT_FOR_NUMBERS(val1); return pstate->pfunc(&val1); } static void rval_evaluator_s_i_free(rval_evaluator_t* pevaluator) { rval_evaluator_s_i_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_s_i_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1) { rval_evaluator_s_i_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_s_i_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_s_i_func; pevaluator->pfree_func = rval_evaluator_s_i_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_f_s_state_t { mv_unary_func_t* pfunc; rval_evaluator_t* parg1; } rval_evaluator_f_s_state_t; static mv_t rval_evaluator_f_s_func(void* pvstate, variables_t* pvars) { rval_evaluator_f_s_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val1); if (!mv_is_string_or_empty(&val1)) return mv_error(); return pstate->pfunc(&val1); } static void rval_evaluator_f_s_free(rval_evaluator_t* pevaluator) { rval_evaluator_f_s_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_f_s_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1) { rval_evaluator_f_s_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_f_s_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_f_s_func; pevaluator->pfree_func = rval_evaluator_f_s_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_i_s_state_t { mv_unary_func_t* pfunc; rval_evaluator_t* parg1; } rval_evaluator_i_s_state_t; static mv_t rval_evaluator_i_s_func(void* pvstate, variables_t* pvars) { rval_evaluator_i_s_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val1); if (!mv_is_string_or_empty(&val1)) return mv_error(); return pstate->pfunc(&val1); } static void rval_evaluator_i_s_free(rval_evaluator_t* pevaluator) { rval_evaluator_i_s_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_i_s_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1) { rval_evaluator_i_s_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_i_s_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_i_s_func; pevaluator->pfree_func = rval_evaluator_i_s_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_x_x_state_t { mv_unary_func_t* pfunc; rval_evaluator_t* parg1; } rval_evaluator_x_x_state_t; static mv_t rval_evaluator_x_x_func(void* pvstate, variables_t* pvars) { rval_evaluator_x_x_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); // nullity handled by full disposition matrices return pstate->pfunc(&val1); } static void rval_evaluator_x_x_free(rval_evaluator_t* pevaluator) { rval_evaluator_x_x_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_x_x_func(mv_unary_func_t* pfunc, rval_evaluator_t* parg1) { rval_evaluator_x_x_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_x_x_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_x_x_func; pevaluator->pfree_func = rval_evaluator_x_x_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_x_xi_state_t { mv_binary_func_t* pfunc; rval_evaluator_t* parg1; rval_evaluator_t* parg2; } rval_evaluator_x_xi_state_t; static mv_t rval_evaluator_x_xi_func(void* pvstate, variables_t* pvars) { rval_evaluator_x_xi_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); if (val2.type != MT_INT) { return mv_error(); } // nullity of 1st argument handled by full disposition matrices return pstate->pfunc(&val1, &val2); } static void rval_evaluator_x_xi_free(rval_evaluator_t* pevaluator) { rval_evaluator_x_xi_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_x_xi_func(mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2) { rval_evaluator_x_xi_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_x_xi_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; pstate->parg2 = parg2; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_x_xi_func; pevaluator->pfree_func = rval_evaluator_x_xi_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_x_ns_state_t { mv_binary_func_t* pfunc; rval_evaluator_t* parg1; rval_evaluator_t* parg2; } rval_evaluator_x_ns_state_t; static mv_t rval_evaluator_x_ns_func(void* pvstate, variables_t* pvars) { rval_evaluator_x_ns_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); mv_set_number_nullable(&val1); NULL_OR_ERROR_OUT_FOR_NUMBERS(val1); mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val2); if (!mv_is_string_or_empty(&val2)) { mv_free(&val1); return mv_error(); } return pstate->pfunc(&val1, &val2); } static void rval_evaluator_x_ns_free(rval_evaluator_t* pevaluator) { rval_evaluator_x_ns_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_x_ns_func(mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2) { rval_evaluator_x_ns_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_x_ns_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; pstate->parg2 = parg2; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_x_ns_func; pevaluator->pfree_func = rval_evaluator_x_ns_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_x_ss_state_t { mv_binary_func_t* pfunc; rval_evaluator_t* parg1; rval_evaluator_t* parg2; } rval_evaluator_x_ss_state_t; static mv_t rval_evaluator_x_ss_func(void* pvstate, variables_t* pvars) { rval_evaluator_x_ss_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val1); if (!mv_is_string_or_empty(&val1)) return mv_error(); mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val2); if (!mv_is_string_or_empty(&val2)) return mv_error(); return pstate->pfunc(&val1, &val2); } static void rval_evaluator_x_ss_free(rval_evaluator_t* pevaluator) { rval_evaluator_x_ss_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_x_ss_func(mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2) { rval_evaluator_x_ss_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_x_ss_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; pstate->parg2 = parg2; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_x_ss_func; pevaluator->pfree_func = rval_evaluator_x_ss_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_x_ssc_state_t { mv_binary_arg3_capture_func_t* pfunc; rval_evaluator_t* parg1; rval_evaluator_t* parg2; } rval_evaluator_x_ssc_state_t; static mv_t rval_evaluator_x_ssc_func(void* pvstate, variables_t* pvars) { rval_evaluator_x_ssc_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val1); if (!mv_is_string_or_empty(&val1)) return mv_error(); mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val2); if (!mv_is_string_or_empty(&val2)) return mv_error(); return pstate->pfunc(&val1, &val2, pvars->ppregex_captures); } static void rval_evaluator_x_ssc_free(rval_evaluator_t* pevaluator) { rval_evaluator_x_ssc_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_x_ssc_func(mv_binary_arg3_capture_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2) { rval_evaluator_x_ssc_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_x_ssc_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; pstate->parg2 = parg2; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_x_ssc_func; pevaluator->pfree_func = rval_evaluator_x_ssc_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_x_sr_state_t { mv_binary_arg2_regex_func_t* pfunc; rval_evaluator_t* parg1; regex_t regex; string_builder_t* psb; } rval_evaluator_x_sr_state_t; static mv_t rval_evaluator_x_sr_func(void* pvstate, variables_t* pvars) { rval_evaluator_x_sr_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val1); if (!mv_is_string_or_empty(&val1)) return mv_error(); return pstate->pfunc(&val1, &pstate->regex, pstate->psb, pvars->ppregex_captures); } static void rval_evaluator_x_sr_free(rval_evaluator_t* pevaluator) { rval_evaluator_x_sr_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); regfree(&pstate->regex); sb_free(pstate->psb); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_x_sr_func(mv_binary_arg2_regex_func_t* pfunc, rval_evaluator_t* parg1, char* regex_string, int ignore_case) { rval_evaluator_x_sr_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_x_sr_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; int cflags = ignore_case ? REG_ICASE : 0; regcomp_or_die(&pstate->regex, regex_string, cflags); pstate->psb = sb_alloc(MV_SB_ALLOC_LENGTH); rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_x_sr_func; pevaluator->pfree_func = rval_evaluator_x_sr_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_x_se_state_t { mv_binary_arg2_regextract_func_t* pfunc; rval_evaluator_t* parg1; regex_t regex; } rval_evaluator_x_se_state_t; static mv_t rval_evaluator_x_se_func(void* pvstate, variables_t* pvars) { rval_evaluator_x_se_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val1); if (!mv_is_string_or_empty(&val1)) return mv_error(); return pstate->pfunc(&val1, &pstate->regex); } static void rval_evaluator_x_se_free(rval_evaluator_t* pevaluator) { rval_evaluator_x_se_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); regfree(&pstate->regex); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_x_se_func(mv_binary_arg2_regextract_func_t* pfunc, rval_evaluator_t* parg1, char* regex_string, int ignore_case) { rval_evaluator_x_se_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_x_se_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; int cflags = ignore_case ? REG_ICASE : 0; regcomp_or_die(&pstate->regex, regex_string, cflags); rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_x_se_func; pevaluator->pfree_func = rval_evaluator_x_se_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_s_xs_state_t { mv_binary_func_t* pfunc; rval_evaluator_t* parg1; rval_evaluator_t* parg2; } rval_evaluator_s_xs_state_t; static mv_t rval_evaluator_s_xs_func(void* pvstate, variables_t* pvars) { rval_evaluator_s_xs_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val2); if (!mv_is_string_or_empty(&val2)) return mv_error(); return pstate->pfunc(&val1, &val2); } static void rval_evaluator_s_xs_free(rval_evaluator_t* pevaluator) { rval_evaluator_s_xs_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_s_xs_func(mv_binary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2) { rval_evaluator_s_xs_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_s_xs_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; pstate->parg2 = parg2; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_s_xs_func; pevaluator->pfree_func = rval_evaluator_s_xs_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_s_sss_state_t { mv_ternary_func_t* pfunc; rval_evaluator_t* parg1; rval_evaluator_t* parg2; rval_evaluator_t* parg3; } rval_evaluator_s_sss_state_t; static mv_t rval_evaluator_s_sss_func(void* pvstate, variables_t* pvars) { rval_evaluator_s_sss_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val1); if (!mv_is_string_or_empty(&val1)) return mv_error(); mv_t val2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val2); if (!mv_is_string_or_empty(&val2)) { mv_free(&val1); return mv_error(); } mv_t val3 = pstate->parg3->pprocess_func(pstate->parg3->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val3); if (!mv_is_string_or_empty(&val3)) { mv_free(&val1); mv_free(&val2); return mv_error(); } return pstate->pfunc(&val1, &val2, &val3); } static void rval_evaluator_s_sss_free(rval_evaluator_t* pevaluator) { rval_evaluator_s_sss_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); pstate->parg3->pfree_func(pstate->parg3); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_s_sss_func(mv_ternary_func_t* pfunc, rval_evaluator_t* parg1, rval_evaluator_t* parg2, rval_evaluator_t* parg3) { rval_evaluator_s_sss_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_s_sss_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; pstate->parg2 = parg2; pstate->parg3 = parg3; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_s_sss_func; pevaluator->pfree_func = rval_evaluator_s_sss_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_x_srs_state_t { mv_ternary_arg2_regex_func_t* pfunc; rval_evaluator_t* parg1; regex_t regex; rval_evaluator_t* parg3; string_builder_t* psb; } rval_evaluator_x_srs_state_t; static mv_t rval_evaluator_x_srs_func(void* pvstate, variables_t* pvars) { rval_evaluator_x_srs_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val1); if (!mv_is_string_or_empty(&val1)) return mv_error(); mv_t val3 = pstate->parg3->pprocess_func(pstate->parg3->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val3); if (!mv_is_string_or_empty(&val3)) { mv_free(&val3); return mv_error(); } return pstate->pfunc(&val1, &pstate->regex, pstate->psb, &val3); } static void rval_evaluator_x_srs_free(rval_evaluator_t* pevaluator) { rval_evaluator_x_srs_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); regfree(&pstate->regex); pstate->parg3->pfree_func(pstate->parg3); sb_free(pstate->psb); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_x_srs_func(mv_ternary_arg2_regex_func_t* pfunc, rval_evaluator_t* parg1, char* regex_string, int ignore_case, rval_evaluator_t* parg3) { rval_evaluator_x_srs_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_x_srs_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; int cflags = ignore_case ? REG_ICASE : 0; regcomp_or_die(&pstate->regex, regex_string, cflags); pstate->psb = sb_alloc(MV_SB_ALLOC_LENGTH); pstate->parg3 = parg3; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_x_srs_func; pevaluator->pfree_func = rval_evaluator_x_srs_free; return pevaluator; } // ---------------------------------------------------------------- typedef struct _rval_evaluator_x_ses_state_t { mv_ternary_arg2_regextract_func_t* pfunc; rval_evaluator_t* parg1; regex_t regex; rval_evaluator_t* parg3; } rval_evaluator_x_ses_state_t; static mv_t rval_evaluator_x_ses_func(void* pvstate, variables_t* pvars) { rval_evaluator_x_ses_state_t* pstate = pvstate; mv_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val1); if (!mv_is_string_or_empty(&val1)) return mv_error(); mv_t val3 = pstate->parg3->pprocess_func(pstate->parg3->pvstate, pvars); NULL_OR_ERROR_OUT_FOR_STRINGS(val3); if (!mv_is_string_or_empty(&val3)) { mv_free(&val3); return mv_error(); } return pstate->pfunc(&val1, &pstate->regex, &val3); } static void rval_evaluator_x_ses_free(rval_evaluator_t* pevaluator) { rval_evaluator_x_ses_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); regfree(&pstate->regex); pstate->parg3->pfree_func(pstate->parg3); free(pstate); free(pevaluator); } rval_evaluator_t* rval_evaluator_alloc_from_x_ses_func(mv_ternary_arg2_regextract_func_t* pfunc, rval_evaluator_t* parg1, char* regex_string, int ignore_case, rval_evaluator_t* parg3) { rval_evaluator_x_ses_state_t* pstate = mlr_malloc_or_die(sizeof(rval_evaluator_x_ses_state_t)); pstate->pfunc = pfunc; pstate->parg1 = parg1; int cflags = ignore_case ? REG_ICASE : 0; regcomp_or_die(&pstate->regex, regex_string, cflags); pstate->parg3 = parg3; rval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rval_evaluator_x_ses_func; pevaluator->pfree_func = rval_evaluator_x_ses_free; return pevaluator; } miller-5.6.2/c/dsl/rval_list_evaluators.c000066400000000000000000000020341354153536500204350ustar00rootroot00000000000000#include #include #include #include // for tolower(), toupper() #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/mlrregex.h" #include "lib/mtrand.h" #include "mapping/mapper.h" #include "dsl/rval_evaluators.h" // ================================================================ // See comments in rval_evaluators.h // ================================================================ sllmv_t* evaluate_list(sllv_t* pevaluators, variables_t* pvars, int* pall_non_null_or_error) { sllmv_t* pmvs = sllmv_alloc(); int all_non_null_or_error = TRUE; for (sllve_t* pe = pevaluators->phead; pe != NULL; pe = pe->pnext) { rval_evaluator_t* pevaluator = pe->pvvalue; mv_t mv = pevaluator->pprocess_func(pevaluator->pvstate, pvars); if (mv_is_null_or_error(&mv)) { all_non_null_or_error = FALSE; break; } // Don't free the mlrval since its memory will be managed by the sllmv. sllmv_append_with_free(pmvs, &mv); } *pall_non_null_or_error = all_non_null_or_error; return pmvs; } miller-5.6.2/c/dsl/rxval_evaluator.h000066400000000000000000000035671354153536500174300ustar00rootroot00000000000000// ================================================================ // These evaluate right-hand-side extended values (rxvals) and return the same. // // For scalar (non-extended) right-hand side values, everything is ephemeral as // it propagates up through the concrete syntax tree: e.g. in '$c = $a . $b' the // $a and $b are copied out as ephemerals; in the concat function their // concatenation is computed and the ephemeral input arguments are freed; then // the result is stored in field $c. // // But for extended values (here) everything is copy-on-write: // expression-intermediate values are not always ephemeral. This is due to the // size of the data involved. We can do dump or emit of a nested hashmap stored // in an oosvar or local without copying it; we can do mapdiff of two map-valued // variables while not modifying or copying either argument. // // The boxed_xval_t decorates mlhmmv_value_t (extended value) with an // is_ephemeral flag. The mlhmmv_value_t in turn has a map or a scalar. // ================================================================ #ifndef RXVAL_EVALUATOR_H #define RXVAL_EVALUATOR_H #include "lib/context.h" #include "containers/lrec.h" #include "containers/lhmsmv.h" #include "containers/mlhmmv.h" #include "lib/mvfuncs.h" #include "containers/boxed_xval.h" #include "containers/local_stack.h" #include "containers/loop_stack.h" #include "lib/string_array.h" // ---------------------------------------------------------------- struct _rxval_evaluator_t; // forward reference for method declarations typedef boxed_xval_t rxval_evaluator_process_func_t(void* pvstate, variables_t* pvars); typedef void rxval_evaluator_free_func_t(struct _rxval_evaluator_t*); typedef struct _rxval_evaluator_t { void* pvstate; rxval_evaluator_process_func_t* pprocess_func; rxval_evaluator_free_func_t* pfree_func; } rxval_evaluator_t; #endif // RXVAL_EVALUATOR_H miller-5.6.2/c/dsl/rxval_evaluators.h000066400000000000000000000122141354153536500176000ustar00rootroot00000000000000// ================================================================ // These evaluate right-hand-side extended values (rxvals) and return the same. // // For scalar (non-extended) right-hand side values, everything is ephemeral as // it propagates up through the concrete syntax tree: e.g. in '$c = $a . $b' the // $a and $b are copied out as ephemerals; in the concat function their // concatenation is computed and the ephemeral input arguments are freed; then // the result is stored in field $c. // // But for extended values (here) everything is copy-on-write: // expression-intermediate values are not always ephemeral. This is due to the // size of the data involved. We can do dump or emit of a nested hashmap stored // in an oosvar or local without copying it; we can do mapdiff of two map-valued // variables while not modifying or copying either argument. // // The boxed_xval_t decorates mlhmmv_value_t (extended value) with an // is_ephemeral flag. The mlhmmv_value_t in turn has a map or a scalar. // ================================================================ #ifndef RXVAL_EVALUATORS_H #define RXVAL_EVALUATORS_H #include #include "lib/mvfuncs.h" #include "containers/xvfuncs.h" #include "dsl/mlr_dsl_ast.h" #include "dsl/rval_evaluator.h" #include "dsl/rxval_evaluator.h" #include "dsl/function_manager.h" // ================================================================ // rxval_expr_evaluators.c // ---------------------------------------------------------------- // Topmost functions: rxval_evaluator_t* rxval_evaluator_alloc_from_ast( mlr_dsl_ast_node_t* past, fmgr_t* pfmgr, int type_inferencing, int context_flags); // Next level: rxval_evaluator_t* rxval_evaluator_alloc_from_map_literal( mlr_dsl_ast_node_t* past, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_from_function_callsite( mlr_dsl_ast_node_t* past, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_from_nonindexed_local_variable( mlr_dsl_ast_node_t* past, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_from_indexed_local_variable( mlr_dsl_ast_node_t* past, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_from_oosvar_keylist( mlr_dsl_ast_node_t* past, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_from_full_oosvar( mlr_dsl_ast_node_t* past, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_from_full_srec( mlr_dsl_ast_node_t* past, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_wrapping_rval( mlr_dsl_ast_node_t* past, fmgr_t* pfmgr, int type_inferencing, int context_flags); // ================================================================ // rxval_func_evaluators.c rxval_evaluator_t* rxval_evaluator_alloc_from_variadic_func( xv_variadic_func_t* pfunc, sllv_t* parg_nodes, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_from_x_x_func( xv_unary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_from_x_m_func( xv_unary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_from_x_mx_func( xv_binary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, mlr_dsl_ast_node_t* parg2_node, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_from_x_ms_func( xv_binary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, mlr_dsl_ast_node_t* parg2_node, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_from_x_ss_func( xv_binary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, mlr_dsl_ast_node_t* parg2_node, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_from_x_mss_func( xv_ternary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, mlr_dsl_ast_node_t* parg2_node, mlr_dsl_ast_node_t* parg3_node, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_from_x_sss_func( xv_ternary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, mlr_dsl_ast_node_t* parg2_node, mlr_dsl_ast_node_t* parg3_node, fmgr_t* pfmgr, int type_inferencing, int context_flags); rxval_evaluator_t* rxval_evaluator_alloc_from_A_x_func( xv_unary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, fmgr_t* pfmgr, int type_inferencing, int context_flags, char* desc); #endif // RXVAL_EVALUATORS_H miller-5.6.2/c/dsl/rxval_expr_evaluators.c000066400000000000000000000533001354153536500206320ustar00rootroot00000000000000#include #include #include #include // for tolower(), toupper() #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/mlrregex.h" #include "lib/mtrand.h" #include "dsl/context_flags.h" #include "dsl/keylist_evaluators.h" #include "dsl/rval_evaluators.h" #include "dsl/rxval_evaluators.h" #include "dsl/function_manager.h" #include "mapping/mapper.h" // ================================================================ // See comments in rval_evaluators.h // ================================================================ // ---------------------------------------------------------------- rxval_evaluator_t* rxval_evaluator_alloc_from_ast(mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { switch(pnode->type) { case MD_AST_NODE_TYPE_MAP_LITERAL: return rxval_evaluator_alloc_from_map_literal( pnode, pfmgr, type_inferencing, context_flags); return NULL; break; case MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE: return rxval_evaluator_alloc_from_nonindexed_local_variable( pnode, pfmgr, type_inferencing, context_flags); return NULL; break; case MD_AST_NODE_TYPE_INDEXED_LOCAL_VARIABLE: return rxval_evaluator_alloc_from_indexed_local_variable( pnode, pfmgr, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_OOSVAR_KEYLIST: return rxval_evaluator_alloc_from_oosvar_keylist( pnode, pfmgr, type_inferencing, context_flags); break; case MD_AST_NODE_TYPE_FULL_OOSVAR: return rxval_evaluator_alloc_from_full_oosvar( pnode, pfmgr, type_inferencing, context_flags); return NULL; break; case MD_AST_NODE_TYPE_FULL_SREC: return rxval_evaluator_alloc_from_full_srec( pnode, pfmgr, type_inferencing, context_flags); return NULL; break; case MD_AST_NODE_TYPE_FUNCTION_CALLSITE: return fmgr_xalloc_provisional_from_operator_or_function_call(pfmgr, pnode, type_inferencing, context_flags); break; default: return rxval_evaluator_alloc_wrapping_rval(pnode, pfmgr, type_inferencing, context_flags); break; } } // ================================================================ // Map-literal input: // // { // "a" : 1, // "b" : { // "x" : 7, // "y" : 8, // }, // "c" : 3, // } // // Map-literal AST: // // $ mlr --from s put -v -q 'm={"a":NR,"b":{"x":999},"c":3};dump m' // text="block", type=STATEMENT_BLOCK: // text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: // text="m", type=NONINDEXED_LOCAL_VARIABLE. // text="map_literal", type=MAP_LITERAL: // text="mappair", type=MAP_LITERAL_PAIR: // text="mapkey", type=MAP_LITERAL: // text="a", type=STRING_LITERAL. // text="mapval", type=MAP_LITERAL: // text="NR", type=CONTEXT_VARIABLE. // text="mappair", type=MAP_LITERAL_PAIR: // text="mapkey", type=MAP_LITERAL: // text="b", type=STRING_LITERAL. // text="mapval", type=MAP_LITERAL: // text="map_literal", type=MAP_LITERAL: // text="mappair", type=MAP_LITERAL_PAIR: // text="mapkey", type=MAP_LITERAL: // text="x", type=STRING_LITERAL. // text="mapval", type=MAP_LITERAL: // text="999", type=NUMERIC_LITERAL. // text="mappair", type=MAP_LITERAL_PAIR: // text="mapkey", type=MAP_LITERAL: // text="c", type=STRING_LITERAL. // text="mapval", type=MAP_LITERAL: // text="3", type=NUMERIC_LITERAL. // text="dump", type=DUMP: // text=">", type=FILE_WRITE: // text="stdout", type=STDOUT: // text="m", type=NONINDEXED_LOCAL_VARIABLE. // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - typedef struct _map_literal_list_evaluator_t { sllv_t* pkvpair_evaluators; } map_literal_list_evaluator_t; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - typedef struct _map_literal_kvpair_evaluator_t { rval_evaluator_t* pkey_evaluator; int is_terminal; rxval_evaluator_t* pxval_evaluator; map_literal_list_evaluator_t* plist_evaluator; } map_literal_kvpair_evaluator_t; // ---------------------------------------------------------------- static map_literal_list_evaluator_t* allocate_map_literal_evaluator_from_ast( mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { map_literal_list_evaluator_t* plist_evaluator = mlr_malloc_or_die( sizeof(map_literal_list_evaluator_t)); plist_evaluator->pkvpair_evaluators = sllv_alloc(); MLR_INTERNAL_CODING_ERROR_IF(pnode->type != MD_AST_NODE_TYPE_MAP_LITERAL); for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { map_literal_kvpair_evaluator_t* pkvpair = mlr_malloc_or_die( sizeof(map_literal_kvpair_evaluator_t)); *pkvpair = (map_literal_kvpair_evaluator_t) { .pkey_evaluator = NULL, .is_terminal = TRUE, .pxval_evaluator = NULL, .plist_evaluator = NULL, }; mlr_dsl_ast_node_t* pchild = pe->pvvalue; MLR_INTERNAL_CODING_ERROR_IF(pchild->type != MD_AST_NODE_TYPE_MAP_LITERAL_PAIR); mlr_dsl_ast_node_t* pleft = pchild->pchildren->phead->pvvalue; MLR_INTERNAL_CODING_ERROR_IF(pleft->type != MD_AST_NODE_TYPE_MAP_LITERAL_KEY); mlr_dsl_ast_node_t* pkeynode = pleft->pchildren->phead->pvvalue; pkvpair->pkey_evaluator = rval_evaluator_alloc_from_ast(pkeynode, pfmgr, type_inferencing, context_flags); mlr_dsl_ast_node_t* pright = pchild->pchildren->phead->pnext->pvvalue; mlr_dsl_ast_node_t* pvalnode = pright->pchildren->phead->pvvalue; if (pright->type == MD_AST_NODE_TYPE_MAP_LITERAL_VALUE) { pkvpair->pxval_evaluator = rxval_evaluator_alloc_from_ast(pvalnode, pfmgr, type_inferencing, context_flags); } else if (pright->type == MD_AST_NODE_TYPE_MAP_LITERAL) { pkvpair->is_terminal = FALSE; pkvpair->plist_evaluator = allocate_map_literal_evaluator_from_ast( pvalnode, pfmgr, type_inferencing, context_flags); } else { MLR_INTERNAL_CODING_ERROR(); } sllv_append(plist_evaluator->pkvpair_evaluators, pkvpair); } return plist_evaluator; } // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - typedef struct _rxval_evaluator_from_map_literal_state_t { map_literal_list_evaluator_t* proot_list_evaluator; } rxval_evaluator_from_map_literal_state_t; static void rxval_evaluator_from_map_literal_aux( rxval_evaluator_from_map_literal_state_t* pstate, map_literal_list_evaluator_t* plist_evaluator, mlhmmv_level_t* plevel, variables_t* pvars) { for (sllve_t* pe = plist_evaluator->pkvpair_evaluators->phead; pe != NULL; pe = pe->pnext) { map_literal_kvpair_evaluator_t* pkvpair = pe->pvvalue; // mlhmmv_level_put_terminal will copy keys and values mv_t mvkey = pkvpair->pkey_evaluator->pprocess_func(pkvpair->pkey_evaluator->pvstate, pvars); if (pkvpair->is_terminal) { boxed_xval_t boxed_xval = pkvpair->pxval_evaluator->pprocess_func( pkvpair->pxval_evaluator->pvstate, pvars); if (boxed_xval.is_ephemeral) { mlhmmv_level_put_xvalue_singly_keyed(plevel, &mvkey, &boxed_xval.xval); } else { mlhmmv_xvalue_t copy_xval = mlhmmv_xvalue_copy(&boxed_xval.xval); mlhmmv_level_put_xvalue_singly_keyed(plevel, &mvkey, ©_xval); } } else { mlhmmv_level_t* pnext_level = mlhmmv_level_put_empty_map(plevel, &mvkey); rxval_evaluator_from_map_literal_aux(pstate, pkvpair->plist_evaluator, pnext_level, pvars); } mv_free(&mvkey); } } static boxed_xval_t rxval_evaluator_from_map_literal_func(void* pvstate, variables_t* pvars) { rxval_evaluator_from_map_literal_state_t* pstate = pvstate; mlhmmv_xvalue_t xval = mlhmmv_xvalue_alloc_empty_map(); rxval_evaluator_from_map_literal_aux(pstate, pstate->proot_list_evaluator, xval.pnext_level, pvars); return (boxed_xval_t) { .xval = xval, .is_ephemeral = TRUE, }; } static void rxval_evaluator_from_map_literal_free_aux(map_literal_list_evaluator_t* plist_evaluator) { for (sllve_t* pe = plist_evaluator->pkvpair_evaluators->phead; pe != NULL; pe = pe->pnext) { map_literal_kvpair_evaluator_t* pkvpair_evaluator = pe->pvvalue; if (pkvpair_evaluator->pkey_evaluator != NULL) { pkvpair_evaluator->pkey_evaluator->pfree_func(pkvpair_evaluator->pkey_evaluator); } if (pkvpair_evaluator->pxval_evaluator != NULL) { pkvpair_evaluator->pxval_evaluator->pfree_func(pkvpair_evaluator->pxval_evaluator); } if (pkvpair_evaluator->plist_evaluator != NULL) { rxval_evaluator_from_map_literal_free_aux(pkvpair_evaluator->plist_evaluator); } free(pkvpair_evaluator); } sllv_free(plist_evaluator->pkvpair_evaluators); free(plist_evaluator); } static void rxval_evaluator_from_map_literal_free(rxval_evaluator_t* prxval_evaluator) { rxval_evaluator_from_map_literal_state_t* pstate = prxval_evaluator->pvstate; rxval_evaluator_from_map_literal_free_aux(pstate->proot_list_evaluator); free(pstate); free(prxval_evaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_map_literal(mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_from_map_literal_state_t* pstate = mlr_malloc_or_die( sizeof(rxval_evaluator_from_map_literal_state_t)); pstate->proot_list_evaluator = allocate_map_literal_evaluator_from_ast( pnode, pfmgr, type_inferencing, context_flags); rxval_evaluator_t* prxval_evaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); prxval_evaluator->pvstate = pstate; prxval_evaluator->pprocess_func = rxval_evaluator_from_map_literal_func; prxval_evaluator->pfree_func = rxval_evaluator_from_map_literal_free; return prxval_evaluator; } // ================================================================ typedef struct _rxval_evaluator_from_nonindexed_local_variable_state_t { int vardef_frame_relative_index; } rxval_evaluator_from_nonindexed_local_variable_state_t; static boxed_xval_t rxval_evaluator_from_nonindexed_local_variable_func(void* pvstate, variables_t* pvars) { rxval_evaluator_from_nonindexed_local_variable_state_t* pstate = pvstate; local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); mlhmmv_xvalue_t* pxval = local_stack_frame_ref_extended_from_nonindexed( pframe, pstate->vardef_frame_relative_index); if (pxval == NULL) { return (boxed_xval_t) { .xval = mlhmmv_xvalue_wrap_terminal(mv_absent()), .is_ephemeral = FALSE, }; } else { return (boxed_xval_t) { .xval = *pxval, .is_ephemeral = FALSE, }; } } static void rxval_evaluator_from_nonindexed_local_variable_free(rxval_evaluator_t* prxval_evaluator) { rxval_evaluator_from_nonindexed_local_variable_state_t* pstate = prxval_evaluator->pvstate; free(pstate); free(prxval_evaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_nonindexed_local_variable( mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_from_nonindexed_local_variable_state_t* pstate = mlr_malloc_or_die( sizeof(rxval_evaluator_from_nonindexed_local_variable_state_t)); MLR_INTERNAL_CODING_ERROR_IF(pnode->vardef_frame_relative_index == MD_UNUSED_INDEX); pstate->vardef_frame_relative_index = pnode->vardef_frame_relative_index; rxval_evaluator_t* prxval_evaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); prxval_evaluator->pvstate = pstate; prxval_evaluator->pprocess_func = rxval_evaluator_from_nonindexed_local_variable_func; prxval_evaluator->pfree_func = rxval_evaluator_from_nonindexed_local_variable_free; return prxval_evaluator; } // ================================================================ typedef struct _rxval_evaluator_from_indexed_local_variable_state_t { int vardef_frame_relative_index; sllv_t* pkeylist_evaluators; } rxval_evaluator_from_indexed_local_variable_state_t; static boxed_xval_t rxval_evaluator_from_indexed_local_variable_func(void* pvstate, variables_t* pvars) { rxval_evaluator_from_indexed_local_variable_state_t* pstate = pvstate; int all_non_null_or_error = TRUE; sllmv_t* pmvkeys = evaluate_list(pstate->pkeylist_evaluators, pvars, &all_non_null_or_error); if (all_non_null_or_error) { local_stack_frame_t* pframe = local_stack_get_top_frame(pvars->plocal_stack); mlhmmv_xvalue_t* pxval = local_stack_frame_ref_extended_from_indexed( pframe, pstate->vardef_frame_relative_index, pmvkeys); sllmv_free(pmvkeys); if (pxval == NULL) { return (boxed_xval_t) { .xval = mlhmmv_xvalue_wrap_terminal(mv_absent()), .is_ephemeral = FALSE, }; } else { return (boxed_xval_t) { .xval = *pxval, .is_ephemeral = FALSE, }; } } else { sllmv_free(pmvkeys); return (boxed_xval_t) { .xval = mlhmmv_xvalue_wrap_terminal(mv_absent()), .is_ephemeral = TRUE, }; } } static void rxval_evaluator_from_indexed_local_variable_free(rxval_evaluator_t* prxval_evaluator) { rxval_evaluator_from_indexed_local_variable_state_t* pstate = prxval_evaluator->pvstate; for (sllve_t* pe = pstate->pkeylist_evaluators->phead; pe != NULL; pe = pe->pnext) { rval_evaluator_t* prval_evaluator = pe->pvvalue; prval_evaluator->pfree_func(prval_evaluator); } sllv_free(pstate->pkeylist_evaluators); free(pstate); free(prxval_evaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_indexed_local_variable( mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_from_indexed_local_variable_state_t* pstate = mlr_malloc_or_die( sizeof(rxval_evaluator_from_indexed_local_variable_state_t)); MLR_INTERNAL_CODING_ERROR_IF(pnode->vardef_frame_relative_index == MD_UNUSED_INDEX); pstate->vardef_frame_relative_index = pnode->vardef_frame_relative_index; pstate->pkeylist_evaluators = allocate_keylist_evaluators_from_ast_node( pnode, pfmgr, type_inferencing, context_flags); rxval_evaluator_t* prxval_evaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); prxval_evaluator->pvstate = pstate; prxval_evaluator->pprocess_func = rxval_evaluator_from_indexed_local_variable_func; prxval_evaluator->pfree_func = rxval_evaluator_from_indexed_local_variable_free; return prxval_evaluator; } // ================================================================ typedef struct _rxval_evaluator_from_oosvar_keylist_state_t { sllv_t* pkeylist_evaluators; } rxval_evaluator_from_oosvar_keylist_state_t; static boxed_xval_t rxval_evaluator_from_oosvar_keylist_func(void* pvstate, variables_t* pvars) { rxval_evaluator_from_oosvar_keylist_state_t* pstate = pvstate; int all_non_null_or_error = TRUE; sllmv_t* pmvkeys = evaluate_list(pstate->pkeylist_evaluators, pvars, &all_non_null_or_error); if (all_non_null_or_error) { int lookup_error = FALSE; mlhmmv_xvalue_t* pxval = pmvkeys->phead == NULL ? &pvars->poosvars->root_xvalue : mlhmmv_level_look_up_and_ref_xvalue(pvars->poosvars->root_xvalue.pnext_level, pmvkeys, &lookup_error); sllmv_free(pmvkeys); if (pxval != NULL) { return (boxed_xval_t) { .xval = *pxval, .is_ephemeral = FALSE, }; } else { return (boxed_xval_t) { .xval = mlhmmv_xvalue_wrap_terminal(mv_absent()), .is_ephemeral = TRUE, }; } } else { sllmv_free(pmvkeys); return (boxed_xval_t) { .xval = mlhmmv_xvalue_wrap_terminal(mv_absent()), .is_ephemeral = TRUE, }; } } static void rxval_evaluator_from_oosvar_keylist_free(rxval_evaluator_t* prxval_evaluator) { rxval_evaluator_from_oosvar_keylist_state_t* pstate = prxval_evaluator->pvstate; for (sllve_t* pe = pstate->pkeylist_evaluators->phead; pe != NULL; pe = pe->pnext) { rval_evaluator_t* prval_evaluator = pe->pvvalue; prval_evaluator->pfree_func(prval_evaluator); } sllv_free(pstate->pkeylist_evaluators); free(pstate); free(prxval_evaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_oosvar_keylist( mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_from_oosvar_keylist_state_t* pstate = mlr_malloc_or_die( sizeof(rxval_evaluator_from_oosvar_keylist_state_t)); pstate->pkeylist_evaluators = allocate_keylist_evaluators_from_ast_node( pnode, pfmgr, type_inferencing, context_flags); rxval_evaluator_t* prxval_evaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); prxval_evaluator->pvstate = pstate; prxval_evaluator->pprocess_func = rxval_evaluator_from_oosvar_keylist_func; prxval_evaluator->pfree_func = rxval_evaluator_from_oosvar_keylist_free; return prxval_evaluator; } // ================================================================ static boxed_xval_t rxval_evaluator_from_full_oosvar_func(void* pvstate, variables_t* pvars) { return (boxed_xval_t) { .is_ephemeral = FALSE, .xval = pvars->poosvars->root_xvalue, }; } static void rxval_evaluator_from_full_oosvar_free(rxval_evaluator_t* prxval_evaluator) { free(prxval_evaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_full_oosvar( mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_t* prxval_evaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); prxval_evaluator->pprocess_func = rxval_evaluator_from_full_oosvar_func; prxval_evaluator->pfree_func = rxval_evaluator_from_full_oosvar_free; return prxval_evaluator; } // ================================================================ static boxed_xval_t rxval_evaluator_from_full_srec_func(void* pvstate, variables_t* pvars) { boxed_xval_t boxed_xval = box_ephemeral_xval(mlhmmv_xvalue_alloc_empty_map()); for (lrece_t* pe = pvars->pinrec->phead; pe != NULL; pe = pe->pnext) { // mlhmmv_level_put_terminal will copy mv keys and values so we needn't (and shouldn't) // duplicate them here. mv_t k = mv_from_string(pe->key, NO_FREE); mv_t* pomv = lhmsmv_get(pvars->ptyped_overlay, pe->key); if (pomv != NULL) { mlhmmv_level_put_terminal_singly_keyed(boxed_xval.xval.pnext_level, &k, pomv); } else { mv_t v = mv_from_string(pe->value, NO_FREE); // mlhmmv_level_put_terminal will copy mlhmmv_level_put_terminal_singly_keyed(boxed_xval.xval.pnext_level, &k, &v); } } return boxed_xval; } static void rxval_evaluator_from_full_srec_free(rxval_evaluator_t* prxval_evaluator) { free(prxval_evaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_full_srec( mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_t* prxval_evaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); prxval_evaluator->pprocess_func = rxval_evaluator_from_full_srec_func; prxval_evaluator->pfree_func = rxval_evaluator_from_full_srec_free; return prxval_evaluator; } // ================================================================ // xxx code dup w/ function_manager.c // ================================================================ typedef struct _rxval_evaluator_from_function_callsite_state_t { rval_evaluator_t* prval_evaluator; } rxval_evaluator_from_function_callsite_state_t; static boxed_xval_t rxval_evaluator_from_function_callsite_func(void* pvstate, variables_t* pvars) { rxval_evaluator_from_function_callsite_state_t* pstate = pvstate; rval_evaluator_t* prval_evaluator = pstate->prval_evaluator; mv_t val = prval_evaluator->pprocess_func(prval_evaluator->pvstate, pvars); return (boxed_xval_t) { .xval = mlhmmv_xvalue_wrap_terminal(val), .is_ephemeral = FALSE, // verify reference semantics for RHS evaluators! }; } static void rxval_evaluator_from_function_callsite_free(rxval_evaluator_t* prxval_evaluator) { rxval_evaluator_from_function_callsite_state_t* pstate = prxval_evaluator->pvstate; pstate->prval_evaluator->pfree_func(pstate->prval_evaluator); free(pstate); free(prxval_evaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_function_callsite( mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_from_function_callsite_state_t* pstate = mlr_malloc_or_die( sizeof(rxval_evaluator_from_function_callsite_state_t)); pstate->prval_evaluator = rval_evaluator_alloc_from_ast(pnode, pfmgr, type_inferencing, context_flags); rxval_evaluator_t* prxval_evaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); prxval_evaluator->pvstate = pstate; prxval_evaluator->pprocess_func = rxval_evaluator_from_function_callsite_func; prxval_evaluator->pfree_func = rxval_evaluator_from_function_callsite_free; return prxval_evaluator; } // ================================================================ typedef struct _rxval_evaluator_wrapping_rval_state_t { rval_evaluator_t* prval_evaluator; } rxval_evaluator_wrapping_rval_state_t; static boxed_xval_t rxval_evaluator_wrapping_rval_func(void* pvstate, variables_t* pvars) { rxval_evaluator_wrapping_rval_state_t* pstate = pvstate; rval_evaluator_t* prval_evaluator = pstate->prval_evaluator; mv_t val = prval_evaluator->pprocess_func(prval_evaluator->pvstate, pvars); return (boxed_xval_t) { .xval = mlhmmv_xvalue_wrap_terminal(val), .is_ephemeral = TRUE, // verify reference semantics for RHS evaluators! }; } static void rxval_evaluator_wrapping_rval_free(rxval_evaluator_t* prxval_evaluator) { rxval_evaluator_wrapping_rval_state_t* pstate = prxval_evaluator->pvstate; pstate->prval_evaluator->pfree_func(pstate->prval_evaluator); free(pstate); free(prxval_evaluator); } rxval_evaluator_t* rxval_evaluator_alloc_wrapping_rval(mlr_dsl_ast_node_t* pnode, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_wrapping_rval_state_t* pstate = mlr_malloc_or_die( sizeof(rxval_evaluator_wrapping_rval_state_t)); pstate->prval_evaluator = rval_evaluator_alloc_from_ast(pnode, pfmgr, type_inferencing, context_flags); rxval_evaluator_t* prxval_evaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); prxval_evaluator->pvstate = pstate; prxval_evaluator->pprocess_func = rxval_evaluator_wrapping_rval_func; prxval_evaluator->pfree_func = rxval_evaluator_wrapping_rval_free; return prxval_evaluator; } miller-5.6.2/c/dsl/rxval_func_evaluators.c000066400000000000000000000460421354153536500206140ustar00rootroot00000000000000#include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/mlrregex.h" #include "lib/mtrand.h" #include "mapping/mapper.h" #include "dsl/context_flags.h" #include "dsl/rxval_evaluators.h" // ---------------------------------------------------------------- typedef struct _rxval_evaluator_variadic_state_t { xv_variadic_func_t* pfunc; rxval_evaluator_t** pargs; boxed_xval_t* pbxvals; int nargs; } rxval_evaluator_variadic_state_t; static boxed_xval_t rxval_evaluator_variadic_func(void* pvstate, variables_t* pvars) { rxval_evaluator_variadic_state_t* pstate = pvstate; int nargs = pstate->nargs; for (int i = 0; i < nargs; i++) { rxval_evaluator_t* parg = pstate->pargs[i]; boxed_xval_t* pbxval = &pstate->pbxvals[i]; *pbxval = parg->pprocess_func(parg->pvstate, pvars); } boxed_xval_t bxrv = pstate->pfunc(pstate->pbxvals, nargs); for (int i = 0; i < nargs; i++) { boxed_xval_t* pbxval = &pstate->pbxvals[i]; if (pbxval->is_ephemeral) { mlhmmv_xvalue_free(&pbxval->xval); } } return bxrv; } static void rxval_evaluator_variadic_free(rxval_evaluator_t* pxevaluator) { rxval_evaluator_variadic_state_t* pstate = pxevaluator->pvstate; for (int i = 0; i < pstate->nargs; i++) pstate->pargs[i]->pfree_func(pstate->pargs[i]); free(pstate->pargs); for (int i = 0; i < pstate->nargs; i++) { if (pstate->pbxvals[i].is_ephemeral) { mlhmmv_xvalue_free(&pstate->pbxvals[i].xval); } } free(pstate->pbxvals); free(pstate); free(pxevaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_variadic_func( xv_variadic_func_t* pfunc, sllv_t* parg_nodes, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_variadic_state_t* pstate = mlr_malloc_or_die(sizeof(rxval_evaluator_variadic_state_t)); pstate->pfunc = pfunc; int nargs = parg_nodes->length; rxval_evaluator_t** pargs = mlr_malloc_or_die(nargs * sizeof(rxval_evaluator_t*)); int i = 0; for (sllve_t* pe = parg_nodes->phead; pe != NULL; pe = pe->pnext, i++) { mlr_dsl_ast_node_t* pnode = pe->pvvalue; pargs[i] = rxval_evaluator_alloc_from_ast(pnode, pfmgr, type_inferencing, context_flags); } pstate->pargs = pargs; pstate->nargs = nargs; pstate->pbxvals = mlr_malloc_or_die(nargs * sizeof(boxed_xval_t)); rxval_evaluator_t* pxevaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); pxevaluator->pvstate = pstate; pxevaluator->pprocess_func = rxval_evaluator_variadic_func; pxevaluator->pfree_func = rxval_evaluator_variadic_free; return pxevaluator; } // ---------------------------------------------------------------- typedef struct _rxval_evaluator_x_x_state_t { xv_unary_func_t* pfunc; rxval_evaluator_t* parg1; } rxval_evaluator_x_x_state_t; static boxed_xval_t rxval_evaluator_x_x_func(void* pvstate, variables_t* pvars) { rxval_evaluator_x_x_state_t* pstate = pvstate; boxed_xval_t bxval1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); boxed_xval_t bxrv = pstate->pfunc(&bxval1); if (bxval1.is_ephemeral) { mlhmmv_xvalue_free(&bxval1.xval); } return bxrv; } static void rxval_evaluator_x_x_free(rxval_evaluator_t* pxevaluator) { rxval_evaluator_x_x_state_t* pstate = pxevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); free(pstate); free(pxevaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_x_x_func( xv_unary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_x_x_state_t* pstate = mlr_malloc_or_die(sizeof(rxval_evaluator_x_x_state_t)); pstate->pfunc = pfunc; pstate->parg1 = rxval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); rxval_evaluator_t* pxevaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); pxevaluator->pvstate = pstate; pxevaluator->pprocess_func = rxval_evaluator_x_x_func; pxevaluator->pfree_func = rxval_evaluator_x_x_free; return pxevaluator; } // ---------------------------------------------------------------- typedef struct _rxval_evaluator_x_m_state_t { xv_unary_func_t* pfunc; rxval_evaluator_t* parg1; } rxval_evaluator_x_m_state_t; static boxed_xval_t rxval_evaluator_x_m_func(void* pvstate, variables_t* pvars) { rxval_evaluator_x_m_state_t* pstate = pvstate; boxed_xval_t bxval1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); if (bxval1.xval.is_terminal) { return box_ephemeral_val(mv_error()); } boxed_xval_t bxrv = pstate->pfunc(&bxval1); if (bxval1.is_ephemeral) { mlhmmv_xvalue_free(&bxval1.xval); } return bxrv; } static void rxval_evaluator_x_m_free(rxval_evaluator_t* pxevaluator) { rxval_evaluator_x_m_state_t* pstate = pxevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); free(pstate); free(pxevaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_x_m_func( xv_unary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_x_m_state_t* pstate = mlr_malloc_or_die(sizeof(rxval_evaluator_x_m_state_t)); pstate->pfunc = pfunc; pstate->parg1 = rxval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); rxval_evaluator_t* pxevaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); pxevaluator->pvstate = pstate; pxevaluator->pprocess_func = rxval_evaluator_x_m_func; pxevaluator->pfree_func = rxval_evaluator_x_m_free; return pxevaluator; } // ---------------------------------------------------------------- typedef struct _rxval_evaluator_x_mx_state_t { xv_binary_func_t* pfunc; rxval_evaluator_t* parg1; rxval_evaluator_t* parg2; } rxval_evaluator_x_mx_state_t; static boxed_xval_t rxval_evaluator_x_mx_func(void* pvstate, variables_t* pvars) { rxval_evaluator_x_mx_state_t* pstate = pvstate; boxed_xval_t bxval1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); boxed_xval_t bxval2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); if (bxval1.xval.is_terminal) { return box_ephemeral_val(mv_error()); } if (!bxval2.xval.is_terminal) { return box_ephemeral_val(mv_error()); } boxed_xval_t bxrv = pstate->pfunc(&bxval1, &bxval2); if (bxval1.is_ephemeral) { mlhmmv_xvalue_free(&bxval1.xval); } if (bxval2.is_ephemeral) { mlhmmv_xvalue_free(&bxval2.xval); } return bxrv; } static void rxval_evaluator_x_mx_free(rxval_evaluator_t* pxevaluator) { rxval_evaluator_x_mx_state_t* pstate = pxevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); free(pstate); free(pxevaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_x_mx_func( xv_binary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, mlr_dsl_ast_node_t* parg2_node, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_x_mx_state_t* pstate = mlr_malloc_or_die(sizeof(rxval_evaluator_x_mx_state_t)); pstate->pfunc = pfunc; pstate->parg1 = rxval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); pstate->parg2 = rxval_evaluator_alloc_from_ast(parg2_node, pfmgr, type_inferencing, context_flags); rxval_evaluator_t* pxevaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); pxevaluator->pvstate = pstate; pxevaluator->pprocess_func = rxval_evaluator_x_mx_func; pxevaluator->pfree_func = rxval_evaluator_x_mx_free; return pxevaluator; } // ---------------------------------------------------------------- typedef struct _rxval_evaluator_x_ms_state_t { xv_binary_func_t* pfunc; rxval_evaluator_t* parg1; rxval_evaluator_t* parg2; } rxval_evaluator_x_ms_state_t; static boxed_xval_t rxval_evaluator_x_ms_func(void* pvstate, variables_t* pvars) { rxval_evaluator_x_ms_state_t* pstate = pvstate; boxed_xval_t bxval1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); boxed_xval_t bxval2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); if (bxval1.xval.is_terminal) { return box_ephemeral_val(mv_error()); } if (!bxval2.xval.is_terminal) { return box_ephemeral_val(mv_error()); } if (!mv_is_string_or_empty(&bxval2.xval.terminal_mlrval)) { mv_free(&bxval2.xval.terminal_mlrval); return box_ephemeral_val(mv_error()); } boxed_xval_t bxrv = pstate->pfunc(&bxval1, &bxval2); if (bxval1.is_ephemeral) { mlhmmv_xvalue_free(&bxval1.xval); } if (bxval2.is_ephemeral) { mlhmmv_xvalue_free(&bxval2.xval); } return bxrv; } static void rxval_evaluator_x_ms_free(rxval_evaluator_t* pxevaluator) { rxval_evaluator_x_ms_state_t* pstate = pxevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); free(pstate); free(pxevaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_x_ms_func( xv_binary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, mlr_dsl_ast_node_t* parg2_node, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_x_ms_state_t* pstate = mlr_malloc_or_die(sizeof(rxval_evaluator_x_ms_state_t)); pstate->pfunc = pfunc; pstate->parg1 = rxval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); pstate->parg2 = rxval_evaluator_alloc_from_ast(parg2_node, pfmgr, type_inferencing, context_flags); rxval_evaluator_t* pxevaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); pxevaluator->pvstate = pstate; pxevaluator->pprocess_func = rxval_evaluator_x_ms_func; pxevaluator->pfree_func = rxval_evaluator_x_ms_free; return pxevaluator; } // ---------------------------------------------------------------- typedef struct _rxval_evaluator_x_ss_state_t { xv_binary_func_t* pfunc; rxval_evaluator_t* parg1; rxval_evaluator_t* parg2; } rxval_evaluator_x_ss_state_t; static boxed_xval_t rxval_evaluator_x_ss_func(void* pvstate, variables_t* pvars) { rxval_evaluator_x_ss_state_t* pstate = pvstate; boxed_xval_t bxval1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); boxed_xval_t bxval2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); if (!bxval1.xval.is_terminal) { mv_free(&bxval1.xval.terminal_mlrval); return box_ephemeral_val(mv_error()); } if (!mv_is_string_or_empty(&bxval1.xval.terminal_mlrval)) { mv_free(&bxval1.xval.terminal_mlrval); return box_ephemeral_val(mv_error()); } if (!bxval2.xval.is_terminal) { mv_free(&bxval2.xval.terminal_mlrval); return box_ephemeral_val(mv_error()); } if (!mv_is_string_or_empty(&bxval2.xval.terminal_mlrval)) { mv_free(&bxval2.xval.terminal_mlrval); return box_ephemeral_val(mv_error()); } boxed_xval_t bxrv = pstate->pfunc(&bxval1, &bxval2); if (bxval1.is_ephemeral) { mlhmmv_xvalue_free(&bxval1.xval); } if (bxval2.is_ephemeral) { mlhmmv_xvalue_free(&bxval2.xval); } return bxrv; } static void rxval_evaluator_x_ss_free(rxval_evaluator_t* pxevaluator) { rxval_evaluator_x_ss_state_t* pstate = pxevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); free(pstate); free(pxevaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_x_ss_func( xv_binary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, mlr_dsl_ast_node_t* parg2_node, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_x_ss_state_t* pstate = mlr_malloc_or_die(sizeof(rxval_evaluator_x_ss_state_t)); pstate->pfunc = pfunc; pstate->parg1 = rxval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); pstate->parg2 = rxval_evaluator_alloc_from_ast(parg2_node, pfmgr, type_inferencing, context_flags); rxval_evaluator_t* pxevaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); pxevaluator->pvstate = pstate; pxevaluator->pprocess_func = rxval_evaluator_x_ss_func; pxevaluator->pfree_func = rxval_evaluator_x_ss_free; return pxevaluator; } // ---------------------------------------------------------------- typedef struct _rxval_evaluator_x_mss_state_t { xv_ternary_func_t* pfunc; rxval_evaluator_t* parg1; rxval_evaluator_t* parg2; rxval_evaluator_t* parg3; } rxval_evaluator_x_mss_state_t; static boxed_xval_t rxval_evaluator_x_mss_func(void* pvstate, variables_t* pvars) { rxval_evaluator_x_mss_state_t* pstate = pvstate; boxed_xval_t bxval1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); boxed_xval_t bxval2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); boxed_xval_t bxval3 = pstate->parg3->pprocess_func(pstate->parg3->pvstate, pvars); if (bxval1.xval.is_terminal) { return box_ephemeral_val(mv_error()); } if (!bxval2.xval.is_terminal) { return box_ephemeral_val(mv_error()); } if (!mv_is_string_or_empty(&bxval2.xval.terminal_mlrval)) { mv_free(&bxval2.xval.terminal_mlrval); return box_ephemeral_val(mv_error()); } if (!bxval3.xval.is_terminal) { return box_ephemeral_val(mv_error()); } if (!mv_is_string_or_empty(&bxval3.xval.terminal_mlrval)) { mv_free(&bxval3.xval.terminal_mlrval); return box_ephemeral_val(mv_error()); } boxed_xval_t bxrv = pstate->pfunc(&bxval1, &bxval2, &bxval3); if (bxval1.is_ephemeral) { mlhmmv_xvalue_free(&bxval1.xval); } if (bxval2.is_ephemeral) { mlhmmv_xvalue_free(&bxval2.xval); } return bxrv; } static void rxval_evaluator_x_mss_free(rxval_evaluator_t* pxevaluator) { rxval_evaluator_x_mss_state_t* pstate = pxevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); pstate->parg3->pfree_func(pstate->parg3); free(pstate); free(pxevaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_x_mss_func( xv_ternary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, mlr_dsl_ast_node_t* parg2_node, mlr_dsl_ast_node_t* parg3_node, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_x_mss_state_t* pstate = mlr_malloc_or_die(sizeof(rxval_evaluator_x_mss_state_t)); pstate->pfunc = pfunc; pstate->parg1 = rxval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); pstate->parg2 = rxval_evaluator_alloc_from_ast(parg2_node, pfmgr, type_inferencing, context_flags); pstate->parg3 = rxval_evaluator_alloc_from_ast(parg3_node, pfmgr, type_inferencing, context_flags); rxval_evaluator_t* pxevaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); pxevaluator->pvstate = pstate; pxevaluator->pprocess_func = rxval_evaluator_x_mss_func; pxevaluator->pfree_func = rxval_evaluator_x_mss_free; return pxevaluator; } // ---------------------------------------------------------------- typedef struct _rxval_evaluator_x_sss_state_t { xv_ternary_func_t* pfunc; rxval_evaluator_t* parg1; rxval_evaluator_t* parg2; rxval_evaluator_t* parg3; } rxval_evaluator_x_sss_state_t; static boxed_xval_t rxval_evaluator_x_sss_func(void* pvstate, variables_t* pvars) { rxval_evaluator_x_sss_state_t* pstate = pvstate; boxed_xval_t bxval1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); boxed_xval_t bxval2 = pstate->parg2->pprocess_func(pstate->parg2->pvstate, pvars); boxed_xval_t bxval3 = pstate->parg3->pprocess_func(pstate->parg3->pvstate, pvars); if (!bxval1.xval.is_terminal) { return box_ephemeral_val(mv_error()); } if (!mv_is_string_or_empty(&bxval1.xval.terminal_mlrval)) { mv_free(&bxval1.xval.terminal_mlrval); return box_ephemeral_val(mv_error()); } if (!bxval2.xval.is_terminal) { return box_ephemeral_val(mv_error()); } if (!mv_is_string_or_empty(&bxval2.xval.terminal_mlrval)) { mv_free(&bxval2.xval.terminal_mlrval); return box_ephemeral_val(mv_error()); } if (!bxval3.xval.is_terminal) { return box_ephemeral_val(mv_error()); } if (!mv_is_string_or_empty(&bxval3.xval.terminal_mlrval)) { mv_free(&bxval3.xval.terminal_mlrval); return box_ephemeral_val(mv_error()); } boxed_xval_t bxrv = pstate->pfunc(&bxval1, &bxval2, &bxval3); if (bxval1.is_ephemeral) { mlhmmv_xvalue_free(&bxval1.xval); } if (bxval2.is_ephemeral) { mlhmmv_xvalue_free(&bxval2.xval); } if (bxval3.is_ephemeral) { mlhmmv_xvalue_free(&bxval3.xval); } return bxrv; } static void rxval_evaluator_x_sss_free(rxval_evaluator_t* pxevaluator) { rxval_evaluator_x_sss_state_t* pstate = pxevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); pstate->parg2->pfree_func(pstate->parg2); pstate->parg3->pfree_func(pstate->parg3); free(pstate); free(pxevaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_x_sss_func( xv_ternary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, mlr_dsl_ast_node_t* parg2_node, mlr_dsl_ast_node_t* parg3_node, fmgr_t* pfmgr, int type_inferencing, int context_flags) { rxval_evaluator_x_sss_state_t* pstate = mlr_malloc_or_die(sizeof(rxval_evaluator_x_sss_state_t)); pstate->pfunc = pfunc; pstate->parg1 = rxval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); pstate->parg2 = rxval_evaluator_alloc_from_ast(parg2_node, pfmgr, type_inferencing, context_flags); pstate->parg3 = rxval_evaluator_alloc_from_ast(parg3_node, pfmgr, type_inferencing, context_flags); rxval_evaluator_t* pxevaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); pxevaluator->pvstate = pstate; pxevaluator->pprocess_func = rxval_evaluator_x_sss_func; pxevaluator->pfree_func = rxval_evaluator_x_sss_free; return pxevaluator; } // ---------------------------------------------------------------- // Does type-check assertion on the argument and returns it unmodified if the // test passes. Else throws an error. typedef struct _rxval_evaluator_A_x_state_t { xv_unary_func_t* pfunc; rxval_evaluator_t* parg1; char* desc; } rxval_evaluator_A_x_state_t; static boxed_xval_t rxval_evaluator_A_x_func(void* pvstate, variables_t* pvars) { rxval_evaluator_A_x_state_t* pstate = pvstate; boxed_xval_t val1 = pstate->parg1->pprocess_func(pstate->parg1->pvstate, pvars); boxed_xval_t ok = pstate->pfunc(&val1); if (!ok.xval.terminal_mlrval.u.boolv) { fprintf(stderr, "%s: %s type-assertion failed at NR=%lld FNR=%lld FILENAME=%s\n", MLR_GLOBALS.bargv0, pstate->desc, pvars->pctx->nr, pvars->pctx->fnr, pvars->pctx->filename); exit(1); } return val1; } static void rxval_evaluator_A_x_free(rxval_evaluator_t* pevaluator) { rxval_evaluator_A_x_state_t* pstate = pevaluator->pvstate; pstate->parg1->pfree_func(pstate->parg1); free(pstate->desc); free(pstate); free(pevaluator); } rxval_evaluator_t* rxval_evaluator_alloc_from_A_x_func( xv_unary_func_t* pfunc, mlr_dsl_ast_node_t* parg1_node, fmgr_t* pfmgr, int type_inferencing, int context_flags, char* desc) { rxval_evaluator_A_x_state_t* pstate = mlr_malloc_or_die(sizeof(rxval_evaluator_A_x_state_t)); pstate->pfunc = pfunc; pstate->parg1 = rxval_evaluator_alloc_from_ast(parg1_node, pfmgr, type_inferencing, context_flags); pstate->desc = mlr_strdup_or_die(desc); rxval_evaluator_t* pevaluator = mlr_malloc_or_die(sizeof(rxval_evaluator_t)); pevaluator->pvstate = pstate; pevaluator->pprocess_func = rxval_evaluator_A_x_func; pevaluator->pfree_func = rxval_evaluator_A_x_free; return pevaluator; } miller-5.6.2/c/dsl/type_inference.h000066400000000000000000000011071354153536500171750ustar00rootroot00000000000000#ifndef TYPE_INFERENCE_H #define TYPE_INFERENCE_H // Intentionally not an enum #define TYPE_INFER_STRING_FLOAT_INT 0xce08 #define TYPE_INFER_STRING_FLOAT 0xce09 #define TYPE_INFER_STRING_ONLY 0xce0a static inline char* type_inferencing_to_string(int ti) { switch(ti) { case TYPE_INFER_STRING_FLOAT_INT: return "TYPE_INFER_STRING_FLOAT_INT"; break; case TYPE_INFER_STRING_FLOAT: return "TYPE_INFER_STRING_FLOAT"; break; case TYPE_INFER_STRING_ONLY: return "TYPE_INFER_STRING_ONLY"; break; default: return "???"; break; } } #endif // TYPE_INFERENCE_H miller-5.6.2/c/dsl/variables.h000066400000000000000000000041241354153536500161500ustar00rootroot00000000000000// ================================================================ // Record state is in multiple parts: // // * The lrec is read for input fields; output fields are written to the typed-overlay map. It is up to the // caller to format the typed-overlay field values as strings and write them into the lrec. // // * Typed-overlay values are read in favor to the lrec: e.g. if the lrec has "x"=>"abc" and the typed overlay // has "x"=>3.7 then the evaluators will be presented with 3.7 for the value of the field named "x". // // * The =~ and !=~ operators populate the regex-captures array from \1, \2, etc. in the regex; the from-literal // evaluator interpolates those into output. Example: // // o echo x=abc_def | mlr put '$name =~ "(.*)_(.*)"; $left = "\1"; $right = "\2"' // // o The =~ resizes the regex-captures array to length 3 (1-up length 2), then copies "abc" to index 1 // and "def" to index 2. // // o The second expression writes "left"=>"abc" to the typed-overlay map; the third expression writes "right"=>"def" // to the typed-overlay map. The \1 and \2 get "abc" and "def" interpolated from the regex-captures array. // // o It is up to mapper_put to write "left"=>"abc" and "right"=>"def" into the lrec. // // See also the comments above mapper_put.c for more information about left-hand sides (lvals). // ================================================================ #ifndef VARIABLES_H #define VARIABLES_H #include "containers/lrec.h" #include "containers/lhmsmv.h" #include "lib/string_array.h" #include "containers/mlhmmv.h" #include "lib/context.h" #include "containers/local_stack.h" #include "dsl/return_state.h" // Context for DSL evaluation typedef struct _variables_t { lrec_t* pinrec; lhmsmv_t* ptyped_overlay; string_array_t** ppregex_captures; mlhmmv_root_t* poosvars; context_t* pctx; local_stack_t* plocal_stack; loop_stack_t* ploop_stack; return_state_t return_state; int trace_execution; int json_quote_int_keys; int json_quote_non_string_values; } variables_t; #endif // VARIABLES_H miller-5.6.2/c/experimental/000077500000000000000000000000001354153536500157415ustar00rootroot00000000000000miller-5.6.2/c/experimental/Makefile.am000066400000000000000000000004011354153536500177700ustar00rootroot00000000000000# TODO: replace the interesting content with unit tests; 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FILE* pfp = popen(cmd, "r+"); if (pfp == NULL) { perror("popen"); exit(1); } if (setlinebuf(pfp) < 0) { perror("setlinebuf"); exit(1); } char* line1 = NULL; size_t linecap1 = 0; ssize_t linelen1; while ((linelen1 = getline(&line1, &linecap1, stdin)) > 0) { if (linelen1 > 0 && line1[linelen1-1] == '\n') { line1[linelen1-1] = 0; linelen1--; } printf("ILINE: %s\n", line1); int rc2 = fprintf(pfp, "%s\n", line1); if (rc2 < 0) { perror("fprintf"); exit(1); } if (fflush(pfp) < 0) { perror("fflush"); exit(1); } char* line2 = NULL; size_t linecap2 = 0; ssize_t linelen2; linelen2 = getline(&line2, &linecap2, pfp); if (linelen2 <= 0) { perror("pipe read"); exit(1); } if (linelen2 > 0 && line2[linelen2-1] == '\n') { line2[linelen2-1] = 0; linelen2--; } printf("PLINE: %s\n", line2); } fclose(pfp); return 0; } miller-5.6.2/c/experimental/fltres.c000066400000000000000000000006231354153536500174050ustar00rootroot00000000000000#include static void show(long long i) { double d = (double) i; long long j = (long long) d; printf("%016llx %lld %lf %016llx\n", i, i, d, j); } int main() { show(0x7ffffffffffff9ff); show(0x7ffffffffffffa00); show(0x7ffffffffffffbff); show(0x7ffffffffffffc00); show(0x7ffffffffffffdff); show(0x7ffffffffffffe00); show(0x7ffffffffffffffe); show(0x7fffffffffffffff); return 0; } miller-5.6.2/c/experimental/getlines.c000066400000000000000000000363251354153536500177300ustar00rootroot00000000000000#include #include #include "lib/mlr_globals.h" #include "lib/mlr_arch.h" #include "lib/mlrutil.h" #include "lib/mlrdatetime.h" #include "input/file_reader_stdio.h" #include "input/file_reader_mmap.h" #include "input/lrec_readers.h" #include "lib/string_builder.h" #include "input/byte_readers.h" #include "input/line_readers.h" #include "input/peek_file_reader.h" #include "containers/parse_trie.h" #define PEEK_BUF_LEN 32 #define STRING_BUILDER_INIT_SIZE 1024 #define FIXED_LINE_LEN 1024 // ================================================================ static FILE* fopen_or_die(char* filename) { FILE* fp = fopen(filename, "r"); if (fp == NULL) { perror("fopen"); fprintf(stderr, "Couldn't open \"%s\" for read; exiting.\n", filename); exit(1); } return fp; } // ================================================================ static int read_file_mlr_alloc_read_line_single_delimiter_no_autodetect(char* filename, int do_write) { FILE* fp = fopen_or_die(filename); int bc = 0; size_t line_length = MLR_ALLOC_READ_LINE_INITIAL_SIZE; while (1) { char* line = mlr_alloc_read_line_single_delimiter( fp, '\n', &line_length, FALSE, NULL); if (line == NULL) break; bc += strlen(line); if (do_write) { fputs(line, stdout); fputc('\n', stdout); } free(line); } fclose(fp); return bc; } // ================================================================ static int read_file_mlr_alloc_read_line_single_delimiter_with_autodetect(char* filename, int do_write) { FILE* fp = fopen_or_die(filename); int bc = 0; size_t line_length = MLR_ALLOC_READ_LINE_INITIAL_SIZE; context_t ctx; context_init_from_first_file_name(&ctx, "fake-file-name"); while (1) { char* line = mlr_alloc_read_line_single_delimiter( fp, '\n', &line_length, TRUE, &ctx); if (line == NULL) break; bc += strlen(line); if (do_write) { fputs(line, stdout); fputc('\n', stdout); } free(line); } fclose(fp); return bc; } // ================================================================ static int read_file_mlr_alloc_read_line_multiple_delimiter(char* filename, int do_write) { FILE* fp = fopen_or_die(filename); int bc = 0; size_t line_length = MLR_ALLOC_READ_LINE_INITIAL_SIZE; while (1) { char* line = mlr_alloc_read_line_multiple_delimiter(fp, "\n", 1, &line_length); if (line == NULL) break; bc += strlen(line); if (do_write) { fputs(line, stdout); fputc('\n', stdout); } free(line); } fclose(fp); return bc; } // ================================================================ static char* read_line_fgetc(FILE* fp, char* irs) { char* line = mlr_malloc_or_die(FIXED_LINE_LEN); char* p = line; while (TRUE) { int c = fgetc(fp); if (c == EOF) { if (p == line) { return NULL; } else { *(p++) = 0; return line; } } else if (c == irs[0]) { *(p++) = 0; return line; } else { *(p++) = c; } } } static int read_file_fgetc_fixed_len(char* filename, int do_write) { FILE* fp = fopen_or_die(filename); char* irs = "\n"; int bc = 0; while (TRUE) { char* line = read_line_fgetc(fp, irs); if (line == NULL) break; if (do_write) { fputs(line, stdout); fputc('\n', stdout); } bc += strlen(line); free(line); } fclose(fp); return bc; } // ================================================================ static char* read_line_getc_unlocked(FILE* fp, char* irs) { char* line = mlr_malloc_or_die(FIXED_LINE_LEN); char* p = line; while (TRUE) { int i = mlr_arch_getc(fp); char c = i; if (i == EOF) { if (p == line) { return NULL; } else { *(p++) = 0; return line; } } else if (c == irs[0]) { *(p++) = 0; return line; } else { *(p++) = c; } } } static int read_file_getc_unlocked_fixed_len(char* filename, int do_write) { FILE* fp = fopen_or_die(filename); char* irs = "\n"; int bc = 0; while (TRUE) { char* line = read_line_getc_unlocked(fp, irs); if (line == NULL) break; if (do_write) { fputs(line, stdout); fputc('\n', stdout); } bc += strlen(line); free(line); } fclose(fp); return bc; } // ================================================================ static char* read_line_getc_unlocked_psb(FILE* fp, string_builder_t* psb, char* irs) { while (TRUE) { int c = mlr_arch_getc(fp); if (c == EOF) { if (sb_is_empty(psb)) return NULL; else return sb_finish(psb); } else if (c == irs[0]) { return sb_finish(psb); } else { sb_append_char(psb, c); } } } static int read_file_getc_unlocked_psb(char* filename, int do_write) { FILE* fp = fopen_or_die(filename); string_builder_t* psb = sb_alloc(STRING_BUILDER_INIT_SIZE); char* irs = "\n"; int bc = 0; while (TRUE) { char* line = read_line_getc_unlocked_psb(fp, psb, irs); if (line == NULL) break; if (do_write) { fputs(line, stdout); fputc('\n', stdout); } bc += strlen(line); free(line); } sb_free(psb); fclose(fp); return bc; } // ================================================================ static char* read_line_fgetc_psb(FILE* fp, string_builder_t* psb, char* irs) { while (TRUE) { int c = fgetc(fp); if (c == EOF) { if (sb_is_empty(psb)) return NULL; else return sb_finish(psb); } else if (c == irs[0]) { return sb_finish(psb); } else { sb_append_char(psb, c); } } } static int read_file_fgetc_psb(char* filename, int do_write) { FILE* fp = fopen_or_die(filename); string_builder_t* psb = sb_alloc(STRING_BUILDER_INIT_SIZE); char* irs = "\n"; int bc = 0; while (TRUE) { char* line = read_line_fgetc_psb(fp, psb, irs); if (line == NULL) break; if (do_write) { fputs(line, stdout); fputc('\n', stdout); } bc += strlen(line); free(line); } sb_free(psb); fclose(fp); return bc; } // ================================================================ static char* read_line_mmap_psb(file_reader_mmap_state_t* ph, string_builder_t* psb, char* irs) { char *p = ph->sol; while (TRUE) { if (p == ph->eof) { ph->sol = p; if (sb_is_empty(psb)) return NULL; else return sb_finish(psb); } else if (*p == irs[0]) { ph->sol = p+1; return sb_finish(psb); } else { sb_append_char(psb, *p); p++; } } } static int read_file_mmap_psb(char* filename, int do_write) { file_reader_mmap_state_t* ph = file_reader_mmap_open(NULL, filename); string_builder_t* psb = sb_alloc(STRING_BUILDER_INIT_SIZE); char* irs = "\n"; int bc = 0; while (TRUE) { char* line = read_line_mmap_psb(ph, psb, irs); if (line == NULL) break; if (do_write) { fputs(line, stdout); fputc('\n', stdout); } bc += strlen(line); } sb_free(psb); file_reader_mmap_close(ph, NULL); return bc; } // ================================================================ #define IRS_TOKEN 11 #define EOF_TOKEN 22 #define IRSEOF_TOKEN 33 static char* read_line_pfr_psb(peek_file_reader_t* pfr, string_builder_t* psb, parse_trie_t* ptrie) { int rc, stridx, matchlen; while (TRUE) { pfr_buffer_by(pfr, ptrie->maxlen); rc = parse_trie_ring_match(ptrie, pfr->peekbuf, pfr->sob, pfr->npeeked, pfr->peekbuflenmask, &stridx, &matchlen); if (rc) { pfr_advance_by(pfr, matchlen); switch(stridx) { case IRS_TOKEN: return sb_finish(psb); break; case IRSEOF_TOKEN: return sb_finish(psb); break; case EOF_TOKEN: return NULL; break; } } else { sb_append_char(psb, pfr_read_char(pfr)); } } } static int read_file_pfr_psb(char* filename, int do_write) { byte_reader_t* pbr = stdio_byte_reader_alloc(); string_builder_t* psb = sb_alloc(STRING_BUILDER_INIT_SIZE); pbr->popen_func(pbr, NULL, filename); peek_file_reader_t* pfr = pfr_alloc(pbr, PEEK_BUF_LEN); parse_trie_t* ptrie = parse_trie_alloc(); parse_trie_add_string(ptrie, "\n", IRS_TOKEN); parse_trie_add_string(ptrie, "\xff", EOF_TOKEN); parse_trie_add_string(ptrie, "\n\xff", IRSEOF_TOKEN); int bc = 0; while (TRUE) { char* line = read_line_pfr_psb(pfr, psb, ptrie); if (line == NULL) break; if (do_write) { fputs(line, stdout); fputc('\n', stdout); } bc += strlen(line); free(line); } sb_free(psb); pbr->pclose_func(pbr, NULL); return bc; } // ================================================================ static void usage(char* argv0) { fprintf(stderr, "Usage: %s {filename}\n", argv0); exit(1); } int main(int argc, char** argv) { int nreps = 1; int do_write = 0; if (argc != 2 && argc != 3 && argc != 4) usage(argv[0]); char* filename = argv[1]; if (argc >= 3) (void)sscanf(argv[2], "%d", &nreps); if (argc >= 4) (void)sscanf(argv[3], "%d", &do_write); double s, e, t; int bc; for (int i = 0; i < nreps; i++) { s = get_systime(); bc = read_file_mlr_alloc_read_line_single_delimiter_no_autodetect(filename, do_write); e = get_systime(); t = e - s; printf("type=single_delim_no_auto,t=%.6lf,n=%d\n", t, bc); fflush(stdout); s = get_systime(); bc = read_file_mlr_alloc_read_line_single_delimiter_with_autodetect(filename, do_write); e = get_systime(); t = e - s; printf("type=single_delim_with_auto,t=%.6lf,n=%d\n", t, bc); fflush(stdout); s = get_systime(); bc = read_file_mlr_alloc_read_line_multiple_delimiter(filename, do_write); e = get_systime(); t = e - s; printf("type=multiple_delim,t=%.6lf,n=%d\n", t, bc); fflush(stdout); s = get_systime(); bc = read_file_fgetc_fixed_len(filename, do_write); e = get_systime(); t = e - s; printf("type=fgetc_fixed_len,t=%.6lf,n=%d\n", t, bc); fflush(stdout); s = get_systime(); bc = read_file_getc_unlocked_fixed_len(filename, do_write); e = get_systime(); t = e - s; printf("type=getc_unlocked_fixed_len,t=%.6lf,n=%d\n", t, bc); fflush(stdout); s = get_systime(); bc = read_file_getc_unlocked_psb(filename, do_write); e = get_systime(); t = e - s; printf("type=getc_unlocked_psb,t=%.6lf,n=%d\n", t, bc); fflush(stdout); s = get_systime(); bc = read_file_fgetc_psb(filename, do_write); e = get_systime(); t = e - s; printf("type=fgetc_psb,t=%.6lf,n=%d\n", t, bc); fflush(stdout); s = get_systime(); bc = read_file_mmap_psb(filename, do_write); e = get_systime(); t = e - s; printf("type=mmap_psb,t=%.6lf,n=%d\n", t, bc); fflush(stdout); s = get_systime(); bc = read_file_pfr_psb(filename, do_write); e = get_systime(); t = e - s; printf("type=pfr_psb,t=%.6lf,n=%d\n", t, bc); fflush(stdout); } return 0; } // ================================================================ // $ ./getl ../data/big.csv 5|tee x // $ mlr --opprint cat then sort -n t x // type t n type t n // getdelim 0.118618 55888899 getdelim 0.118057 55888899 // getdelim 0.121467 55888899 getdelim 0.118727 55888899 // getdelim 0.121943 55888899 getdelim 0.119609 55888899 // getdelim 0.124756 55888899 getdelim 0.122506 55888899 // getdelim 0.127039 55888899 getdelim 0.123099 55888899 // getc_unlocked_fixed_len 0.167563 55888899 getc_unlocked_fixed_len 0.168109 55888899 // getc_unlocked_fixed_len 0.167803 55888899 getc_unlocked_fixed_len 0.168392 55888899 // getc_unlocked_fixed_len 0.168808 55888899 getc_unlocked_fixed_len 0.169387 55888899 // getc_unlocked_fixed_len 0.168980 55888899 getc_unlocked_fixed_len 0.178484 55888899 // getc_unlocked_fixed_len 0.176187 55888899 getc_unlocked_fixed_len 0.182793 55888899 // getc_unlocked_psb 0.238986 55888899 getc_unlocked_psb 0.293240 55888899 // getc_unlocked_psb 0.241325 55888899 getc_unlocked_psb 0.298449 55888899 // getc_unlocked_psb 0.246466 55888899 getc_unlocked_psb 0.298508 55888899 // getc_unlocked_psb 0.247592 55888899 getc_unlocked_psb 0.301125 55888899 // getc_unlocked_psb 0.248112 55888899 mmap_psb 0.313239 55888899 // mmap_psb 0.250021 55888899 mmap_psb 0.315061 55888899 // mmap_psb 0.254118 55888899 mmap_psb 0.315517 55888899 // mmap_psb 0.257428 55888899 mmap_psb 0.316790 55888899 // mmap_psb 0.261807 55888899 mmap_psb 0.320654 55888899 // mmap_psb 0.264367 55888899 getc_unlocked_psb 0.326494 55888899 // pfr_psb 0.760035 55888900 pfr_psb 0.417141 55888899 // pfr_psb 0.765121 55888900 pfr_psb 0.439269 55888899 // pfr_psb 0.768731 55888900 pfr_psb 0.439342 55888899 // pfr_psb 0.771937 55888900 pfr_psb 0.447218 55888899 // pfr_psb 0.780460 55888900 pfr_psb 0.453839 55888899 // fgetc_fixed_len 2.516459 55888899 fgetc_psb 2.476543 55888899 // fgetc_fixed_len 2.522877 55888899 fgetc_psb 2.477130 55888899 // fgetc_fixed_len 2.587373 55888899 fgetc_psb 2.484007 55888899 // fgetc_psb 2.590090 55888899 fgetc_psb 2.484495 55888899 // fgetc_psb 2.590536 55888899 fgetc_fixed_len 2.493730 55888899 // fgetc_fixed_len 2.608356 55888899 fgetc_fixed_len 2.528333 55888899 // fgetc_psb 2.623930 55888899 fgetc_fixed_len 2.533535 55888899 // fgetc_fixed_len 2.624310 55888899 fgetc_fixed_len 2.555377 55888899 // fgetc_psb 2.637269 55888899 fgetc_fixed_len 2.736391 55888899 // fgetc_psb 2.743828 55888899 // $ mlr --opprint cat then stats1 -a min,max,stddev,mean -f t -g type then sort -n t_mean x // type t_min t_max t_stddev t_mean // getdelim 0.118618 0.127039 0.003232 0.122765 // getc_unlocked_fixed_len 0.167563 0.176187 0.003585 0.169868 // getc_unlocked_psb 0.238986 0.248112 0.004091 0.244496 // mmap_psb 0.250021 0.264367 0.005768 0.257548 // pfr_psb 0.760035 0.780460 0.007667 0.769257 // fgetc_fixed_len 2.516459 2.624310 0.049478 2.571875 // fgetc_psb 2.590090 2.680364 0.037489 2.624438 // type t_min t_max t_stddev t_mean // getdelim 0.118057 0.123099 0.002271 0.120400 // getc_unlocked_fixed_len 0.168109 0.182793 0.006768 0.173433 // getc_unlocked_psb 0.293240 0.326494 0.013134 0.303563 // mmap_psb 0.313239 0.320654 0.002771 0.316252 // pfr_psb 0.417141 0.453839 0.013830 0.439362 // fgetc_psb 2.476543 2.743828 0.117803 2.533201 // fgetc_fixed_len 2.493730 2.736391 0.095892 2.569473 // ---------------------------------------------------------------- // Analysis: // * getdelim is good; fatal flaw is single-char line-terminator // o maybe i could cobble up a line-stacked iterator which // consumes usually 1, sometimes (double-quote case) multiple // delim lines to make up the data for a given record // * as before, maybe a 5-10% improvement mmap over stdio. // worth doing as a second-level refinement. // * getc_unlocked vs. fgetc, no-brainer for this single-threaded code. // * string-builder is a little than fixed-length malloc, as expected // -- it's adding value. // ! peek_file_reader is where the optimization opportunities are miller-5.6.2/c/experimental/json_vg_mem.c000066400000000000000000000056111354153536500204130ustar00rootroot00000000000000// ================================================================ // For use with valgrind --leak-check=full // ================================================================ #include #include #include #include // ---------------------------------------------------------------- static void parse(char* pinput) { json_char* json_input = (json_char*)pinput; json_value_t* parsed_top_level_json; json_char error_buf[JSON_ERROR_MAX]; json_char* item_start = json_input; size_t length = strlen(pinput); while (TRUE) { parsed_top_level_json = json_parse(item_start, length, error_buf, &item_start); if (parsed_top_level_json == NULL) { fprintf(stderr, "Unable to parse JSON data: %s\n", error_buf); exit(1); } printf("\n"); printf("----------------------------------------------------------------\n"); printf("INPUT:\n"); printf("%s\n", pinput); printf("\n"); printf("OUTPUT:\n"); json_print_recursive(parsed_top_level_json); json_free_value(parsed_top_level_json); if (item_start == NULL) break; if (*item_start == 0) break; length -= (item_start - json_input); json_input = item_start; } } // ---------------------------------------------------------------- int main(int argc, char** argv) { parse("3"); parse("[3]"); parse("[[3]]"); parse("{\"a\":3}"); parse("[{\"a\":3},{\"b\":4}]"); parse( "{\n" " \"z\": {\n" " \"pan\": {\n" " \"1\": 0.726803,\n" " \"0\": 0.952618\n" " },\n" " \"eks\": {\n" " \"0\": 0.134189,\n" " \"1\": 0.187885\n" " },\n" " \"wye\": {\n" " \"1\": 0.863624\n" " },\n" " \"zee\": {\n" " \"0\": 0.976181\n" " },\n" " \"hat\": {\n" " \"1\": 0.749551\n" " }\n" " }\n" "}\n" ); parse( "[\n" "{ \"a\": \"pan\", \"b\": \"pan\", \"i\": 1, \"x\": 0.3467901443380824, \"y\": 0.7268028627434533 }\n" ",{ \"a\": \"eks\", \"b\": \"pan\", \"i\": 2, \"x\": 0.7586799647899636, \"y\": 0.5221511083334797 }\n" ",{ \"a\": \"wye\", \"b\": \"wye\", \"i\": 3, \"x\": 0.20460330576630303, \"y\": 0.33831852551664776 }\n" ",{ \"a\": \"eks\", \"b\": \"wye\", \"i\": 4, \"x\": 0.38139939387114097, \"y\": 0.13418874328430463 }\n" ",{ \"a\": \"wye\", \"b\": \"pan\", \"i\": 5, \"x\": 0.5732889198020006, \"y\": 0.8636244699032729 }\n" ",{ \"a\": \"zee\", \"b\": \"pan\", \"i\": 6, \"x\": 0.5271261600918548, \"y\": 0.49322128674835697 }\n" ",{ \"a\": \"eks\", \"b\": \"zee\", \"i\": 7, \"x\": 0.6117840605678454, \"y\": 0.1878849191181694 }\n" ",{ \"a\": \"zee\", \"b\": \"wye\", \"i\": 8, \"x\": 0.5985540091064224, \"y\": 0.976181385699006 }\n" ",{ \"a\": \"hat\", \"b\": \"wye\", \"i\": 9, \"x\": 0.03144187646093577, \"y\": 0.7495507603507059 }\n" ",{ \"a\": \"pan\", \"b\": \"wye\", \"i\": 10, \"x\": 0.5026260055412137, \"y\": 0.9526183602969864 }\n" "]\n" ); return 0; } miller-5.6.2/c/experimental/regexes.c000066400000000000000000000043311354153536500175500ustar00rootroot00000000000000#include #include #include #include #include // Example: // $ a.out 'a.*b(cd).*(f).[hz](i)' 'abcdefghij' // rc=0 // pmatch[0].rm_so= 0 pmatch[0].rm_eo= 9 // pmatch[1].rm_so= 2 pmatch[1].rm_eo= 4 // pmatch[2].rm_so= 5 pmatch[2].rm_eo= 6 // pmatch[3].rm_so= 8 pmatch[3].rm_eo= 9 // pmatch[4].rm_so= -1 pmatch[4].rm_eo= -1 // pmatch[5].rm_so= -1 pmatch[5].rm_eo= -1 // pmatch[6].rm_so= -1 pmatch[6].rm_eo= -1 // pmatch[7].rm_so= -1 pmatch[7].rm_eo= -1 // pmatch[8].rm_so= -1 pmatch[8].rm_eo= -1 // pmatch[9].rm_so= -1 pmatch[9].rm_eo= -1 static void usage(char* argv0, FILE* o, int exit_code) { fprintf(o, "Usage: %s {string} {regex}\n", argv0); exit(exit_code); } int main(int argc, char** argv) { if (argc >= 2 && (!strcmp(argv[1], "-h") || !strcmp(argv[1], "--help"))) { usage(argv[0], stdout, 0); } if (argc != 3) { usage(argv[0], stderr, 1); } regex_t reg; char* sstr = argv[1]; char* sregex = argv[2]; int cflags = REG_EXTENDED; const size_t nmatchmax = 10; regmatch_t pmatch[nmatchmax]; int eflags = 0; int rc; rc = regcomp(®, sregex, cflags); if (rc != 0) { size_t nbytes = regerror(rc, ®, NULL, 0); char* errbuf = malloc(nbytes); (void)regerror(rc, ®, errbuf, nbytes); printf("regcomp failure: %s\n", errbuf); exit(1); } rc = regexec(®, sstr, nmatchmax, pmatch, eflags); printf("rc=%d\n", rc); int len = strlen(sstr); if (rc == 0) { for (int i = 0; i < nmatchmax; i++) { if (pmatch[i].rm_so == -1) break; printf("pmatch[%i].rm_so=%4lld pmatch[%d].rm_eo=%4lld\n", i, (long long)pmatch[i].rm_so, i, (long long)pmatch[i].rm_eo); printf(" "); for (int j = 0; j < len; j++) { fputc(sstr[j], stdout); } printf("\n"); printf(" "); for (int j = 0; j < len; j++) { if (j >= pmatch[i].rm_so && j < pmatch[i].rm_eo) fputc('^', stdout); else fputc('.', stdout); } printf("\n"); } } else if (rc == REG_NOMATCH) { printf("no match\n"); } else { size_t nbytes = regerror(rc, ®, NULL, 0); char* errbuf = malloc(nbytes); (void)regerror(rc, ®, errbuf, nbytes); printf("regexec failure: %s\n", errbuf); exit(1); } regfree(®); return 0; } miller-5.6.2/c/experimental/strx.c000066400000000000000000000202371354153536500171110ustar00rootroot00000000000000#include #include #include #include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/mlr_arch.h" #include "lib/string_builder.h" #define MYBUFLEN 256 // ---------------------------------------------------------------- static int f(char* float_string, char* format_string) { double fseconds; if (sscanf(float_string, "%lf", &fseconds) != 1) { fprintf(stderr, "!dbl b04k!\n"); return 1; } time_t iseconds = (time_t) fseconds; double fracsec = fseconds - iseconds; struct tm tm = *gmtime(&iseconds); // xxx see if %nS is a substring // if not then do it like always (w/ malloc) // if so: // * copy subformats left & right of the %nS // * strftime each // * myself format the middle // * sb_append char* middle_format = NULL; char* right_subformat = NULL; for (char* p = format_string; *p; p++) { if (p[0] == '%' && p[1] >= '1' && p[1] <= '9' && p[2] == 'S') { middle_format = p; right_subformat = &p[3]; break; } } if (middle_format == NULL) { char* output_string = mlr_malloc_or_die(MYBUFLEN); int written_length = strftime(output_string, MYBUFLEN, format_string, &tm); if (written_length > MYBUFLEN || written_length == 0) { fprintf(stderr, "Could not strftime(\"%s\", \"%s\").\n", float_string, format_string); return 1; } else { printf("%s %s -> %s\n", float_string, format_string, output_string); } free(output_string); } else { int left_subformat_length = middle_format - format_string; char* left_subformat = mlr_malloc_or_die(left_subformat_length + 1); memcpy(left_subformat, format_string, left_subformat_length); left_subformat[left_subformat_length] = 0; char left_formatted[MYBUFLEN]; char right_formatted[MYBUFLEN]; if (*left_subformat == 0) { *left_formatted = 0; } else { int written_length = strftime(left_formatted, MYBUFLEN, left_subformat, &tm); printf("LEFT SUBFORMAT \"%s\"\n", left_subformat); if (written_length > MYBUFLEN || written_length == 0) { fprintf(stderr, "Could not strftime(\"%s\", \"%s\").\n", float_string, left_subformat); return 1; } } free(left_subformat); char middle_int_formatted[16]; char* middle_int_format = "%S"; printf("MIDDLI SUBFORMAT \"%s\"\n", middle_int_format); int written_length = strftime(middle_int_formatted, sizeof(middle_int_formatted), middle_int_format, &tm); if (written_length > MYBUFLEN || written_length == 0) { fprintf(stderr, "Could not strftime(\"%s\", \"%s\").\n", float_string, middle_int_format); return 1; } char middle_sprintf_format[] = "%.xlf"; char middle_fractional_formatted[16]; middle_sprintf_format[2] = middle_format[1]; printf("MIDDLE_SPRINTF_FORMAT \"%s\"\n", middle_sprintf_format); sprintf(middle_fractional_formatted, middle_sprintf_format, fracsec); if (*right_subformat == 0) { *right_formatted = 0; } else { printf("RIGHT SUBFORMAT \"%s\"\n", right_subformat); int written_length = strftime(right_formatted, MYBUFLEN, right_subformat, &tm); if (written_length > MYBUFLEN || written_length == 0) { fprintf(stderr, "Could not strftime(\"%s\", \"%s\").\n", float_string, right_subformat); return 1; } } string_builder_t* psb = sb_alloc(32); sb_append_string(psb, left_formatted); sb_append_string(psb, middle_int_formatted); sb_append_string(psb, &middle_fractional_formatted[1]); // xxx comment sb_append_string(psb, right_formatted); char* output_string = sb_finish(psb); sb_free(psb); printf("LEFT OUT \"%s\"\n", left_formatted); printf("MIDDLI OUT \"%s\"\n", middle_int_formatted); printf("MIDDLF OUT \"%s\"\n", middle_fractional_formatted); printf("RIGHT OUT \"%s\"\n", right_formatted); printf("%s %s -> %s\n", float_string, format_string, output_string); free(output_string); } return 0; } // ---------------------------------------------------------------- static int p(char* time_string, char* format_string) { struct tm tm; memset(&tm, 0, sizeof(tm)); // xxx cmt try the non-floating-point-seconds case first and return quickly if so. char* strptime_retval = mlr_arch_strptime(time_string, format_string, &tm); if (strptime_retval != NULL) { if (*strptime_retval != 0) { // xxx extraneous fprintf(stderr, "%s: could not strptime(\"%s\", \"%s\"). See \"%s --help-function strptime\".\n", MLR_GLOBALS.bargv0, time_string, format_string, MLR_GLOBALS.bargv0); exit(1); } time_t iseconds = mlr_arch_timegmlocal(&tm); printf("%s, %s -> %u, \"%s\"\n", time_string, format_string, (unsigned)iseconds, strptime_retval); return 0; } char* pS = strstr(format_string, "%S"); if (pS == NULL) { // Couldn't have been because of floating-point-seconds stuff. No reason to try any harder. fprintf(stderr, "%s: could not strptime(\"%s\", \"%s\"). See \"%s --help-function strptime\".\n", MLR_GLOBALS.bargv0, time_string, format_string, MLR_GLOBALS.bargv0); exit(1); } // xxx // Input is "2017-04-09T00:51:09.123456 TZBLAHBLAH" // with format "%Y-%m-%dT%H:%M:%S TZBLAHBLAH" // 1. Copy the format up to the %S but with nothing else after. This is temporary to help us locate // the fractional-seconds part of the input string. // Example temporary format: "%Y-%m-%dT%H:%M:%S" int truncated_format_string_length = pS - format_string + 2; char* truncated_format_string = mlr_malloc_or_die(truncated_format_string_length + 1); memcpy(truncated_format_string, format_string, truncated_format_string_length); truncated_format_string[truncated_format_string_length] = 0; printf("ORIGINAL FORMAT \"%s\"\n", format_string); printf("TRUNCATED FORMAT \"%s\"\n", truncated_format_string); // 2. strptime using that truncated format and ignore the tm. Only look at the string return value. // Example return value: ".123456 TZBLAHBLAH" strptime_retval = mlr_arch_strptime(time_string, truncated_format_string, &tm); if (strptime_retval == NULL) { fprintf(stderr, "%s: could not strptime(\"%s\", \"%s\"). See \"%s --help-function strptime\".\n", MLR_GLOBALS.bargv0, time_string, format_string, MLR_GLOBALS.bargv0); exit(1); } printf("STRPTIME TEMP RETVAL \"%s\"\n", strptime_retval); // 3. strtod the return value to find the fractional-seconds part, and whatever's after. // Example fractional-seconds part: ".123456" // Example stuff after: " TZBLAHBLAH" char* stuff_after = NULL; double fractional_seconds = strtod(strptime_retval, &stuff_after); printf("FRACTIONAL SECONDS %.6lf\n", fractional_seconds); printf("STUFF AFTER \"%s\"\n", stuff_after); // 4. Make a copy of the input string with the fractional seconds elided. // Example: "2017-04-09T00:51:09 TZBLAHBLAH" char* elided_fraction_input = mlr_malloc_or_die(strlen(time_string) + 1); int input_length_to_fractional_seconds = strptime_retval - time_string; memcpy(elided_fraction_input, time_string, input_length_to_fractional_seconds); strcpy(&elided_fraction_input[input_length_to_fractional_seconds], stuff_after); printf("ELIDE \"%s\"\n", elided_fraction_input); // 5. strptime the elided-fraction input string using the original format string. Get the tm. memset(&tm, 0, sizeof(tm)); strptime_retval = mlr_arch_strptime(elided_fraction_input, format_string, &tm); if (strptime_retval == NULL) { fprintf(stderr, "%s: could not strptime(\"%s\", \"%s\"). See \"%s --help-function strptime\".\n", MLR_GLOBALS.bargv0, time_string, format_string, MLR_GLOBALS.bargv0); exit(1); } printf("STRPTIME ELIDE RETVAL \"%s\"\n", strptime_retval); // 6. Convert the tm to a time_t (seconds since the epoch) and then add the fractional seceonds. time_t iseconds = mlr_arch_timegmlocal(&tm); printf("ISECONDS %u\n", (unsigned)iseconds); double fseconds = iseconds + fractional_seconds; printf("FSECONDS %.6lf\n", fseconds); printf("%s %s -> %.6lf\n", time_string, format_string, fseconds); return 0; } //---------------------------------------------------------------------- int main(int argc, char **argv) { if (argc != 4) { fprintf(stderr, "c!=4 b04k!\n"); exit(1); } if (!strcmp(argv[1], "f")) { return f(argv[2], argv[3]); } else if (!strcmp(argv[1], "p")) { return p(argv[2], argv[3]); } else { fprintf(stderr, "f/p b04k!\n"); exit(1); } return 0; } miller-5.6.2/c/experimental/ttmx.c000066400000000000000000000004141354153536500171000ustar00rootroot00000000000000#include #include #include char * strptimex(const char *buf, const char *fmt, struct tm *tm); int main(void) { struct tm tm; char* foo = strptimex("2017-01-09T11:47:48Z", "%Y-%m-%dT%H:%M:%SZ", &tm); 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install-html-am install-info \ install-info-am install-man install-pdf install-pdf-am \ install-ps install-ps-am install-strip installcheck \ installcheck-am installdirs maintainer-clean \ maintainer-clean-generic mostlyclean mostlyclean-compile \ mostlyclean-generic mostlyclean-libtool pdf pdf-am ps ps-am \ tags tags-am uninstall uninstall-am .PRECIOUS: Makefile # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: miller-5.6.2/c/input/README.md000066400000000000000000000047251354153536500156720ustar00rootroot00000000000000# Miller file/record input These are readers for Miller file formats, stdio and mmap versions. The stdio and mmap record parsers are similar but not identical, due to inversion of processing order: getting an entire mallocked line and then splitting it by separators in the former case, versus splitting while discovering end of line in the latter case. The code duplication could be largely removed by having the mmap readers find end-of-lines, then split up the lines -- however that requires two passes through input strings and for performance I want just a single pass. While there are separate record-writers for CSV and pretty-print, there is just a common record-reader: pretty-print is CSV with field separator being a space, and `allow_repeat_ifs` set to true. Idea of `header_keeper` objects for CSV: each `header_keeper` object retains the input-line backing and the `slls_t` for a CSV header line which is used by one or more CSV data lines. Meanwhile some mappers (e.g. `sort`, `tac`) retain input records from the entire data stream, which may include header-schema changes in the input stream. This means we need to keep headers intact as long as any lrecs are pointing to them. One option is reference-counting which I experimented with; it was messy and error-prone. The approach used here is to keep a hash map from header-schema to `header_keeper` object. The current `pheader_keeper` is a pointer into one of those. Then when the reader is freed, all its header-keepers are freed. There is some code duplication involving single-character and multi-character IRS, IFS, and IPS. While single-character is a special case of multi-character, keeping separate implementations for single-character and multi-character versions is worthwhile for performance. The difference is betweeen `*p == ifs` and `streqn(p, ifs, ifslen)`: even with function inlining, the latter is more expensive than the former in the single-character case. Example timing info for a million-line file is as follows: ``` TIME IN SECONDS 0.945 -- mlr --irs lf --ifs , --ips = check ../data/big.dkvp2 TIME IN SECONDS 1.139 -- mlr --irs crlf --ifs , --ips = check ../data/big.dkvp2 TIME IN SECONDS 1.291 -- mlr --irs lf --ifs /, --ips =: check ../data/big.dkvp2 TIME IN SECONDS 1.443 -- mlr --irs crlf --ifs /, --ips =: check ../data/big.dkvp2 ``` i.e. (even when averaged over multiple runs) performance improvements of 20-30% are obtained by special-casing single-character-separator code: this is worth doing. miller-5.6.2/c/input/byte_reader.h000066400000000000000000000022001354153536500170330ustar00rootroot00000000000000#ifndef BYTE_READER_H #define BYTE_READER_H struct _byte_reader_t; // Abstract byte source for input. Impls are stdio from file/stdin, mmapped // file, and string-backed (for unit test). // pvstate will nominally hold FILE*, mmap fd and pointers, string-backing, etc. // The open function should return TRUE on success and FALSE on failure. // For the string reader, the char* argument is the backing string itself. typedef int byte_reader_open_func_t(struct _byte_reader_t* pbr, char* prepipe, char* filename); // The reader function should return a character, as an int. Reads past end of // file should keep returning EOF, even if called multiple times. typedef int byte_reader_read_func_t(struct _byte_reader_t* pbr); // The close function should close file pointers/descriptors, as well as any // necessary heap-frees. typedef void byte_reader_close_func_t(struct _byte_reader_t* pbr, char* prepipe); typedef struct _byte_reader_t { void* pvstate; byte_reader_open_func_t* popen_func; byte_reader_read_func_t* pread_func; byte_reader_close_func_t* pclose_func; } byte_reader_t; #endif // BYTE_READER_H miller-5.6.2/c/input/byte_readers.h000066400000000000000000000005721354153536500172300ustar00rootroot00000000000000#ifndef BYTE_READERS_H #define BYTE_READERS_H #include "input/byte_reader.h" byte_reader_t* string_byte_reader_alloc(); byte_reader_t* stdio_byte_reader_alloc(); byte_reader_t* mmap_byte_reader_alloc(); void string_byte_reader_free(byte_reader_t* pbr); void stdio_byte_reader_free(byte_reader_t* pbr); void mmap_byte_reader_free(byte_reader_t* pbr); #endif // BYTE_READERS_H miller-5.6.2/c/input/file_ingestor_stdio.c000066400000000000000000000045151354153536500206070ustar00rootroot00000000000000#include #include #include #include #include #include #include "lib/mlrutil.h" #include "lib/mlrescape.h" #include "lib/mlr_globals.h" #include "file_ingestor_stdio.h" // ---------------------------------------------------------------- void* file_ingestor_stdio_vopen(void* pvstate, char* prepipe, char* filename) { char* file_contents_buffer = NULL; size_t file_size = 0; if (prepipe == NULL) { if (streq(filename, "-")) { file_contents_buffer = read_fp_into_memory(stdin, &file_size); if (file_contents_buffer == NULL) { fprintf(stderr, "%s: Couldn't open standard input for read.\n", MLR_GLOBALS.bargv0); exit(1); } } else { file_contents_buffer = read_file_into_memory(filename, &file_size); if (file_contents_buffer == NULL) { fprintf(stderr, "%s: Couldn't open \"%s\" for read.\n", MLR_GLOBALS.bargv0, filename); exit(1); } } } else { char* escaped_filename = alloc_file_name_escaped_for_popen(filename); char* command = mlr_malloc_or_die(strlen(prepipe) + 3 + strlen(escaped_filename) + 1); if (streq(filename, "-")) sprintf(command, "%s", prepipe); else sprintf(command, "%s < %s", prepipe, escaped_filename); FILE* input_stream = popen(command, "r"); if (input_stream == NULL) { fprintf(stderr, "%s: Couldn't popen \"%s\" for read.\n", MLR_GLOBALS.bargv0, command); perror(command); exit(1); } file_contents_buffer = read_fp_into_memory(input_stream, &file_size); if (file_contents_buffer == NULL) { fprintf(stderr, "%s: Couldn't open popen output for read: \"%s\".\n", MLR_GLOBALS.bargv0, command); exit(1); } pclose(input_stream); free(escaped_filename); free(command); } file_ingestor_stdio_state_t* pstate = mlr_malloc_or_die(sizeof(file_ingestor_stdio_state_t)); pstate->sof = file_contents_buffer; pstate->eof = &file_contents_buffer[file_size]; return pstate; } // ---------------------------------------------------------------- void file_ingestor_stdio_nop_vclose(void* pvstate, void* pvhandle, char* prepipe) { } // ---------------------------------------------------------------- void file_ingestor_stdio_vclose(void* pvstate, void* pvhandle, char* prepipe) { char* file_contents_buffer = pvhandle; free(file_contents_buffer); file_ingestor_stdio_state_t* pstate = pvstate; free(pstate); } miller-5.6.2/c/input/file_ingestor_stdio.h000066400000000000000000000022341354153536500206100ustar00rootroot00000000000000// ================================================================ // Abstraction layer for stdio file-read logic, when ingesting entirely into memory. // ================================================================ #ifndef FILE_INGESTOR_STDIO_H #define FILE_INGESTOR_STDIO_H typedef struct _file_ingestor_stdio_state_t { char* sof; char* eof; } file_ingestor_stdio_state_t; // The vclose method frees memory. The nop flavor does not. The latter is used by the JSON-input // lrec reader: lrecs have keys/values pointing into parsed-JSON structures which in turn have // values pointing to the ingested-file buffer. This is done for the sake of performance, to reduce // data-copies. But it also means we can't free ingested files after ingesting their contents into // lrecs, since the lrecs in question might be retained after the input-file closes. Example: mlr // sort on multiple files. void* file_ingestor_stdio_vopen(void* pvstate, char* prepipe, char* file_name); void file_ingestor_stdio_vclose(void* pvstate, void* pvhandle, char* prepipe); void file_ingestor_stdio_nop_vclose(void* pvstate, void* pvhandle, char* prepipe); #endif // FILE_INGESTOR_STDIO_H miller-5.6.2/c/input/file_reader_mmap.c000066400000000000000000000056651354153536500200360ustar00rootroot00000000000000#include #include #include #include #include #include #include "lib/mlr_arch.h" #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "file_reader_mmap.h" #if MLR_ARCH_MMAP_ENABLED static char empty_buf[1] = { 0 }; #endif // ---------------------------------------------------------------- file_reader_mmap_state_t* file_reader_mmap_open(char* prepipe, char* file_name) { #if MLR_ARCH_MMAP_ENABLED // popen is a stdio construct, not an mmap construct, and it can't be supported here. if (prepipe != NULL) { fprintf(stderr, "%s: coding error detected in file %s at line %d.\n", MLR_GLOBALS.bargv0, __FILE__, __LINE__); exit(1); } file_reader_mmap_state_t* pstate = mlr_malloc_or_die(sizeof(file_reader_mmap_state_t)); pstate->fd = open(file_name, O_RDONLY); if (pstate->fd < 0) { perror("open"); fprintf(stderr, "%s: could not open \"%s\"\n", MLR_GLOBALS.bargv0, file_name); exit(1); } struct stat stat; if (fstat(pstate->fd, &stat) < 0) { perror("fstat"); fprintf(stderr, "%s: could not fstat \"%s\"\n", MLR_GLOBALS.bargv0, file_name); exit(1); } if (stat.st_size == 0) { // mmap doesn't allow us to map zero-length files but zero-length files do exist. pstate->sol = &empty_buf[0]; } else { pstate->sol = mmap(NULL, (size_t)stat.st_size, PROT_READ|PROT_WRITE, MAP_FILE|MAP_PRIVATE, pstate->fd, (off_t)0); if (pstate->sol == MAP_FAILED) { perror("mmap"); fprintf(stderr, "%s: could not mmap \"%s\"\n", MLR_GLOBALS.bargv0, file_name); exit(1); } } pstate->eof = pstate->sol + stat.st_size; // POSIX semantics: the mmap itself increments a reference count to the file, in addition to the // open. We close the file but keep the mmap reference until a subsequent munmap. if (close(pstate->fd) < 0) { perror("close"); exit(1); } return pstate; #else fprintf(stderr, "%s: mmap is unsupported on this architecture.\n", MLR_GLOBALS.bargv0); exit(1); return NULL; #endif } // ---------------------------------------------------------------- // Here we intentionally do not munmap. // // This method is used by various lrec readers, where lrecs are instantiated with keys/values // pointing into mmapped file-contents buffers. This is done for the sake of performance, to reduce // data-copies. But it also means we can't unmap files after ingesting lrecs, since the lrecs in // question might be retained after the input-file closes. Example: mlr sort on multiple files. void file_reader_mmap_close(file_reader_mmap_state_t* pstate, char* prepipe) { free(pstate); } // ---------------------------------------------------------------- void* file_reader_mmap_vopen(void* pvstate, char* prepipe, char* file_name) { return file_reader_mmap_open(prepipe, file_name); } // ---------------------------------------------------------------- void file_reader_mmap_vclose(void* pvstate, void* pvhandle, char* prepipe) { file_reader_mmap_close(pvhandle, prepipe); } miller-5.6.2/c/input/file_reader_mmap.h000066400000000000000000000012641354153536500200320ustar00rootroot00000000000000// ================================================================ // Abstraction layer for mmapped file-read logic. // ================================================================ #ifndef FILE_READER_MMAP_H #define FILE_READER_MMAP_H typedef struct _file_reader_mmap_state_t { char* sol; char* eof; int fd; } file_reader_mmap_state_t; file_reader_mmap_state_t* file_reader_mmap_open(char* prepipe, char* file_name); void file_reader_mmap_close(file_reader_mmap_state_t* pstate, char* prepipe); void* file_reader_mmap_vopen(void* pvstate, char* prepipe, char* file_name); void file_reader_mmap_vclose(void* pvstate, void* pvhandle, char* prepipe); #endif // FILE_READER_MMAP_H miller-5.6.2/c/input/file_reader_stdio.c000066400000000000000000000027731354153536500202230ustar00rootroot00000000000000#include #include #include #include #include #include #include "lib/mlrutil.h" #include "lib/mlrescape.h" #include "lib/mlr_globals.h" #include "file_reader_stdio.h" // ---------------------------------------------------------------- void* file_reader_stdio_vopen(void* pvstate, char* prepipe, char* filename) { FILE* input_stream = stdin; if (prepipe == NULL) { if (!streq(filename, "-")) { input_stream = fopen(filename, "r"); if (input_stream == NULL) { fprintf(stderr, "%s: Couldn't open \"%s\" for read.\n", MLR_GLOBALS.bargv0, filename); perror(filename); exit(1); } } } else { char* escaped_filename = alloc_file_name_escaped_for_popen(filename); char* command = mlr_malloc_or_die(strlen(prepipe) + 3 + strlen(escaped_filename) + 1); if (streq(filename, "-")) sprintf(command, "%s", prepipe); else sprintf(command, "%s < %s", prepipe, escaped_filename); input_stream = popen(command, "r"); if (input_stream == NULL) { fprintf(stderr, "%s: Couldn't popen \"%s\" for read.\n", MLR_GLOBALS.bargv0, command); perror(command); exit(1); } free(escaped_filename); free(command); } return input_stream; } // ---------------------------------------------------------------- void file_reader_stdio_vclose(void* pvstate, void* pvhandle, char* prepipe) { FILE* input_stream = pvhandle; if (prepipe == NULL) { if (input_stream != stdin) fclose(input_stream); } else { pclose(input_stream); } } miller-5.6.2/c/input/file_reader_stdio.h000066400000000000000000000006541354153536500202240ustar00rootroot00000000000000// ================================================================ // Abstraction layer for stdio file-read logic. // ================================================================ #ifndef FILE_READER_STDIO_H #define FILE_READER_STDIO_H void* file_reader_stdio_vopen(void* pvstate, char* prepipe, char* file_name); void file_reader_stdio_vclose(void* pvstate, void* pvhandle, char* prepipe); #endif // FILE_READER_STDIO_H miller-5.6.2/c/input/json_parser.c000066400000000000000000000624571354153536500171120ustar00rootroot00000000000000// ================================================================ // Copyright (C) 2012, 2013, 2014 James McLaughlin et al. All rights reserved. // https://github.com/udp/json-parser // // Redistribution and use in source and binary forms, with or without // modification, are permitted provided that the following conditions // are met: // // 1. Redistributions of source code must retain the above copyright // notice, this list of conditions and the following disclaimer. // // 2. Redistributions in binary form must reproduce the above copyright // notice, this list of conditions and the following disclaimer in the // documentation and/or other materials provided with the distribution. // // THIS SOFTWARE IS PROVIDED BY THE AUTHOR AND CONTRIBUTORS ``AS IS'' AND // ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE // IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE // ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE // FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL // DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS // OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) // HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT // LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY // OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF // SUCH DAMAGE. // ================================================================ // Miller to-do items: // 1. Modify the data structures so sval & length are shared between boolean, integer, & double. // 2. Just append a byte-range (start to end pointer) rather than making repeated per-character calls // to these functions. #include "lib/mlrutil.h" #include "json_parser.h" const struct _json_value_t json_value_none; #include #include #include #include typedef unsigned int json_uchar; static unsigned char hex_value(json_char c) { if (isdigit(c)) return c - '0'; switch (c) { case 'a': case 'A': return 0x0A; case 'b': case 'B': return 0x0B; case 'c': case 'C': return 0x0C; case 'd': case 'D': return 0x0D; case 'e': case 'E': return 0x0E; case 'f': case 'F': return 0x0F; default: return 0xFF; } } // ---------------------------------------------------------------- typedef struct _json_state_{ unsigned long used_memory; unsigned int uint_max; unsigned long ulong_max; int first_pass; const json_char * ptr; unsigned int cur_line, cur_col; } json_parser_state_t; // ---------------------------------------------------------------- static void * default_alloc(size_t size, int zero) { void* ptr = mlr_malloc_or_die(size); if (zero) memset(ptr, 0, size); return ptr; } // ---------------------------------------------------------------- static void * json_alloc(json_parser_state_t * pstate, unsigned long size, int zero) { if ((pstate->ulong_max - pstate->used_memory) < size) return 0; return default_alloc(size, zero); } // ---------------------------------------------------------------- static int new_value( json_parser_state_t * pstate, json_value_t ** ptop, json_value_t ** proot, json_value_t ** palloc, json_type_t type) { json_value_t * pvalue; int values_size; if (!pstate->first_pass) { pvalue = *ptop = *palloc; *palloc = (*palloc)->_reserved.next_alloc; if (!*proot) *proot = pvalue; switch (pvalue->type) { case JSON_ARRAY: if (pvalue->u.array.length == 0) break; if (! (pvalue->u.array.values = (json_value_t **) json_alloc (pstate, pvalue->u.array.length * sizeof(json_value_t *), 0)) ) { return 0; } pvalue->u.array.length = 0; break; case JSON_OBJECT: if (pvalue->u.object.length == 0) break; values_size = sizeof(*pvalue->u.object.p.values) * pvalue->u.object.length; if (! (pvalue->u.object.p.values = (json_object_entry_t *) json_alloc (pstate, values_size + ((unsigned long) pvalue->u.object.p.values), 0)) ) { return 0; } pvalue->_reserved.p.pobject_mem = (*(char **) &pvalue->u.object.p.mem) + values_size; pvalue->u.object.length = 0; break; case JSON_STRING: if (! (pvalue->u.string.ptr = (json_char *) json_alloc (pstate, (pvalue->u.string.length + 1) * sizeof (json_char), 0)) ) { return 0; } pvalue->u.string.length = 0; break; case JSON_BOOLEAN: if (! (pvalue->u.boolean.sval = (json_char *) json_alloc (pstate, (pvalue->u.boolean.length + 1) * sizeof (json_char), 1)) ) { return 0; } pvalue->u.boolean.length = 0; break; case JSON_INTEGER: if (! (pvalue->u.integer.sval = (json_char *) json_alloc (pstate, (pvalue->u.integer.length + 1) * sizeof (json_char), 1)) ) { return 0; } pvalue->u.integer.length = 0; break; case JSON_DOUBLE: if (! (pvalue->u.dbl.sval = (json_char *) json_alloc (pstate, (pvalue->u.dbl.length + 1) * sizeof (json_char), 1)) ) { return 0; } pvalue->u.dbl.length = 0; break; default: break; } return 1; } if (! (pvalue = (json_value_t *) json_alloc(pstate, sizeof (json_value_t), 1))) { return 0; } if (!*proot) *proot = pvalue; pvalue->type = type; pvalue->parent = *ptop; pvalue->line = pstate->cur_line; pvalue->col = pstate->cur_col; if (*palloc) (*palloc)->_reserved.next_alloc = pvalue; *palloc = *ptop = pvalue; return 1; } // ---------------------------------------------------------------- #define WHITESPACE \ case '\n': ++state.cur_line; state.cur_col = 0; \ case ' ': case '\t': case '\r' #define STRING_ADD(b) \ do { if (!state.first_pass) string[string_length] = b; ++string_length; } while (0); static inline void boolean_sval_add(json_parser_state_t* pstate, json_value_t* ptop, char b) { if (!pstate->first_pass) { ptop->u.boolean.sval[ptop->u.boolean.length++] = b; } else { ptop->u.boolean.length++; } } static inline void integer_sval_add(json_parser_state_t* pstate, json_value_t* ptop, char b) { if (!pstate->first_pass) { ptop->u.integer.sval[ptop->u.integer.length++] = b; } else { ptop->u.integer.length++; } } static inline void dbl_sval_add(json_parser_state_t* pstate, json_value_t* ptop, char b) { if (!pstate->first_pass) { ptop->u.dbl.sval[ptop->u.dbl.length++] = b; } else { ptop->u.dbl.length++; } } static inline void boolean_sval_end(json_parser_state_t* pstate, json_value_t* ptop) { if (!pstate->first_pass) { ptop->u.boolean.sval[ptop->u.boolean.length] = 0; } } static inline void integer_sval_end(json_parser_state_t* pstate, json_value_t* ptop) { if (!pstate->first_pass) { ptop->u.integer.sval[ptop->u.integer.length] = 0; } } static inline void dbl_sval_end(json_parser_state_t* pstate, json_value_t* ptop) { if (!pstate->first_pass) { ptop->u.dbl.sval[ptop->u.dbl.length] = 0; } } #define LINE_AND_COL \ state.cur_line, state.cur_col static const long FLAG_NEXT = 1 << 0, FLAG_REPROC = 1 << 1, FLAG_NEED_COMMA = 1 << 2, FLAG_SEEK_VALUE = 1 << 3, FLAG_ESCAPED = 1 << 4, FLAG_IN_STRING = 1 << 5, FLAG_NEED_COLON = 1 << 6, FLAG_DONE = 1 << 7, FLAG_NUM_NEGATIVE = 1 << 8, FLAG_NUM_ZERO = 1 << 9, FLAG_NUM_E = 1 << 10, FLAG_NUM_E_GOT_SIGN = 1 << 11, FLAG_NUM_E_NEGATIVE = 1 << 12; // ================================================================ json_value_t * json_parse( const json_char * json, size_t length, char * error_buf, json_char** ppend_of_item) { json_char error[JSON_ERROR_MAX]; const json_char * end; json_value_t * ptop, * proot, * palloc = 0; json_parser_state_t state = { 0 }; long flags; long num_digits = 0, num_e = 0; json_int_t num_fraction = 0; *ppend_of_item = NULL; // Skip UTF-8 BOM if (length >= 3 && ((unsigned char) json[0]) == 0xEF && ((unsigned char) json[1]) == 0xBB && ((unsigned char) json[2]) == 0xBF) { json += 3; length -= 3; } error[0] = '\0'; end = (json + length); memset(&state.uint_max, 0xFF, sizeof(state.uint_max)); memset(&state.ulong_max, 0xFF, sizeof(state.ulong_max)); state.uint_max -= 8; /* limit of how much can be added before next check */ state.ulong_max -= 8; for (state.first_pass = 1; state.first_pass >= 0; --state.first_pass) { json_uchar uchar; unsigned char uc_b1, uc_b2, uc_b3, uc_b4; json_char * string = 0; unsigned int string_length = 0; ptop = proot = 0; flags = FLAG_SEEK_VALUE; state.cur_line = 1; for (state.ptr = json ;; ++state.ptr) { json_char* pb = (json_char*)((state.ptr == end) ? NULL : state.ptr); json_char b = (state.ptr == end) ? 0 : *state.ptr; if (flags & FLAG_IN_STRING) { if (!b) { sprintf(error, "Unexpected EOF in string at line %d column %d.", LINE_AND_COL); goto e_failed; } if (string_length > state.uint_max) goto e_overflow; if (flags & FLAG_ESCAPED) { flags &= ~ FLAG_ESCAPED; switch (b) { case 'b': STRING_ADD('\b'); break; case 'f': STRING_ADD('\f'); break; case 'n': STRING_ADD('\n'); break; case 'r': STRING_ADD('\r'); break; case 't': STRING_ADD('\t'); break; case 'u': if (end - state.ptr < 4 || (uc_b1 = hex_value (*++state.ptr)) == 0xFF || (uc_b2 = hex_value (*++state.ptr)) == 0xFF || (uc_b3 = hex_value (*++state.ptr)) == 0xFF || (uc_b4 = hex_value (*++state.ptr)) == 0xFF) { sprintf(error, "Invalid character value `%c` at line %d column %d.", b, LINE_AND_COL); goto e_failed; } uc_b1 = (uc_b1 << 4) | uc_b2; uc_b2 = (uc_b3 << 4) | uc_b4; uchar = (uc_b1 << 8) | uc_b2; if ((uchar & 0xF800) == 0xD800) { json_uchar uchar2; if (end - state.ptr < 6 || (*++state.ptr) != '\\' || (*++state.ptr) != 'u' || (uc_b1 = hex_value (*++state.ptr)) == 0xFF || (uc_b2 = hex_value (*++state.ptr)) == 0xFF || (uc_b3 = hex_value (*++state.ptr)) == 0xFF || (uc_b4 = hex_value (*++state.ptr)) == 0xFF) { sprintf(error, "Invalid character value `%c` at line %d column %d.", b, LINE_AND_COL); goto e_failed; } uc_b1 = (uc_b1 << 4) | uc_b2; uc_b2 = (uc_b3 << 4) | uc_b4; uchar2 = (uc_b1 << 8) | uc_b2; uchar = 0x010000 | ((uchar & 0x3FF) << 10) | (uchar2 & 0x3FF); } if (sizeof(json_char) >= sizeof(json_uchar) || (uchar <= 0x7F)) { STRING_ADD((json_char) uchar); break; } if (uchar <= 0x7FF) { if (state.first_pass) { string_length += 2; } else { string[string_length ++] = 0xC0 | (uchar >> 6); string[string_length ++] = 0x80 | (uchar & 0x3F); } break; } if (uchar <= 0xFFFF) { if (state.first_pass) { string_length += 3; } else { string[string_length ++] = 0xE0 | (uchar >> 12); string[string_length ++] = 0x80 | ((uchar >> 6) & 0x3F); string[string_length ++] = 0x80 | (uchar & 0x3F); } break; } if (state.first_pass) { string_length += 4; } else { string[string_length ++] = 0xF0 | (uchar >> 18); string[string_length ++] = 0x80 | ((uchar >> 12) & 0x3F); string[string_length ++] = 0x80 | ((uchar >> 6) & 0x3F); string[string_length ++] = 0x80 | (uchar & 0x3F); } break; default: STRING_ADD(b); } continue; } if (b == '\\') { flags |= FLAG_ESCAPED; continue; } if (b == '"') { if (!state.first_pass) string[string_length] = 0; flags &= ~ FLAG_IN_STRING; string = 0; switch (ptop->type) { case JSON_STRING: ptop->u.string.length = string_length; flags |= FLAG_NEXT; break; case JSON_OBJECT: if (state.first_pass) { (*(json_char **) &ptop->u.object.p.mem) += string_length + 1; } else { ptop->u.object.p.values[ptop->u.object.length].name = (json_char *) ptop->_reserved.p.pobject_mem; ptop->u.object.p.values[ptop->u.object.length].name_length = string_length; (*(json_char **) &ptop->_reserved.p.pobject_mem) += string_length + 1; } flags |= FLAG_SEEK_VALUE | FLAG_NEED_COLON; continue; default: break; } } else { STRING_ADD(b); continue; } } if (flags & FLAG_DONE) { if (!b) break; *ppend_of_item = pb + 1; break; switch (b) { WHITESPACE: continue; default: sprintf(error, "Line %d column %d: Trailing text: `%c`", state.cur_line, state.cur_col, b); goto e_failed; } } if (flags & FLAG_SEEK_VALUE) { switch (b) { WHITESPACE: continue; case ']': if (ptop && ptop->type == JSON_ARRAY) { flags = (flags & ~ (FLAG_NEED_COMMA | FLAG_SEEK_VALUE)) | FLAG_NEXT; } else { sprintf (error, "Line %d column %d: Unexpected ]", LINE_AND_COL); goto e_failed; } break; default: if (flags & FLAG_NEED_COMMA) { if (b == ',') { flags &= ~ FLAG_NEED_COMMA; continue; } else { sprintf(error, "Line %d column %d: Expected , before %c", state.cur_line, state.cur_col, b); goto e_failed; } } if (flags & FLAG_NEED_COLON) { if (b == ':') { flags &= ~ FLAG_NEED_COLON; continue; } else { sprintf(error, "Line %d column %d: Expected : before %c", state.cur_line, state.cur_col, b); goto e_failed; } } flags &= ~ FLAG_SEEK_VALUE; switch (b) { case '{': if (!new_value(&state, &ptop, &proot, &palloc, JSON_OBJECT)) goto e_alloc_failure; continue; case '[': if (!new_value(&state, &ptop, &proot, &palloc, JSON_ARRAY)) goto e_alloc_failure; flags |= FLAG_SEEK_VALUE; continue; case '"': if (!new_value(&state, &ptop, &proot, &palloc, JSON_STRING)) goto e_alloc_failure; flags |= FLAG_IN_STRING; string = ptop->u.string.ptr; string_length = 0; continue; case 't': if ((end - state.ptr) < 3 || *(++state.ptr) != 'r' || *(++state.ptr) != 'u' || *(++state.ptr) != 'e') { goto e_unknown_value; } if (!new_value(&state, &ptop, &proot, &palloc, JSON_BOOLEAN)) goto e_alloc_failure; boolean_sval_add(&state, ptop, 't'); boolean_sval_add(&state, ptop, 'r'); boolean_sval_add(&state, ptop, 'u'); boolean_sval_add(&state, ptop, 'e'); boolean_sval_end(&state, ptop); flags |= FLAG_NEXT; break; case 'f': if ((end - state.ptr) < 4 || *(++state.ptr) != 'a' || *(++state.ptr) != 'l' || *(++state.ptr) != 's' || *(++state.ptr) != 'e') { goto e_unknown_value; } if (!new_value(&state, &ptop, &proot, &palloc, JSON_BOOLEAN)) goto e_alloc_failure; boolean_sval_add(&state, ptop, 'f'); boolean_sval_add(&state, ptop, 'a'); boolean_sval_add(&state, ptop, 'l'); boolean_sval_add(&state, ptop, 's'); boolean_sval_add(&state, ptop, 'e'); boolean_sval_end(&state, ptop); flags |= FLAG_NEXT; break; case 'n': if ((end - state.ptr) < 3 || *(++state.ptr) != 'u' || *(++state.ptr) != 'l' || *(++state.ptr) != 'l') { goto e_unknown_value; } if (!new_value(&state, &ptop, &proot, &palloc, JSON_NULL)) goto e_alloc_failure; flags |= FLAG_NEXT; break; default: if (isdigit (b) || b == '-') { // Start of new number if (!new_value(&state, &ptop, &proot, &palloc, JSON_INTEGER)) goto e_alloc_failure; if (!state.first_pass) { while (isdigit(b) || b == '+' || b == '-' || b == 'e' || b == 'E' || b == '.') { switch (ptop->type) { case JSON_INTEGER: integer_sval_add(&state, ptop, b); break; case JSON_DOUBLE: dbl_sval_add(&state, ptop, b); break; default: break; } if ((++state.ptr) == end) { switch (ptop->type) { case JSON_INTEGER: integer_sval_end(&state, ptop); break; case JSON_DOUBLE: dbl_sval_end(&state, ptop); break; default: break; } b = 0; break; } b = *state.ptr; } flags |= FLAG_NEXT | FLAG_REPROC; break; } flags &= ~ (FLAG_NUM_NEGATIVE | FLAG_NUM_E | FLAG_NUM_E_GOT_SIGN | FLAG_NUM_E_NEGATIVE | FLAG_NUM_ZERO); num_digits = 0; num_fraction = 0; num_e = 0; if (b != '-') { flags |= FLAG_REPROC; break; } flags |= FLAG_NUM_NEGATIVE; continue; } else { sprintf(error, "Line %d column %d: Unexpected `0x%02x` when seeking value", LINE_AND_COL, (unsigned)b); goto e_failed; } } } } else { switch (ptop->type) { case JSON_OBJECT: switch (b) { WHITESPACE: continue; case '"': if (flags & FLAG_NEED_COMMA) { sprintf(error, "Line %d column %d: Expected , before \"", LINE_AND_COL); goto e_failed; } flags |= FLAG_IN_STRING; string = (json_char *) ptop->_reserved.p.pobject_mem; string_length = 0; break; case '}': flags = (flags & ~ FLAG_NEED_COMMA) | FLAG_NEXT; break; case ',': if (flags & FLAG_NEED_COMMA) { flags &= ~ FLAG_NEED_COMMA; break; } default: sprintf(error, "Line %d column %d: Unexpected `%c` in object", LINE_AND_COL, b); goto e_failed; } break; case JSON_INTEGER: case JSON_DOUBLE: if (isdigit(b)) { ++num_digits; if (ptop->type == JSON_INTEGER || flags & FLAG_NUM_E) { if (! (flags & FLAG_NUM_E)) { if (flags & FLAG_NUM_ZERO) { sprintf(error, "Line %d column %d: Unexpected `0` before `%c`", LINE_AND_COL, b); goto e_failed; } if (num_digits == 1 && b == '0') flags |= FLAG_NUM_ZERO; } else { flags |= FLAG_NUM_E_GOT_SIGN; num_e = (num_e * 10) + (b - '0'); continue; } integer_sval_add(&state, ptop, b); continue; } integer_sval_add(&state, ptop, b); num_fraction = (num_fraction * 10) + (b - '0'); continue; } if (b == '+' || b == '-') { if ( (flags & FLAG_NUM_E) && !(flags & FLAG_NUM_E_GOT_SIGN)) { flags |= FLAG_NUM_E_GOT_SIGN; if (b == '-') flags |= FLAG_NUM_E_NEGATIVE; continue; } } else if (b == '.' && ptop->type == JSON_INTEGER) { if (!num_digits) { sprintf (error, "Line %d column %d: Expected digit before `.`", LINE_AND_COL); goto e_failed; } ptop->type = JSON_DOUBLE; ptop->u.dbl.length = ptop->u.integer.length; ptop->u.dbl.sval = ptop->u.integer.sval; dbl_sval_add(&state, ptop, b); num_digits = 0; continue; } if (! (flags & FLAG_NUM_E)) { if (ptop->type == JSON_DOUBLE) { if (!num_digits) { sprintf(error, "Line %d column %d: Expected digit after `.`", LINE_AND_COL); goto e_failed; } } if (b == 'e' || b == 'E') { flags |= FLAG_NUM_E; if (ptop->type == JSON_INTEGER) { ptop->type = JSON_DOUBLE; ptop->u.dbl.length = ptop->u.integer.length; ptop->u.dbl.sval = ptop->u.integer.sval; dbl_sval_add(&state, ptop, b); } num_digits = 0; flags &= ~ FLAG_NUM_ZERO; continue; } } else { if (!num_digits) { sprintf(error, "Line %d column %d: Expected digit after `e`", LINE_AND_COL); goto e_failed; } } flags |= FLAG_NEXT | FLAG_REPROC; break; default: break; } } if (flags & FLAG_REPROC) { flags &= ~ FLAG_REPROC; --state.ptr; } if (flags & FLAG_NEXT) { flags = (flags & ~ FLAG_NEXT) | FLAG_NEED_COMMA; if (!ptop->parent) { /* root value done */ flags |= FLAG_DONE; continue; } if (ptop->parent->type == JSON_ARRAY) flags |= FLAG_SEEK_VALUE; if (!state.first_pass) { json_value_t * parent = ptop->parent; switch (parent->type) { case JSON_OBJECT: parent->u.object.p.values[parent->u.object.length].pvalue = ptop; break; case JSON_ARRAY: parent->u.array.values[parent->u.array.length] = ptop; break; default: break; } } if ((++ptop->parent->u.array.length) > state.uint_max) goto e_overflow; ptop = ptop->parent; continue; } } palloc = proot; } return proot; e_unknown_value: sprintf(error, "Line %d column %d: Unknown value", LINE_AND_COL); goto e_failed; e_alloc_failure: strcpy(error, "Memory allocation failure"); goto e_failed; e_overflow: sprintf(error, "Line %d column %d: Too long (caught overflow)", LINE_AND_COL); goto e_failed; e_failed: if (error_buf) { if (*error) strcpy(error_buf, error); else strcpy(error_buf, "Unknown error"); } if (state.first_pass) palloc = proot; while (palloc) { ptop = palloc->_reserved.next_alloc; free(palloc); palloc = ptop; } if (!state.first_pass) json_free_value(proot); return 0; } json_value_t * json_parse_for_unit_test( const json_char * json, json_char** ppend_of_item) { json_char error_buf[JSON_ERROR_MAX]; return json_parse(json, strlen(json), error_buf, ppend_of_item); } // ---------------------------------------------------------------- void json_free_value(json_value_t * pvalue) { json_value_t * cur_value; if (!pvalue) return; pvalue->parent = 0; while (pvalue) { switch (pvalue->type) { case JSON_ARRAY: if (!pvalue->u.array.length) { free(pvalue->u.array.values); break; } pvalue = pvalue->u.array.values[--pvalue->u.array.length]; continue; case JSON_OBJECT: if (!pvalue->u.object.length) { free(pvalue->u.object.p.values); break; } pvalue = pvalue->u.object.p.values[--pvalue->u.object.length].pvalue; continue; case JSON_STRING: free(pvalue->u.string.ptr); break; case JSON_BOOLEAN: free(pvalue->u.boolean.sval); break; case JSON_INTEGER: free(pvalue->u.integer.sval); break; case JSON_DOUBLE: free(pvalue->u.dbl.sval); break; default: break; } cur_value = pvalue; pvalue = pvalue->parent; free(cur_value); } } // ---------------------------------------------------------------- char* json_describe_type(json_type_t type) { switch(type) { case JSON_NONE: return "JSON_NONE"; break; case JSON_OBJECT: return "JSON_OBJECT"; break; case JSON_ARRAY: return "JSON_ARRAY"; break; case JSON_INTEGER: return "JSON_INTEGER"; break; case JSON_DOUBLE: return "JSON_DOUBLE"; break; case JSON_STRING: return "JSON_STRING"; break; case JSON_BOOLEAN: return "JSON_BOOLEAN"; break; case JSON_NULL: return "JSON_NULL"; break; default: return "???"; break; } } // ---------------------------------------------------------------- const char* leader = " "; static void leader_print(int depth) { for (int i = 0; i < depth; i++) printf("%s", leader); } static void json_print_non_recursive_aux(json_value_t* pvalue, int depth) { leader_print(depth); if (pvalue == NULL) { printf("pvalue=NULL\n"); return; } printf("type=%s", json_describe_type(pvalue->type)); switch(pvalue->type) { case JSON_NONE: break; case JSON_OBJECT: printf(",length=%d", pvalue->u.object.length); break; case JSON_ARRAY: printf(",length=%d", pvalue->u.object.length); break; case JSON_INTEGER: printf(",length=%d", pvalue->u.integer.length); printf(",sval=\"%s\"", pvalue->u.integer.sval); break; case JSON_DOUBLE: printf(",length=%d", pvalue->u.dbl.length); printf(",sval=\"%s\"", pvalue->u.dbl.sval); break; case JSON_STRING: printf(",length=%d", pvalue->u.string.length); printf(",ptr=\"%s\"", pvalue->u.string.ptr); break; case JSON_BOOLEAN: printf(",length=%d", pvalue->u.boolean.length); printf(",sval=\"%s\"", pvalue->u.boolean.sval); break; case JSON_NULL: break; } printf("\n"); } static void json_print_recursive_aux(json_value_t* pvalue, int depth) { json_print_non_recursive_aux(pvalue, depth); if (pvalue == NULL) return; if (pvalue->type == JSON_OBJECT) { for (int i = 0; i < pvalue->u.object.length; i++) { leader_print(depth+1); printf("key=\"%s\"\n", pvalue->u.object.p.values[i].name); json_print_recursive_aux(pvalue->u.object.p.values[i].pvalue, depth+1); } } else if (pvalue->type == JSON_ARRAY) { for (int i = 0; i < pvalue->u.array.length; i++) { leader_print(depth+1); printf("index=%d\n", i); json_print_recursive_aux(pvalue->u.array.values[i], depth+1); } } } // ---------------------------------------------------------------- void json_print_non_recursive(json_value_t* pvalue) { json_print_non_recursive_aux(pvalue, 0); } void json_print_recursive(json_value_t* pvalue) { json_print_recursive_aux(pvalue, 0); } miller-5.6.2/c/input/json_parser.h000066400000000000000000000100351354153536500171000ustar00rootroot00000000000000// ================================================================ // Copyright (C) 2012, 2013, 2014 James McLaughlin et al. All rights reserved. // https://github.com/udp/json-parser // // Redistribution and use in source and binary forms, with or without // modification, are permitted provided that the following conditions // are met: // // 1. Redistributions of source code must retain the above copyright // notice, this list of conditions and the following disclaimer. // // 2. Redistributions in binary form must reproduce the above copyright // notice, this list of conditions and the following disclaimer in the // documentation and/or other materials provided with the distribution. // // THIS SOFTWARE IS PROVIDED BY THE AUTHOR AND CONTRIBUTORS ``AS IS'' AND // ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE // IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE // ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE // FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL // DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS // OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) // HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT // LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY // OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF // SUCH DAMAGE. // ================================================================ #ifndef JSON_PARSER_H #define JSON_PARSER_H #ifndef json_char #define json_char char #endif #ifndef json_int_t #ifndef _MSC_VER #include #define json_int_t int64_t #else #define json_int_t __int64 #endif #endif #include // ---------------------------------------------------------------- typedef enum { JSON_NONE, JSON_OBJECT, JSON_ARRAY, JSON_INTEGER, JSON_DOUBLE, JSON_STRING, JSON_BOOLEAN, JSON_NULL } json_type_t; extern const struct _json_value_t json_value_none; typedef struct _json_object_entry_t { json_char * name; unsigned int name_length; struct _json_value_t * pvalue; } json_object_entry_t; typedef struct _json_value_t { struct _json_value_t * parent; json_type_t type; union { struct { unsigned int length; union { json_object_entry_t * values; char* mem; } p; } object; struct { unsigned int length; struct _json_value_t ** values; } array; // For Miller we want floating-point numbers to be preserved as-is, with however many decimal places // the user's input does or does not have, until/unless we do any math which modifies values. struct { unsigned int length; char* sval; } boolean; struct { unsigned int length; char* sval; } integer; struct { unsigned int length; char* sval; } dbl; struct { unsigned int length; json_char * ptr; /* null-terminated */ } string; } u; union { struct _json_value_t * next_alloc; union { void * pvobject_mem; char * pobject_mem; } p; } _reserved; // Location of the value in the source JSON unsigned int line, col; } json_value_t; #define JSON_ERROR_MAX 128 // The end-of-item returned pointer enables us to handle input of the form // // { "a" : 1 } // { "b" : 2 } // { "c" : 3 } // // in addition to // // [ // { "a" : 1 } // { "b" : 2 } // { "c" : 3 } // ] // // This is in line with what jq can handle. In this case, json_parse will return // once for each top-level item and will give us back a pointer to the start of // the rest of the input stream, so we can call json_parse on the rest until it is // all exhausted. json_value_t * json_parse( const json_char * json, size_t length, char * error_buf, json_char** ppend_of_item); json_value_t * json_parse_for_unit_test( const json_char * json, json_char** ppend_of_item); void json_free_value(json_value_t *); char* json_describe_type(json_type_t type); void json_print_non_recursive(json_value_t* pvalue); void json_print_recursive(json_value_t* pvalue); #endif // JSON_PARSER_H miller-5.6.2/c/input/line_readers.c000066400000000000000000000134551354153536500172130ustar00rootroot00000000000000#include #include "lib/mlr_arch.h" #include "lib/mlrutil.h" #include "input/line_readers.h" // ---------------------------------------------------------------- char* mlr_alloc_read_line_single_delimiter( FILE* fp, int delimiter, size_t* pold_then_new_strlen, int do_auto_line_term, context_t* pctx) { size_t linecap = power_of_two_above(*pold_then_new_strlen + 1); // +1 for null-terminator char* restrict line = mlr_malloc_or_die(linecap); char* restrict p = line; int reached_eof = FALSE; int c; int nread = 0; while (TRUE) { size_t offset = p - line; if (offset >= linecap) { linecap = linecap << 1; line = mlr_realloc_or_die(line, linecap); p = line + offset; } c = mlr_arch_getc(fp); if (c == EOF) { *p = 0; reached_eof = TRUE; break; } else if (c == delimiter) { nread++; *p = 0; break; } else { nread++; *(p++) = c; } } if (do_auto_line_term) { char* q = p - 1; if (q >= line && *q == '\r') { *q = 0; context_set_autodetected_crlf(pctx); p = q; } else { context_set_autodetected_lf(pctx); } } // linelen excludes line-ending characters. // nread includes line-ending characters. int linelen = p - line; if (nread == 0 && reached_eof) { free(line); line = NULL; linelen = 0; } *pold_then_new_strlen = linelen; return line; } // ---------------------------------------------------------------- char* mlr_alloc_read_line_multiple_delimiter( FILE* fp, char* delimiter, int delimiter_length, size_t* pold_then_new_strlen) { size_t linecap = power_of_two_above(*pold_then_new_strlen + 1); // +1 for null-terminator char* line = mlr_malloc_or_die(linecap); char* p = line; // points to null-terminator in (chomped) output string char* q = line; // points to end of line in (non-chomped) data read from file int reached_eof = FALSE; int c; int nread = 0; int dlm1 = delimiter_length - 1; char delimend = delimiter[dlm1]; while (TRUE) { size_t offset = q - line; if (offset >= linecap-1) { linecap = linecap << 1; line = mlr_realloc_or_die(line, linecap); q = line + offset; } c = mlr_arch_getc(fp); if (c == EOF) { *q = 0; reached_eof = TRUE; p = q; break; } else if (c == delimend) { // For efficiency, do a single-character test to see if we've seen // the last character in the line-ending sequence. If we have, then // strcmp back to see if we've seen the entire line-ending sequence. // // This function exists separately from in order to avoid the performance // penalty of this strcmp. nread++; *(q++) = c; p = q - delimiter_length; if (q - line >= delimiter_length && memcmp(p, delimiter, delimiter_length) == 0) { *p = 0; break; } } else { nread++; *(q++) = c; } } // linelen excludes line-ending characters. // nread includes line-ending characters. int linelen = p - line; if (nread == 0 && reached_eof) { free(line); line = NULL; linelen = 0; } *pold_then_new_strlen = linelen; return line; } // ---------------------------------------------------------------- char* mlr_alloc_read_line_single_delimiter_stripping_comments( FILE* fp, int delimiter, size_t* pold_then_new_strlen, int do_auto_line_term, comment_handling_t comment_handling, char* comment_string, context_t* pctx) { return mlr_alloc_read_line_single_delimiter_stripping_comments_aux( fp, delimiter, pold_then_new_strlen, do_auto_line_term, comment_handling, comment_string, NULL, pctx); } char* mlr_alloc_read_line_single_delimiter_stripping_comments_aux( FILE* fp, int delimiter, size_t* pold_then_new_strlen, int do_auto_line_term, comment_handling_t comment_handling, char* comment_string, int* pnum_lines_comment_skipped, context_t* pctx) { if (pnum_lines_comment_skipped != NULL) *pnum_lines_comment_skipped = 0; while (TRUE) { char* line = mlr_alloc_read_line_single_delimiter( fp, delimiter, pold_then_new_strlen, do_auto_line_term, pctx); if (line == NULL) { return line; } else if (string_starts_with(line, comment_string)) { if (pnum_lines_comment_skipped != NULL) (*pnum_lines_comment_skipped)++; if (comment_handling == PASS_COMMENTS) { fputs(line, stdout); if (do_auto_line_term) { fputs(pctx->auto_line_term, stdout); } else { fputc(delimiter, stdout); } fflush(stdout); } free(line); } else { return line; } } } // ---------------------------------------------------------------- char* mlr_alloc_read_line_multiple_delimiter_stripping_comments( FILE* fp, char* delimiter, int delimiter_length, size_t* pold_then_new_strlen, comment_handling_t comment_handling, char* comment_string) { return mlr_alloc_read_line_multiple_delimiter_stripping_comments_aux( fp, delimiter, delimiter_length, pold_then_new_strlen, comment_handling, comment_string, NULL); } // ---------------------------------------------------------------- char* mlr_alloc_read_line_multiple_delimiter_stripping_comments_aux( FILE* fp, char* delimiter, int delimiter_length, size_t* pold_then_new_strlen, comment_handling_t comment_handling, char* comment_string, int* pnum_lines_comment_skipped) { if (pnum_lines_comment_skipped != NULL) *pnum_lines_comment_skipped = 0; while (TRUE) { char* line = mlr_alloc_read_line_multiple_delimiter( fp, delimiter, delimiter_length, pold_then_new_strlen); if (line == NULL) { return line; } else if (string_starts_with(line, comment_string)) { if (pnum_lines_comment_skipped != NULL) (*pnum_lines_comment_skipped)++; if (comment_handling == PASS_COMMENTS) { fputs(line, stdout); fputs(delimiter, stdout); fflush(stdout); } free(line); } else { return line; } } } miller-5.6.2/c/input/line_readers.h000066400000000000000000000045311354153536500172130ustar00rootroot00000000000000#ifndef LINE_READERS_H #define LINE_READERS_H #include #include "cli/comment_handling.h" #include "lib/context.h" // Notes: // * The caller should free the return value. // * The line-terminator is not returned as part of the string. // * Null is returned at EOF. // * Simiar to getdelim but customized for Miller: in particular, support for autodetected line endings (LF/CRLF). // Also, exists on Windows MSYS2 where there isn't a getdelim. // * Line-length reuses previous length for initial buffer-size allocation. Pass MLR_ALLOC_READ_LINE_INITIAL_SIZE // on first call. On subsequent calls, buffer-size allocations will adapt to the file's line-lengths. #define MLR_ALLOC_READ_LINE_INITIAL_SIZE 128 char* mlr_alloc_read_line_single_delimiter( FILE* fp, int delimiter, size_t* pold_then_new_strlen, int do_auto_line_term, context_t* pctx); char* mlr_alloc_read_line_multiple_delimiter( FILE* fp, char* delimiter, int delimiter_length, size_t* pold_then_new_strlen); char* mlr_alloc_read_line_single_delimiter_stripping_comments( FILE* fp, int delimiter, size_t* pold_then_new_strlen, int do_auto_line_term, comment_handling_t comment_handling, char* comment_string, context_t* pctx); char* mlr_alloc_read_line_single_delimiter_stripping_comments_aux( FILE* fp, int delimiter, size_t* pold_then_new_strlen, int do_auto_line_term, comment_handling_t comment_handling, char* comment_string, int* pnum_lines_comment_skipped, // Lets caller track line numbers context_t* pctx); char* mlr_alloc_read_line_multiple_delimiter_stripping_comments( FILE* fp, char* delimiter, int delimiter_length, size_t* pold_then_new_strlen, comment_handling_t comment_handling, char* comment_string); char* mlr_alloc_read_line_multiple_delimiter_stripping_comments_aux( FILE* fp, char* delimiter, int delimiter_length, size_t* pold_then_new_strlen, comment_handling_t comment_handling, char* comment_string, int* pnum_lines_comment_skipped); // Lets caller track line numbers #endif // LINE_READERS_H miller-5.6.2/c/input/lrec_reader.h000066400000000000000000000020711354153536500170230ustar00rootroot00000000000000#ifndef LREC_READER_H #define LREC_READER_H #include #include "lib/context.h" #include "containers/lrec.h" #include "input/file_reader_mmap.h" struct _lrec_reader_t; // forward reference for method declarations // The void* pvhandle is either FILE* for stdio readers or file_reader_mmap_state_t* for mmap readers. typedef void* lrec_reader_open_func_t(void* pvstate, char* prepipe, char* filename); typedef void lrec_reader_close_func_t(void* pvstate, void* pvhandle, char* prepipe); typedef lrec_t* lrec_reader_process_func_t(void* pvstate, void* pvhandle, context_t* pctx); typedef void lrec_reader_sof_func_t(void* pvstate, void* pvhandle); typedef void lrec_reader_free_func_t(struct _lrec_reader_t* preader); typedef struct _lrec_reader_t { void* pvstate; lrec_reader_open_func_t* popen_func; lrec_reader_close_func_t* pclose_func; lrec_reader_process_func_t* pprocess_func; lrec_reader_sof_func_t* psof_func; lrec_reader_free_func_t* pfree_func; // virtual destructor } lrec_reader_t; #endif // LREC_READER_H miller-5.6.2/c/input/lrec_reader_gen.c000066400000000000000000000050011354153536500176430ustar00rootroot00000000000000#include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "input/file_reader_mmap.h" #include "input/lrec_readers.h" typedef struct _lrec_reader_gen_state_t { char* field_name; unsigned long long start; unsigned long long stop; unsigned long long step; unsigned long long current_value; } lrec_reader_gen_state_t; static void lrec_reader_gen_free(lrec_reader_t* preader); static void* lrec_reader_gen_open(void* pvstate, char* prepipe, char* filename); static void lrec_reader_gen_close(void* pvstate, void* pvhandle, char* prepipe); static void lrec_reader_gen_sof(void* pvstate, void* pvhandle); static lrec_t* lrec_reader_gen_process(void* pvstate, void* pvhandle, context_t* pctx); // ---------------------------------------------------------------- lrec_reader_t* lrec_reader_gen_alloc(char* field_name, unsigned long long start, unsigned long long stop, unsigned long long step) { lrec_reader_t* plrec_reader = mlr_malloc_or_die(sizeof(lrec_reader_t)); lrec_reader_gen_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_reader_gen_state_t)); pstate->field_name = field_name; pstate->start = start; pstate->stop = stop; pstate->step = step; pstate->current_value = start; plrec_reader->pvstate = (void*)pstate; plrec_reader->popen_func = lrec_reader_gen_open; plrec_reader->pclose_func = lrec_reader_gen_close; plrec_reader->pprocess_func = lrec_reader_gen_process; plrec_reader->psof_func = lrec_reader_gen_sof; plrec_reader->pfree_func = lrec_reader_gen_free; return plrec_reader; } static void* lrec_reader_gen_open(void* pvstate, char* prepipe, char* filename) { return NULL; } static void lrec_reader_gen_close(void* pvstate, void* pvhandle, char* prepipe) { } static void lrec_reader_gen_free(lrec_reader_t* preader) { free(preader->pvstate); free(preader); } static void lrec_reader_gen_sof(void* pvstate, void* pvhandle) { lrec_reader_gen_state_t* pstate = pvstate; pstate->current_value = pstate->start; } // ---------------------------------------------------------------- static lrec_t* lrec_reader_gen_process(void* pvstate, void* pvhandle, context_t* pctx) { lrec_reader_gen_state_t* pstate = pvstate; if (pstate->current_value > pstate->stop) { return NULL; } lrec_t* prec = lrec_unbacked_alloc(); char* key = pstate->field_name; char* value = mlr_alloc_string_from_ll(pstate->current_value); pstate->current_value += pstate->step; lrec_put(prec, key, value, FREE_ENTRY_VALUE); return prec; } miller-5.6.2/c/input/lrec_reader_in_memory.c000066400000000000000000000047241354153536500211030ustar00rootroot00000000000000#include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "input/file_reader_stdio.h" #include "input/lrec_readers.h" #include "containers/sllv.h" // lrec_reader_t impl for unit-test. typedef struct _lrec_reader_in_memory_state_t { sllv_t* precords; } lrec_reader_in_memory_state_t; static void lrec_reader_in_memory_free(lrec_reader_t* preader); static void lrec_reader_in_memory_sof(void* pvstate, void* pvhandle); static lrec_t* lrec_reader_in_memory_process(void* pvstate, void* pvhandle, context_t* pctx); static void* lrec_reader_in_memory_vopen(void* pvstate, char* prepipe, char* filename); static void lrec_reader_in_memory_vclose(void* pvstate, void* pvhandle, char* prepipe); // ---------------------------------------------------------------- lrec_reader_t* lrec_reader_in_memory_alloc(sllv_t* precords) { lrec_reader_t* plrec_reader = mlr_malloc_or_die(sizeof(lrec_reader_t)); lrec_reader_in_memory_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_reader_in_memory_state_t)); pstate->precords = precords; plrec_reader->pvstate = (void*)pstate; plrec_reader->popen_func = lrec_reader_in_memory_vopen; plrec_reader->pclose_func = lrec_reader_in_memory_vclose; plrec_reader->pprocess_func = lrec_reader_in_memory_process; plrec_reader->psof_func = lrec_reader_in_memory_sof; plrec_reader->pfree_func = lrec_reader_in_memory_free; return plrec_reader; } static void lrec_reader_in_memory_free(lrec_reader_t* preader) { lrec_reader_in_memory_state_t* pstate = preader->pvstate; sllv_free(pstate->precords); free(pstate); free(preader); } // No-op for stateless readers such as this one. static void lrec_reader_in_memory_sof(void* pvstate, void* pvhandle) { } // ---------------------------------------------------------------- static lrec_t* lrec_reader_in_memory_process(void* pvstate, void* pvhandle, context_t* pctx) { lrec_reader_in_memory_state_t* pstate = pvstate; if (pstate->precords->phead == NULL) return NULL; else return sllv_pop(pstate->precords); } static void* lrec_reader_in_memory_vopen(void* pvstate, char* prepipe, char* filename) { // popen is a stdio construct, not an mmap construct, and it can't be supported here. if (prepipe != NULL) { fprintf(stderr, "%s: coding error detected in file %s at line %d.\n", MLR_GLOBALS.bargv0, __FILE__, __LINE__); exit(1); } return NULL; } static void lrec_reader_in_memory_vclose(void* pvstate, void* pvhandle, char* prepipe) { } miller-5.6.2/c/input/lrec_reader_mmap_csv.c000066400000000000000000000465351354153536500207200ustar00rootroot00000000000000// ================================================================ // Note: there are multiple process methods with a lot of code duplication. // This is intentional. Much of Miller's measured processing time is in the // lrec-reader process methods. This is code which needs to execute on every // byte of input and even moving a single runtime if-statement into a // function-pointer assignment at alloc time can have noticeable effects on // performance (5-10% in some cases). // ================================================================ #include #include #include #include "cli/comment_handling.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/string_builder.h" #include "input/file_reader_mmap.h" #include "input/lrec_readers.h" #include "input/peek_file_reader.h" #include "containers/rslls.h" #include "containers/lhmslv.h" #include "containers/parse_trie.h" // Idea of pheader_keepers: each header_keeper object retains the input-line backing // and the slls_t for a CSV header line which is used by one or more CSV data // lines. Meanwhile some mappers retain input records from the entire data // stream, including header-schema changes in the input stream. This means we // need to keep headers intact as long as any lrecs are pointing to them. One // option is reference-counting which I experimented with; it was messy and // error-prone. The approach used here is to keep a hash map from header-schema // to header_keeper object. The current pheader_keeper is a pointer into one of // those. Then when the reader is freed, all the header-keepers are freed. // ---------------------------------------------------------------- #define STRING_BUILDER_INIT_SIZE 1024 #define IRS_TOKEN 0x2001 #define IFS_TOKEN 0x2002 #define DQUOTE_TOKEN 0x2003 #define DQUOTE_IRS_TOKEN 0x2004 #define DQUOTE_IRS2_TOKEN 0x2005 // alternate line-ending for autodetect LF/CRLF #define DQUOTE_IFS_TOKEN 0x2006 #define DQUOTE_DQUOTE_TOKEN 0x2007 // ---------------------------------------------------------------- typedef struct _lrec_reader_mmap_csv_state_t { // Input line number is not the same as the record-counter in context_t, // which counts records. long long ilno; char* eof; char* irs; char* ifs_eof; char* ifs; char* dquote; char* dquote_irs; char* dquote_irs2; char* dquote_ifs; char* dquote_eof; char* dquote_dquote; int do_auto_line_term; comment_handling_t comment_handling; char* comment_string; int comment_string_length; int dquotelen; rslls_t* pfields; string_builder_t* psb; parse_trie_t* pno_dquote_parse_trie; parse_trie_t* pdquote_parse_trie; int expect_header_line_next; int use_implicit_csv_header; int allow_ragged_csv_input; header_keeper_t* pheader_keeper; lhmslv_t* pheader_keepers; } lrec_reader_mmap_csv_state_t; static void lrec_reader_mmap_csv_free(lrec_reader_t* preader); static void lrec_reader_mmap_csv_sof(void* pvstate, void* pvhandle); static lrec_t* lrec_reader_mmap_csv_process(void* pvstate, void* pvhandle, context_t* pctx); static int lrec_reader_mmap_csv_get_fields(lrec_reader_mmap_csv_state_t* pstate, rslls_t* pfields, file_reader_mmap_state_t* phandle, context_t* pctx); static lrec_t* paste_indices_and_data(lrec_reader_mmap_csv_state_t* pstate, rslls_t* pdata_fields, context_t* pctx); static lrec_t* paste_header_and_data_ragged(lrec_reader_mmap_csv_state_t* pstate, rslls_t* pdata_fields, context_t* pctx); static lrec_t* paste_header_and_data_rectangular(lrec_reader_mmap_csv_state_t* pstate, rslls_t* pdata_fields, context_t* pctx); // ---------------------------------------------------------------- lrec_reader_t* lrec_reader_mmap_csv_alloc(char* irs, char* ifs, int use_implicit_csv_header, int allow_ragged_csv_input, comment_handling_t comment_handling, char* comment_string) { lrec_reader_t* plrec_reader = mlr_malloc_or_die(sizeof(lrec_reader_t)); lrec_reader_mmap_csv_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_reader_mmap_csv_state_t)); pstate->ilno = 0LL; pstate->do_auto_line_term = FALSE; if (streq(irs, "auto")) { pstate->do_auto_line_term = TRUE; irs = "\n"; } pstate->comment_handling = comment_handling; pstate->comment_string = comment_string; pstate->comment_string_length = comment_string == NULL ? 0 : strlen(comment_string); pstate->eof = "\xff"; pstate->irs = irs; pstate->ifs = ifs; pstate->ifs_eof = mlr_paste_2_strings(pstate->ifs, "\xff"); pstate->dquote = "\""; pstate->dquote_ifs = mlr_paste_2_strings("\"", pstate->ifs); pstate->dquote_eof = "\"\xff"; pstate->dquote_dquote = "\"\""; pstate->dquotelen = strlen(pstate->dquote); pstate->pno_dquote_parse_trie = parse_trie_alloc(); parse_trie_add_string(pstate->pno_dquote_parse_trie, pstate->irs, IRS_TOKEN); parse_trie_add_string(pstate->pno_dquote_parse_trie, pstate->ifs, IFS_TOKEN); parse_trie_add_string(pstate->pno_dquote_parse_trie, pstate->dquote, DQUOTE_TOKEN); pstate->pdquote_parse_trie = parse_trie_alloc(); if (pstate->do_auto_line_term) { pstate->dquote_irs = mlr_paste_2_strings("\"", "\n"); pstate->dquote_irs2 = mlr_paste_2_strings("\"", "\r\n"); parse_trie_add_string(pstate->pdquote_parse_trie, pstate->dquote_irs, DQUOTE_IRS_TOKEN); parse_trie_add_string(pstate->pdquote_parse_trie, pstate->dquote_irs2, DQUOTE_IRS2_TOKEN); } else { pstate->dquote_irs = mlr_paste_2_strings("\"", pstate->irs); pstate->dquote_irs2 = NULL; parse_trie_add_string(pstate->pdquote_parse_trie, pstate->dquote_irs, DQUOTE_IRS_TOKEN); } parse_trie_add_string(pstate->pdquote_parse_trie, pstate->dquote_ifs, DQUOTE_IFS_TOKEN); parse_trie_add_string(pstate->pdquote_parse_trie, pstate->dquote_dquote, DQUOTE_DQUOTE_TOKEN); pstate->pfields = rslls_alloc(); pstate->psb = sb_alloc(STRING_BUILDER_INIT_SIZE); pstate->expect_header_line_next = use_implicit_csv_header ? FALSE : TRUE; pstate->use_implicit_csv_header = use_implicit_csv_header; pstate->allow_ragged_csv_input = allow_ragged_csv_input; pstate->pheader_keeper = NULL; pstate->pheader_keepers = lhmslv_alloc(); plrec_reader->pvstate = (void*)pstate; plrec_reader->popen_func = file_reader_mmap_vopen; plrec_reader->pclose_func = file_reader_mmap_vclose; plrec_reader->pprocess_func = lrec_reader_mmap_csv_process; plrec_reader->psof_func = lrec_reader_mmap_csv_sof; plrec_reader->pfree_func = lrec_reader_mmap_csv_free; return plrec_reader; } // ---------------------------------------------------------------- static void lrec_reader_mmap_csv_free(lrec_reader_t* preader) { lrec_reader_mmap_csv_state_t* pstate = preader->pvstate; for (lhmslve_t* pe = pstate->pheader_keepers->phead; pe != NULL; pe = pe->pnext) { header_keeper_t* pheader_keeper = pe->pvvalue; header_keeper_free(pheader_keeper); } lhmslv_free(pstate->pheader_keepers); parse_trie_free(pstate->pno_dquote_parse_trie); parse_trie_free(pstate->pdquote_parse_trie); rslls_free(pstate->pfields); sb_free(pstate->psb); free(pstate->ifs_eof); free(pstate->dquote_irs); free(pstate->dquote_irs2); free(pstate->dquote_ifs); free(pstate); free(preader); } // ---------------------------------------------------------------- static void lrec_reader_mmap_csv_sof(void* pvstate, void* pvhandle) { lrec_reader_mmap_csv_state_t* pstate = pvstate; pstate->ilno = 0LL; pstate->expect_header_line_next = pstate->use_implicit_csv_header ? FALSE : TRUE; // Strip UTF-8 BOM if any file_reader_mmap_state_t* phandle = pvhandle; if ((phandle->eof - phandle->sol) >= 3) { if (memcmp(phandle->sol, "\xef\xbb\xbf", 3) == 0) { phandle->sol += 3; } } } // ---------------------------------------------------------------- static lrec_t* lrec_reader_mmap_csv_process(void* pvstate, void* pvhandle, context_t* pctx) { lrec_reader_mmap_csv_state_t* pstate = pvstate; file_reader_mmap_state_t* phandle = pvhandle; // Ingest the next header line, if expected if (pstate->expect_header_line_next) { while (TRUE) { if (!lrec_reader_mmap_csv_get_fields(pstate, pstate->pfields, phandle, pctx)) return NULL; pstate->ilno++; // We check for comments here rather than within the parser since it's important // for users to be able to comment out lines containing double-quoted newlines. if (pstate->comment_string != NULL && pstate->pfields->phead != NULL) { if (streqn(pstate->pfields->phead->value, pstate->comment_string, pstate->comment_string_length)) { if (pstate->comment_handling == PASS_COMMENTS) { int i = 0; for ( rsllse_t* pe = pstate->pfields->phead; i < pstate->pfields->length && pe != NULL; pe = pe->pnext, i++) { if (i > 0) fputs(pstate->ifs, stdout); fputs(pe->value, stdout); } if (pstate->do_auto_line_term) { fputs(pctx->auto_line_term, stdout); } else { fputs(pstate->irs, stdout); } } rslls_reset(pstate->pfields); continue; } } slls_t* pheader_fields = slls_alloc(); int i = 0; for (rsllse_t* pe = pstate->pfields->phead; i < pstate->pfields->length && pe != NULL; pe = pe->pnext, i++) { if (*pe->value == 0) { fprintf(stderr, "%s: unacceptable empty CSV key at file \"%s\" line %lld.\n", MLR_GLOBALS.bargv0, pctx->filename, pstate->ilno); exit(1); } // Transfer pointer-free responsibility from the rslls to the // header fields in the header keeper slls_append(pheader_fields, pe->value, pe->free_flag); pe->free_flag = 0; } rslls_reset(pstate->pfields); pstate->pheader_keeper = lhmslv_get(pstate->pheader_keepers, pheader_fields); if (pstate->pheader_keeper == NULL) { pstate->pheader_keeper = header_keeper_alloc(NULL, pheader_fields); lhmslv_put(pstate->pheader_keepers, pheader_fields, pstate->pheader_keeper, NO_FREE); // freed by header-keeper } else { // Re-use the header-keeper in the header cache slls_free(pheader_fields); } pstate->expect_header_line_next = FALSE; break; } } // Ingest the next data line, if expected while (TRUE) { int rc = lrec_reader_mmap_csv_get_fields(pstate, pstate->pfields, phandle, pctx); pstate->ilno++; if (rc == FALSE) // EOF return NULL; // We check for comments here rather than within the parser since it's important // for users to be able to comment out lines containing double-quoted newlines. if (pstate->comment_string != NULL && pstate->pfields->phead != NULL) { if (streqn(pstate->pfields->phead->value, pstate->comment_string, pstate->comment_string_length)) { if (pstate->comment_handling == PASS_COMMENTS) { int i = 0; for ( rsllse_t* pe = pstate->pfields->phead; i < pstate->pfields->length && pe != NULL; pe = pe->pnext, i++) { if (i > 0) fputs(pstate->ifs, stdout); fputs(pe->value, stdout); } if (pstate->do_auto_line_term) { fputs(pctx->auto_line_term, stdout); } else { fputs(pstate->irs, stdout); } } rslls_reset(pstate->pfields); continue; } } lrec_t* prec = pstate->use_implicit_csv_header ? paste_indices_and_data(pstate, pstate->pfields, pctx) : pstate->allow_ragged_csv_input ? paste_header_and_data_ragged(pstate, pstate->pfields, pctx) : paste_header_and_data_rectangular(pstate, pstate->pfields, pctx); rslls_reset(pstate->pfields); return prec; } } static int lrec_reader_mmap_csv_get_fields(lrec_reader_mmap_csv_state_t* pstate, rslls_t* pfields, file_reader_mmap_state_t* phandle, context_t* pctx) { int rc, token = 0, matchlen = 0, record_done = FALSE, field_done = FALSE; string_builder_t* psb = pstate->psb; if (phandle->sol >= phandle->eof) return FALSE; char* p = phandle->sol; char* e = p; // loop over fields in record record_done = FALSE; while (!record_done) { // Assumption is dquote is "\"" if (*e != pstate->dquote[0]) { // start of non-quoted field // Loop over characters in field field_done = FALSE; while (!field_done) { MLR_INTERNAL_CODING_ERROR_IF(e > phandle->eof); rc = parse_trie_match(pstate->pno_dquote_parse_trie, e, phandle->eof, &token, &matchlen); if (rc) { switch(token) { case IFS_TOKEN: // end of field *e = 0; rslls_append(pfields, p, NO_FREE, 0); p = e + matchlen; field_done = TRUE; break; case IRS_TOKEN: // end of record *e = 0; if (pstate->do_auto_line_term) { if (e > p && e[-1] == '\r') { e[-1] = 0; context_set_autodetected_crlf(pctx); } else { context_set_autodetected_lf(pctx); } } rslls_append(pfields, p, NO_FREE, 0); p = e + matchlen; field_done = TRUE; record_done = TRUE; break; case DQUOTE_TOKEN: // CSV syntax error: fields containing quotes must be fully wrapped in quotes fprintf(stderr, "%s: syntax error: unwrapped double quote at line %lld.\n", MLR_GLOBALS.bargv0, pstate->ilno); exit(1); break; default: fprintf(stderr, "%s: internal coding error: unexpected token %d at line %lld.\n", MLR_GLOBALS.bargv0, token, pstate->ilno); exit(1); break; } e += matchlen; } else if (e >= phandle->eof) { // We read to end of file without seeing end of line. We can't always zero-poke a null character to // terminate the C string: if the file size is not a multiple of the OS page size it'll work (it's // our copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking // at EOF is one byte past the page and that will segv us. char* copy = mlr_alloc_string_from_char_range(p, phandle->eof - p); rslls_append(pfields, copy, FREE_ENTRY_VALUE, 0); p = e + matchlen; field_done = TRUE; record_done = TRUE; break; } else { e++; } } } else { // start of quoted field e += pstate->dquotelen; p = e; // loop over characters in field field_done = FALSE; int contiguous = TRUE; // If there are no embedded double-double quotes, then the field value is a contiguous // array of bytes between the start and end double-quotes (non-inclusive). E.g. "ab,c" // has contents ab,c. In that case we can point the rslls at that range of bytes // with no data-copying. However, if there are embedded double-double quotes, then // we use the string-build logic to build up a dynamically allocated string. E.g. // "ab""c" becomes ab"c. while (!field_done) { if (e >= phandle->eof) { fprintf(stderr, "%s: unmatched double quote at line %lld.\n", MLR_GLOBALS.bargv0, pstate->ilno); exit(1); } rc = parse_trie_match(pstate->pdquote_parse_trie, e, phandle->eof, &token, &matchlen); if (rc) { switch(token) { case DQUOTE_IFS_TOKEN: // end of field *e = 0; if (contiguous) rslls_append(pfields, p, NO_FREE, FIELD_QUOTED_ON_INPUT); else rslls_append(pfields, sb_finish(psb), FREE_ENTRY_VALUE, FIELD_QUOTED_ON_INPUT); p = e + matchlen; field_done = TRUE; break; case DQUOTE_IRS_TOKEN: // end of record case DQUOTE_IRS2_TOKEN: // end of record *e = 0; if (pstate->do_auto_line_term) { if (e > p && e[-1] == '\r') { e[-1] = 0; context_set_autodetected_crlf(pctx); } else { context_set_autodetected_lf(pctx); } } if (contiguous) rslls_append(pfields, p, NO_FREE, FIELD_QUOTED_ON_INPUT); else rslls_append(pfields, sb_finish(psb), FREE_ENTRY_VALUE, FIELD_QUOTED_ON_INPUT); p = e + matchlen; field_done = TRUE; record_done = TRUE; break; case DQUOTE_DQUOTE_TOKEN: // RFC-4180 CSV: "" inside a dquoted field is an escape for " if (contiguous) { // not anymore it isn't sb_append_char_range(psb, p, e); contiguous = FALSE; } else { sb_append_char(psb, pstate->dquote[0]); } break; default: fprintf(stderr, "%s: internal coding error: unexpected token %d at line %lld.\n", MLR_GLOBALS.bargv0, token, pstate->ilno); exit(1); break; } e += matchlen; } else { if (!contiguous) sb_append_char(psb, *e); e++; } } } } phandle->sol = e; return TRUE; } // ---------------------------------------------------------------- static lrec_t* paste_indices_and_data(lrec_reader_mmap_csv_state_t* pstate, rslls_t* pdata_fields, context_t* pctx) { int idx = 0; lrec_t* prec = lrec_unbacked_alloc(); for (rsllse_t* pd = pdata_fields->phead; idx < pdata_fields->length && pd != NULL; pd = pd->pnext) { idx++; char key_free_flags = 0; char* key = low_int_to_string(idx, &key_free_flags); char value_free_flags = pd->free_flag; // Transfer pointer-free responsibility from the rslls to the lrec object lrec_put_ext(prec, key, pd->value, key_free_flags | value_free_flags, pd->quote_flag); pd->free_flag = 0; } return prec; } // ---------------------------------------------------------------- static lrec_t* paste_header_and_data_ragged(lrec_reader_mmap_csv_state_t* pstate, rslls_t* pdata_fields, context_t* pctx) { lrec_t* prec = lrec_unbacked_alloc(); sllse_t* ph = pstate->pheader_keeper->pkeys->phead; rsllse_t* pd = pdata_fields->phead; int idx = 0; int hlen = pstate->pheader_keeper->pkeys->length; int dlen = pdata_fields->length; // Process fields up to minimum of header length and data length // Note that pd->pnext can be non-null due to pointer-reuse semantics of rslls, // so use list-length attributes for end-of-list check. for (idx = 0; idx < hlen && idx < dlen; idx++, ph = ph->pnext, pd = pd->pnext) { // Transfer pointer-free responsibility from the rslls to the lrec object lrec_put_ext(prec, ph->value, pd->value, pd->free_flag, pd->quote_flag); pd->free_flag = 0; } if (hlen > dlen) { // Header is longer. Empty-fill the remaining data fields. // E.g. if the input looks like // a,b,c,d <-- header // 1,2 <-- data // then put c="", d="". for ( ; idx < hlen; idx++, ph = ph->pnext) { lrec_put_ext(prec, ph->value, "", NO_FREE, 0); } } else { // Data is longer. Use positional indices to label the remaining data fields. for ( ; idx < dlen; idx++, pd = pd->pnext) { char key_free_flags = 0; char* key = low_int_to_string(idx+1, &key_free_flags); char value_free_flags = pd->free_flag; // Transfer pointer-free responsibility from the rslls to the lrec object lrec_put_ext(prec, key, pd->value, key_free_flags | value_free_flags, pd->quote_flag); pd->free_flag = 0; } } return prec; } // ---------------------------------------------------------------- static lrec_t* paste_header_and_data_rectangular(lrec_reader_mmap_csv_state_t* pstate, rslls_t* pdata_fields, context_t* pctx) { if (pstate->pheader_keeper->pkeys->length != pdata_fields->length) { fprintf(stderr, "%s: Header/data length mismatch (%llu != %llu) at file \"%s\" line %lld.\n", MLR_GLOBALS.bargv0, pstate->pheader_keeper->pkeys->length, pdata_fields->length, pctx->filename, pstate->ilno); exit(1); } lrec_t* prec = lrec_unbacked_alloc(); sllse_t* ph = pstate->pheader_keeper->pkeys->phead; rsllse_t* pd = pdata_fields->phead; for ( ; ph != NULL && pd != NULL; ph = ph->pnext, pd = pd->pnext) { // Transfer pointer-free responsibility from the rslls to the lrec object lrec_put_ext(prec, ph->value, pd->value, pd->free_flag, pd->quote_flag); pd->free_flag = 0; } return prec; } miller-5.6.2/c/input/lrec_reader_mmap_csvlite.c000066400000000000000000000645771354153536500216040ustar00rootroot00000000000000// ================================================================ // Note: there are multiple process methods with a lot of code duplication. // This is intentional. Much of Miller's measured processing time is in the // lrec-reader process methods. This is code which needs to execute on every // byte of input and even moving a single runtime if-statement into a // function-pointer assignment at alloc time can have noticeable effects on // performance (5-10% in some cases). // ================================================================ #include #include #include "cli/comment_handling.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/slls.h" #include "containers/lhmslv.h" #include "input/file_reader_mmap.h" #include "input/lrec_readers.h" // ---------------------------------------------------------------- // Multi-file cases: // // a,a a,b c d // -- FILE1: -- FILE1: -- FILE1: -- FILE1: // a,b,c a,b,c a,b,c a,b,c // 1,2,3 1,2,3 1,2,3 1,2,3 // 4,5,6 4,5,6 4,5,6 4,5,6 // -- FILE2: -- FILE2: // a,b,c d,e,f,g a,b,c d,e,f // 7,8,9 3,4,5,6 7,8,9 3,4,5 // --OUTPUT: --OUTPUT: --OUTPUT: --OUTPUT: // a,b,c a,b,c a,b,c a,b,c // 1,2,3 1,2,3 1,2,3 1,2,3 // 4,5,6 4,5,6 4,5,6 4,5,6 // 7,8,9 7,8,9 // d,e,f,g d,e,f // 3,4,5,6 3,4,5 // ---------------------------------------------------------------- typedef struct _lrec_reader_mmap_csvlite_state_t { long long ifnr; long long ilno; // Line-level, not record-level as in context_t char* irs; char* ifs; int irslen; int ifslen; int allow_repeat_ifs; int do_auto_line_term; int use_implicit_csv_header; int allow_ragged_csv_input; comment_handling_t comment_handling; char* comment_string; int comment_string_length; int expect_header_line_next; header_keeper_t* pheader_keeper; lhmslv_t* pheader_keepers; } lrec_reader_mmap_csvlite_state_t; static void lrec_reader_mmap_csvlite_free(lrec_reader_t* preader); static void lrec_reader_mmap_csvlite_sof(void* pvstate, void* pvhandle); static lrec_t* lrec_reader_mmap_csvlite_process_single_seps(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_mmap_csvlite_process_multi_seps(void* pvstate, void* pvhandle, context_t* pctx); static slls_t* lrec_reader_mmap_csvlite_get_header_single_seps(file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate, context_t* pctx); static slls_t* lrec_reader_mmap_csvlite_get_header_multi_seps(file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate); static lrec_t* lrec_reader_mmap_csvlite_get_record_single_seps(file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate, context_t* pctx, header_keeper_t* pheader_keeper, int* pend_of_stanza); static lrec_t* lrec_reader_mmap_csvlite_get_record_multi_seps(file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate, context_t* pctx, header_keeper_t* pheader_keeper, int* pend_of_stanza); static lrec_t* lrec_reader_mmap_csvlite_get_record_single_seps_implicit_header(file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate, context_t* pctx, header_keeper_t* pheader_keeper, int* pend_of_stanza); static lrec_t* lrec_reader_mmap_csvlite_get_record_multi_seps_implicit_header(file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate, context_t* pctx, header_keeper_t* pheader_keeper, int* pend_of_stanza); static int handle_comment_line_single_irs( file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate, char irs); static int handle_comment_line_multi_irs( file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate); // ---------------------------------------------------------------- lrec_reader_t* lrec_reader_mmap_csvlite_alloc(char* irs, char* ifs, int allow_repeat_ifs, int use_implicit_csv_header, int allow_ragged_csv_input, comment_handling_t comment_handling, char* comment_string) { lrec_reader_t* plrec_reader = mlr_malloc_or_die(sizeof(lrec_reader_t)); lrec_reader_mmap_csvlite_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_reader_mmap_csvlite_state_t)); pstate->ifnr = 0LL; pstate->irs = irs; pstate->ifs = ifs; pstate->irslen = strlen(irs); pstate->ifslen = strlen(ifs); pstate->allow_repeat_ifs = allow_repeat_ifs; pstate->do_auto_line_term = FALSE; pstate->use_implicit_csv_header = use_implicit_csv_header; pstate->allow_ragged_csv_input = allow_ragged_csv_input; pstate->comment_handling = comment_handling; pstate->comment_string = comment_string; pstate->comment_string_length = comment_string == NULL ? 0 : strlen(comment_string); pstate->expect_header_line_next = use_implicit_csv_header ? FALSE : TRUE; pstate->pheader_keeper = NULL; pstate->pheader_keepers = lhmslv_alloc(); plrec_reader->pvstate = (void*)pstate; plrec_reader->popen_func = file_reader_mmap_vopen; plrec_reader->pclose_func = file_reader_mmap_vclose; if (streq(irs, "auto")) { // Auto means either lines end in "\n" or "\r\n" (LF or CRLF). In // either case the final character is "\n". Then for autodetect we // simply check if there's a character in the line before the '\n', and // if that is '\r'. pstate->do_auto_line_term = TRUE; pstate->irs = "\n"; pstate->irslen = 1; plrec_reader->pprocess_func = (pstate->ifslen == 1) ? lrec_reader_mmap_csvlite_process_single_seps : lrec_reader_mmap_csvlite_process_multi_seps; } else { plrec_reader->pprocess_func = (pstate->irslen == 1 && pstate->ifslen == 1) ? lrec_reader_mmap_csvlite_process_single_seps : lrec_reader_mmap_csvlite_process_multi_seps; } plrec_reader->psof_func = lrec_reader_mmap_csvlite_sof; plrec_reader->pfree_func = lrec_reader_mmap_csvlite_free; return plrec_reader; } // ---------------------------------------------------------------- static void lrec_reader_mmap_csvlite_free(lrec_reader_t* preader) { lrec_reader_mmap_csvlite_state_t* pstate = preader->pvstate; for (lhmslve_t* pe = pstate->pheader_keepers->phead; pe != NULL; pe = pe->pnext) { header_keeper_t* pheader_keeper = pe->pvvalue; header_keeper_free(pheader_keeper); } lhmslv_free(pstate->pheader_keepers); free(pstate); free(preader); } static void lrec_reader_mmap_csvlite_sof(void* pvstate, void* pvhandle) { lrec_reader_mmap_csvlite_state_t* pstate = pvstate; pstate->ifnr = 0LL; pstate->ilno = 0LL; pstate->expect_header_line_next = pstate->use_implicit_csv_header ? FALSE : TRUE; } // ---------------------------------------------------------------- static lrec_t* lrec_reader_mmap_csvlite_process_single_seps(void* pvstate, void* pvhandle, context_t* pctx) { file_reader_mmap_state_t* phandle = pvhandle; lrec_reader_mmap_csvlite_state_t* pstate = pvstate; while (TRUE) { if (pstate->expect_header_line_next) { slls_t* pheader_fields = lrec_reader_mmap_csvlite_get_header_single_seps(phandle, pstate, pctx); if (pheader_fields == NULL) { // EOF return NULL; } for (sllse_t* pe = pheader_fields->phead; pe != NULL; pe = pe->pnext) { if (*pe->value == 0) { fprintf(stderr, "%s: unacceptable empty CSV key at file \"%s\" line %lld.\n", MLR_GLOBALS.bargv0, pctx->filename, pstate->ilno); exit(1); } } pstate->pheader_keeper = lhmslv_get(pstate->pheader_keepers, pheader_fields); if (pstate->pheader_keeper == NULL) { pstate->pheader_keeper = header_keeper_alloc(NULL, pheader_fields); lhmslv_put(pstate->pheader_keepers, pheader_fields, pstate->pheader_keeper, NO_FREE); // freed by header-keeper } else { // Re-use the header-keeper in the header cache slls_free(pheader_fields); } pstate->expect_header_line_next = FALSE; } int end_of_stanza = FALSE; lrec_t* prec = pstate->use_implicit_csv_header ? lrec_reader_mmap_csvlite_get_record_single_seps_implicit_header(phandle, pstate, pctx, pstate->pheader_keeper, &end_of_stanza) : lrec_reader_mmap_csvlite_get_record_single_seps(phandle, pstate, pctx, pstate->pheader_keeper, &end_of_stanza); if (end_of_stanza) { pstate->expect_header_line_next = TRUE; } else if (prec == NULL) { // EOF return NULL; } else { return prec; } } } static lrec_t* lrec_reader_mmap_csvlite_process_multi_seps(void* pvstate, void* pvhandle, context_t* pctx) { file_reader_mmap_state_t* phandle = pvhandle; lrec_reader_mmap_csvlite_state_t* pstate = pvstate; while (TRUE) { if (pstate->expect_header_line_next) { slls_t* pheader_fields = lrec_reader_mmap_csvlite_get_header_multi_seps(phandle, pstate); if (pheader_fields == NULL) // EOF return NULL; for (sllse_t* pe = pheader_fields->phead; pe != NULL; pe = pe->pnext) { if (*pe->value == 0) { fprintf(stderr, "%s: unacceptable empty CSV key at file \"%s\" line %lld.\n", MLR_GLOBALS.bargv0, pctx->filename, pstate->ilno); exit(1); } } pstate->pheader_keeper = lhmslv_get(pstate->pheader_keepers, pheader_fields); if (pstate->pheader_keeper == NULL) { pstate->pheader_keeper = header_keeper_alloc(NULL, pheader_fields); lhmslv_put(pstate->pheader_keepers, pheader_fields, pstate->pheader_keeper, NO_FREE); // freed by header-keeper } else { // Re-use the header-keeper in the header cache slls_free(pheader_fields); } pstate->expect_header_line_next = FALSE; } int end_of_stanza = FALSE; lrec_t* prec = pstate->use_implicit_csv_header ? lrec_reader_mmap_csvlite_get_record_multi_seps_implicit_header(phandle, pstate, pctx, pstate->pheader_keeper, &end_of_stanza) : lrec_reader_mmap_csvlite_get_record_multi_seps(phandle, pstate, pctx, pstate->pheader_keeper, &end_of_stanza); if (end_of_stanza) { pstate->expect_header_line_next = TRUE; } else if (prec == NULL) { // EOF return NULL; } else { return prec; } } } // ---------------------------------------------------------------- static slls_t* lrec_reader_mmap_csvlite_get_header_single_seps(file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate, context_t* pctx) { char irs = pstate->irs[0]; char ifs = pstate->ifs[0]; int allow_repeat_ifs = pstate->allow_repeat_ifs; slls_t* pheader_names = slls_alloc(); // Skip blank/comment lines and seek to header line while (TRUE) { if (phandle->sol < phandle->eof && *phandle->sol == irs) { phandle->sol++; pstate->ilno++; continue; } if (pstate->comment_string != NULL && handle_comment_line_single_irs(phandle, pstate, irs)) { continue; } break; } char* p = phandle->sol; if (allow_repeat_ifs) { while (*p == ifs) p++; } char* osol = p; char* header_name = p; for ( ; p < phandle->eof && *p; ) { if (*p == irs) { *p = 0; if (pstate->do_auto_line_term) { if (p > phandle->sol && p[-1] == '\r') { p[-1] = 0; context_set_autodetected_crlf(pctx); } else { context_set_autodetected_lf(pctx); } } phandle->sol = p+1; pstate->ilno++; break; } else if (*p == ifs) { *p = 0; slls_append_no_free(pheader_names, header_name); p++; if (allow_repeat_ifs) { while (*p == ifs) p++; } header_name = p; } else { p++; } } if (allow_repeat_ifs && *header_name == 0) { // OK } else if (p == osol) { // OK } else { slls_append_no_free(pheader_names, header_name); } return pheader_names; } static slls_t* lrec_reader_mmap_csvlite_get_header_multi_seps(file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate) { char* irs = pstate->irs; char* ifs = pstate->ifs; int irslen = pstate->irslen; int ifslen = pstate->ifslen; int allow_repeat_ifs = pstate->allow_repeat_ifs; // Skip blank/comment lines and seek to header line while (TRUE) { if ((phandle->eof - phandle->sol) >= irslen && streqn(phandle->sol, irs, irslen)) { phandle->sol += irslen; pstate->ilno++; continue; } if (pstate->comment_string != NULL && handle_comment_line_multi_irs(phandle, pstate)) { continue; } break; } slls_t* pheader_names = slls_alloc(); // Parse the header line char* p = phandle->sol; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } char* osol = p; char* header_name = p; for ( ; p < phandle->eof && *p; ) { if (streqn(p, irs, irslen)) { *p = 0; phandle->sol = p + irslen; pstate->ilno++; break; } else if (streqn(p, ifs, ifslen)) { *p = 0; slls_append_no_free(pheader_names, header_name); p += ifslen; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } header_name = p; } else { p++; } } if (allow_repeat_ifs && *header_name == 0) { // OK } else if (p == osol) { // OK } else { slls_append_no_free(pheader_names, header_name); } return pheader_names; } // ---------------------------------------------------------------- static lrec_t* lrec_reader_mmap_csvlite_get_record_single_seps(file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate, context_t* pctx, header_keeper_t* pheader_keeper, int* pend_of_stanza) { char irs = pstate->irs[0]; char ifs = pstate->ifs[0]; int allow_repeat_ifs = pstate->allow_repeat_ifs; // Skip comment lines if (pstate->comment_string != NULL) { while (handle_comment_line_single_irs(phandle, pstate, irs)) ; } if (phandle->sol >= phandle->eof) return NULL; char* line = phandle->sol; lrec_t* prec = lrec_unbacked_alloc(); sllse_t* pe = pheader_keeper->pkeys->phead; char* p = line; if (allow_repeat_ifs) { while (*p == ifs) p++; } char* key = NULL; char* value = p; int saw_rs = FALSE; int idx = 0; for ( ; p < phandle->eof && *p; ) { if (*p == irs) { if (p == line) { *pend_of_stanza = TRUE; lrec_free(prec); return NULL; } *p = 0; if (pstate->do_auto_line_term) { if (p > line && p[-1] == '\r') { p[-1] = 0; context_set_autodetected_crlf(pctx); } else { context_set_autodetected_lf(pctx); } } phandle->sol = p+1; pstate->ilno++; saw_rs = TRUE; break; } else if (*p == ifs) { *p = 0; idx++; if (pe == NULL) { // Data line has more fields than the header line did if (pstate->allow_ragged_csv_input) { char free_flags = NO_FREE; key = low_int_to_string(idx, &free_flags); lrec_put(prec, key, value, free_flags); } else { fprintf(stderr, "%s: Header-data length mismatch in file %s at line %lld.\n", MLR_GLOBALS.bargv0, pctx->filename, pstate->ilno); exit(1); } } else { key = pe->value; pe = pe->pnext; lrec_put(prec, key, value, NO_FREE); } p++; if (allow_repeat_ifs) { while (*p == ifs) p++; } value = p; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; if (allow_repeat_ifs && *value == 0) return prec; char free_flags = NO_FREE; if (pe == NULL) { // Data line has more fields than the header line did if (pstate->allow_ragged_csv_input) { idx++; key = low_int_to_string(idx, &free_flags); } else { fprintf(stderr, "%s: Header-data length mismatch in file %s at line %lld.\n", MLR_GLOBALS.bargv0, pctx->filename, pstate->ilno); exit(1); } } else { key = pe->value; } if (saw_rs) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate the // C string so it's OK to retain a pointer to that. lrec_put(prec, key, value, NO_FREE); } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null character // to terminate the C string: if the file size is not a multiple of the OS page size it'll work (it's our // copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at EOF is one // byte past the page and that will segv us. char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, FREE_ENTRY_VALUE); } if (pe != NULL && pe->pnext != NULL) { // Header line has more fields than the data line did if (pstate->allow_ragged_csv_input) { for (pe = pe->pnext ; pe != NULL; pe = pe->pnext) { key = pe->value; lrec_put(prec, key, "", NO_FREE); } } else { fprintf(stderr, "%s: Header-data length mismatch in file %s at line %lld.\n", MLR_GLOBALS.bargv0, pctx->filename, pstate->ilno); exit(1); } } return prec; } static lrec_t* lrec_reader_mmap_csvlite_get_record_multi_seps(file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate, context_t* pctx, header_keeper_t* pheader_keeper, int* pend_of_stanza) { // Skip comment lines if (pstate->comment_string != NULL) { while (handle_comment_line_multi_irs(phandle, pstate)) ; } if (phandle->sol >= phandle->eof) return NULL; char* irs = pstate->irs; char* ifs = pstate->ifs; int irslen = pstate->irslen; int ifslen = pstate->ifslen; int allow_repeat_ifs = pstate->allow_repeat_ifs; lrec_t* prec = lrec_unbacked_alloc(); char* line = phandle->sol; sllse_t* pe = pheader_keeper->pkeys->phead; char* p = line; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } char* key = NULL; char* value = p; int saw_rs = FALSE; int idx = 0; for ( ; p < phandle->eof && *p; ) { if (streqn(p, irs, irslen)) { if (p == line) { *pend_of_stanza = TRUE; lrec_free(prec); return NULL; } *p = 0; phandle->sol = p + irslen; pstate->ilno++; saw_rs = TRUE; break; } else if (streqn(p, ifs, ifslen)) { *p = 0; idx++; if (pe == NULL) { // Data line has more fields than the header line did if (pstate->allow_ragged_csv_input) { char free_flags = NO_FREE; key = low_int_to_string(idx, &free_flags); lrec_put(prec, key, value, free_flags); } else { fprintf(stderr, "%s: Header-data length mismatch in file %s at line %lld.\n", MLR_GLOBALS.bargv0, pctx->filename, pstate->ilno); exit(1); } } key = pe->value; pe = pe->pnext; lrec_put(prec, key, value, NO_FREE); p += ifslen; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } value = p; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; if (allow_repeat_ifs && *value == 0) return prec; char free_flags = NO_FREE; if (pe == NULL) { // Data line has more fields than the header line did if (pstate->allow_ragged_csv_input) { idx++; key = low_int_to_string(idx, &free_flags); } else { fprintf(stderr, "%s: Header-data length mismatch in file %s at line %lld.\n", MLR_GLOBALS.bargv0, pctx->filename, pstate->ilno); exit(1); } } else { key = pe->value; } if (saw_rs) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate the // C string so it's OK to retain a pointer to that. lrec_put(prec, key, value, NO_FREE); } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null character // to terminate the C string: if the file size is not a multiple of the OS page size it'll work (it's our // copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at EOF is one // byte past the page and that will segv us. char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, FREE_ENTRY_VALUE); } if (pe != NULL && pe->pnext != NULL) { // Header line has more fields than the data line did if (pstate->allow_ragged_csv_input) { for (pe = pe->pnext ; pe != NULL; pe = pe->pnext) { key = pe->value; lrec_put(prec, key, "", NO_FREE); } } else { fprintf(stderr, "%s: Header-data length mismatch in file %s at line %lld.\n", MLR_GLOBALS.bargv0, pctx->filename, pstate->ilno); exit(1); } } return prec; } // ---------------------------------------------------------------- static lrec_t* lrec_reader_mmap_csvlite_get_record_single_seps_implicit_header(file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate, context_t* pctx, header_keeper_t* pheader_keeper, int* pend_of_stanza) { char irs = pstate->irs[0]; char ifs = pstate->ifs[0]; int allow_repeat_ifs = pstate->allow_repeat_ifs; // Skip comment lines if (pstate->comment_string != NULL) { while (handle_comment_line_single_irs(phandle, pstate, irs)) ; } if (phandle->sol >= phandle->eof) return NULL; lrec_t* prec = lrec_unbacked_alloc(); char* line = phandle->sol; char* p = line; if (allow_repeat_ifs) { while (*p == ifs) p++; } char* key = NULL; char* value = p; char free_flags = NO_FREE; int idx = 0; int saw_rs = FALSE; for ( ; p < phandle->eof && *p; ) { if (*p == irs) { if (p == line) { *pend_of_stanza = TRUE; lrec_free(prec); return NULL; } *p = 0; if (pstate->do_auto_line_term) { if (p > line && p[-1] == '\r') { p[-1] = 0; context_set_autodetected_crlf(pctx); } else { context_set_autodetected_lf(pctx); } } phandle->sol = p+1; pstate->ilno++; saw_rs = TRUE; break; } else if (*p == ifs) { *p = 0; key = low_int_to_string(++idx, &free_flags); lrec_put(prec, key, value, free_flags); p++; if (allow_repeat_ifs) { while (*p == ifs) p++; } value = p; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; if (allow_repeat_ifs && *value == 0) return prec; key = low_int_to_string(++idx, &free_flags); if (saw_rs) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate the // C string so it's OK to retain a pointer to that. lrec_put(prec, key, value, free_flags); } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null character // to terminate the C string: if the file size is not a multiple of the OS page size it'll work (it's our // copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at EOF is one // byte past the page and that will segv us. char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, free_flags|FREE_ENTRY_VALUE); } return prec; } static lrec_t* lrec_reader_mmap_csvlite_get_record_multi_seps_implicit_header(file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate, context_t* pctx, header_keeper_t* pheader_keeper, int* pend_of_stanza) { // Skip comment lines if (pstate->comment_string != NULL) { while (handle_comment_line_multi_irs(phandle, pstate)) ; } if (phandle->sol >= phandle->eof) return NULL; char* irs = pstate->irs; char* ifs = pstate->ifs; int irslen = pstate->irslen; int ifslen = pstate->ifslen; int allow_repeat_ifs = pstate->allow_repeat_ifs; lrec_t* prec = lrec_unbacked_alloc(); char* line = phandle->sol; char* p = line; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } char* key = NULL; char* value = p; char free_flags; int idx = 0; int saw_rs = FALSE; for ( ; p < phandle->eof && *p; ) { if (streqn(p, irs, irslen)) { if (p == line) { *pend_of_stanza = TRUE; lrec_free(prec); return NULL; } *p = 0; phandle->sol = p + irslen; pstate->ilno++; saw_rs = TRUE; break; } else if (streqn(p, ifs, ifslen)) { *p = 0; key = low_int_to_string(++idx, &free_flags); lrec_put(prec, key, value, free_flags); p += ifslen; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } value = p; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; if (allow_repeat_ifs && *value == 0) return prec; key = low_int_to_string(++idx, &free_flags); if (saw_rs) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate the // C string so it's OK to retain a pointer to that. lrec_put(prec, key, value, free_flags); } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null character // to terminate the C string: if the file size is not a multiple of the OS page size it'll work (it's our // copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at EOF is one // byte past the page and that will segv us. char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, free_flags|FREE_ENTRY_VALUE); } return prec; } // ---------------------------------------------------------------- static int handle_comment_line_single_irs( file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate, char irs) { if ((phandle->eof - phandle->sol) >= pstate->comment_string_length && streqn(phandle->sol, pstate->comment_string, pstate->comment_string_length)) { if (pstate->comment_handling == PASS_COMMENTS) for (int i = 0; i < pstate->comment_string_length; i++) fputc(phandle->sol[i], stdout); phandle->sol += pstate->comment_string_length; while (phandle->sol < phandle->eof && *phandle->sol != irs) { if (pstate->comment_handling == PASS_COMMENTS) fputc(*phandle->sol, stdout); phandle->sol++; } if (phandle->sol < phandle->eof && *phandle->sol == irs) { if (pstate->comment_handling == PASS_COMMENTS) fputc(*phandle->sol, stdout); phandle->sol++; } pstate->ilno++; return TRUE; } else { return FALSE; } } // ---------------------------------------------------------------- static int handle_comment_line_multi_irs( file_reader_mmap_state_t* phandle, lrec_reader_mmap_csvlite_state_t* pstate) { if ((phandle->eof - phandle->sol) >= pstate->comment_string_length && streqn(phandle->sol, pstate->comment_string, pstate->comment_string_length)) { if (pstate->comment_handling == PASS_COMMENTS) for (int i = 0; i < pstate->comment_string_length; i++) fputc(phandle->sol[i], stdout); phandle->sol += pstate->comment_string_length; while ((phandle->eof - phandle->sol >= pstate->irslen) && !streqn(phandle->sol, pstate->irs, pstate->irslen)) { if (pstate->comment_handling == PASS_COMMENTS) fputc(*phandle->sol, stdout); phandle->sol++; } if ((phandle->eof - phandle->sol >= pstate->irslen) && streqn(phandle->sol, pstate->irs, pstate->irslen)) { if (pstate->comment_handling == PASS_COMMENTS) for (int i = 0; i < pstate->irslen; i++) fputc(phandle->sol[i], stdout); phandle->sol += pstate->irslen; } pstate->ilno++; return TRUE; } else { return FALSE; } } miller-5.6.2/c/input/lrec_reader_mmap_dkvp.c000066400000000000000000000526501354153536500210640ustar00rootroot00000000000000// ================================================================ // Note: there are multiple process methods with a lot of code duplication. // This is intentional. Much of Miller's measured processing time is in the // lrec-reader process methods. This is code which needs to execute on every // byte of input and even moving a single runtime if-statement into a // function-pointer assignment at alloc time can have noticeable effects on // performance (5-10% in some cases). // ================================================================ #include #include #include "cli/comment_handling.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "input/file_reader_mmap.h" #include "input/lrec_readers.h" typedef struct _lrec_reader_mmap_dkvp_state_t { char* irs; char* ifs; char* ips; int irslen; int ifslen; int ipslen; int allow_repeat_ifs; int do_auto_line_term; comment_handling_t comment_handling; char* comment_string; int comment_string_length; } lrec_reader_mmap_dkvp_state_t; static void lrec_reader_mmap_dkvp_free(lrec_reader_t* preader); static void lrec_reader_mmap_dkvp_sof(void* pvstate, void* pvhandle); static lrec_t* lrec_reader_mmap_dkvp_process_single_irs_single_others(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_mmap_dkvp_process_single_irs_multi_others(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_mmap_dkvp_process_multi_irs_single_others(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_mmap_dkvp_process_multi_irs_multi_others(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_parse_mmap_dkvp_single_irs_single_others(file_reader_mmap_state_t *phandle, char irs, char ifs, char ips, lrec_reader_mmap_dkvp_state_t* pstate, context_t* pctx); static lrec_t* lrec_parse_mmap_dkvp_single_irs_multi_others(file_reader_mmap_state_t *phandle, char irs, lrec_reader_mmap_dkvp_state_t* pstate, context_t* pctx); static lrec_t* lrec_parse_mmap_dkvp_multi_irs_single_others(file_reader_mmap_state_t *phandle, char ifs, char ips, lrec_reader_mmap_dkvp_state_t* pstate, context_t* pctx); static lrec_t* lrec_parse_mmap_dkvp_multi_irs_multi_others(file_reader_mmap_state_t *phandle, lrec_reader_mmap_dkvp_state_t* pstate, context_t* pctx); static void skip_over_comment_lines_single_irs( file_reader_mmap_state_t *phandle, lrec_reader_mmap_dkvp_state_t* pstate, char irs); static void skip_over_comment_lines_multi_irs( file_reader_mmap_state_t *phandle, lrec_reader_mmap_dkvp_state_t* pstate, char* irs, int irslen); // ---------------------------------------------------------------- lrec_reader_t* lrec_reader_mmap_dkvp_alloc(char* irs, char* ifs, char* ips, int allow_repeat_ifs, comment_handling_t comment_handling, char* comment_string) { lrec_reader_t* plrec_reader = mlr_malloc_or_die(sizeof(lrec_reader_t)); lrec_reader_mmap_dkvp_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_reader_mmap_dkvp_state_t)); pstate->irs = irs; pstate->ifs = ifs; pstate->ips = ips; pstate->irslen = strlen(irs); pstate->ifslen = strlen(ifs); pstate->ipslen = strlen(ips); pstate->allow_repeat_ifs = allow_repeat_ifs; pstate->do_auto_line_term = FALSE; pstate->comment_handling = comment_handling; pstate->comment_string = comment_string; pstate->comment_string_length = comment_string == NULL ? 0 : strlen(comment_string); plrec_reader->pvstate = (void*)pstate; plrec_reader->popen_func = file_reader_mmap_vopen; plrec_reader->pclose_func = file_reader_mmap_vclose; if (streq(irs, "auto")) { // Auto means either lines end in "\n" or "\r\n" (LF or CRLF). In // either case the final character is "\n". Then for autodetect we // simply check if there's a character in the line before the '\n', and // if that is '\r'. pstate->do_auto_line_term = TRUE; pstate->irs = "\n"; pstate->irslen = 1; plrec_reader->pprocess_func = (pstate->ifslen == 1 && pstate->ipslen == 1) ? lrec_reader_mmap_dkvp_process_single_irs_single_others : lrec_reader_mmap_dkvp_process_single_irs_multi_others; } else if (pstate->irslen == 1) { plrec_reader->pprocess_func = (pstate->ifslen == 1 && pstate->ipslen == 1) ? lrec_reader_mmap_dkvp_process_single_irs_single_others : lrec_reader_mmap_dkvp_process_single_irs_multi_others; } else { plrec_reader->pprocess_func = (pstate->ifslen == 1 && pstate->ipslen == 1) ? lrec_reader_mmap_dkvp_process_multi_irs_single_others : lrec_reader_mmap_dkvp_process_multi_irs_multi_others; } plrec_reader->psof_func = lrec_reader_mmap_dkvp_sof; plrec_reader->pfree_func = lrec_reader_mmap_dkvp_free; return plrec_reader; } static void lrec_reader_mmap_dkvp_free(lrec_reader_t* preader) { free(preader->pvstate); free(preader); } // No-op for stateless readers such as this one. static void lrec_reader_mmap_dkvp_sof(void* pvstate, void* pvhandle) { } // ---------------------------------------------------------------- static lrec_t* lrec_reader_mmap_dkvp_process_single_irs_single_others(void* pvstate, void* pvhandle, context_t* pctx) { file_reader_mmap_state_t* phandle = pvhandle; lrec_reader_mmap_dkvp_state_t* pstate = pvstate; if (phandle->sol >= phandle->eof) return NULL; else return lrec_parse_mmap_dkvp_single_irs_single_others(phandle, pstate->irs[0], pstate->ifs[0], pstate->ips[0], pstate, pctx); } static lrec_t* lrec_reader_mmap_dkvp_process_single_irs_multi_others(void* pvstate, void* pvhandle, context_t* pctx) { file_reader_mmap_state_t* phandle = pvhandle; lrec_reader_mmap_dkvp_state_t* pstate = pvstate; if (phandle->sol >= phandle->eof) return NULL; else return lrec_parse_mmap_dkvp_single_irs_multi_others(phandle, pstate->irs[0], pstate, pctx); } static lrec_t* lrec_reader_mmap_dkvp_process_multi_irs_single_others(void* pvstate, void* pvhandle, context_t* pctx) { file_reader_mmap_state_t* phandle = pvhandle; lrec_reader_mmap_dkvp_state_t* pstate = pvstate; if (phandle->sol >= phandle->eof) return NULL; else return lrec_parse_mmap_dkvp_multi_irs_single_others(phandle, pstate->ifs[0], pstate->ips[0], pstate, pctx); } static lrec_t* lrec_reader_mmap_dkvp_process_multi_irs_multi_others(void* pvstate, void* pvhandle, context_t* pctx) { file_reader_mmap_state_t* phandle = pvhandle; lrec_reader_mmap_dkvp_state_t* pstate = pvstate; if (phandle->sol >= phandle->eof) return NULL; else return lrec_parse_mmap_dkvp_multi_irs_multi_others(phandle, pstate, pctx); } // ---------------------------------------------------------------- static lrec_t* lrec_parse_mmap_dkvp_single_irs_single_others(file_reader_mmap_state_t *phandle, char irs, char ifs, char ips, lrec_reader_mmap_dkvp_state_t* pstate, context_t* pctx) { if (pstate->comment_string != NULL) skip_over_comment_lines_single_irs(phandle, pstate, irs); if (phandle->sol >= phandle->eof) return NULL; char* line = phandle->sol; lrec_t* prec = lrec_unbacked_alloc(); int idx = 0; char* p = line; if (pstate->allow_repeat_ifs) { while (*p == ifs) p++; } char* key = p; char* value = p; int saw_ps = FALSE; int saw_rs = FALSE; for ( ; p < phandle->eof && *p; ) { if (*p == irs) { *p = 0; if (pstate->do_auto_line_term) { if (p > line && p[-1] == '\r') { p[-1] = 0; context_set_autodetected_crlf(pctx); } else { context_set_autodetected_lf(pctx); } } phandle->sol = p+1; saw_rs = TRUE; break; } else if (*p == ifs) { saw_ps = FALSE; *p = 0; idx++; if (*key == 0 || value <= key) { // E.g the pair has no equals sign: "a" rather than "a=1" or // "a=". Here we use the positional index as the key. This way // DKVP is a generalization of NIDX. char free_flags = NO_FREE; lrec_put(prec, low_int_to_string(idx, &free_flags), value, free_flags); } else { lrec_put(prec, key, value, NO_FREE); } p++; if (pstate->allow_repeat_ifs) { while (*p == ifs) p++; } key = p; value = p; } else if (*p == ips && !saw_ps) { *p = 0; p++; value = p; saw_ps = TRUE; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; idx++; if (pstate->allow_repeat_ifs && *key == 0 && *value == 0) return prec; // There are two ways out of that loop: saw IRS, or saw end of file. if (saw_rs) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate the // C string so it's OK to retain a pointer to that. if (*key == 0 || value <= key) { char free_flags = NO_FREE; if (value >= phandle->eof) lrec_put(prec, low_int_to_string(idx, &free_flags), "", free_flags); else lrec_put(prec, low_int_to_string(idx, &free_flags), value, free_flags); } else { if (value >= phandle->eof) lrec_put(prec, key, "", NO_FREE); else lrec_put(prec, key, value, NO_FREE); } } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null character // to terminate the C string: if the file size is not a multiple of the OS page size it'll work (it's our // copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at EOF is one // byte past the page and that will segv us. if (*key == 0 || value <= key) { char free_flags = NO_FREE; if (value >= phandle->eof) { lrec_put(prec, low_int_to_string(idx, &free_flags), "", free_flags); } else { char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, low_int_to_string(idx, &free_flags), copy, free_flags | FREE_ENTRY_VALUE); } } else { if (value >= phandle->eof) { lrec_put(prec, key, "", NO_FREE); } else { char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, FREE_ENTRY_VALUE); } } } return prec; } static lrec_t* lrec_parse_mmap_dkvp_multi_irs_single_others(file_reader_mmap_state_t *phandle, char ifs, char ips, lrec_reader_mmap_dkvp_state_t* pstate, context_t* pctx) { if (pstate->comment_string != NULL) skip_over_comment_lines_multi_irs(phandle, pstate, pstate->irs, pstate->irslen); if (phandle->sol >= phandle->eof) return NULL; char* line = phandle->sol; lrec_t* prec = lrec_unbacked_alloc(); int idx = 0; char* p = line; if (pstate->allow_repeat_ifs) { while (*p == ifs) p++; } char* key = p; char* value = p; int saw_ps = FALSE; int saw_rs = FALSE; for ( ; p < phandle->eof && *p; ) { if (streqn(p, pstate->irs, pstate->irslen)) { *p = 0; phandle->sol = p + pstate->irslen; saw_rs = TRUE; break; } else if (*p == ifs) { saw_ps = FALSE; *p = 0; idx++; if (*key == 0 || value <= key) { // E.g the pair has no equals sign: "a" rather than "a=1" or // "a=". Here we use the positional index as the key. This way // DKVP is a generalization of NIDX. char free_flags = NO_FREE; lrec_put(prec, low_int_to_string(idx, &free_flags), value, free_flags); } else { lrec_put(prec, key, value, NO_FREE); } p++; if (pstate->allow_repeat_ifs) { while (*p == ifs) p++; } key = p; value = p; } else if (*p == ips && !saw_ps) { *p = 0; p++; value = p; saw_ps = TRUE; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; idx++; if (pstate->allow_repeat_ifs && *key == 0 && *value == 0) return prec; // There are two ways out of that loop: saw IRS, or saw end of file. if (saw_rs) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate the // C string so it's OK to retain a pointer to that. if (*key == 0 || value <= key) { char free_flags = NO_FREE; if (value >= phandle->eof) lrec_put(prec, low_int_to_string(idx, &free_flags), "", free_flags); else lrec_put(prec, low_int_to_string(idx, &free_flags), value, free_flags); } else { if (value >= phandle->eof) lrec_put(prec, key, "", NO_FREE); else lrec_put(prec, key, value, NO_FREE); } } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null character // to terminate the C string: if the file size is not a multiple of the OS page size it'll work (it's our // copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at EOF is one // byte past the page and that will segv us. if (*key == 0 || value <= key) { char free_flags = NO_FREE; if (value >= phandle->eof) { lrec_put(prec, low_int_to_string(idx, &free_flags), "", free_flags); } else { char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, low_int_to_string(idx, &free_flags), copy, free_flags | FREE_ENTRY_VALUE); } } else { if (value >= phandle->eof) { lrec_put(prec, key, "", NO_FREE); } else { char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, FREE_ENTRY_VALUE); } } } return prec; } static lrec_t* lrec_parse_mmap_dkvp_single_irs_multi_others(file_reader_mmap_state_t *phandle, char irs, lrec_reader_mmap_dkvp_state_t* pstate, context_t* pctx) { if (pstate->comment_string != NULL) skip_over_comment_lines_single_irs(phandle, pstate, irs); if (phandle->sol >= phandle->eof) return NULL; char* line = phandle->sol; lrec_t* prec = lrec_unbacked_alloc(); int idx = 0; char* p = line; if (pstate->allow_repeat_ifs) { while (streqn(p, pstate->ifs, pstate->ifslen)) p += pstate->ifslen; } char* key = p; char* value = p; int saw_ps = FALSE; int saw_rs = FALSE; for ( ; p < phandle->eof && *p; ) { if (*p == irs) { *p = 0; if (pstate->do_auto_line_term) { if (p > line && p[-1] == '\r') { p[-1] = 0; context_set_autodetected_crlf(pctx); } else { context_set_autodetected_lf(pctx); } } phandle->sol = p+1; saw_rs = TRUE; break; } else if (streqn(p, pstate->ifs, pstate->ifslen)) { saw_ps = FALSE; *p = 0; idx++; if (*key == 0 || value <= key) { // E.g the pair has no equals sign: "a" rather than "a=1" or // "a=". Here we use the positional index as the key. This way // DKVP is a generalization of NIDX. char free_flags = NO_FREE; lrec_put(prec, low_int_to_string(idx, &free_flags), value, free_flags); } else { lrec_put(prec, key, value, NO_FREE); } p += pstate->ifslen; if (pstate->allow_repeat_ifs) { while (streqn(p, pstate->ifs, pstate->ifslen)) p += pstate->ifslen; } key = p; value = p; } else if (streqn(p, pstate->ips, pstate->ipslen) && !saw_ps) { *p = 0; p += pstate->ipslen; value = p; saw_ps = TRUE; } else { p++; } } *p = 0; if (p >= phandle->eof) phandle->sol = p+1; idx++; if (pstate->allow_repeat_ifs && *key == 0 && *value == 0) return prec; // There are two ways out of that loop: saw IRS, or saw end of file. if (saw_rs) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate the // C string so it's OK to retain a pointer to that. if (*key == 0 || value <= key) { char free_flags = NO_FREE; if (value >= phandle->eof) lrec_put(prec, low_int_to_string(idx, &free_flags), "", free_flags); else lrec_put(prec, low_int_to_string(idx, &free_flags), value, free_flags); } else { if (value >= phandle->eof) lrec_put(prec, key, "", NO_FREE); else lrec_put(prec, key, value, NO_FREE); } } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null character // to terminate the C string: if the file size is not a multiple of the OS page size it'll work (it's our // copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at EOF is one // byte past the page and that will segv us. if (*key == 0 || value <= key) { char free_flags = NO_FREE; if (value >= phandle->eof) { lrec_put(prec, low_int_to_string(idx, &free_flags), "", free_flags); } else { char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, low_int_to_string(idx, &free_flags), copy, free_flags | FREE_ENTRY_VALUE); } } else { if (value >= phandle->eof) { lrec_put(prec, key, "", NO_FREE); } else { char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, FREE_ENTRY_VALUE); } } } return prec; } static lrec_t* lrec_parse_mmap_dkvp_multi_irs_multi_others(file_reader_mmap_state_t *phandle, lrec_reader_mmap_dkvp_state_t* pstate, context_t* pctx) { if (pstate->comment_string != NULL) skip_over_comment_lines_multi_irs(phandle, pstate, pstate->irs, pstate->irslen); if (phandle->sol >= phandle->eof) return NULL; char* line = phandle->sol; lrec_t* prec = lrec_unbacked_alloc(); int idx = 0; char* p = line; if (pstate->allow_repeat_ifs) { while (streqn(p, pstate->ifs, pstate->ifslen)) p += pstate->ifslen; } char* key = p; char* value = p; int saw_ps = FALSE; int saw_rs = FALSE; for ( ; p < phandle->eof && *p; ) { if (streqn(p, pstate->irs, pstate->irslen)) { *p = 0; phandle->sol = p + pstate->irslen; saw_rs = TRUE; break; } else if (streqn(p, pstate->ifs, pstate->ifslen)) { saw_ps = FALSE; *p = 0; idx++; if (*key == 0 || value <= key) { // E.g the pair has no equals sign: "a" rather than "a=1" or // "a=". Here we use the positional index as the key. This way // DKVP is a generalization of NIDX. char free_flags = NO_FREE; lrec_put(prec, low_int_to_string(idx, &free_flags), value, free_flags); } else { lrec_put(prec, key, value, NO_FREE); } p += pstate->ifslen; if (pstate->allow_repeat_ifs) { while (streqn(p, pstate->ifs, pstate->ifslen)) p += pstate->ifslen; } key = p; value = p; } else if (streqn(p, pstate->ips, pstate->ipslen) && !saw_ps) { *p = 0; p += pstate->ipslen; value = p; saw_ps = TRUE; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; idx++; if (pstate->allow_repeat_ifs && *key == 0 && *value == 0) return prec; // There are two ways out of that loop: saw IRS, or saw end of file. if (saw_rs) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate the // C string so it's OK to retain a pointer to that. if (*key == 0 || value <= key) { char free_flags = NO_FREE; if (value >= phandle->eof) lrec_put(prec, low_int_to_string(idx, &free_flags), "", free_flags); else lrec_put(prec, low_int_to_string(idx, &free_flags), value, free_flags); } else { if (value >= phandle->eof) lrec_put(prec, key, "", NO_FREE); else lrec_put(prec, key, value, NO_FREE); } } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null character // to terminate the C string: if the file size is not a multiple of the OS page size it'll work (it's our // copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at EOF is one // byte past the page and that will segv us. if (*key == 0 || value <= key) { char free_flags = NO_FREE; if (value >= phandle->eof) { lrec_put(prec, low_int_to_string(idx, &free_flags), "", free_flags); } else { char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, low_int_to_string(idx, &free_flags), copy, free_flags | FREE_ENTRY_VALUE); } } else { if (value >= phandle->eof) { lrec_put(prec, key, "", NO_FREE); } else { char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, FREE_ENTRY_VALUE); } } } return prec; } // ---------------------------------------------------------------- static void skip_over_comment_lines_single_irs( file_reader_mmap_state_t *phandle, lrec_reader_mmap_dkvp_state_t* pstate, char irs) { while ((phandle->eof - phandle->sol) >= pstate->comment_string_length && streqn(phandle->sol, pstate->comment_string, pstate->comment_string_length)) { if (pstate->comment_handling == PASS_COMMENTS) for (int i = 0; i < pstate->comment_string_length; i++) fputc(phandle->sol[i], stdout); phandle->sol += pstate->comment_string_length; while (phandle->sol < phandle->eof && *phandle->sol != irs) { if (pstate->comment_handling == PASS_COMMENTS) fputc(*phandle->sol, stdout); phandle->sol++; } if (phandle->sol < phandle->eof && *phandle->sol == irs) { if (pstate->comment_handling == PASS_COMMENTS) fputc(*phandle->sol, stdout); phandle->sol++; } } } static void skip_over_comment_lines_multi_irs( file_reader_mmap_state_t *phandle, lrec_reader_mmap_dkvp_state_t* pstate, char* irs, int irslen) { while ((phandle->eof - phandle->sol) >= pstate->comment_string_length && streqn(phandle->sol, pstate->comment_string, pstate->comment_string_length)) { if (pstate->comment_handling == PASS_COMMENTS) for (int i = 0; i < pstate->comment_string_length; i++) fputc(phandle->sol[i], stdout); phandle->sol += pstate->comment_string_length; while ((phandle->eof - phandle->sol) >= irslen && !streqn(phandle->sol, irs, irslen)) { if (pstate->comment_handling == PASS_COMMENTS) fputc(*phandle->sol, stdout); phandle->sol++; } if ((phandle->eof - phandle->sol) >= irslen && streqn(phandle->sol, irs, irslen)) { if (pstate->comment_handling == PASS_COMMENTS) for (int i = 0; i < irslen; i++) fputc(phandle->sol[i], stdout); phandle->sol += irslen; } } } miller-5.6.2/c/input/lrec_reader_mmap_json.c000066400000000000000000000207621354153536500210700ustar00rootroot00000000000000// ================================================================ // Note: there are multiple process methods with a lot of code duplication. // This is intentional. Much of Miller's measured processing time is in the // lrec-reader process methods. This is code which needs to execute on every // byte of input and even moving a single runtime if-statement into a // function-pointer assignment at alloc time can have noticeable effects on // performance (5-10% in some cases). // ================================================================ // ================================================================ // Unlike other Miller record-readers, there is no streaming for JSON input: no // records are processed until EOF is seen. See also // https://github.com/johnkerl/miller/issues/99. // ================================================================ #include #include #include "cli/json_array_ingest.h" #include "cli/comment_handling.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "input/file_reader_mmap.h" #include "input/lrec_readers.h" #include "input/json_parser.h" #include "input/mlr_json_adapter.h" typedef struct _lrec_reader_mmap_json_state_t { // The list of top-level JSON objects is backed by the file contents. The records are in turn // backed by the top-level JSON objects. This means the latter should not be freed while // the records are in used. (This is done to reduce data copies, for performance: we can // manipulate pointers to strings rather than copying strings.) // // In particular, in the multifile-input case, we need to keep *all* parsed JSON (and // not free one file's data when we proceed to the next) since records with pointers // into the parsed JSON may still be in use -- e.g. mlr sort. sllv_t* ptop_level_json_objects; sllv_t* precords; char* input_json_flatten_separator; json_array_ingest_t json_array_ingest; char* specified_line_term; int do_auto_line_term; char* detected_line_term; comment_handling_t comment_handling; char* comment_string; } lrec_reader_mmap_json_state_t; static void lrec_reader_mmap_json_free(lrec_reader_t* preader); static void lrec_reader_mmap_json_sof(void* pvstate, void* pvhandle); static lrec_t* lrec_reader_mmap_json_process(void* pvstate, void* pvhandle, context_t* pctx); // ---------------------------------------------------------------- lrec_reader_t* lrec_reader_mmap_json_alloc(char* input_json_flatten_separator, json_array_ingest_t json_array_ingest, char* line_term, comment_handling_t comment_handling, char* comment_string) { lrec_reader_t* plrec_reader = mlr_malloc_or_die(sizeof(lrec_reader_t)); lrec_reader_mmap_json_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_reader_mmap_json_state_t)); pstate->ptop_level_json_objects = sllv_alloc(); pstate->precords = sllv_alloc(); pstate->input_json_flatten_separator = input_json_flatten_separator; pstate->json_array_ingest = json_array_ingest; pstate->specified_line_term = line_term; pstate->do_auto_line_term = FALSE; pstate->detected_line_term = "\n"; // xxx adapt to MLR_GLOBALS/ctx-const for Windows port pstate->comment_handling = comment_handling; pstate->comment_string = comment_string; if (streq(line_term, "auto")) { pstate->do_auto_line_term = TRUE; } plrec_reader->pvstate = (void*)pstate; plrec_reader->popen_func = file_reader_mmap_vopen; plrec_reader->pclose_func = file_reader_mmap_vclose; plrec_reader->pprocess_func = lrec_reader_mmap_json_process; plrec_reader->psof_func = lrec_reader_mmap_json_sof; plrec_reader->pfree_func = lrec_reader_mmap_json_free; return plrec_reader; } static void lrec_reader_mmap_json_free(lrec_reader_t* preader) { lrec_reader_mmap_json_state_t* pstate = preader->pvstate; for (sllve_t* pe = pstate->ptop_level_json_objects->phead; pe != NULL; pe = pe->pnext) { json_value_t* top_level_json_object = pe->pvvalue; json_free_value(top_level_json_object); } sllv_free(pstate->ptop_level_json_objects); pstate->ptop_level_json_objects = NULL; for (sllve_t* pf = pstate->precords->phead; pf != NULL; pf = pf->pnext) { lrec_t* prec = pf->pvvalue; lrec_free(prec); } sllv_free(pstate->precords); pstate->precords = NULL; free(pstate); free(preader); } // The mmap-JSON lrec-reader is non-streaming: we ingest all records here in the start-of-file hook. // Then in the process method we pop one lrec off the list at a time, until they are all exhausted. // This is in contrast to other Miller lrec-readers. // // It would be possible to extend the streaming framework to also have an end-of-file hook // which we could use here to free parsed-JSON data. However, we simply leverage the start-of-file // hook for the *next* file (if any) or the free method (if not): these free parsed-JSON structures // from the previous file (if any). static void lrec_reader_mmap_json_sof(void* pvstate, void* pvhandle) { lrec_reader_mmap_json_state_t* pstate = pvstate; file_reader_mmap_state_t* phandle = pvhandle; json_char* json_input = (json_char*)phandle->sol; json_value_t* parsed_top_level_json; json_char error_buf[JSON_ERROR_MAX]; // This enables us to handle input of the form // // { "a" : 1 } // { "b" : 2 } // { "c" : 3 } // // in addition to // // [ // { "a" : 1 } // { "b" : 2 } // { "c" : 3 } // ] // // This is in line with what jq can handle. In this case, json_parse will return // once for each top-level item and will give us back a pointer to the start of // the rest of the input stream, so we can call json_parse on the rest until it is // all exhausted. json_char* item_start = json_input; int length = phandle->eof - phandle->sol; char* detected_line_term = NULL; while (TRUE) { // Find the first line-ending sequence (if any): LF or CRLF. if (pstate->do_auto_line_term) { if (detected_line_term == NULL) { for (char* p = phandle->sol; p < phandle->eof; p++) { if (p[0] == '\n') { if (p > phandle->sol && p[-1] == '\r') { detected_line_term = "\r\n"; } else { detected_line_term = "\n"; } break; } } } } // Skip comments. For JSON, we ingest the entire blob, this is a matter of finding and iterating over lines. // Miller data comments must be at start of line. if (pstate->comment_handling != COMMENTS_ARE_DATA) { char* line_term = pstate->specified_line_term; if (pstate->do_auto_line_term && detected_line_term != NULL) line_term = detected_line_term; mlr_json_strip_comments(item_start, item_start + length, pstate->comment_handling, pstate->comment_string, line_term); } // Trim trailing whitespace. char* item_end = item_start + length; mlr_json_end_strip(item_start, &item_end); length = item_end - item_start; if (length == 0) break; parsed_top_level_json = json_parse(item_start, length, error_buf, &item_start); if (parsed_top_level_json == NULL) { fprintf(stderr, "%s: Unable to parse JSON data: %s\n", MLR_GLOBALS.bargv0, error_buf); exit(1); } sllv_append(pstate->ptop_level_json_objects, parsed_top_level_json); // The lrecs have their string pointers pointing into the parsed-JSON objects (for // efficiency) so it's important we not free the latter until our free method. if (!reference_json_objects_as_lrecs(pstate->precords, parsed_top_level_json, pstate->input_json_flatten_separator, pstate->json_array_ingest)) { fprintf(stderr, "%s: Unable to parse JSON data.\n", MLR_GLOBALS.bargv0); exit(1); } if (item_start == NULL) break; if (*item_start == 0) break; length -= (item_start - json_input); json_input = item_start; // json_parse goes up to the '\r' or '\n' (whichever is found first) on the first // parse, then keeps going from there on the next. E.g. in the CRLF case it // consumes the CR at the end of the first read and consumes the LF at the start // of the second, and so on. After the very last parse, we need to here consume // the final '\n' which is (by itself) a parse error. if (length == 1 && *(char*)json_input == '\n') { break; } } if (detected_line_term != NULL) { pstate->detected_line_term = detected_line_term; } } // ---------------------------------------------------------------- static lrec_t* lrec_reader_mmap_json_process(void* pvstate, void* pvhandle, context_t* pctx) { lrec_reader_mmap_json_state_t* pstate = pvstate; if (pstate->do_auto_line_term) { context_set_autodetected_line_term(pctx, pstate->detected_line_term); } return sllv_pop(pstate->precords); } miller-5.6.2/c/input/lrec_reader_mmap_nidx.c000066400000000000000000000377131354153536500210650ustar00rootroot00000000000000// ================================================================ // Note: there are multiple process methods with a lot of code duplication. // This is intentional. Much of Miller's measured processing time is in the // lrec-reader process methods. This is code which needs to execute on every // byte of input and even moving a single runtime if-statement into a // function-pointer assignment at alloc time can have noticeable effects on // performance (5-10% in some cases). // ================================================================ #include #include "cli/comment_handling.h" #include "lib/mlrutil.h" #include "input/file_reader_mmap.h" #include "input/lrec_readers.h" typedef struct _lrec_reader_mmap_nidx_state_t { char* irs; char* ifs; int irslen; int ifslen; int allow_repeat_ifs; int do_auto_line_term; comment_handling_t comment_handling; char* comment_string; int comment_string_length; } lrec_reader_mmap_nidx_state_t; static void lrec_reader_mmap_nidx_free(lrec_reader_t* preader); static void lrec_reader_mmap_nidx_sof(void* pvstate, void* pvhandle); static lrec_t* lrec_reader_mmap_nidx_process_single_irs_single_ifs(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_mmap_nidx_process_single_irs_multi_ifs(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_mmap_nidx_process_multi_irs_single_ifs(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_mmap_nidx_process_multi_irs_multi_ifs(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_parse_mmap_nidx_single_irs_single_ifs(file_reader_mmap_state_t *phandle, char irs, char ifs, lrec_reader_mmap_nidx_state_t* pstate, context_t* pctx); static lrec_t* lrec_parse_mmap_nidx_single_irs_multi_ifs(file_reader_mmap_state_t *phandle, char irs, lrec_reader_mmap_nidx_state_t* pstate, context_t* pctx); static lrec_t* lrec_parse_mmap_nidx_multi_irs_single_ifs(file_reader_mmap_state_t *phandle, char ifs, lrec_reader_mmap_nidx_state_t* pstate); static lrec_t* lrec_parse_mmap_nidx_multi_irs_multi_ifs(file_reader_mmap_state_t *phandle, lrec_reader_mmap_nidx_state_t* pstate); static void skip_over_comment_lines_single_irs( file_reader_mmap_state_t *phandle, lrec_reader_mmap_nidx_state_t* pstate, char irs); static void skip_over_comment_lines_multi_irs( file_reader_mmap_state_t *phandle, lrec_reader_mmap_nidx_state_t* pstate, char* irs, int irslen); // ---------------------------------------------------------------- lrec_reader_t* lrec_reader_mmap_nidx_alloc(char* irs, char* ifs, int allow_repeat_ifs, comment_handling_t comment_handling, char* comment_string) { lrec_reader_t* plrec_reader = mlr_malloc_or_die(sizeof(lrec_reader_t)); lrec_reader_mmap_nidx_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_reader_mmap_nidx_state_t)); pstate->irs = irs; pstate->ifs = ifs; pstate->irslen = strlen(pstate->irs); pstate->ifslen = strlen(pstate->ifs); pstate->allow_repeat_ifs = allow_repeat_ifs; pstate->do_auto_line_term = FALSE; pstate->comment_handling = comment_handling; pstate->comment_string = comment_string; pstate->comment_string_length = comment_string == NULL ? 0 : strlen(comment_string); plrec_reader->pvstate = (void*)pstate; plrec_reader->popen_func = file_reader_mmap_vopen; plrec_reader->pclose_func = file_reader_mmap_vclose; if (streq(irs, "auto")) { // Auto means either lines end in "\n" or "\r\n" (LF or CRLF). In // either case the final character is "\n". Then for autodetect we // simply check if there's a character in the line before the '\n', and // if that is '\r'. pstate->do_auto_line_term = TRUE; pstate->irs = "\n"; pstate->irslen = 1; plrec_reader->pprocess_func = (pstate->ifslen == 1) ? lrec_reader_mmap_nidx_process_single_irs_single_ifs : lrec_reader_mmap_nidx_process_single_irs_multi_ifs; } else if (pstate->irslen == 1) { plrec_reader->pprocess_func = (pstate->ifslen == 1) ? lrec_reader_mmap_nidx_process_single_irs_single_ifs : lrec_reader_mmap_nidx_process_single_irs_multi_ifs; } else { plrec_reader->pprocess_func = (pstate->ifslen == 1) ? lrec_reader_mmap_nidx_process_multi_irs_single_ifs : lrec_reader_mmap_nidx_process_multi_irs_multi_ifs; } plrec_reader->psof_func = lrec_reader_mmap_nidx_sof; plrec_reader->pfree_func = lrec_reader_mmap_nidx_free; return plrec_reader; } static void lrec_reader_mmap_nidx_free(lrec_reader_t* preader) { free(preader->pvstate); free(preader); } // No-op for stateless readers such as this one. static void lrec_reader_mmap_nidx_sof(void* pvstate, void* pvhandle) { } // ---------------------------------------------------------------- static lrec_t* lrec_reader_mmap_nidx_process_single_irs_single_ifs(void* pvstate, void* pvhandle, context_t* pctx) { file_reader_mmap_state_t* phandle = pvhandle; lrec_reader_mmap_nidx_state_t* pstate = pvstate; if (phandle->sol >= phandle->eof) return NULL; else return lrec_parse_mmap_nidx_single_irs_single_ifs(phandle, pstate->irs[0], pstate->ifs[0], pstate, pctx); } static lrec_t* lrec_reader_mmap_nidx_process_single_irs_multi_ifs(void* pvstate, void* pvhandle, context_t* pctx) { file_reader_mmap_state_t* phandle = pvhandle; lrec_reader_mmap_nidx_state_t* pstate = pvstate; if (phandle->sol >= phandle->eof) return NULL; else return lrec_parse_mmap_nidx_single_irs_multi_ifs(phandle, pstate->irs[0], pstate, pctx); } static lrec_t* lrec_reader_mmap_nidx_process_multi_irs_single_ifs(void* pvstate, void* pvhandle, context_t* pctx) { file_reader_mmap_state_t* phandle = pvhandle; lrec_reader_mmap_nidx_state_t* pstate = pvstate; if (phandle->sol >= phandle->eof) return NULL; else return lrec_parse_mmap_nidx_multi_irs_single_ifs(phandle, pstate->ifs[0], pstate); } static lrec_t* lrec_reader_mmap_nidx_process_multi_irs_multi_ifs(void* pvstate, void* pvhandle, context_t* pctx) { file_reader_mmap_state_t* phandle = pvhandle; lrec_reader_mmap_nidx_state_t* pstate = pvstate; if (phandle->sol >= phandle->eof) return NULL; else return lrec_parse_mmap_nidx_multi_irs_multi_ifs(phandle, pstate); } // ---------------------------------------------------------------- static lrec_t* lrec_parse_mmap_nidx_single_irs_single_ifs(file_reader_mmap_state_t *phandle, char irs, char ifs, lrec_reader_mmap_nidx_state_t* pstate, context_t* pctx) { if (pstate->comment_string != NULL) skip_over_comment_lines_single_irs(phandle, pstate, irs); if (phandle->sol >= phandle->eof) return NULL; char* line = phandle->sol; lrec_t* prec = lrec_unbacked_alloc(); int idx = 0; char free_flags = NO_FREE; char* p = line; if (pstate->allow_repeat_ifs) { while (*p == ifs) p++; } char* key = NULL; char* value = p; int saw_rs = FALSE; for ( ; p < phandle->eof && *p; ) { if (*p == irs) { *p = 0; if (pstate->do_auto_line_term) { if (p > line && p[-1] == '\r') { p[-1] = 0; context_set_autodetected_crlf(pctx); } else { context_set_autodetected_lf(pctx); } } phandle->sol = p+1; saw_rs = TRUE; break; } else if (*p == ifs) { *p = 0; idx++; key = low_int_to_string(idx, &free_flags); lrec_put(prec, key, value, free_flags); p++; if (pstate->allow_repeat_ifs) { while (*p == ifs) p++; } value = p; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; idx++; if (pstate->allow_repeat_ifs && *value == 0) return prec; key = low_int_to_string(idx, &free_flags); if (saw_rs) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate the // C string so it's OK to retain a pointer to that. lrec_put(prec, key, value, free_flags); } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null character // to terminate the C string: if the file size is not a multiple of the OS page size it'll work (it's our // copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at EOF is one // byte past the page and that will segv us. char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, free_flags|FREE_ENTRY_VALUE); } return prec; } static lrec_t* lrec_parse_mmap_nidx_single_irs_multi_ifs(file_reader_mmap_state_t *phandle, char irs, lrec_reader_mmap_nidx_state_t* pstate, context_t* pctx) { if (pstate->comment_string != NULL) skip_over_comment_lines_single_irs(phandle, pstate, irs); lrec_t* prec = lrec_unbacked_alloc(); char* ifs = pstate->ifs; int ifslen = pstate->ifslen; char* line = phandle->sol; int idx = 0; char free_flags = NO_FREE; char* p = line; if (pstate->allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } char* key = NULL; char* value = p; int saw_rs = FALSE; for ( ; p < phandle->eof && *p; ) { if (*p == irs) { *p = 0; if (pstate->do_auto_line_term) { if (p > line && p[-1] == '\r') { p[-1] = 0; context_set_autodetected_crlf(pctx); } else { context_set_autodetected_lf(pctx); } } phandle->sol = p+1; saw_rs = TRUE; break; } else if (streqn(p, ifs, ifslen)) { *p = 0; idx++; key = low_int_to_string(idx, &free_flags); lrec_put(prec, key, value, free_flags); p += ifslen; if (pstate->allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } value = p; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; idx++; if (pstate->allow_repeat_ifs && *value == 0) return prec; key = low_int_to_string(idx, &free_flags); if (saw_rs) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate the // C string so it's OK to retain a pointer to that. lrec_put(prec, key, value, free_flags); } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null character // to terminate the C string: if the file size is not a multiple of the OS page size it'll work (it's our // copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at EOF is one // byte past the page and that will segv us. char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, free_flags|FREE_ENTRY_VALUE); } return prec; } static lrec_t* lrec_parse_mmap_nidx_multi_irs_single_ifs(file_reader_mmap_state_t *phandle, char ifs, lrec_reader_mmap_nidx_state_t* pstate) { if (pstate->comment_string != NULL) skip_over_comment_lines_multi_irs(phandle, pstate, pstate->irs, pstate->irslen); lrec_t* prec = lrec_unbacked_alloc(); char* line = phandle->sol; int idx = 0; char free_flags = NO_FREE; char* p = line; if (pstate->allow_repeat_ifs) { while (*p == ifs) p++; } char* key = NULL; char* value = p; int saw_rs = FALSE; char* irs = pstate->irs; int irslen = pstate->irslen; for ( ; p < phandle->eof && *p; ) { if (streqn(p, irs, irslen)) { *p = 0; phandle->sol = p + irslen; saw_rs = TRUE; break; } else if (*p == ifs) { *p = 0; idx++; key = low_int_to_string(idx, &free_flags); lrec_put(prec, key, value, free_flags); p++; if (pstate->allow_repeat_ifs) { while (*p == ifs) p++; } value = p; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; idx++; if (pstate->allow_repeat_ifs && *value == 0) return prec; key = low_int_to_string(idx, &free_flags); if (saw_rs) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate the // C string so it's OK to retain a pointer to that. lrec_put(prec, key, value, free_flags); } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null character // to terminate the C string: if the file size is not a multiple of the OS page size it'll work (it's our // copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at EOF is one // byte past the page and that will segv us. char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, free_flags|FREE_ENTRY_VALUE); } return prec; } static lrec_t* lrec_parse_mmap_nidx_multi_irs_multi_ifs(file_reader_mmap_state_t *phandle, lrec_reader_mmap_nidx_state_t* pstate) { if (pstate->comment_string != NULL) skip_over_comment_lines_multi_irs(phandle, pstate, pstate->irs, pstate->irslen); lrec_t* prec = lrec_unbacked_alloc(); char* line = phandle->sol; int idx = 0; char free_flags = NO_FREE; char* ifs = pstate->ifs; int ifslen = pstate->ifslen; char* irs = pstate->irs; int irslen = pstate->irslen; char* p = line; if (pstate->allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } char* key = NULL; char* value = p; int saw_rs = FALSE; for ( ; p < phandle->eof && *p; ) { if (streqn(p, irs, irslen)) { *p = 0; phandle->sol = p + irslen; saw_rs = TRUE; break; } else if (streqn(p, ifs, ifslen)) { *p = 0; idx++; key = low_int_to_string(idx, &free_flags); lrec_put(prec, key, value, free_flags); p += ifslen; if (pstate->allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } value = p; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; idx++; if (pstate->allow_repeat_ifs && *value == 0) return prec; key = low_int_to_string(idx, &free_flags); if (saw_rs) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate the // C string so it's OK to retain a pointer to that. lrec_put(prec, key, value, free_flags); } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null character // to terminate the C string: if the file size is not a multiple of the OS page size it'll work (it's our // copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at EOF is one // byte past the page and that will segv us. char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, free_flags|FREE_ENTRY_VALUE); } return prec; } // ---------------------------------------------------------------- static void skip_over_comment_lines_single_irs( file_reader_mmap_state_t *phandle, lrec_reader_mmap_nidx_state_t* pstate, char irs) { while ((phandle->eof - phandle->sol) >= pstate->comment_string_length && streqn(phandle->sol, pstate->comment_string, pstate->comment_string_length)) { if (pstate->comment_handling == PASS_COMMENTS) for (int i = 0; i < pstate->comment_string_length; i++) fputc(phandle->sol[i], stdout); phandle->sol += pstate->comment_string_length; while (phandle->sol < phandle->eof && *phandle->sol != irs) { if (pstate->comment_handling == PASS_COMMENTS) fputc(*phandle->sol, stdout); phandle->sol++; } if (phandle->sol < phandle->eof && *phandle->sol == irs) { if (pstate->comment_handling == PASS_COMMENTS) fputc(*phandle->sol, stdout); phandle->sol++; } } } static void skip_over_comment_lines_multi_irs( file_reader_mmap_state_t *phandle, lrec_reader_mmap_nidx_state_t* pstate, char* irs, int irslen) { while ((phandle->eof - phandle->sol) >= pstate->comment_string_length && streqn(phandle->sol, pstate->comment_string, pstate->comment_string_length)) { if (pstate->comment_handling == PASS_COMMENTS) for (int i = 0; i < pstate->comment_string_length; i++) fputc(phandle->sol[i], stdout); phandle->sol += pstate->comment_string_length; while ((phandle->eof - phandle->sol) >= irslen && !streqn(phandle->sol, irs, irslen)) { if (pstate->comment_handling == PASS_COMMENTS) fputc(*phandle->sol, stdout); phandle->sol++; } if ((phandle->eof - phandle->sol) >= irslen && streqn(phandle->sol, irs, irslen)) { if (pstate->comment_handling == PASS_COMMENTS) for (int i = 0; i < irslen; i++) fputc(phandle->sol[i], stdout); phandle->sol += irslen; } } } miller-5.6.2/c/input/lrec_reader_mmap_xtab.c000066400000000000000000000370111354153536500210500ustar00rootroot00000000000000// ================================================================ // Note: there are multiple process methods with a lot of code duplication. // This is intentional. Much of Miller's measured processing time is in the // lrec-reader process methods. This is code which needs to execute on every // byte of input and even moving a single runtime if-statement into a // function-pointer assignment at alloc time can have noticeable effects on // performance (5-10% in some cases). // ================================================================ #include #include #include "cli/comment_handling.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "input/file_reader_mmap.h" #include "input/lrec_readers.h" typedef struct _lrec_reader_mmap_xtab_state_t { char* ifs; char* ips; int ifslen; int ipslen; int allow_repeat_ips; int do_auto_line_term; } lrec_reader_mmap_xtab_state_t; static void lrec_reader_mmap_xtab_free(lrec_reader_t* preader); static void lrec_reader_mmap_xtab_sof(void* pvstate, void* pvhandle); static lrec_t* lrec_reader_mmap_xtab_process_single_ifs_single_ips(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_mmap_xtab_process_single_ifs_multi_ips(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_mmap_xtab_process_multi_ifs_single_ips(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_mmap_xtab_process_multi_ifs_multi_ips(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_parse_mmap_xtab_single_ifs_single_ips(file_reader_mmap_state_t* phandle, char ifs, char ips, lrec_reader_mmap_xtab_state_t* pstate, context_t* pctx); static lrec_t* lrec_parse_mmap_xtab_single_ifs_multi_ips(file_reader_mmap_state_t* phandle, char ifs, lrec_reader_mmap_xtab_state_t* pstate, context_t* pctx); static lrec_t* lrec_parse_mmap_xtab_multi_ifs_single_ips(file_reader_mmap_state_t* phandle, char ips, lrec_reader_mmap_xtab_state_t* pstate); static lrec_t* lrec_parse_mmap_xtab_multi_ifs_multi_ips(file_reader_mmap_state_t* phandle, lrec_reader_mmap_xtab_state_t* pstate); // ---------------------------------------------------------------- lrec_reader_t* lrec_reader_mmap_xtab_alloc(char* ifs, char* ips, int allow_repeat_ips, comment_handling_t comment_handling, char* comment_string) { // lrec_reader_alloc should have shunted away from us in this case. // (Interleaving blank-line handling, line-term autodetect, and comment-handling all in // the byte-at-a-time logic turned out to be a mess in this file. In the stdio implementation, // by constrast, it falls out rather easily.) if (comment_string != NULL) { fprintf(stderr, "%s: internal coding error detected in file %s at line %d.\n", MLR_GLOBALS.bargv0, __FILE__, __LINE__); exit(1); } lrec_reader_t* plrec_reader = mlr_malloc_or_die(sizeof(lrec_reader_t)); lrec_reader_mmap_xtab_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_reader_mmap_xtab_state_t)); pstate->ifs = ifs; pstate->ips = ips; pstate->ifslen = strlen(pstate->ifs); pstate->ipslen = strlen(pstate->ips); pstate->allow_repeat_ips = allow_repeat_ips; pstate->do_auto_line_term = FALSE; plrec_reader->pvstate = (void*)pstate; plrec_reader->popen_func = file_reader_mmap_vopen; plrec_reader->pclose_func = file_reader_mmap_vclose; if (streq(ifs, "auto")) { // Auto means either lines end in "\n" or "\r\n" (LF or CRLF). In // either case the final character is "\n". Then for autodetect we // simply check if there's a character in the line before the '\n', and // if that is '\r'. pstate->do_auto_line_term = TRUE; pstate->ifs = "\n"; pstate->ifslen = 1; plrec_reader->pprocess_func = (pstate->ipslen == 1) ? lrec_reader_mmap_xtab_process_single_ifs_single_ips : lrec_reader_mmap_xtab_process_single_ifs_multi_ips; } else if (pstate->ifslen == 1) { plrec_reader->pprocess_func = (pstate->ipslen == 1) ? lrec_reader_mmap_xtab_process_single_ifs_single_ips : lrec_reader_mmap_xtab_process_single_ifs_multi_ips; } else { plrec_reader->pprocess_func = (pstate->ipslen == 1) ? lrec_reader_mmap_xtab_process_multi_ifs_single_ips : lrec_reader_mmap_xtab_process_multi_ifs_multi_ips; } plrec_reader->psof_func = lrec_reader_mmap_xtab_sof; plrec_reader->pfree_func = lrec_reader_mmap_xtab_free; return plrec_reader; } // ---------------------------------------------------------------- static void lrec_reader_mmap_xtab_free(lrec_reader_t* preader) { free(preader->pvstate); free(preader); } static void lrec_reader_mmap_xtab_sof(void* pvstate, void* pvhandle) { } // ---------------------------------------------------------------- static lrec_t* lrec_reader_mmap_xtab_process_single_ifs_single_ips(void* pvstate, void* pvhandle, context_t* pctx) { file_reader_mmap_state_t* phandle = pvhandle; lrec_reader_mmap_xtab_state_t* pstate = pvstate; if (phandle->sol >= phandle->eof) return NULL; else return lrec_parse_mmap_xtab_single_ifs_single_ips(phandle, pstate->ifs[0], pstate->ips[0], pstate, pctx); } static lrec_t* lrec_reader_mmap_xtab_process_single_ifs_multi_ips(void* pvstate, void* pvhandle, context_t* pctx) { file_reader_mmap_state_t* phandle = pvhandle; lrec_reader_mmap_xtab_state_t* pstate = pvstate; if (phandle->sol >= phandle->eof) return NULL; else return lrec_parse_mmap_xtab_single_ifs_multi_ips(phandle, pstate->ifs[0], pstate, pctx); } static lrec_t* lrec_reader_mmap_xtab_process_multi_ifs_single_ips(void* pvstate, void* pvhandle, context_t* pctx) { file_reader_mmap_state_t* phandle = pvhandle; lrec_reader_mmap_xtab_state_t* pstate = pvstate; if (phandle->sol >= phandle->eof) return NULL; else return lrec_parse_mmap_xtab_multi_ifs_single_ips(phandle, pstate->ips[0], pstate); } static lrec_t* lrec_reader_mmap_xtab_process_multi_ifs_multi_ips(void* pvstate, void* pvhandle, context_t* pctx) { file_reader_mmap_state_t* phandle = pvhandle; lrec_reader_mmap_xtab_state_t* pstate = pvstate; if (phandle->sol >= phandle->eof) return NULL; else return lrec_parse_mmap_xtab_multi_ifs_multi_ips(phandle, pstate); } // ---------------------------------------------------------------- static lrec_t* lrec_parse_mmap_xtab_single_ifs_single_ips(file_reader_mmap_state_t* phandle, char ifs, char ips, lrec_reader_mmap_xtab_state_t* pstate, context_t* pctx) { if (pstate->do_auto_line_term) { // Skip over otherwise empty LF-only or CRLF-only lines. while (phandle->sol < phandle->eof) { if (*phandle->sol == '\n') { context_set_autodetected_lf(pctx); phandle->sol += 1; } else if (*phandle->sol == '\r') { char* q = phandle->sol + 1; if (q < phandle->eof && *q == '\n') { context_set_autodetected_crlf(pctx); phandle->sol += 2; } else { phandle->sol += 1; } } else { break; } } } else { // Skip over otherwise empty IFS-only lines while (phandle->sol < phandle->eof && *phandle->sol == ifs) { phandle->sol++; } } if (phandle->sol >= phandle->eof) return NULL; lrec_t* prec = lrec_unbacked_alloc(); // Loop over fields, one per line while (TRUE) { if (phandle->sol >= phandle->eof) break; char* line = phandle->sol; char* key = line; char* value = ""; char* p; // Construct one field int saw_eol = FALSE; for (p = line; p < phandle->eof && *p; ) { if (*p == ifs) { *p = 0; if (pstate->do_auto_line_term) { if (p > line && p[-1] == '\r') { p[-1] = 0; context_set_autodetected_crlf(pctx); } else { context_set_autodetected_lf(pctx); } } phandle->sol = p+1; saw_eol = TRUE; break; } else if (*p == ips) { key = line; *p = 0; p++; if (pstate->allow_repeat_ips) { while (*p == ips) p++; } value = p; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; if (saw_eol) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate // the C string so it's OK to retain a pointer to that. lrec_put(prec, key, value, NO_FREE); } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null // character to terminate the C string: if the file size is not a multiple of the OS page size it'll work // (it's our copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at // EOF is one byte past the page and that will segv us. char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, FREE_ENTRY_VALUE); } if (phandle->sol >= phandle->eof) break; if (pstate->do_auto_line_term) { char* p = phandle->sol; char* q = phandle->sol + 1; if (*p == '\n') break; if (q < phandle->eof && *p == '\r' && *q == '\n') break; } else { if (*phandle->sol == ifs) break; } } if (prec->field_count == 0) { lrec_free(prec); return NULL; } else { return prec; } } static lrec_t* lrec_parse_mmap_xtab_single_ifs_multi_ips(file_reader_mmap_state_t* phandle, char ifs, lrec_reader_mmap_xtab_state_t* pstate, context_t* pctx) { if (pstate->do_auto_line_term) { // Skip over otherwise empty LF-only or CRLF-only lines. while (phandle->sol < phandle->eof) { if (*phandle->sol == '\n') { context_set_autodetected_lf(pctx); phandle->sol += 1; } else if (*phandle->sol == '\r') { char* q = phandle->sol + 1; if (q < phandle->eof && *q == '\n') { context_set_autodetected_crlf(pctx); phandle->sol += 2; } else { phandle->sol += 1; } } else { break; } } } else { // Skip over otherwise empty IFS-only lines. while (phandle->sol < phandle->eof && *phandle->sol == ifs) phandle->sol++; } if (phandle->sol >= phandle->eof) return NULL; char* ips = pstate->ips; int ipslen = pstate->ipslen; lrec_t* prec = lrec_unbacked_alloc(); // Loop over fields, one per line while (TRUE) { if (phandle->sol >= phandle->eof) break; char* line = phandle->sol; char* key = line; char* value = ""; char* p; // Construct one field int saw_eol = FALSE; for (p = line; p < phandle->eof && *p; ) { if (*p == ifs) { *p = 0; if (pstate->do_auto_line_term) { if (p > line && p[-1] == '\r') { p[-1] = 0; context_set_autodetected_crlf(pctx); } else { context_set_autodetected_lf(pctx); } } phandle->sol = p+1; saw_eol = TRUE; break; } else if (streqn(p, ips, ipslen)) { key = line; *p = 0; p += ipslen; if (pstate->allow_repeat_ips) { while (streqn(p, ips, ipslen)) p += ipslen; } value = p; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; if (saw_eol) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate // the C string so it's OK to retain a pointer to that. lrec_put(prec, key, value, NO_FREE); } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null // character to terminate the C string: if the file size is not a multiple of the OS page size it'll work // (it's our copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at // EOF is one byte past the page and that will segv us. char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, FREE_ENTRY_VALUE); } if (phandle->sol >= phandle->eof || *phandle->sol == ifs) break; } if (prec->field_count == 0) { lrec_free(prec); return NULL; } else { return prec; } } static lrec_t* lrec_parse_mmap_xtab_multi_ifs_single_ips(file_reader_mmap_state_t* phandle, char ips, lrec_reader_mmap_xtab_state_t* pstate) { char* ifs = pstate->ifs; int ifslen = pstate->ifslen; // Skip blank lines while (phandle->eof - phandle->sol >= ifslen && streqn(phandle->sol, ifs, ifslen)) { phandle->sol += ifslen; } if (phandle->sol >= phandle->eof) return NULL; lrec_t* prec = lrec_unbacked_alloc(); // Loop over fields, one per line while (TRUE) { if (phandle->sol >= phandle->eof) break; char* line = phandle->sol; char* key = line; char* value = ""; char* p; // Construct one field int saw_eol = FALSE; for (p = line; p < phandle->eof && *p; ) { if (streqn(p, ifs, ifslen)) { *p = 0; phandle->sol = p + ifslen; saw_eol = TRUE; break; } else if (*p == ips) { key = line; *p = 0; p++; if (pstate->allow_repeat_ips) { while (*p == ips) p++; } value = p; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; if (saw_eol) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate // the C string so it's OK to retain a pointer to that. lrec_put(prec, key, value, NO_FREE); } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null // character to terminate the C string: if the file size is not a multiple of the OS page size it'll work // (it's our copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at // EOF is one byte past the page and that will segv us. char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, FREE_ENTRY_VALUE); } if (phandle->sol >= phandle->eof || streqn(phandle->sol, ifs, ifslen)) break; } if (prec->field_count == 0) { lrec_free(prec); return NULL; } else { return prec; } } static lrec_t* lrec_parse_mmap_xtab_multi_ifs_multi_ips(file_reader_mmap_state_t* phandle, lrec_reader_mmap_xtab_state_t* pstate) { char* ips = pstate->ips; int ipslen = pstate->ipslen; char* ifs = pstate->ifs; int ifslen = pstate->ifslen; // Skip blank lines while (phandle->eof - phandle->sol >= ifslen && streqn(phandle->sol, ifs, ifslen)) { phandle->sol += ifslen; } if (phandle->sol >= phandle->eof) return NULL; lrec_t* prec = lrec_unbacked_alloc(); // Loop over fields, one per line while (TRUE) { if (phandle->sol >= phandle->eof) break; char* line = phandle->sol; char* key = line; char* value = ""; char* p; // Construct one field int saw_eol = FALSE; for (p = line; p < phandle->eof && *p; ) { if (streqn(p, ifs, ifslen)) { *p = 0; phandle->sol = p + ifslen; saw_eol = TRUE; break; } else if (streqn(p, ips, ipslen)) { key = line; *p = 0; p += ipslen; if (pstate->allow_repeat_ips) { while (streqn(p, ips, ipslen)) p += ipslen; } value = p; } else { p++; } } if (p >= phandle->eof) phandle->sol = p+1; if (saw_eol) { // Easy and simple case: we read until end of line. We zero-poked the irs to a null character to terminate // the C string so it's OK to retain a pointer to that. lrec_put(prec, key, value, NO_FREE); } else { // Messier case: we read to end of file without seeing end of line. We can't always zero-poke a null // character to terminate the C string: if the file size is not a multiple of the OS page size it'll work // (it's our copy-on-write memory). But if the file size is a multiple of the page size, then zero-poking at // EOF is one byte past the page and that will segv us. char* copy = mlr_alloc_string_from_char_range(value, phandle->eof - value); lrec_put(prec, key, copy, FREE_ENTRY_VALUE); } if (phandle->sol >= phandle->eof || streqn(phandle->sol, ifs, ifslen)) break; } if (prec->field_count == 0) { lrec_free(prec); return NULL; } else { return prec; } } miller-5.6.2/c/input/lrec_reader_stdio_csv.c000066400000000000000000000550631354153536500211040ustar00rootroot00000000000000// ================================================================ // Note: there are multiple process methods with a lot of code duplication. // This is intentional. Much of Miller's measured processing time is in the // lrec-reader process methods. This is code which needs to execute on every // byte of input and even moving a single runtime if-statement into a // function-pointer assignment at alloc time can have noticeable effects on // performance (5-10% in some cases). // ================================================================ #include #include #include #include "cli/comment_handling.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/string_builder.h" #include "input/file_reader_stdio.h" #include "input/byte_readers.h" #include "input/lrec_readers.h" #include "input/peek_file_reader.h" #include "containers/rslls.h" #include "containers/lhmslv.h" #include "containers/parse_trie.h" // Idea of pheader_keepers: each header_keeper object retains the input-line backing // and the slls_t for a CSV header line which is used by one or more CSV data // lines. Meanwhile some mappers retain input records from the entire data // stream, including header-schema changes in the input stream. This means we // need to keep headers intact as long as any lrecs are pointing to them. One // option is reference-counting which I experimented with; it was messy and // error-prone. The approach used here is to keep a hash map from header-schema // to header_keeper object. The current pheader_keeper is a pointer into one of // those. Then when the reader is freed, all the header-keepers are freed. // ---------------------------------------------------------------- #define STRING_BUILDER_INIT_SIZE 1024 #define EOF_TOKEN 0x2000 #define IRS_TOKEN 0x2001 #define IFS_EOF_TOKEN 0x2002 #define IFS_TOKEN 0x2003 #define DQUOTE_TOKEN 0x2004 #define DQUOTE_IRS_TOKEN 0x2005 #define DQUOTE_IRS2_TOKEN 0x2006 // alternate line-ending for autodetect LF/CRLF #define DQUOTE_IFS_TOKEN 0x2007 #define DQUOTE_EOF_TOKEN 0x2008 #define DQUOTE_DQUOTE_TOKEN 0x2009 #define UTF8_BOM_TOKEN 0x200b #define UTF8_BOM "\xef\xbb\xbf" #define UTF8_BOM_LENGTH 3 //#define DEBUG_PARSER // ---------------------------------------------------------------- typedef struct _lrec_reader_stdio_csv_state_t { // Input line number is not the same as the record-counter in context_t, // which counts records. long long ilno; char* eof; char* irs; char* ifs_eof; char* ifs; int do_auto_line_term; comment_handling_t comment_handling; char* comment_string; int comment_string_length; char* dquote; char* dquote_irs; char* dquote_irs2; char* dquote_ifs; char* dquote_eof; char* dquote_dquote; int dquotelen; rslls_t* pfields; string_builder_t* psb; byte_reader_t* pbr; peek_file_reader_t* pfr; parse_trie_t* putf8_bom_parse_trie; parse_trie_t* pno_dquote_parse_trie; parse_trie_t* pdquote_parse_trie; int expect_header_line_next; int use_implicit_csv_header; int allow_ragged_csv_input; header_keeper_t* pheader_keeper; lhmslv_t* pheader_keepers; } lrec_reader_stdio_csv_state_t; static void lrec_reader_stdio_csv_free(lrec_reader_t* preader); static void lrec_reader_stdio_csv_sof(void* pvstate, void* pvhandle); static lrec_t* lrec_reader_stdio_csv_process(void* pvstate, void* pvhandle, context_t* pctx); static int lrec_reader_stdio_csv_get_fields(lrec_reader_stdio_csv_state_t* pstate, rslls_t* pfields, context_t* pctx, int is_header); static lrec_t* paste_indices_and_data(lrec_reader_stdio_csv_state_t* pstate, rslls_t* pdata_fields, context_t* pctx); static lrec_t* paste_header_and_data_ragged(lrec_reader_stdio_csv_state_t* pstate, rslls_t* pdata_fields, context_t* pctx); static lrec_t* paste_header_and_data_rectangular(lrec_reader_stdio_csv_state_t* pstate, rslls_t* pdata_fields, context_t* pctx); static void* lrec_reader_stdio_csv_open(void* pvstate, char* prepipe, char* filename); static void lrec_reader_stdio_csv_close(void* pvstate, void* pvhandle, char* prepipe); // ---------------------------------------------------------------- lrec_reader_t* lrec_reader_stdio_csv_alloc(char* irs, char* ifs, int use_implicit_csv_header, int allow_ragged_csv_input, comment_handling_t comment_handling, char* comment_string) { lrec_reader_t* plrec_reader = mlr_malloc_or_die(sizeof(lrec_reader_t)); lrec_reader_stdio_csv_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_reader_stdio_csv_state_t)); pstate->ilno = 0LL; pstate->do_auto_line_term = FALSE; if (streq(irs, "auto")) { irs = "\n"; pstate->do_auto_line_term = TRUE; } pstate->comment_handling = comment_handling; pstate->comment_string = comment_string; pstate->comment_string_length = comment_string == NULL ? 0 : strlen(comment_string); pstate->eof = "\xff"; pstate->irs = irs; pstate->ifs = ifs; pstate->ifs_eof = mlr_paste_2_strings(pstate->ifs, "\xff"); pstate->dquote = "\""; pstate->dquote_ifs = mlr_paste_2_strings("\"", pstate->ifs); pstate->dquote_eof = "\"\xff"; pstate->dquote_dquote = "\"\""; pstate->dquotelen = strlen(pstate->dquote); // Parse trie for UTF-8 BOM pstate->putf8_bom_parse_trie = parse_trie_alloc(); parse_trie_add_string(pstate->putf8_bom_parse_trie, UTF8_BOM, UTF8_BOM_TOKEN); // Parse trie for non-double-quoted fields pstate->pno_dquote_parse_trie = parse_trie_alloc(); parse_trie_add_string(pstate->pno_dquote_parse_trie, pstate->eof, EOF_TOKEN); parse_trie_add_string(pstate->pno_dquote_parse_trie, pstate->irs, IRS_TOKEN); parse_trie_add_string(pstate->pno_dquote_parse_trie, pstate->ifs_eof, IFS_EOF_TOKEN); parse_trie_add_string(pstate->pno_dquote_parse_trie, pstate->ifs, IFS_TOKEN); parse_trie_add_string(pstate->pno_dquote_parse_trie, pstate->dquote, DQUOTE_TOKEN); // Parse trie for double-quoted fields pstate->pdquote_parse_trie = parse_trie_alloc(); if (pstate->do_auto_line_term) { pstate->dquote_irs = mlr_paste_2_strings("\"", "\n"); pstate->dquote_irs2 = mlr_paste_2_strings("\"", "\r\n"); parse_trie_add_string(pstate->pdquote_parse_trie, pstate->dquote_irs, DQUOTE_IRS_TOKEN); parse_trie_add_string(pstate->pdquote_parse_trie, pstate->dquote_irs2, DQUOTE_IRS2_TOKEN); } else { pstate->dquote_irs = mlr_paste_2_strings("\"", pstate->irs); pstate->dquote_irs2 = NULL; parse_trie_add_string(pstate->pdquote_parse_trie, pstate->dquote_irs, DQUOTE_IRS_TOKEN); } parse_trie_add_string(pstate->pdquote_parse_trie, pstate->eof, EOF_TOKEN); parse_trie_add_string(pstate->pdquote_parse_trie, pstate->dquote_irs, DQUOTE_IRS_TOKEN); parse_trie_add_string(pstate->pdquote_parse_trie, pstate->dquote_ifs, DQUOTE_IFS_TOKEN); parse_trie_add_string(pstate->pdquote_parse_trie, pstate->dquote_eof, DQUOTE_EOF_TOKEN); parse_trie_add_string(pstate->pdquote_parse_trie, pstate->dquote_dquote, DQUOTE_DQUOTE_TOKEN); pstate->pfields = rslls_alloc(); pstate->psb = sb_alloc(STRING_BUILDER_INIT_SIZE); pstate->pbr = stdio_byte_reader_alloc(); pstate->pfr = pfr_alloc(pstate->pbr, mlr_imax3( pstate->putf8_bom_parse_trie->maxlen, pstate->pno_dquote_parse_trie->maxlen, pstate->pdquote_parse_trie->maxlen)); pstate->expect_header_line_next = use_implicit_csv_header ? FALSE : TRUE; pstate->use_implicit_csv_header = use_implicit_csv_header; pstate->allow_ragged_csv_input = allow_ragged_csv_input; pstate->pheader_keeper = NULL; pstate->pheader_keepers = lhmslv_alloc(); plrec_reader->pvstate = (void*)pstate; plrec_reader->popen_func = lrec_reader_stdio_csv_open; plrec_reader->pclose_func = lrec_reader_stdio_csv_close; plrec_reader->pprocess_func = lrec_reader_stdio_csv_process; plrec_reader->psof_func = lrec_reader_stdio_csv_sof; plrec_reader->pfree_func = lrec_reader_stdio_csv_free; return plrec_reader; } // ---------------------------------------------------------------- static void lrec_reader_stdio_csv_free(lrec_reader_t* preader) { lrec_reader_stdio_csv_state_t* pstate = preader->pvstate; for (lhmslve_t* pe = pstate->pheader_keepers->phead; pe != NULL; pe = pe->pnext) { header_keeper_t* pheader_keeper = pe->pvvalue; header_keeper_free(pheader_keeper); } lhmslv_free(pstate->pheader_keepers); pfr_free(pstate->pfr); parse_trie_free(pstate->putf8_bom_parse_trie); parse_trie_free(pstate->pno_dquote_parse_trie); parse_trie_free(pstate->pdquote_parse_trie); rslls_free(pstate->pfields); stdio_byte_reader_free(pstate->pbr); sb_free(pstate->psb); free(pstate->ifs_eof); free(pstate->dquote_irs); free(pstate->dquote_irs2); free(pstate->dquote_ifs); free(pstate); free(preader); } // ---------------------------------------------------------------- static void lrec_reader_stdio_csv_sof(void* pvstate, void* pvhandle) { lrec_reader_stdio_csv_state_t* pstate = pvstate; pstate->ilno = 0LL; pstate->expect_header_line_next = pstate->use_implicit_csv_header ? FALSE : TRUE; } // ---------------------------------------------------------------- static lrec_t* lrec_reader_stdio_csv_process(void* pvstate, void* pvhandle, context_t* pctx) { lrec_reader_stdio_csv_state_t* pstate = pvstate; // Ingest the next header line, if expected if (pstate->expect_header_line_next) { while (TRUE) { if (!lrec_reader_stdio_csv_get_fields(pstate, pstate->pfields, pctx, TRUE)) return NULL; pstate->ilno++; // We check for comments here rather than within the parser since it's important // for users to be able to comment out lines containing double-quoted newlines. if (pstate->comment_string != NULL && pstate->pfields->phead != NULL) { if (streqn(pstate->pfields->phead->value, pstate->comment_string, pstate->comment_string_length)) { if (pstate->comment_handling == PASS_COMMENTS) { int i = 0; for ( rsllse_t* pe = pstate->pfields->phead; i < pstate->pfields->length && pe != NULL; pe = pe->pnext, i++) { if (i > 0) fputs(pstate->ifs, stdout); fputs(pe->value, stdout); } if (pstate->do_auto_line_term) { fputs(pctx->auto_line_term, stdout); } else { fputs(pstate->irs, stdout); } } rslls_reset(pstate->pfields); continue; } } slls_t* pheader_fields = slls_alloc(); int i = 0; for (rsllse_t* pe = pstate->pfields->phead; i < pstate->pfields->length && pe != NULL; pe = pe->pnext, i++) { if (*pe->value == 0) { fprintf(stderr, "%s: unacceptable empty CSV key at file \"%s\" line %lld.\n", MLR_GLOBALS.bargv0, pctx->filename, pstate->ilno); exit(1); } // Transfer pointer-free responsibility from the rslls to the // header fields in the header keeper slls_append(pheader_fields, pe->value, pe->free_flag); pe->free_flag = 0; } rslls_reset(pstate->pfields); pstate->pheader_keeper = lhmslv_get(pstate->pheader_keepers, pheader_fields); if (pstate->pheader_keeper == NULL) { pstate->pheader_keeper = header_keeper_alloc(NULL, pheader_fields); lhmslv_put(pstate->pheader_keepers, pheader_fields, pstate->pheader_keeper, NO_FREE); // freed by header-keeper } else { // Re-use the header-keeper in the header cache slls_free(pheader_fields); } pstate->expect_header_line_next = FALSE; break; } } // Ingest the next data line, if expected while (TRUE) { int rc = lrec_reader_stdio_csv_get_fields(pstate, pstate->pfields, pctx, FALSE); pstate->ilno++; if (rc == FALSE) // EOF return NULL; // We check for comments here rather than within the parser since it's important // for users to be able to comment out lines containing double-quoted newlines. if (pstate->comment_string != NULL && pstate->pfields->phead != NULL) { if (streqn(pstate->pfields->phead->value, pstate->comment_string, pstate->comment_string_length)) { if (pstate->comment_handling == PASS_COMMENTS) { int i = 0; for ( rsllse_t* pe = pstate->pfields->phead; i < pstate->pfields->length && pe != NULL; pe = pe->pnext, i++) { if (i > 0) fputs(pstate->ifs, stdout); fputs(pe->value, stdout); } if (pstate->do_auto_line_term) { fputs(pctx->auto_line_term, stdout); } else { fputs(pstate->irs, stdout); } } rslls_reset(pstate->pfields); continue; } } lrec_t* prec = pstate->use_implicit_csv_header ? paste_indices_and_data(pstate, pstate->pfields, pctx) : pstate->allow_ragged_csv_input ? paste_header_and_data_ragged(pstate, pstate->pfields, pctx) : paste_header_and_data_rectangular(pstate, pstate->pfields, pctx); rslls_reset(pstate->pfields); return prec; } } static int lrec_reader_stdio_csv_get_fields(lrec_reader_stdio_csv_state_t* pstate, rslls_t* pfields, context_t* pctx, int is_header) { int rc, token = 0, matchlen = 0, record_done = FALSE, field_done = FALSE; #ifdef DEBUG_PARSER char c = 0; #endif peek_file_reader_t* pfr = pstate->pfr; string_builder_t* psb = pstate->psb; char* field = NULL; int field_length = 0; if (pfr_peek_char(pfr) == (char)EOF) // char defaults to unsigned on some platforms return FALSE; // Strip the UTF-8 BOM, if any. This is MUCH simpler for mmap, and for stdio on files. For mmap // we can test the first 3 bytes, then skip past them or not. For stdio on files we can fread // the first 3 bytes, then rewind the fp if they're not the UTF-8 BOM. But for stdio on stdin // (which is the primary reason we support stdio in Miller), we cannot rewind: stdin is not // rewindable. if (is_header) { pfr_buffer_by(pfr, UTF8_BOM_LENGTH); int rc = parse_trie_ring_match(pstate->putf8_bom_parse_trie, pfr->peekbuf, pfr->sob, pfr->npeeked, pfr->peekbuflenmask, &token, &matchlen); #ifdef DEBUG_PARSER if (rc) { printf("BOMRC=%d token=0x%04x matchlen=%d\n", rc, token, matchlen); } #endif if (rc == TRUE && token == UTF8_BOM_TOKEN) { pfr_advance_by(pfr, matchlen); } } // Loop over fields in record record_done = FALSE; while (!record_done) { // Assumption is dquote is "\"" if (pfr_peek_char(pfr) != pstate->dquote[0]) { // NOT DOUBLE-QUOTED // Loop over characters in field field_done = FALSE; while (!field_done) { pfr_buffer_by(pfr, pstate->pno_dquote_parse_trie->maxlen); rc = parse_trie_ring_match(pstate->pno_dquote_parse_trie, pfr->peekbuf, pfr->sob, pfr->npeeked, pfr->peekbuflenmask, &token, &matchlen); #ifdef DEBUG_PARSER pfr_print(pfr); #endif if (rc) { #ifdef DEBUG_PARSER printf("DQ=0 RC=%d token=0x%04x matchlen=%d\n", rc, token, matchlen); #endif switch(token) { case EOF_TOKEN: // end of record rslls_append(pfields, sb_finish(psb), FREE_ENTRY_VALUE, 0); field_done = TRUE; record_done = TRUE; break; case IFS_EOF_TOKEN: // end of record, last field is empty rslls_append(pfields, sb_finish(psb), FREE_ENTRY_VALUE, 0); rslls_append(pfields, "", NO_FREE, 0); field_done = TRUE; record_done = TRUE; break; case IFS_TOKEN: // end of field rslls_append(pfields, sb_finish(psb), FREE_ENTRY_VALUE, 0); field_done = TRUE; break; case IRS_TOKEN: // end of record field = sb_finish_with_length(psb, &field_length); // The line-ending '\n' wonlt be included in the field buffer. if (pstate->do_auto_line_term) { if (field_length > 0 && field[field_length-1] == '\r') { field[field_length-1] = 0; context_set_autodetected_crlf(pctx); } else { context_set_autodetected_lf(pctx); } } rslls_append(pfields, field, FREE_ENTRY_VALUE, 0); field_done = TRUE; record_done = TRUE; break; case DQUOTE_TOKEN: // CSV syntax error: fields containing quotes must be fully wrapped in quotes fprintf(stderr, "%s: syntax error: unwrapped double quote at line %lld.\n", MLR_GLOBALS.bargv0, pstate->ilno); exit(1); break; default: fprintf(stderr, "%s: internal coding error: unexpected token %d at line %lld.\n", MLR_GLOBALS.bargv0, token, pstate->ilno); exit(1); break; } pfr_advance_by(pfr, matchlen); } else { #ifdef DEBUG_PARSER c = pfr_read_char(pfr); printf("CHAR=%c [%02x]\n", isprint((unsigned char)c) ? c : ' ', (unsigned)c); sb_append_char(psb, c); #else sb_append_char(psb, pfr_read_char(pfr)); #endif } } } else { // DOUBLE-QUOTED pfr_advance_by(pfr, pstate->dquotelen); // loop over characters in field field_done = FALSE; char* field = NULL; int field_length = 0; while (!field_done) { pfr_buffer_by(pfr, pstate->pdquote_parse_trie->maxlen); rc = parse_trie_ring_match(pstate->pdquote_parse_trie, pfr->peekbuf, pfr->sob, pfr->npeeked, pfr->peekbuflenmask, &token, &matchlen); #ifdef DEBUG_PARSER pfr_print(pfr); #endif if (rc) { #ifdef DEBUG_PARSER printf("DQ=1 RC=%d token=0x%04x matchlen=%d\n", rc, token, matchlen); #endif switch(token) { case EOF_TOKEN: // end of record fprintf(stderr, "%s: unmatched double quote at line %lld.\n", MLR_GLOBALS.bargv0, pstate->ilno); exit(1); break; case DQUOTE_EOF_TOKEN: // end of record rslls_append(pfields, sb_finish(psb), FREE_ENTRY_VALUE, FIELD_QUOTED_ON_INPUT); field_done = TRUE; record_done = TRUE; break; case DQUOTE_IFS_TOKEN: // end of field rslls_append(pfields, sb_finish(psb), FREE_ENTRY_VALUE, FIELD_QUOTED_ON_INPUT); field_done = TRUE; break; case DQUOTE_IRS_TOKEN: // end of record case DQUOTE_IRS2_TOKEN: // end of record field = sb_finish_with_length(psb, &field_length); // The line-ending '\n' won't be included in the field buffer. if (pstate->do_auto_line_term) { if (field_length > 0 && field[field_length-1] == '\r') { field[field_length-1] = 0; context_set_autodetected_crlf(pctx); } else { context_set_autodetected_lf(pctx); } } rslls_append(pfields, field, FREE_ENTRY_VALUE, FIELD_QUOTED_ON_INPUT); field_done = TRUE; record_done = TRUE; break; case DQUOTE_DQUOTE_TOKEN: // RFC-4180 CSV: "" inside a dquoted field is an escape for " #ifdef DEBUG_PARSER c = pstate->dquote[0]; printf("CHAR=%c [%02x]\n", isprint((unsigned char)c) ? c : ' ', (unsigned)c); sb_append_char(psb, c); #else sb_append_char(psb, pstate->dquote[0]); #endif break; default: fprintf(stderr, "%s: internal coding error: unexpected token %d at line %lld.\n", MLR_GLOBALS.bargv0, token, pstate->ilno); exit(1); break; } pfr_advance_by(pfr, matchlen); } else { #ifdef DEBUG_PARSER c = pfr_read_char(pfr); printf("CHAR=%c [%02x]\n", isprint((unsigned char)c) ? c : ' ', (unsigned)c); sb_append_char(psb, c); #else sb_append_char(psb, pfr_read_char(pfr)); #endif } } } } return TRUE; } // ---------------------------------------------------------------- static lrec_t* paste_indices_and_data(lrec_reader_stdio_csv_state_t* pstate, rslls_t* pdata_fields, context_t* pctx) { lrec_t* prec = lrec_unbacked_alloc(); int idx = 0; for (rsllse_t* pd = pdata_fields->phead; pd != NULL; pd = pd->pnext) { idx++; char key_free_flags = 0; char* key = low_int_to_string(idx, &key_free_flags); char value_free_flags = pd->free_flag; // Transfer pointer-free responsibility from the rslls to the lrec object lrec_put_ext(prec, key, pd->value, key_free_flags | value_free_flags, pd->quote_flag); pd->free_flag = 0; } return prec; } // ---------------------------------------------------------------- static lrec_t* paste_header_and_data_ragged(lrec_reader_stdio_csv_state_t* pstate, rslls_t* pdata_fields, context_t* pctx) { lrec_t* prec = lrec_unbacked_alloc(); sllse_t* ph = pstate->pheader_keeper->pkeys->phead; rsllse_t* pd = pdata_fields->phead; int idx = 0; int hlen = pstate->pheader_keeper->pkeys->length; int dlen = pdata_fields->length; // Process fields up to minimum of header length and data length // Note that pd->pnext can be non-null due to pointer-reuse semantics of rslls, // so use list-length attributes for end-of-list check. for (idx = 0; idx < hlen && idx < dlen; idx++, ph = ph->pnext, pd = pd->pnext) { // Transfer pointer-free responsibility from the rslls to the lrec object lrec_put_ext(prec, ph->value, pd->value, pd->free_flag, pd->quote_flag); pd->free_flag = 0; } if (hlen > dlen) { // Header is longer. Empty-fill the remaining data fields. // E.g. if the input looks like // a,b,c,d <-- header // 1,2 <-- data // then put c="", d="". for ( ; idx < hlen; idx++, ph = ph->pnext) { lrec_put_ext(prec, ph->value, "", NO_FREE, 0); } } else { // Data is longer. Use positional indices to label the remaining data fields. for ( ; idx < dlen; idx++, pd = pd->pnext) { char key_free_flags = 0; char* key = low_int_to_string(idx+1, &key_free_flags); char value_free_flags = pd->free_flag; // Transfer pointer-free responsibility from the rslls to the lrec object lrec_put_ext(prec, key, pd->value, key_free_flags | value_free_flags, pd->quote_flag); pd->free_flag = 0; } } return prec; } // ---------------------------------------------------------------- static lrec_t* paste_header_and_data_rectangular(lrec_reader_stdio_csv_state_t* pstate, rslls_t* pdata_fields, context_t* pctx) { if (pstate->pheader_keeper->pkeys->length != pdata_fields->length) { fprintf(stderr, "%s: Header/data length mismatch (%llu != %llu) at file \"%s\" line %lld.\n", MLR_GLOBALS.bargv0, pstate->pheader_keeper->pkeys->length, pdata_fields->length, pctx->filename, pstate->ilno); exit(1); } lrec_t* prec = lrec_unbacked_alloc(); sllse_t* ph = pstate->pheader_keeper->pkeys->phead; rsllse_t* pd = pdata_fields->phead; for ( ; ph != NULL && pd != NULL; ph = ph->pnext, pd = pd->pnext) { // Transfer pointer-free responsibility from the rslls to the lrec object lrec_put_ext(prec, ph->value, pd->value, pd->free_flag, pd->quote_flag); pd->free_flag = 0; } return prec; } // ---------------------------------------------------------------- static void* lrec_reader_stdio_csv_open(void* pvstate, char* prepipe, char* filename) { lrec_reader_stdio_csv_state_t* pstate = pvstate; pstate->pfr->pbr->popen_func(pstate->pfr->pbr, prepipe, filename); pfr_reset(pstate->pfr); // Different from the other readers, we keep the file handle within the // byte_reader object. return NULL; } static void lrec_reader_stdio_csv_close(void* pvstate, void* pvhandle, char* prepipe) { lrec_reader_stdio_csv_state_t* pstate = pvstate; pstate->pfr->pbr->pclose_func(pstate->pfr->pbr, prepipe); } miller-5.6.2/c/input/lrec_reader_stdio_csvlite.c000066400000000000000000000425631354153536500217630ustar00rootroot00000000000000// ================================================================ // Note: there are multiple process methods with a lot of code duplication. // This is intentional. Much of Miller's measured processing time is in the // lrec-reader process methods. This is code which needs to execute on every // byte of input and even moving a single runtime if-statement into a // function-pointer assignment at alloc time can have noticeable effects on // performance (5-10% in some cases). // ================================================================ #include #include #include "cli/comment_handling.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/slls.h" #include "containers/lhmslv.h" #include "input/file_reader_stdio.h" #include "input/line_readers.h" #include "input/lrec_readers.h" // Idea of pheader_keepers: each header_keeper object retains the input-line backing // and the slls_t for a CSV header line which is used by one or more CSV data // lines. Meanwhile some mappers retain input records from the entire data // stream, including header-schema changes in the input stream. This means we // need to keep headers intact as long as any lrecs are pointing to them. One // option is reference-counting which I experimented with; it was messy and // error-prone. The approach used here is to keep a hash map from header-schema // to header_keeper object. The current pheader_keeper is a pointer into one of // those. Then when the reader is freed, all the header-keepers are freed. // Multi-file cases: // // a,a a,b c d // -- FILE1: -- FILE1: -- FILE1: -- FILE1: // a,b,c a,b,c a,b,c a,b,c // 1,2,3 1,2,3 1,2,3 1,2,3 // 4,5,6 4,5,6 4,5,6 4,5,6 // -- FILE2: -- FILE2: // a,b,c d,e,f,g a,b,c d,e,f // 7,8,9 3,4,5,6 7,8,9 3,4,5 // --OUTPUT: --OUTPUT: --OUTPUT: --OUTPUT: // a,b,c a,b,c a,b,c a,b,c // 1,2,3 1,2,3 1,2,3 1,2,3 // 4,5,6 4,5,6 4,5,6 4,5,6 // 7,8,9 7,8,9 // d,e,f,g d,e,f // 3,4,5,6 3,4,5 typedef struct _lrec_reader_stdio_csvlite_state_t { long long ifnr; long long ilno; // Line-level, not record-level as in context_t char* irs; char* ifs; int irslen; int ifslen; int allow_repeat_ifs; int do_auto_line_term; int use_implicit_csv_header; int allow_ragged_csv_input; size_t line_length; comment_handling_t comment_handling; char* comment_string; int expect_header_line_next; header_keeper_t* pheader_keeper; lhmslv_t* pheader_keepers; } lrec_reader_stdio_csvlite_state_t; static void lrec_reader_stdio_csvlite_free(lrec_reader_t* preader); static void lrec_reader_stdio_sof(void* pvstate, void* pvhandle); static lrec_t* lrec_reader_stdio_csvlite_process(void* pvstate, void* pvhandle, context_t* pctx); // ---------------------------------------------------------------- lrec_reader_t* lrec_reader_stdio_csvlite_alloc(char* irs, char* ifs, int allow_repeat_ifs, int use_implicit_csv_header, int allow_ragged_csv_input, comment_handling_t comment_handling, char* comment_string) { lrec_reader_t* plrec_reader = mlr_malloc_or_die(sizeof(lrec_reader_t)); lrec_reader_stdio_csvlite_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_reader_stdio_csvlite_state_t)); pstate->ifnr = 0LL; pstate->irs = irs; pstate->ifs = ifs; pstate->irslen = strlen(irs); pstate->ifslen = strlen(ifs); pstate->allow_repeat_ifs = allow_repeat_ifs; pstate->do_auto_line_term = FALSE; pstate->use_implicit_csv_header = use_implicit_csv_header; pstate->allow_ragged_csv_input = allow_ragged_csv_input; // This is used to track nominal line length over the file read. Bootstrap with a default length. pstate->line_length = MLR_ALLOC_READ_LINE_INITIAL_SIZE; pstate->comment_handling = comment_handling; pstate->comment_string = comment_string; pstate->expect_header_line_next = use_implicit_csv_header ? FALSE : TRUE; pstate->pheader_keeper = NULL; pstate->pheader_keepers = lhmslv_alloc(); plrec_reader->pvstate = (void*)pstate; plrec_reader->popen_func = file_reader_stdio_vopen; plrec_reader->pclose_func = file_reader_stdio_vclose; if (streq(irs, "auto")) { // Auto means either lines end in "\n" or "\r\n" (LF or CRLF). In // either case the final character is "\n". Then for autodetect we // simply check if there's a character in the line before the '\n', and // if that is '\r'. pstate->irs = "\n"; pstate->irslen = 1; pstate->do_auto_line_term = TRUE; } plrec_reader->pprocess_func = lrec_reader_stdio_csvlite_process; plrec_reader->psof_func = lrec_reader_stdio_sof; plrec_reader->pfree_func = lrec_reader_stdio_csvlite_free; return plrec_reader; } // ---------------------------------------------------------------- static void lrec_reader_stdio_csvlite_free(lrec_reader_t* preader) { lrec_reader_stdio_csvlite_state_t* pstate = preader->pvstate; for (lhmslve_t* pe = pstate->pheader_keepers->phead; pe != NULL; pe = pe->pnext) { header_keeper_t* pheader_keeper = pe->pvvalue; header_keeper_free(pheader_keeper); } lhmslv_free(pstate->pheader_keepers); free(pstate); free(preader); } // ---------------------------------------------------------------- static void lrec_reader_stdio_sof(void* pvstate, void* pvhandle) { lrec_reader_stdio_csvlite_state_t* pstate = pvstate; pstate->ifnr = 0LL; pstate->ilno = 0LL; pstate->expect_header_line_next = pstate->use_implicit_csv_header ? FALSE : TRUE; } // ---------------------------------------------------------------- static lrec_t* lrec_reader_stdio_csvlite_process(void* pvstate, void* pvhandle, context_t* pctx) { FILE* input_stream = pvhandle; lrec_reader_stdio_csvlite_state_t* pstate = pvstate; while (TRUE) { if (pstate->expect_header_line_next) { while (TRUE) { char* hline = NULL; if (pstate->comment_handling == COMMENTS_ARE_DATA) { if (pstate->irslen == 1) hline = mlr_alloc_read_line_single_delimiter(input_stream, pstate->irs[0], &pstate->line_length, pstate->do_auto_line_term, pctx); else hline = mlr_alloc_read_line_multiple_delimiter(input_stream, pstate->irs, pstate->irslen, &pstate->line_length); if (hline != NULL) pstate->ilno++; } else { int num_lines_comment_skipped = 0; if (pstate->irslen == 1) hline = mlr_alloc_read_line_single_delimiter_stripping_comments_aux(input_stream, pstate->irs[0], &pstate->line_length, pstate->do_auto_line_term, pstate->comment_handling, pstate->comment_string, &num_lines_comment_skipped, pctx); else hline = mlr_alloc_read_line_multiple_delimiter_stripping_comments_aux(input_stream, pstate->irs, pstate->irslen, &pstate->line_length, pstate->comment_handling, pstate->comment_string, &num_lines_comment_skipped); pstate->ilno += num_lines_comment_skipped; if (hline != NULL) pstate->ilno++; } if (hline == NULL) // EOF return NULL; slls_t* pheader_fields = (pstate->ifslen == 1) ? split_csvlite_header_line_single_ifs(hline, pstate->ifs[0], pstate->allow_repeat_ifs) : split_csvlite_header_line_multi_ifs(hline, pstate->ifs, pstate->ifslen, pstate->allow_repeat_ifs); if (pheader_fields->length == 0) { pstate->expect_header_line_next = TRUE; if (pstate->pheader_keeper != NULL) { pstate->pheader_keeper = NULL; } } else { for (sllse_t* pe = pheader_fields->phead; pe != NULL; pe = pe->pnext) { if (*pe->value == 0) { fprintf(stderr, "%s: unacceptable empty CSV key at file \"%s\" line %lld.\n", MLR_GLOBALS.bargv0, pctx->filename, pstate->ilno); exit(1); } } pstate->expect_header_line_next = FALSE; pstate->pheader_keeper = lhmslv_get(pstate->pheader_keepers, pheader_fields); if (pstate->pheader_keeper == NULL) { pstate->pheader_keeper = header_keeper_alloc(hline, pheader_fields); lhmslv_put(pstate->pheader_keepers, pheader_fields, pstate->pheader_keeper, NO_FREE); // freed by header-keeper } else { // Re-use the header-keeper in the header cache slls_free(pheader_fields); free(hline); } break; } } } char* line = NULL; if (pstate->comment_handling == COMMENTS_ARE_DATA) { if (pstate->irslen == 1) line = mlr_alloc_read_line_single_delimiter(input_stream, pstate->irs[0], &pstate->line_length, pstate->do_auto_line_term, pctx); else line = mlr_alloc_read_line_multiple_delimiter(input_stream, pstate->irs, pstate->irslen, &pstate->line_length); } else { if (pstate->irslen == 1) line = mlr_alloc_read_line_single_delimiter_stripping_comments(input_stream, pstate->irs[0], &pstate->line_length, pstate->do_auto_line_term, pstate->comment_handling, pstate->comment_string, pctx); else line = mlr_alloc_read_line_multiple_delimiter_stripping_comments(input_stream, pstate->irs, pstate->irslen, &pstate->line_length, pstate->comment_handling, pstate->comment_string); } if (line == NULL) // EOF return NULL; pstate->ilno++; if (!*line) { if (pstate->pheader_keeper != NULL) { pstate->pheader_keeper = NULL; pstate->expect_header_line_next = TRUE; free(line); continue; } } else { pstate->ifnr++; if (pstate->ifslen == 1) { return pstate->use_implicit_csv_header ? lrec_parse_stdio_csvlite_data_line_single_ifs_implicit_header( pstate->pheader_keeper, pctx->filename, pstate->ilno, line, pstate->ifs[0], pstate->allow_repeat_ifs) : lrec_parse_stdio_csvlite_data_line_single_ifs(pstate->pheader_keeper, pctx->filename, pstate->ilno, line, pstate->ifs[0], pstate->allow_repeat_ifs, pstate->allow_ragged_csv_input); } else { return pstate->use_implicit_csv_header ? lrec_parse_stdio_csvlite_data_line_multi_ifs_implicit_header( pstate->pheader_keeper, pctx->filename, pstate->ilno, line, pstate->ifs, pstate->ifslen, pstate->allow_repeat_ifs) : lrec_parse_stdio_csvlite_data_line_multi_ifs(pstate->pheader_keeper, pctx->filename, pstate->ilno, line, pstate->ifs, pstate->ifslen, pstate->allow_repeat_ifs, pstate->allow_ragged_csv_input); } } } } // ---------------------------------------------------------------- slls_t* split_csvlite_header_line_single_ifs(char* line, char ifs, int allow_repeat_ifs) { slls_t* plist = slls_alloc(); if (*line == 0) // empty string splits to empty list return plist; char* p = line; if (allow_repeat_ifs) { while (*p == ifs) p++; } char* start = p; for ( ; *p; p++) { if (*p == ifs) { *p = 0; p++; if (allow_repeat_ifs) { while (*p == ifs) p++; } slls_append_no_free(plist, start); start = p; } } if (allow_repeat_ifs && *start == 0) { ; // OK } else { slls_append_no_free(plist, start); } return plist; } slls_t* split_csvlite_header_line_multi_ifs(char* line, char* ifs, int ifslen, int allow_repeat_ifs) { slls_t* plist = slls_alloc(); if (*line == 0) // empty string splits to empty list return plist; char* p = line; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } char* start = p; for ( ; *p; p++) { if (streqn(p, ifs, ifslen)) { *p = 0; p += ifslen; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } slls_append_no_free(plist, start); start = p; } } if (allow_repeat_ifs && *start == 0) { ; // OK } else { slls_append_no_free(plist, start); } return plist; } // ---------------------------------------------------------------- lrec_t* lrec_parse_stdio_csvlite_data_line_single_ifs(header_keeper_t* pheader_keeper, char* filename, long long ilno, char* data_line, char ifs, int allow_repeat_ifs, int allow_ragged_csv_input) { lrec_t* prec = lrec_csvlite_alloc(data_line); char* p = data_line; if (allow_repeat_ifs) { while (*p == ifs) p++; } char* key = NULL; char* value = p; int idx = 0; sllse_t* pe = pheader_keeper->pkeys->phead; for ( ; *p; ) { if (*p == ifs) { *p = 0; idx++; if (pe == NULL) { // Data line has more fields than the header line did if (allow_ragged_csv_input) { char free_flags = NO_FREE; key = low_int_to_string(idx, &free_flags); lrec_put(prec, key, value, free_flags); } else{ fprintf(stderr, "%s: Header-data length mismatch in file %s at line %lld.\n", MLR_GLOBALS.bargv0, filename, ilno); exit(1); } } else { key = pe->value; pe = pe->pnext; lrec_put(prec, key, value, NO_FREE); } p++; if (allow_repeat_ifs) { while (*p == ifs) p++; } value = p; } else { p++; } } if (allow_repeat_ifs && *value == 0) { ; // OK } else if (pe == NULL) { // Data line has more fields than the header line did if (allow_ragged_csv_input) { idx++; char free_flags = NO_FREE; key = low_int_to_string(idx, &free_flags); lrec_put(prec, key, value, free_flags); } else{ fprintf(stderr, "%s: Header-data length mismatch in file %s at line %lld.\n", MLR_GLOBALS.bargv0, filename, ilno); exit(1); } } else { key = pe->value; lrec_put(prec, key, value, NO_FREE); if (pe->pnext != NULL) { // Header line has more fields than the data line did if (allow_ragged_csv_input) { for (pe = pe->pnext ; pe != NULL; pe = pe->pnext) { key = pe->value; lrec_put(prec, key, "", NO_FREE); } } else { fprintf(stderr, "%s: Header-data length mismatch in file %s at line %lld.\n", MLR_GLOBALS.bargv0, filename, ilno); exit(1); } } } return prec; } lrec_t* lrec_parse_stdio_csvlite_data_line_multi_ifs(header_keeper_t* pheader_keeper, char* filename, long long ilno, char* data_line, char* ifs, int ifslen, int allow_repeat_ifs, int allow_ragged_csv_input) { lrec_t* prec = lrec_csvlite_alloc(data_line); char* p = data_line; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } char* key = NULL; char* value = p; int idx = 0; sllse_t* pe = pheader_keeper->pkeys->phead; for ( ; *p; ) { if (streqn(p, ifs, ifslen)) { *p = 0; idx++; if (pe == NULL) { // Data line has more fields than the header line did if (allow_ragged_csv_input) { char free_flags = NO_FREE; key = low_int_to_string(idx, &free_flags); lrec_put(prec, key, value, free_flags); } else{ fprintf(stderr, "%s: Header-data length mismatch in file %s at line %lld.\n", MLR_GLOBALS.bargv0, filename, ilno); exit(1); } } key = pe->value; pe = pe->pnext; lrec_put(prec, key, value, NO_FREE); p += ifslen; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } value = p; } else { p++; } } if (allow_repeat_ifs && *value == 0) { ; // OK } else if (pe == NULL) { // Data line has more fields than the header line did if (allow_ragged_csv_input) { char free_flags = NO_FREE; key = low_int_to_string(idx, &free_flags); lrec_put(prec, key, value, free_flags); } else{ fprintf(stderr, "%s: Header-data length mismatch in file %s at line %lld.\n", MLR_GLOBALS.bargv0, filename, ilno); exit(1); } } else { key = pe->value; lrec_put(prec, key, value, NO_FREE); if (pe->pnext != NULL) { // Header line has more fields than the data line did if (allow_ragged_csv_input) { for (pe = pe->pnext ; pe != NULL; pe = pe->pnext) { key = pe->value; lrec_put(prec, key, "", NO_FREE); } } else { fprintf(stderr, "%s: Header-data length mismatch in file %s at line %lld.\n", MLR_GLOBALS.bargv0, filename, ilno); exit(1); } } } return prec; } // ---------------------------------------------------------------- lrec_t* lrec_parse_stdio_csvlite_data_line_single_ifs_implicit_header(header_keeper_t* pheader_keeper, char* filename, long long ilno, char* data_line, char ifs, int allow_repeat_ifs) { lrec_t* prec = lrec_csvlite_alloc(data_line); char* p = data_line; if (allow_repeat_ifs) { while (*p == ifs) p++; } char* key = NULL; char free_flags = NO_FREE; char* value = p; int idx = 0; for ( ; *p; ) { if (*p == ifs) { *p = 0; key = low_int_to_string(++idx, &free_flags); lrec_put(prec, key, value, free_flags); p++; if (allow_repeat_ifs) { while (*p == ifs) p++; } value = p; } else { p++; } } if (allow_repeat_ifs && *value == 0) { ; // OK } else { key = low_int_to_string(++idx, &free_flags); lrec_put(prec, key, value, NO_FREE); lrec_put(prec, key, value, free_flags); } return prec; } lrec_t* lrec_parse_stdio_csvlite_data_line_multi_ifs_implicit_header(header_keeper_t* pheader_keeper, char* filename, long long ilno, char* data_line, char* ifs, int ifslen, int allow_repeat_ifs) { lrec_t* prec = lrec_csvlite_alloc(data_line); char* p = data_line; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } char* key = NULL; char* value = p; char free_flags; int idx = 0; for ( ; *p; ) { if (streqn(p, ifs, ifslen)) { *p = 0; key = low_int_to_string(++idx, &free_flags); lrec_put(prec, key, value, free_flags); p += ifslen; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } value = p; } else { p++; } } if (allow_repeat_ifs && *value == 0) { ; // OK } else { key = low_int_to_string(++idx, &free_flags); lrec_put(prec, key, value, free_flags); } return prec; } miller-5.6.2/c/input/lrec_reader_stdio_dkvp.c000066400000000000000000000274421354153536500212550ustar00rootroot00000000000000// ================================================================ // Note: there are multiple process methods with a lot of code duplication. // This is intentional. Much of Miller's measured processing time is in the // lrec-reader process methods. This is code which needs to execute on every // byte of input and even moving a single runtime if-statement into a // function-pointer assignment at alloc time can have noticeable effects on // performance (5-10% in some cases). // ================================================================ #include #include #include "cli/comment_handling.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "input/file_reader_stdio.h" #include "input/line_readers.h" #include "input/lrec_readers.h" typedef struct _lrec_reader_stdio_dkvp_state_t { char* irs; char* ifs; char* ips; int irslen; int ifslen; int ipslen; int allow_repeat_ifs; comment_handling_t comment_handling; char* comment_string; size_t line_length; } lrec_reader_stdio_dkvp_state_t; static void lrec_reader_stdio_dkvp_free(lrec_reader_t* preader); static void lrec_reader_stdio_dkvp_sof(void* pvstate, void* pvhandle); static lrec_t* lrec_reader_stdio_dkvp_process_single_irs_single_others_auto_line_term(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_stdio_dkvp_process_single_irs_multi_others_auto_line_term(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_stdio_dkvp_process_single_irs_single_others(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_stdio_dkvp_process_single_irs_multi_others(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_stdio_dkvp_process_multi_irs_single_others(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_stdio_dkvp_process_multi_irs_multi_others(void* pvstate, void* pvhandle, context_t* pctx); // ---------------------------------------------------------------- lrec_reader_t* lrec_reader_stdio_dkvp_alloc(char* irs, char* ifs, char* ips, int allow_repeat_ifs, comment_handling_t comment_handling, char* comment_string) { lrec_reader_t* plrec_reader = mlr_malloc_or_die(sizeof(lrec_reader_t)); lrec_reader_stdio_dkvp_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_reader_stdio_dkvp_state_t)); pstate->irs = irs; pstate->ifs = ifs; pstate->ips = ips; pstate->irslen = strlen(irs); pstate->ifslen = strlen(ifs); pstate->ipslen = strlen(ips); pstate->allow_repeat_ifs = allow_repeat_ifs; pstate->comment_handling = comment_handling; pstate->comment_string = comment_string; // This is used to track nominal line length over the file read. Bootstrap with a default length. pstate->line_length = MLR_ALLOC_READ_LINE_INITIAL_SIZE; plrec_reader->pvstate = (void*)pstate; plrec_reader->popen_func = file_reader_stdio_vopen; plrec_reader->pclose_func = file_reader_stdio_vclose; if (streq(irs, "auto")) { // Auto means either lines end in "\n" or "\r\n" (LF or CRLF). In // either case the final character is "\n". Then for autodetect we // simply check if there's a character in the line before the '\n', and // if that is '\r'. pstate->irs = "\n"; pstate->irslen = 1; plrec_reader->pprocess_func = (pstate->ifslen == 1 && pstate->ipslen == 1) ? lrec_reader_stdio_dkvp_process_single_irs_single_others_auto_line_term : lrec_reader_stdio_dkvp_process_single_irs_multi_others_auto_line_term; } else if (pstate->irslen == 1) { plrec_reader->pprocess_func = (pstate->ifslen == 1) ? &lrec_reader_stdio_dkvp_process_single_irs_single_others : &lrec_reader_stdio_dkvp_process_single_irs_multi_others; } else { plrec_reader->pprocess_func = (pstate->ifslen == 1) ? &lrec_reader_stdio_dkvp_process_multi_irs_single_others : &lrec_reader_stdio_dkvp_process_multi_irs_multi_others; } plrec_reader->psof_func = lrec_reader_stdio_dkvp_sof; plrec_reader->pfree_func = lrec_reader_stdio_dkvp_free; return plrec_reader; } static void lrec_reader_stdio_dkvp_free(lrec_reader_t* preader) { free(preader->pvstate); free(preader); } // No-op for stateless readers such as this one. static void lrec_reader_stdio_dkvp_sof(void* pvstate, void* pvhandle) { } // ---------------------------------------------------------------- static lrec_t* lrec_reader_stdio_dkvp_process_single_irs_single_others_auto_line_term( void* pvstate, void* pvhandle, context_t* pctx) { FILE* input_stream = pvhandle; lrec_reader_stdio_dkvp_state_t* pstate = pvstate; char* line = pstate->comment_handling == COMMENTS_ARE_DATA ? mlr_alloc_read_line_single_delimiter(input_stream, pstate->irs[0], &pstate->line_length, TRUE, pctx) : mlr_alloc_read_line_single_delimiter_stripping_comments(input_stream, pstate->irs[0], &pstate->line_length, TRUE, pstate->comment_handling, pstate->comment_string, pctx); if (line == NULL) { return NULL; } else { return lrec_parse_stdio_dkvp_single_sep(line, pstate->ifs[0], pstate->ips[0], pstate->allow_repeat_ifs); } } static lrec_t* lrec_reader_stdio_dkvp_process_single_irs_multi_others_auto_line_term( void* pvstate, void* pvhandle, context_t* pctx) { FILE* input_stream = pvhandle; lrec_reader_stdio_dkvp_state_t* pstate = pvstate; char* line = pstate->comment_handling == COMMENTS_ARE_DATA ? mlr_alloc_read_line_single_delimiter(input_stream, pstate->irs[0], &pstate->line_length, TRUE, pctx) : mlr_alloc_read_line_single_delimiter_stripping_comments(input_stream, pstate->irs[0], &pstate->line_length, TRUE, pstate->comment_handling, pstate->comment_string, pctx); if (line == NULL) { return NULL; } else { return lrec_parse_stdio_dkvp_multi_sep(line, pstate->ifs, pstate->ips, pstate->ifslen, pstate->ipslen, pstate->allow_repeat_ifs); } } static lrec_t* lrec_reader_stdio_dkvp_process_single_irs_single_others(void* pvstate, void* pvhandle, context_t* pctx) { FILE* input_stream = pvhandle; lrec_reader_stdio_dkvp_state_t* pstate = pvstate; char* line = pstate->comment_handling == COMMENTS_ARE_DATA ? mlr_alloc_read_line_single_delimiter(input_stream, pstate->irs[0], &pstate->line_length, FALSE, pctx) : mlr_alloc_read_line_single_delimiter_stripping_comments(input_stream, pstate->irs[0], &pstate->line_length, FALSE, pstate->comment_handling, pstate->comment_string, pctx); if (line == NULL) return NULL; else return lrec_parse_stdio_dkvp_single_sep(line, pstate->ifs[0], pstate->ips[0], pstate->allow_repeat_ifs); } static lrec_t* lrec_reader_stdio_dkvp_process_single_irs_multi_others(void* pvstate, void* pvhandle, context_t* pctx) { FILE* input_stream = pvhandle; lrec_reader_stdio_dkvp_state_t* pstate = pvstate; char* line = pstate->comment_handling == COMMENTS_ARE_DATA ? mlr_alloc_read_line_single_delimiter(input_stream, pstate->irs[0], &pstate->line_length, FALSE, pctx) : mlr_alloc_read_line_single_delimiter_stripping_comments(input_stream, pstate->irs[0], &pstate->line_length, FALSE, pstate->comment_handling, pstate->comment_string, pctx); if (line == NULL) return NULL; else return lrec_parse_stdio_dkvp_multi_sep(line, pstate->ifs, pstate->ips, pstate->ifslen, pstate->ipslen, pstate->allow_repeat_ifs); } static lrec_t* lrec_reader_stdio_dkvp_process_multi_irs_single_others(void* pvstate, void* pvhandle, context_t* pctx) { lrec_reader_stdio_dkvp_state_t* pstate = pvstate; FILE* input_stream = pvhandle; char* line = pstate->comment_handling == COMMENTS_ARE_DATA ? mlr_alloc_read_line_multiple_delimiter(input_stream, pstate->irs, pstate->irslen, &pstate->line_length) : mlr_alloc_read_line_multiple_delimiter_stripping_comments(input_stream, pstate->irs, pstate->irslen, &pstate->line_length, pstate->comment_handling, pstate->comment_string); if (line == NULL) return NULL; else return lrec_parse_stdio_dkvp_single_sep(line, pstate->ifs[0], pstate->ips[0], pstate->allow_repeat_ifs); } static lrec_t* lrec_reader_stdio_dkvp_process_multi_irs_multi_others(void* pvstate, void* pvhandle, context_t* pctx) { lrec_reader_stdio_dkvp_state_t* pstate = pvstate; FILE* input_stream = pvhandle; char* line = pstate->comment_handling == COMMENTS_ARE_DATA ? mlr_alloc_read_line_multiple_delimiter(input_stream, pstate->irs, pstate->irslen, &pstate->line_length) : mlr_alloc_read_line_multiple_delimiter_stripping_comments(input_stream, pstate->irs, pstate->irslen, &pstate->line_length, pstate->comment_handling, pstate->comment_string); if (line == NULL) return NULL; else return lrec_parse_stdio_dkvp_multi_sep(line, pstate->ifs, pstate->ips, pstate->ifslen, pstate->ipslen, pstate->allow_repeat_ifs); } // ---------------------------------------------------------------- // "abc=def,ghi=jkl" // P F P // S S S // "abc" "def" "ghi" "jkl" // I couldn't find a performance gain using stdlib index(3) ... *maybe* even a // fraction of a percent *slower*. lrec_t* lrec_parse_stdio_dkvp_single_sep(char* line, char ifs, char ips, int allow_repeat_ifs) { lrec_t* prec = lrec_dkvp_alloc(line); // It would be easier to split the line on field separator (e.g. ","), then // split each key-value pair on pair separator (e.g. "="). But, that // requires two passes through the data. Here we do it in one pass. int idx = 0; char* p = line; if (allow_repeat_ifs) { while (*p == ifs) p++; } char* key = p; char* value = p; int saw_ps = FALSE; for ( ; *p; ) { if (*p == ifs) { saw_ps = FALSE; *p = 0; idx++; if (*key == 0 || value <= key) { // E.g the pair has no equals sign: "a" rather than "a=1" or // "a=". Here we use the positional index as the key. This way // DKVP is a generalization of NIDX. char free_flags = 0; lrec_put(prec, low_int_to_string(idx, &free_flags), value, free_flags); } else { lrec_put(prec, key, value, NO_FREE); } p++; if (allow_repeat_ifs) { while (*p == ifs) p++; } key = p; value = p; } else if (*p == ips && !saw_ps) { *p = 0; p++; value = p; saw_ps = TRUE; } else { p++; } } idx++; if (allow_repeat_ifs && *key == 0 && *value == 0) { ; // OK } else { if (*key == 0 || value <= key) { char free_flags = 0; lrec_put(prec, low_int_to_string(idx, &free_flags), value, free_flags); } else { lrec_put(prec, key, value, NO_FREE); } } return prec; } lrec_t* lrec_parse_stdio_dkvp_multi_sep(char* line, char* ifs, char* ips, int ifslen, int ipslen, int allow_repeat_ifs) { lrec_t* prec = lrec_dkvp_alloc(line); // It would be easier to split the line on field separator (e.g. ","), then // split each key-value pair on pair separator (e.g. "="). But, that // requires two passes through the data. Here we do it in one pass. int idx = 0; char* p = line; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } char* key = p; char* value = p; int saw_ps = FALSE; for ( ; *p; ) { if (streqn(p, ifs, ifslen)) { saw_ps = FALSE; *p = 0; idx++; if (*key == 0 || value <= key) { // E.g the pair has no equals sign: "a" rather than "a=1" or // "a=". Here we use the positional index as the key. This way // DKVP is a generalization of NIDX. char free_flags = 0; lrec_put(prec, low_int_to_string(idx, &free_flags), value, free_flags); } else { lrec_put(prec, key, value, NO_FREE); } p += ifslen; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } key = p; value = p; } else if (streqn(p, ips, ipslen) && !saw_ps) { *p = 0; p += ipslen; value = p; saw_ps = TRUE; } else { p++; } } idx++; if (allow_repeat_ifs && *key == 0 && *value == 0) { ; // OK } else { if (*key == 0 || value <= key) { char free_flags = 0; lrec_put(prec, low_int_to_string(idx, &free_flags), value, free_flags); } else { lrec_put(prec, key, value, NO_FREE); } } return prec; } miller-5.6.2/c/input/lrec_reader_stdio_json.c000066400000000000000000000205711354153536500212560ustar00rootroot00000000000000// ================================================================ // Note: there are multiple process methods with a lot of code duplication. // This is intentional. Much of Miller's measured processing time is in the // lrec-reader process methods. This is code which needs to execute on every // byte of input and even moving a single runtime if-statement into a // function-pointer assignment at alloc time can have noticeable effects on // performance (5-10% in some cases). // ================================================================ // ================================================================ // This has at present a lot of code duplication with lrec_reader_mmap_json. // This is because we read the entire input file into memory and get a pointer // to it, which is a lot like mmap. At some future point we may implement a // streaming JSON parser at which point the two files would diverge. // ================================================================ #include #include #include "cli/comment_handling.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "input/file_ingestor_stdio.h" #include "input/lrec_readers.h" #include "input/json_parser.h" #include "input/mlr_json_adapter.h" typedef struct _lrec_reader_stdio_json_state_t { // The list of top-level JSON objects is backed by the file contents. The records are in turn // backed by the top-level JSON objects. This means the latter should not be freed while // the records are in used. (This is done to reduce data copies, for performance: we can // manipulate pointers to strings rather than copying strings.) // // In particular, in the multifile-input case, we need to keep *all* parsed JSON (and // not free one file's data when we proceed to the next) since records with pointers // into the parsed JSON may still be in use -- e.g. mlr sort. sllv_t* ptop_level_json_objects; sllv_t* precords; char* input_json_flatten_separator; json_array_ingest_t json_array_ingest; char* specified_line_term; int do_auto_line_term; char* detected_line_term; comment_handling_t comment_handling; char* comment_string; } lrec_reader_stdio_json_state_t; static void lrec_reader_stdio_json_free(lrec_reader_t* preader); static void lrec_reader_stdio_json_sof(void* pvstate, void* pvhandle); static lrec_t* lrec_reader_stdio_json_process(void* pvstate, void* pvhandle, context_t* pctx); // ---------------------------------------------------------------- lrec_reader_t* lrec_reader_stdio_json_alloc(char* input_json_flatten_separator, json_array_ingest_t json_array_ingest, char* line_term, comment_handling_t comment_handling, char* comment_string) { lrec_reader_t* plrec_reader = mlr_malloc_or_die(sizeof(lrec_reader_t)); lrec_reader_stdio_json_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_reader_stdio_json_state_t)); pstate->ptop_level_json_objects = sllv_alloc(); pstate->precords = sllv_alloc(); pstate->input_json_flatten_separator = input_json_flatten_separator; pstate->json_array_ingest = json_array_ingest; pstate->specified_line_term = line_term; pstate->do_auto_line_term = FALSE; pstate->detected_line_term = "\n"; // xxx adapt to MLR_GLOBALS/ctx-const for Windows port pstate->comment_handling = comment_handling; pstate->comment_string = comment_string; if (streq(line_term, "auto")) { pstate->do_auto_line_term = TRUE; } plrec_reader->pvstate = (void*)pstate; plrec_reader->popen_func = file_ingestor_stdio_vopen; plrec_reader->pclose_func = file_ingestor_stdio_nop_vclose; plrec_reader->pprocess_func = lrec_reader_stdio_json_process; plrec_reader->psof_func = lrec_reader_stdio_json_sof; plrec_reader->pfree_func = lrec_reader_stdio_json_free; return plrec_reader; } static void lrec_reader_stdio_json_free(lrec_reader_t* preader) { lrec_reader_stdio_json_state_t* pstate = preader->pvstate; for (sllve_t* pe = pstate->ptop_level_json_objects->phead; pe != NULL; pe = pe->pnext) { json_value_t* top_level_json_object = pe->pvvalue; json_free_value(top_level_json_object); } sllv_free(pstate->ptop_level_json_objects); for (sllve_t* pf = pstate->precords->phead; pf != NULL; pf = pf->pnext) { lrec_t* prec = pf->pvvalue; lrec_free(prec); } sllv_free(pstate->precords); pstate->precords = NULL; free(pstate); free(preader); } // The stdio-JSON lrec-reader is non-streaming: we ingest all records here in the start-of-file hook. // Then in the process method we pop one lrec off the list at a time, until they are all exhausted. // This is in contrast to other Miller lrec-readers. // // It would be possible to extend the streaming framework to also have an end-of-file hook // which we could use here to free parsed-JSON data. However, we simply leverage the start-of-file // hook for the *next* file (if any) or the free method (if not): these free parsed-JSON structures // from the previous file (if any). static void lrec_reader_stdio_json_sof(void* pvstate, void* pvhandle) { lrec_reader_stdio_json_state_t* pstate = pvstate; file_ingestor_stdio_state_t* phandle = pvhandle; json_char* json_input = (json_char*)phandle->sof; json_value_t* parsed_top_level_json; json_char error_buf[JSON_ERROR_MAX]; // This enables us to handle input of the form // // { "a" : 1 } // { "b" : 2 } // { "c" : 3 } // // in addition to // // [ // { "a" : 1 } // { "b" : 2 } // { "c" : 3 } // ] // // This is in line with what jq can handle. In this case, json_parse will return // once for each top-level item and will give us back a pointer to the start of // the rest of the input stream, so we can call json_parse on the rest until it is // all exhausted. json_char* item_start = json_input; int length = phandle->eof - phandle->sof; char* detected_line_term = NULL; if (pstate->do_auto_line_term) { // Find the first line-ending sequence (if any): LF or CRLF. for (char* p = phandle->sof; p < phandle->eof; p++) { if (p[0] == '\n') { if (p > phandle->sof && p[-1] == '\r') { detected_line_term = "\r\n"; } else { detected_line_term = "\n"; } break; } } } // Skip comments. For JSON, we ingest the entire blob, this is a matter of finding and iterating over lines. // Miller data comments must be at start of line. if (pstate->comment_handling != COMMENTS_ARE_DATA) { char* line_term = pstate->specified_line_term; if (pstate->do_auto_line_term && detected_line_term != NULL) line_term = detected_line_term; mlr_json_strip_comments(phandle->sof, phandle->eof, pstate->comment_handling, pstate->comment_string, line_term); } mlr_json_end_strip(phandle->sof, &phandle->eof); length = phandle->eof - phandle->sof; if (length > 0) { while (TRUE) { parsed_top_level_json = json_parse(item_start, length, error_buf, &item_start); if (parsed_top_level_json == NULL) { fprintf(stderr, "%s: Unable to parse JSON data: %s\n", MLR_GLOBALS.bargv0, error_buf); exit(1); } // The lrecs have their string pointers pointing into the parsed-JSON objects (for // efficiency) so it's important we not free the latter until our free method. if (!reference_json_objects_as_lrecs(pstate->precords, parsed_top_level_json, pstate->input_json_flatten_separator, pstate->json_array_ingest)) { fprintf(stderr, "%s: Unable to parse JSON data.\n", MLR_GLOBALS.bargv0); exit(1); } if (item_start == NULL) break; if (*item_start == 0) break; length -= (item_start - json_input); json_input = item_start; // json_parse goes up to the '\r' or '\n' (whichever is found first) on the first // parse, then keeps going from there on the next. E.g. in the CRLF case it // consumes the CR at the end of the first read and consumes the LF at the start // of the second, and so on. After the very last parse, we need to here consume // the final '\n' which is (by itself) a parse error. if (length == 1 && *(char*)json_input == '\n') { break; } } } if (detected_line_term != NULL) { pstate->detected_line_term = detected_line_term; } } // ---------------------------------------------------------------- static lrec_t* lrec_reader_stdio_json_process(void* pvstate, void* pvhandle, context_t* pctx) { lrec_reader_stdio_json_state_t* pstate = pvstate; if (pstate->do_auto_line_term) { context_set_autodetected_line_term(pctx, pstate->detected_line_term); } return sllv_pop(pstate->precords); } miller-5.6.2/c/input/lrec_reader_stdio_nidx.c000066400000000000000000000234451354153536500212520ustar00rootroot00000000000000// ================================================================ // Note: there are multiple process methods with a lot of code duplication. // This is intentional. Much of Miller's measured processing time is in the // lrec-reader process methods. This is code which needs to execute on every // byte of input and even moving a single runtime if-statement into a // function-pointer assignment at alloc time can have noticeable effects on // performance (5-10% in some cases). // ================================================================ #include #include "cli/comment_handling.h" #include "lib/mlrutil.h" #include "input/file_reader_stdio.h" #include "input/line_readers.h" #include "input/lrec_readers.h" typedef struct _lrec_reader_stdio_nidx_state_t { char* irs; char* ifs; int irslen; int ifslen; int allow_repeat_ifs; comment_handling_t comment_handling; char* comment_string; size_t line_length; } lrec_reader_stdio_nidx_state_t; static void lrec_reader_stdio_nidx_free(lrec_reader_t* preader); static void lrec_reader_stdio_nidx_sof(void* pvstate, void* pvhandle); static lrec_t* lrec_reader_stdio_nidx_process_single_irs_single_ifs_auto_line_term(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_stdio_nidx_process_single_irs_multi_ifs_auto_line_term(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_stdio_nidx_process_single_irs_single_ifs(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_stdio_nidx_process_single_irs_multi_ifs(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_stdio_nidx_process_multi_irs_single_ifs(void* pvstate, void* pvhandle, context_t* pctx); static lrec_t* lrec_reader_stdio_nidx_process_multi_irs_multi_ifs(void* pvstate, void* pvhandle, context_t* pctx); // ---------------------------------------------------------------- lrec_reader_t* lrec_reader_stdio_nidx_alloc(char* irs, char* ifs, int allow_repeat_ifs, comment_handling_t comment_handling, char* comment_string) { lrec_reader_t* plrec_reader = mlr_malloc_or_die(sizeof(lrec_reader_t)); lrec_reader_stdio_nidx_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_reader_stdio_nidx_state_t)); pstate->irs = irs; pstate->ifs = ifs; pstate->irslen = strlen(irs); pstate->ifslen = strlen(ifs); pstate->allow_repeat_ifs = allow_repeat_ifs; pstate->comment_handling = comment_handling; pstate->comment_string = comment_string; // This is used to track nominal line length over the file read. Bootstrap with a default length. pstate->line_length = MLR_ALLOC_READ_LINE_INITIAL_SIZE; plrec_reader->pvstate = (void*)pstate; plrec_reader->popen_func = file_reader_stdio_vopen; plrec_reader->pclose_func = file_reader_stdio_vclose; if (streq(irs, "auto")) { // Auto means either lines end in "\n" or "\r\n" (LF or CRLF). In // either case the final character is "\n". Then for autodetect we // simply check if there's a character in the line before the '\n', and // if that is '\r'. pstate->irs = "\n"; pstate->irslen = 1; plrec_reader->pprocess_func = (pstate->ifslen == 1) ? lrec_reader_stdio_nidx_process_single_irs_single_ifs_auto_line_term : lrec_reader_stdio_nidx_process_single_irs_multi_ifs_auto_line_term; } else if (pstate->irslen == 1) { plrec_reader->pprocess_func = (pstate->ifslen == 1) ? &lrec_reader_stdio_nidx_process_single_irs_single_ifs : &lrec_reader_stdio_nidx_process_single_irs_multi_ifs; } else { plrec_reader->pprocess_func = (pstate->ifslen == 1) ? &lrec_reader_stdio_nidx_process_multi_irs_single_ifs : &lrec_reader_stdio_nidx_process_multi_irs_multi_ifs; } plrec_reader->psof_func = lrec_reader_stdio_nidx_sof; plrec_reader->pfree_func = lrec_reader_stdio_nidx_free; return plrec_reader; } static void lrec_reader_stdio_nidx_free(lrec_reader_t* preader) { free(preader->pvstate); free(preader); } // No-op for stateless readers such as this one. static void lrec_reader_stdio_nidx_sof(void* pvstate, void* pvhandle) { } // ---------------------------------------------------------------- static lrec_t* lrec_reader_stdio_nidx_process_single_irs_single_ifs_auto_line_term(void* pvstate, void* pvhandle, context_t* pctx) { FILE* input_stream = pvhandle; lrec_reader_stdio_nidx_state_t* pstate = pvstate; char* line = pstate->comment_handling == COMMENTS_ARE_DATA ? mlr_alloc_read_line_single_delimiter(input_stream, pstate->irs[0], &pstate->line_length, TRUE, pctx) : mlr_alloc_read_line_single_delimiter_stripping_comments(input_stream, pstate->irs[0], &pstate->line_length, TRUE, pstate->comment_handling, pstate->comment_string, pctx); if (line == NULL) { return NULL; } else { return lrec_parse_stdio_nidx_single_sep(line, pstate->ifs[0], pstate->allow_repeat_ifs); } } static lrec_t* lrec_reader_stdio_nidx_process_single_irs_multi_ifs_auto_line_term(void* pvstate, void* pvhandle, context_t* pctx) { FILE* input_stream = pvhandle; lrec_reader_stdio_nidx_state_t* pstate = pvstate; char* line = pstate->comment_handling == COMMENTS_ARE_DATA ? mlr_alloc_read_line_single_delimiter(input_stream, pstate->irs[0], &pstate->line_length, TRUE, pctx) : mlr_alloc_read_line_single_delimiter_stripping_comments(input_stream, pstate->irs[0], &pstate->line_length, TRUE, pstate->comment_handling, pstate->comment_string, pctx); if (line == NULL) { return NULL; } else { return lrec_parse_stdio_nidx_multi_sep(line, pstate->ifs, pstate->ifslen, pstate->allow_repeat_ifs); } } static lrec_t* lrec_reader_stdio_nidx_process_single_irs_single_ifs(void* pvstate, void* pvhandle, context_t* pctx) { FILE* input_stream = pvhandle; lrec_reader_stdio_nidx_state_t* pstate = pvstate; char* line = pstate->comment_handling == COMMENTS_ARE_DATA ? mlr_alloc_read_line_single_delimiter(input_stream, pstate->irs[0], &pstate->line_length, FALSE, pctx) : mlr_alloc_read_line_single_delimiter_stripping_comments(input_stream, pstate->irs[0], &pstate->line_length, FALSE, pstate->comment_handling, pstate->comment_string, pctx); if (line == NULL) return NULL; else return lrec_parse_stdio_nidx_single_sep(line, pstate->ifs[0], pstate->allow_repeat_ifs); } static lrec_t* lrec_reader_stdio_nidx_process_single_irs_multi_ifs(void* pvstate, void* pvhandle, context_t* pctx) { FILE* input_stream = pvhandle; lrec_reader_stdio_nidx_state_t* pstate = pvstate; char* line = pstate->comment_handling == COMMENTS_ARE_DATA ? mlr_alloc_read_line_single_delimiter(input_stream, pstate->irs[0], &pstate->line_length, FALSE, pctx) : mlr_alloc_read_line_single_delimiter_stripping_comments(input_stream, pstate->irs[0], &pstate->line_length, FALSE, pstate->comment_handling, pstate->comment_string, pctx); if (line == NULL) return NULL; else return lrec_parse_stdio_nidx_multi_sep(line, pstate->ifs, pstate->ifslen, pstate->allow_repeat_ifs); } static lrec_t* lrec_reader_stdio_nidx_process_multi_irs_single_ifs(void* pvstate, void* pvhandle, context_t* pctx) { lrec_reader_stdio_nidx_state_t* pstate = pvstate; FILE* input_stream = pvhandle; char* line = pstate->comment_handling == COMMENTS_ARE_DATA ? mlr_alloc_read_line_multiple_delimiter(input_stream, pstate->irs, pstate->irslen, &pstate->line_length) : mlr_alloc_read_line_multiple_delimiter_stripping_comments(input_stream, pstate->irs, pstate->irslen, &pstate->line_length, pstate->comment_handling, pstate->comment_string); if (line == NULL) return NULL; else return lrec_parse_stdio_nidx_single_sep(line, pstate->ifs[0], pstate->allow_repeat_ifs); } static lrec_t* lrec_reader_stdio_nidx_process_multi_irs_multi_ifs(void* pvstate, void* pvhandle, context_t* pctx) { lrec_reader_stdio_nidx_state_t* pstate = pvstate; FILE* input_stream = pvhandle; char* line = pstate->comment_handling == COMMENTS_ARE_DATA ? mlr_alloc_read_line_multiple_delimiter(input_stream, pstate->irs, pstate->irslen, &pstate->line_length) : mlr_alloc_read_line_multiple_delimiter_stripping_comments(input_stream, pstate->irs, pstate->irslen, &pstate->line_length, pstate->comment_handling, pstate->comment_string); if (line == NULL) return NULL; else return lrec_parse_stdio_nidx_multi_sep(line, pstate->ifs, pstate->ifslen, pstate->allow_repeat_ifs); } // ---------------------------------------------------------------- lrec_t* lrec_parse_stdio_nidx_single_sep(char* line, char ifs, int allow_repeat_ifs) { lrec_t* prec = lrec_nidx_alloc(line); int idx = 0; char free_flags = 0; char* p = line; if (allow_repeat_ifs) { while (*p == ifs) p++; } char* key = NULL; char* value = p; for ( ; *p; ) { if (*p == ifs) { *p = 0; idx++; key = low_int_to_string(idx, &free_flags); lrec_put(prec, key, value, free_flags); p++; if (allow_repeat_ifs) { while (*p == ifs) p++; } value = p; } else { p++; } } idx++; if (allow_repeat_ifs && *value == 0) { ; // OK } else { key = low_int_to_string(idx, &free_flags); lrec_put(prec, key, value, free_flags); } return prec; } // ---------------------------------------------------------------- lrec_t* lrec_parse_stdio_nidx_multi_sep(char* line, char* ifs, int ifslen, int allow_repeat_ifs) { lrec_t* prec = lrec_nidx_alloc(line); int idx = 0; char free_flags = 0; char* p = line; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } char* key = NULL; char* value = p; for ( ; *p; ) { if (streqn(p, ifs, ifslen)) { *p = 0; idx++; key = low_int_to_string(idx, &free_flags); lrec_put(prec, key, value, free_flags); p += ifslen; if (allow_repeat_ifs) { while (streqn(p, ifs, ifslen)) p += ifslen; } value = p; } else { p++; } } idx++; if (allow_repeat_ifs && *value == 0) { ; // OK } else { key = low_int_to_string(idx, &free_flags); lrec_put(prec, key, value, free_flags); } return prec; } miller-5.6.2/c/input/lrec_reader_stdio_xtab.c000066400000000000000000000137361354153536500212500ustar00rootroot00000000000000// ================================================================ // Note: there are multiple process methods with a lot of code duplication. // This is intentional. Much of Miller's measured processing time is in the // lrec-reader process methods. This is code which needs to execute on every // byte of input and even moving a single runtime if-statement into a // function-pointer assignment at alloc time can have noticeable effects on // performance (5-10% in some cases). // ================================================================ #include #include #include "cli/comment_handling.h" #include "lib/mlrutil.h" #include "input/file_reader_stdio.h" #include "input/line_readers.h" #include "input/lrec_readers.h" typedef struct _lrec_reader_stdio_xtab_state_t { char* ifs; char* ips; int ifslen; int ipslen; int allow_repeat_ips; int do_auto_line_term; int at_eof; comment_handling_t comment_handling; char* comment_string; size_t line_length; } lrec_reader_stdio_xtab_state_t; static void lrec_reader_stdio_xtab_free(lrec_reader_t* preader); static void lrec_reader_stdio_xtab_sof(void* pvstate, void* pvhandle); static lrec_t* lrec_reader_stdio_xtab_process(void* pvstate, void* pvhandle, context_t* pctx); // ---------------------------------------------------------------- lrec_reader_t* lrec_reader_stdio_xtab_alloc(char* ifs, char* ips, int allow_repeat_ips, comment_handling_t comment_handling, char* comment_string) { lrec_reader_t* plrec_reader = mlr_malloc_or_die(sizeof(lrec_reader_t)); lrec_reader_stdio_xtab_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_reader_stdio_xtab_state_t)); pstate->ifs = ifs; pstate->ips = ips; pstate->ifslen = strlen(ifs); pstate->ipslen = strlen(ips); pstate->allow_repeat_ips = allow_repeat_ips; pstate->do_auto_line_term = FALSE; pstate->at_eof = FALSE; pstate->comment_handling = comment_handling; pstate->comment_string = comment_string; // This is used to track nominal line length over the file read. Bootstrap with a default length. pstate->line_length = MLR_ALLOC_READ_LINE_INITIAL_SIZE; if (streq(ifs, "auto")) { pstate->do_auto_line_term = TRUE; pstate->ifs = "\n"; pstate->ifslen = 1; } plrec_reader->pvstate = (void*)pstate; plrec_reader->popen_func = file_reader_stdio_vopen; plrec_reader->pclose_func = file_reader_stdio_vclose; plrec_reader->pprocess_func = lrec_reader_stdio_xtab_process; plrec_reader->psof_func = lrec_reader_stdio_xtab_sof; plrec_reader->pfree_func = lrec_reader_stdio_xtab_free; return plrec_reader; } static void lrec_reader_stdio_xtab_free(lrec_reader_t* preader) { free(preader->pvstate); free(preader); } static void lrec_reader_stdio_xtab_sof(void* pvstate, void* pvhandle) { lrec_reader_stdio_xtab_state_t* pstate = pvstate; pstate->at_eof = FALSE; } // ---------------------------------------------------------------- static lrec_t* lrec_reader_stdio_xtab_process(void* pvstate, void* pvhandle, context_t* pctx) { FILE* input_stream = pvhandle; lrec_reader_stdio_xtab_state_t* pstate = pvstate; if (pstate->at_eof) return NULL; slls_t* pxtab_lines = slls_alloc(); while (TRUE) { char* line = NULL; if (pstate->comment_handling == COMMENTS_ARE_DATA) { if (pstate->ifslen == 1) line = mlr_alloc_read_line_single_delimiter(input_stream, pstate->ifs[0], &pstate->line_length, pstate->do_auto_line_term, pctx); else line = mlr_alloc_read_line_multiple_delimiter(input_stream, pstate->ifs, pstate->ifslen, &pstate->line_length); } else { if (pstate->ifslen == 1) line = mlr_alloc_read_line_single_delimiter_stripping_comments(input_stream, pstate->ifs[0], &pstate->line_length, pstate->do_auto_line_term, pstate->comment_handling, pstate->comment_string, pctx); else line = mlr_alloc_read_line_multiple_delimiter_stripping_comments(input_stream, pstate->ifs, pstate->ifslen, &pstate->line_length, pstate->comment_handling, pstate->comment_string); } if (line == NULL) { // EOF // EOF or blank line terminates the stanza. pstate->at_eof = TRUE; if (pxtab_lines->length == 0) { slls_free(pxtab_lines); return NULL; } else { return (pstate->ipslen == 1) ? lrec_parse_stdio_xtab_single_ips(pxtab_lines, pstate->ips[0], pstate->allow_repeat_ips) : lrec_parse_stdio_xtab_multi_ips(pxtab_lines, pstate->ips, pstate->ipslen, pstate->allow_repeat_ips); } } else if (*line == '\0') { free(line); if (pxtab_lines->length > 0) { return (pstate->ipslen == 1) ? lrec_parse_stdio_xtab_single_ips(pxtab_lines, pstate->ips[0], pstate->allow_repeat_ips) : lrec_parse_stdio_xtab_multi_ips(pxtab_lines, pstate->ips, pstate->ipslen, pstate->allow_repeat_ips); } } else { slls_append_with_free(pxtab_lines, line); } } } // ---------------------------------------------------------------- lrec_t* lrec_parse_stdio_xtab_single_ips(slls_t* pxtab_lines, char ips, int allow_repeat_ips) { lrec_t* prec = lrec_xtab_alloc(pxtab_lines); for (sllse_t* pe = pxtab_lines->phead; pe != NULL; pe = pe->pnext) { char* line = pe->value; char* p = line; char* key = p; while (*p != 0 && *p != ips) p++; if (*p == 0) { lrec_put(prec, key, "", NO_FREE); } else { while (*p != 0 && *p == ips) { *p = 0; p++; } lrec_put(prec, key, p, NO_FREE); } } return prec; } lrec_t* lrec_parse_stdio_xtab_multi_ips(slls_t* pxtab_lines, char* ips, int ipslen, int allow_repeat_ips) { lrec_t* prec = lrec_xtab_alloc(pxtab_lines); for (sllse_t* pe = pxtab_lines->phead; pe != NULL; pe = pe->pnext) { char* line = pe->value; char* p = line; char* key = p; while (*p != 0 && !streqn(p, ips, ipslen)) p++; // Advance by only 1 in case of subsequent match if (*p == 0) { lrec_put(prec, key, "", NO_FREE); } else { while (*p != 0 && streqn(p, ips, ipslen)) { *p = 0; p += ipslen; } lrec_put(prec, key, p, NO_FREE); } } return prec; } miller-5.6.2/c/input/lrec_readers.c000066400000000000000000000064151354153536500172070ustar00rootroot00000000000000#include "cli/comment_handling.h" #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "input/lrec_readers.h" #include "input/byte_readers.h" lrec_reader_t* lrec_reader_alloc(cli_reader_opts_t* popts) { if (streq(popts->ifile_fmt, "gen")) { generator_opts_t* pgopts = &popts->generator_opts; return lrec_reader_gen_alloc(pgopts->field_name, pgopts->start, pgopts->stop, pgopts->step); } else if (streq(popts->ifile_fmt, "dkvp")) { if (popts->use_mmap_for_read) return lrec_reader_mmap_dkvp_alloc(popts->irs, popts->ifs, popts->ips, popts->allow_repeat_ifs, popts->comment_handling, popts->comment_string); else return lrec_reader_stdio_dkvp_alloc(popts->irs, popts->ifs, popts->ips, popts->allow_repeat_ifs, popts->comment_handling, popts->comment_string); } else if (streq(popts->ifile_fmt, "csv")) { if (popts->use_mmap_for_read) return lrec_reader_mmap_csv_alloc(popts->irs, popts->ifs, popts->use_implicit_csv_header, popts->allow_ragged_csv_input, popts->comment_handling, popts->comment_string); else return lrec_reader_stdio_csv_alloc(popts->irs, popts->ifs, popts->use_implicit_csv_header, popts->allow_ragged_csv_input, popts->comment_handling, popts->comment_string); } else if (streq(popts->ifile_fmt, "csvlite")) { if (popts->use_mmap_for_read) return lrec_reader_mmap_csvlite_alloc(popts->irs, popts->ifs, popts->allow_repeat_ifs, popts->use_implicit_csv_header, popts->allow_ragged_csv_input, popts->comment_handling, popts->comment_string); else return lrec_reader_stdio_csvlite_alloc(popts->irs, popts->ifs, popts->allow_repeat_ifs, popts->use_implicit_csv_header, popts->allow_ragged_csv_input, popts->comment_handling, popts->comment_string); } else if (streq(popts->ifile_fmt, "nidx")) { if (popts->use_mmap_for_read) return lrec_reader_mmap_nidx_alloc(popts->irs, popts->ifs, popts->allow_repeat_ifs, popts->comment_handling, popts->comment_string); else return lrec_reader_stdio_nidx_alloc(popts->irs, popts->ifs, popts->allow_repeat_ifs, popts->comment_handling, popts->comment_string); } else if (streq(popts->ifile_fmt, "xtab")) { // Use stdio-xtab for comment handling; not supported in the mmap-xtab reader. if (popts->use_mmap_for_read && popts->comment_string == NULL) return lrec_reader_mmap_xtab_alloc(popts->ifs, popts->ips, popts->allow_repeat_ips, popts->comment_handling, popts->comment_string); else return lrec_reader_stdio_xtab_alloc(popts->ifs, popts->ips, popts->allow_repeat_ips, popts->comment_handling, popts->comment_string); } else if (streq(popts->ifile_fmt, "json")) { if (popts->use_mmap_for_read) return lrec_reader_mmap_json_alloc(popts->input_json_flatten_separator, popts->json_array_ingest, popts->irs, popts->comment_handling, popts->comment_string); else return lrec_reader_stdio_json_alloc(popts->input_json_flatten_separator, popts->json_array_ingest, popts->irs, popts->comment_handling, popts->comment_string); } else { return NULL; } } lrec_reader_t* lrec_reader_alloc_or_die(cli_reader_opts_t* popts) { lrec_reader_t* plrec_reader = lrec_reader_alloc(popts); if (plrec_reader == NULL) { fprintf(stderr, "%s: unrecognized input-file format \"%s\".\n", MLR_GLOBALS.bargv0, popts->ifile_fmt); exit(1); } return plrec_reader; } miller-5.6.2/c/input/lrec_readers.h000066400000000000000000000105521354153536500172110ustar00rootroot00000000000000#ifndef LREC_READERS_H #define LREC_READERS_H #include "cli/mlrcli.h" #include "cli/comment_handling.h" #include "input/lrec_reader.h" // ---------------------------------------------------------------- // Primary entry points lrec_reader_t* lrec_reader_alloc(cli_reader_opts_t* popts); lrec_reader_t* lrec_reader_alloc_or_die(cli_reader_opts_t* popts); lrec_reader_t* lrec_reader_gen_alloc(char* field_name, unsigned long long start, unsigned long long stop, unsigned long long step); lrec_reader_t* lrec_reader_stdio_csvlite_alloc(char* irs, char* ifs, int allow_repeat_ifs, int use_implicit_csv_header, int allow_ragged_csv_input, comment_handling_t comment_handling, char* comment_string); lrec_reader_t* lrec_reader_stdio_csv_alloc(char* irs, char* ifs, int use_implicit_csv_header, int allow_ragged_csv_input, comment_handling_t comment_handling, char* comment_string); lrec_reader_t* lrec_reader_stdio_dkvp_alloc(char* irs, char* ifs, char* ips, int allow_repeat_ifs, comment_handling_t comment_handling, char* comment_string); lrec_reader_t* lrec_reader_stdio_nidx_alloc(char* irs, char* ifs, int allow_repeat_ifs, comment_handling_t comment_handling, char* comment_string); lrec_reader_t* lrec_reader_stdio_xtab_alloc(char* ifs, char* ips, int allow_repeat_ips, comment_handling_t comment_handling, char* comment_string); lrec_reader_t* lrec_reader_stdio_json_alloc(char* input_json_flatten_separator, json_array_ingest_t json_array_ingest, char* line_term, comment_handling_t comment_handling, char* comment_string); lrec_reader_t* lrec_reader_mmap_csv_alloc(char* irs, char* ifs, int use_implicit_csv_header, int allow_ragged_csv_input, comment_handling_t comment_handling, char* comment_string); lrec_reader_t* lrec_reader_mmap_csvlite_alloc(char* irs, char* ifs, int allow_repeat_ifs, int use_implicit_csv_header, int allow_ragged_csv_input, comment_handling_t comment_handling, char* comment_string); lrec_reader_t* lrec_reader_mmap_dkvp_alloc(char* irs, char* ifs, char* ips, int allow_repeat_ifs, comment_handling_t comment_handling, char* comment_string); lrec_reader_t* lrec_reader_mmap_nidx_alloc(char* irs, char* ifs, int allow_repeat_ifs, comment_handling_t comment_handling, char* comment_string); lrec_reader_t* lrec_reader_mmap_xtab_alloc(char* ifs, char* ips, int allow_repeat_ips, comment_handling_t comment_handling, char* comment_string); lrec_reader_t* lrec_reader_mmap_json_alloc(char* input_json_flatten_separator, json_array_ingest_t json_array_ingest, char* line_term, comment_handling_t comment_handling, char* comment_string); lrec_reader_t* lrec_reader_in_memory_alloc(sllv_t* precords); // ---------------------------------------------------------------- // These entry points are made public for unit test lrec_t* lrec_parse_stdio_nidx_single_sep(char* line, char ifs, int allow_repeat_ifs); lrec_t* lrec_parse_stdio_nidx_multi_sep(char* line, char* ifs, int ifslen, int allow_repeat_ifs); lrec_t* lrec_parse_stdio_dkvp_single_sep(char* line, char ifs, char ips, int allow_repeat_ifs); lrec_t* lrec_parse_stdio_dkvp_multi_sep(char* line, char* ifs, char* ips, int ifslen, int ipslen, int allow_repeat_ifs); slls_t* split_csv_header_line(char* line, char ifs, int allow_repeat_ifs); slls_t* split_csvlite_header_line_single_ifs(char* line, char ifs, int allow_repeat_ifs); slls_t* split_csvlite_header_line_multi_ifs(char* line, char* ifs, int ifslen, int allow_repeat_ifs); lrec_t* lrec_parse_stdio_csvlite_data_line_single_ifs(header_keeper_t* pheader_keeper, char* filename, long long ilno, char* data_line, char ifs, int allow_repeat_ifs, int allow_ragged_csv_input); lrec_t* lrec_parse_stdio_csvlite_data_line_multi_ifs(header_keeper_t* pheader_keeper, char* filename, long long ilno, char* data_line, char* ifs, int ifslen, int allow_repeat_ifs, int allow_ragged_csv_input); lrec_t* lrec_parse_stdio_csvlite_data_line_single_ifs_implicit_header(header_keeper_t* pheader_keeper, char* filename, long long ilno, char* data_line, char ifs, int allow_repeat_ifs); lrec_t* lrec_parse_stdio_csvlite_data_line_multi_ifs_implicit_header(header_keeper_t* pheader_keeper, char* filename, long long ilno, char* data_line, char* ifs, int ifslen, int allow_repeat_ifs); lrec_t* lrec_parse_stdio_xtab_single_ips(slls_t* pxtab_lines, char ips, int allow_repeat_ips); lrec_t* lrec_parse_stdio_xtab_multi_ips(slls_t* pxtab_lines, char* ips, int ipslen, int allow_repeat_ips); #endif // LREC_READERS_H miller-5.6.2/c/input/mlr_json_adapter.c000066400000000000000000000244751354153536500201060ustar00rootroot00000000000000#include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "cli/json_array_ingest.h" #include "input/mlr_json_adapter.h" static lrec_t* validate_millerable_object(json_value_t* pjson_object, char* flatten_sep, json_array_ingest_t json_array_ingest); static int populate_from_nested_object(lrec_t* prec, json_value_t* pjson_object, char* prefix, char* flatten_sep, json_array_ingest_t json_array_ingest); static int populate_from_nested_array(lrec_t* prec, json_value_t* pjson_array, char* prefix, char* flatten_sep, json_array_ingest_t json_array_ingest); // ---------------------------------------------------------------- int reference_json_objects_as_lrecs(sllv_t* precords, json_value_t* ptop_level_json, char* flatten_sep, json_array_ingest_t json_array_ingest) { if (ptop_level_json->type == JSON_ARRAY) { int n = ptop_level_json->u.array.length; for (int i = 0; i < n; i++) { json_value_t* pnext_level_json = ptop_level_json->u.array.values[i]; if (pnext_level_json->type != JSON_OBJECT) { fprintf(stderr, "%s: found non-object (type %s) within top-level array. This is valid but unmillerable JSON.\n", MLR_GLOBALS.bargv0, json_describe_type(ptop_level_json->type)); return FALSE; } lrec_t* prec = validate_millerable_object(pnext_level_json, flatten_sep, json_array_ingest); if (prec == NULL) return FALSE; sllv_append(precords, prec); } } else if (ptop_level_json->type == JSON_OBJECT) { lrec_t* prec = validate_millerable_object(ptop_level_json, flatten_sep, json_array_ingest); if (prec == NULL) return FALSE; sllv_append(precords, prec); } else { fprintf(stderr, "%s: found non-terminal (type %s) at top level. This is valid but unmillerable JSON.\n", MLR_GLOBALS.bargv0, json_describe_type(ptop_level_json->type)); return FALSE; } return TRUE; } // ---------------------------------------------------------------- // Returns NULL if the JSON object is not millerable, else returns a new lrec with string pointers // backed by the JSON object. // // Precondition: the JSON value is assumed to have already been checked to be of type JSON_OBJECT. lrec_t* validate_millerable_object(json_value_t* pjson, char* flatten_sep, json_array_ingest_t json_array_ingest) { lrec_t* prec = lrec_unbacked_alloc(); int n = pjson->u.array.length; for (int i = 0; i < n; i++) { json_object_entry_t* pobject_entry = &pjson->u.object.p.values[i]; char* key = (char*)pobject_entry->name; char* prefix = NULL; json_value_t* pjson_value = pobject_entry->pvalue; switch (pjson_value->type) { case JSON_NONE: lrec_put(prec, key, "", NO_FREE); break; case JSON_NULL: lrec_put(prec, key, "", NO_FREE); break; case JSON_OBJECT: // This could be made more efficient ... the string length is in the json_value_t. prefix = mlr_paste_2_strings(key, flatten_sep); if (!populate_from_nested_object(prec, pjson_value, prefix, flatten_sep, json_array_ingest)) return NULL; free(prefix); break; case JSON_ARRAY: switch (json_array_ingest) { case JSON_ARRAY_INGEST_FATAL: fprintf(stderr, "%s: found array item within JSON object. This is valid but unmillerable JSON.\n" "Use --json-skip-arrays-on-input to exclude these from input without fataling.\n" "Or, --json-map-arrays-on-input to convert them to integer-indexed maps.\n", MLR_GLOBALS.bargv0); return NULL; break; case JSON_ARRAY_INGEST_AS_MAP: prefix = mlr_paste_2_strings(key, flatten_sep); if (!populate_from_nested_array(prec, pjson_value, prefix, flatten_sep, json_array_ingest)) { free(prefix); return NULL; } free(prefix); break; // xxx other cases! default: break; } break; case JSON_STRING: lrec_put(prec, key, pjson_value->u.string.ptr, NO_FREE); break; case JSON_BOOLEAN: lrec_put(prec, key, pjson_value->u.boolean.sval, NO_FREE); break; case JSON_INTEGER: lrec_put(prec, key, pjson_value->u.integer.sval, NO_FREE); break; case JSON_DOUBLE: lrec_put(prec, key, pjson_value->u.dbl.sval, NO_FREE); break; default: MLR_INTERNAL_CODING_ERROR(); break; } } return prec; } // ---------------------------------------------------------------- // Example: the JSON object has { "a": { "b" : 1, "c" : 2 } }. Then we add "a:b" => "1" and "a:c" => "2" // to the lrec. static int populate_from_nested_object(lrec_t* prec, json_value_t* pjson_object, char* prefix, char* flatten_sep, json_array_ingest_t json_array_ingest) { int n = pjson_object->u.object.length; for (int i = 0; i < n; i++) { json_object_entry_t* pobject_entry = &pjson_object->u.object.p.values[i]; char* json_key = (char*)pobject_entry->name; json_value_t* pjson_value = pobject_entry->pvalue; char* lrec_key = mlr_paste_2_strings(prefix, json_key); char* next_prefix = NULL; switch (pjson_value->type) { case JSON_NONE: lrec_put(prec, lrec_key, "", FREE_ENTRY_KEY); break; case JSON_NULL: lrec_put(prec, lrec_key, "", FREE_ENTRY_KEY); break; case JSON_STRING: lrec_put(prec, lrec_key, pjson_value->u.string.ptr, FREE_ENTRY_KEY); break; case JSON_BOOLEAN: lrec_put(prec, lrec_key, pjson_value->u.boolean.sval, FREE_ENTRY_KEY); break; case JSON_OBJECT: next_prefix = mlr_paste_2_strings(lrec_key, flatten_sep); if (!populate_from_nested_object(prec, pjson_value, next_prefix, flatten_sep, json_array_ingest)) return FALSE; free(next_prefix); free(lrec_key); break; case JSON_ARRAY: switch (json_array_ingest) { case JSON_ARRAY_INGEST_FATAL: fprintf(stderr, "%s: found array item within JSON object. This is valid but unmillerable JSON.\n" "Use --json-skip-arrays-on-input to exclude these from input without fataling.\n" "Or, --json-map-arrays-on-input to convert them to integer-indexed maps.\n", MLR_GLOBALS.bargv0); free(lrec_key); return FALSE; break; case JSON_ARRAY_INGEST_AS_MAP: next_prefix = mlr_paste_2_strings(lrec_key, flatten_sep); if (!populate_from_nested_array(prec, pjson_value, next_prefix, flatten_sep, json_array_ingest)) { free(next_prefix); free(lrec_key); return FALSE; } free(next_prefix); free(lrec_key); break; // xxx other cases! default: free(lrec_key); break; } break; case JSON_INTEGER: lrec_put(prec, lrec_key, pjson_value->u.integer.sval, FREE_ENTRY_KEY); break; case JSON_DOUBLE: lrec_put(prec, lrec_key, pjson_value->u.dbl.sval, FREE_ENTRY_KEY); break; default: MLR_INTERNAL_CODING_ERROR(); break; } } return TRUE; } static int populate_from_nested_array(lrec_t* prec, json_value_t* pjson_array, char* prefix, char* flatten_sep, json_array_ingest_t json_array_ingest) { int n = pjson_array->u.array.length; for (int i = 0; i < n; i++) { json_value_t* pjson_value = pjson_array->u.array.values[i]; char free_flags = NO_FREE; char* json_key = low_int_to_string(i, &free_flags); char* lrec_key = mlr_paste_2_strings(prefix, json_key); if (free_flags) free(json_key); char* next_prefix = NULL; switch (pjson_value->type) { case JSON_NONE: lrec_put(prec, lrec_key, "", FREE_ENTRY_KEY); break; case JSON_NULL: lrec_put(prec, lrec_key, "", FREE_ENTRY_KEY); break; case JSON_STRING: lrec_put(prec, lrec_key, pjson_value->u.string.ptr, FREE_ENTRY_KEY); break; case JSON_BOOLEAN: lrec_put(prec, lrec_key, pjson_value->u.boolean.sval, FREE_ENTRY_KEY); break; case JSON_OBJECT: next_prefix = mlr_paste_2_strings(lrec_key, flatten_sep); if (!populate_from_nested_object(prec, pjson_value, next_prefix, flatten_sep, json_array_ingest)) return FALSE; free(next_prefix); free(lrec_key); break; case JSON_ARRAY: switch (json_array_ingest) { case JSON_ARRAY_INGEST_FATAL: fprintf(stderr, "%s: found array item within JSON object. This is valid but unmillerable JSON.\n" "Use --json-skip-arrays-on-input to exclude these from input without fataling.\n" "Or, --json-map-arrays-on-input to convert them to integer-indexed maps.\n", MLR_GLOBALS.bargv0); return FALSE; break; case JSON_ARRAY_INGEST_AS_MAP: next_prefix = mlr_paste_2_strings(lrec_key, flatten_sep); if (!populate_from_nested_array(prec, pjson_value, next_prefix, flatten_sep, json_array_ingest)) { free(lrec_key); free(next_prefix); return FALSE; } free(lrec_key); free(next_prefix); break; // xxx other cases! default: free(lrec_key); break; } break; case JSON_INTEGER: lrec_put(prec, lrec_key, pjson_value->u.integer.sval, FREE_ENTRY_KEY); break; case JSON_DOUBLE: lrec_put(prec, lrec_key, pjson_value->u.dbl.sval, FREE_ENTRY_KEY); break; default: MLR_INTERNAL_CODING_ERROR(); break; } } return TRUE; } // ---------------------------------------------------------------- // * The buffer is an entire JSON blob, e.g. contents from stdio read or mmap; peof-psof is the file size so peof is one // byte *after* the last valid file byte. // * The buffer is not assumed to be null-terminated. // * Any lines beginning with comment_string are modified by poking space characters up to line_term. void mlr_json_strip_comments(char* psof, char* peof, comment_handling_t comment_handling, char* comment_string, char* line_term) { int comment_string_len = strlen(comment_string); int line_term_len = strlen(line_term); int at_line_start = TRUE; for (char* p = psof; p < peof; /* increment in loop */) { if (streqn(p, line_term, line_term_len)) { p += line_term_len; at_line_start = TRUE; } else if (at_line_start && streqn(p, comment_string, comment_string_len)) { // Fill with spaces to end of line while (p < peof && !streqn(p, line_term, line_term_len)) { if (comment_handling == PASS_COMMENTS) fputc(*p, stdout); *p = ' '; p++; } if (comment_handling == PASS_COMMENTS) fputs(line_term, stdout); at_line_start = TRUE; } else { at_line_start = FALSE; p++; } } } // ---------------------------------------------------------------- // I'm using a 3rd-party JSON parser and it's easy to strip all trailing whitespace // than tweak the parser to handle those. // // peof is one past the last valid byte. // pend is the last valid byte. void mlr_json_end_strip(char* psof, char** ppeof) { char* pend = *ppeof - 1; while (pend >= psof && (*pend == ' ' || *pend == '\t' || *pend == '\r' || *pend == '\n')) { pend--; } *ppeof = pend + 1; } miller-5.6.2/c/input/mlr_json_adapter.h000066400000000000000000000030051354153536500200750ustar00rootroot00000000000000#ifndef MLR_JSON_ADAPTER_H #define MLR_JSON_ADAPTER_H #include "cli/comment_handling.h" #include "input/json_parser.h" #include "containers/lrec.h" // Given parsed JSON, constructs a list of lrecs with string values pointing into the parsed JSON. // This is done for efficiency, to avoid data copying. It also means the parsed JSON should not be // freed until the lrecs are freed. // // Default behavior on arrays is to fatal. There is a command-line option to skip them. Miller // doesn't have an array object in its DSL, only maps, and converting JSON arrays to int-keyed maps // poses problems of irreversibility. (Namely, 'mlr --json cat foo.json' when foo.json contains // arrays would result in output differing from input.) int reference_json_objects_as_lrecs(sllv_t* precords, json_value_t* ptop_level_json, char* flatten_sep, json_array_ingest_t json_array_ingest); // * The buffer is an entire JSON blob, e.g. contents from stdio read or mmap; peof-psof is the file size so peof is one // byte *after* the last valid file byte. // * The buffer is not assumed to be null-terminated. // * Any lines beginning with comment_string are modified by poking space characters up to line_term. void mlr_json_strip_comments(char* psof, char* peof, comment_handling_t comment_handling, char* comment_string, char* line_term); // I'm using a 3rd-party JSON parser and it's easy to strip all trailing whitespace // than tweak the parser to handle those. void mlr_json_end_strip(char* psof, char** ppeof); #endif // MLR_JSON_ADAPTER_H miller-5.6.2/c/input/mmap_byte_reader.c000066400000000000000000000063561354153536500200600ustar00rootroot00000000000000#include #include #include #include #include "lib/mlr_arch.h" #include "input/byte_readers.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #if MLR_ARCH_MMAP_ENABLED static char empty_buf[1] = { 0 }; #endif typedef struct _mmap_byte_reader_state_t { char* filename; int fd; char* sof; char* p; char* eof; } mmap_byte_reader_state_t; static int mmap_byte_reader_open_func(struct _byte_reader_t* pbr, char* prepipe, char* filename); static int mmap_byte_reader_read_func(struct _byte_reader_t* pbr); static void mmap_byte_reader_close_func(struct _byte_reader_t* pbr, char* prepipe); // ---------------------------------------------------------------- byte_reader_t* mmap_byte_reader_alloc() { byte_reader_t* pbr = mlr_malloc_or_die(sizeof(byte_reader_t)); pbr->pvstate = NULL; pbr->popen_func = mmap_byte_reader_open_func; pbr->pread_func = mmap_byte_reader_read_func; pbr->pclose_func = mmap_byte_reader_close_func; return pbr; } void mmap_byte_reader_free(byte_reader_t* pbr) { mmap_byte_reader_state_t* pstate = pbr->pvstate; if (pstate != NULL) { free(pstate->filename); // null-ok semantics } free(pbr); } // ---------------------------------------------------------------- static int mmap_byte_reader_open_func(struct _byte_reader_t* pbr, char* prepipe, char* filename) { #if MLR_ARCH_MMAP_ENABLED // popen is a stdio construct, not an mmap construct, and it can't be supported here. if (prepipe != NULL) { fprintf(stderr, "%s: coding error detected in file %s at line %d.\n", MLR_GLOBALS.bargv0, __FILE__, __LINE__); exit(1); } mmap_byte_reader_state_t* pstate = mlr_malloc_or_die(sizeof(mmap_byte_reader_state_t)); pstate->filename = mlr_strdup_or_die(filename); pstate->fd = open(filename, O_RDONLY); if (pstate->fd < 0) { perror("open"); fprintf(stderr, "%s: Couldn't open \"%s\" for read.\n", MLR_GLOBALS.bargv0, filename); exit(1); } struct stat stat; if (fstat(pstate->fd, &stat) < 0) { perror("fstat"); fprintf(stderr, "%s: could not fstat \"%s\"\n", MLR_GLOBALS.bargv0, filename); exit(1); } if (stat.st_size == 0) { // mmap doesn't allow us to map zero-length files but zero-length files do exist. pstate->sof = &empty_buf[0]; } else { pstate->sof = mmap(NULL, (size_t)stat.st_size, PROT_READ|PROT_WRITE, MAP_FILE|MAP_PRIVATE, pstate->fd, (off_t)0); if (pstate->sof == MAP_FAILED) { perror("mmap"); fprintf(stderr, "%s: could not mmap \"%s\"\n", MLR_GLOBALS.bargv0, filename); exit(1); } } pstate->eof = pstate->sof + stat.st_size; pstate->p = pstate->sof; pbr->pvstate = pstate; return TRUE; #else fprintf(stderr, "%s: mmap is unsupported on this architecture.\n", MLR_GLOBALS.bargv0); exit(1); return TRUE; #endif } static int mmap_byte_reader_read_func(struct _byte_reader_t* pbr) { mmap_byte_reader_state_t* pstate = pbr->pvstate; if (pstate->p >= pstate->eof) { return EOF; } else { int c = *pstate->p; pstate->p++; return c; } } static void mmap_byte_reader_close_func(struct _byte_reader_t* pbr, char* prepipe) { mmap_byte_reader_state_t* pstate = pbr->pvstate; if (close(pstate->fd) < 0) { perror("close"); fprintf(stderr, "%s: close error on file \"%s\".\n", MLR_GLOBALS.bargv0, pstate->filename); exit(1); } } miller-5.6.2/c/input/peek_file_reader.c000066400000000000000000000015721354153536500200210ustar00rootroot00000000000000#include #include #include "input/peek_file_reader.h" // ---------------------------------------------------------------- void pfr_print(peek_file_reader_t* pfr) { printf("======================== pfr at %p\n", pfr); printf(" peekbuflen = %d\n", pfr->peekbuflen); printf(" npeeked = %d\n", pfr->npeeked); int sob = pfr->sob; int eob = (pfr->sob + pfr->npeeked) & pfr->peekbuflenmask; for (int i = 0; i < pfr->peekbuflen; i++) { char c = pfr->peekbuf[i]; char* sdesc = (i == sob) ? "START" : ""; char* edesc = (i == eob) ? "END" : ""; char* occdesc = ""; if (sob <= eob) { if (sob <= i && i < eob) occdesc = "OCC"; } else { if (i < eob || sob <= i) occdesc = "OCC"; } printf(" %-5s %-5s %-3s i=%2d c=%c [%02x]\n", sdesc, edesc, occdesc, i, isprint((unsigned char)c) ? c : ' ', c); } printf("------------------------\n"); } miller-5.6.2/c/input/peek_file_reader.h000066400000000000000000000057351354153536500200330ustar00rootroot00000000000000#ifndef PEEK_FILE_READER_H #define PEEK_FILE_READER_H #include #include "lib/mlrutil.h" #include "lib/mlrmath.h" #include "lib/mlr_globals.h" #include "input/byte_reader.h" // This is a ring-buffered peekahead file/string reader. // Note: Throughout Miller as a general rule I treat struct attributes as if // they were private attributes. However, for performance, parse_trie_ring_match // accesses this ring buffer directly. typedef struct _peek_file_reader_t { byte_reader_t* pbr; int peekbuflen; int peekbuflenmask; char* peekbuf; int sob; // start of ring-buffer int npeeked; } peek_file_reader_t; // ---------------------------------------------------------------- static inline peek_file_reader_t* pfr_alloc(byte_reader_t* pbr, int maxnpeek) { peek_file_reader_t* pfr = mlr_malloc_or_die(sizeof(peek_file_reader_t)); pfr->pbr = pbr; pfr->peekbuflen = power_of_two_above(maxnpeek); pfr->peekbuflenmask = pfr->peekbuflen - 1; // The peek-buffer doesn't contain null-terminated C strings, but we // nonetheless null-terminate the buffer with an extra never-touched byte // so that print statements in the debugger, etc. will be nice. pfr->peekbuf = mlr_malloc_or_die(pfr->peekbuflen + 1); memset(pfr->peekbuf, 0, pfr->peekbuflen + 1); pfr->sob = 0; pfr->npeeked = 0; return pfr; } // ---------------------------------------------------------------- static inline void pfr_free(peek_file_reader_t* pfr) { if (pfr == NULL) return; free(pfr->peekbuf); free(pfr); } // ---------------------------------------------------------------- static inline void pfr_reset(peek_file_reader_t* pfr) { memset(pfr->peekbuf, 0, pfr->peekbuflen); pfr->sob = 0; pfr->npeeked = 0; } // ---------------------------------------------------------------- static inline char pfr_peek_char(peek_file_reader_t* pfr) { if (pfr->npeeked < 1) { pfr->peekbuf[pfr->sob] = pfr->pbr->pread_func(pfr->pbr); pfr->npeeked++; } return pfr->peekbuf[pfr->sob]; } // ---------------------------------------------------------------- static inline char pfr_read_char(peek_file_reader_t* pfr) { if (pfr->npeeked < 1) { return pfr->pbr->pread_func(pfr->pbr); } else { char c = pfr->peekbuf[pfr->sob]; pfr->sob = (pfr->sob + 1) & pfr->peekbuflenmask; pfr->npeeked--; return c; } } // ---------------------------------------------------------------- static inline void pfr_buffer_by(peek_file_reader_t* pfr, int len) { while (pfr->npeeked < len) { pfr->peekbuf[(pfr->sob + pfr->npeeked++) & pfr->peekbuflenmask] = pfr->pbr->pread_func(pfr->pbr); } } // ---------------------------------------------------------------- static inline void pfr_advance_by(peek_file_reader_t* pfr, int len) { MLR_INTERNAL_CODING_ERROR_IF(len > pfr->npeeked); pfr->sob = (pfr->sob + len) & pfr->peekbuflenmask; pfr->npeeked -= len; } // ---------------------------------------------------------------- void pfr_print(peek_file_reader_t* pfr); #endif // PEEK_FILE_READER_H miller-5.6.2/c/input/stdio_byte_reader.c000066400000000000000000000055521354153536500202450ustar00rootroot00000000000000#include #include #include "input/byte_readers.h" #include "lib/mlr_globals.h" #include "lib/mlr_arch.h" #include "lib/mlrutil.h" #include "lib/mlrescape.h" typedef struct _stdio_byte_reader_state_t { char* filename; FILE* fp; } stdio_byte_reader_state_t; static int stdio_byte_reader_open_func(struct _byte_reader_t* pbr, char* prepipe, char* filename); static int stdio_byte_reader_read_func(struct _byte_reader_t* pbr); static void stdio_byte_reader_close_func(struct _byte_reader_t* pbr, char* prepipe); // ---------------------------------------------------------------- byte_reader_t* stdio_byte_reader_alloc() { byte_reader_t* pbr = mlr_malloc_or_die(sizeof(byte_reader_t)); pbr->pvstate = NULL; pbr->popen_func = stdio_byte_reader_open_func; pbr->pread_func = stdio_byte_reader_read_func; pbr->pclose_func = stdio_byte_reader_close_func; return pbr; } void stdio_byte_reader_free(byte_reader_t* pbr) { stdio_byte_reader_state_t* pstate = pbr->pvstate; if (pstate != NULL) { free(pstate->filename); // null-ok semantics } free(pbr); } // ---------------------------------------------------------------- static int stdio_byte_reader_open_func(struct _byte_reader_t* pbr, char* prepipe, char* filename) { stdio_byte_reader_state_t* pstate = mlr_malloc_or_die(sizeof(stdio_byte_reader_state_t)); pstate->filename = mlr_strdup_or_die(filename); if (prepipe == NULL) { if (streq(pstate->filename, "-")) { pstate->fp = stdin; } else { pstate->fp = fopen(filename, "r"); if (pstate->fp == NULL) { perror("fopen"); fprintf(stderr, "%s: Couldn't fopen \"%s\" for read.\n", MLR_GLOBALS.bargv0, filename); exit(1); } } } else { char* escaped_filename = alloc_file_name_escaped_for_popen(filename); char* command = mlr_malloc_or_die(strlen(prepipe) + 3 + strlen(escaped_filename) + 1); if (streq(filename, "-")) sprintf(command, "%s", prepipe); else sprintf(command, "%s < %s", prepipe, escaped_filename); pstate->fp = popen(command, "r"); if (pstate->fp == NULL) { fprintf(stderr, "%s: Couldn't popen \"%s\" for read.\n", MLR_GLOBALS.bargv0, command); perror(command); exit(1); } free(escaped_filename); free(command); } pbr->pvstate = pstate; return TRUE; } static int stdio_byte_reader_read_func(struct _byte_reader_t* pbr) { stdio_byte_reader_state_t* pstate = pbr->pvstate; int c = mlr_arch_getc(pstate->fp); if (c == EOF && ferror(pstate->fp)) { perror("fread"); fprintf(stderr, "%s: Read error on file \"%s\".\n", MLR_GLOBALS.bargv0, pstate->filename); exit(1); } return c; } static void stdio_byte_reader_close_func(struct _byte_reader_t* pbr, char* prepipe) { stdio_byte_reader_state_t* pstate = pbr->pvstate; if (prepipe == NULL) { if (pstate->fp != stdin) fclose(pstate->fp); } else { pclose(pstate->fp); } free(pstate->filename); free(pstate); pbr->pvstate = NULL; } miller-5.6.2/c/input/string_byte_reader.c000066400000000000000000000036161354153536500204300ustar00rootroot00000000000000#include // For definition of EOF #include "input/byte_readers.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" typedef struct _string_byte_reader_state_t { char* backing; char* p; char* pend; } string_byte_reader_state_t; static int string_byte_reader_open_func(struct _byte_reader_t* pbr, char* prepipe, char* backing); static int string_byte_reader_read_func(struct _byte_reader_t* pbr); static void string_byte_reader_close_func(struct _byte_reader_t* pbr, char* prepipe); // ---------------------------------------------------------------- byte_reader_t* string_byte_reader_alloc() { byte_reader_t* pbr = mlr_malloc_or_die(sizeof(byte_reader_t)); pbr->pvstate = NULL; pbr->popen_func = string_byte_reader_open_func; pbr->pread_func = string_byte_reader_read_func; pbr->pclose_func = string_byte_reader_close_func; return pbr; } void string_byte_reader_free(byte_reader_t* pbr) { free(pbr); } // ---------------------------------------------------------------- static int string_byte_reader_open_func(struct _byte_reader_t* pbr, char* prepipe, char* backing) { // popen is a stdio construct, not an mmap construct, and it can't be supported here. if (prepipe != NULL) { fprintf(stderr, "%s: coding error detected in file %s at line %d.\n", MLR_GLOBALS.bargv0, __FILE__, __LINE__); exit(1); } string_byte_reader_state_t* pstate = mlr_malloc_or_die(sizeof(string_byte_reader_state_t)); pstate->backing = backing; pstate->p = pstate->backing; pstate->pend = pstate->backing + strlen(pstate->backing); pbr->pvstate = pstate; return TRUE; } static int string_byte_reader_read_func(struct _byte_reader_t* pbr) { string_byte_reader_state_t* pstate = pbr->pvstate; if (pstate->p < pstate->pend) { return *(pstate->p++); } else { return EOF; } } static void string_byte_reader_close_func(struct _byte_reader_t* pbr, char* prepipe) { pbr->pvstate = NULL; } miller-5.6.2/c/lib/000077500000000000000000000000001354153536500140125ustar00rootroot00000000000000miller-5.6.2/c/lib/Makefile.am000066400000000000000000000013601354153536500160460ustar00rootroot00000000000000noinst_LTLIBRARIES= libmlr.la libmlr_la_SOURCES= free_flags.h \ minunit.h \ mlr_arch.c \ mlr_arch.h \ mlr_globals.c \ mlr_globals.h \ mlrdatetime.c \ mlrdatetime.h \ mlrescape.c \ mlrescape.h \ mlrmath.c \ mlrmath.h \ mlrstat.c \ mlrstat.h \ mlrregex.c \ mlrregex.h \ mlrtimezone.h \ mlrutil.c \ mlrutil.h \ mlrval.c \ mlrval.h \ mvfuncs.c \ mvfuncs.h \ netbsd_strptime.c \ netbsd_strptime.h \ nlnet_timegm.c \ nlnet_timegm.h \ context.c \ context.h \ mtrand.c \ mtrand.h \ string_array.c \ string_array.h \ string_builder.c \ string_builder.h \ mlr_test_util.c \ mlr_test_util.h \ utf8.h AM_CPPFLAGS= -I${srcdir}/../ AM_CFLAGS= -std=gnu99 miller-5.6.2/c/lib/Makefile.in000066400000000000000000000461641354153536500160720ustar00rootroot00000000000000# Makefile.in generated by automake 1.15.1 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2017 Free Software Foundation, Inc. # This Makefile.in is free software; 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pctx->nr = 0; pctx->fnr = 0; pctx->filenum = 1; pctx->filename = first_file_name; // Line-termination is by default autodetected from input, and the first output // record is produced after the first is read ... except when there *are* no inputs, // e.g. with 'mlr seqgen' or 'mlr put' with (perhaps looped) emit statements. For // those cases, where there is no file input from which to autodetect, we default // the line-termination to the platform-specific default. pctx->auto_line_term = "\n"; // xxx default to "\r\n" on Windows pctx->auto_line_term_detected = FALSE; } // ---------------------------------------------------------------- void context_init_from_opts(context_t* pctx, void* pvopts) { cli_opts_t* popts = pvopts; pctx->nr = 0; pctx->fnr = 0; pctx->filenum = 0; pctx->filename = NULL; pctx->force_eof = 0; pctx->ips = popts->reader_opts.ips; pctx->ifs = popts->reader_opts.ifs; pctx->irs = popts->reader_opts.irs; pctx->ops = popts->writer_opts.ops; pctx->ofs = popts->writer_opts.ofs; pctx->ors = popts->writer_opts.ors; pctx->auto_line_term = "\n"; // xxx Windows default "\r\n"; libify pctx->auto_line_term_detected = FALSE; } // ---------------------------------------------------------------- void context_set_autodetected_crlf(context_t* pctx) { if (!pctx->auto_line_term_detected) { pctx->auto_line_term = "\r\n"; pctx->auto_line_term_detected = TRUE; } } void context_set_autodetected_lf(context_t* pctx) { if (!pctx->auto_line_term_detected) { pctx->auto_line_term = "\n"; pctx->auto_line_term_detected = TRUE; } } void context_set_autodetected_line_term(context_t* pctx, char* line_term) { if (!pctx->auto_line_term_detected) { pctx->auto_line_term = line_term; pctx->auto_line_term_detected = TRUE; } } // ---------------------------------------------------------------- void context_print(context_t* pctx, char* indent) { printf("%spctx at %p:\n", indent, pctx); printf("%s nr = %lld\n", indent, pctx->nr); printf("%s fnr = %lld\n", indent, pctx->fnr); printf("%s filenum = %d\n", indent, pctx->filenum); if (pctx->filename == NULL) { printf("%s filename = null\n", indent); } else { printf("%s filename = \"%s\"\n", indent, pctx->filename); } } miller-5.6.2/c/lib/context.h000066400000000000000000000020101354153536500156400ustar00rootroot00000000000000#ifndef CONTEXT_H #define CONTEXT_H // File-level context for Miller's NR, FNR, FILENAME, and FILENUM variables, as // well as for error messages typedef struct _context_t { long long nr; long long fnr; int filenum; char* filename; int force_eof; // e.g. mlr head char* ips; char* ifs; char* irs; char* ops; char* ofs; char* ors; // For autodetect between LF and CRLF line endings: the lrec reader // (when in --auto mode) can place here the line ending which was // encountered on the first record read. char* auto_line_term; int auto_line_term_detected; } context_t; void context_init_from_first_file_name(context_t* pctx, char* first_file_name); void context_init_from_opts(context_t* pctx, void* pvopts); void context_set_autodetected_crlf(context_t* pctx); void context_set_autodetected_lf(context_t* pctx); void context_set_autodetected_line_term(context_t* pctx, char* line_term); void context_print(context_t* pctx, char* indent); #endif // CONTEXT_H miller-5.6.2/c/lib/free_flags.h000066400000000000000000000007561354153536500162700ustar00rootroot00000000000000#ifndef FREE_FLAGS_H #define FREE_FLAGS_H // For use by various data structures including slls_t and lrec_t. Some // keys/values are dynamically allocated and should be freed the container's // destructor, and some should not. Examples of the former include strduped // keys/values; examples of the latter include data from string literals, or // from mmapped file-input data. #define NO_FREE 0x00 #define FREE_ENTRY_KEY 0x40 #define FREE_ENTRY_VALUE 0x04 #endif // FREE_FLAGS_H miller-5.6.2/c/lib/minunit.h000066400000000000000000000017721354153536500156550ustar00rootroot00000000000000// ================================================================ // http://www.jera.com/techinfo/jtns/jtn002.html // MinUnit license: // "You may use the code in this tech note for any purpose, with the understanding that it comes with NO WARRANTY." // ================================================================ #ifndef MINUNIT_H #define MINUNIT_H #define MU_STRINGIFY_2(x) #x #define MU_STRINGIFY_1(x) MU_STRINGIFY_2(x) #define mu_assert_lf(test) mu_assert(__FILE__ " line " MU_STRINGIFY_1(__LINE__), test) #define mu_assert(message, test) do { assertions_run++; if (!(test)) {assertions_failed++; return message;} } while (0) #define mu_run_test(test) do { \ char *message = test(); \ tests_run++; \ if (message) { \ tests_failed++; \ printf("Failure at %s\n", message); \ printf("from file %s line %d\n", __FILE__, __LINE__); \ return message; \ } \ } while (0) extern int tests_run; extern int tests_failed; extern int assertions_run; extern int assertions_failed; #endif // MINUNIT_H miller-5.6.2/c/lib/mlr_arch.c000066400000000000000000000036141354153536500157510ustar00rootroot00000000000000#include #include #include #include "mlr_globals.h" #include "mlr_arch.h" #include "mlrutil.h" #include "netbsd_strptime.h" #include "nlnet_timegm.h" // For some Linux distros, in spite of including time.h: char *strptime(const char *s, const char *format, struct tm *ptm); // ---------------------------------------------------------------- int mlr_arch_setenv(const char *name, const char *value) { #ifdef MLR_ON_MSYS2 fprintf(stderr, "%s: setenv is not supported on this architecture.\n", MLR_GLOBALS.bargv0); exit(1); #else return setenv(name, value, 1 /*overwrite*/); #endif } // ---------------------------------------------------------------- int mlr_arch_unsetenv(const char *name) { #ifdef MLR_ON_MSYS2 fprintf(stderr, "%s: unsetenv is not supported on this architecture.\n", MLR_GLOBALS.bargv0); exit(1); #else return unsetenv(name); #endif } // ---------------------------------------------------------------- char *mlr_arch_strptime(const char *s, const char *format, struct tm *ptm) { #ifdef MLR_ON_MSYS2 return netbsd_strptime(s, format, ptm); #else return strptime(s, format, ptm); #endif } // ---------------------------------------------------------------- // See the GNU timegm manpage -- this is what it does. time_t mlr_arch_timegmlocal(struct tm* ptm, timezone_handling_t timezone_handling) { #ifdef MLR_ON_MSYS2 // Crap, we're offering limited Windows support :( if (timezone_handling != TIMEZONE_HANDLING_GMT) { fprintf(stderr, "%s: Local timezone is not handled for output.\n", MLR_GLOBALS.bargv0); exit(1); } return nlnet_timegm(ptm); #else time_t ret; if (timezone_handling == TIMEZONE_HANDLING_GMT) { char* tz = getenv("TZ"); mlr_arch_setenv("TZ", "GMT0"); tzset(); ret = mktime(ptm); if (tz) { mlr_arch_setenv("TZ", tz); } else { mlr_arch_unsetenv("TZ"); } tzset(); } else { ret = mktime(ptm); } return ret; #endif } miller-5.6.2/c/lib/mlr_arch.h000066400000000000000000000026451354153536500157610ustar00rootroot00000000000000#ifndef MLR_ARCH_H #define MLR_ARCH_H #include #include #include "mlrtimezone.h" // ================================================================ // Miller compiles without ifdefs on Linux, BSDs, and MacOSX -- but // the situation is more complex for Windows (using MSYS2 in particular). // The idea of mlr_arch is to confine all platform-specific code here. // ================================================================ #undef MLR_ON_MSYS2 // sedded to #define in appveyor setup // ---------------------------------------------------------------- // Miller is single-threaded and the file-locking in getc is simply an unneeded // performance hit, so we intentionally call getc_unlocked(). But for MSYS2 // (Windows port), there exists no such. #ifdef MLR_ON_MSYS2 #define mlr_arch_getc(stream) getc(stream) #else #define mlr_arch_getc(stream) getc_unlocked(stream) #endif // ---------------------------------------------------------------- #ifdef MLR_ON_MSYS2 #define MLR_ARCH_MMAP_ENABLED 0 #else #define MLR_ARCH_MMAP_ENABLED 1 #include #endif // ---------------------------------------------------------------- int mlr_arch_setenv(const char *name, const char *value); int mlr_arch_unsetenv(const char *name); char *mlr_arch_strptime(const char *s, const char *format, struct tm *ptm); time_t mlr_arch_timegmlocal(struct tm* ptm, timezone_handling_t timezone_handling); #endif // MLR_ARCH_H miller-5.6.2/c/lib/mlr_globals.c000066400000000000000000000004111354153536500164470ustar00rootroot00000000000000#include #include #include "lib/mlr_globals.h" mlr_globals_t MLR_GLOBALS = { .bargv0 = "mlr-globals-uninit", .ofmt = NULL }; void mlr_global_init(char* argv0, char* ofmt) { MLR_GLOBALS.bargv0 = basename(argv0); MLR_GLOBALS.ofmt = ofmt; } miller-5.6.2/c/lib/mlr_globals.h000066400000000000000000000003711354153536500164610ustar00rootroot00000000000000#ifndef MLR_GLOBALS_H #define MLR_GLOBALS_H typedef struct _mlr_globals_t { char* bargv0; // basename of argv0 char* ofmt; } mlr_globals_t; extern mlr_globals_t MLR_GLOBALS; void mlr_global_init(char* argv0, char* ofmt); #endif // MLR_GLOBALS_H miller-5.6.2/c/lib/mlr_test_util.c000066400000000000000000000015701354153536500170470ustar00rootroot00000000000000#include #include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" // ---------------------------------------------------------------- char* write_temp_file_or_die(char* contents) { // This template will be overwritten by mkstemp char* path = mlr_strdup_or_die("/tmp/mlr.ut.XXXXXXXX"); int fd = mkstemp(path); FILE* fp = fdopen(fd, "w"); int len = strlen(contents); int rc = fwrite(contents, 1, len, fp); if (rc != len) { perror("fwrite"); fprintf(stderr, "%s: fwrite (%d) to \"%s\" failed.\n", MLR_GLOBALS.bargv0, len, path); exit(1); } fclose(fp); return path; } // ---------------------------------------------------------------- void unlink_file_or_die(char* path) { int rc = unlink(path); if (rc != 0) { perror("unlink"); fprintf(stderr, "unlink of \"%s\" failed.\n", path); exit(1); } } miller-5.6.2/c/lib/mlr_test_util.h000066400000000000000000000003051354153536500170470ustar00rootroot00000000000000#ifndef MLR_TEST_UTIL_H #define MLR_TEST_UTIL_H // Returns the name of the temp file char* write_temp_file_or_die(char* contents); void unlink_file_or_die(char* path); #endif // MLR_TEST_UTIL_H miller-5.6.2/c/lib/mlrdatetime.c000066400000000000000000000306201354153536500164660ustar00rootroot00000000000000#include #include #include #include #include #include #include "lib/mlr_globals.h" #include "lib/mlr_arch.h" #include "lib/mlrutil.h" #include "lib/mlrdatetime.h" #include "lib/string_builder.h" // NZ since this isn't counting the null terminator. #define NZBUFLEN 63 // ---------------------------------------------------------------- // seconds since the epoch double get_systime() { struct timeval tv = { .tv_sec = 0, .tv_usec = 0 }; (void)gettimeofday(&tv, NULL); return (double)tv.tv_sec + (double)tv.tv_usec * 1e-6; } // ---------------------------------------------------------------- // The essential idea is that we use the library function gmtime to get a struct tm, then strftime // to produce a formatted string. The only complication is that we support "%1S" through "%9S" for // formatting the seconds with a desired number of decimal places. char* mlr_alloc_time_string_from_seconds(double seconds_since_the_epoch, char* format_string, timezone_handling_t timezone_handling) { // 1. Split out the integer seconds since the epoch, which the stdlib can handle, and // the fractional part, which it cannot. time_t iseconds = (time_t) seconds_since_the_epoch; double fracsec = seconds_since_the_epoch - iseconds; struct tm tm; switch(timezone_handling) { case TIMEZONE_HANDLING_GMT: tm = *gmtime(&iseconds); // No gmtime_r on Windows so just use gmtime. break; case TIMEZONE_HANDLING_LOCAL: tm = *localtime(&iseconds); // No gmtime_r on Windows so just use gmtime. break; default: fprintf(stderr, "%s: internal coding error detected in file %s at line %d.\n", MLR_GLOBALS.bargv0, __FILE__, __LINE__); exit(1); break; } // 2. See if "%nS" (for n in 1..9) is a substring of the format string. char* middle_nS_format = NULL; char* right_subformat = NULL; int n = 0; // Save off n for round-up handling below. for (char* p = format_string; *p; p++) { // We can't use strstr since we're searching for a pattern, and regexes are overkill. // Here we rely on left-to-right evaluation of the boolean expressions, with non-evaluation // of a subexpression if a subexpression to its left is false (this keeps us from reading // past end of input string). if (p[0] == '%' && p[1] >= '1' && p[1] <= '9' && p[2] == 'S') { middle_nS_format = p; right_subformat = &p[3]; n = p[1] - '0'; break; } } // 3. If "%nS" (for n in 1..9) is not a substring of the format string, just use strftime. if (middle_nS_format == NULL) { char* output_string = mlr_malloc_or_die(NZBUFLEN+1); int written_length = strftime(output_string, NZBUFLEN, format_string, &tm); if (written_length > NZBUFLEN || written_length == 0) { fprintf(stderr, "%s: could not strftime(%lf, \"%s\"). See \"%s --help-function strftime\".\n", MLR_GLOBALS.bargv0, seconds_since_the_epoch, format_string, MLR_GLOBALS.bargv0); exit(1); } return output_string; } // Now we know "%nS" (for n in 1..9) is a substring of the format string. Idea is to // copy the subformats to the left and right of the %nS part and format them both using // strftime, and format the middle part ourselves using sprintf. Then concatenate all // those pieces. // 5. Find the left-of-%nS subformat, and format the input using that. int left_subformat_length = middle_nS_format - format_string; char* left_subformat = mlr_malloc_or_die(left_subformat_length + 1); memcpy(left_subformat, format_string, left_subformat_length); left_subformat[left_subformat_length] = 0; char left_formatted[NZBUFLEN+1]; if (*left_subformat == 0) { // There's nothing to the left of %nS. strftime will error on empty format string, so we can // just map empty format to empty result ourselves. *left_formatted = 0; } else { int written_length = strftime(left_formatted, NZBUFLEN, left_subformat, &tm); if (written_length > NZBUFLEN || written_length == 0) { fprintf(stderr, "%s: could not strftime(%lf, \"%s\"). See \"%s --help-function strftime\".\n", MLR_GLOBALS.bargv0, seconds_since_the_epoch, format_string, MLR_GLOBALS.bargv0); exit(1); } } free(left_subformat); // 6. There are two parts in the middle: the integer part which strftime can populate // from the struct tm, using %S format, and the fractional-seconds part which we sprintf. // First do the int part. char middle_int_formatted[NZBUFLEN+1]; char* middle_int_format = "%S"; int written_length = strftime(middle_int_formatted, NZBUFLEN, middle_int_format, &tm); if (written_length > NZBUFLEN || written_length == 0) { fprintf(stderr, "%s: could not strftime(%lf, \"%s\"). See \"%s --help-function strftime\".\n", MLR_GLOBALS.bargv0, seconds_since_the_epoch, format_string, MLR_GLOBALS.bargv0); exit(1); } // 7. Do the fractional-seconds part. One key point is that sprintf always writes a leading zero, // e.g. .123456 becomes "0.123456". We'll take off the leading zero later. char middle_sprintf_format[] = "%.xlf"; char middle_fractional_formatted[16]; // "%6S" maps to "%.6lf" and so on. We found the middle_nS_format by searching for "%nS" for // n in 1..9 so sprintf-format subscript 2 is the same as strftime format subscript 1. middle_sprintf_format[2] = middle_nS_format[1]; sprintf(middle_fractional_formatted, middle_sprintf_format, fracsec); // 8. Format the right-of-%nS part, also using strftime. char right_formatted[NZBUFLEN]; if (*right_subformat == 0) { // There's nothing to the right of %nS. strftime will error on empty format string, so we can // just map empty format to empty result ourselves. *right_formatted = 0; } else { int written_length = strftime(right_formatted, NZBUFLEN, right_subformat, &tm); if (written_length > NZBUFLEN || written_length == 0) { fprintf(stderr, "%s: could not strftime(%lf, \"%s\"). See \"%s --help-function strftime\".\n", MLR_GLOBALS.bargv0, seconds_since_the_epoch, format_string, MLR_GLOBALS.bargv0); exit(1); } } // 9. Concatenate the output. For string_builder, the size argument is just an initial size; // it can realloc beyond that initial estimate if necessary. string_builder_t* psb = sb_alloc(NZBUFLEN+1); sb_append_string(psb, left_formatted); sb_append_string(psb, middle_int_formatted); // When the input has fractional seconds like 0.999999 and the format is shorter than that, // e.g. "%3S", there can be round-up to 1.0 on the sprintf. if (middle_fractional_formatted[0] == '1') { sb_append_char(psb, '.'); for (int i = 0; i < n; i++) sb_append_char(psb, '9'); } else if (middle_fractional_formatted[0] == '0') { sb_append_string(psb, &middle_fractional_formatted[1]); } else { MLR_INTERNAL_CODING_ERROR(); } sb_append_string(psb, right_formatted); char* output_string = sb_finish(psb); sb_free(psb); return output_string; } // ---------------------------------------------------------------- // Miller supports fractional seconds in the input string, but strptime doesn't. So we have // to play some tricks, inspired in part by some ideas on StackOverflow. Special shout-out // to @tinkerware on Github for the push in the right direction! :) double mlr_seconds_from_time_string(char* time_string, char* format_string, timezone_handling_t timezone_handling) { struct tm tm; // 1. Just try strptime on the input as-is and return quickly if it's OK. memset(&tm, 0, sizeof(tm)); char* strptime_retval = mlr_arch_strptime(time_string, format_string, &tm); if (strptime_retval != NULL) { if (*strptime_retval != 0) { // Extraneous stuff in the input not matching the format fprintf(stderr, "%s: could not strptime(\"%s\", \"%s\"). See \"%s --help-function strptime\".\n", MLR_GLOBALS.bargv0, time_string, format_string, MLR_GLOBALS.bargv0); exit(1); } // printf("TIME_STRING %s\n", time_string); // printf("FORMAT_STRING %s\n", time_string); // printf("tm_year =%d\n", tm.tm_year); // printf("tm_mon =%d\n", tm.tm_mon); // printf("tm_mday =%d\n", tm.tm_mday); // printf("tm_wday =%d\n", tm.tm_wday); // printf("tm_yday =%d\n", tm.tm_yday); // printf("tm_hour =%d\n", tm.tm_hour); // printf("tm_min =%d\n", tm.tm_min); // printf("tm_sec =%d\n", tm.tm_sec); // printf("tm_isdst =%d\n", tm.tm_isdst); return (double)mlr_arch_timegmlocal(&tm, timezone_handling); } // 2. Now either there's floating-point seconds in the input, or something else is wrong. // First look for "%S" in the format string, for two reasons: (a) if there isn't "%S" // then something else is wrong; (b) if there is, we'll need that to split the format // string. char* pS = strstr(format_string, "%S"); if (pS == NULL) { // strptime failure couldn't have been because of floating-point-seconds stuff. No // reason to try any harder. fprintf(stderr, "%s: could not strptime(\"%s\", \"%s\"). See \"%s --help-function strptime\".\n", MLR_GLOBALS.bargv0, time_string, format_string, MLR_GLOBALS.bargv0); exit(1); } // There's "%S" in the format string, and the input has fractional seconds matching that // and no other problems, or there's something else wrong. // // Running example as we work through the rest: // * Input is "2017-04-09T00:51:09.123456 TZBLAHBLAH" // * Format is "%Y-%m-%dT%H:%M:%S TZBLAHBLAH" // 3. Copy the format up to the %S but with nothing else after. This is temporary to help us locate // the fractional-seconds part of the input string. // Example temporary format: "%Y-%m-%dT%H:%M:%S" int truncated_format_string_length = pS - format_string + 2; // 2 for the "%S" char* truncated_format_string = mlr_malloc_or_die(truncated_format_string_length + 1); memcpy(truncated_format_string, format_string, truncated_format_string_length); truncated_format_string[truncated_format_string_length] = 0; // 4. strptime using that truncated format and ignore the tm. Only look at the string return value. // Example return value: ".123456 TZBLAHBLAH" strptime_retval = mlr_arch_strptime(time_string, truncated_format_string, &tm); if (strptime_retval == NULL) { fprintf(stderr, "%s: could not strptime(\"%s\", \"%s\"). See \"%s --help-function strptime\".\n", MLR_GLOBALS.bargv0, time_string, format_string, MLR_GLOBALS.bargv0); exit(1); } free(truncated_format_string); // 5. strtod the return value to find the fractional-seconds part, and whatever's after. // Example fractional-seconds part: ".123456" // Example stuff after: " TZBLAHBLAH" char* stuff_after = NULL; double fractional_seconds; if (strptime_retval[0] == '.' && !isdigit(strptime_retval[1])) { // If they had just a decimal point with no digits after, e.g. "10." seconds rather than "10.0", // that's OK, but strtod won't parse that as double. fractional_seconds = 0.0; stuff_after = &strptime_retval[1]; } else { fractional_seconds = strtod(strptime_retval, &stuff_after); if (stuff_after == strptime_retval) { // Non-parseable fprintf(stderr, "%s: could not strptime(\"%s\", \"%s\"). See \"%s --help-function strptime\".\n", MLR_GLOBALS.bargv0, time_string, format_string, MLR_GLOBALS.bargv0); exit(1); } } // 6. Make a copy of the input string with the fractional seconds elided. // Example: "2017-04-09T00:51:09 TZBLAHBLAH" char* elided_fraction_input = mlr_malloc_or_die(strlen(time_string) + 1); int input_length_up_to_fractional_seconds = strptime_retval - time_string; memcpy(elided_fraction_input, time_string, input_length_up_to_fractional_seconds); strcpy(&elided_fraction_input[input_length_up_to_fractional_seconds], stuff_after); // 7. strptime the elided-fraction input string using the original format string. (This is like // the input never had fractional seconds in the first place.) Get the tm parsed from that. memset(&tm, 0, sizeof(tm)); strptime_retval = mlr_arch_strptime(elided_fraction_input, format_string, &tm); if (strptime_retval == NULL) { fprintf(stderr, "%s: could not strptime(\"%s\", \"%s\"). See \"%s --help-function strptime\".\n", MLR_GLOBALS.bargv0, time_string, format_string, MLR_GLOBALS.bargv0); exit(1); } if (*strptime_retval != 0) { // Extraneous stuff in the input not matching the format fprintf(stderr, "%s: could not strptime(\"%s\", \"%s\"). See \"%s --help-function strptime\".\n", MLR_GLOBALS.bargv0, time_string, format_string, MLR_GLOBALS.bargv0); exit(1); } free(elided_fraction_input); // 8. Convert the tm to a time_t (seconds since the epoch) and then add the fractional seconds. return mlr_arch_timegmlocal(&tm, timezone_handling) + fractional_seconds; } miller-5.6.2/c/lib/mlrdatetime.h000066400000000000000000000011461354153536500164740ustar00rootroot00000000000000#ifndef MLRDATETIME_H #define MLRDATETIME_H #include #include #include #include #include "mlrtimezone.h" // Seconds since the epoch. double get_systime(); // These use the gmtime/timegm and strftime/strptime standard-library functions, with the addition // of support for floating-point seconds since the epoch. char* mlr_alloc_time_string_from_seconds(double seconds_since_the_epoch, char* format, timezone_handling_t timezone_handling); double mlr_seconds_from_time_string(char* string, char* format, timezone_handling_t timezone_handling); #endif // MLRDATETIME_H miller-5.6.2/c/lib/mlrescape.c000066400000000000000000000013001354153536500161230ustar00rootroot00000000000000#include "lib/mlrescape.h" #include "lib/mlrutil.h" #include "lib/string_builder.h" // Avoids shell-injection cases by replacing single-quote with backslash single-quote, // then wrapping the entire result in initial and final single-quote. char* alloc_file_name_escaped_for_popen(char* filename) { string_builder_t* psb = sb_alloc(strlen(filename)); sb_append_char(psb, '\''); for (char* p = filename; *p; p++) { char c = *p; if (c == '\'') { sb_append_char(psb, '\''); sb_append_char(psb, '\\'); sb_append_char(psb, '\''); sb_append_char(psb, '\''); } else { sb_append_char(psb, c); } } sb_append_char(psb, '\''); char* rv = sb_finish(psb); sb_free(psb); return rv; } miller-5.6.2/c/lib/mlrescape.h000066400000000000000000000004261354153536500161400ustar00rootroot00000000000000#ifndef MLRESCAPE_H #define MLRESCAPE_H // Avoids shell-injection cases by replacing single-quote with backslash single-quote, // then wrapping the entire result in initial and final single-quote. char* alloc_file_name_escaped_for_popen(char* filename); #endif // MLRESCAPE_H miller-5.6.2/c/lib/mlrmath.c000066400000000000000000000252061354153536500156270ustar00rootroot00000000000000#include #include #include #include "lib/mlrutil.h" #include "lib/mlrmath.h" #include "lib/mlr_globals.h" #define JACOBI_TOLERANCE 1e-12 #define JACOBI_MAXITER 20 static void matmul2(double C[2][2], double A[2][2], double B[2][2]); static void matmul2t(double C[2][2], double A[2][2], double B[2][2]); // ---------------------------------------------------------------- // Jacobi real-symmetric eigensolver. Loosely adapted from Numerical Recipes. // // Note: this is coded for n=2 (to implement PCA linear regression on 2 // variables) but the algorithm is quite general. Changing from 2 to n is a // matter of updating the top and bottom of the function: function signature to // take double** matrix, double* eigenvector_1, double* eigenvector_2, and n; // create copy-matrix and make-identity matrix functions; free temp matrices at // the end; etc. void mlr_get_real_symmetric_eigensystem( double matrix[2][2], // Input double *peigenvalue_1, // Output: dominant eigenvalue double *peigenvalue_2, // Output: less-dominant eigenvalue double eigenvector_1[2], // Output: corresponding to dominant eigenvalue double eigenvector_2[2]) // Output: corresponding to less-dominant eigenvalue { double L[2][2] = { { matrix[0][0], matrix[0][1] }, { matrix[1][0], matrix[1][1] } }; double V[2][2] = { { 1.0, 0.0 }, { 0.0, 1.0 }, }; double P[2][2], PT_A[2][2]; int n = 2; int found = 0; for (int iter = 0; iter < JACOBI_MAXITER; iter++) { double sum = 0.0; for (int i = 1; i < n; i++) for (int j = 0; j < i; j++) sum += fabs(L[i][j]); if (fabs(sum*sum) < JACOBI_TOLERANCE) { found = 1; break; } for (int p = 0; p < n; p++) { for (int q = p+1; q < n; q++) { double numer = L[p][p] - L[q][q]; double denom = L[p][q] + L[q][p]; if (fabs(denom) < JACOBI_TOLERANCE) continue; double theta = numer / denom; int sign_theta = (theta < 0) ? -1 : 1; double t = sign_theta / (fabs(theta) + sqrt(theta*theta + 1)); double c = 1.0 / sqrt(t*t + 1); double s = t * c; for (int pi = 0; pi < n; pi++) for (int pj = 0; pj < n; pj++) P[pi][pj] = (pi == pj) ? 1.0 : 0.0; P[p][p] = c; P[p][q] = -s; P[q][p] = s; P[q][q] = c; // L = P.transpose() * L * P // V = V * P matmul2t(PT_A, P, L); matmul2(L, PT_A, P); matmul2(V, V, P); } } } if (!found) { fprintf(stderr, "Jacobi eigensolver: max iterations (%d) exceeded. Non-symmetric input?\n", JACOBI_MAXITER); exit(1); } double eigenvalue_1 = L[0][0]; double eigenvalue_2 = L[1][1]; double abs1 = fabs(eigenvalue_1); double abs2 = fabs(eigenvalue_2); if (abs1 > abs2) { *peigenvalue_1 = eigenvalue_1; *peigenvalue_2 = eigenvalue_2; eigenvector_1[0] = V[0][0]; // Column 0 of V eigenvector_1[1] = V[1][0]; eigenvector_2[0] = V[0][1]; // Column 1 of V eigenvector_2[1] = V[1][1]; } else { *peigenvalue_1 = eigenvalue_2; *peigenvalue_2 = eigenvalue_1; eigenvector_1[0] = V[0][1]; eigenvector_1[1] = V[1][1]; eigenvector_2[0] = V[0][0]; eigenvector_2[1] = V[1][0]; } } static void matmul2( double C[2][2], // Output double A[2][2], // Input double B[2][2]) // Input { double T[2][2]; int n = 2; for (int i = 0; i < n; i++) { for (int j = 0; j < n; j++) { double sum = 0.0; for (int k = 0; k < n; k++) sum += A[i][k] * B[k][j]; T[i][j] = sum; } } for (int i = 0; i < n; i++) for (int j = 0; j < n; j++) C[i][j] = T[i][j]; } static void matmul2t( double C[2][2], // Output double A[2][2], // Input double B[2][2]) // Input { double T[2][2]; int n = 2; for (int i = 0; i < n; i++) { for (int j = 0; j < n; j++) { double sum = 0.0; for (int k = 0; k < n; k++) sum += A[k][i] * B[k][j]; T[i][j] = sum; } } for (int i = 0; i < n; i++) for (int j = 0; j < n; j++) C[i][j] = T[i][j]; } // ---------------------------------------------------------------- // Normal cumulative distribution function, expressed in terms of erfc library // function (which is awkward, but exists). double qnorm(double x) { return 0.5 * erfc(-x * M_SQRT1_2); } // ---------------------------------------------------------------- // This is a tangent-following method not unlike Newton-Raphson: // * We can compute qnorm(y) = integral from -infinity to y of (1/sqrt(2pi)) exp(-t^2/2) dt. // * We can compute derivative of qnorm(y) = (1/sqrt(2pi)) exp(-y^2/2). // * We cannot explicitly compute invqnorm(y). // * If dx/dy = (1/sqrt(2pi)) exp(-y^2/2) then dy/dx = sqrt(2pi) exp(y^2/2). // // This means we *can* compute the derivative of invqnorm even though we // can't compute the function itself. So the essence of the method is to // follow the tangent line to form successive approximations: we have known function input x // and unknown function output y and initial guess y0. At each step we find the intersection // of the tangent line at y_n with the vertical line at x, to find y_{n+1}. Specificall: // // * Even though we can't compute y = q^-1(x) we can compute x = q(y). // * Start with initial guess for y (y0 = 0.0 or y0 = x both are OK). // * Find x = q(y). Since q (and therefore q^-1) are 1-1, we're done if qnorm(invqnorm(x)) is small. // * Else iterate: using point-slope form, (y_{n+1} - y_n) / (x_{n+1} - x_n) = m = sqrt(2pi) exp(y_n^2/2). // Here x_2 = x (the input) and x_1 = q(y_1). // * Solve for y_{n+1} and repeat. #define INVQNORM_TOL 1e-9 #define INVQNORM_MAXITER 30 double invqnorm(double x) { // Initial approximation is linear. Starting with y0 = 0.0 works just as well. double y0 = x - 0.5; if (x <= 0.0) return 0.0; if (x >= 1.0) return 0.0; double y = y0; int niter = 0; while (1) { double backx = qnorm(y); double err = fabs(x - backx); if (err < INVQNORM_TOL) break; if (niter > INVQNORM_MAXITER) { fprintf(stderr, "%s: internal coding error: max iterations %d exceeded in invqnorm.\n", MLR_GLOBALS.bargv0, INVQNORM_MAXITER); exit(1); } double m = sqrt(2*M_PI) * exp(y*y/2.0); double delta_y = m * (x - backx); y += delta_y; niter++; } return y; } // ================================================================ // Logisitic regression // // Real-valued x_0 .. x_{N-1} // 0/1-valued y_0 .. y_{N-1} // Model p(x_i == 1) as // p(x, m, b) = 1 / (1 + exp(-m*x-b) // which is the same as // log(p/(1-p)) = m*x + b // then // p(x, m, b) = 1 / (1 + exp(-m*x-b) // = exp(m*x+b) / (1 + exp(m*x+b) // and // 1-p = exp(-m*x-b) / (1 + exp(-m*x-b) // = 1 / (1 + exp(m*x+b) // Note for reference just below that // dp/dm = -1 / [1 + exp(-m*x-b)]**2 * (-x) * exp(-m*x-b) // = [x exp(-m*x-b)) ] / [1 + exp(-m*x-b)]**2 // = x * p * (1-p) // and // dp/db = -1 / [1 + exp(-m*x-b)]**2 * (-1) * exp(-m*x-b) // = [exp(-m*x-b)) ] / [1 + exp(-m*x-b)]**2 // = p * (1-p) // Write p_i for p(x_i, m, b) // // Maximum-likelihood equation: // L(m, b) = prod_{i=0}^{N-1} [ p_i**y_i * (1-p_i)**(1-y_i) ] // // Log-likelihood equation: // ell(m, b) = sum{i=0}^{N-1} [ y_i log(p_i) + (1-y_i) log(1-p_i) ] // = sum{i=0}^{N-1} [ log(1-p_i) + y_i log(p_i/(1-p_i)) ] // = sum{i=0}^{N-1} [ log(1-p_i) + y_i*(m*x_i+b) ] // Differentiate with respect to parameters: // // d ell/dm = sum{i=0}^{N-1} [ -1/(1-p_i) dp_i/dm + x_i*y_i ] // = sum{i=0}^{N-1} [ -1/(1-p_i) x_i*p_i*(1-p_i) + x_i*y_i ] // = sum{i=0}^{N-1} [ x_i(y_i-p_i) ] // // d ell/db = sum{i=0}^{N-1} [ -1/(1-p_i) dp_i/db + y_i ] // = sum{i=0}^{N-1} [ -1/(1-p_i) p_i*(1-p_i) + y_i ] // = sum{i=0}^{N-1} [ y_i - p_i ] // // // d2ell/dm2 = sum{i=0}^{N-1} [ -x_i dp_i/dm ] // = sum{i=0}^{N-1} [ -x_i**2 * p_i * (1-p_i) ] // // d2ell/dmdb = sum{i=0}^{N-1} [ -x_i dp_i/db ] // = sum{i=0}^{N-1} [ -x_i * p_i * (1-p_i) ] // // d2ell/dbdm = sum{i=0}^{N-1} [ -dp_i/dm ] // = sum{i=0}^{N-1} [ -x_i * p_i * (1-p_i) ] // // d2ell/db2 = sum{i=0}^{N-1} [ -dp_i/db ] // = sum{i=0}^{N-1} [ -p_i * (1-p_i) ] // // Newton-Raphson to minimize ell(m, b): // * Pick m0, b0 // * [m_{j+1], b_{j+1}] = H^{-1} grad ell(m_j, b_j) // * grad ell = // [ d ell/dm ] // [ d ell/db ] // * H = Hessian of ell = Jacobian of grad ell = // [ d2ell/dm2 d2ell/dmdb ] // [ d2ell/dmdb d2ell/db2 ] // p(x,m,b) for logistic regression: static double lrp(double x, double m, double b) { return 1.0 / (1.0 + exp(-m*x-b)); } // 1 - p(x,m,b) for logistic regression: static double lrq(double x, double m, double b) { return 1.0 / (1.0 + exp(m*x+b)); } // Supporting routine for mlr_logistic_regression(): static void mlr_logistic_regression_aux(double* xs, double* ys, int n, double* pm, double* pb, double m0, double b0, double tol, int maxits) { int its = 0; int done = FALSE; double m = m0; double b = b0; while (!done) { // Compute derivatives double dldm = 0.0; double dldb = 0.0; double d2ldm2 = 0.0; double d2ldmdb = 0.0; double d2ldb2 = 0.0; double ell0 = 0.0; for (int i = 0; i < n; i++) { double xi = xs[i]; double yi = ys[i]; double pi = lrp(xi, m0, b0); double qi = lrq(xi, m0, b0); dldm += xi*(yi - pi); dldb += yi - pi; double piqi = pi * qi; double xipiqi = xi*piqi; double xi2piqi = xi*xipiqi; d2ldm2 -= xi2piqi; d2ldmdb -= xipiqi; d2ldb2 -= piqi; ell0 += log(qi) + yi * (m0 * xi + b0); } // Form the Hessian double ha = d2ldm2; double hb = d2ldmdb; double hc = d2ldmdb; double hd = d2ldb2; // Invert the Hessian double D = ha*hd - hb*hc; double Hinva = hd/D; double Hinvb = -hb/D; double Hinvc = -hc/D; double Hinvd = ha/D; // Compute H^-1 times grad ell double Hinvgradm = Hinva*dldm + Hinvb*dldb; double Hinvgradb = Hinvc*dldm + Hinvd*dldb; // Update [m,b] m = m0 - Hinvgradm; b = b0 - Hinvgradb; double ell = 0.0; for (int i = 0; i < n; i++) { double xi = xs[i]; double yi = ys[i]; double qi = lrq(xi, m, b); ell += log(qi) + yi * (m0 * xi + b0); } // Check for convergence double dell = fmax(ell, ell0); double err = (dell == 0.0) ? 0.0 : fabs(ell - ell0) / dell; #if 0 printf("its=%d,m=%e,b=%e,dm=%e,db=%e,ell=%e\n", its, m0, b0, -Hinvgradm, -Hinvgradb, ell); #endif if (err < tol) done = TRUE; if (++its > maxits) { fprintf(stderr, "mlr_logistic_regression: Newton-Raphson convergence failed after %d iterations. m=%e, b=%e.\n", its, m, b); exit(1); } m0 = m; b0 = b; } *pm = m; *pb = b; } void mlr_logistic_regression(double* xs, double* ys, int n, double* pm, double* pb) { double m0 = -0.001; double b0 = 0.002; double tol = 1e-9; int maxits = 100; mlr_logistic_regression_aux(xs, ys, n, pm, pb, m0, b0, tol, maxits); } miller-5.6.2/c/lib/mlrmath.h000066400000000000000000000010531354153536500156260ustar00rootroot00000000000000#ifndef MLRMATH_H #define MLRMATH_H void mlr_get_real_symmetric_eigensystem( double matrix[2][2], // Input double* peigenvalue_1, // Output: dominant eigenvalue double* peigenvalue_2, // Output: less-dominant eigenvalue double eigenvector_1[2], // Output: corresponding to dominant eigenvalue double eigenvector_2[2]); // Output: corresponding to less-dominant eigenvalue double qnorm(double x); double invqnorm(double x); void mlr_logistic_regression(double* xs, double* ys, int n, double* pm, double* pb); #endif // MLRMATH_H miller-5.6.2/c/lib/mlrregex.c000066400000000000000000000226441354153536500160130ustar00rootroot00000000000000#include #include #include #include #include #include "lib/mlrutil.h" #include "lib/mlrregex.h" #include "lib/mlr_globals.h" #include "lib/free_flags.h" // ---------------------------------------------------------------- // Succeeds or aborts the process. cflag REG_EXTENDED is already included. // // Reason for the double-backslashing routine: Miller DSL literals are unbackslashed, e.g. the // two-character sequence "\t" is converted to a tab character, and users need to type "\\t" to get // a backslash followed by a t. Well and good, but the system regex library handles backslashes not // quite as I want. Namely, without double-backslashing, // // echo 'x=a\tb' | mlr put '$x=sub($x,"\\t","TAB")' // // (note: not echo -e, but just plain echo) outputs // // a\TABb // // while // // echo 'x=a\tb' | mlr put '$x=sub($x,"\\\\t","TAB")' // // outputs // // aTABb // // Using double-backslashing, backslashes can be escaped as the regex library requires, before I call regcomp: // // echo 'x=a\tb' | mlr put '$x=sub($x,"\\t","TAB")' // // outputs // // aTABb // // as desired. regex_t* regcomp_or_die(regex_t* pregex, char* regex_string, int cflags) { cflags |= REG_EXTENDED; char* doubly_backslashed = mlr_alloc_double_backslash(regex_string); int rc = regcomp(pregex, doubly_backslashed, cflags); free(doubly_backslashed); if (rc != 0) { size_t nbytes = regerror(rc, pregex, NULL, 0); char* errbuf = malloc(nbytes); (void)regerror(rc, pregex, errbuf, nbytes); fprintf(stderr, "%s: could not compile regex \"%s\" : %s\n", MLR_GLOBALS.bargv0, regex_string, errbuf); exit(1); } return pregex; } // Always uses cflags with REG_EXTENDED. // If the regex_string is of the form a.*b, compiles it using cflags without REG_ICASE. // If the regex_string is of the form "a.*b", compiles a.*b using cflags without REG_ICASE. // If the regex_string is of the form "a.*b"i, compiles a.*b using cflags with REG_ICASE. regex_t* regcomp_or_die_quoted(regex_t* pregex, char* orig_regex_string, int cflags) { cflags |= REG_EXTENDED; if (string_starts_with(orig_regex_string, "\"")) { char* regex_string = mlr_strdup_or_die(orig_regex_string); int len = 0; if (string_ends_with(regex_string, "\"", &len)) { regex_string[len-1] = 0; } else if (string_ends_with(regex_string, "\"i", &len)) { regex_string[len-2] = 0; cflags |= REG_ICASE; } else { fprintf(stderr, "%s: imbalanced double-quote in regex [%s].\n", MLR_GLOBALS.bargv0, regex_string); exit(1); } regcomp_or_die(pregex, regex_string+1, cflags); free(regex_string); } else { regcomp_or_die(pregex, orig_regex_string, cflags); } return pregex; } // Returns TRUE for match, FALSE for no match, and aborts the process if // regexec returns anything else. int regmatch_or_die(const regex_t* pregex, const char* restrict match_string, size_t nmatchmax, regmatch_t pmatch[restrict]) { int rc = regexec(pregex, match_string, nmatchmax, pmatch, 0); if (rc == 0) { return TRUE; } else if (rc == REG_NOMATCH) { return FALSE; } else { size_t nbytes = regerror(rc, pregex, NULL, 0); char* errbuf = malloc(nbytes); (void)regerror(rc, pregex, errbuf, nbytes); printf("regexec failure: %s\n", errbuf); exit(1); } } // Capture-group example: // sed: $ echo '<>'|sed 's/ab\(.\)d\(..\)g/AYEBEE\1DEE\2GEE/' gives <> // mlr: echo 'x=<>' | mlr put '$x = sub($x, "ab(.)d(..)g", "AYEBEE\1DEE\2GEE")' x=<> char* regex_sub(char* input, regex_t* pregex, string_builder_t* psb, char* replacement, int* pmatched, int *pall_captured) { const size_t nmatchmax = 10; // Capture-groups \1 through \9 supported, along with entire-string match \0 regmatch_t matches[nmatchmax]; if (pall_captured) *pall_captured = TRUE; *pmatched = regmatch_or_die(pregex, input, nmatchmax, matches); if (!*pmatched) { return mlr_strdup_or_die(input); } else { sb_append_chars(psb, input, 0, matches[0].rm_so-1); char* p = replacement; while (*p) { if (p[0] == '\\' && isdigit(p[1])) { int idx = p[1] - '0'; regmatch_t* pmatch = &matches[idx]; if (pmatch->rm_so == -1) { if (pall_captured) *pall_captured = FALSE; sb_append_chars(psb, p, 0, 1); } else { sb_append_chars(psb, input, matches[idx].rm_so, matches[idx].rm_eo-1); } p += 2; } else { sb_append_char(psb, *p); p++; } } sb_append_chars(psb, input, matches[0].rm_eo, strlen(input)); return sb_finish(psb); } } char* regex_gsub(char* input, regex_t* pregex, string_builder_t* psb, char* replacement, int *pmatched, int* pall_captured, char* pfree_flags) { const size_t nmatchmax = 10; regmatch_t matches[nmatchmax]; *pmatched = FALSE; *pall_captured = TRUE; *pfree_flags = NO_FREE; int match_start = 0; char* current_input = input; while (TRUE) { int matched = regmatch_or_die(pregex, ¤t_input[match_start], nmatchmax, matches); if (!matched) { if (input == current_input) { *pfree_flags = FREE_ENTRY_VALUE; return mlr_strdup_or_die(current_input); } else { return current_input; } } *pmatched = TRUE; sb_append_chars(psb, current_input, 0, match_start + matches[0].rm_so-1); char* p = replacement; int len1 = psb->used_length; while (*p) { if (p[0] == '\\' && isdigit(p[1])) { int idx = p[1] - '0'; regmatch_t* pmatch = &matches[idx]; if (pmatch->rm_so == -1) { *pall_captured = FALSE; sb_append_chars(psb, p, 0, 1); } else { sb_append_chars(psb, ¤t_input[match_start], matches[idx].rm_so, matches[idx].rm_eo-1); } p += 2; } else { sb_append_char(psb, *p); p++; } } int replen = psb->used_length - len1; sb_append_chars(psb, current_input, match_start + matches[0].rm_eo, strlen(current_input)); char* next_input = sb_finish(psb); if (*pfree_flags & FREE_ENTRY_VALUE) free(current_input); current_input = next_input; *pfree_flags = FREE_ENTRY_VALUE; match_start += matches[0].rm_so + replen; } } // ---------------------------------------------------------------- char* regextract(char* input, regex_t* pregex) { const size_t nmatchmax = 1; regmatch_t matches[nmatchmax]; int matched = regmatch_or_die(pregex, input, nmatchmax, matches); if (!matched) { return NULL; } regmatch_t* pmatch = &matches[0]; int len = pmatch->rm_eo - pmatch->rm_so; return mlr_alloc_string_from_char_range(&input[pmatch->rm_so], len); } // ---------------------------------------------------------------- char* regextract_or_else(char* input, regex_t* pregex, char* default_value) { const size_t nmatchmax = 1; regmatch_t matches[nmatchmax]; int matched = regmatch_or_die(pregex, input, nmatchmax, matches); if (!matched) { return mlr_strdup_or_die(default_value); } regmatch_t* pmatch = &matches[0]; int len = pmatch->rm_eo - pmatch->rm_so; return mlr_alloc_string_from_char_range(&input[pmatch->rm_so], len); } // ---------------------------------------------------------------- // Slot 0 is the entire matched input string. // Slots 1 and up are substring matches for parenthesized capture expressions (if any). // Example regex "a(.*)e" with input string "abcde": slot 1 points to "bcd" and match_count = 2. // Slot 2 has rm_so == -1. // (If all allocated slots have matches then there is no slot with -1's.) // Input "abcde" // Regex "a(.*)e" // matches[0].rm_so = 0, matches[0].rm_eo = 5 // matches[1].rm_so = 1, matches[1].rm_eo = 4 // matches[2].rm_so = -1, matches[2].rm_eo = -1 // // pregex_captures->length = 2 // pregex_captures->strings[0] = "abcde" // pregex_captures->strings[1] = "bcd" // // Note that even if there is no match, a non-null zero-length regex-captures array is returned (by reference). // This is important: see the comments in mapper_put for details. void save_regex_captures(string_array_t** ppregex_captures, char* input, regmatch_t matches[], int nmatchmax) { int match_count = nmatchmax; // In fully occupied case, there will be no slots with -1's for (int i = 0; i < nmatchmax; i++) { if (matches[i].rm_so == -1) { match_count = i; break; } } if (*ppregex_captures != NULL) string_array_realloc(*ppregex_captures, match_count); else *ppregex_captures = string_array_alloc(match_count); string_array_t* pregex_captures = *ppregex_captures; if (match_count >= 1) { for (int i = 0; i < match_count; i++) { int len = matches[i].rm_eo - matches[i].rm_so; pregex_captures->strings[i] = mlr_alloc_string_from_char_range(&input[matches[i].rm_so], len); } pregex_captures->strings_need_freeing = TRUE; } } // ---------------------------------------------------------------- // Using the above example: // Input "abcde" // Regex "a(.*)e" // // pregex_captures->length = 2 // pregex_captures->strings[0] = "abcde" // pregex_captures->strings[1] = "bcd" // // "\0" should be replaced with "abcde". // "\1" should be replaced with "bcd". // "\2" through "\9" should be replaced with "". char* interpolate_regex_captures(char* input, string_array_t* pregex_captures, int* pwas_allocated) { *pwas_allocated = FALSE; string_builder_t* psb = sb_alloc(32); char* p = input; while (*p) { if (p[0] == '\\' && isdigit(p[1])) { *pwas_allocated = TRUE; int idx = p[1] - '0'; if (idx < pregex_captures->length) sb_append_string(psb, pregex_captures->strings[idx]); p += 2; } else { sb_append_char(psb, *p); p++; } } if (*pwas_allocated) { char* output = sb_finish(psb); sb_free(psb); return output; } else { sb_free(psb); return input; } } miller-5.6.2/c/lib/mlrregex.h000066400000000000000000000060011354153536500160050ustar00rootroot00000000000000#ifndef MLRREGEX_H #define MLRREGEX_H #include #include #include #include #include #include "mlrutil.h" #include "string_builder.h" #include "string_array.h" // Succeeds or aborts the process. cflag REG_EXTENDED is already included. // Returns its first argument (after compilation). regex_t* regcomp_or_die(regex_t* pregex, char* regex_string, int cflags); // Always uses cflags with REG_EXTENDED. // If the regex_string is of the form a.*b, compiles it using cflags without REG_ICASE. // If the regex_string is of the form "a.*b", compiles a.*b using cflags without REG_ICASE. // If the regex_string is of the form "a.*b"i, compiles a.*b using cflags with REG_ICASE. regex_t* regcomp_or_die_quoted(regex_t* pregex, char* regex_string, int cflags); // Returns TRUE for match, FALSE for no match, and aborts the process if // regexec returns anything else. int regmatch_or_die(const regex_t* pregex, const char* restrict match_string, size_t nmatchmax, regmatch_t pmatch[restrict]); // The return value is dynamically allocated even if there is no match, i.e. when output // equals input. The by-reference all-captured flag is true on return if all \1, etc. // were satisfiable by parenthesized capture groups. char* regex_sub(char* input, regex_t* pregex, string_builder_t* psb, char* replacement, int* pmatched, int* pall_captured); char* regex_gsub(char* input, regex_t* pregex, string_builder_t* psb, char* replacement, int* pmatched, int* pall_captured, char *pfree_flags); // The return value is dynamically allocated if there is a match, else it returns null. char* regextract(char* input, regex_t* pregex); char* regextract_or_else(char* input, regex_t* pregex, char* default_value); // The regex library gives us an array of match pointers into the input string. This function strdups them // out into separate storage, to implement "\0", "\1", "\2", etc. regex-captures for the =~ and !=~ operators. // If the regex-captures array is null, it is allocated; otherwise it is resized. If the input regex does not // match the regex, then the regex-captures array will be non-null but will have length 0. void save_regex_captures(string_array_t** ppregex_captures, char* input, regmatch_t matches[], int nmatchmax); // Given an array of regex-captures and an input string, interpolates the matches. E.g. if capture 1 is "abc" // and capture 2 is "def" and the input is "hello \1 goodbye \2", then the output is a newly allocated string // with value "hello abc goodbye def". The was-allocated flag is an output flag: if true upon return, there was // something modified and the returnv value should be freed; if false, nothing was modified and the input string was // returned as the function value. // // To avoid performance regressions in non-match cases, this function quickly returns if the regex-captures array is // NULL. See comments in mapper_put.c for more information. char* interpolate_regex_captures(char* input, string_array_t* pregex_captures, int* pwas_allocated); #endif // MLRREGEX_H miller-5.6.2/c/lib/mlrstat.c000066400000000000000000000164521354153536500156540ustar00rootroot00000000000000#include #include "lib/mlrstat.h" // ================================================================ // These are intended for streaming (i.e. single-pass) applications. Otherwise // the formulas look different (and are more intuitive). // ================================================================ // ---------------------------------------------------------------- // Univariate linear regression // ---------------------------------------------------------------- // There are N (xi, yi) pairs. // // minimize E = sum (yi - m xi - b)^2 // // Set the two partial derivatives to zero and solve for m and b: // // DE/Dm = sum 2 (yi - m xi - b) (-xi) = 0 // DE/Db = sum 2 (yi - m xi - b) (-1) = 0 // // sum (yi - m xi - b) (xi) = 0 // sum (yi - m xi - b) = 0 // // sum (xi yi - m xi^2 - b xi) = 0 // sum (yi - m xi - b) = 0 // // m sum(xi^2) + b sum(xi) = sum(xi yi) // m sum(xi) + b N = sum(yi) // // [ sum(xi^2) sum(xi) ] [ m ] = [ sum(xi yi) ] // [ sum(xi) N ] [ b ] = [ sum(yi) ] // // [ m ] = [ sum(xi^2) sum(xi) ]^-1 [ sum(xi yi) ] // [ b ] [ sum(xi) N ] [ sum(yi) ] // // = [ N -sum(xi) ] [ sum(xi yi) ] * 1/D // [ -sum(xi) sum(xi^2)] [ sum(yi) ] // // where // // D = N sum(xi^2) - sum(xi)^2. // // So // // N sum(xi yi) - sum(xi) sum(yi) // m = -------------------------------- // D // // -sum(xi)sum(xi yi) + sum(xi^2) sum(yi) // b = ---------------------------------------- // D // // ---------------------------------------------------------------- void mlr_get_linear_regression_ols(unsigned long long n, double sumx, double sumx2, double sumxy, double sumy, double* pm, double* pb) { double D = n * sumx2 - sumx*sumx; double m = (n * sumxy - sumx * sumy) / D; double b = (-sumx * sumxy + sumx2 * sumy) / D; *pm = m; *pb = b; } // We would need a second pass through the data to compute the error-bars given // the data and the m and the b. // // # Young 1962, pp. 122-124. Compute sample variance of linear // # approximations, then variances of m and b. // var_z = 0.0 // for i in range(0, N): // var_z += (m * xs[i] + b - ys[i])**2 // var_z /= N // // var_m = (N * var_z) / D // var_b = (var_z * sumx2) / D // // output = [m, b, math.sqrt(var_m), math.sqrt(var_b)] // ---------------------------------------------------------------- double mlr_get_var(unsigned long long n, double sum, double sum2) { double mean = sum / n; double numerator = sum2 - mean*(2.0*sum - n*mean); if (numerator < 0.0) // round-off error numerator = 0.0; double denominator = n - 1LL; return numerator / denominator; } // ---------------------------------------------------------------- // Unbiased estimator: // (1/n) sum{(xi-mean)**3} // ----------------------------- // [(1/(n-1)) sum{(xi-mean)**2}]**1.5 // mean = sumx / n; n mean = sumx // sum{(xi-mean)^3} // = sum{xi^3 - 3 mean xi^2 + 3 mean^2 xi - mean^3} // = sum{xi^3} - 3 mean sum{xi^2} + 3 mean^2 sum{xi} - n mean^3 // = sumx3 - 3 mean sumx2 + 3 mean^2 sumx - n mean^3 // = sumx3 - 3 mean sumx2 + 3n mean^3 - n mean^3 // = sumx3 - 3 mean sumx2 + 2n mean^3 // = sumx3 - mean*(3 sumx2 + 2n mean^2) // sum{(xi-mean)^2} // = sum{xi^2 - 2 mean xi + mean^2} // = sum{xi^2} - 2 mean sum{xi} + n mean^2 // = sumx2 - 2 mean sumx + n mean^2 // = sumx2 - 2 n mean^2 + n mean^2 // = sumx2 - n mean^2 double mlr_get_skewness(unsigned long long n, double sumx, double sumx2, double sumx3) { double mean = sumx / n; double numerator = sumx3 - mean*(3*sumx2 - 2*n*mean*mean); numerator = numerator / n; double denominator = (sumx2 - n*mean*mean) / (n-1); denominator = pow(denominator, 1.5); return numerator / denominator; } // Unbiased: // (1/n) sum{(x-mean)**4} // ----------------------- - 3 // [(1/n) sum{(x-mean)**2}]**2 // sum{(xi-mean)^4} // = sum{xi^4 - 4 mean xi^3 + 6 mean^2 xi^2 - 4 mean^3 xi + mean^4} // = sum{xi^4} - 4 mean sum{xi^3} + 6 mean^2 sum{xi^2} - 4 mean^3 sum{xi} + n mean^4 // = sum{xi^4} - 4 mean sum{xi^3} + 6 mean^2 sum{xi^2} - 4 n mean^4 + n mean^4 // = sum{xi^4} - 4 mean sum{xi^3} + 6 mean^2 sum{xi^2} - 3 n mean^4 // = sum{xi^4} - mean*(4 sum{xi^3} - 6 mean sum{xi^2} + 3 n mean^3) // = sumx4 - mean*(4 sumx3 - 6 mean sumx2 + 3 n mean^3) // = sumx4 - mean*(4 sumx3 - mean*(6 sumx2 - 3 n mean^2)) double mlr_get_kurtosis(unsigned long long n, double sumx, double sumx2, double sumx3, double sumx4) { double mean = sumx / n; double numerator = sumx4 - mean*(4*sumx3 - mean*(6*sumx2 - 3*n*mean*mean)); numerator = numerator / n; double denominator = (sumx2 - n*mean*mean) / n; denominator = denominator * denominator; return numerator / denominator - 3.0; } // ---------------------------------------------------------------- // Non-streaming implementation: // // def find_sample_covariance(xs, ys): // n = len(xs) // mean_x = find_mean(xs) // mean_y = find_mean(ys) // // sum = 0.0 // for k in range(0, n): // sum += (xs[k] - mean_x) * (ys[k] - mean_y) // // return sum / (n-1.0) double mlr_get_cov(unsigned long long n, double sumx, double sumy, double sumxy) { double meanx = sumx / n; double meany = sumy / n; double numerator = sumxy - meanx*sumy - meany*sumx + n*meanx*meany; double denominator = n - 1; return numerator / denominator; } // ---------------------------------------------------------------- void mlr_get_cov_matrix(unsigned long long n, double sumx, double sumx2, double sumy, double sumy2, double sumxy, double Q[2][2]) { double denominator = n - 1; Q[0][0] = (sumx2 - sumx*sumx/n) / denominator; Q[0][1] = (sumxy - sumx*sumy/n) / denominator; Q[1][0] = Q[0][1]; Q[1][1] = (sumy2 - sumy*sumy/n) / denominator; } // ---------------------------------------------------------------- // Principal component analysis can be used for linear regression: // // * Compute the covariance matrix for the x's and y's. // // * Find its eigenvalues and eigenvectors of the cov. (This is real-symmetric // so Jacobi iteration is simple and fine.) // // * The principal eigenvector points in the direction of the fit. // // * The covariance matrix is computed on zero-mean data so the intercept // is zero. The fit equation is of the form (y - nu) = m*(x - mu) where mu // and nu are x and y means, respectively. // // * If the fit is perfect then the 2nd eigenvalue will be zero; if the fit is // good then the 2nd eigenvalue will be smaller; if the fit is bad then // they'll be about the same. I use 1 - |lambda2|/|lambda1| as an indication // of quality of the fit. // // Standard ("ordinary least-squares") linear regression is appropriate when // the errors are thought to be all in the y's. PCA ("total least-squares") is // appropriate when the x's and the y's are thought to both have errors. void mlr_get_linear_regression_pca( // Inputs: double eigenvalue_1, double eigenvalue_2, double eigenvector_1[2], double eigenvector_2[2], double x_mean, double y_mean, // Outputs: double* pm, double* pb, double* pquality) { double abs_1 = fabs(eigenvalue_1); double abs_2 = fabs(eigenvalue_2); double quality = 1.0; if (abs_1 == 0.0) quality = 0.0; else if (abs_2 > 0.0) quality = 1.0 - abs_2 / abs_1; double a0 = eigenvector_1[0]; double a1 = eigenvector_1[1]; double m = a1 / a0; double b = y_mean - m * x_mean; *pm = m; *pb = b; *pquality = quality; } miller-5.6.2/c/lib/mlrstat.h000066400000000000000000000017121354153536500156520ustar00rootroot00000000000000#ifndef MLRSTAT_H #define MLRSTAT_H void mlr_get_linear_regression_ols(unsigned long long n, double sumx, double sumx2, double sumxy, double sumy, double* pm, double* pb); double mlr_get_var(unsigned long long n, double sum, double sum2); double mlr_get_cov(unsigned long long n, double sumx, double sumy, double sumxy); double mlr_get_skewness(unsigned long long n, double sumx, double sumx2, double sumx3); double mlr_get_kurtosis(unsigned long long n, double sumx, double sumx2, double sumx3, double sumx4); void mlr_get_cov_matrix(unsigned long long n, double sumx, double sumx2, double sumy, double sumy2, double sumxy, double Q[2][2]); void mlr_get_linear_regression_pca( // Inputs: double eigenvalue_1, double eigenvalue_2, double eigenvector_1[2], double eigenvector_2[2], double x_mean, double y_mean, // Outputs, with quality 1 being a tight fit and quality 0 being a loose one. double* pm, double* pb, double* pquality); #endif // MLRSTAT_H miller-5.6.2/c/lib/mlrtimezone.h000066400000000000000000000002621354153536500165300ustar00rootroot00000000000000#ifndef MLRTIMEZONE_H #define MLRTIMEZONE_H typedef enum _timezone_handling_t { TIMEZONE_HANDLING_GMT, TIMEZONE_HANDLING_LOCAL } timezone_handling_t; #endif // MLRTIMEZONE_H miller-5.6.2/c/lib/mlrutil.c000066400000000000000000000375041354153536500156570ustar00rootroot00000000000000#include #include #include #include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "lib/free_flags.h" // ---------------------------------------------------------------- void mlr_internal_coding_error(char* file, int line) { fprintf(stderr, "%s: internal coding error detected in file %s at line %d.\n", MLR_GLOBALS.bargv0, file, line); exit(1); } void mlr_internal_coding_error_if(int v, char* file, int line) { if (v) { mlr_internal_coding_error(file, line); } } void mlr_internal_coding_error_unless(int v, char* file, int line) { if (!v) { mlr_internal_coding_error(file, line); } } // ---------------------------------------------------------------- char* mlr_strmsep(char **pstring, const char *sep, int seplen) { char* string = *pstring; if (string == NULL) { return NULL; } char* pnext = strstr(string, sep); if (pnext == NULL) { *pstring = NULL; return string; } else { *pnext = 0; *pstring = pnext + seplen; return string; } } // ---------------------------------------------------------------- int mlr_bsearch_double_for_insert(double* array, int size, double value) { int lo = 0; int hi = size-1; int mid = (hi+lo)/2; int newmid; if (size == 0) return 0; if (value > array[0]) return 0; if (value < array[hi]) return size; while (lo < hi) { double a = array[mid]; if (value == a) { return mid; } else if (value > a) { hi = mid; newmid = (hi+lo)/2; } else { lo = mid; newmid = (hi+lo)/2; } if (mid == newmid) { if (value >= array[lo]) return lo; else if (value >= array[hi]) return hi; else return hi+1; } mid = newmid; } return lo; } // ---------------------------------------------------------------- void* mlr_malloc_or_die(size_t size) { void* p = malloc(size); if (p == NULL) { fprintf(stderr, "malloc(%llu) failed.\n", (unsigned long long)size); exit(1); } #ifdef MLR_MALLOC_TRACE fprintf(stderr, "MALLOC size=%llu,p=%p\n", (unsigned long long)size, p); #endif return p; } // ---------------------------------------------------------------- void* mlr_realloc_or_die(void *optr, size_t size) { void* nptr = realloc(optr, size); if (nptr == NULL) { fprintf(stderr, "realloc(%llu) failed.\n", (unsigned long long)size); exit(1); } #ifdef MLR_MALLOC_TRACE fprintf(stderr, "REALLOC size=%llu,p=%p\n", (unsigned long long)size, nptr); #endif return nptr; } // ---------------------------------------------------------------- char * mlr_strdup_quoted_or_die(const char *s1) { int len = strlen(s1); char* s2 = mlr_malloc_or_die(len+3); s2[0] = '"'; strcpy(&s2[1], s1); s2[len+1] = '"'; s2[len+2] = 0; return s2; } // ---------------------------------------------------------------- // The caller should free the return value from each of these. char* mlr_alloc_string_from_double(double value, char* fmt) { int n = snprintf(NULL, 0, fmt, value); char* string = mlr_malloc_or_die(n+1); sprintf(string, fmt, value); return string; } char* mlr_alloc_string_from_ull(unsigned long long value) { int n = snprintf(NULL, 0, "%llu", value); char* string = mlr_malloc_or_die(n+1); sprintf(string, "%llu", value); return string; } char* mlr_alloc_string_from_ll(long long value) { int n = snprintf(NULL, 0, "%lld", value); char* string = mlr_malloc_or_die(n+1); sprintf(string, "%lld", value); return string; } char* mlr_alloc_string_from_ll_and_format(long long value, char* fmt) { int n = snprintf(NULL, 0, fmt, value); char* string = mlr_malloc_or_die(n+1); sprintf(string, fmt, value); return string; } char* mlr_alloc_string_from_int(int value) { int n = snprintf(NULL, 0, "%d", value); char* string = mlr_malloc_or_die(n+1); sprintf(string, "%d", value); return string; } char* mlr_alloc_string_from_char_range(char* start, int num_bytes) { char* string = mlr_malloc_or_die(num_bytes+1); memcpy(string, start, num_bytes); string[num_bytes] = 0; return string; } char* mlr_alloc_hexfmt_from_ll(long long value) { int n = snprintf(NULL, 0, "0x%llx", (unsigned long long)value); char* string = mlr_malloc_or_die(n+1); sprintf(string, "0x%llx", value); return string; } char* mlr_alloc_string_from_string_and_format(char* old_value, char* fmt) { int n = snprintf(NULL, 0, fmt, old_value); char* new_value = mlr_malloc_or_die(n+1); sprintf(new_value, fmt, old_value); return new_value; } double mlr_double_from_string_or_die(char* string) { double d; if (!mlr_try_float_from_string(string, &d)) { fprintf(stderr, "%s: couldn't parse \"%s\" as number.\n", MLR_GLOBALS.bargv0, string); exit(1); } return d; } // E.g. "300" is a number; "300ms" is not. int mlr_try_float_from_string(char* string, double* pval) { int num_bytes_scanned; int rc = sscanf(string, "%lf%n", pval, &num_bytes_scanned); if (rc != 1) return 0; if (string[num_bytes_scanned] != 0) // scanned to end of string? return 0; return 1; } long long mlr_int_from_string_or_die(char* string) { long long i; if (!mlr_try_int_from_string(string, &i)) { fprintf(stderr, "Couldn't parse \"%s\" as number.\n", string); exit(1); } return i; } // E.g. "300" is a number; "300ms" is not. int mlr_try_int_from_string(char* string, long long* pval) { int num_bytes_scanned, rc; // sscanf with %li / %lli doesn't scan correctly when the high bit is set // on hex input; it just returns max signed. So we need to special-case hex // input. if (string[0] == '0' && (string[1] == 'x' || string[1] == 'X')) { rc = sscanf(string, "%llx%n", pval, &num_bytes_scanned); } else { rc = sscanf(string, "%lli%n", pval, &num_bytes_scanned); } if (rc != 1) return 0; if (string[num_bytes_scanned] != 0) // scanned to end of string? return 0; return 1; } // ---------------------------------------------------------------- static char* low_int_to_string_data[] = { "0", "1", "2", "3", "4", "5", "6", "7", "8", "9", "10", "11", "12", "13", "14", "15", "16", "17", "18", "19", "20", "21", "22", "23", "24", "25", "26", "27", "28", "29", "30", "31", "32", "33", "34", "35", "36", "37", "38", "39", "40", "41", "42", "43", "44", "45", "46", "47", "48", "49", "50", "51", "52", "53", "54", "55", "56", "57", "58", "59", "60", "61", "62", "63", "64", "65", "66", "67", "68", "69", "70", "71", "72", "73", "74", "75", "76", "77", "78", "79", "80", "81", "82", "83", "84", "85", "86", "87", "88", "89", "90", "91", "92", "93", "94", "95", "96", "97", "98", "99", "100" }; char* low_int_to_string(int idx, char* pfree_flags) { if ((0 <= idx) && (idx <= 100)) { *pfree_flags = 0; return low_int_to_string_data[idx]; } else { char buf[32]; sprintf(buf, "%d", idx); *pfree_flags = FREE_ENTRY_KEY; return mlr_strdup_or_die(buf); } } // ---------------------------------------------------------------- char* mlr_paste_2_strings(char* s1, char* s2) { int n1 = strlen(s1); int n2 = strlen(s2); char* s = mlr_malloc_or_die(n1+n2+1); strcpy(s, s1); strcat(s, s2); return s; } char* mlr_paste_3_strings(char* s1, char* s2, char* s3) { int n1 = strlen(s1); int n2 = strlen(s2); int n3 = strlen(s3); char* s = mlr_malloc_or_die(n1+n2+n3+1); strcpy(s, s1); strcat(s, s2); strcat(s, s3); return s; } char* mlr_paste_4_strings(char* s1, char* s2, char* s3, char* s4) { int n1 = strlen(s1); int n2 = strlen(s2); int n3 = strlen(s3); int n4 = strlen(s4); char* s = mlr_malloc_or_die(n1+n2+n3+n4+1); strcpy(s, s1); strcat(s, s2); strcat(s, s3); strcat(s, s4); return s; } char* mlr_paste_5_strings(char* s1, char* s2, char* s3, char* s4, char* s5) { int n1 = strlen(s1); int n2 = strlen(s2); int n3 = strlen(s3); int n4 = strlen(s4); int n5 = strlen(s5); char* s = mlr_malloc_or_die(n1+n2+n3+n4+n5+1); strcpy(s, s1); strcat(s, s2); strcat(s, s3); strcat(s, s4); strcat(s, s5); return s; } // ---------------------------------------------------------------- // This is djb2. int mlr_string_hash_func(char *str) { unsigned long hash = 5381; int c; while ((c = *str++) != 0) hash = ((hash << 5) + hash) + c; /* hash * 33 + c */ return (int)hash; } int mlr_string_pair_hash_func(char* str1, char* str2) { unsigned long hash = 5381; int c; while ((c = *str1++) != 0) hash = ((hash << 5) + hash) + c; /* hash * 33 + c */ while ((c = *str2++) != 0) hash = ((hash << 5) + hash) + c; /* hash * 33 + c */ return (int)hash; } // ---------------------------------------------------------------- // 0x00-0x7f (MSB is 0) are ASCII and printable. // 0x80-0xbf (MSBs are 10) are continuation characters and don't add to printable length. // 0xc0-0xfe (MSBs are 11) are leading characters and do add to printable length. // (0xff, incidentally, is never a valid UTF-8 byte). int strlen_for_utf8_display(char* str) { int len = 0; for (char* p = str; *p; p++) { if ((*p & 0xc0) != 0x80) len++; } return len; } // ---------------------------------------------------------------- // These are for low-volume, call-at-startup applications. If they get used // record-by-record they should be replaced with pointer-walking logic which // avoids the unnecessary expense of calling strlen. int string_starts_with(char* string, char* prefix) { int prefixlen = strlen(prefix); return !strncmp(string, prefix, prefixlen); } int string_ends_with(char* string, char* suffix, int* pstringlen) { int stringlen = strlen(string); int suffixlen = strlen(suffix); if (pstringlen != NULL) *pstringlen = stringlen; if (stringlen < suffixlen) return FALSE; return !strcmp(&string[stringlen-suffixlen], suffix); } // ---------------------------------------------------------------- int mlr_imax2(int a, int b) { if (a >= b) return a; else return b; } // ---------------------------------------------------------------- int mlr_imax3(int a, int b, int c) { return mlr_imax2(a, mlr_imax2(b, c)); } // ---------------------------------------------------------------- int power_of_two_above(int n) { n |= (n >> 1); n |= (n >> 2); n |= (n >> 4); n |= (n >> 8); n |= (n >> 16); return(n+1); } // ---------------------------------------------------------------- static int is_backslash_octal(char* input, int* pcode) { if (strlen(input) < 4) return FALSE; if (input[0] != '\\') return FALSE; if (input[1] < '0' || input[1] > '7') return FALSE; if (input[2] < '0' || input[2] > '7') return FALSE; if (input[3] < '0' || input[3] > '7') return FALSE; *pcode = (input[1] - '0') * 64 + (input[2] - '0') * 8 + (input[3] - '0'); return TRUE; } static int is_backslash_hex(char* input, int* pcode) { if (strlen(input) < 4) return FALSE; if (input[0] != '\\') return FALSE; if (input[1] != 'x') return FALSE; if (!isxdigit(input[2])) return FALSE; if (!isxdigit(input[3])) return FALSE; char buf[3]; buf[0] = input[2]; buf[1] = input[3]; buf[2] = 0; if (sscanf(buf, "%x", pcode) != 1) { fprintf(stderr, "Miller: internal coding error detected in file %s at line %d.\n", __FILE__, __LINE__); exit(1); } return TRUE; } char* mlr_alloc_unbackslash(char* input) { // Do the strdup even if there's nothing to expand, so the caller can unconditionally // free what we return. char* output = mlr_strdup_or_die(input); char* pi = input; char* po = output; int code = 0; while (*pi) { // https://en.wikipedia.org/wiki/Escape_sequences_in_C if (streqn(pi, "\\a", 2)) { pi += 2; *(po++) = '\a'; } else if (streqn(pi, "\\b", 2)) { pi += 2; *(po++) = '\b'; } else if (streqn(pi, "\\f", 2)) { pi += 2; *(po++) = '\f'; } else if (streqn(pi, "\\n", 2)) { pi += 2; *(po++) = '\n'; } else if (streqn(pi, "\\r", 2)) { pi += 2; *(po++) = '\r'; } else if (streqn(pi, "\\t", 2)) { pi += 2; *(po++) = '\t'; } else if (streqn(pi, "\\v", 2)) { pi += 2; *(po++) = '\v'; } else if (streqn(pi, "\\\\", 2)) { pi += 2; *(po++) = '\\'; } else if (streqn(pi, "\\'", 2)) { pi += 2; *(po++) = '\''; } else if (streqn(pi, "\\\"", 2)) { pi += 2; *(po++) = '"'; } else if (streqn(pi, "\\?", 2)) { pi += 2; *(po++) = '?'; } else if (is_backslash_octal(pi, &code)) { pi += 4; *(po++) = code; } else if (is_backslash_hex(pi, &code)) { pi += 4; *(po++) = code; } else { *po = *pi; pi++; po++; } } *po = 0; return output; } // Does a strdup even if there's nothing to expand, so the caller can unconditionally // free what we return. char* mlr_alloc_double_backslash(char* input) { char *p, *q; int input_length = 0; int num_backslashes = 0; for (p = input; *p; p++) { input_length++; if (*p == '\\') { if (p[1] != '.') { num_backslashes++; } } } char* output = mlr_malloc_or_die(input_length + num_backslashes + 1); for (p = input, q = output; *p; p++) { if (*p == '\\') { if (p[1] != '.') { *(q++) = *p; } *(q++) = *p; } else { *(q++) = *p; } } *q = 0; return output; } // ---------------------------------------------------------------- // Returns -1 on error ssize_t get_file_size(char* filename) { struct stat statbuf; if (stat(filename, &statbuf) < 0) { return (ssize_t)(-1); } else { return statbuf.st_size; } } // ---------------------------------------------------------------- char* read_file_into_memory(char* filename, size_t* psize) { struct stat statbuf; if (stat(filename, &statbuf) < 0) { perror("stat"); fprintf(stderr, "%s: could not stat \"%s\"\n", MLR_GLOBALS.bargv0, filename); exit(1); } char* buffer = mlr_malloc_or_die(statbuf.st_size + 1); FILE* fp = fopen(filename, "r"); if (fp == NULL) { perror("fopen"); fprintf(stderr, "%s: could not fopen \"%s\"\n", MLR_GLOBALS.bargv0, filename); free(buffer); return NULL; } size_t rc = fread(buffer, 1, statbuf.st_size, fp); if (rc != statbuf.st_size) { fprintf(stderr, "Unable to read content of %s\n", filename); perror("fread"); fprintf(stderr, "%s: could not fread \"%s\"\n", MLR_GLOBALS.bargv0, filename); fclose(fp); free(buffer); return NULL; } fclose(fp); buffer[statbuf.st_size] = 0; if (psize) *psize = statbuf.st_size; return buffer; } // ---------------------------------------------------------------- #define INITIAL_ALLOC_SIZE 16384 #define BLOCK_SIZE 16384 char* read_fp_into_memory(FILE* fp, size_t* psize) { size_t file_size = 0; size_t alloc_size = INITIAL_ALLOC_SIZE; char* buffer = mlr_malloc_or_die(alloc_size); while (TRUE) { if (file_size + BLOCK_SIZE > alloc_size) { alloc_size *= 2; buffer = mlr_realloc_or_die(buffer, alloc_size); } size_t block_num_bytes_read = fread(&buffer[file_size], 1, BLOCK_SIZE, fp); if (block_num_bytes_read == 0) { if (feof(fp)) break; perror("fread"); fprintf(stderr, "%s: stdio/popen fread failed\n", MLR_GLOBALS.bargv0); free(buffer); *psize = 0; return NULL; } file_size += block_num_bytes_read; } *psize = file_size; return buffer; } // ---------------------------------------------------------------- char* alloc_suffixed_temp_file_name(char* filename) { const int suffix_length = 6; static char bag[] = "abcdefghijklmnopqrstuvwxyz" "ABCDEFGHIJKLMNOPQRSTUVWXYZ" "0123456789"; const static int bag_length = sizeof(bag) - 1; char* output = mlr_malloc_or_die(strlen(filename) + 2 + suffix_length); int rand_start_index = sprintf(output, "%s.", filename); char* rand_start_ptr = &output[rand_start_index]; int i = 0; for ( ; i < suffix_length; i++) { rand_start_ptr[i] = bag[get_mtrand_int32() % bag_length]; } rand_start_ptr[i] = 0; return output; } // ---------------------------------------------------------------- // The convention for argv-style arrays is that they're null-terminated. // So we loop through once to find the length. char** copy_argv(char** argv) { int length = 0; int argi; for (argi = 0; argv[argi]; argi++) { length++; } char** copy = mlr_malloc_or_die((length + 1) * sizeof(char*)); for (argi = 0; argv[argi]; argi++) { copy[argi] = mlr_strdup_or_die(argv[argi]); } copy[length] = 0; return copy; } void free_argv_copy(char** copy) { for (int argi = 0; copy[argi]; argi++) { free(copy[argi]); } free(copy); } miller-5.6.2/c/lib/mlrutil.h000066400000000000000000000133721354153536500156610ustar00rootroot00000000000000#ifndef MLRUTIL_H #define MLRUTIL_H #include #include #include #include #include "mtrand.h" #define TRUE 1 #define FALSE 0 #define NEITHER_TRUE_NOR_FALSE -1 //#define MLR_MALLOC_TRACE // ---------------------------------------------------------------- #define MLR_INTERNAL_CODING_ERROR() mlr_internal_coding_error(__FILE__, __LINE__) #define MLR_INTERNAL_CODING_ERROR_IF(v) mlr_internal_coding_error_if(v, __FILE__, __LINE__) #define MLR_INTERNAL_CODING_ERROR_UNLESS(v) mlr_internal_coding_error_unless(v, __FILE__, __LINE__) void mlr_internal_coding_error(char* file, int line); void mlr_internal_coding_error_if(int v, char* file, int line); void mlr_internal_coding_error_unless(int v, char* file, int line); // ---------------------------------------------------------------- //int mlr_canonical_mod(int a, int n); static inline int mlr_canonical_mod(int a, int n) { int r = a % n; if (r >= 0) return r; else return r+n; } // ---------------------------------------------------------------- // strcmp computes signs; we don't need that -- only equality or inequality. static inline int streq(char* a, char* b) { #if 0 // performance comparison return !strcmp(a, b); #else while (*a && *b) { if (*a != *b) return FALSE; a++; b++; } if (*a || *b) return FALSE; return TRUE; #endif } // strncmp computes signs; we don't need that -- only equality or inequality. static inline int streqn(char* a, char* b, int n) { #if 0 // performance comparison return !strncmp(a, b, n); #else while (n > 0 && *a && *b) { if (n-- <= 0) { return TRUE; } if (*a != *b) { return FALSE; } a++; b++; } if (n == 0) return TRUE; if (*a || *b) { return FALSE; } return TRUE; #endif } // ---------------------------------------------------------------- // Like strsep but the sep argument is a multi-character delimiter, // not a set of single-character delimiters. char* mlr_strmsep(char **pstring, const char *sep, int seplen); // ---------------------------------------------------------------- int mlr_bsearch_double_for_insert(double* array, int size, double value); void* mlr_malloc_or_die(size_t size); void* mlr_realloc_or_die(void *ptr, size_t size); static inline char * mlr_strdup_or_die(const char *s1) { char* s2 = strdup(s1); if (s2 == NULL) { fprintf(stderr, "malloc/strdup failed\n"); exit(1); } #ifdef MLR_MALLOC_TRACE fprintf(stderr, "STRDUP size=%d,p=%p\n", (int)strlen(s2), s2); #endif return s2; } char * mlr_strdup_quoted_or_die(const char *s1); // The caller should free the return values from each of these. char* mlr_alloc_string_from_double(double value, char* fmt); char* mlr_alloc_string_from_ull(unsigned long long value); char* mlr_alloc_string_from_ll(long long value); char* mlr_alloc_string_from_ll_and_format(long long value, char* fmt); char* mlr_alloc_string_from_int(int value); char* mlr_alloc_string_from_string_and_format(char* value, char* fmt); // The input doesn't include the null-terminator; the output does. char* mlr_alloc_string_from_char_range(char* start, int num_bytes); char* mlr_alloc_hexfmt_from_ll(long long value); double mlr_double_from_string_or_die(char* string); long long mlr_int_from_string_or_die(char* string); int mlr_try_float_from_string(char* string, double* pval); int mlr_try_int_from_string(char* string, long long* pval); // For small integers (as of this writing, 0 .. 100) returns a static string representation. // For other values, returns a dynamically allocated string representation. char* low_int_to_string(int idx, char* pfree_flags); // Inefficient and intended for call-rarely use. The caller should free the return values. char* mlr_paste_2_strings(char* s1, char* s2); char* mlr_paste_3_strings(char* s1, char* s2, char* s3); char* mlr_paste_4_strings(char* s1, char* s2, char* s3, char* s4); char* mlr_paste_5_strings(char* s1, char* s2, char* s3, char* s4, char* s5); int mlr_string_hash_func(char *str); int mlr_string_pair_hash_func(char* str1, char* str2); int strlen_for_utf8_display(char* str); int string_starts_with(char* string, char* prefix); // If pstrlen is non-null, after return it will contain strlen(string) for // convenience of the caller. int string_ends_with(char* string, char* suffix, int* pstringlen); int mlr_imax2(int a, int b); int mlr_imax3(int a, int b, int c); int power_of_two_above(int n); // The caller should free the return value. Maps two-character sequences such as // "\t", "\n", "\\" to single characters such as tab, newline, backslash, etc. char* mlr_alloc_unbackslash(char* input); // Miller DSL literals are unbackslashed: e.g. the two-character sequence "\t" is converted to a tab character, and // users need to type "\\t" to get a backslash followed by a t. Well and good, but the system regex library handles // backslashes not quite as I want. Namely, without this function, // // echo 'x=a\tb' | mlr put '$x=sub($x,"\\t","TAB")' // // (note: not echo -e, but just plain echo) outputs // // a\TABb // // while // // echo 'x=a\tb' | mlr put '$x=sub($x,"\\\\t","TAB")' // // outputs // // aTABb // // Using this function, backslashes can be escaped as the regex library requires, before I call regcomp: // // echo 'x=a\tb' | mlr put '$x=sub($x,"\\t","TAB")' // // outputs // // aTABb // // as desired. char* mlr_alloc_double_backslash(char* input); // Returns -1 on error ssize_t get_file_size(char* filename); // The caller should free the return value. char* read_file_into_memory(char* filename, size_t* psize); // The caller should free the return value. char* read_fp_into_memory(FILE* fp, size_t* psize); // Returns a copy of the filename with random characters attached to the end. char* alloc_suffixed_temp_file_name(char* filename); char** copy_argv(char** argv); void free_argv_copy(char** argv); #endif // MLRUTIL_H miller-5.6.2/c/lib/mlrval.c000066400000000000000000000227221354153536500154600ustar00rootroot00000000000000#include #include #include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/mlrregex.h" #include "lib/mlrval.h" // ================================================================ // See important notes at the top of mlrval.h. // ================================================================ // ---------------------------------------------------------------- char* mt_describe_type(int type) { switch (type) { case MT_ERROR: return "MT_ERROR"; break; case MT_ABSENT: return "MT_ABSENT"; break; case MT_EMPTY: return "MT_EMPTY"; break; case MT_STRING: return "MT_STRING"; break; case MT_INT: return "MT_INT"; break; case MT_FLOAT: return "MT_FLOAT"; break; case MT_BOOLEAN: return "MT_BOOLEAN"; break; default: return "???"; break; } } char* mt_describe_type_simple(int type) { switch (type) { case MT_ERROR: return "error"; break; case MT_ABSENT: return "absent"; break; case MT_EMPTY: return "empty"; break; case MT_STRING: return "string"; break; case MT_INT: return "int"; break; case MT_FLOAT: return "float"; break; case MT_BOOLEAN: return "bool"; break; default: return "???"; break; } } // ---------------------------------------------------------------- // See comments in header file char* mv_alloc_format_val(mv_t* pval) { switch(pval->type) { case MT_ABSENT: case MT_EMPTY: return mlr_strdup_or_die(""); break; case MT_ERROR: return mlr_strdup_or_die("(error)"); break; case MT_STRING: return mlr_strdup_or_die(pval->u.strv); break; case MT_BOOLEAN: return mlr_strdup_or_die(pval->u.boolv ? "true" : "false"); break; case MT_FLOAT: return mlr_alloc_string_from_double(pval->u.fltv, MLR_GLOBALS.ofmt); break; case MT_INT: return mlr_alloc_string_from_ll(pval->u.intv); break; default: return mlr_strdup_or_die("???"); break; } } char* mv_alloc_format_val_quoting_strings(mv_t* pval) { switch(pval->type) { case MT_ABSENT: case MT_EMPTY: return mlr_strdup_quoted_or_die(""); break; case MT_ERROR: return mlr_strdup_or_die("(error)"); break; case MT_STRING: return mlr_strdup_quoted_or_die(pval->u.strv); break; case MT_BOOLEAN: return mlr_strdup_or_die(pval->u.boolv ? "true" : "false"); break; case MT_FLOAT: return mlr_alloc_string_from_double(pval->u.fltv, MLR_GLOBALS.ofmt); break; case MT_INT: return mlr_alloc_string_from_ll(pval->u.intv); break; default: return mlr_strdup_or_die("???"); break; } } // ---------------------------------------------------------------- // See comments in header file char* mv_maybe_alloc_format_val(mv_t* pval, char* pfree_flags) { switch(pval->type) { case MT_ABSENT: case MT_EMPTY: *pfree_flags = NO_FREE; return ""; break; case MT_ERROR: *pfree_flags = NO_FREE; return "(error)"; break; case MT_STRING: *pfree_flags = NO_FREE; return pval->u.strv; break; case MT_BOOLEAN: *pfree_flags = NO_FREE; return pval->u.boolv ? "true" : "false"; break; case MT_FLOAT: *pfree_flags = FREE_ENTRY_VALUE; return mlr_alloc_string_from_double(pval->u.fltv, MLR_GLOBALS.ofmt); break; case MT_INT: *pfree_flags = FREE_ENTRY_VALUE; return mlr_alloc_string_from_ll(pval->u.intv); break; default: *pfree_flags = NO_FREE; return "???"; break; } } // ---------------------------------------------------------------- // See comments in header file char* mv_format_val(mv_t* pval, char* pfree_flags) { char* rv = NULL; switch(pval->type) { case MT_ABSENT: case MT_EMPTY: *pfree_flags = NO_FREE; rv = ""; break; case MT_ERROR: *pfree_flags = NO_FREE; rv = "(error)"; break; case MT_STRING: // Ownership transfer to the caller *pfree_flags = pval->free_flags; rv = pval->u.strv; *pval = mv_empty(); break; case MT_BOOLEAN: *pfree_flags = NO_FREE; rv = pval->u.boolv ? "true" : "false"; break; case MT_FLOAT: *pfree_flags = FREE_ENTRY_VALUE; rv = mlr_alloc_string_from_double(pval->u.fltv, MLR_GLOBALS.ofmt); break; case MT_INT: *pfree_flags = FREE_ENTRY_VALUE; rv = mlr_alloc_string_from_ll(pval->u.intv); break; default: *pfree_flags = NO_FREE; rv = "???"; break; } return rv; } // ---------------------------------------------------------------- // See comments in header file char* mv_describe_val(mv_t val) { char* stype = mt_describe_type(val.type); char* strv = mv_alloc_format_val(&val); char* desc = mlr_malloc_or_die(strlen(stype) + strlen(strv) + 4); sprintf(desc, "[%s] %s", stype, strv); free(strv); return desc; } // ---------------------------------------------------------------- void mv_set_boolean_strict(mv_t* pval) { if (pval->type != MT_BOOLEAN) { char* desc = mt_describe_type(pval->type); fprintf(stderr, "Expression does not evaluate to boolean: got %s.\n", desc); exit(1); } } // ---------------------------------------------------------------- void mv_set_float_strict(mv_t* pval) { double fltv = 0.0; mv_t nval = mv_error(); switch (pval->type) { case MT_ABSENT: case MT_EMPTY: break; case MT_ERROR: break; case MT_FLOAT: break; case MT_STRING: if (!mlr_try_float_from_string(pval->u.strv, &fltv)) { // keep nval = mv_error() } else { nval = mv_from_float(fltv); } mv_free(pval); *pval = nval; break; case MT_INT: pval ->type = MT_FLOAT; pval->u.fltv = (double)pval->u.intv; break; case MT_BOOLEAN: pval->type = MT_ERROR; pval->u.intv = 0LL; break; default: MLR_INTERNAL_CODING_ERROR(); break; } } // ---------------------------------------------------------------- void mv_set_float_nullable(mv_t* pval) { double fltv = 0.0; mv_t nval = mv_error(); switch (pval->type) { case MT_ABSENT: case MT_EMPTY: break; case MT_ERROR: break; case MT_FLOAT: break; case MT_INT: pval ->type = MT_FLOAT; pval->u.fltv = (double)pval->u.intv; break; case MT_BOOLEAN: pval->type = MT_ERROR; pval->u.intv = 0; break; case MT_STRING: if (*pval->u.strv == '\0') { nval = mv_empty(); } else if (!mlr_try_float_from_string(pval->u.strv, &fltv)) { // keep nval = mv_error() } else { nval = mv_from_float(fltv); } mv_free(pval); *pval = nval; break; default: MLR_INTERNAL_CODING_ERROR(); break; } } // ---------------------------------------------------------------- void mv_set_int_nullable(mv_t* pval) { long long intv = 0LL; mv_t nval = mv_error(); switch (pval->type) { case MT_ABSENT: case MT_EMPTY: break; case MT_ERROR: break; case MT_INT: break; case MT_FLOAT: pval ->type = MT_INT; pval->u.intv = (long long)pval->u.fltv; break; case MT_BOOLEAN: pval->type = MT_ERROR; pval->u.intv = 0; break; case MT_STRING: if (*pval->u.strv == '\0') { nval = mv_empty(); } else if (!mlr_try_int_from_string(pval->u.strv, &intv)) { // keep nval = mv_error() } else { nval = mv_from_int(intv); } mv_free(pval); *pval = nval; break; default: MLR_INTERNAL_CODING_ERROR(); break; } } // ---------------------------------------------------------------- void mv_set_number_nullable(mv_t* pval) { mv_t nval = mv_empty(); switch (pval->type) { case MT_ABSENT: case MT_EMPTY: break; case MT_ERROR: break; case MT_INT: break; case MT_FLOAT: break; case MT_BOOLEAN: pval->type = MT_ERROR; pval->u.intv = 0; break; case MT_STRING: nval = mv_scan_number_nullable(pval->u.strv); mv_free(pval); *pval = nval; break; default: MLR_INTERNAL_CODING_ERROR(); break; } } mv_t mv_scan_number_nullable(char* string) { double fltv = 0.0; long long intv = 0LL; mv_t rv = mv_empty(); if (*string == '\0') { // keep rv = mv_empty(); } else if (mlr_try_int_from_string(string, &intv)) { rv = mv_from_int(intv); } else if (mlr_try_float_from_string(string, &fltv)) { rv = mv_from_float(fltv); } else { rv = mv_error(); } return rv; } mv_t mv_scan_number_or_die(char* string) { mv_t rv = mv_scan_number_nullable(string); if (!mv_is_numeric(&rv)) { fprintf(stderr, "%s: couldn't parse \"%s\" as number.\n", MLR_GLOBALS.bargv0, string); exit(1); } return rv; } // ---------------------------------------------------------------- mv_t mv_ref_type_infer_string(char* string) { if (string == NULL) { return mv_absent(); } else if (*string == 0) { return mv_empty(); } else { return mv_from_string(string, NO_FREE); } } mv_t mv_ref_type_infer_string_or_float(char* string) { if (string == NULL) { return mv_absent(); } else if (*string == 0) { return mv_empty(); } else { double fltv; if (mlr_try_float_from_string(string, &fltv)) { return mv_from_float(fltv); } else { return mv_from_string(string, NO_FREE); } } } mv_t mv_ref_type_infer_string_or_float_or_int(char* string) { if (string == NULL) { return mv_absent(); } else if (*string == 0) { return mv_empty(); } else { long long intv; double fltv; if (mlr_try_int_from_string(string, &intv)) { return mv_from_int(intv); } else if (mlr_try_float_from_string(string, &fltv)) { return mv_from_float(fltv); } else { return mv_from_string(string, NO_FREE); } } } mv_t mv_copy_type_infer_string_or_float_or_int(char* string) { if (string == NULL) { return mv_absent(); } else if (*string == 0) { return mv_empty(); } else { long long intv; double fltv; if (mlr_try_int_from_string(string, &intv)) { return mv_from_int(intv); } else if (mlr_try_float_from_string(string, &fltv)) { return mv_from_float(fltv); } else { return mv_from_string(mlr_strdup_or_die(string), FREE_ENTRY_VALUE); } } } miller-5.6.2/c/lib/mlrval.h000066400000000000000000000246721354153536500154730ustar00rootroot00000000000000#ifndef MLRVAL_H #define MLRVAL_H #include #include #include #include "../lib/mlrutil.h" #include "../lib/mlrregex.h" #include "../lib/free_flags.h" // ================================================================ // MT for Miller type -- highly abbreviated here since these are // spelled out a lot in rval_evaluators.c. // // ================================================================ // NOTE: mlrval functions invalidate their arguments. In particular, dynamically // allocated strings input to these functions will either be freed, or will // have their ownership transferred to the output mlrval. // // This is because the primary purpose of mlrvals is for evaluation of abstract // syntax trees defined by the DSL for put and filter. Example AST: // // $ mlr put -v '$z = $x . $y . "sum"' /dev/null // = (operator): // z (field_name). // . (operator): // . (operator): // x (field_name). // y (field_name). // sum (literal). // // * Given an lrec with fields named "x" and "y", there will be pointers to x // and y's field values from the input-data stream -- either to mmapped data // from a file, or pointers into dynamically allocated lines from stdio. // // * The from-field-name mlrvals for x and y values will point into lrec memory // but will have their own free-flags unset (since freeing of lrec memory is // the job of the lrec instance). // // * The dot operator will do any necessary freeing of the x and y mlrval // strings -- none in this case since they are direct references to field // values. The output of $x . $y, by contrast, will be dynamically // allocated. // // * The "sum" literal string is a pointer ultimately into argv[]. // The from-literal mlrval will not have its free-flag set. // // * The concatenation of $x . $y and "sum" will dynamically allocated. // The $x . $y input string will be freed; the "sum" string won't be // since it wasn't owned by the from-literal mlrval. // // * The result of this outer concatenation will be stored in the $z field of // the current record, with ownership for the dynamically allocated string // transferred to the lrec instance. // // There is also some use of mlrvals in mixed float/int handling inside various // mappers (e.g. stats1). There the use is much simpler: accumulation of // numeric quantities, ultimately formatted as a string for output. // // ================================================================ // // Many functions here use the naming convention x_yz_name or x_: // // * The first letter indicates return type. // // * The letters between the underscores indicate argument types, and their count indicates arity. // // * The following abbreviations apply: // o a: MT_ABSENT // o v: MT_EMPTY (v for void; e is for error) // o e: MT_ERROR // o b: MT_BOOLEAN // o f: MT_FLOAT // o i: MT_INT // o s: MT_STRING // o r: regular expression // o n: Numeric, i.e. MT_INT or MT_FLOAT // o x: any of the above. // o z: used for zero-argument functions, e.g. f_z_urand takes no arguments and returns MT_FLOAT. // // * If a function takes arguments of type x then that indicates it has a disposition vector/matrix // (or switch statements, or if-else statements) allowing it to handle various types. // // * If it takes arguments of type n then that indicates it is up to the caller to pass only numeric types. // // * If it takes arguments of type s then that indicates it is up to the caller to pass only strings. // // ================================================================ // Among other things, these defines are used in mlrval.c to index disposition matrices. // So, if the numeric values are changed, all the matrices must be as well. // Two kinds of null: absent (key not present in a record) and void (key present with empty value). // Note void is an acceptable string (empty string) but not an acceptable number. // Void-valued mlrvals have u.strv = "". #define MT_ERROR 0 // E.g. error encountered in one eval & it propagates up the AST. #define MT_ABSENT 1 // No such key, e.g. $z in 'x=,y=2' #define MT_EMPTY 2 // Empty value, e.g. $x in 'x=,y=2' #define MT_STRING 3 #define MT_INT 4 #define MT_FLOAT 5 #define MT_BOOLEAN 6 #define MT_DIM 7 typedef struct _mv_t { union { char* strv; // MT_STRING and MT_EMPTY long long intv; // MT_INT, and == 0 for MT_ABSENT and MT_ERROR double fltv; // MT_FLOAT int boolv; // MT_BOOLEAN } u; unsigned char type; char free_flags; } mv_t; // ---------------------------------------------------------------- #define NULL_OR_ERROR_OUT_FOR_STRINGS(val) { \ if ((val).type < MT_EMPTY) \ return val; \ } #define NULL_OR_ERROR_OUT_FOR_NUMBERS(val) { \ if ((val).type <= MT_EMPTY) \ return val; \ } #define EMPTY_OR_ERROR_OUT_FOR_NUMBERS(val) { \ if ((val).type == MT_ERROR || (val).type == MT_EMPTY) \ return val; \ } // ---------------------------------------------------------------- // CONSTRUCTORS static inline mv_t mv_from_float(double d) { return (mv_t) {.type = MT_FLOAT, .free_flags = NO_FREE, .u.fltv = d}; } static inline mv_t mv_from_int(long long i) { return (mv_t) {.type = MT_INT, .free_flags = NO_FREE, .u.intv = i}; } static inline mv_t mv_from_bool(int b) { return (mv_t) {.type = MT_BOOLEAN, .free_flags = NO_FREE, .u.boolv = b}; } static inline mv_t mv_from_true() { return (mv_t) {.type = MT_BOOLEAN, .free_flags = NO_FREE, .u.boolv = TRUE}; } static inline mv_t mv_from_false() { return (mv_t) {.type = MT_BOOLEAN, .free_flags = NO_FREE, .u.boolv = FALSE}; } static inline mv_t mv_from_string_with_free(char* s) { return (mv_t) {.type = MT_STRING, .free_flags = FREE_ENTRY_VALUE, .u.strv = s}; } static inline mv_t mv_from_string_no_free(char* s) { return (mv_t) {.type = MT_STRING, .free_flags = NO_FREE, .u.strv = s}; } static inline mv_t mv_from_string(char* s, char free_flags) { return (mv_t) {.type = MT_STRING, .free_flags = free_flags, .u.strv = s}; } static inline mv_t mv_absent() { return (mv_t) {.type = MT_ABSENT, .free_flags = NO_FREE, .u.intv = 0}; } static inline mv_t mv_empty() { return (mv_t) {.type = MT_EMPTY, .free_flags = NO_FREE, .u.strv = ""}; } static inline mv_t mv_error() { return (mv_t) {.type = MT_ERROR, .free_flags = NO_FREE, .u.intv = 0}; } static inline mv_t mv_copy(mv_t* pval) { if (pval->type == MT_STRING) { return mv_from_string_with_free(mlr_strdup_or_die(pval->u.strv)); } else { return *pval; } } static inline mv_t* mv_alloc_copy(mv_t* pold) { mv_t* pnew = mlr_malloc_or_die(sizeof(mv_t)); *pnew = mv_copy(pold); return pnew; } // ---------------------------------------------------------------- // DESTRUCTOR static inline void mv_free(mv_t* pval) { if ((pval->type) == MT_STRING && (pval->free_flags & FREE_ENTRY_VALUE)) { free(pval->u.strv); pval->u.strv = NULL; } pval->type = MT_ABSENT; } // ---------------------------------------------------------------- // For stack-clear: set to ABSENT, freeing previous value if necessary static inline void mv_reset(mv_t* pval) { if ((pval->type) == MT_STRING && (pval->free_flags & FREE_ENTRY_VALUE)) { free(pval->u.strv); } *pval = mv_absent(); } // ---------------------------------------------------------------- // TYPE-TESTERS static inline int mv_is_string_or_empty(mv_t* pval) { return pval->type == MT_STRING || pval->type == MT_EMPTY; } static inline int mv_is_numeric(mv_t* pval) { return pval->type == MT_INT || pval->type == MT_FLOAT; } static inline int mv_is_int(mv_t* pval) { return pval->type == MT_INT; } static inline int mv_is_float(mv_t* pval) { return pval->type == MT_FLOAT; } static inline int mv_is_boolean(mv_t* pval) { return pval->type == MT_BOOLEAN; } static inline int mv_is_string(mv_t* pval) { return pval->type == MT_STRING || pval->type == MT_EMPTY; } static inline int mv_is_error(mv_t* pval) { return pval->type == MT_ERROR; } static inline int mv_is_absent(mv_t* pval) { return pval->type == MT_ABSENT; } static inline int mv_is_present(mv_t* pval) { return pval->type != MT_ABSENT; } static inline int mv_is_empty(mv_t* pval) { return pval->type == MT_EMPTY || (pval->type == MT_STRING && *pval->u.strv == 0); } static inline int mv_is_not_empty(mv_t* pval) { return pval->type != MT_EMPTY; } static inline int mv_is_null(mv_t* pval) { return mv_is_absent(pval) || mv_is_empty(pval); } static inline int mv_is_null_or_error(mv_t* pval) { return mv_is_null(pval) || pval->type == MT_EMPTY; } static inline int mv_is_non_null(mv_t* pval) { return !mv_is_null(pval); } // ---------------------------------------------------------------- // AUXILIARY METHODS char* mt_describe_type(int type); char* mt_describe_type_simple(int type); // Allocates memory which the caller must free; does not modify the mlrval. // Returns no reference to the mlrval's data. Suitable for getting data out of // a mlrval which might be about to be freed. char* mv_alloc_format_val(mv_t* pval); char* mv_alloc_format_val_quoting_strings(mv_t* pval); // Returns a reference to the mlrval's data if the mlrval is MT_STRING. // Does not modify the mlrval. Suitable only for read-only string-formatting // of the mlrval while it still exists and hasn't been freed yet. char* mv_maybe_alloc_format_val(mv_t* pval, char* pfree_flags); // If the mlrval is MT_STRING, returns that and invalidates the argument. // This is suitable for baton-pass-out (end of evaluation chain). char* mv_format_val(mv_t* pval, char* pfree_flags); // Output string includes type and value information (e.g. for debug). // The caller must free the return value. char* mv_describe_val(mv_t val); void mv_set_boolean_strict(mv_t* pval); void mv_set_float_strict(mv_t* pval); void mv_set_float_nullable(mv_t* pval); void mv_set_int_nullable(mv_t* pval); // int or float: void mv_set_number_nullable(mv_t* pval); mv_t mv_scan_number_nullable(char* string); mv_t mv_scan_number_or_die(char* string); // Each of the following three // Type-inferencing for the following three functions, respectively: // "x" => "x", "3" => "3" // "x" => "x", "3" => 3.0 // "x" => "x", "3" => 3 // In common to all three: // * Null string -> mv_absent // * Empty string -> mv_empty // * Non-numeric -> string-valued mlrval with storage pointing // to the char* (no copy is done). mv_t mv_ref_type_infer_string(char* string); mv_t mv_ref_type_infer_string_or_float(char* string); mv_t mv_ref_type_infer_string_or_float_or_int(char* string); mv_t mv_copy_type_infer_string_or_float_or_int(char* string); // strdups if retval is MT_STRING #endif // MLRVAL_H miller-5.6.2/c/lib/mtrand.c000066400000000000000000000132531354153536500154470ustar00rootroot00000000000000// A C-program for MT19937, with initialization improved 2002/1/26. // Coded by Takuji Nishimura and Makoto Matsumoto. // // Before using, initialize the state by using mtrand_init(seed) // or mtrand_init_from_array(init_key, key_length). // // Copyright (C) 1997 - 2002, Makoto Matsumoto and Takuji Nishimura, // All rights reserved. // // Redistribution and use in source and binary forms, with or without // modification, are permitted provided that the following conditions // are met: // // 1. Redistributions of source code must retain the above copyright // notice, this list of conditions and the following disclaimer. // // 2. Redistributions in binary form must reproduce the above copyright // notice, this list of conditions and the following disclaimer in the // documentation and/or other materials provided with the distribution. // // 3. The names of its contributors may not be used to endorse or promote // products derived from this software without specific prior written // permission. // // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" // AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE // IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE // ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE // LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR // CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF // SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS // INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN // CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) // ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE // POSSIBILITY OF SUCH DAMAGE. // // Any feedback is very welcome. // http://www.math.sci.hiroshima-u.ac.jp/~m-mat/MT/emt.html // email: m-mat @ math.sci.hiroshima-u.ac.jp (remove space) // Real versions are due to Isaku Wada, added 2002-01-09. #include #include #include #include "lib/mtrand.h" // ---------------------------------------------------------------- // Period parameters #define N 624 #define M 397 #define MATRIX_A 0x9908b0df // constant vector a #define UPPER_MASK 0x80000000 // most significant w-r bits #define LOWER_MASK 0x7fffffff // least significant r bits static unsigned mt[N]; // the array for the state vector static int mti=N+1; // mti==N+1 means mt[N] is not initialized // ---------------------------------------------------------------- void mtrand_init_default() { struct timeval tv; (void)gettimeofday(&tv, NULL); mtrand_init((unsigned)tv.tv_sec ^ (unsigned)tv.tv_usec ^ (unsigned)getpid()); } // ---------------------------------------------------------------- // Initializes mt[N] with a seed. void mtrand_init(unsigned s) { mt[0]= s & 0xffffffff; for (mti=1; mti> 30)) + mti); // See Knuth TAOCP Vol2. 3rd Ed. P.106 for multiplier. In the previous // versions, MSBs of the seed affect only MSBs of the array mt[]. // 2002/01/09 modified by Makoto Matsumoto mt[mti] &= 0xffffffff; // for >32 bit machines } } // ---------------------------------------------------------------- // Initialize by an array with array-length: // init_key is the array for initializing keys; // key_length is its length. void mtrand_init_from_array(unsigned init_key[], int key_length) { int i, j, k; mtrand_init(19650218); i=1; j=0; k = (N>key_length ? N : key_length); for (; k; k--) { mt[i] = (mt[i] ^ ((mt[i-1] ^ (mt[i-1] >> 30)) * 1664525)) + init_key[j] + j; // non linear mt[i] &= 0xffffffff; // for WORDSIZE > 32 machines i++; j++; if (i>=N) { mt[0] = mt[N-1]; i=1; } if (j>=key_length) j=0; } for (k=N-1; k; k--) { mt[i] = (mt[i] ^ ((mt[i-1] ^ (mt[i-1] >> 30)) * 1566083941)) - i; // non linear mt[i] &= 0xffffffff; // for WORDSIZE > 32 machines i++; if (i>=N) { mt[0] = mt[N-1]; i=1; } } mt[0] = 0x80000000; // MSB is 1, ensuring non-zero initial array } // ---------------------------------------------------------------- // Generates a uniformly distributed 32-bit integer. unsigned get_mtrand_int32(void) { unsigned y; static unsigned mag01[2]={0x0, MATRIX_A}; // mag01[x] = x * MATRIX_A for x=0,1 if (mti >= N) { // Generate N words at one time int kk; if (mti == N+1) // If mtrand_init() has not been called, mtrand_init(5489); // a default initial seed is used. for (kk=0;kk> 1) ^ mag01[y & 1]; } for (;kk> 1) ^ mag01[y & 1]; } y = (mt[N-1]&UPPER_MASK)|(mt[0]&LOWER_MASK); mt[N-1] = mt[M-1] ^ (y >> 1) ^ mag01[y & 1]; mti = 0; } y = mt[mti++]; // Tempering y ^= (y >> 11); y ^= (y << 7) & 0x9d2c5680; y ^= (y << 15) & 0xefc60000; y ^= (y >> 18); return y; } // ---------------------------------------------------------------- // Generates a uniformly distributed 31-bit integer. int get_mtrand_int31(void) { return (int)(get_mtrand_int32()>>1); } // ---------------------------------------------------------------- // Generates a random number on [0,1)-real-interval. double get_mtrand_float(void) { return get_mtrand_int32()*(1.0/4294967296.0); // divided by 2^32 } // ---------------------------------------------------------------- // Generates a random number on [0,1) with 53-bit resolution. double get_mtrand_double(void) { unsigned a = get_mtrand_int32() >> 5; unsigned b = get_mtrand_int32() >> 6; return (a*67108864.0+b) * (1.0/9007199254740992.0); } miller-5.6.2/c/lib/mtrand.h000066400000000000000000000005041354153536500154470ustar00rootroot00000000000000#ifndef MTRAND_H #define MTRAND_H void mtrand_init_default(); void mtrand_init(unsigned s); void mtrand_init_from_array(unsigned init_key[], int key_length); unsigned get_mtrand_int32(void); int get_mtrand_int31(void); double get_mtrand_float(void); double get_mtrand_double(void); #endif // MTRAND_H miller-5.6.2/c/lib/mvfuncs.c000066400000000000000000002540001354153536500156400ustar00rootroot00000000000000#include #include #include #include #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/mlrdatetime.h" #include "lib/mlrregex.h" #include "lib/mvfuncs.h" #include "lib/utf8.h" #include "lib/string_builder.h" // ================================================================ // See important notes at the top of mlrval.h. // ================================================================ typedef int mv_i_nn_comparator_func_t(mv_t* pa, mv_t* pb); typedef int mv_i_xx_comparator_func_t(const mv_t* pa, const mv_t* pb); // ---------------------------------------------------------------- // Keystroke-savers for disposition matrices: static mv_t _a(mv_t* pa, mv_t* pb) { return mv_absent(); } static mv_t _emt(mv_t* pa, mv_t* pb) { return mv_empty(); } static mv_t _err(mv_t* pa, mv_t* pb) { return mv_error(); } static mv_t _0(mv_t* pa) { return *pa; } static mv_t _1(mv_t* pa, mv_t* pb) { return *pa; } static mv_t _2(mv_t* pa, mv_t* pb) { return *pb; } static mv_t _1f(mv_t* pa, mv_t* pb) { mv_free(pb); return *pa; } static mv_t _2f(mv_t* pa, mv_t* pb) { mv_free(pa); return *pb; } static mv_t _s1(mv_t* pa, mv_t* pb) { return s_x_string_func(pa); } static mv_t _s2(mv_t* pa, mv_t* pb) { return s_x_string_func(pb); } static mv_t _f0(mv_t* pa, mv_t* pb) { return mv_from_float(0.0); } static mv_t _i0(mv_t* pa, mv_t* pb) { return mv_from_int(0LL); } static mv_t _a1(mv_t* pa) { return mv_absent(); } static mv_t _emt1(mv_t* pa) { return mv_empty(); } static mv_t _err1(mv_t* pa) { return mv_error(); } // ---------------------------------------------------------------- static mv_t dot_strings(char* string1, char* string2) { int len1 = strlen(string1); int len2 = strlen(string2); int len3 = len1 + len2 + 1; // for the null-terminator byte char* string3 = mlr_malloc_or_die(len3); strcpy(&string3[0], string1); strcpy(&string3[len1], string2); return mv_from_string_with_free(string3); } mv_t dot_s_ss(mv_t* pval1, mv_t* pval2) { mv_t rv = dot_strings(pval1->u.strv, pval2->u.strv); mv_free(pval1); mv_free(pval2); return rv; } mv_t dot_s_xs(mv_t* pval1, mv_t* pval2) { mv_t sval1 = s_x_string_func(pval1); mv_free(pval1); mv_t rv = dot_strings(sval1.u.strv, pval2->u.strv); mv_free(&sval1); mv_free(pval2); return rv; } mv_t dot_s_sx(mv_t* pval1, mv_t* pval2) { mv_t sval2 = s_x_string_func(pval2); mv_free(pval2); mv_t rv = dot_strings(pval1->u.strv, sval2.u.strv); mv_free(pval1); mv_free(&sval2); return rv; } mv_t dot_s_xx(mv_t* pval1, mv_t* pval2) { mv_t sval1 = s_x_string_func(pval1); mv_t sval2 = s_x_string_func(pval2); mv_t rv = dot_strings(sval1.u.strv, sval2.u.strv); mv_free(&sval1); mv_free(&sval2); return rv; } static mv_binary_func_t* dot_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _emt, _2, _s2, _s2, _s2}, /*EMPTY*/ {_err, _emt, _emt, _2, _s2, _s2, _s2}, /*STRING*/ {_err, _1, _1, dot_s_ss, dot_s_sx, dot_s_sx, dot_s_sx}, /*INT*/ {_err, _s1, _s1, dot_s_xs, dot_s_xx, dot_s_xx, dot_s_xx}, /*FLOAT*/ {_err, _s1, _s1, dot_s_xs, dot_s_xx, dot_s_xx, dot_s_xx}, /*BOOL*/ {_err, _s1, _s1, dot_s_xs, dot_s_xx, dot_s_xx, dot_s_xx}, }; mv_t s_xx_dot_func(mv_t* pval1, mv_t* pval2) { return (dot_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ---------------------------------------------------------------- mv_t sub_no_precomp_func(mv_t* pval1, mv_t* pval2, mv_t* pval3) { regex_t regex; string_builder_t *psb = sb_alloc(MV_SB_ALLOC_LENGTH); mv_t rv = sub_precomp_func(pval1, regcomp_or_die(®ex, pval2->u.strv, 0), psb, pval3); sb_free(psb); regfree(®ex); mv_free(pval2); return rv; } // ---------------------------------------------------------------- // Example: // * pval1->u.strv = "hello" // * regex = "l+" // * pval3->u.strv = "yyy" // // * len1 = 2 = length of "he" // * olen2 = 2 = length of "ll" // * nlen2 = 3 = length of "yyy" // * len3 = 1 = length of "o" // * len4 = 6 = 2+3+1 mv_t sub_precomp_func(mv_t* pval1, regex_t* pregex, string_builder_t* psb, mv_t* pval3) { int matched = FALSE; int all_captured = FALSE; char* input = pval1->u.strv; char* output = regex_sub(input, pregex, psb, pval3->u.strv, &matched, &all_captured); mv_free(pval1); mv_free(pval3); return mv_from_string_with_free(output); } // ---------------------------------------------------------------- // Example: // * pval1->u.strv = "hello" // * regex = "l+" // * pval3->u.strv = "yyy" // // * len1 = 2 = length of "he" // * olen2 = 2 = length of "ll" // * nlen2 = 3 = length of "yyy" // * len3 = 1 = length of "o" // * len4 = 6 = 2+3+1 mv_t gsub_no_precomp_func(mv_t* pval1, mv_t* pval2, mv_t* pval3) { regex_t regex; string_builder_t *psb = sb_alloc(MV_SB_ALLOC_LENGTH); mv_t rv = gsub_precomp_func(pval1, regcomp_or_die(®ex, pval2->u.strv, 0), psb, pval3); sb_free(psb); regfree(®ex); mv_free(pval2); return rv; } mv_t gsub_precomp_func(mv_t* pval1, regex_t* pregex, string_builder_t* psb, mv_t* pval3) { int matched = FALSE; int all_captured = FALSE; char* input = pval1->u.strv; char free_flags = NO_FREE; char* output = regex_gsub(input, pregex, psb, pval3->u.strv, &matched, &all_captured, &free_flags); mv_free(pval1); mv_free(pval3); return mv_from_string(output, free_flags); } // ---------------------------------------------------------------- mv_t regextract_no_precomp_func(mv_t* pval1, mv_t* pval2) { regex_t regex; mv_t rv = regextract_precomp_func(pval1, regcomp_or_die(®ex, pval2->u.strv, 0)); regfree(®ex); mv_free(pval2); return rv; } // ---------------------------------------------------------------- mv_t regextract_precomp_func(mv_t* pval1, regex_t* pregex) { char* input = pval1->u.strv; char* output = regextract(input, pregex); mv_free(pval1); if (output == NULL) { return mv_absent(); } else { return mv_from_string_with_free(output); } } // ---------------------------------------------------------------- mv_t regextract_or_else_no_precomp_func(mv_t* pval1, mv_t* pval2, mv_t* pval3) { regex_t regex; mv_t rv = regextract_or_else_precomp_func(pval1, regcomp_or_die(®ex, pval2->u.strv, 0), pval3); regfree(®ex); mv_free(pval2); return rv; } // ---------------------------------------------------------------- mv_t regextract_or_else_precomp_func(mv_t* pval1, regex_t* pregex, mv_t* pval3) { char* input = pval1->u.strv; char* default_value = pval3->u.strv; char* output = regextract_or_else(input, pregex, default_value); mv_free(pval1); mv_free(pval3); return mv_from_string_with_free(output); } // ---------------------------------------------------------------- // String-substitution with no regexes or special characters. // It is assumed that all inputs have already been checked to be strings. mv_t s_sss_ssub_func(mv_t* pmvinput, mv_t* pmvold, mv_t* pmvnew) { char* pinput = pmvinput->u.strv; char* pold = pmvold->u.strv; char* pnew = pmvnew->u.strv; char* pmatch = strstr(pinput, pold); if (pmatch == NULL) { mv_free(pmvold); mv_free(pmvnew); return *pmvinput; } else { // Example: // input: aaaaOOObbbbb // old: OOO // new: NNNNN // Output length: strlen(aaaa) + strlen(NNNNN) + strlen(bbbbb) // Compute lengths int input_length = strlen(pinput); int old_length = strlen(pold); int new_length = strlen(pnew); int output_length = input_length - old_length + new_length + 1; int pre_length = pmatch - pinput; // the "aaaa" part int post_length = input_length - pre_length - old_length; // the "bbbbb" part // Allocate output char* poutput = mlr_malloc_or_die(output_length); char* p = poutput; // Populate output strncpy(p, pinput, pre_length); p += pre_length; strcpy(p, pnew); p += new_length; strcpy(p, &pinput[pre_length + old_length]); p += post_length; *p = 0; mv_free(pmvinput); mv_free(pmvold); mv_free(pmvnew); return mv_from_string(poutput, FREE_ENTRY_VALUE); } } // ---------------------------------------------------------------- // https://en.wikipedia.org/wiki/Hamming_weight static const unsigned long long _m1 = 0x5555555555555555; static const unsigned long long _m2 = 0x3333333333333333; static const unsigned long long _m4 = 0x0f0f0f0f0f0f0f0f; static const unsigned long long _m8 = 0x00ff00ff00ff00ff; static const unsigned long long _m16 = 0x0000ffff0000ffff; static const unsigned long long _m32 = 0x00000000ffffffff; mv_t i_i_bitcount_func(mv_t* pval1) { unsigned long long a = pval1->u.intv; a = (a & _m1 ) + ((a >> 1) & _m1 ); a = (a & _m2 ) + ((a >> 2) & _m2 ); a = (a & _m4 ) + ((a >> 4) & _m4 ); a = (a & _m8 ) + ((a >> 8) & _m8 ); a = (a & _m16) + ((a >> 16) & _m16); a = (a & _m32) + ((a >> 32) & _m32); return mv_from_int((long long)a); } // ---------------------------------------------------------------- mv_t i_iii_modadd_func(mv_t* pval1, mv_t* pval2, mv_t* pval3) { long long m = pval3->u.intv; if (m <= 0LL) return mv_error(); long long a = pval1->u.intv % m; if (a < 0LL) a += m; // crazy C-language mod operator long long b = pval2->u.intv % m; if (b < 0LL) b += m; long long c = (a + b) % m; return mv_from_int(c); } mv_t i_iii_modsub_func(mv_t* pval1, mv_t* pval2, mv_t* pval3) { long long m = pval3->u.intv; if (m <= 0LL) return mv_error(); long long a = pval1->u.intv % m; if (a < 0LL) a += m; // crazy C-language mod operator long long b = pval2->u.intv % m; if (b < 0LL) b += m; long long c = (a - b) % m; if (c < 0LL) c += m; return mv_from_int(c); } mv_t i_iii_modmul_func(mv_t* pval1, mv_t* pval2, mv_t* pval3) { long long m = pval3->u.intv; if (m <= 0LL) return mv_error(); long long a = pval1->u.intv % m; if (a < 0LL) a += m; // crazy C-language mod operator long long b = pval2->u.intv % m; if (b < 0LL) b += m; long long c = (a * b) % m; return mv_from_int(c); } mv_t i_iii_modexp_func(mv_t* pval1, mv_t* pval2, mv_t* pval3) { long long m = pval3->u.intv; if (m <= 0LL) return mv_error(); long long a = pval1->u.intv % m; if (a < 0LL) a += m; // crazy C-language mod operator long long e = pval2->u.intv; long long c = 1LL; if (e == 1LL) { c = a; } else if (e == 0LL) { c = 1LL; } else if (e > 0) { long long ap = a; c = 1LL; unsigned long long u = (unsigned long long)e; // repeated-squaring algorithm while (u != 0) { if ((u & 1LL) == 1LL) { c = (c * ap) % m; } u >>= 1; ap = (ap * ap) % m; } } else { return mv_error(); } return mv_from_int(c); } // ---------------------------------------------------------------- mv_t i_s_strlen_func(mv_t* pval1) { mv_t rv = mv_from_int(strlen_for_utf8_display(pval1->u.strv)); mv_free(pval1); return rv; } mv_t s_x_typeof_func(mv_t* pval1) { mv_t rv = mv_from_string(mt_describe_type(pval1->type), NO_FREE); mv_free(pval1); return rv; } // ---------------------------------------------------------------- mv_t s_s_tolower_func(mv_t* pval1) { char* string = mlr_strdup_or_die(pval1->u.strv); #if 0 // ASCII only for (char* c = string; *c; c++) *c = tolower((unsigned char)*c); #else // UTF-8 utf8lwr(string); #endif mv_free(pval1); pval1->u.strv = NULL; return mv_from_string_with_free(string); } mv_t s_s_toupper_func(mv_t* pval1) { char* string = mlr_strdup_or_die(pval1->u.strv); #if 0 // ASCII only for (char* c = string; *c; c++) *c = toupper((unsigned char)*c); #else // UTF-8 utf8upr(string); #endif mv_free(pval1); pval1->u.strv = NULL; return mv_from_string_with_free(string); } mv_t s_s_capitalize_func(mv_t* pval1) { char* string = mlr_strdup_or_die(pval1->u.strv); if (*string) { #if 0 // ASCII *string = toupper((unsigned char)*string); #else // UTF-8 utf8upr1(string); #endif } mv_free(pval1); pval1->u.strv = NULL; return mv_from_string_with_free(string); } mv_t s_s_system_func(mv_t* pval1) { char* cmd = pval1->u.strv; mv_t retval = mv_from_string_no_free("error-running-system-command"); string_builder_t* psb = sb_alloc(100); char buffer[128]; FILE* pipe = popen(cmd, "r"); if (pipe != NULL) { while (fgets(buffer, sizeof buffer, pipe) != NULL) { sb_append_string(psb, buffer); } pclose(pipe); char* output_string = sb_finish(psb); // xxx make a windows-friendly lib func for chomp int len = strlen(output_string); if (len > 0) { if (output_string[len-1] == '\n') { output_string[len-1] = 0; } } retval = mv_from_string_with_free(output_string); } sb_free(psb); mv_free(pval1); pval1->u.strv = NULL; return retval; } // ---------------------------------------------------------------- mv_t s_s_lstrip_func(mv_t* pval1) { if (!isspace(pval1->u.strv[0])) { return *pval1; } else { char* p = pval1->u.strv; while (isspace(*p)) { p++; } return mv_from_string(mlr_strdup_or_die(p), FREE_ENTRY_VALUE); } } mv_t s_s_rstrip_func(mv_t* pval1) { char* start = pval1->u.strv; int oldlen = strlen(start); char* last_non_space = &start[oldlen-1]; while ((start <= last_non_space) && isspace(*last_non_space)) last_non_space--; if (last_non_space < start) { mv_free(pval1); return mv_empty(); } else { int newlen = (last_non_space - start) + 1; char* retval = mlr_malloc_or_die(newlen + 1); memcpy(retval, start, newlen); retval[newlen] = 0; mv_free(pval1); return mv_from_string(retval, FREE_ENTRY_VALUE); } } mv_t s_s_strip_func(mv_t* pval1) { mv_t temp = s_s_rstrip_func(pval1); return s_s_lstrip_func(&temp); } mv_t s_s_collapse_whitespace_func(mv_t* pval1) { int len = strlen(pval1->u.strv); char* retval = mlr_malloc_or_die(len+1); char* pdst = retval; int last_was_space = FALSE; for (char* psrc = pval1->u.strv; *psrc; psrc++) { int current_is_space = isspace(*psrc); if (last_was_space && current_is_space) { } else { *pdst = *psrc; pdst++; } last_was_space = current_is_space; } *pdst = 0; mv_free(pval1); return mv_from_string(retval, FREE_ENTRY_VALUE); } mv_t s_s_clean_whitespace_func(mv_t* pval1) { mv_t temp = s_s_collapse_whitespace_func(pval1); return s_s_strip_func(&temp); } // ---------------------------------------------------------------- // Precondition: psec is either int or float. mv_t time_string_from_seconds(mv_t* psec, char* format, timezone_handling_t timezone_handling) { double seconds_since_the_epoch = 0.0; if (psec->type == MT_FLOAT) { if (isinf(psec->u.fltv) || isnan(psec->u.fltv)) { return mv_error(); } seconds_since_the_epoch = psec->u.fltv; } else { seconds_since_the_epoch = psec->u.intv; } char* string = mlr_alloc_time_string_from_seconds(seconds_since_the_epoch, format, timezone_handling); return mv_from_string_with_free(string); } // ---------------------------------------------------------------- static mv_t sec2gmt_s_n(mv_t* pa) { return time_string_from_seconds(pa, ISO8601_TIME_FORMAT, TIMEZONE_HANDLING_GMT); } static mv_unary_func_t* sec2gmt_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ _0, /*INT*/ sec2gmt_s_n, /*FLOAT*/ sec2gmt_s_n, /*BOOL*/ _0, }; mv_t s_x_sec2gmt_func(mv_t* pval1) { return (sec2gmt_dispositions[pval1->type])(pval1); } // Precondition: val2 is already asserted int static mv_t sec2gmt_s_ni(mv_t* pa, mv_t* pb) { switch (pb->u.intv) { case 1: return time_string_from_seconds(pa, ISO8601_TIME_FORMAT_1, TIMEZONE_HANDLING_GMT); break; case 2: return time_string_from_seconds(pa, ISO8601_TIME_FORMAT_2, TIMEZONE_HANDLING_GMT); break; case 3: return time_string_from_seconds(pa, ISO8601_TIME_FORMAT_3, TIMEZONE_HANDLING_GMT); break; case 4: return time_string_from_seconds(pa, ISO8601_TIME_FORMAT_4, TIMEZONE_HANDLING_GMT); break; case 5: return time_string_from_seconds(pa, ISO8601_TIME_FORMAT_5, TIMEZONE_HANDLING_GMT); break; case 6: return time_string_from_seconds(pa, ISO8601_TIME_FORMAT_6, TIMEZONE_HANDLING_GMT); break; case 7: return time_string_from_seconds(pa, ISO8601_TIME_FORMAT_7, TIMEZONE_HANDLING_GMT); break; case 8: return time_string_from_seconds(pa, ISO8601_TIME_FORMAT_8, TIMEZONE_HANDLING_GMT); break; case 9: return time_string_from_seconds(pa, ISO8601_TIME_FORMAT_9, TIMEZONE_HANDLING_GMT); break; default: return mv_error(); } } static mv_binary_func_t* sec2gmtn_dispositions[MT_DIM] = { /*ERROR*/ _err, /*ABSENT*/ _a, /*EMPTY*/ _emt, /*STRING*/ _1, /*INT*/ sec2gmt_s_ni, /*FLOAT*/ sec2gmt_s_ni, /*BOOL*/ _1, }; mv_t s_xi_sec2gmt_func(mv_t* pval1, mv_t* pval2) { return (sec2gmtn_dispositions[pval1->type])(pval1, pval2); } // ---------------------------------------------------------------- static mv_t sec2gmtdate_s_n(mv_t* pa) { return time_string_from_seconds(pa, ISO8601_DATE_FORMAT, TIMEZONE_HANDLING_GMT); } static mv_unary_func_t* sec2gmtdate_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ _0, /*INT*/ sec2gmtdate_s_n, /*FLOAT*/ sec2gmtdate_s_n, /*BOOL*/ _0, }; mv_t s_x_sec2gmtdate_func(mv_t* pval1) { return (sec2gmtdate_dispositions[pval1->type])(pval1); } // ---------------------------------------------------------------- static mv_t sec2localtime_s_n(mv_t* pa) { return time_string_from_seconds(pa, ISO8601_LOCAL_TIME_FORMAT, TIMEZONE_HANDLING_LOCAL); } static mv_unary_func_t* sec2localtime_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ _0, /*INT*/ sec2localtime_s_n, /*FLOAT*/ sec2localtime_s_n, /*BOOL*/ _0, }; mv_t s_x_sec2localtime_func(mv_t* pval1) { return (sec2localtime_dispositions[pval1->type])(pval1); } // Precondition: val2 is already asserted int static mv_t sec2localtime_s_ni(mv_t* pa, mv_t* pb) { switch (pb->u.intv) { case 1: return time_string_from_seconds(pa, ISO8601_LOCAL_TIME_FORMAT_1, TIMEZONE_HANDLING_LOCAL); break; case 2: return time_string_from_seconds(pa, ISO8601_LOCAL_TIME_FORMAT_2, TIMEZONE_HANDLING_LOCAL); break; case 3: return time_string_from_seconds(pa, ISO8601_LOCAL_TIME_FORMAT_3, TIMEZONE_HANDLING_LOCAL); break; case 4: return time_string_from_seconds(pa, ISO8601_LOCAL_TIME_FORMAT_4, TIMEZONE_HANDLING_LOCAL); break; case 5: return time_string_from_seconds(pa, ISO8601_LOCAL_TIME_FORMAT_5, TIMEZONE_HANDLING_LOCAL); break; case 6: return time_string_from_seconds(pa, ISO8601_LOCAL_TIME_FORMAT_6, TIMEZONE_HANDLING_LOCAL); break; case 7: return time_string_from_seconds(pa, ISO8601_LOCAL_TIME_FORMAT_7, TIMEZONE_HANDLING_LOCAL); break; case 8: return time_string_from_seconds(pa, ISO8601_LOCAL_TIME_FORMAT_8, TIMEZONE_HANDLING_LOCAL); break; case 9: return time_string_from_seconds(pa, ISO8601_LOCAL_TIME_FORMAT_9, TIMEZONE_HANDLING_LOCAL); break; default: return mv_error(); } } static mv_binary_func_t* sec2localn_dispositions[MT_DIM] = { /*ERROR*/ _err, /*ABSENT*/ _a, /*EMPTY*/ _emt, /*STRING*/ _1, /*INT*/ sec2localtime_s_ni, /*FLOAT*/ sec2localtime_s_ni, /*BOOL*/ _1, }; mv_t s_xi_sec2localtime_func(mv_t* pval1, mv_t* pval2) { return (sec2localn_dispositions[pval1->type])(pval1, pval2); } // ---------------------------------------------------------------- static mv_t sec2localdate_s_n(mv_t* pa) { return time_string_from_seconds(pa, ISO8601_DATE_FORMAT, TIMEZONE_HANDLING_LOCAL); } static mv_unary_func_t* sec2localdate_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ _0, /*INT*/ sec2localdate_s_n, /*FLOAT*/ sec2localdate_s_n, /*BOOL*/ _0, }; mv_t s_x_sec2localdate_func(mv_t* pval1) { return (sec2localdate_dispositions[pval1->type])(pval1); } // ---------------------------------------------------------------- mv_t s_ns_strftime_func(mv_t* pval1, mv_t* pval2) { mv_t rv = time_string_from_seconds(pval1, pval2->u.strv, TIMEZONE_HANDLING_GMT); mv_free(pval2); return rv; } // ---------------------------------------------------------------- mv_t s_ns_strftime_local_func(mv_t* pval1, mv_t* pval2) { mv_t rv = time_string_from_seconds(pval1, pval2->u.strv, TIMEZONE_HANDLING_LOCAL); mv_free(pval2); return rv; } // ---------------------------------------------------------------- static mv_t seconds_from_time_string(char* string, char* format, timezone_handling_t timezone_handling) { if (*string == '\0') { return mv_empty(); } else { return mv_from_float(mlr_seconds_from_time_string(string, format, timezone_handling)); } } mv_t i_s_gmt2sec_func(mv_t* pval1) { mv_t rv = seconds_from_time_string(pval1->u.strv, ISO8601_TIME_FORMAT, TIMEZONE_HANDLING_GMT); mv_free(pval1); return rv; } mv_t i_s_localtime2sec_func(mv_t* pval1) { mv_t rv = seconds_from_time_string(pval1->u.strv, ISO8601_LOCAL_TIME_FORMAT, TIMEZONE_HANDLING_LOCAL); mv_free(pval1); return rv; } mv_t i_ss_strptime_func(mv_t* pval1, mv_t* pval2) { mv_t rv = seconds_from_time_string(pval1->u.strv, pval2->u.strv, TIMEZONE_HANDLING_GMT); mv_free(pval1); mv_free(pval2); return rv; } mv_t i_ss_strptime_local_func(mv_t* pval1, mv_t* pval2) { mv_t rv = seconds_from_time_string(pval1->u.strv, pval2->u.strv, TIMEZONE_HANDLING_LOCAL); mv_free(pval1); mv_free(pval2); return rv; } // ---------------------------------------------------------------- static void split_ull_to_hms(long long u, long long* ph, long long* pm, long long* ps) { long long h = 0LL, m = 0LL, s = 0LL; long long sign = 1LL; if (u < 0LL) { u = -u; sign = -1LL; } s = u % 60LL; u = u / 60LL; if (u == 0LL) { s = s * sign; } else { m = u % 60LL; u = u / 60LL; if (u == 0LL) { m = m * sign; } else { h = u * sign; } } *ph = h; *pm = m; *ps = s; } static void split_ull_to_dhms(long long u, long long* pd, long long* ph, long long* pm, long long* ps) { long long d = 0LL, h = 0LL, m = 0LL, s = 0LL; long long sign = 1LL; if (u < 0LL) { u = -u; sign = -1LL; } s = u % 60LL; u = u / 60LL; if (u == 0LL) { s = s * sign; } else { m = u % 60LL; u = u / 60LL; if (u == 0LL) { m = m * sign; } else { h = u % 24LL; u = u / 24LL; if (u == 0LL) { h = h * sign; } else { d = u * sign; } } } *pd = d; *ph = h; *pm = m; *ps = s; } mv_t s_i_sec2hms_func(mv_t* pval1) { long long u = pval1->u.intv; long long h, m, s; char* fmt = "%02lld:%02lld:%02lld"; if (u < 0) { u = -u; fmt = "-%02lld:%02lld:%02lld"; } split_ull_to_hms(u, &h, &m, &s); int n = snprintf(NULL, 0, fmt, h, m, s); char* string = mlr_malloc_or_die(n+1); sprintf(string, fmt, h, m, s); return mv_from_string_with_free(string); } mv_t s_f_fsec2hms_func(mv_t* pval1) { double v = fabs(pval1->u.fltv); long long h, m, s; char* fmt = "%lld:%02lld:%09.6lf"; long long u = (long long)trunc(v); double f = v - u; if (pval1->u.fltv < 0.0) { fmt = "-%02lld:%02lld:%09.6lf"; } split_ull_to_hms(u, &h, &m, &s); int n = snprintf(NULL, 0, fmt, h, m, s+f); char* string = mlr_malloc_or_die(n+1); sprintf(string, fmt, h, m, s+f); return mv_from_string_with_free(string); } mv_t s_i_sec2dhms_func(mv_t* pval1) { long long u = pval1->u.intv; long long d, h, m, s; split_ull_to_dhms(u, &d, &h, &m, &s); if (d != 0.0) { char* fmt = "%lldd%02lldh%02lldm%02llds"; int n = snprintf(NULL, 0, fmt, d, h, m, s); char* string = mlr_malloc_or_die(n+1); sprintf(string, fmt, d, h, m, s); return mv_from_string_with_free(string); } else if (h != 0.0) { char* fmt = "%lldh%02lldm%02llds"; int n = snprintf(NULL, 0, fmt, h, m, s); char* string = mlr_malloc_or_die(n+1); sprintf(string, fmt, h, m, s); return mv_from_string_with_free(string); } else if (m != 0.0) { char* fmt = "%lldm%02llds"; int n = snprintf(NULL, 0, fmt, m, s); char* string = mlr_malloc_or_die(n+1); sprintf(string, fmt, m, s); return mv_from_string_with_free(string); } else { char* fmt = "%llds"; int n = snprintf(NULL, 0, fmt, s); char* string = mlr_malloc_or_die(n+1); sprintf(string, fmt, s); return mv_from_string_with_free(string); } } mv_t s_f_fsec2dhms_func(mv_t* pval1) { double v = fabs(pval1->u.fltv); long long sign = pval1->u.fltv < 0.0 ? -1LL : 1LL; long long d, h, m, s; long long u = (long long)trunc(v); double f = v - u; split_ull_to_dhms(u, &d, &h, &m, &s); if (d != 0.0) { d = sign * d; char* fmt = "%lldd%02lldh%02lldm%09.6lfs"; int n = snprintf(NULL, 0, fmt, d, h, m, s+f); char* string = mlr_malloc_or_die(n+1); sprintf(string, fmt, d, h, m, s+f); return mv_from_string_with_free(string); } else if (h != 0.0) { h = sign * h; char* fmt = "%lldh%02lldm%09.6lfs"; int n = snprintf(NULL, 0, fmt, h, m, s+f); char* string = mlr_malloc_or_die(n+1); sprintf(string, fmt, h, m, s+f); return mv_from_string_with_free(string); } else if (m != 0.0) { m = sign * m; char* fmt = "%lldm%09.6lfs"; int n = snprintf(NULL, 0, fmt, m, s+f); char* string = mlr_malloc_or_die(n+1); sprintf(string, fmt, m, s+f); return mv_from_string_with_free(string); } else { s = sign * s; f = sign * f; char* fmt = "%.6lfs"; int n = snprintf(NULL, 0, fmt, s+f); char* string = mlr_malloc_or_die(n+1); sprintf(string, fmt, s+f); return mv_from_string_with_free(string); } } // ---------------------------------------------------------------- mv_t i_s_hms2sec_func(mv_t* pval1) { long long h = 0LL, m = 0LL, s = 0LL; long long sec = 0LL; char* p = pval1->u.strv; long long sign = 1LL; if (*p == '-') { p++; sign = -1LL; } if (sscanf(p, "%lld:%lld:%lld", &h, &m, &s) == 3) { if (h >= 0LL) sec = 3600LL*h + 60LL*m + s; else sec = -(-3600LL*h + 60LL*m + s); } else if (sscanf(p, "%lld:%lld", &m, &s) == 2) { if (m >= 0LL) sec = 60LL*m + s; else sec = -(-60LL*m + s); } else if (sscanf(p, "%lld", &s) == 1) { sec = s; } else { mv_free(pval1); return mv_error(); } mv_free(pval1); return mv_from_int(sec * sign); } mv_t f_s_hms2fsec_func(mv_t* pval1) { long long h = 0LL, m = 0LL; double s = 0.0; double sec = 0.0; char* p = pval1->u.strv; double sign = 1.0; if (*p == '-') { p++; sign = -1.0; } if (sscanf(p, "%lld:%lld:%lf", &h, &m, &s) == 3) { sec = 3600*h + 60*m + s; } else if (sscanf(p, "%lld:%lf", &m, &s) == 2) { sec = 60*m + s; } else if (sscanf(p, "%lf", &s) == 2) { sec = s; } else { mv_free(pval1); return mv_error(); } mv_free(pval1); return mv_from_float(sec * sign); } mv_t i_s_dhms2sec_func(mv_t* pval1) { long long d = 0LL, h = 0LL, m = 0LL, s = 0LL; long long sec = 0LL; char* p = pval1->u.strv; long long sign = 1LL; if (*p == '-') { p++; sign = -1LL; } if (sscanf(p, "%lldd%lldh%lldm%llds", &d, &h, &m, &s) == 4) { sec = 86400*d + 3600*h + 60*m + s; } else if (sscanf(p, "%lldh%lldm%llds", &h, &m, &s) == 3) { sec = 3600*h + 60*m + s; } else if (sscanf(p, "%lldm%llds", &m, &s) == 2) { sec = 60*m + s; } else if (sscanf(p, "%llds", &s) == 1) { sec = s; } else { mv_free(pval1); return mv_error(); } mv_free(pval1); return mv_from_int(sec * sign); } mv_t f_s_dhms2fsec_func(mv_t* pval1) { long long d = 0LL, h = 0LL, m = 0LL; double s = 0.0; double sec = 0.0; char* p = pval1->u.strv; long long sign = 1.0; if (*p == '-') { p++; sign = -1.0; } if (sscanf(p, "%lldd%lldh%lldm%lfs", &d, &h, &m, &s) == 4) { sec = 86400*d + 3600*h + 60*m + s; } else if (sscanf(p, "%lldh%lldm%lfs", &h, &m, &s) == 3) { sec = 3600*h + 60*m + s; } else if (sscanf(p, "%lldm%lfs", &m, &s) == 2) { sec = 60*m + s; } else if (sscanf(p, "%lfs", &s) == 1) { sec = s; } else { mv_free(pval1); return mv_error(); } mv_free(pval1); return mv_from_float(sec * sign); } // ================================================================ static mv_t plus_f_ff(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = pb->u.fltv; return mv_from_float(a + b); } static mv_t plus_f_fi(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = (double)pb->u.intv; return mv_from_float(a + b); } static mv_t plus_f_if(mv_t* pa, mv_t* pb) { double a = (double)pa->u.intv; double b = pb->u.fltv; return mv_from_float(a + b); } // Adds & subtracts overflow by at most one bit so it suffices to check // sign-changes. static mv_t plus_n_ii(mv_t* pa, mv_t* pb) { long long a = pa->u.intv; long long b = pb->u.intv; long long c = a + b; int overflowed = FALSE; if (a > 0LL) { if (b > 0LL && c < 0LL) overflowed = TRUE; } else if (a < 0LL) { if (b < 0LL && c > 0LL) overflowed = TRUE; } if (overflowed) { return mv_from_float((double)a + (double)b); } else { return mv_from_int(c); } } static mv_binary_func_t* plus_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _2, _2, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _emt, _emt, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _1, _emt, _err, plus_n_ii, plus_f_if, _err}, /*FLOAT*/ {_err, _1, _emt, _err, plus_f_fi, plus_f_ff, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_plus_func(mv_t* pval1, mv_t* pval2) { return (plus_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ---------------------------------------------------------------- static mv_t minus_f_ff(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = pb->u.fltv; return mv_from_float(a - b); } static mv_t minus_f_fi(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = (double)pb->u.intv; return mv_from_float(a - b); } static mv_t minus_f_if(mv_t* pa, mv_t* pb) { double a = (double)pa->u.intv; double b = pb->u.fltv; return mv_from_float(a - b); } // Adds & subtracts overflow by at most one bit so it suffices to check // sign-changes. static mv_t minus_n_ii(mv_t* pa, mv_t* pb) { long long a = pa->u.intv; long long b = pb->u.intv; long long c = a - b; int overflowed = FALSE; if (a > 0LL) { if (b < 0LL && c < 0LL) overflowed = TRUE; } else if (a < 0LL) { if (b > 0LL && c > 0LL) overflowed = TRUE; } if (overflowed) { return mv_from_float((double)a + (double)b); } else { return mv_from_int(c); } } static mv_binary_func_t* minus_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _2, _2, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _emt, _emt, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _1, _emt, _err, minus_n_ii, minus_f_if, _err}, /*FLOAT*/ {_err, _1, _emt, _err, minus_f_fi, minus_f_ff, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_minus_func(mv_t* pval1, mv_t* pval2) { return (minus_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ---------------------------------------------------------------- static mv_t times_f_ff(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = pb->u.fltv; return mv_from_float(a * b); } static mv_t times_f_fi(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = (double)pb->u.intv; return mv_from_float(a * b); } static mv_t times_f_if(mv_t* pa, mv_t* pb) { double a = (double)pa->u.intv; double b = pb->u.fltv; return mv_from_float(a * b); } // Unlike adds & subtracts which overflow by at most one bit, multiplies can // overflow by a word size. Thus detecting sign-changes does not suffice to // detect overflow. Instead we test whether the floating-point product exceeds // the representable integer range. Now 64-bit integers have 64-bit precision // while IEEE-doubles have only 52-bit mantissas -- so, 53 bits including // implicit leading one. // // The following experiment explicitly demonstrates the resolution at this range: // // 64-bit integer 64-bit integer Casted to double Back to 64-bit // in hex in decimal integer // 0x7ffffffffffff9ff 9223372036854774271 9223372036854773760.000000 0x7ffffffffffff800 // 0x7ffffffffffffa00 9223372036854774272 9223372036854773760.000000 0x7ffffffffffff800 // 0x7ffffffffffffbff 9223372036854774783 9223372036854774784.000000 0x7ffffffffffffc00 // 0x7ffffffffffffc00 9223372036854774784 9223372036854774784.000000 0x7ffffffffffffc00 // 0x7ffffffffffffdff 9223372036854775295 9223372036854774784.000000 0x7ffffffffffffc00 // 0x7ffffffffffffe00 9223372036854775296 9223372036854775808.000000 0x8000000000000000 // 0x7ffffffffffffffe 9223372036854775806 9223372036854775808.000000 0x8000000000000000 // 0x7fffffffffffffff 9223372036854775807 9223372036854775808.000000 0x8000000000000000 // // That is, we cannot check an integer product to see if it is greater than // 2**63-1 (or is less than -2**63) using integer arithmetic (it may have // already overflowed) *or* using double-precision (granularity). Instead we // check if the absolute value of the product exceeds the largest representable // double less than 2**63. (An alterative would be to do all integer multiplies // using handcrafted multi-word 128-bit arithmetic). static mv_t times_n_ii(mv_t* pa, mv_t* pb) { long long a = pa->u.intv; long long b = pb->u.intv; double d = (double)a * (double)b; if (fabs(d) > 9223372036854774784.0) { return mv_from_float(d); } else { return mv_from_int(a * b); } } static mv_binary_func_t* times_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _2, _2, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _emt, _emt, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _1, _emt, _err, times_n_ii, times_f_if, _err}, /*FLOAT*/ {_err, _1, _emt, _err, times_f_fi, times_f_ff, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_times_func(mv_t* pval1, mv_t* pval2) { return (times_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ---------------------------------------------------------------- static mv_t divide_f_ff(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = pb->u.fltv; return mv_from_float(a / b); } static mv_t divide_f_fi(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = (double)pb->u.intv; return mv_from_float(a / b); } static mv_t divide_f_if(mv_t* pa, mv_t* pb) { double a = (double)pa->u.intv; double b = pb->u.fltv; return mv_from_float(a / b); } static mv_t divide_i_ii(mv_t* pa, mv_t* pb) { long long a = pa->u.intv; long long b = pb->u.intv; if (b == 0LL) { // Compute inf/nan as with floats rather than fatal runtime FPE on integer divide by zero return mv_from_float((double)a / (double)b); } long long r = a % b; // Pythonic division, not C division. if (r == 0LL) { return mv_from_int(a / b); } else { return mv_from_float((double)a / (double)b); } } static mv_binary_func_t* divide_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _i0, _f0, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _emt, _emt, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _1, _emt, _err, divide_i_ii, divide_f_if, _err}, /*FLOAT*/ {_err, _1, _emt, _err, divide_f_fi, divide_f_ff, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_divide_func(mv_t* pval1, mv_t* pval2) { return (divide_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ---------------------------------------------------------------- static mv_t idiv_f_ff(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = pb->u.fltv; return mv_from_float(floor(a / b)); } static mv_t idiv_f_fi(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = (double)pb->u.intv; return mv_from_float(floor(a / b)); } static mv_t idiv_f_if(mv_t* pa, mv_t* pb) { double a = (double)pa->u.intv; double b = pb->u.fltv; return mv_from_float(floor(a / b)); } static mv_t idiv_i_ii(mv_t* pa, mv_t* pb) { long long a = pa->u.intv; long long b = pb->u.intv; if (b == 0LL) { // Compute inf/nan as with floats rather than fatal runtime FPE on integer divide by zero return mv_from_float((double)a / (double)b); } // Pythonic division, not C division. long long q = a / b; long long r = a % b; if (a < 0) { if (b > 0) { if (r != 0) q--; } } else { if (b < 0) { if (r != 0) q--; } } return mv_from_int(q); } static mv_binary_func_t* idiv_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _i0, _f0, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _emt, _emt, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _1, _emt, _err, idiv_i_ii, idiv_f_if, _err}, /*FLOAT*/ {_err, _1, _emt, _err, idiv_f_fi, idiv_f_ff, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_int_divide_func(mv_t* pval1, mv_t* pval2) { return (idiv_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ================================================================ static mv_t oplus_f_ff(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = pb->u.fltv; return mv_from_float(a + b); } static mv_t oplus_f_fi(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = (double)pb->u.intv; return mv_from_float(a + b); } static mv_t oplus_f_if(mv_t* pa, mv_t* pb) { double a = (double)pa->u.intv; double b = pb->u.fltv; return mv_from_float(a + b); } static mv_t oplus_n_ii(mv_t* pa, mv_t* pb) { long long a = pa->u.intv; long long b = pb->u.intv; long long c = a + b; return mv_from_int(c); } static mv_binary_func_t* oplus_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _2, _2, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _emt, _emt, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _1, _emt, _err, oplus_n_ii, oplus_f_if, _err}, /*FLOAT*/ {_err, _1, _emt, _err, oplus_f_fi, oplus_f_ff, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_oplus_func(mv_t* pval1, mv_t* pval2) { return (oplus_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ---------------------------------------------------------------- static mv_t ominus_f_ff(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = pb->u.fltv; return mv_from_float(a - b); } static mv_t ominus_f_fi(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = (double)pb->u.intv; return mv_from_float(a - b); } static mv_t ominus_f_if(mv_t* pa, mv_t* pb) { double a = (double)pa->u.intv; double b = pb->u.fltv; return mv_from_float(a - b); } static mv_t ominus_n_ii(mv_t* pa, mv_t* pb) { long long a = pa->u.intv; long long b = pb->u.intv; long long c = a - b; return mv_from_int(c); } static mv_binary_func_t* ominus_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _2, _2, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _emt, _emt, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _1, _emt, _err, ominus_n_ii, ominus_f_if, _err}, /*FLOAT*/ {_err, _1, _emt, _err, ominus_f_fi, ominus_f_ff, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_ominus_func(mv_t* pval1, mv_t* pval2) { return (ominus_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ---------------------------------------------------------------- static mv_t otimes_f_ff(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = pb->u.fltv; return mv_from_float(a * b); } static mv_t otimes_f_fi(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = (double)pb->u.intv; return mv_from_float(a * b); } static mv_t otimes_f_if(mv_t* pa, mv_t* pb) { double a = (double)pa->u.intv; double b = pb->u.fltv; return mv_from_float(a * b); } static mv_t otimes_n_ii(mv_t* pa, mv_t* pb) { long long a = pa->u.intv; long long b = pb->u.intv; return mv_from_int(a * b); } static mv_binary_func_t* otimes_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _2, _2, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _emt, _emt, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _1, _emt, _err, otimes_n_ii, otimes_f_if, _err}, /*FLOAT*/ {_err, _1, _emt, _err, otimes_f_fi, otimes_f_ff, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_otimes_func(mv_t* pval1, mv_t* pval2) { return (otimes_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ---------------------------------------------------------------- static mv_t odivide_f_ff(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = pb->u.fltv; return mv_from_float(a / b); } static mv_t odivide_f_fi(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = (double)pb->u.intv; return mv_from_float(a / b); } static mv_t odivide_f_if(mv_t* pa, mv_t* pb) { double a = (double)pa->u.intv; double b = pb->u.fltv; return mv_from_float(a / b); } static mv_t odivide_i_ii(mv_t* pa, mv_t* pb) { long long a = pa->u.intv; long long b = pb->u.intv; return mv_from_int(a / b); } static mv_binary_func_t* odivide_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _i0, _f0, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _emt, _emt, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _1, _emt, _err, odivide_i_ii, odivide_f_if, _err}, /*FLOAT*/ {_err, _1, _emt, _err, odivide_f_fi, odivide_f_ff, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_odivide_func(mv_t* pval1, mv_t* pval2) { return (odivide_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ---------------------------------------------------------------- static mv_t oidiv_f_ff(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = pb->u.fltv; return mv_from_float(floor(a / b)); } static mv_t oidiv_f_fi(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = (double)pb->u.intv; return mv_from_float(floor(a / b)); } static mv_t oidiv_f_if(mv_t* pa, mv_t* pb) { double a = (double)pa->u.intv; double b = pb->u.fltv; return mv_from_float(floor(a / b)); } static mv_t oidiv_i_ii(mv_t* pa, mv_t* pb) { long long a = pa->u.intv; long long b = pb->u.intv; // Pythonic division, not C division. long long q = a / b; long long r = a % b; if (a < 0) { if (b > 0) { if (r != 0) q--; } } else { if (b < 0) { if (r != 0) q--; } } return mv_from_int(q); } static mv_binary_func_t* oidiv_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _i0, _f0, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _emt, _emt, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _1, _emt, _err, oidiv_i_ii, oidiv_f_if, _err}, /*FLOAT*/ {_err, _1, _emt, _err, oidiv_f_fi, oidiv_f_ff, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_int_odivide_func(mv_t* pval1, mv_t* pval2) { return (oidiv_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ================================================================ static mv_t mod_f_ff(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = pb->u.fltv; return mv_from_float(a - b * floor(a / b)); } static mv_t mod_f_fi(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = (double)pb->u.intv; return mv_from_float(a - b * floor(a / b)); } static mv_t mod_f_if(mv_t* pa, mv_t* pb) { double a = (double)pa->u.intv; double b = pb->u.fltv; return mv_from_float(a - b * floor(a / b)); } static mv_t mod_i_ii(mv_t* pa, mv_t* pb) { long long a = pa->u.intv; long long b = pb->u.intv; if (b == 0LL) { // Compute inf/nan as with floats rather than fatal runtime FPE on integer divide by zero return mv_from_float((double)a / (double)b); } long long u = a % b; // Pythonic division, not C division. if (a >= 0LL) { if (b < 0LL) { u += b; } } else { if (b >= 0LL) { u += b; } } return mv_from_int(u); } static mv_binary_func_t* mod_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _i0, _f0, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _emt, _emt, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _1, _emt, _err, mod_i_ii, mod_f_if, _err}, /*FLOAT*/ {_err, _1, _emt, _err, mod_f_fi, mod_f_ff, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_mod_func(mv_t* pval1, mv_t* pval2) { return (mod_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ---------------------------------------------------------------- static mv_t upos_i_i(mv_t* pa) { return *pa; } static mv_t upos_f_f(mv_t* pa) { return *pa; } static mv_unary_func_t* upos_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ _err1, /*INT*/ upos_i_i, /*FLOAT*/ upos_f_f, /*BOOL*/ _err1, }; mv_t x_x_upos_func(mv_t* pval1) { return (upos_dispositions[pval1->type])(pval1); } // ---------------------------------------------------------------- static mv_t uneg_i_i(mv_t* pa) { return mv_from_int(-pa->u.intv); } static mv_t uneg_f_f(mv_t* pa) { return mv_from_float(-pa->u.fltv); } static mv_unary_func_t* uneg_disnegitions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ _err1, /*INT*/ uneg_i_i, /*FLOAT*/ uneg_f_f, /*BOOL*/ _err1, }; mv_t x_x_uneg_func(mv_t* pval1) { return (uneg_disnegitions[pval1->type])(pval1); } // ---------------------------------------------------------------- static mv_t abs_n_f(mv_t* pa) { return mv_from_float(fabs(pa->u.fltv)); } static mv_t abs_n_i(mv_t* pa) { return mv_from_int(pa->u.intv < 0LL ? -pa->u.intv : pa->u.intv); } static mv_unary_func_t* abs_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ _err1, /*INT*/ abs_n_i, /*FLOAT*/ abs_n_f, /*BOOL*/ _err1, }; mv_t x_x_abs_func(mv_t* pval1) { return (abs_dispositions[pval1->type])(pval1); } // ---------------------------------------------------------------- static mv_t sgn_n_f(mv_t* pa) { if (pa->u.fltv > 0.0) return mv_from_float(1.0); if (pa->u.fltv < 0.0) return mv_from_float(-1.0); return mv_from_float(0.0); } static mv_t sgn_n_i(mv_t* pa) { if (pa->u.intv > 0LL) return mv_from_int(1LL); if (pa->u.intv < 0LL) return mv_from_int(-1LL); return mv_from_int(0LL); } static mv_unary_func_t* sgn_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ _err1, /*INT*/ sgn_n_i, /*FLOAT*/ sgn_n_f, /*BOOL*/ _err1, }; mv_t x_x_sgn_func(mv_t* pval1) { return (sgn_dispositions[pval1->type])(pval1); } // ---------------------------------------------------------------- static mv_t ceil_n_f(mv_t* pa) { return mv_from_float(ceil(pa->u.fltv)); } static mv_t ceil_n_i(mv_t* pa) { return mv_from_int(pa->u.intv); } static mv_unary_func_t* ceil_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ _err1, /*INT*/ ceil_n_i, /*FLOAT*/ ceil_n_f, /*BOOL*/ _err1, }; mv_t x_x_ceil_func(mv_t* pval1) { return (ceil_dispositions[pval1->type])(pval1); } // ---------------------------------------------------------------- static mv_t floor_n_f(mv_t* pa) { return mv_from_float(floor(pa->u.fltv)); } static mv_t floor_n_i(mv_t* pa) { return mv_from_int(pa->u.intv); } static mv_unary_func_t* floor_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ _err1, /*INT*/ floor_n_i, /*FLOAT*/ floor_n_f, /*BOOL*/ _err1, }; mv_t x_x_floor_func(mv_t* pval1) { return (floor_dispositions[pval1->type])(pval1); } // ---------------------------------------------------------------- static mv_t round_n_f(mv_t* pa) { return mv_from_float(round(pa->u.fltv)); } static mv_t round_n_i(mv_t* pa) { return mv_from_int(pa->u.intv); } static mv_unary_func_t* round_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ _err1, /*INT*/ round_n_i, /*FLOAT*/ round_n_f, /*BOOL*/ _err1, }; mv_t x_x_round_func(mv_t* pval1) { return (round_dispositions[pval1->type])(pval1); } // ---------------------------------------------------------------- static mv_t roundm_f_ff(mv_t* pa, mv_t* pb) { double x = pa->u.fltv; double m = pb->u.fltv; return mv_from_float(round(x / m) * m); } static mv_t roundm_f_fi(mv_t* pa, mv_t* pb) { double x = pa->u.fltv; double m = (double)pb->u.intv; return mv_from_float(round(x / m) * m); } static mv_t roundm_f_if(mv_t* pa, mv_t* pb) { double x = (double)pa->u.intv; double m = pb->u.fltv; return mv_from_float(round(x / m) * m); } static mv_t roundm_i_ii(mv_t* pa, mv_t* pb) { long long x = pa->u.intv; long long m = pb->u.intv; return mv_from_int((x / m) * m); } static mv_binary_func_t* roundm_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _a, _err, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _err, _err, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _a, _err, _err, roundm_i_ii, roundm_f_if, _err}, /*FLOAT*/ {_err, _err, _err, _err, roundm_f_fi, roundm_f_ff, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_roundm_func(mv_t* pval1, mv_t* pval2) { return (roundm_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ---------------------------------------------------------------- static mv_t min_f_ff(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = pb->u.fltv; return mv_from_float(fmin(a, b)); } static mv_t min_f_fi(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = (double)pb->u.intv; return mv_from_float(fmin(a, b)); } static mv_t min_f_if(mv_t* pa, mv_t* pb) { double a = (double)pa->u.intv; double b = pb->u.fltv; return mv_from_float(fmin(a, b)); } static mv_t min_i_ii(mv_t* pa, mv_t* pb) { long long a = pa->u.intv; long long b = pb->u.intv; return mv_from_int(a < b ? a : b); } static mv_t min_b_bb(mv_t* pa, mv_t* pb) { int a = pa->u.boolv; int b = pb->u.boolv; return mv_from_bool(a < b ? a : b); } static mv_t min_s_ss(mv_t* pa, mv_t* pb) { char* a = pa->u.strv; char* b = pb->u.strv; int c = strcmp(a, b); if (c <= 0) { mv_free(pb); return *pa; } else { mv_free(pa); return *pb; } } // Sort rules (same for min, max, and comparator): // * NUMERICS < BOOL < STRINGS < ERROR < ABSENT // * error == error (singleton type) // * absent == absent (singleton type) // * string compares on strings // * numeric compares on numbers // * false < true // Exceptions for min & max: // * absent-null always loses // * empty-null always loses against numbers static mv_binary_func_t* min_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _2, _2f, _2, _2, _2}, /*EMPTY*/ {_err, _1, _emt, _emt, _2, _2, _2}, /*STRING*/ {_err, _1f, _emt, min_s_ss, _2f, _2f, _2f}, /*INT*/ {_err, _1, _1, _1f, min_i_ii, min_f_if, _1}, /*FLOAT*/ {_err, _1, _1, _1f, min_f_fi, min_f_ff, _1}, /*BOOL*/ {_err, _1, _1, _1f, _2, _2, min_b_bb}, }; mv_t x_xx_min_func(mv_t* pval1, mv_t* pval2) { return (min_dispositions[pval1->type][pval2->type])(pval1,pval2); } mv_t variadic_min_func(mv_t* pvals, int nvals) { if (nvals == 0) { return mv_empty(); } else { mv_t rv = pvals[0]; for (int i = 1; i < nvals; i++) { rv = x_xx_min_func(&rv, &pvals[i]); // Disposition-matrix entries for min all free their non-return arguments } return rv; } } // ---------------------------------------------------------------- static mv_t max_f_ff(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = pb->u.fltv; return mv_from_float(fmax(a, b)); } static mv_t max_f_fi(mv_t* pa, mv_t* pb) { double a = pa->u.fltv; double b = (double)pb->u.intv; return mv_from_float(fmax(a, b)); } static mv_t max_f_if(mv_t* pa, mv_t* pb) { double a = (double)pa->u.intv; double b = pb->u.fltv; return mv_from_float(fmax(a, b)); } static mv_t max_i_ii(mv_t* pa, mv_t* pb) { long long a = pa->u.intv; long long b = pb->u.intv; return mv_from_int(a > b ? a : b); } static mv_t max_b_bb(mv_t* pa, mv_t* pb) { int a = pa->u.boolv; int b = pb->u.boolv; return mv_from_bool(a > b ? a : b); } static mv_t max_s_ss(mv_t* pa, mv_t* pb) { char* a = pa->u.strv; char* b = pb->u.strv; int c = strcmp(a, b); if (c >= 0) { mv_free(pb); return *pa; } else { mv_free(pa); return *pb; } } // Sort rules (same for min, max, and comparator): // * NUMERICS < BOOL < STRINGS < ERROR < ABSENT // * error == error (singleton type) // * absent == absent (singleton type) // * string compares on strings // * numeric compares on numbers // * false < true // Exceptions for min & max: // * absent-null always loses // * empty-null always loses against numbers static mv_binary_func_t* max_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _2, _2f, _2, _2, _2}, /*EMPTY*/ {_err, _1, _emt, _2f, _2, _2, _2}, /*STRING*/ {_err, _1f, _1f, max_s_ss, _1f, _1f, _1f}, /*INT*/ {_err, _1, _1, _2f, max_i_ii, max_f_if, _2}, /*FLOAT*/ {_err, _1, _1, _2f, max_f_fi, max_f_ff, _2}, /*BOOL*/ {_err, _1, _1, _2f, _1, _1, max_b_bb}, }; mv_t x_xx_max_func(mv_t* pval1, mv_t* pval2) { return (max_dispositions[pval1->type][pval2->type])(pval1,pval2); } mv_t variadic_max_func(mv_t* pvals, int nvals) { if (nvals == 0) { return mv_empty(); } else { mv_t rv = pvals[0]; for (int i = 1; i < nvals; i++) { rv = x_xx_max_func(&rv, &pvals[i]); // Disposition-matrix entries for max all free their non-return arguments } return rv; } } // ---------------------------------------------------------------- static mv_t int_i_b(mv_t* pa) { return mv_from_int(pa->u.boolv ? 1 : 0); } static mv_t int_i_f(mv_t* pa) { return mv_from_int((long long)round(pa->u.fltv)); } static mv_t int_i_i(mv_t* pa) { return mv_from_int(pa->u.intv); } static mv_t int_i_s(mv_t* pa) { if (*pa->u.strv == '\0') { mv_free(pa); return mv_empty(); } mv_t retval = mv_from_int(0LL); if (!mlr_try_int_from_string(pa->u.strv, &retval.u.intv)) { mv_free(pa); return mv_error(); } mv_free(pa); return retval; } static mv_unary_func_t* int_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ int_i_s, /*INT*/ int_i_i, /*FLOAT*/ int_i_f, /*BOOL*/ int_i_b, }; mv_t i_x_int_func(mv_t* pval1) { return (int_dispositions[pval1->type])(pval1); } // ---------------------------------------------------------------- static mv_t float_f_b(mv_t* pa) { return mv_from_float(pa->u.boolv ? 1.0 : 0.0); } static mv_t float_f_f(mv_t* pa) { return mv_from_float(pa->u.fltv); } static mv_t float_f_i(mv_t* pa) { return mv_from_float((double)pa->u.intv); } static mv_t float_f_s(mv_t* pa) { if (*pa->u.strv == '\0') { mv_free(pa); return mv_empty(); } mv_t retval = mv_from_float(0.0); if (!mlr_try_float_from_string(pa->u.strv, &retval.u.fltv)) { mv_free(pa); return mv_error(); } mv_free(pa); return retval; } static mv_unary_func_t* float_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ float_f_s, /*INT*/ float_f_i, /*FLOAT*/ float_f_f, /*BOOL*/ float_f_b, }; mv_t f_x_float_func(mv_t* pval1) { return (float_dispositions[pval1->type])(pval1); } // ---------------------------------------------------------------- static mv_t band_i_ii(mv_t* pa, mv_t* pb) { return mv_from_int(pa->u.intv & pb->u.intv); } static mv_binary_func_t* band_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _2, _err, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _emt, _emt, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _1, _emt, _err, band_i_ii, _err, _err}, /*FLOAT*/ {_err, _err, _emt, _err, _err, _err, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_band_func(mv_t* pval1, mv_t* pval2) { return (band_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ---------------------------------------------------------------- static mv_t bor_i_ii(mv_t* pa, mv_t* pb) { return mv_from_int(pa->u.intv | pb->u.intv); } static mv_binary_func_t* bor_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _2, _err, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _emt, _emt, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _1, _emt, _err, bor_i_ii, _err, _err}, /*FLOAT*/ {_err, _err, _emt, _err, _err, _err, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_bor_func(mv_t* pval1, mv_t* pval2) { return (bor_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ---------------------------------------------------------------- static mv_t bxor_i_ii(mv_t* pa, mv_t* pb) { return mv_from_int(pa->u.intv ^ pb->u.intv); } static mv_binary_func_t* bxor_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _err, _2, _err, _err}, /*EMPTY*/ {_err, _a, _emt, _err, _emt, _emt, _err}, /*STRING*/ {_err, _err, _err, _err, _err, _err, _err}, /*INT*/ {_err, _1, _emt, _err, bxor_i_ii, _err, _err}, /*FLOAT*/ {_err, _err, _emt, _err, _err, _err, _err}, /*BOOL*/ {_err, _err, _err, _err, _err, _err, _err}, }; mv_t x_xx_bxor_func(mv_t* pval1, mv_t* pval2) { return (bxor_dispositions[pval1->type][pval2->type])(pval1,pval2); } // ---------------------------------------------------------------- static mv_t boolean_b_b(mv_t* pa) { return mv_from_bool(pa->u.boolv); } static mv_t boolean_b_f(mv_t* pa) { return mv_from_bool((pa->u.fltv == 0.0) ? FALSE : TRUE); } static mv_t boolean_b_i(mv_t* pa) { return mv_from_bool((pa->u.intv == 0LL) ? FALSE : TRUE); } static mv_t boolean_b_s(mv_t* pa) { return mv_from_bool((streq(pa->u.strv, "true") || streq(pa->u.strv, "TRUE")) ? TRUE : FALSE);} static mv_unary_func_t* boolean_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ boolean_b_s, /*INT*/ boolean_b_i, /*FLOAT*/ boolean_b_f, /*BOOL*/ boolean_b_b, }; mv_t b_x_boolean_func(mv_t* pval1) { return (boolean_dispositions[pval1->type])(pval1); } // ---------------------------------------------------------------- static mv_t string_s_b(mv_t* pa) { return mv_from_string_no_free(pa->u.boolv?"true":"false"); } static mv_t string_s_f(mv_t* pa) { return mv_from_string_with_free(mlr_alloc_string_from_double(pa->u.fltv, MLR_GLOBALS.ofmt)); } static mv_t string_s_i(mv_t* pa) { return mv_from_string_with_free(mlr_alloc_string_from_ll(pa->u.intv)); } static mv_t string_s_s(mv_t* pa) { char free_flags = pa->free_flags; pa->free_flags = NO_FREE; return mv_from_string(pa->u.strv, free_flags); } static mv_unary_func_t* string_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ string_s_s, /*INT*/ string_s_i, /*FLOAT*/ string_s_f, /*BOOL*/ string_s_b, }; mv_t s_x_string_func(mv_t* pval1) { return (string_dispositions[pval1->type])(pval1); } // ---------------------------------------------------------------- mv_t s_sii_substr_func(mv_t* pval1, mv_t* pval2, mv_t* pval3) { int m = pval2->u.intv; // inclusive lower; -len..-1 alias to 0..len-1 int n = pval3->u.intv; // inclusive upper; -len..-1 alias to 0..len-1 int len = strlen(pval1->u.strv); mv_t rv; if (m < 0) m = len + m; if (n < 0) n = len + n; if (m < 0 || m >= len || n < 0 || n >= len || n < m) { rv = mv_from_string("", 0); } else { int olen = n - m + 1; char* p = mlr_malloc_or_die(olen + 1); strncpy(p, &pval1->u.strv[m], olen); p[olen] = 0; rv = mv_from_string(p, FREE_ENTRY_VALUE); } mv_free(pval1); mv_free(pval2); mv_free(pval3); return rv; } // ---------------------------------------------------------------- static mv_t hexfmt_s_b(mv_t* pa) { return mv_from_string_no_free(pa->u.boolv?"0x1":"0x0"); } static mv_t hexfmt_s_f(mv_t* pa) { return mv_from_string_with_free(mlr_alloc_hexfmt_from_ll((long long)pa->u.fltv)); } static mv_t hexfmt_s_i(mv_t* pa) { return mv_from_string_with_free(mlr_alloc_hexfmt_from_ll(pa->u.intv)); } static mv_t hexfmt_s_s(mv_t* pa) { char free_flags = pa->free_flags; pa->free_flags = NO_FREE; return mv_from_string(pa->u.strv, free_flags); } static mv_unary_func_t* hexfmt_dispositions[MT_DIM] = { /*ERROR*/ _err1, /*ABSENT*/ _a1, /*EMPTY*/ _emt1, /*STRING*/ hexfmt_s_s, /*INT*/ hexfmt_s_i, /*FLOAT*/ hexfmt_s_f, /*BOOL*/ hexfmt_s_b, }; mv_t s_x_hexfmt_func(mv_t* pval1) { return (hexfmt_dispositions[pval1->type])(pval1); } // ---------------------------------------------------------------- static mv_t fmtnum_s_bs(mv_t* pa, mv_t* pfmt) { return mv_from_string_no_free(pa->u.boolv?"0x1":"0x0"); } static mv_t fmtnum_s_ds(mv_t* pa, mv_t* pfmt) { mv_t rv = mv_from_string_with_free(mlr_alloc_string_from_double(pa->u.fltv, pfmt->u.strv)); mv_free(pfmt); return rv; } static mv_t fmtnum_s_is(mv_t* pa, mv_t* pfmt) { mv_t rv = mv_from_string_with_free(mlr_alloc_string_from_ll_and_format(pa->u.intv, pfmt->u.strv)); mv_free(pfmt); return rv; } static mv_binary_func_t* fmtnum_dispositions[MT_DIM] = { /*ERROR*/ _err, /*ABSENT*/ _a, /*EMPTY*/ _emt, /*STRING*/ _err, /*INT*/ fmtnum_s_is, /*FLOAT*/ fmtnum_s_ds, /*BOOL*/ fmtnum_s_bs, }; mv_t s_xs_fmtnum_func(mv_t* pval1, mv_t* pval2) { return (fmtnum_dispositions[pval1->type])(pval1, pval2); } // ---------------------------------------------------------------- static mv_t eq_b_ii(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.intv == pb->u.intv); } static mv_t ne_b_ii(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.intv != pb->u.intv); } static mv_t gt_b_ii(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.intv > pb->u.intv); } static mv_t ge_b_ii(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.intv >= pb->u.intv); } static mv_t lt_b_ii(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.intv < pb->u.intv); } static mv_t le_b_ii(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.intv <= pb->u.intv); } static mv_t eq_b_ff(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.fltv == pb->u.fltv); } static mv_t ne_b_ff(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.fltv != pb->u.fltv); } static mv_t gt_b_ff(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.fltv > pb->u.fltv); } static mv_t ge_b_ff(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.fltv >= pb->u.fltv); } static mv_t lt_b_ff(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.fltv < pb->u.fltv); } static mv_t le_b_ff(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.fltv <= pb->u.fltv); } static mv_t eq_b_fi(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.fltv == pb->u.intv); } static mv_t ne_b_fi(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.fltv != pb->u.intv); } static mv_t gt_b_fi(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.fltv > pb->u.intv); } static mv_t ge_b_fi(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.fltv >= pb->u.intv); } static mv_t lt_b_fi(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.fltv < pb->u.intv); } static mv_t le_b_fi(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.fltv <= pb->u.intv); } static mv_t eq_b_if(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.intv == pb->u.fltv); } static mv_t ne_b_if(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.intv != pb->u.fltv); } static mv_t gt_b_if(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.intv > pb->u.fltv); } static mv_t ge_b_if(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.intv >= pb->u.fltv); } static mv_t lt_b_if(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.intv < pb->u.fltv); } static mv_t le_b_if(mv_t* pa, mv_t* pb) { return mv_from_bool(pa->u.intv <= pb->u.fltv); } static mv_t eq_b_xs(mv_t* pa, mv_t* pb) { char free_flags; char* sa = mv_format_val(pa, &free_flags); mv_t rv = mv_from_bool(strcmp(sa, pb->u.strv) == 0); if (free_flags & FREE_ENTRY_VALUE) free(sa); mv_free(pa); mv_free(pb); return rv; } static mv_t ne_b_xs(mv_t* pa, mv_t* pb) { char free_flags; char* sa = mv_format_val(pa, &free_flags); mv_t rv = mv_from_bool(strcmp(sa, pb->u.strv) != 0); if (free_flags & FREE_ENTRY_VALUE) free(sa); mv_free(pa); mv_free(pb); return rv; } static mv_t gt_b_xs(mv_t* pa, mv_t* pb) { char free_flags; char* sa = mv_format_val(pa, &free_flags); mv_t rv = mv_from_bool(strcmp(sa, pb->u.strv) > 0); if (free_flags & FREE_ENTRY_VALUE) free(sa); mv_free(pa); mv_free(pb); return rv; } static mv_t ge_b_xs(mv_t* pa, mv_t* pb) { char free_flags; char* sa = mv_format_val(pa, &free_flags); mv_t rv = mv_from_bool(strcmp(sa, pb->u.strv) >= 0); if (free_flags & FREE_ENTRY_VALUE) free(sa); mv_free(pa); mv_free(pb); return rv; } static mv_t lt_b_xs(mv_t* pa, mv_t* pb) { char free_flags; char* sa = mv_format_val(pa, &free_flags); mv_t rv = mv_from_bool(strcmp(sa, pb->u.strv) < 0); if (free_flags & FREE_ENTRY_VALUE) free(sa); mv_free(pa); mv_free(pb); return rv; } static mv_t le_b_xs(mv_t* pa, mv_t* pb) { char free_flags; char* sa = mv_format_val(pa, &free_flags); mv_t rv = mv_from_bool(strcmp(sa, pb->u.strv) <= 0); if (free_flags & FREE_ENTRY_VALUE) free(sa); mv_free(pa); mv_free(pb); return rv; } static mv_t eq_b_sx(mv_t* pa, mv_t* pb) { char free_flags; char* sb = mv_format_val(pb, &free_flags); mv_t rv = mv_from_bool(strcmp(pa->u.strv, sb) == 0); if (free_flags & FREE_ENTRY_VALUE) free(sb); mv_free(pa); mv_free(pb); return rv; } static mv_t ne_b_sx(mv_t* pa, mv_t* pb) { char free_flags; char* sb = mv_format_val(pb, &free_flags); mv_t rv = mv_from_bool(strcmp(pa->u.strv, sb) != 0); if (free_flags & FREE_ENTRY_VALUE) free(sb); mv_free(pa); mv_free(pb); return rv; } static mv_t gt_b_sx(mv_t* pa, mv_t* pb) { char free_flags; char* sb = mv_format_val(pb, &free_flags); mv_t rv = mv_from_bool(strcmp(pa->u.strv, sb) > 0); if (free_flags & FREE_ENTRY_VALUE) free(sb); mv_free(pa); mv_free(pb); return rv; } static mv_t ge_b_sx(mv_t* pa, mv_t* pb) { char free_flags; char* sb = mv_format_val(pb, &free_flags); mv_t rv = mv_from_bool(strcmp(pa->u.strv, sb) >= 0); if (free_flags & FREE_ENTRY_VALUE) free(sb); mv_free(pa); mv_free(pb); return rv; } static mv_t lt_b_sx(mv_t* pa, mv_t* pb) { char free_flags; char* sb = mv_format_val(pb, &free_flags); mv_t rv = mv_from_bool(strcmp(pa->u.strv, sb) < 0); if (free_flags & FREE_ENTRY_VALUE) free(sb); mv_free(pa); mv_free(pb); return rv; } static mv_t le_b_sx(mv_t* pa, mv_t* pb) { char free_flags; char* sb = mv_format_val(pb, &free_flags); mv_t rv = mv_from_bool(strcmp(pa->u.strv, sb) <= 0); if (free_flags & FREE_ENTRY_VALUE) free(sb); mv_free(pa); mv_free(pb); return rv; } static mv_t eq_b_ss(mv_t*pa, mv_t*pb) { mv_t rv = mv_from_bool(strcmp(pa->u.strv, pb->u.strv) == 0); mv_free(pa); mv_free(pb); return rv; } static mv_t ne_b_ss(mv_t*pa, mv_t*pb) { mv_t rv = mv_from_bool(strcmp(pa->u.strv, pb->u.strv) != 0); mv_free(pa); mv_free(pb); return rv; } static mv_t gt_b_ss(mv_t*pa, mv_t*pb) { mv_t rv = mv_from_bool(strcmp(pa->u.strv, pb->u.strv) > 0); mv_free(pa); mv_free(pb); return rv; } static mv_t ge_b_ss(mv_t*pa, mv_t*pb) { mv_t rv = mv_from_bool(strcmp(pa->u.strv, pb->u.strv) >= 0); mv_free(pa); mv_free(pb); return rv; } static mv_t lt_b_ss(mv_t*pa, mv_t*pb) { mv_t rv = mv_from_bool(strcmp(pa->u.strv, pb->u.strv) < 0); mv_free(pa); mv_free(pb); return rv; } static mv_t le_b_ss(mv_t*pa, mv_t*pb) { mv_t rv = mv_from_bool(strcmp(pa->u.strv, pb->u.strv) <= 0); mv_free(pa); mv_free(pb); return rv; } static mv_binary_func_t* eq_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _a, _a, _a, _a}, /*EMPTY*/ {_err, _a, eq_b_ss, eq_b_ss, eq_b_sx, eq_b_sx, _err}, /*STRING*/ {_err, _a, eq_b_ss, eq_b_ss, eq_b_sx, eq_b_sx, _err}, /*INT*/ {_err, _a, eq_b_xs, eq_b_xs, eq_b_ii, eq_b_if, _err}, /*FLOAT*/ {_err, _a, eq_b_xs, eq_b_xs, eq_b_fi, eq_b_ff, _err}, /*BOOL*/ {_err, _err, _a, _err, _err, _err, _err}, }; static mv_binary_func_t* ne_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _a, _a, _a, _a}, /*EMPTY*/ {_err, _a, ne_b_ss, ne_b_ss, ne_b_sx, ne_b_sx, _err}, /*STRING*/ {_err, _a, ne_b_ss, ne_b_ss, ne_b_sx, ne_b_sx, _err}, /*INT*/ {_err, _a, ne_b_xs, ne_b_xs, ne_b_ii, ne_b_if, _err}, /*FLOAT*/ {_err, _a, ne_b_xs, ne_b_xs, ne_b_fi, ne_b_ff, _err}, /*BOOL*/ {_err, _err, _a, _err, _err, _err, _err}, }; static mv_binary_func_t* gt_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _a, _a, _a, _a}, /*EMPTY*/ {_err, _a, gt_b_ss, gt_b_ss, gt_b_sx, gt_b_sx, _err}, /*STRING*/ {_err, _a, gt_b_ss, gt_b_ss, gt_b_sx, gt_b_sx, _err}, /*INT*/ {_err, _a, gt_b_xs, gt_b_xs, gt_b_ii, gt_b_if, _err}, /*FLOAT*/ {_err, _a, gt_b_xs, gt_b_xs, gt_b_fi, gt_b_ff, _err}, /*BOOL*/ {_err, _err, _a, _err, _err, _err, _err}, }; static mv_binary_func_t* ge_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _a, _a, _a, _a}, /*EMPTY*/ {_err, _a, ge_b_ss, ge_b_ss, ge_b_sx, ge_b_sx, _err}, /*STRING*/ {_err, _a, ge_b_ss, ge_b_ss, ge_b_sx, ge_b_sx, _err}, /*INT*/ {_err, _a, ge_b_xs, ge_b_xs, ge_b_ii, ge_b_if, _err}, /*FLOAT*/ {_err, _a, ge_b_xs, ge_b_xs, ge_b_fi, ge_b_ff, _err}, /*BOOL*/ {_err, _err, _a, _err, _err, _err, _err}, }; static mv_binary_func_t* lt_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _a, _a, _a, _a}, /*EMPTY*/ {_err, _a, lt_b_ss, lt_b_ss, lt_b_sx, lt_b_sx, _err}, /*STRING*/ {_err, _a, lt_b_ss, lt_b_ss, lt_b_sx, lt_b_sx, _err}, /*INT*/ {_err, _a, lt_b_xs, lt_b_xs, lt_b_ii, lt_b_if, _err}, /*FLOAT*/ {_err, _a, lt_b_xs, lt_b_xs, lt_b_fi, lt_b_ff, _err}, /*BOOL*/ {_err, _err, _a, _err, _err, _err, _err}, }; static mv_binary_func_t* le_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {_err, _err, _err, _err, _err, _err, _err}, /*ABSENT*/ {_err, _a, _a, _a, _a, _a, _a}, /*EMPTY*/ {_err, _a, le_b_ss, le_b_ss, le_b_sx, le_b_sx, _err}, /*STRING*/ {_err, _a, le_b_ss, le_b_ss, le_b_sx, le_b_sx, _err}, /*INT*/ {_err, _a, le_b_xs, le_b_xs, le_b_ii, le_b_if, _err}, /*FLOAT*/ {_err, _a, le_b_xs, le_b_xs, le_b_fi, le_b_ff, _err}, /*BOOL*/ {_err, _err, _a, _err, _err, _err, _err}, }; mv_t eq_op_func(mv_t* pval1, mv_t* pval2) { return (eq_dispositions[pval1->type][pval2->type])(pval1, pval2); } mv_t ne_op_func(mv_t* pval1, mv_t* pval2) { return (ne_dispositions[pval1->type][pval2->type])(pval1, pval2); } mv_t gt_op_func(mv_t* pval1, mv_t* pval2) { return (gt_dispositions[pval1->type][pval2->type])(pval1, pval2); } mv_t ge_op_func(mv_t* pval1, mv_t* pval2) { return (ge_dispositions[pval1->type][pval2->type])(pval1, pval2); } mv_t lt_op_func(mv_t* pval1, mv_t* pval2) { return (lt_dispositions[pval1->type][pval2->type])(pval1, pval2); } mv_t le_op_func(mv_t* pval1, mv_t* pval2) { return (le_dispositions[pval1->type][pval2->type])(pval1, pval2); } // ---------------------------------------------------------------- int mv_equals_si(mv_t* pa, mv_t* pb) { if (pa->type == MT_INT) { return (pb->type == MT_INT) ? pa->u.intv == pb->u.intv : FALSE; } else { return (pb->type == MT_STRING) ? streq(pa->u.strv, pb->u.strv) : FALSE; } } // ---------------------------------------------------------------- static int eq_i_ii(mv_t* pa, mv_t* pb) { return pa->u.intv == pb->u.intv; } static int ne_i_ii(mv_t* pa, mv_t* pb) { return pa->u.intv != pb->u.intv; } static int gt_i_ii(mv_t* pa, mv_t* pb) { return pa->u.intv > pb->u.intv; } static int ge_i_ii(mv_t* pa, mv_t* pb) { return pa->u.intv >= pb->u.intv; } static int lt_i_ii(mv_t* pa, mv_t* pb) { return pa->u.intv < pb->u.intv; } static int le_i_ii(mv_t* pa, mv_t* pb) { return pa->u.intv <= pb->u.intv; } static int eq_i_ff(mv_t* pa, mv_t* pb) { return pa->u.fltv == pb->u.fltv; } static int ne_i_ff(mv_t* pa, mv_t* pb) { return pa->u.fltv != pb->u.fltv; } static int gt_i_ff(mv_t* pa, mv_t* pb) { return pa->u.fltv > pb->u.fltv; } static int ge_i_ff(mv_t* pa, mv_t* pb) { return pa->u.fltv >= pb->u.fltv; } static int lt_i_ff(mv_t* pa, mv_t* pb) { return pa->u.fltv < pb->u.fltv; } static int le_i_ff(mv_t* pa, mv_t* pb) { return pa->u.fltv <= pb->u.fltv; } static int eq_i_fi(mv_t* pa, mv_t* pb) { return pa->u.fltv == pb->u.intv; } static int ne_i_fi(mv_t* pa, mv_t* pb) { return pa->u.fltv != pb->u.intv; } static int gt_i_fi(mv_t* pa, mv_t* pb) { return pa->u.fltv > pb->u.intv; } static int ge_i_fi(mv_t* pa, mv_t* pb) { return pa->u.fltv >= pb->u.intv; } static int lt_i_fi(mv_t* pa, mv_t* pb) { return pa->u.fltv < pb->u.intv; } static int le_i_fi(mv_t* pa, mv_t* pb) { return pa->u.fltv <= pb->u.intv; } static int eq_i_if(mv_t* pa, mv_t* pb) { return pa->u.intv == pb->u.fltv; } static int ne_i_if(mv_t* pa, mv_t* pb) { return pa->u.intv != pb->u.fltv; } static int gt_i_if(mv_t* pa, mv_t* pb) { return pa->u.intv > pb->u.fltv; } static int ge_i_if(mv_t* pa, mv_t* pb) { return pa->u.intv >= pb->u.fltv; } static int lt_i_if(mv_t* pa, mv_t* pb) { return pa->u.intv < pb->u.fltv; } static int le_i_if(mv_t* pa, mv_t* pb) { return pa->u.intv <= pb->u.fltv; } static mv_i_nn_comparator_func_t* ieq_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*ABSENT*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*EMPTY*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*STRING*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*INT*/ {NULL, NULL, NULL, NULL, eq_i_ii, eq_i_if, NULL}, /*FLOAT*/ {NULL, NULL, NULL, NULL, eq_i_fi, eq_i_ff, NULL}, /*BOOL*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, }; static mv_i_nn_comparator_func_t* ine_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*ABSENT*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*EMPTY*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*STRING*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*INT*/ {NULL, NULL, NULL, NULL, ne_i_ii, ne_i_if, NULL}, /*FLOAT*/ {NULL, NULL, NULL, NULL, ne_i_fi, ne_i_ff, NULL}, /*BOOL*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, }; static mv_i_nn_comparator_func_t* igt_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*ABSENT*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*EMPTY*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*STRING*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*INT*/ {NULL, NULL, NULL, NULL, gt_i_ii, gt_i_if, NULL}, /*FLOAT*/ {NULL, NULL, NULL, NULL, gt_i_fi, gt_i_ff, NULL}, /*BOOL*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, }; static mv_i_nn_comparator_func_t* ige_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*ABSENT*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*EMPTY*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*STRING*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*INT*/ {NULL, NULL, NULL, NULL, ge_i_ii, ge_i_if, NULL}, /*FLOAT*/ {NULL, NULL, NULL, NULL, ge_i_fi, ge_i_ff, NULL}, /*BOOL*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, }; static mv_i_nn_comparator_func_t* ilt_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*ABSENT*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*EMPTY*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*STRING*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*INT*/ {NULL, NULL, NULL, NULL, lt_i_ii, lt_i_if, NULL}, /*FLOAT*/ {NULL, NULL, NULL, NULL, lt_i_fi, lt_i_ff, NULL}, /*BOOL*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, }; static mv_i_nn_comparator_func_t* ile_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*ABSENT*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*EMPTY*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*STRING*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*INT*/ {NULL, NULL, NULL, NULL, le_i_ii, le_i_if, NULL}, /*FLOAT*/ {NULL, NULL, NULL, NULL, le_i_fi, le_i_ff, NULL}, /*BOOL*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, }; int mv_i_nn_eq(mv_t* pval1, mv_t* pval2) { return (ieq_dispositions[pval1->type][pval2->type])(pval1, pval2); } int mv_i_nn_ne(mv_t* pval1, mv_t* pval2) { return (ine_dispositions[pval1->type][pval2->type])(pval1, pval2); } int mv_i_nn_gt(mv_t* pval1, mv_t* pval2) { return (igt_dispositions[pval1->type][pval2->type])(pval1, pval2); } int mv_i_nn_ge(mv_t* pval1, mv_t* pval2) { return (ige_dispositions[pval1->type][pval2->type])(pval1, pval2); } int mv_i_nn_lt(mv_t* pval1, mv_t* pval2) { return (ilt_dispositions[pval1->type][pval2->type])(pval1, pval2); } int mv_i_nn_le(mv_t* pval1, mv_t* pval2) { return (ile_dispositions[pval1->type][pval2->type])(pval1, pval2); } // ---------------------------------------------------------------- // For unit-test keystroke-saving int mveq(mv_t* pval1, mv_t* pval2) { mv_t cmp = eq_op_func(pval1, pval2); MLR_INTERNAL_CODING_ERROR_UNLESS(cmp.type == MT_BOOLEAN); return cmp.u.boolv; } int mvne(mv_t* pval1, mv_t* pval2) { return !mveq(pval1, pval2); } int mveqcopy(mv_t* pval1, mv_t* pval2) { mv_t c1 = mv_copy(pval1); mv_t c2 = mv_copy(pval2); return mveq(&c1, &c2); } int mvnecopy(mv_t* pval1, mv_t* pval2) { mv_t c1 = mv_copy(pval1); mv_t c2 = mv_copy(pval2); return mvne(&c1, &c2); } // ---------------------------------------------------------------- // arg2 evaluates to string via compound expression; regexes compiled on each call. mv_t matches_no_precomp_func(mv_t* pval1, mv_t* pval2, string_array_t** ppregex_captures) { char* s1 = pval1->u.strv; char* s2 = pval2->u.strv; regex_t regex; char* sstr = s1; char* sregex = s2; regcomp_or_die(®ex, sregex, REG_NOSUB); const size_t nmatchmax = 10; // Capture-groups \1 through \9 supported, along with entire-string match regmatch_t matches[nmatchmax]; if (regmatch_or_die(®ex, sstr, nmatchmax, matches)) { if (ppregex_captures != NULL && *ppregex_captures != NULL) save_regex_captures(ppregex_captures, pval1->u.strv, matches, nmatchmax); regfree(®ex); mv_free(pval1); mv_free(pval2); return mv_from_true(); } else { regfree(®ex); mv_free(pval1); mv_free(pval2); return mv_from_false(); } } mv_t does_not_match_no_precomp_func(mv_t* pval1, mv_t* pval2, string_array_t** ppregex_captures) { mv_t rv = matches_no_precomp_func(pval1, pval2, ppregex_captures); rv.u.boolv = !rv.u.boolv; return rv; } // ---------------------------------------------------------------- // arg2 is a string, compiled to regex only once at alloc time mv_t matches_precomp_func(mv_t* pval1, regex_t* pregex, string_builder_t* psb, string_array_t** ppregex_captures) { const size_t nmatchmax = 10; // Capture-groups \1 through \9 supported, along with entire-string match regmatch_t matches[nmatchmax]; if (regmatch_or_die(pregex, pval1->u.strv, nmatchmax, matches)) { if (ppregex_captures != NULL) save_regex_captures(ppregex_captures, pval1->u.strv, matches, nmatchmax); mv_free(pval1); return mv_from_true(); } else { // See comments in mapper_put.c. Setting this array to length 0 (i.e. zero matches) signals to the // lrec-evaluator's from-literal function that we *are* in a regex-match context but there are *no* matches to // be interpolated. if (ppregex_captures != NULL) { if (*ppregex_captures != NULL) string_array_realloc(*ppregex_captures, 0); else *ppregex_captures = string_array_alloc(0); } mv_free(pval1); return mv_from_false(); } } mv_t does_not_match_precomp_func(mv_t* pval1, regex_t* pregex, string_builder_t* psb, string_array_t** ppregex_captures) { mv_t rv = matches_precomp_func(pval1, pregex, psb, ppregex_captures); rv.u.boolv = !rv.u.boolv; return rv; } // ---------------------------------------------------------------- static int mv_ff_cmp(const mv_t* pa, const mv_t* pb) { double d = pa->u.fltv - pb->u.fltv; return (d < 0) ? -1 : (d > 0) ? 1 : 0; } static int mv_fi_cmp(const mv_t* pa, const mv_t* pb) { double d = pa->u.fltv - pb->u.intv; return (d < 0) ? -1 : (d > 0) ? 1 : 0; } static int mv_if_cmp(const mv_t* pa, const mv_t* pb) { double d = pa->u.intv - pb->u.fltv; return (d < 0) ? -1 : (d > 0) ? 1 : 0; } static int mv_ii_cmp(const mv_t* pa, const mv_t* pb) { long long d = pa->u.intv - pb->u.intv; return (d < 0) ? -1 : (d > 0) ? 1 : 0; } // We assume mv_t's coming into percentile keeper are int or double -- in particular, non-null. static mv_i_xx_comparator_func_t* mv_nn_comparator_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*ABSENT*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*EMPTY*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*STRING*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, /*INT*/ {NULL, NULL, NULL, NULL, mv_ii_cmp, mv_if_cmp, NULL}, /*FLOAT*/ {NULL, NULL, NULL, NULL, mv_fi_cmp, mv_ff_cmp, NULL}, /*BOOL*/ {NULL, NULL, NULL, NULL, NULL, NULL, NULL}, }; int mv_nn_comparator(const void* pva, const void* pvb) { const mv_t* pa = pva; const mv_t* pb = pvb; return mv_nn_comparator_dispositions[pa->type][pb->type](pa, pb); } // ---------------------------------------------------------------- // For general qsorting of mv_t's static int mv_cmp_eq(const mv_t* pa, const mv_t* pb) { return 0; } static int mv_cmp_lt(const mv_t* pa, const mv_t* pb) { return -1; } static int mv_cmp_gt(const mv_t* pa, const mv_t* pb) { return 1; } static int mv_bb_comparator(const mv_t* pa, const mv_t* pb) { int d = pa->u.boolv - pb->u.boolv; return (d < 0) ? -1 : (d > 0) ? 1 : 0; } static int mv_ss_cmp(const mv_t* pa, const mv_t* pb) { return strcmp(pa->u.strv, pb->u.strv); } // Sort rules (same for min, max, and comparator): // * NUMERICS < BOOL < STRINGS < ERROR < ABSENT // * error == error (singleton type) // * absent == absent (singleton type) // * string compares on strings // * numeric compares on numbers // * false < true static mv_i_xx_comparator_func_t* mv_xx_comparator_dispositions[MT_DIM][MT_DIM] = { // ERROR ABSENT EMPTY STRING INT FLOAT BOOL /*ERROR*/ {mv_cmp_eq, mv_cmp_lt, mv_cmp_gt, mv_cmp_gt, mv_cmp_gt, mv_cmp_gt, mv_cmp_gt}, /*ABSENT*/ {mv_cmp_gt, mv_cmp_eq, mv_cmp_gt, mv_cmp_gt, mv_cmp_gt, mv_cmp_gt, mv_cmp_gt}, /*EMPTY*/ {mv_cmp_lt, mv_cmp_lt, mv_cmp_eq, mv_ss_cmp, mv_cmp_gt, mv_cmp_gt, mv_cmp_gt}, /*STRING*/ {mv_cmp_lt, mv_cmp_lt, mv_ss_cmp, mv_ss_cmp, mv_cmp_gt, mv_cmp_gt, mv_cmp_gt}, /*INT*/ {mv_cmp_lt, mv_cmp_lt, mv_cmp_lt, mv_cmp_lt, mv_ii_cmp, mv_if_cmp, mv_cmp_lt}, /*FLOAT*/ {mv_cmp_lt, mv_cmp_lt, mv_cmp_lt, mv_cmp_lt, mv_fi_cmp, mv_ff_cmp, mv_cmp_lt}, /*BOOL*/ {mv_cmp_lt, mv_cmp_lt, mv_cmp_lt, mv_cmp_lt, mv_cmp_gt, mv_cmp_gt, mv_bb_comparator}, }; int mv_xx_comparator(const void* pva, const void* pvb) { const mv_t* pa = pva; const mv_t* pb = pvb; return mv_xx_comparator_dispositions[pa->type][pb->type](pa, pb); } // ---------------------------------------------------------------- int mlr_bsearch_mv_n_for_insert(mv_t* array, int size, mv_t* pvalue) { int lo = 0; int hi = size-1; int mid = (hi+lo)/2; int newmid; if (size == 0) return 0; if (mv_i_nn_gt(pvalue, &array[0])) return 0; if (mv_i_nn_lt(pvalue, &array[hi])) return size; while (lo < hi) { mv_t* pa = &array[mid]; if (mv_i_nn_eq(pvalue, pa)) { return mid; } else if (mv_i_nn_gt(pvalue, pa)) { hi = mid; newmid = (hi+lo)/2; } else { lo = mid; newmid = (hi+lo)/2; } if (mid == newmid) { if (mv_i_nn_ge(pvalue, &array[lo])) return lo; else if (mv_i_nn_ge(pvalue, &array[hi])) return hi; else return hi+1; } mid = newmid; } return lo; } miller-5.6.2/c/lib/mvfuncs.h000066400000000000000000000323041354153536500156460ustar00rootroot00000000000000#ifndef MVFUNCS_H #define MVFUNCS_H // ================================================================ // Functions involving mlrvals: primarily for the DSL but also for // stats1/stats2, etc. // ================================================================ #include "../lib/mlrmath.h" #include "../lib/mlrutil.h" #include "../lib/mlrdatetime.h" #include "../lib/mtrand.h" #include "../lib/string_builder.h" #include "../lib/string_array.h" #include "../lib/mlrval.h" #define MV_SB_ALLOC_LENGTH 32 #define ISO8601_TIME_FORMAT "%Y-%m-%dT%H:%M:%SZ" #define ISO8601_TIME_FORMAT_1 "%Y-%m-%dT%H:%M:%1SZ" #define ISO8601_TIME_FORMAT_2 "%Y-%m-%dT%H:%M:%2SZ" #define ISO8601_TIME_FORMAT_3 "%Y-%m-%dT%H:%M:%3SZ" #define ISO8601_TIME_FORMAT_4 "%Y-%m-%dT%H:%M:%4SZ" #define ISO8601_TIME_FORMAT_5 "%Y-%m-%dT%H:%M:%5SZ" #define ISO8601_TIME_FORMAT_6 "%Y-%m-%dT%H:%M:%6SZ" #define ISO8601_TIME_FORMAT_7 "%Y-%m-%dT%H:%M:%7SZ" #define ISO8601_TIME_FORMAT_8 "%Y-%m-%dT%H:%M:%8SZ" #define ISO8601_TIME_FORMAT_9 "%Y-%m-%dT%H:%M:%9SZ" #define ISO8601_DATE_FORMAT "%Y-%m-%d" #define ISO8601_LOCAL_TIME_FORMAT "%Y-%m-%d %H:%M:%S" #define ISO8601_LOCAL_TIME_FORMAT_1 "%Y-%m-%d %H:%M:%1S" #define ISO8601_LOCAL_TIME_FORMAT_2 "%Y-%m-%d %H:%M:%2S" #define ISO8601_LOCAL_TIME_FORMAT_3 "%Y-%m-%d %H:%M:%3S" #define ISO8601_LOCAL_TIME_FORMAT_4 "%Y-%m-%d %H:%M:%4S" #define ISO8601_LOCAL_TIME_FORMAT_5 "%Y-%m-%d %H:%M:%5S" #define ISO8601_LOCAL_TIME_FORMAT_6 "%Y-%m-%d %H:%M:%6S" #define ISO8601_LOCAL_TIME_FORMAT_7 "%Y-%m-%d %H:%M:%7S" #define ISO8601_LOCAL_TIME_FORMAT_8 "%Y-%m-%d %H:%M:%8S" #define ISO8601_LOCAL_TIME_FORMAT_9 "%Y-%m-%d %H:%M:%9S" // ---------------------------------------------------------------- typedef mv_t mv_variadic_func_t(mv_t* pvals, int nvals); typedef mv_t mv_zary_func_t(); typedef mv_t mv_unary_func_t(mv_t* pval1); typedef mv_t mv_binary_func_t(mv_t* pval1, mv_t* pval2); typedef mv_t mv_binary_arg3_capture_func_t(mv_t* pval1, mv_t* pval2, string_array_t** ppregex_captures); typedef mv_t mv_binary_arg2_regex_func_t(mv_t* pval1, regex_t* pregex, string_builder_t* psb, string_array_t** ppregex_captures); typedef mv_t mv_binary_arg2_regextract_func_t(mv_t* pval1, regex_t* pregex); typedef mv_t mv_ternary_func_t(mv_t* pval1, mv_t* pval2, mv_t* pval3); typedef mv_t mv_ternary_arg2_regex_func_t(mv_t* pval1, regex_t* pregex, string_builder_t* psb, mv_t* pval3); typedef mv_t mv_ternary_arg2_regextract_func_t(mv_t* pval1, regex_t* pregex, mv_t* pval3); // ---------------------------------------------------------------- static inline mv_t b_b_not_func(mv_t* pval1) { return mv_from_bool(!pval1->u.boolv); } static inline mv_t b_bb_or_func(mv_t* pval1, mv_t* pval2) { return mv_from_bool(pval1->u.boolv || pval2->u.boolv); } static inline mv_t b_bb_and_func(mv_t* pval1, mv_t* pval2) { return mv_from_bool(pval1->u.boolv && pval2->u.boolv); } static inline mv_t b_bb_xor_func(mv_t* pval1, mv_t* pval2) { return mv_from_bool(pval1->u.boolv ^ pval2->u.boolv); } // ---------------------------------------------------------------- static inline mv_t f_z_urand_func() { return mv_from_float(get_mtrand_double()); // mtrand.h } static inline mv_t i_z_urand32_func() { return mv_from_float(get_mtrand_int32()); // mtrand.h } static inline mv_t f_z_systime_func() { return mv_from_float(get_systime()); // mlrutil.h } // ---------------------------------------------------------------- static inline mv_t f_f_acos_func(mv_t* pval1) {return mv_from_float( acos (pval1->u.fltv));} static inline mv_t f_f_acosh_func(mv_t* pval1) {return mv_from_float( acosh (pval1->u.fltv));} static inline mv_t f_f_asin_func(mv_t* pval1) {return mv_from_float( asin (pval1->u.fltv));} static inline mv_t f_f_asinh_func(mv_t* pval1) {return mv_from_float( asinh (pval1->u.fltv));} static inline mv_t f_f_atan_func(mv_t* pval1) {return mv_from_float( atan (pval1->u.fltv));} static inline mv_t f_f_atanh_func(mv_t* pval1) {return mv_from_float( atanh (pval1->u.fltv));} static inline mv_t f_f_cbrt_func(mv_t* pval1) {return mv_from_float( cbrt (pval1->u.fltv));} static inline mv_t f_f_cos_func(mv_t* pval1) {return mv_from_float( cos (pval1->u.fltv));} static inline mv_t f_f_cosh_func(mv_t* pval1) {return mv_from_float( cosh (pval1->u.fltv));} static inline mv_t f_f_erf_func(mv_t* pval1) {return mv_from_float( erf (pval1->u.fltv));} static inline mv_t f_f_erfc_func(mv_t* pval1) {return mv_from_float( erfc (pval1->u.fltv));} static inline mv_t f_f_exp_func(mv_t* pval1) {return mv_from_float( exp (pval1->u.fltv));} static inline mv_t f_f_expm1_func(mv_t* pval1) {return mv_from_float( expm1 (pval1->u.fltv));} static inline mv_t f_f_invqnorm_func(mv_t* pval1) {return mv_from_float( invqnorm (pval1->u.fltv));} static inline mv_t f_f_log10_func(mv_t* pval1) {return mv_from_float( log10 (pval1->u.fltv));} static inline mv_t f_f_log1p_func(mv_t* pval1) {return mv_from_float( log1p (pval1->u.fltv));} static inline mv_t f_f_log_func(mv_t* pval1) {return mv_from_float( log (pval1->u.fltv));} static inline mv_t f_f_qnorm_func(mv_t* pval1) {return mv_from_float( qnorm (pval1->u.fltv));} static inline mv_t f_f_sin_func(mv_t* pval1) {return mv_from_float( sin (pval1->u.fltv));} static inline mv_t f_f_sinh_func(mv_t* pval1) {return mv_from_float( sinh (pval1->u.fltv));} static inline mv_t f_f_sqrt_func(mv_t* pval1) {return mv_from_float( sqrt (pval1->u.fltv));} static inline mv_t f_f_tan_func(mv_t* pval1) {return mv_from_float( tan (pval1->u.fltv));} static inline mv_t f_f_tanh_func(mv_t* pval1) {return mv_from_float( tanh (pval1->u.fltv));} static inline mv_t f_ff_pow_func(mv_t* pval1, mv_t* pval2) { return mv_from_float(pow(pval1->u.fltv, pval2->u.fltv)); } // These four overflow from 64-bit ints to double. This is for general use. mv_t x_xx_plus_func(mv_t* pval1, mv_t* pval2); mv_t x_xx_minus_func(mv_t* pval1, mv_t* pval2); mv_t x_xx_times_func(mv_t* pval1, mv_t* pval2); mv_t x_xx_divide_func(mv_t* pval1, mv_t* pval2); mv_t x_xx_int_divide_func(mv_t* pval1, mv_t* pval2); // These four intentionally overflow 64-bit ints. This is for use-cases where // people want that, e.g. 64-bit integer math. mv_t x_xx_oplus_func(mv_t* pval1, mv_t* pval2); mv_t x_xx_ominus_func(mv_t* pval1, mv_t* pval2); mv_t x_xx_otimes_func(mv_t* pval1, mv_t* pval2); mv_t x_xx_odivide_func(mv_t* pval1, mv_t* pval2); mv_t x_xx_int_odivide_func(mv_t* pval1, mv_t* pval2); mv_t x_xx_mod_func(mv_t* pval1, mv_t* pval2); mv_t x_x_upos_func(mv_t* pval1); mv_t x_x_uneg_func(mv_t* pval1); // Bitwise mv_t x_xx_bxor_func(mv_t* pval1, mv_t* pval2); mv_t x_xx_band_func(mv_t* pval1, mv_t* pval2); mv_t x_xx_bor_func(mv_t* pval1, mv_t* pval2); mv_t x_x_abs_func(mv_t* pval1); mv_t x_x_ceil_func(mv_t* pval1); mv_t x_x_floor_func(mv_t* pval1); mv_t x_x_round_func(mv_t* pval1); mv_t x_x_sgn_func(mv_t* pval1); mv_t variadic_min_func(mv_t* pvals, int nvals); mv_t variadic_max_func(mv_t* pvals, int nvals); mv_t x_xx_min_func(mv_t* pval1, mv_t* pval2); mv_t x_xx_max_func(mv_t* pval1, mv_t* pval2); mv_t x_xx_roundm_func(mv_t* pval1, mv_t* pval2); mv_t i_x_int_func(mv_t* pval1); mv_t f_x_float_func(mv_t* pval1); mv_t b_x_boolean_func(mv_t* pval1); mv_t s_x_string_func(mv_t* pval1); mv_t s_sii_substr_func(mv_t* pval1, mv_t* pval2, mv_t* pval3); mv_t s_x_hexfmt_func(mv_t* pval1); mv_t s_xs_fmtnum_func(mv_t* pval1, mv_t* pval2); // ---------------------------------------------------------------- static inline mv_t f_ff_atan2_func(mv_t* pval1, mv_t* pval2) { return mv_from_float(atan2(pval1->u.fltv, pval2->u.fltv)); } static inline mv_t f_fff_logifit_func(mv_t* pval1, mv_t* pval2, mv_t* pval3) { double x = pval1->u.fltv; double m = pval2->u.fltv; double b = pval3->u.fltv; return mv_from_float(1.0 / (1.0 + exp(-m*x-b))); } static inline mv_t i_ii_urandint_func(mv_t* pval1, mv_t* pval2) { long long a = pval1->u.intv; long long b = pval2->u.intv; long long lo, hi; if (a <= b) { lo = a; hi = b + 1; } else { lo = b; hi = a + 1; } long long u = lo + (hi - lo) * get_mtrand_double(); return mv_from_int(u); } static inline mv_t f_ff_urandrange_func(mv_t* pval1, mv_t* pval2) { double lo = pval1->u.fltv; double hi = pval2->u.fltv; double u = lo + (hi - lo) * get_mtrand_double(); return mv_from_float(u); } static inline mv_t i_ii_bitwise_lsh_func(mv_t* pval1, mv_t* pval2) { return mv_from_int(pval1->u.intv << pval2->u.intv); } static inline mv_t i_ii_bitwise_rsh_func(mv_t* pval1, mv_t* pval2) { return mv_from_int(pval1->u.intv >> pval2->u.intv); } static inline mv_t i_i_bitwise_not_func(mv_t* pval1) { return mv_from_int(~pval1->u.intv); } mv_t i_i_bitcount_func(mv_t* pval1); mv_t i_iii_modadd_func(mv_t* pval1, mv_t* pval2, mv_t* pval3); mv_t i_iii_modsub_func(mv_t* pval1, mv_t* pval2, mv_t* pval3); mv_t i_iii_modmul_func(mv_t* pval1, mv_t* pval2, mv_t* pval3); mv_t i_iii_modexp_func(mv_t* pval1, mv_t* pval2, mv_t* pval3); // ---------------------------------------------------------------- mv_t i_s_strlen_func(mv_t* pval1); mv_t s_x_typeof_func(mv_t* pval1); mv_t s_s_tolower_func(mv_t* pval1); mv_t s_s_toupper_func(mv_t* pval1); mv_t s_s_capitalize_func(mv_t* pval1); mv_t s_s_lstrip_func(mv_t* pval1); mv_t s_s_rstrip_func(mv_t* pval1); mv_t s_s_strip_func(mv_t* pval1); mv_t s_s_collapse_whitespace_func(mv_t* pval1); mv_t s_s_clean_whitespace_func(mv_t* pval1); mv_t s_s_system_func(mv_t* pval1); mv_t s_xx_dot_func(mv_t* pval1, mv_t* pval2); mv_t sub_no_precomp_func(mv_t* pval1, mv_t* pval2, mv_t* pval3); mv_t sub_precomp_func(mv_t* pval1, regex_t* pregex, string_builder_t* psb, mv_t* pval3); mv_t gsub_no_precomp_func(mv_t* pval1, mv_t* pval2, mv_t* pval3); mv_t gsub_precomp_func(mv_t* pval1, regex_t* pregex, string_builder_t* psb, mv_t* pval3); mv_t regextract_no_precomp_func(mv_t* pval1, mv_t* pval2); mv_t regextract_precomp_func(mv_t* pval1, regex_t* pregex); mv_t regextract_or_else_no_precomp_func(mv_t* pval1, mv_t* pval2, mv_t* pval3); mv_t regextract_or_else_precomp_func(mv_t* pval1, regex_t* pregex, mv_t* pval3); // String-substitution with no regexes or special characters. mv_t s_sss_ssub_func(mv_t* pstring, mv_t* pold, mv_t* pnew); // ---------------------------------------------------------------- mv_t s_x_sec2gmt_func(mv_t* pval1); mv_t s_xi_sec2gmt_func(mv_t* pval1, mv_t* pval2); mv_t s_x_sec2gmtdate_func(mv_t* pval1); mv_t s_x_sec2localtime_func(mv_t* pval1); mv_t s_xi_sec2localtime_func(mv_t* pval1, mv_t* pval2); mv_t s_x_sec2localdate_func(mv_t* pval1); mv_t i_s_gmt2sec_func(mv_t* pval1); mv_t i_s_localtime2sec_func(mv_t* pval1); mv_t s_ns_strftime_func(mv_t* pval1, mv_t* pval2); mv_t s_ns_strftime_local_func(mv_t* pval1, mv_t* pval2); mv_t i_ss_strptime_func(mv_t* pval1, mv_t* pval2); mv_t i_ss_strptime_local_func(mv_t* pval1, mv_t* pval2); mv_t s_i_sec2hms_func(mv_t* pval1); mv_t s_f_fsec2hms_func(mv_t* pval1); mv_t s_i_sec2dhms_func(mv_t* pval1); mv_t s_f_fsec2dhms_func(mv_t* pval1); mv_t i_s_hms2sec_func(mv_t* pval1); mv_t f_s_hms2fsec_func(mv_t* pval1); mv_t i_s_dhms2sec_func(mv_t* pval1); mv_t f_s_dhms2fsec_func(mv_t* pval1); mv_t time_string_from_seconds(mv_t* psec, char* format, timezone_handling_t timezone_handling); // ---------------------------------------------------------------- // arg2 evaluates to string via compound expression; regexes compiled on each call mv_t matches_no_precomp_func(mv_t* pval1, mv_t* pval2, string_array_t** ppregex_captures); mv_t does_not_match_no_precomp_func(mv_t* pval1, mv_t* pval2, string_array_t** ppregex_captures); // arg2 is a string, compiled to regex only once at alloc time mv_t matches_precomp_func(mv_t* pval1, regex_t* pregex, string_builder_t* psb, string_array_t** ppregex_captures); mv_t does_not_match_precomp_func(mv_t* pval1, regex_t* pregex, string_builder_t* psb, string_array_t** ppregex_captures); // For filter/put DSL: mv_t eq_op_func(mv_t* pval1, mv_t* pval2); mv_t ne_op_func(mv_t* pval1, mv_t* pval2); mv_t gt_op_func(mv_t* pval1, mv_t* pval2); mv_t ge_op_func(mv_t* pval1, mv_t* pval2); mv_t lt_op_func(mv_t* pval1, mv_t* pval2); mv_t le_op_func(mv_t* pval1, mv_t* pval2); // Assumes inputs are MT_STRING or MT_INT. Nominally intended for mlhmmv which uses only string/int mlrvals. int mv_equals_si(mv_t* pa, mv_t* pb); // For non-DSL comparison of mlrvals: int mv_i_nn_eq(mv_t* pval1, mv_t* pval2); int mv_i_nn_ne(mv_t* pval1, mv_t* pval2); int mv_i_nn_gt(mv_t* pval1, mv_t* pval2); int mv_i_nn_ge(mv_t* pval1, mv_t* pval2); int mv_i_nn_lt(mv_t* pval1, mv_t* pval2); int mv_i_nn_le(mv_t* pval1, mv_t* pval2); // For unit-test keystroke-saving: int mveq(mv_t* pval1, mv_t* pval2); int mvne(mv_t* pval1, mv_t* pval2); int mveqcopy(mv_t* pval1, mv_t* pval2); int mvnecopy(mv_t* pval1, mv_t* pval2); // ---------------------------------------------------------------- // For qsort of numeric mlrvals. int mv_nn_comparator(const void* pva, const void* pvb); // For qsort of arbitrary mlrvals. Sort rules: // * Across types: // NUMERICS < BOOL < STRINGS < ERROR < ABSENT // * Within types: // o numeric compares on numbers // o false < true // o string compares on strings // o error == error (this is a singleton type) // o absent == absent (this is a singleton type) int mv_xx_comparator(const void* pva, const void* pvb); int mlr_bsearch_mv_n_for_insert(mv_t* array, int size, mv_t* pvalue); #endif // MVFUNCS_H miller-5.6.2/c/lib/netbsd_strptime.c000066400000000000000000000232361354153536500173720ustar00rootroot00000000000000// $Id$ // $NetBSD: strptime.c,v 1.18 1999/04/29 02:58:30 tv Exp $ // ================================================================ // Copyright (c) 1997, 1998 The NetBSD Foundation, Inc. // All rights reserved. // // This code was contributed to The NetBSD Foundation by Klaus Klein. // // Redistribution and use in source and binary forms, with or without // modification, are permitted provided that the following conditions // are met: // 1. Redistributions of source code must retain the above copyright // notice, this list of conditions and the following disclaimer. // 2. Redistributions in binary form must reproduce the above copyright // notice, this list of conditions and the following disclaimer in the // documentation and/or other materials provided with the distribution. // 3. All advertising materials mentioning features or use of this software // must display the following acknowledgement: // This product includes software developed by the NetBSD // Foundation, Inc. and its contributors. // 4. Neither the name of The NetBSD Foundation nor the names of its // contributors may be used to endorse or promote products derived // from this software without specific prior written permission. // // THIS SOFTWARE IS PROVIDED BY THE NETBSD FOUNDATION, INC. AND CONTRIBUTORS // ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED // TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR // PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE FOUNDATION OR CONTRIBUTORS // BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR // CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF // SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS // INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN // CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) // ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE // POSSIBILITY OF SUCH DAMAGE. // ================================================================ #include "string.h" #include "ctype.h" #include "time.h" // ---------------------------------------------------------------- #define TM_YEAR_BASE 1900 // We do not implement alternate representations. However, we always // check whether a given modifier is allowed for a certain conversion. #define ALT_E 0x01 #define ALT_O 0x02 #define LEGAL_ALT(x) { if (alt_format & ~(x)) return (0); } // ---------------------------------------------------------------- static int conv_num(const char **, int *, int, int); // ---------------------------------------------------------------- static const char *day[7] = { "Sunday", "Monday", "Tuesday", "Wednesday", "Thursday", "Friday", "Saturday" }; static const char *abday[7] = { "Sun", "Mon", "Tue", "Wed", "Thu", "Fri", "Sat" }; static const char *mon[12] = { "January", "February", "March", "April", "May", "June", "July", "August", "September", "October", "November", "December" }; static const char *abmon[12] = { "Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec" }; static const char *am_pm[2] = { "AM", "PM" }; // ================================================================ char* netbsd_strptime(const char *buf, const char *fmt, struct tm *tm) { char c; const char *bp; size_t len = 0; int alt_format, i, split_year = 0; bp = buf; while ((c = *fmt) != '\0') { // Clear `alternate' modifier prior to new conversion. alt_format = 0; // Eat up white-space. if (isspace(c)) { while (isspace(*bp)) bp++; fmt++; continue; } if ((c = *fmt++) != '%') goto literal; again: switch (c = *fmt++) { case '%': // "%%" is converted to "%". literal: if (c != *bp++) return (0); break; // "Alternative" modifiers. Just set the appropriate flag // and start over again. case 'E': // "%E?" alternative conversion modifier. LEGAL_ALT(0); alt_format |= ALT_E; goto again; case 'O': // "%O?" alternative conversion modifier. LEGAL_ALT(0); alt_format |= ALT_O; goto again; // "Complex" conversion rules, implemented through recursion. case 'c': // Date and time, using the locale's format. LEGAL_ALT(ALT_E); if (!(bp = netbsd_strptime(bp, "%x %X", tm))) return (0); break; case 'D': // The date as "%m/%d/%y". LEGAL_ALT(0); if (!(bp = netbsd_strptime(bp, "%m/%d/%y", tm))) return (0); break; case 'R': // The time as "%H:%M". LEGAL_ALT(0); if (!(bp = netbsd_strptime(bp, "%H:%M", tm))) return (0); break; case 'r': // The time in 12-hour clock representation. LEGAL_ALT(0); if (!(bp = netbsd_strptime(bp, "%I:%M:%S %p", tm))) return (0); break; case 'T': // The time as "%H:%M:%S". LEGAL_ALT(0); if (!(bp = netbsd_strptime(bp, "%H:%M:%S", tm))) return (0); break; case 'X': // The time, using the locale's format. LEGAL_ALT(ALT_E); if (!(bp = netbsd_strptime(bp, "%H:%M:%S", tm))) return (0); break; case 'x': // The date, using the locale's format. LEGAL_ALT(ALT_E); if (!(bp = netbsd_strptime(bp, "%m/%d/%y", tm))) return (0); break; // "Elementary" conversion rules. case 'A': // The day of week, using the locale's form. case 'a': LEGAL_ALT(0); for (i = 0; i < 7; i++) { // Full name. len = strlen(day[i]); if (strncasecmp(day[i], bp, len) == 0) break; // Abbreviated name. len = strlen(abday[i]); if (strncasecmp(abday[i], bp, len) == 0) break; } // Nothing matched. if (i == 7) return (0); tm->tm_wday = i; bp += len; break; case 'B': // The month, using the locale's form. case 'b': case 'h': LEGAL_ALT(0); for (i = 0; i < 12; i++) { // Full name. len = strlen(mon[i]); if (strncasecmp(mon[i], bp, len) == 0) break; // Abbreviated name. len = strlen(abmon[i]); if (strncasecmp(abmon[i], bp, len) == 0) break; } // Nothing matched. if (i == 12) return (0); tm->tm_mon = i; bp += len; break; case 'C': // The century number. LEGAL_ALT(ALT_E); if (!(conv_num(&bp, &i, 0, 99))) return (0); if (split_year) { tm->tm_year = (tm->tm_year % 100) + (i * 100); } else { tm->tm_year = i * 100; split_year = 1; } break; case 'd': // The day of month. case 'e': LEGAL_ALT(ALT_O); if (!(conv_num(&bp, &tm->tm_mday, 1, 31))) return (0); break; case 'k': // The hour (24-hour clock representation). LEGAL_ALT(0); // FALLTHROUGH case 'H': LEGAL_ALT(ALT_O); if (!(conv_num(&bp, &tm->tm_hour, 0, 23))) return (0); break; case 'l': // The hour (12-hour clock representation). LEGAL_ALT(0); // FALLTHROUGH case 'I': LEGAL_ALT(ALT_O); if (!(conv_num(&bp, &tm->tm_hour, 1, 12))) return (0); if (tm->tm_hour == 12) tm->tm_hour = 0; break; case 'j': // The day of year. LEGAL_ALT(0); if (!(conv_num(&bp, &i, 1, 366))) return (0); tm->tm_yday = i - 1; break; case 'M': // The minute. LEGAL_ALT(ALT_O); if (!(conv_num(&bp, &tm->tm_min, 0, 59))) return (0); break; case 'm': // The month. LEGAL_ALT(ALT_O); if (!(conv_num(&bp, &i, 1, 12))) return (0); tm->tm_mon = i - 1; break; case 'p': // The locale's equivalent of AM/PM. LEGAL_ALT(0); // AM? if (strcasecmp(am_pm[0], bp) == 0) { if (tm->tm_hour > 11) return (0); bp += strlen(am_pm[0]); break; } // PM? else if (strcasecmp(am_pm[1], bp) == 0) { if (tm->tm_hour > 11) return (0); tm->tm_hour += 12; bp += strlen(am_pm[1]); break; } // Nothing matched. return (0); case 'S': // The seconds. LEGAL_ALT(ALT_O); if (!(conv_num(&bp, &tm->tm_sec, 0, 61))) return (0); break; case 'U': // The week of year, beginning on sunday. case 'W': // The week of year, beginning on monday. LEGAL_ALT(ALT_O); // XXX This is bogus, as we can not assume any valid // information present in the tm structure at this // point to calculate a real value, so just check the // range for now. if (!(conv_num(&bp, &i, 0, 53))) return (0); break; case 'w': // The day of week, beginning on sunday. LEGAL_ALT(ALT_O); if (!(conv_num(&bp, &tm->tm_wday, 0, 6))) return (0); break; case 'Y': // The year. LEGAL_ALT(ALT_E); if (!(conv_num(&bp, &i, 0, 9999))) return (0); tm->tm_year = i - TM_YEAR_BASE; break; case 'y': // The year within 100 years of the epoch. LEGAL_ALT(ALT_E | ALT_O); if (!(conv_num(&bp, &i, 0, 99))) return (0); if (split_year) { tm->tm_year = ((tm->tm_year / 100) * 100) + i; break; } split_year = 1; if (i <= 68) tm->tm_year = i + 2000 - TM_YEAR_BASE; else tm->tm_year = i + 1900 - TM_YEAR_BASE; break; // Miscellaneous conversions. case 'n': // Any kind of white-space. case 't': LEGAL_ALT(0); while (isspace(*bp)) bp++; break; default: // Unknown/unsupported conversion. return (0); } } // LINTED functional specification return ((char *)bp); } // ---------------------------------------------------------------- static int conv_num(const char **buf, int *dest, int llim, int ulim) { int result = 0; // The limit also determines the number of valid digits. int rulim = ulim; if (**buf < '0' || **buf > '9') return (0); do { result *= 10; result += *(*buf)++ - '0'; rulim /= 10; } while ((result * 10 <= ulim) && rulim && **buf >= '0' && **buf <= '9'); if (result < llim || result > ulim) return (0); *dest = result; return (1); } miller-5.6.2/c/lib/netbsd_strptime.h000066400000000000000000000002541354153536500173720ustar00rootroot00000000000000#ifndef NETBSD_STRPTIME_H #define NETBSD_STRPTIME_H #include char* netbsd_strptime(const char *buf, const char *fmt, struct tm *tm); #endif // NETBSD_STRPTIME_H miller-5.6.2/c/lib/nlnet_timegm.c000066400000000000000000000046661354153536500166540ustar00rootroot00000000000000/* * Copyright (c) 2001-2006, NLnet Labs. All rights reserved. * * This software is open source. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions * are met: * * Redistributions of source code must retain the above copyright notice, * this list of conditions and the following disclaimer. * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * Neither the name of the NLNET LABS nor the names of its contributors may * be used to endorse or promote products derived from this software without * specific prior written permission. * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS * "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED * TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR * PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE * LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR * CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF * SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS * INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN * CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) * ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE * POSSIBILITY OF SUCH DAMAGE. */ #include /* Number of days per month (except for February in leap years). */ static const int monoff[] = { 0, 31, 59, 90, 120, 151, 181, 212, 243, 273, 304, 334 }; static int is_leap_year(int year) { return year % 4 == 0 && (year % 100 != 0 || year % 400 == 0); } static int leap_days(int y1, int y2) { --y1; --y2; return (y2/4 - y1/4) - (y2/100 - y1/100) + (y2/400 - y1/400); } /* * Code adapted from Python 2.4.1 sources (Lib/calendar.py). */ time_t nlnet_timegm(const struct tm *tm) { int year; time_t days; time_t hours; time_t minutes; time_t seconds; year = 1900 + tm->tm_year; days = 365 * (year - 1970) + leap_days(1970, year); days += monoff[tm->tm_mon]; if (tm->tm_mon > 1 && is_leap_year(year)) ++days; days += tm->tm_mday - 1; hours = days * 24 + tm->tm_hour; minutes = hours * 60 + tm->tm_min; seconds = minutes * 60 + tm->tm_sec; return seconds; } miller-5.6.2/c/lib/nlnet_timegm.h000066400000000000000000000032661354153536500166540ustar00rootroot00000000000000/* * Copyright (c) 2001-2006, NLnet Labs. All rights reserved. * * This software is open source. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions * are met: * * Redistributions of source code must retain the above copyright notice, * this list of conditions and the following disclaimer. * * Redistributions in binary form must reproduce the above copyright notice, * this list of conditions and the following disclaimer in the documentation * and/or other materials provided with the distribution. * * Neither the name of the NLNET LABS nor the names of its contributors may * be used to endorse or promote products derived from this software without * specific prior written permission. * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS * "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED * TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR * PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE * LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR * CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF * SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS * INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN * CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) * ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE * POSSIBILITY OF SUCH DAMAGE. */ #ifndef NLNET_TIMEGM_H #define NLNET_TIMEGM_H #include time_t nlnet_timegm(const struct tm *tm); #endif // NLNET_TIMEGM_H miller-5.6.2/c/lib/string_array.c000066400000000000000000000030731354153536500166650ustar00rootroot00000000000000#include #include "lib/mlrutil.h" #include "string_array.h" string_array_t* string_array_alloc(int length) { string_array_t* parray = mlr_malloc_or_die(sizeof(string_array_t)); parray->length = length; parray->strings_need_freeing = FALSE; parray->strings = mlr_malloc_or_die(length * sizeof(char*)); for (int i = 0; i < length; i++) parray->strings[i] = NULL; return parray; } void string_array_free(string_array_t* parray) { if (parray == NULL) return; if (parray->strings_need_freeing) { for (int i = 0; i < parray->length; i++) free(parray->strings[i]); } free(parray->strings); free(parray); } void string_array_realloc(string_array_t* parray, int new_length) { if (parray->strings_need_freeing) for (int i = 0; i < parray->length; i++) free(parray->strings[i]); if (new_length > parray->length) // else re-use parray->strings = mlr_realloc_or_die(parray->strings, new_length * sizeof(char*)); parray->length = new_length; for (int i = 0; i < parray->length; i++) parray->strings[i] = NULL; parray->strings_need_freeing = FALSE; } string_array_t* string_array_from_line(char* line, char ifs) { if (*line == 0) // empty string splits to empty array return string_array_alloc(0); int num_commas = 0; for (char* p = line; *p; p++) if (*p == ifs) num_commas++; string_array_t* parray = string_array_alloc(num_commas + 1); char* start = line; int i = 0; for (char* p = line; *p; p++) { if (*p == ifs) { *p = 0; p++; parray->strings[i++] = start; start = p; } } parray->strings[i++] = start; return parray; } miller-5.6.2/c/lib/string_array.h000066400000000000000000000007461354153536500166760ustar00rootroot00000000000000#ifndef STRING_ARRAY_H #define STRING_ARRAY_H // Container class for keeping an array of strings, some of which may be null. typedef struct _string_array_t { int length; int strings_need_freeing; char** strings; } string_array_t; string_array_t* string_array_alloc(int length); void string_array_free(string_array_t* parray); void string_array_realloc(string_array_t* parray, int new_length); string_array_t* string_array_from_line(char* line, char ifs); #endif // STRING_ARRAY_H miller-5.6.2/c/lib/string_builder.c000066400000000000000000000050741354153536500172000ustar00rootroot00000000000000#include #include #include "string_builder.h" #include "lib/mlrutil.h" #include "lib/mlr_globals.h" // To avoid heap fragmentation, round alloc lengths up to a round number. #define BLOCK_SIZE 32 #define BLOCK_LENGTH_MASK (BLOCK_SIZE-1) #define BLOCK_LENGTH_NMASK (~(BLOCK_SIZE-1)) // ---------------------------------------------------------------- string_builder_t* sb_alloc(int alloc_length) { string_builder_t* psb = mlr_malloc_or_die(sizeof(string_builder_t)); sb_init(psb, alloc_length); return psb; } // ---------------------------------------------------------------- void sb_free(string_builder_t* psb) { if (psb == NULL) return; free(psb->buffer); free(psb); } // ---------------------------------------------------------------- void sb_init(string_builder_t* psb, int alloc_length) { if (alloc_length < 1) { fprintf(stderr, "%s: string_builder alloc_length must be >= 1; got %d.\n", MLR_GLOBALS.bargv0, alloc_length); exit(1); } psb->used_length = 0; psb->alloc_length = alloc_length; psb->buffer = mlr_malloc_or_die(alloc_length); } // ---------------------------------------------------------------- void sb_append_string(string_builder_t* psb, char* s) { for (char* p = s; *p; p++) sb_append_char(psb, *p); } // ---------------------------------------------------------------- int sb_is_empty(string_builder_t* psb) { return psb->used_length == 0; } // ---------------------------------------------------------------- // Keep and reuse the internal buffer. Allocate to the caller only // the size needed. char* sb_finish(string_builder_t* psb) { sb_append_char(psb, '\0'); int alloc_length = (psb->used_length + BLOCK_LENGTH_MASK) & BLOCK_LENGTH_NMASK; char* rv = mlr_malloc_or_die(alloc_length); memcpy(rv, psb->buffer, psb->used_length); psb->used_length = 0; return rv; } char* sb_finish_with_length(string_builder_t* psb, int* pline_length) { sb_append_char(psb, '\0'); int alloc_length = (psb->used_length + BLOCK_LENGTH_MASK) & BLOCK_LENGTH_NMASK; char* rv = mlr_malloc_or_die(alloc_length); memcpy(rv, psb->buffer, psb->used_length); // Line length doesn't include null terminator; used length does. *pline_length = psb->used_length - 1; psb->used_length = 0; return rv; } // ---------------------------------------------------------------- void _sb_enlarge(string_builder_t* psb) { int new_alloc_length = psb->alloc_length * 2; char* new_buffer = mlr_malloc_or_die(new_alloc_length); memcpy(new_buffer, psb->buffer, psb->used_length); free(psb->buffer); psb->alloc_length = new_alloc_length; psb->buffer = new_buffer; } miller-5.6.2/c/lib/string_builder.h000066400000000000000000000021501354153536500171750ustar00rootroot00000000000000#ifndef STRING_BUILDER_H #define STRING_BUILDER_H typedef struct _string_builder_t { int used_length; int alloc_length; char* buffer; } string_builder_t; string_builder_t* sb_alloc(int alloc_length); void sb_free(string_builder_t* psb); void sb_init(string_builder_t* psb, int alloc_length); void _sb_enlarge(string_builder_t* psb); // private method static inline void sb_append_char(string_builder_t* psb, char c) { if (psb->used_length >= psb->alloc_length) _sb_enlarge(psb); psb->buffer[psb->used_length++] = c; } static inline void sb_append_chars(string_builder_t* psb, char* s, int so, int eo) { char* p = s+so; char* e = s+eo; while (p <= e) sb_append_char(psb, *(p++)); } static inline void sb_append_char_range(string_builder_t* psb, char* b, char* e) { char* p = b; while (p <= e) sb_append_char(psb, *(p++)); } void sb_append_string(string_builder_t* psb, char* s); int sb_is_empty(string_builder_t* psb); // The caller should free() the return value: char* sb_finish(string_builder_t* psb); char* sb_finish_with_length(string_builder_t* psb, int* pline_length); #endif // STRING_BUILDER_H miller-5.6.2/c/lib/utf8.h000066400000000000000000001113311354153536500150510ustar00rootroot00000000000000// The latest version of this library is available on GitHub; // https://github.com/sheredom/utf8.h // This is free and unencumbered software released into the public domain. // // Anyone is free to copy, modify, publish, use, compile, sell, or // distribute this software, either in source code form or as a compiled // binary, for any purpose, commercial or non-commercial, and by any // means. // // In jurisdictions that recognize copyright laws, the author or authors // of this software dedicate any and all copyright interest in the // software to the public domain. We make this dedication for the benefit // of the public at large and to the detriment of our heirs and // successors. We intend this dedication to be an overt act of // relinquishment in perpetuity of all present and future rights to this // software under copyright law. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, // EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF // MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. // IN NO EVENT SHALL THE AUTHORS BE LIABLE FOR ANY CLAIM, DAMAGES OR // OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, // ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR // OTHER DEALINGS IN THE SOFTWARE. // // For more information, please refer to #ifndef SHEREDOM_UTF8_H_INCLUDED #define SHEREDOM_UTF8_H_INCLUDED #if defined(_MSC_VER) #pragma warning(push) // disable 'bytes padding added after construct' warning #pragma warning(disable : 4820) #endif #include #include #if defined(_MSC_VER) #pragma warning(pop) #endif #if defined(_MSC_VER) typedef __int32 utf8_int32_t; #else #include typedef int32_t utf8_int32_t; #endif #if defined(__clang__) #pragma clang diagnostic push #pragma clang diagnostic ignored "-Wold-style-cast" #pragma clang diagnostic ignored "-Wcast-qual" #endif #ifdef __cplusplus extern "C" { #endif #if defined(__clang__) || defined(__GNUC__) #define utf8_nonnull __attribute__((nonnull)) #define utf8_pure __attribute__((pure)) #define utf8_restrict __restrict__ #define utf8_weak __attribute__((weak)) #elif defined(_MSC_VER) #define utf8_nonnull #define utf8_pure #define utf8_restrict __restrict #define utf8_weak __inline #else #error Non clang, non gcc, non MSVC compiler found! #endif #ifdef __cplusplus #define utf8_null NULL #else #define utf8_null 0 #endif // Return less than 0, 0, greater than 0 if src1 < src2, src1 == src2, src1 > // src2 respectively, case insensitive. utf8_nonnull utf8_pure utf8_weak int utf8casecmp(const void *src1, const void *src2); // Append the utf8 string src onto the utf8 string dst. utf8_nonnull utf8_weak void *utf8cat(void *utf8_restrict dst, const void *utf8_restrict src); // Find the first match of the utf8 codepoint chr in the utf8 string src. utf8_nonnull utf8_pure utf8_weak void *utf8chr(const void *src, utf8_int32_t chr); // Return less than 0, 0, greater than 0 if src1 < src2, // src1 == src2, src1 > src2 respectively. utf8_nonnull utf8_pure utf8_weak int utf8cmp(const void *src1, const void *src2); // Copy the utf8 string src onto the memory allocated in dst. utf8_nonnull utf8_weak void *utf8cpy(void *utf8_restrict dst, const void *utf8_restrict src); // Number of utf8 codepoints in the utf8 string src that consists entirely // of utf8 codepoints not from the utf8 string reject. utf8_nonnull utf8_pure utf8_weak size_t utf8cspn(const void *src, const void *reject); // Duplicate the utf8 string src by getting its size, malloc'ing a new buffer // copying over the data, and returning that. Or 0 if malloc failed. utf8_nonnull utf8_weak void *utf8dup(const void *src); // Number of utf8 codepoints in the utf8 string str, // excluding the null terminating byte. utf8_nonnull utf8_pure utf8_weak size_t utf8len(const void *str); // Return less than 0, 0, greater than 0 if src1 < src2, src1 == src2, src1 > // src2 respectively, case insensitive. Checking at most n bytes of each utf8 // string. utf8_nonnull utf8_pure utf8_weak int utf8ncasecmp(const void *src1, const void *src2, size_t n); // Append the utf8 string src onto the utf8 string dst, // writing at most n+1 bytes. Can produce an invalid utf8 // string if n falls partway through a utf8 codepoint. utf8_nonnull utf8_weak void *utf8ncat(void *utf8_restrict dst, const void *utf8_restrict src, size_t n); // Return less than 0, 0, greater than 0 if src1 < src2, // src1 == src2, src1 > src2 respectively. Checking at most n // bytes of each utf8 string. utf8_nonnull utf8_pure utf8_weak int utf8ncmp(const void *src1, const void *src2, size_t n); // Copy the utf8 string src onto the memory allocated in dst. // Copies at most n bytes. If there is no terminating null byte in // the first n bytes of src, the string placed into dst will not be // null-terminated. If the size (in bytes) of src is less than n, // extra null terminating bytes are appended to dst such that at // total of n bytes are written. Can produce an invalid utf8 // string if n falls partway through a utf8 codepoint. utf8_nonnull utf8_weak void *utf8ncpy(void *utf8_restrict dst, const void *utf8_restrict src, size_t n); // Similar to utf8dup, except that at most n bytes of src are copied. If src is // longer than n, only n bytes are copied and a null byte is added. // // Returns a new string if successful, 0 otherwise utf8_nonnull utf8_weak void *utf8ndup(const void *src, size_t n); // Locates the first occurence in the utf8 string str of any byte in the // utf8 string accept, or 0 if no match was found. utf8_nonnull utf8_pure utf8_weak void *utf8pbrk(const void *str, const void *accept); // Find the last match of the utf8 codepoint chr in the utf8 string src. utf8_nonnull utf8_pure utf8_weak void *utf8rchr(const void *src, int chr); // Number of bytes in the utf8 string str, // including the null terminating byte. utf8_nonnull utf8_pure utf8_weak size_t utf8size(const void *str); // Number of utf8 codepoints in the utf8 string src that consists entirely // of utf8 codepoints from the utf8 string accept. utf8_nonnull utf8_pure utf8_weak size_t utf8spn(const void *src, const void *accept); // The position of the utf8 string needle in the utf8 string haystack. utf8_nonnull utf8_pure utf8_weak void *utf8str(const void *haystack, const void *needle); // The position of the utf8 string needle in the utf8 string haystack, case // insensitive. utf8_nonnull utf8_pure utf8_weak void *utf8casestr(const void *haystack, const void *needle); // Return 0 on success, or the position of the invalid // utf8 codepoint on failure. utf8_nonnull utf8_pure utf8_weak void *utf8valid(const void *str); // Sets out_codepoint to the next utf8 codepoint in str, and returns the address // of the utf8 codepoint after the current one in str. utf8_nonnull utf8_weak void * utf8codepoint(const void *utf8_restrict str, utf8_int32_t *utf8_restrict out_codepoint); // Returns the size of the given codepoint in bytes. utf8_weak size_t utf8codepointsize(utf8_int32_t chr); // Write a codepoint to the given string, and return the address to the next // place after the written codepoint. Pass how many bytes left in the buffer to // n. If there is not enough space for the codepoint, this function returns // null. utf8_nonnull utf8_weak void *utf8catcodepoint(void *utf8_restrict str, utf8_int32_t chr, size_t n); // Returns 1 if the given character is lowercase, or 0 if it is not. utf8_weak int utf8islower(utf8_int32_t chr); // Returns 1 if the given character is uppercase, or 0 if it is not. utf8_weak int utf8isupper(utf8_int32_t chr); // Transform the given string into all lowercase codepoints. utf8_nonnull utf8_weak void utf8lwr(void *utf8_restrict str); // Transform the given string into all uppercase codepoints. utf8_nonnull utf8_weak void utf8upr(void *utf8_restrict str); // Transform the first codepoint (if any) of the given string into uppercase. utf8_nonnull utf8_weak void utf8upr1(void *utf8_restrict str); // Make a codepoint lower case if possible. utf8_weak utf8_int32_t utf8lwrcodepoint(utf8_int32_t cp); // Make a codepoint upper case if possible. utf8_weak utf8_int32_t utf8uprcodepoint(utf8_int32_t cp); #undef utf8_weak #undef utf8_pure #undef utf8_nonnull int utf8casecmp(const void *src1, const void *src2) { utf8_int32_t src1_cp, src2_cp, src1_orig_cp, src2_orig_cp; for (;;) { src1 = utf8codepoint(src1, &src1_cp); src2 = utf8codepoint(src2, &src2_cp); // Take a copy of src1 & src2 src1_orig_cp = src1_cp; src2_orig_cp = src2_cp; // Lower the srcs if required src1_cp = utf8lwrcodepoint(src1_cp); src2_cp = utf8lwrcodepoint(src2_cp); // Check if the lowered codepoints match if ((0 == src1_orig_cp) && (0 == src2_orig_cp)) { return 0; } else if (src1_cp == src2_cp) { continue; } // If they don't match, then we return which of the original's are less if (src1_orig_cp < src2_orig_cp) { return -1; } else if (src1_orig_cp > src2_orig_cp) { return 1; } } } void *utf8cat(void *utf8_restrict dst, const void *utf8_restrict src) { char *d = (char *)dst; const char *s = (const char *)src; // find the null terminating byte in dst while ('\0' != *d) { d++; } // overwriting the null terminating byte in dst, append src byte-by-byte while ('\0' != *s) { *d++ = *s++; } // write out a new null terminating byte into dst *d = '\0'; return dst; } void *utf8chr(const void *src, utf8_int32_t chr) { char c[5] = {'\0', '\0', '\0', '\0', '\0'}; if (0 == chr) { // being asked to return position of null terminating byte, so // just run s to the end, and return! const char *s = (const char *)src; while ('\0' != *s) { s++; } return (void *)s; } else if (0 == ((utf8_int32_t)0xffffff80 & chr)) { // 1-byte/7-bit ascii // (0b0xxxxxxx) c[0] = (char)chr; } else if (0 == ((utf8_int32_t)0xfffff800 & chr)) { // 2-byte/11-bit utf8 code point // (0b110xxxxx 0b10xxxxxx) c[0] = 0xc0 | (char)(chr >> 6); c[1] = 0x80 | (char)(chr & 0x3f); } else if (0 == ((utf8_int32_t)0xffff0000 & chr)) { // 3-byte/16-bit utf8 code point // (0b1110xxxx 0b10xxxxxx 0b10xxxxxx) c[0] = 0xe0 | (char)(chr >> 12); c[1] = 0x80 | (char)((chr >> 6) & 0x3f); c[2] = 0x80 | (char)(chr & 0x3f); } else { // if (0 == ((int)0xffe00000 & chr)) { // 4-byte/21-bit utf8 code point // (0b11110xxx 0b10xxxxxx 0b10xxxxxx 0b10xxxxxx) c[0] = 0xf0 | (char)(chr >> 18); c[1] = 0x80 | (char)((chr >> 12) & 0x3f); c[2] = 0x80 | (char)((chr >> 6) & 0x3f); c[3] = 0x80 | (char)(chr & 0x3f); } // we've made c into a 2 utf8 codepoint string, one for the chr we are // seeking, another for the null terminating byte. Now use utf8str to // search return utf8str(src, c); } int utf8cmp(const void *src1, const void *src2) { const unsigned char *s1 = (const unsigned char *)src1; const unsigned char *s2 = (const unsigned char *)src2; while (('\0' != *s1) || ('\0' != *s2)) { if (*s1 < *s2) { return -1; } else if (*s1 > *s2) { return 1; } s1++; s2++; } // both utf8 strings matched return 0; } int utf8coll(const void *src1, const void *src2); void *utf8cpy(void *utf8_restrict dst, const void *utf8_restrict src) { char *d = (char *)dst; const char *s = (const char *)src; // overwriting anything previously in dst, write byte-by-byte // from src while ('\0' != *s) { *d++ = *s++; } // append null terminating byte *d = '\0'; return dst; } size_t utf8cspn(const void *src, const void *reject) { const char *s = (const char *)src; size_t chars = 0; while ('\0' != *s) { const char *r = (const char *)reject; size_t offset = 0; while ('\0' != *r) { // checking that if *r is the start of a utf8 codepoint // (it is not 0b10xxxxxx) and we have successfully matched // a previous character (0 < offset) - we found a match if ((0x80 != (0xc0 & *r)) && (0 < offset)) { return chars; } else { if (*r == s[offset]) { // part of a utf8 codepoint matched, so move our checking // onwards to the next byte offset++; r++; } else { // r could be in the middle of an unmatching utf8 code point, // so we need to march it on to the next character beginning, do { r++; } while (0x80 == (0xc0 & *r)); // reset offset too as we found a mismatch offset = 0; } } } // the current utf8 codepoint in src did not match reject, but src // could have been partway through a utf8 codepoint, so we need to // march it onto the next utf8 codepoint starting byte do { s++; } while ((0x80 == (0xc0 & *s))); chars++; } return chars; } size_t utf8size(const void *str); void *utf8dup(const void *src) { const char *s = (const char *)src; char *n = utf8_null; // figure out how many bytes (including the terminator) we need to copy first size_t bytes = utf8size(src); n = (char *)malloc(bytes); if (utf8_null == n) { // out of memory so we bail return utf8_null; } else { bytes = 0; // copy src byte-by-byte into our new utf8 string while ('\0' != s[bytes]) { n[bytes] = s[bytes]; bytes++; } // append null terminating byte n[bytes] = '\0'; return n; } } void *utf8fry(const void *str); size_t utf8len(const void *str) { const unsigned char *s = (const unsigned char *)str; size_t length = 0; while ('\0' != *s) { if (0xf0 == (0xf8 & *s)) { // 4-byte utf8 code point (began with 0b11110xxx) s += 4; } else if (0xe0 == (0xf0 & *s)) { // 3-byte utf8 code point (began with 0b1110xxxx) s += 3; } else if (0xc0 == (0xe0 & *s)) { // 2-byte utf8 code point (began with 0b110xxxxx) s += 2; } else { // if (0x00 == (0x80 & *s)) { // 1-byte ascii (began with 0b0xxxxxxx) s += 1; } // no matter the bytes we marched s forward by, it was // only 1 utf8 codepoint length++; } return length; } int utf8ncasecmp(const void *src1, const void *src2, size_t n) { utf8_int32_t src1_cp, src2_cp, src1_orig_cp, src2_orig_cp; do { const unsigned char *const s1 = (const unsigned char *)src1; const unsigned char *const s2 = (const unsigned char *)src2; // first check that we have enough bytes left in n to contain an entire // codepoint if (0 == n) { return 0; } if ((1 == n) && ((0xc0 == (0xe0 & *s1)) || (0xc0 == (0xe0 & *s2)))) { const utf8_int32_t c1 = (0xe0 & *s1); const utf8_int32_t c2 = (0xe0 & *s2); if (c1 < c2) { return -1; } else if (c1 > c2) { return 1; } else { return 0; } } if ((2 >= n) && ((0xe0 == (0xf0 & *s1)) || (0xe0 == (0xf0 & *s2)))) { const utf8_int32_t c1 = (0xf0 & *s1); const utf8_int32_t c2 = (0xf0 & *s2); if (c1 < c2) { return -1; } else if (c1 > c2) { return 1; } else { return 0; } } if ((3 >= n) && ((0xf0 == (0xf8 & *s1)) || (0xf0 == (0xf8 & *s2)))) { const utf8_int32_t c1 = (0xf8 & *s1); const utf8_int32_t c2 = (0xf8 & *s2); if (c1 < c2) { return -1; } else if (c1 > c2) { return 1; } else { return 0; } } src1 = utf8codepoint(src1, &src1_cp); src2 = utf8codepoint(src2, &src2_cp); n -= utf8codepointsize(src1_cp); // Take a copy of src1 & src2 src1_orig_cp = src1_cp; src2_orig_cp = src2_cp; // Lower srcs if required src1_cp = utf8lwrcodepoint(src1_cp); src2_cp = utf8lwrcodepoint(src2_cp); // Check if the lowered codepoints match if ((0 == src1_orig_cp) && (0 == src2_orig_cp)) { return 0; } else if (src1_cp == src2_cp) { continue; } // If they don't match, then we return which of the original's are less if (src1_orig_cp < src2_orig_cp) { return -1; } else if (src1_orig_cp > src2_orig_cp) { return 1; } } while (0 < n); // both utf8 strings matched return 0; } void *utf8ncat(void *utf8_restrict dst, const void *utf8_restrict src, size_t n) { char *d = (char *)dst; const char *s = (const char *)src; // find the null terminating byte in dst while ('\0' != *d) { d++; } // overwriting the null terminating byte in dst, append src byte-by-byte // stopping if we run out of space do { *d++ = *s++; } while (('\0' != *s) && (0 != --n)); // write out a new null terminating byte into dst *d = '\0'; return dst; } int utf8ncmp(const void *src1, const void *src2, size_t n) { const unsigned char *s1 = (const unsigned char *)src1; const unsigned char *s2 = (const unsigned char *)src2; while ((0 != n--) && (('\0' != *s1) || ('\0' != *s2))) { if (*s1 < *s2) { return -1; } else if (*s1 > *s2) { return 1; } s1++; s2++; } // both utf8 strings matched return 0; } void *utf8ncpy(void *utf8_restrict dst, const void *utf8_restrict src, size_t n) { char *d = (char *)dst; const char *s = (const char *)src; size_t index; // overwriting anything previously in dst, write byte-by-byte // from src for (index = 0; index < n; index++) { d[index] = s[index]; if ('\0' == s[index]) { break; } } // append null terminating byte for (; index < n; index++) { d[index] = 0; } return dst; } void *utf8ndup(const void *src, size_t n) { const char *s = (const char *)src; char *c = utf8_null; size_t bytes = 0; // Find the end of the string or stop when n is reached while ('\0' != s[bytes] && bytes < n) { bytes++; } // In case bytes is actually less than n, we need to set it // to be used later in the copy byte by byte. n = bytes; c = (char *)malloc(bytes + 1); if (utf8_null == c) { // out of memory so we bail return utf8_null; } bytes = 0; // copy src byte-by-byte into our new utf8 string while ('\0' != s[bytes] && bytes < n) { c[bytes] = s[bytes]; bytes++; } // append null terminating byte c[bytes] = '\0'; return c; } void *utf8rchr(const void *src, int chr) { const char *s = (const char *)src; const char *match = utf8_null; char c[5] = {'\0', '\0', '\0', '\0', '\0'}; if (0 == chr) { // being asked to return position of null terminating byte, so // just run s to the end, and return! while ('\0' != *s) { s++; } return (void *)s; } else if (0 == ((int)0xffffff80 & chr)) { // 1-byte/7-bit ascii // (0b0xxxxxxx) c[0] = (char)chr; } else if (0 == ((int)0xfffff800 & chr)) { // 2-byte/11-bit utf8 code point // (0b110xxxxx 0b10xxxxxx) c[0] = 0xc0 | (char)(chr >> 6); c[1] = 0x80 | (char)(chr & 0x3f); } else if (0 == ((int)0xffff0000 & chr)) { // 3-byte/16-bit utf8 code point // (0b1110xxxx 0b10xxxxxx 0b10xxxxxx) c[0] = 0xe0 | (char)(chr >> 12); c[1] = 0x80 | (char)((chr >> 6) & 0x3f); c[2] = 0x80 | (char)(chr & 0x3f); } else { // if (0 == ((int)0xffe00000 & chr)) { // 4-byte/21-bit utf8 code point // (0b11110xxx 0b10xxxxxx 0b10xxxxxx 0b10xxxxxx) c[0] = 0xf0 | (char)(chr >> 18); c[1] = 0x80 | (char)((chr >> 12) & 0x3f); c[2] = 0x80 | (char)((chr >> 6) & 0x3f); c[3] = 0x80 | (char)(chr & 0x3f); } // we've created a 2 utf8 codepoint string in c that is // the utf8 character asked for by chr, and a null // terminating byte while ('\0' != *s) { size_t offset = 0; while (s[offset] == c[offset]) { offset++; } if ('\0' == c[offset]) { // we found a matching utf8 code point match = s; s += offset; } else { s += offset; // need to march s along to next utf8 codepoint start // (the next byte that doesn't match 0b10xxxxxx) if ('\0' != *s) { do { s++; } while (0x80 == (0xc0 & *s)); } } } // return the last match we found (or 0 if no match was found) return (void *)match; } void *utf8pbrk(const void *str, const void *accept) { const char *s = (const char *)str; while ('\0' != *s) { const char *a = (const char *)accept; size_t offset = 0; while ('\0' != *a) { // checking that if *a is the start of a utf8 codepoint // (it is not 0b10xxxxxx) and we have successfully matched // a previous character (0 < offset) - we found a match if ((0x80 != (0xc0 & *a)) && (0 < offset)) { return (void *)s; } else { if (*a == s[offset]) { // part of a utf8 codepoint matched, so move our checking // onwards to the next byte offset++; a++; } else { // r could be in the middle of an unmatching utf8 code point, // so we need to march it on to the next character beginning, do { a++; } while (0x80 == (0xc0 & *a)); // reset offset too as we found a mismatch offset = 0; } } } // we found a match on the last utf8 codepoint if (0 < offset) { return (void *)s; } // the current utf8 codepoint in src did not match accept, but src // could have been partway through a utf8 codepoint, so we need to // march it onto the next utf8 codepoint starting byte do { s++; } while ((0x80 == (0xc0 & *s))); } return utf8_null; } size_t utf8size(const void *str) { const char *s = (const char *)str; size_t size = 0; while ('\0' != s[size]) { size++; } // we are including the null terminating byte in the size calculation size++; return size; } size_t utf8spn(const void *src, const void *accept) { const char *s = (const char *)src; size_t chars = 0; while ('\0' != *s) { const char *a = (const char *)accept; size_t offset = 0; while ('\0' != *a) { // checking that if *r is the start of a utf8 codepoint // (it is not 0b10xxxxxx) and we have successfully matched // a previous character (0 < offset) - we found a match if ((0x80 != (0xc0 & *a)) && (0 < offset)) { // found a match, so increment the number of utf8 codepoints // that have matched and stop checking whether any other utf8 // codepoints in a match chars++; s += offset; break; } else { if (*a == s[offset]) { offset++; a++; } else { // a could be in the middle of an unmatching utf8 codepoint, // so we need to march it on to the next character beginning, do { a++; } while (0x80 == (0xc0 & *a)); // reset offset too as we found a mismatch offset = 0; } } } // if a got to its terminating null byte, then we didn't find a match. // Return the current number of matched utf8 codepoints if ('\0' == *a) { return chars; } } return chars; } void *utf8str(const void *haystack, const void *needle) { const char *h = (const char *)haystack; utf8_int32_t throwaway_codepoint; // if needle has no utf8 codepoints before the null terminating // byte then return haystack if ('\0' == *((const char *)needle)) { return (void *)haystack; } while ('\0' != *h) { const char *maybeMatch = h; const char *n = (const char *)needle; while (*h == *n && (*h != '\0' && *n != '\0')) { n++; h++; } if ('\0' == *n) { // we found the whole utf8 string for needle in haystack at // maybeMatch, so return it return (void *)maybeMatch; } else { // h could be in the middle of an unmatching utf8 codepoint, // so we need to march it on to the next character beginning // starting from the current character h = (const char*)utf8codepoint(maybeMatch, &throwaway_codepoint); } } // no match return utf8_null; } void *utf8casestr(const void *haystack, const void *needle) { const void *h = haystack; // if needle has no utf8 codepoints before the null terminating // byte then return haystack if ('\0' == *((const char *)needle)) { return (void *)haystack; } for (;;) { const void *maybeMatch = h; const void *n = needle; utf8_int32_t h_cp, n_cp; // Get the next code point and track it const void *nextH = h = utf8codepoint(h, &h_cp); n = utf8codepoint(n, &n_cp); while ((0 != h_cp) && (0 != n_cp)) { h_cp = utf8lwrcodepoint(h_cp); n_cp = utf8lwrcodepoint(n_cp); // if we find a mismatch, bail out! if (h_cp != n_cp) { break; } h = utf8codepoint(h, &h_cp); n = utf8codepoint(n, &n_cp); } if (0 == n_cp) { // we found the whole utf8 string for needle in haystack at // maybeMatch, so return it return (void *)maybeMatch; } if (0 == h_cp) { // no match return utf8_null; } // Roll back to the next code point in the haystack to test h = nextH; } } void *utf8valid(const void *str) { const char *s = (const char *)str; while ('\0' != *s) { if (0xf0 == (0xf8 & *s)) { // ensure each of the 3 following bytes in this 4-byte // utf8 codepoint began with 0b10xxxxxx if ((0x80 != (0xc0 & s[1])) || (0x80 != (0xc0 & s[2])) || (0x80 != (0xc0 & s[3]))) { return (void *)s; } // ensure that our utf8 codepoint ended after 4 bytes if (0x80 == (0xc0 & s[4])) { return (void *)s; } // ensure that the top 5 bits of this 4-byte utf8 // codepoint were not 0, as then we could have used // one of the smaller encodings if ((0 == (0x07 & s[0])) && (0 == (0x30 & s[1]))) { return (void *)s; } // 4-byte utf8 code point (began with 0b11110xxx) s += 4; } else if (0xe0 == (0xf0 & *s)) { // ensure each of the 2 following bytes in this 3-byte // utf8 codepoint began with 0b10xxxxxx if ((0x80 != (0xc0 & s[1])) || (0x80 != (0xc0 & s[2]))) { return (void *)s; } // ensure that our utf8 codepoint ended after 3 bytes if (0x80 == (0xc0 & s[3])) { return (void *)s; } // ensure that the top 5 bits of this 3-byte utf8 // codepoint were not 0, as then we could have used // one of the smaller encodings if ((0 == (0x0f & s[0])) && (0 == (0x20 & s[1]))) { return (void *)s; } // 3-byte utf8 code point (began with 0b1110xxxx) s += 3; } else if (0xc0 == (0xe0 & *s)) { // ensure the 1 following byte in this 2-byte // utf8 codepoint began with 0b10xxxxxx if (0x80 != (0xc0 & s[1])) { return (void *)s; } // ensure that our utf8 codepoint ended after 2 bytes if (0x80 == (0xc0 & s[2])) { return (void *)s; } // ensure that the top 4 bits of this 2-byte utf8 // codepoint were not 0, as then we could have used // one of the smaller encodings if (0 == (0x1e & s[0])) { return (void *)s; } // 2-byte utf8 code point (began with 0b110xxxxx) s += 2; } else if (0x00 == (0x80 & *s)) { // 1-byte ascii (began with 0b0xxxxxxx) s += 1; } else { // we have an invalid 0b1xxxxxxx utf8 code point entry return (void *)s; } } return utf8_null; } void *utf8codepoint(const void *utf8_restrict str, utf8_int32_t *utf8_restrict out_codepoint) { const char *s = (const char *)str; if (0xf0 == (0xf8 & s[0])) { // 4 byte utf8 codepoint *out_codepoint = ((0x07 & s[0]) << 18) | ((0x3f & s[1]) << 12) | ((0x3f & s[2]) << 6) | (0x3f & s[3]); s += 4; } else if (0xe0 == (0xf0 & s[0])) { // 3 byte utf8 codepoint *out_codepoint = ((0x0f & s[0]) << 12) | ((0x3f & s[1]) << 6) | (0x3f & s[2]); s += 3; } else if (0xc0 == (0xe0 & s[0])) { // 2 byte utf8 codepoint *out_codepoint = ((0x1f & s[0]) << 6) | (0x3f & s[1]); s += 2; } else { // 1 byte utf8 codepoint otherwise *out_codepoint = s[0]; s += 1; } return (void *)s; } size_t utf8codepointsize(utf8_int32_t chr) { if (0 == ((utf8_int32_t)0xffffff80 & chr)) { return 1; } else if (0 == ((utf8_int32_t)0xfffff800 & chr)) { return 2; } else if (0 == ((utf8_int32_t)0xffff0000 & chr)) { return 3; } else { // if (0 == ((int)0xffe00000 & chr)) { return 4; } } void *utf8catcodepoint(void *utf8_restrict str, utf8_int32_t chr, size_t n) { char *s = (char *)str; if (0 == ((utf8_int32_t)0xffffff80 & chr)) { // 1-byte/7-bit ascii // (0b0xxxxxxx) if (n < 1) { return utf8_null; } s[0] = (char)chr; s += 1; } else if (0 == ((utf8_int32_t)0xfffff800 & chr)) { // 2-byte/11-bit utf8 code point // (0b110xxxxx 0b10xxxxxx) if (n < 2) { return utf8_null; } s[0] = 0xc0 | (char)(chr >> 6); s[1] = 0x80 | (char)(chr & 0x3f); s += 2; } else if (0 == ((utf8_int32_t)0xffff0000 & chr)) { // 3-byte/16-bit utf8 code point // (0b1110xxxx 0b10xxxxxx 0b10xxxxxx) if (n < 3) { return utf8_null; } s[0] = 0xe0 | (char)(chr >> 12); s[1] = 0x80 | (char)((chr >> 6) & 0x3f); s[2] = 0x80 | (char)(chr & 0x3f); s += 3; } else { // if (0 == ((int)0xffe00000 & chr)) { // 4-byte/21-bit utf8 code point // (0b11110xxx 0b10xxxxxx 0b10xxxxxx 0b10xxxxxx) if (n < 4) { return utf8_null; } s[0] = 0xf0 | (char)(chr >> 18); s[1] = 0x80 | (char)((chr >> 12) & 0x3f); s[2] = 0x80 | (char)((chr >> 6) & 0x3f); s[3] = 0x80 | (char)(chr & 0x3f); s += 4; } return s; } int utf8islower(utf8_int32_t chr) { return chr != utf8uprcodepoint(chr); } int utf8isupper(utf8_int32_t chr) { return chr != utf8lwrcodepoint(chr); } void utf8lwr(void *utf8_restrict str) { void *p, *pn; utf8_int32_t cp; p = (char *)str; pn = utf8codepoint(p, &cp); while (cp != 0) { const utf8_int32_t lwr_cp = utf8lwrcodepoint(cp); const size_t size = utf8codepointsize(lwr_cp); if (lwr_cp != cp) { utf8catcodepoint(p, lwr_cp, size); } p = pn; pn = utf8codepoint(p, &cp); } } void utf8upr(void *utf8_restrict str) { void *p, *pn; utf8_int32_t cp; p = (char *)str; pn = utf8codepoint(p, &cp); while (cp != 0) { const utf8_int32_t lwr_cp = utf8uprcodepoint(cp); const size_t size = utf8codepointsize(lwr_cp); if (lwr_cp != cp) { utf8catcodepoint(p, lwr_cp, size); } p = pn; pn = utf8codepoint(p, &cp); } } void utf8upr1(void *utf8_restrict str) { void *p, *pn; utf8_int32_t cp; p = (char *)str; pn = utf8codepoint(p, &cp); if (cp != 0) { const utf8_int32_t lwr_cp = utf8uprcodepoint(cp); const size_t size = utf8codepointsize(lwr_cp); if (lwr_cp != cp) { utf8catcodepoint(p, lwr_cp, size); } p = pn; pn = utf8codepoint(p, &cp); } } utf8_int32_t utf8lwrcodepoint(utf8_int32_t cp) { if (((0x0041 <= cp) && (0x005a >= cp)) || ((0x00c0 <= cp) && (0x00d6 >= cp)) || ((0x00d8 <= cp) && (0x00de >= cp)) || ((0x0391 <= cp) && (0x03a1 >= cp)) || ((0x03a3 <= cp) && (0x03ab >= cp))) { cp += 32; } else if (((0x0100 <= cp) && (0x012f >= cp)) || ((0x0132 <= cp) && (0x0137 >= cp)) || ((0x014a <= cp) && (0x0177 >= cp)) || ((0x0182 <= cp) && (0x0185 >= cp)) || ((0x01a0 <= cp) && (0x01a5 >= cp)) || ((0x01de <= cp) && (0x01ef >= cp)) || ((0x01f8 <= cp) && (0x021f >= cp)) || ((0x0222 <= cp) && (0x0233 >= cp)) || ((0x0246 <= cp) && (0x024f >= cp)) || ((0x03d8 <= cp) && (0x03ef >= cp))) { cp |= 0x1; } else if (((0x0139 <= cp) && (0x0148 >= cp)) || ((0x0179 <= cp) && (0x017e >= cp)) || ((0x01af <= cp) && (0x01b0 >= cp)) || ((0x01b3 <= cp) && (0x01b6 >= cp)) || ((0x01cd <= cp) && (0x01dc >= cp))) { cp += 1; cp &= ~0x1; } else { switch (cp) { default: break; case 0x0178: cp = 0x00ff; break; case 0x0243: cp = 0x0180; break; case 0x018e: cp = 0x01dd; break; case 0x023d: cp = 0x019a; break; case 0x0220: cp = 0x019e; break; case 0x01b7: cp = 0x0292; break; case 0x01c4: cp = 0x01c6; break; case 0x01c7: cp = 0x01c9; break; case 0x01ca: cp = 0x01cc; break; case 0x01f1: cp = 0x01f3; break; case 0x01f7: cp = 0x01bf; break; case 0x0187: cp = 0x0188; break; case 0x018b: cp = 0x018c; break; case 0x0191: cp = 0x0192; break; case 0x0198: cp = 0x0199; break; case 0x01a7: cp = 0x01a8; break; case 0x01ac: cp = 0x01ad; break; case 0x01af: cp = 0x01b0; break; case 0x01b8: cp = 0x01b9; break; case 0x01bc: cp = 0x01bd; break; case 0x01f4: cp = 0x01f5; break; case 0x023b: cp = 0x023c; break; case 0x0241: cp = 0x0242; break; case 0x03fd: cp = 0x037b; break; case 0x03fe: cp = 0x037c; break; case 0x03ff: cp = 0x037d; break; case 0x037f: cp = 0x03f3; break; case 0x0386: cp = 0x03ac; break; case 0x0388: cp = 0x03ad; break; case 0x0389: cp = 0x03ae; break; case 0x038a: cp = 0x03af; break; case 0x038c: cp = 0x03cc; break; case 0x038e: cp = 0x03cd; break; case 0x038f: cp = 0x03ce; break; case 0x0370: cp = 0x0371; break; case 0x0372: cp = 0x0373; break; case 0x0376: cp = 0x0377; break; case 0x03f4: cp = 0x03d1; break; case 0x03cf: cp = 0x03d7; break; case 0x03f9: cp = 0x03f2; break; case 0x03f7: cp = 0x03f8; break; case 0x03fa: cp = 0x03fb; break; }; } return cp; } utf8_int32_t utf8uprcodepoint(utf8_int32_t cp) { if (((0x0061 <= cp) && (0x007a >= cp)) || ((0x00e0 <= cp) && (0x00f6 >= cp)) || ((0x00f8 <= cp) && (0x00fe >= cp)) || ((0x03b1 <= cp) && (0x03c1 >= cp)) || ((0x03c3 <= cp) && (0x03cb >= cp))) { cp -= 32; } else if (((0x0100 <= cp) && (0x012f >= cp)) || ((0x0132 <= cp) && (0x0137 >= cp)) || ((0x014a <= cp) && (0x0177 >= cp)) || ((0x0182 <= cp) && (0x0185 >= cp)) || ((0x01a0 <= cp) && (0x01a5 >= cp)) || ((0x01de <= cp) && (0x01ef >= cp)) || ((0x01f8 <= cp) && (0x021f >= cp)) || ((0x0222 <= cp) && (0x0233 >= cp)) || ((0x0246 <= cp) && (0x024f >= cp)) || ((0x03d8 <= cp) && (0x03ef >= cp))) { cp &= ~0x1; } else if (((0x0139 <= cp) && (0x0148 >= cp)) || ((0x0179 <= cp) && (0x017e >= cp)) || ((0x01af <= cp) && (0x01b0 >= cp)) || ((0x01b3 <= cp) && (0x01b6 >= cp)) || ((0x01cd <= cp) && (0x01dc >= cp))) { cp -= 1; cp |= 0x1; } else { switch (cp) { default: break; case 0x00ff: cp = 0x0178; break; case 0x0180: cp = 0x0243; break; case 0x01dd: cp = 0x018e; break; case 0x019a: cp = 0x023d; break; case 0x019e: cp = 0x0220; break; case 0x0292: cp = 0x01b7; break; case 0x01c6: cp = 0x01c4; break; case 0x01c9: cp = 0x01c7; break; case 0x01cc: cp = 0x01ca; break; case 0x01f3: cp = 0x01f1; break; case 0x01bf: cp = 0x01f7; break; case 0x0188: cp = 0x0187; break; case 0x018c: cp = 0x018b; break; case 0x0192: cp = 0x0191; break; case 0x0199: cp = 0x0198; break; case 0x01a8: cp = 0x01a7; break; case 0x01ad: cp = 0x01ac; break; case 0x01b0: cp = 0x01af; break; case 0x01b9: cp = 0x01b8; break; case 0x01bd: cp = 0x01bc; break; case 0x01f5: cp = 0x01f4; break; case 0x023c: cp = 0x023b; break; case 0x0242: cp = 0x0241; break; case 0x037b: cp = 0x03fd; break; case 0x037c: cp = 0x03fe; break; case 0x037d: cp = 0x03ff; break; case 0x03f3: cp = 0x037f; break; case 0x03ac: cp = 0x0386; break; case 0x03ad: cp = 0x0388; break; case 0x03ae: cp = 0x0389; break; case 0x03af: cp = 0x038a; break; case 0x03cc: cp = 0x038c; break; case 0x03cd: cp = 0x038e; break; case 0x03ce: cp = 0x038f; break; case 0x0371: cp = 0x0370; break; case 0x0373: cp = 0x0372; break; case 0x0377: cp = 0x0376; break; case 0x03d1: cp = 0x03f4; break; case 0x03d7: cp = 0x03cf; break; case 0x03f2: cp = 0x03f9; break; case 0x03f8: cp = 0x03f7; break; case 0x03fb: cp = 0x03fa; break; }; } return cp; } #undef utf8_restrict #undef utf8_null #ifdef __cplusplus } // extern "C" #endif #if defined(__clang__) #pragma clang diagnostic pop #endif #endif // SHEREDOM_UTF8_H_INCLUDED miller-5.6.2/c/mapping/000077500000000000000000000000001354153536500146775ustar00rootroot00000000000000miller-5.6.2/c/mapping/Makefile.am000066400000000000000000000031711354153536500167350ustar00rootroot00000000000000noinst_LTLIBRARIES= libmapping.la libmapping_la_SOURCES= \ mapper.h \ mapper_altkv.c \ mapper_bar.c \ mapper_bootstrap.c \ mapper_cat.c \ mapper_check.c \ mapper_clean_whitespace.c \ mapper_count_similar.c \ mapper_cut.c \ mapper_decimate.c \ mapper_fill_down.c \ mapper_grep.c \ mapper_group_like.c \ mapper_having_fields.c \ mapper_head.c \ mapper_histogram.c \ mapper_join.c \ mapper_label.c \ mapper_merge_fields.c \ mapper_most_or_least_frequent.c \ mapper_nest.c \ mapper_nothing.c \ mapper_format_values.c \ mapper_fraction.c \ mapper_put_or_filter.c \ mapper_regularize.c \ mapper_remove_empty_columns.c \ mapper_rename.c \ mapper_reorder.c \ mapper_repeat.c \ mapper_reshape.c \ mapper_sample.c \ mapper_sec2gmt.c \ mapper_sec2gmtdate.c \ mapper_seqgen.c \ mapper_shuffle.c \ mapper_skip_trivial_records.c \ mapper_sort.c \ mapper_sort_within_records.c \ mapper_stats1.c \ mapper_stats2.c \ mapper_step.c \ mapper_tac.c \ mapper_tail.c \ mapper_tee.c \ mapper_top.c \ mapper_uniq.c \ mapper_unsparsify.c \ mappers.c \ mappers.h \ stats1_accumulators.c \ stats1_accumulators.h libmapping_la_LIBADD= ../lib/libmlr.la ../cli/libcli.la ../input/libinput.la # TODO: replace the interesting content with unit tests; 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uninstall-am .PRECIOUS: Makefile # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: miller-5.6.2/c/mapping/README.md000066400000000000000000000003001354153536500161470ustar00rootroot00000000000000# Miller data transforms These are straightforward implementations for most mappers other than `put` and `filter`. See also the memory-management section of the parent directory's README.md. miller-5.6.2/c/mapping/mapper.h000066400000000000000000000024421354153536500163360ustar00rootroot00000000000000#ifndef MAPPER_H #define MAPPER_H #include #include "lib/context.h" #include "cli/mlrcli.h" #include "containers/lrec.h" #include "containers/sllv.h" // See ../README.md for memory-management conventions. // ---------------------------------------------------------------- // Data plane: struct _mapper_t; // forward reference for method declarations // Returns linked list of records (lrec_t*). typedef sllv_t* mapper_process_func_t(lrec_t* pinrec, context_t* pctx, void* pvstate); typedef void mapper_free_func_t(struct _mapper_t* pmapper, context_t* pctx); typedef struct _mapper_t { void* pvstate; mapper_process_func_t* pprocess_func; mapper_free_func_t* pfree_func; // virtual destructor } mapper_t; // ---------------------------------------------------------------- // Control plane: typedef void mapper_usage_func_t(FILE* o, char* argv0, char* verb); typedef mapper_t* mapper_parse_cli_func_t(int* pargi, int argc, char** argv, cli_reader_opts_t* pmain_reader_opts, cli_writer_opts_t* pmain_writer_opts); typedef struct _mapper_setup_t { char* verb; mapper_usage_func_t* pusage_func; mapper_parse_cli_func_t* pparse_func; int ignores_input; // most don't; data-generators like seqgen do } mapper_setup_t; #endif // MAPPER_H miller-5.6.2/c/mapping/mapper_altkv.c000066400000000000000000000062601354153536500175340ustar00rootroot00000000000000#include #include "cli/argparse.h" #include "lib/mlrutil.h" #include "lib/mtrand.h" #include "containers/sllv.h" #include "mapping/mappers.h" typedef struct _mapper_altkv_state_t { ap_state_t* pargp; } mapper_altkv_state_t; static void mapper_altkv_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_altkv_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_altkv_alloc(ap_state_t* pargp); static void mapper_altkv_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_altkv_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_altkv_setup = { .verb = "altkv", .pusage_func = mapper_altkv_usage, .pparse_func = mapper_altkv_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_altkv_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [no options]\n", argv0, verb); fprintf(o, "Given fields with values of the form a,b,c,d,e,f emits a=b,c=d,e=f pairs.\n"); } static mapper_t* mapper_altkv_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { if ((argc - *pargi) < 1) { mapper_altkv_usage(stderr, argv[0], argv[*pargi]); return NULL; } char* verb = argv[*pargi]; *pargi += 1; ap_state_t* pstate = ap_alloc(); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_altkv_usage(stderr, argv[0], verb); return NULL; } mapper_t* pmapper = mapper_altkv_alloc(pstate); return pmapper; } // ---------------------------------------------------------------- static mapper_t* mapper_altkv_alloc(ap_state_t* pargp) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_altkv_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_altkv_state_t)); pstate->pargp = pargp; pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_altkv_process; pmapper->pfree_func = mapper_altkv_free; return pmapper; } static void mapper_altkv_free(mapper_t* pmapper, context_t* _) { mapper_altkv_state_t* pstate = pmapper->pvstate; // Free the container ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_altkv_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) { // End of input stream: emit null. return sllv_single(NULL); } lrec_t* poutrec = lrec_unbacked_alloc(); int output_field_number = 1; for (lrece_t* pe = pinrec->phead; pe != NULL; /* increment in loop */) { if (pe->pnext == NULL) { // Odd-numbered field count char* key = mlr_alloc_string_from_int(output_field_number); char* value = mlr_strdup_or_die(pe->value); lrec_put(poutrec, key, value, FREE_ENTRY_KEY | FREE_ENTRY_VALUE); } else { char* key = mlr_strdup_or_die(pe->value); char* value = mlr_strdup_or_die(pe->pnext->value); lrec_put(poutrec, key, value, FREE_ENTRY_KEY | FREE_ENTRY_VALUE); } output_field_number++; pe = pe->pnext; if (pe == NULL) {// Odd-numbered field count break; } pe = pe->pnext; } return sllv_single(poutrec); } miller-5.6.2/c/mapping/mapper_bar.c000066400000000000000000000222231354153536500171540ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "lib/string_builder.h" #include "containers/lrec.h" #include "lib/string_array.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #include "cli/argparse.h" typedef struct _mapper_bar_state_t { ap_state_t* pargp; string_array_t* pfield_names; char fill_char; char oob_char; char blank_char; double lo; double hi; int width; char** bars; sllv_t* precords; // only for auto mode } mapper_bar_state_t; static void mapper_bar_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_bar_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_bar_alloc(ap_state_t* pargp, string_array_t* pfield_names, char fill_char, char oob_char, char blank_char, double lo, double hi, int width, int do_auto); static void mapper_bar_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_bar_process_no_auto(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_bar_process_auto(lrec_t* pinrec, context_t* pctx, void* pvstate); #define DEFAULT_FILL_CHAR '*' #define DEFAULT_OOB_CHAR '#' #define DEFAULT_BLANK_CHAR '.' #define DEFAULT_LO 0.0 #define DEFAULT_HI 100.0 #define DEFAULT_WIDTH 40 #define SB_ALLOC_LENGTH 128 // ---------------------------------------------------------------- mapper_setup_t mapper_bar_setup = { .verb = "bar", .pusage_func = mapper_bar_usage, .pparse_func = mapper_bar_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_bar_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Replaces a numeric field with a number of asterisks, allowing for cheesy\n"); fprintf(o, "bar plots. These align best with --opprint or --oxtab output format.\n"); fprintf(o, "Options:\n"); fprintf(o, "-f {a,b,c} Field names to convert to bars.\n"); fprintf(o, "-c {character} Fill character: default '%c'.\n", DEFAULT_FILL_CHAR); fprintf(o, "-x {character} Out-of-bounds character: default '%c'.\n", DEFAULT_OOB_CHAR); fprintf(o, "-b {character} Blank character: default '%c'.\n", DEFAULT_BLANK_CHAR); fprintf(o, "--lo {lo} Lower-limit value for min-width bar: default '%lf'.\n", DEFAULT_LO); fprintf(o, "--hi {hi} Upper-limit value for max-width bar: default '%lf'.\n", DEFAULT_HI); fprintf(o, "-w {n} Bar-field width: default '%d'.\n", DEFAULT_WIDTH); fprintf(o, "--auto Automatically computes limits, ignoring --lo and --hi.\n"); fprintf(o, " Holds all records in memory before producing any output.\n"); } // ---------------------------------------------------------------- static mapper_t* mapper_bar_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { string_array_t* pfield_names = NULL; char* fill_string = NULL; char* oob_string = NULL; char* blank_string = NULL; double lo = DEFAULT_LO; double hi = DEFAULT_HI; int width = DEFAULT_WIDTH; int do_auto = FALSE; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_array_flag(pstate, "-f", &pfield_names); ap_define_string_flag(pstate, "-c", &fill_string); ap_define_string_flag(pstate, "-x", &oob_string); ap_define_string_flag(pstate, "-b", &blank_string); ap_define_float_flag(pstate, "--lo", &lo); ap_define_float_flag(pstate, "--hi", &hi); ap_define_int_flag(pstate, "-w", &width); ap_define_true_flag(pstate, "--auto", &do_auto); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_bar_usage(stderr, argv[0], verb); return NULL; } if (pfield_names == NULL) { mapper_bar_usage(stderr, argv[0], verb); return NULL; } char fill_char = DEFAULT_FILL_CHAR; char oob_char = DEFAULT_OOB_CHAR; char blank_char = DEFAULT_BLANK_CHAR; if (fill_string != NULL) { if (strlen(fill_string) != 1) { mapper_bar_usage(stderr, argv[0], verb); return NULL; } fill_char = fill_string[0]; } if (oob_string != NULL) { if (strlen(oob_string) != 1) { mapper_bar_usage(stderr, argv[0], verb); return NULL; } oob_char = oob_string[0]; } if (blank_string != NULL) { if (strlen(blank_string) != 1) { mapper_bar_usage(stderr, argv[0], verb); return NULL; } blank_char = blank_string[0]; } return mapper_bar_alloc(pstate, pfield_names, fill_char, oob_char, blank_char, lo, hi, width, do_auto); } // ---------------------------------------------------------------- static mapper_t* mapper_bar_alloc(ap_state_t* pargp, string_array_t* pfield_names, char fill_char, char oob_char, char blank_char, double lo, double hi, int width, int do_auto) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_bar_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_bar_state_t)); pstate->pargp = pargp; pstate->pfield_names = pfield_names; pstate->fill_char = fill_char; pstate->oob_char = oob_char; pstate->blank_char = blank_char; pstate->lo = lo; pstate->hi = hi; pstate->width = width; pstate->bars = mlr_malloc_or_die((pstate->width + 1) * sizeof(char*)); for (int i = 0; i <= pstate->width; i++) { pstate->bars[i] = mlr_malloc_or_die(pstate->width + 1); char* bar = pstate->bars[i]; memset(bar, pstate->blank_char, pstate->width); bar[pstate->width] = 0; if (i == 0) { bar[0] = pstate->oob_char; } else if (i < pstate->width) { memset(bar, pstate->fill_char, i); } else { memset(bar, pstate->fill_char, pstate->width); bar[pstate->width-1] = pstate->oob_char; } pstate->bars[i] = bar; } pstate->precords = do_auto ? sllv_alloc() : NULL; pmapper->pprocess_func = do_auto ? mapper_bar_process_auto : mapper_bar_process_no_auto; pmapper->pvstate = (void*)pstate; pmapper->pfree_func = mapper_bar_free; return pmapper; } static void mapper_bar_free(mapper_t* pmapper, context_t* _) { mapper_bar_state_t* pstate = (mapper_bar_state_t*)pmapper->pvstate; string_array_free(pstate->pfield_names); for (int i = 0; i <= pstate->width; i++) free(pstate->bars[i]); free(pstate->bars); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_bar_process_no_auto(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) // end of stream return sllv_single(NULL); mapper_bar_state_t* pstate = (mapper_bar_state_t*)pvstate; int n = pstate->pfield_names->length; for (int i = 0; i < n; i++) { char* name = pstate->pfield_names->strings[i]; char* sval = lrec_get(pinrec, name); if (sval == NULL) continue; double dval = mlr_double_from_string_or_die(sval); int idx = (int)(pstate->width * (dval - pstate->lo) / (pstate->hi - pstate->lo)); if (idx < 0) idx = 0; if (idx > pstate->width) idx = pstate->width; lrec_put(pinrec, name, pstate->bars[idx], NO_FREE); } return sllv_single(pinrec); } // ---------------------------------------------------------------- static sllv_t* mapper_bar_process_auto(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_bar_state_t* pstate = (mapper_bar_state_t*)pvstate; if (pinrec != NULL) { // not end of stream sllv_append(pstate->precords, pinrec); return NULL; } // end of stream int n = pstate->pfield_names->length; string_builder_t* psb = sb_alloc(SB_ALLOC_LENGTH); // Loop over field names to be barred for (int i = 0; i < n; i++) { char* name = pstate->pfield_names->strings[i]; double lo = 0.0; double hi = 0.0; // First pass computes lo and hi from the data int j = 0; for (sllve_t* pe = pstate->precords->phead; pe != NULL; pe = pe->pnext, j++) { lrec_t* prec = pe->pvvalue; char* sval = lrec_get(prec, name); if (sval == NULL) continue; double dval = mlr_double_from_string_or_die(sval); if (j == 0 || dval < lo) lo = dval; if (j == 0 || dval > hi) hi = dval; } // Second pass applies the bars. There is some redundant computation // which could be hoisted out of the loop for performance ... but this // verb computes data solely for visual inspection and I take the // nominal use case to be tens or hundreds of records. So, optimization // isn't worth the effort here. char* slo = mlr_alloc_string_from_double(lo, "%g"); char* shi = mlr_alloc_string_from_double(hi, "%g"); for (sllve_t* pe = pstate->precords->phead; pe != NULL; pe = pe->pnext) { lrec_t* prec = pe->pvvalue; char* sval = lrec_get(prec, name); if (sval == NULL) continue; double dval = mlr_double_from_string_or_die(sval); int idx = (int)(pstate->width * (dval - lo) / (hi - lo)); if (idx < 0) idx = 0; if (idx > pstate->width) idx = pstate->width; sb_append_string(psb, "["); sb_append_string(psb, slo); sb_append_string(psb, "]"); sb_append_string(psb, pstate->bars[idx]); sb_append_string(psb, "["); sb_append_string(psb, shi); sb_append_string(psb, "]"); lrec_put(prec, name, sb_finish(psb), FREE_ENTRY_VALUE); } free(slo); free(shi); } sb_free(psb); sllv_append(pstate->precords, NULL); return pstate->precords; } miller-5.6.2/c/mapping/mapper_bootstrap.c000066400000000000000000000126111354153536500204250ustar00rootroot00000000000000#include #include "cli/argparse.h" #include "lib/mlrutil.h" #include "lib/mtrand.h" #include "containers/sllv.h" #include "mapping/mappers.h" #define NOUT_EQUALS_NIN -1 typedef struct _mapper_bootstrap_state_t { ap_state_t* pargp; int nout; sllv_t* records; } mapper_bootstrap_state_t; static void mapper_bootstrap_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_bootstrap_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_bootstrap_alloc(int nout, ap_state_t* pargp); static void mapper_bootstrap_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_bootstrap_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_bootstrap_setup = { .verb = "bootstrap", .pusage_func = mapper_bootstrap_usage, .pparse_func = mapper_bootstrap_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_bootstrap_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Emits an n-sample, with replacement, of the input records.\n"); fprintf(o, "Options:\n"); fprintf(o, "-n {number} Number of samples to output. Defaults to number of input records.\n"); fprintf(o, " Must be non-negative.\n"); fprintf(o, "See also %s sample and %s shuffle.\n", argv0, argv0); } static mapper_t* mapper_bootstrap_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { int nout = NOUT_EQUALS_NIN; if ((argc - *pargi) < 1) { mapper_bootstrap_usage(stderr, argv[0], argv[*pargi]); return NULL; } char* verb = argv[*pargi]; *pargi += 1; ap_state_t* pstate = ap_alloc(); ap_define_int_flag(pstate, "-n", &nout); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_bootstrap_usage(stderr, argv[0], verb); return NULL; } if (nout != NOUT_EQUALS_NIN && nout < 0) { mapper_bootstrap_usage(stderr, argv[0], verb); return NULL; } mapper_t* pmapper = mapper_bootstrap_alloc(nout, pstate); return pmapper; } // ---------------------------------------------------------------- static mapper_t* mapper_bootstrap_alloc(int nout, ap_state_t* pargp) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_bootstrap_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_bootstrap_state_t)); pstate->nout = nout; pstate->pargp = pargp; pstate->records = sllv_alloc(); pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_bootstrap_process; pmapper->pfree_func = mapper_bootstrap_free; return pmapper; } static void mapper_bootstrap_free(mapper_t* pmapper, context_t* _) { mapper_bootstrap_state_t* pstate = pmapper->pvstate; // Free the container sllv_free(pstate->records); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_bootstrap_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_bootstrap_state_t* pstate = pvstate; if (pinrec != NULL) { // Not end of input stream: consume an input record. // The caller will free the outrecs sllv_append(pstate->records, pinrec); return NULL; } // This is entirely straightforward except for memory management. The // Miller contract to respect is that each routine frees records or passes // them on. This means lrec-writers will free lrecs they receive, after // writing them. This also means we must free lrecs we don't pass on. // // Given nin input records, we produce nout output records, but sampling with replacement. // The memory-management criteria above mean: // * If an input lrec is not output at all, we must free it. // * If an input lrec is output once, we pass it on through and let the write free it. // * If an input lrec is output more than once, it would get double-freed (which is not OK) // so for all repetitions past the first we must make a copy. // A used_flags[] array allows us to handle all of this. sllv_t* poutrecs = sllv_alloc(); int nin = pstate->records->length; int nout = (pstate->nout == NOUT_EQUALS_NIN) ? nin : pstate->nout; if (nin == 0) { sllv_append(poutrecs, NULL); return poutrecs; } // Make an array of pointers into the input list. Mark each lrec as not yet output. lrec_t** record_array = mlr_malloc_or_die(nin * sizeof(lrec_t**)); char* used_flags = mlr_malloc_or_die(nin * sizeof(char)); sllve_t* pe = pstate->records->phead; for (int i = 0; i < nin; i++, pe = pe->pnext) { record_array[i] = pe->pvvalue; used_flags[i] = FALSE; } // Do the sample-with-replacment, reading from random indices in the input // array and appending to the output list. for (int i = 0; i < nout; i++) { int index = nin * get_mtrand_double(); if (index >= nin) index = nin - 1; lrec_t* prec = record_array[index]; if (used_flags[index]) { // Copy for repeated output. prec = lrec_copy(prec); } else { // First output of this record; remember it. used_flags[index] = TRUE; } sllv_append(poutrecs, prec); } // Free non-output records pe = pstate->records->phead; for (int i = 0; i < nin; i++, pe = pe->pnext) if (!used_flags[i]) lrec_free(record_array[i]); free(used_flags); // Free the temp array free(record_array); // Null-terminate the output list to signify end of stream. sllv_append(poutrecs, NULL); return poutrecs; } miller-5.6.2/c/mapping/mapper_cat.c000066400000000000000000000151471354153536500171660ustar00rootroot00000000000000#include "cli/argparse.h" #include "mapping/mappers.h" #include "lib/mlrutil.h" #include "containers/sllv.h" #include "containers/lhmslv.h" #include "containers/mixutil.h" typedef struct _mapper_cat_state_t { ap_state_t* pargp; int verbose; char* counter_field_name; unsigned long long counter; slls_t* pgroup_by_field_names; lhmslv_t* pcounters_by_group; } mapper_cat_state_t; #define DEFAULT_COUNTER_FIELD_NAME "n" static void mapper_cat_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_cat_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_cat_alloc(ap_state_t* pargp, int do_counters, int verbose, char* counter_field_name, slls_t* pgroup_by_field_names); static void mapper_cat_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_cat_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_catn_process_ungrouped(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_catn_process_grouped(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_cat_setup = { .verb = "cat", .pusage_func = mapper_cat_usage, .pparse_func = mapper_cat_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static mapper_t* mapper_cat_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { char* default_counter_field_name = DEFAULT_COUNTER_FIELD_NAME; char* counter_field_name = NULL; int do_counters = FALSE; int verbose = FALSE; slls_t* pgroup_by_field_names = slls_alloc(); if ((argc - *pargi) < 1) { mapper_cat_usage(stderr, argv[0], argv[*pargi]); return NULL; } char* verb = argv[*pargi]; *pargi += 1; ap_state_t* pstate = ap_alloc(); ap_define_true_flag(pstate, "-n", &do_counters); ap_define_true_flag(pstate, "-v", &verbose); ap_define_string_flag(pstate, "-N", &counter_field_name); ap_define_string_list_flag(pstate, "-g", &pgroup_by_field_names); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_cat_usage(stderr, argv[0], verb); return NULL; } if (counter_field_name != NULL) { do_counters = TRUE; } else if (do_counters) { counter_field_name = default_counter_field_name; } mapper_t* pmapper = mapper_cat_alloc(pstate, do_counters, verbose, counter_field_name, pgroup_by_field_names); return pmapper; } static void mapper_cat_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Passes input records directly to output. Most useful for format conversion.\n"); fprintf(o, "Options:\n"); fprintf(o, "-n Prepend field \"%s\" to each record with record-counter starting at 1\n", DEFAULT_COUNTER_FIELD_NAME); fprintf(o, "-g {comma-separated field name(s)} When used with -n/-N, writes record-counters\n"); fprintf(o, " keyed by specified field name(s).\n"); fprintf(o, "-v Write a low-level record-structure dump to stderr.\n"); fprintf(o, "-N {name} Prepend field {name} to each record with record-counter starting at 1\n"); } // ---------------------------------------------------------------- static mapper_t* mapper_cat_alloc(ap_state_t* pargp, int do_counters, int verbose, char* counter_field_name, slls_t* pgroup_by_field_names) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_cat_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_cat_state_t)); pstate->pargp = pargp; pstate->verbose = verbose; pstate->pgroup_by_field_names = pgroup_by_field_names; pstate->counter_field_name = counter_field_name; pstate->counter = 0LL; pstate->pcounters_by_group = lhmslv_alloc(); pmapper->pvstate = pstate; pmapper->pprocess_func = NULL; if (do_counters) { if (pgroup_by_field_names->length == 0) { pmapper->pprocess_func = mapper_catn_process_ungrouped; } else { pmapper->pprocess_func = mapper_catn_process_grouped; } } else { pmapper->pprocess_func = mapper_cat_process; } pmapper->pfree_func = mapper_cat_free; return pmapper; } static void mapper_cat_free(mapper_t* pmapper, context_t* _) { mapper_cat_state_t* pstate = pmapper->pvstate; slls_free(pstate->pgroup_by_field_names); for (lhmslve_t* pe = pstate->pcounters_by_group->phead; pe != NULL; pe = pe->pnext) { free(pe->pvvalue); } lhmslv_free(pstate->pcounters_by_group); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_cat_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_cat_state_t* pstate = (mapper_cat_state_t*)pvstate; if (pstate->verbose) { lrec_dump_fp(pinrec, stderr); } if (pinrec != NULL) return sllv_single(pinrec); else return sllv_single(NULL); } // ---------------------------------------------------------------- static sllv_t* mapper_catn_process_ungrouped(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_cat_state_t* pstate = (mapper_cat_state_t*)pvstate; if (pstate->verbose) { lrec_dump_fp(pinrec, stderr); } if (pinrec != NULL) { char* counter_field_value = mlr_alloc_string_from_ull(++pstate->counter); lrec_prepend(pinrec, pstate->counter_field_name, counter_field_value, FREE_ENTRY_VALUE); return sllv_single(pinrec); } else { return sllv_single(NULL); } } // ---------------------------------------------------------------- static sllv_t* mapper_catn_process_grouped(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_cat_state_t* pstate = (mapper_cat_state_t*)pvstate; if (pstate->verbose) { lrec_dump_fp(pinrec, stderr); } if (pinrec != NULL) { unsigned long long counter = 0LL; slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values == NULL) { // Treat as unkeyed counter = ++pstate->counter; } else { unsigned long long* pcount_for_group = lhmslv_get(pstate->pcounters_by_group, pgroup_by_field_values); if (pcount_for_group == NULL) { pcount_for_group = mlr_malloc_or_die(sizeof(unsigned long long)); *pcount_for_group = 0LL; lhmslv_put(pstate->pcounters_by_group, slls_copy(pgroup_by_field_values), pcount_for_group, FREE_ENTRY_KEY); } slls_free(pgroup_by_field_values); (*pcount_for_group)++; counter = *pcount_for_group; } char* counter_field_value = mlr_alloc_string_from_ull(counter); lrec_prepend(pinrec, pstate->counter_field_name, counter_field_value, FREE_ENTRY_VALUE); return sllv_single(pinrec); } else { return sllv_single(NULL); } } miller-5.6.2/c/mapping/mapper_check.c000066400000000000000000000036021354153536500174650ustar00rootroot00000000000000#include "mapping/mappers.h" #include "lib/mlrutil.h" #include "containers/sllv.h" static void mapper_check_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_check_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_check_alloc(); static void mapper_check_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_check_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_check_setup = { .verb = "check", .pusage_func = mapper_check_usage, .pparse_func = mapper_check_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_check_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s\n", argv0, verb); fprintf(o, "Consumes records without printing any output.\n"); fprintf(o, "Useful for doing a well-formatted check on input data.\n"); } static mapper_t* mapper_check_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { if ((argc - *pargi) < 1) { mapper_check_usage(stderr, argv[0], argv[*pargi]); return NULL; } mapper_t* pmapper = mapper_check_alloc(); *pargi += 1; return pmapper; } // ---------------------------------------------------------------- static mapper_t* mapper_check_alloc() { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); pmapper->pvstate = NULL; pmapper->pprocess_func = mapper_check_process; pmapper->pfree_func = mapper_check_free; return pmapper; } static void mapper_check_free(mapper_t* pmapper, context_t* _) { free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_check_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { lrec_free(pinrec); return sllv_single(NULL); } miller-5.6.2/c/mapping/mapper_clean_whitespace.c000066400000000000000000000144241354153536500217120ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "lib/mvfuncs.h" #include "containers/sllv.h" #include "mapping/mappers.h" #include "cli/argparse.h" #define RENAME_SB_ALLOC_LENGTH 16 typedef struct _mapper_clean_whitespace_state_t { ap_state_t* pargp; int do_keys; int do_values; } mapper_clean_whitespace_state_t; static void mapper_clean_whitespace_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_clean_whitespace_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_clean_whitespace_alloc(ap_state_t* pargp, int do_keys, int do_values); static void mapper_clean_whitespace_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_clean_whitespace_kvprocess(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_clean_whitespace_kprocess(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_clean_whitespace_vprocess(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_clean_whitespace_setup = { .verb = "clean-whitespace", .pusage_func = mapper_clean_whitespace_usage, .pparse_func = mapper_clean_whitespace_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_clean_whitespace_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options] {old1,new1,old2,new2,...}\n", argv0, verb); fprintf(o, "For each record, for each field in the record, whitespace-cleans the keys and\n"); fprintf(o, "values. Whitespace-cleaning entails stripping leading and trailing whitespace,\n"); fprintf(o, "and replacing multiple whitespace with singles. For finer-grained control,\n"); fprintf(o, "please see the DSL functions lstrip, rstrip, strip, collapse_whitespace,\n"); fprintf(o, "and clean_whitespace.\n"); fprintf(o, "\n"); fprintf(o, "Options:\n"); fprintf(o, "-k|--keys-only Do not touch values.\n"); fprintf(o, "-v|--values-only Do not touch keys.\n"); fprintf(o, "It is an error to specify -k as well as -v.\n"); } static mapper_t* mapper_clean_whitespace_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { int kflag = FALSE; int vflag = FALSE; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_true_flag(pstate, "-k", &kflag); ap_define_true_flag(pstate, "--keys-only", &kflag); ap_define_true_flag(pstate, "-v", &vflag); ap_define_true_flag(pstate, "--values-only", &vflag); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_clean_whitespace_usage(stderr, argv[0], verb); return NULL; } int do_keys = TRUE; int do_values = TRUE; if (kflag && vflag) { mapper_clean_whitespace_usage(stderr, argv[0], verb); return NULL; } else if (kflag) { do_values = FALSE; } else if (vflag) { do_keys = FALSE; } return mapper_clean_whitespace_alloc(pstate, do_keys, do_values); } // ---------------------------------------------------------------- static mapper_t* mapper_clean_whitespace_alloc(ap_state_t* pargp, int do_keys, int do_values) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_clean_whitespace_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_clean_whitespace_state_t)); pstate->pargp = pargp; if (do_keys && do_values) { pmapper->pprocess_func = mapper_clean_whitespace_kvprocess; } else if (do_keys) { pmapper->pprocess_func = mapper_clean_whitespace_kprocess; } else if (do_values) { pmapper->pprocess_func = mapper_clean_whitespace_vprocess; } pmapper->pfree_func = mapper_clean_whitespace_free; pmapper->pvstate = (void*)pstate; return pmapper; } static void mapper_clean_whitespace_free(mapper_t* pmapper, context_t* _) { mapper_clean_whitespace_state_t* pstate = pmapper->pvstate; ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_clean_whitespace_kvprocess(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec != NULL) { lrec_t* poutrec = lrec_unbacked_alloc(); for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { mv_t old_key = mv_from_string_with_free(mlr_strdup_or_die(pe->key)); mv_t old_value = mv_from_string_with_free(mlr_strdup_or_die(pe->value)); mv_t new_key = s_s_clean_whitespace_func(&old_key); mv_t new_value = s_s_clean_whitespace_func(&old_value); char free_flags = 0; if (new_key.free_flags & FREE_ENTRY_VALUE) free_flags |= FREE_ENTRY_KEY; if (new_value.free_flags & FREE_ENTRY_VALUE) free_flags |= FREE_ENTRY_VALUE; lrec_put(poutrec, new_key.u.strv, new_value.u.strv, free_flags); } lrec_free(pinrec); return sllv_single(poutrec); } else { return sllv_single(NULL); } } // ---------------------------------------------------------------- static sllv_t* mapper_clean_whitespace_kprocess(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec != NULL) { lrec_t* poutrec = lrec_unbacked_alloc(); for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { mv_t old_key = mv_from_string_with_free(mlr_strdup_or_die(pe->key)); mv_t value = mv_from_string_with_free(mlr_strdup_or_die(pe->value)); mv_t new_key = s_s_clean_whitespace_func(&old_key); char free_flags = FREE_ENTRY_VALUE; if (new_key.free_flags & FREE_ENTRY_VALUE) free_flags |= FREE_ENTRY_KEY; lrec_put(poutrec, new_key.u.strv, value.u.strv, free_flags); } lrec_free(pinrec); return sllv_single(poutrec); } else { return sllv_single(NULL); } } // ---------------------------------------------------------------- static sllv_t* mapper_clean_whitespace_vprocess(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec != NULL) { lrec_t* poutrec = lrec_unbacked_alloc(); for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { mv_t key = mv_from_string_with_free(mlr_strdup_or_die(pe->key)); mv_t old_value = mv_from_string_with_free(mlr_strdup_or_die(pe->value)); mv_t new_value = s_s_clean_whitespace_func(&old_value); char free_flags = FREE_ENTRY_KEY; if (new_value.free_flags & FREE_ENTRY_VALUE) free_flags |= FREE_ENTRY_VALUE; lrec_put(poutrec, key.u.strv, new_value.u.strv, free_flags); } lrec_free(pinrec); return sllv_single(poutrec); } else { return sllv_single(NULL); } } miller-5.6.2/c/mapping/mapper_count_similar.c000066400000000000000000000144001354153536500212560ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "containers/sllv.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/lhmsll.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #include "cli/argparse.h" #define DEFAULT_OUTPUT_FIELD_NAME "count" typedef struct _mapper_count_similar_state_t { ap_state_t* pargp; slls_t* pgroup_by_field_names; lhmslv_t* pcounts_by_group; lhmslv_t* precord_lists_by_group; char* output_field_name; } mapper_count_similar_state_t; static void mapper_count_similar_usage( FILE* o, char* argv0, char* verb); static mapper_t* mapper_count_similar_parse_cli( int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_count_similar_alloc( ap_state_t* pargp, slls_t* pgroup_by_field_names, char* output_field_name); static void mapper_count_similar_free( mapper_t* pmapper, context_t* _); static sllv_t* mapper_count_similar_process( lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_count_similar_setup = { .verb = "count-similar", .pusage_func = mapper_count_similar_usage, .pparse_func = mapper_count_similar_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_count_similar_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Ingests all records, then emits each record augmented by a count of \n"); fprintf(o, "the number of other records having the same group-by field values.\n"); fprintf(o, "Options:\n"); fprintf(o, "-g {d,e,f} Group-by-field names for counts.\n"); fprintf(o, "-o {name} Field name for output count. Default \"%s\".\n", DEFAULT_OUTPUT_FIELD_NAME); } static mapper_t* mapper_count_similar_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { slls_t* pgroup_by_field_names = NULL; char* output_field_name = DEFAULT_OUTPUT_FIELD_NAME; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_list_flag(pstate, "-g", &pgroup_by_field_names); ap_define_string_flag(pstate, "-o", &output_field_name); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_count_similar_usage(stderr, argv[0], verb); return NULL; } if (pgroup_by_field_names == NULL) { mapper_count_similar_usage(stderr, argv[0], verb); return NULL; } return mapper_count_similar_alloc(pstate, pgroup_by_field_names, output_field_name); } // ---------------------------------------------------------------- static mapper_t* mapper_count_similar_alloc(ap_state_t* pargp, slls_t* pgroup_by_field_names, char* output_field_name) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_count_similar_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_count_similar_state_t)); pstate->pargp = pargp; pstate->pgroup_by_field_names = pgroup_by_field_names; pstate->pcounts_by_group = lhmslv_alloc(); pstate->precord_lists_by_group = lhmslv_alloc(); pstate->output_field_name = output_field_name; pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_count_similar_process; pmapper->pfree_func = mapper_count_similar_free; return pmapper; } static void mapper_count_similar_free(mapper_t* pmapper, context_t* _) { mapper_count_similar_state_t* pstate = pmapper->pvstate; slls_free(pstate->pgroup_by_field_names); // lhmslv_free will free the keys: we only need to free the void-star values. for (lhmslve_t* pa = pstate->pcounts_by_group->phead; pa != NULL; pa = pa->pnext) { unsigned long long* pcount = pa->pvvalue; free(pcount); } lhmslv_free(pstate->pcounts_by_group); // lhmslv_free will free the hashmap keys; we need to free the void-star hashmap values. for (lhmslve_t* pa = pstate->precord_lists_by_group->phead; pa != NULL; pa = pa->pnext) { sllv_t* precord_list_for_group = pa->pvvalue; // outrecs were freed by caller of mapper_tail_process. Here, just free // the sllv container itself. sllv_free(precord_list_for_group); } lhmslv_free(pstate->precord_lists_by_group); pstate->pgroup_by_field_names = NULL; pstate->pcounts_by_group = NULL; ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_count_similar_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_count_similar_state_t* pstate = pvstate; if (pinrec != NULL) { slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values == NULL) { lrec_free(pinrec); return NULL; } unsigned long long* pcount = lhmslv_get(pstate->pcounts_by_group, pgroup_by_field_values); if (pcount == NULL) { pcount = mlr_malloc_or_die(sizeof(unsigned long long)); *pcount = 1LL; lhmslv_put(pstate->pcounts_by_group, slls_copy(pgroup_by_field_values), pcount, FREE_ENTRY_KEY); } else { (*pcount)++; } sllv_t* precord_list_for_group = lhmslv_get(pstate->precord_lists_by_group, pgroup_by_field_values); if (precord_list_for_group == NULL) { precord_list_for_group = sllv_alloc(); lhmslv_put(pstate->precord_lists_by_group, slls_copy(pgroup_by_field_values), precord_list_for_group, FREE_ENTRY_KEY); } sllv_append(precord_list_for_group, pinrec); slls_free(pgroup_by_field_values); return NULL; } else { sllv_t* poutrecs = sllv_alloc(); for (lhmslve_t* pa = pstate->precord_lists_by_group->phead; pa != NULL; pa = pa->pnext) { unsigned long long* pcount = lhmslv_get(pstate->pcounts_by_group, pa->key); if (pcount == NULL) { fprintf(stderr, "%s: internal coding error detected in file %s at line %d.\n", MLR_GLOBALS.bargv0, __FILE__, __LINE__); exit(1); } sllv_t* precord_list_for_group = pa->pvvalue; while (precord_list_for_group->phead != NULL) { lrec_t* poutrec = sllv_pop(precord_list_for_group); char* scount = mlr_alloc_string_from_ll(*pcount); lrec_put(poutrec, pstate->output_field_name, scount, FREE_ENTRY_VALUE); sllv_append(poutrecs, poutrec); } } sllv_append(poutrecs, NULL); return poutrecs; } } miller-5.6.2/c/mapping/mapper_cut.c000066400000000000000000000166301354153536500172100ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "lib/mlrregex.h" #include "containers/lrec.h" #include "containers/sllv.h" #include "containers/hss.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #include "cli/argparse.h" typedef struct _mapper_cut_state_t { ap_state_t* pargp; slls_t* pfield_name_list; hss_t* pfield_name_set; regex_t* regexes; int nregex; int do_arg_order; int do_complement; } mapper_cut_state_t; static void mapper_cut_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_cut_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_cut_alloc(ap_state_t* pargp, slls_t* pfield_name_list, int do_arg_order, int do_complement, int do_regexes); static void mapper_cut_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_cut_process_no_regexes(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_cut_process_with_regexes(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_cut_setup = { .verb = "cut", .pusage_func = mapper_cut_usage, .pparse_func = mapper_cut_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_cut_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Passes through input records with specified fields included/excluded.\n"); fprintf(o, "-f {a,b,c} Field names to include for cut.\n"); fprintf(o, "-o Retain fields in the order specified here in the argument list.\n"); fprintf(o, " Default is to retain them in the order found in the input data.\n"); fprintf(o, "-x|--complement Exclude, rather than include, field names specified by -f.\n"); fprintf(o, "-r Treat field names as regular expressions. \"ab\", \"a.*b\" will\n"); fprintf(o, " match any field name containing the substring \"ab\" or matching\n"); fprintf(o, " \"a.*b\", respectively; anchors of the form \"^ab$\", \"^a.*b$\" may\n"); fprintf(o, " be used. The -o flag is ignored when -r is present.\n"); fprintf(o, "Examples:\n"); fprintf(o, " %s %s -f hostname,status\n", argv0, verb); fprintf(o, " %s %s -x -f hostname,status\n", argv0, verb); fprintf(o, " %s %s -r -f '^status$,sda[0-9]'\n", argv0, verb); fprintf(o, " %s %s -r -f '^status$,\"sda[0-9]\"'\n", argv0, verb); fprintf(o, " %s %s -r -f '^status$,\"sda[0-9]\"i' (this is case-insensitive)\n", argv0, verb); } // ---------------------------------------------------------------- static mapper_t* mapper_cut_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { slls_t* pfield_name_list = NULL; int do_arg_order = FALSE; int do_complement = FALSE; int do_regexes = FALSE; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_list_flag(pstate, "-f", &pfield_name_list); ap_define_true_flag(pstate, "-o", &do_arg_order); ap_define_true_flag(pstate, "-x", &do_complement); ap_define_true_flag(pstate, "--complement", &do_complement); ap_define_true_flag(pstate, "-r", &do_regexes); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_cut_usage(stderr, argv[0], verb); return NULL; } if (pfield_name_list == NULL) { mapper_cut_usage(stderr, argv[0], verb); return NULL; } return mapper_cut_alloc(pstate, pfield_name_list, do_arg_order, do_complement, do_regexes); } // ---------------------------------------------------------------- static mapper_t* mapper_cut_alloc(ap_state_t* pargp, slls_t* pfield_name_list, int do_arg_order, int do_complement, int do_regexes) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_cut_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_cut_state_t)); pstate->pargp = pargp; if (!do_regexes) { pstate->pfield_name_list = pfield_name_list; slls_reverse(pstate->pfield_name_list); pstate->pfield_name_set = hss_from_slls(pfield_name_list); pstate->nregex = 0; pstate->regexes = NULL; pmapper->pprocess_func = mapper_cut_process_no_regexes; } else { pstate->pfield_name_list = NULL; pstate->pfield_name_set = NULL; pstate->nregex = pfield_name_list->length; pstate->regexes = mlr_malloc_or_die(pstate->nregex * sizeof(regex_t)); int i = 0; for (sllse_t* pe = pfield_name_list->phead; pe != NULL; pe = pe->pnext, i++) { // Let them type in a.*b if they want, or "a.*b", or "a.*b"i. // Strip off the leading " and trailing " or "i. regcomp_or_die_quoted(&pstate->regexes[i], pe->value, REG_NOSUB); } slls_free(pfield_name_list); pmapper->pprocess_func = mapper_cut_process_with_regexes; } pstate->do_arg_order = do_arg_order; pstate->do_complement = do_complement; pmapper->pvstate = (void*)pstate; pmapper->pfree_func = mapper_cut_free; return pmapper; } static void mapper_cut_free(mapper_t* pmapper, context_t* _) { mapper_cut_state_t* pstate = pmapper->pvstate; slls_free(pstate->pfield_name_list); hss_free(pstate->pfield_name_set); for (int i = 0; i < pstate->nregex; i++) regfree(&pstate->regexes[i]); free(pstate->regexes); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_cut_process_no_regexes(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec != NULL) { mapper_cut_state_t* pstate = (mapper_cut_state_t*)pvstate; if (!pstate->do_complement) { // Loop over the record and free the fields not in the // to-be-retained set, being careful about the fact that we're // modifying what we're looping over. for (lrece_t* pe = pinrec->phead; pe != NULL; /* next in loop */) { if (!hss_has(pstate->pfield_name_set, pe->key)) { lrece_t* pf = pe->pnext; lrec_remove(pinrec, pe->key); pe = pf; } else { pe = pe->pnext; } } if (pstate->do_arg_order) { // OK since the field-name list was reversed at construction time. for (sllse_t* pe = pstate->pfield_name_list->phead; pe != NULL; pe = pe->pnext) { char* field_name = pe->value; lrec_move_to_head(pinrec, field_name); } } return sllv_single(pinrec); } else { for (sllse_t* pe = pstate->pfield_name_list->phead; pe != NULL; pe = pe->pnext) { char* field_name = pe->value; lrec_remove(pinrec, field_name); } return sllv_single(pinrec); } } else { return sllv_single(NULL); } } // ---------------------------------------------------------------- static sllv_t* mapper_cut_process_with_regexes(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec != NULL) { mapper_cut_state_t* pstate = (mapper_cut_state_t*)pvstate; // Loop over the record and free the fields to be discarded, being // careful about the fact that we're modifying what we're looping over. for (lrece_t* pe = pinrec->phead; pe != NULL; /* next in loop */) { int matches_any = FALSE; for (int i = 0; i < pstate->nregex; i++) { if (regmatch_or_die(&pstate->regexes[i], pe->key, 0, NULL)) { matches_any = TRUE; break; } } if (matches_any ^ pstate->do_complement) { pe = pe->pnext; } else { lrece_t* pf = pe->pnext; lrec_remove(pinrec, pe->key); pe = pf; } } return sllv_single(pinrec); } else { return sllv_single(NULL); } } miller-5.6.2/c/mapping/mapper_decimate.c000066400000000000000000000117031354153536500201640ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "containers/sllv.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #include "cli/argparse.h" typedef struct _mapper_decimate_state_t { ap_state_t* pargp; slls_t* pgroup_by_field_names; unsigned long long decimate_count; unsigned long long remainder_for_keep; lhmslv_t* pcounts_by_group; } mapper_decimate_state_t; static void mapper_decimate_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_decimate_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_decimate_alloc(ap_state_t* pargp, slls_t* pgroup_by_field_names, unsigned long long decimate_count, int keep_last); static void mapper_decimate_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_decimate_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_decimate_setup = { .verb = "decimate", .pusage_func = mapper_decimate_usage, .pparse_func = mapper_decimate_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_decimate_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "-n {count} Decimation factor; default 10\n"); fprintf(o, "-b Decimate by printing first of every n.\n"); fprintf(o, "-e Decimate by printing last of every n (default).\n"); fprintf(o, "-g {a,b,c} Optional group-by-field names for decimate counts\n"); fprintf(o, "Passes through one of every n records, optionally by category.\n"); } static mapper_t* mapper_decimate_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { int decimate_count = 10; int keep_last = TRUE; slls_t* pgroup_by_field_names = slls_alloc(); char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_int_flag(pstate, "-n", &decimate_count); ap_define_string_list_flag(pstate, "-g", &pgroup_by_field_names); ap_define_false_flag(pstate, "-b", &keep_last); ap_define_true_flag(pstate, "-e", &keep_last); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_decimate_usage(stderr, argv[0], verb); return NULL; } return mapper_decimate_alloc(pstate, pgroup_by_field_names, decimate_count, keep_last); } // ---------------------------------------------------------------- static mapper_t* mapper_decimate_alloc(ap_state_t* pargp, slls_t* pgroup_by_field_names, unsigned long long decimate_count, int keep_last) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_decimate_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_decimate_state_t)); pstate->pargp = pargp; pstate->pgroup_by_field_names = pgroup_by_field_names; pstate->decimate_count = decimate_count; pstate->remainder_for_keep = keep_last ? decimate_count - 1 : 0; pstate->pcounts_by_group = lhmslv_alloc(); pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_decimate_process; pmapper->pfree_func = mapper_decimate_free; return pmapper; } static void mapper_decimate_free(mapper_t* pmapper, context_t* _) { mapper_decimate_state_t* pstate = pmapper->pvstate; if (pstate->pgroup_by_field_names != NULL) slls_free(pstate->pgroup_by_field_names); // lhmslv_free will free the hashmap keys; we need to free the void-star hashmap values. for (lhmslve_t* pa = pstate->pcounts_by_group->phead; pa != NULL; pa = pa->pnext) { unsigned long long* pcount_for_group = pa->pvvalue; free(pcount_for_group); } lhmslv_free(pstate->pcounts_by_group); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_decimate_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_decimate_state_t* pstate = pvstate; if (pinrec != NULL) { slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values == NULL) { return NULL; } else { unsigned long long* pcount_for_group = lhmslv_get(pstate->pcounts_by_group, pgroup_by_field_values); if (pcount_for_group == NULL) { pcount_for_group = mlr_malloc_or_die(sizeof(unsigned long long)); *pcount_for_group = 0LL; lhmslv_put(pstate->pcounts_by_group, slls_copy(pgroup_by_field_values), pcount_for_group, FREE_ENTRY_KEY); } unsigned long long remainder = *pcount_for_group % pstate->decimate_count; if (remainder == pstate->remainder_for_keep) { (*pcount_for_group)++; slls_free(pgroup_by_field_values); return sllv_single(pinrec); } else { (*pcount_for_group)++; lrec_free(pinrec); slls_free(pgroup_by_field_values); return NULL; } } } else { return sllv_single(NULL); } } miller-5.6.2/c/mapping/mapper_fill_down.c000066400000000000000000000107421354153536500203700ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "containers/sllv.h" #include "containers/lhmss.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #include "cli/argparse.h" typedef struct _mapper_fill_down_state_t { ap_state_t* pargp; slls_t* pfill_down_field_names; lhmss_t* plast_non_null_values; int only_if_absent; } mapper_fill_down_state_t; static void mapper_fill_down_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_fill_down_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_fill_down_alloc(ap_state_t* pargp, slls_t* pfill_down_field_names, int only_if_absent); static void mapper_fill_down_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_fill_down_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_fill_down_setup = { .verb = "fill-down", .pusage_func = mapper_fill_down_usage, .pparse_func = mapper_fill_down_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_fill_down_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "-f {a,b,c} Field names for fill-down\n"); fprintf(o, "-a|--only-if-absent Field names for fill-down\n"); fprintf(o, "If a given record has a missing value for a given field, fill that from\n"); fprintf(o, "the corresponding value from a previous record, if any.\n"); fprintf(o, "By default, a 'missing' field either is absent, or has the empty-string value.\n"); fprintf(o, "With -a, a field is 'missing' only if it is absent.\n"); } static mapper_t* mapper_fill_down_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { slls_t* pfill_down_field_names = NULL; int only_if_absent = FALSE; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_list_flag(pstate, "-f", &pfill_down_field_names); ap_define_true_flag(pstate, "-a", &only_if_absent); ap_define_true_flag(pstate, "--only-if-absent", &only_if_absent); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_fill_down_usage(stderr, argv[0], verb); return NULL; } if (pfill_down_field_names == NULL) { mapper_fill_down_usage(stderr, argv[0], verb); return NULL; } return mapper_fill_down_alloc(pstate, pfill_down_field_names, only_if_absent); } // ---------------------------------------------------------------- static mapper_t* mapper_fill_down_alloc(ap_state_t* pargp, slls_t* pfill_down_field_names, int only_if_absent) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_fill_down_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_fill_down_state_t)); pstate->pargp = pargp; pstate->pfill_down_field_names = pfill_down_field_names; pstate->plast_non_null_values = lhmss_alloc(); pstate->only_if_absent = only_if_absent; pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_fill_down_process; pmapper->pfree_func = mapper_fill_down_free; return pmapper; } static void mapper_fill_down_free(mapper_t* pmapper, context_t* _) { mapper_fill_down_state_t* pstate = pmapper->pvstate; slls_free(pstate->pfill_down_field_names); lhmss_free(pstate->plast_non_null_values); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_fill_down_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_fill_down_state_t* pstate = pvstate; if (pinrec == NULL) { // end of record stream return sllv_single(NULL); } for (sllse_t* pe = pstate->pfill_down_field_names->phead; pe != NULL; pe = pe->pnext) { char* pkey = pe->value; char* pvalue = lrec_get(pinrec, pkey); int present = (pstate->only_if_absent) ? (pvalue != NULL) : (pvalue != NULL && *pvalue); if (present) { // Remember it for a subsequent record lacking this field lhmss_put(pstate->plast_non_null_values, mlr_strdup_or_die(pkey), mlr_strdup_or_die(pvalue), FREE_ENTRY_KEY | FREE_ENTRY_VALUE); } else { // Reuse previously seen value, if any char* prev = lhmss_get(pstate->plast_non_null_values, pkey); if (prev != NULL) { lrec_put(pinrec, mlr_strdup_or_die(pkey), mlr_strdup_or_die(prev), FREE_ENTRY_KEY | FREE_ENTRY_VALUE); } } } return sllv_single(pinrec); } miller-5.6.2/c/mapping/mapper_format_values.c000066400000000000000000000150331354153536500212600ustar00rootroot00000000000000#include "cli/argparse.h" #include "mapping/mappers.h" #include "lib/mlrutil.h" #include "containers/lrec.h" typedef struct _mapper_format_values_state_t { ap_state_t* pargp; char* string_format; char* int_format; char* float_format; int coerce_int_to_float; } mapper_format_values_state_t; #define DEFAULT_STRING_FORMAT "%s" #define DEFAULT_INT_FORMAT "%lld" #define DEFAULT_FLOAT_FORMAT "%lf" static void mapper_format_values_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_format_values_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_format_values_alloc(ap_state_t* pargp, char* string_format, char* int_format, char* float_format, int coerce_int_to_float); static void mapper_format_values_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_format_values_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_format_values_setup = { .verb = "format-values", .pusage_func = mapper_format_values_usage, .pparse_func = mapper_format_values_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static mapper_t* mapper_format_values_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { char* string_format = DEFAULT_STRING_FORMAT; char* int_format = DEFAULT_INT_FORMAT; char* float_format = DEFAULT_FLOAT_FORMAT; int coerce_int_to_float = FALSE; if ((argc - *pargi) < 1) { mapper_format_values_usage(stderr, argv[0], argv[*pargi]); return NULL; } char* verb = argv[*pargi]; *pargi += 1; ap_state_t* pstate = ap_alloc(); ap_define_string_flag(pstate, "-s", &string_format); ap_define_string_flag(pstate, "-i", &int_format); ap_define_string_flag(pstate, "-f", &float_format); ap_define_true_flag(pstate, "-n", &coerce_int_to_float); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_format_values_usage(stderr, argv[0], verb); return NULL; } mapper_t* pmapper = mapper_format_values_alloc(pstate, string_format, int_format, float_format, coerce_int_to_float); return pmapper; } static void mapper_format_values_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Applies format strings to all field values, depending on autodetected type.\n"); fprintf(o, "* If a field value is detected to be integer, applies integer format.\n"); fprintf(o, "* Else, if a field value is detected to be float, applies float format.\n"); fprintf(o, "* Else, applies string format.\n"); fprintf(o, "\n"); fprintf(o, "Note: this is a low-keystroke way to apply formatting to many fields. To get\n"); fprintf(o, "finer control, please see the fmtnum function within the mlr put DSL.\n"); fprintf(o, "\n"); fprintf(o, "Note: this verb lets you apply arbitrary format strings, which can produce\n"); fprintf(o, "undefined behavior and/or program crashes. See your system's \"man printf\".\n"); fprintf(o, "\n"); fprintf(o, "Options:\n"); fprintf(o, "-i {integer format} Defaults to \"%s\".\n", DEFAULT_INT_FORMAT); fprintf(o, " Examples: \"%%06lld\", \"%%08llx\".\n"); fprintf(o, " Note that Miller integers are long long so you must use\n"); fprintf(o, " formats which apply to long long, e.g. with ll in them.\n"); fprintf(o, " Undefined behavior results otherwise.\n"); fprintf(o, "-f {float format} Defaults to \"%s\".\n", DEFAULT_FLOAT_FORMAT); fprintf(o, " Examples: \"%%8.3lf\", \"%%.6le\".\n"); fprintf(o, " Note that Miller floats are double-precision so you must\n"); fprintf(o, " use formats which apply to double, e.g. with l[efg] in them.\n"); fprintf(o, " Undefined behavior results otherwise.\n"); fprintf(o, "-s {string format} Defaults to \"%s\".\n", DEFAULT_STRING_FORMAT); fprintf(o, " Examples: \"_%%s\", \"%%08s\".\n"); fprintf(o, " Note that you must use formats which apply to string, e.g.\n"); fprintf(o, " with s in them. Undefined behavior results otherwise.\n"); fprintf(o, "-n Coerce field values autodetected as int to float, and then\n"); fprintf(o, " apply the float format.\n"); } // ---------------------------------------------------------------- static mapper_t* mapper_format_values_alloc(ap_state_t* pargp, char* string_format, char* int_format, char* float_format, int coerce_int_to_float) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_format_values_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_format_values_state_t)); pstate->pargp = pargp; pstate->string_format = string_format; pstate->int_format = int_format; pstate->float_format = float_format; pstate->coerce_int_to_float = coerce_int_to_float; pmapper->pvstate = pstate; pmapper->pprocess_func = NULL; pmapper->pprocess_func = mapper_format_values_process; pmapper->pfree_func = mapper_format_values_free; return pmapper; } static void mapper_format_values_free(mapper_t* pmapper, context_t* _) { mapper_format_values_state_t* pstate = pmapper->pvstate; ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_format_values_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_format_values_state_t* pstate = (mapper_format_values_state_t*)pvstate; if (pinrec == NULL) { // end of record stream return sllv_single(NULL); } for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { long long int_value; double float_value; char* string_value = pe->value; int is_int = mlr_try_int_from_string(string_value, &int_value); int is_float = mlr_try_float_from_string(string_value, &float_value); if (is_int) { if (pstate->coerce_int_to_float) { lrece_update_value(pe, mlr_alloc_string_from_double((double)int_value, pstate->float_format), TRUE); } else { lrece_update_value(pe, mlr_alloc_string_from_ll_and_format(int_value, pstate->int_format), TRUE); } } else if (is_float) { lrece_update_value(pe, mlr_alloc_string_from_double(float_value, pstate->float_format), TRUE); } else { lrece_update_value(pe, mlr_alloc_string_from_string_and_format(string_value, pstate->string_format), TRUE ); } } return sllv_single(pinrec); } miller-5.6.2/c/mapping/mapper_fraction.c000066400000000000000000000236451354153536500202260ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "containers/sllv.h" #include "containers/slls.h" #include "containers/lhmslv.h" #include "containers/lhmsmv.h" #include "containers/mixutil.h" #include "lib/mvfuncs.h" #include "mapping/mappers.h" #include "cli/argparse.h" typedef struct _mapper_fraction_state_t { ap_state_t* pargp; slls_t* pfraction_field_names; slls_t* pgroup_by_field_names; sllv_t* precords; // Two-level map: lhmslv_t -> lhmsv. Group-by field names are the first keyset; // the fraction field names are keys into the second. lhmslv_t* psums; lhmslv_t* pcumus; int do_cumu; char* output_field_name_suffix; // "_fraction" or "_percent" mv_t multiplier; // 1.0 for fraction or 100.0 for percent mv_t zero; } mapper_fraction_state_t; static void mapper_fraction_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_fraction_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_fraction_alloc(ap_state_t* pargp, slls_t* pfraction_field_names, slls_t* pgroup_by_field_names, int do_percents, int do_cumu); static void mapper_fraction_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_fraction_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_fraction_setup = { .verb = "fraction", .pusage_func = mapper_fraction_usage, .pparse_func = mapper_fraction_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_fraction_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "For each record's value in specified fields, computes the ratio of that\n"); fprintf(o, "value to the sum of values in that field over all input records.\n"); fprintf(o, "E.g. with input records x=1 x=2 x=3 and x=4, emits output records\n"); fprintf(o, "x=1,x_fraction=0.1 x=2,x_fraction=0.2 x=3,x_fraction=0.3 and x=4,x_fraction=0.4\n"); fprintf(o, "\n"); fprintf(o, "Note: this is internally a two-pass algorithm: on the first pass it retains\n"); fprintf(o, "input records and accumulates sums; on the second pass it computes quotients\n"); fprintf(o, "and emits output records. This means it produces no output until all input is read.\n"); fprintf(o, "\n"); fprintf(o, "Options:\n"); fprintf(o, "-f {a,b,c} Field name(s) for fraction calculation\n"); fprintf(o, "-g {d,e,f} Optional group-by-field name(s) for fraction counts\n"); fprintf(o, "-p Produce percents [0..100], not fractions [0..1]. Output field names\n"); fprintf(o, " end with \"_percent\" rather than \"_fraction\"\n"); fprintf(o, "-c Produce cumulative distributions, i.e. running sums: each output\n"); fprintf(o, " value folds in the sum of the previous for the specified group\n"); fprintf(o, " E.g. with input records x=1 x=2 x=3 and x=4, emits output records\n"); fprintf(o, " x=1,x_cumulative_fraction=0.1 x=2,x_cumulative_fraction=0.3\n"); fprintf(o, " x=3,x_cumulative_fraction=0.6 and x=4,x_cumulative_fraction=1.0\n"); } static mapper_t* mapper_fraction_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { slls_t* pfraction_field_names = slls_alloc(); slls_t* pgroup_by_field_names = slls_alloc(); int do_percents = FALSE; int do_cumu = FALSE; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_list_flag(pstate, "-f", &pfraction_field_names); ap_define_string_list_flag(pstate, "-g", &pgroup_by_field_names); ap_define_true_flag(pstate, "-p", &do_percents); ap_define_true_flag(pstate, "-c", &do_cumu); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_fraction_usage(stderr, argv[0], verb); return NULL; } if (pfraction_field_names->length == 0) { mapper_fraction_usage(stderr, argv[0], verb); return NULL; } return mapper_fraction_alloc(pstate, pfraction_field_names, pgroup_by_field_names, do_percents, do_cumu); } // ---------------------------------------------------------------- static mapper_t* mapper_fraction_alloc(ap_state_t* pargp, slls_t* pfraction_field_names, slls_t* pgroup_by_field_names, int do_percents, int do_cumu) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_fraction_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_fraction_state_t)); pstate->pargp = pargp; pstate->pfraction_field_names = pfraction_field_names; pstate->pgroup_by_field_names = pgroup_by_field_names; pstate->precords = sllv_alloc(); pstate->psums = lhmslv_alloc(); pstate->pcumus = lhmslv_alloc(); if (do_percents) { pstate->multiplier = mv_from_int(100); pstate->output_field_name_suffix = do_cumu ? "_cumulative_percent" : "_percent"; } else { pstate->multiplier = mv_from_int(1); pstate->output_field_name_suffix = do_cumu ? "_cumulative_fraction" : "_fraction"; } pstate->do_cumu = do_cumu; pstate->zero = mv_from_int(0); pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_fraction_process; pmapper->pfree_func = mapper_fraction_free; return pmapper; } static void mapper_fraction_free(mapper_t* pmapper, context_t* _) { mapper_fraction_state_t* pstate = pmapper->pvstate; if (pstate->pfraction_field_names != NULL) slls_free(pstate->pfraction_field_names); if (pstate->pgroup_by_field_names != NULL) slls_free(pstate->pgroup_by_field_names); // The process method will have emptied out the list. We just need to free the container. sllv_free(pstate->precords); // lhmslv_free will free the hashmap keys; we need to free the void-star hashmap values. for (lhmslve_t* pa = pstate->psums->phead; pa != NULL; pa = pa->pnext) { lhmsmv_t* psums_for_group = pa->pvvalue; lhmsmv_free(psums_for_group); } lhmslv_free(pstate->psums); for (lhmslve_t* pa = pstate->pcumus->phead; pa != NULL; pa = pa->pnext) { lhmsmv_t* psums_for_group = pa->pvvalue; lhmsmv_free(psums_for_group); } lhmslv_free(pstate->pcumus); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_fraction_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_fraction_state_t* pstate = pvstate; if (pinrec != NULL) { // Not end of stream; pass 1 // Append records into a single output list (so that this verb is order-preserving). sllv_append(pstate->precords, pinrec); // Accumulate sums of fraction-field values grouped by group-by field names slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values != NULL) { lhmsmv_t* psums_for_group = lhmslv_get(pstate->psums, pgroup_by_field_values); lhmsmv_t* pcumus_for_group = NULL; if (psums_for_group == NULL) { psums_for_group = lhmsmv_alloc(); lhmslv_put(pstate->psums, slls_copy(pgroup_by_field_values), psums_for_group, FREE_ENTRY_KEY); pcumus_for_group = lhmsmv_alloc(); lhmslv_put(pstate->pcumus, slls_copy(pgroup_by_field_values), pcumus_for_group, FREE_ENTRY_KEY); } for (sllse_t* pf = pstate->pfraction_field_names->phead; pf != NULL; pf = pf->pnext) { char* fraction_field_name = pf->value; char* lrec_string_value = lrec_get(pinrec, fraction_field_name); if (lrec_string_value != NULL) { mv_t lrec_num_value = mv_scan_number_or_die(lrec_string_value); mv_t* psum = lhmsmv_get(psums_for_group, fraction_field_name); if (psum == NULL) { // First value for group lhmsmv_put(psums_for_group, fraction_field_name, &lrec_num_value, FREE_ENTRY_VALUE); lhmsmv_put(pcumus_for_group, fraction_field_name, &pstate->zero, FREE_ENTRY_VALUE); } else { *psum = x_xx_plus_func(psum, &lrec_num_value); } } } slls_free(pgroup_by_field_values); } return NULL; } else { // End of stream; pass 2 sllv_t* poutrecs = sllv_alloc(); // Iterate over the retained records, decorating them with fraction fields. while (pstate->precords->phead != NULL) { lrec_t* poutrec = sllv_pop(pstate->precords); slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(poutrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values != NULL) { lhmsmv_t* psums_for_group = lhmslv_get(pstate->psums, pgroup_by_field_values); lhmsmv_t* pcumus_for_group = lhmslv_get(pstate->pcumus, pgroup_by_field_values); MLR_INTERNAL_CODING_ERROR_IF(psums_for_group == NULL); // should have populated on pass 1 for (sllse_t* pf = pstate->pfraction_field_names->phead; pf != NULL; pf = pf->pnext) { char* fraction_field_name = pf->value; char* lrec_string_value = lrec_get(poutrec, fraction_field_name); if (lrec_string_value != NULL) { mv_t lrec_num_value = mv_scan_number_or_die(lrec_string_value); mv_t numerator; mv_t* pcumu = NULL; if (pstate->do_cumu) { pcumu = lhmsmv_get(pcumus_for_group, fraction_field_name); numerator = x_xx_plus_func(&lrec_num_value, pcumu); } else { numerator = lrec_num_value; } mv_t* pdenominator = lhmsmv_get(psums_for_group, fraction_field_name); mv_t output_value = mv_i_nn_ne(&lrec_num_value, &pstate->zero) ? x_xx_divide_func(&numerator, pdenominator) : mv_error(); output_value = x_xx_times_func(&output_value, &pstate->multiplier); lrec_put(poutrec, mlr_paste_2_strings(fraction_field_name, pstate->output_field_name_suffix), mv_alloc_format_val(&output_value), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); if (pstate->do_cumu) { *pcumu = x_xx_plus_func(pcumu, &lrec_num_value); } } } slls_free(pgroup_by_field_values); } sllv_append(poutrecs, poutrec); } sllv_append(poutrecs, NULL); return poutrecs; } } miller-5.6.2/c/mapping/mapper_grep.c000066400000000000000000000114031354153536500173430ustar00rootroot00000000000000#include "cli/argparse.h" #include "cli/mlrcli.h" #include "mapping/mappers.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/mlrregex.h" #include "containers/sllv.h" typedef struct _mapper_grep_state_t { ap_state_t* pargp; int exclude; regex_t regex; cli_writer_opts_t* pwriter_opts; } mapper_grep_state_t; static void mapper_grep_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_grep_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_grep_alloc(ap_state_t* pargp, char* regex_string, int exclude, int ignore_case, cli_writer_opts_t* pwriter_opts); static void mapper_grep_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_grep_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_grep_setup = { .verb = "grep", .pusage_func = mapper_grep_usage, .pparse_func = mapper_grep_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static mapper_t* mapper_grep_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* pwriter_opts) { char* regex_string = NULL; int exclude = FALSE; int ignore_case = FALSE; if ((argc - *pargi) < 1) { mapper_grep_usage(stderr, argv[0], argv[*pargi]); return NULL; } char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_true_flag(pstate, "-v", &exclude); ap_define_true_flag(pstate, "-i", &ignore_case); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_grep_usage(stderr, argv[0], verb); return NULL; } if ((argc - *pargi) < 1) { mapper_grep_usage(stderr, argv[0], verb); return NULL; } regex_string = argv[(*pargi)++]; mapper_t* pmapper = mapper_grep_alloc(pstate, regex_string, exclude, ignore_case, pwriter_opts); return pmapper; } static void mapper_grep_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options] {regular expression}\n", argv0, verb); fprintf(o, "Passes through records which match {regex}.\n"); fprintf(o, "Options:\n"); fprintf(o, "-i Use case-insensitive search.\n"); fprintf(o, "-v Invert: pass through records which do not match the regex.\n"); fprintf(o, "Note that \"%s filter\" is more powerful, but requires you to know field names.\n", argv0); fprintf(o, "By contrast, \"%s %s\" allows you to regex-match the entire record. It does\n", argv0, verb); fprintf(o, "this by formatting each record in memory as DKVP, using command-line-specified\n"); fprintf(o, "ORS/OFS/OPS, and matching the resulting line against the regex specified\n"); fprintf(o, "here. In particular, the regex is not applied to the input stream: if you\n"); fprintf(o, "have CSV with header line \"x,y,z\" and data line \"1,2,3\" then the regex will\n"); fprintf(o, "be matched, not against either of these lines, but against the DKVP line\n"); fprintf(o, "\"x=1,y=2,z=3\". Furthermore, not all the options to system grep are supported,\n"); fprintf(o, "and this command is intended to be merely a keystroke-saver. To get all the\n"); fprintf(o, "features of system grep, you can do\n"); fprintf(o, " \"%s --odkvp ... | grep ... | %s --idkvp ...\"\n", argv0, argv0); } // ---------------------------------------------------------------- static mapper_t* mapper_grep_alloc(ap_state_t* pargp, char* regex_string, int exclude, int ignore_case, cli_writer_opts_t* pwriter_opts) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_grep_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_grep_state_t)); pstate->pargp = pargp; int cflags = REG_NOSUB; if (ignore_case) cflags |= REG_ICASE; regcomp_or_die_quoted(&pstate->regex, regex_string, cflags); pstate->exclude = exclude; pstate->pwriter_opts = pwriter_opts; pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_grep_process; pmapper->pfree_func = mapper_grep_free; return pmapper; } static void mapper_grep_free(mapper_t* pmapper, context_t* _) { mapper_grep_state_t* pstate = pmapper->pvstate; regfree(&pstate->regex); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_grep_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) // end of input stream return sllv_single(NULL); mapper_grep_state_t* pstate = (mapper_grep_state_t*)pvstate; char* line = lrec_sprint(pinrec, pstate->pwriter_opts->ors, pstate->pwriter_opts->ofs, pstate->pwriter_opts->ops); int matches = regmatch_or_die(&pstate->regex, line, 0, NULL); sllv_t* poutrecs = NULL; if (matches ^ pstate->exclude) { poutrecs = sllv_single(pinrec); } else { lrec_free(pinrec); } free(line); return poutrecs; } miller-5.6.2/c/mapping/mapper_group_like.c000066400000000000000000000066361354153536500205620ustar00rootroot00000000000000#include #include #include #include "lib/mlrutil.h" #include "containers/sllv.h" #include "containers/slls.h" #include "containers/lhmslv.h" #include "containers/mixutil.h" #include "mapping/mappers.h" typedef struct _mapper_group_like_state_t { // map from list of string to list of record lhmslv_t* precords_by_key_field_names; } mapper_group_like_state_t; static void mapper_group_like_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_group_like_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_group_like_alloc(); static void mapper_group_like_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_group_like_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_group_like_setup = { .verb = "group-like", .pusage_func = mapper_group_like_usage, .pparse_func = mapper_group_like_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_group_like_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s\n", argv0, verb); fprintf(o, "Outputs records in batches having identical field names.\n"); } static mapper_t* mapper_group_like_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { if ((argc - *pargi) < 1) { mapper_group_like_usage(stderr, argv[0], argv[*pargi]); return NULL; } mapper_t* pmapper = mapper_group_like_alloc(); *pargi += 1; return pmapper; } // ---------------------------------------------------------------- static mapper_t* mapper_group_like_alloc() { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_group_like_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_group_like_state_t)); pstate->precords_by_key_field_names = lhmslv_alloc(); pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_group_like_process; pmapper->pfree_func = mapper_group_like_free; return pmapper; } static void mapper_group_like_free(mapper_t* pmapper, context_t* _) { mapper_group_like_state_t* pstate = pmapper->pvstate; // lhmslv_free will free the hashmap keys; we need to free the void-star hashmap values. for (lhmslve_t* pa = pstate->precords_by_key_field_names->phead; pa != NULL; pa = pa->pnext) { sllv_t* plist = pa->pvvalue; sllv_free(plist); } lhmslv_free(pstate->precords_by_key_field_names); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_group_like_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_group_like_state_t* pstate = pvstate; if (pinrec != NULL) { slls_t* pkey_field_names = mlr_reference_keys_from_record(pinrec); sllv_t* plist = lhmslv_get(pstate->precords_by_key_field_names, pkey_field_names); if (plist == NULL) { plist = sllv_alloc(); sllv_append(plist, pinrec); lhmslv_put(pstate->precords_by_key_field_names, slls_copy(pkey_field_names), plist, FREE_ENTRY_KEY); } else { sllv_append(plist, pinrec); } slls_free(pkey_field_names); return NULL; } else { sllv_t* poutput = sllv_alloc(); for (lhmslve_t* pe = pstate->precords_by_key_field_names->phead; pe != NULL; pe = pe->pnext) { sllv_t* plist = pe->pvvalue; sllv_transfer(poutput, plist); } sllv_append(poutput, NULL); return poutput; } } miller-5.6.2/c/mapping/mapper_having_fields.c000066400000000000000000000237011354153536500212140ustar00rootroot00000000000000#include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/mlrregex.h" #include "containers/lrec.h" #include "containers/sllv.h" #include "containers/hss.h" #include "mapping/mappers.h" #include "cli/argparse.h" typedef enum _criterion_t { HAVING_FIELDS_UNSPECIFIED, HAVING_FIELDS_AT_LEAST, HAVING_FIELDS_WHICH_ARE, HAVING_FIELDS_AT_MOST, HAVING_ALL_FIELDS_MATCHING, HAVING_ANY_FIELDS_MATCHING, HAVING_NO_FIELDS_MATCHING } criterion_t; typedef struct _mapper_having_fields_state_t { slls_t* pfield_names; hss_t* pfield_name_set; regex_t regex; } mapper_having_fields_state_t; static void mapper_having_fields_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_having_fields_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_having_fields_alloc(slls_t* pfield_names, char* regex_string, criterion_t criterion); static void mapper_having_fields_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_having_fields_at_least_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_having_fields_which_are_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_having_fields_at_most_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_having_all_fields_matching_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_having_any_fields_matching_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_having_no_fields_matching_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_having_fields_setup = { .verb = "having-fields", .pusage_func = mapper_having_fields_usage, .pparse_func = mapper_having_fields_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_having_fields_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Conditionally passes through records depending on each record's field names.\n"); fprintf(o, "Options:\n"); fprintf(o, " --at-least {comma-separated names}\n"); fprintf(o, " --which-are {comma-separated names}\n"); fprintf(o, " --at-most {comma-separated names}\n"); fprintf(o, " --all-matching {regular expression}\n"); fprintf(o, " --any-matching {regular expression}\n"); fprintf(o, " --none-matching {regular expression}\n"); fprintf(o, "Examples:\n"); fprintf(o, " %s %s --which-are amount,status,owner\n", argv0, verb); fprintf(o, " %s %s --any-matching 'sda[0-9]'\n", argv0, verb); fprintf(o, " %s %s --any-matching '\"sda[0-9]\"'\n", argv0, verb); fprintf(o, " %s %s --any-matching '\"sda[0-9]\"i' (this is case-insensitive)\n", argv0, verb); } // ---------------------------------------------------------------- static mapper_t* mapper_having_fields_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { slls_t* pfield_names = NULL; char* regex_string = NULL; criterion_t criterion = HAVING_FIELDS_UNSPECIFIED; char* verb = argv[(*pargi)++]; int argi = *pargi; while (argi < argc && argv[argi][0] == '-') { if (streq(argv[argi], "--at-least")) { criterion = HAVING_FIELDS_AT_LEAST; if (pfield_names != NULL) slls_free(pfield_names); pfield_names = slls_from_line(argv[argi+1], ',', FALSE); regex_string = NULL; } else if (streq(argv[argi], "--which-are")) { criterion = HAVING_FIELDS_WHICH_ARE; if (pfield_names != NULL) slls_free(pfield_names); pfield_names = slls_from_line(argv[argi+1], ',', FALSE); regex_string = NULL; } else if (streq(argv[argi], "--at-most")) { criterion = HAVING_FIELDS_AT_MOST; if (pfield_names != NULL) slls_free(pfield_names); pfield_names = slls_from_line(argv[argi+1], ',', FALSE); regex_string = NULL; } else if (streq(argv[argi], "--all-matching")) { criterion = HAVING_ALL_FIELDS_MATCHING; if (pfield_names != NULL) { slls_free(pfield_names); pfield_names = NULL; } regex_string = argv[argi+1]; } else if (streq(argv[argi], "--any-matching")) { criterion = HAVING_ANY_FIELDS_MATCHING; if (pfield_names != NULL) { slls_free(pfield_names); pfield_names = NULL; } regex_string = argv[argi+1]; } else if (streq(argv[argi], "--none-matching")) { criterion = HAVING_NO_FIELDS_MATCHING; if (pfield_names != NULL) { slls_free(pfield_names); pfield_names = NULL; } regex_string = argv[argi+1]; } else { mapper_having_fields_usage(stderr, argv[0], verb); return NULL; } if (argc - argi < 2) { mapper_having_fields_usage(stderr, argv[0], verb); return NULL; } argi += 2; } if (pfield_names == NULL && regex_string == NULL) { mapper_having_fields_usage(stderr, argv[0], verb); return NULL; } if (criterion == FALSE) { mapper_having_fields_usage(stderr, argv[0], verb); return NULL; } *pargi = argi; return mapper_having_fields_alloc(pfield_names, regex_string, criterion); } // ---------------------------------------------------------------- static mapper_t* mapper_having_fields_alloc(slls_t* pfield_names, char* regex_string, criterion_t criterion) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_having_fields_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_having_fields_state_t)); pmapper->pvstate = (void*)pstate; if (regex_string != NULL) { pstate->pfield_names = NULL; pstate->pfield_name_set = hss_alloc(); // Let them type in a.*b if they want, or "a.*b", or "a.*b"i. // Strip off the leading " and trailing " or "i. regcomp_or_die_quoted(&pstate->regex, regex_string, REG_NOSUB); if (criterion == HAVING_ALL_FIELDS_MATCHING) pmapper->pprocess_func = mapper_having_all_fields_matching_process; else if (criterion == HAVING_ANY_FIELDS_MATCHING) pmapper->pprocess_func = mapper_having_any_fields_matching_process; else if (criterion == HAVING_NO_FIELDS_MATCHING) pmapper->pprocess_func = mapper_having_no_fields_matching_process; pmapper->pfree_func = mapper_having_fields_free; } else { pstate->pfield_names = pfield_names; pstate->pfield_name_set = hss_alloc(); regcomp_or_die(&pstate->regex, ".", 0); for (sllse_t* pe = pfield_names->phead; pe != NULL; pe = pe->pnext) hss_add(pstate->pfield_name_set, pe->value); if (criterion == HAVING_FIELDS_AT_LEAST) pmapper->pprocess_func = mapper_having_fields_at_least_process; else if (criterion == HAVING_FIELDS_WHICH_ARE) pmapper->pprocess_func = mapper_having_fields_which_are_process; else if (criterion == HAVING_FIELDS_AT_MOST) pmapper->pprocess_func = mapper_having_fields_at_most_process; pmapper->pfree_func = mapper_having_fields_free; } return pmapper; } static void mapper_having_fields_free(mapper_t* pmapper, context_t* _) { mapper_having_fields_state_t* pstate = pmapper->pvstate; if (pstate->pfield_names != NULL) slls_free(pstate->pfield_names); if (pstate->pfield_name_set != NULL) hss_free(pstate->pfield_name_set); regfree(&pstate->regex); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_having_fields_at_least_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) return sllv_single(NULL); mapper_having_fields_state_t* pstate = (mapper_having_fields_state_t*)pvstate; int num_found = 0; for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { if (hss_has(pstate->pfield_name_set, pe->key)) { num_found++; if (num_found == pstate->pfield_name_set->num_occupied) return sllv_single(pinrec); } } lrec_free(pinrec); return NULL; } static sllv_t* mapper_having_fields_which_are_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) return sllv_single(NULL); mapper_having_fields_state_t* pstate = (mapper_having_fields_state_t*)pvstate; if (pinrec->field_count != pstate->pfield_name_set->num_occupied) { lrec_free(pinrec); return NULL; } for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { if (!hss_has(pstate->pfield_name_set, pe->key)) { lrec_free(pinrec); return NULL; } } return sllv_single(pinrec); } static sllv_t* mapper_having_fields_at_most_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) return sllv_single(NULL); mapper_having_fields_state_t* pstate = (mapper_having_fields_state_t*)pvstate; for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { if (!hss_has(pstate->pfield_name_set, pe->key)) { lrec_free(pinrec); return NULL; } } return sllv_single(pinrec); } // ---------------------------------------------------------------- static sllv_t* mapper_having_all_fields_matching_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) return sllv_single(NULL); mapper_having_fields_state_t* pstate = (mapper_having_fields_state_t*)pvstate; for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { if (!regmatch_or_die(&pstate->regex, pe->key, 0, NULL)) { lrec_free(pinrec); return NULL; } } return sllv_single(pinrec); } static sllv_t* mapper_having_any_fields_matching_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) return sllv_single(NULL); mapper_having_fields_state_t* pstate = (mapper_having_fields_state_t*)pvstate; for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { if (regmatch_or_die(&pstate->regex, pe->key, 0, NULL)) { return sllv_single(pinrec); } } lrec_free(pinrec); return NULL; } static sllv_t* mapper_having_no_fields_matching_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) return sllv_single(NULL); mapper_having_fields_state_t* pstate = (mapper_having_fields_state_t*)pvstate; for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { if (regmatch_or_die(&pstate->regex, pe->key, 0, NULL)) { lrec_free(pinrec); return NULL; } } return sllv_single(pinrec); } miller-5.6.2/c/mapping/mapper_head.c000066400000000000000000000122071354153536500173120ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "containers/sllv.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #include "cli/argparse.h" typedef struct _mapper_head_state_t { ap_state_t* pargp; slls_t* pgroup_by_field_names; unsigned long long head_count; unsigned long long unkeyed_record_count; lhmslv_t* pcounts_by_group; } mapper_head_state_t; static void mapper_head_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_head_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_head_alloc(ap_state_t* pargp, slls_t* pgroup_by_field_names, unsigned long long head_count); static void mapper_head_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_head_process_unkeyed(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_head_process_keyed(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_head_setup = { .verb = "head", .pusage_func = mapper_head_usage, .pparse_func = mapper_head_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_head_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "-n {count} Head count to print; default 10\n"); fprintf(o, "-g {a,b,c} Optional group-by-field names for head counts\n"); fprintf(o, "Passes through the first n records, optionally by category.\n"); fprintf(o, "Without -g, ceases consuming more input (i.e. is fast) when n\n"); fprintf(o, "records have been read.\n"); } static mapper_t* mapper_head_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { int head_count = 10; slls_t* pgroup_by_field_names = slls_alloc(); char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_int_flag(pstate, "-n", &head_count); ap_define_string_list_flag(pstate, "-g", &pgroup_by_field_names); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_head_usage(stderr, argv[0], verb); return NULL; } return mapper_head_alloc(pstate, pgroup_by_field_names, head_count); } // ---------------------------------------------------------------- static mapper_t* mapper_head_alloc(ap_state_t* pargp, slls_t* pgroup_by_field_names, unsigned long long head_count) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_head_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_head_state_t)); pstate->pargp = pargp; pstate->pgroup_by_field_names = pgroup_by_field_names; pstate->head_count = head_count; pstate->unkeyed_record_count = 0LL; pstate->pcounts_by_group = lhmslv_alloc(); pmapper->pvstate = pstate; pmapper->pprocess_func = pgroup_by_field_names->length == 0 ? mapper_head_process_unkeyed : mapper_head_process_keyed; pmapper->pfree_func = mapper_head_free; return pmapper; } static void mapper_head_free(mapper_t* pmapper, context_t* _) { mapper_head_state_t* pstate = pmapper->pvstate; if (pstate->pgroup_by_field_names != NULL) slls_free(pstate->pgroup_by_field_names); // lhmslv_free will free the hashmap keys; we need to free the void-star hashmap values. for (lhmslve_t* pa = pstate->pcounts_by_group->phead; pa != NULL; pa = pa->pnext) { unsigned long long* pcount_for_group = pa->pvvalue; free(pcount_for_group); } lhmslv_free(pstate->pcounts_by_group); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_head_process_unkeyed(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_head_state_t* pstate = pvstate; if (pinrec != NULL) { pstate->unkeyed_record_count++; if (pstate->unkeyed_record_count <= pstate->head_count) { return sllv_single(pinrec); } else { pctx->force_eof = TRUE; lrec_free(pinrec); return NULL; } } else { return sllv_single(NULL); } } // ---------------------------------------------------------------- static sllv_t* mapper_head_process_keyed(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_head_state_t* pstate = pvstate; if (pinrec != NULL) { slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values == NULL) { lrec_free(pinrec); return NULL; } else { unsigned long long* pcount_for_group = lhmslv_get(pstate->pcounts_by_group, pgroup_by_field_values); if (pcount_for_group == NULL) { pcount_for_group = mlr_malloc_or_die(sizeof(unsigned long long)); *pcount_for_group = 0LL; lhmslv_put(pstate->pcounts_by_group, slls_copy(pgroup_by_field_values), pcount_for_group, FREE_ENTRY_KEY); } slls_free(pgroup_by_field_values); (*pcount_for_group)++; if (*pcount_for_group <= pstate->head_count) { return sllv_single(pinrec); } else { lrec_free(pinrec); return NULL; } } } else { return sllv_single(NULL); } } miller-5.6.2/c/mapping/mapper_histogram.c000066400000000000000000000305311354153536500204060ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "containers/sllv.h" #include "containers/slls.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/dvector.h" #include "mapping/mappers.h" #include "cli/argparse.h" #define DVECTOR_INITIAL_SIZE 1024 typedef struct _mapper_histogram_state_t { ap_state_t* pargp; slls_t* value_field_names; double lo; int nbins; double hi; double mul; lhmsv_t* pcounts_by_field; lhmsv_t* pvectors_by_field; // For auto-mode char* output_prefix; } mapper_histogram_state_t; static void mapper_histogram_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_histogram_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_histogram_alloc(ap_state_t* pargp, slls_t* value_field_names, double lo, int nbins, double hi, int do_auto, char* output_prefix); static void mapper_histogram_free(mapper_t* pmapper, context_t* _); static void mapper_histogram_ingest(lrec_t* pinrec, mapper_histogram_state_t* pstate); static sllv_t* mapper_histogram_emit(mapper_histogram_state_t* pstate); static sllv_t* mapper_histogram_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static void mapper_histogram_ingest_auto(lrec_t* pinrec, mapper_histogram_state_t* pstate); static sllv_t* mapper_histogram_emit_auto(mapper_histogram_state_t* pstate); static sllv_t* mapper_histogram_process_auto(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_histogram_setup = { .verb = "histogram", .pusage_func = mapper_histogram_usage, .pparse_func = mapper_histogram_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_histogram_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "-f {a,b,c} Value-field names for histogram counts\n"); fprintf(o, "--lo {lo} Histogram low value\n"); fprintf(o, "--hi {hi} Histogram high value\n"); fprintf(o, "--nbins {n} Number of histogram bins\n"); fprintf(o, "--auto Automatically computes limits, ignoring --lo and --hi.\n"); fprintf(o, " Holds all values in memory before producing any output.\n"); fprintf(o, "-o {prefix} Prefix for output field name. Default: no prefix.\n"); fprintf(o, "Just a histogram. Input values < lo or > hi are not counted.\n"); } static mapper_t* mapper_histogram_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { slls_t* value_field_names = NULL; double lo = 0.0; double hi = 0.0; int nbins = 0; int do_auto = FALSE; char* output_prefix = NULL; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_list_flag(pstate, "-f", &value_field_names); ap_define_float_flag(pstate, "--lo", &lo); ap_define_float_flag(pstate, "--hi", &hi); ap_define_int_flag(pstate, "--nbins", &nbins); ap_define_true_flag(pstate, "--auto", &do_auto); ap_define_string_flag(pstate, "-o", &output_prefix); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_histogram_usage(stderr, argv[0], verb); return NULL; } if (value_field_names == NULL) { mapper_histogram_usage(stderr, argv[0], verb); return NULL; } if (nbins == 0) { mapper_histogram_usage(stderr, argv[0], verb); return NULL; } if (lo == hi && !do_auto) { mapper_histogram_usage(stderr, argv[0], verb); return NULL; } return mapper_histogram_alloc(pstate, value_field_names, lo, nbins, hi, do_auto, output_prefix); } // ---------------------------------------------------------------- static mapper_t* mapper_histogram_alloc(ap_state_t* pargp, slls_t* value_field_names, double lo, int nbins, double hi, int do_auto, char* output_prefix) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_histogram_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_histogram_state_t)); pstate->pargp = pargp; pstate->value_field_names = value_field_names; pstate->nbins = nbins; pstate->pcounts_by_field = lhmsv_alloc(); for (sllse_t* pe = pstate->value_field_names->phead; pe != NULL; pe = pe->pnext) { char* value_field_name = pe->value; unsigned long long* pcounts = mlr_malloc_or_die(nbins * sizeof(unsigned long long)); for (int i = 0; i < nbins; i++) pcounts[i] = 0LL; lhmsv_put(pstate->pcounts_by_field, value_field_name, pcounts, NO_FREE); } if (do_auto) { pstate->pvectors_by_field = lhmsv_alloc(); for (sllse_t* pe = pstate->value_field_names->phead; pe != NULL; pe = pe->pnext) { char* value_field_name = pe->value; dvector_t* pvector = dvector_alloc(DVECTOR_INITIAL_SIZE); lhmsv_put(pstate->pvectors_by_field, value_field_name, pvector, NO_FREE); } } else { pstate->pvectors_by_field = NULL; pstate->lo = lo; pstate->hi = hi; pstate->mul = nbins / (hi - lo); } pstate->output_prefix = output_prefix; pmapper->pvstate = pstate; pmapper->pprocess_func = do_auto ? mapper_histogram_process_auto : mapper_histogram_process; pmapper->pfree_func = mapper_histogram_free; return pmapper; } static void mapper_histogram_free(mapper_t* pmapper, context_t* _) { mapper_histogram_state_t* pstate = pmapper->pvstate; slls_free(pstate->value_field_names); if (pstate->pcounts_by_field != NULL) { for (lhmsve_t* pe = pstate->pcounts_by_field->phead; pe != NULL; pe = pe->pnext) { unsigned long long* pcounts = pe->pvvalue; free(pcounts); } lhmsv_free(pstate->pcounts_by_field); } if (pstate->pvectors_by_field != NULL) { for (lhmsve_t* pe = pstate->pvectors_by_field->phead; pe != NULL; pe = pe->pnext) { dvector_t* pvector = pe->pvvalue; dvector_free(pvector); } lhmsv_free(pstate->pvectors_by_field); } ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_histogram_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_histogram_state_t* pstate = pvstate; if (pinrec != NULL) { mapper_histogram_ingest(pinrec, pstate); lrec_free(pinrec); return NULL; } else { return mapper_histogram_emit(pstate); } } static void mapper_histogram_ingest(lrec_t* pinrec, mapper_histogram_state_t* pstate) { for (sllse_t* pe = pstate->value_field_names->phead; pe != NULL; pe = pe->pnext) { char* value_field_name = pe->value; char* strv = lrec_get(pinrec, value_field_name); unsigned long long* pcounts = lhmsv_get(pstate->pcounts_by_field, value_field_name); if (strv != NULL) { double val = mlr_double_from_string_or_die(strv); if ((val >= pstate->lo) && (val < pstate->hi)) { int idx = (int)((val-pstate->lo) * pstate->mul); pcounts[idx]++; } else if (val == pstate->hi) { int idx = pstate->nbins - 1; pcounts[idx]++; } } } } static sllv_t* mapper_histogram_emit(mapper_histogram_state_t* pstate) { sllv_t* poutrecs = sllv_alloc(); lhmss_t* pcount_field_names = lhmss_alloc(); for (sllse_t* pe = pstate->value_field_names->phead; pe != NULL; pe = pe->pnext) { char* value_field_name = pe->value; char* count_field_name = (pstate->output_prefix == NULL) ? mlr_paste_3_strings(value_field_name, "_", "count") : mlr_paste_4_strings(pstate->output_prefix, value_field_name, "_", "count"); lhmss_put(pcount_field_names, mlr_strdup_or_die(value_field_name), count_field_name, FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } for (int i = 0; i < pstate->nbins; i++) { lrec_t* poutrec = lrec_unbacked_alloc(); char* value = mlr_alloc_string_from_double(pstate->lo + i / pstate->mul, MLR_GLOBALS.ofmt); if (pstate->output_prefix == NULL) { lrec_put(poutrec, "bin_lo", value, FREE_ENTRY_VALUE); } else { lrec_put(poutrec, mlr_paste_2_strings(pstate->output_prefix, "bin_lo"), value, FREE_ENTRY_KEY | FREE_ENTRY_VALUE); } value = mlr_alloc_string_from_double(pstate->lo + (i+1) / pstate->mul, MLR_GLOBALS.ofmt); if (pstate->output_prefix == NULL) { lrec_put(poutrec, "bin_hi", value, FREE_ENTRY_VALUE); } else { lrec_put(poutrec, mlr_paste_2_strings(pstate->output_prefix, "bin_hi"), value, FREE_ENTRY_KEY | FREE_ENTRY_VALUE); } for (sllse_t* pe = pstate->value_field_names->phead; pe != NULL; pe = pe->pnext) { char* value_field_name = pe->value; unsigned long long* pcounts = lhmsv_get(pstate->pcounts_by_field, value_field_name); char* count_field_name = lhmss_get(pcount_field_names, value_field_name); value = mlr_alloc_string_from_ull(pcounts[i]); lrec_put(poutrec, mlr_strdup_or_die(count_field_name), value, FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } sllv_append(poutrecs, poutrec); } lhmss_free(pcount_field_names); sllv_append(poutrecs, NULL); return poutrecs; } // ---------------------------------------------------------------- static sllv_t* mapper_histogram_process_auto(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_histogram_state_t* pstate = pvstate; if (pinrec != NULL) { mapper_histogram_ingest_auto(pinrec, pstate); lrec_free(pinrec); return NULL; } else { return mapper_histogram_emit_auto(pstate); } } static void mapper_histogram_ingest_auto(lrec_t* pinrec, mapper_histogram_state_t* pstate) { for (sllse_t* pe = pstate->value_field_names->phead; pe != NULL; pe = pe->pnext) { char* value_field_name = pe->value; char* strv = lrec_get(pinrec, value_field_name); dvector_t* pvector = lhmsv_get(pstate->pvectors_by_field, value_field_name); if (strv != NULL) { dvector_append(pvector, mlr_double_from_string_or_die(strv)); } } } static sllv_t* mapper_histogram_emit_auto(mapper_histogram_state_t* pstate) { int have_lo_hi = FALSE; double lo = 0.0, hi = 1.0; int nbins = pstate->nbins; // Limits pass for (sllse_t* pe = pstate->value_field_names->phead; pe != NULL; pe = pe->pnext) { char* value_field_name = pe->value; dvector_t* pvector = lhmsv_get(pstate->pvectors_by_field, value_field_name); int n = pvector->size; for (int i = 0; i < n; i++) { double val = pvector->data[i]; if (have_lo_hi) { if (lo > val) lo = val; if (hi < val) hi = val; } else { lo = val; hi = val; have_lo_hi = TRUE; } } } // Binning pass double mul = nbins / (hi - lo); for (sllse_t* pe = pstate->value_field_names->phead; pe != NULL; pe = pe->pnext) { char* value_field_name = pe->value; dvector_t* pvector = lhmsv_get(pstate->pvectors_by_field, value_field_name); unsigned long long* pcounts = lhmsv_get(pstate->pcounts_by_field, value_field_name); int n = pvector->size; for (int i = 0; i < n; i++) { double val = pvector->data[i]; if ((val >= lo) && (val < hi)) { int idx = (int)((val-lo) * mul); pcounts[idx]++; } else if (val == hi) { int idx = nbins - 1; pcounts[idx]++; } } } // Emission pass sllv_t* poutrecs = sllv_alloc(); lhmss_t* pcount_field_names = lhmss_alloc(); for (sllse_t* pe = pstate->value_field_names->phead; pe != NULL; pe = pe->pnext) { char* value_field_name = pe->value; char* count_field_name = (pstate->output_prefix == NULL) ? mlr_paste_3_strings(value_field_name, "_", "count") : mlr_paste_4_strings(pstate->output_prefix, value_field_name, "_", "count"); lhmss_put(pcount_field_names, mlr_strdup_or_die(value_field_name), count_field_name, FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } for (int i = 0; i < nbins; i++) { lrec_t* poutrec = lrec_unbacked_alloc(); char* value = mlr_alloc_string_from_double(lo + i / mul, MLR_GLOBALS.ofmt); if (pstate->output_prefix == NULL) { lrec_put(poutrec, "bin_lo", value, FREE_ENTRY_VALUE); } else { lrec_put(poutrec, mlr_paste_2_strings(pstate->output_prefix, "bin_lo"), value, FREE_ENTRY_KEY | FREE_ENTRY_VALUE); } value = mlr_alloc_string_from_double(lo + (i+1) / mul, MLR_GLOBALS.ofmt); lrec_put(poutrec, "bin_hi", value, FREE_ENTRY_VALUE); for (sllse_t* pe = pstate->value_field_names->phead; pe != NULL; pe = pe->pnext) { char* value_field_name = pe->value; unsigned long long* pcounts = lhmsv_get(pstate->pcounts_by_field, value_field_name); char* count_field_name = lhmss_get(pcount_field_names, value_field_name); value = mlr_alloc_string_from_ull(pcounts[i]); lrec_put(poutrec, mlr_strdup_or_die(count_field_name), value, FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } sllv_append(poutrecs, poutrec); } sllv_append(poutrecs, NULL); lhmss_free(pcount_field_names); return poutrecs; } miller-5.6.2/c/mapping/mapper_join.c000066400000000000000000000526121354153536500173540ustar00rootroot00000000000000#include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/lrec.h" #include "containers/sllv.h" #include "containers/lhmslv.h" #include "containers/mixutil.h" #include "containers/join_bucket_keeper.h" #include "mapping/mappers.h" #include "input/lrec_readers.h" // ---------------------------------------------------------------- typedef struct _mapper_join_opts_t { char* left_prefix; char* right_prefix; slls_t* poutput_join_field_names; slls_t* pleft_join_field_names; slls_t* pright_join_field_names; char* output_join_field_names_cli_backing; char* left_join_field_names_cli_backing; char* right_join_field_names_cli_backing; int allow_unsorted_input; int emit_pairables; int emit_left_unpairables; int emit_right_unpairables; char* prepipe; char* left_file_name; // These allow the joiner to have its own different format/delimiter for // the left-file: cli_reader_opts_t reader_opts; } mapper_join_opts_t; typedef struct _mapper_join_state_t { mapper_join_opts_t* popts; hss_t* pleft_field_name_set; hss_t* pright_field_name_set; // For sorted input join_bucket_keeper_t* pjoin_bucket_keeper; // For unsorted input lhmslv_t* pleft_buckets_by_join_field_values; sllv_t* pleft_unpaired_records; } mapper_join_state_t; // ---------------------------------------------------------------- static void mapper_join_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_join_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_join_alloc(mapper_join_opts_t* popts); static void mapper_join_free(mapper_t* pmapper, context_t* _); static void ingest_left_file(mapper_join_state_t* pstate); static void mapper_join_form_pairs(sllv_t* pleft_records, lrec_t* pright_rec, mapper_join_state_t* pstate, sllv_t* pout_recs); static sllv_t* mapper_join_process_sorted(lrec_t* pright_rec, context_t* pctx, void* pvstate); static sllv_t* mapper_join_process_unsorted(lrec_t* pright_rec, context_t* pctx, void* pvstate); mapper_setup_t mapper_join_setup = { .verb = "join", .pusage_func = mapper_join_usage, .pparse_func = mapper_join_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_join_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Joins records from specified left file name with records from all file names\n"); fprintf(o, "at the end of the Miller argument list.\n"); fprintf(o, "Functionality is essentially the same as the system \"join\" command, but for\n"); fprintf(o, "record streams.\n"); fprintf(o, "Options:\n"); fprintf(o, " -f {left file name}\n"); fprintf(o, " -j {a,b,c} Comma-separated join-field names for output\n"); fprintf(o, " -l {a,b,c} Comma-separated join-field names for left input file;\n"); fprintf(o, " defaults to -j values if omitted.\n"); fprintf(o, " -r {a,b,c} Comma-separated join-field names for right input file(s);\n"); fprintf(o, " defaults to -j values if omitted.\n"); fprintf(o, " --lp {text} Additional prefix for non-join output field names from\n"); fprintf(o, " the left file\n"); fprintf(o, " --rp {text} Additional prefix for non-join output field names from\n"); fprintf(o, " the right file(s)\n"); fprintf(o, " --np Do not emit paired records\n"); fprintf(o, " --ul Emit unpaired records from the left file\n"); fprintf(o, " --ur Emit unpaired records from the right file(s)\n"); fprintf(o, " -s|--sorted-input Require sorted input: records must be sorted\n"); fprintf(o, " lexically by their join-field names, else not all records will\n"); fprintf(o, " be paired. The only likely use case for this is with a left\n"); fprintf(o, " file which is too big to fit into system memory otherwise.\n"); fprintf(o, " -u Enable unsorted input. (This is the default even without -u.)\n"); fprintf(o, " In this case, the entire left file will be loaded into memory.\n"); fprintf(o, " --prepipe {command} As in main input options; see %s --help for details.\n", MLR_GLOBALS.bargv0); fprintf(o, " If you wish to use a prepipe command for the main input as well\n"); fprintf(o, " as here, it must be specified there as well as here.\n"); fprintf(o, "File-format options default to those for the right file names on the Miller\n"); fprintf(o, "argument list, but may be overridden for the left file as follows. Please see\n"); fprintf(o, "the main \"%s --help\" for more information on syntax for these arguments.\n", argv0); fprintf(o, " -i {one of csv,dkvp,nidx,pprint,xtab}\n"); fprintf(o, " --irs {record-separator character}\n"); fprintf(o, " --ifs {field-separator character}\n"); fprintf(o, " --ips {pair-separator character}\n"); fprintf(o, " --repifs\n"); fprintf(o, " --repips\n"); fprintf(o, " --mmap\n"); fprintf(o, " --no-mmap\n"); fprintf(o, "Please use \"%s --usage-separator-options\" for information on specifying separators.\n", argv0); fprintf(o, "Please see http://johnkerl.org/miller/doc/reference.html for more information\n"); fprintf(o, "including examples.\n"); } // ---------------------------------------------------------------- static mapper_t* mapper_join_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* pmain_reader_opts, cli_writer_opts_t* __) { mapper_join_opts_t* popts = mlr_malloc_or_die(sizeof(mapper_join_opts_t)); cli_reader_opts_init(&popts->reader_opts); popts->left_prefix = NULL; popts->right_prefix = NULL; popts->prepipe = NULL; popts->left_file_name = NULL; popts->poutput_join_field_names = NULL; popts->pleft_join_field_names = NULL; popts->pright_join_field_names = NULL; popts->output_join_field_names_cli_backing = NULL; popts->left_join_field_names_cli_backing = NULL; popts->right_join_field_names_cli_backing = NULL; popts->emit_pairables = TRUE; popts->emit_left_unpairables = FALSE; popts->emit_right_unpairables = FALSE; popts->allow_unsorted_input = TRUE; int argi = *pargi; char* verb = argv[argi++]; for (; argi < argc; /* variable increment: 1 or 2 depending on flag */) { if (argv[argi][0] != '-') { break; // No more flag options to process } else if (cli_handle_reader_options(argv, argc, &argi, &popts->reader_opts)) { // handled } else if (streq(argv[argi], "--prepipe")) { if ((argc - argi) < 2) { mapper_join_usage(stderr, argv[0], verb); return NULL; } popts->prepipe = argv[argi+1]; argi += 2; } else if (streq(argv[argi], "-f")) { if ((argc - argi) < 2) { mapper_join_usage(stderr, argv[0], verb); return NULL; } popts->left_file_name = argv[argi+1]; argi += 2; } else if (streq(argv[argi], "-j")) { if ((argc - argi) < 2) { mapper_join_usage(stderr, argv[0], verb); return NULL; } popts->output_join_field_names_cli_backing = mlr_strdup_or_die(argv[argi+1]); popts->poutput_join_field_names = slls_from_line(popts->output_join_field_names_cli_backing, ',', FALSE); argi += 2; } else if (streq(argv[argi], "-l")) { if ((argc - argi) < 2) { mapper_join_usage(stderr, argv[0], verb); return NULL; } popts->left_join_field_names_cli_backing = mlr_strdup_or_die(argv[argi+1]); popts->pleft_join_field_names = slls_from_line(popts->left_join_field_names_cli_backing, ',', FALSE); argi += 2; } else if (streq(argv[argi], "-r")) { if ((argc - argi) < 2) { mapper_join_usage(stderr, argv[0], verb); return NULL; } popts->right_join_field_names_cli_backing = mlr_strdup_or_die(argv[argi+1]); popts->pright_join_field_names = slls_from_line(popts->right_join_field_names_cli_backing, ',', FALSE); argi += 2; } else if (streq(argv[argi], "--lp")) { if ((argc - argi) < 2) { mapper_join_usage(stderr, argv[0], verb); return NULL; } popts->left_prefix = argv[argi+1]; argi += 2; } else if (streq(argv[argi], "--rp")) { if ((argc - argi) < 2) { mapper_join_usage(stderr, argv[0], verb); return NULL; } popts->right_prefix = argv[argi+1]; argi += 2; } else if (streq(argv[argi], "--np")) { popts->emit_pairables = FALSE; argi += 1; } else if (streq(argv[argi], "--ul")) { popts->emit_left_unpairables = TRUE; argi += 1; } else if (streq(argv[argi], "--ur")) { popts->emit_right_unpairables = TRUE; argi += 1; } else if (streq(argv[argi], "-u")) { popts->allow_unsorted_input = TRUE; argi += 1; } else if (streq(argv[argi], "--sorted-input") || streq(argv[argi], "-s")) { popts->allow_unsorted_input = FALSE; argi += 1; } else { mapper_join_usage(stderr, argv[0], verb); return NULL; } } cli_merge_reader_opts(&popts->reader_opts, pmain_reader_opts); // popen is a stdio construct, not an mmap construct, and it can't be supported here. if (popts->prepipe != NULL) popts->reader_opts.use_mmap_for_read = FALSE; if (popts->left_file_name == NULL) { fprintf(stderr, "%s %s: need left file name\n", MLR_GLOBALS.bargv0, verb); mapper_join_usage(stderr, argv[0], verb); return NULL; } if (!popts->emit_pairables && !popts->emit_left_unpairables && !popts->emit_right_unpairables) { fprintf(stderr, "%s %s: all emit flags are unset; no output is possible.\n", MLR_GLOBALS.bargv0, verb); mapper_join_usage(stderr, argv[0], verb); return NULL; } if (popts->poutput_join_field_names == NULL) { fprintf(stderr, "%s %s: need output field names\n", MLR_GLOBALS.bargv0, verb); mapper_join_usage(stderr, argv[0], verb); return NULL; } if (popts->pleft_join_field_names == NULL) { popts->pleft_join_field_names = slls_copy(popts->poutput_join_field_names); } if (popts->pright_join_field_names == NULL) { popts->pright_join_field_names = slls_copy(popts->poutput_join_field_names); } int llen = popts->pleft_join_field_names->length; int rlen = popts->pright_join_field_names->length; int olen = popts->poutput_join_field_names->length; if (llen != rlen || llen != olen) { fprintf(stderr, "%s %s: must have equal left,right,output field-name lists; got lengths %d,%d,%d.\n", MLR_GLOBALS.bargv0, verb, llen, rlen, olen); exit(1); } *pargi = argi; return mapper_join_alloc(popts); } // ---------------------------------------------------------------- static mapper_t* mapper_join_alloc(mapper_join_opts_t* popts) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_join_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_join_state_t)); pstate->popts = popts; pstate->pleft_field_name_set = hss_from_slls(popts->pleft_join_field_names); pstate->pright_field_name_set = hss_from_slls(popts->pright_join_field_names); pstate->pjoin_bucket_keeper = join_bucket_keeper_alloc( popts->prepipe, popts->left_file_name, &popts->reader_opts, popts->pleft_join_field_names); pstate->pleft_buckets_by_join_field_values = NULL; pstate->pleft_unpaired_records = NULL; pmapper->pvstate = (void*)pstate; if (popts->allow_unsorted_input) { pmapper->pprocess_func = mapper_join_process_unsorted; } else { pmapper->pprocess_func = mapper_join_process_sorted; } pmapper->pfree_func = mapper_join_free; return pmapper; } // ---------------------------------------------------------------- static void mapper_join_free(mapper_t* pmapper, context_t* _) { mapper_join_state_t* pstate = pmapper->pvstate; if (pstate->pleft_buckets_by_join_field_values != NULL) { for (lhmslve_t* pe = pstate->pleft_buckets_by_join_field_values->phead; pe != NULL; pe = pe->pnext) { join_bucket_t* pbucket = pe->pvvalue; slls_free(pbucket->pleft_field_values); if (pbucket->precords) while (pbucket->precords->phead) lrec_free(sllv_pop(pbucket->precords)); sllv_free(pbucket->precords); free(pbucket); } lhmslv_free(pstate->pleft_buckets_by_join_field_values); } // The void-star payload, which is lrec_t*'s, should have been sllv_transferred out. // Misses should be detected by valgrind --leak-check=full, e.g. reg_test/run --valgrind. sllv_free(pstate->pleft_unpaired_records); join_bucket_keeper_free(pstate->pjoin_bucket_keeper, pstate->popts->prepipe); slls_free(pstate->popts->poutput_join_field_names); slls_free(pstate->popts->pleft_join_field_names); slls_free(pstate->popts->pright_join_field_names); free(pstate->popts->output_join_field_names_cli_backing); free(pstate->popts->left_join_field_names_cli_backing); free(pstate->popts->right_join_field_names_cli_backing); hss_free(pstate->pleft_field_name_set); hss_free(pstate->pright_field_name_set); free(pstate->popts); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_join_process_sorted(lrec_t* pright_rec, context_t* pctx, void* pvstate) { mapper_join_state_t* pstate = (mapper_join_state_t*)pvstate; join_bucket_keeper_t* pkeeper = pstate->pjoin_bucket_keeper; // keystroke-saver sllv_t* pleft_records = NULL; sllv_t* pbucket_left_unpaired = NULL; sllv_t* pout_recs = sllv_alloc(); if (pright_rec == NULL) { // End of input record stream join_bucket_keeper_emit(pkeeper, NULL, &pleft_records, &pbucket_left_unpaired); if (pstate->popts->emit_left_unpairables) { sllv_transfer(pout_recs, pbucket_left_unpaired); } else { if (pbucket_left_unpaired) while (pbucket_left_unpaired->phead) lrec_free(sllv_pop(pbucket_left_unpaired)); } // pleft_records are not caller-owned; we don't free them. sllv_free(pbucket_left_unpaired); sllv_append(pout_recs, NULL); return pout_recs; } int produced_right = FALSE; slls_t* pright_field_values = mlr_reference_selected_values_from_record(pright_rec, pstate->popts->pright_join_field_names); if (pright_field_values != NULL) { join_bucket_keeper_emit(pkeeper, pright_field_values, &pleft_records, &pbucket_left_unpaired); slls_free(pright_field_values); } if (pstate->popts->emit_left_unpairables) { if (pbucket_left_unpaired != NULL && pbucket_left_unpaired->length > 0) { sllv_transfer(pout_recs, pbucket_left_unpaired); } } if (pstate->popts->emit_right_unpairables) { if (pleft_records == NULL || pleft_records->length == 0) { sllv_append(pout_recs, pright_rec); produced_right = TRUE; } } if (pstate->popts->emit_pairables && pleft_records != NULL) { mapper_join_form_pairs(pleft_records, pright_rec, pstate, pout_recs); } if (!produced_right) lrec_free(pright_rec); // pleft_records are not caller-owned; we don't free them. if (pbucket_left_unpaired) while (pbucket_left_unpaired->phead) lrec_free(sllv_pop(pbucket_left_unpaired)); sllv_free(pbucket_left_unpaired); return pout_recs; } // ---------------------------------------------------------------- static sllv_t* mapper_join_process_unsorted(lrec_t* pright_rec, context_t* pctx, void* pvstate) { mapper_join_state_t* pstate = (mapper_join_state_t*)pvstate; if (pstate->pleft_unpaired_records == NULL) // First call pstate->pleft_unpaired_records = sllv_alloc(); // This can't be done in the CLI-parser since it requires information which // isn't known until after the CLI-parser is called. if (pstate->pleft_buckets_by_join_field_values == NULL) // First call ingest_left_file(pstate); if (pright_rec == NULL) { // End of input record stream if (pstate->popts->emit_left_unpairables) { sllv_t* poutrecs = sllv_alloc(); if (pstate->pleft_buckets_by_join_field_values != NULL) { // E.g. empty right input for (lhmslve_t* pe = pstate->pleft_buckets_by_join_field_values->phead; pe != NULL; pe = pe->pnext) { join_bucket_t* pbucket = pe->pvvalue; if (!pbucket->was_paired) { sllv_transfer(poutrecs, pbucket->precords); } } } sllv_transfer(poutrecs, pstate->pleft_unpaired_records); sllv_append(poutrecs, NULL); return poutrecs; } else { while (pstate->pleft_unpaired_records->phead) { lrec_t* prec = sllv_pop(pstate->pleft_unpaired_records); lrec_free(prec); } return sllv_single(NULL); } } slls_t* pright_field_values = mlr_reference_selected_values_from_record(pright_rec, pstate->popts->pright_join_field_names); if (pright_field_values != NULL) { join_bucket_t* pleft_bucket = lhmslv_get(pstate->pleft_buckets_by_join_field_values, pright_field_values); slls_free(pright_field_values); if (pleft_bucket == NULL) { if (pstate->popts->emit_right_unpairables) { return sllv_single(pright_rec); } else { lrec_free(pright_rec); return NULL; } } else if (pstate->popts->emit_pairables) { sllv_t* pout_recs = sllv_alloc(); pleft_bucket->was_paired = TRUE; mapper_join_form_pairs(pleft_bucket->precords, pright_rec, pstate, pout_recs); lrec_free(pright_rec); return pout_recs; } else { pleft_bucket->was_paired = TRUE; lrec_free(pright_rec); return NULL; } } else { if (pstate->popts->emit_right_unpairables) { return sllv_single(pright_rec); } else { lrec_free(pright_rec); return NULL; } } } // ---------------------------------------------------------------- // This could be optimized in several ways: // * Store the prefix length instead of computing its strlen inside // mlr_paste_2_strings // * Don't do the if-statement on each call: prefix is null or non-null // at the time the mapper is constructed. Use a function pointer. static inline char* compose_keys(char* prefix, char* key) { if (prefix == NULL) return mlr_strdup_or_die(key); else return mlr_paste_2_strings(prefix, key); } static void mapper_join_form_pairs(sllv_t* pleft_records, lrec_t* pright_rec, mapper_join_state_t* pstate, sllv_t* pout_recs) { for (sllve_t* pe = pleft_records->phead; pe != NULL; pe = pe->pnext) { lrec_t* pleft_rec = pe->pvvalue; lrec_t* pout_rec = lrec_unbacked_alloc(); // add the joined-on fields sllse_t* pg = pstate->popts->pleft_join_field_names->phead; sllse_t* ph = pstate->popts->pright_join_field_names->phead; sllse_t* pi = pstate->popts->poutput_join_field_names->phead; for ( ; pg != NULL && ph != NULL && pi != NULL; pg = pg->pnext, ph = ph->pnext, pi = pi->pnext) { char* v = lrec_get(pleft_rec, pg->value); if (v != NULL) { lrec_put(pout_rec, pi->value, mlr_strdup_or_die(v), FREE_ENTRY_VALUE); } } // add the left-record fields not already added for (lrece_t* pl = pleft_rec->phead; pl != NULL; pl = pl->pnext) { if (!hss_has(pstate->pleft_field_name_set, pl->key)) { lrec_put(pout_rec, compose_keys(pstate->popts->left_prefix, pl->key), mlr_strdup_or_die(pl->value), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } } // add the right-record fields not already added for (lrece_t* pr = pright_rec->phead; pr != NULL; pr = pr->pnext) { if (!hss_has(pstate->pright_field_name_set, pr->key)) { lrec_put(pout_rec, compose_keys(pstate->popts->right_prefix, pr->key), mlr_strdup_or_die(pr->value), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } } sllv_append(pout_recs, pout_rec); } } // ---------------------------------------------------------------- static void ingest_left_file(mapper_join_state_t* pstate) { mapper_join_opts_t* popts = pstate->popts; lrec_reader_t* plrec_reader = lrec_reader_alloc(&popts->reader_opts); void* pvhandle = plrec_reader->popen_func(plrec_reader->pvstate, pstate->popts->prepipe, pstate->popts->left_file_name); plrec_reader->psof_func(plrec_reader->pvstate, pvhandle); context_t ctx = { .nr = 0, .fnr = 0, .filenum = 1, .filename = pstate->popts->left_file_name, .force_eof = FALSE, .ips = NULL, .ifs = NULL, .irs = NULL, .ops = NULL, .ofs = NULL, .ors = NULL, .auto_line_term = NULL, }; context_t* pctx = &ctx; pstate->pleft_buckets_by_join_field_values = lhmslv_alloc(); while (TRUE) { lrec_t* pleft_rec = plrec_reader->pprocess_func(plrec_reader->pvstate, pvhandle, pctx); if (pleft_rec == NULL) break; // Mmapped input records are backed by their storage, i.e. they contain pointers into // mmaped file data. After the lrec reader is freed they will be invalid. So in this // ingestor we need to copy. lrec_t* pleft_copy = lrec_copy(pleft_rec); slls_t* pleft_field_values = mlr_reference_selected_values_from_record(pleft_copy, pstate->popts->pleft_join_field_names); if (pleft_field_values != NULL) { join_bucket_t* pbucket = lhmslv_get(pstate->pleft_buckets_by_join_field_values, pleft_field_values); if (pbucket == NULL) { // New key-field-value: new bucket and hash-map entry slls_t* pkey_field_values_copy = slls_copy(pleft_field_values); join_bucket_t* pbucket = mlr_malloc_or_die(sizeof(join_bucket_t)); pbucket->precords = sllv_alloc(); pbucket->was_paired = FALSE; pbucket->pleft_field_values = slls_copy(pleft_field_values); lhmslv_put(pstate->pleft_buckets_by_join_field_values, pkey_field_values_copy, pbucket, FREE_ENTRY_KEY); sllv_append(pbucket->precords, pleft_copy); } else { // Previously seen key-field-value: append record to bucket sllv_append(pbucket->precords, pleft_copy); } slls_free(pleft_field_values); } else { sllv_append(pstate->pleft_unpaired_records, pleft_copy); } lrec_free(pleft_rec); } plrec_reader->pclose_func(plrec_reader->pvstate, pvhandle, pstate->popts->prepipe); plrec_reader->pfree_func(plrec_reader); } miller-5.6.2/c/mapping/mapper_label.c000066400000000000000000000071741354153536500174770ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "containers/hss.h" #include "containers/slls.h" #include "containers/sllv.h" #include "containers/mixutil.h" #include "mapping/mappers.h" typedef struct _mapper_label_state_t { slls_t* pnames_as_list; hss_t* pnames_as_set; // needed for efficient deduplication } mapper_label_state_t; static void mapper_label_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_label_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_label_alloc(slls_t* pnames_as_list, hss_t* pnames_as_set); static void mapper_label_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_label_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_label_setup = { .verb = "label", .pusage_func = mapper_label_usage, .pparse_func = mapper_label_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_label_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s {new1,new2,new3,...}\n", argv0, verb); fprintf(o, "Given n comma-separated names, renames the first n fields of each record to\n"); fprintf(o, "have the respective name. (Fields past the nth are left with their original\n"); fprintf(o, "names.) Particularly useful with --inidx or --implicit-csv-header, to give\n"); fprintf(o, "useful names to otherwise integer-indexed fields.\n"); fprintf(o, "Examples:\n"); fprintf(o, " \"echo 'a b c d' | %s --inidx --odkvp cat\" gives \"1=a,2=b,3=c,4=d\"\n", argv0); fprintf(o, " \"echo 'a b c d' | %s --inidx --odkvp %s s,t\" gives \"s=a,t=b,3=c,4=d\"\n", argv0, verb); } static mapper_t* mapper_label_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { int argi = *pargi; if ((argc - argi) < 2) { mapper_label_usage(stderr, argv[0], argv[argi]); return NULL; } char* verb = argv[argi]; char* names_as_string = argv[argi+1]; slls_t* pnames_as_list = slls_from_line(names_as_string, ',', FALSE); hss_t* pnames_as_set = hss_from_slls(pnames_as_list); if (slls_size(pnames_as_list) != hss_size(pnames_as_set)) { fprintf(stderr, "%s %s: labels must be unique; got \"%s\"\n", MLR_GLOBALS.bargv0, verb, names_as_string); exit(1); } *pargi += 2; return mapper_label_alloc(pnames_as_list, pnames_as_set); } // ---------------------------------------------------------------- static mapper_t* mapper_label_alloc(slls_t* pnames_as_list, hss_t* pnames_as_set) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_label_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_label_state_t)); pstate->pnames_as_list = pnames_as_list; pstate->pnames_as_set = pnames_as_set; pmapper->pvstate = (void*)pstate; pmapper->pprocess_func = mapper_label_process; pmapper->pfree_func = mapper_label_free; return pmapper; } static void mapper_label_free(mapper_t* pmapper, context_t* _) { mapper_label_state_t* pstate = pmapper->pvstate; if (pstate->pnames_as_list != NULL) slls_free(pstate->pnames_as_list); if (pstate->pnames_as_set != NULL) hss_free(pstate->pnames_as_set); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_label_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec != NULL) { mapper_label_state_t* pstate = (mapper_label_state_t*)pvstate; lrec_label(pinrec, pstate->pnames_as_list, pstate->pnames_as_set); return sllv_single(pinrec); } else { return sllv_single(NULL); } } miller-5.6.2/c/mapping/mapper_merge_fields.c000066400000000000000000000505611354153536500210430ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "lib/mlrregex.h" #include "lib/mlr_globals.h" #include "lib/mlrstat.h" #include "cli/argparse.h" #include "containers/sllv.h" #include "containers/slls.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/mixutil.h" #include "lib/mlrval.h" #include "mapping/mappers.h" #include "mapping/stats1_accumulators.h" typedef enum _merge_by_t { MERGE_BY_NAME_LIST, MERGE_BY_NAME_REGEX, MERGE_BY_COLLAPSING, MERGE_UNSPECIFIED } merge_by_t; #define SB_ALLOC_LENGTH 32 // ================================================================ struct _merge_fields_t; // forward reference for method definitions typedef void merge_fields_dingest_func_t(void* pvstate, double val); typedef void merge_fields_ningest_func_t(void* pvstate, mv_t* pval); typedef void merge_fields_emit_func_t(void* pvstate, char* value_field_name, char* merge_fields_name, lrec_t* poutrec); typedef void merge_fields_free_func_t(struct _merge_fields_t* pmerge_fields); typedef struct _merge_fields_t { void* pvstate; merge_fields_dingest_func_t* pdingest_func; merge_fields_ningest_func_t* pningest_func; merge_fields_emit_func_t* pemit_func; merge_fields_free_func_t* pfree_func; // virtual destructor } merge_fields_t; typedef merge_fields_t* merge_fields_alloc_func_t(char* value_field_name, char* merge_fields_name, int allow_int_float); typedef struct _mapper_merge_fields_state_t { slls_t* paccumulator_names; slls_t* pvalue_field_names; sllv_t* pvalue_field_regexes; char* output_field_basename; int allow_int_float; int do_interpolated_percentiles; int keep_input_fields; string_builder_t* psb; } mapper_merge_fields_state_t; // ---------------------------------------------------------------- static void mapper_merge_fields_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_merge_fields_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_merge_fields_alloc(slls_t* paccumulator_names, merge_by_t do_which, slls_t* pvalue_field_names, char* output_field_basename, int allow_int_float, int do_interpolated_percentiles, int keep_input_fields); static void mapper_merge_fields_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_merge_fields_process_by_name_list(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_merge_fields_process_by_name_regex(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_merge_fields_process_by_collapsing(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_merge_fields_setup = { .verb = "merge-fields", .pusage_func = mapper_merge_fields_usage, .pparse_func = mapper_merge_fields_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_merge_fields_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Computes univariate statistics for each input record, accumulated across\n"); fprintf(o, "specified fields.\n"); fprintf(o, "Options:\n"); fprintf(o, "-a {sum,count,...} Names of accumulators. One or more of:\n"); for (int i = 0; i < stats1_acc_lookup_table_length; i++) { fprintf(o, " %-9s %s\n", stats1_acc_lookup_table[i].name, stats1_acc_lookup_table[i].desc); } fprintf(o, "-f {a,b,c} Value-field names on which to compute statistics. Requires -o.\n"); fprintf(o, "-r {a,b,c} Regular expressions for value-field names on which to compute\n"); fprintf(o, " statistics. Requires -o.\n"); fprintf(o, "-c {a,b,c} Substrings for collapse mode. All fields which have the same names\n"); fprintf(o, " after removing substrings will be accumulated together. Please see\n"); fprintf(o, " examples below.\n"); fprintf(o, "-i Use interpolated percentiles, like R's type=7; default like type=1.\n"); fprintf(o, " Not sensical for string-valued fields.\n"); fprintf(o, "-o {name} Output field basename for -f/-r.\n"); fprintf(o, "-k Keep the input fields which contributed to the output statistics;\n"); fprintf(o, " the default is to omit them.\n"); fprintf(o, "-F Computes integerable things (e.g. count) in floating point.\n"); fprintf(o, "\n"); fprintf(o, "String-valued data make sense unless arithmetic on them is required,\n"); fprintf(o, "e.g. for sum, mean, interpolated percentiles, etc. In case of mixed data,\n"); fprintf(o, "numbers are less than strings.\n"); fprintf(o, "\n"); fprintf(o, "Example input data: \"a_in_x=1,a_out_x=2,b_in_y=4,b_out_x=8\".\n"); fprintf(o, "Example: %s %s -a sum,count -f a_in_x,a_out_x -o foo\n", argv0, verb); fprintf(o, " produces \"b_in_y=4,b_out_x=8,foo_sum=3,foo_count=2\" since \"a_in_x,a_out_x\" are\n"); fprintf(o, " summed over.\n"); fprintf(o, "Example: %s %s -a sum,count -r in_,out_ -o bar\n", argv0, verb); fprintf(o, " produces \"bar_sum=15,bar_count=4\" since all four fields are summed over.\n"); fprintf(o, "Example: %s %s -a sum,count -c in_,out_\n", argv0, verb); fprintf(o, " produces \"a_x_sum=3,a_x_count=2,b_y_sum=4,b_y_count=1,b_x_sum=8,b_x_count=1\"\n"); fprintf(o, " since \"a_in_x\" and \"a_out_x\" both collapse to \"a_x\", \"b_in_y\" collapses to\n"); fprintf(o, " \"b_y\", and \"b_out_x\" collapses to \"b_x\".\n"); } static mapper_t* mapper_merge_fields_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { slls_t* paccumulator_names = NULL; slls_t* pvalue_field_names = NULL; char* output_field_basename = NULL; int allow_int_float = TRUE; int do_interpolated_percentiles = FALSE; int keep_input_fields = FALSE; merge_by_t do_which = MERGE_UNSPECIFIED; char* verb = argv[(*pargi)++]; int argi = *pargi; while (argi < argc && argv[argi][0] == '-') { if (streq(argv[argi], "-a")) { if (argc - argi < 2) { mapper_merge_fields_usage(stderr, argv[0], verb); return NULL; } if (paccumulator_names != NULL) slls_free(paccumulator_names); paccumulator_names = slls_from_line(argv[argi+1], ',', FALSE); argi += 2; } else if (streq(argv[argi], "-f")) { if (argc - argi < 2) { mapper_merge_fields_usage(stderr, argv[0], verb); return NULL; } if (pvalue_field_names != NULL) slls_free(pvalue_field_names); pvalue_field_names = slls_from_line(argv[argi+1], ',', FALSE); do_which = MERGE_BY_NAME_LIST; argi += 2; } else if (streq(argv[argi], "-r")) { if (argc - argi < 2) { mapper_merge_fields_usage(stderr, argv[0], verb); return NULL; } if (pvalue_field_names != NULL) slls_free(pvalue_field_names); pvalue_field_names = slls_from_line(argv[argi+1], ',', FALSE); do_which = MERGE_BY_NAME_REGEX; argi += 2; } else if (streq(argv[argi], "-c")) { if (argc - argi < 2) { mapper_merge_fields_usage(stderr, argv[0], verb); return NULL; } if (pvalue_field_names != NULL) { slls_free(pvalue_field_names); pvalue_field_names = NULL; } pvalue_field_names = slls_from_line(argv[argi+1], ',', FALSE); do_which = MERGE_BY_COLLAPSING; argi += 2; } else if (streq(argv[argi], "-o")) { if (argc - argi < 2) { mapper_merge_fields_usage(stderr, argv[0], verb); return NULL; } output_field_basename = argv[argi+1]; argi += 2; } else if (streq(argv[argi], "-k")) { keep_input_fields = TRUE; argi += 1; } else if (streq(argv[argi], "-F")) { allow_int_float = FALSE; argi += 1; } else if (streq(argv[argi], "-i")) { do_interpolated_percentiles = TRUE; argi += 1; } else { mapper_merge_fields_usage(stderr, argv[0], verb); return NULL; } } if (paccumulator_names == NULL) { mapper_merge_fields_usage(stderr, argv[0], verb); return NULL; } if (pvalue_field_names == NULL) { mapper_merge_fields_usage(stderr, argv[0], verb); return NULL; } if (output_field_basename == NULL) { if (do_which == MERGE_BY_NAME_LIST || do_which == MERGE_BY_NAME_REGEX) { mapper_merge_fields_usage(stderr, argv[0], verb); return NULL; } } *pargi = argi; return mapper_merge_fields_alloc(paccumulator_names, do_which, pvalue_field_names, output_field_basename, allow_int_float, do_interpolated_percentiles, keep_input_fields); } // ---------------------------------------------------------------- static mapper_t* mapper_merge_fields_alloc(slls_t* paccumulator_names, merge_by_t do_which, slls_t* pvalue_field_names, char* output_field_basename, int allow_int_float, int do_interpolated_percentiles, int keep_input_fields) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_merge_fields_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_merge_fields_state_t)); pstate->paccumulator_names = paccumulator_names; pstate->pvalue_field_names = pvalue_field_names; pstate->pvalue_field_regexes = sllv_alloc(); for (sllse_t* pa = pvalue_field_names->phead; pa != NULL; pa = pa->pnext) { char* value_field_name = pa->value; regex_t* pvalue_field_regex = mlr_malloc_or_die(sizeof(regex_t)); regcomp_or_die(pvalue_field_regex, value_field_name, 0); sllv_append(pstate->pvalue_field_regexes, pvalue_field_regex); } pstate->output_field_basename = output_field_basename; pstate->allow_int_float = allow_int_float; pstate->do_interpolated_percentiles = do_interpolated_percentiles; pstate->keep_input_fields = keep_input_fields; pstate->psb = sb_alloc(SB_ALLOC_LENGTH); pmapper->pvstate = pstate; pmapper->pprocess_func = (do_which == MERGE_BY_NAME_LIST) ? mapper_merge_fields_process_by_name_list : (do_which == MERGE_BY_NAME_REGEX) ? mapper_merge_fields_process_by_name_regex : mapper_merge_fields_process_by_collapsing; pmapper->pfree_func = mapper_merge_fields_free; return pmapper; } static void mapper_merge_fields_free(mapper_t* pmapper, context_t* _) { mapper_merge_fields_state_t* pstate = pmapper->pvstate; slls_free(pstate->paccumulator_names); slls_free(pstate->pvalue_field_names); for (sllve_t* pa = pstate->pvalue_field_regexes->phead; pa != NULL; pa = pa->pnext) { regex_t* pvalue_field_regex = pa->pvvalue; regfree(pvalue_field_regex); free(pvalue_field_regex); } sllv_free(pstate->pvalue_field_regexes); sb_free(pstate->psb); free(pstate); free(pmapper); } // ================================================================ static sllv_t* mapper_merge_fields_process_by_name_list(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) // end of input stream return NULL; mapper_merge_fields_state_t* pstate = pvstate; // For percentiles there is one unique accumulator given (for example) five distinct // names p0,p25,p50,p75,p100. The input accumulators are unique: only one // percentile-keeper. There are multiple output accumulators: each references the same // underlying percentile-keeper but with distinct parameters. lhmsv_t* pinaccs = lhmsv_alloc(); lhmsv_t* poutaccs = lhmsv_alloc(); make_stats1_accs(pstate->output_field_basename, pstate->paccumulator_names, pstate->allow_int_float, pstate->do_interpolated_percentiles, pinaccs, poutaccs); for (sllse_t* pb = pstate->pvalue_field_names->phead; pb != NULL; pb = pb->pnext) { char* field_name = pb->value; char* value_field_sval = lrec_get(pinrec, field_name); if (value_field_sval == NULL) // Key not present continue; if (*value_field_sval == 0) { // Key present with null value if (!pstate->keep_input_fields) lrec_remove(pinrec, field_name); continue; } int have_dval = FALSE; int have_nval = FALSE; double value_field_dval = -999.0; mv_t value_field_nval = mv_absent(); for (lhmsve_t* pc = pinaccs->phead; pc != NULL; pc = pc->pnext) { stats1_acc_t* pacc = pc->pvvalue; if (pacc->pdingest_func != NULL) { if (!have_dval) { value_field_dval = mlr_double_from_string_or_die(value_field_sval); have_dval = TRUE; } pacc->pdingest_func(pacc->pvstate, value_field_dval); } if (pacc->pningest_func != NULL) { if (!have_nval) { value_field_nval = pstate->allow_int_float ? mv_scan_number_or_die(value_field_sval) : mv_from_float(mlr_double_from_string_or_die(value_field_sval)); have_nval = TRUE; } pacc->pningest_func(pacc->pvstate, &value_field_nval); } if (pacc->psingest_func != NULL) { pacc->psingest_func(pacc->pvstate, value_field_sval); } } if (!pstate->keep_input_fields) lrec_remove(pinrec, field_name); } for (lhmsve_t* pz = poutaccs->phead; pz != NULL; pz = pz->pnext) { char* acc_name = pz->key; stats1_acc_t* pacc = pz->pvvalue; pacc->pemit_func(pacc->pvstate, pstate->output_field_basename, acc_name, TRUE, pinrec); pacc->pfree_func(pacc); } lhmsv_free(pinaccs); lhmsv_free(poutaccs); return sllv_single(pinrec); } // ---------------------------------------------------------------- static sllv_t* mapper_merge_fields_process_by_name_regex(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) // end of input stream return NULL; mapper_merge_fields_state_t* pstate = pvstate; // For percentiles there is one unique accumulator given (for example) five distinct // names p0,p25,p50,p75,p100. The input accumulators are unique: only one // percentile-keeper. There are multiple output accumulators: each references the same // underlying percentile-keeper but with distinct parameters. lhmsv_t* pinaccs = lhmsv_alloc(); lhmsv_t* poutaccs = lhmsv_alloc(); make_stats1_accs(pstate->output_field_basename, pstate->paccumulator_names, pstate->allow_int_float, pstate->do_interpolated_percentiles, pinaccs, poutaccs); for (lrece_t* pb = pinrec->phead; pb != NULL; /* increment inside loop */ ) { char* field_name = pb->key; int matched = FALSE; for (sllve_t* pc = pstate->pvalue_field_regexes->phead; pc != NULL && !matched; pc = pc->pnext) { regex_t* pvalue_field_regex = pc->pvvalue; matched = regmatch_or_die(pvalue_field_regex, field_name, 0, NULL); if (matched) { char* value_field_sval = lrec_get(pinrec, field_name); if (value_field_sval != NULL) { // Key not present int have_dval = FALSE; int have_nval = FALSE; double value_field_dval = -999.0; mv_t value_field_nval = mv_absent(); if (*value_field_sval != 0) { // Key present with null value for (lhmsve_t* pd = pinaccs->phead; pd != NULL; pd = pd->pnext) { stats1_acc_t* pacc = pd->pvvalue; if (pacc->pdingest_func != NULL) { if (!have_dval) { value_field_dval = mlr_double_from_string_or_die(value_field_sval); have_dval = TRUE; } pacc->pdingest_func(pacc->pvstate, value_field_dval); } if (pacc->pningest_func != NULL) { if (!have_nval) { value_field_nval = pstate->allow_int_float ? mv_scan_number_or_die(value_field_sval) : mv_from_float(mlr_double_from_string_or_die(value_field_sval)); have_nval = TRUE; } pacc->pningest_func(pacc->pvstate, &value_field_nval); } if (pacc->psingest_func != NULL) { pacc->psingest_func(pacc->pvstate, value_field_sval); } } } if (!pstate->keep_input_fields) { // We are modifying the lrec while iterating over it. lrece_t* pnext = pb->pnext; lrec_unlink_and_free(pinrec, pb); pb = pnext; } else { pb = pb->pnext; } } else { pb = pb->pnext; } } } if (!matched) pb = pb->pnext; } for (lhmsve_t* pz = poutaccs->phead; pz != NULL; pz = pz->pnext) { char* acc_name = pz->key; stats1_acc_t* pacc = pz->pvvalue; pacc->pemit_func(pacc->pvstate, pstate->output_field_basename, acc_name, TRUE, pinrec); pacc->pfree_func(pacc); } lhmsv_free(pinaccs); lhmsv_free(poutaccs); return sllv_single(pinrec); } // ---------------------------------------------------------------- // mlr merge -c in_,out_ -a sum // a_in_x 1 a_sum_x 3 // a_out_x 2 b_sum_y 4 // b_in_y 4 b_sum_x 8 // b_out_x 8 static sllv_t* mapper_merge_fields_process_by_collapsing(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) // end of input stream return NULL; mapper_merge_fields_state_t* pstate = pvstate; // For percentiles there is one unique accumulator given (for example) five distinct // names p0,p25,p50,p75,p100. The input accumulators are unique: only one // percentile-keeper. There are multiple output accumulators: each references the same // underlying percentile-keeper but with distinct parameters. lhmsv_t* short_names_to_in_acc_maps = lhmsv_alloc(); lhmsv_t* short_names_to_out_acc_maps = lhmsv_alloc(); for (lrece_t* pa = pinrec->phead; pa != NULL; /* increment inside loop */ ) { char* field_name = pa->key; int matched = FALSE; for (sllve_t* pb = pstate->pvalue_field_regexes->phead; pb != NULL && !matched; pb = pb->pnext) { regex_t* pvalue_field_regex = pb->pvvalue; char* short_name = regex_sub(field_name, pvalue_field_regex, pstate->psb, "", &matched, NULL); if (matched) { lhmsv_t* in_acc_map_for_short_name = lhmsv_get(short_names_to_in_acc_maps, short_name); lhmsv_t* out_acc_map_for_short_name = lhmsv_get(short_names_to_out_acc_maps, short_name); if (out_acc_map_for_short_name == NULL) { // First such in_acc_map_for_short_name = lhmsv_alloc(); out_acc_map_for_short_name = lhmsv_alloc(); make_stats1_accs(short_name, pstate->paccumulator_names, pstate->allow_int_float, pstate->do_interpolated_percentiles, in_acc_map_for_short_name, out_acc_map_for_short_name); lhmsv_put(short_names_to_in_acc_maps, mlr_strdup_or_die(short_name), in_acc_map_for_short_name, FREE_ENTRY_KEY); lhmsv_put(short_names_to_out_acc_maps, mlr_strdup_or_die(short_name), out_acc_map_for_short_name, FREE_ENTRY_KEY); } char* value_field_sval = lrec_get(pinrec, field_name); if (value_field_sval != NULL) { // Key present if (*value_field_sval != 0) { // Key present with non-null value for (lhmsve_t* pd = in_acc_map_for_short_name->phead; pd != NULL; pd = pd->pnext) { stats1_acc_t* pacc = pd->pvvalue; int have_dval = FALSE; int have_nval = FALSE; double value_field_dval = -999.0; mv_t value_field_nval = mv_absent(); if (pacc->pdingest_func != NULL) { if (!have_dval) { value_field_dval = mlr_double_from_string_or_die(value_field_sval); have_dval = TRUE; } pacc->pdingest_func(pacc->pvstate, value_field_dval); } if (pacc->pningest_func != NULL) { if (!have_nval) { value_field_nval = pstate->allow_int_float ? mv_scan_number_or_die(value_field_sval) : mv_from_float(mlr_double_from_string_or_die(value_field_sval)); have_nval = TRUE; } pacc->pningest_func(pacc->pvstate, &value_field_nval); } if (pacc->psingest_func != NULL) { pacc->psingest_func(pacc->pvstate, value_field_sval); } } } if (!pstate->keep_input_fields) { // We are modifying the lrec while iterating over it. lrece_t* pnext = pa->pnext; lrec_unlink_and_free(pinrec, pa); pa = pnext; } else { pa = pa->pnext; } } else { pa = pa->pnext; } free(short_name); } else { free(short_name); } } if (!matched) pa = pa->pnext; } for (lhmsve_t* pe = short_names_to_out_acc_maps->phead; pe != NULL; pe = pe->pnext) { char* short_name = pe->key; lhmsv_t* out_acc_map_for_short_name = pe->pvvalue; for (lhmsve_t* pf = out_acc_map_for_short_name->phead; pf != NULL; pf = pf->pnext) { char* acc_name = pf->key; stats1_acc_t* pacc = pf->pvvalue; pacc->pemit_func(pacc->pvstate, short_name, acc_name, TRUE, pinrec); } } for (lhmsve_t* pe = short_names_to_out_acc_maps->phead; pe != NULL; pe = pe->pnext) { lhmsv_t* out_acc_map_for_short_name = pe->pvvalue; for (lhmsve_t* pf = out_acc_map_for_short_name->phead; pf != NULL; pf = pf->pnext) { stats1_acc_t* pacc = pf->pvvalue; pacc->pfree_func(pacc); } lhmsv_free(out_acc_map_for_short_name); } for (lhmsve_t* pe = short_names_to_in_acc_maps->phead; pe != NULL; pe = pe->pnext) { lhmsv_t* in_acc_map_for_short_name = pe->pvvalue; lhmsv_free(in_acc_map_for_short_name); } lhmsv_free(short_names_to_in_acc_maps); lhmsv_free(short_names_to_out_acc_maps); return sllv_single(pinrec); } miller-5.6.2/c/mapping/mapper_most_or_least_frequent.c000066400000000000000000000224231354153536500231750ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "containers/sllv.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #include "cli/argparse.h" #define DEFAULT_MAX_OUTPUT_LENGTH 10LL #define DEFAULT_OUTPUT_FIELD_NAME "count" typedef struct _mapper_most_or_least_frequent_state_t { ap_state_t* pargp; slls_t* pgroup_by_field_names; lhmslv_t* pcounts_by_group; long long max_output_length; int descending; int show_counts; char* output_field_name; } mapper_most_or_least_frequent_state_t; static void mapper_most_frequent_usage(FILE* o, char* argv0, char* verb); static void mapper_least_frequent_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_most_frequent_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_least_frequent_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_most_or_least_frequent_parse_cli(int* pargi, int argc, char** argv, int descending); static mapper_t* mapper_most_or_least_frequent_alloc(ap_state_t* pargp, slls_t* pgroup_by_field_names, long long max_output_length, int descending, int show_counts, char* output_field_name); static void mapper_most_or_least_frequent_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_most_or_least_frequent_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // qsort callbacks static int descending_vcmp(const void* pva, const void* pvb); static int ascending_vcmp(const void* pva, const void* pvb); typedef struct _sort_pair_t { slls_t* pgroup_by_field_values; long long count; // signed, not unsigned, for sort-cmp callback } sort_pair_t; // ---------------------------------------------------------------- mapper_setup_t mapper_most_frequent_setup = { .verb = "most-frequent", .pusage_func = mapper_most_frequent_usage, .pparse_func = mapper_most_frequent_parse_cli, .ignores_input = FALSE, }; mapper_setup_t mapper_least_frequent_setup = { .verb = "least-frequent", .pusage_func = mapper_least_frequent_usage, .pparse_func = mapper_least_frequent_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_most_frequent_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Shows the most frequently occurring distinct values for specified field names.\n"); fprintf(o, "The first entry is the statistical mode; the remaining are runners-up.\n"); fprintf(o, "Options:\n"); fprintf(o, "-f {one or more comma-separated field names}. Required flag.\n"); fprintf(o, "-n {count}. Optional flag defaulting to %lld.\n", DEFAULT_MAX_OUTPUT_LENGTH); fprintf(o, "-b Suppress counts; show only field values.\n"); fprintf(o, "-o {name} Field name for output count. Default \"%s\".\n", DEFAULT_OUTPUT_FIELD_NAME); fprintf(o, "See also \"%s %s\".\n", argv0, "least-frequent"); } static void mapper_least_frequent_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Shows the least frequently occurring distinct values for specified field names.\n"); fprintf(o, "The first entry is the statistical anti-mode; the remaining are runners-up.\n"); fprintf(o, "Options:\n"); fprintf(o, "-f {one or more comma-separated field names}. Required flag.\n"); fprintf(o, "-n {count}. Optional flag defaulting to %lld.\n", DEFAULT_MAX_OUTPUT_LENGTH); fprintf(o, "-b Suppress counts; show only field values.\n"); fprintf(o, "-o {name} Field name for output count. Default \"%s\".\n", DEFAULT_OUTPUT_FIELD_NAME); fprintf(o, "See also \"%s %s\".\n", argv0, "most-frequent"); } static mapper_t* mapper_most_frequent_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { return mapper_most_or_least_frequent_parse_cli(pargi, argc, argv, TRUE); } static mapper_t* mapper_least_frequent_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { return mapper_most_or_least_frequent_parse_cli(pargi, argc, argv, FALSE); } static mapper_t* mapper_most_or_least_frequent_parse_cli(int* pargi, int argc, char** argv, int descending) { slls_t* pgroup_by_field_names = NULL; long long max_output_length = DEFAULT_MAX_OUTPUT_LENGTH; int show_counts = TRUE; char* output_field_name = DEFAULT_OUTPUT_FIELD_NAME; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_list_flag(pstate, "-f", &pgroup_by_field_names); ap_define_long_long_flag(pstate, "-n", &max_output_length); ap_define_false_flag(pstate, "-b", &show_counts); ap_define_string_flag(pstate, "-o", &output_field_name); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_most_frequent_usage(stderr, argv[0], verb); return NULL; } if (pgroup_by_field_names == NULL) { mapper_most_frequent_usage(stderr, argv[0], verb); return NULL; } return mapper_most_or_least_frequent_alloc(pstate, pgroup_by_field_names, max_output_length, descending, show_counts, output_field_name); } // ---------------------------------------------------------------- static mapper_t* mapper_most_or_least_frequent_alloc(ap_state_t* pargp, slls_t* pgroup_by_field_names, long long max_output_length, int descending, int show_counts, char* output_field_name) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_most_or_least_frequent_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_most_or_least_frequent_state_t)); pstate->pargp = pargp; pstate->pgroup_by_field_names = pgroup_by_field_names; pstate->pcounts_by_group = lhmslv_alloc(); pstate->max_output_length = max_output_length; pstate->descending = descending; pstate->show_counts = show_counts; pstate->output_field_name = output_field_name; pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_most_or_least_frequent_process; pmapper->pfree_func = mapper_most_or_least_frequent_free; return pmapper; } static void mapper_most_or_least_frequent_free(mapper_t* pmapper, context_t* _) { mapper_most_or_least_frequent_state_t* pstate = pmapper->pvstate; slls_free(pstate->pgroup_by_field_names); // lhmslv_free will free the keys: we only need to free the void-star values. for (lhmslve_t* pa = pstate->pcounts_by_group->phead; pa != NULL; pa = pa->pnext) { unsigned long long* pcount = pa->pvvalue; free(pcount); } lhmslv_free(pstate->pcounts_by_group); pstate->pgroup_by_field_names = NULL; pstate->pcounts_by_group = NULL; ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_most_or_least_frequent_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_most_or_least_frequent_state_t* pstate = pvstate; if (pinrec != NULL) { // Not end of input record stream slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values != NULL) { unsigned long long* pcount = lhmslv_get(pstate->pcounts_by_group, pgroup_by_field_values); if (pcount == NULL) { pcount = mlr_malloc_or_die(sizeof(unsigned long long)); *pcount = 1LL; lhmslv_put(pstate->pcounts_by_group, slls_copy(pgroup_by_field_values), pcount, FREE_ENTRY_KEY); } else { (*pcount)++; } slls_free(pgroup_by_field_values); } lrec_free(pinrec); return NULL; } else { // End of input record stream // Copy keys and counters from hashmap to array for sorting int input_length = pstate->pcounts_by_group->num_occupied; sort_pair_t* sort_pairs = mlr_malloc_or_die(input_length * sizeof(sort_pair_t)); int i = 0; for (lhmslve_t* pe = pstate->pcounts_by_group->phead; pe != NULL; pe = pe->pnext) { sort_pairs[i].pgroup_by_field_values = pe->key; sort_pairs[i].count = *(long long *)pe->pvvalue; i++; } // Sort by count qsort(sort_pairs, input_length, sizeof(sort_pair_t), pstate->descending ? descending_vcmp : ascending_vcmp); // Emit top n sllv_t* poutrecs = sllv_alloc(); int output_length = (input_length < pstate->max_output_length) ? input_length : pstate->max_output_length; for (i = 0; i < output_length; i++) { lrec_t* poutrec = lrec_unbacked_alloc(); slls_t* pgroup_by_field_values = sort_pairs[i].pgroup_by_field_values; sllse_t* pb = pstate->pgroup_by_field_names->phead; sllse_t* pc = pgroup_by_field_values->phead; for ( ; pb != NULL && pc != NULL; pb = pb->pnext, pc = pc->pnext) { lrec_put(poutrec, pb->value, pc->value, NO_FREE); } if (pstate->show_counts) { lrec_put(poutrec, pstate->output_field_name, mlr_alloc_string_from_ull(sort_pairs[i].count), FREE_ENTRY_VALUE); } sllv_append(poutrecs, poutrec); } sllv_append(poutrecs, NULL); free(sort_pairs); return poutrecs; } } static int descending_vcmp(const void* pva, const void* pvb) { const sort_pair_t* pa = pva; const sort_pair_t* pb = pvb; return pb->count - pa->count; } static int ascending_vcmp(const void* pva, const void* pvb) { const sort_pair_t* pa = pva; const sort_pair_t* pb = pvb; return pa->count - pb->count; } miller-5.6.2/c/mapping/mapper_nest.c000066400000000000000000000440751354153536500173720ustar00rootroot00000000000000#include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/mlrregex.h" #include "lib/string_builder.h" #include "containers/lhmss.h" #include "containers/sllv.h" #include "containers/lhmslv.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #include "cli/argparse.h" // ================================================================ #define SB_ALLOC_LENGTH 128 typedef struct _mapper_nest_state_t { ap_state_t* pargp; char* field_name; char* nested_fs; char* nested_ps; int nested_ps_length; lhmslv_t* other_keys_to_other_values_to_buckets; string_builder_t* psb; regex_t regex; } mapper_nest_state_t; typedef struct _nest_bucket_t { lrec_t* prepresentative; sllv_t* pairs; } nest_bucket_t; static void mapper_nest_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_nest_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_nest_alloc(ap_state_t* pargp, char* argv0, char* field_name, char* nested_fs, char* nested_ps, int do_explode, int do_pairs, int do_across_fields); static void mapper_nest_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_nest_explode_values_across_fields (lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_nest_implode_values_across_fields (lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_nest_explode_values_across_records (lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_nest_implode_values_across_records (lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_nest_explode_pairs_across_fields (lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_nest_explode_pairs_across_records (lrec_t* pinrec, context_t* pctx, void* pvstate); static nest_bucket_t* nest_bucket_alloc(lrec_t* prepresentative); static void nest_bucket_free(nest_bucket_t* pbucket); // ---------------------------------------------------------------- mapper_setup_t mapper_nest_setup = { .verb = "nest", .pusage_func = mapper_nest_usage, .pparse_func = mapper_nest_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_nest_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Explodes specified field values into separate fields/records, or reverses this.\n"); fprintf(o, "Options:\n"); fprintf(o, " --explode,--implode One is required.\n"); fprintf(o, " --values,--pairs One is required.\n"); fprintf(o, " --across-records,--across-fields One is required.\n"); fprintf(o, " -f {field name} Required.\n"); fprintf(o, " --nested-fs {string} Defaults to \";\". Field separator for nested values.\n"); fprintf(o, " --nested-ps {string} Defaults to \":\". Pair separator for nested key-value pairs.\n"); fprintf(o, " --evar {string} Shorthand for --explode --values ---across-records --nested-fs {string}\n"); fprintf(o, " --ivar {string} Shorthand for --implode --values ---across-records --nested-fs {string}\n"); fprintf(o, "Please use \"%s --usage-separator-options\" for information on specifying separators.\n", argv0); fprintf(o, "\n"); fprintf(o, "Examples:\n"); fprintf(o, "\n"); fprintf(o, " %s %s --explode --values --across-records -f x\n", argv0, verb); fprintf(o, " with input record \"x=a;b;c,y=d\" produces output records\n"); fprintf(o, " \"x=a,y=d\"\n"); fprintf(o, " \"x=b,y=d\"\n"); fprintf(o, " \"x=c,y=d\"\n"); fprintf(o, " Use --implode to do the reverse.\n"); fprintf(o, "\n"); fprintf(o, " %s %s --explode --values --across-fields -f x\n", argv0, verb); fprintf(o, " with input record \"x=a;b;c,y=d\" produces output records\n"); fprintf(o, " \"x_1=a,x_2=b,x_3=c,y=d\"\n"); fprintf(o, " Use --implode to do the reverse.\n"); fprintf(o, "\n"); fprintf(o, " %s %s --explode --pairs --across-records -f x\n", argv0, verb); fprintf(o, " with input record \"x=a:1;b:2;c:3,y=d\" produces output records\n"); fprintf(o, " \"a=1,y=d\"\n"); fprintf(o, " \"b=2,y=d\"\n"); fprintf(o, " \"c=3,y=d\"\n"); fprintf(o, "\n"); fprintf(o, " %s %s --explode --pairs --across-fields -f x\n", argv0, verb); fprintf(o, " with input record \"x=a:1;b:2;c:3,y=d\" produces output records\n"); fprintf(o, " \"a=1,b=2,c=3,y=d\"\n"); fprintf(o, "\n"); fprintf(o, "Notes:\n"); fprintf(o, "* With --pairs, --implode doesn't make sense since the original field name has\n"); fprintf(o, " been lost.\n"); fprintf(o, "* The combination \"--implode --values --across-records\" is non-streaming:\n"); fprintf(o, " no output records are produced until all input records have been read. In\n"); fprintf(o, " particular, this means it won't work in tail -f contexts. But all other flag\n"); fprintf(o, " combinations result in streaming (tail -f friendly) data processing.\n"); fprintf(o, "* It's up to you to ensure that the nested-fs is distinct from your data's IFS:\n"); fprintf(o, " e.g. by default the former is semicolon and the latter is comma.\n"); fprintf(o, "See also %s reshape.\n", argv0); } static mapper_t* mapper_nest_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { char* field_name = NULL; char* nested_fs = ";"; char* nested_ps = ":"; char* vfs = NULL; char* ivfs = NULL; int do_explode = NEITHER_TRUE_NOR_FALSE; int do_pairs = NEITHER_TRUE_NOR_FALSE; int do_across_fields = NEITHER_TRUE_NOR_FALSE; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_flag(pstate, "-f", &field_name); ap_define_string_flag(pstate, "--nested-fs", &nested_fs); ap_define_string_flag(pstate, "--nested-ps", &nested_ps); ap_define_true_flag(pstate, "--explode", &do_explode); ap_define_false_flag(pstate, "--implode", &do_explode); ap_define_true_flag(pstate, "--pairs", &do_pairs); ap_define_false_flag(pstate, "--values", &do_pairs); ap_define_true_flag(pstate, "--across-fields", &do_across_fields); ap_define_false_flag(pstate, "--across-records", &do_across_fields); ap_define_string_flag(pstate, "--evar", &vfs); ap_define_string_flag(pstate, "--ivar", &ivfs); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_nest_usage(stderr, argv[0], verb); return NULL; } if (vfs != NULL) { do_explode = TRUE; do_pairs = FALSE; do_across_fields = FALSE; nested_fs = vfs; } if (ivfs != NULL) { do_explode = FALSE; do_pairs = FALSE; do_across_fields = FALSE; nested_fs = ivfs; } if (field_name == NULL) { mapper_nest_usage(stderr, argv[0], verb); return NULL; } if (do_explode == NEITHER_TRUE_NOR_FALSE) { mapper_nest_usage(stderr, argv[0], verb); return NULL; } if (do_pairs == NEITHER_TRUE_NOR_FALSE) { mapper_nest_usage(stderr, argv[0], verb); return NULL; } if (do_across_fields == NEITHER_TRUE_NOR_FALSE) { mapper_nest_usage(stderr, argv[0], verb); return NULL; } if (do_pairs == TRUE && do_explode == FALSE) { mapper_nest_usage(stderr, argv[0], verb); return NULL; } return mapper_nest_alloc(pstate, argv[0], field_name, nested_fs, nested_ps, do_explode, do_pairs, do_across_fields); } // ---------------------------------------------------------------- static mapper_t* mapper_nest_alloc(ap_state_t* pargp, char* argv0, char* field_name, char* nested_fs, char* nested_ps, int do_explode, int do_pairs, int do_across_fields) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_nest_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_nest_state_t)); pstate->pargp = pargp; pstate->field_name = field_name; pstate->nested_fs = cli_sep_from_arg(nested_fs); pstate->nested_ps = cli_sep_from_arg(nested_ps); pstate->nested_ps_length = strlen(pstate->nested_ps); if (do_explode) { if (do_pairs) { pmapper->pprocess_func = do_across_fields ? mapper_nest_explode_pairs_across_fields : mapper_nest_explode_pairs_across_records; } else { pmapper->pprocess_func = do_across_fields ? mapper_nest_explode_values_across_fields : mapper_nest_explode_values_across_records; } } else { if (do_pairs) { // Should have been caught in CLI-parser. MLR_INTERNAL_CODING_ERROR(); } else { pmapper->pprocess_func = do_across_fields ? mapper_nest_implode_values_across_fields : mapper_nest_implode_values_across_records; } } pstate->other_keys_to_other_values_to_buckets = lhmslv_alloc(); pstate->psb = sb_alloc(SB_ALLOC_LENGTH); char* pattern = mlr_malloc_or_die(strlen(field_name) + 12); sprintf(pattern, "^%s_[0-9]+$", field_name); regcomp_or_die(&pstate->regex, pattern, REG_NOSUB); free(pattern); pmapper->pfree_func = mapper_nest_free; pmapper->pvstate = (void*)pstate; return pmapper; } static void mapper_nest_free(mapper_t* pmapper, context_t* _) { mapper_nest_state_t* pstate = pmapper->pvstate; if (pstate->other_keys_to_other_values_to_buckets != NULL) { for (lhmslve_t* pe = pstate->other_keys_to_other_values_to_buckets->phead; pe != NULL; pe = pe->pnext) { lhmslv_t* other_values_to_buckets = pe->pvvalue; for (lhmslve_t* pf = other_values_to_buckets->phead; pf != NULL; pf = pf->pnext) { nest_bucket_t* pbucket = pf->pvvalue; nest_bucket_free(pbucket); } lhmslv_free(other_values_to_buckets); } lhmslv_free(pstate->other_keys_to_other_values_to_buckets); } sb_free(pstate->psb); free(pstate->nested_fs); free(pstate->nested_ps); regfree(&pstate->regex); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ================================================================ static sllv_t* mapper_nest_explode_values_across_fields(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) // End of input stream return sllv_single(NULL); mapper_nest_state_t* pstate = (mapper_nest_state_t*)pvstate; lrece_t* pentry = NULL; char* field_value = lrec_get_ext(pinrec, pstate->field_name, &pentry); if (field_value == NULL) { return sllv_single(pinrec); } lrece_t* porig = pentry; char* sep = pstate->nested_fs; int seplen = strlen(sep); int i = 1; char* walker = field_value; char* piece = NULL; while ((piece = mlr_strmsep(&walker, sep, seplen)) != NULL) { char istring_free_flags; char* istring = low_int_to_string(i, &istring_free_flags); char* new_key = mlr_paste_3_strings(pstate->field_name, "_", istring); if (istring_free_flags & FREE_ENTRY_KEY) free(istring); pentry = lrec_put_after(pinrec, pentry, new_key, mlr_strdup_or_die(piece), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); i++; } lrec_unlink_and_free(pinrec, porig); return sllv_single(pinrec);; } // ---------------------------------------------------------------- static sllv_t* mapper_nest_implode_values_across_fields(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_nest_state_t* pstate = (mapper_nest_state_t*)pvstate; if (pinrec == NULL) // end of input stream return sllv_single(NULL); lrece_t* pprev = NULL; int field_count = 0; for (lrece_t* pe = pinrec->phead; pe != NULL; /* increment in loop */) { if (regmatch_or_die(&pstate->regex, pe->key, 0, NULL)) { if (field_count > 0) sb_append_string(pstate->psb, pstate->nested_fs); sb_append_string(pstate->psb, pe->value); field_count++; // Keep the location so we can implode in-place. if (pprev == NULL) pprev = pe->pprev; lrece_t* pnext = pe->pnext; lrec_unlink_and_free(pinrec, pe); pe = pnext; } else { pe = pe->pnext; } } if (field_count > 0) { if (pprev == NULL) // No record before the unlinked one, i.e. list-head. lrec_prepend(pinrec, pstate->field_name, sb_finish(pstate->psb), FREE_ENTRY_VALUE); else lrec_put_after(pinrec, pprev, pstate->field_name, sb_finish(pstate->psb), FREE_ENTRY_VALUE); } return sllv_single(pinrec); } // ---------------------------------------------------------------- static sllv_t* mapper_nest_explode_values_across_records(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) // End of input stream return sllv_single(NULL); mapper_nest_state_t* pstate = (mapper_nest_state_t*)pvstate; char* field_value = lrec_get(pinrec, pstate->field_name); if (field_value == NULL) { return sllv_single(pinrec); } sllv_t* poutrecs = sllv_alloc(); char* sep = pstate->nested_fs; int seplen = strlen(sep); char* walker = field_value; char* piece = NULL; while ((piece = mlr_strmsep(&walker, sep, seplen)) != NULL) { lrec_t* poutrec = lrec_copy(pinrec); lrec_put(poutrec, pstate->field_name, mlr_strdup_or_die(piece), FREE_ENTRY_VALUE); sllv_append(poutrecs, poutrec); } lrec_free(pinrec); return poutrecs; } // ---------------------------------------------------------------- static sllv_t* mapper_nest_implode_values_across_records(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_nest_state_t* pstate = (mapper_nest_state_t*)pvstate; if (pinrec != NULL) { // Not end of input stream lrece_t* px = NULL; char* field_value = lrec_get_ext(pinrec, pstate->field_name, &px); if (field_value == NULL) return sllv_single(pinrec); char* field_value_copy = mlr_strdup_or_die(field_value); // Don't lrec_remove pstate->field_name so we can implode in-place at the end. slls_t* other_keys = mlr_reference_keys_from_record_except(pinrec, px); lhmslv_t* other_values_to_buckets = lhmslv_get(pstate->other_keys_to_other_values_to_buckets, other_keys); if (other_values_to_buckets == NULL) { other_values_to_buckets = lhmslv_alloc(); lhmslv_put(pstate->other_keys_to_other_values_to_buckets, slls_copy(other_keys), other_values_to_buckets, FREE_ENTRY_KEY); } slls_t* other_values = mlr_reference_values_from_record_except(pinrec, px); nest_bucket_t* pbucket = lhmslv_get(other_values_to_buckets, other_values); if (pbucket == NULL) { pbucket = nest_bucket_alloc(pinrec); lhmslv_put(other_values_to_buckets, slls_copy(other_values), pbucket, FREE_ENTRY_KEY); } else { lrec_free(pinrec); } lrec_t* pair = lrec_unbacked_alloc(); lrec_put(pair, pstate->field_name, field_value_copy, FREE_ENTRY_VALUE); sllv_append(pbucket->pairs, pair); slls_free(other_values); slls_free(other_keys); return NULL; } else { // end of input stream sllv_t* poutrecs = sllv_alloc(); for (lhmslve_t* pe = pstate->other_keys_to_other_values_to_buckets->phead; pe != NULL; pe = pe->pnext) { lhmslv_t* other_values_to_buckets = pe->pvvalue; for (lhmslve_t* pf = other_values_to_buckets->phead; pf != NULL; pf = pf->pnext) { nest_bucket_t* pbucket = pf->pvvalue; lrec_t* poutrec = pbucket->prepresentative; pbucket->prepresentative = NULL; // ownership transfer for (sllve_t* pg = pbucket->pairs->phead; pg != NULL; pg = pg->pnext) { lrec_t* pr = pg->pvvalue; sb_append_string(pstate->psb, pr->phead->value); if (pg->pnext != NULL) sb_append_string(pstate->psb, pstate->nested_fs); } // pstate->field_name was already present so we'll overwrite it in-place here. lrec_put(poutrec, pstate->field_name, sb_finish(pstate->psb), FREE_ENTRY_VALUE); sllv_append(poutrecs, poutrec); } } sllv_append(poutrecs, NULL); return poutrecs; } } // ---------------------------------------------------------------- static sllv_t* mapper_nest_explode_pairs_across_fields(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) // End of input stream return sllv_single(NULL); mapper_nest_state_t* pstate = (mapper_nest_state_t*)pvstate; lrece_t* pentry = NULL; char* field_value = lrec_get_ext(pinrec, pstate->field_name, &pentry); if (field_value == NULL) { return sllv_single(pinrec); } lrece_t* porig = pentry; char* sep = pstate->nested_fs; int seplen = strlen(sep); char* walker = field_value; char* piece = NULL; while ((piece = mlr_strmsep(&walker, sep, seplen)) != NULL) { char* found_sep = strstr(piece, pstate->nested_ps); if (found_sep != NULL) { // there is a pair *found_sep = 0; pentry = lrec_put_after(pinrec, pentry, mlr_strdup_or_die(piece), mlr_strdup_or_die(found_sep + pstate->nested_ps_length), FREE_ENTRY_KEY | FREE_ENTRY_VALUE); } else { // there is not a pair pentry = lrec_put_after(pinrec, pentry, pstate->field_name, mlr_strdup_or_die(piece), FREE_ENTRY_VALUE); } } lrec_unlink_and_free(pinrec, porig); return sllv_single(pinrec); } // ---------------------------------------------------------------- static sllv_t* mapper_nest_explode_pairs_across_records(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) // End of input stream return sllv_single(NULL); mapper_nest_state_t* pstate = (mapper_nest_state_t*)pvstate; char* field_value = lrec_get(pinrec, pstate->field_name); if (field_value == NULL) { return sllv_single(pinrec); } sllv_t* poutrecs = sllv_alloc(); char* sep = pstate->nested_fs; int seplen = strlen(sep); char* walker = field_value; char* piece = NULL; while ((piece = mlr_strmsep(&walker, sep, seplen)) != NULL) { char* found_sep = strstr(piece, pstate->nested_ps); lrec_t* poutrec = lrec_copy(pinrec); lrece_t* pe = NULL; (void)lrec_get_ext(poutrec, pstate->field_name, &pe); // Put the new field where the old one was -- unless there's already a field with the new // name in which case replace its value. if (found_sep != NULL) { // there is a pair *found_sep = 0; lrec_put_after(poutrec, pe, mlr_strdup_or_die(piece), mlr_strdup_or_die(found_sep + pstate->nested_ps_length), FREE_ENTRY_KEY | FREE_ENTRY_VALUE); } else { // there is not a pair lrec_put_after(poutrec, pe, pstate->field_name, mlr_strdup_or_die(piece), FREE_ENTRY_VALUE); } lrec_unlink_and_free(poutrec, pe); sllv_append(poutrecs, poutrec); } lrec_free(pinrec); return poutrecs; } // ---------------------------------------------------------------- static nest_bucket_t* nest_bucket_alloc(lrec_t* prepresentative) { nest_bucket_t* pbucket = mlr_malloc_or_die(sizeof(nest_bucket_t)); pbucket->prepresentative = prepresentative; pbucket->pairs = sllv_alloc(); return pbucket; } static void nest_bucket_free(nest_bucket_t* pbucket) { lrec_free(pbucket->prepresentative); for (sllve_t* pe = pbucket->pairs->phead; pe != NULL; pe = pe->pnext) { lrec_t* pair = pe->pvvalue; lrec_free(pair); } sllv_free(pbucket->pairs); free(pbucket); } miller-5.6.2/c/mapping/mapper_nothing.c000066400000000000000000000040621354153536500200570ustar00rootroot00000000000000#include "cli/argparse.h" #include "mapping/mappers.h" #include "lib/mlrutil.h" #include "containers/sllv.h" static void mapper_nothing_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_nothing_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_nothing_alloc(); static void mapper_nothing_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_nothing_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_nothing_setup = { .verb = "nothing", .pusage_func = mapper_nothing_usage, .pparse_func = mapper_nothing_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static mapper_t* mapper_nothing_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { if ((argc - *pargi) < 1) { mapper_nothing_usage(stderr, argv[0], argv[*pargi]); return NULL; } *pargi += 1; mapper_t* pmapper = mapper_nothing_alloc(); return pmapper; } static void mapper_nothing_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Drops all input records. Useful for testing, or after tee/print/etc. have\n"); fprintf(o, "produced other output.\n"); } // ---------------------------------------------------------------- static mapper_t* mapper_nothing_alloc(ap_state_t* pargp, int do_counters, char* counter_field_name) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); pmapper->pvstate = NULL; pmapper->pprocess_func = mapper_nothing_process; pmapper->pfree_func = mapper_nothing_free; return pmapper; } static void mapper_nothing_free(mapper_t* pmapper, context_t* _) { free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_nothing_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec != NULL) { lrec_free(pinrec); return NULL; } else { return sllv_single(NULL); } } miller-5.6.2/c/mapping/mapper_put_or_filter.c000066400000000000000000000651371354153536500213000ustar00rootroot00000000000000#include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/string_builder.h" #include "cli/mlrcli.h" #include "containers/lrec.h" #include "containers/sllv.h" #include "containers/lhmsv.h" #include "containers/mlhmmv.h" #include "parsing/mlr_dsl_wrapper.h" #include "dsl/rval_evaluators.h" #include "dsl/mlr_dsl_cst.h" #include "mapping/mappers.h" #define DEFAULT_OOSVAR_FLATTEN_SEPARATOR ":" // ---------------------------------------------------------------- typedef struct _mapper_put_or_filter_state_t { char* mlr_dsl_expression; mlr_dsl_ast_t* past; mlr_dsl_cst_t* pcst; int at_begin; mlhmmv_root_t* poosvars; int trace_execution; char* oosvar_flatten_separator; int flush_every_record; cli_writer_opts_t* pwriter_opts; local_stack_t* plocal_stack; loop_stack_t* ploop_stack; int put_output_disabled; // mlr put -q int do_final_filter; // mlr filter int negate_final_filter; // mlr filter -x } mapper_put_or_filter_state_t; typedef struct _expression_info_t { char* filename; char* expression; } expression_info_t; // ---------------------------------------------------------------- static void mapper_put_or_filter_usage(FILE* o, char* argv0, char* verb); static void mapper_put_usage(FILE* o, char* argv0, char* verb); static void mapper_filter_usage(FILE* o, char* argv0, char* verb); static void shared_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_put_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_filter_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* shared_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_put_or_filter_alloc( char* mlr_dsl_expression, int print_ast, int trace_stack_allocation, int trace_execution, mlr_dsl_ast_t* past, int put_output_disabled, // mlr put -q int do_final_filter, // mlr filter int negate_final_filter, // mlr filter -x int type_inferencing, char* oosvar_flatten_separator, int flush_every_record, cli_writer_opts_t* pwriter_opts, cli_writer_opts_t* pmain_writer_opts); static void mapper_put_or_filter_free(mapper_t* pmapper, context_t* pctx); static sllv_t* mapper_put_or_filter_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_put_setup = { .verb = "put", .pusage_func = mapper_put_usage, .pparse_func = mapper_put_parse_cli, .ignores_input = FALSE, }; mapper_setup_t mapper_filter_setup = { .verb = "filter", .pusage_func = mapper_filter_usage, .pparse_func = mapper_filter_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_put_or_filter_usage(FILE* o, char* argv0, char* verb) { if (streq(verb, "filter")) { mapper_filter_usage(o, argv0, verb); } else if (streq(verb, "put")) { mapper_put_usage(o, argv0, verb); } else { fprintf(stderr, "%s: internal coding error detected at file %s line %d.\n", MLR_GLOBALS.bargv0, __FILE__, __LINE__); exit(1); } } // ---------------------------------------------------------------- static void mapper_put_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options] {expression}\n", argv0, verb); fprintf(o, "Adds/updates specified field(s). Expressions are semicolon-separated and must\n"); fprintf(o, "either be assignments, or evaluate to boolean. Booleans with following\n"); fprintf(o, "statements in curly braces control whether those statements are executed;\n"); fprintf(o, "booleans without following curly braces do nothing except side effects (e.g.\n"); fprintf(o, "regex-captures into \\1, \\2, etc.).\n"); fprintf(o, "\n"); shared_usage(o, argv0, verb); fprintf(o, "\n"); fprintf(o, "Examples:\n"); fprintf(o, " %s %s '$y = log10($x); $z = sqrt($y)'\n", argv0, verb); fprintf(o, " %s %s '$x>0.0 { $y=log10($x); $z=sqrt($y) }' # does {...} only if $x > 0.0\n", argv0, verb); fprintf(o, " %s %s '$x>0.0; $y=log10($x); $z=sqrt($y)' # does all three statements\n", argv0, verb); fprintf(o, " %s %s '$a =~ \"([a-z]+)_([0-9]+); $b = \"left_\\1\"; $c = \"right_\\2\"'\n", argv0, verb); fprintf(o, " %s %s '$a =~ \"([a-z]+)_([0-9]+) { $b = \"left_\\1\"; $c = \"right_\\2\" }'\n", argv0, verb); fprintf(o, " %s %s '$filename = FILENAME'\n", argv0, verb); fprintf(o, " %s %s '$colored_shape = $color . \"_\" . $shape'\n", argv0, verb); fprintf(o, " %s %s '$y = cos($theta); $z = atan2($y, $x)'\n", argv0, verb); fprintf(o, " %s %s '$name = sub($name, \"http.*com\"i, \"\")'\n", argv0, verb); fprintf(o, " %s %s -q '@sum += $x; end {emit @sum}'\n", argv0, verb); fprintf(o, " %s %s -q '@sum[$a] += $x; end {emit @sum, \"a\"}'\n", argv0, verb); fprintf(o, " %s %s -q '@sum[$a][$b] += $x; end {emit @sum, \"a\", \"b\"}'\n", argv0, verb); fprintf(o, " %s %s -q '@min=min(@min,$x);@max=max(@max,$x); end{emitf @min, @max}'\n", argv0, verb); fprintf(o, " %s %s -q 'is_null(@xmax) || $x > @xmax {@xmax=$x; @recmax=$*}; end {emit @recmax}'\n", argv0, verb); fprintf(o, " %s %s '\n", argv0, verb); fprintf(o, " $x = 1;\n"); fprintf(o, " #$y = 2;\n"); fprintf(o, " $z = 3\n"); fprintf(o, " '\n"); fprintf(o, "\n"); fprintf(o, "Please see also '%s -k' for examples using redirected output.\n", argv0); fprintf(o, "\n"); fprintf(o, "Please see http://johnkerl.org/miller/doc/reference.html for more information\n"); fprintf(o, "including function list. Or \"%s -f\".\n", argv0); fprintf(o, "Please see in particular:\n"); fprintf(o, " http://www.johnkerl.org/miller/doc/reference.html#put\n"); } // ---------------------------------------------------------------- static void mapper_filter_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options] {expression}\n", argv0, verb); fprintf(o, "Prints records for which {expression} evaluates to true.\n"); fprintf(o, "If there are multiple semicolon-delimited expressions, all of them are\n"); fprintf(o, "evaluated and the last one is used as the filter criterion.\n"); fprintf(o, "\n"); shared_usage(o, argv0, verb); fprintf(o, "\n"); fprintf(o, "Examples:\n"); fprintf(o, " %s %s 'log10($count) > 4.0'\n", argv0, verb); fprintf(o, " %s %s 'FNR == 2 (second record in each file)'\n", argv0, verb); fprintf(o, " %s %s 'urand() < 0.001' (subsampling)\n", argv0, verb); fprintf(o, " %s %s '$color != \"blue\" && $value > 4.2'\n", argv0, verb); fprintf(o, " %s %s '($x<.5 && $y<.5) || ($x>.5 && $y>.5)'\n", argv0, verb); fprintf(o, " %s %s '($name =~ \"^sys.*east$\") || ($name =~ \"^dev.[0-9]+\"i)'\n", argv0, verb); fprintf(o, " %s %s '$ab = $a+$b; $cd = $c+$d; $ab != $cd'\n", argv0, verb); fprintf(o, " %s %s '\n", argv0, verb); fprintf(o, " NR == 1 ||\n"); fprintf(o, " #NR == 2 ||\n"); fprintf(o, " NR == 3\n"); fprintf(o, " '\n"); fprintf(o, "\n"); fprintf(o, "Please see http://johnkerl.org/miller/doc/reference.html for more information\n"); fprintf(o, "including function list. Or \"%s -f\". Please also also \"%s grep\" which is\n", argv0, argv0); fprintf(o, "useful when you don't yet know which field name(s) you're looking for.\n"); } static void shared_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Conversion options:\n"); fprintf(o, "-S: Keeps field values as strings with no type inference to int or float.\n"); fprintf(o, "-F: Keeps field values as strings or floats with no inference to int.\n"); fprintf(o, "All field values are type-inferred to int/float/string unless this behavior is\n"); fprintf(o, "suppressed with -S or -F.\n"); fprintf(o, "\n"); fprintf(o, "Output/formatting options:\n"); fprintf(o, "--oflatsep {string}: Separator to use when flattening multi-level @-variables\n"); fprintf(o, " to output records for emit. Default \"%s\".\n", DEFAULT_OOSVAR_FLATTEN_SEPARATOR); fprintf(o, "--jknquoteint: For dump output (JSON-formatted), do not quote map keys if non-string.\n"); fprintf(o, "--jvquoteall: For dump output (JSON-formatted), quote map values even if non-string.\n"); fprintf(o, "Any of the output-format command-line flags (see %s -h). Example: using\n", MLR_GLOBALS.bargv0); fprintf(o, " %s --icsv --opprint ... then put --ojson 'tee > \"mytap-\".$a.\".dat\", $*' then ...\n", MLR_GLOBALS.bargv0); fprintf(o, "the input is CSV, the output is pretty-print tabular, but the tee-file output\n"); fprintf(o, "is written in JSON format.\n"); fprintf(o, "--no-fflush: for emit, tee, print, and dump, don't call fflush() after every\n"); fprintf(o, " record.\n"); fprintf(o, "\n"); fprintf(o, "Expression-specification options:\n"); fprintf(o, "-f {filename}: the DSL expression is taken from the specified file rather\n"); fprintf(o, " than from the command line. Outer single quotes wrapping the expression\n"); fprintf(o, " should not be placed in the file. If -f is specified more than once,\n"); fprintf(o, " all input files specified using -f are concatenated to produce the expression.\n"); fprintf(o, " (For example, you can define functions in one file and call them from another.)\n"); fprintf(o, "-e {expression}: You can use this after -f to add an expression. Example use\n"); fprintf(o, " case: define functions/subroutines in a file you specify with -f, then call\n"); fprintf(o, " them with an expression you specify with -e.\n"); fprintf(o, "(If you mix -e and -f then the expressions are evaluated in the order encountered.\n"); fprintf(o, "Since the expression pieces are simply concatenated, please be sure to use intervening\n"); fprintf(o, "semicolons to separate expressions.)\n"); fprintf(o, "\n"); fprintf(o, "Tracing options:\n"); fprintf(o, "-v: Prints the expressions's AST (abstract syntax tree), which gives\n"); fprintf(o, " full transparency on the precedence and associativity rules of\n"); fprintf(o, " Miller's grammar, to stdout.\n"); fprintf(o, "-a: Prints a low-level stack-allocation trace to stdout.\n"); fprintf(o, "-t: Prints a low-level parser trace to stderr.\n"); fprintf(o, "-T: Prints a every statement to stderr as it is executed.\n"); fprintf(o, "\n"); fprintf(o, "Other options:\n"); if (streq(verb, "put")) { fprintf(o, "-q: Does not include the modified record in the output stream. Useful for when\n"); fprintf(o, " all desired output is in begin and/or end blocks.\n"); } if (streq(verb, "filter")) { fprintf(o, "-x: Prints records for which {expression} evaluates to false.\n"); } fprintf(o, "\n"); fprintf(o, "Please use a dollar sign for field names and double-quotes for string\n"); fprintf(o, "literals. If field names have special characters such as \".\" then you might\n"); fprintf(o, "use braces, e.g. '${field.name}'. Miller built-in variables are\n"); fprintf(o, "NF NR FNR FILENUM FILENAME M_PI M_E, and ENV[\"namegoeshere\"] to access environment\n"); fprintf(o, "variables. The environment-variable name may be an expression, e.g. a field\n"); fprintf(o, "value.\n"); fprintf(o, "\n"); fprintf(o, "Use # to comment to end of line.\n"); } // ---------------------------------------------------------------- static mapper_t* mapper_filter_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* pmain_writer_opts) { return shared_parse_cli(pargi, argc, argv, _, pmain_writer_opts); } static mapper_t* mapper_put_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* pmain_writer_opts) { return shared_parse_cli(pargi, argc, argv, _, pmain_writer_opts); } static mapper_t* shared_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* pmain_writer_opts) { sllv_t* expression_infos = sllv_alloc(); char* mlr_dsl_expression = NULL; int put_output_disabled = FALSE; int do_final_filter = FALSE; int negate_final_filter = FALSE; int type_inferencing = TYPE_INFER_STRING_FLOAT_INT; int print_ast = FALSE; int trace_stack_allocation = FALSE; int trace_parse = FALSE; int trace_execution = FALSE; char* oosvar_flatten_separator = DEFAULT_OOSVAR_FLATTEN_SEPARATOR; int flush_every_record = TRUE; cli_writer_opts_t* pwriter_opts = mlr_malloc_or_die(sizeof(cli_writer_opts_t)); cli_writer_opts_init(pwriter_opts); int argi = *pargi; if ((argc - argi) < 1) { mapper_put_or_filter_usage(stderr, argv[0], argv[argi]); return NULL; } char* verb = argv[argi++]; if (streq(verb, "filter")) do_final_filter = TRUE; cli_writer_opts_init(pwriter_opts); for (; argi < argc; /* variable increment: 1 or 2 depending on flag */) { if (argv[argi][0] != '-') { break; // No more flag options to process } else if (cli_handle_writer_options(argv, argc, &argi, pwriter_opts)) { // handled } else if (streq(argv[argi], "-f")) { if ((argc - argi) < 2) { mapper_put_or_filter_usage(stderr, argv[0], verb); return NULL; } expression_info_t* pexpression_info = mlr_malloc_or_die(sizeof(expression_info_t)); pexpression_info->filename = argv[argi+1]; pexpression_info->expression = NULL; sllv_append(expression_infos, pexpression_info); argi += 2; } else if (streq(argv[argi], "-e")) { if ((argc - argi) < 2) { mapper_put_or_filter_usage(stderr, argv[0], verb); return NULL; } expression_info_t* pexpression_info = mlr_malloc_or_die(sizeof(expression_info_t)); pexpression_info->filename = NULL; pexpression_info->expression = argv[argi+1]; sllv_append(expression_infos, pexpression_info); argi += 2; } else if (streq(argv[argi], "-v")) { print_ast = TRUE; argi += 1; } else if (streq(argv[argi], "-a")) { trace_stack_allocation = TRUE; argi += 1; } else if (streq(argv[argi], "-t")) { trace_parse = TRUE; argi += 1; } else if (streq(argv[argi], "-T")) { trace_execution = TRUE; argi += 1; } else if (streq(argv[argi], "-q") && streq(verb, "put")) { put_output_disabled = TRUE; argi += 1; } else if (streq(argv[argi], "-x") && streq(verb, "filter")) { negate_final_filter = TRUE; argi += 1; } else if (streq(argv[argi], "-S")) { type_inferencing = TYPE_INFER_STRING_ONLY; argi += 1; } else if (streq(argv[argi], "-F")) { type_inferencing = TYPE_INFER_STRING_FLOAT; argi += 1; } else if (streq(argv[argi], "--oflatsep")) { if ((argc - argi) < 2) { mapper_put_or_filter_usage(stderr, argv[0], verb); return NULL; } oosvar_flatten_separator = argv[argi+1]; argi += 2; } else if (streq(argv[argi], "--no-fflush") || streq(argv[argi], "--no-flush")) { flush_every_record = FALSE; argi += 1; } else { mapper_put_or_filter_usage(stderr, argv[0], verb); return NULL; } } if (expression_infos->length == 0) { if ((argc - argi) < 1) { mapper_put_or_filter_usage(stderr, argv[0], verb); return NULL; } mlr_dsl_expression = mlr_strdup_or_die(argv[argi++]); } else { string_builder_t *psb = sb_alloc(1024); for (sllve_t* pe = expression_infos->phead; pe != NULL; pe = pe->pnext) { expression_info_t* pexpression_info = pe->pvvalue; if (pexpression_info->filename != NULL) { char* mlr_dsl_expression_piece = read_file_into_memory(pexpression_info->filename, NULL); sb_append_string(psb, mlr_dsl_expression_piece); free(mlr_dsl_expression_piece); } else { sb_append_string(psb, pexpression_info->expression); } free(pexpression_info); } mlr_dsl_expression = sb_finish(psb); sb_free(psb); } sllv_free(expression_infos); // On Linux, '$x=4' is correct; single-quotes inhibit shell-variable expansion which is desired // since Miller variables also start with $. In either case, the shell removes the outermost // quotes before passing the string to us. On Windows, though, double-quotes are the right // thing and are removed for us, while single-quotes are passed through to us. if (mlr_dsl_expression[0] == '\'') { int len = strlen(mlr_dsl_expression); if (len >= 2 && mlr_dsl_expression[len-1] == '\'') { mlr_dsl_expression[0] = ' '; mlr_dsl_expression[len-1] = 0; } } mlr_dsl_ast_t* past = mlr_dsl_parse(mlr_dsl_expression, trace_parse); if (past == NULL) { fprintf(stderr, "%s %s: syntax error on DSL parse of '%s'\n", MLR_GLOBALS.bargv0, verb, mlr_dsl_expression); return NULL; } // For just dev-testing the parser, you can do // mlr put -v 'expression goes here' /dev/null if (print_ast) { printf("RAW AST:\n"); printf("\n"); mlr_dsl_ast_print(past); } *pargi = argi; return mapper_put_or_filter_alloc(mlr_dsl_expression, print_ast, trace_stack_allocation, trace_execution, past, put_output_disabled, do_final_filter, negate_final_filter, type_inferencing, oosvar_flatten_separator, flush_every_record, pwriter_opts, pmain_writer_opts); } // ---------------------------------------------------------------- static mapper_t* mapper_put_or_filter_alloc( char* mlr_dsl_expression, int print_ast, int trace_stack_allocation, int trace_execution, mlr_dsl_ast_t* past, int put_output_disabled, // mlr put -q int do_final_filter, // mlr filter int negate_final_filter, // mlr filter -x int type_inferencing, char* oosvar_flatten_separator, int flush_every_record, cli_writer_opts_t* pwriter_opts, cli_writer_opts_t* pmain_writer_opts) { mapper_put_or_filter_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_put_or_filter_state_t)); // Retain the string contents along with any in-pointers from the AST/CST pstate->mlr_dsl_expression = mlr_dsl_expression; pstate->past = past; pstate->pcst = mlr_dsl_cst_alloc(past, print_ast, trace_stack_allocation, type_inferencing, flush_every_record, do_final_filter, negate_final_filter); pstate->at_begin = TRUE; pstate->put_output_disabled = put_output_disabled; pstate->poosvars = mlhmmv_root_alloc(); pstate->trace_execution = trace_execution; pstate->oosvar_flatten_separator = oosvar_flatten_separator; pstate->flush_every_record = flush_every_record; pstate->plocal_stack = local_stack_alloc(); pstate->ploop_stack = loop_stack_alloc(); pstate->pwriter_opts = pwriter_opts; cli_merge_writer_opts(pstate->pwriter_opts, pmain_writer_opts); mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); pmapper->pvstate = (void*)pstate; pmapper->pprocess_func = mapper_put_or_filter_process; pmapper->pfree_func = mapper_put_or_filter_free; return pmapper; } static void mapper_put_or_filter_free(mapper_t* pmapper, context_t* pctx) { mapper_put_or_filter_state_t* pstate = pmapper->pvstate; free(pstate->mlr_dsl_expression); mlhmmv_root_free(pstate->poosvars); local_stack_free(pstate->plocal_stack); loop_stack_free(pstate->ploop_stack); mlr_dsl_cst_free(pstate->pcst, pctx); // Free what's left of the stripped AST after the CST reorganized it. mlr_dsl_ast_free(pstate->past); free(pstate->pwriter_opts); free(pstate); free(pmapper); } // ---------------------------------------------------------------- // The typed-overlay holds intermediate values such as in // // echo x=1 | mlr put '$y = string($x); $z = $y . $y' // // because otherwise // * lrecs store insertion-ordered maps of string to string (since this is ultimately file I/O); // * types are inferred at entry to put; // * x=1 would be inferred to int; string($x) would be string; written back to the // lrec, y would be "1" which would be re-inferred to int. // // So the typed overlay allows us to remember that y is string "1" not integer 1. // // But this raises the question: why stop here? Why not have lrecs be insertion-ordered maps from // string to mlrval? Then we could preserve types for the duration of each lrec, not just for // the duration of the put operation. Reasons: // * The compare_lexically operation would suffer a performance regression; // * Worse, all lhmslv group-by operations (used by many Miller verbs) would likewise suffer a performance regression. // // ---------------------------------------------------------------- // The regex-capture string-array holds copies of regex matches, e.g. in // // echo name=abc_def | mlr put '$name =~ "(.*)_(.*)"; $left = "\1"; $right = "\2"' // // produces a record with left=abc and right=def. // // There is an important trick here with the length of the string-array: // // * It is set here to null. // // * It is passed by reference to the lrec-evaluator tree. In particular, the matches and does-not-match functions // (which implement the =~ and !=~ operators) allocate it (or resize it, as necessary) and populate it. // // * If the matches/does-not-match functions are entered, even with no matches, the regex-captures string-array // will be resized to have length 0. // // * When the lrec-evaluator's from-literal function is invoked, the interpolate_regex_captures function can quickly // check to see if the regex-captures array is null and thereby know that a time-consuming scan for \1, \2, \3, etc. // does not need to be done. On the other hand, if the regex-captures array is non-null and has length // zero, then \0 .. \9 should all be replaced with the empty string. // // ---------------------------------------------------------------- // The oosvars multi-level hashmap contains out-of-stream variables which can be written/read/output // in begin{}/end{} blocks, and/or per record. // // ---------------------------------------------------------------- // The context_t contains information about record-number, file-number, file-name, etc. from // which the current stream-record was obtained. // ---------------------------------------------------------------- static sllv_t* mapper_put_or_filter_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_put_or_filter_state_t* pstate = (mapper_put_or_filter_state_t*)pvstate; sllv_t* poutrecs = sllv_alloc(); int should_emit_rec = TRUE; if (pstate->at_begin) { string_array_t* pregex_captures = NULL; // May be set to non-null on evaluation variables_t variables = (variables_t) { .pinrec = NULL, .ptyped_overlay = NULL, .poosvars = pstate->poosvars, .ppregex_captures = &pregex_captures, .pctx = pctx, .plocal_stack = pstate->plocal_stack, .ploop_stack = pstate->ploop_stack, .return_state = { .returned = FALSE, .retval = box_ephemeral_val(mv_absent()), }, .trace_execution = pstate->trace_execution, .json_quote_int_keys = pstate->pwriter_opts->json_quote_int_keys, .json_quote_non_string_values = pstate->pwriter_opts->json_quote_non_string_values, }; cst_outputs_t cst_outputs = (cst_outputs_t) { .pshould_emit_rec = &should_emit_rec, .poutrecs = poutrecs, .oosvar_flatten_separator = pstate->oosvar_flatten_separator, .pwriter_opts = pstate->pwriter_opts, }; string_array_free(pregex_captures); mlr_dsl_cst_handle_top_level_statement_blocks(pstate->pcst->pbegin_blocks, &variables, &cst_outputs); pstate->at_begin = FALSE; } if (pinrec == NULL) { // End of input stream string_array_t* pregex_captures = NULL; // May be set to non-null on evaluation variables_t variables = (variables_t) { .pinrec = NULL, .ptyped_overlay = NULL, .poosvars = pstate->poosvars, .ppregex_captures = &pregex_captures, .pctx = pctx, .plocal_stack = pstate->plocal_stack, .ploop_stack = pstate->ploop_stack, .return_state = { .returned = FALSE, .retval = box_ephemeral_val(mv_absent()), }, .trace_execution = pstate->trace_execution, .json_quote_int_keys = pstate->pwriter_opts->json_quote_int_keys, .json_quote_non_string_values = pstate->pwriter_opts->json_quote_non_string_values, }; cst_outputs_t cst_outputs = (cst_outputs_t) { .pshould_emit_rec = &should_emit_rec, .poutrecs = poutrecs, .oosvar_flatten_separator = pstate->oosvar_flatten_separator, .pwriter_opts = pstate->pwriter_opts, }; mlr_dsl_cst_handle_top_level_statement_blocks(pstate->pcst->pend_blocks, &variables, &cst_outputs); string_array_free(pregex_captures); sllv_append(poutrecs, NULL); return poutrecs; } lhmsmv_t* ptyped_overlay = lhmsmv_alloc(); string_array_t* pregex_captures = NULL; // May be set to non-null on evaluation should_emit_rec = TRUE; variables_t variables = (variables_t) { .pinrec = pinrec, // Note variables.pinrec pointer can update on '$* = ...' .ptyped_overlay = ptyped_overlay, .poosvars = pstate->poosvars, .ppregex_captures = &pregex_captures, .pctx = pctx, .plocal_stack = pstate->plocal_stack, .ploop_stack = pstate->ploop_stack, .return_state = { .returned = FALSE, .retval = box_ephemeral_val(mv_absent()), }, .trace_execution = pstate->trace_execution, .json_quote_int_keys = pstate->pwriter_opts->json_quote_int_keys, .json_quote_non_string_values = pstate->pwriter_opts->json_quote_non_string_values, }; cst_outputs_t cst_outputs = (cst_outputs_t) { .pshould_emit_rec = &should_emit_rec, .poutrecs = poutrecs, .oosvar_flatten_separator = pstate->oosvar_flatten_separator, .pwriter_opts = pstate->pwriter_opts, }; mlr_dsl_cst_handle_top_level_statement_block(pstate->pcst->pmain_block, &variables, &cst_outputs); if (should_emit_rec && !pstate->put_output_disabled) { // Write the output fields from the typed overlay back to the lrec. for (lhmsmve_t* pe = variables.ptyped_overlay->phead; pe != NULL; pe = pe->pnext) { char* output_field_name = pe->key; mv_t* pval = &pe->value; // Ownership transfer from mv_t to lrec. if (pval->type == MT_STRING) { lrec_put(variables.pinrec, output_field_name, pval->u.strv, pval->free_flags); } else { char free_flags = NO_FREE; char* string = mv_format_val(pval, &free_flags); lrec_put(variables.pinrec, output_field_name, string, pval->free_flags | free_flags); } pval->free_flags = NO_FREE; } } lhmsmv_free(variables.ptyped_overlay); string_array_free(pregex_captures); // Note variables.pinrec pointer can update on '$* = ...' if (should_emit_rec && !pstate->put_output_disabled) { sllv_append(poutrecs, variables.pinrec); } else { lrec_free(variables.pinrec); } return poutrecs; } miller-5.6.2/c/mapping/mapper_regularize.c000066400000000000000000000072371354153536500205710ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "containers/lhmslv.h" #include "containers/sllv.h" #include "containers/mixutil.h" #include "mapping/mappers.h" typedef struct _mapper_regularize_state_t { lhmslv_t* psorted_to_original; } mapper_regularize_state_t; static void mapper_regularize_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_regularize_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_regularize_alloc(); static void mapper_regularize_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_regularize_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_regularize_setup = { .verb = "regularize", .pusage_func = mapper_regularize_usage, .pparse_func = mapper_regularize_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_regularize_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s\n", argv0, verb); fprintf(o, "For records seen earlier in the data stream with same field names in\n"); fprintf(o, "a different order, outputs them with field names in the previously\n"); fprintf(o, "encountered order.\n"); fprintf(o, "Example: input records a=1,c=2,b=3, then e=4,d=5, then c=7,a=6,b=8\n"); fprintf(o, "output as a=1,c=2,b=3, then e=4,d=5, then a=6,c=7,b=8\n"); } static mapper_t* mapper_regularize_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { *pargi += 1; return mapper_regularize_alloc(); } // ---------------------------------------------------------------- static mapper_t* mapper_regularize_alloc() { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_regularize_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_regularize_state_t)); pstate->psorted_to_original = lhmslv_alloc(); pmapper->pvstate = (void*)pstate; pmapper->pprocess_func = mapper_regularize_process; pmapper->pfree_func = mapper_regularize_free; return pmapper; } static void mapper_regularize_free(mapper_t* pmapper, context_t* _) { mapper_regularize_state_t* pstate = pmapper->pvstate; // lhmslv_free will free the hashmap keys; we need to free the void-star hashmap values. for (lhmslve_t* pe = pstate->psorted_to_original->phead; pe != NULL; pe = pe->pnext) { slls_free(pe->pvvalue); } lhmslv_free(pstate->psorted_to_original); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_regularize_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec != NULL) { mapper_regularize_state_t* pstate = (mapper_regularize_state_t*)pvstate; slls_t* current_sorted_field_names = mlr_reference_keys_from_record(pinrec); slls_sort(current_sorted_field_names); slls_t* previous_sorted_field_names = lhmslv_get(pstate->psorted_to_original, current_sorted_field_names); if (previous_sorted_field_names == NULL) { previous_sorted_field_names = slls_copy(current_sorted_field_names); lhmslv_put(pstate->psorted_to_original, previous_sorted_field_names, mlr_copy_keys_from_record(pinrec), FREE_ENTRY_KEY); slls_free(current_sorted_field_names); return sllv_single(pinrec); } else { lrec_t* poutrec = lrec_unbacked_alloc(); for (sllse_t* pe = previous_sorted_field_names->phead; pe != NULL; pe = pe->pnext) { lrec_put(poutrec, pe->value, mlr_strdup_or_die(lrec_get(pinrec, pe->value)), FREE_ENTRY_VALUE); } lrec_free(pinrec); slls_free(current_sorted_field_names); return sllv_single(poutrec); } } else { return sllv_single(NULL); } } miller-5.6.2/c/mapping/mapper_remove_empty_columns.c000066400000000000000000000070701354153536500226660ustar00rootroot00000000000000#include #include "lib/mlrutil.h" #include "containers/sllv.h" #include "containers/lhmsi.h" #include "mapping/mappers.h" typedef struct _mapper_remove_empty_columns_state_t { sllv_t* precords; lhmsi_t* pnames_with_nonempty_values; } mapper_remove_empty_columns_state_t; static void mapper_remove_empty_columns_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_remove_empty_columns_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_remove_empty_columns_alloc(); static void mapper_remove_empty_columns_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_remove_empty_columns_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_remove_empty_columns_setup = { .verb = "remove-empty-columns", .pusage_func = mapper_remove_empty_columns_usage, .pparse_func = mapper_remove_empty_columns_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_remove_empty_columns_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s\n", argv0, verb); fprintf(o, "Omits fields which are empty on every input row. Non-streaming.\n"); } static mapper_t* mapper_remove_empty_columns_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { if ((argc - *pargi) < 1) { mapper_remove_empty_columns_usage(stderr, argv[0], argv[*pargi]); return NULL; } mapper_t* pmapper = mapper_remove_empty_columns_alloc(); *pargi += 1; return pmapper; } // ---------------------------------------------------------------- static mapper_t* mapper_remove_empty_columns_alloc() { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_remove_empty_columns_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_remove_empty_columns_state_t)); pstate->precords = sllv_alloc(); pstate->pnames_with_nonempty_values = lhmsi_alloc(); pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_remove_empty_columns_process; pmapper->pfree_func = mapper_remove_empty_columns_free; return pmapper; } static void mapper_remove_empty_columns_free(mapper_t* pmapper, context_t* _) { mapper_remove_empty_columns_state_t* pstate = pmapper->pvstate; // Free the container sllv_free(pstate->precords); lhmsi_free(pstate->pnames_with_nonempty_values); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_remove_empty_columns_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_remove_empty_columns_state_t* pstate = pvstate; if (pinrec != NULL) { // The caller will free the outrecs sllv_append(pstate->precords, pinrec); for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { if (pe->value[0] != 0) { if (!lhmsi_has_key(pstate->pnames_with_nonempty_values, pe->key)) { lhmsi_put(pstate->pnames_with_nonempty_values, mlr_strdup_or_die(pe->key), 1, FREE_ENTRY_KEY); } } } return NULL; } else { for (sllve_t* pe = pstate->precords->phead; pe != NULL; pe = pe->pnext) { lrec_t* prec = pe->pvvalue; lrece_t* pf = prec->phead; while (pf != NULL) { if (lhmsi_has_key(pstate->pnames_with_nonempty_values, pf->key)) { pf = pf->pnext; } else { lrece_t* pnext = pf->pnext; lrec_unlink_and_free(prec, pf); pf = pnext; } } } sllv_append(pstate->precords, NULL); sllv_t* retval = pstate->precords; pstate->precords = sllv_alloc(); return retval; } } miller-5.6.2/c/mapping/mapper_rename.c000066400000000000000000000171241354153536500176630ustar00rootroot00000000000000#include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/mlrregex.h" #include "lib/string_builder.h" #include "containers/lhmss.h" #include "containers/sllv.h" #include "mapping/mappers.h" #include "cli/argparse.h" #define RENAME_SB_ALLOC_LENGTH 16 typedef struct _regex_pair_t { regex_t regex; char* replacement; } regex_pair_t; typedef struct _mapper_rename_state_t { ap_state_t* pargp; lhmss_t* pold_to_new; sllv_t* pregex_pairs; string_builder_t* psb; int do_gsub; } mapper_rename_state_t; static void mapper_rename_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_rename_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_rename_alloc(ap_state_t* pargp, lhmss_t* pold_to_new, int do_regexes, int do_gsub); static void mapper_rename_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_rename_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_rename_regex_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_rename_setup = { .verb = "rename", .pusage_func = mapper_rename_usage, .pparse_func = mapper_rename_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_rename_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options] {old1,new1,old2,new2,...}\n", argv0, verb); fprintf(o, "Renames specified fields.\n"); fprintf(o, "Options:\n"); fprintf(o, "-r Treat old field names as regular expressions. \"ab\", \"a.*b\"\n"); fprintf(o, " will match any field name containing the substring \"ab\" or\n"); fprintf(o, " matching \"a.*b\", respectively; anchors of the form \"^ab$\",\n"); fprintf(o, " \"^a.*b$\" may be used. New field names may be plain strings,\n"); fprintf(o, " or may contain capture groups of the form \"\\1\" through\n"); fprintf(o, " \"\\9\". Wrapping the regex in double quotes is optional, but\n"); fprintf(o, " is required if you wish to follow it with 'i' to indicate\n"); fprintf(o, " case-insensitivity.\n"); fprintf(o, "-g Do global replacement within each field name rather than\n"); fprintf(o, " first-match replacement.\n"); fprintf(o, "Examples:\n"); fprintf(o, "%s %s old_name,new_name'\n", argv0, verb); fprintf(o, "%s %s old_name_1,new_name_1,old_name_2,new_name_2'\n", argv0, verb); fprintf(o, "%s %s -r 'Date_[0-9]+,Date,' Rename all such fields to be \"Date\"\n", argv0, verb); fprintf(o, "%s %s -r '\"Date_[0-9]+\",Date' Same\n", argv0, verb); fprintf(o, "%s %s -r 'Date_([0-9]+).*,\\1' Rename all such fields to be of the form 20151015\n", argv0, verb); fprintf(o, "%s %s -r '\"name\"i,Name' Rename \"name\", \"Name\", \"NAME\", etc. to \"Name\"\n", argv0, verb); } static mapper_t* mapper_rename_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { int do_regexes = FALSE; int do_gsub = FALSE; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_true_flag(pstate, "-r", &do_regexes); ap_define_true_flag(pstate, "-g", &do_gsub); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_rename_usage(stderr, argv[0], verb); return NULL; } if ((argc - *pargi) < 1) { mapper_rename_usage(stderr, argv[0], verb); return NULL; } if (do_gsub) do_regexes = TRUE; slls_t* pnames = slls_from_line(argv[*pargi], ',', FALSE); if ((pnames->length % 2) != 0) { fprintf(stderr, "%s %s: name-list must have even length; got \"%s\".\n", MLR_GLOBALS.bargv0, verb, argv[*pargi]); mapper_rename_usage(stderr, argv[0], verb); return NULL; } lhmss_t* pold_to_new = lhmss_alloc(); for (sllse_t* pe = pnames->phead; pe != NULL; pe = pe->pnext->pnext) { lhmss_put(pold_to_new, mlr_strdup_or_die(pe->value), mlr_strdup_or_die(pe->pnext->value), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } slls_free(pnames); *pargi += 1; return mapper_rename_alloc(pstate, pold_to_new, do_regexes, do_gsub); } // ---------------------------------------------------------------- static mapper_t* mapper_rename_alloc(ap_state_t* pargp, lhmss_t* pold_to_new, int do_regexes, int do_gsub) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_rename_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_rename_state_t)); pstate->pargp = pargp; if (do_regexes) { pmapper->pprocess_func = mapper_rename_regex_process; pstate->pold_to_new = pold_to_new; pstate->pregex_pairs = sllv_alloc(); for (lhmsse_t* pe = pold_to_new->phead; pe != NULL; pe = pe->pnext) { char* regex_string = pe->key; char* replacement = pe->value; regex_pair_t* ppair = mlr_malloc_or_die(sizeof(regex_pair_t)); regcomp_or_die_quoted(&ppair->regex, regex_string, 0); ppair->replacement = replacement; sllv_append(pstate->pregex_pairs, ppair); } pstate->psb = sb_alloc(RENAME_SB_ALLOC_LENGTH); pstate->do_gsub = do_gsub; } else { pmapper->pprocess_func = mapper_rename_process; pstate->pold_to_new = pold_to_new; pstate->pregex_pairs = NULL; pstate->psb = NULL; pstate->do_gsub = FALSE; } pmapper->pfree_func = mapper_rename_free; pmapper->pvstate = (void*)pstate; return pmapper; } static void mapper_rename_free(mapper_t* pmapper, context_t* _) { mapper_rename_state_t* pstate = pmapper->pvstate; lhmss_free(pstate->pold_to_new); if (pstate->pregex_pairs != NULL) { for (sllve_t* pe = pstate->pregex_pairs->phead; pe != NULL; pe = pe->pnext) { regex_pair_t* ppair = pe->pvvalue; regfree(&ppair->regex); // replacement is in pthe old_to_new list, already freed free(ppair); } sllv_free(pstate->pregex_pairs); } sb_free(pstate->psb); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_rename_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec != NULL) { mapper_rename_state_t* pstate = (mapper_rename_state_t*)pvstate; for (lhmsse_t* pe = pstate->pold_to_new->phead; pe != NULL; pe = pe->pnext) { char* old_name = pe->key; char* new_name = pe->value; if (lrec_get(pinrec, old_name) != NULL) { lrec_rename(pinrec, old_name, new_name, FALSE); } } return sllv_single(pinrec); } else { return sllv_single(NULL); } } static sllv_t* mapper_rename_regex_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec != NULL) { mapper_rename_state_t* pstate = (mapper_rename_state_t*)pvstate; for (sllve_t* pe = pstate->pregex_pairs->phead; pe != NULL; pe = pe->pnext) { regex_pair_t* ppair = pe->pvvalue; regex_t* pregex = &ppair->regex; char* replacement = ppair->replacement; for (lrece_t* pf = pinrec->phead; pf != NULL; pf = pf->pnext) { int matched = FALSE; int all_captured = FALSE; char* old_name = pf->key; if (pstate->do_gsub) { char free_flags = NO_FREE; char* new_name = regex_gsub(old_name, pregex, pstate->psb, replacement, &matched, &all_captured, &free_flags); int new_needs_freeing = FALSE; if (free_flags & FREE_ENTRY_VALUE) new_needs_freeing = TRUE; if (matched) lrec_rename(pinrec, old_name, new_name, new_needs_freeing); } else { char* new_name = regex_sub(old_name, pregex, pstate->psb, replacement, &matched, &all_captured); if (matched) { lrec_rename(pinrec, old_name, new_name, TRUE); } else { free(new_name); } } } } return sllv_single(pinrec); } else { return sllv_single(NULL); } } miller-5.6.2/c/mapping/mapper_reorder.c000066400000000000000000000075541354153536500200640ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "containers/lrec.h" #include "containers/sllv.h" #include "containers/hss.h" #include "mapping/mappers.h" #include "cli/argparse.h" typedef struct _mapper_reorder_state_t { ap_state_t* pargp; slls_t* pfield_name_list; int put_at_end; } mapper_reorder_state_t; static void mapper_reorder_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_reorder_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_reorder_alloc(ap_state_t* pargp, slls_t* pfield_name_list, int put_at_end); static void mapper_reorder_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_reorder_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_reorder_setup = { .verb = "reorder", .pusage_func = mapper_reorder_usage, .pparse_func = mapper_reorder_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_reorder_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "-f {a,b,c} Field names to reorder.\n"); fprintf(o, "-e Put specified field names at record end: default is to put\n"); fprintf(o, " them at record start.\n"); fprintf(o, "Examples:\n"); fprintf(o, "%s %s -f a,b sends input record \"d=4,b=2,a=1,c=3\" to \"a=1,b=2,d=4,c=3\".\n", argv0, verb); fprintf(o, "%s %s -e -f a,b sends input record \"d=4,b=2,a=1,c=3\" to \"d=4,c=3,a=1,b=2\".\n", argv0, verb); } // ---------------------------------------------------------------- static mapper_t* mapper_reorder_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { slls_t* pfield_name_list = NULL; int put_at_end = FALSE; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_list_flag(pstate, "-f", &pfield_name_list); ap_define_true_flag(pstate, "-e", &put_at_end); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_reorder_usage(stderr, argv[0], verb); return NULL; } if (pfield_name_list == NULL) { mapper_reorder_usage(stderr, argv[0], verb); return NULL; } return mapper_reorder_alloc(pstate, pfield_name_list, put_at_end); } // ---------------------------------------------------------------- static mapper_t* mapper_reorder_alloc(ap_state_t* pargp, slls_t* pfield_name_list, int put_at_end) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_reorder_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_reorder_state_t)); pstate->pargp = pargp; pstate->pfield_name_list = pfield_name_list; pstate->put_at_end = put_at_end; if (!put_at_end) slls_reverse(pstate->pfield_name_list); pmapper->pvstate = (void*)pstate; pmapper->pprocess_func = mapper_reorder_process; pmapper->pfree_func = mapper_reorder_free; return pmapper; } static void mapper_reorder_free(mapper_t* pmapper, context_t* _) { mapper_reorder_state_t* pstate = pmapper->pvstate; if (pstate->pfield_name_list != NULL) slls_free(pstate->pfield_name_list); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_reorder_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_reorder_state_t* pstate = (mapper_reorder_state_t*)pvstate; if (pinrec != NULL) { if (!pstate->put_at_end) { // OK since the field-name list was reversed at construction time. for (sllse_t* pe = pstate->pfield_name_list->phead; pe != NULL; pe = pe->pnext) lrec_move_to_head(pinrec, pe->value); } else { for (sllse_t* pe = pstate->pfield_name_list->phead; pe != NULL; pe = pe->pnext) lrec_move_to_tail(pinrec, pe->value); } return sllv_single(pinrec); } else { return sllv_single(NULL); } } miller-5.6.2/c/mapping/mapper_repeat.c000066400000000000000000000143221354153536500176710ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "containers/sllv.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #include "cli/argparse.h" typedef enum _repeat_type_t { BY_COUNT, BY_FIELD_NAME, } repeat_type_t; typedef struct _mapper_repeat_state_t { ap_state_t* pargp; char* repeat_count_field_name; long long repeat_count; } mapper_repeat_state_t; static void mapper_repeat_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_repeat_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_repeat_alloc(ap_state_t* pargp, long long repeat_count, char* repeat_count_field_name); static void mapper_repeat_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_repeat_process_nop(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_repeat_process_by_positive_count(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_repeat_process_by_field_name(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_repeat_setup = { .verb = "repeat", .pusage_func = mapper_repeat_usage, .pparse_func = mapper_repeat_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_repeat_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Copies input records to output records multiple times.\n"); fprintf(o, "Options must be exactly one of the following:\n"); fprintf(o, " -n {repeat count} Repeat each input record this many times.\n"); fprintf(o, " -f {field name} Same, but take the repeat count from the specified\n"); fprintf(o, " field name of each input record.\n"); fprintf(o, "Example:\n"); fprintf(o, " echo x=0 | %s %s -n 4 then put '$x=urand()'\n", argv0, verb); fprintf(o, "produces:\n"); fprintf(o, " x=0.488189\n"); fprintf(o, " x=0.484973\n"); fprintf(o, " x=0.704983\n"); fprintf(o, " x=0.147311\n"); fprintf(o, "Example:\n"); fprintf(o, " echo a=1,b=2,c=3 | %s %s -f b\n", argv0, verb); fprintf(o, "produces:\n"); fprintf(o, " a=1,b=2,c=3\n"); fprintf(o, " a=1,b=2,c=3\n"); fprintf(o, "Example:\n"); fprintf(o, " echo a=1,b=2,c=3 | %s %s -f c\n", argv0, verb); fprintf(o, "produces:\n"); fprintf(o, " a=1,b=2,c=3\n"); fprintf(o, " a=1,b=2,c=3\n"); fprintf(o, " a=1,b=2,c=3\n"); } static const long long UNINIT_REPEAT_COUNT = -123457689LL; static mapper_t* mapper_repeat_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { long long repeat_count = UNINIT_REPEAT_COUNT; char* repeat_count_field_name = NULL; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_flag(pstate, "-f", &repeat_count_field_name); ap_define_long_long_flag(pstate, "-n", &repeat_count); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_repeat_usage(stderr, argv[0], verb); return NULL; } if (repeat_count == UNINIT_REPEAT_COUNT && repeat_count_field_name == NULL) { mapper_repeat_usage(stderr, argv[0], verb); return NULL; } if (repeat_count != UNINIT_REPEAT_COUNT && repeat_count_field_name != NULL) { mapper_repeat_usage(stderr, argv[0], verb); return NULL; } return mapper_repeat_alloc(pstate, repeat_count, repeat_count_field_name); } // ---------------------------------------------------------------- static mapper_t* mapper_repeat_alloc(ap_state_t* pargp, long long repeat_count, char* repeat_count_field_name) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_repeat_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_repeat_state_t)); pstate->pargp = pargp; pstate->repeat_count = repeat_count; pstate->repeat_count_field_name = repeat_count_field_name; pmapper->pvstate = pstate; if (repeat_count_field_name != NULL) pmapper->pprocess_func = mapper_repeat_process_by_field_name; else if (repeat_count >= 1LL) pmapper->pprocess_func = mapper_repeat_process_by_positive_count; else pmapper->pprocess_func = mapper_repeat_process_nop; pmapper->pfree_func = mapper_repeat_free; return pmapper; } static void mapper_repeat_free(mapper_t* pmapper, context_t* _) { mapper_repeat_state_t* pstate = pmapper->pvstate; ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_repeat_process_nop(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) // End of record stream return sllv_single(NULL); else return NULL; } // ---------------------------------------------------------------- static sllv_t* mapper_repeat_process_by_positive_count(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_repeat_state_t* pstate = pvstate; if (pinrec == NULL) // End of record stream return sllv_single(NULL); sllv_t* poutrecs = sllv_alloc(); // The input record can be baton-passed once to the output without multiple frees. // After that, we must copy it. sllv_append(poutrecs, pinrec); for (long long i = 1; i < pstate->repeat_count; i++) { sllv_append(poutrecs, lrec_copy(pinrec)); } return poutrecs; } // ---------------------------------------------------------------- static sllv_t* mapper_repeat_process_by_field_name(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_repeat_state_t* pstate = pvstate; if (pinrec == NULL) // End of record stream return sllv_single(NULL); char* repeat_count_field_svalue = lrec_get(pinrec, pstate->repeat_count_field_name); if (repeat_count_field_svalue == NULL) { lrec_free(pinrec); return NULL; } long long repeat_count; int ok = mlr_try_int_from_string(repeat_count_field_svalue, &repeat_count); if (!ok || repeat_count <= 0) { lrec_free(pinrec); return NULL; } sllv_t* poutrecs = sllv_alloc(); // The input record can be baton-passed once to the output without multiple frees. // After that, we must copy it. sllv_append(poutrecs, pinrec); for (long long i = 1; i < repeat_count; i++) { sllv_append(poutrecs, lrec_copy(pinrec)); } return poutrecs; } miller-5.6.2/c/mapping/mapper_reshape.c000066400000000000000000000411441354153536500200420ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "lib/mlrregex.h" #include "lib/string_builder.h" #include "containers/lhmss.h" #include "containers/sllv.h" #include "containers/lhmslv.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #include "cli/argparse.h" // ================================================================ // WIDE: // time X Y Z // 1 2009-01-01 0.65473572 2.4520609 -1.46570942 // 2 2009-01-02 -0.89248112 0.2154713 -2.05357735 // 3 2009-01-03 0.98012375 1.3179287 4.64248357 // 4 2009-01-04 0.35397376 3.3765645 -0.25237774 // 5 2009-01-05 2.19357813 1.3477511 0.09719105 // LONG: // time item price // 1 2009-01-01 X 0.65473572 // 2 2009-01-02 X -0.89248112 // 3 2009-01-03 X 0.98012375 // 4 2009-01-04 X 0.35397376 // 5 2009-01-05 X 2.19357813 // 6 2009-01-01 Y 2.45206093 // 7 2009-01-02 Y 0.21547134 // 8 2009-01-03 Y 1.31792866 // 9 2009-01-04 Y 3.37656453 // 10 2009-01-05 Y 1.34775108 // 11 2009-01-01 Z -1.46570942 // 12 2009-01-02 Z -2.05357735 // 13 2009-01-03 Z 4.64248357 // 14 2009-01-04 Z -0.25237774 // 15 2009-01-05 Z 0.09719105 // ================================================================ typedef struct _mapper_reshape_state_t { ap_state_t* pargp; // for wide-to-long: slls_t* input_field_names; sllv_t* input_field_regexes; char* output_key_field_name; char* output_value_field_name; // for long-to-wide: char* split_out_key_field_name; char* split_out_value_field_name; lhmslv_t* other_keys_to_other_values_to_buckets; } mapper_reshape_state_t; typedef struct _reshape_bucket_t { lrec_t* prepresentative; lhmss_t* pairs; } reshape_bucket_t; static void mapper_reshape_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_reshape_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_reshape_alloc( ap_state_t* pargp, slls_t* input_field_names, slls_t* input_field_regex_strings, char* output_key_field_name, char* output_value_field_name, char* split_out_key_field_name, char* split_out_value_field_name); static void mapper_reshape_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_reshape_wide_to_long_no_regex_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_reshape_wide_to_long_regex_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_reshape_long_to_wide_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static reshape_bucket_t* reshape_bucket_alloc(lrec_t* prepresentative); static void reshape_bucket_free(reshape_bucket_t* pbucket); // ---------------------------------------------------------------- mapper_setup_t mapper_reshape_setup = { .verb = "reshape", .pusage_func = mapper_reshape_usage, .pparse_func = mapper_reshape_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_reshape_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Wide-to-long options:\n"); fprintf(o, " -i {input field names} -o {key-field name,value-field name}\n"); fprintf(o, " -r {input field regexes} -o {key-field name,value-field name}\n"); fprintf(o, " These pivot/reshape the input data such that the input fields are removed\n"); fprintf(o, " and separate records are emitted for each key/value pair.\n"); fprintf(o, " Note: this works with tail -f and produces output records for each input\n"); fprintf(o, " record seen.\n"); fprintf(o, "Long-to-wide options:\n"); fprintf(o, " -s {key-field name,value-field name}\n"); fprintf(o, " These pivot/reshape the input data to undo the wide-to-long operation.\n"); fprintf(o, " Note: this does not work with tail -f; it produces output records only after\n"); fprintf(o, " all input records have been read.\n"); fprintf(o, "\n"); fprintf(o, "Examples:\n"); fprintf(o, "\n"); fprintf(o, " Input file \"wide.txt\":\n"); fprintf(o, " time X Y\n"); fprintf(o, " 2009-01-01 0.65473572 2.4520609\n"); fprintf(o, " 2009-01-02 -0.89248112 0.2154713\n"); fprintf(o, " 2009-01-03 0.98012375 1.3179287\n"); fprintf(o, "\n"); fprintf(o, " %s --pprint %s -i X,Y -o item,value wide.txt\n", argv0, verb); fprintf(o, " time item value\n"); fprintf(o, " 2009-01-01 X 0.65473572\n"); fprintf(o, " 2009-01-01 Y 2.4520609\n"); fprintf(o, " 2009-01-02 X -0.89248112\n"); fprintf(o, " 2009-01-02 Y 0.2154713\n"); fprintf(o, " 2009-01-03 X 0.98012375\n"); fprintf(o, " 2009-01-03 Y 1.3179287\n"); fprintf(o, "\n"); fprintf(o, " %s --pprint %s -r '[A-Z]' -o item,value wide.txt\n", argv0, verb); fprintf(o, " time item value\n"); fprintf(o, " 2009-01-01 X 0.65473572\n"); fprintf(o, " 2009-01-01 Y 2.4520609\n"); fprintf(o, " 2009-01-02 X -0.89248112\n"); fprintf(o, " 2009-01-02 Y 0.2154713\n"); fprintf(o, " 2009-01-03 X 0.98012375\n"); fprintf(o, " 2009-01-03 Y 1.3179287\n"); fprintf(o, "\n"); fprintf(o, " Input file \"long.txt\":\n"); fprintf(o, " time item value\n"); fprintf(o, " 2009-01-01 X 0.65473572\n"); fprintf(o, " 2009-01-01 Y 2.4520609\n"); fprintf(o, " 2009-01-02 X -0.89248112\n"); fprintf(o, " 2009-01-02 Y 0.2154713\n"); fprintf(o, " 2009-01-03 X 0.98012375\n"); fprintf(o, " 2009-01-03 Y 1.3179287\n"); fprintf(o, "\n"); fprintf(o, " %s --pprint %s -s item,value long.txt\n", argv0, verb); fprintf(o, " time X Y\n"); fprintf(o, " 2009-01-01 0.65473572 2.4520609\n"); fprintf(o, " 2009-01-02 -0.89248112 0.2154713\n"); fprintf(o, " 2009-01-03 0.98012375 1.3179287\n"); fprintf(o, "See also %s nest.\n", argv0); } static mapper_t* mapper_reshape_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { slls_t* input_field_names = NULL; slls_t* input_field_regex_strings = NULL; slls_t* output_field_names = NULL; slls_t* split_out_field_names = NULL; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_list_flag(pstate, "-i", &input_field_names); ap_define_string_list_flag(pstate, "-r", &input_field_regex_strings); ap_define_string_list_flag(pstate, "-o", &output_field_names); ap_define_string_list_flag(pstate, "-s", &split_out_field_names); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_reshape_usage(stderr, argv[0], verb); return NULL; } char* output_key_field_name = NULL; char* output_value_field_name = NULL; char* split_out_key_field_name = NULL; char* split_out_value_field_name = NULL; if (split_out_field_names == NULL) { // wide to long if (input_field_names == NULL && input_field_regex_strings == NULL) { mapper_reshape_usage(stderr, argv[0], verb); return NULL; } if (output_field_names == NULL) { mapper_reshape_usage(stderr, argv[0], verb); return NULL; } if (output_field_names->length != 2) { mapper_reshape_usage(stderr, argv[0], verb); return NULL; } output_key_field_name = mlr_strdup_or_die(output_field_names->phead->value); output_value_field_name = mlr_strdup_or_die(output_field_names->phead->pnext->value); slls_free(output_field_names); } else { // long to wide if (split_out_field_names->length != 2) { mapper_reshape_usage(stderr, argv[0], verb); return NULL; } split_out_key_field_name = mlr_strdup_or_die(split_out_field_names->phead->value); split_out_value_field_name = mlr_strdup_or_die(split_out_field_names->phead->pnext->value); slls_free(split_out_field_names); } return mapper_reshape_alloc(pstate, input_field_names, input_field_regex_strings, output_key_field_name, output_value_field_name, split_out_key_field_name, split_out_value_field_name); } // ---------------------------------------------------------------- static mapper_t* mapper_reshape_alloc( ap_state_t* pargp, slls_t* input_field_names, slls_t* input_field_regex_strings, char* output_key_field_name, char* output_value_field_name, char* split_out_key_field_name, char* split_out_value_field_name) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_reshape_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_reshape_state_t)); pstate->pargp = pargp; pstate->input_field_names = input_field_names; pstate->output_key_field_name = output_key_field_name; pstate->output_value_field_name = output_value_field_name; pstate->split_out_key_field_name = split_out_key_field_name; pstate->split_out_value_field_name = split_out_value_field_name; if (input_field_regex_strings == NULL) { pstate->input_field_regexes = NULL; } else { pstate->input_field_regexes = sllv_alloc(); for (sllse_t* pe = input_field_regex_strings->phead; pe != NULL; pe = pe->pnext) { regex_t* pregex = mlr_malloc_or_die(sizeof(regex_t)); regcomp_or_die(pregex, pe->value, 0); sllv_append(pstate->input_field_regexes, pregex); } slls_free(input_field_regex_strings); } if (split_out_key_field_name == NULL) { if (pstate->input_field_regexes == NULL) pmapper->pprocess_func = mapper_reshape_wide_to_long_no_regex_process; else pmapper->pprocess_func = mapper_reshape_wide_to_long_regex_process; pstate->other_keys_to_other_values_to_buckets = NULL; } else { pmapper->pprocess_func = mapper_reshape_long_to_wide_process; pstate->other_keys_to_other_values_to_buckets = lhmslv_alloc(); } pmapper->pfree_func = mapper_reshape_free; pmapper->pvstate = (void*)pstate; return pmapper; } static void mapper_reshape_free(mapper_t* pmapper, context_t* _) { mapper_reshape_state_t* pstate = pmapper->pvstate; slls_free(pstate->input_field_names); free(pstate->output_key_field_name); free(pstate->output_value_field_name); free(pstate->split_out_key_field_name); free(pstate->split_out_value_field_name); if (pstate->input_field_regexes != NULL) { for (sllve_t* pe = pstate->input_field_regexes->phead; pe != NULL; pe = pe->pnext) { regex_t* pregex = pe->pvvalue; regfree(pregex); free(pregex); } sllv_free(pstate->input_field_regexes); } if (pstate->other_keys_to_other_values_to_buckets != NULL) { for (lhmslve_t* pe = pstate->other_keys_to_other_values_to_buckets->phead; pe != NULL; pe = pe->pnext) { lhmslv_t* other_values_to_buckets = pe->pvvalue; for (lhmslve_t* pf = other_values_to_buckets->phead; pf != NULL; pf = pf->pnext) { reshape_bucket_t* pbucket = pf->pvvalue; reshape_bucket_free(pbucket); } lhmslv_free(other_values_to_buckets); } lhmslv_free(pstate->other_keys_to_other_values_to_buckets); } ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_reshape_wide_to_long_no_regex_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) // End of input stream return sllv_single(NULL); mapper_reshape_state_t* pstate = (mapper_reshape_state_t*)pvstate; sllv_t* poutrecs = sllv_alloc(); lhmss_t* pairs = lhmss_alloc(); char* pfree_flags = NULL; for (sllse_t* pe = pstate->input_field_names->phead; pe != NULL; pe = pe->pnext) { char* key = pe->value; char* value = lrec_get_pff(pinrec, key, &pfree_flags); if (value != NULL) { // Ownership-transfer of the about-to-be-freed key-value pairs from lrec to lhmss lhmss_put(pairs, key, value, *pfree_flags); *pfree_flags = NO_FREE; } } // Unset the lrec keys after iterating over them, rather than during for (lhmsse_t* pf = pairs->phead; pf != NULL; pf = pf->pnext) lrec_remove(pinrec, pf->key); if (pairs->num_occupied == 0) { sllv_append(poutrecs, pinrec); } else { for (lhmsse_t* pf = pairs->phead; pf != NULL; pf = pf->pnext) { lrec_t* poutrec = lrec_copy(pinrec); lrec_put(poutrec, pstate->output_key_field_name, mlr_strdup_or_die(pf->key), FREE_ENTRY_VALUE); lrec_put(poutrec, pstate->output_value_field_name, mlr_strdup_or_die(pf->value), FREE_ENTRY_VALUE); sllv_append(poutrecs, poutrec); } lrec_free(pinrec); } lhmss_free(pairs); return poutrecs; } // ---------------------------------------------------------------- static sllv_t* mapper_reshape_wide_to_long_regex_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) // End of input stream return sllv_single(NULL); mapper_reshape_state_t* pstate = (mapper_reshape_state_t*)pvstate; sllv_t* poutrecs = sllv_alloc(); lhmss_t* pairs = lhmss_alloc(); for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { for (sllve_t* pf = pstate->input_field_regexes->phead; pf != NULL; pf = pf->pnext) { regex_t* pregex = pf->pvvalue; if (regmatch_or_die(pregex, pe->key, 0, NULL)) { // Ownership-transfer of the about-to-be-freed key-value pairs from lrec to lhmss lhmss_put(pairs, pe->key, pe->value, pe->free_flags); pe->free_flags = NO_FREE; break; } } } // Unset the lrec keys after iterating over them, rather than during for (lhmsse_t* pg = pairs->phead; pg != NULL; pg = pg->pnext) lrec_remove(pinrec, pg->key); if (pairs->num_occupied == 0) { sllv_append(poutrecs, pinrec); } else { for (lhmsse_t* pf = pairs->phead; pf != NULL; pf = pf->pnext) { lrec_t* poutrec = lrec_copy(pinrec); lrec_put(poutrec, pstate->output_key_field_name, mlr_strdup_or_die(pf->key), FREE_ENTRY_VALUE); lrec_put(poutrec, pstate->output_value_field_name, mlr_strdup_or_die(pf->value), FREE_ENTRY_VALUE); sllv_append(poutrecs, poutrec); } lrec_free(pinrec); } lhmss_free(pairs); return poutrecs; } // ---------------------------------------------------------------- static sllv_t* mapper_reshape_long_to_wide_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_reshape_state_t* pstate = (mapper_reshape_state_t*)pvstate; if (pinrec != NULL) { // Not end of input stream char* split_out_key_field_value = lrec_get(pinrec, pstate->split_out_key_field_name); char* split_out_value_field_value = lrec_get(pinrec, pstate-> split_out_value_field_name); if (split_out_key_field_value == NULL || split_out_value_field_value == NULL) return sllv_single(pinrec); split_out_key_field_value = mlr_strdup_or_die(split_out_key_field_value); split_out_value_field_value = mlr_strdup_or_die(split_out_value_field_value); lrec_remove(pinrec, pstate->split_out_key_field_name); lrec_remove(pinrec, pstate->split_out_value_field_name); slls_t* other_keys = mlr_reference_keys_from_record(pinrec); lhmslv_t* other_values_to_buckets = lhmslv_get(pstate->other_keys_to_other_values_to_buckets, other_keys); if (other_values_to_buckets == NULL) { other_values_to_buckets = lhmslv_alloc(); lhmslv_put(pstate->other_keys_to_other_values_to_buckets, slls_copy(other_keys), other_values_to_buckets, FREE_ENTRY_KEY); } slls_t* other_values = mlr_reference_values_from_record(pinrec); reshape_bucket_t* pbucket = lhmslv_get(other_values_to_buckets, other_values); if (pbucket == NULL) { pbucket = reshape_bucket_alloc(pinrec); lhmslv_put(other_values_to_buckets, slls_copy(other_values), pbucket, FREE_ENTRY_KEY); } else { lrec_free(pinrec); } lhmss_put(pbucket->pairs, split_out_key_field_value, split_out_value_field_value, FREE_ENTRY_KEY|FREE_ENTRY_VALUE); slls_free(other_values); slls_free(other_keys); return NULL; } else { // end of input stream sllv_t* poutrecs = sllv_alloc(); for (lhmslve_t* pe = pstate->other_keys_to_other_values_to_buckets->phead; pe != NULL; pe = pe->pnext) { lhmslv_t* other_values_to_buckets = pe->pvvalue; for (lhmslve_t* pf = other_values_to_buckets->phead; pf != NULL; pf = pf->pnext) { reshape_bucket_t* pbucket = pf->pvvalue; lrec_t* poutrec = pbucket->prepresentative; pbucket->prepresentative = NULL; // ownership transfer for (lhmsse_t* pg = pbucket->pairs->phead; pg != NULL; pg = pg->pnext) { // Strings in these lrecs are backed by our multi-level hashmaps which aren't freed by our free // method until shutdown time (in particular, after all outrecs are emitted). lrec_put(poutrec, pg->key, pg->value, NO_FREE); } sllv_append(poutrecs, poutrec); } } sllv_append(poutrecs, NULL); return poutrecs; } } // ---------------------------------------------------------------- static reshape_bucket_t* reshape_bucket_alloc(lrec_t* prepresentative) { reshape_bucket_t* pbucket = mlr_malloc_or_die(sizeof(reshape_bucket_t)); pbucket->prepresentative = prepresentative; pbucket->pairs = lhmss_alloc(); return pbucket; } static void reshape_bucket_free(reshape_bucket_t* pbucket) { lrec_free(pbucket->prepresentative); lhmss_free(pbucket->pairs); free(pbucket); } miller-5.6.2/c/mapping/mapper_sample.c000066400000000000000000000144221354153536500176730ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "lib/mtrand.h" #include "containers/sllv.h" #include "containers/slls.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #include "cli/argparse.h" // ---------------------------------------------------------------- typedef struct _sample_bucket_t { int nalloc; int nused; lrec_t** plrecs; } sample_bucket_t; sample_bucket_t* sample_bucket_alloc(int nalloc); void sample_bucket_free(sample_bucket_t* pbucket); void sample_bucket_handle(sample_bucket_t* pbucket, lrec_t* prec, int record_number); // ---------------------------------------------------------------- typedef struct _mapper_sample_state_t { ap_state_t* pargp; slls_t* pgroup_by_field_names; unsigned long long sample_count; lhmslv_t* pbuckets_by_group; } mapper_sample_state_t; static void mapper_sample_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_sample_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_sample_alloc(ap_state_t* pargp, slls_t* pgroup_by_field_names, unsigned long long sample_count); static void mapper_sample_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_sample_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_sample_setup = { .verb = "sample", .pusage_func = mapper_sample_usage, .pparse_func = mapper_sample_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_sample_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Reservoir sampling (subsampling without replacement), optionally by category.\n"); fprintf(o, "-k {count} Required: number of records to output, total, or by group if using -g.\n"); fprintf(o, "-g {a,b,c} Optional: group-by-field names for samples.\n"); fprintf(o, "See also %s bootstrap and %s shuffle.\n", argv0, argv0); } static mapper_t* mapper_sample_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { int sample_count = -1; slls_t* pgroup_by_field_names = slls_alloc(); char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_int_flag(pstate, "-k", &sample_count); ap_define_string_list_flag(pstate, "-g", &pgroup_by_field_names); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_sample_usage(stderr, argv[0], verb); return NULL; } if (sample_count == -1) { mapper_sample_usage(stderr, argv[0], verb); return NULL; } return mapper_sample_alloc(pstate, pgroup_by_field_names, sample_count); } // ---------------------------------------------------------------- static mapper_t* mapper_sample_alloc(ap_state_t* pargp, slls_t* pgroup_by_field_names, unsigned long long sample_count) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_sample_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_sample_state_t)); pstate->pargp = pargp; pstate->pgroup_by_field_names = pgroup_by_field_names; pstate->sample_count = sample_count; pstate->pbuckets_by_group = lhmslv_alloc(); pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_sample_process; pmapper->pfree_func = mapper_sample_free; return pmapper; } static void mapper_sample_free(mapper_t* pmapper, context_t* _) { mapper_sample_state_t* pstate = pmapper->pvstate; if (pstate->pgroup_by_field_names != NULL) slls_free(pstate->pgroup_by_field_names); // lhmslv_free will free the hashmap keys; we need to free the void-star hashmap values. for (lhmslve_t* pa = pstate->pbuckets_by_group->phead; pa != NULL; pa = pa->pnext) { sample_bucket_t* pbucket = pa->pvvalue; sample_bucket_free(pbucket); } lhmslv_free(pstate->pbuckets_by_group); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_sample_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_sample_state_t* pstate = pvstate; if (pinrec != NULL) { slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values != NULL) { sample_bucket_t* pbucket = lhmslv_get(pstate->pbuckets_by_group, pgroup_by_field_values); if (pbucket == NULL) { pbucket = sample_bucket_alloc(pstate->sample_count); lhmslv_put(pstate->pbuckets_by_group, slls_copy(pgroup_by_field_values), pbucket, FREE_ENTRY_KEY); } sample_bucket_handle(pbucket, pinrec, pctx->nr); slls_free(pgroup_by_field_values); } else { lrec_free(pinrec); } return NULL; } else { sllv_t* poutrecs = sllv_alloc(); for (lhmslve_t* pa = pstate->pbuckets_by_group->phead; pa != NULL; pa = pa->pnext) { sample_bucket_t* pbucket = pa->pvvalue; for (int i = 0; i < pbucket->nused; i++) { sllv_append(poutrecs, pbucket->plrecs[i]); pbucket->plrecs[i] = NULL; } pbucket->nused = 0; } sllv_append(poutrecs, NULL); return poutrecs; } } // ---------------------------------------------------------------- sample_bucket_t* sample_bucket_alloc(int nalloc) { sample_bucket_t* pbucket = mlr_malloc_or_die(sizeof(sample_bucket_t)); pbucket->nalloc = nalloc; pbucket->nused = 0; pbucket->plrecs = mlr_malloc_or_die(nalloc * sizeof(lrec_t*)); return pbucket; } void sample_bucket_free(sample_bucket_t* pbucket) { for (int i = 0; i < pbucket->nused; i++) lrec_free(pbucket->plrecs[i]); free(pbucket->plrecs); free(pbucket); } // This is the reservoir-sampling algorithm. // Here we retain a pointer to an input record (if retained in the sample) or // free it (if not retained in the sample). void sample_bucket_handle(sample_bucket_t* pbucket, lrec_t* prec, int record_number) { if (pbucket->nused < pbucket->nalloc) { // Always accept new entries until the bucket is full pbucket->plrecs[pbucket->nused++] = prec; } else { int r = get_mtrand_int31() % record_number; if (r < pbucket->nalloc) { lrec_free(pbucket->plrecs[r]); pbucket->plrecs[r] = prec; } else { lrec_free(prec); } } } miller-5.6.2/c/mapping/mapper_sec2gmt.c000066400000000000000000000124031354153536500177530ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "containers/lrec.h" #include "lib/mvfuncs.h" #include "containers/slls.h" #include "containers/mixutil.h" #include "cli/argparse.h" #include "mapping/mappers.h" typedef struct _mapper_sec2gmt_state_t { slls_t* pfield_names; char* format_string; } mapper_sec2gmt_state_t; static void mapper_sec2gmt_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_sec2gmt_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_sec2gmt_alloc(slls_t* pfield_names, int num_decimal_places); static void mapper_sec2gmt_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_sec2gmt_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_sec2gmt_setup = { .verb = "sec2gmt", .pusage_func = mapper_sec2gmt_usage, .pparse_func = mapper_sec2gmt_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_sec2gmt_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options] {comma-separated list of field names}\n", argv0, verb); fprintf(o, "Replaces a numeric field representing seconds since the epoch with the\n"); fprintf(o, "corresponding GMT timestamp; leaves non-numbers as-is. This is nothing\n"); fprintf(o, "more than a keystroke-saver for the sec2gmt function:\n"); fprintf(o, " %s %s time1,time2\n", argv0, verb); fprintf(o, "is the same as\n"); fprintf(o, " %s put '$time1=sec2gmt($time1);$time2=sec2gmt($time2)'\n", argv0); fprintf(o, "Options:\n"); fprintf(o, "-1 through -9: format the seconds using 1..9 decimal places, respectively.\n"); } // ---------------------------------------------------------------- static mapper_t* mapper_sec2gmt_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { int num_decimal_places = 0; char* verb = argv[*pargi]; if ((argc - *pargi) < 1) { mapper_sec2gmt_usage(stderr, argv[0], verb); return NULL; } *pargi += 1; ap_state_t* pstate = ap_alloc(); ap_define_int_value_flag(pstate, "-1", 1, &num_decimal_places); ap_define_int_value_flag(pstate, "-2", 2, &num_decimal_places); ap_define_int_value_flag(pstate, "-3", 3, &num_decimal_places); ap_define_int_value_flag(pstate, "-4", 4, &num_decimal_places); ap_define_int_value_flag(pstate, "-5", 5, &num_decimal_places); ap_define_int_value_flag(pstate, "-6", 6, &num_decimal_places); ap_define_int_value_flag(pstate, "-7", 7, &num_decimal_places); ap_define_int_value_flag(pstate, "-8", 8, &num_decimal_places); ap_define_int_value_flag(pstate, "-9", 9, &num_decimal_places); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_sec2gmt_usage(stderr, argv[0], verb); return NULL; } ap_free(pstate); if ((argc - *pargi) < 1) { mapper_sec2gmt_usage(stderr, argv[0], verb); return NULL; } char* field_names_string = argv[(*pargi)++]; slls_t* pfield_names = slls_from_line(field_names_string, ',', FALSE); return mapper_sec2gmt_alloc(pfield_names, num_decimal_places); } // ---------------------------------------------------------------- static mapper_t* mapper_sec2gmt_alloc(slls_t* pfield_names, int num_decimal_places) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_sec2gmt_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_sec2gmt_state_t)); pstate->pfield_names = pfield_names; switch(num_decimal_places) { case 0: pstate->format_string = ISO8601_TIME_FORMAT; break; case 1: pstate->format_string = ISO8601_TIME_FORMAT_1; break; case 2: pstate->format_string = ISO8601_TIME_FORMAT_2; break; case 3: pstate->format_string = ISO8601_TIME_FORMAT_3; break; case 4: pstate->format_string = ISO8601_TIME_FORMAT_4; break; case 5: pstate->format_string = ISO8601_TIME_FORMAT_5; break; case 6: pstate->format_string = ISO8601_TIME_FORMAT_6; break; case 7: pstate->format_string = ISO8601_TIME_FORMAT_7; break; case 8: pstate->format_string = ISO8601_TIME_FORMAT_8; break; case 9: pstate->format_string = ISO8601_TIME_FORMAT_9; break; default: MLR_INTERNAL_CODING_ERROR(); break; } pmapper->pprocess_func = mapper_sec2gmt_process; pmapper->pvstate = (void*)pstate; pmapper->pfree_func = mapper_sec2gmt_free; return pmapper; } static void mapper_sec2gmt_free(mapper_t* pmapper, context_t* _) { mapper_sec2gmt_state_t* pstate = pmapper->pvstate; slls_free(pstate->pfield_names); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_sec2gmt_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) // end of stream return sllv_single(NULL); mapper_sec2gmt_state_t* pstate = (mapper_sec2gmt_state_t*)pvstate; for (sllse_t* pe = pstate->pfield_names->phead; pe != NULL; pe = pe->pnext) { char* name = pe->value; char* sval = lrec_get(pinrec, name); if (sval == NULL) continue; if (*sval == 0) { lrec_put(pinrec, name, "", NO_FREE); } else { mv_t mval = mv_scan_number_nullable(sval); if (!mv_is_error(&mval)) { mv_t stamp = time_string_from_seconds(&mval, pstate->format_string, TIMEZONE_HANDLING_GMT); lrec_put(pinrec, name, stamp.u.strv, FREE_ENTRY_VALUE); } } } return sllv_single(pinrec); } miller-5.6.2/c/mapping/mapper_sec2gmtdate.c000066400000000000000000000071141354153536500206140ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "containers/lrec.h" #include "lib/mvfuncs.h" #include "containers/slls.h" #include "containers/mixutil.h" #include "mapping/mappers.h" typedef struct _mapper_sec2gmtdate_state_t { slls_t* pfield_names; } mapper_sec2gmtdate_state_t; static void mapper_sec2gmtdate_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_sec2gmtdate_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_sec2gmtdate_alloc(slls_t* pfield_names); static void mapper_sec2gmtdate_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_sec2gmtdate_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_sec2gmtdate_setup = { .verb = "sec2gmtdate", .pusage_func = mapper_sec2gmtdate_usage, .pparse_func = mapper_sec2gmtdate_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_sec2gmtdate_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s {comma-separated list of field names}\n", argv0, verb); fprintf(o, "Replaces a numeric field representing seconds since the epoch with the\n"); fprintf(o, "corresponding GMT year-month-day timestamp; leaves non-numbers as-is.\n"); fprintf(o, "This is nothing more than a keystroke-saver for the sec2gmtdate function:\n"); fprintf(o, " %s %s time1,time2\n", argv0, verb); fprintf(o, "is the same as\n"); fprintf(o, " %s put '$time1=sec2gmtdate($time1);$time2=sec2gmtdate($time2)'\n", argv0); } // ---------------------------------------------------------------- static mapper_t* mapper_sec2gmtdate_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { if ((argc - *pargi) < 2) { mapper_sec2gmtdate_usage(stderr, argv[0], argv[*pargi]); return NULL; } // verb: (*pargi)++; // field names: char* field_names_string = argv[(*pargi)++]; slls_t* pfield_names = slls_from_line(field_names_string, ',', FALSE); return mapper_sec2gmtdate_alloc(pfield_names); } // ---------------------------------------------------------------- static mapper_t* mapper_sec2gmtdate_alloc(slls_t* pfield_names) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_sec2gmtdate_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_sec2gmtdate_state_t)); pstate->pfield_names = pfield_names; pmapper->pprocess_func = mapper_sec2gmtdate_process; pmapper->pvstate = (void*)pstate; pmapper->pfree_func = mapper_sec2gmtdate_free; return pmapper; } static void mapper_sec2gmtdate_free(mapper_t* pmapper, context_t* _) { mapper_sec2gmtdate_state_t* pstate = pmapper->pvstate; slls_free(pstate->pfield_names); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_sec2gmtdate_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec == NULL) // end of stream return sllv_single(NULL); mapper_sec2gmtdate_state_t* pstate = (mapper_sec2gmtdate_state_t*)pvstate; for (sllse_t* pe = pstate->pfield_names->phead; pe != NULL; pe = pe->pnext) { char* name = pe->value; char* sval = lrec_get(pinrec, name); if (sval == NULL) continue; if (*sval == 0) { lrec_put(pinrec, name, "", NO_FREE); } else { mv_t mval = mv_scan_number_nullable(sval); if (!mv_is_error(&mval)) { mv_t stamp = time_string_from_seconds(&mval, ISO8601_DATE_FORMAT, TIMEZONE_HANDLING_GMT); lrec_put(pinrec, name, stamp.u.strv, FREE_ENTRY_VALUE); } } } return sllv_single(pinrec); } miller-5.6.2/c/mapping/mapper_seqgen.c000066400000000000000000000120621354153536500176720ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "cli/argparse.h" #include "mapping/mappers.h" #include "containers/sllv.h" #include "lib/mvfuncs.h" typedef struct _mapper_seqgen_state_t { ap_state_t* pargp; char* field_name; mv_t start; mv_t stop; mv_t step; int continue_cmp; } mapper_seqgen_state_t; #define DEFAULT_FIELD_NAME "i" #define DEFAULT_START_STRING "1" #define DEFAULT_STOP_STRING "100" #define DEFAULT_STEP_STRING "1" static void mapper_seqgen_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_seqgen_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_seqgen_alloc(ap_state_t* pargp, char* field_name, mv_t start, mv_t stop, mv_t step); static void mapper_seqgen_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_seqgen_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_seqgen_setup = { .verb = "seqgen", .pusage_func = mapper_seqgen_usage, .pparse_func = mapper_seqgen_parse_cli, .ignores_input = TRUE, }; // ---------------------------------------------------------------- static mapper_t* mapper_seqgen_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { char* field_name = DEFAULT_FIELD_NAME; char* start_string = DEFAULT_START_STRING; char* stop_string = DEFAULT_STOP_STRING; char* step_string = DEFAULT_STEP_STRING; if ((argc - *pargi) < 1) { mapper_seqgen_usage(stderr, argv[0], argv[*pargi]); return NULL; } char* verb = argv[*pargi]; *pargi += 1; ap_state_t* pstate = ap_alloc(); ap_define_string_flag(pstate, "--start", &start_string); ap_define_string_flag(pstate, "--stop", &stop_string); ap_define_string_flag(pstate, "--step", &step_string); ap_define_string_flag(pstate, "-f", &field_name); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_seqgen_usage(stderr, argv[0], verb); return NULL; } mv_t start = mv_scan_number_or_die(start_string); mv_t stop = mv_scan_number_or_die(stop_string); mv_t step = mv_scan_number_or_die(step_string); mv_t zero = mv_from_int(0); if (mveq(&step, &zero)) { if (!mveq(&start, &stop)) { fprintf(stderr, "%s %s: step must not be zero unless start == stop.\n", MLR_GLOBALS.bargv0, verb); fprintf(stderr, "Got start=%s, stop=%s, end=%s.\n", start_string, stop_string, step_string); } return NULL; } mapper_t* pmapper = mapper_seqgen_alloc(pstate, field_name, start, stop, step); return pmapper; } static void mapper_seqgen_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Produces a sequence of counters. Discards the input record stream. Produces\n"); fprintf(o, "output as specified by the following options:\n"); fprintf(o, "-f {name} Field name for counters; default \"%s\".\n", DEFAULT_FIELD_NAME); fprintf(o, "--start {number} Inclusive start value; default \"%s\".\n", DEFAULT_START_STRING); fprintf(o, "--stop {number} Inclusive stop value; default \"%s\".\n", DEFAULT_STOP_STRING); fprintf(o, "--step {number} Step value; default \"%s\".\n", DEFAULT_STEP_STRING); fprintf(o, "Start, stop, and/or step may be floating-point. Output is integer if start,\n"); fprintf(o, "stop, and step are all integers. Step may be negative. It may not be zero\n"); fprintf(o, "unless start == stop.\n"); } // ---------------------------------------------------------------- static mapper_t* mapper_seqgen_alloc(ap_state_t* pargp, char* field_name, mv_t start, mv_t stop, mv_t step) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_seqgen_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_seqgen_state_t)); pstate->pargp = pargp; pstate->field_name = field_name; pstate->start = start; pstate->stop = stop; pstate->step = step; pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_seqgen_process; pmapper->pfree_func = mapper_seqgen_free; return pmapper; } static void mapper_seqgen_free(mapper_t* pmapper, context_t* _) { mapper_seqgen_state_t* pstate = pmapper->pvstate; ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_seqgen_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { // Only produce data at end of input stream. Discard the input stream. if (pinrec != NULL) { pctx->force_eof = TRUE; lrec_free(pinrec); return NULL; } mapper_seqgen_state_t* pstate = pvstate; int continue_cmp = 1; mv_t zero = mv_from_int(0); if (mv_i_nn_lt(&pstate->step, &zero)) { continue_cmp = -1; } sllv_t* poutrecs = sllv_alloc(); for ( mv_t counter = pstate->start; mv_nn_comparator(&counter, &pstate->stop) != continue_cmp; counter = x_xx_plus_func(&counter, &pstate->step) ) { lrec_t* poutrec = lrec_unbacked_alloc(); lrec_put(poutrec, pstate->field_name, mv_alloc_format_val(&counter), FREE_ENTRY_VALUE); sllv_append(poutrecs, poutrec); } sllv_append(poutrecs, NULL); return poutrecs; } miller-5.6.2/c/mapping/mapper_shuffle.c000066400000000000000000000106571354153536500200540ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "lib/mtrand.h" #include "containers/sllv.h" #include "containers/slls.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #include "cli/argparse.h" // ---------------------------------------------------------------- typedef struct _mapper_shuffle_state_t { ap_state_t* pargp; sllv_t* precs; } mapper_shuffle_state_t; static void mapper_shuffle_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_shuffle_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_shuffle_alloc(ap_state_t* pargp); static void mapper_shuffle_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_shuffle_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_shuffle_setup = { .verb = "shuffle", .pusage_func = mapper_shuffle_usage, .pparse_func = mapper_shuffle_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_shuffle_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s {no options}\n", argv0, verb); fprintf(o, "Outputs records randomly permuted. No output records are produced until\n"); fprintf(o, "all input records are read.\n"); fprintf(o, "See also %s bootstrap and %s sample.\n", argv0, argv0); } static mapper_t* mapper_shuffle_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_shuffle_usage(stderr, argv[0], verb); return NULL; } return mapper_shuffle_alloc(pstate); } // ---------------------------------------------------------------- static mapper_t* mapper_shuffle_alloc(ap_state_t* pargp) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_shuffle_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_shuffle_state_t)); pstate->pargp = pargp; pstate->precs = sllv_alloc(); pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_shuffle_process; pmapper->pfree_func = mapper_shuffle_free; return pmapper; } static void mapper_shuffle_free(mapper_t* pmapper, context_t* _) { mapper_shuffle_state_t* pstate = pmapper->pvstate; // Records will have been freed by the emitter; here, free the list structure. sllv_free(pstate->precs); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_shuffle_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_shuffle_state_t* pstate = pvstate; // Not end of input stream: retain the record, and emit nothing until end of stream. if (pinrec != NULL) { sllv_append(pstate->precs, pinrec); return NULL; } sllv_t* poutrecs = sllv_alloc(); // Knuth shuffle: // * Initial permutation is identity. // * Make a pseudorandom permutation using pseudorandom swaps in the image map. int n = pstate->precs->length; int* images = mlr_malloc_or_die(n * sizeof(int)); for (int i = 0; i < n; i++) images[i] = i; int unused_start = 0; int num_unused = n; for (int i = 0; i < n; i++) { // Select a pseudorandom element from the pool of unused images. int u = unused_start + num_unused * get_mtrand_double(); int temp = images[u]; images[u] = images[i]; images[i] = temp; // Decrease the size of the pool by 1. (Yes, unused_start and k always have the same value. // Using two variables wastes neglible memory and makes the code easier to understand.) unused_start++; num_unused--; } // Make an array of pointers into the input list. lrec_t** record_array = mlr_malloc_or_die(n * sizeof(lrec_t**)); sllve_t* pe = pstate->precs->phead; for (int i = 0; i < n; i++, pe = pe->pnext) { record_array[i] = pe->pvvalue; } // Transfer from input array to output list. Because permutations are one-to-one maps, // all input records have ownership transferred exactly once. So, there are no // records to copy here, or free here. for (int i = 0; i < n; i++) { sllv_append(poutrecs, record_array[images[i]]); } free(record_array); free(images); // Null-terminate the output list to signify end of stream. sllv_append(poutrecs, NULL); return poutrecs; } miller-5.6.2/c/mapping/mapper_skip_trivial_records.c000066400000000000000000000063251354153536500226360ustar00rootroot00000000000000#include "cli/argparse.h" #include "mapping/mappers.h" #include "lib/mlrutil.h" #include "containers/sllv.h" #include "containers/lhmslv.h" #include "containers/mixutil.h" typedef struct _mapper_skip_trivial_records_state_t { ap_state_t* pargp; } mapper_skip_trivial_records_state_t; static void mapper_skip_trivial_records_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_skip_trivial_records_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_skip_trivial_records_alloc(ap_state_t* pargp); static void mapper_skip_trivial_records_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_skip_trivial_records_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_skip_trivial_records_setup = { .verb = "skip-trivial-records", .pusage_func = mapper_skip_trivial_records_usage, .pparse_func = mapper_skip_trivial_records_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static mapper_t* mapper_skip_trivial_records_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { if ((argc - *pargi) < 1) { mapper_skip_trivial_records_usage(stderr, argv[0], argv[*pargi]); return NULL; } char* verb = argv[*pargi]; *pargi += 1; ap_state_t* pstate = ap_alloc(); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_skip_trivial_records_usage(stderr, argv[0], verb); return NULL; } mapper_t* pmapper = mapper_skip_trivial_records_alloc(pstate); return pmapper; } static void mapper_skip_trivial_records_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Passes through all records except:\n"); fprintf(o, "* those with zero fields;\n"); fprintf(o, "* those for which all fields have empty value.\n"); } // ---------------------------------------------------------------- static mapper_t* mapper_skip_trivial_records_alloc(ap_state_t* pargp) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_skip_trivial_records_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_skip_trivial_records_state_t)); pstate->pargp = pargp; pmapper->pvstate = pstate; pmapper->pprocess_func = NULL; pmapper->pprocess_func = mapper_skip_trivial_records_process; pmapper->pfree_func = mapper_skip_trivial_records_free; return pmapper; } static void mapper_skip_trivial_records_free(mapper_t* pmapper, context_t* _) { mapper_skip_trivial_records_state_t* pstate = pmapper->pvstate; ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_skip_trivial_records_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { if (pinrec != NULL) { // not end of record-stream int has_any = FALSE; for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { if (*pe->value != 0) { has_any = TRUE; break; } } if (has_any) { return sllv_single(pinrec); } else { lrec_free(pinrec); return NULL; } } else { // end of record-stream return sllv_single(NULL); } } miller-5.6.2/c/mapping/mapper_sort.c000066400000000000000000000342221354153536500174010ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "containers/sllv.h" #include "containers/slls.h" #include "containers/lhmslv.h" #include "containers/mixutil.h" #include "mapping/mappers.h" // ================================================================ // OVERVIEW // // * Suppose we are sorting records lexically ascending on field "a" and then // numerically descending on field "x". // // * CLI syntax is "mlr sort -f a -nr x". // // * We first consume all input records and for each extract the string values // of fields a and x. For each uniq combination of a-value (e.g. "red", // "green", "blue") and x-value (e.g. "1", "1.0", "2.4") -- e.g. // pairs ["red","1"], and so on -- we keep a linked list of all the records // having those sort-key values, in the order encountered. // // * For each of those unique sort-key-value combinations, we also parse the // numerical fields at this point into an array of union-string-double. // E.g. the list ["red", "1.0"] maps to the array ["red", 1.0]. // // * The pairing of parsed-value array the linked list of same-key-value records // is called a *bucket*. E.g the records // {"a":"red","b":"circle","x":"1.0","y":"3.9"} // {"a":"red","b":"square","x":"1.0","z":"5.7", "q":"even"} // would both land in the ["red","1.0"] bucket. // // * Buckets are retained in a hash map: the key is the string-list of the form // ["red","1.0"] and the value is the pairing of parsed-value array ["red",1.0] // ane linked list of records. // // * Once all the input records are ingested into this hash map, we copy the // bucket-pointers into an array and sort it: this being the pairing of // parsed-value array and linked list of records. The comparator callback for // the sort walks through the parsed-value arrays one slot at a time, // looking at the first difference, e.g. if one has "a"="red" and the other // has "a"="blue". If the first field matches then the sort moves to the // second field, and so on. // // * Recall in particular that string keys ["a":"red","x":"1"] and // ["a":"red","x":"1.0"] map to different buckets, but will sort equally. // // ================================================================ #define SORT_NUMERIC 0x80 #define SORT_DESCENDING 0x40 typedef struct _mapper_sort_state_t { // Input parameters slls_t* pkey_field_names; // Fields to sort on int* sort_params; // Lexical/numeric; ascending/descending int do_sort; // If false, just do group-by // Sort state: buckets of like records. lhmslv_t* pbuckets_by_key_field_values; sllv_t* precords_missing_sort_keys; } mapper_sort_state_t; // Each sort key is string or number; use union to save space. typedef struct _typed_sort_key_t { union { char* s; double d; } u; } typed_sort_key_t; typedef struct _sort_bucket_t { typed_sort_key_t* typed_sort_keys; sllv_t* precords; } sort_bucket_t; // ---------------------------------------------------------------- static void mapper_sort_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_sort_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static void mapper_group_by_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_group_by_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_sort_alloc(slls_t* pkey_field_names, int* sort_params, int do_sort); static void mapper_sort_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_sort_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static typed_sort_key_t* parse_sort_keys(slls_t* pkey_field_values, int* sort_params, context_t* pctx); // qsort is non-reentrant but qsort_r isn't portable. But since Miller is // single-threaded, even if we've got one sort chained to another, only one is // active at a time. We adopt the convention that we set the sort params // right before the sort. static int* pcmp_sort_params = NULL; static int cmp_params_length = 0; static int pbucket_comparator(const void* pva, const void* pvb); // ---------------------------------------------------------------- mapper_setup_t mapper_sort_setup = { .verb = "sort", .pusage_func = mapper_sort_usage, .pparse_func = mapper_sort_parse_cli, .ignores_input = FALSE, }; mapper_setup_t mapper_group_by_setup = { .verb = "group-by", .pusage_func = mapper_group_by_usage, .pparse_func = mapper_group_by_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_sort_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s {flags}\n", argv0, verb); fprintf(o, "Flags:\n"); fprintf(o, " -f {comma-separated field names} Lexical ascending\n"); fprintf(o, " -n {comma-separated field names} Numerical ascending; nulls sort last\n"); fprintf(o, " -nf {comma-separated field names} Same as -n\n"); fprintf(o, " -r {comma-separated field names} Lexical descending\n"); fprintf(o, " -nr {comma-separated field names} Numerical descending; nulls sort first\n"); fprintf(o, "Sorts records primarily by the first specified field, secondarily by the second\n"); fprintf(o, "field, and so on. (Any records not having all specified sort keys will appear\n"); fprintf(o, "at the end of the output, in the order they were encountered, regardless of the\n"); fprintf(o, "specified sort order.) The sort is stable: records that compare equal will sort\n"); fprintf(o, "in the order they were encountered in the input record stream.\n"); fprintf(o, "\n"); fprintf(o, "Example:\n"); fprintf(o, " %s %s -f a,b -nr x,y,z\n", argv0, verb); fprintf(o, "which is the same as:\n"); fprintf(o, " %s %s -f a -f b -nr x -nr y -nr z\n", argv0, verb); } static mapper_t* mapper_sort_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { if ((argc - *pargi) < 3) { mapper_sort_usage(stderr, argv[0], argv[*pargi]); return NULL; } char* verb = argv[*pargi]; *pargi += 1; slls_t* pnames = slls_alloc(); slls_t* pflags = slls_alloc(); while ((argc - *pargi) >= 1 && argv[*pargi][0] == '-') { if ((argc - *pargi) < 2) mapper_sort_usage(stderr, argv[0], verb); char* flag = argv[*pargi]; char* value = argv[*pargi+1]; *pargi += 2; if (streq(flag, "-f")) { } else if (streq(flag, "-n")) { } else if (streq(flag, "-nf")) { } else if (streq(flag, "-r")) { } else if (streq(flag, "-nr")) { } else { mapper_sort_usage(stderr, argv[0], verb); } slls_t* pnames_for_flag = slls_from_line(value, ',', FALSE); // E.g. with "-nr a,b,c", replicate the "-nr" flag three times. for (sllse_t* pe = pnames_for_flag->phead; pe != NULL; pe = pe->pnext) { slls_append_no_free(pnames, pe->value); slls_append_no_free(pflags, flag); } slls_free(pnames_for_flag); } if (pnames->length < 1) mapper_sort_usage(stderr, argv[0], verb); // Convert the list such as ["-nf","-nf","-r","-r","-r"] into an array of // bit-flags, one per sort-key field. int* opt_array = mlr_malloc_or_die(pnames->length * sizeof(int)); sllse_t* pe; int di; for (pe = pflags->phead, di = 0; pe != NULL; pe = pe->pnext, di++) { char* flag = pe->value; int opt = streq(flag, "-nf") ? SORT_NUMERIC : streq(flag, "-n") ? SORT_NUMERIC : streq(flag, "-r") ? SORT_DESCENDING : streq(flag, "-nr") ? SORT_NUMERIC|SORT_DESCENDING : 0; opt_array[di] =opt; } slls_free(pflags); return mapper_sort_alloc(pnames, opt_array, TRUE); } // ---------------------------------------------------------------- static void mapper_group_by_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s {comma-separated field names}\n", argv0, verb); fprintf(o, "Outputs records in batches having identical values at specified field names.\n"); } static mapper_t* mapper_group_by_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { if ((argc - *pargi) < 2) { mapper_group_by_usage(stderr, argv[0], argv[*pargi]); return NULL; } slls_t* pnames = slls_from_line(argv[*pargi+1], ',', FALSE); int* opt_array = mlr_malloc_or_die(pnames->length * sizeof(int)); for (int i = 0; i < pnames->length; i++) opt_array[i] = 0; *pargi += 2; return mapper_sort_alloc(pnames, opt_array, FALSE); } // ---------------------------------------------------------------- static mapper_t* mapper_sort_alloc(slls_t* pkey_field_names, int* sort_params, int do_sort) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_sort_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_sort_state_t)); pstate->pkey_field_names = pkey_field_names; pstate->sort_params = sort_params; pstate->pbuckets_by_key_field_values = lhmslv_alloc(); pstate->precords_missing_sort_keys = sllv_alloc(); pstate->do_sort = do_sort; pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_sort_process; pmapper->pfree_func = mapper_sort_free; return pmapper; } // ---------------------------------------------------------------- static void mapper_sort_free(mapper_t* pmapper, context_t* _) { mapper_sort_state_t* pstate = pmapper->pvstate; if (pstate->pkey_field_names != NULL) slls_free(pstate->pkey_field_names); // lhmslv_free will free the hashmap keys; we need to free the void-star hashmap values. for (lhmslve_t* pa = pstate->pbuckets_by_key_field_values->phead; pa != NULL; pa = pa->pnext) { sort_bucket_t* pbucket = pa->pvvalue; free(pbucket->typed_sort_keys); free(pbucket); // precords freed in emitter } lhmslv_free(pstate->pbuckets_by_key_field_values); sllv_free(pstate->precords_missing_sort_keys); free(pstate->sort_params); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_sort_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_sort_state_t* pstate = pvstate; if (pinrec != NULL) { // Consume another input record. slls_t* pkey_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pkey_field_names); if (pkey_field_values == NULL) { sllv_append(pstate->precords_missing_sort_keys, pinrec); } else { sort_bucket_t* pbucket = lhmslv_get(pstate->pbuckets_by_key_field_values, pkey_field_values); if (pbucket == NULL) { // New key-field-value: new bucket and hash-map entry slls_t* pkey_field_values_copy = slls_copy(pkey_field_values); sort_bucket_t* pbucket = mlr_malloc_or_die(sizeof(sort_bucket_t)); pbucket->typed_sort_keys = parse_sort_keys(pkey_field_values_copy, pstate->sort_params, pctx); pbucket->precords = sllv_alloc(); sllv_append(pbucket->precords, pinrec); lhmslv_put(pstate->pbuckets_by_key_field_values, pkey_field_values_copy, pbucket, FREE_ENTRY_KEY); } else { // Previously seen key-field-value: append record to bucket sllv_append(pbucket->precords, pinrec); } slls_free(pkey_field_values); } return NULL; } else if (!pstate->do_sort) { // End of input stream: do output for group-by sllv_t* poutput = sllv_alloc(); for (lhmslve_t* pe = pstate->pbuckets_by_key_field_values->phead; pe != NULL; pe = pe->pnext) { sort_bucket_t* pbucket = pe->pvvalue; sllv_transfer(poutput, pbucket->precords); sllv_free(pbucket->precords); } sllv_transfer(poutput, pstate->precords_missing_sort_keys); sllv_append(poutput, NULL); return poutput; } else { // End of input stream: sort bucket labels int num_buckets = pstate->pbuckets_by_key_field_values->num_occupied; sort_bucket_t** pbucket_array = mlr_malloc_or_die(num_buckets * sizeof(sort_bucket_t*)); // Copy bucket-pointers to an array for qsort int i = 0; for (lhmslve_t* pe = pstate->pbuckets_by_key_field_values->phead; pe != NULL; pe = pe->pnext, i++) { pbucket_array[i] = pe->pvvalue; } pcmp_sort_params = pstate->sort_params; cmp_params_length = pstate->pkey_field_names->length; qsort(pbucket_array, num_buckets, sizeof(sort_bucket_t*), pbucket_comparator); pcmp_sort_params = NULL; cmp_params_length = 0; // Emit each bucket's record sllv_t* poutput = sllv_alloc(); for (i = 0; i < num_buckets; i++) { sllv_t* plist = pbucket_array[i]->precords; sllv_transfer(poutput, plist); sllv_free(plist); } sllv_transfer(poutput, pstate->precords_missing_sort_keys); free(pbucket_array); sllv_append(poutput, NULL); // Signal end of output-record stream. return poutput; } } static int pbucket_comparator(const void* pva, const void* pvb) { // We are sorting an array of sort_bucket_t*. const sort_bucket_t** pba = (const sort_bucket_t**)pva; const sort_bucket_t** pbb = (const sort_bucket_t**)pvb; typed_sort_key_t* akeys = (*pba)->typed_sort_keys; typed_sort_key_t* bkeys = (*pbb)->typed_sort_keys; for (int i = 0; i < cmp_params_length; i++) { int sort_param = pcmp_sort_params[i]; if (sort_param & SORT_NUMERIC) { double a = akeys[i].u.d; double b = bkeys[i].u.d; if (isnan(a)) { // null input value if (!isnan(b)) { return (sort_param & SORT_DESCENDING) ? -1 : 1; } } else if (isnan(b)) { return (sort_param & SORT_DESCENDING) ? 1 : -1; } else { double d = a - b; int s = (d < 0) ? -1 : (d > 0) ? 1 : 0; if (s != 0) return (sort_param & SORT_DESCENDING) ? -s : s; } } else { int s = strcmp(akeys[i].u.s, bkeys[i].u.s); if (s != 0) return (sort_param & SORT_DESCENDING) ? -s : s; } } return 0; } // E.g. parse the list ["red","1.0"] into the array ["red",1.0]. static typed_sort_key_t* parse_sort_keys(slls_t* pkey_field_values, int* sort_params, context_t* pctx) { typed_sort_key_t* typed_sort_keys = mlr_malloc_or_die(pkey_field_values->length * sizeof(typed_sort_key_t)); int i = 0; for (sllse_t* pe = pkey_field_values->phead; pe != NULL; pe = pe->pnext, i++) { if (sort_params[i] & SORT_NUMERIC) { if (*pe->value == 0) { // null input value typed_sort_keys[i].u.d = nan(""); } else if (!mlr_try_float_from_string(pe->value, &typed_sort_keys[i].u.d)) { fprintf(stderr, "%s: couldn't parse \"%s\" as number in file \"%s\" record %lld.\n", MLR_GLOBALS.bargv0, pe->value, pctx->filename, pctx->fnr); exit(1); } } else { typed_sort_keys[i].u.s = pe->value; } } return typed_sort_keys; } miller-5.6.2/c/mapping/mapper_sort_within_records.c000066400000000000000000000234601354153536500225060ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "containers/sllv.h" #include "containers/lhmslv.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #define SORT_BY_KEY 0x10 #define SORT_BY_VALUE 0x20 #define SORT_NUMERIC 0x40 #define SORT_DESCENDING 0x80 typedef struct _mapper_sort_within_records_state_t { // Input parameters int sort_by; int sort_how; int reverse; } mapper_sort_within_records_state_t; //// Each sort key is string or number; use union to save space. //typedef struct _typed_sort_within_records_key_t { // union { // char* s; // double d; // } u; //} typed_sort_within_records_key_t; // ---------------------------------------------------------------- static void mapper_sort_within_records_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_sort_within_records_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_sort_within_records_alloc(); static void mapper_sort_within_records_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_sort_within_records_process(lrec_t* pinrec, context_t* pctx, void* pvstate); //static typed_sort_within_records_key_t* parse_sort_within_records_keys(slls_t* pkey_field_values, int* sort_params, context_t* pctx); //// qsort is non-reentrant but qsort_r isn't portable. But since Miller is //// single-threaded, even if we've got one sort chained to another, only one is //// active at a time. We adopt the convention that we set the sort params //// right before the sort. //static int* pcmp_sort_within_records_params = NULL; //static int cmp_params_length = 0; //static int pbucket_comparator(const void* pva, const void* pvb); // ---------------------------------------------------------------- mapper_setup_t mapper_sort_within_records_setup = { .verb = "sort-within-records", .pusage_func = mapper_sort_within_records_usage, .pparse_func = mapper_sort_within_records_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_sort_within_records_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s {flags}\n", argv0, verb); fprintf(o, "Flags:\n"); fprintf(o, " -k Sort by keys\n"); fprintf(o, " -v Sort by values\n"); fprintf(o, " -n Sort numerically\n"); fprintf(o, " -f Sort lexically (default)\n"); fprintf(o, " -r Reverse sort\n"); fprintf(o, " -nk Shorthand for -n -k\n"); fprintf(o, " -nv Shorthand for -n -v\n"); fprintf(o, " -rk Shorthand for -r -k\n"); fprintf(o, " -rv Shorthand for -r -v\n"); fprintf(o, " -nrk Shorthand for -n -r -k\n"); fprintf(o, " -nrv Shorthand for -n -r -v\n"); } static mapper_t* mapper_sort_within_records_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { if ((argc - *pargi) < 3) { mapper_sort_within_records_usage(stderr, argv[0], argv[*pargi]); return NULL; } //char* verb = argv[*pargi]; *pargi += 1; while ((argc - *pargi) >= 1 && argv[*pargi][0] == '-') { *pargi += 1; // xxx ap_state_t // if (streq(flag, "-f")) { // } else if (streq(flag, "-n")) { // } else if (streq(flag, "-nf")) { // } else if (streq(flag, "-r")) { // } else if (streq(flag, "-nr")) { // } else { // mapper_sort_within_records_usage(stderr, argv[0], verb); // } // slls_t* pnames_for_flag = slls_from_line(value, ',', FALSE); // // E.g. with "-nr a,b,c", replicate the "-nr" flag three times. // for (sllse_t* pe = pnames_for_flag->phead; pe != NULL; pe = pe->pnext) { // slls_append_no_free(pnames, pe->value); // slls_append_no_free(pflags, flag); // } // slls_free(pnames_for_flag); } // if (pnames->length < 1) // mapper_sort_within_records_usage(stderr, argv[0], verb); // xxx libify // Convert the list such as ["-nf","-nf","-r","-r","-r"] into an array of // bit-flags, one per sort-key field. // int* opt_array = mlr_malloc_or_die(pnames->length * sizeof(int)); // sllse_t* pe; // int di; // for (pe = pflags->phead, di = 0; pe != NULL; pe = pe->pnext, di++) { // char* flag = pe->value; // int opt = // streq(flag, "-nf") ? SORT_NUMERIC : // streq(flag, "-n") ? SORT_NUMERIC : // streq(flag, "-r") ? SORT_DESCENDING : // streq(flag, "-nr") ? SORT_NUMERIC|SORT_DESCENDING : // 0; // opt_array[di] =opt; // } // slls_free(pflags); return mapper_sort_within_records_alloc(); } // ---------------------------------------------------------------- static mapper_t* mapper_sort_within_records_alloc() { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_sort_within_records_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_sort_within_records_state_t)); //pstate->sort_params = sort_params; pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_sort_within_records_process; pmapper->pfree_func = mapper_sort_within_records_free; return pmapper; } // ---------------------------------------------------------------- static void mapper_sort_within_records_free(mapper_t* pmapper, context_t* _) { mapper_sort_within_records_state_t* pstate = pmapper->pvstate; free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_sort_within_records_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { //mapper_sort_within_records_state_t* pstate = pvstate; // xxx stub if (pinrec != NULL) return sllv_single(pinrec); else return sllv_single(NULL); // if (pinrec != NULL) { // // Consume another input record. // slls_t* pkey_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pkey_field_names); // if (pkey_field_values == NULL) { // sllv_append(pstate->precords_missing_sort_within_records_keys, pinrec); // } else { // sort_bucket_t* pbucket = lhmslv_get(pstate->pbuckets_by_key_field_values, pkey_field_values); // if (pbucket == NULL) { // New key-field-value: new bucket and hash-map entry // slls_t* pkey_field_values_copy = slls_copy(pkey_field_values); // sort_bucket_t* pbucket = mlr_malloc_or_die(sizeof(sort_bucket_t)); // pbucket->typed_sort_within_records_keys = parse_sort_within_records_keys(pkey_field_values_copy, pstate->sort_params, pctx); // pbucket->precords = sllv_alloc(); // sllv_append(pbucket->precords, pinrec); // lhmslv_put(pstate->pbuckets_by_key_field_values, pkey_field_values_copy, pbucket, // FREE_ENTRY_KEY); // } else { // Previously seen key-field-value: append record to bucket // sllv_append(pbucket->precords, pinrec); // } // slls_free(pkey_field_values); // } // return NULL; // } else { // // End of input stream: sort bucket labels // int num_buckets = pstate->pbuckets_by_key_field_values->num_occupied; // sort_bucket_t** pbucket_array = mlr_malloc_or_die(num_buckets * sizeof(sort_bucket_t*)); // // // Copy bucket-pointers to an array for qsort // int i = 0; // for (lhmslve_t* pe = pstate->pbuckets_by_key_field_values->phead; pe != NULL; pe = pe->pnext, i++) { // pbucket_array[i] = pe->pvvalue; // } // // pcmp_sort_within_records_params = pstate->sort_params; // cmp_params_length = pstate->pkey_field_names->length; // // qsort(pbucket_array, num_buckets, sizeof(sort_bucket_t*), pbucket_comparator); // // pcmp_sort_within_records_params = NULL; // cmp_params_length = 0; // // // Emit each bucket's record // sllv_t* poutput = sllv_alloc(); // for (i = 0; i < num_buckets; i++) { // sllv_t* plist = pbucket_array[i]->precords; // sllv_transfer(poutput, plist); // sllv_free(plist); // } // sllv_transfer(poutput, pstate->precords_missing_sort_within_records_keys); // free(pbucket_array); // sllv_append(poutput, NULL); // Signal end of output-record stream. // return poutput; // } } //static int pbucket_comparator(const void* pva, const void* pvb) { // // We are sorting an array of sort_bucket_t*. // const sort_bucket_t** pba = (const sort_bucket_t**)pva; // const sort_bucket_t** pbb = (const sort_bucket_t**)pvb; // typed_sort_within_records_key_t* akeys = (*pba)->typed_sort_within_records_keys; // typed_sort_within_records_key_t* bkeys = (*pbb)->typed_sort_within_records_keys; // for (int i = 0; i < cmp_params_length; i++) { // int sort_param = pcmp_sort_within_records_params[i]; // if (sort_param & SORT_NUMERIC) { // double a = akeys[i].u.d; // double b = bkeys[i].u.d; // if (isnan(a)) { // null input value // if (!isnan(b)) { // return (sort_param & SORT_DESCENDING) ? -1 : 1; // } // } else if (isnan(b)) { // return (sort_param & SORT_DESCENDING) ? 1 : -1; // } else { // double d = a - b; // int s = (d < 0) ? -1 : (d > 0) ? 1 : 0; // if (s != 0) // return (sort_param & SORT_DESCENDING) ? -s : s; // } // } else { // int s = strcmp(akeys[i].u.s, bkeys[i].u.s); // if (s != 0) // return (sort_param & SORT_DESCENDING) ? -s : s; // } // } // return 0; //} //// E.g. parse the list ["red","1.0"] into the array ["red",1.0]. //static typed_sort_within_records_key_t* parse_sort_within_records_keys(slls_t* pkey_field_values, int* sort_params, context_t* pctx) { // typed_sort_within_records_key_t* typed_sort_within_records_keys = mlr_malloc_or_die(pkey_field_values->length * sizeof(typed_sort_within_records_key_t)); // int i = 0; // for (sllse_t* pe = pkey_field_values->phead; pe != NULL; pe = pe->pnext, i++) { // if (sort_params[i] & SORT_NUMERIC) { // if (*pe->value == 0) { // null input value // typed_sort_within_records_keys[i].u.d = nan(""); // } else if (!mlr_try_float_from_string(pe->value, &typed_sort_within_records_keys[i].u.d)) { // fprintf(stderr, "%s: couldn't parse \"%s\" as number in file \"%s\" record %lld.\n", // MLR_GLOBALS.bargv0, pe->value, pctx->filename, pctx->fnr); // exit(1); // } // } else { // typed_sort_within_records_keys[i].u.s = pe->value; // } // } // return typed_sort_within_records_keys; //} miller-5.6.2/c/mapping/mapper_stats1.c000066400000000000000000000734441354153536500176420ustar00rootroot00000000000000#include #include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "lib/string_array.h" #include "lib/mlrregex.h" #include "cli/argparse.h" #include "containers/sllv.h" #include "containers/slls.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/mixutil.h" #include "lib/mlrval.h" #include "mapping/mappers.h" #include "mapping/stats1_accumulators.h" static char* fake_acc_name_for_setups = "__setup_done__"; // ---------------------------------------------------------------- struct _mapper_stats1_state_t; // forward reference typedef void group_by_ingestor_func_t(lrec_t* pinrec, struct _mapper_stats1_state_t* pstate); typedef void value_ingestor_func_t(lrec_t* pinrec, struct _mapper_stats1_state_t* pstate, lhmsv_t* pgroup_by_field_values_to_acc_fields); typedef sllv_t* emitter_func_t(struct _mapper_stats1_state_t* pstate); typedef struct _mapper_stats1_state_t { ap_state_t* pargp; slls_t* paccumulator_names; string_array_t* pvalue_field_names; // parameter string_array_t* pvalue_field_values; // scratch space used per-record slls_t* pgroup_by_field_names; // parameter group_by_ingestor_func_t* pgroup_by_ingestor; value_ingestor_func_t* pvalue_ingestor; emitter_func_t* pemitter; regex_t* value_field_regexes; int num_value_field_regexes; int invert_regex_value_field_names; regex_t* group_by_field_regexes; int num_group_by_field_regexes; int invert_regex_group_by_field_names; lhmslv_t* groups_without_group_by_regex; lhmslv_t* groups_with_group_by_regex; int do_iterative_stats; int allow_int_float; int do_interpolated_percentiles; } mapper_stats1_state_t; static void mapper_stats1_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_stats1_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_stats1_alloc(ap_state_t* pargp, slls_t* paccumulator_names, string_array_t* pvalue_field_names, int do_regex_value_field_names, int invert_regex_value_field_names, slls_t* pgroup_by_field_names, int do_regex_group_by_field_names, int invert_regex_group_by_field_names, int do_iterative_stats, int allow_int_float, int do_interpolated_percentiles); static void mapper_stats1_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_stats1_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static void mapper_stats1_group_by_ingest_without_regexes( lrec_t* pinrec, mapper_stats1_state_t* pstate); static void mapper_stats1_group_by_ingest_with_regexes( lrec_t* pinrec, mapper_stats1_state_t* pstate); static void mapper_stats1_value_ingest_without_regexes( lrec_t* pinrec, mapper_stats1_state_t* pstate, lhmsv_t* pgroup_by_field_values_to_acc_fields); static void mapper_stats1_value_ingest_with_regexes( lrec_t* pinrec, mapper_stats1_state_t* pstate, lhmsv_t* pgroup_by_field_values_to_acc_fields); static void mapper_stats1_ingest_name_value(lrec_t* pinrec, mapper_stats1_state_t* pstate, char* value_field_name, char* value_field_sval, lhmsv_t* pgroup_to_acc_field); static sllv_t* mapper_stats1_emit_all_without_group_by_regexes(mapper_stats1_state_t* pstate); static sllv_t* mapper_stats1_emit_all_with_group_by_regexes(mapper_stats1_state_t* pstate); static lrec_t* mapper_stats1_emit(mapper_stats1_state_t* pstate, lrec_t* poutrec, char* value_field_name, lhmsv_t* acc_field_to_acc_state_out); typedef struct _acc_map_pair_t { lhmsv_t* pin; lhmsv_t* pout; } acc_map_pair_t; // ---------------------------------------------------------------- mapper_setup_t mapper_stats1_setup = { .verb = "stats1", .pusage_func = mapper_stats1_usage, .pparse_func = mapper_stats1_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_stats1_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Computes univariate statistics for one or more given fields, accumulated across\n"); fprintf(o, "the input record stream.\n"); fprintf(o, "Options:\n"); fprintf(o, "-a {sum,count,...} Names of accumulators: p10 p25.2 p50 p98 p100 etc. and/or\n"); fprintf(o, " one or more of:\n"); for (int i = 0; i < stats1_acc_lookup_table_length; i++) { fprintf(o, " %-9s %s\n", stats1_acc_lookup_table[i].name, stats1_acc_lookup_table[i].desc); } fprintf(o, "-f {a,b,c} Value-field names on which to compute statistics\n"); fprintf(o, "--fr {regex} Regex for value-field names on which to compute statistics\n"); fprintf(o, " (compute statsitics on values in all field names matching regex)\n"); fprintf(o, "--fx {regex} Inverted regex for value-field names on which to compute statistics\n"); fprintf(o, " (compute statsitics on values in all field names not matching regex)\n"); fprintf(o, "-g {d,e,f} Optional group-by-field names\n"); fprintf(o, "--gr {regex} Regex for optional group-by-field names\n"); fprintf(o, " (group by values in field names matching regex)\n"); fprintf(o, "--gx {regex} Inverted regex for optional group-by-field names\n"); fprintf(o, " (group by values in field names not matching regex)\n"); fprintf(o, "--grfx {regex} Shorthand for --gr {regex} --fx {that same regex}\n"); fprintf(o, "-i Use interpolated percentiles, like R's type=7; default like type=1.\n"); fprintf(o, " Not sensical for string-valued fields.\n"); fprintf(o, "-s Print iterative stats. Useful in tail -f contexts (in which\n"); fprintf(o, " case please avoid pprint-format output since end of input\n"); fprintf(o, " stream will never be seen).\n"); fprintf(o, "-F Computes integerable things (e.g. count) in floating point.\n"); fprintf(o, "Example: %s %s -a min,p10,p50,p90,max -f value -g size,shape\n", argv0, verb); fprintf(o, "Example: %s %s -a count,mode -f size\n", argv0, verb); fprintf(o, "Example: %s %s -a count,mode -f size -g shape\n", argv0, verb); fprintf(o, "Example: %s %s -a count,mode --fr '^[a-h].*$' -gr '^k.*$'\n", argv0, verb); fprintf(o, " This computes count and mode statistics on all field names beginning\n"); fprintf(o, " with a through h, grouped by all field names starting with k.\n"); fprintf(o, "Notes:\n"); fprintf(o, "* p50 and median are synonymous.\n"); fprintf(o, "* min and max output the same results as p0 and p100, respectively, but use\n"); fprintf(o, " less memory.\n"); fprintf(o, "* String-valued data make sense unless arithmetic on them is required,\n"); fprintf(o, " e.g. for sum, mean, interpolated percentiles, etc. In case of mixed data,\n"); fprintf(o, " numbers are less than strings.\n"); fprintf(o, "* count and mode allow text input; the rest require numeric input.\n"); fprintf(o, " In particular, 1 and 1.0 are distinct text for count and mode.\n"); fprintf(o, "* When there are mode ties, the first-encountered datum wins.\n"); } static mapper_t* mapper_stats1_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { slls_t* paccumulator_names = NULL; string_array_t* pvalue_field_names = NULL; slls_t* pgroup_by_field_names = slls_alloc(); int do_iterative_stats = FALSE; int allow_int_float = TRUE; int do_interpolated_percentiles = FALSE; int do_regex_value_field_names = FALSE; int invert_regex_value_field_names = FALSE; int do_regex_group_by_field_names = FALSE; int invert_regex_group_by_field_names = FALSE; char* verb = argv[(*pargi)++]; int oargi = *pargi; ap_state_t* pstate = ap_alloc(); ap_define_string_list_flag(pstate, "-a", &paccumulator_names); ap_define_string_array_flag(pstate, "-f", &pvalue_field_names); ap_define_string_array_flag(pstate, "--fr", &pvalue_field_names); ap_define_string_array_flag(pstate, "--fx", &pvalue_field_names); ap_define_string_list_flag(pstate, "-g", &pgroup_by_field_names); ap_define_string_list_flag(pstate, "--gr", &pgroup_by_field_names); ap_define_string_list_flag(pstate, "--gx", &pgroup_by_field_names); ap_define_string_list_flag(pstate, "--grfx", &pgroup_by_field_names); ap_define_true_flag(pstate, "-s", &do_iterative_stats); ap_define_false_flag(pstate, "-F", &allow_int_float); ap_define_true_flag(pstate, "-i", &do_interpolated_percentiles); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_stats1_usage(stderr, argv[0], verb); return NULL; } int nargi = *pargi; for (int argi = oargi; argi < nargi; argi++) { if (streq(argv[argi], "--fr")) { do_regex_value_field_names = TRUE; } else if (streq(argv[argi], "--fx")) { do_regex_value_field_names = TRUE; invert_regex_value_field_names = TRUE; } else if (streq(argv[argi], "--gr")) { do_regex_group_by_field_names = TRUE; } else if (streq(argv[argi], "--gx")) { do_regex_group_by_field_names = TRUE; invert_regex_group_by_field_names = TRUE; } else if (streq(argv[argi], "--grfx")) { do_regex_group_by_field_names = TRUE; do_regex_value_field_names = TRUE; invert_regex_value_field_names = TRUE; pvalue_field_names = string_array_alloc(pgroup_by_field_names->length); int i = 0; for (sllse_t* pe = pgroup_by_field_names->phead; pe != NULL; pe = pe->pnext, i++) { pvalue_field_names->strings[i] = pe->value; i++; } } } if (paccumulator_names == NULL || pvalue_field_names == NULL) { mapper_stats1_usage(stderr, argv[0], verb); return NULL; } return mapper_stats1_alloc(pstate, paccumulator_names, pvalue_field_names, do_regex_value_field_names, invert_regex_value_field_names, pgroup_by_field_names, do_regex_group_by_field_names, invert_regex_group_by_field_names, do_iterative_stats, allow_int_float, do_interpolated_percentiles); } // ---------------------------------------------------------------- static mapper_t* mapper_stats1_alloc(ap_state_t* pargp, slls_t* paccumulator_names, string_array_t* pvalue_field_names, int do_regex_value_field_names, int invert_regex_value_field_names, slls_t* pgroup_by_field_names, int do_regex_group_by_field_names, int invert_regex_group_by_field_names, int do_iterative_stats, int allow_int_float, int do_interpolated_percentiles) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_stats1_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_stats1_state_t)); pstate->pargp = pargp; pstate->paccumulator_names = paccumulator_names; if (do_regex_value_field_names) { pstate->pvalue_field_names = NULL; pstate->pvalue_field_values = NULL; pstate->num_value_field_regexes = pvalue_field_names->length; pstate->value_field_regexes = mlr_malloc_or_die(sizeof(regex_t) * pstate->num_value_field_regexes); for (int i = 0; i < pvalue_field_names->length; i++) { // Let them type in a.*b if they want, or "a.*b", or "a.*b"i. // Strip off the leading " and trailing " or "i. regcomp_or_die_quoted(&pstate->value_field_regexes[i], pvalue_field_names->strings[i], REG_NOSUB); } string_array_free(pvalue_field_names); pstate->invert_regex_value_field_names = invert_regex_value_field_names; pstate->pvalue_ingestor = mapper_stats1_value_ingest_with_regexes; } else { pstate->pvalue_field_names = pvalue_field_names; pstate->pvalue_field_values = string_array_alloc(pvalue_field_names->length); pstate->value_field_regexes = NULL; pstate->num_value_field_regexes = 0; pstate->invert_regex_value_field_names = FALSE; pstate->pvalue_ingestor = mapper_stats1_value_ingest_without_regexes; } if (do_regex_group_by_field_names) { pstate->pgroup_by_field_names = NULL; pstate->num_group_by_field_regexes = pgroup_by_field_names->length; pstate->group_by_field_regexes = mlr_malloc_or_die(sizeof(regex_t) * pstate->num_group_by_field_regexes); int i = 0; for (sllse_t* pe = pgroup_by_field_names->phead; pe != NULL; pe = pe->pnext, i++) { // Let them type in a.*b if they want, or "a.*b", or "a.*b"i. // Strip off the leading " and trailing " or "i. regcomp_or_die_quoted(&pstate->group_by_field_regexes[i], pe->value, REG_NOSUB); } slls_free(pgroup_by_field_names); pstate->pgroup_by_ingestor = mapper_stats1_group_by_ingest_with_regexes; pstate->pemitter = mapper_stats1_emit_all_with_group_by_regexes; pstate->invert_regex_group_by_field_names = invert_regex_group_by_field_names; pstate->groups_without_group_by_regex = NULL; pstate->groups_with_group_by_regex = lhmslv_alloc(); } else { pstate->pgroup_by_ingestor = mapper_stats1_group_by_ingest_without_regexes; pstate->pemitter = mapper_stats1_emit_all_without_group_by_regexes; pstate->pgroup_by_field_names = pgroup_by_field_names; pstate->group_by_field_regexes = NULL; pstate->num_group_by_field_regexes = 0; pstate->invert_regex_group_by_field_names = FALSE; pstate->groups_without_group_by_regex = lhmslv_alloc(); pstate->groups_with_group_by_regex = NULL; } pstate->do_iterative_stats = do_iterative_stats; pstate->allow_int_float = allow_int_float; pstate->do_interpolated_percentiles = do_interpolated_percentiles; pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_stats1_process; pmapper->pfree_func = mapper_stats1_free; return pmapper; } static void mapper_stats1_free(mapper_t* pmapper, context_t* _) { mapper_stats1_state_t* pstate = pmapper->pvstate; slls_free(pstate->paccumulator_names); string_array_free(pstate->pvalue_field_names); string_array_free(pstate->pvalue_field_values); slls_free(pstate->pgroup_by_field_names); if (pstate->value_field_regexes != NULL) { for (int i = 0; i < pstate->num_value_field_regexes; i++) regfree(&pstate->value_field_regexes[i]); free(pstate->value_field_regexes); } if (pstate->group_by_field_regexes != NULL) { for (int i = 0; i < pstate->num_group_by_field_regexes; i++) regfree(&pstate->group_by_field_regexes[i]); free(pstate->group_by_field_regexes); } // lhmslv_free and lhmsv_free will free the hashmap keys; we need to free // the void-star hashmap values. if (pstate->groups_without_group_by_regex != NULL) { for (lhmslve_t* pa = pstate->groups_without_group_by_regex->phead; pa != NULL; pa = pa->pnext) { lhmsv_t* pgroup_to_acc_field = pa->pvvalue; for (lhmsve_t* pb = pgroup_to_acc_field->phead; pb != NULL; pb = pb->pnext) { acc_map_pair_t* pacc_field_to_acc_states = pb->pvvalue; lhmsv_t* pacc_field_to_acc_state_in = pacc_field_to_acc_states->pin; lhmsv_t* pacc_field_to_acc_state_out = pacc_field_to_acc_states->pout; for (lhmsve_t* pc = pacc_field_to_acc_state_out->phead; pc != NULL; pc = pc->pnext) { if (streq(pc->key, fake_acc_name_for_setups)) continue; stats1_acc_t* pstats1_acc = pc->pvvalue; pstats1_acc->pfree_func(pstats1_acc); } lhmsv_free(pacc_field_to_acc_state_in); lhmsv_free(pacc_field_to_acc_state_out); free(pacc_field_to_acc_states); } lhmsv_free(pgroup_to_acc_field); } lhmslv_free(pstate->groups_without_group_by_regex); } if (pstate->groups_with_group_by_regex != NULL) { for (lhmslve_t* pa = pstate->groups_with_group_by_regex->phead; pa != NULL; pa = pa->pnext) { lhmslv_t* pgroups_by_names = pa->pvvalue; for (lhmslve_t* pb = pgroups_by_names->phead; pb != NULL; pb = pb->pnext) { lhmsv_t* pgroup_to_acc_field = pb->pvvalue; for (lhmsve_t* pc = pgroup_to_acc_field->phead; pc != NULL; pc = pc->pnext) { acc_map_pair_t* pacc_field_to_acc_states = pc->pvvalue; lhmsv_t* pacc_field_to_acc_state_in = pacc_field_to_acc_states->pin; lhmsv_t* pacc_field_to_acc_state_out = pacc_field_to_acc_states->pout; for (lhmsve_t* pd = pacc_field_to_acc_state_out->phead; pd != NULL; pd = pd->pnext) { if (streq(pd->key, fake_acc_name_for_setups)) continue; stats1_acc_t* pstats1_acc = pd->pvvalue; pstats1_acc->pfree_func(pstats1_acc); } lhmsv_free(pacc_field_to_acc_state_in); lhmsv_free(pacc_field_to_acc_state_out); free(pacc_field_to_acc_states); } lhmsv_free(pgroup_to_acc_field); } lhmslv_free(pgroups_by_names); } lhmslv_free(pstate->groups_with_group_by_regex); } ap_free(pstate->pargp); free(pstate); free(pmapper); } // ================================================================ // Given: accumulate count,sum on values x,y group by a,b. // Example input: Example output: // a b x y a b x_count x_sum y_count y_sum // s t 1 2 s t 2 6 2 8 // u v 3 4 u v 1 3 1 4 // s t 5 6 u w 1 7 1 9 // u w 7 9 // // Multilevel hashmap structure: // { // ["s","t"] : { <--- group-by field names // ["x"] : { <--- value field names // "count" : stats1_count_t object, // "sum" : stats1_sum_t object // }, // ["y"] : { // "count" : stats1_count_t object, // "sum" : stats1_sum_t object // }, // }, // ["u","v"] : { // ["x"] : { // "count" : stats1_count_t object, // "sum" : stats1_sum_t object // }, // ["y"] : { // "count" : stats1_count_t object, // "sum" : stats1_sum_t object // }, // }, // ["u","w"] : { // ["x"] : { // "count" : stats1_count_t object, // "sum" : stats1_sum_t object // }, // ["y"] : { // "count" : stats1_count_t object, // "sum" : stats1_sum_t object // }, // }, // } // ================================================================ // In the iterative case, add to the current record its current group's stats fields. // In the non-iterative case, produce output only at the end of the input stream. static sllv_t* mapper_stats1_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_stats1_state_t* pstate = pvstate; if (pinrec != NULL) { pstate->pgroup_by_ingestor(pinrec, pstate); if (pstate->do_iterative_stats) { // The input record is modified in this case, with new fields appended return sllv_single(pinrec); } else { lrec_free(pinrec); return NULL; } } else if (!pstate->do_iterative_stats) { return pstate->pemitter(pstate); } else { return NULL; } } // ---------------------------------------------------------------- static void mapper_stats1_group_by_ingest_without_regexes(lrec_t* pinrec, mapper_stats1_state_t* pstate) { // E.g. ["s", "t"] // To do: make value_field_values into a hashmap. Then accept partial // population on that, but retain full-population requirement on group-by. // E.g. if accumulating stats of x,y on a,b then skip record with x,y,a but // process record with x,a,b. slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values == NULL) { slls_free(pgroup_by_field_values); return; } // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - lhmsv_t* pgroup_by_field_values_to_acc_fields = lhmslv_get(pstate->groups_without_group_by_regex, pgroup_by_field_values); if (pgroup_by_field_values_to_acc_fields == NULL) { pgroup_by_field_values_to_acc_fields = lhmsv_alloc(); lhmslv_put(pstate->groups_without_group_by_regex, slls_copy(pgroup_by_field_values), pgroup_by_field_values_to_acc_fields, FREE_ENTRY_KEY); } // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // for x=1 and y=2 pstate->pvalue_ingestor(pinrec, pstate, pgroup_by_field_values_to_acc_fields); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - slls_free(pgroup_by_field_values); } // ---------------------------------------------------------------- static void mapper_stats1_group_by_ingest_with_regexes(lrec_t* pinrec, mapper_stats1_state_t* pstate) { // E.g. {"a": "s", "b":"t"} lhmss_t* group_by_pairs = mlr_reference_key_value_pairs_from_regex_names(pinrec, pstate->group_by_field_regexes, pstate->num_group_by_field_regexes, pstate->invert_regex_group_by_field_names); slls_t* pgroup_by_field_names = slls_alloc(); for (lhmsse_t* pe = group_by_pairs->phead; pe != NULL; pe = pe->pnext) { slls_append_no_free(pgroup_by_field_names, pe->key); } slls_t* pgroup_by_field_values = slls_alloc(); for (lhmsse_t* pe = group_by_pairs->phead; pe != NULL; pe = pe->pnext) { slls_append_no_free(pgroup_by_field_values, pe->value); } // Two-level map: group-by field names -> group-by field values -> acc-field map lhmslv_t* pgroups_by_names = lhmslv_get(pstate->groups_with_group_by_regex, pgroup_by_field_names); if (pgroups_by_names == NULL) { pgroups_by_names = lhmslv_alloc(); lhmslv_put(pstate->groups_with_group_by_regex, slls_copy(pgroup_by_field_names), pgroups_by_names, FREE_ENTRY_KEY); } // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - lhmsv_t* pgroup_by_field_values_to_acc_fields = lhmslv_get(pgroups_by_names, pgroup_by_field_values); if (pgroup_by_field_values_to_acc_fields == NULL) { pgroup_by_field_values_to_acc_fields = lhmsv_alloc(); lhmslv_put(pgroups_by_names, slls_copy(pgroup_by_field_values), pgroup_by_field_values_to_acc_fields, FREE_ENTRY_KEY); } // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // E.g. {"x": 1, "y": 2} pstate->pvalue_ingestor(pinrec, pstate, pgroup_by_field_values_to_acc_fields); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - slls_free(pgroup_by_field_names); slls_free(pgroup_by_field_values); lhmss_free(group_by_pairs); } // ---------------------------------------------------------------- static void mapper_stats1_value_ingest_without_regexes( lrec_t* pinrec, mapper_stats1_state_t* pstate, lhmsv_t* pgroup_by_field_values_to_acc_fields) { mlr_reference_values_from_record_into_string_array(pinrec, pstate->pvalue_field_names, pstate->pvalue_field_values); int n = pstate->pvalue_field_names->length; for (int i = 0; i < n; i++) { char* value_field_name = pstate->pvalue_field_names->strings[i]; char* value_field_sval = pstate->pvalue_field_values->strings[i]; mapper_stats1_ingest_name_value(pinrec, pstate, value_field_name, value_field_sval, pgroup_by_field_values_to_acc_fields); } } // ---------------------------------------------------------------- static void mapper_stats1_value_ingest_with_regexes( lrec_t* pinrec, mapper_stats1_state_t* pstate, lhmsv_t* pgroup_by_field_values_to_acc_fields) { lhmss_t* value_pairs = mlr_reference_key_value_pairs_from_regex_names(pinrec, pstate->value_field_regexes, pstate->num_value_field_regexes, pstate->invert_regex_value_field_names); for (lhmsse_t* pf = value_pairs->phead; pf != NULL; pf = pf->pnext) { char* value_field_name = pf->key; char* value_field_sval = pf->value; mapper_stats1_ingest_name_value(pinrec, pstate, value_field_name, value_field_sval, pgroup_by_field_values_to_acc_fields); } lhmss_free(value_pairs); } // ---------------------------------------------------------------- static void mapper_stats1_ingest_name_value(lrec_t* pinrec, mapper_stats1_state_t* pstate, char* value_field_name, char* value_field_sval, lhmsv_t* pgroup_to_acc_field) { // For percentiles there is one unique accumulator given (for example) five distinct // names p0,p25,p50,p75,p100. The input accumulators are unique: only one // percentile-keeper. There are multiple output accumulators: each references the same // underlying percentile-keeper but with distinct parameters. Hence the ->pin and ->pout maps. acc_map_pair_t* pacc_field_to_acc_states = lhmsv_get(pgroup_to_acc_field, value_field_name); if (pacc_field_to_acc_states == NULL) { pacc_field_to_acc_states = mlr_malloc_or_die(sizeof(acc_map_pair_t)); pacc_field_to_acc_states->pin = lhmsv_alloc(); pacc_field_to_acc_states->pout = lhmsv_alloc(); lhmsv_put(pgroup_to_acc_field, value_field_name, pacc_field_to_acc_states, NO_FREE); } lhmsv_t* acc_field_to_acc_state_in = pacc_field_to_acc_states->pin; lhmsv_t* acc_field_to_acc_state_out = pacc_field_to_acc_states->pout; // Look up presence of all accumulators at this level's hashmap. char* presence = lhmsv_get(acc_field_to_acc_state_in, fake_acc_name_for_setups); if (presence == NULL) { make_stats1_accs(value_field_name, pstate->paccumulator_names, pstate->allow_int_float, pstate->do_interpolated_percentiles, acc_field_to_acc_state_in, acc_field_to_acc_state_out); lhmsv_put(acc_field_to_acc_state_in, fake_acc_name_for_setups, fake_acc_name_for_setups, NO_FREE); } if (value_field_sval == NULL) // Key not present return; if (*value_field_sval == 0) // Key present with null value return; int have_dval = FALSE; int have_nval = FALSE; double value_field_dval = -999.0; mv_t value_field_nval = mv_absent(); // There isn't a one-to-one mapping between user-specified stats1_names // and internal stats1_acc_t's. Here in the ingestor we feed each datum // into a stats1_acc_t. In the emitter, we loop over the stats1_names in // user-specified order. Example: they ask for p10,mean,p90. Then there // is only one percentiles accumulator to be told about each point. In // the emitter it will be asked to produce output twice: once for the // 10th percentile & once for the 90th. for (lhmsve_t* pc = acc_field_to_acc_state_in->phead; pc != NULL; pc = pc->pnext) { char* stats1_acc_name = pc->key; if (streq(stats1_acc_name, fake_acc_name_for_setups)) continue; stats1_acc_t* pstats1_acc = pc->pvvalue; if (pstats1_acc->pdingest_func != NULL) { if (!have_dval) { value_field_dval = mlr_double_from_string_or_die(value_field_sval); have_dval = TRUE; } pstats1_acc->pdingest_func(pstats1_acc->pvstate, value_field_dval); } if (pstats1_acc->pningest_func != NULL) { if (!have_nval) { value_field_nval = pstate->allow_int_float ? mv_scan_number_or_die(value_field_sval) : mv_from_float(mlr_double_from_string_or_die(value_field_sval)); have_nval = TRUE; } pstats1_acc->pningest_func(pstats1_acc->pvstate, &value_field_nval); } if (pstats1_acc->psingest_func != NULL) { pstats1_acc->psingest_func(pstats1_acc->pvstate, value_field_sval); } } if (pstate->do_iterative_stats) { mapper_stats1_emit(pstate, pinrec, value_field_name, acc_field_to_acc_state_out); } } // ---------------------------------------------------------------- static sllv_t* mapper_stats1_emit_all_without_group_by_regexes(mapper_stats1_state_t* pstate) { sllv_t* poutrecs = sllv_alloc(); for (lhmslve_t* pa = pstate->groups_without_group_by_regex->phead; pa != NULL; pa = pa->pnext) { slls_t* pgroup_by_field_values = pa->key; lrec_t* poutrec = lrec_unbacked_alloc(); // Add in a=s,b=t fields: sllse_t* pb = pstate->pgroup_by_field_names->phead; sllse_t* pc = pgroup_by_field_values->phead; for ( ; pb != NULL && pc != NULL; pb = pb->pnext, pc = pc->pnext) { lrec_put(poutrec, pb->value, pc->value, NO_FREE); } // Add in fields such as x_sum=#, y_count=#, etc.: lhmsv_t* pgroup_to_acc_field = pa->pvvalue; // for "x", "y" for (lhmsve_t* pd = pgroup_to_acc_field->phead; pd != NULL; pd = pd->pnext) { char* value_field_name = pd->key; acc_map_pair_t* pacc_field_to_acc_states = pd->pvvalue; lhmsv_t* acc_field_to_acc_state_out = pacc_field_to_acc_states->pout; mapper_stats1_emit(pstate, poutrec, value_field_name, acc_field_to_acc_state_out); } sllv_append(poutrecs, poutrec); } sllv_append(poutrecs, NULL); return poutrecs; } // ---------------------------------------------------------------- static sllv_t* mapper_stats1_emit_all_with_group_by_regexes(mapper_stats1_state_t* pstate) { sllv_t* poutrecs = sllv_alloc(); // Two-level map: group-by field names -> group-by field values -> acc-field map for (lhmslve_t* pa = pstate->groups_with_group_by_regex->phead; pa != NULL; pa = pa->pnext) { slls_t* pgroup_by_field_names = pa->key; lhmslv_t* pgroups_by_names = pa->pvvalue; for (lhmslve_t* pb = pgroups_by_names->phead; pb != NULL; pb = pb->pnext) { slls_t* pgroup_by_field_values = pb->key; lhmsv_t* pgroup_by_field_values_to_acc_field = pb->pvvalue; lrec_t* poutrec = lrec_unbacked_alloc(); // Add in a=s,b=t fields: sllse_t* pc = pgroup_by_field_names->phead; sllse_t* pd = pgroup_by_field_values->phead; for ( ; pc != NULL && pd != NULL; pc = pc->pnext, pd = pd->pnext) { lrec_put(poutrec, pc->value, pd->value, NO_FREE); } // Add in fields such as x_sum=#, y_count=#, etc.: // for "x", "y" for (lhmsve_t* pe = pgroup_by_field_values_to_acc_field->phead; pe != NULL; pe = pe->pnext) { char* value_field_name = pe->key; acc_map_pair_t* pacc_field_to_acc_states = pe->pvvalue; lhmsv_t* acc_field_to_acc_state_out = pacc_field_to_acc_states->pout; mapper_stats1_emit(pstate, poutrec, value_field_name, acc_field_to_acc_state_out); } sllv_append(poutrecs, poutrec); } } sllv_append(poutrecs, NULL); return poutrecs; } // ---------------------------------------------------------------- static lrec_t* mapper_stats1_emit(mapper_stats1_state_t* pstate, lrec_t* poutrec, char* value_field_name, lhmsv_t* acc_field_to_acc_state_out) { // Add in fields such as x_sum=#, y_count=#, etc.: for (sllse_t* pe = pstate->paccumulator_names->phead; pe != NULL; pe = pe->pnext) { char* stats1_acc_name = pe->value; if (streq(stats1_acc_name, fake_acc_name_for_setups)) continue; stats1_acc_t* pstats1_acc = lhmsv_get(acc_field_to_acc_state_out, stats1_acc_name); MLR_INTERNAL_CODING_ERROR_IF(pstats1_acc == NULL); pstats1_acc->pemit_func(pstats1_acc->pvstate, value_field_name, stats1_acc_name, FALSE, poutrec); } return poutrec; } miller-5.6.2/c/mapping/mapper_stats2.c000066400000000000000000001202411354153536500176270ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "lib/mlrmath.h" #include "lib/mlrstat.h" #include "containers/sllv.h" #include "containers/slls.h" #include "lib/string_array.h" #include "containers/lhmslv.h" #include "containers/lhms2v.h" #include "containers/lhmsv.h" #include "containers/mixutil.h" #include "containers/dvector.h" #include "mapping/mappers.h" #include "cli/argparse.h" typedef enum _bivar_measure_t { DO_CORR, DO_COV, DO_COVX, DO_LINREG_PCA } bivar_measure_t; // ---------------------------------------------------------------- struct _stats2_acc_t; // forward reference for method definitions typedef void stats2_ingest_func_t(void* pvstate, double x, double y); typedef void stats2_emit_func_t(void* pvstate, char* name1, char* name2, lrec_t* poutrec); typedef void stats2_fit_func_t(void* pvstate, double x, double y, lrec_t* poutrec); typedef void stats2_free_func_t(struct _stats2_acc_t* pstats2_acc); typedef struct _stats2_acc_t { void* pvstate; stats2_ingest_func_t* pingest_func; stats2_emit_func_t* pemit_func; stats2_fit_func_t* pfit_func; stats2_free_func_t* pfree_func; // virtual destructor } stats2_acc_t; typedef struct _mapper_stats2_state_t { ap_state_t* pargp; slls_t* paccumulator_names; string_array_t* pvalue_field_name_pairs; slls_t* pgroup_by_field_names; lhmslv_t* acc_groups; lhmslv_t* record_groups; int do_verbose; int do_iterative_stats; int do_hold_and_fit; } mapper_stats2_state_t; typedef stats2_acc_t* stats2_alloc_func_t(char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose); // ---------------------------------------------------------------- static void mapper_stats2_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_stats2_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_stats2_alloc(ap_state_t* pargp, slls_t* paccumulator_names, string_array_t* pvalue_field_name_pairs, slls_t* pgroup_by_field_names, int do_verbose, int do_iterative_stats, int do_hold_and_fit); static void mapper_stats2_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_stats2_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static void mapper_stats2_ingest(lrec_t* pinrec, context_t* pctx, mapper_stats2_state_t* pstate); static sllv_t* mapper_stats2_emit_all(mapper_stats2_state_t* pstate); static void mapper_stats2_emit(mapper_stats2_state_t* pstate, lrec_t* pinrec, char* value_field_name_1, char* value_field_name_2, lhmsv_t* pacc_fields_to_acc_state); static sllv_t* mapper_stats2_fit_all(mapper_stats2_state_t* pstate); static stats2_acc_t* make_stats2 (char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose); static stats2_acc_t* stats2_linreg_pca_alloc(char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose); static stats2_acc_t* stats2_linreg_ols_alloc(char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose); static stats2_acc_t* stats2_r2_alloc (char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose); static stats2_acc_t* stats2_logireg_alloc (char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose); static stats2_acc_t* stats2_corr_cov_alloc (char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, bivar_measure_t do_which, int do_verbose); static stats2_acc_t* stats2_corr_alloc (char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose); static stats2_acc_t* stats2_cov_alloc (char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose); static stats2_acc_t* stats2_covx_alloc (char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose); // ---------------------------------------------------------------- typedef struct _stats2_acc_lookup_t { char* name; stats2_alloc_func_t* palloc_func; char* desc; } stats2_acc_lookup_t; static stats2_acc_lookup_t stats2_acc_lookup_table[] = { {"linreg-pca", stats2_linreg_pca_alloc, "Linear regression using principal component analysis"}, {"linreg-ols", stats2_linreg_ols_alloc, "Linear regression using ordinary least squares"}, {"r2", stats2_r2_alloc, "Quality metric for linreg-ols (linreg-pca emits its own)"}, {"logireg", stats2_logireg_alloc, "Logistic regression"}, {"corr", stats2_corr_alloc, "Sample correlation"}, {"cov", stats2_cov_alloc, "Sample covariance"}, {"covx", stats2_covx_alloc, "Sample-covariance matrix"}, }; static int stats2_acc_lookup_table_length = sizeof(stats2_acc_lookup_table) / sizeof(stats2_acc_lookup_table[0]); // ---------------------------------------------------------------- mapper_setup_t mapper_stats2_setup = { .verb = "stats2", .pusage_func = mapper_stats2_usage, .pparse_func = mapper_stats2_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_stats2_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Computes bivariate statistics for one or more given field-name pairs,\n"); fprintf(o, "accumulated across the input record stream.\n"); fprintf(o, "-a {linreg-ols,corr,...} Names of accumulators: one or more of:\n"); for (int i = 0; i < stats2_acc_lookup_table_length; i++) { fprintf(o, " %-12s %s\n", stats2_acc_lookup_table[i].name, stats2_acc_lookup_table[i].desc); } fprintf(o, "-f {a,b,c,d} Value-field name-pairs on which to compute statistics.\n"); fprintf(o, " There must be an even number of names.\n"); fprintf(o, "-g {e,f,g} Optional group-by-field names.\n"); fprintf(o, "-v Print additional output for linreg-pca.\n"); fprintf(o, "-s Print iterative stats. Useful in tail -f contexts (in which\n"); fprintf(o, " case please avoid pprint-format output since end of input\n"); fprintf(o, " stream will never be seen).\n"); fprintf(o, "--fit Rather than printing regression parameters, applies them to\n"); fprintf(o, " the input data to compute new fit fields. All input records are\n"); fprintf(o, " held in memory until end of input stream. Has effect only for\n"); fprintf(o, " linreg-ols, linreg-pca, and logireg.\n"); fprintf(o, "Only one of -s or --fit may be used.\n"); fprintf(o, "Example: %s %s -a linreg-pca -f x,y\n", argv0, verb); fprintf(o, "Example: %s %s -a linreg-ols,r2 -f x,y -g size,shape\n", argv0, verb); fprintf(o, "Example: %s %s -a corr -f x,y\n", argv0, verb); } static mapper_t* mapper_stats2_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { slls_t* paccumulator_names = NULL; string_array_t* pvalue_field_names = NULL; slls_t* pgroup_by_field_names = slls_alloc(); int do_verbose = FALSE; int do_iterative_stats = FALSE; int do_hold_and_fit = FALSE; int allow_int_float = TRUE; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_list_flag(pstate, "-a", &paccumulator_names); ap_define_string_array_flag(pstate, "-f", &pvalue_field_names); ap_define_string_list_flag(pstate, "-g", &pgroup_by_field_names); ap_define_true_flag(pstate, "-v", &do_verbose); ap_define_true_flag(pstate, "-s", &do_iterative_stats); ap_define_true_flag(pstate, "--fit", &do_hold_and_fit); // The -F isn't used for stats2: all arithmetic here is floating-point. Yet // it is supported for step and stats1 for all applicable stats1/step // accumulators, so we accept here as well for all applicable stats2 // accumulators (i.e. none of them). ap_define_false_flag(pstate, "-F", &allow_int_float); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_stats2_usage(stderr, argv[0], verb); return NULL; } if (do_iterative_stats && do_hold_and_fit) { mapper_stats2_usage(stderr, argv[0], verb); return NULL; } if (paccumulator_names == NULL || pvalue_field_names == NULL) { mapper_stats2_usage(stderr, argv[0], verb); return NULL; } if ((pvalue_field_names->length % 2) != 0) { mapper_stats2_usage(stderr, argv[0], verb); return NULL; } return mapper_stats2_alloc(pstate, paccumulator_names, pvalue_field_names, pgroup_by_field_names, do_verbose, do_iterative_stats, do_hold_and_fit); } // ---------------------------------------------------------------- static mapper_t* mapper_stats2_alloc(ap_state_t* pargp, slls_t* paccumulator_names, string_array_t* pvalue_field_name_pairs, slls_t* pgroup_by_field_names, int do_verbose, int do_iterative_stats, int do_hold_and_fit) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_stats2_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_stats2_state_t)); pstate->pargp = pargp; pstate->paccumulator_names = paccumulator_names; pstate->pvalue_field_name_pairs = pvalue_field_name_pairs; // caller validates length is even pstate->pgroup_by_field_names = pgroup_by_field_names; pstate->acc_groups = lhmslv_alloc(); pstate->record_groups = lhmslv_alloc(); pstate->do_verbose = do_verbose; pstate->do_iterative_stats = do_iterative_stats; pstate->do_hold_and_fit = do_hold_and_fit; pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_stats2_process; pmapper->pfree_func = mapper_stats2_free; return pmapper; } static void mapper_stats2_free(mapper_t* pmapper, context_t* _) { mapper_stats2_state_t* pstate = pmapper->pvstate; slls_free(pstate->paccumulator_names); string_array_free(pstate->pvalue_field_name_pairs); slls_free(pstate->pgroup_by_field_names); // lhmslv_free and lhmsv_free will free the hashmap keys; we need to free // the void-star hashmap values. for (lhmslve_t* pa = pstate->acc_groups->phead; pa != NULL; pa = pa->pnext) { lhms2v_t* pgroup_to_acc_field = pa->pvvalue; for (lhms2ve_t* pb = pgroup_to_acc_field->phead; pb != NULL; pb = pb->pnext) { lhmsv_t* pacc_fields_to_acc_state = pb->pvvalue; for (lhmsve_t* pc = pacc_fields_to_acc_state->phead; pc != NULL; pc = pc->pnext) { stats2_acc_t* pstats2_acc = pc->pvvalue; pstats2_acc->pfree_func(pstats2_acc); } lhmsv_free(pacc_fields_to_acc_state); } lhms2v_free(pgroup_to_acc_field); } lhmslv_free(pstate->acc_groups); for (lhmslve_t* pd = pstate->record_groups->phead; pd != NULL; pd = pd->pnext) { sllv_t* plist = pd->pvvalue; sllv_free(plist); } lhmslv_free(pstate->record_groups); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ================================================================ // Given: accumulate corr,cov on values x,y group by a,b. // Example input: Example output: // a b x y a b x_corr x_cov y_corr y_cov // s t 1 2 s t 2 6 2 8 // u v 3 4 u v 1 3 1 4 // s t 5 6 u w 1 7 1 9 // u w 7 9 // // Multilevel hashmap structure: // { // ["s","t"] : { <--- group-by field names // ["x","y"] : { <--- value field names // "corr" : stats2_corr_t object, // "cov" : stats2_cov_t object // } // }, // ["u","v"] : { // ["x","y"] : { // "corr" : stats2_corr_t object, // "cov" : stats2_cov_t object // } // }, // ["u","w"] : { // ["x","y"] : { // "corr" : stats2_corr_t object, // "cov" : stats2_cov_t object // } // }, // } // ================================================================ // In the iterative case, add to the current record its current group's stats fields. // In the non-iterative case, produce output only at the end of the input stream. static sllv_t* mapper_stats2_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_stats2_state_t* pstate = pvstate; if (pinrec != NULL) { mapper_stats2_ingest(pinrec, pctx, pstate); if (pstate->do_iterative_stats) { // The input record is modified in this case, with new fields appended return sllv_single(pinrec); } else if (pstate->do_hold_and_fit) { // The input record is held by the ingestor return NULL; } else { lrec_free(pinrec); return NULL; } } else if (!pstate->do_iterative_stats) { if (!pstate->do_hold_and_fit) { return mapper_stats2_emit_all(pstate); } else { return mapper_stats2_fit_all(pstate); } } else { return NULL; } } // ---------------------------------------------------------------- static void mapper_stats2_ingest(lrec_t* pinrec, context_t* pctx, mapper_stats2_state_t* pstate) { // ["s", "t"] slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values == NULL) { return; } lhms2v_t* pgroup_to_acc_field = lhmslv_get(pstate->acc_groups, pgroup_by_field_values); if (pgroup_to_acc_field == NULL) { pgroup_to_acc_field = lhms2v_alloc(); lhmslv_put(pstate->acc_groups, slls_copy(pgroup_by_field_values), pgroup_to_acc_field, FREE_ENTRY_KEY); } if (pstate->do_hold_and_fit) { // Retain the input record in memory, for fitting and delivery at end of stream sllv_t* group_to_records = lhmslv_get(pstate->record_groups, pgroup_by_field_values); if (group_to_records == NULL) { group_to_records = sllv_alloc(); lhmslv_put(pstate->record_groups, slls_copy(pgroup_by_field_values), group_to_records, FREE_ENTRY_KEY); } sllv_append(group_to_records, pinrec); } // for [["x","y"]] int n = pstate->pvalue_field_name_pairs->length; for (int i = 0; i < n; i += 2) { char* value_field_name_1 = pstate->pvalue_field_name_pairs->strings[i]; char* value_field_name_2 = pstate->pvalue_field_name_pairs->strings[i+1]; lhmsv_t* pacc_fields_to_acc_state = lhms2v_get(pgroup_to_acc_field, value_field_name_1, value_field_name_2); if (pacc_fields_to_acc_state == NULL) { pacc_fields_to_acc_state = lhmsv_alloc(); lhms2v_put(pgroup_to_acc_field, value_field_name_1, value_field_name_2, pacc_fields_to_acc_state, NO_FREE); } char* sval1 = lrec_get(pinrec, value_field_name_1); char* sval2 = lrec_get(pinrec, value_field_name_2); if (sval1 == NULL) // Key not present continue; if (*sval1 == 0) // Key present with null value continue; if (sval2 == NULL) // Key not present continue; if (*sval2 == 0) // Key present with null value continue; // for ["corr", "cov"] sllse_t* pc = pstate->paccumulator_names->phead; for ( ; pc != NULL; pc = pc->pnext) { char* stats2_acc_name = pc->value; stats2_acc_t* pstats2_acc = lhmsv_get(pacc_fields_to_acc_state, stats2_acc_name); if (pstats2_acc == NULL) { pstats2_acc = make_stats2(value_field_name_1, value_field_name_2, stats2_acc_name, pstate->do_verbose); if (pstats2_acc == NULL) { fprintf(stderr, "mlr stats2: accumulator \"%s\" not found.\n", stats2_acc_name); exit(1); } lhmsv_put(pacc_fields_to_acc_state, stats2_acc_name, pstats2_acc, NO_FREE); } if (sval1 == NULL || sval2 == NULL) continue; double dval1 = mlr_double_from_string_or_die(sval1); double dval2 = mlr_double_from_string_or_die(sval2); pstats2_acc->pingest_func(pstats2_acc->pvstate, dval1, dval2); } if (pstate->do_iterative_stats) { mapper_stats2_emit(pstate, pinrec, value_field_name_1, value_field_name_2, pacc_fields_to_acc_state); } } slls_free(pgroup_by_field_values); } // ---------------------------------------------------------------- static sllv_t* mapper_stats2_emit_all(mapper_stats2_state_t* pstate) { sllv_t* poutrecs = sllv_alloc(); for (lhmslve_t* pa = pstate->acc_groups->phead; pa != NULL; pa = pa->pnext) { lrec_t* poutrec = lrec_unbacked_alloc(); // Add in a=s,b=t fields: slls_t* pgroup_by_field_values = pa->key; sllse_t* pb = pstate->pgroup_by_field_names->phead; sllse_t* pc = pgroup_by_field_values->phead; for ( ; pb != NULL && pc != NULL; pb = pb->pnext, pc = pc->pnext) { lrec_put(poutrec, pb->value, pc->value, 0); } // Add in fields such as x_y_corr, etc. lhms2v_t* pgroup_to_acc_field = pa->pvvalue; // For "x","y" for (lhms2ve_t* pd = pgroup_to_acc_field->phead; pd != NULL; pd = pd->pnext) { char* value_field_name_1 = pd->key1; char* value_field_name_2 = pd->key2; lhmsv_t* pacc_fields_to_acc_state = pd->pvvalue; mapper_stats2_emit(pstate, poutrec, value_field_name_1, value_field_name_2, pacc_fields_to_acc_state); // For "corr", "linreg" for (lhmsve_t* pe = pacc_fields_to_acc_state->phead; pe != NULL; pe = pe->pnext) { stats2_acc_t* pstats2_acc = pe->pvvalue; pstats2_acc->pemit_func(pstats2_acc->pvstate, value_field_name_1, value_field_name_2, poutrec); } } sllv_append(poutrecs, poutrec); } sllv_append(poutrecs, NULL); return poutrecs; } static void mapper_stats2_emit(mapper_stats2_state_t* pstate, lrec_t* poutrec, char* value_field_name_1, char* value_field_name_2, lhmsv_t* pacc_fields_to_acc_state) { // For "corr", "linreg" for (lhmsve_t* pe = pacc_fields_to_acc_state->phead; pe != NULL; pe = pe->pnext) { stats2_acc_t* pstats2_acc = pe->pvvalue; pstats2_acc->pemit_func(pstats2_acc->pvstate, value_field_name_1, value_field_name_2, poutrec); } } // ---------------------------------------------------------------- static sllv_t* mapper_stats2_fit_all(mapper_stats2_state_t* pstate) { sllv_t* poutrecs = sllv_alloc(); for (lhmslve_t* pa = pstate->acc_groups->phead; pa != NULL; pa = pa->pnext) { slls_t* pgroup_by_field_values = pa->key; sllv_t* precords = lhmslv_get(pstate->record_groups, pgroup_by_field_values); while (precords->phead) { lrec_t* prec = sllv_pop(precords); lhms2v_t* pgroup_to_acc_field = pa->pvvalue; // For "x","y" for (lhms2ve_t* pd = pgroup_to_acc_field->phead; pd != NULL; pd = pd->pnext) { char* value_field_name_1 = pd->key1; char* value_field_name_2 = pd->key2; lhmsv_t* pacc_fields_to_acc_state = pd->pvvalue; // For "linreg-ols", "logireg" for (lhmsve_t* pe = pacc_fields_to_acc_state->phead; pe != NULL; pe = pe->pnext) { stats2_acc_t* pstats2_acc = pe->pvvalue; if (pstats2_acc->pfit_func != NULL) { char* sx = lrec_get(prec, value_field_name_1); char* sy = lrec_get(prec, value_field_name_2); if (sx != NULL && sy != NULL) { double x = mlr_double_from_string_or_die(sx); double y = mlr_double_from_string_or_die(sy); pstats2_acc->pfit_func(pstats2_acc->pvstate, x, y, prec); } } } } sllv_append(poutrecs, prec); } } sllv_append(poutrecs, NULL); return poutrecs; } // ================================================================ // Given: accumulate corr,cov on values x,y group by a,b. // Example input: Example output: // a b x y a b x_corr x_cov y_corr y_cov // s t 1 2 s t 2 6 2 8 // u v 3 4 u v 1 3 1 4 // s t 5 6 u w 1 7 1 9 // u w 7 9 // // Multilevel hashmap structure: // { // ["s","t"] : { <--- group-by field names // ["x","y"] : { <--- value field names // "corr" : stats2_corr_t object, // "cov" : stats2_cov_t object // } // }, // ["u","v"] : { // ["x","y"] : { // "corr" : stats2_corr_t object, // "cov" : stats2_cov_t object // } // }, // ["u","w"] : { // ["x","y"] : { // "corr" : stats2_corr_t object, // "cov" : stats2_cov_t object // } // }, // } // ================================================================ // ---------------------------------------------------------------- static stats2_acc_t* make_stats2(char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose) { for (int i = 0; i < stats2_acc_lookup_table_length; i++) if (streq(stats2_acc_name, stats2_acc_lookup_table[i].name)) return stats2_acc_lookup_table[i].palloc_func(value_field_name_1, value_field_name_2, stats2_acc_name, do_verbose); return NULL; } // ---------------------------------------------------------------- typedef struct _stats2_linreg_ols_state_t { unsigned long long count; double sumx; double sumy; double sumx2; double sumxy; char* m_output_field_name; char* b_output_field_name; char* n_output_field_name; char* fit_output_field_name; int fit_ready; double m; double b; } stats2_linreg_ols_state_t; static void stats2_linreg_ols_ingest(void* pvstate, double x, double y) { stats2_linreg_ols_state_t* pstate = pvstate; pstate->count++; pstate->sumx += x; pstate->sumy += y; pstate->sumx2 += x*x; pstate->sumxy += x*y; } static void stats2_linreg_ols_emit(void* pvstate, char* name1, char* name2, lrec_t* poutrec) { stats2_linreg_ols_state_t* pstate = pvstate; if (pstate->count < 2) { lrec_put(poutrec, pstate->m_output_field_name, "", NO_FREE); lrec_put(poutrec, pstate->b_output_field_name, "", NO_FREE); } else { double m, b; mlr_get_linear_regression_ols(pstate->count, pstate->sumx, pstate->sumx2, pstate->sumxy, pstate->sumy, &m, &b); char* mval = mlr_alloc_string_from_double(m, MLR_GLOBALS.ofmt); char* bval = mlr_alloc_string_from_double(b, MLR_GLOBALS.ofmt); lrec_put(poutrec, pstate->m_output_field_name, mval, FREE_ENTRY_VALUE); lrec_put(poutrec, pstate->b_output_field_name, bval, FREE_ENTRY_VALUE); } char* nval = mlr_alloc_string_from_ll(pstate->count); lrec_put(poutrec, pstate->n_output_field_name, nval, FREE_ENTRY_VALUE); } static void stats2_linreg_ols_fit(void* pvstate, double x, double y, lrec_t* poutrec) { stats2_linreg_ols_state_t* pstate = pvstate; if (!pstate->fit_ready) { mlr_get_linear_regression_ols(pstate->count, pstate->sumx, pstate->sumx2, pstate->sumxy, pstate->sumy, &pstate->m, &pstate->b); pstate->fit_ready = TRUE; } if (pstate->count < 2) { lrec_put(poutrec, pstate->fit_output_field_name, "", NO_FREE); } else { double yfit = pstate->m * x + pstate->b; char* sfit = mlr_alloc_string_from_double(yfit, MLR_GLOBALS.ofmt); lrec_put(poutrec, pstate->fit_output_field_name, sfit, FREE_ENTRY_VALUE); } } static void stats2_linreg_ols_free(stats2_acc_t* pstats2_acc) { stats2_linreg_ols_state_t* pstate = pstats2_acc->pvstate; free(pstate->m_output_field_name); free(pstate->b_output_field_name); free(pstate->n_output_field_name); free(pstate->fit_output_field_name); free(pstate); free(pstats2_acc); } static stats2_acc_t* stats2_linreg_ols_alloc(char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose) { stats2_acc_t* pstats2_acc = mlr_malloc_or_die(sizeof(stats2_acc_t)); stats2_linreg_ols_state_t* pstate = mlr_malloc_or_die(sizeof(stats2_linreg_ols_state_t)); pstate->count = 0LL; pstate->sumx = 0.0; pstate->sumy = 0.0; pstate->sumx2 = 0.0; pstate->sumxy = 0.0; pstate->m_output_field_name = mlr_paste_4_strings(value_field_name_1, "_", value_field_name_2, "_ols_m"); pstate->b_output_field_name = mlr_paste_4_strings(value_field_name_1, "_", value_field_name_2, "_ols_b"); pstate->n_output_field_name = mlr_paste_4_strings(value_field_name_1, "_", value_field_name_2, "_ols_n"); pstate->fit_output_field_name = mlr_paste_4_strings(value_field_name_1, "_", value_field_name_2, "_ols_fit"); pstate->fit_ready = FALSE; pstate->m = -999.0; pstate->b = -999.0; pstats2_acc->pvstate = (void*)pstate; pstats2_acc->pingest_func = stats2_linreg_ols_ingest; pstats2_acc->pemit_func = stats2_linreg_ols_emit; pstats2_acc->pfit_func = stats2_linreg_ols_fit; pstats2_acc->pfree_func = stats2_linreg_ols_free; return pstats2_acc; } // ---------------------------------------------------------------- #define LOGIREG_DVECTOR_INITIAL_SIZE 1024 typedef struct _stats2_logireg_state_t { dvector_t* pxs; dvector_t* pys; char* m_output_field_name; char* b_output_field_name; char* n_output_field_name; char* fit_output_field_name; int fit_ready; double m; double b; } stats2_logireg_state_t; static void stats2_logireg_ingest(void* pvstate, double x, double y) { stats2_logireg_state_t* pstate = pvstate; dvector_append(pstate->pxs, x); dvector_append(pstate->pys, y); } static void stats2_logireg_emit(void* pvstate, char* name1, char* name2, lrec_t* poutrec) { stats2_logireg_state_t* pstate = pvstate; if (pstate->pxs->size < 2) { lrec_put(poutrec, pstate->m_output_field_name, "", NO_FREE); lrec_put(poutrec, pstate->b_output_field_name, "", NO_FREE); } else { double m, b; mlr_logistic_regression(pstate->pxs->data, pstate->pys->data, pstate->pxs->size, &m, &b); char* mval = mlr_alloc_string_from_double(m, MLR_GLOBALS.ofmt); char* bval = mlr_alloc_string_from_double(b, MLR_GLOBALS.ofmt); lrec_put(poutrec, pstate->m_output_field_name, mval, FREE_ENTRY_VALUE); lrec_put(poutrec, pstate->b_output_field_name, bval, FREE_ENTRY_VALUE); } char* nval = mlr_alloc_string_from_ll(pstate->pxs->size); lrec_put(poutrec, pstate->n_output_field_name, nval, FREE_ENTRY_VALUE); } static void stats2_logireg_free(stats2_acc_t* pstats2_acc) { stats2_logireg_state_t* pstate = pstats2_acc->pvstate; free(pstate->m_output_field_name); free(pstate->b_output_field_name); free(pstate->n_output_field_name); free(pstate->fit_output_field_name); dvector_free(pstate->pxs); dvector_free(pstate->pys); free(pstate); free(pstats2_acc); } static void stats2_logireg_fit(void* pvstate, double x, double y, lrec_t* poutrec) { stats2_logireg_state_t* pstate = pvstate; if (!pstate->fit_ready) { mlr_logistic_regression(pstate->pxs->data, pstate->pys->data, pstate->pxs->size, &pstate->m, &pstate->b); pstate->fit_ready = TRUE; } if (pstate->pxs->size < 2) { lrec_put(poutrec, pstate->fit_output_field_name, "", NO_FREE); } else { double yfit = 1.0 / (1.0 + exp(-pstate->m*x - pstate->b)); char* fitval = mlr_alloc_string_from_double(yfit, MLR_GLOBALS.ofmt); lrec_put(poutrec, pstate->fit_output_field_name, fitval, FREE_ENTRY_VALUE); } } static stats2_acc_t* stats2_logireg_alloc(char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose) { stats2_acc_t* pstats2_acc = mlr_malloc_or_die(sizeof(stats2_acc_t)); stats2_logireg_state_t* pstate = mlr_malloc_or_die(sizeof(stats2_logireg_state_t)); pstate->pxs = dvector_alloc(LOGIREG_DVECTOR_INITIAL_SIZE); pstate->pys = dvector_alloc(LOGIREG_DVECTOR_INITIAL_SIZE); pstate->m_output_field_name = mlr_paste_4_strings(value_field_name_1, "_", value_field_name_2, "_logistic_m"); pstate->b_output_field_name = mlr_paste_4_strings(value_field_name_1, "_", value_field_name_2, "_logistic_b"); pstate->n_output_field_name = mlr_paste_4_strings(value_field_name_1, "_", value_field_name_2, "_logistic_n"); pstate->fit_output_field_name = mlr_paste_4_strings(value_field_name_1, "_", value_field_name_2, "_logistic_fit"); pstate->fit_ready = FALSE; pstate->m = -999.0; pstate->b = -999.0; pstats2_acc->pvstate = (void*)pstate; pstats2_acc->pingest_func = stats2_logireg_ingest; pstats2_acc->pemit_func = stats2_logireg_emit; pstats2_acc->pfit_func = stats2_logireg_fit; pstats2_acc->pfree_func = stats2_logireg_free; return pstats2_acc; } // ---------------------------------------------------------------- // http://en.wikipedia.org/wiki/Pearson_product-moment_correlation_coefficient // Alternatively, just use sqrt(corr) as defined above. typedef struct _stats2_r2_state_t { unsigned long long count; double sumx; double sumy; double sumx2; double sumxy; double sumy2; char* r2_output_field_name; } stats2_r2_state_t; static void stats2_r2_ingest(void* pvstate, double x, double y) { stats2_r2_state_t* pstate = pvstate; pstate->count++; pstate->sumx += x; pstate->sumy += y; pstate->sumx2 += x*x; pstate->sumxy += x*y; pstate->sumy2 += y*y; } static void stats2_r2_emit(void* pvstate, char* name1, char* name2, lrec_t* poutrec) { stats2_r2_state_t* pstate = pvstate; if (pstate->count < 2LL) { lrec_put(poutrec, pstate->r2_output_field_name, "", NO_FREE); } else { unsigned long long n = pstate->count; double sumx = pstate->sumx; double sumy = pstate->sumy; double sumx2 = pstate->sumx2; double sumy2 = pstate->sumy2; double sumxy = pstate->sumxy; double numerator = n*sumxy - sumx*sumy; numerator = numerator * numerator; double denominator = (n*sumx2 - sumx*sumx) * (n*sumy2 - sumy*sumy); double output = numerator/denominator; char* val = mlr_alloc_string_from_double(output, MLR_GLOBALS.ofmt); lrec_put(poutrec, pstate->r2_output_field_name, val, FREE_ENTRY_VALUE); } } static void stats2_r2_free(stats2_acc_t* pstats2_acc) { stats2_r2_state_t* pstate = pstats2_acc->pvstate; free(pstate->r2_output_field_name); free(pstate); free(pstats2_acc); } static stats2_acc_t* stats2_r2_alloc(char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose) { stats2_acc_t* pstats2_acc = mlr_malloc_or_die(sizeof(stats2_acc_t)); stats2_r2_state_t* pstate = mlr_malloc_or_die(sizeof(stats2_r2_state_t)); pstate->count = 0LL; pstate->sumx = 0.0; pstate->sumy = 0.0; pstate->sumx2 = 0.0; pstate->sumxy = 0.0; pstate->sumy2 = 0.0; pstate->r2_output_field_name = mlr_paste_4_strings(value_field_name_1, "_", value_field_name_2, "_r2"); pstats2_acc->pvstate = (void*)pstate; pstats2_acc->pingest_func = stats2_r2_ingest; pstats2_acc->pemit_func = stats2_r2_emit; pstats2_acc->pfit_func = NULL; pstats2_acc->pfree_func = stats2_r2_free; return pstats2_acc; } // ---------------------------------------------------------------- // Corr(X,Y) = Cov(X,Y) / sigma_X sigma_Y. typedef struct _stats2_corr_cov_state_t { unsigned long long count; double sumx; double sumy; double sumx2; double sumxy; double sumy2; bivar_measure_t do_which; int do_verbose; char* covx_00_output_field_name; char* covx_01_output_field_name; char* covx_10_output_field_name; char* covx_11_output_field_name; char* pca_m_output_field_name; char* pca_b_output_field_name; char* pca_n_output_field_name; char* pca_q_output_field_name; char* pca_l1_output_field_name; char* pca_l2_output_field_name; char* pca_v11_output_field_name; char* pca_v12_output_field_name; char* pca_v21_output_field_name; char* pca_v22_output_field_name; char* pca_fit_output_field_name; int fit_ready; double m; double b; double q; char* corr_output_field_name; char* cov_output_field_name; } stats2_corr_cov_state_t; static void stats2_corr_cov_ingest(void* pvstate, double x, double y) { stats2_corr_cov_state_t* pstate = pvstate; pstate->count++; pstate->sumx += x; pstate->sumy += y; pstate->sumx2 += x*x; pstate->sumxy += x*y; pstate->sumy2 += y*y; } static void stats2_corr_cov_emit(void* pvstate, char* name1, char* name2, lrec_t* poutrec) { stats2_corr_cov_state_t* pstate = pvstate; if (pstate->do_which == DO_COVX) { char* key00 = pstate->covx_00_output_field_name; char* key01 = pstate->covx_01_output_field_name; char* key10 = pstate->covx_10_output_field_name; char* key11 = pstate->covx_11_output_field_name; if (pstate->count < 2LL) { lrec_put(poutrec, key00, "", NO_FREE); lrec_put(poutrec, key01, "", NO_FREE); lrec_put(poutrec, key10, "", NO_FREE); lrec_put(poutrec, key11, "", NO_FREE); } else { double Q[2][2]; mlr_get_cov_matrix(pstate->count, pstate->sumx, pstate->sumx2, pstate->sumy, pstate->sumy2, pstate->sumxy, Q); char* val00 = mlr_alloc_string_from_double(Q[0][0], MLR_GLOBALS.ofmt); char* val01 = mlr_alloc_string_from_double(Q[0][1], MLR_GLOBALS.ofmt); char* val10 = mlr_alloc_string_from_double(Q[1][0], MLR_GLOBALS.ofmt); char* val11 = mlr_alloc_string_from_double(Q[1][1], MLR_GLOBALS.ofmt); lrec_put(poutrec, key00, val00, FREE_ENTRY_VALUE); lrec_put(poutrec, key01, val01, FREE_ENTRY_VALUE); lrec_put(poutrec, key10, val10, FREE_ENTRY_VALUE); lrec_put(poutrec, key11, val11, FREE_ENTRY_VALUE); } } else if (pstate->do_which == DO_LINREG_PCA) { char* keym = pstate->pca_m_output_field_name; char* keyb = pstate->pca_b_output_field_name; char* keyn = pstate->pca_n_output_field_name; char* keyq = pstate->pca_q_output_field_name; char* keyl1 = pstate->pca_l1_output_field_name; char* keyl2 = pstate->pca_l2_output_field_name; char* keyv11 = pstate->pca_v11_output_field_name; char* keyv12 = pstate->pca_v12_output_field_name; char* keyv21 = pstate->pca_v21_output_field_name; char* keyv22 = pstate->pca_v22_output_field_name; if (pstate->count < 2LL) { lrec_put(poutrec, keym, "", NO_FREE); lrec_put(poutrec, keyb, "", NO_FREE); lrec_put(poutrec, keyn, "", NO_FREE); lrec_put(poutrec, keyq, "", NO_FREE); if (pstate->do_verbose) { lrec_put(poutrec, keyl1, "", NO_FREE); lrec_put(poutrec, keyl2, "", NO_FREE); lrec_put(poutrec, keyv11, "", NO_FREE); lrec_put(poutrec, keyv12, "", NO_FREE); lrec_put(poutrec, keyv21, "", NO_FREE); lrec_put(poutrec, keyv22, "", NO_FREE); } } else { double Q[2][2]; mlr_get_cov_matrix(pstate->count, pstate->sumx, pstate->sumx2, pstate->sumy, pstate->sumy2, pstate->sumxy, Q); double l1, l2; // Eigenvalues double v1[2], v2[2]; // Eigenvectors mlr_get_real_symmetric_eigensystem(Q, &l1, &l2, v1, v2); double x_mean = pstate->sumx / pstate->count; double y_mean = pstate->sumy / pstate->count; double m, b, q; mlr_get_linear_regression_pca(l1, l2, v1, v2, x_mean, y_mean, &m, &b, &q); lrec_put(poutrec, keym, mlr_alloc_string_from_double(m, MLR_GLOBALS.ofmt), FREE_ENTRY_VALUE); lrec_put(poutrec, keyb, mlr_alloc_string_from_double(b, MLR_GLOBALS.ofmt), FREE_ENTRY_VALUE); lrec_put(poutrec, keyn, mlr_alloc_string_from_ll(pstate->count), FREE_ENTRY_VALUE); lrec_put(poutrec, keyq, mlr_alloc_string_from_double(q, MLR_GLOBALS.ofmt), FREE_ENTRY_VALUE); if (pstate->do_verbose) { lrec_put(poutrec, keyl1, mlr_alloc_string_from_double(l1, MLR_GLOBALS.ofmt), FREE_ENTRY_VALUE); lrec_put(poutrec, keyl2, mlr_alloc_string_from_double(l2, MLR_GLOBALS.ofmt), FREE_ENTRY_VALUE); lrec_put(poutrec, keyv11, mlr_alloc_string_from_double(v1[0], MLR_GLOBALS.ofmt), FREE_ENTRY_VALUE); lrec_put(poutrec, keyv12, mlr_alloc_string_from_double(v1[1], MLR_GLOBALS.ofmt), FREE_ENTRY_VALUE); lrec_put(poutrec, keyv21, mlr_alloc_string_from_double(v2[0], MLR_GLOBALS.ofmt), FREE_ENTRY_VALUE); lrec_put(poutrec, keyv22, mlr_alloc_string_from_double(v2[1], MLR_GLOBALS.ofmt), FREE_ENTRY_VALUE); } } } else { char* key = (pstate->do_which == DO_CORR) ? pstate->corr_output_field_name : pstate->cov_output_field_name; if (pstate->count < 2LL) { lrec_put(poutrec, key, "", NO_FREE); } else { double output = mlr_get_cov(pstate->count, pstate->sumx, pstate->sumy, pstate->sumxy); if (pstate->do_which == DO_CORR) { double sigmax = sqrt(mlr_get_var(pstate->count, pstate->sumx, pstate->sumx2)); double sigmay = sqrt(mlr_get_var(pstate->count, pstate->sumy, pstate->sumy2)); output = output / sigmax / sigmay; } char* val = mlr_alloc_string_from_double(output, MLR_GLOBALS.ofmt); lrec_put(poutrec, key, val, FREE_ENTRY_VALUE); } } } static void linreg_pca_fit(void* pvstate, double x, double y, lrec_t* poutrec) { stats2_corr_cov_state_t* pstate = pvstate; if (!pstate->fit_ready) { double Q[2][2]; mlr_get_cov_matrix(pstate->count, pstate->sumx, pstate->sumx2, pstate->sumy, pstate->sumy2, pstate->sumxy, Q); double l1, l2; // Eigenvalues double v1[2], v2[2]; // Eigenvectors mlr_get_real_symmetric_eigensystem(Q, &l1, &l2, v1, v2); double x_mean = pstate->sumx / pstate->count; double y_mean = pstate->sumy / pstate->count; mlr_get_linear_regression_pca(l1, l2, v1, v2, x_mean, y_mean, &pstate->m, &pstate->b, &pstate->q); pstate->fit_ready = TRUE; } if (pstate->count < 2LL) { lrec_put(poutrec, pstate->pca_fit_output_field_name, "", NO_FREE); } else { double yfit = pstate->m * x + pstate->b; lrec_put(poutrec, pstate->pca_fit_output_field_name, mlr_alloc_string_from_double(yfit, MLR_GLOBALS.ofmt), FREE_ENTRY_VALUE); } } static void stats2_corr_cov_free(stats2_acc_t* pstats2_acc) { stats2_corr_cov_state_t* pstate = pstats2_acc->pvstate; free(pstate->covx_00_output_field_name); free(pstate->covx_01_output_field_name); free(pstate->covx_10_output_field_name); free(pstate->covx_11_output_field_name); free(pstate->pca_m_output_field_name); free(pstate->pca_b_output_field_name); free(pstate->pca_n_output_field_name); free(pstate->pca_q_output_field_name); free(pstate->pca_l1_output_field_name); free(pstate->pca_l2_output_field_name); free(pstate->pca_v11_output_field_name); free(pstate->pca_v12_output_field_name); free(pstate->pca_v21_output_field_name); free(pstate->pca_v22_output_field_name); free(pstate->pca_fit_output_field_name); free(pstate->corr_output_field_name); free(pstate->cov_output_field_name); free(pstate); free(pstats2_acc); } static stats2_acc_t* stats2_corr_cov_alloc(char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, bivar_measure_t do_which, int do_verbose) { stats2_acc_t* pstats2_acc = mlr_malloc_or_die(sizeof(stats2_acc_t)); stats2_corr_cov_state_t* pstate = mlr_malloc_or_die(sizeof(stats2_corr_cov_state_t)); pstate->count = 0LL; pstate->sumx = 0.0; pstate->sumy = 0.0; pstate->sumx2 = 0.0; pstate->sumxy = 0.0; pstate->sumy2 = 0.0; pstate->do_which = do_which; pstate->do_verbose = do_verbose; char* name1 = value_field_name_1; char* name2 = value_field_name_2; pstate->covx_00_output_field_name = mlr_paste_4_strings(name1, "_", name1, "_covx"); pstate->covx_01_output_field_name = mlr_paste_4_strings(name1, "_", name2, "_covx"); pstate->covx_10_output_field_name = mlr_paste_4_strings(name2, "_", name1, "_covx"); pstate->covx_11_output_field_name = mlr_paste_4_strings(name2, "_", name2, "_covx"); pstate->pca_m_output_field_name = mlr_paste_4_strings(name1, "_", name2, "_pca_m"); pstate->pca_b_output_field_name = mlr_paste_4_strings(name1, "_", name2, "_pca_b"); pstate->pca_n_output_field_name = mlr_paste_4_strings(name1, "_", name2, "_pca_n"); pstate->pca_q_output_field_name = mlr_paste_4_strings(name1, "_", name2, "_pca_quality"); pstate->pca_l1_output_field_name = mlr_paste_4_strings(name1, "_", name2, "_pca_eival1"); pstate->pca_l2_output_field_name = mlr_paste_4_strings(name1, "_", name2, "_pca_eival2"); pstate->pca_v11_output_field_name = mlr_paste_4_strings(name1, "_", name2, "_pca_eivec11"); pstate->pca_v12_output_field_name = mlr_paste_4_strings(name1, "_", name2, "_pca_eivec12"); pstate->pca_v21_output_field_name = mlr_paste_4_strings(name1, "_", name2, "_pca_eivec21"); pstate->pca_v22_output_field_name = mlr_paste_4_strings(name1, "_", name2, "_pca_eivec22"); pstate->pca_fit_output_field_name = mlr_paste_4_strings(name1, "_", name2, "_pca_fit"); pstate->fit_ready = FALSE; pstate->m = -999.0; pstate->b = -999.0; pstate->corr_output_field_name = mlr_paste_4_strings(name1, "_", name2, "_corr"); pstate->cov_output_field_name = mlr_paste_4_strings(name1, "_", name2, "_cov"); pstats2_acc->pvstate = (void*)pstate; pstats2_acc->pingest_func = stats2_corr_cov_ingest; pstats2_acc->pemit_func = stats2_corr_cov_emit; if (do_which == DO_LINREG_PCA) pstats2_acc->pfit_func = linreg_pca_fit; else pstats2_acc->pfit_func = NULL; pstats2_acc->pfree_func = stats2_corr_cov_free; return pstats2_acc; } static stats2_acc_t* stats2_corr_alloc(char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose) { return stats2_corr_cov_alloc(value_field_name_1, value_field_name_2, stats2_acc_name, DO_CORR, do_verbose); } static stats2_acc_t* stats2_cov_alloc(char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose) { return stats2_corr_cov_alloc(value_field_name_1, value_field_name_2, stats2_acc_name, DO_COV, do_verbose); } static stats2_acc_t* stats2_covx_alloc(char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose) { return stats2_corr_cov_alloc(value_field_name_1, value_field_name_2, stats2_acc_name, DO_COVX, do_verbose); } static stats2_acc_t* stats2_linreg_pca_alloc(char* value_field_name_1, char* value_field_name_2, char* stats2_acc_name, int do_verbose) { return stats2_corr_cov_alloc(value_field_name_1, value_field_name_2, stats2_acc_name, DO_LINREG_PCA, do_verbose); } miller-5.6.2/c/mapping/mapper_step.c000066400000000000000000000635201354153536500173700ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "containers/sllv.h" #include "containers/slls.h" #include "lib/string_array.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/mixutil.h" #include "lib/mvfuncs.h" #include "mapping/mappers.h" #include "cli/argparse.h" #define DEFAULT_STRING_ALPHA "0.5" // ---------------------------------------------------------------- struct _step_t; // forward reference for method declarations typedef void step_dprocess_func_t(void* pvstate, double fltv, lrec_t* prec); typedef void step_nprocess_func_t(void* pvstate, mv_t* pval, lrec_t* prec); typedef void step_sprocess_func_t(void* pvstate, char* strv, lrec_t* prec); typedef void step_zprocess_func_t(void* pvstate, lrec_t* prec); typedef void step_free_func_t(struct _step_t* pstep); typedef struct _step_t { void* pvstate; step_dprocess_func_t* pdprocess_func; step_nprocess_func_t* pnprocess_func; step_sprocess_func_t* psprocess_func; step_zprocess_func_t* pzprocess_func; step_free_func_t* pfree_func; } step_t; typedef step_t* step_alloc_func_t(char* input_field_name, int allow_int_float, slls_t* pstring_alphas, slls_t* pewma_suffixes); typedef struct _mapper_step_state_t { ap_state_t* pargp; slls_t* pstepper_names; string_array_t* pvalue_field_names; // parameter string_array_t* pvalue_field_values; // scratch space used per-record slls_t* pgroup_by_field_names; // parameter lhmslv_t* groups; int allow_int_float; slls_t* pstring_alphas; slls_t* pewma_suffixes; } mapper_step_state_t; // Multilevel hashmap structure: // { // ["s","t"] : { <--- group-by field names // ["x","y"] : { <--- value field names // "corr" : C stats2_corr_t object, // "cov" : C stats2_cov_t object // } // }, // ["u","v"] : { // ["x","y"] : { // "corr" : C stats2_corr_t object, // "cov" : C stats2_cov_t object // } // }, // ["u","w"] : { // ["x","y"] : { // "corr" : C stats2_corr_t object, // "cov" : C stats2_cov_t object // } // }, // } // ---------------------------------------------------------------- static void mapper_step_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_step_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_step_alloc(ap_state_t* pargp, slls_t* pstepper_names, string_array_t* pvalue_field_names, slls_t* pgroup_by_field_names, int allow_int_float, slls_t* pstring_alphas, slls_t* pewma_suffixes); static void mapper_step_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_step_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static step_t* step_delta_alloc (char* input_field_name, int allow_int_float, slls_t* unused1, slls_t* unused2); static step_t* step_shift_alloc (char* input_field_name, int allow_int_float, slls_t* unused1, slls_t* unused2); static step_t* step_from_first_alloc (char* input_field_name, int allow_int_float, slls_t* unused1, slls_t* unused2); static step_t* step_ratio_alloc (char* input_field_name, int allow_int_float, slls_t* unused1, slls_t* unused2); static step_t* step_rsum_alloc (char* input_field_name, int allow_int_float, slls_t* unused1, slls_t* unused2); static step_t* step_counter_alloc (char* input_field_name, int allow_int_float, slls_t* unused1, slls_t* unused2); static step_t* step_ewma_alloc (char* input_field_name, int unused, slls_t* pstring_alphas, slls_t* pewma_suffixes); static step_t* make_step(char* step_name, char* input_field_name, int allow_int_float, slls_t* pstring_alphas, slls_t* pewma_suffixes); typedef struct _step_lookup_t { char* name; step_alloc_func_t* palloc_func; char* desc; } step_lookup_t; static step_lookup_t step_lookup_table[] = { {"delta", step_delta_alloc, "Compute differences in field(s) between successive records"}, {"shift", step_shift_alloc, "Include value(s) in field(s) from previous record, if any"}, {"from-first", step_from_first_alloc, "Compute differences in field(s) from first record"}, {"ratio", step_ratio_alloc, "Compute ratios in field(s) between successive records"}, {"rsum", step_rsum_alloc, "Compute running sums of field(s) between successive records"}, {"counter", step_counter_alloc, "Count instances of field(s) between successive records"}, {"ewma", step_ewma_alloc, "Exponentially weighted moving average over successive records"}, }; static int step_lookup_table_length = sizeof(step_lookup_table) / sizeof(step_lookup_table[0]); // ---------------------------------------------------------------- mapper_setup_t mapper_step_setup = { .verb = "step", .pusage_func = mapper_step_usage, .pparse_func = mapper_step_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_step_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Computes values dependent on the previous record, optionally grouped\n"); fprintf(o, "by category.\n"); fprintf(o, "\n"); fprintf(o, "Options:\n"); fprintf(o, "-a {delta,rsum,...} Names of steppers: comma-separated, one or more of:\n"); for (int i = 0; i < step_lookup_table_length; i++) { fprintf(o, " %-8s %s\n", step_lookup_table[i].name, step_lookup_table[i].desc); } fprintf(o, "-f {a,b,c} Value-field names on which to compute statistics\n"); fprintf(o, "-g {d,e,f} Optional group-by-field names\n"); fprintf(o, "-F Computes integerable things (e.g. counter) in floating point.\n"); fprintf(o, "-d {x,y,z} Weights for ewma. 1 means current sample gets all weight (no\n"); fprintf(o, " smoothing), near under under 1 is light smoothing, near over 0 is\n"); fprintf(o, " heavy smoothing. Multiple weights may be specified, e.g.\n"); fprintf(o, " \"%s %s -a ewma -f sys_load -d 0.01,0.1,0.9\". Default if omitted\n", argv0, verb); fprintf(o, " is \"-d %s\".\n", DEFAULT_STRING_ALPHA); fprintf(o, "-o {a,b,c} Custom suffixes for EWMA output fields. If omitted, these default to\n"); fprintf(o, " the -d values. If supplied, the number of -o values must be the same\n"); fprintf(o, " as the number of -d values.\n"); fprintf(o, "\n"); fprintf(o, "Examples:\n"); fprintf(o, " %s %s -a rsum -f request_size\n", argv0, verb); fprintf(o, " %s %s -a delta -f request_size -g hostname\n", argv0, verb); fprintf(o, " %s %s -a ewma -d 0.1,0.9 -f x,y\n", argv0, verb); fprintf(o, " %s %s -a ewma -d 0.1,0.9 -o smooth,rough -f x,y\n", argv0, verb); fprintf(o, " %s %s -a ewma -d 0.1,0.9 -o smooth,rough -f x,y -g group_name\n", argv0, verb); fprintf(o, "\n"); fprintf(o, "Please see http://johnkerl.org/miller/doc/reference.html#filter or\n"); fprintf(o, "https://en.wikipedia.org/wiki/Moving_average#Exponential_moving_average\n"); fprintf(o, "for more information on EWMA.\n"); } static mapper_t* mapper_step_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { slls_t* pstepper_names = NULL; string_array_t* pvalue_field_names = NULL; slls_t* pgroup_by_field_names = slls_alloc(); slls_t* pstring_alphas = slls_single_no_free(DEFAULT_STRING_ALPHA); slls_t* pewma_suffixes = NULL; int allow_int_float = TRUE; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_list_flag(pstate, "-a", &pstepper_names); ap_define_string_array_flag(pstate, "-f", &pvalue_field_names); ap_define_string_list_flag(pstate, "-g", &pgroup_by_field_names); ap_define_string_list_flag(pstate, "-d", &pstring_alphas); ap_define_string_list_flag(pstate, "-o", &pewma_suffixes); ap_define_false_flag(pstate, "-F", &allow_int_float); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_step_usage(stderr, argv[0], verb); return NULL; } if (pstepper_names == NULL || pvalue_field_names == NULL) { mapper_step_usage(stderr, argv[0], verb); return NULL; } if (pstring_alphas != NULL && pewma_suffixes != NULL) { if (pewma_suffixes->length != pstring_alphas->length) { mapper_step_usage(stderr, argv[0], verb); return NULL; } } return mapper_step_alloc(pstate, pstepper_names, pvalue_field_names, pgroup_by_field_names, allow_int_float, pstring_alphas, pewma_suffixes); } // ---------------------------------------------------------------- static mapper_t* mapper_step_alloc(ap_state_t* pargp, slls_t* pstepper_names, string_array_t* pvalue_field_names, slls_t* pgroup_by_field_names, int allow_int_float, slls_t* pstring_alphas, slls_t* pewma_suffixes) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_step_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_step_state_t)); pstate->pargp = pargp; pstate->pstepper_names = pstepper_names; pstate->pvalue_field_names = pvalue_field_names; pstate->pvalue_field_values = string_array_alloc(pvalue_field_names->length); pstate->pgroup_by_field_names = pgroup_by_field_names; pstate->groups = lhmslv_alloc(); pstate->allow_int_float = allow_int_float; pstate->pstring_alphas = pstring_alphas; pstate->pewma_suffixes = pewma_suffixes; pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_step_process; pmapper->pfree_func = mapper_step_free; return pmapper; } static void mapper_step_free(mapper_t* pmapper, context_t* _) { mapper_step_state_t* pstate = pmapper->pvstate; slls_free(pstate->pstepper_names); string_array_free(pstate->pvalue_field_names); string_array_free(pstate->pvalue_field_values); slls_free(pstate->pgroup_by_field_names); slls_free(pstate->pstring_alphas); slls_free(pstate->pewma_suffixes); // lhmslv_free and lhmsv_free will free the hashmap keys; we need to free // the void-star hashmap values. for (lhmslve_t* pa = pstate->groups->phead; pa != NULL; pa = pa->pnext) { lhmsv_t* pgroup_to_acc_field = pa->pvvalue; for (lhmsve_t* pb = pgroup_to_acc_field->phead; pb != NULL; pb = pb->pnext) { lhmsv_t* pacc_field_to_acc_state = pb->pvvalue; for (lhmsve_t* pc = pacc_field_to_acc_state->phead; pc != NULL; pc = pc->pnext) { step_t* pstep = pc->pvvalue; pstep->pfree_func(pstep); } lhmsv_free(pacc_field_to_acc_state); } lhmsv_free(pgroup_to_acc_field); } lhmslv_free(pstate->groups); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_step_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_step_state_t* pstate = pvstate; if (pinrec == NULL) return sllv_single(NULL); // ["s", "t"] mlr_reference_values_from_record_into_string_array(pinrec, pstate->pvalue_field_names, pstate->pvalue_field_values); slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values == NULL) { slls_free(pgroup_by_field_values); return sllv_single(pinrec); } lhmsv_t* pgroup_to_acc_field = lhmslv_get(pstate->groups, pgroup_by_field_values); if (pgroup_to_acc_field == NULL) { pgroup_to_acc_field = lhmsv_alloc(); lhmslv_put(pstate->groups, slls_copy(pgroup_by_field_values), pgroup_to_acc_field, FREE_ENTRY_KEY); } slls_free(pgroup_by_field_values); // for x=1 and y=2 int n = pstate->pvalue_field_names->length; for (int i = 0; i < n; i++) { char* value_field_name = pstate->pvalue_field_names->strings[i]; char* value_field_sval = pstate->pvalue_field_values->strings[i]; if (value_field_sval == NULL) // Key not present continue; int have_dval = FALSE; int have_nval = FALSE; double value_field_dval = -999.0; mv_t value_field_nval = mv_absent(); lhmsv_t* pacc_field_to_acc_state = lhmsv_get(pgroup_to_acc_field, value_field_name); if (pacc_field_to_acc_state == NULL) { pacc_field_to_acc_state = lhmsv_alloc(); lhmsv_put(pgroup_to_acc_field, value_field_name, pacc_field_to_acc_state, NO_FREE); } // for "delta", "rsum" sllse_t* pc = pstate->pstepper_names->phead; for ( ; pc != NULL; pc = pc->pnext) { char* step_name = pc->value; step_t* pstep = lhmsv_get(pacc_field_to_acc_state, step_name); if (pstep == NULL) { pstep = make_step(step_name, value_field_name, pstate->allow_int_float, pstate->pstring_alphas, pstate->pewma_suffixes); if (pstep == NULL) { fprintf(stderr, "mlr step: stepper \"%s\" not found.\n", step_name); exit(1); } lhmsv_put(pacc_field_to_acc_state, step_name, pstep, NO_FREE); } if (*value_field_sval == 0) { // Key present with null value if (pstep->pzprocess_func != NULL) { pstep->pzprocess_func(pstep->pvstate, pinrec); } } else { if (pstep->pdprocess_func != NULL) { if (!have_dval) { value_field_dval = mlr_double_from_string_or_die(value_field_sval); have_dval = TRUE; } pstep->pdprocess_func(pstep->pvstate, value_field_dval, pinrec); } if (pstep->pnprocess_func != NULL) { if (!have_nval) { value_field_nval = pstate->allow_int_float ? mv_scan_number_or_die(value_field_sval) : mv_from_float(mlr_double_from_string_or_die(value_field_sval)); have_nval = TRUE; } pstep->pnprocess_func(pstep->pvstate, &value_field_nval, pinrec); } if (pstep->psprocess_func != NULL) { pstep->psprocess_func(pstep->pvstate, value_field_sval, pinrec); } } } } return sllv_single(pinrec); } static step_t* make_step(char* step_name, char* input_field_name, int allow_int_float, slls_t* pstring_alphas, slls_t* pewma_suffixes) { for (int i = 0; i < step_lookup_table_length; i++) if (streq(step_name, step_lookup_table[i].name)) return step_lookup_table[i].palloc_func(input_field_name, allow_int_float, pstring_alphas, pewma_suffixes); return NULL; } // ---------------------------------------------------------------- typedef struct _step_delta_state_t { mv_t prev; char* output_field_name; int allow_int_float; } step_delta_state_t; static void step_delta_nprocess(void* pvstate, mv_t* pnumv, lrec_t* prec) { step_delta_state_t* pstate = pvstate; mv_t delta; if (mv_is_null(&pstate->prev)) { delta = pstate->allow_int_float ? mv_from_int(0LL) : mv_from_float(0.0); } else { delta = x_xx_minus_func(pnumv, &pstate->prev); } lrec_put(prec, pstate->output_field_name, mv_alloc_format_val(&delta), FREE_ENTRY_VALUE); pstate->prev = *pnumv; } static void step_delta_zprocess(void* pvstate, lrec_t* prec) { step_delta_state_t* pstate = pvstate; lrec_put(prec, pstate->output_field_name, "", NO_FREE); } static void step_delta_free(step_t* pstep) { step_delta_state_t* pstate = pstep->pvstate; free(pstate->output_field_name); free(pstate); free(pstep); } static step_t* step_delta_alloc(char* input_field_name, int allow_int_float, slls_t* unused1, slls_t* unused2) { step_t* pstep = mlr_malloc_or_die(sizeof(step_t)); step_delta_state_t* pstate = mlr_malloc_or_die(sizeof(step_delta_state_t)); pstate->prev = mv_absent(); pstate->allow_int_float = allow_int_float; pstate->output_field_name = mlr_paste_2_strings(input_field_name, "_delta"); pstep->pvstate = (void*)pstate; pstep->pdprocess_func = NULL; pstep->pnprocess_func = step_delta_nprocess; pstep->psprocess_func = NULL; pstep->pzprocess_func = step_delta_zprocess; pstep->pfree_func = step_delta_free; return pstep; } // ---------------------------------------------------------------- typedef struct _step_shift_state_t { char* prev; char* output_field_name; int allow_int_float; } step_shift_state_t; static void step_shift_sprocess(void* pvstate, char* strv, lrec_t* prec) { step_shift_state_t* pstate = pvstate; lrec_put(prec, pstate->output_field_name, pstate->prev, FREE_ENTRY_VALUE); pstate->prev = mlr_strdup_or_die(strv); } static void step_shift_zprocess(void* pvstate, lrec_t* prec) { step_shift_state_t* pstate = pvstate; lrec_put(prec, pstate->output_field_name, "", NO_FREE); } static void step_shift_free(step_t* pstep) { step_shift_state_t* pstate = pstep->pvstate; free(pstate->prev); free(pstate->output_field_name); free(pstate); free(pstep); } static step_t* step_shift_alloc(char* input_field_name, int allow_int_float, slls_t* unused1, slls_t* unused2) { step_t* pstep = mlr_malloc_or_die(sizeof(step_t)); step_shift_state_t* pstate = mlr_malloc_or_die(sizeof(step_shift_state_t)); pstate->prev = mlr_strdup_or_die(""); pstate->allow_int_float = allow_int_float; pstate->output_field_name = mlr_paste_2_strings(input_field_name, "_shift"); pstep->pvstate = (void*)pstate; pstep->pdprocess_func = NULL; pstep->pnprocess_func = NULL; pstep->psprocess_func = step_shift_sprocess; pstep->pzprocess_func = step_shift_zprocess; pstep->pfree_func = step_shift_free; return pstep; } // ---------------------------------------------------------------- typedef struct _step_from_first_state_t { mv_t first; char* output_field_name; int allow_int_float; } step_from_first_state_t; static void step_from_first_nprocess(void* pvstate, mv_t* pnumv, lrec_t* prec) { step_from_first_state_t* pstate = pvstate; mv_t from_first; if (mv_is_null(&pstate->first)) { from_first = pstate->allow_int_float ? mv_from_int(0LL) : mv_from_float(0.0); pstate->first = *pnumv; } else { from_first = x_xx_minus_func(pnumv, &pstate->first); } lrec_put(prec, pstate->output_field_name, mv_alloc_format_val(&from_first), FREE_ENTRY_VALUE); } static void step_from_first_zprocess(void* pvstate, lrec_t* prec) { step_from_first_state_t* pstate = pvstate; lrec_put(prec, pstate->output_field_name, "", NO_FREE); } static void step_from_first_free(step_t* pstep) { step_from_first_state_t* pstate = pstep->pvstate; free(pstate->output_field_name); free(pstate); free(pstep); } static step_t* step_from_first_alloc(char* input_field_name, int allow_int_float, slls_t* unused1, slls_t* unused2) { step_t* pstep = mlr_malloc_or_die(sizeof(step_t)); step_from_first_state_t* pstate = mlr_malloc_or_die(sizeof(step_from_first_state_t)); pstate->first = mv_absent(); pstate->allow_int_float = allow_int_float; pstate->output_field_name = mlr_paste_2_strings(input_field_name, "_from_first"); pstep->pvstate = (void*)pstate; pstep->pdprocess_func = NULL; pstep->pnprocess_func = step_from_first_nprocess; pstep->psprocess_func = NULL; pstep->pzprocess_func = step_from_first_zprocess; pstep->pfree_func = step_from_first_free; return pstep; } // ---------------------------------------------------------------- typedef struct _step_ratio_state_t { double prev; int have_prev; char* output_field_name; } step_ratio_state_t; static void step_ratio_dprocess(void* pvstate, double fltv, lrec_t* prec) { step_ratio_state_t* pstate = pvstate; double ratio = 1.0; if (pstate->have_prev) { ratio = fltv / pstate->prev; } else { pstate->have_prev = TRUE; } lrec_put(prec, pstate->output_field_name, mlr_alloc_string_from_double(ratio, MLR_GLOBALS.ofmt), FREE_ENTRY_VALUE); pstate->prev = fltv; } static void step_ratio_zprocess(void* pvstate, lrec_t* prec) { step_ratio_state_t* pstate = pvstate; lrec_put(prec, pstate->output_field_name, "", NO_FREE); } static void step_ratio_free(step_t* pstep) { step_ratio_state_t* pstate = pstep->pvstate; free(pstate->output_field_name); free(pstate); free(pstep); } static step_t* step_ratio_alloc(char* input_field_name, int allow_int_float, slls_t* unused1, slls_t* unused2) { step_t* pstep = mlr_malloc_or_die(sizeof(step_t)); step_ratio_state_t* pstate = mlr_malloc_or_die(sizeof(step_ratio_state_t)); pstate->prev = -999.0; pstate->have_prev = FALSE; pstate->output_field_name = mlr_paste_2_strings(input_field_name, "_ratio"); pstep->pvstate = (void*)pstate; pstep->pdprocess_func = step_ratio_dprocess; pstep->pnprocess_func = NULL; pstep->psprocess_func = NULL; pstep->pzprocess_func = step_ratio_zprocess; pstep->pfree_func = step_ratio_free; return pstep; } // ---------------------------------------------------------------- typedef struct _step_rsum_state_t { mv_t rsum; char* output_field_name; int allow_int_float; } step_rsum_state_t; static void step_rsum_nprocess(void* pvstate, mv_t* pnumv, lrec_t* prec) { step_rsum_state_t* pstate = pvstate; pstate->rsum = x_xx_plus_func(&pstate->rsum, pnumv); lrec_put(prec, pstate->output_field_name, mv_alloc_format_val(&pstate->rsum), FREE_ENTRY_VALUE); } static void step_rsum_zprocess(void* pvstate, lrec_t* prec) { step_rsum_state_t* pstate = pvstate; lrec_put(prec, pstate->output_field_name, "", NO_FREE); } static void step_rsum_free(step_t* pstep) { step_rsum_state_t* pstate = pstep->pvstate; free(pstate->output_field_name); free(pstate); free(pstep); } static step_t* step_rsum_alloc(char* input_field_name, int allow_int_float, slls_t* unused1, slls_t* unused2) { step_t* pstep = mlr_malloc_or_die(sizeof(step_t)); step_rsum_state_t* pstate = mlr_malloc_or_die(sizeof(step_rsum_state_t)); pstate->allow_int_float = allow_int_float; pstate->rsum = pstate->allow_int_float ? mv_from_int(0LL) : mv_from_float(0.0); pstate->output_field_name = mlr_paste_2_strings(input_field_name, "_rsum"); pstep->pvstate = (void*)pstate; pstep->pdprocess_func = NULL; pstep->pnprocess_func = step_rsum_nprocess; pstep->psprocess_func = NULL; pstep->pzprocess_func = step_rsum_zprocess; pstep->pfree_func = step_rsum_free; return pstep; } // ---------------------------------------------------------------- typedef struct _step_counter_state_t { mv_t counter; mv_t one; char* output_field_name; } step_counter_state_t; static void step_counter_sprocess(void* pvstate, char* strv, lrec_t* prec) { step_counter_state_t* pstate = pvstate; pstate->counter = x_xx_plus_func(&pstate->counter, &pstate->one); lrec_put(prec, pstate->output_field_name, mv_alloc_format_val(&pstate->counter), FREE_ENTRY_VALUE); } static void step_counter_zprocess(void* pvstate, lrec_t* prec) { step_counter_state_t* pstate = pvstate; lrec_put(prec, pstate->output_field_name, "", NO_FREE); } static void step_counter_free(step_t* pstep) { step_counter_state_t* pstate = pstep->pvstate; free(pstate->output_field_name); free(pstate); free(pstep); } static step_t* step_counter_alloc(char* input_field_name, int allow_int_float, slls_t* unused1, slls_t* unused2) { step_t* pstep = mlr_malloc_or_die(sizeof(step_t)); step_counter_state_t* pstate = mlr_malloc_or_die(sizeof(step_counter_state_t)); pstate->counter = allow_int_float ? mv_from_int(0LL) : mv_from_float(0.0); pstate->one = allow_int_float ? mv_from_int(1LL) : mv_from_float(1.0); pstate->output_field_name = mlr_paste_2_strings(input_field_name, "_counter"); pstep->pvstate = (void*)pstate; pstep->pdprocess_func = NULL; pstep->pnprocess_func = NULL; pstep->psprocess_func = step_counter_sprocess; pstep->pzprocess_func = step_counter_zprocess; pstep->pfree_func = step_counter_free; return pstep; } // ---------------------------------------------------------------- // https://en.wikipedia.org/wiki/Moving_average#Exponential_moving_average typedef struct _step_ewma_state_t { int num_alphas; double* alphas; double* alphacompls; double* prevs; int have_prevs; char** output_field_names; } step_ewma_state_t; static void step_ewma_dprocess(void* pvstate, double fltv, lrec_t* prec) { step_ewma_state_t* pstate = pvstate; if (!pstate->have_prevs) { for (int i = 0; i < pstate->num_alphas; i++) { lrec_put(prec, pstate->output_field_names[i], mlr_alloc_string_from_double(fltv, MLR_GLOBALS.ofmt), FREE_ENTRY_VALUE); pstate->prevs[i] = fltv; } pstate->have_prevs = TRUE; } else { for (int i = 0; i < pstate->num_alphas; i++) { double curr = fltv; curr = pstate->alphas[i] * curr + pstate->alphacompls[i] * pstate->prevs[i]; lrec_put(prec, pstate->output_field_names[i], mlr_alloc_string_from_double(curr, MLR_GLOBALS.ofmt), FREE_ENTRY_VALUE); pstate->prevs[i] = curr; } } } static void step_ewma_zprocess(void* pvstate, lrec_t* prec) { step_ewma_state_t* pstate = pvstate; for (int i = 0; i < pstate->num_alphas; i++) lrec_put(prec, pstate->output_field_names[i], "", NO_FREE); } static void step_ewma_free(step_t* pstep) { step_ewma_state_t* pstate = pstep->pvstate; for (int i = 0; i < pstate->num_alphas; i++) { free(pstate->output_field_names[i]); } free(pstate->alphas); free(pstate->alphacompls); free(pstate->prevs); free(pstate->output_field_names); free(pstate); free(pstep); } static step_t* step_ewma_alloc(char* input_field_name, int unused, slls_t* pstring_alphas, slls_t* pewma_suffixes) { step_t* pstep = mlr_malloc_or_die(sizeof(step_t)); step_ewma_state_t* pstate = mlr_malloc_or_die(sizeof(step_ewma_state_t)); int n = pstring_alphas->length; pstate->num_alphas = n; pstate->alphas = mlr_malloc_or_die(n * sizeof(double)); pstate->alphacompls = mlr_malloc_or_die(n * sizeof(double)); pstate->prevs = mlr_malloc_or_die(n * sizeof(double)); pstate->have_prevs = FALSE; pstate->output_field_names = mlr_malloc_or_die(n * sizeof(char*)); slls_t* psuffixes = (pewma_suffixes == NULL) ? pstring_alphas : pewma_suffixes; sllse_t* pe = pstring_alphas->phead; sllse_t* pf = psuffixes->phead; for (int i = 0; i < n; i++, pe = pe->pnext, pf = pf->pnext) { char* string_alpha = pe->value; char* suffix = pf->value; pstate->alphas[i] = mlr_double_from_string_or_die(string_alpha); pstate->alphacompls[i] = 1.0 - pstate->alphas[i]; pstate->prevs[i] = 0.0; pstate->output_field_names[i] = mlr_paste_3_strings(input_field_name, "_ewma_", suffix); } pstate->have_prevs = FALSE; pstep->pvstate = (void*)pstate; pstep->pdprocess_func = step_ewma_dprocess; pstep->pnprocess_func = NULL; pstep->psprocess_func = NULL; pstep->pzprocess_func = step_ewma_zprocess; pstep->pfree_func = step_ewma_free; return pstep; } miller-5.6.2/c/mapping/mapper_tac.c000066400000000000000000000046211354153536500171610ustar00rootroot00000000000000#include #include "lib/mlrutil.h" #include "containers/sllv.h" #include "mapping/mappers.h" typedef struct _mapper_tac_state_t { sllv_t* records; } mapper_tac_state_t; static void mapper_tac_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_tac_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_tac_alloc(); static void mapper_tac_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_tac_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_tac_setup = { .verb = "tac", .pusage_func = mapper_tac_usage, .pparse_func = mapper_tac_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_tac_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s\n", argv0, verb); fprintf(o, "Prints records in reverse order from the order in which they were encountered.\n"); } static mapper_t* mapper_tac_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { if ((argc - *pargi) < 1) { mapper_tac_usage(stderr, argv[0], argv[*pargi]); return NULL; } mapper_t* pmapper = mapper_tac_alloc(); *pargi += 1; return pmapper; } // ---------------------------------------------------------------- static mapper_t* mapper_tac_alloc() { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_tac_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_tac_state_t)); pstate->records = sllv_alloc(); pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_tac_process; pmapper->pfree_func = mapper_tac_free; return pmapper; } static void mapper_tac_free(mapper_t* pmapper, context_t* _) { mapper_tac_state_t* pstate = pmapper->pvstate; // Free the container sllv_free(pstate->records); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_tac_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_tac_state_t* pstate = pvstate; if (pinrec != NULL) { // The caller will free the outrecs sllv_append(pstate->records, pinrec); return NULL; } else { sllv_reverse(pstate->records); sllv_append(pstate->records, NULL); sllv_t* retval = pstate->records; pstate->records = sllv_alloc(); return retval; } } miller-5.6.2/c/mapping/mapper_tail.c000066400000000000000000000112661354153536500173460ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "containers/sllv.h" #include "containers/slls.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #include "cli/argparse.h" typedef struct _mapper_tail_state_t { ap_state_t* pargp; slls_t* pgroup_by_field_names; unsigned long long tail_count; lhmslv_t* precord_lists_by_group; } mapper_tail_state_t; static void mapper_tail_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_tail_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_tail_alloc(ap_state_t* pargp, slls_t* pgroup_by_field_names, unsigned long long tail_count); static void mapper_tail_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_tail_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_tail_setup = { .verb = "tail", .pusage_func = mapper_tail_usage, .pparse_func = mapper_tail_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_tail_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "-n {count} Tail count to print; default 10\n"); fprintf(o, "-g {a,b,c} Optional group-by-field names for tail counts\n"); fprintf(o, "Passes through the last n records, optionally by category.\n"); } static mapper_t* mapper_tail_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { int tail_count = 10; slls_t* pgroup_by_field_names = slls_alloc(); char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_int_flag(pstate, "-n", &tail_count); ap_define_string_list_flag(pstate, "-g", &pgroup_by_field_names); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_tail_usage(stderr, argv[0], verb); return NULL; } return mapper_tail_alloc(pstate, pgroup_by_field_names, tail_count); } // ---------------------------------------------------------------- static mapper_t* mapper_tail_alloc(ap_state_t* pargp, slls_t* pgroup_by_field_names, unsigned long long tail_count) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_tail_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_tail_state_t)); pstate->pargp = pargp; pstate->pgroup_by_field_names = pgroup_by_field_names; pstate->tail_count = tail_count; pstate->precord_lists_by_group = lhmslv_alloc(); pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_tail_process; pmapper->pfree_func = mapper_tail_free; return pmapper; } static void mapper_tail_free(mapper_t* pmapper, context_t* _) { mapper_tail_state_t* pstate = pmapper->pvstate; if (pstate->pgroup_by_field_names != NULL) slls_free(pstate->pgroup_by_field_names); // lhmslv_free will free the hashmap keys; we need to free the void-star hashmap values. for (lhmslve_t* pa = pstate->precord_lists_by_group->phead; pa != NULL; pa = pa->pnext) { sllv_t* precord_list_for_group = pa->pvvalue; // outrecs were freed by caller of mapper_tail_process. Here, just free // the sllv container itself. sllv_free(precord_list_for_group); } lhmslv_free(pstate->precord_lists_by_group); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_tail_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_tail_state_t* pstate = pvstate; if (pinrec != NULL) { slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values != NULL) { sllv_t* precord_list_for_group = lhmslv_get(pstate->precord_lists_by_group, pgroup_by_field_values); if (precord_list_for_group == NULL) { precord_list_for_group = sllv_alloc(); lhmslv_put(pstate->precord_lists_by_group, slls_copy(pgroup_by_field_values), precord_list_for_group, FREE_ENTRY_KEY); } slls_free(pgroup_by_field_values); if (precord_list_for_group->length >= pstate->tail_count) { lrec_t* porec = sllv_pop(precord_list_for_group); lrec_free(porec); } sllv_append(precord_list_for_group, pinrec); } else { lrec_free(pinrec); } return NULL; } else { sllv_t* poutrecs = sllv_alloc(); for (lhmslve_t* pa = pstate->precord_lists_by_group->phead; pa != NULL; pa = pa->pnext) { sllv_t* precord_list_for_group = pa->pvvalue; sllv_transfer(poutrecs, precord_list_for_group); } sllv_append(poutrecs, NULL); return poutrecs; } } miller-5.6.2/c/mapping/mapper_tee.c000066400000000000000000000131051354153536500171640ustar00rootroot00000000000000#include "cli/mlrcli.h" #include "containers/sllv.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "mapping/mappers.h" #include "output/lrec_writers.h" typedef struct _mapper_tee_state_t { char* output_file_name; FILE* output_stream; int flush_every_record; lrec_writer_t* plrec_writer; cli_writer_opts_t* pwriter_opts; } mapper_tee_state_t; #define DEFAULT_COUNTER_FIELD_NAME "n" static void mapper_tee_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_tee_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_tee_alloc(int do_append, int flush_every_record, char* output_file_name, cli_writer_opts_t* pwriter_opts, cli_writer_opts_t* pmain_writer_opts); static void mapper_tee_free(mapper_t* pmapper, context_t* pctx); static sllv_t* mapper_tee_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_tee_setup = { .verb = "tee", .pusage_func = mapper_tee_usage, .pparse_func = mapper_tee_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static mapper_t* mapper_tee_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* pmain_writer_opts) { int do_append = FALSE; int flush_every_record = TRUE; cli_writer_opts_t* pwriter_opts = mlr_malloc_or_die(sizeof(cli_writer_opts_t)); cli_writer_opts_init(pwriter_opts); int argi = *pargi; if ((argc - argi) < 1) { mapper_tee_usage(stderr, argv[0], argv[argi]); return NULL; } char* verb = argv[argi++]; for (; argi < argc; /* variable increment: 1 or 2 depending on flag */) { if (argv[argi][0] != '-') { break; // No more flag options to process } else if (cli_handle_writer_options(argv, argc, &argi, pwriter_opts)) { // handled } else if (streq(argv[argi], "-a")) { do_append = TRUE; argi++; } else if (streq(argv[argi], "--no-fflush") || streq(argv[argi], "--no-flush")) { flush_every_record = FALSE; argi++; } else { mapper_tee_usage(stderr, argv[0], verb); return NULL; } } if ((argc - argi) < 1) { mapper_tee_usage(stderr, argv[0], verb); return NULL; } char* output_file_name = argv[argi++]; *pargi = argi; mapper_t* pmapper = mapper_tee_alloc(do_append, flush_every_record, output_file_name, pwriter_opts, pmain_writer_opts); return pmapper; } static void mapper_tee_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options] {filename}\n", argv0, verb); fprintf(o, "Passes through input records (like %s cat) but also writes to specified output\n", MLR_GLOBALS.bargv0); fprintf(o, "file, using output-format flags from the command line (e.g. --ocsv). See also\n"); fprintf(o, "the \"tee\" keyword within %s put, which allows data-dependent filenames.\n", MLR_GLOBALS.bargv0); fprintf(o, "Options:\n"); fprintf(o, "-a: append to existing file, if any, rather than overwriting.\n"); fprintf(o, "--no-fflush: don't call fflush() after every record.\n"); fprintf(o, "Any of the output-format command-line flags (see %s -h). Example: using\n", MLR_GLOBALS.bargv0); fprintf(o, " %s --icsv --opprint put '...' then tee --ojson ./mytap.dat then stats1 ...\n", MLR_GLOBALS.bargv0); fprintf(o, "the input is CSV, the output is pretty-print tabular, but the tee-file output\n"); fprintf(o, "is written in JSON format.\n"); } // ---------------------------------------------------------------- static mapper_t* mapper_tee_alloc(int do_append, int flush_every_record, char* output_file_name, cli_writer_opts_t* pwriter_opts, cli_writer_opts_t* pmain_writer_opts) { FILE* fp = fopen(output_file_name, do_append ? "a" : "w"); if (fp == NULL) { perror("fopen"); fprintf(stderr, "%s: fopen error on \"%s\".\n", MLR_GLOBALS.bargv0, output_file_name); exit(1); } mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_tee_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_tee_state_t)); pstate->output_file_name = output_file_name; pstate->output_stream = fp; pstate->flush_every_record = flush_every_record; pstate->pwriter_opts = pwriter_opts; cli_merge_writer_opts(pstate->pwriter_opts, pmain_writer_opts); pstate->plrec_writer = lrec_writer_alloc_or_die(pstate->pwriter_opts); pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_tee_process; pmapper->pfree_func = mapper_tee_free; return pmapper; } static void mapper_tee_free(mapper_t* pmapper, context_t* pctx) { mapper_tee_state_t* pstate = pmapper->pvstate; pstate->plrec_writer->pfree_func(pstate->plrec_writer, pctx); free(pstate->pwriter_opts); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_tee_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_tee_state_t* pstate = (mapper_tee_state_t*)pvstate; if (pinrec != NULL) { // Copy the record since the lrec-writer will free it, and we need the original // to return as stream output. lrec_t* pcopy = lrec_copy(pinrec); pstate->plrec_writer->pprocess_func(pstate->plrec_writer->pvstate, pstate->output_stream, pcopy, pctx); if (pstate->flush_every_record) fflush(pstate->output_stream); return sllv_single(pinrec); } else { pstate->plrec_writer->pprocess_func(pstate->plrec_writer->pvstate, pstate->output_stream, NULL, pctx); if (fclose(pstate->output_stream) != 0) { perror("fclose"); fprintf(stderr, "%s: fclose error on \"%s\".\n", MLR_GLOBALS.bargv0, pstate->output_file_name); exit(1); } return sllv_single(NULL); } } miller-5.6.2/c/mapping/mapper_top.c000066400000000000000000000255031354153536500172160ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "containers/sllv.h" #include "containers/slls.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/top_keeper.h" #include "containers/mixutil.h" #include "lib/mvfuncs.h" #include "mapping/mappers.h" #include "cli/argparse.h" #define DEFAULT_OUTPUT_FIELD_NAME "top_idx" typedef mv_t maybe_sign_flipper_t(mv_t* pval1); typedef struct _mapper_top_state_t { ap_state_t* pargp; slls_t* pvalue_field_names; slls_t* pgroup_by_field_names; int top_count; int show_full_records; int allow_int_float; maybe_sign_flipper_t* pmaybe_sign_flipper; lhmslv_t* groups; char* output_field_name; } mapper_top_state_t; static void mapper_top_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_top_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_top_alloc(ap_state_t* pargp, slls_t* pvalue_field_names, slls_t* pgroup_by_field_names, int top_count, int do_max, int show_full_records, int allow_int_float, char* output_field_name); static void mapper_top_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_top_process(lrec_t* pinrec, context_t* pctx, void* pvstate); static void mapper_top_ingest(lrec_t* pinrec, mapper_top_state_t* pstate); static sllv_t* mapper_top_emit(mapper_top_state_t* pstate, context_t* pctx); // ---------------------------------------------------------------- mapper_setup_t mapper_top_setup = { .verb = "top", .pusage_func = mapper_top_usage, .pparse_func = mapper_top_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_top_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "-f {a,b,c} Value-field names for top counts.\n"); fprintf(o, "-g {d,e,f} Optional group-by-field names for top counts.\n"); fprintf(o, "-n {count} How many records to print per category; default 1.\n"); fprintf(o, "-a Print all fields for top-value records; default is\n"); fprintf(o, " to print only value and group-by fields. Requires a single\n"); fprintf(o, " value-field name only.\n"); fprintf(o, "--min Print top smallest values; default is top largest values.\n"); fprintf(o, "-F Keep top values as floats even if they look like integers.\n"); fprintf(o, "-o {name} Field name for output indices. Default \"%s\".\n", DEFAULT_OUTPUT_FIELD_NAME); fprintf(o, "Prints the n records with smallest/largest values at specified fields,\n"); fprintf(o, "optionally by category.\n"); } static mapper_t* mapper_top_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { int top_count = 1; slls_t* pvalue_field_names = NULL; slls_t* pgroup_by_field_names = slls_alloc(); int show_full_records = FALSE; int do_max = TRUE; int allow_int_float = TRUE; char* output_field_name = DEFAULT_OUTPUT_FIELD_NAME; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_int_flag(pstate, "-n", &top_count); ap_define_string_list_flag(pstate, "-f", &pvalue_field_names); ap_define_string_list_flag(pstate, "-g", &pgroup_by_field_names); ap_define_true_flag(pstate, "-a", &show_full_records); ap_define_true_flag(pstate, "--max", &do_max); ap_define_false_flag(pstate, "--min", &do_max); ap_define_false_flag(pstate, "-F", &allow_int_float); ap_define_string_flag(pstate, "-o", &output_field_name); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_top_usage(stderr, argv[0], verb); return NULL; } if (pvalue_field_names == NULL) { mapper_top_usage(stderr, argv[0], verb); return NULL; } if (pvalue_field_names->length > 1 && show_full_records) { mapper_top_usage(stderr, argv[0], verb); return NULL; } return mapper_top_alloc(pstate, pvalue_field_names, pgroup_by_field_names, top_count, do_max, show_full_records, allow_int_float, output_field_name); } // ---------------------------------------------------------------- static mapper_t* mapper_top_alloc(ap_state_t* pargp, slls_t* pvalue_field_names, slls_t* pgroup_by_field_names, int top_count, int do_max, int show_full_records, int allow_int_float, char* output_field_name) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_top_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_top_state_t)); pstate->pargp = pargp; pstate->pvalue_field_names = pvalue_field_names; pstate->pgroup_by_field_names = pgroup_by_field_names; pstate->show_full_records = show_full_records; pstate->allow_int_float = allow_int_float; pstate->top_count = top_count; pstate->pmaybe_sign_flipper = do_max ? x_x_upos_func : x_x_uneg_func; pstate->groups = lhmslv_alloc(); pstate->output_field_name = output_field_name; pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_top_process; pmapper->pfree_func = mapper_top_free; return pmapper; } static void mapper_top_free(mapper_t* pmapper, context_t* _) { mapper_top_state_t* pstate = pmapper->pvstate; slls_free(pstate->pvalue_field_names); slls_free(pstate->pgroup_by_field_names); // Free the hashmap pvvalues; the lhm free methods will free the hashmap keys. for (lhmslve_t* pa = pstate->groups->phead; pa != NULL; pa = pa->pnext) { lhmsv_t* pgroup = pa->pvvalue; for (lhmsve_t* pb = pgroup->phead; pb != NULL; pb = pb->pnext) { top_keeper_t* ptop_keeper_for_group = pb->pvvalue; top_keeper_free(ptop_keeper_for_group); } lhmsv_free(pgroup); } lhmslv_free(pstate->groups); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_top_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_top_state_t* pstate = pvstate; if (pinrec != NULL) { mapper_top_ingest(pinrec, pstate); return NULL; } else { return mapper_top_emit(pstate, pctx); } } // ---------------------------------------------------------------- static void mapper_top_ingest(lrec_t* pinrec, mapper_top_state_t* pstate) { // ["s", "t"] slls_t* pvalue_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pvalue_field_names); slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); // Heterogeneous-data case -- not all sought fields were present in record if (pvalue_field_values == NULL || pgroup_by_field_values == NULL) { slls_free(pvalue_field_values); slls_free(pgroup_by_field_values); lrec_free(pinrec); return; } if (pgroup_by_field_values->length != pstate->pgroup_by_field_names->length) { slls_free(pvalue_field_values); slls_free(pgroup_by_field_values); lrec_free(pinrec); return; } lhmsv_t* group_to_acc_field = lhmslv_get(pstate->groups, pgroup_by_field_values); if (group_to_acc_field == NULL) { group_to_acc_field = lhmsv_alloc(); lhmslv_put(pstate->groups, slls_copy(pgroup_by_field_values), group_to_acc_field, FREE_ENTRY_KEY); } slls_free(pgroup_by_field_values); sllse_t* pa = pstate->pvalue_field_names->phead; sllse_t* pb = pvalue_field_values->phead; // for "x", "y" and "1", "2" for ( ; pa != NULL && pb != NULL; pa = pa->pnext, pb = pb->pnext) { char* value_field_name = pa->value; char* value_field_sval = pb->value; if (value_field_sval == NULL) { // Key not present if (pstate->show_full_records) lrec_free(pinrec); continue; } top_keeper_t* ptop_keeper_for_group = lhmsv_get(group_to_acc_field, value_field_name); if (ptop_keeper_for_group == NULL) { ptop_keeper_for_group = top_keeper_alloc(pstate->top_count); lhmsv_put(group_to_acc_field, value_field_name, ptop_keeper_for_group, NO_FREE); } if (*value_field_sval == 0) { // Key present with null value if (pstate->show_full_records) lrec_free(pinrec); continue; } mv_t value_field_nval = pstate->allow_int_float ? mv_scan_number_or_die(value_field_sval) : mv_from_float(mlr_double_from_string_or_die(value_field_sval)); // The top-keeper object will free the record if it isn't retained, or // keep it if it is. top_keeper_add(ptop_keeper_for_group, pstate->pmaybe_sign_flipper(&value_field_nval), (pstate->show_full_records) ? pinrec : NULL); } if (!pstate->show_full_records) lrec_free(pinrec); slls_free(pvalue_field_values); } // ---------------------------------------------------------------- static sllv_t* mapper_top_emit(mapper_top_state_t* pstate, context_t* pctx) { sllv_t* poutrecs = sllv_alloc(); for (lhmslve_t* pa = pstate->groups->phead; pa != NULL; pa = pa->pnext) { // Above we required that there was only one value field in the // show-full-records case. That's for two reasons: (1) here, we print // each record at most once, which would need a change in the format // presented as output; (2) there would be double-frees in our // ingester. if (pstate->show_full_records) { lhmsv_t* group_to_acc_field = pa->pvvalue; for (lhmsve_t* pd = group_to_acc_field->phead; pd != NULL; pd = pd->pnext) { top_keeper_t* ptop_keeper_for_group = pd->pvvalue; for (int i = 0; i < ptop_keeper_for_group->size; i++) { sllv_append(poutrecs, ptop_keeper_for_group->top_precords[i]); ptop_keeper_for_group->top_precords[i] = NULL; } } } else { slls_t* pgroup_by_field_values = pa->key; for (int i = 0; i < pstate->top_count; i++) { lrec_t* poutrec = lrec_unbacked_alloc(); // Add in a=s,b=t fields: sllse_t* pb = pstate->pgroup_by_field_names->phead; sllse_t* pc = pgroup_by_field_values->phead; for ( ; pb != NULL && pc != NULL; pb = pb->pnext, pc = pc->pnext) { lrec_put(poutrec, pb->value, pc->value, NO_FREE); } // Add in fields such as x_top_1=# lhmsv_t* group_to_acc_field = pa->pvvalue; // for "x", "y" for (lhmsve_t* pd = group_to_acc_field->phead; pd != NULL; pd = pd->pnext) { char* value_field_name = pd->key; top_keeper_t* ptop_keeper_for_group = pd->pvvalue; char* key = mlr_paste_2_strings(value_field_name, "_top"); if (i < ptop_keeper_for_group->size) { mv_t numv = pstate->pmaybe_sign_flipper(&ptop_keeper_for_group->top_values[i]); char* strv = mv_alloc_format_val(&numv); lrec_put(poutrec, pstate->output_field_name, mlr_alloc_string_from_ull(i+1), FREE_ENTRY_VALUE); lrec_put(poutrec, key, strv, FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } else { lrec_put(poutrec, pstate->output_field_name, mlr_alloc_string_from_ull(i+1), FREE_ENTRY_VALUE); lrec_put(poutrec, key, "", FREE_ENTRY_KEY); } } sllv_append(poutrecs, poutrec); } } } sllv_append(poutrecs, NULL); return poutrecs; } miller-5.6.2/c/mapping/mapper_uniq.c000066400000000000000000000444141354153536500173720ustar00rootroot00000000000000#include #include #include #include #include "lib/mlrutil.h" #include "containers/sllv.h" #include "containers/lhmsll.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/lhmsll.h" #include "containers/mixutil.h" #include "mapping/mappers.h" #include "cli/argparse.h" #define DEFAULT_OUTPUT_FIELD_NAME "count" typedef struct _mapper_uniq_state_t { ap_state_t* pargp; slls_t* pgroup_by_field_names; int show_counts; int show_num_distinct_only; lhmsll_t* puniqified_record_counts; // lrec_sprintf -> counts lhmsv_t* puniqified_records; // lrec_sprintf -> records lhmslv_t* pcounts_by_group; lhmsv_t* pcounts_unlashed; // string field name -> string field value -> long long count char* output_field_name; } mapper_uniq_state_t; // ---------------------------------------------------------------- static void mapper_uniq_usage( FILE* o, char* argv0, char* verb); static mapper_t* mapper_uniq_parse_cli( int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static void mapper_count_distinct_usage( FILE* o, char* argv0, char* verb); static mapper_t* mapper_count_distinct_parse_cli( int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_uniq_alloc( ap_state_t* pargp, slls_t* pgroup_by_field_names, int do_lashed, int show_counts, int show_num_distinct_only, char* output_field_name, int uniqify_entire_records); static void mapper_uniq_free( mapper_t* pmapper, context_t* _); static sllv_t* mapper_uniq_process_uniqify_entire_records( lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_uniq_process_uniqify_entire_records_show_counts( lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_uniq_process_uniqify_entire_records_show_num_distinct_only( lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_uniq_process_unlashed( lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_uniq_process_num_distinct_only( lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_uniq_process_with_counts( lrec_t* pinrec, context_t* pctx, void* pvstate); static sllv_t* mapper_uniq_process_no_counts( lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_count_distinct_setup = { .verb = "count-distinct", .pusage_func = mapper_count_distinct_usage, .pparse_func = mapper_count_distinct_parse_cli, .ignores_input = FALSE, }; mapper_setup_t mapper_uniq_setup = { .verb = "uniq", .pusage_func = mapper_uniq_usage, .pparse_func = mapper_uniq_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_count_distinct_usage( FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Prints number of records having distinct values for specified field names.\n"); fprintf(o, "Same as uniq -c.\n"); fprintf(o, "\n"); fprintf(o, "Options:\n"); fprintf(o, "-f {a,b,c} Field names for distinct count.\n"); fprintf(o, "-n Show only the number of distinct values. Not compatible with -u.\n"); fprintf(o, "-o {name} Field name for output count. Default \"%s\".\n", DEFAULT_OUTPUT_FIELD_NAME); fprintf(o, " Ignored with -u.\n"); fprintf(o, "-u Do unlashed counts for multiple field names. With -f a,b and\n"); fprintf(o, " without -u, computes counts for distinct combinations of a\n"); fprintf(o, " and b field values. With -f a,b and with -u, computes counts\n"); fprintf(o, " for distinct a field values and counts for distinct b field\n"); fprintf(o, " values separately.\n"); } // ---------------------------------------------------------------- static mapper_t* mapper_count_distinct_parse_cli( int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { slls_t* pfield_names = NULL; int show_num_distinct_only = FALSE; char* output_field_name = DEFAULT_OUTPUT_FIELD_NAME; int do_lashed = TRUE; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_list_flag(pstate, "-f", &pfield_names); ap_define_true_flag(pstate, "-n", &show_num_distinct_only); ap_define_string_flag(pstate, "-o", &output_field_name); ap_define_false_flag(pstate, "-u", &do_lashed); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_count_distinct_usage(stderr, argv[0], verb); return NULL; } if (pfield_names == NULL) { mapper_count_distinct_usage(stderr, argv[0], verb); return NULL; } if (!do_lashed && show_num_distinct_only) { mapper_count_distinct_usage(stderr, argv[0], verb); return NULL; } return mapper_uniq_alloc(pstate, pfield_names, do_lashed, TRUE, show_num_distinct_only, output_field_name, FALSE); } // ---------------------------------------------------------------- static void mapper_uniq_usage( FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Prints distinct values for specified field names. With -c, same as\n"); fprintf(o, "count-distinct. For uniq, -f is a synonym for -g.\n"); fprintf(o, "\n"); fprintf(o, "Options:\n"); fprintf(o, "-g {d,e,f} Group-by-field names for uniq counts.\n"); fprintf(o, "-c Show repeat counts in addition to unique values.\n"); fprintf(o, "-n Show only the number of distinct values.\n"); fprintf(o, "-o {name} Field name for output count. Default \"%s\".\n", DEFAULT_OUTPUT_FIELD_NAME); fprintf(o, "-a Output each unique record only once. Incompatible with -g.\n"); fprintf(o, " With -c, produces unique records, with repeat counts for each.\n"); fprintf(o, " With -n, produces only one record which is the unique-record count.\n"); fprintf(o, " With neither -c nor -n, produces unique records.\n"); } static mapper_t* mapper_uniq_parse_cli( int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { slls_t* pgroup_by_field_names = NULL; int show_counts = FALSE; int show_num_distinct_only = FALSE; char* output_field_name = DEFAULT_OUTPUT_FIELD_NAME; int do_lashed = TRUE; int uniqify_entire_records = FALSE; char* verb = argv[(*pargi)++]; ap_state_t* pstate = ap_alloc(); ap_define_string_list_flag(pstate, "-f", &pgroup_by_field_names); ap_define_string_list_flag(pstate, "-g", &pgroup_by_field_names); ap_define_true_flag(pstate, "-c", &show_counts); ap_define_true_flag(pstate, "-n", &show_num_distinct_only); ap_define_string_flag(pstate, "-o", &output_field_name); ap_define_true_flag(pstate, "-a", &uniqify_entire_records); if (!ap_parse(pstate, verb, pargi, argc, argv)) { mapper_uniq_usage(stderr, argv[0], verb); return NULL; } if (uniqify_entire_records) { if (pgroup_by_field_names != NULL) { mapper_uniq_usage(stderr, argv[0], verb); return NULL; } if (show_counts && show_num_distinct_only) { mapper_uniq_usage(stderr, argv[0], verb); return NULL; } } else { if (pgroup_by_field_names == NULL) { mapper_uniq_usage(stderr, argv[0], verb); return NULL; } } return mapper_uniq_alloc(pstate, pgroup_by_field_names, do_lashed, show_counts, show_num_distinct_only, output_field_name, uniqify_entire_records); } // ---------------------------------------------------------------- static mapper_t* mapper_uniq_alloc( ap_state_t* pargp, slls_t* pgroup_by_field_names, int do_lashed, int show_counts, int show_num_distinct_only, char* output_field_name, int uniqify_entire_records) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_uniq_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_uniq_state_t)); pstate->pargp = pargp; pstate->pgroup_by_field_names = pgroup_by_field_names; pstate->show_counts = show_counts; pstate->show_num_distinct_only = show_num_distinct_only; pstate->puniqified_record_counts = lhmsll_alloc(); pstate->puniqified_records = lhmsv_alloc(); pstate->pcounts_by_group = lhmslv_alloc(); pstate->pcounts_unlashed = lhmsv_alloc(); pstate->output_field_name = output_field_name; pmapper->pvstate = pstate; if (uniqify_entire_records) { if (show_counts) pmapper->pprocess_func = mapper_uniq_process_uniqify_entire_records_show_counts; else if (show_num_distinct_only) pmapper->pprocess_func = mapper_uniq_process_uniqify_entire_records_show_num_distinct_only; else pmapper->pprocess_func = mapper_uniq_process_uniqify_entire_records; } else if (!do_lashed) pmapper->pprocess_func = mapper_uniq_process_unlashed; else if (show_num_distinct_only) pmapper->pprocess_func = mapper_uniq_process_num_distinct_only; else if (show_counts) pmapper->pprocess_func = mapper_uniq_process_with_counts; else pmapper->pprocess_func = mapper_uniq_process_no_counts; pmapper->pfree_func = mapper_uniq_free; return pmapper; } static void mapper_uniq_free( mapper_t* pmapper, context_t* _) { mapper_uniq_state_t* pstate = pmapper->pvstate; slls_free(pstate->pgroup_by_field_names); lhmsll_free(pstate->puniqified_record_counts); pstate->puniqified_record_counts = NULL; // lhmslv_free will free the keys: we only need to free the void-star values. for (lhmsve_t* pa = pstate->puniqified_records->phead; pa != NULL; pa = pa->pnext) { lrec_t* prec = pa->pvvalue; lrec_free(prec); } lhmsv_free(pstate->puniqified_records); pstate->puniqified_records = NULL; // lhmslv_free will free the keys: we only need to free the void-star values. for (lhmslve_t* pa = pstate->pcounts_by_group->phead; pa != NULL; pa = pa->pnext) { unsigned long long* pcount = pa->pvvalue; free(pcount); } lhmslv_free(pstate->pcounts_by_group); pstate->pcounts_by_group = NULL; for (lhmsve_t* pb = pstate->pcounts_unlashed->phead; pb != NULL; pb = pb->pnext) { lhmsll_t* pmap = pb->pvvalue; lhmsll_free(pmap); } lhmsv_free(pstate->pcounts_unlashed); pstate->pcounts_unlashed = NULL; pstate->pgroup_by_field_names = NULL; pstate->pcounts_by_group = NULL; ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- // Print each unique record only once (on first occurrence). static sllv_t* mapper_uniq_process_uniqify_entire_records( lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_uniq_state_t* pstate = pvstate; if (pinrec != NULL) { char* lrec_as_string = lrec_sprint(pinrec, "\xfc", "\xfd", "\xfe"); if (lhmsll_has_key(pstate->puniqified_record_counts, lrec_as_string)) { // have seen free(lrec_as_string); lrec_free(pinrec); return NULL; } else { lhmsll_put(pstate->puniqified_record_counts, lrec_as_string, 1LL, FREE_ENTRY_KEY); return sllv_single(pinrec); } } else { // end of record stream return sllv_single(NULL); } } // Print each unique record only once, with uniqueness counts. This means // non-streaming, with output at end of stream. static sllv_t* mapper_uniq_process_uniqify_entire_records_show_counts( lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_uniq_state_t* pstate = pvstate; if (pinrec != NULL) { char* lrec_as_string = lrec_sprint(pinrec, "\xfc", "\xfd", "\xfe"); if (lhmsll_test_and_increment(pstate->puniqified_record_counts, lrec_as_string)) { // have seen; count was just incremented free(lrec_as_string); lrec_free(pinrec); return NULL; } else { lhmsll_put(pstate->puniqified_record_counts, lrec_as_string, 1LL, FREE_ENTRY_KEY); lhmsv_put(pstate->puniqified_records, mlr_strdup_or_die(lrec_as_string), pinrec, FREE_ENTRY_KEY); return NULL; } } else { // end of record stream sllv_t* poutrecs = sllv_alloc(); for (lhmsve_t* pe = pstate->puniqified_records->phead; pe != NULL; pe = pe->pnext) { lrec_t* prec = pe->pvvalue; long long count = lhmsll_get(pstate->puniqified_record_counts, pe->key); lrec_prepend(prec, pstate->output_field_name, mlr_alloc_string_from_ll(count), FREE_ENTRY_VALUE); sllv_append(poutrecs, prec); pe->pvvalue = NULL; // transfer ownership to poutrecs } return poutrecs; } } // Print count of unique records. This means non-streaming, with output at end // of stream. static sllv_t* mapper_uniq_process_uniqify_entire_records_show_num_distinct_only( lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_uniq_state_t* pstate = pvstate; if (pinrec != NULL) { char* lrec_as_string = lrec_sprint(pinrec, "\xfc", "\xfd", "\xfe"); if (lhmsll_has_key(pstate->puniqified_record_counts, lrec_as_string)) { free(lrec_as_string); lrec_free(pinrec); return NULL; } else { lhmsll_put(pstate->puniqified_record_counts, lrec_as_string, 1LL, FREE_ENTRY_KEY); lrec_free(pinrec); return NULL; } } else { // end of record stream sllv_t* poutrecs = sllv_alloc(); lrec_t* poutrec = lrec_unbacked_alloc(); long long count = pstate->puniqified_record_counts->num_occupied; lrec_put(poutrec, pstate->output_field_name, mlr_alloc_string_from_ll(count), FREE_ENTRY_VALUE); sllv_append(poutrecs, poutrec); return poutrecs; } } // ---------------------------------------------------------------- static sllv_t* mapper_uniq_process_unlashed( lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_uniq_state_t* pstate = pvstate; if (pinrec != NULL) { for (sllse_t* pe = pstate->pgroup_by_field_names->phead; pe != NULL; pe = pe->pnext) { char* field_name = pe->value; lhmsll_t* pcounts_for_field_name = lhmsv_get(pstate->pcounts_unlashed, field_name); if (pcounts_for_field_name == NULL) { pcounts_for_field_name = lhmsll_alloc(); lhmsv_put(pstate->pcounts_unlashed, field_name, pcounts_for_field_name, NO_FREE); } char* field_value = lrec_get(pinrec, field_name); if (field_value != NULL) { if (!lhmsll_test_and_increment(pcounts_for_field_name, field_value)) { lhmsll_put(pcounts_for_field_name, mlr_strdup_or_die(field_value), 1LL, FREE_ENTRY_KEY); } } } lrec_free(pinrec); return NULL; } else { sllv_t* poutrecs = sllv_alloc(); for (lhmsve_t* pe = pstate->pcounts_unlashed->phead; pe != NULL; pe = pe->pnext) { char* field_name= pe->key; lhmsll_t* pcounts_for_field_name = pe->pvvalue; for (lhmslle_t* pf = pcounts_for_field_name->phead; pf != NULL; pf = pf->pnext) { char* field_value = pf->key; lrec_t* poutrec = lrec_unbacked_alloc(); lrec_put(poutrec, "field", field_name, NO_FREE); lrec_put(poutrec, "value", field_value, NO_FREE); lrec_put(poutrec, "count", mlr_alloc_string_from_ll(pf->value), FREE_ENTRY_VALUE); sllv_append(poutrecs, poutrec); } } sllv_append(poutrecs, NULL); return poutrecs; } } static sllv_t* mapper_uniq_process_num_distinct_only( lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_uniq_state_t* pstate = pvstate; if (pinrec != NULL) { slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values != NULL) { unsigned long long* pcount = lhmslv_get(pstate->pcounts_by_group, pgroup_by_field_values); if (pcount == NULL) { pcount = mlr_malloc_or_die(sizeof(unsigned long long)); *pcount = 1LL; lhmslv_put(pstate->pcounts_by_group, slls_copy(pgroup_by_field_values), pcount, FREE_ENTRY_KEY); } else { (*pcount)++; } slls_free(pgroup_by_field_values); } lrec_free(pinrec); return NULL; } else { sllv_t* poutrecs = sllv_alloc(); lrec_t* poutrec = lrec_unbacked_alloc(); int count = pstate->pcounts_by_group->num_occupied; lrec_put(poutrec, "count", mlr_alloc_string_from_int(count), FREE_ENTRY_VALUE); sllv_append(poutrecs, poutrec); sllv_append(poutrecs, NULL); return poutrecs; } } static sllv_t* mapper_uniq_process_with_counts( lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_uniq_state_t* pstate = pvstate; if (pinrec != NULL) { slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values != NULL) { unsigned long long* pcount = lhmslv_get(pstate->pcounts_by_group, pgroup_by_field_values); if (pcount == NULL) { pcount = mlr_malloc_or_die(sizeof(unsigned long long)); *pcount = 1LL; lhmslv_put(pstate->pcounts_by_group, slls_copy(pgroup_by_field_values), pcount, FREE_ENTRY_KEY); } else { (*pcount)++; } slls_free(pgroup_by_field_values); } lrec_free(pinrec); return NULL; } else { sllv_t* poutrecs = sllv_alloc(); for (lhmslve_t* pa = pstate->pcounts_by_group->phead; pa != NULL; pa = pa->pnext) { lrec_t* poutrec = lrec_unbacked_alloc(); slls_t* pgroup_by_field_values = pa->key; sllse_t* pb = pstate->pgroup_by_field_names->phead; sllse_t* pc = pgroup_by_field_values->phead; for ( ; pb != NULL && pc != NULL; pb = pb->pnext, pc = pc->pnext) { lrec_put(poutrec, pb->value, pc->value, NO_FREE); } if (pstate->show_counts) { unsigned long long* pcount = pa->pvvalue; lrec_put(poutrec, pstate->output_field_name, mlr_alloc_string_from_ull(*pcount), FREE_ENTRY_VALUE); } sllv_append(poutrecs, poutrec); } sllv_append(poutrecs, NULL); return poutrecs; } } static sllv_t* mapper_uniq_process_no_counts( lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_uniq_state_t* pstate = pvstate; if (pinrec == NULL) { // end of record stream return sllv_single(NULL); } slls_t* pgroup_by_field_values = mlr_reference_selected_values_from_record(pinrec, pstate->pgroup_by_field_names); if (pgroup_by_field_values == NULL) { lrec_free(pinrec); return NULL; } unsigned long long* pcount = lhmslv_get(pstate->pcounts_by_group, pgroup_by_field_values); if (pcount == NULL) { pcount = mlr_malloc_or_die(sizeof(unsigned long long)); *pcount = 1LL; slls_t* pcopy = slls_copy(pgroup_by_field_values); lhmslv_put(pstate->pcounts_by_group, pcopy, pcount, FREE_ENTRY_KEY); lrec_t* poutrec = lrec_unbacked_alloc(); sllse_t* pb = pstate->pgroup_by_field_names->phead; sllse_t* pc = pcopy->phead; for ( ; pb != NULL && pc != NULL; pb = pb->pnext, pc = pc->pnext) { lrec_put(poutrec, pb->value, pc->value, NO_FREE); } lrec_free(pinrec); slls_free(pgroup_by_field_values); return sllv_single(poutrec); } else { (*pcount)++; lrec_free(pinrec); slls_free(pgroup_by_field_values); return NULL; } } miller-5.6.2/c/mapping/mapper_unsparsify.c000066400000000000000000000110221354153536500206060ustar00rootroot00000000000000#include #include "lib/mlrutil.h" #include "cli/argparse.h" #include "containers/lhmsi.h" #include "containers/sllv.h" #include "mapping/mappers.h" typedef struct _mapper_unsparsify_state_t { lhmsi_t* key_names; sllv_t* records; char* filler; ap_state_t* pargp; } mapper_unsparsify_state_t; static void mapper_unsparsify_usage(FILE* o, char* argv0, char* verb); static mapper_t* mapper_unsparsify_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __); static mapper_t* mapper_unsparsify_alloc(ap_state_t* pargp, char* filler); static void mapper_unsparsify_free(mapper_t* pmapper, context_t* _); static sllv_t* mapper_unsparsify_process(lrec_t* pinrec, context_t* pctx, void* pvstate); // ---------------------------------------------------------------- mapper_setup_t mapper_unsparsify_setup = { .verb = "unsparsify", .pusage_func = mapper_unsparsify_usage, .pparse_func = mapper_unsparsify_parse_cli, .ignores_input = FALSE, }; // ---------------------------------------------------------------- static void mapper_unsparsify_usage(FILE* o, char* argv0, char* verb) { fprintf(o, "Usage: %s %s [options]\n", argv0, verb); fprintf(o, "Prints records with the union of field names over all input records.\n"); fprintf(o, "For field names absent in a given record but present in others, fills in\n"); fprintf(o, "a value. This verb retains all input before producing any output.\n"); fprintf(o, "\n"); fprintf(o, "Options:\n"); fprintf(o, "--fill-with {filler string} What to fill absent fields with. Defaults to\n"); fprintf(o, " the empty string.\n"); fprintf(o, "\n"); fprintf(o, "Example: if the input is two records, one being 'a=1,b=2' and the other\n"); fprintf(o, "being 'b=3,c=4', then the output is the two records 'a=1,b=2,c=' and\n"); fprintf(o, "'a=,b=3,c=4'.\n"); } static mapper_t* mapper_unsparsify_parse_cli(int* pargi, int argc, char** argv, cli_reader_opts_t* _, cli_writer_opts_t* __) { char* filler = ""; if ((argc - *pargi) < 1) { mapper_unsparsify_usage(stderr, argv[0], argv[*pargi]); return NULL; } char* verb = argv[*pargi]; *pargi += 1; ap_state_t* pargp = ap_alloc(); ap_define_string_flag(pargp, "--fill-with", &filler); if (!ap_parse(pargp, verb, pargi, argc, argv)) { mapper_unsparsify_usage(stderr, argv[0], verb); return NULL; } mapper_t* pmapper = mapper_unsparsify_alloc(pargp, filler); return pmapper; } // ---------------------------------------------------------------- static mapper_t* mapper_unsparsify_alloc(ap_state_t* pargp, char* filler) { mapper_t* pmapper = mlr_malloc_or_die(sizeof(mapper_t)); mapper_unsparsify_state_t* pstate = mlr_malloc_or_die(sizeof(mapper_unsparsify_state_t)); pstate->records = sllv_alloc(); pstate->key_names = lhmsi_alloc(); pstate->filler = filler; pstate->pargp = pargp; pmapper->pvstate = pstate; pmapper->pprocess_func = mapper_unsparsify_process; pmapper->pfree_func = mapper_unsparsify_free; return pmapper; } static void mapper_unsparsify_free(mapper_t* pmapper, context_t* _) { mapper_unsparsify_state_t* pstate = pmapper->pvstate; // Free the container sllv_free(pstate->records); lhmsi_free(pstate->key_names); ap_free(pstate->pargp); free(pstate); free(pmapper); } // ---------------------------------------------------------------- static sllv_t* mapper_unsparsify_process(lrec_t* pinrec, context_t* pctx, void* pvstate) { mapper_unsparsify_state_t* pstate = pvstate; if (pinrec != NULL) { // Not end of stream. for (lrece_t* pe = pinrec->phead; pe != NULL; pe = pe->pnext) { if (!lhmsi_has_key(pstate->key_names, pe->key)) { lhmsi_put(pstate->key_names, mlr_strdup_or_die(pe->key), 1, FREE_ENTRY_KEY); } } // The caller will free the outrecs sllv_append(pstate->records, pinrec); return NULL; } else { // End of stream. sllv_t* poutrecs = sllv_alloc(); for (sllve_t* pe = pstate->records->phead; pe != NULL; pe = pe->pnext) { lrec_t* pinrec = pe->pvvalue; lrec_t* poutrec = lrec_unbacked_alloc(); for (lhmsie_t* pf = pstate->key_names->phead; pf != NULL; pf = pf->pnext) { char* key = pf->key; char* value = lrec_get(pinrec, key); if (value == NULL) { lrec_put(poutrec, mlr_strdup_or_die(key), pstate->filler, FREE_ENTRY_KEY); } else { lrec_put(poutrec, mlr_strdup_or_die(key), mlr_strdup_or_die(value), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } } sllv_append(poutrecs, poutrec); // Free the void-star payload lrec_free(pinrec); } sllv_append(poutrecs, NULL); return poutrecs; } } miller-5.6.2/c/mapping/mappers.c000066400000000000000000000006241354153536500165140ustar00rootroot00000000000000#include #include #include "lib/mlrutil.h" #include "mapping/mappers.h" // ---------------------------------------------------------------- void mapper_chain_free(sllv_t* pmapper_chain, context_t* pctx) { for (sllve_t* pe = pmapper_chain->phead; pe != NULL; pe = pe->pnext) { mapper_t* pmapper = pe->pvvalue; pmapper->pfree_func(pmapper, pctx); } sllv_free(pmapper_chain); } miller-5.6.2/c/mapping/mappers.h000066400000000000000000000050321354153536500165170ustar00rootroot00000000000000#ifndef MAPPERS_H #define MAPPERS_H #include "containers/lhmss.h" #include "containers/slls.h" #include "mapping/mapper.h" extern mapper_setup_t mapper_altkv_setup; extern mapper_setup_t mapper_bar_setup; extern mapper_setup_t mapper_bootstrap_setup; extern mapper_setup_t mapper_cat_setup; extern mapper_setup_t mapper_check_setup; extern mapper_setup_t mapper_clean_whitespace_setup; extern mapper_setup_t mapper_count_distinct_setup; extern mapper_setup_t mapper_count_similar_setup; extern mapper_setup_t mapper_cut_setup; extern mapper_setup_t mapper_decimate_setup; extern mapper_setup_t mapper_fill_down_setup; extern mapper_setup_t mapper_filter_setup; extern mapper_setup_t mapper_format_values_setup; extern mapper_setup_t mapper_fraction_setup; extern mapper_setup_t mapper_grep_setup; extern mapper_setup_t mapper_group_by_setup; extern mapper_setup_t mapper_group_like_setup; extern mapper_setup_t mapper_having_fields_setup; extern mapper_setup_t mapper_head_setup; extern mapper_setup_t mapper_histogram_setup; extern mapper_setup_t mapper_join_setup; extern mapper_setup_t mapper_label_setup; extern mapper_setup_t mapper_least_frequent_setup; extern mapper_setup_t mapper_merge_fields_setup; extern mapper_setup_t mapper_most_frequent_setup; extern mapper_setup_t mapper_nest_setup; extern mapper_setup_t mapper_nothing_setup; extern mapper_setup_t mapper_put_setup; extern mapper_setup_t mapper_regularize_setup; extern mapper_setup_t mapper_remove_empty_columns_setup; extern mapper_setup_t mapper_rename_setup; extern mapper_setup_t mapper_reorder_setup; extern mapper_setup_t mapper_repeat_setup; extern mapper_setup_t mapper_reshape_setup; extern mapper_setup_t mapper_sample_setup; extern mapper_setup_t mapper_sec2gmt_setup; extern mapper_setup_t mapper_sec2gmtdate_setup; extern mapper_setup_t mapper_seqgen_setup; extern mapper_setup_t mapper_shuffle_setup; extern mapper_setup_t mapper_skip_trivial_records_setup; extern mapper_setup_t mapper_sort_setup; // xxx temp for 5.4.0 -- will continue work after // extern mapper_setup_t mapper_sort_within_records_setup; extern mapper_setup_t mapper_stats1_setup; extern mapper_setup_t mapper_stats2_setup; extern mapper_setup_t mapper_step_setup; extern mapper_setup_t mapper_tac_setup; extern mapper_setup_t mapper_tail_setup; extern mapper_setup_t mapper_tee_setup; extern mapper_setup_t mapper_top_setup; extern mapper_setup_t mapper_uniq_setup; extern mapper_setup_t mapper_unsparsify_setup; // Construction is in mlrcli.c. void mapper_chain_free(sllv_t* pmapper_chain, context_t* pctx); #endif // MAPPERS_H miller-5.6.2/c/mapping/stats1_accumulators.c000066400000000000000000000663771354153536500210670ustar00rootroot00000000000000#include #include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "lib/mlrstat.h" #include "containers/slls.h" #include "containers/lhmslv.h" #include "containers/lhmsv.h" #include "containers/lhmss.h" #include "containers/lhmsll.h" #include "containers/percentile_keeper.h" #include "lib/mvfuncs.h" #include "mapping/stats1_accumulators.h" // ---------------------------------------------------------------- void make_stats1_accs( char* value_field_name, // input slls_t* paccumulator_names, // input int allow_int_float, // input int do_interpolated_percentiles, // input lhmsv_t* acc_field_to_acc_state_in, // output lhmsv_t* acc_field_to_acc_state_out) // output { stats1_acc_t* ppercentile_acc = NULL; for (sllse_t* pc = paccumulator_names->phead; pc != NULL; pc = pc->pnext) { // for "sum", "count" char* stats1_acc_name = pc->value; // For percentiles there is one unique accumulator given (for example) five distinct // names p0,p25,p50,p75,p100. The input accumulators are unique: only one // percentile-keeper. There are multiple output accumulators: each references the same // underlying percentile-keeper but with distinct parameters. Hence the "_in" and "_out" maps. if (is_percentile_acc_name(stats1_acc_name)) { if (ppercentile_acc == NULL) { ppercentile_acc = stats1_percentile_alloc(value_field_name, stats1_acc_name, allow_int_float, do_interpolated_percentiles); if (ppercentile_acc == NULL) { fprintf(stderr, "%s stats1: accumulator \"%s\" not found.\n", MLR_GLOBALS.bargv0, stats1_acc_name); exit(1); } lhmsv_put(acc_field_to_acc_state_in, stats1_acc_name, ppercentile_acc, NO_FREE); } else { stats1_percentile_reuse(ppercentile_acc); } lhmsv_put(acc_field_to_acc_state_out, stats1_acc_name, ppercentile_acc, NO_FREE); } else { stats1_acc_t* pstats1_acc = make_stats1_acc(value_field_name, stats1_acc_name, allow_int_float, do_interpolated_percentiles); if (pstats1_acc == NULL) { fprintf(stderr, "%s stats1: accumulator \"%s\" not found.\n", MLR_GLOBALS.bargv0, stats1_acc_name); exit(1); } lhmsv_put(acc_field_to_acc_state_in, stats1_acc_name, pstats1_acc, NO_FREE); lhmsv_put(acc_field_to_acc_state_out, stats1_acc_name, pstats1_acc, NO_FREE); } } } stats1_acc_t* make_stats1_acc(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles) { for (int i = 0; i < stats1_acc_lookup_table_length; i++) if (streq(stats1_acc_name, stats1_acc_lookup_table[i].name)) return stats1_acc_lookup_table[i].palloc_func(value_field_name, stats1_acc_name, allow_int_float, do_interpolated_percentiles); return NULL; } int is_percentile_acc_name(char* stats1_acc_name) { if (streq(stats1_acc_name, "median")) return TRUE; double percentile; // sscanf(stats1_acc_name, "p%lf", &percentile) allows "p74x" et al. which isn't ok. if (stats1_acc_name[0] != 'p') return FALSE; if (!mlr_try_float_from_string(&stats1_acc_name[1], &percentile)) return FALSE; if (percentile < 0.0 || percentile > 100.0) { fprintf(stderr, "%s stats1: percentile \"%s\" outside range [0,100].\n", MLR_GLOBALS.bargv0, stats1_acc_name); exit(1); } return TRUE; } // ---------------------------------------------------------------- typedef struct _stats1_count_state_t { mv_t counter; mv_t one; char* output_field_name; } stats1_count_state_t; static void stats1_count_singest(void* pvstate, char* val) { stats1_count_state_t* pstate = pvstate; pstate->counter = x_xx_plus_func(&pstate->counter, &pstate->one); } static void stats1_count_emit(void* pvstate, char* value_field_name, char* stats1_acc_name, int copy_data, lrec_t* poutrec) { stats1_count_state_t* pstate = pvstate; if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), mv_alloc_format_val(&pstate->counter), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); else lrec_put(poutrec, pstate->output_field_name, mv_alloc_format_val(&pstate->counter), FREE_ENTRY_VALUE); } static void stats1_count_free(stats1_acc_t* pstats1_acc) { stats1_count_state_t* pstate = pstats1_acc->pvstate; free(pstate->output_field_name); free(pstate); free(pstats1_acc); } stats1_acc_t* stats1_count_alloc(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles) { stats1_acc_t* pstats1_acc = mlr_malloc_or_die(sizeof(stats1_acc_t)); stats1_count_state_t* pstate = mlr_malloc_or_die(sizeof(stats1_count_state_t)); pstate->counter = allow_int_float ? mv_from_int(0LL) : mv_from_float(0.0); pstate->one = allow_int_float ? mv_from_int(1LL) : mv_from_float(1.0); pstate->output_field_name = mlr_paste_3_strings(value_field_name, "_", stats1_acc_name); pstats1_acc->pvstate = (void*)pstate; pstats1_acc->pdingest_func = NULL; pstats1_acc->pningest_func = NULL; pstats1_acc->psingest_func = stats1_count_singest; pstats1_acc->pemit_func = stats1_count_emit; pstats1_acc->pfree_func = stats1_count_free; return pstats1_acc; } // ---------------------------------------------------------------- typedef struct _stats1_mode_state_t { lhmsll_t* pcounts_for_value; char* output_field_name; } stats1_mode_state_t; // mode on strings: "1" and "1.0" and "1.0000" are distinct text. static void stats1_mode_singest(void* pvstate, char* val) { stats1_mode_state_t* pstate = pvstate; lhmslle_t* pe = lhmsll_get_entry(pstate->pcounts_for_value, val); if (pe == NULL) { // lhmsll does a strdup so we needn't. lhmsll_put(pstate->pcounts_for_value, mlr_strdup_or_die(val), 1, FREE_ENTRY_KEY); } else { pe->value++; } } static void stats1_mode_emit(void* pvstate, char* value_field_name, char* stats1_acc_name, int copy_data, lrec_t* poutrec) { stats1_mode_state_t* pstate = pvstate; int max_count = 0; char* max_key = ""; for (lhmslle_t* pe = pstate->pcounts_for_value->phead; pe != NULL; pe = pe->pnext) { int count = pe->value; if (count > max_count) { max_key = pe->key; max_count = count; } } if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), mlr_strdup_or_die(max_key), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); else lrec_put(poutrec, pstate->output_field_name, max_key, NO_FREE); } static void stats1_mode_free(stats1_acc_t* pstats1_acc) { stats1_mode_state_t* pstate = pstats1_acc->pvstate; lhmsll_free(pstate->pcounts_for_value); free(pstate->output_field_name); free(pstate); free(pstats1_acc); } stats1_acc_t* stats1_mode_alloc(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles) { stats1_acc_t* pstats1_acc = mlr_malloc_or_die(sizeof(stats1_acc_t)); stats1_mode_state_t* pstate = mlr_malloc_or_die(sizeof(stats1_mode_state_t)); pstate->pcounts_for_value = lhmsll_alloc(); pstate->output_field_name = mlr_paste_3_strings(value_field_name, "_", stats1_acc_name); pstats1_acc->pvstate = (void*)pstate; pstats1_acc->pdingest_func = NULL; pstats1_acc->pningest_func = NULL; pstats1_acc->psingest_func = stats1_mode_singest; pstats1_acc->pemit_func = stats1_mode_emit; pstats1_acc->pfree_func = stats1_mode_free; return pstats1_acc; } // ---------------------------------------------------------------- typedef struct _stats1_antimode_state_t { lhmsll_t* pcounts_for_value; char* output_field_name; } stats1_antimode_state_t; // antimode on strings: "1" and "1.0" and "1.0000" are distinct text. static void stats1_antimode_singest(void* pvstate, char* val) { stats1_antimode_state_t* pstate = pvstate; lhmslle_t* pe = lhmsll_get_entry(pstate->pcounts_for_value, val); if (pe == NULL) { // lhmsll does a strdup so we needn't. lhmsll_put(pstate->pcounts_for_value, mlr_strdup_or_die(val), 1, FREE_ENTRY_KEY); } else { pe->value++; } } static void stats1_antimode_emit(void* pvstate, char* value_field_name, char* stats1_acc_name, int copy_data, lrec_t* poutrec) { stats1_antimode_state_t* pstate = pvstate; int min_count = 0; int have_min_count = FALSE; char* min_key = ""; for (lhmslle_t* pe = pstate->pcounts_for_value->phead; pe != NULL; pe = pe->pnext) { int count = pe->value; if (!have_min_count || count < min_count) { min_key = pe->key; min_count = count; have_min_count = TRUE; } } if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), mlr_strdup_or_die(min_key), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); else lrec_put(poutrec, pstate->output_field_name, min_key, NO_FREE); } static void stats1_antimode_free(stats1_acc_t* pstats1_acc) { stats1_antimode_state_t* pstate = pstats1_acc->pvstate; lhmsll_free(pstate->pcounts_for_value); free(pstate->output_field_name); free(pstate); free(pstats1_acc); } stats1_acc_t* stats1_antimode_alloc(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles) { stats1_acc_t* pstats1_acc = mlr_malloc_or_die(sizeof(stats1_acc_t)); stats1_antimode_state_t* pstate = mlr_malloc_or_die(sizeof(stats1_antimode_state_t)); pstate->pcounts_for_value = lhmsll_alloc(); pstate->output_field_name = mlr_paste_3_strings(value_field_name, "_", stats1_acc_name); pstats1_acc->pvstate = (void*)pstate; pstats1_acc->pdingest_func = NULL; pstats1_acc->pningest_func = NULL; pstats1_acc->psingest_func = stats1_antimode_singest; pstats1_acc->pemit_func = stats1_antimode_emit; pstats1_acc->pfree_func = stats1_antimode_free; return pstats1_acc; } // ---------------------------------------------------------------- typedef struct _stats1_sum_state_t { mv_t sum; char* output_field_name; int allow_int_float; } stats1_sum_state_t; static void stats1_sum_ningest(void* pvstate, mv_t* pval) { stats1_sum_state_t* pstate = pvstate; pstate->sum = x_xx_plus_func(&pstate->sum, pval); } static void stats1_sum_emit(void* pvstate, char* value_field_name, char* stats1_acc_name, int copy_data, lrec_t* poutrec) { stats1_sum_state_t* pstate = pvstate; if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), mv_alloc_format_val(&pstate->sum), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); else lrec_put(poutrec, pstate->output_field_name, mv_alloc_format_val(&pstate->sum), FREE_ENTRY_VALUE); } static void stats1_sum_free(stats1_acc_t* pstats1_acc) { stats1_sum_state_t* pstate = pstats1_acc->pvstate; free(pstate->output_field_name); free(pstate); free(pstats1_acc); } stats1_acc_t* stats1_sum_alloc(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles) { stats1_acc_t* pstats1_acc = mlr_malloc_or_die(sizeof(stats1_acc_t)); stats1_sum_state_t* pstate = mlr_malloc_or_die(sizeof(stats1_sum_state_t)); pstate->allow_int_float = allow_int_float; pstate->sum = pstate->allow_int_float ? mv_from_int(0LL) : mv_from_float(0.0); pstate->output_field_name = mlr_paste_3_strings(value_field_name, "_", stats1_acc_name); pstats1_acc->pvstate = (void*)pstate; pstats1_acc->pdingest_func = NULL; pstats1_acc->pningest_func = stats1_sum_ningest; pstats1_acc->psingest_func = NULL; pstats1_acc->pemit_func = stats1_sum_emit; pstats1_acc->pfree_func = stats1_sum_free; return pstats1_acc; } // ---------------------------------------------------------------- typedef struct _stats1_mean_state_t { double sum; unsigned long long count; char* output_field_name; } stats1_mean_state_t; static void stats1_mean_dingest(void* pvstate, double val) { stats1_mean_state_t* pstate = pvstate; pstate->sum += val; pstate->count++; } static void stats1_mean_emit(void* pvstate, char* value_field_name, char* stats1_acc_name, int copy_data, lrec_t* poutrec) { stats1_mean_state_t* pstate = pvstate; if (pstate->count == 0LL) { if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), "", FREE_ENTRY_KEY); else lrec_put(poutrec, pstate->output_field_name, "", NO_FREE); } else { double quot = pstate->sum / pstate->count; char* val = mlr_alloc_string_from_double(quot, MLR_GLOBALS.ofmt); if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), val, FREE_ENTRY_KEY|FREE_ENTRY_VALUE); else lrec_put(poutrec, pstate->output_field_name, val, FREE_ENTRY_VALUE); } } static void stats1_mean_free(stats1_acc_t* pstats1_acc) { stats1_mean_state_t* pstate = pstats1_acc->pvstate; free(pstate->output_field_name); free(pstate); free(pstats1_acc); } stats1_acc_t* stats1_mean_alloc(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles) { stats1_acc_t* pstats1_acc = mlr_malloc_or_die(sizeof(stats1_acc_t)); stats1_mean_state_t* pstate = mlr_malloc_or_die(sizeof(stats1_mean_state_t)); pstate->sum = 0.0; pstate->count = 0LL; pstate->output_field_name = mlr_paste_3_strings(value_field_name, "_", stats1_acc_name); pstats1_acc->pvstate = (void*)pstate; pstats1_acc->pdingest_func = stats1_mean_dingest; pstats1_acc->pningest_func = NULL; pstats1_acc->psingest_func = NULL; pstats1_acc->pemit_func = stats1_mean_emit; pstats1_acc->pfree_func = stats1_mean_free; return pstats1_acc; } // ---------------------------------------------------------------- typedef struct _stats1_stddev_var_meaneb_state_t { unsigned long long count; double sumx; double sumx2; cumulant2o_t do_which; char* output_field_name; } stats1_stddev_var_meaneb_state_t; static void stats1_stddev_var_meaneb_dingest(void* pvstate, double val) { stats1_stddev_var_meaneb_state_t* pstate = pvstate; pstate->count++; pstate->sumx += val; pstate->sumx2 += val*val; } static void stats1_stddev_var_meaneb_emit(void* pvstate, char* value_field_name, char* stats1_acc_name, int copy_data, lrec_t* poutrec) { stats1_stddev_var_meaneb_state_t* pstate = pvstate; if (pstate->count < 2LL) { if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), "", FREE_ENTRY_KEY); else lrec_put(poutrec, pstate->output_field_name, "", NO_FREE); } else { double output = mlr_get_var(pstate->count, pstate->sumx, pstate->sumx2); if (pstate->do_which == DO_STDDEV) output = sqrt(output); else if (pstate->do_which == DO_MEANEB) output = sqrt(output / pstate->count); char* val = mlr_alloc_string_from_double(output, MLR_GLOBALS.ofmt); if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), val, FREE_ENTRY_KEY|FREE_ENTRY_VALUE); else lrec_put(poutrec, pstate->output_field_name, val, FREE_ENTRY_VALUE); } } static void stats1_stddev_var_meaneb_free(stats1_acc_t* pstats1_acc) { stats1_stddev_var_meaneb_state_t* pstate = pstats1_acc->pvstate; free(pstate->output_field_name); free(pstate); free(pstats1_acc); } stats1_acc_t* stats1_stddev_var_meaneb_alloc(char* value_field_name, char* stats1_acc_name, cumulant2o_t do_which) { stats1_acc_t* pstats1_acc = mlr_malloc_or_die(sizeof(stats1_acc_t)); stats1_stddev_var_meaneb_state_t* pstate = mlr_malloc_or_die(sizeof(stats1_stddev_var_meaneb_state_t)); pstate->count = 0LL; pstate->sumx = 0.0; pstate->sumx2 = 0.0; pstate->do_which = do_which; pstate->output_field_name = mlr_paste_3_strings(value_field_name, "_", stats1_acc_name); pstats1_acc->pvstate = (void*)pstate; pstats1_acc->pdingest_func = stats1_stddev_var_meaneb_dingest; pstats1_acc->pningest_func = NULL; pstats1_acc->psingest_func = NULL; pstats1_acc->pemit_func = stats1_stddev_var_meaneb_emit; pstats1_acc->pfree_func = stats1_stddev_var_meaneb_free; return pstats1_acc; } stats1_acc_t* stats1_stddev_alloc(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles) { return stats1_stddev_var_meaneb_alloc(value_field_name, stats1_acc_name, DO_STDDEV); } stats1_acc_t* stats1_var_alloc(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles) { return stats1_stddev_var_meaneb_alloc(value_field_name, stats1_acc_name, DO_VAR); } stats1_acc_t* stats1_meaneb_alloc(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles) { return stats1_stddev_var_meaneb_alloc(value_field_name, stats1_acc_name, DO_MEANEB); } // ---------------------------------------------------------------- typedef struct _stats1_skewness_state_t { unsigned long long count; double sumx; double sumx2; double sumx3; char* output_field_name; } stats1_skewness_state_t; static void stats1_skewness_dingest(void* pvstate, double val) { stats1_skewness_state_t* pstate = pvstate; pstate->count++; pstate->sumx += val; pstate->sumx2 += val*val; pstate->sumx3 += val*val*val; } static void stats1_skewness_emit(void* pvstate, char* value_field_name, char* stats1_acc_name, int copy_data, lrec_t* poutrec) { stats1_skewness_state_t* pstate = pvstate; if (pstate->count < 2LL) { if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), "", FREE_ENTRY_KEY); else lrec_put(poutrec, pstate->output_field_name, "", NO_FREE); } else { double output = mlr_get_skewness(pstate->count, pstate->sumx, pstate->sumx2, pstate->sumx3); char* val = mlr_alloc_string_from_double(output, MLR_GLOBALS.ofmt); if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), val, FREE_ENTRY_KEY|FREE_ENTRY_VALUE); else lrec_put(poutrec, pstate->output_field_name, val, FREE_ENTRY_VALUE); } } static void stats1_skewness_free(stats1_acc_t* pstats1_acc) { stats1_skewness_state_t* pstate = pstats1_acc->pvstate; free(pstate->output_field_name); free(pstate); free(pstats1_acc); } stats1_acc_t* stats1_skewness_alloc(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles) { stats1_acc_t* pstats1_acc = mlr_malloc_or_die(sizeof(stats1_acc_t)); stats1_skewness_state_t* pstate = mlr_malloc_or_die(sizeof(stats1_skewness_state_t)); pstate->count = 0LL; pstate->sumx = 0.0; pstate->sumx2 = 0.0; pstate->sumx3 = 0.0; pstate->output_field_name = mlr_paste_3_strings(value_field_name, "_", stats1_acc_name); pstats1_acc->pvstate = (void*)pstate; pstats1_acc->pdingest_func = stats1_skewness_dingest; pstats1_acc->pningest_func = NULL; pstats1_acc->psingest_func = NULL; pstats1_acc->pemit_func = stats1_skewness_emit; pstats1_acc->pfree_func = stats1_skewness_free; return pstats1_acc; } // ---------------------------------------------------------------- typedef struct _stats1_kurtosis_state_t { unsigned long long count; double sumx; double sumx2; double sumx3; double sumx4; char* output_field_name; } stats1_kurtosis_state_t; static void stats1_kurtosis_dingest(void* pvstate, double val) { stats1_kurtosis_state_t* pstate = pvstate; pstate->count++; pstate->sumx += val; pstate->sumx2 += val*val; pstate->sumx3 += val*val*val; pstate->sumx4 += val*val*val*val; } static void stats1_kurtosis_emit(void* pvstate, char* value_field_name, char* stats1_acc_name, int copy_data, lrec_t* poutrec) { stats1_kurtosis_state_t* pstate = pvstate; if (pstate->count < 2LL) { if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), "", FREE_ENTRY_KEY); else lrec_put(poutrec, pstate->output_field_name, "", NO_FREE); } else { double output = mlr_get_kurtosis(pstate->count, pstate->sumx, pstate->sumx2, pstate->sumx3, pstate->sumx4); char* val = mlr_alloc_string_from_double(output, MLR_GLOBALS.ofmt); if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), val, FREE_ENTRY_KEY|FREE_ENTRY_VALUE); else lrec_put(poutrec, pstate->output_field_name, val, FREE_ENTRY_VALUE); } } static void stats1_kurtosis_free(stats1_acc_t* pstats1_acc) { stats1_kurtosis_state_t* pstate = pstats1_acc->pvstate; free(pstate->output_field_name); free(pstate); free(pstats1_acc); } stats1_acc_t* stats1_kurtosis_alloc(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles) { stats1_acc_t* pstats1_acc = mlr_malloc_or_die(sizeof(stats1_acc_t)); stats1_kurtosis_state_t* pstate = mlr_malloc_or_die(sizeof(stats1_kurtosis_state_t)); pstate->count = 0LL; pstate->sumx = 0.0; pstate->sumx2 = 0.0; pstate->sumx3 = 0.0; pstate->output_field_name = mlr_paste_3_strings(value_field_name, "_", stats1_acc_name); pstats1_acc->pvstate = (void*)pstate; pstats1_acc->pdingest_func = stats1_kurtosis_dingest; pstats1_acc->pningest_func = NULL; pstats1_acc->psingest_func = NULL; pstats1_acc->pemit_func = stats1_kurtosis_emit; pstats1_acc->pfree_func = stats1_kurtosis_free; return pstats1_acc; } // ---------------------------------------------------------------- typedef struct _stats1_min_state_t { mv_t min; char* output_field_name; } stats1_min_state_t; static void stats1_min_singest(void* pvstate, char* sval) { stats1_min_state_t* pstate = pvstate; mv_t val = mv_copy_type_infer_string_or_float_or_int(sval); pstate->min = x_xx_min_func(&pstate->min, &val); } static void stats1_min_emit(void* pvstate, char* value_field_name, char* stats1_acc_name, int copy_data, lrec_t* poutrec) { stats1_min_state_t* pstate = pvstate; if (mv_is_null(&pstate->min)) { if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), "", FREE_ENTRY_KEY); else lrec_put(poutrec, pstate->output_field_name, "", NO_FREE); } else { if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), mv_alloc_format_val(&pstate->min), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); else lrec_put(poutrec, pstate->output_field_name, mv_alloc_format_val(&pstate->min), FREE_ENTRY_VALUE); } } static void stats1_min_free(stats1_acc_t* pstats1_acc) { stats1_min_state_t* pstate = pstats1_acc->pvstate; mv_free(&pstate->min); free(pstate->output_field_name); free(pstate); free(pstats1_acc); } stats1_acc_t* stats1_min_alloc(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles) { stats1_acc_t* pstats1_acc = mlr_malloc_or_die(sizeof(stats1_acc_t)); stats1_min_state_t* pstate = mlr_malloc_or_die(sizeof(stats1_min_state_t)); pstate->min = mv_absent(); pstate->output_field_name = mlr_paste_3_strings(value_field_name, "_", stats1_acc_name); pstats1_acc->pvstate = (void*)pstate; pstats1_acc->pdingest_func = NULL; pstats1_acc->pningest_func = NULL; pstats1_acc->psingest_func = stats1_min_singest; pstats1_acc->pemit_func = stats1_min_emit; pstats1_acc->pfree_func = stats1_min_free; return pstats1_acc; } // ---------------------------------------------------------------- typedef struct _stats1_max_state_t { mv_t max; char* output_field_name; } stats1_max_state_t; static void stats1_max_singest(void* pvstate, char* sval) { stats1_max_state_t* pstate = pvstate; mv_t val = mv_copy_type_infer_string_or_float_or_int(sval); pstate->max = x_xx_max_func(&pstate->max, &val); } static void stats1_max_emit(void* pvstate, char* value_field_name, char* stats1_acc_name, int copy_data, lrec_t* poutrec) { stats1_max_state_t* pstate = pvstate; if (mv_is_null(&pstate->max)) { if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), "", FREE_ENTRY_KEY); else lrec_put(poutrec, pstate->output_field_name, "", NO_FREE); } else { if (copy_data) lrec_put(poutrec, mlr_strdup_or_die(pstate->output_field_name), mv_alloc_format_val(&pstate->max), FREE_ENTRY_KEY|FREE_ENTRY_VALUE); else lrec_put(poutrec, pstate->output_field_name, mv_alloc_format_val(&pstate->max), FREE_ENTRY_VALUE); } } static void stats1_max_free(stats1_acc_t* pstats1_acc) { stats1_max_state_t* pstate = pstats1_acc->pvstate; mv_free(&pstate->max); free(pstate->output_field_name); free(pstate); free(pstats1_acc); } stats1_acc_t* stats1_max_alloc(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles) { stats1_acc_t* pstats1_acc = mlr_malloc_or_die(sizeof(stats1_acc_t)); stats1_max_state_t* pstate = mlr_malloc_or_die(sizeof(stats1_max_state_t)); pstate->max = mv_absent(); pstate->output_field_name = mlr_paste_3_strings(value_field_name, "_", stats1_acc_name); pstats1_acc->pvstate = (void*)pstate; pstats1_acc->pdingest_func = NULL; pstats1_acc->pningest_func = NULL; pstats1_acc->psingest_func = stats1_max_singest; pstats1_acc->pemit_func = stats1_max_emit; pstats1_acc->pfree_func = stats1_max_free; return pstats1_acc; } // ---------------------------------------------------------------- typedef struct _stats1_percentile_state_t { percentile_keeper_t* ppercentile_keeper; lhmss_t* poutput_field_names; int reference_count; percentile_keeper_emitter_t* ppercentile_keeper_emitter; } stats1_percentile_state_t; static void stats1_percentile_singest(void* pvstate, char* sval) { stats1_percentile_state_t* pstate = pvstate; mv_t val = mv_copy_type_infer_string_or_float_or_int(sval); percentile_keeper_ingest(pstate->ppercentile_keeper, val); } static void stats1_percentile_emit(void* pvstate, char* value_field_name, char* stats1_acc_name, int copy_data, lrec_t* poutrec) { stats1_percentile_state_t* pstate = pvstate; double p; if (stats1_acc_name[0] == 'm') { // Pre-validated to be either p{number} or median. p = 50.0; } else { // TODO: do the sscanf once at alloc time and store the double in the state struct for a minor perf gain. (void)sscanf(stats1_acc_name, "p%lf", &p); // Assuming this was range-checked earlier on to be in [0,100]. } mv_t v = pstate->ppercentile_keeper_emitter(pstate->ppercentile_keeper, p); char* s = mv_alloc_format_val(&v); // For this type, one accumulator tracks many stats1_names, but a single value_field_name. char* output_field_name = lhmss_get(pstate->poutput_field_names, stats1_acc_name); if (output_field_name == NULL) { output_field_name = mlr_paste_3_strings(value_field_name, "_", stats1_acc_name); lhmss_put(pstate->poutput_field_names, mlr_strdup_or_die(stats1_acc_name), output_field_name, FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } lrec_put(poutrec, mlr_strdup_or_die(output_field_name), s, FREE_ENTRY_KEY|FREE_ENTRY_VALUE); } static void stats1_percentile_free(stats1_acc_t* pstats1_acc) { stats1_percentile_state_t* pstate = pstats1_acc->pvstate; pstate->reference_count--; if (pstate->reference_count == 0) { percentile_keeper_free(pstate->ppercentile_keeper); lhmss_free(pstate->poutput_field_names); free(pstate); free(pstats1_acc); } } stats1_acc_t* stats1_percentile_alloc(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles) { stats1_acc_t* pstats1_acc = mlr_malloc_or_die(sizeof(stats1_acc_t)); stats1_percentile_state_t* pstate = mlr_malloc_or_die(sizeof(stats1_percentile_state_t)); pstate->ppercentile_keeper = percentile_keeper_alloc(); pstate->poutput_field_names = lhmss_alloc(); pstate->reference_count = 1; pstate->ppercentile_keeper_emitter = (do_interpolated_percentiles) ? percentile_keeper_emit_linearly_interpolated : percentile_keeper_emit_non_interpolated; pstats1_acc->pvstate = (void*)pstate; pstats1_acc->pdingest_func = NULL; pstats1_acc->pningest_func = NULL; pstats1_acc->psingest_func = stats1_percentile_singest; pstats1_acc->pemit_func = stats1_percentile_emit; pstats1_acc->pfree_func = stats1_percentile_free; return pstats1_acc; } void stats1_percentile_reuse(stats1_acc_t* pstats1_acc) { stats1_percentile_state_t* pstate = pstats1_acc->pvstate; pstate->reference_count++; } miller-5.6.2/c/mapping/stats1_accumulators.h000066400000000000000000000135551354153536500210620ustar00rootroot00000000000000#ifndef STATS1_ACCUMULATORS_H #define STATS1_ACCUMULATORS_H #include "containers/lrec.h" #include "containers/slls.h" #include "containers/lhmsv.h" // ---------------------------------------------------------------- // These are used by mlr stats1 as well as mlr merge-fields. // ---------------------------------------------------------------- // Types of second-order cumulant typedef enum _cumulant2o_t { DO_STDDEV, DO_VAR, DO_MEANEB, } cumulant2o_t; // ---------------------------------------------------------------- struct _stats1_acc_t; // forward reference for method definitions typedef void stats1_dingest_func_t(void* pvstate, double val); typedef void stats1_ningest_func_t(void* pvstate, mv_t* pval); typedef void stats1_singest_func_t(void* pvstate, char* val); // For mlr stats1, there is a single alloc at start including computation of // output field name; arbitrary number of records output with that field name; // then free. There it makes sense to point the poutrec key at the output field // name in the acc state rather than copying it. For mlr merge-fields, by // contrast, the outer/inner loops are reversed: arbitrary number of records; // for each, allocate, set output field key/value, free; then, the record is // output. There it is necessary to copy the key since it will be referenced // after the accumulator is freed. typedef void stats1_emit_func_t(void* pvstate, char* value_field_name, char* stats1_acc_name, int copy_data, lrec_t* poutrec); typedef void stats1_free_func_t(struct _stats1_acc_t* pstats1_acc); typedef struct _stats1_acc_t { void* pvstate; stats1_dingest_func_t* pdingest_func; stats1_ningest_func_t* pningest_func; stats1_singest_func_t* psingest_func; stats1_emit_func_t* pemit_func; stats1_free_func_t* pfree_func; // virtual destructor } stats1_acc_t; typedef stats1_acc_t* stats1_alloc_func_t(char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles); // aif = allow_int_float // dip = do_interpolated_percentiles stats1_acc_t* stats1_count_alloc (char* value_field_name, char* stats1_acc_name, int aif, int dip); stats1_acc_t* stats1_mode_alloc (char* value_field_name, char* stats1_acc_name, int aif, int dip); stats1_acc_t* stats1_antimode_alloc (char* value_field_name, char* stats1_acc_name, int aif, int dip); stats1_acc_t* stats1_sum_alloc (char* value_field_name, char* stats1_acc_name, int aif, int dip); stats1_acc_t* stats1_mean_alloc (char* value_field_name, char* stats1_acc_name, int aif, int dip); stats1_acc_t* stats1_stddev_var_meaneb_alloc (char* value_field_name, char* stats1_acc_name, cumulant2o_t do_which); stats1_acc_t* stats1_stddev_alloc (char* value_field_name, char* stats1_acc_name, int aif, int dip); stats1_acc_t* stats1_var_alloc (char* value_field_name, char* stats1_acc_name, int aif, int dip); stats1_acc_t* stats1_meaneb_alloc (char* value_field_name, char* stats1_acc_name, int aif, int dip); stats1_acc_t* stats1_skewness_alloc (char* value_field_name, char* stats1_acc_name, int aif, int dip); stats1_acc_t* stats1_kurtosis_alloc (char* value_field_name, char* stats1_acc_name, int aif, int dip); stats1_acc_t* stats1_min_alloc (char* value_field_name, char* stats1_acc_name, int aif, int dip); stats1_acc_t* stats1_max_alloc (char* value_field_name, char* stats1_acc_name, int aif, int dip); stats1_acc_t* stats1_percentile_alloc (char* value_field_name, char* stats1_acc_name, int aif, int dip); void stats1_percentile_reuse (stats1_acc_t* pstats1_acc); // For percentiles there is one unique accumulator given (for example) five distinct // names p0,p25,p50,p75,p100. The input accumulators are unique: only one // percentile-keeper. There are multiple output accumulators: each references the same // underlying percentile-keeper but with distinct parameters. Hence the "_in" and "_out" maps. void make_stats1_accs( char* value_field_name, slls_t* paccumulator_names, int allow_int_float, int do_interpolated_percentiles, lhmsv_t* acc_field_to_acc_state_in, lhmsv_t* acc_field_to_acc_state_out); stats1_acc_t* make_stats1_acc( char* value_field_name, char* stats1_acc_name, int allow_int_float, int do_interpolated_percentiles); int is_percentile_acc_name(char* stats1_acc_name); // ---------------------------------------------------------------- // Lookups for all but percentiles, which are a special case. typedef struct _stats1_acc_lookup_t { char* name; stats1_alloc_func_t* palloc_func; char* desc; } stats1_acc_lookup_t; static stats1_acc_lookup_t stats1_acc_lookup_table[] = { {"count", stats1_count_alloc, "Count instances of fields"}, {"mode", stats1_mode_alloc, "Find most-frequently-occurring values for fields; first-found wins tie"}, {"antimode", stats1_antimode_alloc, "Find least-frequently-occurring values for fields; first-found wins tie"}, {"sum", stats1_sum_alloc, "Compute sums of specified fields"}, {"mean", stats1_mean_alloc, "Compute averages (sample means) of specified fields"}, {"stddev", stats1_stddev_alloc, "Compute sample standard deviation of specified fields"}, {"var", stats1_var_alloc, "Compute sample variance of specified fields"}, {"meaneb", stats1_meaneb_alloc, "Estimate error bars for averages (assuming no sample autocorrelation)"}, {"skewness", stats1_skewness_alloc, "Compute sample skewness of specified fields"}, {"kurtosis", stats1_kurtosis_alloc, "Compute sample kurtosis of specified fields"}, {"min", stats1_min_alloc, "Compute minimum values of specified fields"}, {"max", stats1_max_alloc, "Compute maximum values of specified fields"}, }; static int stats1_acc_lookup_table_length = sizeof(stats1_acc_lookup_table) / sizeof(stats1_acc_lookup_table[0]); #endif // STATS1_ACCUMULATORS_H miller-5.6.2/c/mlrmain.c000066400000000000000000000017461354153536500150570ustar00rootroot00000000000000#include #include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "cli/mlrcli.h" #include "containers/lrec.h" #include "containers/sllv.h" #include "auxents/aux_entries.h" #include "input/lrec_readers.h" #include "mapping/mappers.h" #include "output/lrec_writers.h" #include "stream/stream.h" int main(int argc, char** argv) { mlr_global_init(argv[0], NULL); // 'mlr lecat' or any other non-miller-per-se toolery which is delivered (for convenience) // within the mlr executable. If argv[1] is found then this function won't return, executing // the handler instead. do_aux_entries(argc, argv); sllv_t* pmapper_list = NULL; cli_opts_t* popts = parse_command_line(argc, argv, &pmapper_list); mlr_global_init(argv[0], popts->ofmt); context_t ctx; context_init_from_opts(&ctx, popts); int ok = do_stream_chained(&ctx, pmapper_list, popts); mapper_chain_free(pmapper_list, &ctx); cli_opts_free(popts); return ok ? 0 : 1; } miller-5.6.2/c/mlrvers.h000066400000000000000000000002451354153536500151100ustar00rootroot00000000000000#ifndef MLRVERS_H #define MLRVERS_H // Manually increment on updates to https://github.com/johnkerl/miller/releases #define MLR_VERSION "v5.6.2" #endif // MLRVERS_H miller-5.6.2/c/msys2/000077500000000000000000000000001354153536500143215ustar00rootroot00000000000000miller-5.6.2/c/msys2/setup000077500000000000000000000017551354153536500154170ustar00rootroot00000000000000if [ -z "$BEEN_HERE" ]; then export PATH=.:./winstuff:$PATH export BEEN_HERE=yes fi export textdefault=$'\033[0m' export black=$'\033[30;01m' export red=$'\033[31;01m' export green=$'\033[32;01m' export yellow=$'\033[33;01m' export blue=$'\033[34;01m' export magenta=$'\033[35;01m' export cyan=$'\033[36;01m' export white=$'\033[37;01m' export bold=$'\033[1;01m' export underline=$'\033[4;01m' export notboldorunderline=$'\033[0m' export starttitle=$'\033]0;' export endtitle=$'\007' #export PS1='\u@\h:\W% ' #export PS1='\w% ' export PS1="${yellow}${bold}\w% ${textdefault}" alias lt='ls -lrt' alias ll='ls -l' alias v=vim alias h=history alias bake='make -f Makefile.no-autoconfig' export mlb=/miller/miller-git/miller export mlc=/miller/miller-git/miller/c export mld=/miller/miller-git/miller/doc alias mlb='cd $mlb; ' alias mlc='cd $mlc; ' alias mld='cd $mld; ' alias gs='git status' alias gd='git diff' alias gam='git status | grep modified | awk "{print $NF}"' alias gcm='git commit -m ' miller-5.6.2/c/oo000077500000000000000000000035131354153536500136110ustar00rootroot00000000000000run_mlr() { echo echo ................................................................ echo mlr "$@" ./mlr "$@" # ./vgrun ./mlr "$@" } run_mlr_for_auxents() { echo echo ................................................................ echo mlr "$@" ./mlr "$@" } run_cat() { echo cat "$@" echo cat "$@" >> $outfile cat "$@" >> $outfile echo >> $outfile } mlr_expect_fail() { echo echo ................................................................ echo mlr "$@" mlr "$@" status=$? if [ $status -ne 1 ]; then echo "Exit status was $status; expected 1." fi } announce() { echo echo "================================================================" echo "$@" echo } mention() { echo echo ---------------------------------------------------------------- "$@" } # ================================================================ flags="-a" # ================================================================ #vee=-v vee= # ---------------------------------------------------------------- run_mlr --opprint put '$a = $[[2]]; 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"a" : "w"; } static inline char* get_mode_desc(file_output_mode_t file_output_mode) { return file_output_mode == MODE_APPEND ? "append" : "write"; } #endif // FILE_OUTPUT_MODE_H miller-5.6.2/c/output/lrec_writer.h000066400000000000000000000011201354153536500172700ustar00rootroot00000000000000#ifndef LREC_WRITER_H #define LREC_WRITER_H #include #include "containers/lrec.h" #include "lib/context.h" struct _lrec_writer_t; // forward reference for method declarations typedef void lrec_writer_process_func_t(void* pvstate, FILE* fp, lrec_t* prec, context_t* pctx); typedef void lrec_writer_free_func_t(struct _lrec_writer_t* pwriter, context_t* pctx); typedef struct _lrec_writer_t { void* pvstate; lrec_writer_process_func_t* pprocess_func; lrec_writer_free_func_t* pfree_func; // virtual destructor } lrec_writer_t; #endif // LREC_WRITER_H miller-5.6.2/c/output/lrec_writer_csv.c000066400000000000000000000163641354153536500201560ustar00rootroot00000000000000#include #include "cli/quoting.h" #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "containers/mixutil.h" #include "output/lrec_writers.h" typedef void quoted_output_func_t(FILE* fp,char*s,char*ors,char*ofs, int orslen,int ofslen, char quote_flags); static void quote_all_output_func(FILE* fp,char*s,char*ors,char*ofs, int orslen,int ofslen, char quote_flags); static void quote_none_output_func(FILE* fp,char*s,char*ors,char*ofs, int orslen,int ofslen, char quote_flags); static void quote_minimal_output_func(FILE* fp,char*s,char*ors,char*ofs, int orslen,int ofslen, char quote_flags); static void quote_minimal_auto_output_func(FILE* fp,char*s,char*ors,char*ofs, int orslen,int ofslen, char qf); static void quote_numeric_output_func(FILE* fp,char*s,char*ors,char*ofs, int orslen,int ofslen, char quote_flags); static void quote_original_output_func(FILE* fp,char*s,char*ors,char*ofs, int orslen,int ofslen, char quote_flags); static void csv_quote_string(FILE* fp, char* string); typedef struct _lrec_writer_csv_state_t { int onr; char *ors; char *ofs; int orslen; int ofslen; quoted_output_func_t* pquoted_output_func; long long num_header_lines_output; slls_t* plast_header_output; int headerless_csv_output; } lrec_writer_csv_state_t; // ---------------------------------------------------------------- static void lrec_writer_csv_process(void* pvstate, FILE* output_stream, lrec_t* prec, char* ors); static void lrec_writer_csv_process_auto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); static void lrec_writer_csv_process_nonauto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); static void lrec_writer_csv_free(lrec_writer_t* pwriter, context_t* pctx); // ---------------------------------------------------------------- lrec_writer_t* lrec_writer_csv_alloc(char* ors, char* ofs, quoting_t oquoting, int headerless_csv_output) { lrec_writer_t* plrec_writer = mlr_malloc_or_die(sizeof(lrec_writer_t)); lrec_writer_csv_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_writer_csv_state_t)); pstate->onr = 0; pstate->ors = ors; pstate->ofs = ofs; pstate->orslen = strlen(pstate->ors); pstate->ofslen = strlen(pstate->ofs); pstate->headerless_csv_output = headerless_csv_output; switch(oquoting) { case QUOTE_ALL: pstate->pquoted_output_func = quote_all_output_func; break; case QUOTE_NONE: pstate->pquoted_output_func = quote_none_output_func; break; case QUOTE_MINIMAL: pstate->pquoted_output_func = quote_minimal_output_func; break; case QUOTE_NUMERIC: pstate->pquoted_output_func = quote_numeric_output_func; break; case QUOTE_ORIGINAL: pstate->pquoted_output_func = quote_original_output_func; break; default: MLR_INTERNAL_CODING_ERROR(); } pstate->num_header_lines_output = 0LL; pstate->plast_header_output = NULL; plrec_writer->pvstate = (void*)pstate; if (streq(ors, "auto")) { plrec_writer->pprocess_func = lrec_writer_csv_process_auto_ors; if (oquoting == QUOTE_MINIMAL) { pstate->pquoted_output_func = quote_minimal_auto_output_func; } } else { plrec_writer->pprocess_func = lrec_writer_csv_process_nonauto_ors; } plrec_writer->pfree_func = lrec_writer_csv_free; return plrec_writer; } static void lrec_writer_csv_free(lrec_writer_t* pwriter, context_t* pctx) { lrec_writer_csv_state_t* pstate = pwriter->pvstate; slls_free(pstate->plast_header_output); free(pstate); free(pwriter); } // ---------------------------------------------------------------- static void lrec_writer_csv_process_auto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_csv_process(pvstate, output_stream, prec, pctx->auto_line_term); } static void lrec_writer_csv_process_nonauto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_csv_state_t* pstate = pvstate; lrec_writer_csv_process(pvstate, output_stream, prec, pstate->ors); } static void lrec_writer_csv_process(void* pvstate, FILE* output_stream, lrec_t* prec, char* ors) { if (prec == NULL) return; lrec_writer_csv_state_t* pstate = pvstate; char *ofs = pstate->ofs; int orslen = strlen(ors); if (pstate->plast_header_output != NULL) { if (!lrec_keys_equal_list(prec, pstate->plast_header_output)) { slls_free(pstate->plast_header_output); pstate->plast_header_output = NULL; if (pstate->num_header_lines_output > 0LL) fputs(ors, output_stream); } } if (pstate->plast_header_output == NULL) { int nf = 0; if (!pstate->headerless_csv_output) { for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { if (nf > 0) fputs(ofs, output_stream); pstate->pquoted_output_func(output_stream, pe->key, pstate->ors, pstate->ofs, orslen, pstate->ofslen, 0); nf++; } fputs(ors, output_stream); } pstate->plast_header_output = mlr_copy_keys_from_record(prec); pstate->num_header_lines_output++; } int nf = 0; for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { if (nf > 0) fputs(ofs, output_stream); pstate->pquoted_output_func(output_stream, pe->value, pstate->ors, pstate->ofs, orslen, pstate->ofslen, pe->quote_flags); nf++; } fputs(ors, output_stream); pstate->onr++; // See ../README.md for memory-management conventions lrec_free(prec); } // ---------------------------------------------------------------- static void quote_all_output_func(FILE* fp, char* string, char* ors, char* ofs, int orslen, int ofslen, char quote_flags) { csv_quote_string(fp, string); } static void quote_none_output_func(FILE* fp, char* string, char* ors, char* ofs, int orslen, int ofslen, char quote_flags) { fputs(string, fp); } static void quote_minimal_output_func(FILE* fp, char* string, char* ors, char* ofs, int orslen, int ofslen, char quote_flags) { int output_quotes = FALSE; for (char* p = string; *p; p++) { if (streqn(p, ors, orslen) || streqn(p, ofs, ofslen)) { output_quotes = TRUE; break; } if (*p == '"') { output_quotes = TRUE; break; } } if (output_quotes) { csv_quote_string(fp, string); } else { fputs(string, fp); } } static void quote_minimal_auto_output_func(FILE* fp, char* string, char* _, char* ofs, int __, int ofslen, char quote_flags) { int output_quotes = FALSE; for (char* p = string; *p; p++) { if (streqn(p, "\n", 1) || streqn(p, "\r\n", 2) || streqn(p, ofs, ofslen)) { output_quotes = TRUE; break; } if (*p == '"') { output_quotes = TRUE; break; } } if (output_quotes) { csv_quote_string(fp, string); } else { fputs(string, fp); } } static void quote_numeric_output_func(FILE* fp, char* string, char* ors, char* ofs, int orslen, int ofslen, char quote_flags) { double temp; if (mlr_try_float_from_string(string, &temp)) { csv_quote_string(fp, string); } else { fputs(string, fp); } } static void quote_original_output_func(FILE* fp, char* string, char* ors, char* ofs, int orslen, int ofslen, char quote_flags) { if (quote_flags & FIELD_QUOTED_ON_INPUT) { csv_quote_string(fp, string); } else { fputs(string, fp); } } // ---------------------------------------------------------------- static void csv_quote_string(FILE* fp, char* string) { fputc('"', fp); for (char* p = string; *p; p++) { if (*p == '"') fputs("\"\"", fp); else fputc(*p, fp); } fputc('"', fp); } miller-5.6.2/c/output/lrec_writer_csvlite.c000066400000000000000000000066011354153536500210250ustar00rootroot00000000000000#include #include "containers/mixutil.h" #include "lib/mlrutil.h" #include "output/lrec_writers.h" typedef struct _lrec_writer_csvlite_state_t { int onr; char* ors; char* ofs; long long num_header_lines_output; slls_t* plast_header_output; int headerless_csv_output; } lrec_writer_csvlite_state_t; static void lrec_writer_csvlite_free(lrec_writer_t* pwriter, context_t* pctx); static void lrec_writer_csvlite_process(void* pvstate, FILE* output_stream, lrec_t* prec, char* ors); static void lrec_writer_csvlite_process_auto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); static void lrec_writer_csvlite_process_nonauto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); // ---------------------------------------------------------------- lrec_writer_t* lrec_writer_csvlite_alloc(char* ors, char* ofs, int headerless_csv_output) { lrec_writer_t* plrec_writer = mlr_malloc_or_die(sizeof(lrec_writer_t)); lrec_writer_csvlite_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_writer_csvlite_state_t)); pstate->onr = 0; pstate->ors = ors; pstate->ofs = ofs; pstate->num_header_lines_output = 0LL; pstate->plast_header_output = NULL; pstate->headerless_csv_output = headerless_csv_output; plrec_writer->pvstate = (void*)pstate; plrec_writer->pprocess_func = streq(ors, "auto") ? lrec_writer_csvlite_process_auto_ors : lrec_writer_csvlite_process_nonauto_ors; plrec_writer->pfree_func = lrec_writer_csvlite_free; return plrec_writer; } static void lrec_writer_csvlite_free(lrec_writer_t* pwriter, context_t* pctx) { lrec_writer_csvlite_state_t* pstate = pwriter->pvstate; slls_free(pstate->plast_header_output); free(pstate); free(pwriter); } // ---------------------------------------------------------------- static void lrec_writer_csvlite_process_auto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_csvlite_process(pvstate, output_stream, prec, pctx->auto_line_term); } static void lrec_writer_csvlite_process_nonauto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_csvlite_state_t* pstate = pvstate; lrec_writer_csvlite_process(pvstate, output_stream, prec, pstate->ors); } static void lrec_writer_csvlite_process(void* pvstate, FILE* output_stream, lrec_t* prec, char* ors) { if (prec == NULL) return; lrec_writer_csvlite_state_t* pstate = pvstate; char* ofs = pstate->ofs; if (pstate->plast_header_output != NULL) { if (!lrec_keys_equal_list(prec, pstate->plast_header_output)) { slls_free(pstate->plast_header_output); pstate->plast_header_output = NULL; if (pstate->num_header_lines_output > 0LL) fputs(ors, output_stream); } } if (pstate->plast_header_output == NULL) { if (!pstate->headerless_csv_output) { int nf = 0; for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { if (nf > 0) fputs(ofs, output_stream); fputs(pe->key, output_stream); nf++; } fputs(ors, output_stream); } pstate->plast_header_output = mlr_copy_keys_from_record(prec); pstate->num_header_lines_output++; } int nf = 0; for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { if (nf > 0) fputs(ofs, output_stream); fputs(pe->value, output_stream); nf++; } fputs(ors, output_stream); pstate->onr++; lrec_free(prec); // end of baton-pass } miller-5.6.2/c/output/lrec_writer_dkvp.c000066400000000000000000000044611354153536500203220ustar00rootroot00000000000000#include #include "lib/mlrutil.h" #include "output/lrec_writers.h" typedef struct _lrec_writer_dkvp_state_t { char* ors; char* ofs; char* ops; } lrec_writer_dkvp_state_t; static void lrec_writer_dkvp_free(lrec_writer_t* pwriter, context_t* pctx); static void lrec_writer_dkvp_process(void* pvstate, FILE* output_stream, lrec_t* prec, char* ors); static void lrec_writer_dkvp_process_auto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); static void lrec_writer_dkvp_process_nonauto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); // ---------------------------------------------------------------- lrec_writer_t* lrec_writer_dkvp_alloc(char* ors, char* ofs, char* ops) { lrec_writer_t* plrec_writer = mlr_malloc_or_die(sizeof(lrec_writer_t)); lrec_writer_dkvp_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_writer_dkvp_state_t)); pstate->ors = ors; pstate->ofs = ofs; pstate->ops = ops; plrec_writer->pvstate = (void*)pstate; plrec_writer->pprocess_func = streq(ors, "auto") ? lrec_writer_dkvp_process_auto_ors : lrec_writer_dkvp_process_nonauto_ors; plrec_writer->pfree_func = lrec_writer_dkvp_free; return plrec_writer; } static void lrec_writer_dkvp_free(lrec_writer_t* pwriter, context_t* pctx) { free(pwriter->pvstate); free(pwriter); } // ---------------------------------------------------------------- static void lrec_writer_dkvp_process_auto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_dkvp_process(pvstate, output_stream, prec, pctx->auto_line_term); } static void lrec_writer_dkvp_process_nonauto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_dkvp_state_t* pstate = pvstate; lrec_writer_dkvp_process(pvstate, output_stream, prec, pstate->ors); } static void lrec_writer_dkvp_process(void* pvstate, FILE* output_stream, lrec_t* prec, char* ors) { if (prec == NULL) return; lrec_writer_dkvp_state_t* pstate = pvstate; char* ofs = pstate->ofs; char* ops = pstate->ops; int nf = 0; for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { if (nf > 0) fputs(ofs, output_stream); fputs(pe->key, output_stream); fputs(ops, output_stream); fputs(pe->value, output_stream); nf++; } fputs(ors, output_stream); lrec_free(prec); // end of baton-pass } miller-5.6.2/c/output/lrec_writer_json.c000066400000000000000000000142241354153536500203250ustar00rootroot00000000000000#include #include #include "lib/mlrutil.h" #include "containers/mlhmmv.h" #include "output/lrec_writers.h" typedef struct _lrec_writer_json_state_t { unsigned long long counter; char* output_json_flatten_separator; int json_quote_int_keys; int json_quote_non_string_values; char* line_indent; char* before_records_at_start_of_stream1; char* between_records_after_start_of_stream; char* after_records_at_end_of_stream1; char* line_term; int stack_vertically; } lrec_writer_json_state_t; static void lrec_writer_json_free(lrec_writer_t* pwriter, context_t* pctx); static void lrec_writer_json_process(void* pvstate, FILE* output_stream, lrec_t* prec, char* before_or_after_records, char* line_term); static void lrec_writer_json_process_auto_line_term_wrap(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); static void lrec_writer_json_process_auto_line_term_no_wrap(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); static void lrec_writer_json_process_nonauto_line_term_wrap(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); static void lrec_writer_json_process_nonauto_line_term_no_wrap(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); // ---------------------------------------------------------------- lrec_writer_t* lrec_writer_json_alloc(int stack_vertically, int wrap_json_output_in_outer_list, int json_quote_int_keys, int json_quote_non_string_values, char* output_json_flatten_separator, char* line_term) { lrec_writer_t* plrec_writer = mlr_malloc_or_die(sizeof(lrec_writer_t)); lrec_writer_json_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_writer_json_state_t)); pstate->json_quote_int_keys = json_quote_int_keys; pstate->json_quote_non_string_values = json_quote_non_string_values; pstate->counter = 0; pstate->output_json_flatten_separator = output_json_flatten_separator; // xxx pending reworked JSON-output logic (not always ending in LF; needing fflush), // to be implemented someday if ever. Workaround: pipe output to "jq .". //pstate->line_indent = wrap_json_output_in_outer_list ? " " : ""; pstate->line_indent = wrap_json_output_in_outer_list ? "" : ""; pstate->before_records_at_start_of_stream1 = wrap_json_output_in_outer_list ? "[" : ""; pstate->between_records_after_start_of_stream = wrap_json_output_in_outer_list ? "," : ""; pstate->after_records_at_end_of_stream1 = wrap_json_output_in_outer_list ? "]" : ""; pstate->line_term = line_term; pstate->stack_vertically = stack_vertically; plrec_writer->pvstate = (void*)pstate; if (streq(line_term, "auto")) { plrec_writer->pprocess_func = wrap_json_output_in_outer_list ? lrec_writer_json_process_auto_line_term_wrap : lrec_writer_json_process_auto_line_term_no_wrap; } else { plrec_writer->pprocess_func = wrap_json_output_in_outer_list ? lrec_writer_json_process_nonauto_line_term_wrap : lrec_writer_json_process_nonauto_line_term_no_wrap; } plrec_writer->pfree_func = lrec_writer_json_free; return plrec_writer; } static void lrec_writer_json_free(lrec_writer_t* pwriter, context_t* pctx) { free(pwriter->pvstate); free(pwriter); } // ---------------------------------------------------------------- static void lrec_writer_json_process_auto_line_term_wrap(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_json_process(pvstate, output_stream, prec, pctx->auto_line_term, pctx->auto_line_term); } static void lrec_writer_json_process_auto_line_term_no_wrap(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_json_process(pvstate, output_stream, prec, "", pctx->auto_line_term); } static void lrec_writer_json_process_nonauto_line_term_wrap(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_json_state_t* pstate = pvstate; lrec_writer_json_process(pvstate, output_stream, prec, pstate->line_term, pstate->line_term); } static void lrec_writer_json_process_nonauto_line_term_no_wrap(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_json_state_t* pstate = pvstate; lrec_writer_json_process(pvstate, output_stream, prec, "", pstate->line_term); } static void lrec_writer_json_process(void* pvstate, FILE* output_stream, lrec_t* prec, char* before_or_after_records, char* line_term) { lrec_writer_json_state_t* pstate = pvstate; if (prec != NULL) { // not end of record stream if (pstate->counter++ == 0) { fputs(pstate->before_records_at_start_of_stream1, output_stream); fputs(before_or_after_records, output_stream); } else { fputs(pstate->between_records_after_start_of_stream, output_stream); } // Use the mlhmmv printer since it naturally handles Miller-to-JSON key deconcatenation: // e.g. 'a:x=1,a:y=2' maps to '{"a":{"x":1,"y":2}}'. mlhmmv_root_t* pmap = mlhmmv_root_alloc(); char* sep = pstate->output_json_flatten_separator; int seplen = strlen(sep); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { // strdup since strmsep is destructive and CSV/PPRINT header fields // are shared across multiple records char* lkey = mlr_strdup_or_die(pe->key); char* lvalue = pe->value; sllmv_t* pmvkeys = sllmv_alloc(); char* walker = lkey; char* piece = NULL; while ((piece = mlr_strmsep(&walker, sep, seplen)) != NULL) { mv_t mvkey = mv_from_string(piece, NO_FREE); sllmv_append_no_free(pmvkeys, &mvkey); } mv_t mvval = mv_from_string(lvalue, NO_FREE); mlhmmv_root_put_terminal(pmap, pmvkeys, &mvval); sllmv_free(pmvkeys); free(lkey); } if (pstate->stack_vertically) mlhmmv_root_print_json_stacked(pmap, pstate->json_quote_int_keys, pstate->json_quote_non_string_values, pstate->line_indent, line_term, output_stream); else mlhmmv_root_print_json_single_lines(pmap, pstate->json_quote_int_keys, pstate->json_quote_non_string_values, line_term, output_stream); mlhmmv_root_free(pmap); lrec_free(prec); // end of baton-pass } else { // end of record stream fputs(pstate->after_records_at_end_of_stream1, output_stream); fputs(before_or_after_records, output_stream); } } miller-5.6.2/c/output/lrec_writer_markdown.c000066400000000000000000000065471354153536500212070ustar00rootroot00000000000000#include #include "containers/mixutil.h" #include "lib/mlrutil.h" #include "output/lrec_writers.h" typedef struct _lrec_writer_markdown_state_t { int onr; char* ors; long long num_header_lines_output; slls_t* plast_header_output; } lrec_writer_markdown_state_t; static void lrec_writer_markdown_free(lrec_writer_t* pwriter, context_t* pctx); static void lrec_writer_markdown_process(void* pvstate, FILE* output_stream, lrec_t* prec, char* ors); static void lrec_writer_markdown_process_auto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); static void lrec_writer_markdown_process_nonauto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); // ---------------------------------------------------------------- lrec_writer_t* lrec_writer_markdown_alloc(char* ors) { lrec_writer_t* plrec_writer = mlr_malloc_or_die(sizeof(lrec_writer_t)); lrec_writer_markdown_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_writer_markdown_state_t)); pstate->onr = 0; pstate->ors = ors; pstate->num_header_lines_output = 0LL; pstate->plast_header_output = NULL; plrec_writer->pvstate = (void*)pstate; plrec_writer->pprocess_func = streq(ors, "auto") ? lrec_writer_markdown_process_auto_ors : lrec_writer_markdown_process_nonauto_ors; plrec_writer->pfree_func = lrec_writer_markdown_free; return plrec_writer; } static void lrec_writer_markdown_free(lrec_writer_t* pwriter, context_t* pctx) { lrec_writer_markdown_state_t* pstate = pwriter->pvstate; slls_free(pstate->plast_header_output); free(pstate); free(pwriter); } // ---------------------------------------------------------------- static void lrec_writer_markdown_process_auto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_markdown_process(pvstate, output_stream, prec, pctx->auto_line_term); } static void lrec_writer_markdown_process_nonauto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_markdown_state_t* pstate = pvstate; lrec_writer_markdown_process(pvstate, output_stream, prec, pstate->ors); } static void lrec_writer_markdown_process(void* pvstate, FILE* output_stream, lrec_t* prec, char* ors) { if (prec == NULL) return; lrec_writer_markdown_state_t* pstate = pvstate; if (pstate->plast_header_output != NULL) { if (!lrec_keys_equal_list(prec, pstate->plast_header_output)) { slls_free(pstate->plast_header_output); pstate->plast_header_output = NULL; if (pstate->num_header_lines_output > 0LL) fputs(ors, output_stream); } } if (pstate->plast_header_output == NULL) { fputc('|', output_stream); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { fputc(' ', output_stream); fputs(pe->key, output_stream); fputs(" |", output_stream); } fputs(ors, output_stream); fputc('|', output_stream); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { fputs(" --- |", output_stream); } fputs(ors, output_stream); pstate->plast_header_output = mlr_copy_keys_from_record(prec); pstate->num_header_lines_output++; } fputc('|', output_stream); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { fputc(' ', output_stream); fputs(pe->value, output_stream); fputs(" |", output_stream); } fputs(ors, output_stream); pstate->onr++; lrec_free(prec); // end of baton-pass } miller-5.6.2/c/output/lrec_writer_nidx.c000066400000000000000000000042661354153536500203230ustar00rootroot00000000000000#include #include "lib/mlrutil.h" #include "output/lrec_writers.h" typedef struct _lrec_writer_nidx_state_t { char* ors; char* ofs; } lrec_writer_nidx_state_t; static void lrec_writer_nidx_free(lrec_writer_t* pwriter, context_t* pctx); static void lrec_writer_nidx_process(void* pvstate, FILE* output_stream, lrec_t* prec, char* ors); static void lrec_writer_nidx_process_auto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); static void lrec_writer_nidx_process_nonauto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); // ---------------------------------------------------------------- lrec_writer_t* lrec_writer_nidx_alloc(char* ors, char* ofs) { lrec_writer_t* plrec_writer = mlr_malloc_or_die(sizeof(lrec_writer_t)); lrec_writer_nidx_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_writer_nidx_state_t)); pstate->ors = ors; pstate->ofs = ofs; plrec_writer->pvstate = (void*)pstate; plrec_writer->pprocess_func = streq(ors, "auto") ? lrec_writer_nidx_process_auto_ors : lrec_writer_nidx_process_nonauto_ors; plrec_writer->pfree_func = lrec_writer_nidx_free; return plrec_writer; } static void lrec_writer_nidx_free(lrec_writer_t* pwriter, context_t* pctx) { free(pwriter->pvstate); free(pwriter); } // ---------------------------------------------------------------- static void lrec_writer_nidx_process_auto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_nidx_process(pvstate, output_stream, prec, pctx->auto_line_term); } static void lrec_writer_nidx_process_nonauto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_nidx_state_t* pstate = pvstate; lrec_writer_nidx_process(pvstate, output_stream, prec, pstate->ors); } static void lrec_writer_nidx_process(void* pvstate, FILE* output_stream, lrec_t* prec, char* ors) { if (prec == NULL) return; lrec_writer_nidx_state_t* pstate = pvstate; char* ofs = pstate->ofs; int nf = 0; for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { if (nf > 0) fputs(ofs, output_stream); fputs(pe->value, output_stream); nf++; } fputs(ors, output_stream); lrec_free(prec); // end of baton-pass } miller-5.6.2/c/output/lrec_writer_pprint.c000066400000000000000000000237161354153536500206760ustar00rootroot00000000000000#include #include #include "lib/mlrutil.h" #include "containers/sllv.h" #include "containers/slls.h" #include "containers/mixutil.h" #include "output/lrec_writers.h" typedef struct _lrec_writer_pprint_state_t { sllv_t* precords; slls_t* pprev_keys; int right_align; long long num_blocks_written; char* ors; char ofs; int barred; } lrec_writer_pprint_state_t; static void lrec_writer_pprint_free(lrec_writer_t* pwriter, context_t* pctx); static void lrec_writer_pprint_process(void* pvstate, FILE* output_stream, lrec_t* prec, char* ors); static void lrec_writer_pprint_process_auto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); static void lrec_writer_pprint_process_nonauto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); static void print_and_free_record_list(sllv_t* precords, FILE* output_stream, char* ors, char ofs, int right_align); static void print_and_free_record_list_barred(sllv_t* precords, FILE* output_stream, char* ors, char ofs, int right_align); // ---------------------------------------------------------------- lrec_writer_t* lrec_writer_pprint_alloc(char* ors, char ofs, int right_align, int barred) { lrec_writer_t* plrec_writer = mlr_malloc_or_die(sizeof(lrec_writer_t)); lrec_writer_pprint_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_writer_pprint_state_t)); pstate->precords = sllv_alloc(); pstate->pprev_keys = NULL; pstate->ors = ors; pstate->ofs = ofs; pstate->right_align = right_align; pstate->barred = barred; pstate->num_blocks_written = 0LL; plrec_writer->pvstate = pstate; plrec_writer->pprocess_func = streq(ors, "auto") ? lrec_writer_pprint_process_auto_ors : lrec_writer_pprint_process_nonauto_ors; plrec_writer->pfree_func = lrec_writer_pprint_free; return plrec_writer; } static void lrec_writer_pprint_free(lrec_writer_t* pwriter, context_t* pctx) { lrec_writer_pprint_state_t* pstate = pwriter->pvstate; if (pstate->precords != NULL) { sllv_free(pstate->precords); pstate->precords = NULL; } if (pstate->pprev_keys != NULL) { slls_free(pstate->pprev_keys); pstate->pprev_keys = NULL; } free(pstate); free(pwriter); } // ---------------------------------------------------------------- static void lrec_writer_pprint_process_auto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_pprint_process(pvstate, output_stream, prec, pctx->auto_line_term); } static void lrec_writer_pprint_process_nonauto_ors(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_pprint_state_t* pstate = pvstate; lrec_writer_pprint_process(pvstate, output_stream, prec, pstate->ors); } static void lrec_writer_pprint_process(void* pvstate, FILE* output_stream, lrec_t* prec, char* ors) { lrec_writer_pprint_state_t* pstate = pvstate; int drain = FALSE; if (prec == NULL) { drain = TRUE; } else { if (pstate->pprev_keys != NULL && !lrec_keys_equal_list(prec, pstate->pprev_keys)) { drain = TRUE; } } if (drain) { if (pstate->num_blocks_written > 0LL) // separate blocks with empty line fputs(ors, output_stream); if (pstate->barred) { print_and_free_record_list_barred(pstate->precords, output_stream, ors, pstate->ofs, pstate->right_align); } else { print_and_free_record_list(pstate->precords, output_stream, ors, pstate->ofs, pstate->right_align); } if (pstate->pprev_keys != NULL) { slls_free(pstate->pprev_keys); pstate->pprev_keys = NULL; } pstate->precords = sllv_alloc(); pstate->num_blocks_written++; } if (prec != NULL) { sllv_append(pstate->precords, prec); if (pstate->pprev_keys == NULL) pstate->pprev_keys = mlr_copy_keys_from_record(prec); } } // ---------------------------------------------------------------- static void print_and_free_record_list(sllv_t* precords, FILE* output_stream, char* ors, char ofs, int right_align) { if (precords->length == 0) { sllv_free(precords); return; } lrec_t* prec1 = precords->phead->pvvalue; int* max_widths = mlr_malloc_or_die(sizeof(int) * prec1->field_count); int j = 0; for (lrece_t* pe = prec1->phead; pe != NULL; pe = pe->pnext, j++) { max_widths[j] = strlen_for_utf8_display(pe->key); } for (sllve_t* pnode = precords->phead; pnode != NULL; pnode = pnode->pnext) { lrec_t* prec = pnode->pvvalue; j = 0; for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext, j++) { int width = strlen_for_utf8_display(pe->value); if (width > max_widths[j]) max_widths[j] = width; } } int onr = 0; for (sllve_t* pnode = precords->phead; pnode != NULL; pnode = pnode->pnext, onr++) { lrec_t* prec = pnode->pvvalue; if (onr == 0) { j = 0; for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext, j++) { if (j > 0) { fputc(ofs, output_stream); } if (!right_align) { if (pe->pnext == NULL) { fprintf(output_stream, "%s", pe->key); } else { // "%-*s" fprintf format isn't correct for non-ASCII UTF-8 fprintf(output_stream, "%s", pe->key); int d = max_widths[j] - strlen_for_utf8_display(pe->key); for (int i = 0; i < d; i++) fputc(ofs, output_stream); } } else { int d = max_widths[j] - strlen_for_utf8_display(pe->key); for (int i = 0; i < d; i++) fputc(ofs, output_stream); fprintf(output_stream, "%s", pe->key); } } fputs(ors, output_stream); } j = 0; for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext, j++) { if (j > 0) { fputc(ofs, output_stream); } char* value = pe->value; if (*value == 0) // empty string value = "-"; if (!right_align) { if (pe->pnext == NULL) { fprintf(output_stream, "%s", value); } else { fprintf(output_stream, "%s", value); int d = max_widths[j] - strlen_for_utf8_display(value); for (int i = 0; i < d; i++) fputc(ofs, output_stream); } } else { int d = max_widths[j] - strlen_for_utf8_display(value); for (int i = 0; i < d; i++) fputc(ofs, output_stream); fprintf(output_stream, "%s", value); } } fputs(ors, output_stream); lrec_free(prec); // end of baton-pass } free(max_widths); sllv_free(precords); } // ---------------------------------------------------------------- static void print_and_free_record_list_barred(sllv_t* precords, FILE* output_stream, char* ors, char ofs, int right_align) { if (precords->length == 0) { sllv_free(precords); return; } lrec_t* prec1 = precords->phead->pvvalue; int* max_widths = mlr_malloc_or_die(sizeof(int) * prec1->field_count); int j = 0; for (lrece_t* pe = prec1->phead; pe != NULL; pe = pe->pnext, j++) { max_widths[j] = strlen_for_utf8_display(pe->key); } for (sllve_t* pnode = precords->phead; pnode != NULL; pnode = pnode->pnext) { lrec_t* prec = pnode->pvvalue; j = 0; for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext, j++) { int width = strlen_for_utf8_display(pe->value); if (width > max_widths[j]) max_widths[j] = width; } } int onr = 0; for (sllve_t* pnode = precords->phead; pnode != NULL; pnode = pnode->pnext, onr++) { lrec_t* prec = pnode->pvvalue; if (onr == 0) { j = 0; fputc('+', output_stream); fputc('-', output_stream); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext, j++) { if (j > 0) { fputc('-', output_stream); } int d = max_widths[j]; for (int i = 0; i < d; i++) fputc('-', output_stream); fputc('-', output_stream); fputc('+', output_stream); } fputs(ors, output_stream); j = 0; fputc('|', output_stream); fputc(ofs, output_stream); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext, j++) { if (j > 0) { fputc(ofs, output_stream); } if (!right_align) { // "%-*s" fprintf format isn't correct for non-ASCII UTF-8 fprintf(output_stream, "%s", pe->key); int d = max_widths[j] - strlen_for_utf8_display(pe->key); for (int i = 0; i < d; i++) fputc(ofs, output_stream); fputc(ofs, output_stream); fputc('|', output_stream); } else { int d = max_widths[j] - strlen_for_utf8_display(pe->key); for (int i = 0; i < d; i++) fputc(ofs, output_stream); fprintf(output_stream, "%s", pe->key); fputc(ofs, output_stream); fputc('|', output_stream); } } fputs(ors, output_stream); j = 0; fputc('+', output_stream); fputc('-', output_stream); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext, j++) { if (j > 0) { fputc('-', output_stream); } int d = max_widths[j]; for (int i = 0; i < d; i++) fputc('-', output_stream); fputc('-', output_stream); fputc('+', output_stream); } fputs(ors, output_stream); } j = 0; fputc('|', output_stream); fputc(ofs, output_stream); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext, j++) { if (j > 0) { fputc(ofs, output_stream); } char* value = pe->value; if (*value == 0) // empty string value = "-"; if (!right_align) { fprintf(output_stream, "%s", value); int d = max_widths[j] - strlen_for_utf8_display(value); for (int i = 0; i < d; i++) fputc(ofs, output_stream); fputc(ofs, output_stream); fputc('|', output_stream); } else { int d = max_widths[j] - strlen_for_utf8_display(value); for (int i = 0; i < d; i++) fputc(ofs, output_stream); fprintf(output_stream, "%s", value); fputc(ofs, output_stream); fputc('|', output_stream); } } fputs(ors, output_stream); if (pnode->pnext == NULL) { j = 0; fputc('+', output_stream); fputc('-', output_stream); for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext, j++) { if (j > 0) { fputc('-', output_stream); } int d = max_widths[j]; for (int i = 0; i < d; i++) fputc('-', output_stream); fputc('-', output_stream); fputc('+', output_stream); } fputs(ors, output_stream); } lrec_free(prec); // end of baton-pass } free(max_widths); sllv_free(precords); } miller-5.6.2/c/output/lrec_writer_xtab.c000066400000000000000000000124771354153536500203220ustar00rootroot00000000000000#include #include #include "lib/mlrutil.h" #include "output/lrec_writers.h" // ---------------------------------------------------------------- // Note: If OPS is single-character then we can do alignment of the form // // ab 123 // def 4567 // // On the other hand, if it's multi-character, we won't be able to align // neatly in all cases. Yet we do allow multi-character OPS, just without // repetition: if someone wants to use OPS ": " and format data as // // ab: 123 // def: 4567 // // then they can do that. // ---------------------------------------------------------------- typedef struct _lrec_writer_xtab_state_t { char* ofs; char* ops; int opslen; long long record_count; int right_justify_value; } lrec_writer_xtab_state_t; static void lrec_writer_xtab_free(lrec_writer_t* pwriter, context_t* pctx); static void lrec_writer_xtab_process_aligned(void* pvstate, FILE* output_stream, lrec_t* prec, char* ofs); static void lrec_writer_xtab_process_aligned_auto_ofs(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); static void lrec_writer_xtab_process_aligned_nonauto_ofs(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); static void lrec_writer_xtab_process_unaligned(void* pvstate, FILE* output_stream, lrec_t* prec, char* ofs); static void lrec_writer_xtab_process_unaligned_auto_ofs(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); static void lrec_writer_xtab_process_unaligned_nonauto_ofs(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx); // ---------------------------------------------------------------- lrec_writer_t* lrec_writer_xtab_alloc(char* ofs, char* ops, int right_justify_value) { lrec_writer_t* plrec_writer = mlr_malloc_or_die(sizeof(lrec_writer_t)); lrec_writer_xtab_state_t* pstate = mlr_malloc_or_die(sizeof(lrec_writer_xtab_state_t)); pstate->ofs = ofs; pstate->ops = ops; pstate->opslen = strlen(ops); pstate->record_count = 0LL; pstate->right_justify_value = right_justify_value; plrec_writer->pvstate = pstate; if (pstate->opslen == 1) { plrec_writer->pprocess_func = streq(ofs, "auto") ? lrec_writer_xtab_process_aligned_auto_ofs : lrec_writer_xtab_process_aligned_nonauto_ofs; } else { plrec_writer->pprocess_func = streq(ofs, "auto") ? lrec_writer_xtab_process_unaligned_auto_ofs : lrec_writer_xtab_process_unaligned_nonauto_ofs; } plrec_writer->pfree_func = lrec_writer_xtab_free; return plrec_writer; } static void lrec_writer_xtab_free(lrec_writer_t* pwriter, context_t* pctx) { free(pwriter->pvstate); free(pwriter); } // ---------------------------------------------------------------- static void lrec_writer_xtab_process_aligned_auto_ofs(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_xtab_process_aligned(pvstate, output_stream, prec, pctx->auto_line_term); } static void lrec_writer_xtab_process_aligned_nonauto_ofs(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_xtab_state_t* pstate = pvstate; lrec_writer_xtab_process_aligned(pvstate, output_stream, prec, pstate->ofs); } static void lrec_writer_xtab_process_aligned(void* pvstate, FILE* output_stream, lrec_t* prec, char* ofs) { if (prec == NULL) return; lrec_writer_xtab_state_t* pstate = pvstate; if (pstate->record_count > 0LL) fputs(ofs, output_stream); pstate->record_count++; int max_key_width = 1; int max_value_width = 1; for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { int key_width = strlen_for_utf8_display(pe->key); int value_width = strlen_for_utf8_display(pe->value); if (key_width > max_key_width) max_key_width = key_width; if (value_width > max_value_width) max_value_width = value_width; } for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { // "%-*s" fprintf format isn't correct for non-ASCII UTF-8 fprintf(output_stream, "%s", pe->key); int d = max_key_width - strlen_for_utf8_display(pe->key); for (int i = 0; i < d; i++) fputs(pstate->ops, output_stream); if (pstate->right_justify_value) { int d = max_value_width - strlen_for_utf8_display(pe->value); for (int i = 0; i < d; i++) fputs(pstate->ops, output_stream); } fprintf(output_stream, "%s%s%s", pstate->ops, pe->value, ofs); } lrec_free(prec); // end of baton-pass } // ---------------------------------------------------------------- static void lrec_writer_xtab_process_unaligned_auto_ofs(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_xtab_process_unaligned(pvstate, output_stream, prec, pctx->auto_line_term); } static void lrec_writer_xtab_process_unaligned_nonauto_ofs(void* pvstate, FILE* output_stream, lrec_t* prec, context_t* pctx) { lrec_writer_xtab_state_t* pstate = pvstate; lrec_writer_xtab_process_unaligned(pvstate, output_stream, prec, pstate->ofs); } static void lrec_writer_xtab_process_unaligned(void* pvstate, FILE* output_stream, lrec_t* prec, char* ofs) { if (prec == NULL) return; lrec_writer_xtab_state_t* pstate = pvstate; if (pstate->record_count > 0LL) fputs(ofs, output_stream); pstate->record_count++; for (lrece_t* pe = prec->phead; pe != NULL; pe = pe->pnext) { // "%-*s" fprintf format isn't correct for non-ASCII UTF-8 fprintf(output_stream, "%s%s%s%s", pe->key, pstate->ops, pe->value, ofs); } lrec_free(prec); // end of baton-pass } miller-5.6.2/c/output/lrec_writers.c000066400000000000000000000041411354153536500174540ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "output/lrec_writers.h" lrec_writer_t* lrec_writer_alloc(cli_writer_opts_t* popts) { if (streq(popts->ofile_fmt, "dkvp")) { return lrec_writer_dkvp_alloc(popts->ors, popts->ofs, popts->ops); } else if (streq(popts->ofile_fmt, "json")) { return lrec_writer_json_alloc(popts->stack_json_output_vertically, popts->wrap_json_output_in_outer_list, popts->json_quote_int_keys, popts->json_quote_non_string_values, popts->output_json_flatten_separator, popts->ors); } else if (streq(popts->ofile_fmt, "csv")) { return lrec_writer_csv_alloc(popts->ors, popts->ofs, popts->oquoting, popts->headerless_csv_output); } else if (streq(popts->ofile_fmt, "csvlite")) { return lrec_writer_csvlite_alloc(popts->ors, popts->ofs, popts->headerless_csv_output); } else if (streq(popts->ofile_fmt, "markdown")) { return lrec_writer_markdown_alloc(popts->ors); } else if (streq(popts->ofile_fmt, "nidx")) { return lrec_writer_nidx_alloc(popts->ors, popts->ofs); } else if (streq(popts->ofile_fmt, "xtab")) { return lrec_writer_xtab_alloc(popts->ofs, popts->ops, popts->right_justify_xtab_value); } else if (streq(popts->ofile_fmt, "pprint")) { if (strlen(popts->ofs) != 1) { fprintf(stderr, "%s: OFS for PPRINT format must be single-character; got \"%s\".\n", MLR_GLOBALS.bargv0, popts->ofs); return NULL; } else { return lrec_writer_pprint_alloc(popts->ors, popts->ofs[0], popts->right_align_pprint, popts->pprint_barred); } } else { return NULL; } } // ---------------------------------------------------------------- lrec_writer_t* lrec_writer_alloc_or_die(cli_writer_opts_t* popts) { lrec_writer_t* plrec_writer = lrec_writer_alloc(popts); MLR_INTERNAL_CODING_ERROR_IF(plrec_writer == NULL); return plrec_writer; } // ---------------------------------------------------------------- void lrec_writer_print_all(lrec_writer_t* pwriter, FILE* fp, sllv_t* poutrecs, context_t* pctx) { while (poutrecs->phead != NULL) { lrec_t* poutrec = sllv_pop(poutrecs); pwriter->pprocess_func(pwriter->pvstate, fp, poutrec, pctx); } } miller-5.6.2/c/output/lrec_writers.h000066400000000000000000000024561354153536500174700ustar00rootroot00000000000000#ifndef LREC_WRITERS_H #define LREC_WRITERS_H #include #include "cli/quoting.h" #include "cli/mlrcli.h" #include "containers/sllv.h" #include "output/lrec_writer.h" #include "lib/context.h" lrec_writer_t* lrec_writer_alloc(cli_writer_opts_t* popts); lrec_writer_t* lrec_writer_alloc_or_die(cli_writer_opts_t* popts); lrec_writer_t* lrec_writer_csv_alloc(char* ors, char* ofs, quoting_t oquoting, int headerless_csv_output); lrec_writer_t* lrec_writer_csvlite_alloc(char* ors, char* ofs, int headerless_csv_output); lrec_writer_t* lrec_writer_markdown_alloc(char* ors); lrec_writer_t* lrec_writer_dkvp_alloc(char* ors, char* ofs, char* ops); lrec_writer_t* lrec_writer_json_alloc(int stack_vertically, int wrap_json_output_in_outer_list, int json_quote_int_keys, int json_quote_non_string_values, char* output_json_flatten_separator, char* line_term); lrec_writer_t* lrec_writer_nidx_alloc(char* ors, char* ofs); lrec_writer_t* lrec_writer_pprint_alloc(char* ors, char ofs, int right_align, int barred); lrec_writer_t* lrec_writer_xtab_alloc(char* ofs, char* ops, int right_justify_value); // Pops and frees the lrecs in the argument list without sllv-freeing the list structure itself. void lrec_writer_print_all(lrec_writer_t* pwriter, FILE* fp, sllv_t* poutrecs, context_t* pctx); #endif // LREC_WRITERS_H miller-5.6.2/c/output/multi_lrec_writer.c000066400000000000000000000116311354153536500205050ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "cli/mlrcli.h" #include "output/multi_lrec_writer.h" // ---------------------------------------------------------------- multi_lrec_writer_t* multi_lrec_writer_alloc(cli_writer_opts_t* pwriter_opts) { multi_lrec_writer_t* pmlw = mlr_malloc_or_die(sizeof(multi_lrec_writer_t)); pmlw->pnames_to_lrec_writers_and_fps = lhmsv_alloc(); pmlw->pwriter_opts = pwriter_opts; return pmlw; } // ---------------------------------------------------------------- void multi_lrec_writer_free(multi_lrec_writer_t* pmlw, context_t* pctx) { if (pmlw == NULL) return; for (lhmsve_t* pe = pmlw->pnames_to_lrec_writers_and_fps->phead; pe != NULL; pe = pe->pnext) { lrec_writer_and_fp_t* pstate = pe->pvvalue; pstate->plrec_writer->pfree_func(pstate->plrec_writer, pctx); free(pstate->filename_or_command); free(pstate); } lhmsv_free(pmlw->pnames_to_lrec_writers_and_fps); free(pmlw); } // ---------------------------------------------------------------- void multi_lrec_writer_output_srec(multi_lrec_writer_t* pmlw, lrec_t* poutrec, char* filename_or_command, file_output_mode_t file_output_mode, int flush_every_record, context_t* pctx) { lrec_writer_and_fp_t* pstate = lhmsv_get(pmlw->pnames_to_lrec_writers_and_fps, filename_or_command); if (pstate == NULL) { pstate = mlr_malloc_or_die(sizeof(lrec_writer_and_fp_t)); pstate->plrec_writer = lrec_writer_alloc(pmlw->pwriter_opts); MLR_INTERNAL_CODING_ERROR_IF(pstate->plrec_writer == NULL); pstate->filename_or_command = mlr_strdup_or_die(filename_or_command); char* mode_string = get_mode_string(file_output_mode); char* mode_desc = get_mode_desc(file_output_mode); if (file_output_mode == MODE_PIPE) { pstate->is_popen = TRUE; pstate->output_stream = popen(filename_or_command, mode_string); if (pstate->output_stream == NULL) { perror("popen"); fprintf(stderr, "%s: failed popen for %s on \"%s\".\n", MLR_GLOBALS.bargv0, mode_desc, filename_or_command); exit(1); } } else { pstate->is_popen = FALSE; pstate->output_stream = fopen(filename_or_command, mode_string); if (pstate->output_stream == NULL) { perror("fopen"); fprintf(stderr, "%s: failed fopen for %s on \"%s\".\n", MLR_GLOBALS.bargv0, mode_desc, filename_or_command); exit(1); } } lhmsv_put(pmlw->pnames_to_lrec_writers_and_fps, mlr_strdup_or_die(filename_or_command), pstate, FREE_ENTRY_KEY); } pstate->plrec_writer->pprocess_func(pstate->plrec_writer->pvstate, pstate->output_stream, poutrec, pctx); if (poutrec != NULL) { if (flush_every_record) fflush(pstate->output_stream); } else { if (pstate->is_popen) { // Sadly, pclose returns an error even on well-formed commands. For example, if the popened // command was "grep nonesuch" and the string "nonesuch" was not encountered, grep returns // non-zero and popen flags it as an error. We cannot differentiate these from genuine // failure cases so the best choice is to simply call pclose and ignore error codes. // If a piped-to command does fail then it should have some output to stderr which the // user can take advantage of. (void)pclose(pstate->output_stream); } else { if (fclose(pstate->output_stream) != 0) { perror("fclose"); fprintf(stderr, "%s: fclose error on \"%s\".\n", MLR_GLOBALS.bargv0, filename_or_command); exit(1); } } pstate->output_stream = NULL; } } void multi_lrec_writer_output_list(multi_lrec_writer_t* pmlw, sllv_t* poutrecs, char* filename_or_command, file_output_mode_t file_output_mode, int flush_every_record, context_t* pctx) { if (poutrecs == NULL) // synonym for empty record-list return; while (poutrecs->phead) { lrec_t* poutrec = sllv_pop(poutrecs); multi_lrec_writer_output_srec(pmlw, poutrec, filename_or_command, file_output_mode, flush_every_record, pctx); } } void multi_lrec_writer_drain(multi_lrec_writer_t* pmlw, context_t* pctx) { for (lhmsve_t* pe = pmlw->pnames_to_lrec_writers_and_fps->phead; pe != NULL; pe = pe->pnext) { lrec_writer_and_fp_t* pstate = pe->pvvalue; pstate->plrec_writer->pprocess_func(pstate->plrec_writer->pvstate, pstate->output_stream, NULL, pctx); fflush(pstate->output_stream); if (pstate->is_popen) { // Sadly, pclose returns an error even on well-formed commands. For example, if the popened // command was "grep nonesuch" and the string "nonesuch" was not encountered, grep returns // non-zero and popen flags it as an error. We cannot differentiate these from genuine // failure cases so the best choice is to simply call pclose and ignore error codes. // If a piped-to command does fail then it should have some output to stderr which the // user can take advantage of. (void)pclose(pstate->output_stream); } else { if (fclose(pstate->output_stream) != 0) { perror("fclose"); fprintf(stderr, "%s: fclose error on \"%s\".\n", MLR_GLOBALS.bargv0, pstate->filename_or_command); exit(1); } } } } miller-5.6.2/c/output/multi_lrec_writer.h000066400000000000000000000025271354153536500205160ustar00rootroot00000000000000#ifndef MULTI_LREC_WRITER_H #define MULTI_LREC_WRITER_H #include #include "cli/mlrcli.h" #include "containers/lhmsv.h" #include "containers/sllv.h" #include "output/lrec_writers.h" #include "output/file_output_mode.h" #include "lib/context.h" // ---------------------------------------------------------------- // This is the value struct for the hashmap: typedef struct _lrec_writer_and_fp_t { lrec_writer_t* plrec_writer; char* filename_or_command; FILE* output_stream; int is_popen; } lrec_writer_and_fp_t; typedef struct _multi_lrec_writer_t { lhmsv_t* pnames_to_lrec_writers_and_fps; cli_writer_opts_t* pwriter_opts; } multi_lrec_writer_t; // ---------------------------------------------------------------- multi_lrec_writer_t* multi_lrec_writer_alloc(cli_writer_opts_t* pwriter_opts); void multi_lrec_writer_free(multi_lrec_writer_t* pmlw, context_t* pctx); void multi_lrec_writer_output_srec(multi_lrec_writer_t* pmlw, lrec_t* poutrec, char* filename_or_command, file_output_mode_t file_output_mode, int flush_every_record, context_t* pctx); void multi_lrec_writer_output_list(multi_lrec_writer_t* pmlw, sllv_t* poutrecs, char* filename_or_command, file_output_mode_t file_output_mode, int flush_every_record, context_t* pctx); void multi_lrec_writer_drain(multi_lrec_writer_t* pmlw, context_t* pctx); #endif // MULTI_LREC_WRITER_H miller-5.6.2/c/output/multi_out.c000066400000000000000000000041621354153536500167740ustar00rootroot00000000000000#include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "multi_out.h" // ---------------------------------------------------------------- multi_out_t* multi_out_alloc() { multi_out_t* pmo = mlr_malloc_or_die(sizeof(multi_out_t)); pmo->pnames_to_fps = lhmsv_alloc(); return pmo; } // ---------------------------------------------------------------- void multi_out_close(multi_out_t* pmo) { for (lhmsve_t* pe = pmo->pnames_to_fps->phead; pe != NULL; pe = pe->pnext) { fp_and_flag_t* pstate = pe->pvvalue; if (pstate->is_popen) { pclose(pstate->output_stream); } else { fclose(pstate->output_stream); } } } // ---------------------------------------------------------------- void multi_out_free(multi_out_t* pmo) { if (pmo == NULL) return; for (lhmsve_t* pe = pmo->pnames_to_fps->phead; pe != NULL; pe = pe->pnext) { fp_and_flag_t* pstate = pe->pvvalue; free(pstate); } lhmsv_free(pmo->pnames_to_fps); free(pmo); } // ---------------------------------------------------------------- FILE* multi_out_get(multi_out_t* pmo, char* filename_or_command, file_output_mode_t file_output_mode) { fp_and_flag_t* pstate = lhmsv_get(pmo->pnames_to_fps, filename_or_command); if (pstate == NULL) { pstate = mlr_malloc_or_die(sizeof(fp_and_flag_t)); char* mode_string = get_mode_string(file_output_mode); char* mode_desc = get_mode_desc(file_output_mode); if (file_output_mode == MODE_PIPE) { pstate->is_popen = TRUE; pstate->output_stream = popen(filename_or_command, mode_string); if (pstate->output_stream == NULL) { perror("popen"); fprintf(stderr, "%s: failed popen for %s of \"%s\".\n", MLR_GLOBALS.bargv0, mode_desc, filename_or_command); exit(1); } } else { pstate->is_popen = FALSE; pstate->output_stream = fopen(filename_or_command, mode_string); if (pstate->output_stream == NULL) { perror("fopen"); fprintf(stderr, "%s: failed fopen for %s of \"%s\".\n", MLR_GLOBALS.bargv0, mode_desc, filename_or_command); exit(1); } } lhmsv_put(pmo->pnames_to_fps, mlr_strdup_or_die(filename_or_command), pstate, FREE_ENTRY_KEY); } return pstate->output_stream; } miller-5.6.2/c/output/multi_out.h000066400000000000000000000013051354153536500167750ustar00rootroot00000000000000#ifndef MULTI_OUT_H #define MULTI_OUT_H #include #include "containers/lhmsv.h" #include "output/file_output_mode.h" // ---------------------------------------------------------------- // This is the value struct for the hashmap: typedef struct _fp_and_flag_t { FILE* output_stream; int is_popen; } fp_and_flag_t; 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then \ rm -f lempar.c mlr_dsl_parse.y; \ fi # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: miller-5.6.2/c/parsing/Makefile.no-autoconfig000066400000000000000000000173021354153536500211210ustar00rootroot00000000000000# ================================================================ # NOTE: This makefile is not intended to be used in a packaging system -- # rather, Miller uses autconfig for that. This makefile is intended for users # who prefer (for whatever reason) to bypass autoconfig. Please also see # http://johnkerl.org/miller/doc/build.html#Without_using_autoconfig # ================================================================ CC=gcc # We cannot use the same flags as the parent-directory makefile since # lex emits a couple of unused static functions which don't pass gcc -Wall -Werror. #DSLCFLAGS=-I.. -O3 -Wextra -Wpedantic DSLCFLAGS=-I.. -O3 -g #CC=clang #DSLCFLAGS=-I.. -Wall -O2 -fsanitize=address # ---------------------------------------------------------------- top: mlr_dsl_lexer.o mlr_dsl_parse.o mlr_dsl_wrapper.o # ---------------------------------------------------------------- mlr_dsl_wrapper.o: mlr_dsl_wrapper.c mlr_dsl_wrapper.h mlr_dsl_parse.h \ ../lib/mlrutil.h ../dsl/mlr_dsl_ast.h ../containers/sllv.h $(CC) -Wall $(DSLCFLAGS) -c -std=gnu99 mlr_dsl_wrapper.c mlr_dsl_parse.o: mlr_dsl_parse.c mlr_dsl_parse.h $(CC) $(DSLCFLAGS) -c -std=gnu99 mlr_dsl_parse.c mlr_dsl_parse.c mlr_dsl_parse.h: mlr_dsl_parse.y lemon ../dsl/mlr_dsl_ast.h ../containers/sllv.h ./lemon -s mlr_dsl_parse.y mv mlr_dsl_parse.c mlr_dsl_parse.c.tmp sed \ -e 's/ParseTrace/mlr_dsl_ParseTrace/g' \ -e 's/ParseTokenName/mlr_dsl_ParseTokenName/g' \ -e 's/lemon_parser_alloc/mlr_dsl_lemon_parser_alloc/g' \ -e 's/lemon_parser_free/mlr_dsl_lemon_parser_free/g' \ -e 's/lemon_parser_parse_token/mlr_dsl_lemon_parser_parse_token/g' \ -e 's/yy_destructor/mlr_dsl_yy_destructor/g' \ mlr_dsl_parse.c.tmp > mlr_dsl_parse.c rm -f mlr_dsl_parse.c.tmp # muldef: # ParseTrace # ParseTokenName # lemon_parser_alloc # lemon_parser_free # lemon_parser_parse_token # yy_destructor mlr_dsl_lexer.o: mlr_dsl_lexer.c mlr_dsl_lexer.h mlr_dsl_parse.h $(CC) $(DSLCFLAGS) -c -std=gnu99 mlr_dsl_lexer.c mlr_dsl_lexer.c mlr_dsl_lexer.h: mlr_dsl_lexer.l ../dsl/mlr_dsl_ast.h flex --prefix=mlr_dsl_lexer_ --outfile=mlr_dsl_lexer.c --header-file=mlr_dsl_lexer.h mlr_dsl_lexer.l mlr_dsl: mlr_dsl_wrapper_main.c mlr_dsl_wrapper.c mlr_dsl_wrapper.h mlr_dsl_parse.h mlr_dsl_lexer.o mlr_dsl_parse.o ../lib/mlrutil.c ../lib/mlrutil.h ../lib/mlr_globals.c ../lib/mlr_globals.h ./../dsl/mlr_dsl_ast.h \ ../lib/mlrutil.c ../containers/sllv.c ./../dsl/mlr_dsl_ast.c $(CC) -Wall $(DSLCFLAGS) -std=gnu99 mlr_dsl_wrapper_main.c mlr_dsl_wrapper.c mlr_dsl_lexer.o mlr_dsl_parse.o ../lib/mlrutil.c ../lib/mlr_globals.c ../containers/sllv.c ./../dsl/mlr_dsl_ast.c -o mlr_dsl # ---------------------------------------------------------------- ex0: ex0_wrapper.c ex0_wrapper.h ex0_parse.h ex0_lexer.o ex0_parse.o ../lib/mlrutil.c ../lib/mlrutil.h ../lib/mlr_globals.c ../lib/mlr_globals.h ./ex_ast.h \ ../lib/mlrutil.c ../containers/sllv.c ./ex_ast.h ./ex_ast.c $(CC) -Wall $(DSLCFLAGS) -std=gnu99 ex0_wrapper.c ex0_lexer.o ex0_parse.o ../lib/mlrutil.c ../lib/mlr_globals.c ../containers/sllv.c ./ex_ast.c -o ex0 ex0_parse.o: ex0_parse.c ex0_parse.h $(CC) $(DSLCFLAGS) -c -std=gnu99 ex0_parse.c ex0_parse.c ex0_parse.h: ex0_parse.y lemon ./ex_ast.h ../containers/sllv.h ./lemon -s ex0_parse.y mv ex0_parse.c ex0_parse.c.tmp sed \ -e 's/ParseTrace/ex0_ParseTrace/g' \ -e 's/ParseTokenName/ex0_ParseTokenName/g' \ -e 's/lemon_parser_alloc/ex0_lemon_parser_alloc/g' \ -e 's/lemon_parser_free/ex0_lemon_parser_free/g' \ -e 's/lemon_parser_parse_token/ex0_lemon_parser_parse_token/g' \ -e 's/yy_destructor/ex0_yy_destructor/g' \ ex0_parse.c.tmp > ex0_parse.c rm -f ex0_parse.c.tmp ex0_lexer.o: ex0_lexer.c ex0_lexer.h ex0_parse.h $(CC) $(DSLCFLAGS) -c -std=gnu99 ex0_lexer.c ex0_lexer.c ex0_lexer.h: ex0_lexer.l ./ex_ast.h flex --prefix=ex0_lexer_ --outfile=ex0_lexer.c --header-file=ex0_lexer.h ex0_lexer.l # ---------------------------------------------------------------- ex1: ex1_wrapper.c ex1_wrapper.h ex1_parse.h ex1_lexer.o ex1_parse.o ../lib/mlrutil.c ../lib/mlrutil.h ../lib/mlr_globals.c ../lib/mlr_globals.h ./ex_ast.h \ ../lib/mlrutil.c ../containers/sllv.c ./ex_ast.h ./ex_ast.c $(CC) -Wall $(DSLCFLAGS) -std=gnu99 ex1_wrapper.c ex1_lexer.o ex1_parse.o ../lib/mlrutil.c ../lib/mlr_globals.c ../containers/sllv.c ./ex_ast.c -o ex1 ex1_parse.o: ex1_parse.c ex1_parse.h $(CC) $(DSLCFLAGS) -c -std=gnu99 ex1_parse.c ex1_parse.c ex1_parse.h: ex1_parse.y lemon ./ex_ast.h ../containers/sllv.h ./lemon -s ex1_parse.y mv ex1_parse.c ex1_parse.c.tmp sed \ -e 's/ParseTrace/ex1_ParseTrace/g' \ -e 's/ParseTokenName/ex1_ParseTokenName/g' \ -e 's/lemon_parser_alloc/ex1_lemon_parser_alloc/g' \ -e 's/lemon_parser_free/ex1_lemon_parser_free/g' \ -e 's/lemon_parser_parse_token/ex1_lemon_parser_parse_token/g' \ -e 's/yy_destructor/ex1_yy_destructor/g' \ ex1_parse.c.tmp > ex1_parse.c rm -f ex1_parse.c.tmp ex1_lexer.o: ex1_lexer.c ex1_lexer.h ex1_parse.h $(CC) $(DSLCFLAGS) -c -std=gnu99 ex1_lexer.c ex1_lexer.c ex1_lexer.h: ex1_lexer.l ./ex_ast.h flex --prefix=ex1_lexer_ --outfile=ex1_lexer.c --header-file=ex1_lexer.h ex1_lexer.l # ---------------------------------------------------------------- ex2: ex2_wrapper.c ex2_wrapper.h ex2_parse.h ex2_lexer.o ex2_parse.o ../lib/mlrutil.c ../lib/mlrutil.h ../lib/mlr_globals.c ../lib/mlr_globals.h ./ex_ast.h \ ../lib/mlrutil.c ../containers/sllv.c ./ex_ast.h ./ex_ast.c $(CC) -Wall $(DSLCFLAGS) -std=gnu99 ex2_wrapper.c ex2_lexer.o ex2_parse.o ../lib/mlrutil.c ../lib/mlr_globals.c ../containers/sllv.c ./ex_ast.c -o ex2 ex2_parse.o: ex2_parse.c ex2_parse.h $(CC) $(DSLCFLAGS) -c -std=gnu99 ex2_parse.c ex2_parse.c ex2_parse.h: ex2_parse.y lemon ./ex_ast.h ../containers/sllv.h ./lemon -s -c ex2_parse.y mv ex2_parse.c ex2_parse.c.tmp sed \ -e 's/ParseTrace/ex2_ParseTrace/g' \ -e 's/ParseTokenName/ex2_ParseTokenName/g' \ -e 's/lemon_parser_alloc/ex2_lemon_parser_alloc/g' \ -e 's/lemon_parser_free/ex2_lemon_parser_free/g' \ -e 's/lemon_parser_parse_token/ex2_lemon_parser_parse_token/g' \ -e 's/yy_destructor/ex2_yy_destructor/g' \ ex2_parse.c.tmp > ex2_parse.c rm -f ex2_parse.c.tmp ex2_lexer.o: ex2_lexer.c ex2_lexer.h ex2_parse.h $(CC) $(DSLCFLAGS) -c -std=gnu99 ex2_lexer.c ex2_lexer.c ex2_lexer.h: ex2_lexer.l ./ex_ast.h flex --prefix=ex2_lexer_ --outfile=ex2_lexer.c --header-file=ex2_lexer.h ex2_lexer.l # ---------------------------------------------------------------- lemon: \ lemon_assert.h \ lemon_assert.c \ lemon_error.h \ lemon_error.c \ lemon_string.h \ lemon_string.c \ lemon_msort.h \ lemon_msort.c \ lemon_set.h \ lemon_set.c \ lemon_memory.h \ lemon_memory.c \ lemon_option.h \ lemon_option.c \ lemon_structs.h \ lemon_action.h \ lemon_action.c \ lemon_symbol.h \ lemon_symbol.c \ lemon_config_list.h \ lemon_config_list.c \ lemon_state_table.h \ lemon_state_table.c \ lemon_plink.h \ lemon_plink.c \ lemon_parse.h \ lemon_parse.c \ lemon_fsm.h \ lemon_fsm.c \ lemon_report.h \ lemon_report.c \ lemon_main.c $(CC) -o lemon lemon_assert.c lemon_error.c lemon_string.c \ lemon_msort.c lemon_set.c lemon_memory.c lemon_option.c lemon_action.c \ lemon_symbol.c lemon_config_list.c lemon_state_table.c lemon_plink.c \ lemon_parse.c lemon_fsm.c lemon_report.c lemon_main.c \ # ---------------------------------------------------------------- clean: rm -f *.o rm -f mlr_dsl_parse.c mlr_dsl_parse.h mlr_dsl_parse.out rm -f mlr_dsl_lexer.c mlr_dsl_lexer.h rm -f ex0_parse.c ex0_parse.h ex0_parse.out rm -f ex0_lexer.c ex0_lexer.h rm -f ex0 rm -f ex1_parse.c ex1_parse.h ex1_parse.out rm -f ex1_lexer.c ex1_lexer.h rm -f ex1 rm -f ex2_parse.c ex2_parse.h ex2_parse.out rm -f ex2_lexer.c ex2_lexer.h rm -f ex2 rm -f lemon .always: @/bin/true miller-5.6.2/c/parsing/README.md000066400000000000000000000006541354153536500161730ustar00rootroot00000000000000# Miller domain-specific languages These exist for Miller's `put` and `filter` functions. The grammars are not at all profound: just parsing 101 as familiar from an introductory compilers course. I use `lex` and `lemon` rather than `lex` and `yacc`: I find Lemon far more transparent. Concrete syntax trees (CSTs) are embodied in the `lex`/`lemon` files. Abstract syntax trees (ASTs) are in the Miller `containers` directory. miller-5.6.2/c/parsing/ex0_lexer.l000066400000000000000000000022231354153536500167560ustar00rootroot00000000000000%{ #include "stdio.h" // for fileno() prototype #include "string.h" // for strdup() prototype #include "ex0_parse.h" #include "./ex_ast.h" // http://flex.sourceforge.net/manual/Extra-Data.html %} %option reentrant %option noyywrap %option extra-type="struct _ex_ast_node_t **" %% [0-9]+|[0-9]+\.[0-9]*|[0-9]*\.[0-9]+|[0-9]+[eE][0-9]+|[0-9]+[eE]-[0-9]+|[0-9]+\.[0-9]*[eE][0-9]+|[0-9]+\.[0-9]*[eE]-[0-9]+|[0-9]*\.[0-9]+[eE][0-9]+|[0-9]*\.[0-9]+[eE]-[0-9]+ { // Leading minus sign is handled via the unary-minus operator, not here. // 123 // 123. 123.4 // .234 // 1e2 // 1e-2 // 1.2e3 1.e3 // 1.2e-3 1.e-3 // .2e3 // .2e-3 1.e-3 *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_NUMERIC_LITERAL); return MD_TOKEN_NUMBER; } "+" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_PLUS; } "-" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_MINUS; } "*" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_TIMES; } "/" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_DIVIDE; } [ \t\r\n] { } . { return -1; } %% miller-5.6.2/c/parsing/ex0_parse.y000066400000000000000000000052111354153536500167660ustar00rootroot00000000000000// vim: set filetype=none: // (Lemon files have .y extensions like Yacc files but are not Yacc.) %include { #include #include #include #include "../lib/mlrutil.h" #include "./ex_ast.h" #include "../containers/sllv.h" #define DO_WRITE_APPEND // transitional pending lemon-memory issue // ================================================================ // AST: // * parens, commas, semis, line endings, whitespace are all stripped away // * variable names and literal values remain as leaf nodes of the AST // * = + - * / ** {function names} remain as non-leaf nodes of the AST // CST: See ex0_cst.c // // Note: This parser accepts many things that are invalid, e.g. // * begin{end{}} -- begin/end not at top level // * begin{$x=1} -- references to stream records at begin/end // * break/continue outside of for/while/do-while // * $x=x -- boundvars outside of for-loop variable bindings // All of the above are enforced by the CST builder, which takes this parser's output AST as input. // This is done (a) to keep this grammar from being overly complex, and (b) so we can get much more // informative error messages in C than in Lemon ('syntax error'). // // The parser hooks all build up an abstract syntax tree specifically for the CST builder. // For clearer visuals on what the ASTs look like: // * See ex0_cst.c // * See reg_test/run's filter -v and put -v outputs, e.g. in reg_test/expected/out // * Do "mlr -n put -v 'your expression goes here'" // ================================================================ } %token_type {ex_ast_node_t*} %default_type {ex_ast_node_t*} %extra_argument {ex_ast_t* past} //void token_destructor(ex_ast_node_t t) { // printf("In token_destructor t->text(%s)=t->type(%lf)\n", t->text, t->type); //} //%token_destructor {token_destructor($$);} %parse_accept { } // The caller is expected to provide more context. %syntax_error { fprintf(stderr, "mlr DSL: syntax error.\n"); } // ================================================================ md_body ::= math_expr(B). { past->proot = B; } math_expr(C) ::= MD_TOKEN_NUMBER(A) MD_TOKEN_PLUS(O) MD_TOKEN_NUMBER(B) . { C = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, A, B); } math_expr(C) ::= MD_TOKEN_NUMBER(A) MD_TOKEN_MINUS(O) MD_TOKEN_NUMBER(B) . { C = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, A, B); } math_expr(C) ::= MD_TOKEN_NUMBER(A) MD_TOKEN_TIMES(O) MD_TOKEN_NUMBER(B) . { C = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, A, B); } math_expr(C) ::= MD_TOKEN_NUMBER(A) MD_TOKEN_DIVIDE(O) MD_TOKEN_NUMBER(B) . { C = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, A, B); } miller-5.6.2/c/parsing/ex0_wrapper.c000066400000000000000000000061131354153536500173100ustar00rootroot00000000000000#include #include #include "ex0_wrapper.h" #include "ex0_lexer.h" #include "ex0_parse.h" #include "../lib/mlrutil.h" #include "./ex_ast.h" #include "../containers/sllv.h" // These prototypes are copied out manually from ex0_parse.c. With some // more work I could have Lemon autogenerate these prototypes into // ex0_parse.h. void *ex0_lemon_parser_alloc(void *(*mallocProc)(size_t)); int ex0_lemon_parser_parse_token( void *pvparser, /* The parser */ int yymajor, /* The major token code number */ ex_ast_node_t* yyminor, /* The value for the token */ ex_ast_t* past); /* Optional %extra_argument parameter */ void ex0_lemon_parser_free( void *pvparser, /* The parser to be deleted */ void (*freeProc)(void*)); /* Function used to reclaim memory */ void ex0_ParseTrace(FILE *TraceFILE, char *zTracePrompt); // ---------------------------------------------------------------- // http://flex.sourceforge.net/manual/Init-and-Destroy-Functions.html // http://flex.sourceforge.net/manual/Extra-Data.html // Returns linked list of ex_ast_node_t*. static ex_ast_t* ex0_parse_inner(yyscan_t scanner, void* pvparser, ex_ast_node_t** ppnode, int trace_parse) { int lex_code; int parse_code; ex_ast_t* past = ex_ast_alloc(); if (trace_parse) ex0_ParseTrace(stderr, "[DSLTRACE] "); do { lex_code = ex0_lexer_lex(scanner); ex_ast_node_t* plexed_node = *ppnode; parse_code = ex0_lemon_parser_parse_token(pvparser, lex_code, plexed_node, past); if (parse_code == 0) { return NULL; } } while (lex_code > 0); if (-1 == lex_code) { fprintf(stderr, "The scanner encountered an error.\n"); return NULL; } parse_code = ex0_lemon_parser_parse_token(pvparser, 0, NULL, past); if (parse_code == 0) return NULL; return past; } // ---------------------------------------------------------------- // Returns linked list of ex_ast_node_t*. ex_ast_t* ex0_parse(char* string, int trace_parse) { ex_ast_node_t* pnode = NULL; yyscan_t scanner; ex0_lexer_lex_init_extra(&pnode, &scanner); void* pvparser = ex0_lemon_parser_alloc(malloc); YY_BUFFER_STATE buf = NULL; if (string == NULL) { ex0_lexer_set_in(stdin, scanner); } else { YY_BUFFER_STATE buf = ex0_lexer__scan_string(string, scanner); ex0_lexer__switch_to_buffer (buf, scanner); } ex_ast_t* past = ex0_parse_inner(scanner, pvparser, &pnode, trace_parse); if (buf != NULL) ex0_lexer__delete_buffer(buf, scanner); ex0_lexer_lex_destroy(scanner); ex0_lemon_parser_free(pvparser, free); return past; } // ---------------------------------------------------------------- void yytestcase(int ignored) { } // ---------------------------------------------------------------- int main(int argc, char** argv) { int trace_parse = FALSE; int argi = 1; if (argc >= 2 && streq(argv[1], "-t")) { argi++; trace_parse = TRUE; } if ((argc - argi) != 1) { fprintf(stderr, "Usage: %s [-t] {expression}\n", argv[0]); exit(1); } ex_ast_t* past = ex0_parse(argv[argi], trace_parse); if (past == NULL) { printf("syntax error\n"); } else { ex_ast_print(past); } return 0; } miller-5.6.2/c/parsing/ex0_wrapper.h000066400000000000000000000002171354153536500173140ustar00rootroot00000000000000#ifndef EX0_WRAPPER_H #define EX0_WRAPPER_H #include "ex_ast.h" ex_ast_t* ex0_parse(char* string, int trace_parse); #endif // EX0_WRAPPER_H miller-5.6.2/c/parsing/ex1_lexer.l000066400000000000000000000265741354153536500167760ustar00rootroot00000000000000%{ #include "stdio.h" // for fileno() prototype #include "string.h" // for strdup() prototype #include "ex1_parse.h" #include "./ex_ast.h" // http://flex.sourceforge.net/manual/Extra-Data.html %} %option reentrant %option noyywrap %option extra-type="struct _ex_ast_node_t **" %% ";" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_SEMICOLON; } "{" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_LBRACE; } "}" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_RBRACE; } "=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_SREC_ASSIGNMENT); return MD_TOKEN_ASSIGN; } "filter" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_FILTER); return MD_TOKEN_FILTER; } "unset" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_UNSET); return MD_TOKEN_UNSET; } "emitf" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_EMITF); return MD_TOKEN_EMITF; } "emitp" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_EMITP); return MD_TOKEN_EMITP; } "emit" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_EMIT); return MD_TOKEN_EMIT; } "dump" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_DUMP); return MD_TOKEN_DUMP; } "edump" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_EDUMP); return MD_TOKEN_EDUMP; } "print" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_PRINT); return MD_TOKEN_PRINT; } "printn" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_PRINTN); return MD_TOKEN_PRINTN; } "eprint" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_EPRINT); return MD_TOKEN_EPRINT; } "eprintn" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_EPRINTN); return MD_TOKEN_EPRINTN; } "begin" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_BEGIN; } "end" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_END; } "all" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_ALL); return MD_TOKEN_ALL; } "do" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_DO_WHILE); return MD_TOKEN_DO; } "while" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_WHILE); return MD_TOKEN_WHILE; } "for" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_FOR; } "in" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_IN); return MD_TOKEN_IN; } "break" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_BREAK); return MD_TOKEN_BREAK; } "continue" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTINUE); return MD_TOKEN_CONTINUE; } "if" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_IF_ITEM); return MD_TOKEN_IF; } "elif" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_IF_ITEM); return MD_TOKEN_ELIF; } "else" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_IF_ITEM); return MD_TOKEN_ELSE; } "?" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_QUESTION_MARK; } ":" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_COLON; } "||" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LOGICAL_OR; } "||=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LOGICAL_OR_EQUALS; } "^^" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LOGICAL_XOR; } "^^=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LOGICAL_XOR_EQUALS; } "&&" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LOGICAL_AND; } "&&=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LOGICAL_AND_EQUALS; } "=~" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_MATCHES; } "!=~" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_DOES_NOT_MATCH; } "==" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_EQ; } "!=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_NE; } ">" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_GT; } ">=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_GE; } "<" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LT; } "<=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LE; } "|" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_OR; } "|=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_OR_EQUALS; } "^" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_XOR; } "^=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_XOR_EQUALS; } "&" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_AND; } "&=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_AND_EQUALS; } "<<" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_LSH; } "<<=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_LSH_EQUALS; } ">>" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_RSH; } ">>=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_RSH_EQUALS; } "+" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_PLUS; } "+=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_PLUS_EQUALS; } "-" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_MINUS; } "-=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_MINUS_EQUALS; } "\." { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_DOT; } "\.=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_DOT_EQUALS; } "*" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_TIMES; } "*=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_TIMES_EQUALS; } "/" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_DIVIDE; } "/=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_DIVIDE_EQUALS; } "//" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_INT_DIVIDE; } "//=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_INT_DIVIDE_EQUALS; } "%" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_MOD; } "%=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_MOD_EQUALS; } "!" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LOGICAL_NOT; } "~" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_NOT; } "**" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_POW; } "**=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_POW_EQUALS; } \$\* { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_FULL_SREC); return MD_TOKEN_FULL_SREC; } \$ { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_DOLLAR_SIGN; } \$[a-zA-Z_0-9]+ { // Note: the parser depends on the dollar sign being here. If this is changed, // that needs to be changed as well. *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_FIELD_NAME); return MD_TOKEN_FIELD_NAME; } \$\{([^\}]|\\.)*\} { // Note: the parser depends on the dollar sign being here. If this is changed, // that needs to be changed as well. *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_FIELD_NAME); return MD_TOKEN_BRACED_FIELD_NAME; } @[a-zA-Z_0-9]+ { // Note: the parser depends on the at-sign being here. If this is changed, // that needs to be changed as well. *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRING_LITERAL); return MD_TOKEN_UNBRACED_OOSVAR_NAME; } @\{([^\}]|\\.)*\} { // Note: the parser depends on the percent-sign being here. If this is changed, // that needs to be changed as well. *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRING_LITERAL); return MD_TOKEN_BRACED_OOSVAR_NAME; } @ { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_AT_SIGN; } \@\* { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_FULL_OOSVAR); return MD_TOKEN_FULL_OOSVAR; } "\[" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_LEFT_BRACKET; } "\]" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_RIGHT_BRACKET; } [0-9]+|[0-9]+\.[0-9]*|[0-9]*\.[0-9]+|[0-9]+[eE][0-9]+|[0-9]+[eE]-[0-9]+|[0-9]+\.[0-9]*[eE][0-9]+|[0-9]+\.[0-9]*[eE]-[0-9]+|[0-9]*\.[0-9]+[eE][0-9]+|[0-9]*\.[0-9]+[eE]-[0-9]+ { // Leading minus sign is handled via the unary-minus operator, not here. // 123 // 123. 123.4 // .234 // 1e2 // 1e-2 // 1.2e3 1.e3 // 1.2e-3 1.e-3 // .2e3 // .2e-3 1.e-3 *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_NUMERIC_LITERAL); return MD_TOKEN_NUMBER; } 0x[0-9a-fA-F]+ { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_NUMERIC_LITERAL); return MD_TOKEN_NUMBER; } \"([^\\\"]|\\.)*\" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_NUMERIC_LITERAL); return MD_TOKEN_STRING; } \"([^\\\"]|\\.)*\"\i { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_REGEXI); return MD_TOKEN_REGEXI; } true { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_BOOLEAN_LITERAL); return MD_TOKEN_TRUE; } false { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_BOOLEAN_LITERAL); return MD_TOKEN_FALSE; } "NF" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "NR" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "FNR" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "FILENAME" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "FILENUM" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "M_PI" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "M_E" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "ENV" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_ENV); return MD_TOKEN_ENV; } [a-zA-Z_][a-zA-Z_0-9]* { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_NON_SIGIL_NAME); return MD_TOKEN_NON_SIGIL_NAME; } "(" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_LPAREN; } ")" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_RPAREN; } "," { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_COMMA; } [ \t\r\n] { } . { return -1; } %% miller-5.6.2/c/parsing/ex1_parse.y000066400000000000000000001406461354153536500170030ustar00rootroot00000000000000// vim: set filetype=none: // (Lemon files have .y extensions like Yacc files but are not Yacc.) %include { #include #include #include #include "../lib/mlrutil.h" #include "./ex_ast.h" #include "../containers/sllv.h" #define DO_WRITE_APPEND // transitional pending lemon-memory issue // ================================================================ // AST: // * parens, commas, semis, line endings, whitespace are all stripped away // * variable names and literal values remain as leaf nodes of the AST // * = + - * / ** {function names} remain as non-leaf nodes of the AST // CST: See ex1_cst.c // // Note: This parser accepts many things that are invalid, e.g. // * begin{end{}} -- begin/end not at top level // * begin{$x=1} -- references to stream records at begin/end // * break/continue outside of for/while/do-while // * $x=x -- boundvars outside of for-loop variable bindings // All of the above are enforced by the CST builder, which takes this parser's output AST as input. // This is done (a) to keep this grammar from being overly complex, and (b) so we can get much more // informative error messages in C than in Lemon ('syntax error'). // // The parser hooks all build up an abstract syntax tree specifically for the CST builder. // For clearer visuals on what the ASTs look like: // * See ex1_cst.c // * See reg_test/run's filter -v and put -v outputs, e.g. in reg_test/expected/out // * Do "mlr -n put -v 'your expression goes here'" // ================================================================ } %token_type {ex_ast_node_t*} %default_type {ex_ast_node_t*} %extra_argument {ex_ast_t* past} //void token_destructor(ex_ast_node_t t) { // printf("In token_destructor t->text(%s)=t->type(%lf)\n", t->text, t->type); //} //%token_destructor {token_destructor($$);} %parse_accept { } // The caller is expected to provide more context. %syntax_error { fprintf(stderr, "mlr DSL: syntax error.\n"); } // ================================================================ md_body ::= md_statement_list(B). { past->proot = B; } // ---------------------------------------------------------------- // Given "$a=1;$b=2;$c=3": since this is a bottom-up parser, we get first the "$a=1", then // "$a=1;$b=2", then "$a=1;$b=2;$c=3", then finally realize that's the top level, or it's embedded // within a cond-block, or for-loop body, etc. // * On the "$a=1" we make a sub-AST called "list" with child $a=1. // * On the "$b=2" we append the next argument to get "list" having children $a=1 and $b=2. // * On the "$c=3" we append the next argument to get "list" having children $a=1, $b=2, and $c=3. // // We handle statements of the form ' ; ; ' by parsing the empty spaces around the semicolons as NOP nodes. // But, the NOP nodes are immediately stripped here and are not included in the AST we return. md_statement_list(A) ::= md_statement_not_braced_end(B). { if (B->type == MD_AST_NODE_TYPE_NOP) { A = ex_ast_node_alloc_zary("list", MD_AST_NODE_TYPE_STATEMENT_BLOCK); } else { A = ex_ast_node_alloc_unary("list", MD_AST_NODE_TYPE_STATEMENT_BLOCK, B); } } md_statement_list(A) ::= md_statement_braced_end(B). { if (B->type == MD_AST_NODE_TYPE_NOP) { A = ex_ast_node_alloc_zary("list", MD_AST_NODE_TYPE_STATEMENT_BLOCK); } else { A = ex_ast_node_alloc_unary("list", MD_AST_NODE_TYPE_STATEMENT_BLOCK, B); } } // This could also be done with the list on the left and statement on the right. However, // curly-brace-terminated statements *end* with a semicolon; they don't start with one. So this seems // to be the right way to differentiate. md_statement_list(A) ::= md_statement_not_braced_end(B) MD_TOKEN_SEMICOLON md_statement_list(C). { if (B->type == MD_AST_NODE_TYPE_NOP) { A = C; } else { A = ex_ast_node_prepend_arg(C, B); } } md_statement_list(A) ::= md_statement_braced_end(B) MD_SEMICOLON md_statement_list(C). { if (B->type == MD_AST_NODE_TYPE_NOP) { A = C; } else { A = ex_ast_node_prepend_arg(C, B); } } // This allows for trailing semicolon, as well as empty string (or whitespace) between semicolons: md_statement_not_braced_end(A) ::= . { A = ex_ast_node_alloc_zary("nop", MD_AST_NODE_TYPE_NOP); } // Begin/end (non-nestable) md_statement_braced_end(A) ::= md_begin_block(B) .{ A = B; } md_statement_braced_end(A) ::= md_end_block(B). { A = B; } // Nested control structures: md_statement_braced_end(A) ::= md_cond_block(B). md_statement_braced_end(A) ::= md_while_block(B). md_statement_braced_end(A) ::= md_for_loop_full_srec(B). md_statement_braced_end(A) ::= md_for_loop_full_oosvar(B). md_statement_braced_end(A) ::= md_for_loop_oosvar(B). md_statement_braced_end(A) ::= md_if_chain(B). // Not valid in begin/end since they refer to srecs: md_statement_not_braced_end ::= md_srec_assignment. md_statement_not_braced_end ::= md_srec_indirect_assignment. md_statement_not_braced_end ::= md_oosvar_from_full_srec_assignment. md_statement_not_braced_end ::= md_full_srec_from_oosvar_assignment. // Valid in begin/end since they don't refer to srecs (although the RHSs might): md_statement_not_braced_end ::= md_do_while_block. md_statement_not_braced_end ::= md_bare_boolean. md_statement_not_braced_end ::= md_oosvar_assignment. md_statement_not_braced_end ::= md_filter. md_statement_not_braced_end ::= md_unset. md_statement_not_braced_end ::= md_emitf. %ifndef DO_WRITE_APPEND md_statement_not_braced_end ::= md_emitf_write. md_statement_not_braced_end ::= md_emitf_append. %endif md_statement_not_braced_end ::= md_emitp. %ifndef DO_WRITE_APPEND md_statement_not_braced_end ::= md_emitp_write. md_statement_not_braced_end ::= md_emitp_append. %endif md_statement_not_braced_end ::= md_emit. %ifndef DO_WRITE_APPEND md_statement_not_braced_end ::= md_emit_write. md_statement_not_braced_end ::= md_emit_append. %endif md_statement_not_braced_end ::= md_emitp_lashed. %ifndef DO_WRITE_APPEND md_statement_not_braced_end ::= md_emitp_lashed_write. md_statement_not_braced_end ::= md_emitp_lashed_append. %endif md_statement_not_braced_end ::= md_emit_lashed. %ifndef DO_WRITE_APPEND md_statement_not_braced_end ::= md_emit_lashed_write. md_statement_not_braced_end ::= md_emit_lashed_append. %endif md_statement_not_braced_end ::= md_dump. %ifndef DO_WRITE_APPEND md_statement_not_braced_end ::= md_dump_write. md_statement_not_braced_end ::= md_dump_append. %endif md_statement_not_braced_end ::= md_edump. md_statement_not_braced_end ::= md_print. md_statement_not_braced_end ::= md_eprint. %ifndef DO_WRITE_APPEND md_statement_not_braced_end ::= md_print_write. md_statement_not_braced_end ::= md_print_append. %endif md_statement_not_braced_end ::= md_printn. md_statement_not_braced_end ::= md_eprintn. %ifndef DO_WRITE_APPEND md_statement_not_braced_end ::= md_printn_write. md_statement_not_braced_end ::= md_printn_append. %endif // Valid only within for/while, but we accept them here syntactically and reject them in the AST-to-CST // conversion, where we can produce much more informative error messages: md_statement_not_braced_end(A) ::= MD_TOKEN_BREAK(O). { A = ex_ast_node_alloc(O->text, MD_AST_NODE_TYPE_BREAK); } md_statement_not_braced_end(A) ::= MD_TOKEN_CONTINUE(O). { A = ex_ast_node_alloc(O->text, MD_AST_NODE_TYPE_CONTINUE); } // ================================================================ md_begin_block(A) ::= MD_TOKEN_BEGIN(O) MD_TOKEN_LBRACE md_statement_list(B) MD_TOKEN_RBRACE. { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_BEGIN, B); } md_end_block(A) ::= MD_TOKEN_END(O) MD_TOKEN_LBRACE md_statement_list(B) MD_TOKEN_RBRACE. { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_END, B); } // ---------------------------------------------------------------- md_cond_block(A) ::= md_rhs(B) MD_TOKEN_LBRACE md_statement_list(C) MD_TOKEN_RBRACE. { //A = ex_ast_node_prepend_arg(C, B); A = ex_ast_node_alloc_binary("cond", MD_AST_NODE_TYPE_CONDITIONAL_BLOCK, B, C); } // ---------------------------------------------------------------- md_while_block(A) ::= MD_TOKEN_WHILE(O) MD_TOKEN_LPAREN md_rhs(B) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_list(C) MD_TOKEN_RBRACE. { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_WHILE, B, C); } // ---------------------------------------------------------------- md_do_while_block(A) ::= MD_TOKEN_DO(O) MD_TOKEN_LBRACE md_statement_list(B) MD_TOKEN_RBRACE MD_TOKEN_WHILE MD_TOKEN_LPAREN md_rhs(C) MD_TOKEN_RPAREN. { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_DO_WHILE, B, C); } // ---------------------------------------------------------------- // for(k, v in $*) { ... } md_for_loop_full_srec(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN MD_TOKEN_FULL_SREC MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_list(S) MD_TOKEN_RBRACE. { A = ex_ast_node_alloc_binary( F->text, MD_AST_NODE_TYPE_FOR_SREC, ex_ast_node_alloc_binary( "variables", MD_AST_NODE_TYPE_FOR_VARIABLES, K, V ), S ); } // for(k, v in @*) { ... } md_for_loop_full_oosvar(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN MD_TOKEN_FULL_OOSVAR MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_list(S) MD_TOKEN_RBRACE. { A = ex_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_OOSVAR, ex_ast_node_alloc_binary( "key_and_value_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, ex_ast_node_alloc_unary( "key_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, K ), V ), ex_ast_node_alloc_zary("empty_keylist", MD_AST_NODE_TYPE_OOSVAR_KEYLIST), S ); } // for((k1, k2), v in @*) { ... } // for((k1, k2, k3), v in @*) { ... } md_for_loop_full_oosvar(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN MD_TOKEN_LPAREN md_for_oosvar_keylist(L) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN MD_TOKEN_FULL_OOSVAR MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_list(S) MD_TOKEN_RBRACE. { A = ex_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_OOSVAR, ex_ast_node_alloc_binary( "key_and_value_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, L, V ), ex_ast_node_alloc_zary("empty_keylist", MD_AST_NODE_TYPE_OOSVAR_KEYLIST), S ); } // for(k, v in @o[1][2]) { ... } md_for_loop_oosvar(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN md_oosvar_keylist(O) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_list(S) MD_TOKEN_RBRACE. { A = ex_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_OOSVAR, ex_ast_node_alloc_binary( "key_and_value_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, ex_ast_node_alloc_unary( "key_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, K ), V ), O, S ); } // for((k1, k2), v in @o[1][2]) { ... } // for((k1, k2, k3), v in @o[1][2]) { ... } md_for_loop_oosvar(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN MD_TOKEN_LPAREN md_for_oosvar_keylist(L) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN md_oosvar_keylist(O) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_list(S) MD_TOKEN_RBRACE. { A = ex_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_OOSVAR, ex_ast_node_alloc_binary( "key_and_value_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, L, V ), O, S ); } md_for_loop_index(A) ::= MD_TOKEN_NON_SIGIL_NAME(B). { A = ex_ast_node_alloc(B->text, MD_AST_NODE_TYPE_NON_SIGIL_NAME); } md_for_oosvar_keylist(A) ::= MD_TOKEN_NON_SIGIL_NAME(K). { A = ex_ast_node_alloc_unary("key_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, K); } md_for_oosvar_keylist(A) ::= md_for_oosvar_keylist(L) MD_TOKEN_COMMA MD_TOKEN_NON_SIGIL_NAME(K). { A = ex_ast_node_append_arg(L, K); } // ---------------------------------------------------------------- // Cases: // if elif* // if elif* else md_if_chain(A) ::= md_if_elif_star(B) . { A = B; } md_if_chain(A) ::= md_if_elif_star(B) md_else_block(C). { A = ex_ast_node_append_arg(B, C); } md_if_elif_star(A) ::= md_if_block(B). { A = ex_ast_node_alloc_unary("if_head", MD_AST_NODE_TYPE_IF_HEAD, B); } md_if_elif_star(A) ::= md_if_elif_star(B) md_elif_block(C). { A = ex_ast_node_append_arg(B, C); } md_if_block(A) ::= MD_TOKEN_IF(O) MD_TOKEN_LPAREN md_rhs(B) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_list(C) MD_TOKEN_RBRACE. { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_IF_ITEM, B, C); } md_elif_block(A) ::= MD_TOKEN_ELIF(O) MD_TOKEN_LPAREN md_rhs(B) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_list(C) MD_TOKEN_RBRACE. { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_IF_ITEM, B, C); } md_else_block(A) ::= MD_TOKEN_ELSE(O) MD_TOKEN_LBRACE md_statement_list(C) MD_TOKEN_RBRACE. { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_IF_ITEM, C); } // ---------------------------------------------------------------- md_bare_boolean(A) ::= md_rhs(B). { A = B; } // ---------------------------------------------------------------- md_filter(A) ::= MD_TOKEN_FILTER(O) md_rhs(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_FILTER, B); } // ---------------------------------------------------------------- md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_ASSIGN(O) md_rhs(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, C); } md_srec_indirect_assignment(A) ::= MD_TOKEN_DOLLAR_SIGN MD_TOKEN_LEFT_BRACKET md_rhs(B) MD_TOKEN_RIGHT_BRACKET MD_TOKEN_ASSIGN(O) md_rhs(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_INDIRECT_SREC_ASSIGNMENT, B, C); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_ASSIGN(O) md_rhs(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, C); } md_oosvar_from_full_srec_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_ASSIGN(O) MD_TOKEN_FULL_SREC(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OOSVAR_FROM_FULL_SREC_ASSIGNMENT, B, C); } md_full_srec_from_oosvar_assignment(A) ::= MD_TOKEN_FULL_SREC(B) MD_TOKEN_ASSIGN(O) md_oosvar_keylist(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_FULL_SREC_FROM_OOSVAR_ASSIGNMENT, B, C); } // ---------------------------------------------------------------- md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_LOGICAL_OR_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary("||", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_LOGICAL_XOR_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary("^^", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_LOGICAL_AND_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary("&&", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_BITWISE_OR_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary("|", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_BITWISE_XOR_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary("^", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_BITWISE_AND_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary("&", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_BITWISE_LSH_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary("<<", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_BITWISE_RSH_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary(">>", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_PLUS_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary("+", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_MINUS_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary("-", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_DOT_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary(".", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_TIMES_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary("*", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_DIVIDE_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary("/", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_INT_DIVIDE_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary("//", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_MOD_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary("%", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_POW_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, ex_ast_node_alloc_binary("**", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_LOGICAL_OR_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary("||", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_LOGICAL_XOR_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary("^^", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_LOGICAL_AND_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary("&&", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_BITWISE_OR_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary("|", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_BITWISE_XOR_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary("^", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_BITWISE_AND_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary("&", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_BITWISE_LSH_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary("<<", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_BITWISE_RSH_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary(">>", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_PLUS_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary("+", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_MINUS_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary("-", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_DOT_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary(".", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_TIMES_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary("*", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_DIVIDE_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary("/", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_INT_DIVIDE_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary("//", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_MOD_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary("%", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_POW_EQUALS md_rhs(C). { A = ex_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, ex_ast_node_alloc_binary("**", MD_AST_NODE_TYPE_OPERATOR, ex_ast_tree_copy(B) , C)); } // ---------------------------------------------------------------- md_unset(A) ::= MD_TOKEN_UNSET(O) MD_TOKEN_ALL(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_UNSET, B); } md_unset(A) ::= MD_TOKEN_UNSET(O) MD_TOKEN_FULL_OOSVAR(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_UNSET, B); } md_unset(A) ::= MD_TOKEN_UNSET(O) md_unset_args(B). { A = ex_ast_node_set_function_name(B, O->text); } // Need to invalidate "emit @a," -- use some non-empty-args expr. md_unset_args(A) ::= . { A = ex_ast_node_alloc_zary("temp", MD_AST_NODE_TYPE_UNSET); } md_unset_args(A) ::= md_field_name(B). { A = ex_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_UNSET, B); } md_unset_args(A) ::= md_indirect_field_name(B). { A = ex_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_UNSET, B); } md_unset_args(A) ::= MD_TOKEN_FULL_SREC(B). { A = ex_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_UNSET, B); } md_unset_args(A) ::= md_oosvar_keylist(B). { A = ex_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_UNSET, B); } md_unset_args(A) ::= md_unset_args(B) MD_TOKEN_COMMA md_field_name(C). { A = ex_ast_node_append_arg(B, C); } md_unset_args(A) ::= md_unset_args(B) MD_TOKEN_COMMA md_oosvar_keylist(C). { A = ex_ast_node_append_arg(B, C); } // ---------------------------------------------------------------- // Given "emitf @a,@b,@c": since this is a bottom-up parser, we get first the "@a", // then "@a,@b", then "@a,@b,@c", then finally "emit @a,@b,@c". So: // * On the "@a" we make a sub-AST called "temp @a" (although we could call it "emit"). // * On the "@b" we append the next argument to get "temp @a,@b". // * On the "@c" we append the next argument to get "temp @a,@b,@c". // * On the "emit" we change the name to get "emit @a,@b,@c". md_emitf(A) ::= MD_TOKEN_EMITF(O) md_emitf_args(B). { A = ex_ast_node_set_function_name(B, O->text); } // Need to invalidate "emit @a," -- use some non-empty-args expr. md_emitf_args(A) ::= . { A = ex_ast_node_alloc_zary("temp", MD_AST_NODE_TYPE_EMITF); } md_emitf_args(A) ::= md_oosvar_keylist(B). { A = ex_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_EMITF, B); } md_emitf_args(A) ::= md_emitf_args(B) MD_TOKEN_COMMA md_oosvar_keylist(C). { A = ex_ast_node_append_arg(B, C); } %ifndef DO_WRITE_APPEND md_emitf_write(A) ::= MD_TOKEN_EMITF(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA md_emitf_args(B). { B = ex_ast_node_set_function_name(B, O->text); A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITF_WRITE, B, F); } md_emitf_append(A) ::= MD_TOKEN_EMITF(O) MD_TOKEN_BITWISE_RSH md_rhs(F) MD_TOKEN_COMMA md_emitf_args(B). { B = ex_ast_node_set_function_name(B, O->text); A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITF_APPEND, B, F); } %endif // ---------------------------------------------------------------- md_emitp(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_ALL(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMITP, B); } md_emitp(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_ALL(B) MD_TOKEN_COMMA md_emitp_namelist(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, B, C); } md_emitp(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_FULL_OOSVAR(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMITP, B); } md_emitp(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_FULL_OOSVAR(B) MD_TOKEN_COMMA md_emitp_namelist(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, B, C); } md_emitp(A) ::= MD_TOKEN_EMITP(O) md_oosvar_keylist(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMITP, B); } md_emitp(A) ::= MD_TOKEN_EMITP(O) md_oosvar_keylist(B) MD_TOKEN_COMMA md_emitp_namelist(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, B, C); } %ifndef DO_WRITE_APPEND md_emitp_write(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_ALL(B). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_WRITE, B, F); } md_emitp_write(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_ALL(B) MD_TOKEN_COMMA md_emitp_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMITP_WRITE, B, C, F); } md_emitp_write(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_FULL_OOSVAR(B). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_WRITE, B, F); } md_emitp_write(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_FULL_OOSVAR(B) MD_TOKEN_COMMA md_emitp_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMITP_WRITE, B, C, F); } md_emitp_write(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA md_oosvar_keylist(B). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_WRITE, B, F); } md_emitp_write(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA md_oosvar_keylist(B) MD_TOKEN_COMMA md_emitp_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMITP_WRITE, B, C, F); } %endif %ifndef DO_WRITE_APPEND md_emitp_append(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_RHS md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_ALL(B). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_APPEND, B, F); } md_emitp_append(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_RHS md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_ALL(B) MD_TOKEN_COMMA md_emitp_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMITP_APPEND, B, C, F); } md_emitp_append(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_RHS md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_FULL_OOSVAR(B). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_WRITE, B, F); } md_emitp_append(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_RHS md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_FULL_OOSVAR(B) MD_TOKEN_COMMA md_emitp_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMITP_WRITE, B, C, F); } md_emitp_append(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_RHS md_rhs(F) MD_TOKEN_COMMA md_oosvar_keylist(B). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_APPEND, B, F); } md_emitp_append(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_RHS md_rhs(F) MD_TOKEN_COMMA md_oosvar_keylist(B) MD_TOKEN_COMMA md_emitp_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMITP_APPEND, B, C, F); } %endif md_emitp_namelist(A) ::= md_rhs(B). { A = ex_ast_node_alloc_unary("emitp_namelist", MD_AST_NODE_TYPE_EMITP, B); } md_emitp_namelist(A) ::= md_emitp_namelist(B) MD_TOKEN_COMMA md_rhs(C). { A = ex_ast_node_append_arg(B, C); } // ---------------------------------------------------------------- md_emit(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_ALL(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMIT, B); } md_emit(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_ALL(B) MD_TOKEN_COMMA md_emit_namelist(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, B, C); } md_emit(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_FULL_OOSVAR(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMIT, B); } md_emit(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_FULL_OOSVAR(B) MD_TOKEN_COMMA md_emit_namelist(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, B, C); } md_emit(A) ::= MD_TOKEN_EMIT(O) md_oosvar_keylist(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMIT, B); } md_emit(A) ::= MD_TOKEN_EMIT(O) md_oosvar_keylist(B) MD_TOKEN_COMMA md_emit_namelist(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, B, C); } %ifndef DO_WRITE_APPEND md_emit_write(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_ALL(B). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_WRITE, B, F); } md_emit_write(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_ALL(B) MD_TOKEN_COMMA md_emit_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMIT_WRITE, B, C, F); } md_emit_write(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_FULL_OOSVAR(B). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_WRITE, B, F); } md_emit_write(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_FULL_OOSVAR(B) MD_TOKEN_COMMA md_emit_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMIT_WRITE, B, C, F); } md_emit_write(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA md_oosvar_keylist(B). { // xxx A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_WRITE, B, F); } md_emit_write(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA md_oosvar_keylist(B) MD_TOKEN_COMMA md_emit_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMIT_WRITE, B, C, F); } %endif %ifndef DO_WRITE_APPEND md_emit_append(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_RHS md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_ALL(B). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_APPEND, B, F); } md_emit_append(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_RHS md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_ALL(B) MD_TOKEN_COMMA md_emit_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMIT_APPEND, B, C, F); } md_emit_append(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_RHS md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_FULL_OOSVAR(B). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_WRITE, B, F); } md_emit_append(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_RHS md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_FULL_OOSVAR(B) MD_TOKEN_COMMA md_emit_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMIT_WRITE, B, C, F); } md_emit_append(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_IF md_rhs(F) MD_TOKEN_COMMA md_oosvar_keylist(B). { // xxx A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_APPEND, B, F); } md_emit_append(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_POW md_rhs(F) MD_TOKEN_COMMA md_oosvar_keylist(B). { // xxx A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_APPEND, B, F); } md_emit_append(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_RHS md_rhs(F) MD_TOKEN_COMMA md_oosvar_keylist(B). { // xxx A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_APPEND, B, F); } md_emit_append(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_RHS md_rhs(F) MD_TOKEN_COMMA md_oosvar_keylist(B) MD_TOKEN_COMMA md_emit_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMIT_APPEND, B, C, F); } %endif md_emit_namelist(A) ::= md_rhs(B). { A = ex_ast_node_alloc_unary("emit_namelist", MD_AST_NODE_TYPE_EMIT, B); } md_emit_namelist(A) ::= md_emit_namelist(B) MD_TOKEN_COMMA md_rhs(C). { A = ex_ast_node_append_arg(B, C); } // ---------------------------------------------------------------- md_emitp_lashed(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_LPAREN md_emitp_lashed_keylists(B) MD_TOKEN_RPAREN. { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, B); } md_emitp_lashed(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_LPAREN md_emitp_lashed_keylists(B) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_emitp_lashed_namelist(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, B, C); } %ifndef DO_WRITE_APPEND md_emitp_lashed_write(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emitp_lashed_keylists(B) MD_TOKEN_RPAREN. { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED_WRITE, B, F); } md_emitp_lashed_write(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emitp_lashed_keylists(B) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_emitp_lashed_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED_WRITE, B, C, F); } %endif %ifndef DO_WRITE_APPEND md_emitp_lashed_append(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_RSH md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emitp_lashed_keylists(B) MD_TOKEN_RPAREN. { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED_APPEND, B, F); } md_emitp_lashed_append(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_RSH md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emitp_lashed_keylists(B) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_emitp_lashed_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED_APPEND, B, C, F); } %endif md_emitp_lashed_keylists(A) ::= md_oosvar_keylist(B). { A = ex_ast_node_alloc_unary("lashed_keylists", MD_AST_NODE_TYPE_EMITP_LASHED, B); } md_emitp_lashed_keylists(A) ::= md_emitp_lashed_keylists(B) MD_TOKEN_COMMA md_oosvar_keylist(C). { A = ex_ast_node_append_arg(B, C); } md_emitp_lashed_namelist(A) ::= md_rhs(B). { A = ex_ast_node_alloc_unary("lashed_namelist", MD_AST_NODE_TYPE_EMITP_LASHED, B); } md_emitp_lashed_namelist(A) ::= md_emitp_lashed_namelist(B) MD_TOKEN_COMMA md_rhs(C). { A = ex_ast_node_append_arg(B, C); } // ---------------------------------------------------------------- md_emit_lashed(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_LPAREN md_emit_lashed_keylists(B) MD_TOKEN_RPAREN. { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, B); } md_emit_lashed(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_LPAREN md_emit_lashed_keylists(B) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_emit_lashed_namelist(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, B, C); } %ifndef DO_WRITE_APPEND md_emit_lashed_write(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emit_lashed_keylists(B) MD_TOKEN_RPAREN. { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED_WRITE, B, F); } md_emit_lashed_write(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emit_lashed_keylists(B) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_emit_lashed_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED_WRITE, B, C, F); } %endif %ifndef DO_WRITE_APPEND md_emit_lashed_append(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_RSH md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emit_lashed_keylists(B) MD_TOKEN_RPAREN. { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED_APPEND, B, F); } md_emit_lashed_append(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_RSH md_rhs(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emit_lashed_keylists(B) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_emit_lashed_namelist(C). { A = ex_ast_node_alloc_ternary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED_APPEND, B, C, F); } %endif md_emit_lashed_keylists(A) ::= md_oosvar_keylist(B). { A = ex_ast_node_alloc_unary("lashed_keylists", MD_AST_NODE_TYPE_EMIT_LASHED, B); } md_emit_lashed_keylists(A) ::= md_emit_lashed_keylists(B) MD_TOKEN_COMMA md_oosvar_keylist(C). { A = ex_ast_node_append_arg(B, C); } md_emit_lashed_namelist(A) ::= md_rhs(B). { A = ex_ast_node_alloc_unary("lashed_namelist", MD_AST_NODE_TYPE_EMIT_LASHED, B); } md_emit_lashed_namelist(A) ::= md_emit_lashed_namelist(B) MD_TOKEN_COMMA md_rhs(C). { A = ex_ast_node_append_arg(B, C); } // ---------------------------------------------------------------- md_dump(A) ::= MD_TOKEN_DUMP(O). { A = ex_ast_node_alloc_zary(O->text, MD_AST_NODE_TYPE_DUMP); } md_edump(A) ::= MD_TOKEN_EDUMP(O). { A = ex_ast_node_alloc_zary(O->text, MD_AST_NODE_TYPE_EDUMP); } %ifndef DO_WRITE_APPEND md_dump_write(A) ::= MD_TOKEN_DUMP(O) MD_TOKEN_GT md_rhs(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_DUMP_WRITE, B); } md_dump_append(A) ::= MD_TOKEN_DUMP(O) MD_TOKEN_BITWISE_RSH md_rhs(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_DUMP_APPEND, B); } %endif md_print(A) ::= MD_TOKEN_PRINT(O) md_rhs(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_PRINT, B); } md_eprint(A) ::= MD_TOKEN_EPRINT(O) md_rhs(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EPRINT, B); } %ifndef DO_WRITE_APPEND md_print_write(A) ::= MD_TOKEN_PRINT(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA md_rhs(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINT_WRITE, C, F); } md_print_append(A) ::= MD_TOKEN_PRINT(O) MD_TOKEN_BITWISE_RSH md_rhs(F) MD_TOKEN_COMMA md_rhs(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINT_APPEND, C, F); } %endif md_printn(A) ::= MD_TOKEN_PRINTN(O) md_rhs(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_PRINTN, B); } md_eprintn(A) ::= MD_TOKEN_EPRINTN(O) md_rhs(B). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EPRINTN, B); } %ifndef DO_WRITE_APPEND md_printn_write(A) ::= MD_TOKEN_PRINTN(O) MD_TOKEN_GT md_rhs(F) MD_TOKEN_COMMA md_rhs(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINTN_WRITE, C, F); } md_printn_append(A) ::= MD_TOKEN_PRINTN(O) MD_TOKEN_BITWISE_RSH md_rhs(F) MD_TOKEN_COMMA md_rhs(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINTN_APPEND, C, F); } %endif // ================================================================ // Begin RHS precedence chain md_rhs(A) ::= md_ternary(B). { A = B; } md_ternary(A) ::= md_logical_or_term(B) MD_TOKEN_QUESTION_MARK md_ternary(C) MD_TOKEN_COLON md_ternary(D). { A = ex_ast_node_alloc_ternary("? :", MD_AST_NODE_TYPE_OPERATOR, B, C, D); } md_ternary(A) ::= md_logical_or_term(B). { A = B; } // ================================================================ md_logical_or_term(A) ::= md_logical_xor_term(B). { A = B; } md_logical_or_term(A) ::= md_logical_or_term(B) MD_TOKEN_LOGICAL_OR(O) md_logical_xor_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_logical_xor_term(A) ::= md_logical_and_term(B). { A = B; } md_logical_xor_term(A) ::= md_logical_xor_term(B) MD_TOKEN_LOGICAL_XOR(O) md_logical_and_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_logical_and_term(A) ::= md_eqne_term(B). { A = B; } md_logical_and_term(A) ::= md_logical_and_term(B) MD_TOKEN_LOGICAL_AND(O) md_eqne_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_eqne_term(A) ::= md_cmp_term(B). { A = B; } md_eqne_term(A) ::= md_eqne_term(B) MD_TOKEN_MATCHES(O) md_cmp_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_eqne_term(A) ::= md_eqne_term(B) MD_TOKEN_DOES_NOT_MATCH(O) md_cmp_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_eqne_term(A) ::= md_eqne_term(B) MD_TOKEN_EQ(O) md_cmp_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_eqne_term(A) ::= md_eqne_term(B) MD_TOKEN_NE(O) md_cmp_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_cmp_term(A) ::= md_bitwise_or_term(B). { A = B; } md_cmp_term(A) ::= md_cmp_term(B) MD_TOKEN_GT(O) md_bitwise_or_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_cmp_term(A) ::= md_cmp_term(B) MD_TOKEN_GE(O) md_bitwise_or_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_cmp_term(A) ::= md_cmp_term(B) MD_TOKEN_LT(O) md_bitwise_or_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_cmp_term(A) ::= md_cmp_term(B) MD_TOKEN_LE(O) md_bitwise_or_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_bitwise_or_term(A) ::= md_bitwise_xor_term(B). { A = B; } md_bitwise_or_term(A) ::= md_bitwise_or_term(B) MD_TOKEN_BITWISE_OR(O) md_bitwise_xor_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_bitwise_xor_term(A) ::= md_bitwise_and_term(B). { A = B; } md_bitwise_xor_term(A) ::= md_bitwise_xor_term(B) MD_TOKEN_BITWISE_XOR(O) md_bitwise_and_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_bitwise_and_term(A) ::= md_bitwise_shift_term(B). { A = B; } md_bitwise_and_term(A) ::= md_bitwise_and_term(B) MD_TOKEN_BITWISE_AND(O) md_bitwise_shift_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_bitwise_shift_term(A) ::= md_addsubdot_term(B). { A = B; } md_bitwise_shift_term(A) ::= md_bitwise_shift_term(B) MD_TOKEN_BITWISE_LSH(O) md_addsubdot_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_bitwise_shift_term(A) ::= md_bitwise_shift_term(B) MD_TOKEN_BITWISE_RSH(O) md_addsubdot_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_addsubdot_term(A) ::= md_muldiv_term(B). { A = B; } md_addsubdot_term(A) ::= md_addsubdot_term(B) MD_TOKEN_PLUS(O) md_muldiv_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_addsubdot_term(A) ::= md_addsubdot_term(B) MD_TOKEN_MINUS(O) md_muldiv_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_addsubdot_term(A) ::= md_addsubdot_term(B) MD_TOKEN_DOT(O) md_muldiv_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_muldiv_term(A) ::= md_unary_bitwise_op_term(B). { A = B; } md_muldiv_term(A) ::= md_muldiv_term(B) MD_TOKEN_TIMES(O) md_unary_bitwise_op_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_muldiv_term(A) ::= md_muldiv_term(B) MD_TOKEN_DIVIDE(O) md_unary_bitwise_op_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_muldiv_term(A) ::= md_muldiv_term(B) MD_TOKEN_INT_DIVIDE(O) md_unary_bitwise_op_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_muldiv_term(A) ::= md_muldiv_term(B) MD_TOKEN_MOD(O) md_unary_bitwise_op_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_unary_bitwise_op_term(A) ::= md_pow_term(B). { A = B; } md_unary_bitwise_op_term(A) ::= MD_TOKEN_PLUS(O) md_unary_bitwise_op_term(C). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_OPERATOR, C); } md_unary_bitwise_op_term(A) ::= MD_TOKEN_MINUS(O) md_unary_bitwise_op_term(C). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_OPERATOR, C); } md_unary_bitwise_op_term(A) ::= MD_TOKEN_LOGICAL_NOT(O) md_unary_bitwise_op_term(C). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_OPERATOR, C); } md_unary_bitwise_op_term(A) ::= MD_TOKEN_BITWISE_NOT(O) md_unary_bitwise_op_term(C). { A = ex_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_OPERATOR, C); } // ---------------------------------------------------------------- md_pow_term(A) ::= md_atom_or_fcn(B). { A = B; } md_pow_term(A) ::= md_atom_or_fcn(B) MD_TOKEN_POW(O) md_pow_term(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- // In the grammar provided to the user, field names are of the form "$x". But // within Miller internally, field names are of the form "x". We coded the // lexer to give us field names with leading "$" so we can confidently strip it // off here. md_atom_or_fcn(A) ::= md_field_name(B). { A = B; } md_field_name(A) ::= MD_TOKEN_FIELD_NAME(B). { char* dollar_name = B->text; char* no_dollar_name = &dollar_name[1]; A = ex_ast_node_alloc(no_dollar_name, B->type); } md_field_name(A) ::= MD_TOKEN_BRACED_FIELD_NAME(B). { // Replace "${field.name}" with just "field.name" char* dollar_name = B->text; char* no_dollar_name = &dollar_name[2]; int len = strlen(no_dollar_name); if (len > 0) no_dollar_name[len-1] = 0; A = ex_ast_node_alloc(no_dollar_name, B->type); } md_atom_or_fcn(A) ::= md_indirect_field_name(B). { A = B; } md_indirect_field_name(A) ::= MD_TOKEN_DOLLAR_SIGN MD_TOKEN_LEFT_BRACKET md_rhs(B) MD_TOKEN_RIGHT_BRACKET. { A = ex_ast_node_alloc_unary("indirect_field_name", MD_AST_NODE_TYPE_INDIRECT_FIELD_NAME, B); } // ---------------------------------------------------------------- md_atom_or_fcn(A) ::= md_oosvar_keylist(B). { A = B; } md_oosvar_keylist(A) ::= md_oosvar_basename(B). { A = B; } md_oosvar_keylist(A) ::= md_oosvar_keylist(B) MD_TOKEN_LEFT_BRACKET md_rhs(C) MD_TOKEN_RIGHT_BRACKET. { A = ex_ast_node_append_arg(B, C); } // E.g. @name md_oosvar_basename(A) ::= MD_TOKEN_UNBRACED_OOSVAR_NAME(B). { char* at_name = B->text; char* no_at_name = &at_name[1]; A = ex_ast_node_alloc_unary("oosvar_keylist", MD_AST_NODE_TYPE_OOSVAR_KEYLIST, ex_ast_node_alloc(no_at_name, B->type)); } // E.g. @{name} md_oosvar_basename(A) ::= MD_TOKEN_BRACED_OOSVAR_NAME(B). { // Replace "@%{field.name}" with just "field.name" char* at_name = B->text; char* no_at_name = &at_name[2]; int len = strlen(no_at_name); if (len > 0) no_at_name[len-1] = 0; A = ex_ast_node_alloc_unary("oosvar_keylist", MD_AST_NODE_TYPE_OOSVAR_KEYLIST, ex_ast_node_alloc(no_at_name, B->type)); } // E.g. @["name"] md_oosvar_basename(A) ::= MD_TOKEN_AT_SIGN MD_TOKEN_LEFT_BRACKET md_rhs(B) MD_TOKEN_RIGHT_BRACKET. { A = ex_ast_node_alloc_unary("oosvar_keylist", MD_AST_NODE_TYPE_OOSVAR_KEYLIST, B); } // ---------------------------------------------------------------- md_atom_or_fcn(A) ::= MD_TOKEN_NUMBER(B). { A = B; } md_atom_or_fcn(A) ::= MD_TOKEN_TRUE(B). { A = B; } md_atom_or_fcn(A) ::= MD_TOKEN_FALSE(B). { A = B; } md_atom_or_fcn(A) ::= md_string(B). { A = B; } md_atom_or_fcn(A) ::= md_regexi(B). { A = B; } md_atom_or_fcn(A) ::= md_local_variable(B). { A = B; } md_local_variable(A) ::= MD_TOKEN_NON_SIGIL_NAME(B). { A = ex_ast_node_alloc(B->text, MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE); } md_string(A) ::= MD_TOKEN_STRING(B). { char* input = B->text; char* stripped = &input[1]; int len = strlen(input); stripped[len-2] = 0; A = ex_ast_node_alloc(mlr_alloc_unbackslash(stripped), B->type); } md_regexi(A) ::= MD_TOKEN_REGEXI(B). { char* input = B->text; char* stripped = &input[1]; int len = strlen(input); stripped[len-3] = 0; A = ex_ast_node_alloc(mlr_alloc_unbackslash(stripped), B->type); } md_atom_or_fcn(A) ::= MD_TOKEN_CONTEXT_VARIABLE(B). { A = B; } md_atom_or_fcn(A) ::= MD_TOKEN_ENV(B) MD_TOKEN_LEFT_BRACKET md_rhs(C) MD_TOKEN_RIGHT_BRACKET. { A = ex_ast_node_alloc_binary("env", MD_AST_NODE_TYPE_ENV, B, C); } md_atom_or_fcn(A) ::= MD_TOKEN_LPAREN md_rhs(B) MD_TOKEN_RPAREN. { A = B; } // Given "f(a,b,c)": since this is a bottom-up parser, we get first the "a", // then "a,b", then "a,b,c", then finally "f(a,b,c)". So: // * On the "a" we make a function sub-AST called "anon(a)". // * On the "b" we append the next argument to get "anon(a,b)". // * On the "c" we append the next argument to get "anon(a,b,c)". // * On the "f" we change the function name to get "f(a,b,c)". md_atom_or_fcn(A) ::= MD_TOKEN_NON_SIGIL_NAME(O) MD_TOKEN_LPAREN md_fcn_args(B) MD_TOKEN_RPAREN. { A = ex_ast_node_set_function_name(B, O->text); } // Need to invalidate "f(10,)" -- use some non-empty-args expr. md_fcn_args(A) ::= . { A = ex_ast_node_alloc_zary("anon", MD_AST_NODE_TYPE_NON_SIGIL_NAME); } md_fcn_args(A) ::= md_rhs(B). { A = ex_ast_node_alloc_unary("anon", MD_AST_NODE_TYPE_NON_SIGIL_NAME, B); } md_fcn_args(A) ::= md_fcn_args(B) MD_TOKEN_COMMA md_rhs(C). { A = ex_ast_node_append_arg(B, C); } miller-5.6.2/c/parsing/ex1_wrapper.c000066400000000000000000000061051354153536500173120ustar00rootroot00000000000000#include #include #include "ex1_wrapper.h" #include "ex1_lexer.h" #include "ex1_parse.h" #include "../lib/mlrutil.h" #include "./ex_ast.h" #include "../containers/sllv.h" // These prototypes are copied out manually from ex1_parse.c. With some // more work I could have Lemon autogenerate these prototypes into // ex1_parse.h. void *ex1_lemon_parser_alloc(void *(*mallocProc)(size_t)); int ex1_lemon_parser_parse_token( void *pvparser, /* The parser */ int yymajor, /* The major token code number */ ex_ast_node_t* yyminor, /* The value for the token */ ex_ast_t* past); /* Optional %extra_argument parameter */ void ex1_lemon_parser_free( void *pvparser, /* The parser to be deleted */ void (*freeProc)(void*)); /* Function used to reclaim memory */ void ex1_ParseTrace(FILE *TraceFILE, char *zTracePrompt); // ---------------------------------------------------------------- // http://flex.sourceforge.net/manual/Init-and-Destroy-Functions.html // http://flex.sourceforge.net/manual/Extra-Data.html // Returns linked list of ex_ast_node_t*. static ex_ast_t* ex1_parse_inner(yyscan_t scanner, void* pvparser, ex_ast_node_t** ppnode, int trace_parse) { int lex_code; int parse_code; ex_ast_t* past = ex_ast_alloc(); if (trace_parse) ex1_ParseTrace(stderr, "[DSLTRACE] "); do { lex_code = ex1_lexer_lex(scanner); ex_ast_node_t* plexed_node = *ppnode; parse_code = ex1_lemon_parser_parse_token(pvparser, lex_code, plexed_node, past); if (parse_code == 0) return NULL; } while (lex_code > 0); if (-1 == lex_code) { fprintf(stderr, "The scanner encountered an error.\n"); return NULL; } parse_code = ex1_lemon_parser_parse_token(pvparser, 0, NULL, past); if (parse_code == 0) return NULL; return past; } // ---------------------------------------------------------------- // Returns linked list of ex_ast_node_t*. ex_ast_t* ex1_parse(char* string, int trace_parse) { ex_ast_node_t* pnode = NULL; yyscan_t scanner; ex1_lexer_lex_init_extra(&pnode, &scanner); void* pvparser = ex1_lemon_parser_alloc(malloc); YY_BUFFER_STATE buf = NULL; if (string == NULL) { ex1_lexer_set_in(stdin, scanner); } else { YY_BUFFER_STATE buf = ex1_lexer__scan_string(string, scanner); ex1_lexer__switch_to_buffer (buf, scanner); } ex_ast_t* past = ex1_parse_inner(scanner, pvparser, &pnode, trace_parse); if (buf != NULL) ex1_lexer__delete_buffer(buf, scanner); ex1_lexer_lex_destroy(scanner); ex1_lemon_parser_free(pvparser, free); return past; } // ---------------------------------------------------------------- void yytestcase(int ignored) { } // ---------------------------------------------------------------- int main(int argc, char** argv) { int trace_parse = FALSE; int argi = 1; if (argc >= 2 && streq(argv[1], "-t")) { argi++; trace_parse = TRUE; } if ((argc - argi) != 1) { fprintf(stderr, "Usage: %s [-t] {expression}\n", argv[0]); exit(1); } ex_ast_t* past = ex1_parse(argv[argi], trace_parse); if (past == NULL) { printf("syntax error\n"); } else { ex_ast_print(past); } return 0; } miller-5.6.2/c/parsing/ex1_wrapper.h000066400000000000000000000002171354153536500173150ustar00rootroot00000000000000#ifndef EX1_WRAPPER_H #define EX1_WRAPPER_H #include "ex_ast.h" ex_ast_t* ex1_parse(char* string, int trace_parse); #endif // EX1_WRAPPER_H miller-5.6.2/c/parsing/ex2_lexer.l000066400000000000000000000023261354153536500167640ustar00rootroot00000000000000%{ #include "stdio.h" // for fileno() prototype #include "string.h" // for strdup() prototype #include "ex2_parse.h" #include "./ex_ast.h" // http://flex.sourceforge.net/manual/Extra-Data.html %} %option reentrant %option noyywrap %option extra-type="struct _ex_ast_node_t **" %% "=" { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_SREC_ASSIGNMENT); return MD_TOKEN_ASSIGN; } \$[a-zA-Z_0-9]+ { // Note: the parser depends on the dollar sign being here. If this is changed, // that needs to be changed as well. *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_FIELD_NAME); return MD_TOKEN_FIELD_NAME; } [0-9]+|[0-9]+\.[0-9]*|[0-9]*\.[0-9]+|[0-9]+[eE][0-9]+|[0-9]+[eE]-[0-9]+|[0-9]+\.[0-9]*[eE][0-9]+|[0-9]+\.[0-9]*[eE]-[0-9]+|[0-9]*\.[0-9]+[eE][0-9]+|[0-9]*\.[0-9]+[eE]-[0-9]+ { // Leading minus sign is handled via the unary-minus operator, not here. // 123 // 123. 123.4 // .234 // 1e2 // 1e-2 // 1.2e3 1.e3 // 1.2e-3 1.e-3 // .2e3 // .2e-3 1.e-3 *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_NUMERIC_LITERAL); return MD_TOKEN_NUMBER; } 0x[0-9a-fA-F]+ { *yyextra = ex_ast_node_alloc(yytext, MD_AST_NODE_TYPE_NUMERIC_LITERAL); return MD_TOKEN_NUMBER; } [ \t\r\n] { } . { return -1; } %% miller-5.6.2/c/parsing/ex2_parse.y000066400000000000000000000065701354153536500170010ustar00rootroot00000000000000// vim: set filetype=none: // (Lemon files have .y extensions like Yacc files but are not Yacc.) %include { #include #include #include #include "../lib/mlrutil.h" #include "./ex_ast.h" #include "../containers/sllv.h" #define DO_WRITE_APPEND // transitional pending lemon-memory issue // ================================================================ // AST: // * parens, commas, semis, line endings, whitespace are all stripped away // * variable names and literal values remain as leaf nodes of the AST // * = + - * / ** {function names} remain as non-leaf nodes of the AST // CST: See ex2_cst.c // // Note: This parser accepts many things that are invalid, e.g. // * begin{end{}} -- begin/end not at top level // * begin{$x=1} -- references to stream records at begin/end // * break/continue outside of for/while/do-while // * $x=x -- boundvars outside of for-loop variable bindings // All of the above are enforced by the CST builder, which takes this parser's output AST as input. // This is done (a) to keep this grammar from being overly complex, and (b) so we can get much more // informative error messages in C than in Lemon ('syntax error'). // // The parser hooks all build up an abstract syntax tree specifically for the CST builder. // For clearer visuals on what the ASTs look like: // * See ex2_cst.c // * See reg_test/run's filter -v and put -v outputs, e.g. in reg_test/expected/out // * Do "mlr -n put -v 'your expression goes here'" // ================================================================ } %token_type {ex_ast_node_t*} %default_type {ex_ast_node_t*} %extra_argument {ex_ast_t* past} //void token_destructor(ex_ast_node_t t) { // printf("In token_destructor t->text(%s)=t->type(%lf)\n", t->text, t->type); //} //%token_destructor {token_destructor($$);} %parse_accept { } // The caller is expected to provide more context. %syntax_error { fprintf(stderr, "mlr DSL: syntax error.\n"); } // ================================================================ md_body ::= md_statement_list(B). { past->proot = B; } // ---------------------------------------------------------------- md_statement_list(A) ::= md_statement(B). { if (B->type == MD_AST_NODE_TYPE_NOP) { A = ex_ast_node_alloc_zary("list", MD_AST_NODE_TYPE_STATEMENT_BLOCK); } else { A = ex_ast_node_alloc_unary("list", MD_AST_NODE_TYPE_STATEMENT_BLOCK, B); } } //md_statement_list(A) ::= md_statement(B) MD_SEMICOLON md_statement_list(C). { // if (B->type == MD_AST_NODE_TYPE_NOP) { // A = C; // } else { // A = ex_ast_node_prepend_arg(C, B); // } //} md_statement_list(A) ::= md_statement_list(B) MD_SEMICOLON md_statement(C). { if (C->type == MD_AST_NODE_TYPE_NOP) { A = B; } else { A = ex_ast_node_append_arg(B, C); } } md_statement(A) ::= md_srec_assignment(B). { A = B; } // ---------------------------------------------------------------- md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_ASSIGN(O) md_rhs(C). { A = ex_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, C); } md_field_name(A) ::= MD_TOKEN_FIELD_NAME(B). { //char* dollar_name = B->text; //char* no_dollar_name = &dollar_name[1]; //A = ex_ast_node_alloc(no_dollar_name, B->type); A = ex_ast_node_alloc(B->text, B->type); } md_rhs(A) ::= md_atom_or_fcn(B). { A = B; } // ---------------------------------------------------------------- md_atom_or_fcn(A) ::= MD_TOKEN_NUMBER(B). { A = B; } miller-5.6.2/c/parsing/ex2_wrapper.c000066400000000000000000000061051354153536500173130ustar00rootroot00000000000000#include #include #include "ex2_wrapper.h" #include "ex2_lexer.h" #include "ex2_parse.h" #include "../lib/mlrutil.h" #include "./ex_ast.h" #include "../containers/sllv.h" // These prototypes are copied out manually from ex2_parse.c. With some // more work I could have Lemon autogenerate these prototypes into // ex2_parse.h. void *ex2_lemon_parser_alloc(void *(*mallocProc)(size_t)); int ex2_lemon_parser_parse_token( void *pvparser, /* The parser */ int yymajor, /* The major token code number */ ex_ast_node_t* yyminor, /* The value for the token */ ex_ast_t* past); /* Optional %extra_argument parameter */ void ex2_lemon_parser_free( void *pvparser, /* The parser to be deleted */ void (*freeProc)(void*)); /* Function used to reclaim memory */ void ex2_ParseTrace(FILE *TraceFILE, char *zTracePrompt); // ---------------------------------------------------------------- // http://flex.sourceforge.net/manual/Init-and-Destroy-Functions.html // http://flex.sourceforge.net/manual/Extra-Data.html // Returns linked list of ex_ast_node_t*. static ex_ast_t* ex2_parse_inner(yyscan_t scanner, void* pvparser, ex_ast_node_t** ppnode, int trace_parse) { int lex_code; int parse_code; ex_ast_t* past = ex_ast_alloc(); if (trace_parse) ex2_ParseTrace(stderr, "[DSLTRACE] "); do { lex_code = ex2_lexer_lex(scanner); ex_ast_node_t* plexed_node = *ppnode; parse_code = ex2_lemon_parser_parse_token(pvparser, lex_code, plexed_node, past); if (parse_code == 0) return NULL; } while (lex_code > 0); if (-1 == lex_code) { fprintf(stderr, "The scanner encountered an error.\n"); return NULL; } parse_code = ex2_lemon_parser_parse_token(pvparser, 0, NULL, past); if (parse_code == 0) return NULL; return past; } // ---------------------------------------------------------------- // Returns linked list of ex_ast_node_t*. ex_ast_t* ex2_parse(char* string, int trace_parse) { ex_ast_node_t* pnode = NULL; yyscan_t scanner; ex2_lexer_lex_init_extra(&pnode, &scanner); void* pvparser = ex2_lemon_parser_alloc(malloc); YY_BUFFER_STATE buf = NULL; if (string == NULL) { ex2_lexer_set_in(stdin, scanner); } else { YY_BUFFER_STATE buf = ex2_lexer__scan_string(string, scanner); ex2_lexer__switch_to_buffer (buf, scanner); } ex_ast_t* past = ex2_parse_inner(scanner, pvparser, &pnode, trace_parse); if (buf != NULL) ex2_lexer__delete_buffer(buf, scanner); ex2_lexer_lex_destroy(scanner); ex2_lemon_parser_free(pvparser, free); return past; } // ---------------------------------------------------------------- void yytestcase(int ignored) { } // ---------------------------------------------------------------- int main(int argc, char** argv) { int trace_parse = FALSE; int argi = 1; if (argc >= 2 && streq(argv[1], "-t")) { argi++; trace_parse = TRUE; } if ((argc - argi) != 1) { fprintf(stderr, "Usage: %s [-t] {expression}\n", argv[0]); exit(1); } ex_ast_t* past = ex2_parse(argv[argi], trace_parse); if (past == NULL) { printf("syntax error\n"); } else { ex_ast_print(past); } return 0; } miller-5.6.2/c/parsing/ex2_wrapper.h000066400000000000000000000002171354153536500173160ustar00rootroot00000000000000#ifndef EX2_WRAPPER_H #define EX2_WRAPPER_H #include "ex_ast.h" ex_ast_t* ex2_parse(char* string, int trace_parse); #endif // EX2_WRAPPER_H miller-5.6.2/c/parsing/ex_ast.c000066400000000000000000000266361354153536500163530ustar00rootroot00000000000000#include #include "../lib/mlrutil.h" #include "ex_ast.h" // ---------------------------------------------------------------- ex_ast_t* ex_ast_alloc() { ex_ast_t* past = mlr_malloc_or_die(sizeof(ex_ast_t)); past->proot = NULL; return past; } // ---------------------------------------------------------------- ex_ast_node_t* ex_ast_node_alloc(char* text, ex_ast_node_type_t type) { ex_ast_node_t* pnode = (ex_ast_node_t*)mlr_malloc_or_die( sizeof(ex_ast_node_t)); pnode->text = mlr_strdup_or_die(text); pnode->type = type; pnode->pchildren = NULL; return pnode; } // ---------------------------------------------------------------- ex_ast_node_t* ex_ast_node_copy(ex_ast_node_t* pother) { ex_ast_node_t* pnode = ex_ast_node_alloc(pother->text, pother->type); return pnode; } // ---------------------------------------------------------------- ex_ast_node_t* ex_ast_tree_copy(ex_ast_node_t* pold) { ex_ast_node_t* pnew = ex_ast_node_copy(pold); if (pold->pchildren != NULL) { pnew->pchildren = sllv_alloc(); for (sllve_t* pe = pold->pchildren->phead; pe != NULL; pe = pe->pnext) { ex_ast_node_t* pchild = pe->pvvalue; sllv_append(pnew->pchildren, ex_ast_tree_copy(pchild)); } } return pnew; } // ---------------------------------------------------------------- ex_ast_node_t* ex_ast_node_alloc_zary(char* text, ex_ast_node_type_t type) { ex_ast_node_t* pnode = ex_ast_node_alloc(text, type); pnode->pchildren = sllv_alloc(); return pnode; } // ---------------------------------------------------------------- ex_ast_node_t* ex_ast_node_alloc_unary(char* text, ex_ast_node_type_t type, ex_ast_node_t* pa) { ex_ast_node_t* pnode = ex_ast_node_alloc(text, type); pnode->pchildren = sllv_alloc(); sllv_append(pnode->pchildren, pa); return pnode; } // ---------------------------------------------------------------- ex_ast_node_t* ex_ast_node_alloc_binary(char* text, ex_ast_node_type_t type, ex_ast_node_t* pa, ex_ast_node_t* pb) { ex_ast_node_t* pnode = ex_ast_node_alloc(text, type); pnode->pchildren = sllv_alloc(); sllv_append(pnode->pchildren, pa); sllv_append(pnode->pchildren, pb); return pnode; } // ---------------------------------------------------------------- ex_ast_node_t* ex_ast_node_alloc_ternary(char* text, ex_ast_node_type_t type, ex_ast_node_t* pa, ex_ast_node_t* pb, ex_ast_node_t* pc) { ex_ast_node_t* pnode = ex_ast_node_alloc(text, type); pnode->pchildren = sllv_alloc(); sllv_append(pnode->pchildren, pa); sllv_append(pnode->pchildren, pb); sllv_append(pnode->pchildren, pc); return pnode; } // ---------------------------------------------------------------- ex_ast_node_t* ex_ast_node_prepend_arg( ex_ast_node_t* pa, ex_ast_node_t* pb) { if (pa->pchildren == NULL) pa->pchildren = sllv_alloc(); sllv_push(pa->pchildren, pb); return pa; } ex_ast_node_t* ex_ast_node_append_arg( ex_ast_node_t* pa, ex_ast_node_t* pb) { if (pa->pchildren == NULL) pa->pchildren = sllv_alloc(); sllv_append(pa->pchildren, pb); return pa; } ex_ast_node_t* ex_ast_node_set_function_name( ex_ast_node_t* pa, char* name) { free(pa->text); pa->text = mlr_strdup_or_die(name); return pa; } // ---------------------------------------------------------------- void ex_ast_print(ex_ast_t* past) { printf("AST ROOT:\n"); if (past->proot == NULL) { printf("(null)\n"); } else { ex_ast_node_print(past->proot); } } // ---------------------------------------------------------------- static void ex_ast_node_print_aux(ex_ast_node_t* pnode, int level, FILE* o) { if (pnode == NULL) return; for (int i = 0; i < level; i++) fprintf(o, " "); fprintf(o, "text=\"%s\", type=%s%s\n", pnode->text, ex_ast_node_describe_type(pnode->type), (pnode->pchildren != NULL) ? ":" : "."); if (pnode->pchildren != NULL) { for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { ex_ast_node_print_aux(pe->pvvalue, level + 1, o); } } } void ex_ast_node_print(ex_ast_node_t* pnode) { ex_ast_node_print_aux(pnode, 0, stdout); } void ex_ast_node_fprint(ex_ast_node_t* pnode, FILE* o) { ex_ast_node_print_aux(pnode, 0, o); } // ---------------------------------------------------------------- char* ex_ast_node_describe_type(ex_ast_node_type_t type) { switch(type) { case MD_AST_NODE_TYPE_STATEMENT_BLOCK: return "statement_list"; break; case MD_AST_NODE_TYPE_BEGIN: return "begin"; break; case MD_AST_NODE_TYPE_END: return "end"; break; case MD_AST_NODE_TYPE_STRING_LITERAL: return "string_literal"; break; case MD_AST_NODE_TYPE_NUMERIC_LITERAL: return "numeric_literal"; break; case MD_AST_NODE_TYPE_BOOLEAN_LITERAL: return "boolean_literal"; break; case MD_AST_NODE_TYPE_REGEXI: return "regexi"; break; case MD_AST_NODE_TYPE_FIELD_NAME: return "field_name"; break; case MD_AST_NODE_TYPE_INDIRECT_FIELD_NAME: return "indirect_field_name"; break; case MD_AST_NODE_TYPE_FULL_SREC: return "full_srec"; break; case MD_AST_NODE_TYPE_OOSVAR_KEYLIST: return "oosvar_keylist"; break; case MD_AST_NODE_TYPE_FULL_OOSVAR: return "full_oosvar"; break; case MD_AST_NODE_TYPE_NON_SIGIL_NAME: return "non_sigil_name"; break; case MD_AST_NODE_TYPE_OPERATOR: return "operator"; break; case MD_AST_NODE_TYPE_SREC_ASSIGNMENT: return "srec_assignment"; break; case MD_AST_NODE_TYPE_INDIRECT_SREC_ASSIGNMENT: return "indirect_srec_assignment"; break; case MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT: return "oosvar_assignment"; break; case MD_AST_NODE_TYPE_OOSVAR_FROM_FULL_SREC_ASSIGNMENT: return "oosvar_from_full_srec_assignment"; break; case MD_AST_NODE_TYPE_FULL_SREC_FROM_OOSVAR_ASSIGNMENT: return "full_srec_from_oosvar_assignment"; break; case MD_AST_NODE_TYPE_CONTEXT_VARIABLE: return "context_variable"; break; case MD_AST_NODE_TYPE_STRIPPED_AWAY: return "stripped_away"; break; case MD_AST_NODE_TYPE_CONDITIONAL_BLOCK: return "conditional_block"; break; case MD_AST_NODE_TYPE_FILTER: return "filter"; break; case MD_AST_NODE_TYPE_UNSET: return "unset"; break; case MD_AST_NODE_TYPE_EMITF: return "emitf"; break; case MD_AST_NODE_TYPE_EMITF_WRITE: return "emitf_write"; break; case MD_AST_NODE_TYPE_EMITF_APPEND: return "emitf_append"; break; case MD_AST_NODE_TYPE_EMITP: return "emitp"; break; case MD_AST_NODE_TYPE_EMITP_WRITE: return "emitp_write"; break; case MD_AST_NODE_TYPE_EMITP_APPEND: return "emitp_append"; break; case MD_AST_NODE_TYPE_EMIT: return "emit"; break; case MD_AST_NODE_TYPE_EMIT_WRITE: return "emit_write"; break; case MD_AST_NODE_TYPE_EMIT_APPEND: return "emit_append"; break; case MD_AST_NODE_TYPE_EMITP_LASHED: return "emitp_lashed"; break; case MD_AST_NODE_TYPE_EMITP_LASHED_WRITE: return "emitp_lashed_write"; break; case MD_AST_NODE_TYPE_EMITP_LASHED_APPEND: return "emitp_lashed_append"; break; case MD_AST_NODE_TYPE_EMIT_LASHED: return "emit_lashed"; break; case MD_AST_NODE_TYPE_EMIT_LASHED_WRITE: return "emit_lashed_write"; break; case MD_AST_NODE_TYPE_EMIT_LASHED_APPEND: return "emit_lashed_append"; break; case MD_AST_NODE_TYPE_DUMP: return "dump"; break; case MD_AST_NODE_TYPE_DUMP_WRITE: return "dump_write"; break; case MD_AST_NODE_TYPE_DUMP_APPEND: return "dump_append"; break; case MD_AST_NODE_TYPE_EDUMP: return "edump"; break; case MD_AST_NODE_TYPE_PRINT: return "print"; break; case MD_AST_NODE_TYPE_PRINT_WRITE: return "print_write"; break; case MD_AST_NODE_TYPE_PRINT_APPEND: return "print_append"; break; case MD_AST_NODE_TYPE_PRINTN: return "printn"; break; case MD_AST_NODE_TYPE_PRINTN_WRITE: return "printn_write"; break; case MD_AST_NODE_TYPE_PRINTN_APPEND: return "printn_append"; break; case MD_AST_NODE_TYPE_EPRINT: return "eprint"; break; case MD_AST_NODE_TYPE_EPRINTN: return "eprintn"; break; case MD_AST_NODE_TYPE_ALL: return "all"; break; case MD_AST_NODE_TYPE_ENV: return "env"; break; case MD_AST_NODE_TYPE_WHILE: return "while"; break; case MD_AST_NODE_TYPE_DO_WHILE: return "do_while"; break; case MD_AST_NODE_TYPE_FOR_SREC: return "for_srec"; break; case MD_AST_NODE_TYPE_FOR_OOSVAR: return "for_oosvar"; break; case MD_AST_NODE_TYPE_FOR_VARIABLES: return "for_variables"; break; case MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE: return "local_variable"; break; case MD_AST_NODE_TYPE_IN: return "in"; break; case MD_AST_NODE_TYPE_BREAK: return "break"; break; case MD_AST_NODE_TYPE_CONTINUE: return "continue"; break; case MD_AST_NODE_TYPE_IF_HEAD: return "if_head"; break; case MD_AST_NODE_TYPE_IF_ITEM: return "if_item"; break; default: return "???"; } } // ---------------------------------------------------------------- void ex_ast_free(ex_ast_t* past) { ex_ast_node_free(past->proot); free(past); } // ---------------------------------------------------------------- void ex_ast_node_free(ex_ast_node_t* pnode) { if (pnode->pchildren) { for (sllve_t* pe = pnode->pchildren->phead; pe != NULL; pe = pe->pnext) { ex_ast_node_t* pchild = pe->pvvalue; ex_ast_node_free(pchild); } sllv_free(pnode->pchildren); } free(pnode->text); free(pnode); } miller-5.6.2/c/parsing/ex_ast.h000066400000000000000000000101461354153536500163450ustar00rootroot00000000000000// ================================================================ // Miller abstract syntax tree for put and filter. // ================================================================ #ifndef EX_AST_H #define EX_AST_H #include "../containers/sllv.h" // ---------------------------------------------------------------- typedef enum _ex_ast_node_type_t { MD_AST_NODE_TYPE_STATEMENT_BLOCK, MD_AST_NODE_TYPE_BEGIN, MD_AST_NODE_TYPE_END, MD_AST_NODE_TYPE_STRING_LITERAL, MD_AST_NODE_TYPE_NUMERIC_LITERAL, MD_AST_NODE_TYPE_BOOLEAN_LITERAL, MD_AST_NODE_TYPE_REGEXI, MD_AST_NODE_TYPE_FIELD_NAME, // E.g. $x MD_AST_NODE_TYPE_INDIRECT_FIELD_NAME, // E.g. $[@x] MD_AST_NODE_TYPE_FULL_SREC, MD_AST_NODE_TYPE_OOSVAR_KEYLIST, MD_AST_NODE_TYPE_FULL_OOSVAR, MD_AST_NODE_TYPE_NON_SIGIL_NAME, MD_AST_NODE_TYPE_OPERATOR, MD_AST_NODE_TYPE_SREC_ASSIGNMENT, MD_AST_NODE_TYPE_INDIRECT_SREC_ASSIGNMENT, MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, MD_AST_NODE_TYPE_OOSVAR_FROM_FULL_SREC_ASSIGNMENT, MD_AST_NODE_TYPE_FULL_SREC_FROM_OOSVAR_ASSIGNMENT, MD_AST_NODE_TYPE_CONTEXT_VARIABLE, MD_AST_NODE_TYPE_ENV, MD_AST_NODE_TYPE_STRIPPED_AWAY, MD_AST_NODE_TYPE_CONDITIONAL_BLOCK, MD_AST_NODE_TYPE_FILTER, MD_AST_NODE_TYPE_UNSET, MD_AST_NODE_TYPE_EMITF, MD_AST_NODE_TYPE_EMITF_WRITE, MD_AST_NODE_TYPE_EMITF_APPEND, MD_AST_NODE_TYPE_EMITP, MD_AST_NODE_TYPE_EMITP_WRITE, MD_AST_NODE_TYPE_EMITP_APPEND, MD_AST_NODE_TYPE_EMIT, MD_AST_NODE_TYPE_EMIT_WRITE, MD_AST_NODE_TYPE_EMIT_APPEND, MD_AST_NODE_TYPE_EMITP_LASHED, MD_AST_NODE_TYPE_EMITP_LASHED_WRITE, MD_AST_NODE_TYPE_EMITP_LASHED_APPEND, MD_AST_NODE_TYPE_EMIT_LASHED, MD_AST_NODE_TYPE_EMIT_LASHED_WRITE, MD_AST_NODE_TYPE_EMIT_LASHED_APPEND, MD_AST_NODE_TYPE_DUMP, MD_AST_NODE_TYPE_DUMP_WRITE, MD_AST_NODE_TYPE_DUMP_APPEND, MD_AST_NODE_TYPE_EDUMP, MD_AST_NODE_TYPE_PRINT, MD_AST_NODE_TYPE_PRINT_WRITE, MD_AST_NODE_TYPE_PRINT_APPEND, MD_AST_NODE_TYPE_PRINTN, MD_AST_NODE_TYPE_PRINTN_WRITE, MD_AST_NODE_TYPE_PRINTN_APPEND, MD_AST_NODE_TYPE_EPRINT, MD_AST_NODE_TYPE_EPRINTN, MD_AST_NODE_TYPE_ALL, MD_AST_NODE_TYPE_NOP, // only for parser internals; should not be in the AST returned by the parser MD_AST_NODE_TYPE_WHILE, MD_AST_NODE_TYPE_DO_WHILE, MD_AST_NODE_TYPE_FOR_SREC, MD_AST_NODE_TYPE_FOR_OOSVAR, MD_AST_NODE_TYPE_FOR_VARIABLES, MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE, MD_AST_NODE_TYPE_IN, MD_AST_NODE_TYPE_BREAK, MD_AST_NODE_TYPE_CONTINUE, MD_AST_NODE_TYPE_IF_HEAD, MD_AST_NODE_TYPE_IF_ITEM, } ex_ast_node_type_t; typedef struct _ex_ast_node_t { char* text; ex_ast_node_type_t type; sllv_t* pchildren; } ex_ast_node_t; typedef struct _ex_ast_t { ex_ast_node_t* proot; } ex_ast_t; // ---------------------------------------------------------------- ex_ast_t* ex_ast_alloc(); ex_ast_node_t* ex_ast_node_alloc(char* text, ex_ast_node_type_t type); ex_ast_node_t* ex_ast_node_alloc_zary(char* text, ex_ast_node_type_t type); ex_ast_node_t* ex_ast_node_alloc_unary(char* text, ex_ast_node_type_t type, ex_ast_node_t* pa); ex_ast_node_t* ex_ast_node_alloc_binary(char* text, ex_ast_node_type_t type, ex_ast_node_t* pa, ex_ast_node_t* pb); ex_ast_node_t* ex_ast_node_alloc_ternary(char* text, ex_ast_node_type_t type, ex_ast_node_t* pa, ex_ast_node_t* pb, ex_ast_node_t* pc); ex_ast_node_t* ex_ast_node_copy(ex_ast_node_t* pother); // These are so the parser can expand '$x += 1' to '$x = $x + 1', etc. ex_ast_node_t* ex_ast_tree_copy(ex_ast_node_t* pother); // See comments in ex_parse.y for this seemingly awkward syntax wherein // we change the function name after having set it up. This is a consequence of // bottom-up DSL parsing. ex_ast_node_t* ex_ast_node_prepend_arg(ex_ast_node_t* pa, ex_ast_node_t* pb); ex_ast_node_t* ex_ast_node_append_arg(ex_ast_node_t* pa, ex_ast_node_t* pb); ex_ast_node_t* ex_ast_node_set_function_name(ex_ast_node_t* pa, char* name); void ex_ast_print(ex_ast_t* past); void ex_ast_node_print(ex_ast_node_t* pnode); void ex_ast_node_fprint(ex_ast_node_t* pnode, FILE* o); char* ex_ast_node_describe_type(ex_ast_node_type_t type); void ex_ast_node_free(ex_ast_node_t* pnode); void ex_ast_free(ex_ast_t* past); #endif // EX_AST_H miller-5.6.2/c/parsing/lemon_action.c000066400000000000000000000126651354153536500175340ustar00rootroot00000000000000#include #include #include #include "lemon_action.h" #include "lemon_assert.h" #include "lemon_msort.h" /* ** Routines processing parser actions in the LEMON parser generator. */ /* Allocate a new parser action */ struct action *Action_new() { static struct action *freelist = 0; struct action *new; if (freelist==0) { int i; int amt = 100; freelist = (struct action *)malloc (sizeof(struct action)*amt) ; if (freelist==0) { fprintf(stderr,"Unable to allocate memory for a new parser action."); exit(1); } for (i=0; inext; return new; } /* Compare two actions */ static int actioncmp(struct action *ap1, struct action *ap2) { int rc; rc = ap1->sp->index - ap2->sp->index; if (rc==0) rc = (int)ap1->type - (int)ap2->type; if (rc==0) { assert(ap1->type==REDUCE || ap1->type==RD_RESOLVED || ap1->type==CONFLICT); assert(ap2->type==REDUCE || ap2->type==RD_RESOLVED || ap2->type==CONFLICT); rc = ap1->x.rp->index - ap2->x.rp->index; } return rc; } /* Sort parser actions */ struct action *Action_sort(struct action *ap) { ap = (struct action *)msort((char *)ap,(char **)&ap->next,actioncmp); return ap; } void Action_add( struct action **app, enum e_action type, struct symbol *sp, char *arg) { struct action *new; new = Action_new(); new->next = *app; *app = new; new->type = type; new->sp = sp; if (type==SHIFT) { new->x.stp = (struct state *)arg; } else { new->x.rp = (struct rule *)arg; } } /* Free all memory associated with the given acttab */ void acttab_free(acttab *p) { free (p->aAction); free (p->aLookahead); free (p); } /* Allocate a new acttab structure */ acttab *acttab_alloc(void) { acttab *p = malloc (sizeof(*p)) ; if (p==0) { fprintf(stderr,"Unable to allocate memory for a new acttab."); exit(1); } memset(p, 0, sizeof(*p)); return p; } /* Add a new action to the current transaction set */ void acttab_action(acttab *p, int lookahead, int action) { if (p->nLookahead>=p->nLookaheadAlloc) { p->nLookaheadAlloc += 25; p->aLookahead = realloc (p->aLookahead, sizeof(p->aLookahead[0])*p->nLookaheadAlloc) ; if (p->aLookahead==0) { fprintf(stderr,"malloc failed\n"); exit(1); } } if (p->nLookahead==0) { p->mxLookahead = lookahead; p->mnLookahead = lookahead; p->mnAction = action; } else { if (p->mxLookaheadmxLookahead = lookahead; if (p->mnLookahead>lookahead) { p->mnLookahead = lookahead; p->mnAction = action; } } p->aLookahead[p->nLookahead].lookahead = lookahead; p->aLookahead[p->nLookahead].action = action; p->nLookahead++; } /* ** Add the transaction set built up with prior calls to acttab_action() ** into the current action table. Then reset the transaction set back ** to an empty set in preparation for a new round of acttab_action() calls. ** ** Return the offset into the action table of the new transaction. */ int acttab_insert(acttab *p) { int i, j, k, n; assert (p->nLookahead>0) ; /* Make sure we have enough space to hold the expanded action table ** in the worst case. The worst case occurs if the transaction set ** must be appended to the current action table */ n = p->mxLookahead + 1; if (p->nAction + n >= p->nActionAlloc) { int oldAlloc = p->nActionAlloc; p->nActionAlloc = p->nAction + n + p->nActionAlloc + 20; p->aAction = realloc (p->aAction, sizeof(p->aAction[0])*p->nActionAlloc); if (p->aAction==0) { fprintf(stderr,"malloc failed\n"); exit(1); } for(i=oldAlloc; inActionAlloc; i++){ p->aAction[i].lookahead = -1; p->aAction[i].action = -1; } } /* Scan the existing action table looking for an offset where we can ** insert the current transaction set. Fall out of the loop when that ** offset is found. In the worst case, we fall out of the loop when ** i reaches p->nAction, which means we append the new transaction set. ** ** i is the index in p->aAction[] where p->mnLookahead is inserted. */ for(i=0; inAction+p->mnLookahead; i++){ if (p->aAction[i].lookahead<0) { for(j=0; jnLookahead; j++){ k = p->aLookahead[j].lookahead - p->mnLookahead + i; if (k<0) break; if (p->aAction[k].lookahead>=0) break; } if (jnLookahead) continue; for(j=0; jnAction; j++){ if (p->aAction[j].lookahead==j+p->mnLookahead-i) break; } if (j==p->nAction) { break; /* Fits in empty slots */ } } else if (p->aAction[i].lookahead==p->mnLookahead) { if (p->aAction[i].action!=p->mnAction) continue; for(j=0; jnLookahead; j++){ k = p->aLookahead[j].lookahead - p->mnLookahead + i; if (k<0 || k>=p->nAction) break; if (p->aLookahead[j].lookahead!=p->aAction[k].lookahead) break; if (p->aLookahead[j].action!=p->aAction[k].action) break; } if (jnLookahead) continue; n = 0; for(j=0; jnAction; j++){ if (p->aAction[j].lookahead<0) continue; if (p->aAction[j].lookahead==j+p->mnLookahead-i) n++; } if (n==p->nLookahead) { break; /* Same as a prior transaction set */ } } } /* Insert transaction set at index i. */ for(j=0; jnLookahead; j++){ k = p->aLookahead[j].lookahead - p->mnLookahead + i; p->aAction[k] = p->aLookahead[j]; if (k>=p->nAction) p->nAction = k+1; } p->nLookahead = 0; /* Return the offset that is added to the lookahead in order to get the ** index into yy_action of the action */ return i - p->mnLookahead; } miller-5.6.2/c/parsing/lemon_action.h000066400000000000000000000033221354153536500175270ustar00rootroot00000000000000#ifndef LEMON_ACTION_H #define LEMON_ACTION_H #include "lemon_structs.h" struct action *Action_new(); struct action *Action_sort(); void Action_add( struct action **app, enum e_action type, struct symbol *sp, char *arg); /* ** This module implements routines use to construct the yy_action[] table. */ /* ** The state of the yy_action table under construction is an instance of ** the following structure */ typedef struct acttab acttab; struct acttab { int nAction; /* Number of used slots in aAction[] */ int nActionAlloc; /* Slots allocated for aAction[] */ struct { int lookahead; /* Value of the lookahead token */ int action; /* Action to take on the given lookahead */ } *aAction, /* The yy_action[] table under construction */ *aLookahead; /* A single new transaction set */ int mnLookahead; /* Minimum aLookahead[].lookahead */ int mnAction; /* Action associated with mnLookahead */ int mxLookahead; /* Maximum aLookahead[].lookahead */ int nLookahead; /* Used slots in aLookahead[] */ int nLookaheadAlloc; /* Slots allocated in aLookahead[] */ }; /* Return the number of entries in the yy_action table */ #define acttab_size(X) ((X)->nAction) /* The value for the N-th entry in yy_action */ #define acttab_yyaction(X,N) ((X)->aAction[N].action) /* The value for the N-th entry in yy_lookahead */ #define acttab_yylookahead(X,N) ((X)->aAction[N].lookahead) struct acttab *acttab_alloc(void); void acttab_free(acttab *p); acttab *acttab_alloc(void); void acttab_action(acttab *p, int lookahead, int action); int acttab_insert(acttab *p); #endif // LEMON_ACTION_H miller-5.6.2/c/parsing/lemon_assert.c000066400000000000000000000003051354153536500175440ustar00rootroot00000000000000#include #include #include "lemon_assert.h" void lemon_assert(char *file, int line) { fprintf(stderr,"Assertion failed on line %d of file \"%s\"\n", line, file); exit(1); } miller-5.6.2/c/parsing/lemon_assert.h000066400000000000000000000003361354153536500175550ustar00rootroot00000000000000#ifndef LEMON_ASSERT_H #define LEMON_ASSERT_H void lemon_assert(char *file, int line); #ifndef NDEBUG # define assert(X) if(!(X))lemon_assert(__FILE__,__LINE__) #else # define assert(X) #endif #endif // LEMON_ASSERT_H miller-5.6.2/c/parsing/lemon_config_list.c000066400000000000000000000210421354153536500205440ustar00rootroot00000000000000#include #include #include #include "lemon_config_list.h" #include "lemon_assert.h" #include "lemon_error.h" #include "lemon_msort.h" #include "lemon_plink.h" #include "lemon_set.h" /* ** Routines to processing a configuration list and building a state ** in the LEMON parser generator. */ // ---------------------------------------------------------------- /* Compare two configurations */ int Configcmp(a,b) struct config *a; struct config *b; { int x; x = a->rp->index - b->rp->index; if (x==0) x = a->dot - b->dot; return x; } // ---------------------------------------------------------------- static struct config *freelist = 0; /* List of free configurations */ static struct config *current = 0; /* Top of list of configurations */ static struct config **currentend = 0; /* Last on list of configs */ static struct config *basis = 0; /* Top of list of basis configs */ static struct config **basisend = 0; /* End of list of basis configs */ /* Return a pointer to a new configuration */ static struct config *newconfig() { struct config *new; if (freelist==0) { int i; int amt = 3; freelist = (struct config *)malloc (sizeof(struct config)*amt) ; if (freelist==0) { fprintf(stderr,"Unable to allocate memory for a new configuration."); exit(1); } for(i=0; inext; return new; } /* The configuration "old" is no longer used */ static void deleteconfig(struct config *old) { old->next = freelist; freelist = old; } /* Initialized the configuration list builder */ void Configlist_init() { current = 0; currentend = ¤t; basis = 0; basisend = &basis; Configtable_init(); return; } /* Initialized the configuration list builder */ void Configlist_reset() { current = 0; currentend = ¤t; basis = 0; basisend = &basis; Configtable_clear(0); return; } /* Add another configuration to the configuration list */ struct config *Configlist_add( struct rule *rp, /* The rule */ int dot) /* Index into the RHS of the rule where the dot goes */ { struct config *cfp, model; assert (currentend!=0) ; model.rp = rp; model.dot = dot; cfp = Configtable_find(&model); if (cfp==0) { cfp = newconfig(); cfp->rp = rp; cfp->dot = dot; cfp->fws = SetNew(); cfp->stp = 0; cfp->fplp = cfp->bplp = 0; cfp->next = 0; cfp->bp = 0; *currentend = cfp; currentend = &cfp->next; Configtable_insert(cfp); } return cfp; } /* Add a basis configuration to the configuration list */ struct config *Configlist_addbasis(struct rule *rp, int dot) { struct config *cfp, model; assert (basisend!=0); assert (currentend!=0); model.rp = rp; model.dot = dot; cfp = Configtable_find(&model); if (cfp == 0) { cfp = newconfig(); cfp->rp = rp; cfp->dot = dot; cfp->fws = SetNew(); cfp->stp = 0; cfp->fplp = cfp->bplp = 0; cfp->next = 0; cfp->bp = 0; *currentend = cfp; currentend = &cfp->next; *basisend = cfp; basisend = &cfp->bp; Configtable_insert(cfp); } return cfp; } /* Compute the closure of the configuration list */ void Configlist_closure(struct lemon *lemp) { struct config *cfp, *newcfp; struct rule *rp, *newrp; struct symbol *sp, *xsp; int i, dot; assert (currentend!=0) ; for(cfp=current; cfp; cfp=cfp->next){ rp = cfp->rp; dot = cfp->dot; if (dot>=rp->nrhs) continue; sp = rp->rhs[dot]; if (sp->type==NONTERMINAL) { if (sp->rule==0 && sp!=lemp->errsym) { ErrorMsg(lemp->filename,rp->line,"Nonterminal \"%s\" has no rules.", sp->name); lemp->errorcnt++; } for(newrp=sp->rule; newrp; newrp=newrp->nextlhs){ newcfp = Configlist_add(newrp,0); for (i=dot+1; inrhs; i++) { xsp = rp->rhs[i]; if (xsp->type==TERMINAL) { SetAdd(newcfp->fws,xsp->index); break; } else { SetUnion(newcfp->fws,xsp->firstset); if (xsp->lambda==B_FALSE) break; } } if (i==rp->nrhs) Plink_add(&cfp->fplp,newcfp); } } } return; } /* Sort the configuration list */ void Configlist_sort() { current = (struct config *)msort((char *)current,(char **)&(current->next),Configcmp); currentend = 0; return; } /* Sort the basis configuration list */ void Configlist_sortbasis() { basis = (struct config *)msort((char *)current,(char **)&(current->bp),Configcmp); basisend = 0; return; } /* Return a pointer to the head of the configuration list and ** reset the list */ struct config *Configlist_return() { struct config *old; old = current; current = 0; currentend = 0; return old; } /* Return a pointer to the head of the configuration list and ** reset the list */ struct config *Configlist_basis() { struct config *old; old = basis; basis = 0; basisend = 0; return old; } /* Free all elements of the given configuration list */ void Configlist_eat(struct config *cfp) { struct config *nextcfp; for(; cfp; cfp=nextcfp){ nextcfp = cfp->next; assert (cfp->fplp==0) ; assert (cfp->bplp==0) ; if (cfp->fws) SetFree(cfp->fws); deleteconfig(cfp); } return; } // ================================================================ /* Hash a configuration */ static int confighash(struct config *a) { int h=0; h = h*571 + a->rp->index*37 + a->dot; return h; } /* There is one instance of the following structure for each ** associative array of type "x4". */ struct s_x4 { int size; /* The number of available slots. Must be a power of 2, >= 1. */ int count; /* Number of currently slots filled */ struct s_x4node *tbl; /* The data stored here */ struct s_x4node **ht; /* Hash table for lookups */ }; /* There is one instance of this structure for every data element ** in an associative array of type "x4". */ typedef struct s_x4node { struct config *data; /* The data */ struct s_x4node *next; /* Next entry with the same hash */ struct s_x4node **from; /* Previous link */ } x4node; /* There is only one instance of the array, which is the following */ static struct s_x4 *x4a; /* Allocate a new associative array */ void Configtable_init() { if (x4a) return; x4a = (struct s_x4*)malloc (sizeof(struct s_x4)) ; if (x4a) { x4a->size = 64; x4a->count = 0; x4a->tbl = (x4node*)malloc ( (sizeof(x4node) + sizeof(x4node*))*64) ; if (x4a->tbl==0) { free(x4a); x4a = 0; } else { int i; x4a->ht = (x4node**)&(x4a->tbl[64]); for(i=0; i<64; i++) x4a->ht[i] = 0; } } } /* Insert a new record into the array. Return TRUE if successful. ** Prior data with the same key is NOT overwritten */ int Configtable_insert(struct config *data) { x4node *np; int h; int ph; if (x4a==0) return 0; ph = confighash(data); h = ph & (x4a->size-1); np = x4a->ht[h]; while (np) { if (Configcmp(np->data,data)==0) { /* An existing entry with the same key is found. */ /* Fail because overwrite is not allows. */ return 0; } np = np->next; } if (x4a->count>=x4a->size) { /* Need to make the hash table bigger */ int i,size; struct s_x4 array; array.size = size = x4a->size*2; array.count = x4a->count; array.tbl = (x4node*)malloc( (sizeof(x4node) + sizeof(x4node*))*size) ; if (array.tbl==0) return 0; /* Fail due to malloc failure */ array.ht = (x4node**)&(array.tbl[size]); for(i=0; icount; i++){ x4node *oldnp, *newnp; oldnp = &(x4a->tbl[i]); h = confighash(oldnp->data) & (size-1); newnp = &(array.tbl[i]); if (array.ht[h]) array.ht[h]->from = &(newnp->next); newnp->next = array.ht[h]; newnp->data = oldnp->data; newnp->from = &(array.ht[h]); array.ht[h] = newnp; } free(x4a->tbl); *x4a = array; } /* Insert the new data */ h = ph & (x4a->size-1); np = &(x4a->tbl[x4a->count++]); np->data = data; if (x4a->ht[h]) x4a->ht[h]->from = &(np->next); np->next = x4a->ht[h]; x4a->ht[h] = np; np->from = &(x4a->ht[h]); return 1; } /* Return a pointer to data assigned to the given key. Return NULL ** if no such key. */ struct config *Configtable_find(struct config *key) { int h; x4node *np; if (x4a==0) return 0; h = confighash(key) & (x4a->size-1); np = x4a->ht[h]; while (np) { if (Configcmp(np->data,key)==0) break; np = np->next; } return np ? np->data : 0; } /* Remove all data from the table. Pass each data to the function "f" ** as it is removed. ("f" may be null to avoid this step.) */ void Configtable_clear(int(*f)(struct config *)) { int i; if (x4a==0 || x4a->count==0) return; if (f) for(i=0; icount; i++) (*f)(x4a->tbl[i].data); for(i=0; isize; i++) x4a->ht[i] = 0; x4a->count = 0; return; } miller-5.6.2/c/parsing/lemon_config_list.h000066400000000000000000000013161354153536500205530ustar00rootroot00000000000000#ifndef LEMON_CONFIG_LIST_H #define LEMON_CONFIG_LIST_H #include "lemon_structs.h" int Configcmp(struct config *, struct config *); void Configlist_init(void); struct config *Configlist_add(struct rule *, int); struct config *Configlist_addbasis(struct rule *, int); void Configlist_closure(struct lemon*); void Configlist_sort(void); void Configlist_sortbasis(void); struct config *Configlist_return(void); struct config *Configlist_basis(void); void Configlist_eat(struct config *); void Configlist_reset(void); void Configtable_init(void); int Configtable_insert(struct config *); struct config *Configtable_find(struct config *); void Configtable_clear(int(*)(struct config *)); #endif // LEMON_CONFIG_LIST_H miller-5.6.2/c/parsing/lemon_dims.h000066400000000000000000000002601354153536500172040ustar00rootroot00000000000000#ifndef LEMON_DIMS_H #define LEMON_DIMS_H #ifdef TEST #define MAXRHS 5 /* Set low to exercise exception code */ #else #define MAXRHS 2000 #endif #endif // LEMON_DIMS_H miller-5.6.2/c/parsing/lemon_error.c000066400000000000000000000040211354153536500173730ustar00rootroot00000000000000#include #include #include "lemon_error.h" /***************** From the file "error.c" *********************************/ /* ** Code for printing error message. */ /* Find a good place to break "msg" so that its length is at least "min" ** but no more than "max". Make the point as close to max as possible. */ static int findbreak(char *msg, int min, int max) { int i,spot; char c; for(i=spot=min; i<=max; i++){ c = msg[i]; if (c=='\t') msg[i] = ' '; if (c=='\n') { msg[i] = ' '; spot = i; break; } if (c==0) { spot = i; break; } if (c=='-' && i0) { sprintf(prefix,"%.*s:%d: ",PREFIXLIMIT-10,filename,lineno); } else { sprintf(prefix,"%.*s: ",PREFIXLIMIT-10,filename); } prefixsize = strlen(prefix); availablewidth = LINEWIDTH - prefixsize; /* Generate the error message */ vsprintf(errmsg,format,ap); va_end(ap); errmsgsize = strlen(errmsg); /* Remove trailing '\n's from the error message. */ while (errmsgsize>0 && errmsg[errmsgsize-1]=='\n') { errmsg[--errmsgsize] = 0; } /* Print the error message */ base = 0; while (errmsg[base]!=0) { end = restart = findbreak(&errmsg[base],0,availablewidth); restart += base; while (errmsg[restart]==' ') restart++; fprintf(stdout,"%s%.*s\n",prefix,end,&errmsg[base]); base = restart; } } miller-5.6.2/c/parsing/lemon_error.h000066400000000000000000000002161354153536500174020ustar00rootroot00000000000000#ifndef LEMON_ERROR_H #define LEMON_ERROR_H #include "stdarg.h" void ErrorMsg(const char *, int,const char *, ...); #endif // LEMON_ERROR_H miller-5.6.2/c/parsing/lemon_fsm.c000066400000000000000000000341601354153536500170360ustar00rootroot00000000000000#include #include #include #include #include #include #include "lemon_fsm.h" #include "lemon_assert.h" #include "lemon_error.h" #include "lemon_memory.h" ////#include "lemon_msort.h" //#include "lemon_option.h" //#include "lemon_structs.h" #include "lemon_action.h" ////#include "lemon_string.h" #include "lemon_set.h" //#include "lemon_report.h" #include "lemon_symbol.h" #include "lemon_plink.h" #include "lemon_config_list.h" #include "lemon_state_table.h" ////#include "lemon_fsm.h" //#include "lemon_parse.h" /* ** Routines to construct the finite state machine for the LEMON ** parser generator. */ /* Find a precedence symbol of every rule in the grammar. ** ** Those rules which have a precedence symbol coded in the input ** grammar using the "[symbol]" construct will already have the ** rp->precsym field filled. Other rules take as their precedence ** symbol the first RHS symbol with a defined precedence. If there ** are not RHS symbols with a defined precedence, the precedence ** symbol field is left blank. */ void FindRulePrecedences(struct lemon *xp) { struct rule *rp; for(rp=xp->rule; rp; rp=rp->next){ if (rp->precsym==0) { int i; for(i=0; inrhs; i++){ if (rp->rhs[i]->prec>=0) { rp->precsym = rp->rhs[i]; break; } } } } return; } /* Find all nonterminals which will generate the empty string. ** Then go back and compute the first sets of every nonterminal. ** The first set is the set of all terminal symbols which can begin ** a string generated by that nonterminal. */ void FindFirstSets(struct lemon *lemp) { int i; struct rule *rp; int progress; for (i=0; insymbol; i++) { lemp->symbols[i]->lambda = B_FALSE; } for (i=lemp->nterminal; insymbol; i++) { lemp->symbols[i]->firstset = SetNew(); } /* First compute all lambdas */ do { progress = 0; for (rp=lemp->rule; rp; rp=rp->next) { if (rp->lhs->lambda) continue; for(i=0; inrhs; i++){ if (rp->rhs[i]->lambda==B_FALSE) break; } if (i==rp->nrhs) { rp->lhs->lambda = B_TRUE; progress = 1; } } } while (progress); /* Now compute all first sets */ do { struct symbol *s1, *s2; progress = 0; for(rp=lemp->rule; rp; rp=rp->next){ s1 = rp->lhs; for(i=0; inrhs; i++){ s2 = rp->rhs[i]; if (s2->type==TERMINAL) { progress += SetAdd(s1->firstset,s2->index); break; } else if (s1==s2) { if (s1->lambda==B_FALSE) break; } else { progress += SetUnion(s1->firstset,s2->firstset); if (s2->lambda==B_FALSE) break; } } } } while (progress); return; } /* Compute all LR(0) states for the grammar. Links ** are added to between some states so that the LR(1) follow sets ** can be computed later. */ static struct state *getstate(/* struct lemon * */); /* forward reference */ void FindStates(struct lemon *lemp) { struct symbol *sp; struct rule *rp; Configlist_init(); /* Find the start symbol */ if (lemp->start) { sp = Symbol_find(lemp->start); if (sp==0) { ErrorMsg(lemp->filename,0, "The specified start symbol \"%s\" is not \ in a nonterminal of the grammar. \"%s\" will be used as the start \ symbol instead.",lemp->start,lemp->rule->lhs->name); lemp->errorcnt++; sp = lemp->rule->lhs; } } else { sp = lemp->rule->lhs; } /* Make sure the start symbol doesn't occur on the right-hand side of ** any rule. Report an error if it does. (YACC would generate a new ** start symbol in this case.) */ for(rp=lemp->rule; rp; rp=rp->next){ int i; for(i=0; inrhs; i++){ if (rp->rhs[i]==sp) { ErrorMsg(lemp->filename,0, "The start symbol \"%s\" occurs on the \ right-hand side of a rule. This will result in a parser which \ does not work properly.",sp->name); lemp->errorcnt++; } } } /* The basis configuration set for the first state ** is all rules which have the start symbol as their ** left-hand side */ for(rp=sp->rule; rp; rp=rp->nextlhs){ struct config *newcfp; newcfp = Configlist_addbasis(rp,0); SetAdd(newcfp->fws,0); } /* Compute the first state. All other states will be ** computed automatically during the computation of the first one. ** The returned pointer to the first state is not used. */ (void)getstate(lemp); return; } /* Return a pointer to a state which is described by the configuration ** list which has been built from calls to Configlist_add. */ static void buildshifts(struct lemon *, struct state *); /* Forward ref */ static struct state *getstate(struct lemon *lemp) { struct config *cfp, *bp; struct state *stp; /* Extract the sorted basis of the new state. The basis was constructed ** by prior calls to "Configlist_addbasis()". */ Configlist_sortbasis(); bp = Configlist_basis(); /* Get a state with the same basis */ stp = State_find(bp); if (stp) { /* A state with the same basis already exists! Copy all the follow-set ** propagation links from the state under construction into the ** preexisting state, then return a pointer to the preexisting state */ struct config *x, *y; for(x=bp, y=stp->bp; x && y; x=x->bp, y=y->bp){ Plink_copy(&y->bplp,x->bplp); Plink_delete(x->fplp); x->fplp = x->bplp = 0; } cfp = Configlist_return(); Configlist_eat(cfp); } else { /* This really is a new state. Construct all the details */ Configlist_closure(lemp); /* Compute the configuration closure */ Configlist_sort(); /* Sort the configuration closure */ cfp = Configlist_return(); /* Get a pointer to the config list */ stp = State_new(); /* A new state structure */ MemoryCheck(stp); stp->bp = bp; /* Remember the configuration basis */ stp->cfp = cfp; /* Remember the configuration closure */ stp->index = lemp->nstate++; /* Every state gets a sequence number */ stp->ap = 0; /* No actions, yet. */ State_insert(stp,stp->bp); /* Add to the state table */ buildshifts(lemp,stp); /* Recursively compute successor states */ } return stp; } /* Construct all successor states to the given state. A "successor" ** state is any state which can be reached by a shift action. */ static void buildshifts( struct lemon *lemp, struct state *stp) /* The state from which successors are computed */ { struct config *cfp; /* For looping thru the config closure of "stp" */ struct config *bcfp; /* For the inner loop on config closure of "stp" */ struct config *new; /* */ struct symbol *sp; /* Symbol following the dot in configuration "cfp" */ struct symbol *bsp; /* Symbol following the dot in configuration "bcfp" */ struct state *newstp; /* A pointer to a successor state */ /* Each configuration becomes complete after it contibutes to a successor ** state. Initially, all configurations are incomplete */ for(cfp=stp->cfp; cfp; cfp=cfp->next) cfp->status = INCOMPLETE; /* Loop through all configurations of the state "stp" */ for(cfp=stp->cfp; cfp; cfp=cfp->next){ if (cfp->status==COMPLETE) continue; /* Already used by inner loop */ if (cfp->dot>=cfp->rp->nrhs) continue; /* Can't shift this config */ Configlist_reset(); /* Reset the new config set */ sp = cfp->rp->rhs[cfp->dot]; /* Symbol after the dot */ /* For every configuration in the state "stp" which has the symbol "sp" ** following its dot, add the same configuration to the basis set under ** construction but with the dot shifted one symbol to the right. */ for(bcfp=cfp; bcfp; bcfp=bcfp->next){ if (bcfp->status==COMPLETE) continue; /* Already used */ if (bcfp->dot>=bcfp->rp->nrhs) continue; /* Can't shift this one */ bsp = bcfp->rp->rhs[bcfp->dot]; /* Get symbol after dot */ if (bsp!=sp) continue; /* Must be same as for "cfp" */ bcfp->status = COMPLETE; /* Mark this config as used */ new = Configlist_addbasis(bcfp->rp,bcfp->dot+1); Plink_add(&new->bplp,bcfp); } /* Get a pointer to the state described by the basis configuration set ** constructed in the preceding loop */ newstp = getstate(lemp); /* The state "newstp" is reached from the state "stp" by a shift action ** on the symbol "sp" */ Action_add(&stp->ap,SHIFT,sp,(char *)newstp); } } /* ** Construct the propagation links */ void FindLinks(struct lemon *lemp) { int i; struct config *cfp, *other; struct state *stp; struct plink *plp; /* Housekeeping detail: ** Add to every propagate link a pointer back to the state to ** which the link is attached. */ for(i=0; instate; i++){ stp = lemp->sorted[i]; for(cfp=stp->cfp; cfp; cfp=cfp->next){ cfp->stp = stp; } } /* Convert all backlinks into forward links. Only the forward ** links are used in the follow-set computation. */ for(i=0; instate; i++){ stp = lemp->sorted[i]; for(cfp=stp->cfp; cfp; cfp=cfp->next){ for(plp=cfp->bplp; plp; plp=plp->next){ other = plp->cfp; Plink_add(&other->fplp,cfp); } } } } /* Compute all followsets. ** ** A followset is the set of all symbols which can come immediately ** after a configuration. */ void FindFollowSets(struct lemon *lemp) { int i; struct config *cfp; struct plink *plp; int progress; int change; for(i=0; instate; i++){ for(cfp=lemp->sorted[i]->cfp; cfp; cfp=cfp->next){ cfp->status = INCOMPLETE; } } do { progress = 0; for (i=0; instate; i++){ for (cfp=lemp->sorted[i]->cfp; cfp; cfp=cfp->next) { if (cfp->status==COMPLETE) continue; for (plp=cfp->fplp; plp; plp=plp->next) { change = SetUnion(plp->cfp->fws,cfp->fws); if (change) { plp->cfp->status = INCOMPLETE; progress = 1; } } cfp->status = COMPLETE; } } } while (progress); } static int resolve_conflict(); /* Compute the reduce actions, and resolve conflicts. */ void FindActions(struct lemon *lemp) { int i,j; struct config *cfp; struct state *stp; struct symbol *sp; struct rule *rp; /* Add all of the reduce actions ** A reduce action is added for each element of the followset of ** a configuration which has its dot at the extreme right. */ for(i=0; instate; i++){ /* Loop over all states */ stp = lemp->sorted[i]; for(cfp=stp->cfp; cfp; cfp=cfp->next){ /* Loop over all configurations */ if (cfp->rp->nrhs==cfp->dot) { /* Is dot at extreme right? */ for(j=0; jnterminal; j++){ if (SetFind(cfp->fws,j)) { /* Add a reduce action to the state "stp" which will reduce by the ** rule "cfp->rp" if the lookahead symbol is "lemp->symbols[j]" */ Action_add(&stp->ap,REDUCE,lemp->symbols[j],(char *)cfp->rp); } } } } } /* Add the accepting token */ if (lemp->start) { sp = Symbol_find(lemp->start); if (sp==0) sp = lemp->rule->lhs; } else { sp = lemp->rule->lhs; } /* Add to the first state (which is always the starting state of the ** finite state machine) an action to ACCEPT if the lookahead is the ** start nonterminal. */ Action_add(&lemp->sorted[0]->ap,ACCEPT,sp,0); /* Resolve conflicts */ for(i=0; instate; i++){ struct action *ap, *nap; struct state *stp; stp = lemp->sorted[i]; assert (stp->ap) ; stp->ap = Action_sort(stp->ap); for(ap=stp->ap; ap && ap->next; ap=ap->next){ for(nap=ap->next; nap && nap->sp==ap->sp; nap=nap->next){ /* The two actions "ap" and "nap" have the same lookahead. ** Figure out which one should be used */ lemp->nconflict += resolve_conflict(ap,nap,lemp->errsym); } } } /* Report an error for each rule that can never be reduced. */ for(rp=lemp->rule; rp; rp=rp->next) rp->canReduce = B_FALSE; for(i=0; instate; i++){ struct action *ap; for(ap=lemp->sorted[i]->ap; ap; ap=ap->next){ if (ap->type==REDUCE) ap->x.rp->canReduce = B_TRUE; } } for(rp=lemp->rule; rp; rp=rp->next){ if (rp->canReduce) continue; ErrorMsg(lemp->filename,rp->ruleline,"This rule can not be reduced.\n"); lemp->errorcnt++; } } /* Resolve a conflict between the two given actions. If the ** conflict can't be resolve, return non-zero. ** ** NO LONGER TRUE: ** To resolve a conflict, first look to see if either action ** is on an error rule. In that case, take the action which ** is not associated with the error rule. If neither or both ** actions are associated with an error rule, then try to ** use precedence to resolve the conflict. ** ** If either action is a SHIFT, then it must be apx. This ** function won't work if apx->type==REDUCE and apy->type==SHIFT. */ static int resolve_conflict( struct action *apx, struct action *apy, struct symbol *errsym) /* The error symbol (if defined. NULL otherwise) */ { struct symbol *spx, *spy; int errcnt = 0; assert (apx->sp==apy->sp) ; /* Otherwise there would be no conflict */ if (apx->type==SHIFT && apy->type==REDUCE) { spx = apx->sp; spy = apy->x.rp->precsym; if (spy==0 || spx->prec<0 || spy->prec<0) { /* Not enough precedence information. */ apy->type = CONFLICT; errcnt++; } else if (spx->prec>spy->prec) { /* Lower precedence wins */ apy->type = RD_RESOLVED; } else if (spx->precprec) { apx->type = SH_RESOLVED; } else if (spx->prec==spy->prec && spx->assoc==RIGHT) { /* Use operator */ apy->type = RD_RESOLVED; /* associativity */ } else if (spx->prec==spy->prec && spx->assoc==LEFT) { /* to break tie */ apx->type = SH_RESOLVED; } else { assert (spx->prec==spy->prec && spx->assoc==NONE) ; apy->type = CONFLICT; errcnt++; } } else if (apx->type==REDUCE && apy->type==REDUCE) { spx = apx->x.rp->precsym; spy = apy->x.rp->precsym; if (spx==0 || spy==0 || spx->prec<0 || spy->prec<0 || spx->prec==spy->prec) { apy->type = CONFLICT; errcnt++; } else if (spx->prec>spy->prec) { apy->type = RD_RESOLVED; } else if (spx->precprec) { apx->type = RD_RESOLVED; } } else { assert ( apx->type==SH_RESOLVED || apx->type==RD_RESOLVED || apx->type==CONFLICT || apy->type==SH_RESOLVED || apy->type==RD_RESOLVED || apy->type==CONFLICT ) ; /* The REDUCE/SHIFT case cannot happen because SHIFTs come before ** REDUCEs on the list. If we reach this point it must be because ** the parser conflict had already been resolved. */ } return errcnt; } miller-5.6.2/c/parsing/lemon_fsm.h000066400000000000000000000004541354153536500170420ustar00rootroot00000000000000#ifndef LEMON_FSM_H #define LEMON_FSM_H #include "lemon_structs.h" void FindRulePrecedences(struct lemon*); void FindFirstSets(struct lemon*); void FindStates(struct lemon*); void FindLinks(struct lemon*); void FindFollowSets(struct lemon*); void FindActions(struct lemon*); #endif // LEMON_FSM_H miller-5.6.2/c/parsing/lemon_main.c000066400000000000000000000127001354153536500171710ustar00rootroot00000000000000/* ** The author of this program disclaims copyright. */ #include #include #include #include #include #include #include "lemon_dims.h" #include "lemon_option.h" #include "lemon_structs.h" #include "lemon_string.h" #include "lemon_set.h" #include "lemon_report.h" #include "lemon_symbol.h" #include "lemon_state_table.h" #include "lemon_fsm.h" #include "lemon_parse.h" // ---------------------------------------------------------------- static int nDefine = 0; /* Number of -D options on the command line */ static char **azDefine = 0; /* Name of the -D macros */ /* This routine is called with the argument to each -D command-line option. ** Add the macro defined to the azDefine array. */ static void handle_D_option(char *z) { char **paz; nDefine++; azDefine = realloc(azDefine, sizeof(azDefine[0])*nDefine); if (azDefine == 0) { fprintf(stderr,"out of memory\n"); exit(1); } paz = &azDefine[nDefine-1]; *paz = malloc (strlen(z)+1) ; if (*paz == 0) { fprintf(stderr, "out of memory\n"); exit(1); } strcpy(*paz, z); for(z=*paz; *z && *z!='='; z++){} *z = 0; } /* Lemon entry point */ int main(int argc, char **argv) { static int version = 0; static int rpflag = 0; static int basisflag = 0; static int compress = 0; static int quiet = 0; static int statistics = 0; static int mhflag = 0; static int suppress_line_directives = 0; static struct s_options options[] = { {OPT_FLAG, "b", (char*)&basisflag, "Print only the basis in report."}, {OPT_FLAG, "c", (char*)&compress, "Don't compress the action table."}, {OPT_FSTR, "D", (char*)handle_D_option, "Define an %ifdef macro."}, {OPT_FLAG, "g", (char*)&rpflag, "Print grammar without actions."}, {OPT_FLAG, "m", (char*)&mhflag, "Output a makeheaders compatible file"}, {OPT_FLAG, "q", (char*)&quiet, "(Quiet) Don't print the report file."}, {OPT_FLAG, "s", (char*)&statistics, "Print parser stats to standard output."}, {OPT_FLAG, "l", (char*)&suppress_line_directives, "Don't put #line directives in autogenned code."}, {OPT_FLAG, "x", (char*)&version, "Print the version number."}, {OPT_FLAG,0,0,0} }; int i; struct lemon lem; OptInit(argv, options, stderr); if (version) { printf("Lemon version 1.0.1\n"); exit(0); } if (OptNArgs()!=1) { fprintf(stderr,"Exactly one filename argument is required.\n"); exit(1); } lem.errorcnt = 0; /* Initialize the machine */ Strsafe_init(); Symbol_init(); State_init(); lem.argv0 = argv[0]; lem.filename = OptArg(0); lem.basisflag = basisflag; lem.has_fallback = 0; lem.nconflict = 0; lem.name = lem.include = lem.arg = lem.tokentype = lem.start = 0; lem.vartype = 0; lem.stacksize = 0; lem.error = lem.overflow = lem.failure = lem.accept = lem.tokendest = lem.tokenprefix = lem.outname = lem.extracode = 0; lem.vardest = 0; lem.tablesize = 0; Symbol_new("$"); lem.errsym = Symbol_new("error"); /* Parse the input file */ Parse(&lem, nDefine, azDefine); if (lem.errorcnt) exit(lem.errorcnt); if (lem.rule==0) { fprintf(stderr, "Empty grammar.\n"); exit(1); } /* Count and index the symbols of the grammar */ lem.nsymbol = Symbol_count(); Symbol_new("{default}"); lem.symbols = Symbol_arrayof(); for (i = 0; i <= lem.nsymbol; i++) lem.symbols[i]->index = i; qsort(lem.symbols,lem.nsymbol+1,sizeof(struct symbol*), (int(*)())Symbolcmpp); for (i = 0; i <= lem.nsymbol; i++) lem.symbols[i]->index = i; for (i = 1; isupper(lem.symbols[i]->name[0]); i++) ; lem.nterminal = i; /* Generate a reprint of the grammar, if requested on the command line */ if (rpflag) { Reprint(&lem); } else { /* Initialize the size for all follow and first sets */ SetSize(lem.nterminal); /* Find the precedence for every production rule (that has one) */ FindRulePrecedences(&lem); /* Compute the lambda-nonterminals and the first-sets for every ** nonterminal */ FindFirstSets(&lem); /* Compute all LR(0) states. Also record follow-set propagation ** links so that the follow-set can be computed later */ lem.nstate = 0; FindStates(&lem); lem.sorted = State_arrayof(); /* Tie up loose ends on the propagation links */ FindLinks(&lem); /* Compute the follow set of every reducible configuration */ FindFollowSets(&lem); /* Compute the action tables */ FindActions(&lem); /* Compress the action tables */ if (compress==0) CompressTables(&lem); /* Generate a report of the parser generated (the "y.output" file) */ if (!quiet) ReportOutput(&lem); /* Generate the source code for the parser */ ReportTable(&lem, mhflag, suppress_line_directives); /* Produce a header file for use by the scanner. (This step is ** omitted if the "-m" option is used because makeheaders will ** generate the file for us.) */ if (!mhflag) ReportHeader(&lem); } if (statistics) { printf("Parser statistics: %d terminals, %d nonterminals, %d rules\n", lem.nterminal, lem.nsymbol - lem.nterminal, lem.nrule); printf(" %d states, %d parser table entries, %d conflicts\n", lem.nstate, lem.tablesize, lem.nconflict); } if (lem.nconflict) { fprintf(stderr,"%d resolvable parsing conflicts.\n",lem.nconflict); } //exit(lem.errorcnt + lem.nconflict); // JRK 2016-05-23 // According to the manual, these conflicts are resolved by taking the first match. // This is OK for my purposes. //return (lem.errorcnt + lem.nconflict); return (lem.errorcnt); } miller-5.6.2/c/parsing/lemon_memory.c000066400000000000000000000003051354153536500175530ustar00rootroot00000000000000#include #include #include "lemon_memory.h" // Report an out-of-memory condition and abort. void memory_error() { fprintf(stderr, "Out of memory. Aborting.\n"); exit(1); } miller-5.6.2/c/parsing/lemon_memory.h000066400000000000000000000002431354153536500175610ustar00rootroot00000000000000#ifndef LEMON_MEMORY_H #define LEMON_MEMORY_H extern void memory_error(); #define MemoryCheck(X) if ((X) == 0) { \ memory_error(); \ } #endif // LEMON_MEMORY_H miller-5.6.2/c/parsing/lemon_msort.c000066400000000000000000000053211354153536500174120ustar00rootroot00000000000000#include "lemon_msort.h" /* ** A generic merge-sort program. ** ** USAGE: ** Let "ptr" be a pointer to some structure which is at the head of ** a null-terminated list. Then to sort the list call: ** ** ptr = msort(ptr,&(ptr->next),cmpfnc); ** ** In the above, "cmpfnc" is a pointer to a function which compares ** two instances of the structure and returns an integer, as in ** strcmp. The second argument is a pointer to the pointer to the ** second element of the linked list. This address is used to compute ** the offset to the "next" field within the structure. The offset to ** the "next" field must be constant for all structures in the list. ** ** The function returns a new pointer which is the head of the list ** after sorting. ** ** ALGORITHM: ** Merge-sort. */ /* ** Return a pointer to the next structure in the linked list. */ #define NEXT(A) (*(char**)(((unsigned long)A)+offset)) /* ** Inputs: ** a: A sorted, null-terminated linked list. (May be null). ** b: A sorted, null-terminated linked list. (May be null). ** cmp: A pointer to the comparison function. ** offset: Offset in the structure to the "next" field. ** ** Return Value: ** A pointer to the head of a sorted list containing the elements ** of both a and b. ** ** Side effects: ** The "next" pointers for elements in the lists a and b are ** changed. */ static char *merge( char *a, char *b, int (*cmp)(), int offset) { char *ptr, *head; if (a==0) { head = b; } else if (b==0) { head = a; } else { if ((*cmp)(a,b)<0) { ptr = a; a = NEXT(a); } else { ptr = b; b = NEXT(b); } head = ptr; while (a && b) { if ((*cmp)(a,b)<0) { NEXT(ptr) = a; ptr = a; a = NEXT(a); } else { NEXT(ptr) = b; ptr = b; b = NEXT(b); } } if (a) NEXT(ptr) = a; else NEXT(ptr) = b; } return head; } /* ** Inputs: ** list: Pointer to a singly-linked list of structures. ** next: Pointer to pointer to the second element of the list. ** cmp: A comparison function. ** ** Return Value: ** A pointer to the head of a sorted list containing the elements ** orginally in list. ** ** Side effects: ** The "next" pointers for elements in list are changed. */ #define LISTSIZE 30 char *msort(char *list, char **next, int (*cmp)()) { unsigned long offset; char *ep; char *set[LISTSIZE]; int i; offset = (unsigned long)next - (unsigned long)list; for(i=0; i #include #include #include "lemon_option.h" /************************ From the file "option.c" **************************/ static char **argv; static struct s_options *op; static FILE *errstream; #define ISOPT(X) ((X)[0]=='-'||(X)[0]=='+'||strchr((X),'=')!=0) // ---------------------------------------------------------------- // Print the command line with a caret pointing to the k-th character // of the nth field. static void errline(int n, int k, FILE *err) { int spcnt, i; spcnt = 0; if (argv[0]) fprintf(err,"%s",argv[0]); spcnt = strlen(argv[0]) + 1; for(i=1; istate = WAITING_FOR_DECL_KEYWORD; } else if (islower(x[0])) { psp->lhs = Symbol_new(x); psp->nrhs = 0; psp->lhsalias = 0; psp->state = WAITING_FOR_ARROW; } else if (x[0]=='{') { if (psp->prevrule==0) { ErrorMsg(psp->filename,psp->tokenlineno, "There is not prior rule opon which to attach the code \ fragment which begins on this line."); psp->errorcnt++; } else if (psp->prevrule->code!=0) { ErrorMsg(psp->filename,psp->tokenlineno, "Code fragment beginning on this line is not the first \ to follow the previous rule."); psp->errorcnt++; } else { psp->prevrule->line = psp->tokenlineno; psp->prevrule->code = &x[1]; } } else if (x[0]=='[') { psp->state = PRECEDENCE_MARK_1; } else { ErrorMsg(psp->filename,psp->tokenlineno, "Token \"%s\" should be either \"%%\" or a nonterminal name.", x); psp->errorcnt++; } break; case PRECEDENCE_MARK_1: if (!isupper(x[0])) { ErrorMsg(psp->filename,psp->tokenlineno, "The precedence symbol must be a terminal."); psp->errorcnt++; } else if (psp->prevrule==0) { ErrorMsg(psp->filename,psp->tokenlineno, "There is no prior rule to assign precedence \"[%s]\".",x); psp->errorcnt++; } else if (psp->prevrule->precsym!=0) { ErrorMsg(psp->filename,psp->tokenlineno, "Precedence mark on this line is not the first \ to follow the previous rule."); psp->errorcnt++; } else { psp->prevrule->precsym = Symbol_new(x); } psp->state = PRECEDENCE_MARK_2; break; case PRECEDENCE_MARK_2: if (x[0]!=']') { ErrorMsg(psp->filename,psp->tokenlineno, "Missing \"]\" on precedence mark."); psp->errorcnt++; } psp->state = WAITING_FOR_DECL_OR_RULE; break; case WAITING_FOR_ARROW: if (x[0]==':' && x[1]==':' && x[2]=='=') { psp->state = IN_RHS; } else if (x[0]=='(') { psp->state = LHS_ALIAS_1; } else { ErrorMsg(psp->filename,psp->tokenlineno, "Expected to see a \":\" following the LHS symbol \"%s\".", psp->lhs->name); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case LHS_ALIAS_1: if (isalpha(x[0])) { psp->lhsalias = x; psp->state = LHS_ALIAS_2; } else { ErrorMsg(psp->filename,psp->tokenlineno, "\"%s\" is not a valid alias for the LHS \"%s\"\n", x,psp->lhs->name); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case LHS_ALIAS_2: if (x[0]==')') { psp->state = LHS_ALIAS_3; } else { ErrorMsg(psp->filename,psp->tokenlineno, "Missing \")\" following LHS alias name \"%s\".",psp->lhsalias); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case LHS_ALIAS_3: if (x[0]==':' && x[1]==':' && x[2]=='=') { psp->state = IN_RHS; } else { ErrorMsg(psp->filename,psp->tokenlineno, "Missing \"->\" following: \"%s(%s)\".", psp->lhs->name,psp->lhsalias); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case IN_RHS: if (x[0]=='.') { struct rule *rp; rp = (struct rule *)malloc (sizeof(struct rule) + sizeof(struct symbol*)*psp->nrhs + sizeof(char*)*psp->nrhs) ; if (rp==0) { ErrorMsg(psp->filename,psp->tokenlineno, "Can't allocate enough memory for this rule."); psp->errorcnt++; psp->prevrule = 0; } else { int i; rp->ruleline = psp->tokenlineno; rp->rhs = (struct symbol**)&rp[1]; rp->rhsalias = (char**)&(rp->rhs[psp->nrhs]); for(i=0; inrhs; i++) { rp->rhs[i] = psp->rhs[i]; rp->rhsalias[i] = psp->alias[i]; } rp->lhs = psp->lhs; rp->lhsalias = psp->lhsalias; rp->nrhs = psp->nrhs; rp->code = 0; rp->precsym = 0; rp->index = psp->gp->nrule++; rp->nextlhs = rp->lhs->rule; rp->lhs->rule = rp; rp->next = 0; if (psp->firstrule==0) { psp->firstrule = psp->lastrule = rp; } else { psp->lastrule->next = rp; psp->lastrule = rp; } psp->prevrule = rp; } psp->state = WAITING_FOR_DECL_OR_RULE; } else if (isalpha(x[0])) { if (psp->nrhs>=MAXRHS) { ErrorMsg(psp->filename,psp->tokenlineno, "Too many symbol on RHS or rule beginning at \"%s\".", x); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } else { psp->rhs[psp->nrhs] = Symbol_new(x); psp->alias[psp->nrhs] = 0; psp->nrhs++; } } else if (x[0]=='(' && psp->nrhs>0) { psp->state = RHS_ALIAS_1; } else { ErrorMsg(psp->filename,psp->tokenlineno, "Illegal character on RHS of rule: \"%s\".",x); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case RHS_ALIAS_1: if (isalpha(x[0])) { psp->alias[psp->nrhs-1] = x; psp->state = RHS_ALIAS_2; } else { ErrorMsg(psp->filename,psp->tokenlineno, "\"%s\" is not a valid alias for the RHS symbol \"%s\"\n", x,psp->rhs[psp->nrhs-1]->name); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case RHS_ALIAS_2: if (x[0]==')') { psp->state = IN_RHS; } else { ErrorMsg(psp->filename,psp->tokenlineno, "Missing \")\" following LHS alias name \"%s\".",psp->lhsalias); psp->errorcnt++; psp->state = RESYNC_AFTER_RULE_ERROR; } break; case WAITING_FOR_DECL_KEYWORD: if (isalpha(x[0])) { psp->declkeyword = x; psp->declargslot = 0; psp->decllnslot = 0; psp->state = WAITING_FOR_DECL_ARG; if (strcmp(x,"name")==0) { psp->declargslot = &(psp->gp->name); } else if (strcmp(x,"include")==0) { psp->declargslot = &(psp->gp->include); psp->decllnslot = &psp->gp->includeln; } else if (strcmp(x,"code")==0) { psp->declargslot = &(psp->gp->extracode); psp->decllnslot = &psp->gp->extracodeln; } else if (strcmp(x,"token_destructor")==0) { psp->declargslot = &psp->gp->tokendest; psp->decllnslot = &psp->gp->tokendestln; } else if (strcmp(x,"default_destructor")==0) { psp->declargslot = &psp->gp->vardest; psp->decllnslot = &psp->gp->vardestln; } else if (strcmp(x,"token_prefix")==0) { psp->declargslot = &psp->gp->tokenprefix; } else if (strcmp(x,"syntax_error")==0) { psp->declargslot = &(psp->gp->error); psp->decllnslot = &psp->gp->errorln; } else if (strcmp(x,"parse_accept")==0) { psp->declargslot = &(psp->gp->accept); psp->decllnslot = &psp->gp->acceptln; } else if (strcmp(x,"parse_failure")==0) { psp->declargslot = &(psp->gp->failure); psp->decllnslot = &psp->gp->failureln; } else if (strcmp(x,"stack_overflow")==0) { psp->declargslot = &(psp->gp->overflow); psp->decllnslot = &psp->gp->overflowln; } else if (strcmp(x,"extra_argument")==0) { psp->declargslot = &(psp->gp->arg); } else if (strcmp(x,"token_type")==0) { psp->declargslot = &(psp->gp->tokentype); } else if (strcmp(x,"default_type")==0) { psp->declargslot = &(psp->gp->vartype); } else if (strcmp(x,"stack_size")==0) { psp->declargslot = &(psp->gp->stacksize); } else if (strcmp(x,"start_symbol")==0) { psp->declargslot = &(psp->gp->start); } else if (strcmp(x,"left")==0) { psp->preccounter++; psp->declassoc = LEFT; psp->state = WAITING_FOR_PRECEDENCE_SYMBOL; } else if (strcmp(x,"right")==0) { psp->preccounter++; psp->declassoc = RIGHT; psp->state = WAITING_FOR_PRECEDENCE_SYMBOL; } else if (strcmp(x,"nonassoc")==0) { psp->preccounter++; psp->declassoc = NONE; psp->state = WAITING_FOR_PRECEDENCE_SYMBOL; } else if (strcmp(x,"destructor")==0) { psp->state = WAITING_FOR_DESTRUCTOR_SYMBOL; } else if (strcmp(x,"type")==0) { psp->state = WAITING_FOR_DATATYPE_SYMBOL; } else if (strcmp(x,"fallback")==0) { psp->fallback = 0; psp->state = WAITING_FOR_FALLBACK_ID; } else { ErrorMsg(psp->filename,psp->tokenlineno, "Unknown declaration keyword: \"%%%s\".",x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; } } else { ErrorMsg(psp->filename,psp->tokenlineno, "Illegal declaration keyword: \"%s\".",x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; } break; case WAITING_FOR_DESTRUCTOR_SYMBOL: if (!isalpha(x[0])) { ErrorMsg(psp->filename,psp->tokenlineno, "Symbol name missing after %destructor keyword"); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; } else { struct symbol *sp = Symbol_new(x); psp->declargslot = &sp->destructor; psp->decllnslot = &sp->destructorln; psp->state = WAITING_FOR_DECL_ARG; } break; case WAITING_FOR_DATATYPE_SYMBOL: if (!isalpha(x[0])) { ErrorMsg(psp->filename,psp->tokenlineno, "Symbol name missing after %destructor keyword"); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; } else { struct symbol *sp = Symbol_new(x); psp->declargslot = &sp->datatype; psp->decllnslot = 0; psp->state = WAITING_FOR_DECL_ARG; } break; case WAITING_FOR_PRECEDENCE_SYMBOL: if (x[0]=='.') { psp->state = WAITING_FOR_DECL_OR_RULE; } else if (isupper(x[0])) { struct symbol *sp; sp = Symbol_new(x); if (sp->prec>=0) { ErrorMsg(psp->filename,psp->tokenlineno, "Symbol \"%s\" has already be given a precedence.",x); psp->errorcnt++; } else { sp->prec = psp->preccounter; sp->assoc = psp->declassoc; } } else { ErrorMsg(psp->filename,psp->tokenlineno, "Can't assign a precedence to \"%s\".",x); psp->errorcnt++; } break; case WAITING_FOR_DECL_ARG: if ((x[0]=='{' || x[0]=='\"' || isalnum(x[0]))) { if (*(psp->declargslot)!=0) { ErrorMsg(psp->filename,psp->tokenlineno, "The argument \"%s\" to declaration \"%%%s\" is not the first.", x[0]=='\"' ? &x[1] : x,psp->declkeyword); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; } else { *(psp->declargslot) = (x[0]=='\"' || x[0]=='{') ? &x[1] : x; if (psp->decllnslot) *psp->decllnslot = psp->tokenlineno; psp->state = WAITING_FOR_DECL_OR_RULE; } } else { ErrorMsg(psp->filename,psp->tokenlineno, "Illegal argument to %%%s: %s",psp->declkeyword,x); psp->errorcnt++; psp->state = RESYNC_AFTER_DECL_ERROR; } break; case WAITING_FOR_FALLBACK_ID: if (x[0]=='.') { psp->state = WAITING_FOR_DECL_OR_RULE; } else if (!isupper(x[0])) { ErrorMsg(psp->filename, psp->tokenlineno, "%%fallback argument \"%s\" should be a token", x); psp->errorcnt++; } else { struct symbol *sp = Symbol_new(x); if (psp->fallback==0) { psp->fallback = sp; } else if (sp->fallback) { ErrorMsg(psp->filename, psp->tokenlineno, "More than one fallback assigned to token %s", x); psp->errorcnt++; } else { sp->fallback = psp->fallback; psp->gp->has_fallback = 1; } } break; case RESYNC_AFTER_RULE_ERROR: /* if (x[0]=='.') psp->state = WAITING_FOR_DECL_OR_RULE; ** break; */ case RESYNC_AFTER_DECL_ERROR: if (x[0]=='.') psp->state = WAITING_FOR_DECL_OR_RULE; if (x[0]=='%') psp->state = WAITING_FOR_DECL_KEYWORD; break; } } /* Run the proprocessor over the input file text. The global variables ** azDefine[0] through azDefine[nDefine-1] contains the names of all defined ** macros. This routine looks for "%ifdef" and "%ifndef" and "%endif" and ** comments them out. Text in between is also commented out as appropriate. */ static void preprocess_input(char *z, int nDefine, char** azDefine) { int i, j, k, n; int exclude = 0; int start; int lineno = 1; int start_lineno; for (i=0; z[i]; i++) { if (z[i]=='\n') lineno++; if (z[i]!='%' || (i>0 && z[i-1]!='\n')) continue; if (strncmp(&z[i],"%endif",6)==0 && isspace(z[i+6])) { if (exclude) { exclude--; if (exclude==0) { for (j=start; jfilename; ps.errorcnt = 0; ps.state = INITIALIZE; /* Begin by reading the input file */ fp = fopen(ps.filename,"rb"); if (fp == 0) { ErrorMsg(ps.filename,0,"Can't open this file for reading."); gp->errorcnt++; return 0; } int rc = fseek(fp, 0, 2); if (rc < 0) { perror("fseek"); ErrorMsg(ps.filename,0,"fseek failure."); gp->errorcnt++; return 0; } filesize = ftell(fp); rewind(fp); filebuf = (char *)malloc (filesize+1) ; if (filebuf==0) { ErrorMsg(ps.filename,0,"Can't allocate %d of memory to hold this file.", filesize+1); gp->errorcnt++; return 0; } if (fread(filebuf,1,filesize,fp)!=filesize) { ErrorMsg(ps.filename,0,"Can't read in all %d bytes of this file.", filesize); free(filebuf); gp->errorcnt++; return 0; } fclose(fp); filebuf[filesize] = 0; /* Make an initial pass through the file to handle %ifdef and %ifndef */ preprocess_input(filebuf, nDefine, azDefine); /* Now scan the text of the input file */ lineno = 1; for(cp=filebuf; (c= *cp)!=0;) { if (c=='\n') lineno++; /* Keep track of the line number */ if (isspace(c)) { cp++; continue; } /* Skip all white space */ if (c=='/' && cp[1]=='/') { /* Skip C++ style comments */ cp+=2; while ((c= *cp)!=0 && c!='\n') cp++; continue; } if (c=='/' && cp[1]=='*') { /* Skip C style comments */ cp+=2; while ((c= *cp)!=0 && (c!='/' || cp[-1]!='*')) { if (c=='\n') lineno++; cp++; } if (c) cp++; continue; } ps.tokenstart = cp; /* Mark the beginning of the token */ ps.tokenlineno = lineno; /* Linenumber on which token begins */ if (c=='\"') { /* String literals */ cp++; while ((c= *cp)!=0 && c!='\"') { if (c=='\n') lineno++; cp++; } if (c == 0) { ErrorMsg(ps.filename,startline, "String starting on this line is not terminated before the end of the file."); ps.errorcnt++; nextcp = cp; } else { nextcp = cp+1; } } else if (c=='{') { /* A block of C code */ int level; cp++; for (level=1; (c= *cp)!=0 && (level>1 || c!='}'); cp++) { if (c=='\n') lineno++; else if (c=='{') level++; else if (c=='}') level--; else if (c=='/' && cp[1]=='*') { /* Skip comments */ int prevc; cp = &cp[2]; prevc = 0; while ((c= *cp)!=0 && (c!='/' || prevc!='*')) { if (c=='\n') lineno++; prevc = c; cp++; } } else if (c=='/' && cp[1]=='/') { /* Skip C++ style comments too */ cp = &cp[2]; while ((c= *cp)!=0 && c!='\n') cp++; if (c) lineno++; } else if (c=='\'' || c=='\"') { /* String a character literals */ int startchar, prevc; startchar = c; prevc = 0; for (cp++; (c= *cp)!=0 && (c!=startchar || prevc=='\\'); cp++) { if (c=='\n') lineno++; if (prevc=='\\') prevc = 0; else prevc = c; } } } if (c==0) { ErrorMsg(ps.filename,ps.tokenlineno, "C code starting on this line is not terminated before the end of the file."); ps.errorcnt++; nextcp = cp; } else { nextcp = cp+1; } } else if (isalnum(c)) { /* Identifiers */ while ((c= *cp)!=0 && (isalnum(c) || c=='_')) cp++; nextcp = cp; } else if (c==':' && cp[1]==':' && cp[2]=='=') { /* The operator "::=" */ cp += 3; nextcp = cp; } else { /* All other (one character) operators */ cp++; nextcp = cp; } c = *cp; *cp = 0; /* Null terminate the token */ parseonetoken(&ps); /* Parse the token */ *cp = c; /* Restore the buffer */ cp = nextcp; } free(filebuf); /* Release the buffer after parsing */ gp->rule = ps.firstrule; gp->errorcnt = ps.errorcnt; if (gp->errorcnt == 0) return 1; else return 0; } miller-5.6.2/c/parsing/lemon_parse.h000066400000000000000000000002371354153536500173660ustar00rootroot00000000000000#ifndef LEMON_PARSE_H #define LEMON_PARSE_H #include "lemon_structs.h" int Parse(struct lemon *lemp, int nDefine, char** azDefine); #endif // LEMON_PARSE_H miller-5.6.2/c/parsing/lemon_plink.c000066400000000000000000000026741354153536500173730ustar00rootroot00000000000000#include #include #include #include "lemon_plink.h" /*************************** From the file "plink.c" *********************/ /* ** Routines processing configuration follow-set propagation links ** in the LEMON parser generator. */ static struct plink *plink_freelist = 0; /* Allocate a new plink */ struct plink *Plink_new(){ struct plink *new; if (plink_freelist==0) { int i; int amt = 100; plink_freelist = (struct plink *)malloc (sizeof(struct plink)*amt) ; if (plink_freelist==0) { fprintf(stderr, "Unable to allocate memory for a new follow-set propagation link.\n"); exit(1); } for(i=0; inext; return new; } /* Add a plink to a plink list */ void Plink_add(struct plink **plpp, struct config *cfp) { struct plink *new; new = Plink_new(); new->next = *plpp; *plpp = new; new->cfp = cfp; } /* Transfer every plink on the list "from" to the list "to" */ void Plink_copy(struct plink **to, struct plink *from) { struct plink *nextpl; while (from) { nextpl = from->next; from->next = *to; *to = from; from = nextpl; } } /* Delete every plink on the list */ void Plink_delete(struct plink *plp) { struct plink *nextpl; while (plp) { nextpl = plp->next; plp->next = plink_freelist; plink_freelist = plp; plp = nextpl; } } miller-5.6.2/c/parsing/lemon_plink.h000066400000000000000000000004101354153536500173620ustar00rootroot00000000000000#ifndef LEMON_PLINK_H #define LEMON_PLINK_H #include "lemon_structs.h" struct plink *Plink_new(void); void Plink_add(struct plink **, struct config *); void Plink_copy(struct plink **, struct plink *); void Plink_delete(struct plink *); #endif // LEMON_PLINK_H miller-5.6.2/c/parsing/lemon_report.c000066400000000000000000001043121354153536500175610ustar00rootroot00000000000000#include #include #include #include #include #include "lemon_report.h" #include "lemon_error.h" #include "lemon_assert.h" #include "lemon_string.h" #include "lemon_action.h" #include "lemon_dims.h" #include "lemon_symbol.h" /* ** Procedures for generating reports and tables in the LEMON parser generator. */ /* Generate a filename with the given suffix. Space to hold the ** name comes from malloc() and must be freed by the calling ** function. */ static char *file_makename(struct lemon *lemp, char *suffix) { char *name; char *cp; name = malloc (strlen(lemp->filename) + strlen(suffix) + 5) ; if (name==0) { fprintf(stderr,"Can't allocate space for a filename.\n"); exit(1); } strcpy(name,lemp->filename); cp = strrchr(name,'.'); if (cp) *cp = 0; strcat(name,suffix); return name; } static char* capitalize(char* string) { char* p; for (p = string; *p; p++) { *p = toupper(*p); } return string; } /* Open a file with a name based on the name of the input file, ** but with a different (specified) suffix, and return a pointer ** to the stream */ static FILE *file_open(struct lemon *lemp, char *suffix, char *mode) { FILE *fp; free(lemp->outname); lemp->outname = file_makename(lemp, suffix); fp = fopen(lemp->outname,mode); if (fp==0 && *mode=='w') { fprintf(stderr,"Can't open file \"%s\".\n",lemp->outname); lemp->errorcnt++; return 0; } return fp; } /* Duplicate the input file without comments and without actions on rules */ void Reprint(struct lemon *lemp) { struct rule *rp; struct symbol *sp; int i, j, maxlen, len, ncolumns, skip; printf("// Reprint of input file \"%s\".\n// Symbols:\n",lemp->filename); maxlen = 10; for(i=0; insymbol; i++){ sp = lemp->symbols[i]; len = strlen(sp->name); if (len>maxlen) maxlen = len; } ncolumns = 76/(maxlen+5); if (ncolumns<1) ncolumns = 1; skip = (lemp->nsymbol + ncolumns - 1)/ncolumns; for(i=0; insymbol; j+=skip){ sp = lemp->symbols[j]; assert (sp->index==j) ; printf(" %3d %-*.*s",j,maxlen,maxlen,sp->name); } printf("\n"); } for(rp=lemp->rule; rp; rp=rp->next){ printf("%s",rp->lhs->name); /* if (rp->lhsalias) printf("(%s)",rp->lhsalias); */ printf(" ::="); for(i=0; inrhs; i++){ printf(" %s",rp->rhs[i]->name); /* if (rp->rhsalias[i]) printf("(%s)",rp->rhsalias[i]); */ } printf("."); if (rp->precsym) printf(" [%s]",rp->precsym->name); /* if (rp->code) printf("\n %s",rp->code); */ printf("\n"); } } void ConfigPrint(FILE *fp, struct config *cfp) { struct rule *rp; int i; rp = cfp->rp; fprintf(fp,"%s ::=",rp->lhs->name); for(i=0; i<=rp->nrhs; i++){ if (i==cfp->dot) fprintf(fp," *"); if (i==rp->nrhs) break; fprintf(fp," %s",rp->rhs[i]->name); } } /* #define TEST */ #ifdef TEST /* Print a set */ static void SetPrint(FILE *out, char *set, struct lemon *lemp) { int i; char *spacer; spacer = ""; fprintf(out,"%12s[",""); for(i=0; interminal; i++){ if (SetFind(set,i)) { fprintf(out,"%s%s",spacer,lemp->symbols[i]->name); spacer = " "; } } fprintf(out,"]\n"); } /* Print a plink chain */ static void PlinkPrint(FILE *out, struct plink *plp, char *tag) { while (plp) { fprintf(out,"%12s%s (state %2d) ","",tag,plp->cfp->stp->index); ConfigPrint(out,plp->cfp); fprintf(out,"\n"); plp = plp->next; } } #endif /* Print an action to the given file descriptor. Return FALSE if ** nothing was actually printed. */ int PrintAction(struct action *ap, FILE *fp, int indent) { int result = 1; switch (ap->type) { case SHIFT: fprintf(fp,"%*s shift %d",indent,ap->sp->name,ap->x.stp->index); break; case REDUCE: fprintf(fp,"%*s reduce %d",indent,ap->sp->name,ap->x.rp->index); break; case ACCEPT: fprintf(fp,"%*s accept",indent,ap->sp->name); break; case ERROR: fprintf(fp,"%*s error",indent,ap->sp->name); break; case CONFLICT: fprintf(fp,"%*s reduce %-3d ** Parsing conflict **", indent,ap->sp->name,ap->x.rp->index); break; case SH_RESOLVED: case RD_RESOLVED: case NOT_USED: result = 0; break; } return result; } /* Generate the "y.output" log file */ void ReportOutput(struct lemon *lemp) { int i; struct state *stp; struct config *cfp; struct action *ap; FILE *fp; fp = file_open(lemp,".out","w"); if (fp==0) return; fprintf(fp," \b"); for(i=0; instate; i++){ stp = lemp->sorted[i]; fprintf(fp,"State %d:\n",stp->index); if (lemp->basisflag) cfp=stp->bp; else cfp=stp->cfp; while (cfp) { char buf[20]; if (cfp->dot==cfp->rp->nrhs) { sprintf(buf,"(%d)",cfp->rp->index); fprintf(fp," %5s ",buf); } else { fprintf(fp," "); } ConfigPrint(fp,cfp); fprintf(fp,"\n"); #ifdef TEST SetPrint(fp,cfp->fws,lemp); PlinkPrint(fp,cfp->fplp,"To "); PlinkPrint(fp,cfp->bplp,"From"); #endif if (lemp->basisflag) cfp=cfp->bp; else cfp=cfp->next; } fprintf(fp,"\n"); for(ap=stp->ap; ap; ap=ap->next){ if (PrintAction(ap,fp,30)) fprintf(fp,"\n"); } fprintf(fp,"\n"); } fclose(fp); return; } /* Search for the file "name" which is in the same directory as ** the exacutable */ static char *pathsearch(char *argv0, char *name, int modemask) { char *pathlist; char *path,*cp; char c; #ifdef __WIN32__ cp = strrchr(argv0,'\\'); #else cp = strrchr(argv0,'/'); #endif if (cp) { c = *cp; *cp = 0; path = (char *)malloc (strlen(argv0) + strlen(name) + 2) ; if (path) sprintf(path,"%s/%s",argv0,name); *cp = c; } else { extern char *getenv(); pathlist = getenv("PATH"); if (pathlist==0) pathlist = ".:/bin:/usr/bin"; path = (char *)malloc (strlen(pathlist)+strlen(name)+2) ; if (path!=0) { while (*pathlist) { cp = strchr(pathlist,':'); if (cp==0) cp = &pathlist[strlen(pathlist)]; c = *cp; *cp = 0; sprintf(path,"%s/%s",pathlist,name); *cp = c; if (c==0) pathlist = ""; else pathlist = &cp[1]; if (access(path,modemask)==0) break; } } } return path; } /* Given an action, compute the integer value for that action ** which is to be put in the action table of the generated machine. ** Return negative if no action should be generated. */ static int compute_action(struct lemon *lemp, struct action *ap) { int act; switch (ap->type) { case SHIFT: act = ap->x.stp->index; break; case REDUCE: act = ap->x.rp->index + lemp->nstate; break; case ERROR: act = lemp->nstate + lemp->nrule; break; case ACCEPT: act = lemp->nstate + lemp->nrule + 1; break; default: act = -1; break; } return act; } #define LINESIZE 1000 /* The next cluster of routines are for reading the template file ** and writing the results to the generated parser */ /* The first function transfers data from "in" to "out" until ** a line is seen which begins with "%%". The line number is ** tracked. ** ** if name!=0, then any word that begin with "Parse" is changed to ** begin with *name instead. */ static void tplt_xfer( char *name, FILE *in, FILE *out, int *lineno) { int i, iStart; char line[LINESIZE]; while (fgets(line,LINESIZE,in) && (line[0]!='%' || line[1]!='%')) { (*lineno)++; iStart = 0; if (name) { for(i=0; line[i]; i++){ if (line[i]=='P' && strncmp(&line[i],"Parse",5)==0 && (i==0 || !isalpha(line[i-1])) ) { if (i>iStart) fprintf(out,"%.*s",i-iStart,&line[iStart]); fprintf(out,"%s",name); i += 4; iStart = i+1; } } } fprintf(out,"%s",&line[iStart]); } } /* The next function finds the template file and opens it, returning ** a pointer to the opened file. */ static FILE *tplt_open(struct lemon *lemp) { static char templatename[] = "lempar.c"; char buf[1000]; FILE *in; char *tpltname; char *cp; cp = strrchr(lemp->filename,'.'); if (cp) { sprintf(buf,"%.*s.lt",(int)(cp-lemp->filename),lemp->filename); } else { sprintf(buf,"%s.lt",lemp->filename); } if (access(buf,004)==0) { tpltname = buf; } else if (access(templatename,004)==0) { tpltname = templatename; } else { tpltname = pathsearch(lemp->argv0,templatename,0); } if (tpltname==0) { fprintf(stderr,"Can't find the parser driver template file \"%s\".\n", templatename); lemp->errorcnt++; return 0; } in = fopen(tpltname,"r"); if (in==0) { fprintf(stderr,"Can't open the template file \"%s\".\n",templatename); lemp->errorcnt++; return 0; } return in; } /* Print a string to the file and keep the linenumber up to date */ static void tplt_print( FILE *out, struct lemon *lemp, char *str, int strln, int *lineno, int suppress_line_directives) { if (str == 0) return; if (!suppress_line_directives) { fprintf(out,"#line %d \"%s\"\n",strln,lemp->filename); (*lineno)++; } while (*str) { if (*str=='\n') (*lineno)++; putc(*str,out); str++; } if (!suppress_line_directives) { fprintf(out,"\n#line %d \"%s\"\n",*lineno+2,lemp->outname); (*lineno)+=2; } return; } /* ** The following routine emits code for the destructor for the ** symbol sp */ void emit_destructor_code( FILE *out, struct symbol *sp, struct lemon *lemp, int *lineno, int suppress_line_directives) { char *cp = 0; int linecnt = 0; if (sp->type==TERMINAL) { cp = lemp->tokendest; if (cp==0) return; if (!suppress_line_directives) { fprintf(out,"#line %d \"%s\"\n{",lemp->tokendestln,lemp->filename); } } else if (sp->destructor) { cp = sp->destructor; if (!suppress_line_directives) { fprintf(out,"#line %d \"%s\"\n{",sp->destructorln,lemp->filename); } } else if (lemp->vardest) { cp = lemp->vardest; if (cp==0) return; if (!suppress_line_directives) { fprintf(out,"#line %d \"%s\"\n",lemp->vardestln,lemp->filename); } fprintf(out, "{"); } else { assert (0) ; /* Cannot happen */ } for(; *cp; cp++){ if (*cp=='$' && cp[1]=='$') { fprintf(out,"(yypminor->yy%d)",sp->dtnum); cp++; continue; } if (*cp=='\n') linecnt++; fputc(*cp,out); } (*lineno) += 3 + linecnt; fprintf(out,"}\n"); if (!suppress_line_directives) { fprintf(out,"#line %d \"%s\"\n",*lineno,lemp->outname); } return; } /* ** Return TRUE (non-zero) if the given symbol has a destructor. */ int has_destructor(struct symbol *sp, struct lemon *lemp) { int ret; if (sp->type==TERMINAL) { ret = lemp->tokendest!=0; } else { ret = lemp->vardest!=0 || sp->destructor!=0; } return ret; } /* ** Append text to a dynamically allocated string. If zText is 0 then ** reset the string to be empty again. Always return the complete text ** of the string (which is overwritten with each call). ** ** n bytes of zText are stored. If n==0 then all of zText up to the first ** \000 terminator is stored. zText can contain up to two instances of ** %d. The values of p1 and p2 are written into the first and second ** %d. ** ** If n==-1, then the previous character is overwritten. */ static char *append_str(char *zText, int n, int p1, int p2) { static char *z = 0; static int alloced = 0; static int used = 0; int i, c; char zInt[40]; if (zText==0) { used = 0; return z; } if (n<=0) { if (n<0) { used += n; assert (used>=0) ; } n = strlen(zText); } if (n+sizeof(zInt)*2+used >= alloced) { alloced = n + sizeof(zInt)*2 + used + 200; z = realloc(z, alloced); } if (z==0) return ""; while (n-- > 0) { c = *(zText++); if (c=='%' && zText[0]=='d') { sprintf(zInt, "%d", p1); p1 = p2; strcpy(&z[used], zInt); used += strlen(&z[used]); zText++; n--; } else { z[used++] = c; } } z[used] = 0; return z; } /* ** zCode is a string that is the action associated with a rule. Expand ** the symbols in this string so that the refer to elements of the parser ** stack. Return a new string stored in space obtained from malloc. */ static void translate_code(struct lemon *lemp, struct rule *rp) { char *cp, *xp; int i; char lhsused = 0; /* True if the LHS element has been used */ char used[MAXRHS]; /* True for each RHS element which is used */ for(i=0; inrhs; i++) used[i] = 0; lhsused = 0; append_str(0,0,0,0); for(cp=rp->code; *cp; cp++){ if (isalpha(*cp) && (cp==rp->code || (!isalnum(cp[-1]) && cp[-1]!='_'))) { char saved; for(xp= &cp[1]; isalnum(*xp) || *xp=='_'; xp++); saved = *xp; *xp = 0; if (rp->lhsalias && strcmp(cp,rp->lhsalias)==0) { append_str("yygotominor.yy%d",0,rp->lhs->dtnum,0); cp = xp; lhsused = 1; } else { for(i=0; inrhs; i++){ if (rp->rhsalias[i] && strcmp(cp,rp->rhsalias[i])==0) { if (cp!=rp->code && cp[-1]=='@') { /* If the argument is of the form @X then substituted ** the token number of X, not the value of X */ append_str("yymsp[%d].major",-1,i-rp->nrhs+1,0); } else { append_str("yymsp[%d].minor.yy%d",0, i-rp->nrhs+1,rp->rhs[i]->dtnum); } cp = xp; used[i] = 1; break; } } } *xp = saved; } append_str(cp, 1, 0, 0); } /* End loop */ /* Check to make sure the LHS has been used */ if (rp->lhsalias && !lhsused) { ErrorMsg(lemp->filename,rp->ruleline, "Label \"%s\" for \"%s(%s)\" is never used.", rp->lhsalias,rp->lhs->name,rp->lhsalias); lemp->errorcnt++; } /* Generate destructor code for RHS symbols which are not used in the ** reduce code */ for(i=0; inrhs; i++){ if (rp->rhsalias[i] && !used[i]) { ErrorMsg(lemp->filename,rp->ruleline, "Label %s for \"%s(%s)\" is never used.", rp->rhsalias[i],rp->rhs[i]->name,rp->rhsalias[i]); lemp->errorcnt++; } else if (rp->rhsalias[i]==0) { if (has_destructor(rp->rhs[i],lemp)) { append_str(" yy_destructor(%d,&yymsp[%d].minor);\n", 0, rp->rhs[i]->index,i-rp->nrhs+1); } else { /* No destructor defined for this term */ } } } cp = append_str(0,0,0,0); rp->code = Strsafe(cp); } /* ** Generate code which executes when the rule "rp" is reduced. Write ** the code to "out". Make sure lineno stays up-to-date. */ static void emit_code( FILE *out, struct rule *rp, struct lemon *lemp, int *lineno, int suppress_line_directives) { char *cp; int linecnt = 0; /* Generate code to do the reduce action */ if (rp->code) { if (!suppress_line_directives) { fprintf(out,"#line %d \"%s\"\n",rp->line,lemp->filename); } fprintf(out,"{"); fprintf(out,"%s",rp->code); for(cp=rp->code; *cp; cp++){ if (*cp=='\n') linecnt++; } /* End loop */ (*lineno) += 3 + linecnt; fprintf(out,"}\n"); if (!suppress_line_directives) { fprintf(out,"#line %d \"%s\"\n",*lineno,lemp->outname); } } /* End if (rp->code) */ return; } /* ** Print the definition of the union used for the parser's data stack. ** This union contains fields for every possible data type for tokens ** and nonterminals. In the process of computing and printing this ** union, also set the ".dtnum" field of every terminal and nonterminal ** symbol. */ void print_stack_union( FILE *out, /* The output stream */ struct lemon *lemp, /* The main info structure for this parser */ int *plineno, /* Pointer to the line number */ int mhflag) /* True if generating makeheaders output */ { int lineno = *plineno; /* The line number of the output */ char **types; /* A hash table of datatypes */ int arraysize; /* Size of the "types" array */ int maxdtlength; /* Maximum length of any ".datatype" field. */ char *stddt; /* Standardized name for a datatype */ int i,j; /* Loop counters */ unsigned hash; /* For hashing the name of a type */ char *name; /* Name of the parser */ /* Allocate and initialize types[] and allocate stddt[] */ arraysize = lemp->nsymbol * 2; types = (char**)malloc (arraysize * sizeof(char*)) ; for(i=0; ivartype) { maxdtlength = strlen(lemp->vartype); } for(i=0; insymbol; i++){ int len; struct symbol *sp = lemp->symbols[i]; if (sp->datatype==0) continue; len = strlen(sp->datatype); if (len>maxdtlength) maxdtlength = len; } stddt = (char*)malloc (maxdtlength*2 + 1) ; if (types==0 || stddt==0) { fprintf(stderr,"Out of memory.\n"); exit(1); } /* Build a hash table of datatypes. The ".dtnum" field of each symbol ** is filled in with the hash index plus 1. A ".dtnum" value of 0 is ** used for terminal symbols. If there is no %default_type defined then ** 0 is also used as the .dtnum value for nonterminals which do not specify ** a datatype using the %type directive. */ for(i=0; insymbol; i++){ struct symbol *sp = lemp->symbols[i]; char *cp; if (sp==lemp->errsym) { sp->dtnum = arraysize+1; continue; } if (sp->type!=NONTERMINAL || (sp->datatype==0 && lemp->vartype==0)) { sp->dtnum = 0; continue; } cp = sp->datatype; if (cp==0) cp = lemp->vartype; j = 0; while (isspace(*cp)) cp++; while (*cp) stddt[j++] = *cp++; while (j>0 && isspace(stddt[j-1])) j--; stddt[j] = 0; hash = 0; for(j=0; stddt[j]; j++){ hash = hash*53 + (unsigned)stddt[j]; } hash = (hash & 0x7fffffff)%arraysize; while (types[hash]) { if (strcmp(types[hash],stddt)==0) { sp->dtnum = hash + 1; break; } hash++; if (hash>=arraysize) hash = 0; } if (types[hash]==0) { sp->dtnum = hash + 1; types[hash] = (char*)malloc (strlen(stddt)+1) ; if (types[hash]==0) { fprintf(stderr,"Out of memory.\n"); exit(1); } strcpy(types[hash],stddt); } } /* Print out the definition of YYTOKENTYPE and YYMINORTYPE */ name = lemp->name ? lemp->name : "Parse"; lineno = *plineno; if (mhflag) { fprintf(out,"#if INTERFACE\n"); lineno++; } fprintf(out,"#define %sTOKENTYPE %s\n",name, lemp->tokentype?lemp->tokentype:"void*"); lineno++; if (mhflag) { fprintf(out,"#endif\n"); lineno++; } fprintf(out,"typedef union {\n"); lineno++; fprintf(out," %sTOKENTYPE yy0;\n",name); lineno++; for(i=0; ierrsym->dtnum); lineno++; free(stddt); free(types); fprintf(out,"} YYMINORTYPE;\n"); lineno++; *plineno = lineno; } /* ** Return the name of a C datatype able to represent values between ** lwr and upr, inclusive. */ static const char *minimum_size_type(int lwr, int upr){ if (lwr>=0) { if (upr<=255) { return "unsigned char"; } else if (upr<65535) { return "unsigned short int"; } else { return "unsigned int"; } } else if (lwr>=-127 && upr<=127) { return "signed char"; } else if (lwr>=-32767 && upr<32767) { return "short"; } else { return "int"; } } /* ** Each state contains a set of token transaction and a set of ** nonterminal transactions. Each of these sets makes an instance ** of the following structure. An array of these structures is used ** to order the creation of entries in the yy_action[] table. */ struct axset { struct state *stp; /* A pointer to a state */ int isTkn; /* True to use tokens. False for non-terminals */ int nAction; /* Number of actions */ }; /* ** Compare to axset structures for sorting purposes */ static int axset_compare(const void *a, const void *b){ struct axset *p1 = (struct axset*)a; struct axset *p2 = (struct axset*)b; return p2->nAction - p1->nAction; } /* Generate C source code for the parser */ /* Output in makeheaders format if mhflag==true */ void ReportTable(struct lemon *lemp, int mhflag, int suppress_line_directives) { FILE *out, *in; char line[LINESIZE]; int lineno; struct state *stp; struct action *ap; struct rule *rp; struct acttab *pActtab; int i, j, n; char *name; int mnTknOfst, mxTknOfst; int mnNtOfst, mxNtOfst; struct axset *ax; in = tplt_open(lemp); if (in==0) return; out = file_open(lemp,".c","w"); if (out==0) { fclose(in); return; } lineno = 1; tplt_xfer(lemp->name,in,out,&lineno); /* Generate the include code, if any */ tplt_print(out,lemp,lemp->include,lemp->includeln,&lineno, suppress_line_directives); if (mhflag) { char *name = file_makename(lemp, ".h"); fprintf(out,"#include \"%s\"\n", name); lineno++; free(name); } tplt_xfer(lemp->name,in,out,&lineno); /* Generate #defines for all tokens */ if (mhflag) { char *prefix; fprintf(out,"#if INTERFACE\n"); lineno++; if (lemp->tokenprefix) prefix = lemp->tokenprefix; else prefix = ""; for(i=1; interminal; i++){ fprintf(out,"#define %s%-30s %2d\n",prefix,lemp->symbols[i]->name,i); lineno++; } fprintf(out,"#endif\n"); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate the defines */ fprintf(out,"#define YYCODETYPE %s\n", minimum_size_type(0, lemp->nsymbol+5)); lineno++; fprintf(out,"#define YYNOCODE %d\n",lemp->nsymbol+1); lineno++; fprintf(out,"#define YYACTIONTYPE %s\n", minimum_size_type(0, lemp->nstate+lemp->nrule+5)); lineno++; print_stack_union(out,lemp,&lineno,mhflag); if (lemp->stacksize) { if (atoi(lemp->stacksize)<=0) { ErrorMsg(lemp->filename,0, "Illegal stack size: [%s]. The stack size should be an integer constant.", lemp->stacksize); lemp->errorcnt++; lemp->stacksize = "800"; } fprintf(out,"#define YYSTACKDEPTH %s\n",lemp->stacksize); lineno++; } else { fprintf(out,"#define YYSTACKDEPTH 800\n"); lineno++; } if (mhflag) { fprintf(out,"#if INTERFACE\n"); lineno++; } name = lemp->name ? lemp->name : "Parse"; if (lemp->arg && lemp->arg[0]) { int i; i = strlen(lemp->arg); while (i>=1 && isspace(lemp->arg[i-1])) i--; while (i>=1 && (isalnum(lemp->arg[i-1]) || lemp->arg[i-1]=='_')) i--; fprintf(out,"#define %sARG_SDECL %s;\n",name,lemp->arg); lineno++; fprintf(out,"#define %sARG_PDECL ,%s\n",name,lemp->arg); lineno++; fprintf(out,"#define %sARG_FETCH %s = pparser->%s\n", name,lemp->arg,&lemp->arg[i]); lineno++; fprintf(out,"#define %sARG_STORE pparser->%s = %s\n", name,&lemp->arg[i],&lemp->arg[i]); lineno++; } else { fprintf(out,"#define %sARG_SDECL\n",name); lineno++; fprintf(out,"#define %sARG_PDECL\n",name); lineno++; fprintf(out,"#define %sARG_FETCH\n",name); lineno++; fprintf(out,"#define %sARG_STORE\n",name); lineno++; } if (mhflag) { fprintf(out,"#endif\n"); lineno++; } fprintf(out,"#define YYNSTATE %d\n",lemp->nstate); lineno++; fprintf(out,"#define YYNRULE %d\n",lemp->nrule); lineno++; fprintf(out,"#define YYERRORSYMBOL %d\n",lemp->errsym->index); lineno++; fprintf(out,"#define YYERRSYMDT yy%d\n",lemp->errsym->dtnum); lineno++; if (lemp->has_fallback) { fprintf(out,"#define YYFALLBACK 1\n"); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate the action table and its associates: ** ** yy_action[] A single table containing all actions. ** yy_lookahead[] A table containing the lookahead for each entry in ** yy_action. Used to detect hash collisions. ** yy_shift_ofst[] For each state, the offset into yy_action for ** shifting terminals. ** yy_reduce_ofst[] For each state, the offset into yy_action for ** shifting non-terminals after a reduce. ** yy_default[] Default action for each state. */ /* Compute the actions on all states and count them up */ ax = malloc (sizeof(ax[0])*lemp->nstate*2) ; if (ax==0) { fprintf(stderr,"malloc failed\n"); exit(1); } for(i=0; instate; i++){ stp = lemp->sorted[i]; stp->nTknAct = stp->nNtAct = 0; stp->iDflt = lemp->nstate + lemp->nrule; stp->iTknOfst = NO_OFFSET; stp->iNtOfst = NO_OFFSET; for(ap=stp->ap; ap; ap=ap->next){ if (compute_action(lemp,ap)>=0) { if (ap->sp->indexnterminal) { stp->nTknAct++; } else if (ap->sp->indexnsymbol) { stp->nNtAct++; } else { stp->iDflt = compute_action(lemp, ap); } } } ax[i*2].stp = stp; ax[i*2].isTkn = 1; ax[i*2].nAction = stp->nTknAct; ax[i*2+1].stp = stp; ax[i*2+1].isTkn = 0; ax[i*2+1].nAction = stp->nNtAct; } mxTknOfst = mnTknOfst = 0; mxNtOfst = mnNtOfst = 0; /* Compute the action table. In order to try to keep the size of the ** action table to a minimum, the heuristic of placing the largest action ** sets first is used. */ qsort(ax, lemp->nstate*2, sizeof(ax[0]), axset_compare); pActtab = acttab_alloc(); for(i=0; instate*2 && ax[i].nAction>0; i++){ stp = ax[i].stp; if (ax[i].isTkn) { for(ap=stp->ap; ap; ap=ap->next){ int action; if (ap->sp->index>=lemp->nterminal) continue; action = compute_action(lemp, ap); if (action<0) continue; acttab_action(pActtab, ap->sp->index, action); } stp->iTknOfst = acttab_insert(pActtab); if (stp->iTknOfstiTknOfst; if (stp->iTknOfst>mxTknOfst) mxTknOfst = stp->iTknOfst; } else { for(ap=stp->ap; ap; ap=ap->next){ int action; if (ap->sp->indexnterminal) continue; if (ap->sp->index==lemp->nsymbol) continue; action = compute_action(lemp, ap); if (action<0) continue; acttab_action(pActtab, ap->sp->index, action); } stp->iNtOfst = acttab_insert(pActtab); if (stp->iNtOfstiNtOfst; if (stp->iNtOfst>mxNtOfst) mxNtOfst = stp->iNtOfst; } } free(ax); /* Output the yy_action table */ fprintf(out,"static YYACTIONTYPE yy_action[] = {\n"); lineno++; n = acttab_size(pActtab); for(i=j=0; insymbol + lemp->nrule + 2; if (j==0) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", action); if (j==9 || i==n-1) { fprintf(out, "\n"); lineno++; j = 0; } else { j++; } } fprintf(out, "};\n"); lineno++; /* Output the yy_lookahead table */ fprintf(out,"static YYCODETYPE yy_lookahead[] = {\n"); lineno++; for(i=j=0; insymbol; if (j==0) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", la); if (j==9 || i==n-1) { fprintf(out, "\n"); lineno++; j = 0; } else { j++; } } fprintf(out, "};\n"); lineno++; /* Output the yy_shift_ofst[] table */ fprintf(out, "#define YY_SHIFT_USE_DFLT (%d)\n", mnTknOfst-1); lineno++; fprintf(out, "static %s yy_shift_ofst[] = {\n", minimum_size_type(mnTknOfst-1, mxTknOfst)); lineno++; n = lemp->nstate; for(i=j=0; isorted[i]; ofst = stp->iTknOfst; if (ofst==NO_OFFSET) ofst = mnTknOfst - 1; if (j==0) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", ofst); if (j==9 || i==n-1) { fprintf(out, "\n"); lineno++; j = 0; } else { j++; } } fprintf(out, "};\n"); lineno++; /* Output the yy_reduce_ofst[] table */ fprintf(out, "#define YY_REDUCE_USE_DFLT (%d)\n", mnNtOfst-1); lineno++; fprintf(out, "static %s yy_reduce_ofst[] = {\n", minimum_size_type(mnNtOfst-1, mxNtOfst)); lineno++; n = lemp->nstate; for(i=j=0; isorted[i]; ofst = stp->iNtOfst; if (ofst==NO_OFFSET) ofst = mnNtOfst - 1; if (j==0) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", ofst); if (j==9 || i==n-1) { fprintf(out, "\n"); lineno++; j = 0; } else { j++; } } fprintf(out, "};\n"); lineno++; /* Output the default action table */ fprintf(out, "static YYACTIONTYPE yy_default[] = {\n"); lineno++; n = lemp->nstate; for(i=j=0; isorted[i]; if (j==0) fprintf(out," /* %5d */ ", i); fprintf(out, " %4d,", stp->iDflt); if (j==9 || i==n-1) { fprintf(out, "\n"); lineno++; j = 0; } else { j++; } } fprintf(out, "};\n"); lineno++; tplt_xfer(lemp->name,in,out,&lineno); /* Generate the table of fallback tokens. */ if (lemp->has_fallback) { for(i=0; interminal; i++){ struct symbol *p = lemp->symbols[i]; if (p->fallback==0) { fprintf(out, " 0, /* %10s => nothing */\n", p->name); } else { fprintf(out, " %3d, /* %10s => %s */\n", p->fallback->index, p->name, p->fallback->name); } lineno++; } } tplt_xfer(lemp->name, in, out, &lineno); /* Generate a table containing the symbolic name of every symbol */ for(i=0; insymbol; i++){ sprintf(line,"\"%s\",",lemp->symbols[i]->name); fprintf(out," %-15s",line); if ((i&3)==3) { fprintf(out,"\n"); lineno++; } } if ((i&3)!=0) { fprintf(out,"\n"); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate a table containing a text string that describes every ** rule in the rule set of the grammer. This information is used ** when tracing REDUCE actions. */ for(i=0, rp=lemp->rule; rp; rp=rp->next, i++){ assert (rp->index==i) ; fprintf(out," /* %3d */ \"%s ::=", i, rp->lhs->name); for(j=0; jnrhs; j++) fprintf(out," %s",rp->rhs[j]->name); fprintf(out,"\",\n"); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes every time a symbol is popped from ** the stack while processing errors or while destroying the parser. ** (In other words, generate the %destructor actions) */ if (lemp->tokendest) { for(i=0; insymbol; i++){ struct symbol *sp = lemp->symbols[i]; if (sp==0 || sp->type!=TERMINAL) continue; fprintf(out," case %d:\n",sp->index); lineno++; } for(i=0; insymbol && lemp->symbols[i]->type!=TERMINAL; i++); if (insymbol) { emit_destructor_code(out,lemp->symbols[i],lemp,&lineno, suppress_line_directives); fprintf(out," break;\n"); lineno++; } } for(i=0; insymbol; i++){ struct symbol *sp = lemp->symbols[i]; if (sp==0 || sp->type==TERMINAL || sp->destructor==0) continue; fprintf(out," case %d:\n",sp->index); lineno++; /* Combine duplicate destructors into a single case */ for(j=i+1; jnsymbol; j++){ struct symbol *sp2 = lemp->symbols[j]; if (sp2 && sp2->type!=TERMINAL && sp2->destructor && sp2->dtnum==sp->dtnum && strcmp(sp->destructor,sp2->destructor)==0) { fprintf(out," case %d:\n",sp2->index); lineno++; sp2->destructor = 0; } } emit_destructor_code(out,lemp->symbols[i],lemp,&lineno, suppress_line_directives); fprintf(out," break;\n"); lineno++; } if (lemp->vardest) { struct symbol *dflt_sp = 0; for(i=0; insymbol; i++){ struct symbol *sp = lemp->symbols[i]; if (sp==0 || sp->type==TERMINAL || sp->index<=0 || sp->destructor!=0) continue; fprintf(out," case %d:\n",sp->index); lineno++; dflt_sp = sp; } if (dflt_sp!=0) { emit_destructor_code(out,dflt_sp,lemp,&lineno, suppress_line_directives); fprintf(out," break;\n"); lineno++; } } tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes whenever the parser stack overflows */ tplt_print(out,lemp,lemp->overflow,lemp->overflowln,&lineno, suppress_line_directives); tplt_xfer(lemp->name,in,out,&lineno); /* Generate the table of rule information ** ** Note: This code depends on the fact that rules are number ** sequentually beginning with 0. */ for(rp=lemp->rule; rp; rp=rp->next){ fprintf(out," { %d, %d },\n",rp->lhs->index,rp->nrhs); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which execution during each REDUCE action */ for(rp=lemp->rule; rp; rp=rp->next){ if (rp->code) translate_code(lemp, rp); } for(rp=lemp->rule; rp; rp=rp->next){ struct rule *rp2; if (rp->code==0) continue; fprintf(out," case %d:\n",rp->index); lineno++; for(rp2=rp->next; rp2; rp2=rp2->next){ if (rp2->code==rp->code) { fprintf(out," case %d:\n",rp2->index); lineno++; rp2->code = 0; } } emit_code(out,rp,lemp,&lineno, suppress_line_directives); fprintf(out," break;\n"); lineno++; } tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes if a parse fails */ tplt_print(out,lemp,lemp->failure,lemp->failureln,&lineno, suppress_line_directives); tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes when a syntax error occurs */ tplt_print(out,lemp,lemp->error,lemp->errorln,&lineno, suppress_line_directives); tplt_xfer(lemp->name,in,out,&lineno); /* Generate code which executes when the parser accepts its input */ tplt_print(out,lemp,lemp->accept,lemp->acceptln,&lineno, suppress_line_directives); tplt_xfer(lemp->name,in,out,&lineno); /* Append any addition code the user desires */ tplt_print(out,lemp,lemp->extracode,lemp->extracodeln,&lineno, suppress_line_directives); fclose(in); fclose(out); return; } /* Generate a header file for the parser */ void ReportHeader(struct lemon *lemp) { FILE *out, *in; char *prefix; char line[LINESIZE]; char pattern[LINESIZE]; int i; if (lemp->tokenprefix) prefix = lemp->tokenprefix; else prefix = ""; in = file_open(lemp,".h","r"); if (in) { for(i=1; interminal && fgets(line,LINESIZE,in); i++){ sprintf(pattern,"#define %s%-30s %2d\n",prefix,lemp->symbols[i]->name,i); if (strcmp(line,pattern)) break; } fclose(in); if (i==lemp->nterminal) { /* No change in the file. Don't rewrite it. */ return; } } out = file_open(lemp,".h","w"); if (out) { char* ident = capitalize(file_makename(lemp, "_h")); fprintf(out, "#ifndef %s\n", ident); fprintf(out, "#define %s\n", ident); fprintf(out, "\n"); for(i=1; interminal; i++){ fprintf(out,"#define %s%-30s %2d\n",prefix,lemp->symbols[i]->name,i); } fprintf(out, "\n"); fprintf(out, "#endif // %s\n", ident); fclose(out); } return; } /* Reduce the size of the action tables, if possible, by making use ** of defaults. ** ** In this version, we take the most frequent REDUCE action and make ** it the default. Only default a reduce if there are more than one. */ void CompressTables(struct lemon *lemp) { struct state *stp; struct action *ap, *ap2; struct rule *rp, *rp2, *rbest; int nbest, n; int i; for(i=0; instate; i++){ stp = lemp->sorted[i]; nbest = 0; rbest = 0; for(ap=stp->ap; ap; ap=ap->next){ if (ap->type!=REDUCE) continue; rp = ap->x.rp; if (rp==rbest) continue; n = 1; for(ap2=ap->next; ap2; ap2=ap2->next){ if (ap2->type!=REDUCE) continue; rp2 = ap2->x.rp; if (rp2==rbest) continue; if (rp2==rp) n++; } if (n>nbest) { nbest = n; rbest = rp; } } /* Do not make a default if the number of rules to default ** is not at least 2 */ if (nbest<2) continue; /* Combine matching REDUCE actions into a single default */ for(ap=stp->ap; ap; ap=ap->next){ if (ap->type==REDUCE && ap->x.rp==rbest) break; } assert (ap) ; ap->sp = Symbol_new("{default}"); for(ap=ap->next; ap; ap=ap->next){ if (ap->type==REDUCE && ap->x.rp==rbest) ap->type = NOT_USED; } stp->ap = Action_sort(stp->ap); } } miller-5.6.2/c/parsing/lemon_report.h000066400000000000000000000004721354153536500175700ustar00rootroot00000000000000#ifndef LEMON_REPORT_H #define LEMON_REPORT_H #include "lemon_structs.h" void Reprint(struct lemon *); void ReportOutput(struct lemon *); void ReportTable(struct lemon *, int mhflag, int suppress_line_directives); void ReportHeader(struct lemon *); void CompressTables(struct lemon *); #endif // LEMON_REPORT_H miller-5.6.2/c/parsing/lemon_set.c000066400000000000000000000016571354153536500170510ustar00rootroot00000000000000#include #include #include #include "lemon_set.h" /* ** Set manipulation routines for the LEMON parser generator. */ static int size = 0; /* Set the set size */ void SetSize(int n) { size = n+1; } /* Allocate a new set */ char *SetNew() { char *s; int i; s = (char*)malloc (size) ; if (s==0) { extern void memory_error(); memory_error(); } for(i=0; i #include #include #include "lemon_state_table.h" #include "lemon_memory.h" /* ** Code for processing tables in the LEMON parser generator. */ /* Compare two states */ static int statecmp(a,b) struct config *a; struct config *b; { int rc; for(rc=0; rc==0 && a && b; a=a->bp, b=b->bp){ rc = a->rp->index - b->rp->index; if (rc==0) rc = a->dot - b->dot; } if (rc==0) { if (a) rc = 1; if (b) rc = -1; } return rc; } /* Hash a state */ static int statehash(a) struct config *a; { unsigned h=0; while (a) { h = h*571 + (unsigned)a->rp->index*37 + (unsigned)a->dot; a = a->bp; } return (int)h; } /* Allocate a new state structure */ struct state *State_new() { struct state *new; new = (struct state *)malloc (sizeof(struct state)) ; MemoryCheck(new); return new; } /* There is one instance of the following structure for each ** associative array of type "x3". */ struct s_x3 { int size; /* The number of available slots. Must be a power of 2, >= 1. */ int count; /* Number of currently slots filled */ struct s_x3node *tbl; /* The data stored here */ struct s_x3node **ht; /* Hash table for lookups */ }; /* There is one instance of this structure for every data element ** in an associative array of type "x3". */ typedef struct s_x3node { struct state *data; /* The data */ struct config *key; /* The key */ struct s_x3node *next; /* Next entry with the same hash */ struct s_x3node **from; /* Previous link */ } x3node; /* There is only one instance of the array, which is the following */ static struct s_x3 *x3a; /* Allocate a new associative array */ void State_init(){ if (x3a) return; x3a = (struct s_x3*)malloc (sizeof(struct s_x3)) ; if (x3a) { x3a->size = 128; x3a->count = 0; x3a->tbl = (x3node*)malloc ( (sizeof(x3node) + sizeof(x3node*))*128) ; if (x3a->tbl==0) { free(x3a); x3a = 0; } else { int i; x3a->ht = (x3node**)&(x3a->tbl[128]); for(i=0; i<128; i++) x3a->ht[i] = 0; } } } /* Insert a new record into the array. Return TRUE if successful. ** Prior data with the same key is NOT overwritten */ int State_insert(struct state *data, struct config *key) { x3node *np; int h; int ph; if (x3a==0) return 0; ph = statehash(key); h = ph & (x3a->size-1); np = x3a->ht[h]; while (np) { if (statecmp(np->key,key)==0) { /* An existing entry with the same key is found. */ /* Fail because overwrite is not allows. */ return 0; } np = np->next; } if (x3a->count>=x3a->size) { /* Need to make the hash table bigger */ int i,size; struct s_x3 array; array.size = size = x3a->size*2; array.count = x3a->count; array.tbl = (x3node*)malloc( (sizeof(x3node) + sizeof(x3node*))*size) ; if (array.tbl==0) return 0; /* Fail due to malloc failure */ array.ht = (x3node**)&(array.tbl[size]); for(i=0; icount; i++){ x3node *oldnp, *newnp; oldnp = &(x3a->tbl[i]); h = statehash(oldnp->key) & (size-1); newnp = &(array.tbl[i]); if (array.ht[h]) array.ht[h]->from = &(newnp->next); newnp->next = array.ht[h]; newnp->key = oldnp->key; newnp->data = oldnp->data; newnp->from = &(array.ht[h]); array.ht[h] = newnp; } free(x3a->tbl); *x3a = array; } /* Insert the new data */ h = ph & (x3a->size-1); np = &(x3a->tbl[x3a->count++]); np->key = key; np->data = data; if (x3a->ht[h]) x3a->ht[h]->from = &(np->next); np->next = x3a->ht[h]; x3a->ht[h] = np; np->from = &(x3a->ht[h]); return 1; } /* Return a pointer to data assigned to the given key. Return NULL ** if no such key. */ struct state *State_find(struct config *key) { int h; x3node *np; if (x3a==0) return 0; h = statehash(key) & (x3a->size-1); np = x3a->ht[h]; while (np) { if (statecmp(np->key,key)==0) break; np = np->next; } return np ? np->data : 0; } /* Return an array of pointers to all data in the table. ** The array is obtained from malloc. Return NULL if memory allocation ** problems, or if the array is empty. */ struct state **State_arrayof() { struct state **array; int i,size; if (x3a==0) return 0; size = x3a->count; array = (struct state **)malloc (sizeof(struct state *)*size) ; if (array) { for(i=0; itbl[i].data; } return array; } miller-5.6.2/c/parsing/lemon_state_table.h000066400000000000000000000005161354153536500205430ustar00rootroot00000000000000#ifndef LEMON_STATE_TABLE_H #define LEMON_STATE_TABLE_H /* Routines to manage the state table */ #include "lemon_structs.h" struct state *State_new(); void State_init(void); int State_insert(struct state *, struct config *); struct state *State_find(struct config *); struct state **State_arrayof(); #endif // LEMON_STATE_TABLE_H miller-5.6.2/c/parsing/lemon_string.c000066400000000000000000000070721354153536500175610ustar00rootroot00000000000000#include #include #include #include "lemon_memory.h" #include "lemon_string.h" int strhash(char *x) { unsigned h = 0; while (*x) h = h*13 + *(x++); return (int)h; } // ================================================================ /* There is one instance of the following structure for each ** associative array of type "x1". */ struct s_x1 { int size; /* The number of available slots. Must be a power of 2, >= 1. */ int count; /* Number of currently slots filled */ struct s_x1node *tbl; /* The data stored here */ struct s_x1node **ht; /* Hash table for lookups */ }; /* There is one instance of this structure for every data element ** in an associative array of type "x1". */ typedef struct s_x1node { char *data; /* The data */ struct s_x1node *next; /* Next entry with the same hash */ struct s_x1node **from; /* Previous link */ } x1node; /* There is only one instance of the array, which is the following */ static struct s_x1 *x1a; // ================================================================ /* Works like strdup, sort of. Save a string in malloced memory, but ** keep strings in a table so that the same string is not in more ** than one place. */ char *Strsafe(char *y) { char *z; z = Strsafe_find(y); if (z==0 && (z=malloc (strlen(y)+1) )!=0) { strcpy(z,y); Strsafe_insert(z); } MemoryCheck(z); return z; } /* Allocate a new associative array */ void Strsafe_init(){ if (x1a) return; x1a = (struct s_x1*)malloc (sizeof(struct s_x1)) ; if (x1a) { x1a->size = 1024; x1a->count = 0; x1a->tbl = (x1node*)malloc ( (sizeof(x1node) + sizeof(x1node*))*1024) ; if (x1a->tbl==0) { free(x1a); x1a = 0; } else { int i; x1a->ht = (x1node**)&(x1a->tbl[1024]); for(i=0; i<1024; i++) x1a->ht[i] = 0; } } } /* Insert a new record into the array. Return TRUE if successful. ** Prior data with the same key is NOT overwritten */ int Strsafe_insert(char *data) { x1node *np; int h; int ph; if (x1a==0) return 0; ph = strhash(data); h = ph & (x1a->size-1); np = x1a->ht[h]; while (np) { if (strcmp(np->data,data)==0) { /* An existing entry with the same key is found. */ /* Fail because overwrite is not allows. */ return 0; } np = np->next; } if (x1a->count>=x1a->size) { /* Need to make the hash table bigger */ int i,size; struct s_x1 array; array.size = size = x1a->size*2; array.count = x1a->count; array.tbl = (x1node*)malloc( (sizeof(x1node) + sizeof(x1node*))*size) ; if (array.tbl==0) return 0; /* Fail due to malloc failure */ array.ht = (x1node**)&(array.tbl[size]); for(i=0; icount; i++){ x1node *oldnp, *newnp; oldnp = &(x1a->tbl[i]); h = strhash(oldnp->data) & (size-1); newnp = &(array.tbl[i]); if (array.ht[h]) array.ht[h]->from = &(newnp->next); newnp->next = array.ht[h]; newnp->data = oldnp->data; newnp->from = &(array.ht[h]); array.ht[h] = newnp; } free(x1a->tbl); *x1a = array; } /* Insert the new data */ h = ph & (x1a->size-1); np = &(x1a->tbl[x1a->count++]); np->data = data; if (x1a->ht[h]) x1a->ht[h]->from = &(np->next); np->next = x1a->ht[h]; x1a->ht[h] = np; np->from = &(x1a->ht[h]); return 1; } /* Return a pointer to data assigned to the given key. Return NULL ** if no such key. */ char *Strsafe_find(char *key) { int h; x1node *np; if (x1a==0) return 0; h = strhash(key) & (x1a->size-1); np = x1a->ht[h]; while (np) { if (strcmp(np->data,key)==0) break; np = np->next; } return np ? np->data : 0; } miller-5.6.2/c/parsing/lemon_string.h000066400000000000000000000003031354153536500175540ustar00rootroot00000000000000#ifndef LEMON_STRING_H #define LEMON_STRING_H int strhash(char *x); char *Strsafe(char*); void Strsafe_init(); int Strsafe_insert(char *); char *Strsafe_find(char *); #endif // LEMON_STRING_H miller-5.6.2/c/parsing/lemon_structs.h000066400000000000000000000170161354153536500177660ustar00rootroot00000000000000#ifndef LEMON_STRUCTS_H #define LEMON_STRUCTS_H typedef enum {B_FALSE=0, B_TRUE} Boolean; // Symbols (terminals and nonterminals) of the grammar are stored in the following: struct symbol { char *name; /* Name of the symbol */ int index; /* Index number for this symbol */ enum { TERMINAL, NONTERMINAL } type; /* Symbols are all either TERMINALS or NTs */ struct rule *rule; /* Linked list of rules of this (if an NT) */ struct symbol *fallback; /* fallback token in case this token doesn't parse */ int prec; /* Precedence if defined (-1 otherwise) */ enum e_assoc { LEFT, RIGHT, NONE, UNK } assoc; /* Associativity if predecence is defined */ char *firstset; /* First-set for all rules of this symbol */ Boolean lambda; /* True if NT and can generate an empty string */ char *destructor; /* Code which executes whenever this symbol is ** popped from the stack during error processing */ int destructorln; /* Line number of destructor code */ char *datatype; /* The data type of information held by this ** object. Only used if type==NONTERMINAL */ int dtnum; /* The data type number. In the parser, the value ** stack is a union. The .yy%d element of this ** union is the correct data type for this object */ }; // Each production rule in the grammar is stored in the following structure. struct rule { struct symbol *lhs; /* Left-hand side of the rule */ char *lhsalias; /* Alias for the LHS (NULL if none) */ int ruleline; /* Line number for the rule */ int nrhs; /* Number of RHS symbols */ struct symbol **rhs; /* The RHS symbols */ char **rhsalias; /* An alias for each RHS symbol (NULL if none) */ int line; /* Line number at which code begins */ char *code; /* The code executed when this rule is reduced */ struct symbol *precsym; /* Precedence symbol for this rule */ int index; /* An index number for this rule */ Boolean canReduce; /* True if this rule is ever reduced */ struct rule *nextlhs; /* Next rule with the same LHS */ struct rule *next; /* Next rule in the global list */ }; // A configuration is a production rule of the grammar together with // a mark (dot) showing how much of that rule has been processed so far. // Configurations also contain a follow-set which is a list of terminal // symbols which are allowed to immediately follow the end of the rule. // Every configuration is recorded as an instance of the following: struct config { struct rule *rp; // The rule upon which the configuration is based int dot; // The parse point char *fws; // Follow-set for this configuration only struct plink *fplp; // Follow-set forward propagation links struct plink *bplp; // Follow-set backwards propagation links struct state *stp; // Pointer to state which contains this enum { COMPLETE, // The status is used during followset and INCOMPLETE // shift computations } status; struct config *next; // Next configuration in the state struct config *bp; // The next basis configuration }; // Every shift or reduce operation is stored as one of the following struct action { struct symbol *sp; // The look-ahead symbol enum e_action { SHIFT, ACCEPT, REDUCE, ERROR, CONFLICT, // Was a reduce, but part of a conflict SH_RESOLVED, // Was a shift. Precedence resolved conflict RD_RESOLVED, // Was reduce. Precedence resolved conflict NOT_USED // Deleted by compression } type; union { struct state *stp; // The new state, if a shift struct rule *rp; // The rule, if a reduce } x; struct action *next; // Next action for this state struct action *collide; // Next action with the same hash }; // Each state of the generated parser's finite state machine // is encoded as an instance of the following structure. struct state { struct config *bp; // The basis configurations for this state struct config *cfp; // All configurations in this set int index; // Sequencial number for this state struct action *ap; // Array of actions for this state int nTknAct, nNtAct; // Number of actions on terminals and nonterminals int iTknOfst, iNtOfst; // yy_action[] offset for terminals and nonterms int iDflt; // Default action }; #define NO_OFFSET (-2147483647) // A followset propagation link indicates that the contents of one // configuration followset should be propagated to another whenever // the first changes. struct plink { struct config *cfp; // The configuration to which linked struct plink *next; // The next propagate link }; // The state vector for the entire parser generator is recorded as // follows. (LEMON uses no global variables and makes little use of // static variables. Fields in the following structure can be thought // of as being global variables in the program.) struct lemon { struct state **sorted; // Table of states sorted by state number struct rule *rule; // List of all rules int nstate; // Number of states int nrule; // Number of rules int nsymbol; // Number of terminal and nonterminal symbols int nterminal; // Number of terminal symbols struct symbol **symbols; // Sorted array of pointers to symbols int errorcnt; // Number of errors struct symbol *errsym; // The error symbol char *name; // Name of the generated parser char *arg; // Declaration of the 3th argument to parser char *tokentype; // Type of terminal symbols in the parser stack char *vartype; // The default type of non-terminal symbols char *start; // Name of the start symbol for the grammar char *stacksize; // Size of the parser stack char *include; // Code to put at the start of the C file int includeln; // Line number for start of include code char *error; // Code to execute when an error is seen int errorln; // Line number for start of error code char *overflow; // Code to execute on a stack overflow int overflowln; // Line number for start of overflow code char *failure; // Code to execute on parser failure int failureln; // Line number for start of failure code char *accept; // Code to execute when the parser excepts int acceptln; // Line number for the start of accept code char *extracode; // Code appended to the generated file int extracodeln; // Line number for the start of the extra code char *tokendest; // Code to execute to destroy token data int tokendestln; // Line number for token destroyer code char *vardest; // Code for the default non-terminal destructor int vardestln; // Line number for default non-term destructor code char *filename; // Name of the input file char *outname; // Name of the current output file char *tokenprefix; // A prefix added to token names in the .h file int nconflict; // Number of parsing conflicts int tablesize; // Size of the parse tables int basisflag; // Print only basis configurations int has_fallback; // True if any %fallback is seen in the grammer char *argv0; // Name of the program }; #endif // LEMON_STRUCTS_H miller-5.6.2/c/parsing/lemon_symbol.c000066400000000000000000000122761354153536500175620ustar00rootroot00000000000000#include #include #include #include #include "lemon_symbol.h" #include "lemon_memory.h" #include "lemon_string.h" // ================================================================ /* There is one instance of the following structure for each ** associative array of type "x2". */ struct s_x2 { int size; /* The number of available slots. Must be a power of 2, >= 1. */ int count; /* Number of currently slots filled */ struct s_x2node *tbl; /* The data stored here */ struct s_x2node **ht; /* Hash table for lookups */ }; /* There is one instance of this structure for every data element ** in an associative array of type "x2". */ typedef struct s_x2node { struct symbol *data; /* The data */ char *key; /* The key */ struct s_x2node *next; /* Next entry with the same hash */ struct s_x2node **from; /* Previous link */ } x2node; /* There is only one instance of the array, which is the following */ static struct s_x2 *x2a; // ================================================================ /* Return a pointer to the (terminal or nonterminal) symbol "x". ** Create a new symbol if this is the first time "x" has been seen. */ struct symbol *Symbol_new(char *x) { struct symbol *sp; sp = Symbol_find(x); if (sp==0) { sp = (struct symbol *)malloc (sizeof(struct symbol)) ; MemoryCheck(sp); sp->name = Strsafe(x); sp->type = isupper(*x) ? TERMINAL : NONTERMINAL; sp->rule = 0; sp->fallback = 0; sp->prec = -1; sp->assoc = UNK; sp->firstset = 0; sp->lambda = B_FALSE; sp->destructor = 0; sp->datatype = 0; Symbol_insert(sp,sp->name); } return sp; } /* Allocate a new associative array */ void Symbol_init(){ if (x2a) return; x2a = (struct s_x2*)malloc (sizeof(struct s_x2)) ; if (x2a) { x2a->size = 128; x2a->count = 0; x2a->tbl = (x2node*)malloc ( (sizeof(x2node) + sizeof(x2node*))*128) ; if (x2a->tbl==0) { free(x2a); x2a = 0; } else { int i; x2a->ht = (x2node**)&(x2a->tbl[128]); for(i=0; i<128; i++) x2a->ht[i] = 0; } } } /* Insert a new record into the array. Return TRUE if successful. ** Prior data with the same key is NOT overwritten */ int Symbol_insert(struct symbol *data, char *key) { x2node *np; int h; int ph; if (x2a==0) return 0; ph = strhash(key); h = ph & (x2a->size-1); np = x2a->ht[h]; while (np) { if (strcmp(np->key,key)==0) { /* An existing entry with the same key is found. */ /* Fail because overwrite is not allows. */ return 0; } np = np->next; } if (x2a->count>=x2a->size) { /* Need to make the hash table bigger */ int i,size; struct s_x2 array; array.size = size = x2a->size*2; array.count = x2a->count; array.tbl = (x2node*)malloc( (sizeof(x2node) + sizeof(x2node*))*size) ; if (array.tbl==0) return 0; /* Fail due to malloc failure */ array.ht = (x2node**)&(array.tbl[size]); for(i=0; icount; i++){ x2node *oldnp, *newnp; oldnp = &(x2a->tbl[i]); h = strhash(oldnp->key) & (size-1); newnp = &(array.tbl[i]); if (array.ht[h]) array.ht[h]->from = &(newnp->next); newnp->next = array.ht[h]; newnp->key = oldnp->key; newnp->data = oldnp->data; newnp->from = &(array.ht[h]); array.ht[h] = newnp; } free(x2a->tbl); *x2a = array; } /* Insert the new data */ h = ph & (x2a->size-1); np = &(x2a->tbl[x2a->count++]); np->key = key; np->data = data; if (x2a->ht[h]) x2a->ht[h]->from = &(np->next); np->next = x2a->ht[h]; x2a->ht[h] = np; np->from = &(x2a->ht[h]); return 1; } /* Return a pointer to data assigned to the given key. Return NULL ** if no such key. */ struct symbol *Symbol_find(char *key) { int h; x2node *np; if (x2a==0) return 0; h = strhash(key) & (x2a->size-1); np = x2a->ht[h]; while (np) { if (strcmp(np->key,key)==0) break; np = np->next; } return np ? np->data : 0; } /* Return the n-th data. Return NULL if n is out of range. */ struct symbol *Symbol_Nth(int n) { struct symbol *data; if (x2a && n>0 && n<=x2a->count) { data = x2a->tbl[n-1].data; } else { data = 0; } return data; } /* Return the size of the array */ int Symbol_count() { return x2a ? x2a->count : 0; } /* Return an array of pointers to all data in the table. ** The array is obtained from malloc. Return NULL if memory allocation ** problems, or if the array is empty. */ struct symbol **Symbol_arrayof() { struct symbol **array; int i,size; if (x2a==0) return 0; size = x2a->count; array = (struct symbol **)malloc (sizeof(struct symbol *)*size) ; if (array) { for(i=0; itbl[i].data; } return array; } /* Compare two symbols for working purposes ** ** Symbols that begin with upper case letters (terminals or tokens) ** must sort before symbols that begin with lower case letters ** (non-terminals). Other than that, the order does not matter. ** ** We find experimentally that leaving the symbols in their original ** order (the order they appeared in the grammar file) gives the ** smallest parser tables in SQLite. */ int Symbolcmpp(struct symbol **a, struct symbol **b) { int i1 = (**a).index + 10000000*((**a).name[0]>'Z'); int i2 = (**b).index + 10000000*((**b).name[0]>'Z'); return i1-i2; } miller-5.6.2/c/parsing/lemon_symbol.h000066400000000000000000000006061354153536500175610ustar00rootroot00000000000000#ifndef LEMON_SYMBOL_H #define LEMON_SYMBOL_H #include "lemon_structs.h" struct symbol *Symbol_new(char *x); void Symbol_init(); int Symbol_insert(struct symbol *data, char *key); struct symbol *Symbol_find(char *key); struct symbol *Symbol_Nth(int n); int Symbol_count(); struct symbol **Symbol_arrayof(); int Symbolcmpp(struct symbol **a, struct symbol **b); #endif // LEMON_SYMBOL_H miller-5.6.2/c/parsing/lempar.c000066400000000000000000000530441354153536500163410ustar00rootroot00000000000000/* Driver template for the LEMON parser generator. ** The author disclaims copyright to this source code. */ /* First off, code is include which follows the "include" declaration ** in the input file. */ #include %% /* Next is all token values, in a form suitable for use by makeheaders. ** This section will be null unless lemon is run with the -m switch. */ /* ** These constants (all generated automatically by the parser generator) ** specify the various kinds of tokens (terminals) that the parser ** understands. ** ** Each symbol here is a terminal symbol in the grammar. */ %% /* Make sure the INTERFACE macro is defined. */ #ifndef INTERFACE # define INTERFACE 1 #endif /* The next thing included is series of defines which control ** various aspects of the generated parser. ** YYCODETYPE is the data type used for storing terminal ** and nonterminal numbers. "unsigned char" is ** used if there are fewer than 250 terminals ** and nonterminals. "int" is used otherwise. ** YYNOCODE is a number of type YYCODETYPE which corresponds ** to no legal terminal or nonterminal number. This ** number is used to fill in empty slots of the hash ** table. ** YYFALLBACK If defined, this indicates that one or more tokens ** have fall-back values which should be used if the ** original value of the token will not parse. ** YYACTIONTYPE is the data type used for storing terminal ** and nonterminal numbers. "unsigned char" is ** used if there are fewer than 250 rules and ** states combined. "int" is used otherwise. ** ParseTOKENTYPE is the data type used for minor tokens given ** directly to the parser from the tokenizer. ** YYMINORTYPE is the data type used for all minor tokens. ** This is typically a union of many types, one of ** which is ParseTOKENTYPE. The entry in the union ** for base tokens is called "yy0". ** YYSTACKDEPTH is the maximum depth of the parser's stack. ** ParseARG_SDECL A static variable declaration for the %extra_argument ** ParseARG_PDECL A parameter declaration for the %extra_argument ** ParseARG_STORE Code to store %extra_argument into pparser ** ParseARG_FETCH Code to extract %extra_argument from pparser ** YYNSTATE the combined number of states. ** YYNRULE the number of rules in the grammar ** YYERRORSYMBOL is the code number of the error symbol. If not ** defined, then do no error processing. */ %% #define YY_NO_ACTION (YYNSTATE+YYNRULE+2) #define YY_ACCEPT_ACTION (YYNSTATE+YYNRULE+1) #define YY_ERROR_ACTION (YYNSTATE+YYNRULE) /* Next are that tables used to determine what action to take based on the ** current state and lookahead token. These tables are used to implement ** functions that take a state number and lookahead value and return an ** action integer. ** ** Suppose the action integer is N. Then the action is determined as ** follows ** ** 0 <= N < YYNSTATE Shift N. That is, push the lookahead ** token onto the stack and goto state N. ** ** YYNSTATE <= N < YYNSTATE+YYNRULE Reduce by rule N-YYNSTATE. ** ** N == YYNSTATE+YYNRULE A syntax error has occurred. ** ** N == YYNSTATE+YYNRULE+1 The parser accepts its input. ** ** N == YYNSTATE+YYNRULE+2 No such action. Denotes unused ** slots in the yy_action[] table. ** ** The action table is constructed as a single large table named yy_action[]. ** Given state S and lookahead X, the action is computed as ** ** yy_action[ yy_shift_ofst[S] + X ] ** ** If the index value yy_shift_ofst[S]+X is out of range or if the value ** yy_lookahead[yy_shift_ofst[S]+X] is not equal to X or if yy_shift_ofst[S] ** is equal to YY_SHIFT_USE_DFLT, it means that the action is not in the table ** and that yy_default[S] should be used instead. ** ** The formula above is for computing the action when the lookahead is ** a terminal symbol. If the lookahead is a non-terminal (as occurs after ** a reduce action) then the yy_reduce_ofst[] array is used in place of ** the yy_shift_ofst[] array and YY_REDUCE_USE_DFLT is used in place of ** YY_SHIFT_USE_DFLT. ** ** The following are the tables generated in this section: ** ** yy_action[] A single table containing all actions. ** yy_lookahead[] A table containing the lookahead for each entry in ** yy_action. Used to detect hash collisions. ** yy_shift_ofst[] For each state, the offset into yy_action for ** shifting terminals. ** yy_reduce_ofst[] For each state, the offset into yy_action for ** shifting non-terminals after a reduce. ** yy_default[] Default action for each state. */ %% #define YY_SZ_ACTTAB (sizeof(yy_action)/sizeof(yy_action[0])) /* The next table maps tokens into fallback tokens. If a construct ** like the following: ** ** %fallback ID X Y Z. ** ** appears in the grammar, then ID becomes a fallback token for X, Y, ** and Z. Whenever one of the tokens X, Y, or Z is input to the parser ** but it does not parse, the type of the token is changed to ID and ** the parse is retried before an error is thrown. */ #ifdef YYFALLBACK static const YYCODETYPE yyFallback[] = { %% }; #endif /* YYFALLBACK */ /* The following structure represents a single element of the ** parser's stack. Information stored includes: ** ** + The state number for the parser at this level of the stack. ** ** + The value of the token stored at this level of the stack. ** (In other words, the "major" token.) ** ** + The semantic value stored at this level of the stack. This is ** the information used by the action routines in the grammar. ** It is sometimes called the "minor" token. */ struct yyStackEntry { int stateno; /* The state-number */ int major; /* The major token value. This is the code ** number for the token at this stack level */ YYMINORTYPE minor; /* The user-supplied minor token value. This ** is the value of the token */ }; typedef struct yyStackEntry yyStackEntry; /* The state of the parser is completely contained in an instance of ** the following structure. */ struct _lemon_parser_t { int yyidx; /* Index of top element in stack */ int yyerrcnt; /* Shifts left before out of the error */ ParseARG_SDECL /* A place to hold %extra_argument */ yyStackEntry yystack[YYSTACKDEPTH]; /* The parser's stack */ }; typedef struct _lemon_parser_t lemon_parser_t; #ifndef NDEBUG #include static FILE *yyTraceFILE = 0; static char *yyTracePrompt = 0; #endif /* NDEBUG */ #ifndef NDEBUG /* ** Turn parser tracing on by giving a stream to which to write the trace ** and a prompt to preface each trace message. Tracing is turned off ** by making either argument NULL ** ** Inputs: **
    **
  • A FILE* to which trace output should be written. ** If NULL, then tracing is turned off. **
  • A prefix string written at the beginning of every ** line of trace output. If NULL, then tracing is ** turned off. **
** ** Outputs: ** None. */ void ParseTrace(FILE *TraceFILE, char *zTracePrompt) { yyTraceFILE = TraceFILE; yyTracePrompt = zTracePrompt; if (yyTraceFILE==0) yyTracePrompt = 0; else if (yyTracePrompt==0) yyTraceFILE = 0; } #endif /* NDEBUG */ #ifndef NDEBUG /* For tracing shifts, the names of all terminals and nonterminals ** are required. The following table supplies these names */ static const char *yyTokenName[] = { %% }; #endif /* NDEBUG */ #ifndef NDEBUG /* For tracing reduce actions, the names of all rules are required. */ static const char *yyRuleName[] = { %% }; #endif /* NDEBUG */ /* ** This function returns the symbolic name associated with a token ** value. */ const char *ParseTokenName(int tokenType) { #ifndef NDEBUG if (tokenType>0 && tokenType<(sizeof(yyTokenName)/sizeof(yyTokenName[0]))) { return yyTokenName[tokenType]; } else { return "Unknown"; } #else return ""; #endif } /* ** This function allocates a new parser. ** The only argument is a pointer to a function which works like ** malloc. ** ** Inputs: ** A pointer to the function used to allocate memory. ** ** Outputs: ** A pointer to a parser. This pointer is used in subsequent calls ** to Parse and lemon_parser_free. */ void *lemon_parser_alloc(void *(*mallocProc)(size_t)){ lemon_parser_t *pParser; pParser = (lemon_parser_t*)(*mallocProc) ((size_t)sizeof(lemon_parser_t)) ; if (pParser) { pParser->yyidx = -1; } return pParser; } /* The following function deletes the value associated with a ** symbol. The symbol can be either a terminal or nonterminal. ** "yymajor" is the symbol code, and "yypminor" is a pointer to ** the value. */ void yy_destructor(YYCODETYPE yymajor, YYMINORTYPE *yypminor){ switch (yymajor) { /* Here is inserted the actions which take place when a ** terminal or non-terminal is destroyed. This can happen ** when the symbol is popped from the stack during a ** reduce or during error processing or when a parser is ** being destroyed before it is finished parsing. ** ** Note: during a reduce, the only symbols destroyed are those ** which appear on the RHS of the rule, but which are not used ** inside the C code. */ %% default: break; /* If no destructor action specified: do nothing */ } } /* ** Pop the parser's stack once. ** ** If there is a destructor routine associated with the token which ** is popped from the stack, then call it. ** ** Return the major token number for the symbol popped. */ static int yy_pop_parser_stack(lemon_parser_t *pParser){ YYCODETYPE yymajor; yyStackEntry *yytos = &pParser->yystack[pParser->yyidx]; if (pParser->yyidx<0) return 0; #ifndef NDEBUG if (yyTraceFILE && pParser->yyidx>=0) { fprintf(yyTraceFILE,"%sPopping %s\n", yyTracePrompt, yyTokenName[yytos->major]); } #endif yymajor = yytos->major; yy_destructor (yymajor, &yytos->minor); pParser->yyidx--; return yymajor; } /* ** Deallocate and destroy a parser. Destructors are all called for ** all stack elements before shutting the parser down. ** ** Inputs: **
    **
  • A pointer to the parser. This should be a pointer ** obtained from lemon_parser_alloc. **
  • A pointer to a function used to reclaim memory obtained ** from malloc. **
*/ void lemon_parser_free( void *pvparser, /* The parser to be deleted */ void (*freeProc)(void*)) /* Function used to reclaim memory */ { lemon_parser_t *pparser = (lemon_parser_t*)pvparser; if (pparser==0) return; while (pparser->yyidx>=0) yy_pop_parser_stack(pparser); (*freeProc)((void*)pparser); } /* ** Find the appropriate action for a parser given the terminal ** look-ahead token iLookAhead. ** ** If the look-ahead token is YYNOCODE, then check to see if the action is ** independent of the look-ahead. If it is, return the action, otherwise ** return YY_NO_ACTION. */ static int yy_find_shift_action( lemon_parser_t *pparser, /* The parser */ int iLookAhead) /* The look-ahead token */ { int i; int stateno = pparser->yystack[pparser->yyidx].stateno; /* if (pparser->yyidx<0) return YY_NO_ACTION; */ i = yy_shift_ofst[stateno]; if (i==YY_SHIFT_USE_DFLT) { return yy_default[stateno]; } if (iLookAhead==YYNOCODE) { return YY_NO_ACTION; } i += iLookAhead; if (i<0 || i>=YY_SZ_ACTTAB || yy_lookahead[i]!=iLookAhead) { #ifdef YYFALLBACK int iFallback; /* Fallback token */ if (iLookAhead %s\n", yyTracePrompt, yyTokenName[iLookAhead], yyTokenName[iFallback]); } #endif return yy_find_shift_action(pparser, iFallback); } #endif return yy_default[stateno]; } else { return yy_action[i]; } } /* ** Find the appropriate action for a parser given the non-terminal ** look-ahead token iLookAhead. ** ** If the look-ahead token is YYNOCODE, then check to see if the action is ** independent of the look-ahead. If it is, return the action, otherwise ** return YY_NO_ACTION. */ static int yy_find_reduce_action( lemon_parser_t *pparser, /* The parser */ int iLookAhead) /* The look-ahead token */ { int i; int stateno = pparser->yystack[pparser->yyidx].stateno; i = yy_reduce_ofst[stateno]; if (i==YY_REDUCE_USE_DFLT) { return yy_default[stateno]; } if (iLookAhead==YYNOCODE) { return YY_NO_ACTION; } i += iLookAhead; if (i<0 || i>=YY_SZ_ACTTAB || yy_lookahead[i]!=iLookAhead) { return yy_default[stateno]; } else { return yy_action[i]; } } /* ** Perform a shift action. */ static void yy_shift( lemon_parser_t *pparser, /* The parser to be shifted */ int yyNewState, /* The new state to shift in */ int yyMajor, /* The major token to shift in */ YYMINORTYPE *yypMinor) /* Pointer ot the minor token to shift in */ { yyStackEntry *yytos; pparser->yyidx++; if (pparser->yyidx>=YYSTACKDEPTH) { ParseARG_FETCH; pparser->yyidx--; #ifndef NDEBUG if (yyTraceFILE) { fprintf(yyTraceFILE,"%sStack Overflow!\n",yyTracePrompt); } #endif while (pparser->yyidx>=0) yy_pop_parser_stack(pparser); /* Here code is inserted which will execute if the parser ** stack every overflows */ %% ParseARG_STORE; /* Suppress warning about unused %extra_argument var */ return; } yytos = &pparser->yystack[pparser->yyidx]; yytos->stateno = yyNewState; yytos->major = yyMajor; yytos->minor = *yypMinor; #ifndef NDEBUG if (yyTraceFILE && pparser->yyidx>0) { int i; fprintf(yyTraceFILE,"%sShift %d\n",yyTracePrompt,yyNewState); fprintf(yyTraceFILE,"%sStack:",yyTracePrompt); for(i=1; i<=pparser->yyidx; i++) fprintf(yyTraceFILE," %s", yyTokenName[pparser->yystack[i].major]); fprintf(yyTraceFILE,"\n"); } #endif } /* The following table contains information about every rule that ** is used during the reduce. */ static struct { YYCODETYPE lhs; /* Symbol on the left-hand side of the rule */ unsigned char nrhs; /* Number of right-hand side symbols in the rule */ } yyRuleInfo[] = { %% }; static void yy_accept(lemon_parser_t*); /* Forward Declaration */ /* ** Perform a reduce action and the shift that must immediately ** follow the reduce. */ static void yy_reduce( lemon_parser_t *pparser, /* The parser */ int yyruleno) /* Number of the rule by which to reduce */ { int yygoto = -999 ; /* The next state */ int yyact = -999; /* The next action */ YYMINORTYPE yygotominor; /* The LHS of the rule reduced */ yyStackEntry *yymsp; /* The top of the parser's stack */ int yysize; /* Amount to pop the stack */ ParseARG_FETCH; yymsp = &pparser->yystack[pparser->yyidx]; #ifndef NDEBUG if (yyTraceFILE && yyruleno>=0 && yyruleno ** { ... } // User supplied code ** #line ** break; */ %% }; yygoto = yyRuleInfo[yyruleno].lhs; yysize = yyRuleInfo[yyruleno].nrhs; pparser->yyidx -= yysize; yyact = yy_find_reduce_action(pparser,yygoto); if (yyact < YYNSTATE) { yy_shift(pparser,yyact,yygoto,&yygotominor); } else if (yyact == YYNSTATE + YYNRULE + 1) { yy_accept(pparser); } } /* ** The following code executes when the parse fails */ static void yy_parse_failed(lemon_parser_t *pparser) { ParseARG_FETCH; #ifndef NDEBUG if (yyTraceFILE) { fprintf(yyTraceFILE,"%sFail!\n",yyTracePrompt); } #endif while (pparser->yyidx >= 0) yy_pop_parser_stack(pparser); /* Here code is inserted which will be executed whenever the ** parser fails */ %% ParseARG_STORE; /* Suppress warning about unused %extra_argument variable */ } /* ** The following code executes when a syntax error first occurs. */ static void yy_syntax_error( lemon_parser_t *pparser, /* The parser */ int yymajor, /* The major type of the error token */ YYMINORTYPE yyminor /* The minor type of the error token */ ){ ParseARG_FETCH; #define TOKEN (yyminor.yy0) %% ParseARG_STORE; /* Suppress warning about unused %extra_argument variable */ } /* ** The following is executed when the parser accepts */ static void yy_accept(lemon_parser_t *pparser) { ParseARG_FETCH; #ifndef NDEBUG if (yyTraceFILE) { fprintf(yyTraceFILE,"%sAccept!\n", yyTracePrompt); } #endif while (pparser->yyidx>=0) yy_pop_parser_stack(pparser); /* Here code is inserted which will be executed whenever the ** parser accepts */ %% ParseARG_STORE; /* Suppress warning about unused %extra_argument variable */ } /* The main parser program. ** The first argument is a pointer to a structure obtained from ** "lemon_parser_alloc" which describes the current state of the parser. ** The second argument is the major token number. The third is ** the minor token. The fourth optional argument is whatever the ** user wants (and specified in the grammar) and is available for ** use by the action routines. ** ** Inputs: **
    **
  • A pointer to the parser (an opaque structure). **
  • The major token number. **
  • The minor token number. **
  • An option argument of a grammar-specified type. **
** ** Outputs: ** None. */ int lemon_parser_parse_token( void *pvparser, /* The parser */ int yymajor, /* The major token code number */ ParseTOKENTYPE yyminor /* The value for the token */ ParseARG_PDECL) /* Optional %extra_argument parameter */ { YYMINORTYPE yyminorunion; int yyact; /* The parser action. */ int yyendofinput; /* True if we are at the end of input */ int yyerrorhit = 0; /* True if yymajor has invoked an error */ lemon_parser_t *pparser; /* The parser */ int parse_code = 1; /* (re)initialize the parser, if necessary */ pparser = (lemon_parser_t*)pvparser; if (pparser->yyidx<0) { if (yymajor==0) return 1; pparser->yyidx = 0; pparser->yyerrcnt = -1; pparser->yystack[0].stateno = 0; pparser->yystack[0].major = 0; } yyminorunion.yy0 = yyminor; yyendofinput = (yymajor==0); ParseARG_STORE; #ifndef NDEBUG if (yyTraceFILE) { fprintf(yyTraceFILE,"%sInput %s\n", yyTracePrompt, yyTokenName[yymajor]); } #endif do { yyact = yy_find_shift_action(pparser,yymajor); if (yyactyyerrcnt--; if (yyendofinput && pparser->yyidx>=0) { yymajor = 0; } else { yymajor = YYNOCODE; } } else if (yyact < YYNSTATE + YYNRULE) { yy_reduce(pparser,yyact-YYNSTATE); } else if (yyact == YY_ERROR_ACTION) { int yymx; #ifndef NDEBUG if (yyTraceFILE) { fprintf(yyTraceFILE,"%sSyntax Error!\n",yyTracePrompt); } #endif #ifdef YYERRORSYMBOL /* A syntax error has occurred. ** The response to an error depends upon whether or not the ** grammar defines an error token "ERROR". ** ** This is what we do if the grammar does define ERROR: ** ** * Call the %syntax_error function. ** ** * Begin popping the stack until we enter a state where ** it is legal to shift the error symbol, then shift ** the error symbol. ** ** * Set the error count to three. ** ** * Begin accepting and shifting new tokens. No new error ** processing will occur until three tokens have been ** shifted successfully. ** */ if (pparser->yyerrcnt<0) { yy_syntax_error(pparser, yymajor, yyminorunion); return 0; } yymx = pparser->yystack[pparser->yyidx].major; if (yymx==YYERRORSYMBOL || yyerrorhit) { #ifndef NDEBUG if (yyTraceFILE) { fprintf(yyTraceFILE,"%sDiscard input token %s\n", yyTracePrompt, yyTokenName[yymajor]); } #endif yy_destructor(yymajor,&yyminorunion); yymajor = YYNOCODE; } else { while( pparser->yyidx >= 0 && yymx != YYERRORSYMBOL && (yyact = yy_find_shift_action(pparser,YYERRORSYMBOL)) >= YYNSTATE ){ yy_pop_parser_stack(pparser); } if (pparser->yyidx < 0 || yymajor==0) { yy_destructor(yymajor,&yyminorunion); yy_parse_failed(pparser); parse_code = 0; yymajor = YYNOCODE; } else if (yymx!=YYERRORSYMBOL) { YYMINORTYPE u2; u2.YYERRSYMDT = 0; yy_shift(pparser,yyact,YYERRORSYMBOL,&u2); } } pparser->yyerrcnt = 3; yyerrorhit = 1; #else /* YYERRORSYMBOL is not defined */ /* This is what we do if the grammar does not define ERROR: ** ** * Report an error message, and throw away the input token. ** ** * If the input token is $, then fail the parse. ** ** As before, subsequent error messages are suppressed until ** three input tokens have been successfully shifted. */ if (pparser->yyerrcnt<=0) { yy_syntax_error(pparser, yymajor, yyminorunion); return 0; } pparser->yyerrcnt = 3; yy_destructor(yymajor,&yyminorunion); if (yyendofinput) { yy_parse_failed(pparser); parse_code = 0; } yymajor = YYNOCODE; #endif } else { yy_accept(pparser); yymajor = YYNOCODE; } } while (yymajor!=YYNOCODE && pparser->yyidx>=0) ; return parse_code; } miller-5.6.2/c/parsing/mlr_dsl_lexer.l000066400000000000000000000365761354153536500177400ustar00rootroot00000000000000%{ #include "stdio.h" // for fileno() prototype #include "string.h" // for strdup() prototype #include "mlr_dsl_parse.h" #include "../dsl/mlr_dsl_ast.h" // http://flex.sourceforge.net/manual/Extra-Data.html // NOTE: any new keywords defined here should also be documented // in dsl/mlr_dsl_cst.c's mlr_dsl_keyword_usage() et al. %} %option reentrant %option noyywrap %option extra-type="struct _mlr_dsl_ast_node_t **" %% ";" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_SEMICOLON; } "{" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_LBRACE; } "}" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_RBRACE; } "=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_SREC_ASSIGNMENT); return MD_TOKEN_ASSIGN; } "filter" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_FILTER); return MD_TOKEN_FILTER; } "unset" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_UNSET); return MD_TOKEN_UNSET; } "tee" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_TEE); return MD_TOKEN_TEE; } "emitf" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_EMITF); return MD_TOKEN_EMITF; } "emitp" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_EMITP); return MD_TOKEN_EMITP; } "emit" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_EMIT); return MD_TOKEN_EMIT; } "dump" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_DUMP); return MD_TOKEN_DUMP; } "edump" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_EDUMP); return MD_TOKEN_EDUMP; } "print" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_PRINT); return MD_TOKEN_PRINT; } "printn" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_PRINTN); return MD_TOKEN_PRINTN; } "eprint" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_EPRINT); return MD_TOKEN_EPRINT; } "eprintn" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_EPRINTN); return MD_TOKEN_EPRINTN; } "stdout" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STDOUT); return MD_TOKEN_STDOUT; } "stderr" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STDERR); return MD_TOKEN_STDERR; } "func" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_FUNC_DEF; } "subr" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_SUBR_DEF; } "call" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_SUBR_CALL; } "return" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_RETURN; } "begin" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_BEGIN; } "end" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_END; } "all" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_ALL); return MD_TOKEN_ALL; } "do" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_DO_WHILE); return MD_TOKEN_DO; } "while" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_WHILE); return MD_TOKEN_WHILE; } "for" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_FOR; } "in" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_IN); return MD_TOKEN_IN; } "break" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_BREAK); return MD_TOKEN_BREAK; } "continue" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTINUE); return MD_TOKEN_CONTINUE; } "if" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_IF_ITEM); return MD_TOKEN_IF; } "elif" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_IF_ITEM); return MD_TOKEN_ELIF; } "else" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_IF_ITEM); return MD_TOKEN_ELSE; } "?" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_QUESTION_MARK; } ":" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_COLON; } "||" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LOGICAL_OR; } "||=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LOGICAL_OR_EQUALS; } "^^" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LOGICAL_XOR; } "^^=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LOGICAL_XOR_EQUALS; } "&&" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LOGICAL_AND; } "&&=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LOGICAL_AND_EQUALS; } "=~" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_MATCHES; } "!=~" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_DOES_NOT_MATCH; } "==" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_EQ; } "!=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_NE; } ">" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_GT; } ">=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_GE; } "<" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LT; } "<=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LE; } "|" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_OR; } "|=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_OR_EQUALS; } "^" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_XOR; } "^=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_XOR_EQUALS; } "&" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_AND; } "&=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_AND_EQUALS; } "<<" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_LSH; } "<<=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_LSH_EQUALS; } ">>" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_RSH; } ">>=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_RSH_EQUALS; } "+" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_PLUS; } "+=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_PLUS_EQUALS; } "-" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_MINUS; } "-=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_MINUS_EQUALS; } "\." { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_DOT; } "\.=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_DOT_EQUALS; } "*" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_TIMES; } "*=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_TIMES_EQUALS; } "/" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_DIVIDE; } "/=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_DIVIDE_EQUALS; } "//" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_INT_DIVIDE; } "//=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_INT_DIVIDE_EQUALS; } "\.+" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_OPLUS; } "\.+=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_OPLUS_EQUALS; } "\.-" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_OMINUS; } "\.-=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_OMINUS_EQUALS; } "\.*" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_OTIMES; } "\.*=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_OTIMES_EQUALS; } "\./" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_ODIVIDE; } "\./=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_ODIVIDE_EQUALS; } "\.//" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_INT_ODIVIDE; } "\.//=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_INT_ODIVIDE_EQUALS; } "%" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_MOD; } "%=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_MOD_EQUALS; } "!" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_LOGICAL_NOT; } "~" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_BITWISE_NOT; } "**" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_POW; } "**=" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_OPERATOR); return MD_TOKEN_POW_EQUALS; } \$\* { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_FULL_SREC); return MD_TOKEN_FULL_SREC; } \$ { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_DOLLAR_SIGN; } \$[a-zA-Z_0-9]+ { // Note: the parser depends on the dollar sign being here. If this is changed, // that needs to be changed as well. *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_FIELD_NAME); return MD_TOKEN_FIELD_NAME; } \$\{([^\}]|\\.)*\} { // Note: the parser depends on the dollar sign being here. If this is changed, // that needs to be changed as well. *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_FIELD_NAME); return MD_TOKEN_BRACED_FIELD_NAME; } @[a-zA-Z_0-9]+ { // Note: the parser depends on the at-sign being here. If this is changed, // that needs to be changed as well. *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRING_LITERAL); return MD_TOKEN_UNBRACED_OOSVAR_NAME; } @\{([^\}]|\\.)*\} { // Note: the parser depends on the percent-sign being here. If this is changed, // that needs to be changed as well. *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRING_LITERAL); return MD_TOKEN_BRACED_OOSVAR_NAME; } @ { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_AT_SIGN; } \@\* { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_FULL_OOSVAR); return MD_TOKEN_FULL_OOSVAR; } "\[" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_LEFT_BRACKET; } "\]" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_RIGHT_BRACKET; } [0-9]+|[0-9]+\.[0-9]*|[0-9]*\.[0-9]+|[0-9]+[eE][0-9]+|[0-9]+[eE]-[0-9]+|[0-9]+\.[0-9]*[eE][0-9]+|[0-9]+\.[0-9]*[eE]-[0-9]+|[0-9]*\.[0-9]+[eE][0-9]+|[0-9]*\.[0-9]+[eE]-[0-9]+ { // Leading minus sign is handled via the unary-minus operator, not here. // 123 // 123. 123.4 // .234 // 1e2 // 1e-2 // 1.2e3 1.e3 // 1.2e-3 1.e-3 // .2e3 // .2e-3 1.e-3 *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_NUMERIC_LITERAL); return MD_TOKEN_NUMBER; } 0x[0-9a-fA-F]+ { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_NUMERIC_LITERAL); return MD_TOKEN_NUMBER; } \"([^\\\"]|\\.)*\" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRING_LITERAL); return MD_TOKEN_STRING; } \"([^\\\"]|\\.)*\"\i { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_REGEXI); return MD_TOKEN_REGEXI; } "map" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_MAP; } "var" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_VAR; } "num" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_NUMERIC_LOCAL_DEFINITION); return MD_TOKEN_NUMERIC; } "int" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_INT_LOCAL_DEFINITION); return MD_TOKEN_INT; } "float" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_FLOAT_LOCAL_DEFINITION); return MD_TOKEN_FLOAT; } "bool" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_BOOLEAN_LOCAL_DEFINITION); return MD_TOKEN_BOOLEAN; } "str" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRING_LOCAL_DEFINITION); return MD_TOKEN_STRING; } "true" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_BOOLEAN_LITERAL); return MD_TOKEN_TRUE; } "false" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_BOOLEAN_LITERAL); return MD_TOKEN_FALSE; } "IPS" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "IFS" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "IRS" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "OPS" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "OFS" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "ORS" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "NF" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "NR" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "FNR" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "FILENAME" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "FILENUM" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "M_PI" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "M_E" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_CONTEXT_VARIABLE); return MD_TOKEN_CONTEXT_VARIABLE; } "ENV" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_ENV); return MD_TOKEN_ENV; } [a-zA-Z_][a-zA-Z_0-9]* { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_NON_SIGIL_NAME); return MD_TOKEN_NON_SIGIL_NAME; } "(" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_LPAREN; } ")" { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_RPAREN; } "," { *yyextra = mlr_dsl_ast_node_alloc(yytext, MD_AST_NODE_TYPE_STRIPPED_AWAY); return MD_TOKEN_COMMA; } #.*\n { } [ \t\r\n] { } . { return -1; } %% miller-5.6.2/c/parsing/mlr_dsl_parse.y000066400000000000000000003401301354153536500177300ustar00rootroot00000000000000// vim: set filetype=none: // (Lemon files have .y extensions like Yacc files but are not Yacc.) %include { #include #include #include #include "../lib/mlrutil.h" #include "../dsl/mlr_dsl_ast.h" #include "../containers/sllv.h" // ================================================================ // AST: // * parens, commas, semis, line endings, whitespace are all stripped away // * variable names and literal values remain as leaf nodes of the AST // * = + - * / ** {function names} remain as non-leaf nodes of the AST // CST: See mlr_dsl_cst.c // // Note: This parser accepts many things that are invalid, e.g. // // * begin{end{}} -- begin/end not at top level // * begin{$x=1} -- references to stream records at begin/end // * break/continue outside of for/while/do-while // * return outside of a function definition // * $x=x -- boundvars outside of for-loop variable bindings // // All of the above are enforced by the CST builder's semantic-analysis logic, // which takes this parser's output AST as input. This is done (a) to keep this // grammar from being overly complex, and (b) so we can get much more // informative error messages in C than in Lemon ('syntax error'). // // The parser hooks all build up an abstract syntax tree specifically for the CST builder. // For clearer visuals on what the ASTs look like: // * See mlr_dsl_cst.c // * See reg_test/run's filter -v and put -v outputs, e.g. in reg_test/expected/out // * Do "mlr -n put -v 'your expression goes here'" // ================================================================ } %token_type {mlr_dsl_ast_node_t*} %default_type {mlr_dsl_ast_node_t*} %extra_argument {mlr_dsl_ast_t* past} //void token_destructor(mlr_dsl_ast_node_t t) { // printf("In token_destructor t->text(%s)=t->type(%lf)\n", t->text, t->type); //} //%token_destructor {token_destructor($$);} %parse_accept { } // The caller is expected to provide more context. %syntax_error { fprintf(stderr, "mlr DSL: syntax error at \"%s\"\n", TOKEN->text); // This is confusing and (as is) worse than nothing. // Ideally we want to show the position within the input of the syntax error. // // int n = sizeof(yyTokenName) / sizeof(yyTokenName[0]); // for (int i = 0; i < n; ++i) { // int a = yy_find_shift_action(pparser, (YYCODETYPE)i); // if (a < YYNSTATE + YYNRULE) { // fprintf(stderr, "Possible token \"%s\"\n", yyTokenName[i]); // } // } } // ================================================================ md_body ::= md_statement_block(B). { past->proot = B; } // ---------------------------------------------------------------- // Given "$a=1;$b=2;$c=3": since this is a bottom-up parser, we get first the "$a=1", then // "$a=1;$b=2", then "$a=1;$b=2;$c=3", then finally realize that's the top level, or it's embedded // within a cond-block, or for-loop body, etc. // * On the "$a=1" we make a sub-AST called "list" with child $a=1. // * On the "$b=2" we append the next argument to get "list" having children $a=1 and $b=2. // * On the "$c=3" we append the next argument to get "list" having children $a=1, $b=2, and $c=3. // // We handle statements of the form ' ; ; ' by parsing the empty spaces around the semicolons as NOP nodes. // But, the NOP nodes are immediately stripped here and are not included in the AST we return. md_statement_block(A) ::= md_statement_not_braced_end(B). { if (B->type == MD_AST_NODE_TYPE_NOP) { mlr_dsl_ast_node_free(B); A = mlr_dsl_ast_node_alloc_zary("block", MD_AST_NODE_TYPE_STATEMENT_BLOCK); } else { A = mlr_dsl_ast_node_alloc_unary("block", MD_AST_NODE_TYPE_STATEMENT_BLOCK, B); } } md_statement_block(A) ::= md_statement_braced_end(B). { if (B->type == MD_AST_NODE_TYPE_NOP) { mlr_dsl_ast_node_free(B); A = mlr_dsl_ast_node_alloc_zary("block", MD_AST_NODE_TYPE_STATEMENT_BLOCK); } else { A = mlr_dsl_ast_node_alloc_unary("block", MD_AST_NODE_TYPE_STATEMENT_BLOCK, B); } } // This could also be done with the list on the left and statement on the right. However, // curly-brace-terminated statements *end* with a semicolon; they don't start with one. So this seems // to be the right way to differentiate. md_statement_block(A) ::= md_statement_not_braced_end(B) MD_TOKEN_SEMICOLON md_statement_block(C). { if (B->type == MD_AST_NODE_TYPE_NOP) { mlr_dsl_ast_node_free(B); A = C; } else { A = mlr_dsl_ast_node_prepend_arg(C, B); } } md_statement_block(A) ::= md_statement_braced_end(B) md_statement_block(C). { if (B->type == MD_AST_NODE_TYPE_NOP) { mlr_dsl_ast_node_free(B); A = C; } else { A = mlr_dsl_ast_node_prepend_arg(C, B); } } // This allows for trailing semicolon, as well as empty string (or whitespace) between semicolons: md_statement_not_braced_end(A) ::= . { A = mlr_dsl_ast_node_alloc_zary("nop", MD_AST_NODE_TYPE_NOP); } // Local-variable definitions at the current scope md_statement_not_braced_end(A) ::= md_untyped_local_definition(B). { A = B; } md_statement_not_braced_end(A) ::= md_numeric_local_definition(B). { A = B; } md_statement_not_braced_end(A) ::= md_int_local_definition(B). { A = B; } md_statement_not_braced_end(A) ::= md_float_local_definition(B). { A = B; } md_statement_not_braced_end(A) ::= md_boolean_local_definition(B). { A = B; } md_statement_not_braced_end(A) ::= md_string_local_definition(B). { A = B; } md_statement_not_braced_end(A) ::= md_map_local_definition(B). { A = B; } md_statement_not_braced_end(A) ::= md_nonindexed_local_assignment(B). { A = B; } md_statement_not_braced_end(A) ::= md_indexed_local_assignment(B). { A = B; } // For user-defined functions md_statement_not_braced_end(A) ::= MD_TOKEN_RETURN md_rhs(B). { A = mlr_dsl_ast_node_alloc_unary("return_value", MD_AST_NODE_TYPE_RETURN_VALUE, B); } md_statement_not_braced_end(A) ::= MD_TOKEN_RETURN md_map_literal(B). { A = mlr_dsl_ast_node_alloc_unary("return_value", MD_AST_NODE_TYPE_RETURN_VALUE, B); } md_statement_not_braced_end(A) ::= MD_TOKEN_RETURN MD_TOKEN_FULL_SREC(B). { A = mlr_dsl_ast_node_alloc_unary("return_value", MD_AST_NODE_TYPE_RETURN_VALUE, B); } md_statement_not_braced_end(A) ::= MD_TOKEN_RETURN MD_TOKEN_FULL_OOSVAR(B). { A = mlr_dsl_ast_node_alloc_unary("return_value", MD_AST_NODE_TYPE_RETURN_VALUE, B); } // For user-defined subroutines md_statement_not_braced_end(A) ::= MD_TOKEN_RETURN. { A = mlr_dsl_ast_node_alloc_zary("return_void", MD_AST_NODE_TYPE_RETURN_VOID); } // Begin/end md_statement_braced_end(A) ::= md_func_block(B). { A = B; } md_statement_braced_end(A) ::= md_subr_block(B). { A = B; } md_statement_braced_end(A) ::= md_begin_block(B). { A = B; } md_statement_braced_end(A) ::= md_end_block(B). { A = B; } // Nested control structures: md_statement_braced_end(A) ::= md_cond_block(B). { A = B; } md_statement_braced_end(A) ::= md_while_block(B). { A = B; } md_statement_braced_end(A) ::= md_for_loop_full_srec(B). { A = B; } md_statement_braced_end(A) ::= md_for_loop_full_srec_key_only(B). { A = B; } md_statement_braced_end(A) ::= md_for_loop_full_oosvar(B). { A = B; } md_statement_braced_end(A) ::= md_for_loop_full_oosvar_key_only(B). { A = B; } md_statement_braced_end(A) ::= md_for_loop_oosvar(B). { A = B; } md_statement_braced_end(A) ::= md_for_loop_oosvar_key_only(B). { A = B; } md_statement_braced_end(A) ::= md_for_loop_local_map(B). { A = B; } md_statement_braced_end(A) ::= md_for_loop_local_map_key_only(B). { A = B; } md_statement_braced_end(A) ::= md_for_loop_map_literal(B). { A = B; } md_statement_braced_end(A) ::= md_for_loop_map_literal_key_only(B). { A = B; } md_statement_braced_end(A) ::= md_for_loop_func_retval(B). { A = B; } md_statement_braced_end(A) ::= md_for_loop_func_retval_key_only(B). { A = B; } md_statement_braced_end(A) ::= md_triple_for(B). { A = B; } md_statement_braced_end(A) ::= md_if_chain(B). { A = B; } md_statement_not_braced_end(A) ::= MD_TOKEN_SUBR_CALL md_fcn_or_subr_call(B). { A = mlr_dsl_ast_node_alloc_unary("subr_call", MD_AST_NODE_TYPE_SUBR_CALLSITE, B); } // Not valid in begin/end since they refer to srecs: md_statement_not_braced_end(A) ::= md_srec_assignment(B). { A = B; } md_statement_not_braced_end(A) ::= md_srec_indirect_assignment(B). { A = B; } md_statement_not_braced_end(A) ::= md_srec_positional_name_assignment(B). { A = B; } md_statement_not_braced_end(A) ::= md_srec_positional_value_assignment(B). { A = B; } md_statement_not_braced_end(A) ::= md_oosvar_from_full_srec_assignment(B). { A = B; } md_statement_not_braced_end(A) ::= md_full_srec_assignment(B). { A = B; } md_statement_not_braced_end(A) ::= md_env_assignment(B). { A = B; } // Valid in begin/end since they don't refer to srecs (although the RHSs might): md_statement_not_braced_end(A) ::= md_do_while_block(B). { A = B; } md_statement_not_braced_end(A) ::= md_bare_boolean(B). { A = B; } md_statement_not_braced_end(A) ::= md_oosvar_assignment(B). { A = B; } md_statement_not_braced_end(A) ::= md_full_oosvar_assignment(B). { A = B; } md_statement_not_braced_end(A) ::= md_filter(B). { A = B; } md_statement_not_braced_end(A) ::= md_unset(B). { A = B; } md_statement_not_braced_end(A) ::= md_tee_write(B). { A = B; } md_statement_not_braced_end(A) ::= md_tee_append(B). { A = B; } md_statement_not_braced_end(A) ::= md_tee_pipe(B). { A = B; } md_statement_not_braced_end(A) ::= md_emitf(B). { A = B; } md_statement_not_braced_end(A) ::= md_emitf_write(B). { A = B; } md_statement_not_braced_end(A) ::= md_emitf_append(B). { A = B; } md_statement_not_braced_end(A) ::= md_emitf_pipe(B). { A = B; } md_statement_not_braced_end(A) ::= md_emitp(B). { A = B; } md_statement_not_braced_end(A) ::= md_emitp_write(B). { A = B; } md_statement_not_braced_end(A) ::= md_emitp_append(B). { A = B; } md_statement_not_braced_end(A) ::= md_emitp_pipe(B). { A = B; } md_statement_not_braced_end(A) ::= md_emit(B). { A = B; } md_statement_not_braced_end(A) ::= md_emit_write(B). { A = B; } md_statement_not_braced_end(A) ::= md_emit_append(B). { A = B; } md_statement_not_braced_end(A) ::= md_emit_pipe(B). { A = B; } md_statement_not_braced_end(A) ::= md_emitp_lashed(B). { A = B; } md_statement_not_braced_end(A) ::= md_emitp_lashed_write(B). { A = B; } md_statement_not_braced_end(A) ::= md_emitp_lashed_append(B). { A = B; } md_statement_not_braced_end(A) ::= md_emitp_lashed_pipe(B). { A = B; } md_statement_not_braced_end(A) ::= md_emit_lashed(B). { A = B; } md_statement_not_braced_end(A) ::= md_emit_lashed_write(B). { A = B; } md_statement_not_braced_end(A) ::= md_emit_lashed_append(B). { A = B; } md_statement_not_braced_end(A) ::= md_emit_lashed_pipe(B). { A = B; } md_statement_not_braced_end(A) ::= md_dump(B). { A = B; } md_statement_not_braced_end(A) ::= md_dump_write(B). { A = B; } md_statement_not_braced_end(A) ::= md_dump_append(B). { A = B; } md_statement_not_braced_end(A) ::= md_dump_pipe(B). { A = B; } md_statement_not_braced_end(A) ::= md_edump(B). { A = B; } md_statement_not_braced_end(A) ::= md_print(B). { A = B; } md_statement_not_braced_end(A) ::= md_eprint(B). { A = B; } md_statement_not_braced_end(A) ::= md_print_write(B). { A = B; } md_statement_not_braced_end(A) ::= md_print_append(B). { A = B; } md_statement_not_braced_end(A) ::= md_print_pipe(B). { A = B; } md_statement_not_braced_end(A) ::= md_printn(B). { A = B; } md_statement_not_braced_end(A) ::= md_eprintn(B). { A = B; } md_statement_not_braced_end(A) ::= md_printn_write(B). { A = B; } md_statement_not_braced_end(A) ::= md_printn_append(B). { A = B; } md_statement_not_braced_end(A) ::= md_printn_pipe(B). { A = B; } // Valid only within for/while, but we accept them here syntactically and reject them in the AST-to-CST // conversion, where we can produce much more informative error messages: md_statement_not_braced_end(A) ::= MD_TOKEN_BREAK(O). { A = mlr_dsl_ast_node_alloc(O->text, MD_AST_NODE_TYPE_BREAK); } md_statement_not_braced_end(A) ::= MD_TOKEN_CONTINUE(O). { A = mlr_dsl_ast_node_alloc(O->text, MD_AST_NODE_TYPE_CONTINUE); } // ================================================================ // Given "f(a,b,c)": since this is a bottom-up parser, we get first the "a", // then "a,b", then "a,b,c", then finally "f(a,b,c)". So: // * On the "a" we make a function sub-AST called "anon(a)". // * On the "b" we append the next argument to get "anon(a,b)". // * On the "c" we append the next argument to get "anon(a,b,c)". // * On the "f" we change the function name to get "f(a,b,c)". md_func_block(C) ::= MD_TOKEN_FUNC_DEF MD_TOKEN_NON_SIGIL_NAME(F) MD_TOKEN_LPAREN md_func_or_subr_parameter_list(A) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(B) MD_TOKEN_RBRACE. { A = mlr_dsl_ast_node_set_function_name(A, F->text); mlr_dsl_ast_node_replace_text(B, "func_block"); C = mlr_dsl_ast_node_alloc_binary(F->text, MD_AST_NODE_TYPE_FUNC_DEF, A, B); } md_func_block(C) ::= MD_TOKEN_FUNC_DEF MD_TOKEN_NON_SIGIL_NAME(F) MD_TOKEN_LPAREN md_func_or_subr_parameter_list(A) MD_TOKEN_RPAREN MD_TOKEN_COLON md_typedecl(M) MD_TOKEN_LBRACE md_statement_block(B) MD_TOKEN_RBRACE. { A = mlr_dsl_ast_node_set_function_name(A, F->text); mlr_dsl_ast_node_replace_text(B, "func_block"); C = mlr_dsl_ast_node_alloc_ternary(F->text, MD_AST_NODE_TYPE_FUNC_DEF, A, B, M); } md_subr_block(C) ::= MD_TOKEN_SUBR_DEF MD_TOKEN_NON_SIGIL_NAME(F) MD_TOKEN_LPAREN md_func_or_subr_parameter_list(A) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(B) MD_TOKEN_RBRACE. { A = mlr_dsl_ast_node_set_function_name(A, F->text); mlr_dsl_ast_node_replace_text(B, "subr_block"); C = mlr_dsl_ast_node_alloc_binary(F->text, MD_AST_NODE_TYPE_SUBR_DEF, A, B); } md_func_or_subr_parameter_list(A) ::= . { A = mlr_dsl_ast_node_alloc_zary("anon", MD_AST_NODE_TYPE_NON_SIGIL_NAME); } md_func_or_subr_parameter_list(A) ::= md_func_or_subr_non_empty_parameter_list(B). { A = B; } md_func_or_subr_non_empty_parameter_list(A) ::= md_func_or_subr_parameter(B). { A = mlr_dsl_ast_node_alloc_unary("anon", MD_AST_NODE_TYPE_NON_SIGIL_NAME, B); } md_func_or_subr_non_empty_parameter_list(A) ::= md_func_or_subr_parameter(B) MD_TOKEN_COMMA. { A = mlr_dsl_ast_node_alloc_unary("anon", MD_AST_NODE_TYPE_NON_SIGIL_NAME, B); } md_func_or_subr_non_empty_parameter_list(A) ::= md_func_or_subr_parameter(B) MD_TOKEN_COMMA md_func_or_subr_non_empty_parameter_list(C). { A = mlr_dsl_ast_node_prepend_arg(C, B); } md_func_or_subr_parameter(A) ::= MD_TOKEN_NON_SIGIL_NAME(B). { A = mlr_dsl_ast_node_alloc(B->text, MD_AST_NODE_TYPE_UNTYPED_PARAMETER_DEFINITION); } md_func_or_subr_parameter(A) ::= md_typedecl(T) MD_TOKEN_NON_SIGIL_NAME(N). { A = mlr_dsl_ast_node_alloc(N->text, T->type); } md_typedecl(A) ::= MD_TOKEN_VAR(B). { A = B; A->type = MD_AST_NODE_TYPE_UNTYPED_PARAMETER_DEFINITION; } md_typedecl(A) ::= MD_TOKEN_NUMERIC(B). { A = B; A->type = MD_AST_NODE_TYPE_NUMERIC_PARAMETER_DEFINITION; } md_typedecl(A) ::= MD_TOKEN_INT(B). { A = B; A->type = MD_AST_NODE_TYPE_INT_PARAMETER_DEFINITION; } md_typedecl(A) ::= MD_TOKEN_FLOAT(B). { A = B; A->type = MD_AST_NODE_TYPE_FLOAT_PARAMETER_DEFINITION; } md_typedecl(A) ::= MD_TOKEN_STRING(B). { A = B; A->type = MD_AST_NODE_TYPE_STRING_PARAMETER_DEFINITION; } md_typedecl(A) ::= MD_TOKEN_BOOLEAN(B). { A = B; A->type = MD_AST_NODE_TYPE_BOOLEAN_PARAMETER_DEFINITION; } md_typedecl(A) ::= MD_TOKEN_MAP(B). { A = B; A->type = MD_AST_NODE_TYPE_MAP_PARAMETER_DEFINITION; } // ================================================================ md_begin_block(A) ::= MD_TOKEN_BEGIN(O) MD_TOKEN_LBRACE md_statement_block(B) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(B, "begin_block"); A = mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_BEGIN, B); } md_end_block(A) ::= MD_TOKEN_END(O) MD_TOKEN_LBRACE md_statement_block(B) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(B, "end_block"); A = mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_END, B); } // ---------------------------------------------------------------- md_cond_block(A) ::= md_rhs(B) MD_TOKEN_LBRACE md_statement_block(C) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(C, "cond_block"); A = mlr_dsl_ast_node_alloc_binary("cond", MD_AST_NODE_TYPE_CONDITIONAL_BLOCK, B, C); } // ---------------------------------------------------------------- md_while_block(A) ::= MD_TOKEN_WHILE(O) MD_TOKEN_LPAREN md_rhs(B) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(C) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(C, "while_block"); A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_WHILE, B, C); } // ---------------------------------------------------------------- md_do_while_block(A) ::= MD_TOKEN_DO(O) MD_TOKEN_LBRACE md_statement_block(B) MD_TOKEN_RBRACE MD_TOKEN_WHILE MD_TOKEN_LPAREN md_rhs(C) MD_TOKEN_RPAREN. { mlr_dsl_ast_node_replace_text(B, "do_while_block"); A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_DO_WHILE, B, C); } // ---------------------------------------------------------------- // for(k, v in $*) { ... } md_for_loop_full_srec(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN MD_TOKEN_FULL_SREC MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_full_srec_block"); A = mlr_dsl_ast_node_alloc_binary( F->text, MD_AST_NODE_TYPE_FOR_SREC, mlr_dsl_ast_node_alloc_binary( "variables", MD_AST_NODE_TYPE_FOR_VARIABLES, K, V ), S ); } // for(k in $*) { ... } md_for_loop_full_srec_key_only(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_IN MD_TOKEN_FULL_SREC MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_full_srec_block"); A = mlr_dsl_ast_node_alloc_binary( F->text, MD_AST_NODE_TYPE_FOR_SREC_KEY_ONLY, mlr_dsl_ast_node_alloc_unary( "variables", MD_AST_NODE_TYPE_FOR_VARIABLES, K ), S ); } // for(k, v in @*) { ... } md_for_loop_full_oosvar(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN MD_TOKEN_FULL_OOSVAR MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_full_oosvar_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_OOSVAR, mlr_dsl_ast_node_alloc_binary( "key_and_value_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, mlr_dsl_ast_node_alloc_unary( "key_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, K ), V ), mlr_dsl_ast_node_alloc_zary("empty_keylist", MD_AST_NODE_TYPE_OOSVAR_KEYLIST), S ); } // for((k1, k2), v in @*) { ... } // for((k1, k2, k3), v in @*) { ... } md_for_loop_full_oosvar(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN MD_TOKEN_LPAREN md_for_map_keylist(L) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN MD_TOKEN_FULL_OOSVAR MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_full_oosvar_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_OOSVAR, mlr_dsl_ast_node_alloc_binary( "key_and_value_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, L, V ), mlr_dsl_ast_node_alloc_zary("empty_keylist", MD_AST_NODE_TYPE_OOSVAR_KEYLIST), S ); } // for(k in @*) { ... } md_for_loop_full_oosvar_key_only(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_IN MD_TOKEN_FULL_OOSVAR MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_full_oosvar_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_OOSVAR_KEY_ONLY, K, mlr_dsl_ast_node_alloc_zary("empty_keylist", MD_AST_NODE_TYPE_OOSVAR_KEYLIST), S ); } // for(k, v in @o[1][2]) { ... } md_for_loop_oosvar(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN md_oosvar_keylist(O) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_loop_oosvar_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_OOSVAR, mlr_dsl_ast_node_alloc_binary( "key_and_value_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, mlr_dsl_ast_node_alloc_unary( "key_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, K ), V ), O, S ); } // for((k1, k2), v in @o[1][2]) { ... } // for((k1, k2, k3), v in @o[1][2]) { ... } md_for_loop_oosvar(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN MD_TOKEN_LPAREN md_for_map_keylist(L) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN md_oosvar_keylist(O) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_loop_oosvar_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_OOSVAR, mlr_dsl_ast_node_alloc_binary( "key_and_value_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, L, V ), O, S ); } md_for_loop_index(A) ::= MD_TOKEN_NON_SIGIL_NAME(B). { A = mlr_dsl_ast_node_alloc(B->text, MD_AST_NODE_TYPE_UNTYPED_LOCAL_DEFINITION); } md_for_loop_index(A) ::= MD_TOKEN_NUMERIC MD_TOKEN_NON_SIGIL_NAME(B). { A = mlr_dsl_ast_node_alloc(B->text, MD_AST_NODE_TYPE_NUMERIC_LOCAL_DEFINITION); } md_for_loop_index(A) ::= MD_TOKEN_INT MD_TOKEN_NON_SIGIL_NAME(B). { A = mlr_dsl_ast_node_alloc(B->text, MD_AST_NODE_TYPE_INT_LOCAL_DEFINITION); } md_for_loop_index(A) ::= MD_TOKEN_FLOAT MD_TOKEN_NON_SIGIL_NAME(B). { A = mlr_dsl_ast_node_alloc(B->text, MD_AST_NODE_TYPE_FLOAT_LOCAL_DEFINITION); } md_for_loop_index(A) ::= MD_TOKEN_STRING MD_TOKEN_NON_SIGIL_NAME(B). { A = mlr_dsl_ast_node_alloc(B->text, MD_AST_NODE_TYPE_STRING_LOCAL_DEFINITION); } md_for_loop_index(A) ::= MD_TOKEN_BOOLEAN MD_TOKEN_NON_SIGIL_NAME(B). { A = mlr_dsl_ast_node_alloc(B->text, MD_AST_NODE_TYPE_BOOLEAN_LOCAL_DEFINITION); } md_for_map_keylist(A) ::= md_for_loop_index(K). { A = mlr_dsl_ast_node_alloc_unary("key_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, K); } md_for_map_keylist(A) ::= md_for_map_keylist(L) MD_TOKEN_COMMA md_for_loop_index(K). { A = mlr_dsl_ast_node_append_arg(L, K); } // for(k in @o[1][2]) { ... } md_for_loop_oosvar_key_only(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_IN md_oosvar_keylist(O) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_loop_oosvar_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_OOSVAR_KEY_ONLY, K, O, S ); } // ---------------------------------------------------------------- // for(k, v in o[1][2]) { ... } md_for_loop_local_map(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN md_local_map_keylist(O) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_loop_local_map_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_LOCAL_MAP, mlr_dsl_ast_node_alloc_binary( "key_and_value_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, mlr_dsl_ast_node_alloc_unary( "key_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, K ), V ), O, S ); } // for((k1, k2), v in o[1][2]) { ... } // for((k1, k2, k3), v in o[1][2]) { ... } md_for_loop_local_map(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN MD_TOKEN_LPAREN md_for_map_keylist(L) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN md_local_map_keylist(O) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_loop_local_map_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_LOCAL_MAP, mlr_dsl_ast_node_alloc_binary( "key_and_value_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, L, V ), O, S ); } // for(k in o[1][2]) { ... } md_for_loop_local_map_key_only(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_IN md_local_map_keylist(O) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_loop_local_map_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_LOCAL_MAP_KEY_ONLY, K, O, S ); } // ---------------------------------------------------------------- // for(k, v in o[1][2]) { ... } md_for_loop_map_literal(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN md_map_literal(O) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_loop_map_literal_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_MAP_LITERAL, mlr_dsl_ast_node_alloc_binary( "key_and_value_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, mlr_dsl_ast_node_alloc_unary( "key_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, K ), V ), O, S ); } // for((k1, k2), v in o[1][2]) { ... } // for((k1, k2, k3), v in o[1][2]) { ... } md_for_loop_map_literal(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN MD_TOKEN_LPAREN md_for_map_keylist(L) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN md_map_literal(O) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_loop_map_literal_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_MAP_LITERAL, mlr_dsl_ast_node_alloc_binary( "key_and_value_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, L, V ), O, S ); } // for(k in o[1][2]) { ... } md_for_loop_map_literal_key_only(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_IN md_map_literal(O) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_loop_map_literal_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_MAP_LITERAL_KEY_ONLY, K, O, S ); } // ---------------------------------------------------------------- // for(k, v in o[1][2]) { ... } md_for_loop_func_retval(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN md_fcn_or_subr_call(O) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_loop_func_retval_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_FUNC_RETVAL, mlr_dsl_ast_node_alloc_binary( "key_and_value_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, mlr_dsl_ast_node_alloc_unary( "key_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, K ), V ), O, S ); } // for((k1, k2), v in o[1][2]) { ... } // for((k1, k2, k3), v in o[1][2]) { ... } md_for_loop_func_retval(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN MD_TOKEN_LPAREN md_for_map_keylist(L) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_for_loop_index(V) MD_TOKEN_IN md_fcn_or_subr_call(O) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_loop_func_retval_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_FUNC_RETVAL, mlr_dsl_ast_node_alloc_binary( "key_and_value_variables", MD_AST_NODE_TYPE_FOR_VARIABLES, L, V ), O, S ); } // for(k in o[1][2]) { ... } md_for_loop_func_retval_key_only(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_for_loop_index(K) MD_TOKEN_IN md_fcn_or_subr_call(O) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(S) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(S, "for_loop_func_retval_block"); A = mlr_dsl_ast_node_alloc_ternary( F->text, MD_AST_NODE_TYPE_FOR_FUNC_RETVAL_KEY_ONLY, K, O, S ); } // ---------------------------------------------------------------- md_triple_for(A) ::= MD_TOKEN_FOR(F) MD_TOKEN_LPAREN md_triple_for_start(S) MD_TOKEN_SEMICOLON md_triple_for_continuation(C) MD_TOKEN_SEMICOLON md_triple_for_update(U) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(L) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(L, "triple_for_block"); A = mlr_dsl_ast_node_alloc_quaternary(F->text, MD_AST_NODE_TYPE_TRIPLE_FOR, S, C, U, L); } md_triple_for_start(A) ::= md_statement_not_braced_end(B). { if (B->type == MD_AST_NODE_TYPE_NOP) { mlr_dsl_ast_node_free(B); A = mlr_dsl_ast_node_alloc_zary("triple_for_start_statements", MD_AST_NODE_TYPE_STATEMENT_LIST); } else { A = mlr_dsl_ast_node_alloc_unary("triple_for_start_statements", MD_AST_NODE_TYPE_STATEMENT_LIST, B); } } md_triple_for_start(A) ::= md_triple_for_start(B) MD_TOKEN_COMMA md_statement_not_braced_end(C). { if (B->type == MD_AST_NODE_TYPE_NOP) { mlr_dsl_ast_node_free(B); A = C; } else { A = mlr_dsl_ast_node_append_arg(B, C); } } md_triple_for_continuation(A) ::= md_statement_not_braced_end(B). { if (B->type == MD_AST_NODE_TYPE_NOP) { mlr_dsl_ast_node_free(B); A = mlr_dsl_ast_node_alloc_zary("triple_for_continuation_statements", MD_AST_NODE_TYPE_STATEMENT_LIST); } else { A = mlr_dsl_ast_node_alloc_unary("triple_for_continuation_statements", MD_AST_NODE_TYPE_STATEMENT_LIST, B); } } md_triple_for_continuation(A) ::= md_triple_for_continuation(B) MD_TOKEN_COMMA md_statement_not_braced_end(C). { if (B->type == MD_AST_NODE_TYPE_NOP) { mlr_dsl_ast_node_free(B); A = C; } else { A = mlr_dsl_ast_node_append_arg(B, C); } } md_triple_for_update(A) ::= md_statement_not_braced_end(B). { if (B->type == MD_AST_NODE_TYPE_NOP) { mlr_dsl_ast_node_free(B); A = mlr_dsl_ast_node_alloc_zary("triple_for_update_statements", MD_AST_NODE_TYPE_STATEMENT_LIST); } else { A = mlr_dsl_ast_node_alloc_unary("triple_for_update_statements", MD_AST_NODE_TYPE_STATEMENT_LIST, B); } } md_triple_for_update(A) ::= md_triple_for_update(B) MD_TOKEN_COMMA md_statement_not_braced_end(C). { if (B->type == MD_AST_NODE_TYPE_NOP) { mlr_dsl_ast_node_free(B); A = C; } else { A = mlr_dsl_ast_node_append_arg(B, C); } } // ---------------------------------------------------------------- // Cases: // if elif* // if elif* else md_if_chain(A) ::= md_if_elif_star(B) . { A = B; } md_if_chain(A) ::= md_if_elif_star(B) md_else_block(C). { A = mlr_dsl_ast_node_append_arg(B, C); } md_if_elif_star(A) ::= md_if_block(B). { A = mlr_dsl_ast_node_alloc_unary("if_head", MD_AST_NODE_TYPE_IF_HEAD, B); } md_if_elif_star(A) ::= md_if_elif_star(B) md_elif_block(C). { A = mlr_dsl_ast_node_append_arg(B, C); } md_if_block(A) ::= MD_TOKEN_IF(O) MD_TOKEN_LPAREN md_rhs(B) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(C) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(C, "if_block"); A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_IF_ITEM, B, C); } md_elif_block(A) ::= MD_TOKEN_ELIF(O) MD_TOKEN_LPAREN md_rhs(B) MD_TOKEN_RPAREN MD_TOKEN_LBRACE md_statement_block(C) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(C, "elif_block"); A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_IF_ITEM, B, C); } md_else_block(A) ::= MD_TOKEN_ELSE(O) MD_TOKEN_LBRACE md_statement_block(C) MD_TOKEN_RBRACE. { mlr_dsl_ast_node_replace_text(C, "else_block"); A = mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_IF_ITEM, C); } // ---------------------------------------------------------------- md_bare_boolean(A) ::= md_rhs(B). { A = B; } // ---------------------------------------------------------------- md_filter(A) ::= MD_TOKEN_FILTER(O) md_rhs(B). { A = mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_FILTER, B); } // ---------------------------------------------------------------- md_untyped_local_definition(A) ::= MD_TOKEN_VAR(T) md_nonindexed_local_variable(N) MD_TOKEN_ASSIGN md_rhs(B). { A = mlr_dsl_ast_node_alloc_binary(T->text, MD_AST_NODE_TYPE_UNTYPED_LOCAL_DEFINITION, N, B); } md_untyped_local_definition(A) ::= MD_TOKEN_VAR(T) md_nonindexed_local_variable(N) MD_TOKEN_ASSIGN MD_TOKEN_FULL_SREC(B). { A = mlr_dsl_ast_node_alloc_binary(T->text, MD_AST_NODE_TYPE_UNTYPED_LOCAL_DEFINITION, N, B); } md_untyped_local_definition(A) ::= MD_TOKEN_VAR(T) md_nonindexed_local_variable(N) MD_TOKEN_ASSIGN MD_TOKEN_FULL_OOSVAR(B). { A = mlr_dsl_ast_node_alloc_binary(T->text, MD_AST_NODE_TYPE_UNTYPED_LOCAL_DEFINITION, N, B); } md_untyped_local_definition(A) ::= MD_TOKEN_VAR(T) md_nonindexed_local_variable(N) MD_TOKEN_ASSIGN md_map_literal(C). { A = mlr_dsl_ast_node_alloc_binary(T->text, MD_AST_NODE_TYPE_MAP_LOCAL_DEFINITION, N, C); } md_numeric_local_definition(A) ::= MD_TOKEN_NUMERIC(T) md_nonindexed_local_variable(N) MD_TOKEN_ASSIGN md_rhs(B). { A = mlr_dsl_ast_node_alloc_binary(T->text, MD_AST_NODE_TYPE_NUMERIC_LOCAL_DEFINITION, N, B); } md_int_local_definition(A) ::= MD_TOKEN_INT(T) md_nonindexed_local_variable(N) MD_TOKEN_ASSIGN md_rhs(B). { A = mlr_dsl_ast_node_alloc_binary(T->text, MD_AST_NODE_TYPE_INT_LOCAL_DEFINITION, N, B); } md_float_local_definition(A) ::= MD_TOKEN_FLOAT(T) md_nonindexed_local_variable(N) MD_TOKEN_ASSIGN md_rhs(B). { A = mlr_dsl_ast_node_alloc_binary(T->text, MD_AST_NODE_TYPE_FLOAT_LOCAL_DEFINITION, N, B); } md_boolean_local_definition(A) ::= MD_TOKEN_BOOLEAN(T) md_nonindexed_local_variable(N) MD_TOKEN_ASSIGN md_rhs(B). { A = mlr_dsl_ast_node_alloc_binary(T->text, MD_AST_NODE_TYPE_BOOLEAN_LOCAL_DEFINITION, N, B); } md_string_local_definition(A) ::= MD_TOKEN_STRING(T) md_nonindexed_local_variable(N) MD_TOKEN_ASSIGN md_rhs(B). { A = mlr_dsl_ast_node_alloc_binary(T->text, MD_AST_NODE_TYPE_STRING_LOCAL_DEFINITION, N, B); } md_map_local_definition(A) ::= MD_TOKEN_MAP(T) md_nonindexed_local_variable(N) MD_TOKEN_ASSIGN md_map_literal(C). { A = mlr_dsl_ast_node_alloc_binary(T->text, MD_AST_NODE_TYPE_MAP_LOCAL_DEFINITION, N, C); } md_map_local_definition(A) ::= MD_TOKEN_MAP(T) md_nonindexed_local_variable(N) MD_TOKEN_ASSIGN MD_TOKEN_FULL_SREC(C). { A = mlr_dsl_ast_node_alloc_binary(T->text, MD_AST_NODE_TYPE_MAP_LOCAL_DEFINITION, N, C); } md_map_local_definition(A) ::= MD_TOKEN_MAP(T) md_nonindexed_local_variable(N) MD_TOKEN_ASSIGN MD_TOKEN_FULL_OOSVAR(C). { A = mlr_dsl_ast_node_alloc_binary(T->text, MD_AST_NODE_TYPE_MAP_LOCAL_DEFINITION, N, C); } md_map_local_definition(A) ::= MD_TOKEN_MAP(T) md_nonindexed_local_variable(N) MD_TOKEN_ASSIGN md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary(T->text, MD_AST_NODE_TYPE_MAP_LOCAL_DEFINITION, N, C); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_ASSIGN(O) md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, C); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_ASSIGN(O) md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, C); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_ASSIGN(O) md_map_literal(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, C); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_ASSIGN(O) md_map_literal(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, C); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_ASSIGN(O) MD_TOKEN_FULL_OOSVAR(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, C); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_ASSIGN(O) MD_TOKEN_FULL_OOSVAR(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, C); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_ASSIGN(O) MD_TOKEN_FULL_SREC(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, C); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_ASSIGN(O) MD_TOKEN_FULL_SREC(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, C); } // ---------------------------------------------------------------- md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_ASSIGN(O) md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, C); } md_srec_indirect_assignment(A) ::= MD_TOKEN_DOLLAR_SIGN MD_TOKEN_LEFT_BRACKET md_rhs(B) MD_TOKEN_RIGHT_BRACKET MD_TOKEN_ASSIGN(O) md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary( O->text, MD_AST_NODE_TYPE_INDIRECT_SREC_ASSIGNMENT, B, C ); } md_srec_positional_name_assignment(A) ::= MD_TOKEN_DOLLAR_SIGN MD_TOKEN_LEFT_BRACKET MD_TOKEN_LEFT_BRACKET md_rhs(B) MD_TOKEN_RIGHT_BRACKET MD_TOKEN_RIGHT_BRACKET MD_TOKEN_ASSIGN(O) md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary( O->text, MD_AST_NODE_TYPE_POSITIONAL_SREC_NAME_ASSIGNMENT, B, C ); } // '$[[[3]]] = "new"' is shorthand for '$[ $[[3]] ] = "new"'. // Note that '$[[3]]' is key at srec position 3 and '$[[[3]]]' is value at srec position 3. md_srec_positional_value_assignment(A) ::= MD_TOKEN_DOLLAR_SIGN MD_TOKEN_LEFT_BRACKET MD_TOKEN_LEFT_BRACKET MD_TOKEN_LEFT_BRACKET md_rhs(B) MD_TOKEN_RIGHT_BRACKET MD_TOKEN_RIGHT_BRACKET MD_TOKEN_RIGHT_BRACKET MD_TOKEN_ASSIGN(O) md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary( O->text, MD_AST_NODE_TYPE_INDIRECT_SREC_ASSIGNMENT, mlr_dsl_ast_node_alloc_unary( "positional_srec_field_name", MD_AST_NODE_TYPE_POSITIONAL_SREC_NAME, B ), C ); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_ASSIGN(O) md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, C); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_ASSIGN(O) md_map_literal(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, C); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_ASSIGN(O) MD_TOKEN_FULL_OOSVAR(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, C); } md_full_oosvar_assignment(A) ::= MD_TOKEN_FULL_OOSVAR(B) MD_TOKEN_ASSIGN(O) md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_FULL_OOSVAR_ASSIGNMENT, B, C); } md_full_oosvar_assignment(A) ::= MD_TOKEN_FULL_OOSVAR(B) MD_TOKEN_ASSIGN(O) md_map_literal(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_FULL_OOSVAR_ASSIGNMENT, B, C); } md_full_oosvar_assignment(A) ::= MD_TOKEN_FULL_OOSVAR(B) MD_TOKEN_ASSIGN(O) MD_TOKEN_FULL_OOSVAR(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_FULL_OOSVAR_ASSIGNMENT, B, C); } md_full_oosvar_assignment(A) ::= MD_TOKEN_FULL_OOSVAR(B) MD_TOKEN_ASSIGN(O) MD_TOKEN_FULL_SREC(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_FULL_OOSVAR_FROM_FULL_SREC_ASSIGNMENT, B, C); } md_full_oosvar_assignment(A) ::= MD_TOKEN_FULL_OOSVAR(B) MD_TOKEN_ASSIGN(O) md_fcn_or_subr_call(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_FULL_OOSVAR_FROM_FULL_SREC_ASSIGNMENT, B, C); } md_oosvar_from_full_srec_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_ASSIGN(O) MD_TOKEN_FULL_SREC(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OOSVAR_FROM_FULL_SREC_ASSIGNMENT, B, C); } md_full_srec_assignment(A) ::= MD_TOKEN_FULL_SREC(B) MD_TOKEN_ASSIGN(O) md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_FULL_SREC_ASSIGNMENT, B, C); } md_full_srec_assignment(A) ::= MD_TOKEN_FULL_SREC(B) MD_TOKEN_ASSIGN(O) md_map_literal(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_FULL_SREC_ASSIGNMENT, B, C); } md_full_srec_assignment(A) ::= MD_TOKEN_FULL_SREC(B) MD_TOKEN_ASSIGN(O) MD_TOKEN_FULL_SREC(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_FULL_SREC_ASSIGNMENT, B, C); } md_full_srec_assignment(A) ::= MD_TOKEN_FULL_SREC(B) MD_TOKEN_ASSIGN(O) MD_TOKEN_FULL_OOSVAR(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_FULL_SREC_ASSIGNMENT, B, C); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_ASSIGN(O) md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, C); } // ---------------------------------------------------------------- md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_LOGICAL_OR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("||", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_LOGICAL_XOR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("^^", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_LOGICAL_AND_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("&&", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_BITWISE_OR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("|", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_BITWISE_XOR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("^", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_BITWISE_AND_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("&", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_BITWISE_LSH_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("<<", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_BITWISE_RSH_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(">>", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_PLUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("+", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_MINUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("-", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_DOT_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_TIMES_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("*", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_DIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("/", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_INT_DIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("//", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_OPLUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".+", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_OMINUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".-", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_OTIMES_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".*", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_ODIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("./", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_INT_ODIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".//", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_MOD_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("%", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_srec_assignment(A) ::= md_field_name(B) MD_TOKEN_POW_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_SREC_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("**", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_LOGICAL_OR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("||", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_LOGICAL_XOR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("^^", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_LOGICAL_AND_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("&&", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_BITWISE_OR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("|", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_BITWISE_XOR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("^", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_BITWISE_AND_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("&", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_BITWISE_LSH_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("<<", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_BITWISE_RSH_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(">>", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_PLUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("+", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_MINUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("-", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_DOT_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_TIMES_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("*", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_DIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("/", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_INT_DIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("//", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_MOD_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("%", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_POW_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("**", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_OPLUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".+", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_OMINUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".-", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_OTIMES_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".*", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_ODIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("./", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_oosvar_assignment(A) ::= md_oosvar_keylist(B) MD_TOKEN_INT_ODIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_OOSVAR_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".//", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_LOGICAL_OR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("||", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_LOGICAL_XOR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("^^", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_LOGICAL_AND_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("&&", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_BITWISE_OR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("|", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_BITWISE_XOR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("^", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_BITWISE_AND_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("&", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_BITWISE_LSH_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("<<", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_BITWISE_RSH_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(">>", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_PLUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("+", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_MINUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("-", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_DOT_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_TIMES_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("*", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_DIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("/", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_INT_DIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("//", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_MOD_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("%", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_POW_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("**", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_OPLUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".+", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_OMINUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".-", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_OTIMES_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".*", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_ODIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("./", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_nonindexed_local_assignment(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_INT_ODIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_NONINDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".//", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_LOGICAL_OR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("||", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_LOGICAL_XOR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("^^", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_LOGICAL_AND_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("&&", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_BITWISE_OR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("|", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_BITWISE_XOR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("^", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_BITWISE_AND_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("&", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_BITWISE_LSH_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("<<", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_BITWISE_RSH_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(">>", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_PLUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("+", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_MINUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("-", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_DOT_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_TIMES_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("*", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_DIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("/", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_INT_DIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("//", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_MOD_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("%", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_POW_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("**", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_OPLUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".+", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_OMINUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".-", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_OTIMES_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".*", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_ODIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("./", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_indexed_local_assignment(A) ::= md_indexed_local_variable(B) MD_TOKEN_INT_ODIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_INDEXED_LOCAL_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".//", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } // ---------------------------------------------------------------- md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_LOGICAL_OR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("||", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_LOGICAL_XOR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("^^", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_LOGICAL_AND_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("&&", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_BITWISE_OR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("|", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_BITWISE_XOR_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("^", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_BITWISE_AND_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("&", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_BITWISE_LSH_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("<<", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_BITWISE_RSH_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(">>", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_PLUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("+", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_MINUS_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("-", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_DOT_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_TIMES_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("*", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_DIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("/", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_INT_DIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("//", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_MOD_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("%", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_POW_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("**", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_OTIMES_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".*", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_ODIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary("./", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_OINT_DIVIDE_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".//", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_OMOD_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".%", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } md_env_assignment(A) ::= md_env_index(B) MD_TOKEN_OPOW_EQUALS md_rhs(C). { A = mlr_dsl_ast_node_alloc_binary("=", MD_AST_NODE_TYPE_ENV_ASSIGNMENT, B, mlr_dsl_ast_node_alloc_binary(".**", MD_AST_NODE_TYPE_OPERATOR, mlr_dsl_ast_tree_copy(B) , C)); } // ---------------------------------------------------------------- md_unset(A) ::= MD_TOKEN_UNSET(O) MD_TOKEN_ALL(B). { A = mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_UNSET, B); } md_unset(A) ::= MD_TOKEN_UNSET(O) MD_TOKEN_FULL_OOSVAR(B). { A = mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_UNSET, B); } md_unset(A) ::= MD_TOKEN_UNSET(O) md_unset_args(B). { A = mlr_dsl_ast_node_set_function_name(B, O->text); } // Need to invalidate "emit @a," -- use some non-empty-args expr. md_unset_args(A) ::= . { A = mlr_dsl_ast_node_alloc_zary("temp", MD_AST_NODE_TYPE_UNSET); } md_unset_args(A) ::= md_field_name(B). { A = mlr_dsl_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_UNSET, B); } md_unset_args(A) ::= md_indirect_field_name(B). { A = mlr_dsl_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_UNSET, B); } md_unset_args(A) ::= md_positional_srec_name(B). { A = mlr_dsl_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_UNSET, B); } md_unset_args(A) ::= MD_TOKEN_FULL_SREC(B). { A = mlr_dsl_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_UNSET, B); } md_unset_args(A) ::= md_oosvar_keylist(B). { A = mlr_dsl_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_UNSET, B); } md_unset_args(A) ::= md_nonindexed_local_variable(B). { A = mlr_dsl_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_UNSET, B); } md_unset_args(A) ::= md_indexed_local_variable(B). { A = mlr_dsl_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_UNSET, B); } md_unset_args(A) ::= md_unset_args(B) MD_TOKEN_COMMA md_field_name(C). { A = mlr_dsl_ast_node_append_arg(B, C); } md_unset_args(A) ::= md_unset_args(B) MD_TOKEN_COMMA md_oosvar_keylist(C). { A = mlr_dsl_ast_node_append_arg(B, C); } // ---------------------------------------------------------------- md_tee_write(A) ::= MD_TOKEN_TEE(O) MD_TOKEN_GT md_output_file(F) MD_TOKEN_COMMA MD_TOKEN_FULL_SREC(M). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_TEE, mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F), M); } md_tee_append(A) ::= MD_TOKEN_TEE(O) MD_TOKEN_BITWISE_RSH md_output_file(F) MD_TOKEN_COMMA MD_TOKEN_FULL_SREC(M). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_TEE, mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F), M); } md_tee_pipe(A) ::= MD_TOKEN_TEE(O) MD_TOKEN_BITWISE_OR md_rhs(P) MD_TOKEN_COMMA MD_TOKEN_FULL_SREC(M). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_TEE, mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P), M); } // ---------------------------------------------------------------- // Given "emitf @a,@b,@c": since this is a bottom-up parser, we get first the "@a", // then "@a,@b", then "@a,@b,@c", then finally "emit @a,@b,@c". So: // * On the "@a" we make a sub-AST called "temp @a" (although we could call it "emit"). // * On the "@b" we append the next argument to get "temp @a,@b". // * On the "@c" we append the next argument to get "temp @a,@b,@c". // * On the "emit" we change the name to get "emit @a,@b,@c". md_emitf(A) ::= MD_TOKEN_EMITF(O) md_emitf_args(B). { B = mlr_dsl_ast_node_set_function_name(B, O->text); A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITF, B, mlr_dsl_ast_node_alloc_zary("stream", MD_AST_NODE_TYPE_STREAM)); } // Need to invalidate "emit @a," -- use some non-empty-args expr. md_emitf_args(A) ::= . { A = mlr_dsl_ast_node_alloc_zary("temp", MD_AST_NODE_TYPE_EMITF); } md_emitf_args(A) ::= md_oosvar_keylist(B). { A = mlr_dsl_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_EMITF, B); } md_emitf_args(A) ::= md_nonindexed_local_variable(B). { A = mlr_dsl_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_EMITF, B); } md_emitf_args(A) ::= md_indexed_local_variable(B). { A = mlr_dsl_ast_node_alloc_unary("temp", MD_AST_NODE_TYPE_EMITF, B); } md_emitf_args(A) ::= md_emitf_args(B) MD_TOKEN_COMMA md_oosvar_keylist(C). { A = mlr_dsl_ast_node_append_arg(B, C); } md_emitf_args(A) ::= md_emitf_args(B) MD_TOKEN_COMMA md_nonindexed_local_variable(C). { A = mlr_dsl_ast_node_append_arg(B, C); } md_emitf_args(A) ::= md_emitf_args(B) MD_TOKEN_COMMA md_indexed_local_variable(C). { A = mlr_dsl_ast_node_append_arg(B, C); } md_emitf_write(A) ::= MD_TOKEN_EMITF(O) MD_TOKEN_GT md_output_file(F) MD_TOKEN_COMMA md_emitf_args(B). { B = mlr_dsl_ast_node_set_function_name(B, O->text); A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITF, B, mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F)); } md_emitf_append(A) ::= MD_TOKEN_EMITF(O) MD_TOKEN_BITWISE_RSH md_output_file(F) MD_TOKEN_COMMA md_emitf_args(B). { B = mlr_dsl_ast_node_set_function_name(B, O->text); A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITF, B, mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F)); } md_emitf_pipe(A) ::= MD_TOKEN_EMITF(O) MD_TOKEN_BITWISE_OR md_rhs(P) MD_TOKEN_COMMA md_emitf_args(B). { B = mlr_dsl_ast_node_set_function_name(B, O->text); A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITF, B, mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P)); } // ---------------------------------------------------------------- md_emitp(A) ::= MD_TOKEN_EMITP(O) md_emittable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMITP, B), mlr_dsl_ast_node_alloc_zary("stream", MD_AST_NODE_TYPE_STREAM)); } md_emitp(A) ::= MD_TOKEN_EMITP(O) md_emittable(B) MD_TOKEN_COMMA md_emitp_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, B, C), mlr_dsl_ast_node_alloc_zary("stream", MD_AST_NODE_TYPE_STREAM)); } md_emitp_write(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_GT md_output_file(F) MD_TOKEN_COMMA md_emittable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMITP, B), mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F)); } md_emitp_write(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_GT md_output_file(F) MD_TOKEN_COMMA md_emittable(B) MD_TOKEN_COMMA md_emitp_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, B, C), mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F)); } md_emitp_append(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_RSH md_output_file(F) MD_TOKEN_COMMA md_emittable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMITP, B), mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F)); } md_emitp_append(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_RSH md_output_file(F) MD_TOKEN_COMMA md_emittable(B) MD_TOKEN_COMMA md_emitp_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, B, C), mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F)); } md_emitp_pipe(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_OR md_rhs(P) MD_TOKEN_COMMA md_emittable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMITP, B), mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P)); } md_emitp_pipe(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_OR md_rhs(P) MD_TOKEN_COMMA md_emittable(B) MD_TOKEN_COMMA md_emitp_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP, B, C), mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P)); } // ---------------------------------------------------------------- md_emitp_namelist(A) ::= md_rhs(B). { A = mlr_dsl_ast_node_alloc_unary("emitp_namelist", MD_AST_NODE_TYPE_EMITP, B); } md_emitp_namelist(A) ::= md_emitp_namelist(B) MD_TOKEN_COMMA md_rhs(C). { A = mlr_dsl_ast_node_append_arg(B, C); } // ================================================================ md_emit(A) ::= MD_TOKEN_EMIT(O) md_emittable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMIT, B), mlr_dsl_ast_node_alloc_zary("stream", MD_AST_NODE_TYPE_STREAM)); } md_emit(A) ::= MD_TOKEN_EMIT(O) md_emittable(B) MD_TOKEN_COMMA md_emit_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, B, C), mlr_dsl_ast_node_alloc_zary("stream", MD_AST_NODE_TYPE_STREAM)); } md_emit_write(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_GT md_output_file(F) MD_TOKEN_COMMA md_emittable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMIT, B), mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F)); } md_emit_write(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_GT md_output_file(F) MD_TOKEN_COMMA md_emittable(B) MD_TOKEN_COMMA md_emit_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, B, C), mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F)); } md_emit_append(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_RSH md_output_file(F) MD_TOKEN_COMMA md_emittable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMIT, B), mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F)); } md_emit_append(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_RSH md_output_file(F) MD_TOKEN_COMMA md_emittable(B) MD_TOKEN_COMMA md_emit_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, B, C), mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F)); } md_emit_pipe(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_OR md_rhs(P) MD_TOKEN_COMMA md_emittable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMIT, B), mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P)); } md_emit_pipe(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_OR md_rhs(P) MD_TOKEN_COMMA md_emittable(B) MD_TOKEN_COMMA md_emit_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT, B, C), mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P)); } // ---------------------------------------------------------------- md_emittable(A) ::= MD_TOKEN_ALL(B). { A = B; } md_emittable(A) ::= MD_TOKEN_FULL_OOSVAR(B). { A = B; } md_emittable(A) ::= md_oosvar_keylist(B). { A = B; } md_emittable(A) ::= md_nonindexed_local_variable(B). { A = B; } md_emittable(A) ::= md_indexed_local_variable(B). { A = B; } md_emittable(A) ::= MD_TOKEN_FULL_SREC(B). { A = B; } md_emittable(A) ::= md_map_literal(B). { A = B; } md_emittable(A) ::= md_fcn_or_subr_call(B). { A = B; } // ---------------------------------------------------------------- md_emit_namelist(A) ::= md_rhs(B). { A = mlr_dsl_ast_node_alloc_unary("emit_namelist", MD_AST_NODE_TYPE_EMIT, B); } md_emit_namelist(A) ::= md_emit_namelist(B) MD_TOKEN_COMMA md_rhs(C). { A = mlr_dsl_ast_node_append_arg(B, C); } // ---------------------------------------------------------------- md_emitp_lashed(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_LPAREN md_emitp_lashed_keylists(B) MD_TOKEN_RPAREN. { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, B), mlr_dsl_ast_node_alloc_zary("stream", MD_AST_NODE_TYPE_STREAM)); } md_emitp_lashed(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_LPAREN md_emitp_lashed_keylists(B) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_emitp_lashed_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, B, C), mlr_dsl_ast_node_alloc_zary("stream", MD_AST_NODE_TYPE_STREAM)); } md_emitp_lashed_write(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_GT md_output_file(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emitp_lashed_keylists(B) MD_TOKEN_RPAREN. { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, B), mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F)); } md_emitp_lashed_write(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_GT md_output_file(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emitp_lashed_keylists(B) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_emitp_lashed_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, B, C), mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F)); } md_emitp_lashed_append(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_RSH md_output_file(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emitp_lashed_keylists(B) MD_TOKEN_RPAREN. { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, B), mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F)); } md_emitp_lashed_append(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_RSH md_output_file(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emitp_lashed_keylists(B) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_emitp_lashed_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, B, C), mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F)); } md_emitp_lashed_pipe(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_OR md_rhs(P) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emitp_lashed_keylists(B) MD_TOKEN_RPAREN. { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, B), mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P)); } md_emitp_lashed_pipe(A) ::= MD_TOKEN_EMITP(O) MD_TOKEN_BITWISE_OR md_rhs(P) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emitp_lashed_keylists(B) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_emitp_lashed_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMITP_LASHED, B, C), mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P)); } // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - md_emitp_lashed_keylists(A) ::= md_emittable(B). { A = mlr_dsl_ast_node_alloc_unary("lashed_keylists", MD_AST_NODE_TYPE_EMITP_LASHED, B); } md_emitp_lashed_keylists(A) ::= md_emitp_lashed_keylists(B) MD_TOKEN_COMMA md_emittable(C). { A = mlr_dsl_ast_node_append_arg(B, C); } // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - md_emitp_lashed_namelist(A) ::= md_rhs(B). { A = mlr_dsl_ast_node_alloc_unary("lashed_namelist", MD_AST_NODE_TYPE_EMITP_LASHED, B); } md_emitp_lashed_namelist(A) ::= md_emitp_lashed_namelist(B) MD_TOKEN_COMMA md_rhs(C). { A = mlr_dsl_ast_node_append_arg(B, C); } // ---------------------------------------------------------------- md_emit_lashed(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_LPAREN md_emit_lashed_keylists(B) MD_TOKEN_RPAREN. { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, B), mlr_dsl_ast_node_alloc_zary("stream", MD_AST_NODE_TYPE_STREAM)); } md_emit_lashed(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_LPAREN md_emit_lashed_keylists(B) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_emit_lashed_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, B, C), mlr_dsl_ast_node_alloc_zary("stream", MD_AST_NODE_TYPE_STREAM)); } md_emit_lashed_write(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_GT md_output_file(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emit_lashed_keylists(B) MD_TOKEN_RPAREN. { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, B), mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F)); } md_emit_lashed_write(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_GT md_output_file(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emit_lashed_keylists(B) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_emit_lashed_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, B, C), mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F)); } md_emit_lashed_append(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_RSH md_output_file(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emit_lashed_keylists(B) MD_TOKEN_RPAREN. { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, B), mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F)); } md_emit_lashed_append(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_RSH md_output_file(F) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emit_lashed_keylists(B) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_emit_lashed_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, B, C), mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F)); } md_emit_lashed_pipe(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_OR md_rhs(P) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emit_lashed_keylists(B) MD_TOKEN_RPAREN. { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, B), mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P)); } md_emit_lashed_pipe(A) ::= MD_TOKEN_EMIT(O) MD_TOKEN_BITWISE_OR md_rhs(P) MD_TOKEN_COMMA MD_TOKEN_LPAREN md_emit_lashed_keylists(B) MD_TOKEN_RPAREN MD_TOKEN_COMMA md_emit_lashed_namelist(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_EMIT_LASHED, B, C), mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P)); } // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - md_emit_lashed_keylists(A) ::= md_emittable(B). { A = mlr_dsl_ast_node_alloc_unary("lashed_keylists", MD_AST_NODE_TYPE_EMIT_LASHED, B); } md_emit_lashed_keylists(A) ::= md_emit_lashed_keylists(B) MD_TOKEN_COMMA md_emittable(C). { A = mlr_dsl_ast_node_append_arg(B, C); } // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - md_emit_lashed_namelist(A) ::= md_rhs(B). { A = mlr_dsl_ast_node_alloc_unary("lashed_namelist", MD_AST_NODE_TYPE_EMIT_LASHED, B); } md_emit_lashed_namelist(A) ::= md_emit_lashed_namelist(B) MD_TOKEN_COMMA md_rhs(C). { A = mlr_dsl_ast_node_append_arg(B, C); } // ---------------------------------------------------------------- md_dump(A) ::= MD_TOKEN_DUMP(O). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_DUMP, mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, mlr_dsl_ast_node_alloc_zary("stdout", MD_AST_NODE_TYPE_STDOUT)), mlr_dsl_ast_node_alloc("all", MD_AST_NODE_TYPE_FULL_OOSVAR)); } md_edump(A) ::= MD_TOKEN_EDUMP(O). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_DUMP, mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, mlr_dsl_ast_node_alloc_zary("stdout", MD_AST_NODE_TYPE_STDERR)), mlr_dsl_ast_node_alloc("all", MD_AST_NODE_TYPE_FULL_OOSVAR)); } md_dump_write(A) ::= MD_TOKEN_DUMP(O) MD_TOKEN_GT md_output_file(F). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_DUMP, mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F), mlr_dsl_ast_node_alloc("all", MD_AST_NODE_TYPE_FULL_OOSVAR)); } md_dump_append(A) ::= MD_TOKEN_DUMP(O) MD_TOKEN_BITWISE_RSH md_output_file(F). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_DUMP, mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F), mlr_dsl_ast_node_alloc("all", MD_AST_NODE_TYPE_FULL_OOSVAR)); } md_dump_pipe(A) ::= MD_TOKEN_DUMP(O) MD_TOKEN_BITWISE_OR md_rhs(P). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_DUMP, mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P), mlr_dsl_ast_node_alloc("all", MD_AST_NODE_TYPE_FULL_OOSVAR)); } md_dump(A) ::= MD_TOKEN_DUMP(O) md_dumpable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_DUMP, mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, mlr_dsl_ast_node_alloc_zary("stdout", MD_AST_NODE_TYPE_STDOUT)), B); } md_edump(A) ::= MD_TOKEN_EDUMP(O) md_dumpable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_DUMP, mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, mlr_dsl_ast_node_alloc_zary("stdout", MD_AST_NODE_TYPE_STDERR)), B); } md_dump_write(A) ::= MD_TOKEN_DUMP(O) MD_TOKEN_GT md_output_file(F) md_dumpable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_DUMP, mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F), B); } md_dump_append(A) ::= MD_TOKEN_DUMP(O) MD_TOKEN_BITWISE_RSH md_output_file(F) md_dumpable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_DUMP, mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F), B); } md_dump_pipe(A) ::= MD_TOKEN_DUMP(O) MD_TOKEN_BITWISE_OR md_dumpable(P) md_rhs(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_DUMP, mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P), B); } // ---------------------------------------------------------------- md_dumpable(A) ::= MD_TOKEN_ALL(B). { A = B; } md_dumpable(A) ::= MD_TOKEN_FULL_OOSVAR(B). { A = B; } md_dumpable(A) ::= MD_TOKEN_FULL_SREC(B). { A = B; } md_dumpable(A) ::= md_map_literal(B). { A = B; } md_dumpable(A) ::= md_rhs(B). { A = B; } // ---------------------------------------------------------------- // Print string md_print(A) ::= MD_TOKEN_PRINT(O) md_dumpable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINT, B, mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, mlr_dsl_ast_node_alloc_zary("stdout", MD_AST_NODE_TYPE_STDOUT))); } md_eprint(A) ::= MD_TOKEN_EPRINT(O) md_dumpable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINT, B, mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, mlr_dsl_ast_node_alloc_zary("stdout", MD_AST_NODE_TYPE_STDERR))); } md_print_write(A) ::= MD_TOKEN_PRINT(O) MD_TOKEN_GT md_output_file(F) MD_TOKEN_COMMA md_dumpable(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINT, C, mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F)); } md_print_append(A) ::= MD_TOKEN_PRINT(O) MD_TOKEN_BITWISE_RSH md_output_file(F) MD_TOKEN_COMMA md_dumpable(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINT, C, mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F)); } md_print_pipe(A) ::= MD_TOKEN_PRINT(O) MD_TOKEN_BITWISE_OR md_rhs(P) MD_TOKEN_COMMA md_dumpable(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINT, C, mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P)); } // Print with no string (newline only) md_print(A) ::= MD_TOKEN_PRINT(O). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINT, mlr_dsl_ast_node_alloc("", MD_AST_NODE_TYPE_NUMERIC_LITERAL), mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, mlr_dsl_ast_node_alloc_zary("stdout", MD_AST_NODE_TYPE_STDOUT))); } md_eprint(A) ::= MD_TOKEN_EPRINT(O). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINT, mlr_dsl_ast_node_alloc("", MD_AST_NODE_TYPE_NUMERIC_LITERAL), mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, mlr_dsl_ast_node_alloc_zary("stdout", MD_AST_NODE_TYPE_STDERR))); } md_print_write(A) ::= MD_TOKEN_PRINT(O) MD_TOKEN_GT md_output_file(F). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINT, mlr_dsl_ast_node_alloc("", MD_AST_NODE_TYPE_NUMERIC_LITERAL), mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F)); } md_print_append(A) ::= MD_TOKEN_PRINT(O) MD_TOKEN_BITWISE_RSH md_output_file(F). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINT, mlr_dsl_ast_node_alloc("", MD_AST_NODE_TYPE_NUMERIC_LITERAL), mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F)); } md_print_pipe(A) ::= MD_TOKEN_PRINT(O) MD_TOKEN_BITWISE_OR md_rhs(P). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINT, mlr_dsl_ast_node_alloc("", MD_AST_NODE_TYPE_NUMERIC_LITERAL), mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P)); } // Printn string md_printn(A) ::= MD_TOKEN_PRINTN(O) md_dumpable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINTN, B, mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, mlr_dsl_ast_node_alloc_zary("stdout", MD_AST_NODE_TYPE_STDOUT))); } md_eprintn(A) ::= MD_TOKEN_EPRINTN(O) md_dumpable(B). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINTN, B, mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, mlr_dsl_ast_node_alloc_zary("stdout", MD_AST_NODE_TYPE_STDERR))); } md_printn_write(A) ::= MD_TOKEN_PRINTN(O) MD_TOKEN_GT md_output_file(F) MD_TOKEN_COMMA md_dumpable(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINTN, C, mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F)); } md_printn_append(A) ::= MD_TOKEN_PRINTN(O) MD_TOKEN_BITWISE_RSH md_output_file(F) MD_TOKEN_COMMA md_dumpable(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINTN, C, mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F)); } md_printn_pipe(A) ::= MD_TOKEN_PRINTN(O) MD_TOKEN_BITWISE_OR md_rhs(P) MD_TOKEN_COMMA md_dumpable(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINTN, C, mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P)); } // Printn with no string: produces no output but will create a zero-length // output file, so not quite a no-op. md_printn(A) ::= MD_TOKEN_PRINTN(O). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINTN, mlr_dsl_ast_node_alloc("", MD_AST_NODE_TYPE_NUMERIC_LITERAL), mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, mlr_dsl_ast_node_alloc_zary("stdout", MD_AST_NODE_TYPE_STDOUT))); } md_eprintn(A) ::= MD_TOKEN_EPRINTN(O). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINTN, mlr_dsl_ast_node_alloc("", MD_AST_NODE_TYPE_NUMERIC_LITERAL), mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, mlr_dsl_ast_node_alloc_zary("stdout", MD_AST_NODE_TYPE_STDERR))); } md_printn_write(A) ::= MD_TOKEN_PRINTN(O) MD_TOKEN_GT md_output_file(F). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINTN, mlr_dsl_ast_node_alloc("", MD_AST_NODE_TYPE_NUMERIC_LITERAL), mlr_dsl_ast_node_alloc_unary(">", MD_AST_NODE_TYPE_FILE_WRITE, F)); } md_printn_append(A) ::= MD_TOKEN_PRINTN(O) MD_TOKEN_BITWISE_RSH md_output_file(F). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINTN, mlr_dsl_ast_node_alloc("", MD_AST_NODE_TYPE_NUMERIC_LITERAL), mlr_dsl_ast_node_alloc_unary(">>", MD_AST_NODE_TYPE_FILE_APPEND, F)); } md_printn_pipe(A) ::= MD_TOKEN_PRINTN(O) MD_TOKEN_BITWISE_OR md_dumpable(P). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_PRINTN, mlr_dsl_ast_node_alloc("", MD_AST_NODE_TYPE_NUMERIC_LITERAL), mlr_dsl_ast_node_alloc_unary("|", MD_AST_NODE_TYPE_PIPE, P)); } // ---------------------------------------------------------------- md_output_file(A) ::= md_rhs(F). { A = F; } md_output_file(A) ::= MD_TOKEN_STDOUT(F). { A = F; } md_output_file(A) ::= MD_TOKEN_STDERR(F). { A = F; } // ================================================================ // Begin RHS precedence chain md_rhs(A) ::= md_ternary(B). { A = B; } md_ternary(A) ::= md_logical_or_term(B) MD_TOKEN_QUESTION_MARK md_ternary(C) MD_TOKEN_COLON md_ternary(D). { A = mlr_dsl_ast_node_alloc_ternary("? :", MD_AST_NODE_TYPE_OPERATOR, B, C, D); } md_ternary(A) ::= md_logical_or_term(B). { A = B; } // ================================================================ md_logical_or_term(A) ::= md_logical_xor_term(B). { A = B; } md_logical_or_term(A) ::= md_logical_or_term(B) MD_TOKEN_LOGICAL_OR(O) md_logical_xor_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_logical_xor_term(A) ::= md_logical_and_term(B). { A = B; } md_logical_xor_term(A) ::= md_logical_xor_term(B) MD_TOKEN_LOGICAL_XOR(O) md_logical_and_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_logical_and_term(A) ::= md_eqne_term(B). { A = B; } md_logical_and_term(A) ::= md_logical_and_term(B) MD_TOKEN_LOGICAL_AND(O) md_eqne_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_eqne_term(A) ::= md_cmp_term(B). { A = B; } md_eqne_term(A) ::= md_eqne_term(B) MD_TOKEN_MATCHES(O) md_cmp_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_eqne_term(A) ::= md_eqne_term(B) MD_TOKEN_DOES_NOT_MATCH(O) md_cmp_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_eqne_term(A) ::= md_eqne_term(B) MD_TOKEN_EQ(O) md_cmp_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_eqne_term(A) ::= md_eqne_term(B) MD_TOKEN_NE(O) md_cmp_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_cmp_term(A) ::= md_bitwise_or_term(B). { A = B; } md_cmp_term(A) ::= md_cmp_term(B) MD_TOKEN_GT(O) md_bitwise_or_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_cmp_term(A) ::= md_cmp_term(B) MD_TOKEN_GE(O) md_bitwise_or_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_cmp_term(A) ::= md_cmp_term(B) MD_TOKEN_LT(O) md_bitwise_or_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_cmp_term(A) ::= md_cmp_term(B) MD_TOKEN_LE(O) md_bitwise_or_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_bitwise_or_term(A) ::= md_bitwise_xor_term(B). { A = B; } md_bitwise_or_term(A) ::= md_bitwise_or_term(B) MD_TOKEN_BITWISE_OR(O) md_bitwise_xor_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_bitwise_xor_term(A) ::= md_bitwise_and_term(B). { A = B; } md_bitwise_xor_term(A) ::= md_bitwise_xor_term(B) MD_TOKEN_BITWISE_XOR(O) md_bitwise_and_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_bitwise_and_term(A) ::= md_bitwise_shift_term(B). { A = B; } md_bitwise_and_term(A) ::= md_bitwise_and_term(B) MD_TOKEN_BITWISE_AND(O) md_bitwise_shift_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_bitwise_shift_term(A) ::= md_addsubdot_term(B). { A = B; } md_bitwise_shift_term(A) ::= md_bitwise_shift_term(B) MD_TOKEN_BITWISE_LSH(O) md_addsubdot_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_bitwise_shift_term(A) ::= md_bitwise_shift_term(B) MD_TOKEN_BITWISE_RSH(O) md_addsubdot_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_addsubdot_term(A) ::= md_muldiv_term(B). { A = B; } md_addsubdot_term(A) ::= md_addsubdot_term(B) MD_TOKEN_PLUS(O) md_muldiv_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_addsubdot_term(A) ::= md_addsubdot_term(B) MD_TOKEN_MINUS(O) md_muldiv_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_addsubdot_term(A) ::= md_addsubdot_term(B) MD_TOKEN_OPLUS(O) md_muldiv_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_addsubdot_term(A) ::= md_addsubdot_term(B) MD_TOKEN_OMINUS(O) md_muldiv_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_addsubdot_term(A) ::= md_addsubdot_term(B) MD_TOKEN_DOT(O) md_muldiv_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_muldiv_term(A) ::= md_unary_bitwise_op_term(B). { A = B; } md_muldiv_term(A) ::= md_muldiv_term(B) MD_TOKEN_TIMES(O) md_unary_bitwise_op_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_muldiv_term(A) ::= md_muldiv_term(B) MD_TOKEN_DIVIDE(O) md_unary_bitwise_op_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_muldiv_term(A) ::= md_muldiv_term(B) MD_TOKEN_INT_DIVIDE(O) md_unary_bitwise_op_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_muldiv_term(A) ::= md_muldiv_term(B) MD_TOKEN_MOD(O) md_unary_bitwise_op_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_muldiv_term(A) ::= md_muldiv_term(B) MD_TOKEN_OTIMES(O) md_unary_bitwise_op_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_muldiv_term(A) ::= md_muldiv_term(B) MD_TOKEN_ODIVIDE(O) md_unary_bitwise_op_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } md_muldiv_term(A) ::= md_muldiv_term(B) MD_TOKEN_INT_ODIVIDE(O) md_unary_bitwise_op_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- md_unary_bitwise_op_term(A) ::= md_pow_term(B). { A = B; } md_unary_bitwise_op_term(A) ::= MD_TOKEN_PLUS(O) md_unary_bitwise_op_term(C). { A = mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_OPERATOR, C); } md_unary_bitwise_op_term(A) ::= MD_TOKEN_MINUS(O) md_unary_bitwise_op_term(C). { A = mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_OPERATOR, C); } md_unary_bitwise_op_term(A) ::= MD_TOKEN_OPLUS(O) md_unary_bitwise_op_term(C). { A = mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_OPERATOR, C); } md_unary_bitwise_op_term(A) ::= MD_TOKEN_OMINUS(O) md_unary_bitwise_op_term(C). { A = mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_OPERATOR, C); } md_unary_bitwise_op_term(A) ::= MD_TOKEN_LOGICAL_NOT(O) md_unary_bitwise_op_term(C). { A = mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_OPERATOR, C); } md_unary_bitwise_op_term(A) ::= MD_TOKEN_BITWISE_NOT(O) md_unary_bitwise_op_term(C). { A = mlr_dsl_ast_node_alloc_unary(O->text, MD_AST_NODE_TYPE_OPERATOR, C); } // ---------------------------------------------------------------- md_pow_term(A) ::= md_atom_or_fcn(B). { A = B; } md_pow_term(A) ::= md_atom_or_fcn(B) MD_TOKEN_POW(O) md_pow_term(C). { A = mlr_dsl_ast_node_alloc_binary(O->text, MD_AST_NODE_TYPE_OPERATOR, B, C); } // ---------------------------------------------------------------- // In the grammar provided to the user, field names are of the form "$x". But // within Miller internally, field names are of the form "x". We coded the // lexer to give us field names with leading "$" so we can confidently strip it // off here. md_atom_or_fcn(A) ::= md_field_name(B). { A = B; } md_field_name(A) ::= MD_TOKEN_FIELD_NAME(B). { char* dollar_name = B->text; char* no_dollar_name = &dollar_name[1]; A = mlr_dsl_ast_node_alloc(no_dollar_name, B->type); } md_field_name(A) ::= MD_TOKEN_BRACED_FIELD_NAME(B). { // Replace "${field.name}" with just "field.name" char* dollar_name = B->text; char* no_dollar_name = &dollar_name[2]; int len = strlen(no_dollar_name); if (len > 0) no_dollar_name[len-1] = 0; A = mlr_dsl_ast_node_alloc(no_dollar_name, B->type); } md_atom_or_fcn(A) ::= md_indirect_field_name(B). { A = B; } md_indirect_field_name(A) ::= MD_TOKEN_DOLLAR_SIGN MD_TOKEN_LEFT_BRACKET md_rhs(B) MD_TOKEN_RIGHT_BRACKET. { A = mlr_dsl_ast_node_alloc_unary("indirect_field_name", MD_AST_NODE_TYPE_INDIRECT_FIELD_NAME, B); } md_atom_or_fcn(A) ::= md_positional_srec_name(B). { A = B; } md_positional_srec_name(A) ::= MD_TOKEN_DOLLAR_SIGN MD_TOKEN_LEFT_BRACKET MD_TOKEN_LEFT_BRACKET md_rhs(B) MD_TOKEN_RIGHT_BRACKET MD_TOKEN_RIGHT_BRACKET. { A = mlr_dsl_ast_node_alloc_unary( "positional_srec_field_name", MD_AST_NODE_TYPE_POSITIONAL_SREC_NAME, B ); } // '$value = $[[[3]]]' is shorthand for '$value = $[ $[[3]] ]'. // Note that '$[[3]]' is key at srec position 3 and '$[[[3]]]' is value at srec position 3. md_atom_or_fcn(A) ::= md_positional_srec_value(B). { A = B; } md_positional_srec_value(A) ::= MD_TOKEN_DOLLAR_SIGN MD_TOKEN_LEFT_BRACKET MD_TOKEN_LEFT_BRACKET MD_TOKEN_LEFT_BRACKET md_rhs(B) MD_TOKEN_RIGHT_BRACKET MD_TOKEN_RIGHT_BRACKET MD_TOKEN_RIGHT_BRACKET. { A = mlr_dsl_ast_node_alloc_unary( "indirect_field_name", MD_AST_NODE_TYPE_INDIRECT_FIELD_NAME, mlr_dsl_ast_node_alloc_unary( "positional_srec_field_name", MD_AST_NODE_TYPE_POSITIONAL_SREC_NAME, B ) ); } // ---------------------------------------------------------------- md_atom_or_fcn(A) ::= md_oosvar_keylist(B). { A = B; } md_oosvar_keylist(A) ::= md_oosvar_basename(B). { A = B; } md_oosvar_keylist(A) ::= md_oosvar_keylist(B) MD_TOKEN_LEFT_BRACKET md_rhs(C) MD_TOKEN_RIGHT_BRACKET. { A = mlr_dsl_ast_node_append_arg(B, C); } // E.g. @name md_oosvar_basename(A) ::= MD_TOKEN_UNBRACED_OOSVAR_NAME(B). { char* at_name = B->text; char* no_at_name = &at_name[1]; A = mlr_dsl_ast_node_alloc_unary("oosvar_keylist", MD_AST_NODE_TYPE_OOSVAR_KEYLIST, mlr_dsl_ast_node_alloc(no_at_name, B->type)); } // E.g. @{name} md_oosvar_basename(A) ::= MD_TOKEN_BRACED_OOSVAR_NAME(B). { // Replace "@%{field.name}" with just "field.name" char* at_name = B->text; char* no_at_name = &at_name[2]; int len = strlen(no_at_name); if (len > 0) no_at_name[len-1] = 0; A = mlr_dsl_ast_node_alloc_unary("oosvar_keylist", MD_AST_NODE_TYPE_OOSVAR_KEYLIST, mlr_dsl_ast_node_alloc(no_at_name, B->type)); } // E.g. @["name"] md_oosvar_basename(A) ::= MD_TOKEN_AT_SIGN MD_TOKEN_LEFT_BRACKET md_rhs(B) MD_TOKEN_RIGHT_BRACKET. { A = mlr_dsl_ast_node_alloc_unary("oosvar_keylist", MD_AST_NODE_TYPE_OOSVAR_KEYLIST, B); } md_local_map_keylist(A) ::= md_nonindexed_local_variable(B). { A = B; } md_local_map_keylist(A) ::= md_local_map_keylist(B) MD_TOKEN_LEFT_BRACKET md_rhs(C) MD_TOKEN_RIGHT_BRACKET. { A = mlr_dsl_ast_node_append_arg(B, C); } // ---------------------------------------------------------------- md_atom_or_fcn(A) ::= MD_TOKEN_NUMBER(B). { A = B; } md_atom_or_fcn(A) ::= MD_TOKEN_TRUE(B). { A = B; } md_atom_or_fcn(A) ::= MD_TOKEN_FALSE(B). { A = B; } md_atom_or_fcn(A) ::= md_string(B). { A = B; } md_atom_or_fcn(A) ::= md_regexi(B). { A = B; } md_atom_or_fcn(A) ::= md_nonindexed_local_variable(B). { A = B; } md_atom_or_fcn(A) ::= md_indexed_local_variable(B). { A = B; } md_nonindexed_local_variable(A) ::= MD_TOKEN_NON_SIGIL_NAME(B). { A = mlr_dsl_ast_node_alloc(B->text, MD_AST_NODE_TYPE_NONINDEXED_LOCAL_VARIABLE); } md_indexed_local_variable(A) ::= md_nonindexed_local_variable(B) MD_TOKEN_LEFT_BRACKET md_rhs(C) MD_TOKEN_RIGHT_BRACKET. { A = mlr_dsl_ast_node_alloc_unary(B->text, MD_AST_NODE_TYPE_INDEXED_LOCAL_VARIABLE, C); mlr_dsl_ast_node_free(B); } md_indexed_local_variable(A) ::= md_indexed_local_variable(B) MD_TOKEN_LEFT_BRACKET md_rhs(C) MD_TOKEN_RIGHT_BRACKET. { A = mlr_dsl_ast_node_append_arg(B, C); } md_string(A) ::= MD_TOKEN_STRING(B). { char* input = B->text; char* stripped = &input[1]; int len = strlen(input); stripped[len-2] = 0; A = mlr_dsl_ast_node_alloc(mlr_alloc_unbackslash(stripped), B->type); } md_regexi(A) ::= MD_TOKEN_REGEXI(B). { char* input = B->text; char* stripped = &input[1]; int len = strlen(input); stripped[len-3] = 0; A = mlr_dsl_ast_node_alloc(mlr_alloc_unbackslash(stripped), B->type); } md_atom_or_fcn(A) ::= MD_TOKEN_CONTEXT_VARIABLE(B). { A = B; } md_atom_or_fcn(A) ::= md_env_index(B). { A = B; } md_env_index(A) ::= MD_TOKEN_ENV(B) MD_TOKEN_LEFT_BRACKET md_rhs(C) MD_TOKEN_RIGHT_BRACKET. { A = mlr_dsl_ast_node_alloc_binary("env", MD_AST_NODE_TYPE_ENV, B, C); } md_atom_or_fcn(A) ::= MD_TOKEN_LPAREN md_rhs(B) MD_TOKEN_RPAREN. { A = B; } md_atom_or_fcn(A) ::= md_fcn_or_subr_call(B). { A = B; } // Given "f(a,b,c)": since this is a bottom-up parser, we get first the "a", // then "a,b", then "a,b,c", then finally "f(a,b,c)". So: // * On the "a" we make a function sub-AST called "anon(a)". // * On the "b" we append the next argument to get "anon(a,b)". // * On the "c" we append the next argument to get "anon(a,b,c)". // * On the "f" we change the function name to get "f(a,b,c)". md_fcn_or_subr_call(A) ::= MD_TOKEN_NON_SIGIL_NAME(O) MD_TOKEN_LPAREN md_fcn_arg_list(B) MD_TOKEN_RPAREN. { A = mlr_dsl_ast_node_set_function_name(B, O->text); A->type = MD_AST_NODE_TYPE_FUNCTION_CALLSITE; } // For most functions it suffices to use the MD_TOKEN_NON_SIGIL_NAME pattern. But // int and float are keywords in the lexer so we need to spell those out explicitly. // (They're type-decl keywords but they're also the names of type-conversion functions.) md_fcn_or_subr_call(A) ::= MD_TOKEN_INT(O) MD_TOKEN_LPAREN md_fcn_arg_list(B) MD_TOKEN_RPAREN. { A = mlr_dsl_ast_node_set_function_name(B, O->text); A->type = MD_AST_NODE_TYPE_FUNCTION_CALLSITE; } md_fcn_or_subr_call(A) ::= MD_TOKEN_FLOAT(O) MD_TOKEN_LPAREN md_fcn_arg_list(B) MD_TOKEN_RPAREN. { A = mlr_dsl_ast_node_set_function_name(B, O->text); A->type = MD_AST_NODE_TYPE_FUNCTION_CALLSITE; } md_fcn_arg_list(A) ::= . { A = mlr_dsl_ast_node_alloc_zary("anon", MD_AST_NODE_TYPE_NON_SIGIL_NAME); } md_fcn_arg_list(A) ::= md_fcn_non_empty_arg_list(B). { A = B; } md_fcn_non_empty_arg_list(A) ::= md_fcn_arg(B). { A = mlr_dsl_ast_node_alloc_unary("anon", MD_AST_NODE_TYPE_NON_SIGIL_NAME, B); } md_fcn_non_empty_arg_list(A) ::= md_fcn_arg(B) MD_TOKEN_COMMA. { A = mlr_dsl_ast_node_alloc_unary("anon", MD_AST_NODE_TYPE_NON_SIGIL_NAME, B); } md_fcn_non_empty_arg_list(A) ::= md_fcn_arg(B) MD_TOKEN_COMMA md_fcn_non_empty_arg_list(C). { A = mlr_dsl_ast_node_prepend_arg(C, B); } md_fcn_arg(A) ::= md_rhs(B). { A = B; } md_fcn_arg(A) ::= MD_TOKEN_FULL_SREC(B). { A = B; } md_fcn_arg(A) ::= MD_TOKEN_FULL_OOSVAR(B). { A = B; } md_fcn_arg(A) ::= md_map_literal(B). { A = B; } // ---------------------------------------------------------------- // Map-literals in Miller are JSON-ish. md_map_literal(A) ::= MD_TOKEN_LBRACE MD_TOKEN_RBRACE. { A = mlr_dsl_ast_node_alloc_zary("map_literal", MD_AST_NODE_TYPE_MAP_LITERAL); } md_map_literal(A) ::= MD_TOKEN_LBRACE md_map_literal_kv_pairs(B) MD_TOKEN_RBRACE. { A = B; } md_map_literal_kv_pairs(A) ::= md_map_literal_kv_pair(B). { A = mlr_dsl_ast_node_alloc_unary("map_literal", MD_AST_NODE_TYPE_MAP_LITERAL, B); } // Allow trailing final comma, especially for multiline map literals md_map_literal_kv_pairs(A) ::= md_map_literal_kv_pair(B) MD_TOKEN_COMMA. { A = mlr_dsl_ast_node_alloc_unary("map_literal", MD_AST_NODE_TYPE_MAP_LITERAL, B); } md_map_literal_kv_pairs(A) ::= md_map_literal_kv_pair(B) MD_TOKEN_COMMA md_map_literal_kv_pairs(C). { A = mlr_dsl_ast_node_prepend_arg(C, B); } md_map_literal_kv_pair(A) ::= md_map_literal_key(B) MD_TOKEN_COLON md_map_literal_value(C). { A = mlr_dsl_ast_node_alloc_binary("mappair", MD_AST_NODE_TYPE_MAP_LITERAL_PAIR, B, C); } md_map_literal_key(A) ::= md_rhs(B). { A = mlr_dsl_ast_node_alloc_unary("mapkey", MD_AST_NODE_TYPE_MAP_LITERAL_KEY, B); } md_map_literal_value(A) ::= md_rhs(B). { A = mlr_dsl_ast_node_alloc_unary("mapval", MD_AST_NODE_TYPE_MAP_LITERAL_VALUE, B); } md_map_literal_value(A) ::= md_map_literal(B). { A = mlr_dsl_ast_node_alloc_unary("mapval", MD_AST_NODE_TYPE_MAP_LITERAL_VALUE, B); } md_map_literal_value(A) ::= MD_TOKEN_FULL_SREC(B). { A = mlr_dsl_ast_node_alloc_unary("mapval", MD_AST_NODE_TYPE_MAP_LITERAL_VALUE, B); } md_map_literal_value(A) ::= MD_TOKEN_FULL_OOSVAR(B). { A = mlr_dsl_ast_node_alloc_unary("mapval", MD_AST_NODE_TYPE_MAP_LITERAL_VALUE, B); } miller-5.6.2/c/parsing/mlr_dsl_wrapper.c000066400000000000000000000055531354153536500202570ustar00rootroot00000000000000#include #include #include "mlr_dsl_wrapper.h" #include "mlr_dsl_lexer.h" #include "mlr_dsl_parse.h" #include "../lib/mlrutil.h" #include "../dsl/mlr_dsl_ast.h" #include "../containers/sllv.h" // These prototypes are copied out manually from mlr_dsl_parse.c. With some // more work I could have Lemon autogenerate these prototypes into // mlr_dsl_parse.h. void *mlr_dsl_lemon_parser_alloc(void *(*mallocProc)(size_t)); int mlr_dsl_lemon_parser_parse_token( void *pvparser, /* The parser */ int yymajor, /* The major token code number */ mlr_dsl_ast_node_t* yyminor, /* The value for the token */ mlr_dsl_ast_t* past); /* Optional %extra_argument parameter */ void mlr_dsl_lemon_parser_free( void *pvparser, /* The parser to be deleted */ void (*freeProc)(void*)); /* Function used to reclaim memory */ void mlr_dsl_ParseTrace(FILE *TraceFILE, char *zTracePrompt); // ---------------------------------------------------------------- // http://flex.sourceforge.net/manual/Init-and-Destroy-Functions.html // http://flex.sourceforge.net/manual/Extra-Data.html // Returns linked list of mlr_dsl_ast_node_t*. static mlr_dsl_ast_t* mlr_dsl_parse_inner(yyscan_t scanner, void* pvparser, mlr_dsl_ast_node_t** ppnode, int trace_parse) { int lex_code; int parse_code; mlr_dsl_ast_t* past = mlr_dsl_ast_alloc(); if (trace_parse) mlr_dsl_ParseTrace(stderr, "[DSLTRACE] "); do { lex_code = mlr_dsl_lexer_lex(scanner); if (lex_code == -1) { return NULL; } mlr_dsl_ast_node_t* plexed_node = *ppnode; parse_code = mlr_dsl_lemon_parser_parse_token(pvparser, lex_code, plexed_node, past); if (parse_code == 0) { //mlr_dsl_ast_node_print(plexed_node); return NULL; } } while (lex_code > 0); if (-1 == lex_code) { fprintf(stderr, "The scanner encountered an error.\n"); return NULL; } parse_code = mlr_dsl_lemon_parser_parse_token(pvparser, 0, NULL, past); if (parse_code == 0) return NULL; return past; } // ---------------------------------------------------------------- // Returns linked list of mlr_dsl_ast_node_t*. mlr_dsl_ast_t* mlr_dsl_parse(char* string, int trace_parse) { mlr_dsl_ast_node_t* pnode = NULL; yyscan_t scanner; mlr_dsl_lexer_lex_init_extra(&pnode, &scanner); void* pvparser = mlr_dsl_lemon_parser_alloc(malloc); YY_BUFFER_STATE buf = NULL; if (string == NULL) { mlr_dsl_lexer_set_in(stdin, scanner); } else { YY_BUFFER_STATE buf = mlr_dsl_lexer__scan_string(string, scanner); mlr_dsl_lexer__switch_to_buffer (buf, scanner); } mlr_dsl_ast_t* past = mlr_dsl_parse_inner(scanner, pvparser, &pnode, trace_parse); if (buf != NULL) mlr_dsl_lexer__delete_buffer(buf, scanner); mlr_dsl_lexer_lex_destroy(scanner); mlr_dsl_lemon_parser_free(pvparser, free); return past; } // ---------------------------------------------------------------- void yytestcase(int ignored) { } miller-5.6.2/c/parsing/mlr_dsl_wrapper.h000066400000000000000000000002601354153536500202520ustar00rootroot00000000000000#ifndef MLR_DSL_WRAPPER_H #define MLR_DSL_WRAPPER_H #include "../dsl/mlr_dsl_ast.h" mlr_dsl_ast_t* mlr_dsl_parse(char* string, int trace_parse); #endif // MLR_DSL_WRAPPER_H miller-5.6.2/c/parsing/mlr_dsl_wrapper_main.c000066400000000000000000000013001354153536500212450ustar00rootroot00000000000000#include #include #include "mlr_dsl_wrapper.h" #include "mlr_dsl_lexer.h" #include "mlr_dsl_parse.h" #include "../containers/sllv.h" #include "../lib/mlrutil.h" #include "../dsl/mlr_dsl_ast.h" // ---------------------------------------------------------------- int main(int argc, char** argv) { int trace_parse = FALSE; int argi = 1; if (argc >= 2 && streq(argv[1], "-t")) { argi++; trace_parse = TRUE; } if ((argc - argi) != 1) { fprintf(stderr, "Usage: %s [-t] {expression}\n", argv[0]); exit(1); } mlr_dsl_ast_t* past = mlr_dsl_parse(argv[argi], trace_parse); if (past == NULL) { printf("syntax error\n"); } else { mlr_dsl_ast_print(past); } return 0; } miller-5.6.2/c/perf-mand.txt000066400000000000000000000011631354153536500156570ustar00rootroot00000000000000$ time ruby mand.rb > /dev/null real 0m1.731s user 0m1.717s sys 0m0.012s $ time python mand.py > /dev/null real 0m3.534s user 0m3.506s sys 0m0.023s $ time a.out > /dev/null real 0m0.044s user 0m0.039s sys 0m0.003s # with old hashmap-backed bind-stack $ time mlr -n put -q -f mand.mlr > /dev/null real 0m7.258s user 0m7.237s sys 0m0.012s # with new index-precomputed local-stack (clearless) $ time mlr -n put -q -f ~/mand.mlr > /dev/null real 0m2.314s user 0m2.303s sys 0m0.007s time ruby ~/mand.rb > /dev/null time python ~/mand.py > /dev/null time ~/a.out > /dev/null time mlr -n put -q -f ~/mand.mlr > /dev/null miller-5.6.2/c/pre-travis.sh000077500000000000000000000001111354153536500156700ustar00rootroot00000000000000#!/bin/sh -e cd .. make distclean autoreconf -fiv ./configure make check miller-5.6.2/c/push2000077500000000000000000000000401354153536500142250ustar00rootroot00000000000000#!/bin/bash git push && jkopush miller-5.6.2/c/pushl000077500000000000000000000001431354153536500143230ustar00rootroot00000000000000#!/bin/bash set -u -e cd $mlb rsync -r -tlzv --delete $(pwd)/ $smith:/home/kerl/local/miller-head miller-5.6.2/c/reg_test/000077500000000000000000000000001354153536500150605ustar00rootroot00000000000000miller-5.6.2/c/reg_test/Makefile.am000066400000000000000000000001671354153536500171200ustar00rootroot00000000000000SUBDIRS= input expected EXTRA_DIST= run README.md TESTS= run # created by 'run' clean-local: rm -rf output-regtest miller-5.6.2/c/reg_test/Makefile.in000066400000000000000000000770061354153536500171370ustar00rootroot00000000000000# Makefile.in generated by automake 1.15.1 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2017 Free Software Foundation, Inc. # This Makefile.in is free software; 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It can be used to iterate on # as-yet-unreleased features (in particular, features whose definition isn't # finalized) without breaking the build. # ================================================================ set -e ourdir=`dirname $0` srcdir=$ourdir/../.. pwd=`pwd` try1=$pwd/../mlr # For autoconf builds, in-tree or out-of-tree try2=$srcdir/c/mlr # For non-autoconf builds if [ -x "$try1" ]; then path_to_mlr=$try1 elif [ -x "$try2" ]; then path_to_mlr=$try2 else echo "$0: Could not find path to mlr executable." 1>&2 echo "Try 1: $try1" 1>&2 echo "Try 2: $try2" 1>&2 exit 1 fi do_diff="true" for arg; do if [ "$1" = "--valgrind" ]; then # Leak-check the test suite. 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info messages echo mlr "$@" echo mlr "$@" >> $outfile # Use path to mlr for invoking the command set +e $path_to_mlr "$@" >> $outfile 2>&1 status=$? if [ $status -ne 1 ]; then echo "Exit status was $status; expected 1." echo "Exit status was $status; expected 1." >> $outfile fi set -e echo >> $outfile test $status -eq 1 # since set -e num_passed=`expr $num_passed + 1` } # ================================================================ announce FUNC PROHIBITS mlr_expect_fail --from $indir/abixy put ' func f(x,y,z) { return $a # cannot reference srecs from functions } ' mlr_expect_fail --from $indir/abixy put ' func f(x,y,z) { return $[x] # cannot reference srecs from functions } ' run_mlr -n put '' # ================================================================ cat $outfile if [ "$do_diff" = "true" ]; then echo diff -I '^mlr ' -C5 $expfile $outfile echo diff OK # since set -e echo ALL REGRESSION TESTS PASSED echo Tests completed: $num_passed fi 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miller-5.6.2/c/reg_test/expected/out000066400000000000000000062516451354153536500174360ustar00rootroot00000000000000 ================================================================ STATELESS MAPPERS mlr cat ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr cat /dev/null mlr cat -n ./reg_test/input/abixy-het n=1,a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 n=2,a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 n=3,aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 n=4,a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 n=5,a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 n=6,a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 n=7,a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 n=8,a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 n=9,aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 n=10,a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr cat -N counter ./reg_test/input/abixy-het counter=1,a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 counter=2,a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 counter=3,aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 counter=4,a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 counter=5,a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 counter=6,a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 counter=7,a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 counter=8,a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 counter=9,aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 counter=10,a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr cat -g a,b ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr cat -g a,b ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr cat -g a,b -n ./reg_test/input/abixy-het n=1,a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 n=1,a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 n=1,aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 n=2,a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 n=1,a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 n=1,a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 n=1,a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 n=1,a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 n=3,aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 n=1,a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr cat -g a,b -N counter ./reg_test/input/abixy-het counter=1,a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 counter=1,a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 counter=1,aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 counter=2,a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 counter=1,a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 counter=1,a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 counter=1,a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 counter=1,a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 counter=3,aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 counter=1,a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr cut -f a,x ./reg_test/input/abixy a=pan,x=0.3467901443380824 a=eks,x=0.7586799647899636 a=wye,x=0.20460330576630303 a=eks,x=0.38139939387114097 a=wye,x=0.5732889198020006 a=zee,x=0.5271261600918548 a=eks,x=0.6117840605678454 a=zee,x=0.5985540091064224 a=hat,x=0.03144187646093577 a=pan,x=0.5026260055412137 mlr cut --complement -f a,x ./reg_test/input/abixy b=pan,i=1,y=0.7268028627434533 b=pan,i=2,y=0.5221511083334797 b=wye,i=3,y=0.33831852551664776 b=wye,i=4,y=0.13418874328430463 b=pan,i=5,y=0.8636244699032729 b=pan,i=6,y=0.49322128674835697 b=zee,i=7,y=0.1878849191181694 b=wye,i=8,y=0.976181385699006 b=wye,i=9,y=0.7495507603507059 b=wye,i=10,y=0.9526183602969864 mlr cut -r -f c,e ./reg_test/input/having-fields-regex.dkvp abc=1,def=11 abcd=3 abcde=5 mlr cut -r -f "C","E" ./reg_test/input/having-fields-regex.dkvp ABC=2,DEF=12 ABCD=4 ABCDE=6 mlr cut -r -f "c"i,"e" ./reg_test/input/having-fields-regex.dkvp abc=1,def=11 ABC=2 abcd=3 ABCD=4 abcde=5 ABCDE=6 mlr cut -r -f "C"i,"E" ./reg_test/input/having-fields-regex.dkvp abc=1 ABC=2,DEF=12 abcd=3 ABCD=4 abcde=5 ABCDE=6 mlr cut -r -x -f c,e ./reg_test/input/having-fields-regex.dkvp ABC=2,DEF=12 ghi=13 ABCD=4,GHI=14 ghi=15 ABCDE=6,GHI=16 mlr cut -r -x -f "C","E" ./reg_test/input/having-fields-regex.dkvp abc=1,def=11 abcd=3,ghi=13 GHI=14 abcde=5,ghi=15 GHI=16 mlr cut -r -x -f "C","E"i ./reg_test/input/having-fields-regex.dkvp abc=1 abcd=3,ghi=13 GHI=14 ghi=15 GHI=16 mlr cut -r -x -f "c","e"i ./reg_test/input/having-fields-regex.dkvp ABC=2 ghi=13 ABCD=4,GHI=14 ghi=15 GHI=16 mlr --csvlite cut -r -f ^Name$,^Date_[0-9].*$ ./reg_test/input/date1.csv ./reg_test/input/date2.csv Name,Date_201505 Alice,2015-05-14 Bob,2015-05-11 Chuck,2015-05-28 Denise,2015-05-02 Name,Date_201506 Alice,2015-06-23 Denise,2015-06-17 Chuck,2015-06-19 Bob,2015-06-19 mlr having-fields --at-least a,b ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr having-fields --at-least a,c ./reg_test/input/abixy mlr having-fields --at-least a,b,i,x,y ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr having-fields --which-are a,b,i,x ./reg_test/input/abixy mlr having-fields --which-are a,b,i,x,y ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr having-fields --which-are a,b,i,y,x ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr having-fields --which-are a,b,i,x,w ./reg_test/input/abixy mlr having-fields --which-are a,b,i,x,y,z ./reg_test/input/abixy mlr having-fields --at-most a,c ./reg_test/input/abixy mlr having-fields --at-most a,b,i,x,y ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr having-fields --at-most a,b,i,x,y,z ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr having-fields --all-matching "^[a-z][a-z][a-z]$" ./reg_test/input/having-fields-regex.dkvp abc=1,def=11 mlr having-fields --any-matching "^[a-z][a-z][a-z]$" ./reg_test/input/having-fields-regex.dkvp abc=1,def=11 abcd=3,ghi=13 abcde=5,ghi=15 mlr having-fields --none-matching "^[a-z][a-z][a-z]$" ./reg_test/input/having-fields-regex.dkvp ABC=2,DEF=12 ABCD=4,GHI=14 ABCDE=6,GHI=16 mlr having-fields --all-matching "^[a-z][a-z][a-z]$"i ./reg_test/input/having-fields-regex.dkvp abc=1,def=11 ABC=2,DEF=12 mlr having-fields --any-matching "^[a-z][a-z][a-z]$"i ./reg_test/input/having-fields-regex.dkvp abc=1,def=11 ABC=2,DEF=12 abcd=3,ghi=13 ABCD=4,GHI=14 abcde=5,ghi=15 ABCDE=6,GHI=16 mlr having-fields --none-matching "^[a-z][a-z][a-z]$"i ./reg_test/input/having-fields-regex.dkvp mlr rename b,BEE,x,EKS ./reg_test/input/abixy a=pan,BEE=pan,i=1,EKS=0.3467901443380824,y=0.7268028627434533 a=eks,BEE=pan,i=2,EKS=0.7586799647899636,y=0.5221511083334797 a=wye,BEE=wye,i=3,EKS=0.20460330576630303,y=0.33831852551664776 a=eks,BEE=wye,i=4,EKS=0.38139939387114097,y=0.13418874328430463 a=wye,BEE=pan,i=5,EKS=0.5732889198020006,y=0.8636244699032729 a=zee,BEE=pan,i=6,EKS=0.5271261600918548,y=0.49322128674835697 a=eks,BEE=zee,i=7,EKS=0.6117840605678454,y=0.1878849191181694 a=zee,BEE=wye,i=8,EKS=0.5985540091064224,y=0.976181385699006 a=hat,BEE=wye,i=9,EKS=0.03144187646093577,y=0.7495507603507059 a=pan,BEE=wye,i=10,EKS=0.5026260055412137,y=0.9526183602969864 mlr rename nonesuch,nonesuch,x,EKS ./reg_test/input/abixy a=pan,b=pan,i=1,EKS=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,EKS=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,EKS=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,EKS=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,EKS=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,EKS=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,EKS=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,EKS=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,EKS=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,EKS=0.5026260055412137,y=0.9526183602969864 mlr label NEW ./reg_test/input/abixy NEW=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 NEW=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 NEW=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 NEW=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 NEW=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 NEW=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 NEW=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 NEW=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 NEW=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 NEW=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr label a,NEW,c ./reg_test/input/abixy a=pan,NEW=pan,c=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,NEW=pan,c=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,NEW=wye,c=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,NEW=wye,c=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,NEW=pan,c=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,NEW=pan,c=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,NEW=zee,c=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,NEW=wye,c=8,x=0.5985540091064224,y=0.976181385699006 a=hat,NEW=wye,c=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,NEW=wye,c=10,x=0.5026260055412137,y=0.9526183602969864 mlr label 1,2,3,4,5,6,7,8 ./reg_test/input/abixy 1=pan,2=pan,3=1,4=0.3467901443380824,5=0.7268028627434533 1=eks,2=pan,3=2,4=0.7586799647899636,5=0.5221511083334797 1=wye,2=wye,3=3,4=0.20460330576630303,5=0.33831852551664776 1=eks,2=wye,3=4,4=0.38139939387114097,5=0.13418874328430463 1=wye,2=pan,3=5,4=0.5732889198020006,5=0.8636244699032729 1=zee,2=pan,3=6,4=0.5271261600918548,5=0.49322128674835697 1=eks,2=zee,3=7,4=0.6117840605678454,5=0.1878849191181694 1=zee,2=wye,3=8,4=0.5985540091064224,5=0.976181385699006 1=hat,2=wye,3=9,4=0.03144187646093577,5=0.7495507603507059 1=pan,2=wye,3=10,4=0.5026260055412137,5=0.9526183602969864 mlr label d,x,f ./reg_test/input/abixy d=pan,x=pan,f=1,y=0.7268028627434533 d=eks,x=pan,f=2,y=0.5221511083334797 d=wye,x=wye,f=3,y=0.33831852551664776 d=eks,x=wye,f=4,y=0.13418874328430463 d=wye,x=pan,f=5,y=0.8636244699032729 d=zee,x=pan,f=6,y=0.49322128674835697 d=eks,x=zee,f=7,y=0.1878849191181694 d=zee,x=wye,f=8,y=0.976181385699006 d=hat,x=wye,f=9,y=0.7495507603507059 d=pan,x=wye,f=10,y=0.9526183602969864 mlr label d,x,d ./reg_test/input/abixy mlr label: labels must be unique; got "d" mlr --csvlite rename -r ^Date_[0-9].*$,Date ./reg_test/input/date1.csv ./reg_test/input/date2.csv Name,Date,Extraneous Alice,2015-05-14,foo Bob,2015-05-11,bar Chuck,2015-05-28,quux Denise,2015-05-02,meep Alice,2015-06-23,cafe Denise,2015-06-17,feed Chuck,2015-06-19,beef Bob,2015-06-19,d00d mlr --csvlite rename -r (.*)e(.*),EEE ./reg_test/input/date1.csv ./reg_test/input/date2.csv NamEEE,DatEEE_201505,ExtranEEEous Alice,2015-05-14,foo Bob,2015-05-11,bar Chuck,2015-05-28,quux Denise,2015-05-02,meep NamEEE,DatEEE_201506,ExtranEEEous Alice,2015-06-23,cafe Denise,2015-06-17,feed Chuck,2015-06-19,beef Bob,2015-06-19,d00d mlr --csvlite rename -r "(.*)e(.*)"i,EEE ./reg_test/input/date1.csv ./reg_test/input/date2.csv NamEEE,DatEEE_201505,ExtranEEEous Alice,2015-05-14,foo Bob,2015-05-11,bar Chuck,2015-05-28,quux Denise,2015-05-02,meep NamEEE,DatEEE_201506,ExtranEEEous Alice,2015-06-23,cafe Denise,2015-06-17,feed Chuck,2015-06-19,beef Bob,2015-06-19,d00d mlr --csvlite rename -r -g "(.*)e(.*)"i,EEE ./reg_test/input/date1.csv ./reg_test/input/date2.csv NamEEE,DatEEE_201505,ExtranEEEous Alice,2015-05-14,foo Bob,2015-05-11,bar Chuck,2015-05-28,quux Denise,2015-05-02,meep NamEEE,DatEEE_201506,ExtranEEEous Alice,2015-06-23,cafe Denise,2015-06-17,feed Chuck,2015-06-19,beef Bob,2015-06-19,d00d mlr --csvlite rename -r "e",EEE ./reg_test/input/date1.csv ./reg_test/input/date2.csv NamEEE,DatEEE_201505,ExtranEEEous Alice,2015-05-14,foo Bob,2015-05-11,bar Chuck,2015-05-28,quux Denise,2015-05-02,meep NamEEE,DatEEE_201506,ExtranEEEous Alice,2015-06-23,cafe Denise,2015-06-17,feed Chuck,2015-06-19,beef Bob,2015-06-19,d00d mlr --csvlite rename -r -g "e",EEE ./reg_test/input/date1.csv ./reg_test/input/date2.csv NamEEE,DatEEE_201505,ExtranEEEous Alice,2015-05-14,foo Bob,2015-05-11,bar Chuck,2015-05-28,quux Denise,2015-05-02,meep NamEEE,DatEEE_201506,ExtranEEEous Alice,2015-06-23,cafe Denise,2015-06-17,feed Chuck,2015-06-19,beef Bob,2015-06-19,d00d mlr --csvlite rename -r "e"i,EEE ./reg_test/input/date1.csv ./reg_test/input/date2.csv NamEEE,DatEEE_201505,EEExtraneous Alice,2015-05-14,foo Bob,2015-05-11,bar Chuck,2015-05-28,quux Denise,2015-05-02,meep NamEEE,DatEEE_201506,EEExtraneous Alice,2015-06-23,cafe Denise,2015-06-17,feed Chuck,2015-06-19,beef Bob,2015-06-19,d00d mlr --csvlite rename -r -g "e"i,EEE ./reg_test/input/date1.csv ./reg_test/input/date2.csv NamEEE,DatEEE_201505,EEExtranEEEous Alice,2015-05-14,foo Bob,2015-05-11,bar Chuck,2015-05-28,quux Denise,2015-05-02,meep NamEEE,DatEEE_201506,EEExtranEEEous Alice,2015-06-23,cafe Denise,2015-06-17,feed Chuck,2015-06-19,beef Bob,2015-06-19,d00d mlr regularize ./reg_test/input/regularize.dkvp a=1,c=2,b=3 e=4,d=5 a=6,c=7,b=8 mlr --opprint bar -f x,y --lo 0 --hi 1 ./reg_test/input/abixy a b i x y pan pan 1 *************........................... *****************************........... eks pan 2 ******************************.......... ********************.................... wye wye 3 ********................................ *************........................... eks wye 4 ***************......................... *****................................... wye pan 5 **********************.................. **********************************...... zee pan 6 *********************................... *******************..................... eks zee 7 ************************................ *******................................. zee wye 8 ***********************................. ***************************************. hat wye 9 *....................................... *****************************........... pan wye 10 ********************.................... **************************************.. mlr --opprint bar -f x,y -c c -x x -b b --lo 0.1 --hi 0.9 -w 20 ./reg_test/input/abixy a b i x y pan pan 1 ccccccbbbbbbbbbbbbbb cccccccccccccccbbbbb eks pan 2 ccccccccccccccccbbbb ccccccccccbbbbbbbbbb wye wye 3 ccbbbbbbbbbbbbbbbbbb cccccbbbbbbbbbbbbbbb eks wye 4 cccccccbbbbbbbbbbbbb xbbbbbbbbbbbbbbbbbbb wye pan 5 cccccccccccbbbbbbbbb cccccccccccccccccccb zee pan 6 ccccccccccbbbbbbbbbb cccccccccbbbbbbbbbbb eks zee 7 ccccccccccccbbbbbbbb ccbbbbbbbbbbbbbbbbbb zee wye 8 ccccccccccccbbbbbbbb cccccccccccccccccccx hat wye 9 xbbbbbbbbbbbbbbbbbbb ccccccccccccccccbbbb pan wye 10 ccccccccccbbbbbbbbbb cccccccccccccccccccx mlr --opprint bar --auto -f x,y -w 10 ./reg_test/input/abixy a b i x y pan pan 1 [0.0314419]****......[0.75868] [0.134189]*******...[0.976181] eks pan 2 [0.0314419]*********#[0.75868] [0.134189]****......[0.976181] wye wye 3 [0.0314419]**........[0.75868] [0.134189]**........[0.976181] eks wye 4 [0.0314419]****......[0.75868] [0.134189]#.........[0.976181] wye pan 5 [0.0314419]*******...[0.75868] [0.134189]********..[0.976181] zee pan 6 [0.0314419]******....[0.75868] [0.134189]****......[0.976181] eks zee 7 [0.0314419]*******...[0.75868] [0.134189]#.........[0.976181] zee wye 8 [0.0314419]*******...[0.75868] [0.134189]*********#[0.976181] hat wye 9 [0.0314419]#.........[0.75868] [0.134189]*******...[0.976181] pan wye 10 [0.0314419]******....[0.75868] [0.134189]*********.[0.976181] mlr altkv a=b,c=d,e=f mlr altkv a=b,c=d,e=f,4=g ================================================================ TRIVIAL RETAINERS mlr group-by a ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 mlr group-by a,b ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr group-like ./reg_test/input/het.dkvp host=jupiter host=saturn host=mars host=jupiter host=mars host=saturn df/tmp=2.43MB,uptime=32345sec df/tmp=1.34MB,uptime=234214132sec df/tmp=4.97MB,uptime=345089805sec df/tmp=0.04MB,uptime=890sec df/tmp=8.55MB,uptime=787897777sec df/tmp=9.47MB,uptime=234289080sec mlr tac ./reg_test/input/abixy a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 mlr tac /dev/null mlr --opprint unsparsify ./reg_test/input/abixy a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint unsparsify ./reg_test/input/abixy-het a b i x y aaa bbb xxx iii yyy pan pan 1 0.3467901443380824 0.7268028627434533 - - - - - eks pan 2 0.7586799647899636 0.5221511083334797 - - - - - - wye 3 0.20460330576630303 0.33831852551664776 wye - - - - eks - 4 0.38139939387114097 0.13418874328430463 - wye - - - wye pan 5 - 0.8636244699032729 - - 0.5732889198020006 - - zee pan 6 0.5271261600918548 0.49322128674835697 - - - - - eks zee - 0.6117840605678454 0.1878849191181694 - - - 7 - zee wye 8 0.5985540091064224 - - - - - 0.976181385699006 - - 9 0.03144187646093577 0.7495507603507059 hat wye - - - pan wye 10 0.5026260055412137 0.9526183602969864 - - - - - mlr --csv skip-trivial-records ./reg_test/input/trivial-records.csv a,b,c 1,2,3 4,,6 ,8,9 mlr --csv remove-empty-columns ./reg_test/input/remove-empty-columns.csv a,c,e 1,3,5 2,4,5 3,5,7 mlr format-values ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.346790,y=0.726803 a=eks,b=pan,i=2,x=0.758680,y=0.522151 a=wye,b=wye,i=3,x=0.204603,y=0.338319 a=eks,b=wye,i=4,x=0.381399,y=0.134189 a=wye,b=pan,i=5,x=0.573289,y=0.863624 a=zee,b=pan,i=6,x=0.527126,y=0.493221 a=eks,b=zee,i=7,x=0.611784,y=0.187885 a=zee,b=wye,i=8,x=0.598554,y=0.976181 a=hat,b=wye,i=9,x=0.031442,y=0.749551 a=pan,b=wye,i=10,x=0.502626,y=0.952618 mlr format-values -n ./reg_test/input/abixy a=pan,b=pan,i=1.000000,x=0.346790,y=0.726803 a=eks,b=pan,i=2.000000,x=0.758680,y=0.522151 a=wye,b=wye,i=3.000000,x=0.204603,y=0.338319 a=eks,b=wye,i=4.000000,x=0.381399,y=0.134189 a=wye,b=pan,i=5.000000,x=0.573289,y=0.863624 a=zee,b=pan,i=6.000000,x=0.527126,y=0.493221 a=eks,b=zee,i=7.000000,x=0.611784,y=0.187885 a=zee,b=wye,i=8.000000,x=0.598554,y=0.976181 a=hat,b=wye,i=9.000000,x=0.031442,y=0.749551 a=pan,b=wye,i=10.000000,x=0.502626,y=0.952618 mlr format-values -i %08llx -f %.6le -s X%sX ./reg_test/input/abixy a=XpanX,b=XpanX,i=00000001,x=3.467901e-01,y=7.268029e-01 a=XeksX,b=XpanX,i=00000002,x=7.586800e-01,y=5.221511e-01 a=XwyeX,b=XwyeX,i=00000003,x=2.046033e-01,y=3.383185e-01 a=XeksX,b=XwyeX,i=00000004,x=3.813994e-01,y=1.341887e-01 a=XwyeX,b=XpanX,i=00000005,x=5.732889e-01,y=8.636245e-01 a=XzeeX,b=XpanX,i=00000006,x=5.271262e-01,y=4.932213e-01 a=XeksX,b=XzeeX,i=00000007,x=6.117841e-01,y=1.878849e-01 a=XzeeX,b=XwyeX,i=00000008,x=5.985540e-01,y=9.761814e-01 a=XhatX,b=XwyeX,i=00000009,x=3.144188e-02,y=7.495508e-01 a=XpanX,b=XwyeX,i=0000000a,x=5.026260e-01,y=9.526184e-01 mlr format-values -i %08llx -f %.6le -s X%sX -n ./reg_test/input/abixy a=XpanX,b=XpanX,i=1.000000e+00,x=3.467901e-01,y=7.268029e-01 a=XeksX,b=XpanX,i=2.000000e+00,x=7.586800e-01,y=5.221511e-01 a=XwyeX,b=XwyeX,i=3.000000e+00,x=2.046033e-01,y=3.383185e-01 a=XeksX,b=XwyeX,i=4.000000e+00,x=3.813994e-01,y=1.341887e-01 a=XwyeX,b=XpanX,i=5.000000e+00,x=5.732889e-01,y=8.636245e-01 a=XzeeX,b=XpanX,i=6.000000e+00,x=5.271262e-01,y=4.932213e-01 a=XeksX,b=XzeeX,i=7.000000e+00,x=6.117841e-01,y=1.878849e-01 a=XzeeX,b=XwyeX,i=8.000000e+00,x=5.985540e-01,y=9.761814e-01 a=XhatX,b=XwyeX,i=9.000000e+00,x=3.144188e-02,y=7.495508e-01 a=XpanX,b=XwyeX,i=1.000000e+01,x=5.026260e-01,y=9.526184e-01 ================================================================ HEAD/TAIL/ETC. mlr head -n 2 ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 mlr head -n 2 -g a ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr head -n 2 -g a,b ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr then cat then head -n 2 -g a,b then tac ./reg_test/input/abixy-het a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 mlr head -n 2 then put end{ print "Final NR is ".NR} ./reg_test/input/abixy-wide a=cat,b=pan,i=1,x=0.5117389009583777,y=0.08295224980036853,x2=0.2618767027540883,xy=0.0424498931448654,y2=0.006881075746942741 a=pan,b=wye,i=2,x=0.5225940442098578,y=0.511678736087022,x2=0.27310453504361476,xy=0.2674002600279053,y2=0.26181512896361225 Final NR is 3 mlr head -n 2 -g a then put end{ print "Final NR is ".NR} ./reg_test/input/abixy-wide a=cat,b=pan,i=1,x=0.5117389009583777,y=0.08295224980036853,x2=0.2618767027540883,xy=0.0424498931448654,y2=0.006881075746942741 a=pan,b=wye,i=2,x=0.5225940442098578,y=0.511678736087022,x2=0.27310453504361476,xy=0.2674002600279053,y2=0.26181512896361225 a=wye,b=cat,i=3,x=0.8150401717873625,y=0.07989551500795256,x2=0.6642904816271734,xy=0.06511805427712146,y2=0.006383293318385972 a=dog,b=hat,i=4,x=0.4488733555675044,y=0.5730530513123552,x2=0.20148728933843124,xy=0.25722824606077416,y2=0.32838979961840076 a=dog,b=pan,i=5,x=0.2946557960430134,y=0.6850437256584863,x2=0.08682203814174191,xy=0.20185210430817294,y2=0.46928490606405937 a=wye,b=cat,i=6,x=0.048709182664292916,y=0.5851879044762575,x2=0.0023725844758234536,xy=0.02850402453206882,y2=0.34244488354531344 a=pan,b=pan,i=8,x=0.616507208914765,y=0.25924335982487057,x2=0.38008113864387366,xy=0.15982540019531707,y2=0.06720711961328732 a=hat,b=hat,i=9,x=0.33786884067769307,y=0.6036735617015514,x2=0.11415535350088835,xy=0.203962486439877,y2=0.3644217690974368 a=cat,b=hat,i=12,x=0.6335445699880142,y=0.15467178563525052,x2=0.4013787221612979,xy=0.0979914699195631,y2=0.02392336127159689 a=hat,b=wye,i=13,x=0.35922068401384877,y=0.8502678133887914,x2=0.1290394998233774,xy=0.30543378552048117,y2=0.7229553544849566 Final NR is 2000 mlr cat then head -n 2 then put end{ print "Final NR is ".NR} ./reg_test/input/abixy-wide a=cat,b=pan,i=1,x=0.5117389009583777,y=0.08295224980036853,x2=0.2618767027540883,xy=0.0424498931448654,y2=0.006881075746942741 a=pan,b=wye,i=2,x=0.5225940442098578,y=0.511678736087022,x2=0.27310453504361476,xy=0.2674002600279053,y2=0.26181512896361225 Final NR is 3 mlr tac then head -n 2 then put end{ print "Final NR is ".NR} ./reg_test/input/abixy-wide Final NR is 2000 a=wye,b=cat,i=2000,x=0.10887569736363611,y=0.3480524315645718,x2=0.01185391747641808,xy=0.037894451205701986,y2=0.12114049511801092 a=hat,b=dog,i=1999,x=0.010819574860139292,y=0.8983779455002124,x2=0.00011706320015415817,xy=0.009720067434037685,y2=0.8070829329611827 mlr head -n 2 then put end{ print "Final NR is ".NR} ./reg_test/input/abixy-wide ./reg_test/input/abixy-wide ./reg_test/input/abixy-wide a=cat,b=pan,i=1,x=0.5117389009583777,y=0.08295224980036853,x2=0.2618767027540883,xy=0.0424498931448654,y2=0.006881075746942741 a=pan,b=wye,i=2,x=0.5225940442098578,y=0.511678736087022,x2=0.27310453504361476,xy=0.2674002600279053,y2=0.26181512896361225 Final NR is 3 mlr tail -n 2 ./reg_test/input/abixy-het aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr tail -n 2 -g a ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 mlr tail -n 2 -g a,b ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr top -f x,y -n 2 ./reg_test/input/abixy-het top_idx=1,x_top=0.758680,y_top=0.952618 top_idx=2,x_top=0.611784,y_top=0.749551 mlr top -f x,y -n 2 -g a ./reg_test/input/abixy-het a=pan,top_idx=1,x_top=0.502626,y_top=0.952618 a=pan,top_idx=2,x_top=0.346790,y_top=0.726803 a=eks,top_idx=1,x_top=0.758680,y_top=0.522151 a=eks,top_idx=2,x_top=0.611784,y_top=0.187885 a=zee,top_idx=1,x_top=0.527126,y_top=0.493221 a=zee,top_idx=2,x_top=,y_top= mlr top -f x,y -n 2 -g a,b ./reg_test/input/abixy-het a=pan,b=pan,top_idx=1,x_top=0.346790,y_top=0.726803 a=pan,b=pan,top_idx=2,x_top=,y_top= a=eks,b=pan,top_idx=1,x_top=0.758680,y_top=0.522151 a=eks,b=pan,top_idx=2,x_top=,y_top= a=zee,b=pan,top_idx=1,x_top=0.527126,y_top=0.493221 a=zee,b=pan,top_idx=2,x_top=,y_top= a=eks,b=zee,top_idx=1,x_top=0.611784,y_top=0.187885 a=eks,b=zee,top_idx=2,x_top=,y_top= a=pan,b=wye,top_idx=1,x_top=0.502626,y_top=0.952618 a=pan,b=wye,top_idx=2,x_top=,y_top= mlr top -f x,y -n 2 ./reg_test/input/ints.dkvp top_idx=1,x_top=9,y_top=9 top_idx=2,x_top=8,y_top=9 mlr top -f x,y -n 2 -F ./reg_test/input/ints.dkvp top_idx=1,x_top=9.000000,y_top=9.000000 top_idx=2,x_top=8.000000,y_top=9.000000 mlr top -n 4 -f x ./reg_test/input/abixy-wide top_idx=1,x_top=0.999730 top_idx=2,x_top=0.999308 top_idx=3,x_top=0.997339 top_idx=4,x_top=0.997245 mlr top -n 1 -f x,y ./reg_test/input/abixy-wide top_idx=1,x_top=0.999730,y_top=0.999522 mlr top -n 4 -f x -g a ./reg_test/input/abixy-wide a=cat,top_idx=1,x_top=0.996359 a=cat,top_idx=2,x_top=0.990588 a=cat,top_idx=3,x_top=0.990160 a=cat,top_idx=4,x_top=0.986548 a=pan,top_idx=1,x_top=0.999730 a=pan,top_idx=2,x_top=0.999308 a=pan,top_idx=3,x_top=0.996583 a=pan,top_idx=4,x_top=0.990853 a=wye,top_idx=1,x_top=0.997339 a=wye,top_idx=2,x_top=0.996525 a=wye,top_idx=3,x_top=0.995414 a=wye,top_idx=4,x_top=0.994219 a=dog,top_idx=1,x_top=0.997245 a=dog,top_idx=2,x_top=0.988581 a=dog,top_idx=3,x_top=0.980266 a=dog,top_idx=4,x_top=0.977280 a=hat,top_idx=1,x_top=0.997014 a=hat,top_idx=2,x_top=0.995705 a=hat,top_idx=3,x_top=0.992879 a=hat,top_idx=4,x_top=0.989639 mlr top -n 1 -f x,y -g a ./reg_test/input/abixy-wide a=cat,top_idx=1,x_top=0.996359,y_top=0.997929 a=pan,top_idx=1,x_top=0.999730,y_top=0.999319 a=wye,top_idx=1,x_top=0.997339,y_top=0.999450 a=dog,top_idx=1,x_top=0.997245,y_top=0.999522 a=hat,top_idx=1,x_top=0.997014,y_top=0.991400 mlr top -a -n 4 -f x ./reg_test/input/abixy-wide a=pan,b=cat,i=1943,x=0.9997301774748071,y=0.8408385083267972,x2=0.9994604277538093,xy=0.8406116311572011,y2=0.7070093970852334 a=pan,b=dog,i=552,x=0.9993077485337599,y=0.10019859749555626,x2=0.9986159762796124,xy=0.10012923486952477,y2=0.010039758940076493 a=wye,b=pan,i=568,x=0.9973387930844961,y=0.5711453274816489,x2=0.9946846681912394,xy=0.569625391586397,y2=0.32620698510412 a=dog,b=pan,i=1613,x=0.997245171384539,y=0.8188847898688517,x2=0.9944979318497786,xy=0.8166289026169553,y2=0.6705722990785534 mlr top -a -n 4 -f x -g a ./reg_test/input/abixy-wide a=cat,b=dog,i=901,x=0.9963591865818606,y=0.9423606044154952,x2=0.9927316286860669,xy=0.9389296452822133,y2=0.8880435087543374 a=cat,b=wye,i=135,x=0.9905881531288986,y=0.7789092765450115,x2=0.9812648891193222,xy=0.7715783017076895,y2=0.6066996610878732 a=cat,b=hat,i=975,x=0.9901595235021967,y=0.8592860989306361,x2=0.9804158819820973,xy=0.8508303142692202,y2=0.738372599815431 a=cat,b=dog,i=748,x=0.986548192318023,y=0.22327955924073406,x2=0.973277335765959,xy=0.2202760455505111,y2=0.04985376157473647 a=pan,b=cat,i=1943,x=0.9997301774748071,y=0.8408385083267972,x2=0.9994604277538093,xy=0.8406116311572011,y2=0.7070093970852334 a=pan,b=dog,i=552,x=0.9993077485337599,y=0.10019859749555626,x2=0.9986159762796124,xy=0.10012923486952477,y2=0.010039758940076493 a=pan,b=pan,i=756,x=0.9965826588776338,y=0.8864833103309704,x2=0.9931769959756142,xy=0.883453894460285,y2=0.7858526594953555 a=pan,b=wye,i=1876,x=0.9908531016291003,y=0.318873165751998,x2=0.9817898690080082,xy=0.3159564653116574,y2=0.10168009583670118 a=wye,b=pan,i=568,x=0.9973387930844961,y=0.5711453274816489,x2=0.9946846681912394,xy=0.569625391586397,y2=0.32620698510412 a=wye,b=dog,i=1772,x=0.9965249307670624,y=0.8078766237661098,x2=0.9930619376402985,xy=0.8050691965668507,y2=0.6526646392277285 a=wye,b=pan,i=450,x=0.9954136776717515,y=0.8564839236024028,x2=0.9908483896960015,xy=0.8525558122597992,y2=0.7335647113893665 a=wye,b=dog,i=882,x=0.9942189496990836,y=0.3298671968153588,x2=0.988471319940749,xy=0.32796021795794694,y2=0.10881236753482267 a=dog,b=pan,i=1613,x=0.997245171384539,y=0.8188847898688517,x2=0.9944979318497786,xy=0.8166289026169553,y2=0.6705722990785534 a=dog,b=hat,i=1680,x=0.9885812365291148,y=0.048768165346359305,x2=0.9772928612174336,xy=0.04821129320136021,y2=0.0023783339512498405 a=dog,b=wye,i=1331,x=0.9802656048578349,y=0.9431768957041479,x2=0.9609206560672968,xy=0.9245638701553616,y2=0.889582656590113 a=dog,b=pan,i=978,x=0.9772797759762182,y=0.5328687567382687,x2=0.9550757605321272,xy=0.5207618592099011,y2=0.2839491119077882 a=hat,b=dog,i=1894,x=0.9970136511026203,y=0.2054109087831395,x2=0.9940362204849775,xy=0.2047974801421852,y2=0.04219364144711526 a=hat,b=hat,i=818,x=0.9957052214494239,y=0.026702922142899044,x2=0.9914288880216462,xy=0.026588239005642018,y2=0.0007130460509697281 a=hat,b=hat,i=1513,x=0.9928788688650781,y=0.1805357299725343,x2=0.9858084482387971,xy=0.17925011136486105,y2=0.03259314979671582 a=hat,b=dog,i=1768,x=0.9896393441122658,y=0.5323182982465756,x2=0.9793860314149557,xy=0.5268031315356986,y2=0.2833627706481302 mlr top -n 3 -f x,y ./reg_test/input/near-ovf.dkvp top_idx=1,x_top=9223372036854775807,y_top=-9223372036854775801 top_idx=2,x_top=9223372036854775806,y_top=-9223372036854775802 top_idx=3,x_top=9223372036854775805,y_top=-9223372036854775803 mlr top -n 3 -f x,y --min ./reg_test/input/near-ovf.dkvp top_idx=1,x_top=9223372036854775801,y_top=-9223372036854775807 top_idx=2,x_top=9223372036854775802,y_top=-9223372036854775806 top_idx=3,x_top=9223372036854775803,y_top=-9223372036854775805 mlr top -F -n 3 -f x,y ./reg_test/input/near-ovf.dkvp top_idx=1,x_top=9223372036854775808.000000,y_top=-9223372036854775808.000000 top_idx=2,x_top=9223372036854775808.000000,y_top=-9223372036854775808.000000 top_idx=3,x_top=9223372036854775808.000000,y_top=-9223372036854775808.000000 mlr top -F -n 3 -f x,y --min ./reg_test/input/near-ovf.dkvp top_idx=1,x_top=9223372036854775808.000000,y_top=-9223372036854775808.000000 top_idx=2,x_top=9223372036854775808.000000,y_top=-9223372036854775808.000000 top_idx=3,x_top=9223372036854775808.000000,y_top=-9223372036854775808.000000 mlr --seed 12345 bootstrap ./reg_test/input/abixy-het a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 mlr --seed 12345 bootstrap -n 2 ./reg_test/input/abixy-het a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 mlr --seed 12345 bootstrap -n 20 ./reg_test/input/abixy-het a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 mlr --seed 12345 sample -k 2 ./reg_test/input/abixy-het aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 mlr --seed 12345 sample -k 2 -g a ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 mlr --seed 12345 sample -k 2 -g a,b ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --seed 12345 shuffle ./reg_test/input/abixy-het a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 mlr --seed 23456 shuffle ./reg_test/input/abixy-het a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 mlr --seed 34567 shuffle ./reg_test/input/abixy-het a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 mlr uniq -g a ./reg_test/input/abixy-het a=pan a=eks a=wye a=zee mlr uniq -g a,b ./reg_test/input/abixy-het a=pan,b=pan a=eks,b=pan a=wye,b=pan a=zee,b=pan a=eks,b=zee a=zee,b=wye a=pan,b=wye mlr uniq -f a ./reg_test/input/abixy-het a=pan a=eks a=wye a=zee mlr uniq -f a,b ./reg_test/input/abixy-het a=pan,b=pan a=eks,b=pan a=wye,b=pan a=zee,b=pan a=eks,b=zee a=zee,b=wye a=pan,b=wye mlr uniq -c -g a ./reg_test/input/abixy-het a=pan,count=2 a=eks,count=3 a=wye,count=1 a=zee,count=2 mlr uniq -c -g a,b ./reg_test/input/abixy-het a=pan,b=pan,count=1 a=eks,b=pan,count=1 a=wye,b=pan,count=1 a=zee,b=pan,count=1 a=eks,b=zee,count=1 a=zee,b=wye,count=1 a=pan,b=wye,count=1 mlr count-distinct -f a ./reg_test/input/small ./reg_test/input/abixy a=pan,count=4 a=eks,count=6 a=wye,count=4 a=zee,count=4 a=hat,count=2 mlr count-distinct -f a,b ./reg_test/input/small ./reg_test/input/abixy a=pan,b=pan,count=2 a=eks,b=pan,count=2 a=wye,b=wye,count=2 a=eks,b=wye,count=2 a=wye,b=pan,count=2 a=zee,b=pan,count=2 a=eks,b=zee,count=2 a=zee,b=wye,count=2 a=hat,b=wye,count=2 a=pan,b=wye,count=2 mlr count-distinct -f a,b -u ./reg_test/input/small ./reg_test/input/abixy field=a,value=pan,count=4 field=a,value=eks,count=6 field=a,value=wye,count=4 field=a,value=zee,count=4 field=a,value=hat,count=2 field=b,value=pan,count=8 field=b,value=wye,count=10 field=b,value=zee,count=2 mlr count-distinct -f a -n ./reg_test/input/small ./reg_test/input/abixy count=5 mlr count-distinct -f a,b -n ./reg_test/input/small ./reg_test/input/abixy count=10 mlr uniq -g a -o foo ./reg_test/input/abixy-het a=pan a=eks a=wye a=zee mlr uniq -g a,b -o foo ./reg_test/input/abixy-het a=pan,b=pan a=eks,b=pan a=wye,b=pan a=zee,b=pan a=eks,b=zee a=zee,b=wye a=pan,b=wye mlr uniq -f a -o foo ./reg_test/input/abixy-het a=pan a=eks a=wye a=zee mlr uniq -f a,b -o foo ./reg_test/input/abixy-het a=pan,b=pan a=eks,b=pan a=wye,b=pan a=zee,b=pan a=eks,b=zee a=zee,b=wye a=pan,b=wye mlr uniq -c -g a -o foo ./reg_test/input/abixy-het a=pan,foo=2 a=eks,foo=3 a=wye,foo=1 a=zee,foo=2 mlr uniq -c -g a,b -o foo ./reg_test/input/abixy-het a=pan,b=pan,foo=1 a=eks,b=pan,foo=1 a=wye,b=pan,foo=1 a=zee,b=pan,foo=1 a=eks,b=zee,foo=1 a=zee,b=wye,foo=1 a=pan,b=wye,foo=1 mlr uniq -a ./reg_test/input/repeats.dkvp color=red,shape=square,flag=0 color=purple,shape=triangle,flag=0 color=yellow,shape=circle,flag=1 color=red,shape=circle,flag=1 color=purple,shape=square,flag=0 color=red,shape=square,flag=1 color=yellow,shape=triangle,flag=1 mlr uniq -a -c ./reg_test/input/repeats.dkvp count=17,color=red,shape=square,flag=0 count=11,color=purple,shape=triangle,flag=0 count=11,color=yellow,shape=circle,flag=1 count=6,color=red,shape=circle,flag=1 count=7,color=purple,shape=square,flag=0 count=3,color=red,shape=square,flag=1 count=2,color=yellow,shape=triangle,flag=1 mlr uniq -a -c -o foo ./reg_test/input/repeats.dkvp foo=17,color=red,shape=square,flag=0 foo=11,color=purple,shape=triangle,flag=0 foo=11,color=yellow,shape=circle,flag=1 foo=6,color=red,shape=circle,flag=1 foo=7,color=purple,shape=square,flag=0 foo=3,color=red,shape=square,flag=1 foo=2,color=yellow,shape=triangle,flag=1 mlr uniq -a -n ./reg_test/input/repeats.dkvp count=7 mlr uniq -a -n -o bar ./reg_test/input/repeats.dkvp bar=7 mlr count-distinct -f a -o foo ./reg_test/input/small ./reg_test/input/abixy a=pan,foo=4 a=eks,foo=6 a=wye,foo=4 a=zee,foo=4 a=hat,foo=2 mlr count-distinct -f a,b -o foo ./reg_test/input/small ./reg_test/input/abixy a=pan,b=pan,foo=2 a=eks,b=pan,foo=2 a=wye,b=wye,foo=2 a=eks,b=wye,foo=2 a=wye,b=pan,foo=2 a=zee,b=pan,foo=2 a=eks,b=zee,foo=2 a=zee,b=wye,foo=2 a=hat,b=wye,foo=2 a=pan,b=wye,foo=2 mlr count-distinct -f a -n -o foo ./reg_test/input/small ./reg_test/input/abixy count=5 mlr count-distinct -f a,b -n -o foo ./reg_test/input/small ./reg_test/input/abixy count=10 mlr grep pan ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr grep -v pan ./reg_test/input/abixy-het aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 mlr decimate -n 4 ./reg_test/input/abixy a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 mlr decimate -b -n 4 ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 mlr decimate -e -n 4 ./reg_test/input/abixy a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 mlr decimate -g a -n 2 ./reg_test/input/abixy a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr decimate -g a -b -n 2 ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 mlr decimate -g a -e -n 2 ./reg_test/input/abixy a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ================================================================ WHITESPACE-REDUCTION mlr --icsv --ojson cat ./reg_test/input/clean-whitespace.csv { "n": 1, "a": "xy", "b ": 2, " c": 3 } { "n": 2, "a": "xy ", "b ": 2, " c": 3 } { "n": 3, "a": "xy ", "b ": 2, " c": 3 } { "n": 4, "a": "xy ", "b ": 2, " c": 3 } { "n": 5, "a": "xy", "b ": 2, " c": 3 } { "n": 6, "a": " xy", "b ": 2, " c": 3 } { "n": 7, "a": " xy", "b ": 2, " c": 3 } { "n": 8, "a": " xy", "b ": 2, " c": 3 } { "n": 9, "a": "xy", "b ": 2, " c": 3 } { "n": 10, "a": " xy ", "b ": 2, " c": 3 } { "n": 11, "a": " xy ", "b ": 2, " c": 3 } { "n": 12, "a": " xy ", "b ": 2, " c": 3 } { "n": 13, "a": "", "b ": 2, " c": 3 } { "n": 14, "a": " ", "b ": 2, " c": 3 } { "n": 15, "a": " ", "b ": 2, " c": 3 } { "n": 16, "a": " ", "b ": 2, " c": 3 } mlr --icsv --ojson put $a = lstrip($a) ./reg_test/input/clean-whitespace.csv { "n": 1, "a": "xy", "b ": 2, " c": 3 } { "n": 2, "a": "xy ", "b ": 2, " c": 3 } { "n": 3, "a": "xy ", "b ": 2, " c": 3 } { "n": 4, "a": "xy ", "b ": 2, " c": 3 } { "n": 5, "a": "xy", "b ": 2, " c": 3 } { "n": 6, "a": "xy", "b ": 2, " c": 3 } { "n": 7, "a": "xy", "b ": 2, " c": 3 } { "n": 8, "a": "xy", "b ": 2, " c": 3 } { "n": 9, "a": "xy", "b ": 2, " c": 3 } { "n": 10, "a": "xy ", "b ": 2, " c": 3 } { "n": 11, "a": "xy ", "b ": 2, " c": 3 } { "n": 12, "a": "xy ", "b ": 2, " c": 3 } { "n": 13, "a": "", "b ": 2, " c": 3 } { "n": 14, "a": "", "b ": 2, " c": 3 } { "n": 15, "a": "", "b ": 2, " c": 3 } { "n": 16, "a": "", "b ": 2, " c": 3 } mlr --icsv --ojson put $a = rstrip($a) ./reg_test/input/clean-whitespace.csv { "n": 1, "a": "xy", "b ": 2, " c": 3 } { "n": 2, "a": "xy", "b ": 2, " c": 3 } { "n": 3, "a": "xy", "b ": 2, " c": 3 } { "n": 4, "a": "xy", "b ": 2, " c": 3 } { "n": 5, "a": "xy", "b ": 2, " c": 3 } { "n": 6, "a": " xy", "b ": 2, " c": 3 } { "n": 7, "a": " xy", "b ": 2, " c": 3 } { "n": 8, "a": " xy", "b ": 2, " c": 3 } { "n": 9, "a": "xy", "b ": 2, " c": 3 } { "n": 10, "a": " xy", "b ": 2, " c": 3 } { "n": 11, "a": " xy", "b ": 2, " c": 3 } { "n": 12, "a": " xy", "b ": 2, " c": 3 } { "n": 13, "a": "", "b ": 2, " c": 3 } { "n": 14, "a": "", "b ": 2, " c": 3 } { "n": 15, "a": "", "b ": 2, " c": 3 } { "n": 16, "a": "", "b ": 2, " c": 3 } mlr --icsv --ojson put $a = strip($a) ./reg_test/input/clean-whitespace.csv { "n": 1, "a": "xy", "b ": 2, " c": 3 } { "n": 2, "a": "xy", "b ": 2, " c": 3 } { "n": 3, "a": "xy", "b ": 2, " c": 3 } { "n": 4, "a": "xy", "b ": 2, " c": 3 } { "n": 5, "a": "xy", "b ": 2, " c": 3 } { "n": 6, "a": "xy", "b ": 2, " c": 3 } { "n": 7, "a": "xy", "b ": 2, " c": 3 } { "n": 8, "a": "xy", "b ": 2, " c": 3 } { "n": 9, "a": "xy", "b ": 2, " c": 3 } { "n": 10, "a": "xy", "b ": 2, " c": 3 } { "n": 11, "a": "xy", "b ": 2, " c": 3 } { "n": 12, "a": "xy", "b ": 2, " c": 3 } { "n": 13, "a": "", "b ": 2, " c": 3 } { "n": 14, "a": "", "b ": 2, " c": 3 } { "n": 15, "a": "", "b ": 2, " c": 3 } { "n": 16, "a": "", "b ": 2, " c": 3 } mlr --icsv --ojson put $a = collapse_whitespace($a) ./reg_test/input/clean-whitespace.csv { "n": 1, "a": "xy", "b ": 2, " c": 3 } { "n": 2, "a": "xy ", "b ": 2, " c": 3 } { "n": 3, "a": "xy ", "b ": 2, " c": 3 } { "n": 4, "a": "xy ", "b ": 2, " c": 3 } { "n": 5, "a": "xy", "b ": 2, " c": 3 } { "n": 6, "a": " xy", "b ": 2, " c": 3 } { "n": 7, "a": " xy", "b ": 2, " c": 3 } { "n": 8, "a": " xy", "b ": 2, " c": 3 } { "n": 9, "a": "xy", "b ": 2, " c": 3 } { "n": 10, "a": " xy ", "b ": 2, " c": 3 } { "n": 11, "a": " xy ", "b ": 2, " c": 3 } { "n": 12, "a": " xy ", "b ": 2, " c": 3 } { "n": 13, "a": "", "b ": 2, " c": 3 } { "n": 14, "a": " ", "b ": 2, " c": 3 } { "n": 15, "a": " ", "b ": 2, " c": 3 } { "n": 16, "a": " ", "b ": 2, " c": 3 } mlr --icsv --ojson put $a = clean_whitespace($a) ./reg_test/input/clean-whitespace.csv { "n": 1, "a": "xy", "b ": 2, " c": 3 } { "n": 2, "a": "xy", "b ": 2, " c": 3 } { "n": 3, "a": "xy", "b ": 2, " c": 3 } { "n": 4, "a": "xy", "b ": 2, " c": 3 } { "n": 5, "a": "xy", "b ": 2, " c": 3 } { "n": 6, "a": "xy", "b ": 2, " c": 3 } { "n": 7, "a": "xy", "b ": 2, " c": 3 } { "n": 8, "a": "xy", "b ": 2, " c": 3 } { "n": 9, "a": "xy", "b ": 2, " c": 3 } { "n": 10, "a": "xy", "b ": 2, " c": 3 } { "n": 11, "a": "xy", "b ": 2, " c": 3 } { "n": 12, "a": "xy", "b ": 2, " c": 3 } { "n": 13, "a": "", "b ": 2, " c": 3 } { "n": 14, "a": "", "b ": 2, " c": 3 } { "n": 15, "a": "", "b ": 2, " c": 3 } { "n": 16, "a": "", "b ": 2, " c": 3 } mlr --icsv --ojson clean-whitespace -k ./reg_test/input/clean-whitespace.csv { "n": 1, "a": "xy", "b": 2, "c": 3 } { "n": 2, "a": "xy ", "b": 2, "c": 3 } { "n": 3, "a": "xy ", "b": 2, "c": 3 } { "n": 4, "a": "xy ", "b": 2, "c": 3 } { "n": 5, "a": "xy", "b": 2, "c": 3 } { "n": 6, "a": " xy", "b": 2, "c": 3 } { "n": 7, "a": " xy", "b": 2, "c": 3 } { "n": 8, "a": " xy", "b": 2, "c": 3 } { "n": 9, "a": "xy", "b": 2, "c": 3 } { "n": 10, "a": " xy ", "b": 2, "c": 3 } { "n": 11, "a": " xy ", "b": 2, "c": 3 } { "n": 12, "a": " xy ", "b": 2, "c": 3 } { "n": 13, "a": "", "b": 2, "c": 3 } { "n": 14, "a": " ", "b": 2, "c": 3 } { "n": 15, "a": " ", "b": 2, "c": 3 } { "n": 16, "a": " ", "b": 2, "c": 3 } mlr --icsv --ojson clean-whitespace -v ./reg_test/input/clean-whitespace.csv { "n": 1, "a": "xy", "b ": 2, " c": 3 } { "n": 2, "a": "xy", "b ": 2, " c": 3 } { "n": 3, "a": "xy", "b ": 2, " c": 3 } { "n": 4, "a": "xy", "b ": 2, " c": 3 } { "n": 5, "a": "xy", "b ": 2, " c": 3 } { "n": 6, "a": "xy", "b ": 2, " c": 3 } { "n": 7, "a": "xy", "b ": 2, " c": 3 } { "n": 8, "a": "xy", "b ": 2, " c": 3 } { "n": 9, "a": "xy", "b ": 2, " c": 3 } { "n": 10, "a": "xy", "b ": 2, " c": 3 } { "n": 11, "a": "xy", "b ": 2, " c": 3 } { "n": 12, "a": "xy", "b ": 2, " c": 3 } { "n": 13, "a": "", "b ": 2, " c": 3 } { "n": 14, "a": "", "b ": 2, " c": 3 } { "n": 15, "a": "", "b ": 2, " c": 3 } { "n": 16, "a": "", "b ": 2, " c": 3 } mlr --icsv --ojson clean-whitespace ./reg_test/input/clean-whitespace.csv { "n": 1, "a": "xy", "b": 2, "c": 3 } { "n": 2, "a": "xy", "b": 2, "c": 3 } { "n": 3, "a": "xy", "b": 2, "c": 3 } { "n": 4, "a": "xy", "b": 2, "c": 3 } { "n": 5, "a": "xy", "b": 2, "c": 3 } { "n": 6, "a": "xy", "b": 2, "c": 3 } { "n": 7, "a": "xy", "b": 2, "c": 3 } { "n": 8, "a": "xy", "b": 2, "c": 3 } { "n": 9, "a": "xy", "b": 2, "c": 3 } { "n": 10, "a": "xy", "b": 2, "c": 3 } { "n": 11, "a": "xy", "b": 2, "c": 3 } { "n": 12, "a": "xy", "b": 2, "c": 3 } { "n": 13, "a": "", "b": 2, "c": 3 } { "n": 14, "a": "", "b": 2, "c": 3 } { "n": 15, "a": "", "b": 2, "c": 3 } { "n": 16, "a": "", "b": 2, "c": 3 } ================================================================ SORT mlr sort -f a ./reg_test/input/abixy a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 mlr sort -r a ./reg_test/input/abixy a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 mlr sort -f x ./reg_test/input/abixy a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 mlr sort -r x ./reg_test/input/abixy a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 mlr sort -nf x ./reg_test/input/abixy a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 mlr sort -nr x ./reg_test/input/abixy a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 mlr sort -f a,b ./reg_test/input/abixy a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 mlr sort -r a,b ./reg_test/input/abixy a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 mlr sort -f x,y ./reg_test/input/abixy a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 mlr sort -r x,y ./reg_test/input/abixy a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 mlr sort -nf x,y ./reg_test/input/abixy a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 mlr sort -nr x,y ./reg_test/input/abixy a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 mlr sort -f a -nr x ./reg_test/input/abixy a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 mlr sort -nr y -f a ./reg_test/input/abixy a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 mlr sort -f a -r b -nf x -nr y ./reg_test/input/abixy a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 mlr sort -f x ./reg_test/input/sort-het.dkvp x=1 x=2 x=4 a=3 mlr sort -r x ./reg_test/input/sort-het.dkvp x=4 x=2 x=1 a=3 ================================================================ JOIN mlr --opprint join -s -f ./reg_test/input/joina.dkvp -l l -r r -j o ./reg_test/input/joinb.dkvp o x y 1 a s 2 b t 2 c t 2 d t 2 b v 2 c v 2 d v 3 e w 3 f w 3 e x 3 f x 3 e y 3 f y mlr --opprint join -f ./reg_test/input/joina.dkvp -l l -r r -j o ./reg_test/input/joinb.dkvp o x y 1 a s 2 b t 2 c t 2 d t 2 b v 2 c v 2 d v 3 e w 3 f w 3 e x 3 f x 3 e y 3 f y mlr --opprint join -s --ul -f ./reg_test/input/joina.dkvp -l l -r r -j o ./reg_test/input/joinb.dkvp o x y 1 a s 2 b t 2 c t 2 d t 2 b v 2 c v 2 d v 3 e w 3 f w 3 e x 3 f x 3 e y 3 f y l x 4 g mlr --opprint join --ul -f ./reg_test/input/joina.dkvp -l l -r r -j o ./reg_test/input/joinb.dkvp o x y 1 a s 2 b t 2 c t 2 d t 2 b v 2 c v 2 d v 3 e w 3 f w 3 e x 3 f x 3 e y 3 f y l x 4 g mlr --opprint join -s --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o ./reg_test/input/joinb.dkvp o x y 1 a s 2 b t 2 c t 2 d t 2 b v 2 c v 2 d v 3 e w 3 f w 3 e x 3 f x 3 e y 3 f y r y 5 z mlr --opprint join --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o ./reg_test/input/joinb.dkvp o x y 1 a s 2 b t 2 c t 2 d t 2 b v 2 c v 2 d v 3 e w 3 f w 3 e x 3 f x 3 e y 3 f y r y 5 z mlr --opprint join -s --ul --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o ./reg_test/input/joinb.dkvp o x y 1 a s 2 b t 2 c t 2 d t 2 b v 2 c v 2 d v 3 e w 3 f w 3 e x 3 f x 3 e y 3 f y l x 4 g r y 5 z mlr --opprint join --ul --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o ./reg_test/input/joinb.dkvp o x y 1 a s 2 b t 2 c t 2 d t 2 b v 2 c v 2 d v 3 e w 3 f w 3 e x 3 f x 3 e y 3 f y r y 5 z l x 4 g mlr --opprint join -s --np --ul -f ./reg_test/input/joina.dkvp -l l -r r -j o ./reg_test/input/joinb.dkvp l x 4 g mlr --opprint join --np --ul -f ./reg_test/input/joina.dkvp -l l -r r -j o ./reg_test/input/joinb.dkvp l x 4 g mlr --opprint join -s --np --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o ./reg_test/input/joinb.dkvp r y 5 z mlr --opprint join --np --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o ./reg_test/input/joinb.dkvp r y 5 z mlr --opprint join -s --np --ul --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o ./reg_test/input/joinb.dkvp l x 4 g r y 5 z mlr --opprint join --np --ul --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o ./reg_test/input/joinb.dkvp r y 5 z l x 4 g mlr join -l l -r r -j j -f ./reg_test/input/joina.dkvp ./reg_test/input/joinb.dkvp j=1,x=a,y=s j=2,x=b,y=t j=2,x=c,y=t j=2,x=d,y=t j=2,x=b,y=v j=2,x=c,y=v j=2,x=d,y=v j=3,x=e,y=w j=3,x=f,y=w j=3,x=e,y=x j=3,x=f,y=x j=3,x=e,y=y j=3,x=f,y=y mlr join -l l -j r -f ./reg_test/input/joina.dkvp ./reg_test/input/joinb.dkvp r=1,x=a,y=s r=2,x=b,y=t r=2,x=c,y=t r=2,x=d,y=t r=2,x=b,y=v r=2,x=c,y=v r=2,x=d,y=v r=3,x=e,y=w r=3,x=f,y=w r=3,x=e,y=x r=3,x=f,y=x r=3,x=e,y=y r=3,x=f,y=y mlr join -r r -j l -f ./reg_test/input/joina.dkvp ./reg_test/input/joinb.dkvp l=1,x=a,y=s l=2,x=b,y=t l=2,x=c,y=t l=2,x=d,y=t l=2,x=b,y=v l=2,x=c,y=v l=2,x=d,y=v l=3,x=e,y=w l=3,x=f,y=w l=3,x=e,y=x l=3,x=f,y=x l=3,x=e,y=y l=3,x=f,y=y mlr --opprint join -s -f /dev/null -l l -r r -j o ./reg_test/input/joinb.dkvp mlr --opprint join -f /dev/null -l l -r r -j o ./reg_test/input/joinb.dkvp mlr --opprint join -s --ul -f /dev/null -l l -r r -j o ./reg_test/input/joinb.dkvp mlr --opprint join --ul -f /dev/null -l l -r r -j o ./reg_test/input/joinb.dkvp mlr --opprint join -s --ur -f /dev/null -l l -r r -j o ./reg_test/input/joinb.dkvp r y 1 s 2 t 2 v 3 w 3 x 3 y 5 z mlr --opprint join --ur -f /dev/null -l l -r r -j o ./reg_test/input/joinb.dkvp r y 1 s 2 t 2 v 3 w 3 x 3 y 5 z mlr --opprint join -s --ul --ur -f /dev/null -l l -r r -j o ./reg_test/input/joinb.dkvp r y 1 s 2 t 2 v 3 w 3 x 3 y 5 z mlr --opprint join --ul --ur -f /dev/null -l l -r r -j o ./reg_test/input/joinb.dkvp r y 1 s 2 t 2 v 3 w 3 x 3 y 5 z mlr --opprint join -s --np --ul -f /dev/null -l l -r r -j o ./reg_test/input/joinb.dkvp mlr --opprint join --np --ul -f /dev/null -l l -r r -j o ./reg_test/input/joinb.dkvp mlr --opprint join -s --np --ur -f /dev/null -l l -r r -j o ./reg_test/input/joinb.dkvp r y 1 s 2 t 2 v 3 w 3 x 3 y 5 z mlr --opprint join --np --ur -f /dev/null -l l -r r -j o ./reg_test/input/joinb.dkvp r y 1 s 2 t 2 v 3 w 3 x 3 y 5 z mlr --opprint join -s --np --ul --ur -f /dev/null -l l -r r -j o ./reg_test/input/joinb.dkvp r y 1 s 2 t 2 v 3 w 3 x 3 y 5 z mlr --opprint join --np --ul --ur -f /dev/null -l l -r r -j o ./reg_test/input/joinb.dkvp r y 1 s 2 t 2 v 3 w 3 x 3 y 5 z mlr --opprint join -s -f ./reg_test/input/joina.dkvp -l l -r r -j o /dev/null mlr --opprint join -f ./reg_test/input/joina.dkvp -l l -r r -j o /dev/null mlr --opprint join -s --ul -f ./reg_test/input/joina.dkvp -l l -r r -j o /dev/null l x 1 a 2 b 2 c 2 d 3 e 3 f 4 g mlr --opprint join --ul -f ./reg_test/input/joina.dkvp -l l -r r -j o /dev/null l x 1 a 2 b 2 c 2 d 3 e 3 f 4 g mlr --opprint join -s --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o /dev/null mlr --opprint join --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o /dev/null mlr --opprint join -s --ul --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o /dev/null l x 1 a 2 b 2 c 2 d 3 e 3 f 4 g mlr --opprint join --ul --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o /dev/null l x 1 a 2 b 2 c 2 d 3 e 3 f 4 g mlr --opprint join -s --np --ul -f ./reg_test/input/joina.dkvp -l l -r r -j o /dev/null l x 1 a 2 b 2 c 2 d 3 e 3 f 4 g mlr --opprint join --np --ul -f ./reg_test/input/joina.dkvp -l l -r r -j o /dev/null l x 1 a 2 b 2 c 2 d 3 e 3 f 4 g mlr --opprint join -s --np --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o /dev/null mlr --opprint join --np --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o /dev/null mlr --opprint join -s --np --ul --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o /dev/null l x 1 a 2 b 2 c 2 d 3 e 3 f 4 g mlr --opprint join --np --ul --ur -f ./reg_test/input/joina.dkvp -l l -r r -j o /dev/null l x 1 a 2 b 2 c 2 d 3 e 3 f 4 g mlr --odkvp join -j a -f ./reg_test/input/join-het.dkvp ./reg_test/input/abixy-het a=pan,n=234,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,n=123,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,n=123,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,n=345,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,n=456,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,n=123,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,n=456,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 a=pan,n=234,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --odkvp join -j a -f ./reg_test/input/abixy-het ./reg_test/input/join-het.dkvp a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,n=123 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,n=123 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,n=123 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,n=234 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,n=234 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,n=345 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,n=456 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,n=456 mlr --odkvp join --np --ul --ur -j a -f ./reg_test/input/join-het.dkvp ./reg_test/input/abixy-het aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 aye=bee,enn=emm mlr --odkvp join --np --ul --ur -j a -f ./reg_test/input/abixy-het ./reg_test/input/join-het.dkvp aye=bee,enn=emm aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 mlr --idkvp --oxtab join --lp left_ --rp right_ -j i -f ./reg_test/input/abixy-het ./reg_test/input/abixy-het i 1 left_a pan left_b pan left_x 0.3467901443380824 left_y 0.7268028627434533 right_a pan right_b pan right_x 0.3467901443380824 right_y 0.7268028627434533 i 2 left_a eks left_b pan left_x 0.7586799647899636 left_y 0.5221511083334797 right_a eks right_b pan right_x 0.7586799647899636 right_y 0.5221511083334797 i 3 left_aaa wye left_b wye left_x 0.20460330576630303 left_y 0.33831852551664776 right_aaa wye right_b wye right_x 0.20460330576630303 right_y 0.33831852551664776 i 4 left_a eks left_bbb wye left_x 0.38139939387114097 left_y 0.13418874328430463 right_a eks right_bbb wye right_x 0.38139939387114097 right_y 0.13418874328430463 i 5 left_a wye left_b pan left_xxx 0.5732889198020006 left_y 0.8636244699032729 right_a wye right_b pan right_xxx 0.5732889198020006 right_y 0.8636244699032729 i 6 left_a zee left_b pan left_x 0.5271261600918548 left_y 0.49322128674835697 right_a zee right_b pan right_x 0.5271261600918548 right_y 0.49322128674835697 i 8 left_a zee left_b wye left_x 0.5985540091064224 left_yyy 0.976181385699006 right_a zee right_b wye right_x 0.5985540091064224 right_yyy 0.976181385699006 i 9 left_aaa hat left_bbb wye left_x 0.03144187646093577 left_y 0.7495507603507059 right_aaa hat right_bbb wye right_x 0.03144187646093577 right_y 0.7495507603507059 i 10 left_a pan left_b wye left_x 0.5026260055412137 left_y 0.9526183602969864 right_a pan right_b wye right_x 0.5026260055412137 right_y 0.9526183602969864 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r1 j=1,b=11 j=1,b=12 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r11 j=1,b=11 j=1,b=12 j=1,b=11 j=1,b=12 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r12 j=1,b=11 j=1,b=12 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r13 j=1,b=11 j=1,b=12 j=3,b=14 j=3,b=15 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r14 j=1,b=11 j=1,b=12 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r15 j=1,b=11 j=1,b=12 j=5,b=17 j=5,b=18 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r16 j=1,b=11 j=1,b=12 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r2 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r22 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r23 j=3,b=14 j=3,b=15 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r24 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r25 j=5,b=17 j=5,b=18 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r26 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r3 j=3,b=14 j=3,b=15 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r33 j=3,b=14 j=3,b=15 j=3,b=14 j=3,b=15 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r34 j=3,b=14 j=3,b=15 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r35 j=3,b=14 j=3,b=15 j=5,b=17 j=5,b=18 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r36 j=3,b=14 j=3,b=15 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r4 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r44 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r45 j=5,b=17 j=5,b=18 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r46 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r5 j=5,b=17 j=5,b=18 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r55 j=5,b=17 j=5,b=18 j=5,b=17 j=5,b=18 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r56 j=5,b=17 j=5,b=18 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r6 mlr join -s -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r66 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r1 x=100,b=10 x=200,b=13 l=3,b=14 l=3,b=15 x=300,b=16 l=5,b=17 l=5,b=18 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r11 x=100,b=10 x=200,b=13 l=3,b=14 l=3,b=15 x=300,b=16 l=5,b=17 l=5,b=18 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r12 x=100,b=10 x=200,b=13 x=300,b=16 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r13 x=100,b=10 x=200,b=13 x=300,b=16 l=5,b=17 l=5,b=18 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r14 x=100,b=10 x=200,b=13 l=3,b=14 l=3,b=15 x=300,b=16 x=400,b=19 l=5,b=17 l=5,b=18 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r15 x=100,b=10 x=200,b=13 l=3,b=14 l=3,b=15 x=300,b=16 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r16 x=100,b=10 x=200,b=13 l=3,b=14 l=3,b=15 x=300,b=16 l=5,b=17 l=5,b=18 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r2 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 x=300,b=16 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r22 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 x=300,b=16 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r23 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 x=300,b=16 l=5,b=17 l=5,b=18 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r24 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 x=300,b=16 l=3,b=14 l=3,b=15 x=400,b=19 l=5,b=17 l=5,b=18 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r25 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 x=300,b=16 l=3,b=14 l=3,b=15 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r26 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 x=300,b=16 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r3 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 x=300,b=16 l=5,b=17 l=5,b=18 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r33 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 x=300,b=16 l=5,b=17 l=5,b=18 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r34 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 x=300,b=16 x=400,b=19 l=5,b=17 l=5,b=18 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r35 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 x=300,b=16 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r36 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 x=300,b=16 l=5,b=17 l=5,b=18 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r4 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 x=300,b=16 x=400,b=19 l=5,b=17 l=5,b=18 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r44 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 x=300,b=16 x=400,b=19 l=5,b=17 l=5,b=18 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r45 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 x=300,b=16 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r46 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 x=300,b=16 x=400,b=19 l=5,b=17 l=5,b=18 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r5 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 x=300,b=16 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r55 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 x=300,b=16 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r56 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 x=300,b=16 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r6 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 x=300,b=16 l=5,b=17 l=5,b=18 x=400,b=19 mlr join -s --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r66 x=100,b=10 x=200,b=13 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 x=300,b=16 l=5,b=17 l=5,b=18 x=400,b=19 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r1 y=111 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r11 y=111 y=222 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r12 y=111 y=222 r=2 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r13 y=111 y=222 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r14 y=111 y=222 r=4 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r15 y=111 y=222 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r16 y=111 y=222 r=6 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r2 y=111 r=2 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r22 y=111 r=2 y=222 r=2 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r23 y=111 r=2 y=222 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r24 y=111 r=2 y=222 r=4 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r25 y=111 r=2 y=222 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r26 y=111 r=2 y=222 r=6 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r3 y=111 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r33 y=111 y=222 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r34 y=111 y=222 r=4 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r35 y=111 y=222 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r36 y=111 y=222 r=6 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r4 y=111 r=4 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r44 y=111 r=4 y=222 r=4 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r45 y=111 r=4 y=222 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r46 y=111 r=4 y=222 r=6 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r5 y=111 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r55 y=111 y=222 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r56 y=111 y=222 r=6 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r6 y=111 r=6 y=333 mlr join -s --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r66 y=111 r=6 y=222 r=6 y=333 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r1 j=1,b=11 j=1,b=12 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r11 j=1,b=11 j=1,b=12 j=1,b=11 j=1,b=12 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r12 j=1,b=11 j=1,b=12 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r13 j=1,b=11 j=1,b=12 j=3,b=14 j=3,b=15 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r14 j=1,b=11 j=1,b=12 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r15 j=1,b=11 j=1,b=12 j=5,b=17 j=5,b=18 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r16 j=1,b=11 j=1,b=12 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r2 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r22 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r23 j=3,b=14 j=3,b=15 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r24 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r25 j=5,b=17 j=5,b=18 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r26 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r3 j=3,b=14 j=3,b=15 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r33 j=3,b=14 j=3,b=15 j=3,b=14 j=3,b=15 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r34 j=3,b=14 j=3,b=15 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r35 j=3,b=14 j=3,b=15 j=5,b=17 j=5,b=18 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r36 j=3,b=14 j=3,b=15 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r4 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r44 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r45 j=5,b=17 j=5,b=18 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r46 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r5 j=5,b=17 j=5,b=18 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r55 j=5,b=17 j=5,b=18 j=5,b=17 j=5,b=18 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r56 j=5,b=17 j=5,b=18 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r6 mlr join -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r66 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r1 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r11 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r12 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r13 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r14 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r15 l=3,b=14 l=3,b=15 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r16 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r2 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r22 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r23 l=1,b=11 l=1,b=12 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r24 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r25 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r26 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r3 l=1,b=11 l=1,b=12 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r33 l=1,b=11 l=1,b=12 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r34 l=1,b=11 l=1,b=12 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r35 l=1,b=11 l=1,b=12 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r36 l=1,b=11 l=1,b=12 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r4 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r44 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r45 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r46 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r5 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r55 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r56 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r6 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ul -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r66 l=1,b=11 l=1,b=12 l=3,b=14 l=3,b=15 l=5,b=17 l=5,b=18 x=100,b=10 x=200,b=13 x=300,b=16 x=400,b=19 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r1 y=111 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r11 y=111 y=222 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r12 y=111 y=222 r=2 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r13 y=111 y=222 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r14 y=111 y=222 r=4 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r15 y=111 y=222 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r16 y=111 y=222 r=6 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r2 y=111 r=2 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r22 y=111 r=2 y=222 r=2 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r23 y=111 r=2 y=222 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r24 y=111 r=2 y=222 r=4 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r25 y=111 r=2 y=222 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r26 y=111 r=2 y=222 r=6 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r3 y=111 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r33 y=111 y=222 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r34 y=111 y=222 r=4 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r35 y=111 y=222 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r36 y=111 y=222 r=6 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r4 y=111 r=4 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r44 y=111 r=4 y=222 r=4 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r45 y=111 r=4 y=222 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r46 y=111 r=4 y=222 r=6 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r5 y=111 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r55 y=111 y=222 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r56 y=111 y=222 r=6 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r6 y=111 r=6 y=333 mlr join --np --ur -l l -r r -j j -f ./reg_test/input/het-join-left ./reg_test/input/het-join-right-r66 y=111 r=6 y=222 r=6 y=333 ================================================================ JOIN PREPIPE mlr --prepipe cat --odkvp join -j a -f ./reg_test/input/join-het.dkvp ./reg_test/input/abixy-het a=pan,n=234,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,n=123,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,n=123,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,n=345,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,n=456,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,n=123,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,n=456,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 a=pan,n=234,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --odkvp join --prepipe cat -j a -f ./reg_test/input/join-het.dkvp ./reg_test/input/abixy-het a=pan,n=234,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,n=123,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,n=123,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,n=345,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,n=456,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,n=123,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,n=456,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 a=pan,n=234,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --prepipe cat --odkvp join --prepipe cat -j a -f ./reg_test/input/join-het.dkvp ./reg_test/input/abixy-het a=pan,n=234,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,n=123,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,n=123,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,n=345,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,n=456,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,n=123,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,n=456,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 a=pan,n=234,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ================================================================ JOIN MIXED-FORMAT mlr --json join -s -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.json { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --dkvp join -s -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.dkvp x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --csvlite join -s -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.csv x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --json join -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.json { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --dkvp join -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.dkvp x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --csvlite join -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.csv x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --json join -s -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.json { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --dkvp join -s -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.dkvp x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --csvlite join -s -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.csv x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --json join -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.json { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --dkvp join -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.dkvp x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --csvlite join -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.csv x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --json join -s -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.json { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --dkvp join -s -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.dkvp x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --csvlite join -s -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.csv x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --json join -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.json { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --dkvp join -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.dkvp x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --csvlite join -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.csv x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --json join -s -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.json { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --dkvp join -s -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.dkvp x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --csvlite join -s -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.csv x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --json join -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.json { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --dkvp join -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.dkvp x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --csvlite join -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.csv x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --ijson --ojson join -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.json { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --idkvp --ojson join -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.dkvp { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --icsvlite --ojson join -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.csv { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --ijson --ojson join -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.json { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --idkvp --ojson join -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.dkvp { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --icsvlite --ojson join -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.csv { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --ijson --ojson join -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.json { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --idkvp --ojson join -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.dkvp { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --icsvlite --ojson join -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.csv { "x": 1, "a": 2, "b": 20 } { "x": 2, "a": 3, "b": 30 } { "x": 3, "a": 4, "b": 40 } { "x": 4, "a": 5, "b": 50 } mlr --ijson --odkvp join -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.json x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --idkvp --odkvp join -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.dkvp x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --icsvlite --odkvp join -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.csv x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --ijson --odkvp join -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.json x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --idkvp --odkvp join -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.dkvp x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --icsvlite --odkvp join -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.csv x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --ijson --odkvp join -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.json x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --idkvp --odkvp join -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.dkvp x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --icsvlite --odkvp join -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.csv x=1,a=2,b=20 x=2,a=3,b=30 x=3,a=4,b=40 x=4,a=5,b=50 mlr --ijson --ocsvlite join -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.json x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --idkvp --ocsvlite join -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.dkvp x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --icsvlite --ocsvlite join -i csvlite -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.csv x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --ijson --ocsvlite join -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.json x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --idkvp --ocsvlite join -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.dkvp x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --icsvlite --ocsvlite join -i dkvp -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.csv x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --ijson --ocsvlite join -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.json x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --idkvp --ocsvlite join -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.dkvp x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 mlr --icsvlite --ocsvlite join -i json -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.csv x,a,b 1,2,20 2,3,30 3,4,40 4,5,50 ================================================================ REPEAT mlr repeat -n 5 ./reg_test/input/repeat-input.dat a=1,b=2,c=3 a=1,b=2,c=3 a=1,b=2,c=3 a=1,b=2,c=3 a=1,b=2,c=3 a=3,b=4,c=5 a=3,b=4,c=5 a=3,b=4,c=5 a=3,b=4,c=5 a=3,b=4,c=5 a=6,b=,c=7 a=6,b=,c=7 a=6,b=,c=7 a=6,b=,c=7 a=6,b=,c=7 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 mlr repeat -f a ./reg_test/input/repeat-input.dat a=1,b=2,c=3 a=3,b=4,c=5 a=3,b=4,c=5 a=3,b=4,c=5 a=6,b=,c=7 a=6,b=,c=7 a=6,b=,c=7 a=6,b=,c=7 a=6,b=,c=7 a=6,b=,c=7 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 mlr repeat -f b ./reg_test/input/repeat-input.dat a=1,b=2,c=3 a=1,b=2,c=3 a=3,b=4,c=5 a=3,b=4,c=5 a=3,b=4,c=5 a=3,b=4,c=5 mlr repeat -f c ./reg_test/input/repeat-input.dat a=1,b=2,c=3 a=1,b=2,c=3 a=1,b=2,c=3 a=3,b=4,c=5 a=3,b=4,c=5 a=3,b=4,c=5 a=3,b=4,c=5 a=3,b=4,c=5 a=6,b=,c=7 a=6,b=,c=7 a=6,b=,c=7 a=6,b=,c=7 a=6,b=,c=7 a=6,b=,c=7 a=6,b=,c=7 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 a=8,x=,c=9 ================================================================ RESHAPE mlr --pprint reshape -i X,Y,Z -o item,price ./reg_test/input/reshape-wide.tbl time item price 2009-01-01 X 0.65473572 2009-01-01 Y 2.4520609 2009-01-01 Z -1.46570942 2009-01-02 X -0.89248112 2009-01-02 Y 0.2154713 2009-01-02 Z -2.05357735 2009-01-03 X 0.98012375 2009-01-03 Y 1.3179287 2009-01-03 Z 4.64248357 2009-01-04 X 0.35397376 2009-01-04 Y 3.3765645 2009-01-04 Z -0.25237774 2009-01-05 X 2.19357813 2009-01-05 Y 1.3477511 2009-01-05 Z 0.09719105 mlr --pprint reshape -i X,Z -o item,price ./reg_test/input/reshape-wide.tbl time Y item price 2009-01-01 2.4520609 X 0.65473572 2009-01-01 2.4520609 Z -1.46570942 2009-01-02 0.2154713 X -0.89248112 2009-01-02 0.2154713 Z -2.05357735 2009-01-03 1.3179287 X 0.98012375 2009-01-03 1.3179287 Z 4.64248357 2009-01-04 3.3765645 X 0.35397376 2009-01-04 3.3765645 Z -0.25237774 2009-01-05 1.3477511 X 2.19357813 2009-01-05 1.3477511 Z 0.09719105 mlr --pprint reshape -r [X-Z] -o item,price ./reg_test/input/reshape-wide.tbl time item price 2009-01-01 X 0.65473572 2009-01-01 Y 2.4520609 2009-01-01 Z -1.46570942 2009-01-02 X -0.89248112 2009-01-02 Y 0.2154713 2009-01-02 Z -2.05357735 2009-01-03 X 0.98012375 2009-01-03 Y 1.3179287 2009-01-03 Z 4.64248357 2009-01-04 X 0.35397376 2009-01-04 Y 3.3765645 2009-01-04 Z -0.25237774 2009-01-05 X 2.19357813 2009-01-05 Y 1.3477511 2009-01-05 Z 0.09719105 mlr --pprint reshape -r [XZ] -o item,price ./reg_test/input/reshape-wide.tbl time Y item price 2009-01-01 2.4520609 X 0.65473572 2009-01-01 2.4520609 Z -1.46570942 2009-01-02 0.2154713 X -0.89248112 2009-01-02 0.2154713 Z -2.05357735 2009-01-03 1.3179287 X 0.98012375 2009-01-03 1.3179287 Z 4.64248357 2009-01-04 3.3765645 X 0.35397376 2009-01-04 3.3765645 Z -0.25237774 2009-01-05 1.3477511 X 2.19357813 2009-01-05 1.3477511 Z 0.09719105 mlr --pprint reshape -s item,price ./reg_test/input/reshape-long.tbl time X Y Z 2009-01-01 0.65473572 2.4520609 -1.46570942 2009-01-02 -0.89248112 0.2154713 -2.05357735 2009-01-03 0.98012375 1.3179287 4.64248357 2009-01-04 0.35397376 3.3765645 -0.25237774 2009-01-05 2.19357813 1.3477511 0.09719105 mlr --pprint reshape -i X,Y,Z -o item,price then reshape -s item,price ./reg_test/input/reshape-wide.tbl time X Y Z 2009-01-01 0.65473572 2.4520609 -1.46570942 2009-01-02 -0.89248112 0.2154713 -2.05357735 2009-01-03 0.98012375 1.3179287 4.64248357 2009-01-04 0.35397376 3.3765645 -0.25237774 2009-01-05 2.19357813 1.3477511 0.09719105 mlr --pprint reshape -s item,price then reshape -i X,Y,Z -o item,price ./reg_test/input/reshape-long.tbl time item price 2009-01-01 X 0.65473572 2009-01-01 Y 2.4520609 2009-01-01 Z -1.46570942 2009-01-02 X -0.89248112 2009-01-02 Y 0.2154713 2009-01-02 Z -2.05357735 2009-01-03 X 0.98012375 2009-01-03 Y 1.3179287 2009-01-03 Z 4.64248357 2009-01-04 X 0.35397376 2009-01-04 Y 3.3765645 2009-01-04 Z -0.25237774 2009-01-05 X 2.19357813 2009-01-05 Y 1.3477511 2009-01-05 Z 0.09719105 mlr reshape -i X,Y,Z -o item,price ./reg_test/input/reshape-wide-ragged.dkvp time=2009-01-01,item=X,price=0.65473572 time=2009-01-01,item=Y,price=2.4520609 time=2009-01-01,item=Z,price=-1.46570942 time=2009-01-02,item=X,price=-0.89248112 time=2009-01-02,item=Y,price=0.2154713 time=2009-01-03,item=X,price=0.98012375 time=2009-01-04 time=2009-01-05,U=1.3477511,V=0.09719105,item=X,price=2.19357813 mlr reshape -i X,Z -o item,price ./reg_test/input/reshape-wide-ragged.dkvp time=2009-01-01,Y=2.4520609,item=X,price=0.65473572 time=2009-01-01,Y=2.4520609,item=Z,price=-1.46570942 time=2009-01-02,Y=0.2154713,item=X,price=-0.89248112 time=2009-01-03,item=X,price=0.98012375 time=2009-01-04 time=2009-01-05,U=1.3477511,V=0.09719105,item=X,price=2.19357813 mlr reshape -r [X-Z] -o item,price ./reg_test/input/reshape-wide-ragged.dkvp time=2009-01-01,item=X,price=0.65473572 time=2009-01-01,item=Y,price=2.4520609 time=2009-01-01,item=Z,price=-1.46570942 time=2009-01-02,item=X,price=-0.89248112 time=2009-01-02,item=Y,price=0.2154713 time=2009-01-03,item=X,price=0.98012375 time=2009-01-04 time=2009-01-05,U=1.3477511,V=0.09719105,item=X,price=2.19357813 mlr reshape -r [XZ] -o item,price ./reg_test/input/reshape-wide-ragged.dkvp time=2009-01-01,Y=2.4520609,item=X,price=0.65473572 time=2009-01-01,Y=2.4520609,item=Z,price=-1.46570942 time=2009-01-02,Y=0.2154713,item=X,price=-0.89248112 time=2009-01-03,item=X,price=0.98012375 time=2009-01-04 time=2009-01-05,U=1.3477511,V=0.09719105,item=X,price=2.19357813 mlr reshape -s item,price ./reg_test/input/reshape-long-ragged.dkvp time=2009-01-01,item=X,value=0.65473572 time=2009-01-01,item=Y,value=2.4520609 time=2009-01-01,item=Z,value=-1.46570942 time=2009-01-02,item=X,value=-0.89248112 time=2009-01-02,item=Y,value=0.2154713 time=2009-01-03,item=X,value=0.98012375 time=2009-01-04 time=2009-01-05,U=1.3477511,V=0.09719105,item=X,value=2.19357813 mlr --json reshape -i x,y -o item,value ./reg_test/input/small-non-nested.json { "a": "pan", "b": "pan", "i": 1, "item": "x", "value": 0.3467901443380824 } { "a": "pan", "b": "pan", "i": 1, "item": "y", "value": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "item": "x", "value": 0.7586799647899636 } { "a": "eks", "b": "pan", "i": 2, "item": "y", "value": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "item": "x", "value": 0.20460330576630303 } { "a": "wye", "b": "wye", "i": 3, "item": "y", "value": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "item": "x", "value": 0.38139939387114097 } { "a": "eks", "b": "wye", "i": 4, "item": "y", "value": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "item": "x", "value": 0.5732889198020006 } { "a": "wye", "b": "pan", "i": 5, "item": "y", "value": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "item": "x", "value": 0.5271261600918548 } { "a": "zee", "b": "pan", "i": 6, "item": "y", "value": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "item": "x", "value": 0.6117840605678454 } { "a": "eks", "b": "zee", "i": 7, "item": "y", "value": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "item": "x", "value": 0.5985540091064224 } { "a": "zee", "b": "wye", "i": 8, "item": "y", "value": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "item": "x", "value": 0.03144187646093577 } { "a": "hat", "b": "wye", "i": 9, "item": "y", "value": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "item": "x", "value": 0.5026260055412137 } { "a": "pan", "b": "wye", "i": 10, "item": "y", "value": 0.9526183602969864 } ================================================================ NEST mlr cat ./reg_test/input/nest-explode.dkvp x=a:1;b:2;c:3,y=d:40 x=,y=d:50 u=100,y=d:60 x=a:4;b:5,y=d:70 mlr cat ./reg_test/input/nest-explode-vary-fs-ps.dkvp x=a=1|b=2|c=3,y=d=40 x=,y=d=50 u=100,y=d=60 x=a=4|b=5,y=d=70 mlr nest --explode --values --across-fields -f x ./reg_test/input/nest-explode.dkvp x_1=a:1,x_2=b:2,x_3=c:3,y=d:40 x_1=,y=d:50 u=100,y=d:60 x_1=a:4,x_2=b:5,y=d:70 mlr nest --explode --values --across-fields -f x --nested-fs pipe --nested-ps = ./reg_test/input/nest-explode-vary-fs-ps.dkvp x_1=a=1,x_2=b=2,x_3=c=3,y=d=40 x_1=,y=d=50 u=100,y=d=60 x_1=a=4,x_2=b=5,y=d=70 mlr nest --explode --values --across-fields -f x then nest --implode --values --across-fields -f x ./reg_test/input/nest-explode.dkvp x=a:1;b:2;c:3,y=d:40 x=,y=d:50 u=100,y=d:60 x=a:4;b:5,y=d:70 mlr nest --explode --values --across-fields -f x --nested-fs pipe --nested-ps = then nest --implode --values --across-fields -f x --nested-fs pipe --nested-ps = ./reg_test/input/nest-explode-vary-fs-ps.dkvp x=a=1|b=2|c=3,y=d=40 x=,y=d=50 u=100,y=d=60 x=a=4|b=5,y=d=70 mlr nest --explode --values --across-records -f x ./reg_test/input/nest-explode.dkvp x=a:1,y=d:40 x=b:2,y=d:40 x=c:3,y=d:40 x=,y=d:50 u=100,y=d:60 x=a:4,y=d:70 x=b:5,y=d:70 mlr nest --explode --values --across-records -f x --nested-fs pipe --nested-ps = ./reg_test/input/nest-explode-vary-fs-ps.dkvp x=a=1,y=d=40 x=b=2,y=d=40 x=c=3,y=d=40 x=,y=d=50 u=100,y=d=60 x=a=4,y=d=70 x=b=5,y=d=70 mlr nest --explode --values --across-records -f x then nest --implode --values --across-records -f x ./reg_test/input/nest-explode.dkvp u=100,y=d:60 x=a:1;b:2;c:3,y=d:40 x=,y=d:50 x=a:4;b:5,y=d:70 mlr nest --explode --values --across-records -f x --nested-fs pipe --nested-ps = then nest --implode --values --across-records -f x --nested-fs pipe --nested-ps = ./reg_test/input/nest-explode-vary-fs-ps.dkvp u=100,y=d=60 x=a=1|b=2|c=3,y=d=40 x=,y=d=50 x=a=4|b=5,y=d=70 mlr nest --explode --pairs --across-fields -f x ./reg_test/input/nest-explode.dkvp a=1,b=2,c=3,y=d:40 y=d:50 u=100,y=d:60 a=4,b=5,y=d:70 mlr nest --explode --pairs --across-fields -f x --nested-fs pipe --nested-ps = ./reg_test/input/nest-explode-vary-fs-ps.dkvp a=1,b=2,c=3,y=d=40 y=d=50 u=100,y=d=60 a=4,b=5,y=d=70 mlr nest --explode --pairs --across-records -f x ./reg_test/input/nest-explode.dkvp a=1,y=d:40 b=2,y=d:40 c=3,y=d:40 y=d:50 u=100,y=d:60 a=4,y=d:70 b=5,y=d:70 mlr nest --explode --pairs --across-records -f x --nested-fs pipe --nested-ps = ./reg_test/input/nest-explode-vary-fs-ps.dkvp a=1,y=d=40 b=2,y=d=40 c=3,y=d=40 y=d=50 u=100,y=d=60 a=4,y=d=70 b=5,y=d=70 ================================================================ FILL-DOWN mlr --csv fill-down -f a,b,c ./reg_test/input/fill-down.csv a,b,c 1,,3 4,5,6 7,5,9 mlr --csv fill-down -f a,b,c -a ./reg_test/input/fill-down.csv a,b,c 1,,3 4,5,6 7,,9 ================================================================ SEQGEN mlr seqgen --start 1 --stop 5 --step 1 i=1 i=2 i=3 i=4 i=5 mlr seqgen --start 1 --stop 5 --step 2 i=1 i=3 i=5 mlr seqgen --start 1 --stop 1 --step 1 -f a a=1 mlr seqgen --start 5 --stop 1 --step 1 -f b mlr seqgen --start 5 --stop 1 --step -1 -f c c=5 c=4 c=3 c=2 c=1 mlr seqgen --start 5 --stop 5 --step -1 -f d d=5 mlr --from ./reg_test/input/abixy cat then seqgen --start 1 --stop 5 i=1 i=2 i=3 i=4 i=5 mlr --from ./reg_test/input/abixy cat then seqgen --start 1 --stop 100 then stats1 -a count,sum,min,p50,max -f i i_count=100,i_sum=5050,i_min=1,i_p50=51,i_max=100 ================================================================ FRACTION mlr fraction -f x,y ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x_fraction=0.087507,y_fraction=0.146286 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x_fraction=0.191441,y_fraction=0.105095 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,x_fraction=0.051628,y_fraction=0.068095 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,x_fraction=0.096240,y_fraction=0.027009 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,y_fraction=0.173825 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x_fraction=0.133012,y_fraction=0.099272 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,x_fraction=0.154374,y_fraction=0.037816 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,x_fraction=0.151035 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,x_fraction=0.007934,y_fraction=0.150865 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x_fraction=0.126830,y_fraction=0.191737 mlr fraction -f x,y -g a ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x_fraction=0.408269,y_fraction=0.432770 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x_fraction=0.433070,y_fraction=0.618498 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,x_fraction=0.217711,y_fraction=0.158949 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,y_fraction=1.000000 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x_fraction=0.468273,y_fraction=1.000000 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,x_fraction=0.349219,y_fraction=0.222553 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,x_fraction=0.531727 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x_fraction=0.591731,y_fraction=0.567230 mlr fraction -f x,y -g a,b ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x_fraction=1.000000,y_fraction=1.000000 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x_fraction=1.000000,y_fraction=1.000000 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,y_fraction=1.000000 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x_fraction=1.000000,y_fraction=1.000000 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,x_fraction=1.000000,y_fraction=1.000000 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,x_fraction=1.000000 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x_fraction=1.000000,y_fraction=1.000000 mlr fraction -f x,y -p ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x_percent=8.750687,y_percent=14.628624 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x_percent=19.144058,y_percent=10.509524 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,x_percent=5.162832,y_percent=6.809459 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,x_percent=9.623995,y_percent=2.700865 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,y_percent=17.382482 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x_percent=13.301173,y_percent=9.927243 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,x_percent=15.437378,y_percent=3.781628 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,x_percent=15.103539 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,x_percent=0.793385,y_percent=15.086479 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x_percent=12.682952,y_percent=19.173694 mlr fraction -f x,y -g a -p ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x_percent=40.826884,y_percent=43.276985 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x_percent=43.307027,y_percent=61.849773 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,x_percent=21.771069,y_percent=15.894907 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,y_percent=100.000000 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x_percent=46.827347,y_percent=100.000000 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,x_percent=34.921904,y_percent=22.255319 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,x_percent=53.172653 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x_percent=59.173116,y_percent=56.723015 mlr fraction -f x,y -g a,b -p ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x_percent=100.000000,y_percent=100.000000 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x_percent=100.000000,y_percent=100.000000 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,y_percent=100.000000 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x_percent=100.000000,y_percent=100.000000 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,x_percent=100.000000,y_percent=100.000000 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,x_percent=100.000000 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x_percent=100.000000,y_percent=100.000000 mlr fraction -f x,y -c ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x_cumulative_fraction=0.087507,y_cumulative_fraction=0.146286 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x_cumulative_fraction=0.278947,y_cumulative_fraction=0.251381 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,x_cumulative_fraction=0.330576,y_cumulative_fraction=0.319476 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,x_cumulative_fraction=0.426816,y_cumulative_fraction=0.346485 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,y_cumulative_fraction=0.520310 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x_cumulative_fraction=0.559827,y_cumulative_fraction=0.619582 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,x_cumulative_fraction=0.714201,y_cumulative_fraction=0.657398 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,x_cumulative_fraction=0.865237 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,x_cumulative_fraction=0.873170,y_cumulative_fraction=0.808263 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x_cumulative_fraction=1.000000,y_cumulative_fraction=1.000000 mlr fraction -f x,y -g a -c ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x_cumulative_fraction=0.408269,y_cumulative_fraction=0.432770 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x_cumulative_fraction=0.433070,y_cumulative_fraction=0.618498 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,x_cumulative_fraction=0.650781,y_cumulative_fraction=0.777447 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,y_cumulative_fraction=1.000000 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x_cumulative_fraction=0.468273,y_cumulative_fraction=1.000000 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,x_cumulative_fraction=1.000000,y_cumulative_fraction=1.000000 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,x_cumulative_fraction=1.000000 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x_cumulative_fraction=1.000000,y_cumulative_fraction=1.000000 mlr fraction -f x,y -g a,b -c ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x_cumulative_fraction=1.000000,y_cumulative_fraction=1.000000 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x_cumulative_fraction=1.000000,y_cumulative_fraction=1.000000 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,y_cumulative_fraction=1.000000 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x_cumulative_fraction=1.000000,y_cumulative_fraction=1.000000 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,x_cumulative_fraction=1.000000,y_cumulative_fraction=1.000000 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,x_cumulative_fraction=1.000000 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x_cumulative_fraction=1.000000,y_cumulative_fraction=1.000000 mlr fraction -f x,y -p -c ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x_cumulative_percent=8.750687,y_cumulative_percent=14.628624 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x_cumulative_percent=27.894745,y_cumulative_percent=25.138148 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,x_cumulative_percent=33.057577,y_cumulative_percent=31.947608 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,x_cumulative_percent=42.681572,y_cumulative_percent=34.648473 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,y_cumulative_percent=52.030955 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x_cumulative_percent=55.982746,y_cumulative_percent=61.958199 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,x_cumulative_percent=71.420124,y_cumulative_percent=65.739826 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,x_cumulative_percent=86.523663 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,x_cumulative_percent=87.317048,y_cumulative_percent=80.826306 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x_cumulative_percent=100.000000,y_cumulative_percent=100.000000 mlr fraction -f x,y -g a -p -c ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x_cumulative_percent=40.826884,y_cumulative_percent=43.276985 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x_cumulative_percent=43.307027,y_cumulative_percent=61.849773 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,x_cumulative_percent=65.078096,y_cumulative_percent=77.744681 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,y_cumulative_percent=100.000000 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x_cumulative_percent=46.827347,y_cumulative_percent=100.000000 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,x_cumulative_percent=100.000000,y_cumulative_percent=100.000000 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,x_cumulative_percent=100.000000 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x_cumulative_percent=100.000000,y_cumulative_percent=100.000000 mlr fraction -f x,y -g a,b -p -c ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x_cumulative_percent=100.000000,y_cumulative_percent=100.000000 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x_cumulative_percent=100.000000,y_cumulative_percent=100.000000 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,y_cumulative_percent=100.000000 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x_cumulative_percent=100.000000,y_cumulative_percent=100.000000 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,x_cumulative_percent=100.000000,y_cumulative_percent=100.000000 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,x_cumulative_percent=100.000000 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x_cumulative_percent=100.000000,y_cumulative_percent=100.000000 ================================================================ STATS mlr --opprint stats1 -a mean,sum,count,min,max,antimode,mode -f i,x,y ./reg_test/input/abixy i_mean i_sum i_count i_min i_max i_antimode i_mode x_mean x_sum x_count x_min x_max x_antimode x_mode y_mean y_sum y_count y_min y_max y_antimode y_mode 5.500000 55 10 1 10 1 1 0.453629 4.536294 10 0.031442 0.758680 0.3467901443380824 0.3467901443380824 0.594454 5.944542 10 0.134189 0.976181 0.7268028627434533 0.7268028627434533 mlr --opprint stats1 -a min,p10,p50,median,antimode,mode,p90,max -f i,x,y ./reg_test/input/abixy i_min i_p10 i_p50 i_median i_antimode i_mode i_p90 i_max x_min x_p10 x_p50 x_median x_antimode x_mode x_p90 x_max y_min y_p10 y_p50 y_median y_antimode y_mode y_p90 y_max 1 2 6 6 1 1 10 10 0.031442 0.204603 0.527126 0.527126 0.3467901443380824 0.3467901443380824 0.758680 0.758680 0.134189 0.187885 0.726803 0.726803 0.7268028627434533 0.7268028627434533 0.976181 0.976181 mlr --opprint stats1 -a mean,meaneb,stddev -f i,x,y ./reg_test/input/abixy i_mean i_meaneb i_stddev x_mean x_meaneb x_stddev y_mean y_meaneb y_stddev 5.500000 0.957427 3.027650 0.453629 0.068157 0.215531 0.594454 0.096968 0.306639 mlr --oxtab stats1 -s -a mean,sum,count,min,max,antimode,mode -f i,x,y ./reg_test/input/abixy a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 i_mean 1.000000 i_sum 1 i_count 1 i_min 1 i_max 1 i_antimode 1 i_mode 1 x_mean 0.346790 x_sum 0.346790 x_count 1 x_min 0.346790 x_max 0.346790 x_antimode 0.3467901443380824 x_mode 0.3467901443380824 y_mean 0.726803 y_sum 0.726803 y_count 1 y_min 0.726803 y_max 0.726803 y_antimode 0.7268028627434533 y_mode 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 i_mean 1.500000 i_sum 3 i_count 2 i_min 1 i_max 2 i_antimode 1 i_mode 1 x_mean 0.552735 x_sum 1.105470 x_count 2 x_min 0.346790 x_max 0.758680 x_antimode 0.3467901443380824 x_mode 0.3467901443380824 y_mean 0.624477 y_sum 1.248954 y_count 2 y_min 0.522151 y_max 0.726803 y_antimode 0.7268028627434533 y_mode 0.7268028627434533 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 i_mean 2.000000 i_sum 6 i_count 3 i_min 1 i_max 3 i_antimode 1 i_mode 1 x_mean 0.436691 x_sum 1.310073 x_count 3 x_min 0.204603 x_max 0.758680 x_antimode 0.3467901443380824 x_mode 0.3467901443380824 y_mean 0.529091 y_sum 1.587272 y_count 3 y_min 0.338319 y_max 0.726803 y_antimode 0.7268028627434533 y_mode 0.7268028627434533 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 i_mean 2.500000 i_sum 10 i_count 4 i_min 1 i_max 4 i_antimode 1 i_mode 1 x_mean 0.422868 x_sum 1.691473 x_count 4 x_min 0.204603 x_max 0.758680 x_antimode 0.3467901443380824 x_mode 0.3467901443380824 y_mean 0.430365 y_sum 1.721461 y_count 4 y_min 0.134189 y_max 0.726803 y_antimode 0.7268028627434533 y_mode 0.7268028627434533 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 i_mean 3.000000 i_sum 15 i_count 5 i_min 1 i_max 5 i_antimode 1 i_mode 1 x_mean 0.452952 x_sum 2.264762 x_count 5 x_min 0.204603 x_max 0.758680 x_antimode 0.3467901443380824 x_mode 0.3467901443380824 y_mean 0.517017 y_sum 2.585086 y_count 5 y_min 0.134189 y_max 0.863624 y_antimode 0.7268028627434533 y_mode 0.7268028627434533 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 i_mean 3.500000 i_sum 21 i_count 6 i_min 1 i_max 6 i_antimode 1 i_mode 1 x_mean 0.465315 x_sum 2.791888 x_count 6 x_min 0.204603 x_max 0.758680 x_antimode 0.3467901443380824 x_mode 0.3467901443380824 y_mean 0.513051 y_sum 3.078307 y_count 6 y_min 0.134189 y_max 0.863624 y_antimode 0.7268028627434533 y_mode 0.7268028627434533 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 i_mean 4.000000 i_sum 28 i_count 7 i_min 1 i_max 7 i_antimode 1 i_mode 1 x_mean 0.486239 x_sum 3.403672 x_count 7 x_min 0.204603 x_max 0.758680 x_antimode 0.3467901443380824 x_mode 0.3467901443380824 y_mean 0.466599 y_sum 3.266192 y_count 7 y_min 0.134189 y_max 0.863624 y_antimode 0.7268028627434533 y_mode 0.7268028627434533 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 i_mean 4.500000 i_sum 36 i_count 8 i_min 1 i_max 8 i_antimode 1 i_mode 1 x_mean 0.500278 x_sum 4.002226 x_count 8 x_min 0.204603 x_max 0.758680 x_antimode 0.3467901443380824 x_mode 0.3467901443380824 y_mean 0.530297 y_sum 4.242373 y_count 8 y_min 0.134189 y_max 0.976181 y_antimode 0.7268028627434533 y_mode 0.7268028627434533 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 i_mean 5.000000 i_sum 45 i_count 9 i_min 1 i_max 9 i_antimode 1 i_mode 1 x_mean 0.448185 x_sum 4.033668 x_count 9 x_min 0.031442 x_max 0.758680 x_antimode 0.3467901443380824 x_mode 0.3467901443380824 y_mean 0.554658 y_sum 4.991924 y_count 9 y_min 0.134189 y_max 0.976181 y_antimode 0.7268028627434533 y_mode 0.7268028627434533 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 i_mean 5.500000 i_sum 55 i_count 10 i_min 1 i_max 10 i_antimode 1 i_mode 1 x_mean 0.453629 x_sum 4.536294 x_count 10 x_min 0.031442 x_max 0.758680 x_antimode 0.3467901443380824 x_mode 0.3467901443380824 y_mean 0.594454 y_sum 5.944542 y_count 10 y_min 0.134189 y_max 0.976181 y_antimode 0.7268028627434533 y_mode 0.7268028627434533 mlr --opprint stats1 -a mean,sum,count,min,max,antimode,mode -f i,x,y -g a ./reg_test/input/abixy a i_mean i_sum i_count i_min i_max i_antimode i_mode x_mean x_sum x_count x_min x_max x_antimode x_mode y_mean y_sum y_count y_min y_max y_antimode y_mode pan 5.500000 11 2 1 10 1 1 0.424708 0.849416 2 0.346790 0.502626 0.3467901443380824 0.3467901443380824 0.839711 1.679421 2 0.726803 0.952618 0.7268028627434533 0.7268028627434533 eks 4.333333 13 3 2 7 2 2 0.583954 1.751863 3 0.381399 0.758680 0.7586799647899636 0.7586799647899636 0.281408 0.844225 3 0.134189 0.522151 0.5221511083334797 0.5221511083334797 wye 4.000000 8 2 3 5 3 3 0.388946 0.777892 2 0.204603 0.573289 0.20460330576630303 0.20460330576630303 0.600971 1.201943 2 0.338319 0.863624 0.33831852551664776 0.33831852551664776 zee 7.000000 14 2 6 8 6 6 0.562840 1.125680 2 0.527126 0.598554 0.5271261600918548 0.5271261600918548 0.734701 1.469403 2 0.493221 0.976181 0.49322128674835697 0.49322128674835697 hat 9.000000 9 1 9 9 9 9 0.031442 0.031442 1 0.031442 0.031442 0.03144187646093577 0.03144187646093577 0.749551 0.749551 1 0.749551 0.749551 0.7495507603507059 0.7495507603507059 mlr --opprint stats1 -a min,p10,p50,median,antimode,mode,p90,max -f i,x,y -g a ./reg_test/input/abixy a i_min i_p10 i_p50 i_median i_antimode i_mode i_p90 i_max x_min x_p10 x_p50 x_median x_antimode x_mode x_p90 x_max y_min y_p10 y_p50 y_median y_antimode y_mode y_p90 y_max pan 1 1 10 10 1 1 10 10 0.346790 0.346790 0.502626 0.502626 0.3467901443380824 0.3467901443380824 0.502626 0.502626 0.726803 0.726803 0.952618 0.952618 0.7268028627434533 0.7268028627434533 0.952618 0.952618 eks 2 2 4 4 2 2 7 7 0.381399 0.381399 0.611784 0.611784 0.7586799647899636 0.7586799647899636 0.758680 0.758680 0.134189 0.134189 0.187885 0.187885 0.5221511083334797 0.5221511083334797 0.522151 0.522151 wye 3 3 5 5 3 3 5 5 0.204603 0.204603 0.573289 0.573289 0.20460330576630303 0.20460330576630303 0.573289 0.573289 0.338319 0.338319 0.863624 0.863624 0.33831852551664776 0.33831852551664776 0.863624 0.863624 zee 6 6 8 8 6 6 8 8 0.527126 0.527126 0.598554 0.598554 0.5271261600918548 0.5271261600918548 0.598554 0.598554 0.493221 0.493221 0.976181 0.976181 0.49322128674835697 0.49322128674835697 0.976181 0.976181 hat 9 9 9 9 9 9 9 9 0.031442 0.031442 0.031442 0.031442 0.03144187646093577 0.03144187646093577 0.031442 0.031442 0.749551 0.749551 0.749551 0.749551 0.7495507603507059 0.7495507603507059 0.749551 0.749551 mlr --opprint stats1 -a mean,meaneb,stddev -f i,x,y -g a ./reg_test/input/abixy a i_mean i_meaneb i_stddev x_mean x_meaneb x_stddev y_mean y_meaneb y_stddev pan 5.500000 4.500000 6.363961 0.424708 0.077918 0.110193 0.839711 0.112908 0.159676 eks 4.333333 1.452966 2.516611 0.583954 0.109797 0.190174 0.281408 0.121365 0.210211 wye 4.000000 1.000000 1.414214 0.388946 0.184343 0.260700 0.600971 0.262653 0.371447 zee 7.000000 1.000000 1.414214 0.562840 0.035714 0.050507 0.734701 0.241480 0.341504 hat 9.000000 - - 0.031442 - - 0.749551 - - mlr --oxtab stats1 -s -a mean,sum,count,min,max,antimode,mode -f i,x,y -g a ./reg_test/input/abixy a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 i_mean 1.000000 i_sum 1 i_count 1 i_min 1 i_max 1 i_antimode 1 i_mode 1 x_mean 0.346790 x_sum 0.346790 x_count 1 x_min 0.346790 x_max 0.346790 x_antimode 0.3467901443380824 x_mode 0.3467901443380824 y_mean 0.726803 y_sum 0.726803 y_count 1 y_min 0.726803 y_max 0.726803 y_antimode 0.7268028627434533 y_mode 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 i_mean 2.000000 i_sum 2 i_count 1 i_min 2 i_max 2 i_antimode 2 i_mode 2 x_mean 0.758680 x_sum 0.758680 x_count 1 x_min 0.758680 x_max 0.758680 x_antimode 0.7586799647899636 x_mode 0.7586799647899636 y_mean 0.522151 y_sum 0.522151 y_count 1 y_min 0.522151 y_max 0.522151 y_antimode 0.5221511083334797 y_mode 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 i_mean 3.000000 i_sum 3 i_count 1 i_min 3 i_max 3 i_antimode 3 i_mode 3 x_mean 0.204603 x_sum 0.204603 x_count 1 x_min 0.204603 x_max 0.204603 x_antimode 0.20460330576630303 x_mode 0.20460330576630303 y_mean 0.338319 y_sum 0.338319 y_count 1 y_min 0.338319 y_max 0.338319 y_antimode 0.33831852551664776 y_mode 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 i_mean 3.000000 i_sum 6 i_count 2 i_min 2 i_max 4 i_antimode 2 i_mode 2 x_mean 0.570040 x_sum 1.140079 x_count 2 x_min 0.381399 x_max 0.758680 x_antimode 0.7586799647899636 x_mode 0.7586799647899636 y_mean 0.328170 y_sum 0.656340 y_count 2 y_min 0.134189 y_max 0.522151 y_antimode 0.5221511083334797 y_mode 0.5221511083334797 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 i_mean 4.000000 i_sum 8 i_count 2 i_min 3 i_max 5 i_antimode 3 i_mode 3 x_mean 0.388946 x_sum 0.777892 x_count 2 x_min 0.204603 x_max 0.573289 x_antimode 0.20460330576630303 x_mode 0.20460330576630303 y_mean 0.600971 y_sum 1.201943 y_count 2 y_min 0.338319 y_max 0.863624 y_antimode 0.33831852551664776 y_mode 0.33831852551664776 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 i_mean 6.000000 i_sum 6 i_count 1 i_min 6 i_max 6 i_antimode 6 i_mode 6 x_mean 0.527126 x_sum 0.527126 x_count 1 x_min 0.527126 x_max 0.527126 x_antimode 0.5271261600918548 x_mode 0.5271261600918548 y_mean 0.493221 y_sum 0.493221 y_count 1 y_min 0.493221 y_max 0.493221 y_antimode 0.49322128674835697 y_mode 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 i_mean 4.333333 i_sum 13 i_count 3 i_min 2 i_max 7 i_antimode 2 i_mode 2 x_mean 0.583954 x_sum 1.751863 x_count 3 x_min 0.381399 x_max 0.758680 x_antimode 0.7586799647899636 x_mode 0.7586799647899636 y_mean 0.281408 y_sum 0.844225 y_count 3 y_min 0.134189 y_max 0.522151 y_antimode 0.5221511083334797 y_mode 0.5221511083334797 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 i_mean 7.000000 i_sum 14 i_count 2 i_min 6 i_max 8 i_antimode 6 i_mode 6 x_mean 0.562840 x_sum 1.125680 x_count 2 x_min 0.527126 x_max 0.598554 x_antimode 0.5271261600918548 x_mode 0.5271261600918548 y_mean 0.734701 y_sum 1.469403 y_count 2 y_min 0.493221 y_max 0.976181 y_antimode 0.49322128674835697 y_mode 0.49322128674835697 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 i_mean 9.000000 i_sum 9 i_count 1 i_min 9 i_max 9 i_antimode 9 i_mode 9 x_mean 0.031442 x_sum 0.031442 x_count 1 x_min 0.031442 x_max 0.031442 x_antimode 0.03144187646093577 x_mode 0.03144187646093577 y_mean 0.749551 y_sum 0.749551 y_count 1 y_min 0.749551 y_max 0.749551 y_antimode 0.7495507603507059 y_mode 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 i_mean 5.500000 i_sum 11 i_count 2 i_min 1 i_max 10 i_antimode 1 i_mode 1 x_mean 0.424708 x_sum 0.849416 x_count 2 x_min 0.346790 x_max 0.502626 x_antimode 0.3467901443380824 x_mode 0.3467901443380824 y_mean 0.839711 y_sum 1.679421 y_count 2 y_min 0.726803 y_max 0.952618 y_antimode 0.7268028627434533 y_mode 0.7268028627434533 mlr --opprint stats1 -a mean,sum,count,min,max,antimode,mode -f i,x,y -g a,b ./reg_test/input/abixy a b i_mean i_sum i_count i_min i_max i_antimode i_mode x_mean x_sum x_count x_min x_max x_antimode x_mode y_mean y_sum y_count y_min y_max y_antimode y_mode pan pan 1.000000 1 1 1 1 1 1 0.346790 0.346790 1 0.346790 0.346790 0.3467901443380824 0.3467901443380824 0.726803 0.726803 1 0.726803 0.726803 0.7268028627434533 0.7268028627434533 eks pan 2.000000 2 1 2 2 2 2 0.758680 0.758680 1 0.758680 0.758680 0.7586799647899636 0.7586799647899636 0.522151 0.522151 1 0.522151 0.522151 0.5221511083334797 0.5221511083334797 wye wye 3.000000 3 1 3 3 3 3 0.204603 0.204603 1 0.204603 0.204603 0.20460330576630303 0.20460330576630303 0.338319 0.338319 1 0.338319 0.338319 0.33831852551664776 0.33831852551664776 eks wye 4.000000 4 1 4 4 4 4 0.381399 0.381399 1 0.381399 0.381399 0.38139939387114097 0.38139939387114097 0.134189 0.134189 1 0.134189 0.134189 0.13418874328430463 0.13418874328430463 wye pan 5.000000 5 1 5 5 5 5 0.573289 0.573289 1 0.573289 0.573289 0.5732889198020006 0.5732889198020006 0.863624 0.863624 1 0.863624 0.863624 0.8636244699032729 0.8636244699032729 zee pan 6.000000 6 1 6 6 6 6 0.527126 0.527126 1 0.527126 0.527126 0.5271261600918548 0.5271261600918548 0.493221 0.493221 1 0.493221 0.493221 0.49322128674835697 0.49322128674835697 eks zee 7.000000 7 1 7 7 7 7 0.611784 0.611784 1 0.611784 0.611784 0.6117840605678454 0.6117840605678454 0.187885 0.187885 1 0.187885 0.187885 0.1878849191181694 0.1878849191181694 zee wye 8.000000 8 1 8 8 8 8 0.598554 0.598554 1 0.598554 0.598554 0.5985540091064224 0.5985540091064224 0.976181 0.976181 1 0.976181 0.976181 0.976181385699006 0.976181385699006 hat wye 9.000000 9 1 9 9 9 9 0.031442 0.031442 1 0.031442 0.031442 0.03144187646093577 0.03144187646093577 0.749551 0.749551 1 0.749551 0.749551 0.7495507603507059 0.7495507603507059 pan wye 10.000000 10 1 10 10 10 10 0.502626 0.502626 1 0.502626 0.502626 0.5026260055412137 0.5026260055412137 0.952618 0.952618 1 0.952618 0.952618 0.9526183602969864 0.9526183602969864 mlr --opprint stats1 -a min,p10,p50,median,antimode,mode,p90,max -f i,x,y -g a,b ./reg_test/input/abixy a b i_min i_p10 i_p50 i_median i_antimode i_mode i_p90 i_max x_min x_p10 x_p50 x_median x_antimode x_mode x_p90 x_max y_min y_p10 y_p50 y_median y_antimode y_mode y_p90 y_max pan pan 1 1 1 1 1 1 1 1 0.346790 0.346790 0.346790 0.346790 0.3467901443380824 0.3467901443380824 0.346790 0.346790 0.726803 0.726803 0.726803 0.726803 0.7268028627434533 0.7268028627434533 0.726803 0.726803 eks pan 2 2 2 2 2 2 2 2 0.758680 0.758680 0.758680 0.758680 0.7586799647899636 0.7586799647899636 0.758680 0.758680 0.522151 0.522151 0.522151 0.522151 0.5221511083334797 0.5221511083334797 0.522151 0.522151 wye wye 3 3 3 3 3 3 3 3 0.204603 0.204603 0.204603 0.204603 0.20460330576630303 0.20460330576630303 0.204603 0.204603 0.338319 0.338319 0.338319 0.338319 0.33831852551664776 0.33831852551664776 0.338319 0.338319 eks wye 4 4 4 4 4 4 4 4 0.381399 0.381399 0.381399 0.381399 0.38139939387114097 0.38139939387114097 0.381399 0.381399 0.134189 0.134189 0.134189 0.134189 0.13418874328430463 0.13418874328430463 0.134189 0.134189 wye pan 5 5 5 5 5 5 5 5 0.573289 0.573289 0.573289 0.573289 0.5732889198020006 0.5732889198020006 0.573289 0.573289 0.863624 0.863624 0.863624 0.863624 0.8636244699032729 0.8636244699032729 0.863624 0.863624 zee pan 6 6 6 6 6 6 6 6 0.527126 0.527126 0.527126 0.527126 0.5271261600918548 0.5271261600918548 0.527126 0.527126 0.493221 0.493221 0.493221 0.493221 0.49322128674835697 0.49322128674835697 0.493221 0.493221 eks zee 7 7 7 7 7 7 7 7 0.611784 0.611784 0.611784 0.611784 0.6117840605678454 0.6117840605678454 0.611784 0.611784 0.187885 0.187885 0.187885 0.187885 0.1878849191181694 0.1878849191181694 0.187885 0.187885 zee wye 8 8 8 8 8 8 8 8 0.598554 0.598554 0.598554 0.598554 0.5985540091064224 0.5985540091064224 0.598554 0.598554 0.976181 0.976181 0.976181 0.976181 0.976181385699006 0.976181385699006 0.976181 0.976181 hat wye 9 9 9 9 9 9 9 9 0.031442 0.031442 0.031442 0.031442 0.03144187646093577 0.03144187646093577 0.031442 0.031442 0.749551 0.749551 0.749551 0.749551 0.7495507603507059 0.7495507603507059 0.749551 0.749551 pan wye 10 10 10 10 10 10 10 10 0.502626 0.502626 0.502626 0.502626 0.5026260055412137 0.5026260055412137 0.502626 0.502626 0.952618 0.952618 0.952618 0.952618 0.9526183602969864 0.9526183602969864 0.952618 0.952618 mlr --opprint stats1 -a mean,meaneb,stddev -f i,x,y -g a,b ./reg_test/input/abixy a b i_mean i_meaneb i_stddev x_mean x_meaneb x_stddev y_mean y_meaneb y_stddev pan pan 1.000000 - - 0.346790 - - 0.726803 - - eks pan 2.000000 - - 0.758680 - - 0.522151 - - wye wye 3.000000 - - 0.204603 - - 0.338319 - - eks wye 4.000000 - - 0.381399 - - 0.134189 - - wye pan 5.000000 - - 0.573289 - - 0.863624 - - zee pan 6.000000 - - 0.527126 - - 0.493221 - - eks zee 7.000000 - - 0.611784 - - 0.187885 - - zee wye 8.000000 - - 0.598554 - - 0.976181 - - hat wye 9.000000 - - 0.031442 - - 0.749551 - - pan wye 10.000000 - - 0.502626 - - 0.952618 - - mlr --oxtab stats1 -s -a mean,sum,count,min,max,antimode,mode -f i,x,y -g a,b ./reg_test/input/abixy a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 i_mean 1.000000 i_sum 1 i_count 1 i_min 1 i_max 1 i_antimode 1 i_mode 1 x_mean 0.346790 x_sum 0.346790 x_count 1 x_min 0.346790 x_max 0.346790 x_antimode 0.3467901443380824 x_mode 0.3467901443380824 y_mean 0.726803 y_sum 0.726803 y_count 1 y_min 0.726803 y_max 0.726803 y_antimode 0.7268028627434533 y_mode 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 i_mean 2.000000 i_sum 2 i_count 1 i_min 2 i_max 2 i_antimode 2 i_mode 2 x_mean 0.758680 x_sum 0.758680 x_count 1 x_min 0.758680 x_max 0.758680 x_antimode 0.7586799647899636 x_mode 0.7586799647899636 y_mean 0.522151 y_sum 0.522151 y_count 1 y_min 0.522151 y_max 0.522151 y_antimode 0.5221511083334797 y_mode 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 i_mean 3.000000 i_sum 3 i_count 1 i_min 3 i_max 3 i_antimode 3 i_mode 3 x_mean 0.204603 x_sum 0.204603 x_count 1 x_min 0.204603 x_max 0.204603 x_antimode 0.20460330576630303 x_mode 0.20460330576630303 y_mean 0.338319 y_sum 0.338319 y_count 1 y_min 0.338319 y_max 0.338319 y_antimode 0.33831852551664776 y_mode 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 i_mean 4.000000 i_sum 4 i_count 1 i_min 4 i_max 4 i_antimode 4 i_mode 4 x_mean 0.381399 x_sum 0.381399 x_count 1 x_min 0.381399 x_max 0.381399 x_antimode 0.38139939387114097 x_mode 0.38139939387114097 y_mean 0.134189 y_sum 0.134189 y_count 1 y_min 0.134189 y_max 0.134189 y_antimode 0.13418874328430463 y_mode 0.13418874328430463 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 i_mean 5.000000 i_sum 5 i_count 1 i_min 5 i_max 5 i_antimode 5 i_mode 5 x_mean 0.573289 x_sum 0.573289 x_count 1 x_min 0.573289 x_max 0.573289 x_antimode 0.5732889198020006 x_mode 0.5732889198020006 y_mean 0.863624 y_sum 0.863624 y_count 1 y_min 0.863624 y_max 0.863624 y_antimode 0.8636244699032729 y_mode 0.8636244699032729 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 i_mean 6.000000 i_sum 6 i_count 1 i_min 6 i_max 6 i_antimode 6 i_mode 6 x_mean 0.527126 x_sum 0.527126 x_count 1 x_min 0.527126 x_max 0.527126 x_antimode 0.5271261600918548 x_mode 0.5271261600918548 y_mean 0.493221 y_sum 0.493221 y_count 1 y_min 0.493221 y_max 0.493221 y_antimode 0.49322128674835697 y_mode 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 i_mean 7.000000 i_sum 7 i_count 1 i_min 7 i_max 7 i_antimode 7 i_mode 7 x_mean 0.611784 x_sum 0.611784 x_count 1 x_min 0.611784 x_max 0.611784 x_antimode 0.6117840605678454 x_mode 0.6117840605678454 y_mean 0.187885 y_sum 0.187885 y_count 1 y_min 0.187885 y_max 0.187885 y_antimode 0.1878849191181694 y_mode 0.1878849191181694 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 i_mean 8.000000 i_sum 8 i_count 1 i_min 8 i_max 8 i_antimode 8 i_mode 8 x_mean 0.598554 x_sum 0.598554 x_count 1 x_min 0.598554 x_max 0.598554 x_antimode 0.5985540091064224 x_mode 0.5985540091064224 y_mean 0.976181 y_sum 0.976181 y_count 1 y_min 0.976181 y_max 0.976181 y_antimode 0.976181385699006 y_mode 0.976181385699006 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 i_mean 9.000000 i_sum 9 i_count 1 i_min 9 i_max 9 i_antimode 9 i_mode 9 x_mean 0.031442 x_sum 0.031442 x_count 1 x_min 0.031442 x_max 0.031442 x_antimode 0.03144187646093577 x_mode 0.03144187646093577 y_mean 0.749551 y_sum 0.749551 y_count 1 y_min 0.749551 y_max 0.749551 y_antimode 0.7495507603507059 y_mode 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 i_mean 10.000000 i_sum 10 i_count 1 i_min 10 i_max 10 i_antimode 10 i_mode 10 x_mean 0.502626 x_sum 0.502626 x_count 1 x_min 0.502626 x_max 0.502626 x_antimode 0.5026260055412137 x_mode 0.5026260055412137 y_mean 0.952618 y_sum 0.952618 y_count 1 y_min 0.952618 y_max 0.952618 y_antimode 0.9526183602969864 y_mode 0.9526183602969864 mlr --oxtab stats1 -a min,p0,p50,p100,max -f x,y,z ./reg_test/input/string-numeric-ordering.dkvp x_min 1.000000 x_p0 1 x_p50 2.500000 x_p100 b x_max b y_min 1.000000 y_p0 1 y_p50 3 y_p100 4 y_max 4.000000 z_min a z_p0 a z_p50 d z_p100 f z_max f mlr --oxtab stats1 -a mean -f x ./reg_test/input/abixy-het x_mean 0.440334 mlr --oxtab stats1 -a mean -f x -g a ./reg_test/input/abixy-het a pan x_mean 0.424708 a eks x_mean 0.583954 a wye x_mean a zee x_mean 0.562840 mlr --oxtab stats1 -a p0,p50,p100 -f x,y ./reg_test/input/near-ovf.dkvp x_p0 9223372036854775801 x_p50 9223372036854775804 x_p100 9223372036854775807 y_p0 -9223372036854775807 y_p50 -9223372036854775804 y_p100 -9223372036854775801 mlr --oxtab stats1 -a p0,p50,p100 -f x,y -F ./reg_test/input/near-ovf.dkvp x_p0 9223372036854775801 x_p50 9223372036854775804 x_p100 9223372036854775807 y_p0 -9223372036854775807 y_p50 -9223372036854775804 y_p100 -9223372036854775801 mlr --opprint stats2 -a linreg-ols,linreg-pca,r2,corr,cov -f x,y,xy,y2 ./reg_test/input/abixy-wide x_y_ols_m x_y_ols_b x_y_ols_n x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov 0.028351 0.487644 2000 1.332924 -0.170590 2000 0.056909 0.000791 0.028120 0.002330 0.893610 0.107060 2000 1.529534 -0.055477 2000 0.824336 0.447971 0.669306 0.045036 mlr --opprint stats2 -a linreg-ols,linreg-pca,r2,corr,cov -f x,y,xy,y2 -g a,b ./reg_test/input/abixy-wide a b x_y_ols_m x_y_ols_b x_y_ols_n x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov cat pan 0.054420 0.481777 89 3.636062 -1.221602 89 0.177683 0.002504 0.050036 0.003777 0.950908 0.105754 89 1.715574 -0.081719 89 0.830612 0.435336 0.659800 0.041616 pan wye -0.145486 0.584799 78 -1.340927 1.199920 78 0.254025 0.019479 -0.139568 -0.012683 0.908151 0.126628 78 1.595150 -0.045034 78 0.824114 0.438850 0.662457 0.046203 wye cat 0.185913 0.377639 74 1.135325 -0.145894 74 0.309499 0.033002 0.181665 0.014494 0.969266 0.040602 74 1.406365 -0.081379 74 0.868480 0.561236 0.749157 0.052090 dog hat 0.100096 0.448757 88 0.810749 0.097346 88 0.189256 0.010462 0.102283 0.008036 0.919149 0.090504 88 1.425774 -0.038344 88 0.846209 0.507155 0.712148 0.045034 dog pan -0.066834 0.590647 87 -0.254112 0.688837 87 0.275316 0.005924 -0.076969 -0.005709 0.726118 0.164937 87 1.566309 -0.075073 87 0.749025 0.315011 0.561259 0.034107 pan pan 0.094932 0.461566 77 0.672369 0.189898 77 0.192719 0.009768 0.098832 0.007175 0.822261 0.123441 77 1.312543 0.003200 77 0.820351 0.465390 0.682195 0.039784 hat hat 0.043668 0.405219 88 10.170494 -5.125282 88 0.310513 0.001324 0.036392 0.003037 1.128896 0.015188 88 1.414166 -0.052514 88 0.922308 0.708725 0.841858 0.060975 wye hat 0.043018 0.496029 87 0.254879 0.395780 87 0.177794 0.002197 0.046876 0.004023 0.720402 0.165623 87 1.376136 0.002792 87 0.760716 0.353558 0.594608 0.038763 pan hat 0.120797 0.448197 67 1.597359 -0.325695 67 0.225137 0.013060 0.114278 0.008987 0.962678 0.076920 67 1.285796 -0.012566 67 0.887704 0.622353 0.788893 0.054965 cat hat 0.172391 0.464384 90 0.959329 0.086790 90 0.296109 0.030150 0.173639 0.015030 0.904257 0.133482 90 1.415658 -0.008369 90 0.841567 0.498171 0.705812 0.055626 hat wye -0.022975 0.496361 70 -1.765884 1.344268 70 0.051493 0.000514 -0.022665 -0.002000 0.971929 0.096088 70 1.989422 -0.142072 70 0.825656 0.386354 0.621574 0.040126 dog dog 0.078397 0.489236 87 0.354494 0.351041 87 0.242210 0.007619 0.087288 0.008214 0.776967 0.150999 87 1.354405 -0.006432 87 0.792265 0.408257 0.638950 0.049648 wye dog 0.116403 0.425576 76 2.367821 -0.777734 76 0.254607 0.011048 0.105109 0.007867 0.925781 0.071192 76 1.453590 -0.070509 76 0.845204 0.501559 0.708208 0.046440 wye wye -0.188354 0.613934 67 -1.433772 1.217887 67 0.316070 0.031156 -0.176512 -0.015876 0.876717 0.159179 67 2.044493 -0.118503 67 0.795455 0.325193 0.570257 0.042026 dog wye 0.029527 0.502643 79 0.496713 0.282511 79 0.073039 0.000913 0.030211 0.002391 0.904925 0.120816 79 1.609123 -0.052245 79 0.821822 0.432413 0.657581 0.042857 cat dog 0.057573 0.408644 78 0.728479 0.071114 78 0.116103 0.003442 0.058671 0.005320 0.884325 0.079999 78 1.418207 -0.040344 78 0.832998 0.479596 0.692528 0.044762 hat pan -0.154393 0.564981 85 -0.845852 0.911026 85 0.276955 0.025143 -0.158566 -0.012756 0.911165 0.104362 85 1.763740 -0.092987 85 0.814584 0.397150 0.630199 0.035622 cat wye -0.014851 0.564875 77 -0.572708 0.892322 77 0.034146 0.000224 -0.014982 -0.000966 0.878820 0.086362 77 1.447244 -0.098657 77 0.827119 0.463961 0.681147 0.041096 hat cat -0.022859 0.498539 88 -0.156242 0.565723 88 0.149344 0.000610 -0.024689 -0.002116 0.840965 0.111121 88 1.663518 -0.088942 88 0.793883 0.373515 0.611158 0.036575 dog cat 0.104057 0.428559 83 2.712382 -1.005787 83 0.250036 0.008705 0.093300 0.007122 1.080443 0.023866 83 1.653922 -0.133367 83 0.875586 0.547103 0.739664 0.050357 hat dog 0.041849 0.427228 78 0.403977 0.254919 78 0.118494 0.001918 0.043789 0.003856 0.776135 0.114930 78 1.475403 -0.036508 78 0.779056 0.372058 0.609966 0.040583 pan dog 0.119510 0.467833 73 2.492496 -0.761490 73 0.266455 0.011427 0.106896 0.009302 0.948592 0.107556 73 1.408389 -0.022846 73 0.860243 0.541263 0.735706 0.056609 cat cat 0.016257 0.425410 79 0.432946 0.225535 79 0.044275 0.000273 0.016510 0.001350 0.930954 0.072476 79 1.624993 -0.072669 79 0.830029 0.446764 0.668404 0.036267 pan cat -0.188523 0.616919 89 -0.898665 0.953923 89 0.324264 0.037036 -0.192447 -0.016206 0.781770 0.176617 89 2.020454 -0.113587 89 0.762332 0.278739 0.527958 0.032984 wye pan 0.229443 0.444446 66 1.313689 -0.098124 66 0.365811 0.046722 0.216152 0.020367 0.887659 0.145052 66 1.471906 -0.030176 66 0.827911 0.462545 0.680107 0.064496 mlr --oxtab stats2 -s -a linreg-ols,linreg-pca,r2,corr,cov -f x,y,xy,y2 ./reg_test/input/abixy-wide-short a cat b pan i 1 x 0.5117389009583777 y 0.08295224980036853 x2 0.2618767027540883 xy 0.0424498931448654 y2 0.006881075746942741 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a pan b wye i 2 x 0.5225940442098578 y 0.511678736087022 x2 0.27310453504361476 xy 0.2674002600279053 y2 0.26181512896361225 x_y_ols_m 39.495240 x_y_ols_b -20.128298 x_y_ols_n 2 x_y_pca_m 39.495240 x_y_pca_b -20.128298 x_y_pca_n 2 x_y_pca_quality 1.000000 x_y_r2 1.000000 x_y_corr 1.000000 x_y_cov 0.002327 xy_y2_ols_m 1.133290 xy_y2_ols_b -0.041227 xy_y2_ols_n 2 xy_y2_pca_m 1.133290 xy_y2_pca_b -0.041227 xy_y2_pca_n 2 xy_y2_pca_quality 1.000000 xy_y2_r2 1.000000 xy_y2_corr 1.000000 xy_y2_cov 0.028674 a wye b cat i 3 x 0.8150401717873625 y 0.07989551500795256 x2 0.6642904816271734 xy 0.06511805427712146 y2 0.006383293318385972 x_y_ols_m -0.689881 x_y_ols_b 0.650125 x_y_ols_n 3 x_y_pca_m -2.057762 x_y_pca_b 1.493365 x_y_pca_n 3 x_y_pca_quality 0.725269 x_y_r2 0.228338 x_y_corr -0.477847 x_y_cov -0.020424 xy_y2_ols_m 1.184397 xy_y2_ols_b -0.056344 xy_y2_ols_n 3 xy_y2_pca_m 1.190469 xy_y2_pca_b -0.057103 xy_y2_pca_n 3 xy_y2_pca_quality 0.997884 xy_y2_r2 0.991315 xy_y2_corr 0.995648 xy_y2_cov 0.018168 a dog b hat i 4 x 0.4488733555675044 y 0.5730530513123552 x2 0.20148728933843124 xy 0.25722824606077416 y2 0.32838979961840076 x_y_ols_m -1.054065 x_y_ols_b 0.917520 x_y_ols_n 4 x_y_pca_m -2.068130 x_y_pca_b 1.500163 x_y_pca_n 4 x_y_pca_quality 0.845806 x_y_r2 0.416082 x_y_corr -0.645044 x_y_cov -0.028205 xy_y2_ols_m 1.365739 xy_y2_ols_b -0.064987 xy_y2_ols_n 4 xy_y2_pca_m 1.406929 xy_y2_pca_b -0.071497 xy_y2_pca_n 4 xy_y2_pca_quality 0.989979 xy_y2_r2 0.956155 xy_y2_corr 0.977832 xy_y2_cov 0.019937 a dog b pan i 5 x 0.2946557960430134 y 0.6850437256584863 x2 0.08682203814174191 xy 0.20185210430817294 y2 0.46928490606405937 x_y_ols_m -1.176419 x_y_ols_b 0.996592 x_y_ols_n 5 x_y_pca_m -1.681618 x_y_pca_b 1.258579 x_y_pca_n 5 x_y_pca_quality 0.899128 x_y_r2 0.607344 x_y_corr -0.779323 x_y_cov -0.042043 xy_y2_ols_m 1.565652 xy_y2_ols_b -0.046615 xy_y2_ols_n 5 xy_y2_pca_m 2.169036 xy_y2_pca_b -0.147265 xy_y2_pca_n 5 xy_y2_pca_quality 0.936719 xy_y2_r2 0.667168 xy_y2_corr 0.816804 xy_y2_cov 0.017742 a wye b cat i 6 x 0.048709182664292916 y 0.5851879044762575 x2 0.0023725844758234536 xy 0.02850402453206882 y2 0.34244488354531344 x_y_ols_m -0.752322 x_y_ols_b 0.750859 x_y_ols_n 6 x_y_pca_m -1.066519 x_y_pca_b 0.889190 x_y_pca_n 6 x_y_pca_quality 0.836548 x_y_r2 0.515958 x_y_corr -0.718302 x_y_cov -0.049192 xy_y2_ols_m 0.917730 xy_y2_ols_b 0.103935 xy_y2_ols_n 6 xy_y2_pca_m 2.512667 xy_y2_pca_b -0.125351 xy_y2_pca_n 6 xy_y2_pca_quality 0.807995 xy_y2_r2 0.286403 xy_y2_corr 0.535166 xy_y2_cov 0.011246 a dog b hat i 7 x 0.8500003149528544 y 0.2984098741712895 x2 0.7225005354199517 xy 0.25364848703063775 y2 0.08904845300292483 x_y_ols_m -0.612818 x_y_ols_b 0.707992 x_y_ols_n 7 x_y_pca_m -0.842190 x_y_pca_b 0.822403 x_y_pca_n 7 x_y_pca_quality 0.820362 x_y_r2 0.476303 x_y_corr -0.690147 x_y_cov -0.048089 xy_y2_ols_m 0.592008 xy_y2_ols_b 0.120493 xy_y2_ols_n 7 xy_y2_pca_m 3.299160 xy_y2_pca_b -0.311183 xy_y2_pca_n 7 xy_y2_pca_quality 0.722139 xy_y2_r2 0.126356 xy_y2_corr 0.355466 xy_y2_cov 0.007067 a pan b pan i 8 x 0.616507208914765 y 0.25924335982487057 x2 0.38008113864387366 xy 0.15982540019531707 y2 0.06720711961328732 x_y_ols_m -0.627947 x_y_ols_b 0.706893 x_y_ols_n 8 x_y_pca_m -0.857225 x_y_pca_b 0.824631 x_y_pca_n 8 x_y_pca_quality 0.826128 x_y_r2 0.489375 x_y_corr -0.699554 x_y_cov -0.043324 xy_y2_ols_m 0.591342 xy_y2_ols_b 0.102111 xy_y2_ols_n 8 xy_y2_pca_m 3.718931 xy_y2_pca_b -0.396750 xy_y2_pca_n 8 xy_y2_pca_quality 0.737121 xy_y2_r2 0.115022 xy_y2_corr 0.339150 xy_y2_cov 0.006050 a hat b hat i 9 x 0.33786884067769307 y 0.6036735617015514 x2 0.11415535350088835 xy 0.203962486439877 y2 0.3644217690974368 x_y_ols_m -0.661274 x_y_ols_b 0.735462 x_y_ols_n 9 x_y_pca_m -0.890432 x_y_pca_b 0.848665 x_y_pca_n 9 x_y_pca_quality 0.838021 x_y_r2 0.516776 x_y_corr -0.718871 x_y_cov -0.042188 xy_y2_ols_m 0.667659 xy_y2_ols_b 0.105305 xy_y2_ols_n 9 xy_y2_pca_m 3.726998 xy_y2_pca_b -0.397782 xy_y2_pca_n 9 xy_y2_pca_quality 0.764687 xy_y2_r2 0.134705 xy_y2_corr 0.367022 xy_y2_cov 0.006124 a wye b hat i 10 x 0.3834648944206174 y 0.4999709279216641 x2 0.14704532525301522 xy 0.19172129908885902 y2 0.24997092876684981 x_y_ols_m -0.664725 x_y_ols_b 0.738937 x_y_ols_n 10 x_y_pca_m -0.888643 x_y_pca_b 0.847077 x_y_pca_n 10 x_y_pca_quality 0.841594 x_y_r2 0.524349 x_y_corr -0.724120 x_y_cov -0.038508 xy_y2_ols_m 0.673183 xy_y2_ols_b 0.106048 xy_y2_ols_n 10 xy_y2_pca_m 3.679574 xy_y2_pca_b -0.396534 xy_y2_pca_n 10 xy_y2_pca_quality 0.765015 xy_y2_r2 0.137573 xy_y2_corr 0.370908 xy_y2_cov 0.005539 a pan b hat i 11 x 0.025474999754416028 y 0.7861954915044592 x2 0.0006489756124874967 xy 0.020028329952999087 y2 0.6181033508619382 x_y_ols_m -0.702240 x_y_ols_b 0.761330 x_y_ols_n 11 x_y_pca_m -0.861995 x_y_pca_b 0.831839 x_y_pca_n 11 x_y_pca_quality 0.884552 x_y_r2 0.623708 x_y_corr -0.789752 x_y_cov -0.049973 xy_y2_ols_m -0.038359 xy_y2_ols_b 0.260804 xy_y2_ols_n 11 xy_y2_pca_m -82.143959 xy_y2_pca_b 12.888187 xy_y2_pca_n 11 xy_y2_pca_quality 0.759203 xy_y2_r2 0.000355 xy_y2_corr -0.018828 xy_y2_cov -0.000360 a cat b hat i 12 x 0.6335445699880142 y 0.15467178563525052 x2 0.4013787221612979 xy 0.0979914699195631 y2 0.02392336127159689 x_y_ols_m -0.740466 x_y_ols_b 0.765334 x_y_ols_n 12 x_y_pca_m -0.911766 x_y_pca_b 0.843681 x_y_pca_n 12 x_y_pca_quality 0.887843 x_y_r2 0.635324 x_y_corr -0.797072 x_y_cov -0.050182 xy_y2_ols_m 0.085108 xy_y2_ols_b 0.222963 xy_y2_ols_n 12 xy_y2_pca_m 41.549828 xy_y2_pca_b -5.961259 xy_y2_pca_n 12 xy_y2_pca_quality 0.780003 xy_y2_r2 0.001597 xy_y2_corr 0.039969 xy_y2_cov 0.000747 a hat b wye i 13 x 0.35922068401384877 y 0.8502678133887914 x2 0.1290394998233774 xy 0.30543378552048117 y2 0.7229553544849566 x_y_ols_m -0.782612 x_y_ols_b 0.811286 x_y_ols_n 13 x_y_pca_m -1.047326 x_y_pca_b 0.930360 x_y_pca_n 13 x_y_pca_quality 0.861099 x_y_r2 0.571131 x_y_corr -0.755732 x_y_cov -0.049199 xy_y2_ols_m 0.659118 xy_y2_ols_b 0.166913 xy_y2_ols_n 13 xy_y2_pca_m 6.994463 xy_y2_pca_b -0.854132 xy_y2_pca_n 13 xy_y2_pca_quality 0.838549 xy_y2_r2 0.078760 xy_y2_corr 0.280642 xy_y2_cov 0.006543 a dog b dog i 14 x 0.5440047442770544 y 0.933608851612059 x2 0.2959411617959433 xy 0.5078876445760125 y2 0.8716254878083876 x_y_ols_m -0.719761 x_y_ols_b 0.821739 x_y_ols_n 14 x_y_pca_m -1.259269 x_y_pca_b 1.068052 x_y_pca_n 14 x_y_pca_quality 0.775265 x_y_r2 0.388115 x_y_corr -0.622988 x_y_cov -0.042223 xy_y2_ols_m 1.175278 xy_y2_ols_b 0.097368 xy_y2_ols_n 14 xy_y2_pca_m 3.119062 xy_y2_pca_b -0.264044 xy_y2_pca_n 14 xy_y2_pca_quality 0.866432 xy_y2_r2 0.322054 xy_y2_corr 0.567498 xy_y2_cov 0.020862 a wye b dog i 15 x 0.4689175303764642 y 0.09048353045392021 x2 0.21988365029436224 xy 0.04242931364019586 y2 0.008187269283405506 x_y_ols_m -0.725720 x_y_ols_b 0.798215 x_y_ols_n 15 x_y_pca_m -1.432456 x_y_pca_b 1.121457 x_y_pca_n 15 x_y_pca_quality 0.758098 x_y_r2 0.343569 x_y_corr -0.586148 x_y_cov -0.039539 xy_y2_ols_m 1.249777 xy_y2_ols_b 0.074959 xy_y2_ols_n 15 xy_y2_pca_m 2.985574 xy_y2_pca_b -0.231176 xy_y2_pca_n 15 xy_y2_pca_quality 0.877117 xy_y2_r2 0.362173 xy_y2_corr 0.601808 xy_y2_cov 0.022316 a pan b pan i 16 x 0.3959177828066379 y 0.6339858483805666 x2 0.15675089074252413 xy 0.25100627142161924 y2 0.4019380559468268 x_y_ols_m -0.734975 x_y_ols_b 0.810106 x_y_ols_n 16 x_y_pca_m -1.451312 x_y_pca_b 1.134988 x_y_pca_n 16 x_y_pca_quality 0.761173 x_y_r2 0.346218 x_y_corr -0.588403 x_y_cov -0.037547 xy_y2_ols_m 1.253418 xy_y2_ols_b 0.075130 xy_y2_ols_n 16 xy_y2_pca_m 2.945315 xy_y2_pca_b -0.231155 xy_y2_pca_n 16 xy_y2_pca_quality 0.877563 xy_y2_r2 0.368261 xy_y2_corr 0.606845 xy_y2_cov 0.021325 a dog b hat i 17 x 0.34033844788864975 y 0.8845934733681523 x2 0.11583025911125516 xy 0.3010611697385466 y2 0.782505613125532 x_y_ols_m -0.779408 x_y_ols_b 0.849058 x_y_ols_n 17 x_y_pca_m -1.579107 x_y_pca_b 1.206423 x_y_pca_n 17 x_y_pca_quality 0.772982 x_y_r2 0.349689 x_y_corr -0.591345 x_y_cov -0.037916 xy_y2_ols_m 1.392136 xy_y2_ols_b 0.068451 xy_y2_ols_n 17 xy_y2_pca_m 3.095298 xy_y2_pca_b -0.251899 xy_y2_pca_n 17 xy_y2_pca_quality 0.896358 xy_y2_r2 0.398830 xy_y2_corr 0.631530 xy_y2_cov 0.023385 a wye b wye i 18 x 0.6770613653962891 y 0.896307226056897 x2 0.4584120925122874 xy 0.6068549942886431 y2 0.8033666434818095 x_y_ols_m -0.628521 x_y_ols_b 0.811643 x_y_ols_n 18 x_y_pca_m -1.834767 x_y_pca_b 1.366109 x_y_pca_n 18 x_y_pca_quality 0.694668 x_y_r2 0.218178 x_y_corr -0.467095 x_y_cov -0.030628 xy_y2_ols_m 1.292066 xy_y2_ols_b 0.083495 xy_y2_ols_n 18 xy_y2_pca_m 2.354328 xy_y2_pca_b -0.141020 xy_y2_pca_n 18 xy_y2_pca_quality 0.888372 xy_y2_r2 0.477918 xy_y2_corr 0.691316 xy_y2_cov 0.033015 a dog b wye i 19 x 0.4865373244199632 y 0.44117766146315884 x2 0.23671856805373653 xy 0.2146493990021416 y2 0.1946377289741016 x_y_ols_m -0.630507 x_y_ols_b 0.809155 x_y_ols_n 19 x_y_pca_m -1.839104 x_y_pca_b 1.366411 x_y_pca_n 19 x_y_pca_quality 0.695696 x_y_r2 0.218821 x_y_corr -0.467783 x_y_cov -0.029041 xy_y2_ols_m 1.290872 xy_y2_ols_b 0.075000 xy_y2_ols_n 19 xy_y2_pca_m 2.393419 xy_y2_pca_b -0.158220 xy_y2_pca_n 19 xy_y2_pca_quality 0.887359 xy_y2_r2 0.469361 xy_y2_corr 0.685099 xy_y2_cov 0.031153 a dog b dog i 20 x 0.3223311725542929 y 0.08115611029827985 x2 0.10389738480022534 xy 0.026159144192390068 y2 0.006586314238746564 x_y_ols_m -0.548880 x_y_ols_b 0.745846 x_y_ols_n 20 x_y_pca_m -2.251324 x_y_pca_b 1.518994 x_y_pca_n 20 x_y_pca_quality 0.661764 x_y_r2 0.151247 x_y_corr -0.388905 x_y_cov -0.024479 xy_y2_ols_m 1.329401 xy_y2_ols_b 0.062098 xy_y2_ols_n 20 xy_y2_pca_m 2.337844 xy_y2_pca_b -0.141870 xy_y2_pca_n 20 xy_y2_pca_quality 0.894994 xy_y2_r2 0.499340 xy_y2_corr 0.706640 xy_y2_cov 0.032678 mlr --oxtab stats2 -s -a linreg-ols,linreg-pca,r2,corr,cov -f x,y,xy,y2 -g a,b ./reg_test/input/abixy-wide-short a cat b pan i 1 x 0.5117389009583777 y 0.08295224980036853 x2 0.2618767027540883 xy 0.0424498931448654 y2 0.006881075746942741 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a pan b wye i 2 x 0.5225940442098578 y 0.511678736087022 x2 0.27310453504361476 xy 0.2674002600279053 y2 0.26181512896361225 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a wye b cat i 3 x 0.8150401717873625 y 0.07989551500795256 x2 0.6642904816271734 xy 0.06511805427712146 y2 0.006383293318385972 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a dog b hat i 4 x 0.4488733555675044 y 0.5730530513123552 x2 0.20148728933843124 xy 0.25722824606077416 y2 0.32838979961840076 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a dog b pan i 5 x 0.2946557960430134 y 0.6850437256584863 x2 0.08682203814174191 xy 0.20185210430817294 y2 0.46928490606405937 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a wye b cat i 6 x 0.048709182664292916 y 0.5851879044762575 x2 0.0023725844758234536 xy 0.02850402453206882 y2 0.34244488354531344 x_y_ols_m -0.659366 x_y_ols_b 0.617305 x_y_ols_n 2 x_y_pca_m -0.659366 x_y_pca_b 0.617305 x_y_pca_n 2 x_y_pca_quality 1.000000 x_y_r2 1.000000 x_y_corr -1.000000 x_y_cov -0.193611 xy_y2_ols_m -9.178492 xy_y2_ols_b 0.604069 xy_y2_ols_n 2 xy_y2_pca_m -9.178492 xy_y2_pca_b 0.604069 xy_y2_pca_n 2 xy_y2_pca_quality 1.000000 xy_y2_r2 1.000000 xy_y2_corr -1.000000 xy_y2_cov -0.006152 a dog b hat i 7 x 0.8500003149528544 y 0.2984098741712895 x2 0.7225005354199517 xy 0.25364848703063775 y2 0.08904845300292483 x_y_ols_m -0.684679 x_y_ols_b 0.880387 x_y_ols_n 2 x_y_pca_m -0.684679 x_y_pca_b 0.880387 x_y_pca_n 2 x_y_pca_quality 1.000000 x_y_r2 1.000000 x_y_corr -1.000000 x_y_cov -0.055083 xy_y2_ols_m 66.859625 xy_y2_ols_b -16.869794 xy_y2_ols_n 2 xy_y2_pca_m 66.859625 xy_y2_pca_b -16.869794 xy_y2_pca_n 2 xy_y2_pca_quality 1.000000 xy_y2_r2 1.000000 xy_y2_corr 1.000000 xy_y2_cov 0.000428 a pan b pan i 8 x 0.616507208914765 y 0.25924335982487057 x2 0.38008113864387366 xy 0.15982540019531707 y2 0.06720711961328732 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a hat b hat i 9 x 0.33786884067769307 y 0.6036735617015514 x2 0.11415535350088835 xy 0.203962486439877 y2 0.3644217690974368 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a wye b hat i 10 x 0.3834648944206174 y 0.4999709279216641 x2 0.14704532525301522 xy 0.19172129908885902 y2 0.24997092876684981 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a pan b hat i 11 x 0.025474999754416028 y 0.7861954915044592 x2 0.0006489756124874967 xy 0.020028329952999087 y2 0.6181033508619382 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a cat b hat i 12 x 0.6335445699880142 y 0.15467178563525052 x2 0.4013787221612979 xy 0.0979914699195631 y2 0.02392336127159689 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a hat b wye i 13 x 0.35922068401384877 y 0.8502678133887914 x2 0.1290394998233774 xy 0.30543378552048117 y2 0.7229553544849566 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a dog b dog i 14 x 0.5440047442770544 y 0.933608851612059 x2 0.2959411617959433 xy 0.5078876445760125 y2 0.8716254878083876 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a wye b dog i 15 x 0.4689175303764642 y 0.09048353045392021 x2 0.21988365029436224 xy 0.04242931364019586 y2 0.008187269283405506 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a pan b pan i 16 x 0.3959177828066379 y 0.6339858483805666 x2 0.15675089074252413 xy 0.25100627142161924 y2 0.4019380559468268 x_y_ols_m -1.698823 x_y_ols_b 1.306580 x_y_ols_n 2 x_y_pca_m -1.698823 x_y_pca_b 1.306580 x_y_pca_n 2 x_y_pca_quality 1.000000 x_y_r2 1.000000 x_y_corr -1.000000 x_y_cov -0.041332 xy_y2_ols_m 3.671065 xy_y2_ols_b -0.519522 xy_y2_ols_n 2 xy_y2_pca_m 3.671065 xy_y2_pca_b -0.519522 xy_y2_pca_n 2 xy_y2_pca_quality 1.000000 xy_y2_r2 1.000000 xy_y2_corr 1.000000 xy_y2_cov 0.015261 a dog b hat i 17 x 0.34033844788864975 y 0.8845934733681523 x2 0.11583025911125516 xy 0.3010611697385466 y2 0.782505613125532 x_y_ols_m -1.023812 x_y_ols_b 1.144767 x_y_ols_n 3 x_y_pca_m -1.098934 x_y_pca_b 1.185814 x_y_pca_n 3 x_y_pca_quality 0.967833 x_y_r2 0.878279 x_y_corr -0.937166 x_y_cov -0.073789 xy_y2_ols_m 12.826246 xy_y2_ols_b -3.071390 xy_y2_ols_n 3 xy_y2_pca_m 13.871436 xy_y2_pca_b -3.354267 xy_y2_pca_n 3 xy_y2_pca_quality 0.999579 xy_y2_r2 0.924260 xy_y2_corr 0.961385 xy_y2_cov 0.008940 a wye b wye i 18 x 0.6770613653962891 y 0.896307226056897 x2 0.4584120925122874 xy 0.6068549942886431 y2 0.8033666434818095 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a dog b wye i 19 x 0.4865373244199632 y 0.44117766146315884 x2 0.23671856805373653 xy 0.2146493990021416 y2 0.1946377289741016 x_y_ols_m x_y_ols_b x_y_ols_n 1 x_y_pca_m x_y_pca_b x_y_pca_n x_y_pca_quality x_y_r2 x_y_corr x_y_cov xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n 1 xy_y2_pca_m xy_y2_pca_b xy_y2_pca_n xy_y2_pca_quality xy_y2_r2 xy_y2_corr xy_y2_cov a dog b dog i 20 x 0.3223311725542929 y 0.08115611029827985 x2 0.10389738480022534 xy 0.026159144192390068 y2 0.006586314238746564 x_y_ols_m 3.845532 x_y_ols_b -1.158379 x_y_ols_n 2 x_y_pca_m 3.845532 x_y_pca_b -1.158379 x_y_pca_n 2 x_y_pca_quality 1.000000 x_y_r2 1.000000 x_y_corr 1.000000 x_y_cov 0.094483 xy_y2_ols_m 1.795699 xy_y2_ols_b -0.040388 xy_y2_ols_n 2 xy_y2_pca_m 1.795699 xy_y2_pca_b -0.040388 xy_y2_pca_n 2 xy_y2_pca_quality 1.000000 xy_y2_r2 1.000000 xy_y2_corr 1.000000 xy_y2_cov 0.208357 mlr --opprint stats2 --fit -a linreg-ols,linreg-pca -f x,y,xy,y2 ./reg_test/input/abixy-wide-short a b i x y x2 xy y2 x_y_ols_fit x_y_pca_fit xy_y2_ols_fit xy_y2_pca_fit cat pan 1 0.5117389009583777 0.08295224980036853 0.2618767027540883 0.0424498931448654 0.006881075746942741 0.464963 0.366904 0.118531 -0.042629 pan wye 2 0.5225940442098578 0.511678736087022 0.27310453504361476 0.2674002600279053 0.26181512896361225 0.459005 0.342466 0.417581 0.483270 wye cat 3 0.8150401717873625 0.07989551500795256 0.6642904816271734 0.06511805427712146 0.006383293318385972 0.298487 -0.315925 0.148666 0.010366 dog hat 4 0.4488733555675044 0.5730530513123552 0.20148728933843124 0.25722824606077416 0.32838979961840076 0.499469 0.508435 0.404058 0.459490 dog pan 5 0.2946557960430134 0.6850437256584863 0.08682203814174191 0.20185210430817294 0.46928490606405937 0.584116 0.855629 0.330441 0.330029 wye cat 6 0.048709182664292916 0.5851879044762575 0.0023725844758234536 0.02850402453206882 0.34244488354531344 0.719111 1.409334 0.099992 -0.075232 dog hat 7 0.8500003149528544 0.2984098741712895 0.7225005354199517 0.25364848703063775 0.08904845300292483 0.279298 -0.394632 0.399299 0.451121 pan pan 8 0.616507208914765 0.25924335982487057 0.38008113864387366 0.15982540019531707 0.06720711961328732 0.407458 0.131037 0.274570 0.231777 hat hat 9 0.33786884067769307 0.6036735617015514 0.11415535350088835 0.203962486439877 0.3644217690974368 0.560397 0.758342 0.333246 0.334963 wye hat 10 0.3834648944206174 0.4999709279216641 0.14704532525301522 0.19172129908885902 0.24997092876684981 0.535370 0.655691 0.316973 0.306345 pan hat 11 0.025474999754416028 0.7861954915044592 0.0006489756124874967 0.020028329952999087 0.6181033508619382 0.731863 1.461642 0.088724 -0.095047 cat hat 12 0.6335445699880142 0.15467178563525052 0.4013787221612979 0.0979914699195631 0.02392336127159689 0.398106 0.092680 0.192368 0.087219 hat wye 13 0.35922068401384877 0.8502678133887914 0.1290394998233774 0.30543378552048117 0.7229553544849566 0.548677 0.710272 0.468142 0.572187 dog dog 14 0.5440047442770544 0.933608851612059 0.2959411617959433 0.5078876445760125 0.8716254878083876 0.447253 0.294263 0.737285 1.045492 wye dog 15 0.4689175303764642 0.09048353045392021 0.21988365029436224 0.04242931364019586 0.008187269283405506 0.488467 0.463309 0.118504 -0.042677 pan pan 16 0.3959177828066379 0.6339858483805666 0.15675089074252413 0.25100627142161924 0.4019380559468268 0.528535 0.627655 0.395786 0.444944 dog hat 17 0.34033844788864975 0.8845934733681523 0.11583025911125516 0.3010611697385466 0.782505613125532 0.559041 0.752782 0.462329 0.561964 wye wye 18 0.6770613653962891 0.896307226056897 0.4584120925122874 0.6068549942886431 0.8033666434818095 0.374221 -0.005290 0.868852 1.276863 dog wye 19 0.4865373244199632 0.44117766146315884 0.23671856805373653 0.2146493990021416 0.1946377289741016 0.478796 0.423641 0.347454 0.359947 dog dog 20 0.3223311725542929 0.08115611029827985 0.10389738480022534 0.026159144192390068 0.006586314238746564 0.568925 0.793322 0.096874 -0.080714 mlr --opprint stats2 --fit -a linreg-ols,linreg-pca -f x,y,xy,y2 -g a ./reg_test/input/abixy-wide-short a b i x y x2 xy y2 x_y_ols_fit x_y_pca_fit xy_y2_ols_fit xy_y2_pca_fit cat pan 1 0.5117389009583777 0.08295224980036853 0.2618767027540883 0.0424498931448654 0.006881075746942741 0.082952 0.082952 0.006881 0.006881 cat hat 12 0.6335445699880142 0.15467178563525052 0.4013787221612979 0.0979914699195631 0.02392336127159689 0.154672 0.154672 0.023923 0.023923 pan wye 2 0.5225940442098578 0.511678736087022 0.27310453504361476 0.2674002600279053 0.26181512896361225 0.445016 0.435835 0.237402 0.033364 pan pan 8 0.616507208914765 0.25924335982487057 0.38008113864387366 0.15982540019531707 0.06720711961328732 0.372165 0.356477 0.353122 0.385517 pan hat 11 0.025474999754416028 0.7861954915044592 0.0006489756124874967 0.020028329952999087 0.6181033508619382 0.830642 0.855912 0.503503 0.843152 pan pan 16 0.3959177828066379 0.6339858483805666 0.15675089074252413 0.25100627142161924 0.4019380559468268 0.543281 0.542880 0.255037 0.087031 wye cat 3 0.8150401717873625 0.07989551500795256 0.6642904816271734 0.06511805427712146 0.006383293318385972 0.337827 -0.227660 0.137066 0.112494 wye cat 6 0.048709182664292916 0.5851879044762575 0.0023725844758234536 0.02850402453206882 0.34244488354531344 0.548640 1.271347 0.093480 0.061521 wye hat 10 0.3834648944206174 0.4999709279216641 0.14704532525301522 0.19172129908885902 0.24997092876684981 0.456551 0.616537 0.287780 0.288747 wye dog 15 0.4689175303764642 0.09048353045392021 0.21988365029436224 0.04242931364019586 0.008187269283405506 0.433043 0.449384 0.110057 0.080907 wye wye 18 0.6770613653962891 0.896307226056897 0.4584120925122874 0.6068549942886431 0.8033666434818095 0.375784 0.042238 0.781971 0.866684 dog hat 4 0.4488733555675044 0.5730530513123552 0.20148728933843124 0.25722824606077416 0.32838979961840076 0.563043 0.668750 0.401991 0.406622 dog pan 5 0.2946557960430134 0.6850437256584863 0.08682203814174191 0.20185210430817294 0.46928490606405937 0.610235 1.504956 0.297579 0.255112 dog hat 7 0.8500003149528544 0.2984098741712895 0.7225005354199517 0.25364848703063775 0.08904845300292483 0.440294 -1.506261 0.395241 0.396827 dog dog 14 0.5440047442770544 0.933608851612059 0.2959411617959433 0.5078876445760125 0.8716254878083876 0.533932 0.152924 0.874610 1.092430 dog hat 17 0.34033844788864975 0.8845934733681523 0.11583025911125516 0.3010611697385466 0.782505613125532 0.596256 1.257254 0.484638 0.526549 dog wye 19 0.4865373244199632 0.44117766146315884 0.23671856805373653 0.2146493990021416 0.1946377289741016 0.551517 0.464527 0.321709 0.290125 dog dog 20 0.3223311725542929 0.08115611029827985 0.10389738480022534 0.026159144192390068 0.006586314238746564 0.601766 1.354893 -0.033690 -0.225587 hat hat 9 0.33786884067769307 0.6036735617015514 0.11415535350088835 0.203962486439877 0.3644217690974368 0.603674 0.603674 0.364422 0.364422 hat wye 13 0.35922068401384877 0.8502678133887914 0.1290394998233774 0.30543378552048117 0.7229553544849566 0.850268 0.850268 0.722955 0.722955 mlr --opprint stats2 -a logireg -f x,y ./reg_test/input/logi.dkvp x_y_logistic_m x_y_logistic_b x_y_logistic_n 0.145457 0.145449 22 mlr --opprint stats2 -a logireg -f x,y -g g ./reg_test/input/logi.dkvp g x_y_logistic_m x_y_logistic_b x_y_logistic_n red 0.145458 -0.036371 11 blue 0.145457 0.327269 11 mlr --oxtab stats2 -a cov -f x,y ./reg_test/input/abixy-het x_y_cov -0.011481 mlr --oxtab stats2 -a cov -f x,y -g a ./reg_test/input/abixy-het a pan x_y_cov 0.017595 a eks x_y_cov 0.034641 a wye a zee x_y_cov mlr --opprint step -a rsum,shift,delta,counter -f x,y ./reg_test/input/abixy a b i x y x_rsum x_shift x_delta x_counter y_rsum y_shift y_delta y_counter pan pan 1 0.3467901443380824 0.7268028627434533 0.346790 - 0 1 0.726803 - 0 1 eks pan 2 0.7586799647899636 0.5221511083334797 1.105470 0.3467901443380824 0.411890 2 1.248954 0.7268028627434533 -0.204652 2 wye wye 3 0.20460330576630303 0.33831852551664776 1.310073 0.7586799647899636 -0.554077 3 1.587272 0.5221511083334797 -0.183833 3 eks wye 4 0.38139939387114097 0.13418874328430463 1.691473 0.20460330576630303 0.176796 4 1.721461 0.33831852551664776 -0.204130 4 wye pan 5 0.5732889198020006 0.8636244699032729 2.264762 0.38139939387114097 0.191890 5 2.585086 0.13418874328430463 0.729436 5 zee pan 6 0.5271261600918548 0.49322128674835697 2.791888 0.5732889198020006 -0.046163 6 3.078307 0.8636244699032729 -0.370403 6 eks zee 7 0.6117840605678454 0.1878849191181694 3.403672 0.5271261600918548 0.084658 7 3.266192 0.49322128674835697 -0.305336 7 zee wye 8 0.5985540091064224 0.976181385699006 4.002226 0.6117840605678454 -0.013230 8 4.242373 0.1878849191181694 0.788296 8 hat wye 9 0.03144187646093577 0.7495507603507059 4.033668 0.5985540091064224 -0.567112 9 4.991924 0.976181385699006 -0.226631 9 pan wye 10 0.5026260055412137 0.9526183602969864 4.536294 0.03144187646093577 0.471184 10 5.944542 0.7495507603507059 0.203068 10 mlr --opprint step -a rsum,shift,delta,counter -f x,y -g a ./reg_test/input/abixy a b i x y x_rsum x_shift x_delta x_counter y_rsum y_shift y_delta y_counter pan pan 1 0.3467901443380824 0.7268028627434533 0.346790 - 0 1 0.726803 - 0 1 eks pan 2 0.7586799647899636 0.5221511083334797 0.758680 - 0 1 0.522151 - 0 1 wye wye 3 0.20460330576630303 0.33831852551664776 0.204603 - 0 1 0.338319 - 0 1 eks wye 4 0.38139939387114097 0.13418874328430463 1.140079 0.7586799647899636 -0.377281 2 0.656340 0.5221511083334797 -0.387962 2 wye pan 5 0.5732889198020006 0.8636244699032729 0.777892 0.20460330576630303 0.368686 2 1.201943 0.33831852551664776 0.525306 2 zee pan 6 0.5271261600918548 0.49322128674835697 0.527126 - 0 1 0.493221 - 0 1 eks zee 7 0.6117840605678454 0.1878849191181694 1.751863 0.38139939387114097 0.230385 3 0.844225 0.13418874328430463 0.053696 3 zee wye 8 0.5985540091064224 0.976181385699006 1.125680 0.5271261600918548 0.071428 2 1.469403 0.49322128674835697 0.482960 2 hat wye 9 0.03144187646093577 0.7495507603507059 0.031442 - 0 1 0.749551 - 0 1 pan wye 10 0.5026260055412137 0.9526183602969864 0.849416 0.3467901443380824 0.155836 2 1.679421 0.7268028627434533 0.225815 2 mlr --opprint step -a ewma -d 0.1,0.9 -f x,y -g a ./reg_test/input/abixy a b i x y x_ewma_0.1 x_ewma_0.9 y_ewma_0.1 y_ewma_0.9 pan pan 1 0.3467901443380824 0.7268028627434533 0.346790 0.346790 0.726803 0.726803 eks pan 2 0.7586799647899636 0.5221511083334797 0.758680 0.758680 0.522151 0.522151 wye wye 3 0.20460330576630303 0.33831852551664776 0.204603 0.204603 0.338319 0.338319 eks wye 4 0.38139939387114097 0.13418874328430463 0.720952 0.419127 0.483355 0.172985 wye pan 5 0.5732889198020006 0.8636244699032729 0.241472 0.536420 0.390849 0.811094 zee pan 6 0.5271261600918548 0.49322128674835697 0.527126 0.527126 0.493221 0.493221 eks zee 7 0.6117840605678454 0.1878849191181694 0.710035 0.592518 0.453808 0.186395 zee wye 8 0.5985540091064224 0.976181385699006 0.534269 0.591411 0.541517 0.927885 hat wye 9 0.03144187646093577 0.7495507603507059 0.031442 0.031442 0.749551 0.749551 pan wye 10 0.5026260055412137 0.9526183602969864 0.362374 0.487042 0.749384 0.930037 mlr --opprint step -a ewma -d 0.1,0.9 -o smooth,rough -f x,y -g a ./reg_test/input/abixy a b i x y x_ewma_smooth x_ewma_rough y_ewma_smooth y_ewma_rough pan pan 1 0.3467901443380824 0.7268028627434533 0.346790 0.346790 0.726803 0.726803 eks pan 2 0.7586799647899636 0.5221511083334797 0.758680 0.758680 0.522151 0.522151 wye wye 3 0.20460330576630303 0.33831852551664776 0.204603 0.204603 0.338319 0.338319 eks wye 4 0.38139939387114097 0.13418874328430463 0.720952 0.419127 0.483355 0.172985 wye pan 5 0.5732889198020006 0.8636244699032729 0.241472 0.536420 0.390849 0.811094 zee pan 6 0.5271261600918548 0.49322128674835697 0.527126 0.527126 0.493221 0.493221 eks zee 7 0.6117840605678454 0.1878849191181694 0.710035 0.592518 0.453808 0.186395 zee wye 8 0.5985540091064224 0.976181385699006 0.534269 0.591411 0.541517 0.927885 hat wye 9 0.03144187646093577 0.7495507603507059 0.031442 0.031442 0.749551 0.749551 pan wye 10 0.5026260055412137 0.9526183602969864 0.362374 0.487042 0.749384 0.930037 mlr --odkvp step -a rsum,shift,delta,counter -f x,y ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x_rsum=0.346790,x_shift=,x_delta=0,x_counter=1,y_rsum=0.726803,y_shift=,y_delta=0,y_counter=1 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x_rsum=1.105470,x_shift=0.3467901443380824,x_delta=0.411890,x_counter=2,y_rsum=1.248954,y_shift=0.7268028627434533,y_delta=-0.204652,y_counter=2 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,x_rsum=1.310073,x_shift=0.7586799647899636,x_delta=-0.554077,x_counter=3,y_rsum=1.587272,y_shift=0.5221511083334797,y_delta=-0.183833,y_counter=3 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,x_rsum=1.691473,x_shift=0.20460330576630303,x_delta=0.176796,x_counter=4,y_rsum=1.721461,y_shift=0.33831852551664776,y_delta=-0.204130,y_counter=4 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,y_rsum=2.585086,y_shift=0.13418874328430463,y_delta=0.729436,y_counter=5 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x_rsum=2.218599,x_shift=0.38139939387114097,x_delta=0.145727,x_counter=5,y_rsum=3.078307,y_shift=0.8636244699032729,y_delta=-0.370403,y_counter=6 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,x_rsum=2.830383,x_shift=0.5271261600918548,x_delta=0.084658,x_counter=6,y_rsum=3.266192,y_shift=0.49322128674835697,y_delta=-0.305336,y_counter=7 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,x_rsum=3.428937,x_shift=0.6117840605678454,x_delta=-0.013230,x_counter=7 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,x_rsum=3.460379,x_shift=0.5985540091064224,x_delta=-0.567112,x_counter=8,y_rsum=4.015743,y_shift=0.1878849191181694,y_delta=0.561666,y_counter=8 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x_rsum=3.963005,x_shift=0.03144187646093577,x_delta=0.471184,x_counter=9,y_rsum=4.968361,y_shift=0.7495507603507059,y_delta=0.203068,y_counter=9 mlr --odkvp step -a rsum,shift,delta,counter -f x,y -g a ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x_rsum=0.346790,x_shift=,x_delta=0,x_counter=1,y_rsum=0.726803,y_shift=,y_delta=0,y_counter=1 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x_rsum=0.758680,x_shift=,x_delta=0,x_counter=1,y_rsum=0.522151,y_shift=,y_delta=0,y_counter=1 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,x_rsum=1.140079,x_shift=0.7586799647899636,x_delta=-0.377281,x_counter=2,y_rsum=0.656340,y_shift=0.5221511083334797,y_delta=-0.387962,y_counter=2 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,y_rsum=0.863624,y_shift=,y_delta=0,y_counter=1 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x_rsum=0.527126,x_shift=,x_delta=0,x_counter=1,y_rsum=0.493221,y_shift=,y_delta=0,y_counter=1 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,x_rsum=1.751863,x_shift=0.38139939387114097,x_delta=0.230385,x_counter=3,y_rsum=0.844225,y_shift=0.13418874328430463,y_delta=0.053696,y_counter=3 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,x_rsum=1.125680,x_shift=0.5271261600918548,x_delta=0.071428,x_counter=2 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x_rsum=0.849416,x_shift=0.3467901443380824,x_delta=0.155836,x_counter=2,y_rsum=1.679421,y_shift=0.7268028627434533,y_delta=0.225815,y_counter=2 mlr --opprint step -a ewma -d 0.1,0.9 -f x,y -g a ./reg_test/input/abixy-het a b i x y x_ewma_0.1 x_ewma_0.9 y_ewma_0.1 y_ewma_0.9 pan pan 1 0.3467901443380824 0.7268028627434533 0.346790 0.346790 0.726803 0.726803 eks pan 2 0.7586799647899636 0.5221511083334797 0.758680 0.758680 0.522151 0.522151 aaa b i x y wye wye 3 0.20460330576630303 0.33831852551664776 a bbb i x y x_ewma_0.1 x_ewma_0.9 y_ewma_0.1 y_ewma_0.9 eks wye 4 0.38139939387114097 0.13418874328430463 0.720952 0.419127 0.483355 0.172985 a b i xxx y y_ewma_0.1 y_ewma_0.9 wye pan 5 0.5732889198020006 0.8636244699032729 0.863624 0.863624 a b i x y x_ewma_0.1 x_ewma_0.9 y_ewma_0.1 y_ewma_0.9 zee pan 6 0.5271261600918548 0.49322128674835697 0.527126 0.527126 0.493221 0.493221 a b iii x y x_ewma_0.1 x_ewma_0.9 y_ewma_0.1 y_ewma_0.9 eks zee 7 0.6117840605678454 0.1878849191181694 0.710035 0.592518 0.453808 0.186395 a b i x yyy x_ewma_0.1 x_ewma_0.9 zee wye 8 0.5985540091064224 0.976181385699006 0.534269 0.591411 aaa bbb i x y hat wye 9 0.03144187646093577 0.7495507603507059 a b i x y x_ewma_0.1 x_ewma_0.9 y_ewma_0.1 y_ewma_0.9 pan wye 10 0.5026260055412137 0.9526183602969864 0.362374 0.487042 0.749384 0.930037 mlr --opprint step -a ewma -d 0.1,0.9 -o smooth,rough -f x,y -g a ./reg_test/input/abixy-het a b i x y x_ewma_smooth x_ewma_rough y_ewma_smooth y_ewma_rough pan pan 1 0.3467901443380824 0.7268028627434533 0.346790 0.346790 0.726803 0.726803 eks pan 2 0.7586799647899636 0.5221511083334797 0.758680 0.758680 0.522151 0.522151 aaa b i x y wye wye 3 0.20460330576630303 0.33831852551664776 a bbb i x y x_ewma_smooth x_ewma_rough y_ewma_smooth y_ewma_rough eks wye 4 0.38139939387114097 0.13418874328430463 0.720952 0.419127 0.483355 0.172985 a b i xxx y y_ewma_smooth y_ewma_rough wye pan 5 0.5732889198020006 0.8636244699032729 0.863624 0.863624 a b i x y x_ewma_smooth x_ewma_rough y_ewma_smooth y_ewma_rough zee pan 6 0.5271261600918548 0.49322128674835697 0.527126 0.527126 0.493221 0.493221 a b iii x y x_ewma_smooth x_ewma_rough y_ewma_smooth y_ewma_rough eks zee 7 0.6117840605678454 0.1878849191181694 0.710035 0.592518 0.453808 0.186395 a b i x yyy x_ewma_smooth x_ewma_rough zee wye 8 0.5985540091064224 0.976181385699006 0.534269 0.591411 aaa bbb i x y hat wye 9 0.03144187646093577 0.7495507603507059 a b i x y x_ewma_smooth x_ewma_rough y_ewma_smooth y_ewma_rough pan wye 10 0.5026260055412137 0.9526183602969864 0.362374 0.487042 0.749384 0.930037 mlr --icsvlite --opprint step -a from-first -f x ./reg_test/input/from-first.csv x g x_from_first 100 red 0 203 red 103 101 green 1 307 red 207 209 green 109 314 green 214 mlr --icsvlite --opprint step -a from-first -f x -g g ./reg_test/input/from-first.csv x g x_from_first 100 red 0 203 red 103 101 green 0 307 red 207 209 green 108 314 green 213 mlr --opprint histogram -f x,y --lo 0 --hi 1 --nbins 20 ./reg_test/input/small bin_lo bin_hi x_count y_count 0.000000 0.050000 1 0 0.050000 0.100000 0 0 0.100000 0.150000 0 1 0.150000 0.200000 0 1 0.200000 0.250000 1 0 0.250000 0.300000 0 0 0.300000 0.350000 1 1 0.350000 0.400000 1 0 0.400000 0.450000 0 0 0.450000 0.500000 0 1 0.500000 0.550000 2 1 0.550000 0.600000 2 0 0.600000 0.650000 1 0 0.650000 0.700000 0 0 0.700000 0.750000 0 2 0.750000 0.800000 1 0 0.800000 0.850000 0 0 0.850000 0.900000 0 1 0.900000 0.950000 0 0 0.950000 1.000000 0 2 mlr --opprint histogram -f x,y --lo 0 --hi 1 --nbins 20 -o foo_ ./reg_test/input/small foo_bin_lo foo_bin_hi foo_x_count foo_y_count 0.000000 0.050000 1 0 0.050000 0.100000 0 0 0.100000 0.150000 0 1 0.150000 0.200000 0 1 0.200000 0.250000 1 0 0.250000 0.300000 0 0 0.300000 0.350000 1 1 0.350000 0.400000 1 0 0.400000 0.450000 0 0 0.450000 0.500000 0 1 0.500000 0.550000 2 1 0.550000 0.600000 2 0 0.600000 0.650000 1 0 0.650000 0.700000 0 0 0.700000 0.750000 0 2 0.750000 0.800000 1 0 0.800000 0.850000 0 0 0.850000 0.900000 0 1 0.900000 0.950000 0 0 0.950000 1.000000 0 2 mlr --opprint histogram --nbins 9 --auto -f x,y ./reg_test/input/ints.dkvp bin_lo bin_hi x_count y_count 0.000000 1.000000 8 1 1.000000 2.000000 2 2 2.000000 3.000000 5 5 3.000000 4.000000 4 1 4.000000 5.000000 3 2 5.000000 6.000000 1 4 6.000000 7.000000 3 4 7.000000 8.000000 2 4 8.000000 9.000000 2 7 mlr --opprint histogram --nbins 9 --auto -f x,y -o foo_ ./reg_test/input/ints.dkvp foo_bin_lo bin_hi foo_x_count foo_y_count 0.000000 1.000000 8 1 1.000000 2.000000 2 2 2.000000 3.000000 5 5 3.000000 4.000000 4 1 4.000000 5.000000 3 2 5.000000 6.000000 1 4 6.000000 7.000000 3 4 7.000000 8.000000 2 4 8.000000 9.000000 2 7 mlr --csvlite --opprint merge-fields -a p0,min,p29,max,p100,sum -c _in,_out ./reg_test/input/merge-fields-in-out.csv a_p0 a_min a_p29 a_max a_p100 a_sum b_p0 b_min b_p29 b_max b_p100 b_sum 436 436 436 490 490 926 195 195 195 446 446 641 320 320 320 526 526 846 780 780 780 963 963 1743 220 220 220 888 888 1108 705 705 705 831 831 1536 mlr --csvlite --opprint merge-fields -k -a p0,min,p29,max,p100,sum -c _in,_out ./reg_test/input/merge-fields-in-out.csv a_in a_out b_in b_out a_p0 a_min a_p29 a_max a_p100 a_sum b_p0 b_min b_p29 b_max b_p100 b_sum 436 490 446 195 436 436 436 490 490 926 195 195 195 446 446 641 526 320 963 780 320 320 320 526 526 846 780 780 780 963 963 1743 220 888 705 831 220 220 220 888 888 1108 705 705 705 831 831 1536 mlr --csvlite --opprint merge-fields -i -a p0,min,p29,max,p100,sum -c _in,_out ./reg_test/input/merge-fields-in-out.csv a_p0 a_min a_p29 a_max a_p100 a_sum b_p0 b_min b_p29 b_max b_p100 b_sum 436.000000 436 451.660000 490 490 926 195.000000 195 267.790000 446 446 641 320.000000 320 379.740000 526 526 846 780.000000 780 833.070000 963 963 1743 220.000000 220 413.720000 888 888 1108 705.000000 705 741.540000 831 831 1536 mlr --csvlite --opprint merge-fields -i -k -a p0,min,p29,max,p100,sum -c _in,_out ./reg_test/input/merge-fields-in-out.csv a_in a_out b_in b_out a_p0 a_min a_p29 a_max a_p100 a_sum b_p0 b_min b_p29 b_max b_p100 b_sum 436 490 446 195 436.000000 436 451.660000 490 490 926 195.000000 195 267.790000 446 446 641 526 320 963 780 320.000000 320 379.740000 526 526 846 780.000000 780 833.070000 963 963 1743 220 888 705 831 220.000000 220 413.720000 888 888 1108 705.000000 705 741.540000 831 831 1536 mlr --csvlite --opprint merge-fields -a p0,min,p29,max,p100 -c _in,_out ./reg_test/input/merge-fields-in-out-mixed.csv a_p0 a_min a_p29 a_max a_p100 b_p0 b_min b_p29 b_max b_p100 436 436 436 abc abc 195 195 195 446 446 320 320 320 526 526 780 780 780 def def 220 220 220 888 888 705 705 705 ghi ghi jkl jkl jkl mno mno pqr pqr pqr stu stu mlr --csvlite --opprint merge-fields -k -a p0,min,p29,max,p100 -c _in,_out ./reg_test/input/merge-fields-in-out-mixed.csv a_in a_out b_in b_out a_p0 a_min a_p29 a_max a_p100 b_p0 b_min b_p29 b_max b_p100 436 abc 446 195 436 436 436 abc abc 195 195 195 446 446 526 320 def 780 320 320 320 526 526 780 780 780 def def 220 888 705 ghi 220 220 220 888 888 705 705 705 ghi ghi jkl mno pqr stu jkl jkl jkl mno mno pqr pqr pqr stu stu mlr --oxtab merge-fields -k -a p0,min,p29,max,p100,sum,count -f a_in_x,a_out_x -o foo ./reg_test/input/merge-fields-abxy.dkvp a_in_x 1 a_out_x 2 b_in_y 4 b_out_x 8 foo_p0 1 foo_min 1 foo_p29 1 foo_max 2 foo_p100 2 foo_sum 3 foo_count 2 z 1 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 a_on_x 1 a_out_x 2 b_in_y 4 b_out_x 8 foo_p0 2 foo_min 2 foo_p29 2 foo_max 2 foo_p100 2 foo_sum 2 foo_count 1 a_in_x 1 a_oot_x 2 b_in_y 4 b_out_x 8 foo_p0 1 foo_min 1 foo_p29 1 foo_max 1 foo_p100 1 foo_sum 1 foo_count 1 a_in_x 1 a_out_x 2 b_on_y 4 b_out_x 8 foo_p0 1 foo_min 1 foo_p29 1 foo_max 2 foo_p100 2 foo_sum 3 foo_count 2 a_in_x 1 a_out_x 2 b_in_y 4 b_oot_x 8 foo_p0 1 foo_min 1 foo_p29 1 foo_max 2 foo_p100 2 foo_sum 3 foo_count 2 z 2 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 a_on_x 1 a_oot_x 2 b_in_y 4 b_out_x 8 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 a_on_x 1 a_out_x 2 b_on_y 4 b_out_x 8 foo_p0 2 foo_min 2 foo_p29 2 foo_max 2 foo_p100 2 foo_sum 2 foo_count 1 a_on_x 1 a_out_x 2 b_in_y 4 b_oot_x 8 foo_p0 2 foo_min 2 foo_p29 2 foo_max 2 foo_p100 2 foo_sum 2 foo_count 1 a_in_x 1 a_oot_x 2 b_on_y 4 b_out_x 8 foo_p0 1 foo_min 1 foo_p29 1 foo_max 1 foo_p100 1 foo_sum 1 foo_count 1 a_in_x 1 a_oot_x 2 b_in_y 4 b_oot_x 8 foo_p0 1 foo_min 1 foo_p29 1 foo_max 1 foo_p100 1 foo_sum 1 foo_count 1 a_in_x 1 a_out_x 2 b_on_y 4 b_oot_x 8 foo_p0 1 foo_min 1 foo_p29 1 foo_max 2 foo_p100 2 foo_sum 3 foo_count 2 z 3 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 a_in_x 1 a_oot_x 2 b_on_y 4 b_oot_x 8 foo_p0 1 foo_min 1 foo_p29 1 foo_max 1 foo_p100 1 foo_sum 1 foo_count 1 a_on_x 1 a_out_x 2 b_on_y 4 b_oot_x 8 foo_p0 2 foo_min 2 foo_p29 2 foo_max 2 foo_p100 2 foo_sum 2 foo_count 1 a_on_x 1 a_oot_x 2 b_in_y 4 b_oot_x 8 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 a_on_x 1 a_oot_x 2 b_on_y 4 b_out_x 8 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 z 4 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 a_on_x 1 a_oot_x 2 b_on_y 4 b_oot_x 8 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 mlr --oxtab merge-fields -k -a p0,min,p29,max,p100,sum,count -r in_,out_ -o bar ./reg_test/input/merge-fields-abxy.dkvp a_in_x 1 a_out_x 2 b_in_y 4 b_out_x 8 bar_p0 1 bar_min 1 bar_p29 2 bar_max 8 bar_p100 8 bar_sum 15 bar_count 4 z 1 bar_p0 bar_min bar_p29 bar_max bar_p100 bar_sum 0 bar_count 0 a_on_x 1 a_out_x 2 b_in_y 4 b_out_x 8 bar_p0 2 bar_min 2 bar_p29 2 bar_max 8 bar_p100 8 bar_sum 14 bar_count 3 a_in_x 1 a_oot_x 2 b_in_y 4 b_out_x 8 bar_p0 1 bar_min 1 bar_p29 1 bar_max 8 bar_p100 8 bar_sum 13 bar_count 3 a_in_x 1 a_out_x 2 b_on_y 4 b_out_x 8 bar_p0 1 bar_min 1 bar_p29 1 bar_max 8 bar_p100 8 bar_sum 11 bar_count 3 a_in_x 1 a_out_x 2 b_in_y 4 b_oot_x 8 bar_p0 1 bar_min 1 bar_p29 1 bar_max 4 bar_p100 4 bar_sum 7 bar_count 3 z 2 bar_p0 bar_min bar_p29 bar_max bar_p100 bar_sum 0 bar_count 0 a_on_x 1 a_oot_x 2 b_in_y 4 b_out_x 8 bar_p0 4 bar_min 4 bar_p29 4 bar_max 8 bar_p100 8 bar_sum 12 bar_count 2 a_on_x 1 a_out_x 2 b_on_y 4 b_out_x 8 bar_p0 2 bar_min 2 bar_p29 2 bar_max 8 bar_p100 8 bar_sum 10 bar_count 2 a_on_x 1 a_out_x 2 b_in_y 4 b_oot_x 8 bar_p0 2 bar_min 2 bar_p29 2 bar_max 4 bar_p100 4 bar_sum 6 bar_count 2 a_in_x 1 a_oot_x 2 b_on_y 4 b_out_x 8 bar_p0 1 bar_min 1 bar_p29 1 bar_max 8 bar_p100 8 bar_sum 9 bar_count 2 a_in_x 1 a_oot_x 2 b_in_y 4 b_oot_x 8 bar_p0 1 bar_min 1 bar_p29 1 bar_max 4 bar_p100 4 bar_sum 5 bar_count 2 a_in_x 1 a_out_x 2 b_on_y 4 b_oot_x 8 bar_p0 1 bar_min 1 bar_p29 1 bar_max 2 bar_p100 2 bar_sum 3 bar_count 2 z 3 bar_p0 bar_min bar_p29 bar_max bar_p100 bar_sum 0 bar_count 0 a_in_x 1 a_oot_x 2 b_on_y 4 b_oot_x 8 bar_p0 1 bar_min 1 bar_p29 1 bar_max 1 bar_p100 1 bar_sum 1 bar_count 1 a_on_x 1 a_out_x 2 b_on_y 4 b_oot_x 8 bar_p0 2 bar_min 2 bar_p29 2 bar_max 2 bar_p100 2 bar_sum 2 bar_count 1 a_on_x 1 a_oot_x 2 b_in_y 4 b_oot_x 8 bar_p0 4 bar_min 4 bar_p29 4 bar_max 4 bar_p100 4 bar_sum 4 bar_count 1 a_on_x 1 a_oot_x 2 b_on_y 4 b_out_x 8 bar_p0 8 bar_min 8 bar_p29 8 bar_max 8 bar_p100 8 bar_sum 8 bar_count 1 z 4 bar_p0 bar_min bar_p29 bar_max bar_p100 bar_sum 0 bar_count 0 a_on_x 1 a_oot_x 2 b_on_y 4 b_oot_x 8 bar_p0 bar_min bar_p29 bar_max bar_p100 bar_sum 0 bar_count 0 mlr --oxtab merge-fields -k -a p0,min,p29,max,p100,sum,count -c in_,out_ ./reg_test/input/merge-fields-abxy.dkvp a_in_x 1 a_out_x 2 b_in_y 4 b_out_x 8 a_x_p0 1 a_x_min 1 a_x_p29 1 a_x_max 2 a_x_p100 2 a_x_sum 3 a_x_count 2 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 z 1 a_on_x 1 a_out_x 2 b_in_y 4 b_out_x 8 a_x_p0 2 a_x_min 2 a_x_p29 2 a_x_max 2 a_x_p100 2 a_x_sum 2 a_x_count 1 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 a_in_x 1 a_oot_x 2 b_in_y 4 b_out_x 8 a_x_p0 1 a_x_min 1 a_x_p29 1 a_x_max 1 a_x_p100 1 a_x_sum 1 a_x_count 1 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 a_in_x 1 a_out_x 2 b_on_y 4 b_out_x 8 a_x_p0 1 a_x_min 1 a_x_p29 1 a_x_max 2 a_x_p100 2 a_x_sum 3 a_x_count 2 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 a_in_x 1 a_out_x 2 b_in_y 4 b_oot_x 8 a_x_p0 1 a_x_min 1 a_x_p29 1 a_x_max 2 a_x_p100 2 a_x_sum 3 a_x_count 2 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 z 2 a_on_x 1 a_oot_x 2 b_in_y 4 b_out_x 8 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 a_on_x 1 a_out_x 2 b_on_y 4 b_out_x 8 a_x_p0 2 a_x_min 2 a_x_p29 2 a_x_max 2 a_x_p100 2 a_x_sum 2 a_x_count 1 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 a_on_x 1 a_out_x 2 b_in_y 4 b_oot_x 8 a_x_p0 2 a_x_min 2 a_x_p29 2 a_x_max 2 a_x_p100 2 a_x_sum 2 a_x_count 1 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 a_in_x 1 a_oot_x 2 b_on_y 4 b_out_x 8 a_x_p0 1 a_x_min 1 a_x_p29 1 a_x_max 1 a_x_p100 1 a_x_sum 1 a_x_count 1 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 a_in_x 1 a_oot_x 2 b_in_y 4 b_oot_x 8 a_x_p0 1 a_x_min 1 a_x_p29 1 a_x_max 1 a_x_p100 1 a_x_sum 1 a_x_count 1 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 a_in_x 1 a_out_x 2 b_on_y 4 b_oot_x 8 a_x_p0 1 a_x_min 1 a_x_p29 1 a_x_max 2 a_x_p100 2 a_x_sum 3 a_x_count 2 z 3 a_in_x 1 a_oot_x 2 b_on_y 4 b_oot_x 8 a_x_p0 1 a_x_min 1 a_x_p29 1 a_x_max 1 a_x_p100 1 a_x_sum 1 a_x_count 1 a_on_x 1 a_out_x 2 b_on_y 4 b_oot_x 8 a_x_p0 2 a_x_min 2 a_x_p29 2 a_x_max 2 a_x_p100 2 a_x_sum 2 a_x_count 1 a_on_x 1 a_oot_x 2 b_in_y 4 b_oot_x 8 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 a_on_x 1 a_oot_x 2 b_on_y 4 b_out_x 8 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 z 4 a_on_x 1 a_oot_x 2 b_on_y 4 b_oot_x 8 mlr --oxtab merge-fields -i -k -a p0,min,p29,max,p100,sum,count -f a_in_x,a_out_x -o foo ./reg_test/input/merge-fields-abxy.dkvp a_in_x 1 a_out_x 2 b_in_y 4 b_out_x 8 foo_p0 1.000000 foo_min 1 foo_p29 1.290000 foo_max 2 foo_p100 2 foo_sum 3 foo_count 2 z 1 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 a_on_x 1 a_out_x 2 b_in_y 4 b_out_x 8 foo_p0 2 foo_min 2 foo_p29 2 foo_max 2 foo_p100 2 foo_sum 2 foo_count 1 a_in_x 1 a_oot_x 2 b_in_y 4 b_out_x 8 foo_p0 1 foo_min 1 foo_p29 1 foo_max 1 foo_p100 1 foo_sum 1 foo_count 1 a_in_x 1 a_out_x 2 b_on_y 4 b_out_x 8 foo_p0 1.000000 foo_min 1 foo_p29 1.290000 foo_max 2 foo_p100 2 foo_sum 3 foo_count 2 a_in_x 1 a_out_x 2 b_in_y 4 b_oot_x 8 foo_p0 1.000000 foo_min 1 foo_p29 1.290000 foo_max 2 foo_p100 2 foo_sum 3 foo_count 2 z 2 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 a_on_x 1 a_oot_x 2 b_in_y 4 b_out_x 8 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 a_on_x 1 a_out_x 2 b_on_y 4 b_out_x 8 foo_p0 2 foo_min 2 foo_p29 2 foo_max 2 foo_p100 2 foo_sum 2 foo_count 1 a_on_x 1 a_out_x 2 b_in_y 4 b_oot_x 8 foo_p0 2 foo_min 2 foo_p29 2 foo_max 2 foo_p100 2 foo_sum 2 foo_count 1 a_in_x 1 a_oot_x 2 b_on_y 4 b_out_x 8 foo_p0 1 foo_min 1 foo_p29 1 foo_max 1 foo_p100 1 foo_sum 1 foo_count 1 a_in_x 1 a_oot_x 2 b_in_y 4 b_oot_x 8 foo_p0 1 foo_min 1 foo_p29 1 foo_max 1 foo_p100 1 foo_sum 1 foo_count 1 a_in_x 1 a_out_x 2 b_on_y 4 b_oot_x 8 foo_p0 1.000000 foo_min 1 foo_p29 1.290000 foo_max 2 foo_p100 2 foo_sum 3 foo_count 2 z 3 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 a_in_x 1 a_oot_x 2 b_on_y 4 b_oot_x 8 foo_p0 1 foo_min 1 foo_p29 1 foo_max 1 foo_p100 1 foo_sum 1 foo_count 1 a_on_x 1 a_out_x 2 b_on_y 4 b_oot_x 8 foo_p0 2 foo_min 2 foo_p29 2 foo_max 2 foo_p100 2 foo_sum 2 foo_count 1 a_on_x 1 a_oot_x 2 b_in_y 4 b_oot_x 8 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 a_on_x 1 a_oot_x 2 b_on_y 4 b_out_x 8 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 z 4 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 a_on_x 1 a_oot_x 2 b_on_y 4 b_oot_x 8 foo_p0 foo_min foo_p29 foo_max foo_p100 foo_sum 0 foo_count 0 mlr --oxtab merge-fields -i -k -a p0,min,p29,max,p100,sum,count -r in_,out_ -o bar ./reg_test/input/merge-fields-abxy.dkvp a_in_x 1 a_out_x 2 b_in_y 4 b_out_x 8 bar_p0 1.000000 bar_min 1 bar_p29 1.870000 bar_max 8 bar_p100 8 bar_sum 15 bar_count 4 z 1 bar_p0 bar_min bar_p29 bar_max bar_p100 bar_sum 0 bar_count 0 a_on_x 1 a_out_x 2 b_in_y 4 b_out_x 8 bar_p0 2.000000 bar_min 2 bar_p29 3.160000 bar_max 8 bar_p100 8 bar_sum 14 bar_count 3 a_in_x 1 a_oot_x 2 b_in_y 4 b_out_x 8 bar_p0 1.000000 bar_min 1 bar_p29 2.740000 bar_max 8 bar_p100 8 bar_sum 13 bar_count 3 a_in_x 1 a_out_x 2 b_on_y 4 b_out_x 8 bar_p0 1.000000 bar_min 1 bar_p29 1.580000 bar_max 8 bar_p100 8 bar_sum 11 bar_count 3 a_in_x 1 a_out_x 2 b_in_y 4 b_oot_x 8 bar_p0 1.000000 bar_min 1 bar_p29 1.580000 bar_max 4 bar_p100 4 bar_sum 7 bar_count 3 z 2 bar_p0 bar_min bar_p29 bar_max bar_p100 bar_sum 0 bar_count 0 a_on_x 1 a_oot_x 2 b_in_y 4 b_out_x 8 bar_p0 4.000000 bar_min 4 bar_p29 5.160000 bar_max 8 bar_p100 8 bar_sum 12 bar_count 2 a_on_x 1 a_out_x 2 b_on_y 4 b_out_x 8 bar_p0 2.000000 bar_min 2 bar_p29 3.740000 bar_max 8 bar_p100 8 bar_sum 10 bar_count 2 a_on_x 1 a_out_x 2 b_in_y 4 b_oot_x 8 bar_p0 2.000000 bar_min 2 bar_p29 2.580000 bar_max 4 bar_p100 4 bar_sum 6 bar_count 2 a_in_x 1 a_oot_x 2 b_on_y 4 b_out_x 8 bar_p0 1.000000 bar_min 1 bar_p29 3.030000 bar_max 8 bar_p100 8 bar_sum 9 bar_count 2 a_in_x 1 a_oot_x 2 b_in_y 4 b_oot_x 8 bar_p0 1.000000 bar_min 1 bar_p29 1.870000 bar_max 4 bar_p100 4 bar_sum 5 bar_count 2 a_in_x 1 a_out_x 2 b_on_y 4 b_oot_x 8 bar_p0 1.000000 bar_min 1 bar_p29 1.290000 bar_max 2 bar_p100 2 bar_sum 3 bar_count 2 z 3 bar_p0 bar_min bar_p29 bar_max bar_p100 bar_sum 0 bar_count 0 a_in_x 1 a_oot_x 2 b_on_y 4 b_oot_x 8 bar_p0 1 bar_min 1 bar_p29 1 bar_max 1 bar_p100 1 bar_sum 1 bar_count 1 a_on_x 1 a_out_x 2 b_on_y 4 b_oot_x 8 bar_p0 2 bar_min 2 bar_p29 2 bar_max 2 bar_p100 2 bar_sum 2 bar_count 1 a_on_x 1 a_oot_x 2 b_in_y 4 b_oot_x 8 bar_p0 4 bar_min 4 bar_p29 4 bar_max 4 bar_p100 4 bar_sum 4 bar_count 1 a_on_x 1 a_oot_x 2 b_on_y 4 b_out_x 8 bar_p0 8 bar_min 8 bar_p29 8 bar_max 8 bar_p100 8 bar_sum 8 bar_count 1 z 4 bar_p0 bar_min bar_p29 bar_max bar_p100 bar_sum 0 bar_count 0 a_on_x 1 a_oot_x 2 b_on_y 4 b_oot_x 8 bar_p0 bar_min bar_p29 bar_max bar_p100 bar_sum 0 bar_count 0 mlr --oxtab merge-fields -i -k -a p0,min,p29,max,p100,sum,count -c in_,out_ ./reg_test/input/merge-fields-abxy.dkvp a_in_x 1 a_out_x 2 b_in_y 4 b_out_x 8 a_x_p0 1.000000 a_x_min 1 a_x_p29 1.290000 a_x_max 2 a_x_p100 2 a_x_sum 3 a_x_count 2 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 z 1 a_on_x 1 a_out_x 2 b_in_y 4 b_out_x 8 a_x_p0 2 a_x_min 2 a_x_p29 2 a_x_max 2 a_x_p100 2 a_x_sum 2 a_x_count 1 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 a_in_x 1 a_oot_x 2 b_in_y 4 b_out_x 8 a_x_p0 1 a_x_min 1 a_x_p29 1 a_x_max 1 a_x_p100 1 a_x_sum 1 a_x_count 1 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 a_in_x 1 a_out_x 2 b_on_y 4 b_out_x 8 a_x_p0 1.000000 a_x_min 1 a_x_p29 1.290000 a_x_max 2 a_x_p100 2 a_x_sum 3 a_x_count 2 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 a_in_x 1 a_out_x 2 b_in_y 4 b_oot_x 8 a_x_p0 1.000000 a_x_min 1 a_x_p29 1.290000 a_x_max 2 a_x_p100 2 a_x_sum 3 a_x_count 2 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 z 2 a_on_x 1 a_oot_x 2 b_in_y 4 b_out_x 8 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 a_on_x 1 a_out_x 2 b_on_y 4 b_out_x 8 a_x_p0 2 a_x_min 2 a_x_p29 2 a_x_max 2 a_x_p100 2 a_x_sum 2 a_x_count 1 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 a_on_x 1 a_out_x 2 b_in_y 4 b_oot_x 8 a_x_p0 2 a_x_min 2 a_x_p29 2 a_x_max 2 a_x_p100 2 a_x_sum 2 a_x_count 1 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 a_in_x 1 a_oot_x 2 b_on_y 4 b_out_x 8 a_x_p0 1 a_x_min 1 a_x_p29 1 a_x_max 1 a_x_p100 1 a_x_sum 1 a_x_count 1 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 a_in_x 1 a_oot_x 2 b_in_y 4 b_oot_x 8 a_x_p0 1 a_x_min 1 a_x_p29 1 a_x_max 1 a_x_p100 1 a_x_sum 1 a_x_count 1 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 a_in_x 1 a_out_x 2 b_on_y 4 b_oot_x 8 a_x_p0 1.000000 a_x_min 1 a_x_p29 1.290000 a_x_max 2 a_x_p100 2 a_x_sum 3 a_x_count 2 z 3 a_in_x 1 a_oot_x 2 b_on_y 4 b_oot_x 8 a_x_p0 1 a_x_min 1 a_x_p29 1 a_x_max 1 a_x_p100 1 a_x_sum 1 a_x_count 1 a_on_x 1 a_out_x 2 b_on_y 4 b_oot_x 8 a_x_p0 2 a_x_min 2 a_x_p29 2 a_x_max 2 a_x_p100 2 a_x_sum 2 a_x_count 1 a_on_x 1 a_oot_x 2 b_in_y 4 b_oot_x 8 b_y_p0 4 b_y_min 4 b_y_p29 4 b_y_max 4 b_y_p100 4 b_y_sum 4 b_y_count 1 a_on_x 1 a_oot_x 2 b_on_y 4 b_out_x 8 b_x_p0 8 b_x_min 8 b_x_p29 8 b_x_max 8 b_x_p100 8 b_x_sum 8 b_x_count 1 z 4 a_on_x 1 a_oot_x 2 b_on_y 4 b_oot_x 8 ================================================================ STATS1 WITH REGEXED FIELD NAMES mlr --from ./reg_test/input/abixy --opprint stats1 -a sum -g a,b -f i,x,y a b i_sum x_sum y_sum pan pan 1 0.346790 0.726803 eks pan 2 0.758680 0.522151 wye wye 3 0.204603 0.338319 eks wye 4 0.381399 0.134189 wye pan 5 0.573289 0.863624 zee pan 6 0.527126 0.493221 eks zee 7 0.611784 0.187885 zee wye 8 0.598554 0.976181 hat wye 9 0.031442 0.749551 pan wye 10 0.502626 0.952618 mlr --from ./reg_test/input/abixy --opprint stats1 -a sum --gr ^[a-h]$ --fr ^[i-z]$ a b i_sum x_sum y_sum pan pan 1 0.346790 0.726803 eks pan 2 0.758680 0.522151 wye wye 3 0.204603 0.338319 eks wye 4 0.381399 0.134189 wye pan 5 0.573289 0.863624 zee pan 6 0.527126 0.493221 eks zee 7 0.611784 0.187885 zee wye 8 0.598554 0.976181 hat wye 9 0.031442 0.749551 pan wye 10 0.502626 0.952618 mlr --from ./reg_test/input/abixy --opprint stats1 -a sum -g a,b --fr ^[i-z]$ a b i_sum x_sum y_sum pan pan 1 0.346790 0.726803 eks pan 2 0.758680 0.522151 wye wye 3 0.204603 0.338319 eks wye 4 0.381399 0.134189 wye pan 5 0.573289 0.863624 zee pan 6 0.527126 0.493221 eks zee 7 0.611784 0.187885 zee wye 8 0.598554 0.976181 hat wye 9 0.031442 0.749551 pan wye 10 0.502626 0.952618 mlr --from ./reg_test/input/abixy --opprint stats1 -a sum --gr ^[a-h]$ -f i,x,y a b i_sum x_sum y_sum pan pan 1 0.346790 0.726803 eks pan 2 0.758680 0.522151 wye wye 3 0.204603 0.338319 eks wye 4 0.381399 0.134189 wye pan 5 0.573289 0.863624 zee pan 6 0.527126 0.493221 eks zee 7 0.611784 0.187885 zee wye 8 0.598554 0.976181 hat wye 9 0.031442 0.749551 pan wye 10 0.502626 0.952618 mlr --from ./reg_test/input/abixy --opprint stats1 -a sum --gx ^[i-z]$ --fx ^[a-h]$ a b i_sum x_sum y_sum pan pan 1 0.346790 0.726803 eks pan 2 0.758680 0.522151 wye wye 3 0.204603 0.338319 eks wye 4 0.381399 0.134189 wye pan 5 0.573289 0.863624 zee pan 6 0.527126 0.493221 eks zee 7 0.611784 0.187885 zee wye 8 0.598554 0.976181 hat wye 9 0.031442 0.749551 pan wye 10 0.502626 0.952618 mlr --from ./reg_test/input/abixy --opprint stats1 -a sum -g a,b --fx ^[a-h]$ a b i_sum x_sum y_sum pan pan 1 0.346790 0.726803 eks pan 2 0.758680 0.522151 wye wye 3 0.204603 0.338319 eks wye 4 0.381399 0.134189 wye pan 5 0.573289 0.863624 zee pan 6 0.527126 0.493221 eks zee 7 0.611784 0.187885 zee wye 8 0.598554 0.976181 hat wye 9 0.031442 0.749551 pan wye 10 0.502626 0.952618 mlr --from ./reg_test/input/abixy --opprint stats1 -a sum --gx ^[i-z]$ -f i,x,y a b i_sum x_sum y_sum pan pan 1 0.346790 0.726803 eks pan 2 0.758680 0.522151 wye wye 3 0.204603 0.338319 eks wye 4 0.381399 0.134189 wye pan 5 0.573289 0.863624 zee pan 6 0.527126 0.493221 eks zee 7 0.611784 0.187885 zee wye 8 0.598554 0.976181 hat wye 9 0.031442 0.749551 pan wye 10 0.502626 0.952618 ================================================================ MOST/LEAST FREQUENT mlr --opprint --from ./reg_test/input/freq.dkvp most-frequent -f a -n 3 a count apple 6 bat 5 cat 4 mlr --opprint --from ./reg_test/input/freq.dkvp most-frequent -f a,b -n 3 a b count apple apple 6 bat cat 5 cat bat 3 mlr --opprint --from ./reg_test/input/freq.dkvp most-frequent -f a,b -n 3 -b a b apple apple bat cat cat bat mlr --opprint --from ./reg_test/input/freq.dkvp most-frequent -f nonesuch -n 3 mlr --opprint --from ./reg_test/input/freq.dkvp least-frequent -f a -n 3 a count dog 2 cat 4 bat 5 mlr --opprint --from ./reg_test/input/freq.dkvp least-frequent -f a,b -n 3 a b count cat cat 1 dog dog 2 cat bat 3 mlr --opprint --from ./reg_test/input/freq.dkvp least-frequent -f a,b -n 3 -b a b cat cat dog dog cat bat mlr --opprint --from ./reg_test/input/freq.dkvp least-frequent -f nonesuch -n 3 mlr --opprint --from ./reg_test/input/freq.dkvp most-frequent -f a -n 3 -o foo a foo apple 6 bat 5 cat 4 mlr --opprint --from ./reg_test/input/freq.dkvp most-frequent -f a,b -n 3 -o foo a b foo apple apple 6 bat cat 5 cat bat 3 mlr --opprint --from ./reg_test/input/freq.dkvp most-frequent -f a,b -n 3 -b -o foo a b apple apple bat cat cat bat mlr --opprint --from ./reg_test/input/freq.dkvp most-frequent -f nonesuch -n 3 -o foo mlr --opprint --from ./reg_test/input/freq.dkvp least-frequent -f a -n 3 -o foo a foo dog 2 cat 4 bat 5 mlr --opprint --from ./reg_test/input/freq.dkvp least-frequent -f a,b -n 3 -o foo a b foo cat cat 1 dog dog 2 cat bat 3 mlr --opprint --from ./reg_test/input/freq.dkvp least-frequent -f a,b -n 3 -b -o foo a b cat cat dog dog cat bat mlr --opprint --from ./reg_test/input/freq.dkvp least-frequent -f nonesuch -n 3 -o foo ================================================================ COUNT-SIMILAR mlr --opprint --from ./reg_test/input/abixy count-similar -g a a b i x y count pan pan 1 0.3467901443380824 0.7268028627434533 2 pan wye 10 0.5026260055412137 0.9526183602969864 2 eks pan 2 0.7586799647899636 0.5221511083334797 3 eks wye 4 0.38139939387114097 0.13418874328430463 3 eks zee 7 0.6117840605678454 0.1878849191181694 3 wye wye 3 0.20460330576630303 0.33831852551664776 2 wye pan 5 0.5732889198020006 0.8636244699032729 2 zee pan 6 0.5271261600918548 0.49322128674835697 2 zee wye 8 0.5985540091064224 0.976181385699006 2 hat wye 9 0.03144187646093577 0.7495507603507059 1 mlr --opprint --from ./reg_test/input/abixy count-similar -g b,i a b i x y count pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 1 wye wye 3 0.20460330576630303 0.33831852551664776 1 eks wye 4 0.38139939387114097 0.13418874328430463 1 wye pan 5 0.5732889198020006 0.8636244699032729 1 zee pan 6 0.5271261600918548 0.49322128674835697 1 eks zee 7 0.6117840605678454 0.1878849191181694 1 zee wye 8 0.5985540091064224 0.976181385699006 1 hat wye 9 0.03144187646093577 0.7495507603507059 1 pan wye 10 0.5026260055412137 0.9526183602969864 1 mlr --opprint --from ./reg_test/input/abixy count-similar -g a,b,i -o other_name_for_counter a b i x y other_name_for_counter pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 1 wye wye 3 0.20460330576630303 0.33831852551664776 1 eks wye 4 0.38139939387114097 0.13418874328430463 1 wye pan 5 0.5732889198020006 0.8636244699032729 1 zee pan 6 0.5271261600918548 0.49322128674835697 1 eks zee 7 0.6117840605678454 0.1878849191181694 1 zee wye 8 0.5985540091064224 0.976181385699006 1 hat wye 9 0.03144187646093577 0.7495507603507059 1 pan wye 10 0.5026260055412137 0.9526183602969864 1 ================================================================ NON-INTERPOLATED AND INTERPOLATED PERCENTILES mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 1 then stats1 -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0 x_p01 0 x_p02 0 x_p03 0 x_p04 0 x_p05 0 x_p06 0 x_p07 0 x_p08 0 x_p09 0 x_p10 0 x_p11 0 x_p12 0 x_p13 0 x_p14 0 x_p15 0 x_p16 0 x_p17 0 x_p18 0 x_p19 0 x_p20 0 x_p21 0 x_p22 0 x_p23 0 x_p24 0 x_p25 0 x_p26 0 x_p27 0 x_p28 0 x_p29 0 x_p30 0 x_p31 0 x_p32 0 x_p33 0 x_p34 0 x_p35 0 x_p36 0 x_p37 0 x_p38 0 x_p39 0 x_p40 0 x_p41 0 x_p42 0 x_p43 0 x_p44 0 x_p45 0 x_p46 0 x_p47 0 x_p48 0 x_p49 0 x_p50 0 x_p51 0 x_p52 0 x_p53 0 x_p54 0 x_p55 0 x_p56 0 x_p57 0 x_p58 0 x_p59 0 x_p60 0 x_p61 0 x_p62 0 x_p63 0 x_p64 0 x_p65 0 x_p66 0 x_p67 0 x_p68 0 x_p69 0 x_p70 0 x_p71 0 x_p72 0 x_p73 0 x_p74 0 x_p75 0 x_p76 0 x_p77 0 x_p78 0 x_p79 0 x_p80 0 x_p81 0 x_p82 0 x_p83 0 x_p84 0 x_p85 0 x_p86 0 x_p87 0 x_p88 0 x_p89 0 x_p90 0 x_p91 0 x_p92 0 x_p93 0 x_p94 0 x_p95 0 x_p96 0 x_p97 0 x_p98 0 x_p99 0 x_p100 0 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 2 then stats1 -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0 x_p01 0 x_p02 0 x_p03 0 x_p04 0 x_p05 0 x_p06 0 x_p07 0 x_p08 0 x_p09 0 x_p10 0 x_p11 0 x_p12 0 x_p13 0 x_p14 0 x_p15 0 x_p16 0 x_p17 0 x_p18 0 x_p19 0 x_p20 0 x_p21 0 x_p22 0 x_p23 0 x_p24 0 x_p25 0 x_p26 0 x_p27 0 x_p28 0 x_p29 0 x_p30 0 x_p31 0 x_p32 0 x_p33 0 x_p34 0 x_p35 0 x_p36 0 x_p37 0 x_p38 0 x_p39 0 x_p40 0 x_p41 0 x_p42 0 x_p43 0 x_p44 0 x_p45 0 x_p46 0 x_p47 0 x_p48 0 x_p49 0 x_p50 1 x_p51 1 x_p52 1 x_p53 1 x_p54 1 x_p55 1 x_p56 1 x_p57 1 x_p58 1 x_p59 1 x_p60 1 x_p61 1 x_p62 1 x_p63 1 x_p64 1 x_p65 1 x_p66 1 x_p67 1 x_p68 1 x_p69 1 x_p70 1 x_p71 1 x_p72 1 x_p73 1 x_p74 1 x_p75 1 x_p76 1 x_p77 1 x_p78 1 x_p79 1 x_p80 1 x_p81 1 x_p82 1 x_p83 1 x_p84 1 x_p85 1 x_p86 1 x_p87 1 x_p88 1 x_p89 1 x_p90 1 x_p91 1 x_p92 1 x_p93 1 x_p94 1 x_p95 1 x_p96 1 x_p97 1 x_p98 1 x_p99 1 x_p100 1 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 3 then stats1 -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0 x_p01 0 x_p02 0 x_p03 0 x_p04 0 x_p05 0 x_p06 0 x_p07 0 x_p08 0 x_p09 0 x_p10 0 x_p11 0 x_p12 0 x_p13 0 x_p14 0 x_p15 0 x_p16 0 x_p17 0 x_p18 0 x_p19 0 x_p20 0 x_p21 0 x_p22 0 x_p23 0 x_p24 0 x_p25 0 x_p26 0 x_p27 0 x_p28 0 x_p29 0 x_p30 0 x_p31 0 x_p32 0 x_p33 0 x_p34 1 x_p35 1 x_p36 1 x_p37 1 x_p38 1 x_p39 1 x_p40 1 x_p41 1 x_p42 1 x_p43 1 x_p44 1 x_p45 1 x_p46 1 x_p47 1 x_p48 1 x_p49 1 x_p50 1 x_p51 1 x_p52 1 x_p53 1 x_p54 1 x_p55 1 x_p56 1 x_p57 1 x_p58 1 x_p59 1 x_p60 1 x_p61 1 x_p62 1 x_p63 1 x_p64 1 x_p65 1 x_p66 1 x_p67 2 x_p68 2 x_p69 2 x_p70 2 x_p71 2 x_p72 2 x_p73 2 x_p74 2 x_p75 2 x_p76 2 x_p77 2 x_p78 2 x_p79 2 x_p80 2 x_p81 2 x_p82 2 x_p83 2 x_p84 2 x_p85 2 x_p86 2 x_p87 2 x_p88 2 x_p89 2 x_p90 2 x_p91 2 x_p92 2 x_p93 2 x_p94 2 x_p95 2 x_p96 2 x_p97 2 x_p98 2 x_p99 2 x_p100 2 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 4 then stats1 -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0 x_p01 0 x_p02 0 x_p03 0 x_p04 0 x_p05 0 x_p06 0 x_p07 0 x_p08 0 x_p09 0 x_p10 0 x_p11 0 x_p12 0 x_p13 0 x_p14 0 x_p15 0 x_p16 0 x_p17 0 x_p18 0 x_p19 0 x_p20 0 x_p21 0 x_p22 0 x_p23 0 x_p24 0 x_p25 1 x_p26 1 x_p27 1 x_p28 1 x_p29 1 x_p30 1 x_p31 1 x_p32 1 x_p33 1 x_p34 1 x_p35 1 x_p36 1 x_p37 1 x_p38 1 x_p39 1 x_p40 1 x_p41 1 x_p42 1 x_p43 1 x_p44 1 x_p45 1 x_p46 1 x_p47 1 x_p48 1 x_p49 1 x_p50 2 x_p51 2 x_p52 2 x_p53 2 x_p54 2 x_p55 2 x_p56 2 x_p57 2 x_p58 2 x_p59 2 x_p60 2 x_p61 2 x_p62 2 x_p63 2 x_p64 2 x_p65 2 x_p66 2 x_p67 2 x_p68 2 x_p69 2 x_p70 2 x_p71 2 x_p72 2 x_p73 2 x_p74 2 x_p75 3 x_p76 3 x_p77 3 x_p78 3 x_p79 3 x_p80 3 x_p81 3 x_p82 3 x_p83 3 x_p84 3 x_p85 3 x_p86 3 x_p87 3 x_p88 3 x_p89 3 x_p90 3 x_p91 3 x_p92 3 x_p93 3 x_p94 3 x_p95 3 x_p96 3 x_p97 3 x_p98 3 x_p99 3 x_p100 3 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 5 then stats1 -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0 x_p01 0 x_p02 0 x_p03 0 x_p04 0 x_p05 0 x_p06 0 x_p07 0 x_p08 0 x_p09 0 x_p10 0 x_p11 0 x_p12 0 x_p13 0 x_p14 0 x_p15 0 x_p16 0 x_p17 0 x_p18 0 x_p19 0 x_p20 1 x_p21 1 x_p22 1 x_p23 1 x_p24 1 x_p25 1 x_p26 1 x_p27 1 x_p28 1 x_p29 1 x_p30 1 x_p31 1 x_p32 1 x_p33 1 x_p34 1 x_p35 1 x_p36 1 x_p37 1 x_p38 1 x_p39 1 x_p40 2 x_p41 2 x_p42 2 x_p43 2 x_p44 2 x_p45 2 x_p46 2 x_p47 2 x_p48 2 x_p49 2 x_p50 2 x_p51 2 x_p52 2 x_p53 2 x_p54 2 x_p55 2 x_p56 2 x_p57 2 x_p58 2 x_p59 2 x_p60 3 x_p61 3 x_p62 3 x_p63 3 x_p64 3 x_p65 3 x_p66 3 x_p67 3 x_p68 3 x_p69 3 x_p70 3 x_p71 3 x_p72 3 x_p73 3 x_p74 3 x_p75 3 x_p76 3 x_p77 3 x_p78 3 x_p79 3 x_p80 4 x_p81 4 x_p82 4 x_p83 4 x_p84 4 x_p85 4 x_p86 4 x_p87 4 x_p88 4 x_p89 4 x_p90 4 x_p91 4 x_p92 4 x_p93 4 x_p94 4 x_p95 4 x_p96 4 x_p97 4 x_p98 4 x_p99 4 x_p100 4 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 6 then stats1 -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0 x_p01 0 x_p02 0 x_p03 0 x_p04 0 x_p05 0 x_p06 0 x_p07 0 x_p08 0 x_p09 0 x_p10 0 x_p11 0 x_p12 0 x_p13 0 x_p14 0 x_p15 0 x_p16 0 x_p17 1 x_p18 1 x_p19 1 x_p20 1 x_p21 1 x_p22 1 x_p23 1 x_p24 1 x_p25 1 x_p26 1 x_p27 1 x_p28 1 x_p29 1 x_p30 1 x_p31 1 x_p32 1 x_p33 1 x_p34 2 x_p35 2 x_p36 2 x_p37 2 x_p38 2 x_p39 2 x_p40 2 x_p41 2 x_p42 2 x_p43 2 x_p44 2 x_p45 2 x_p46 2 x_p47 2 x_p48 2 x_p49 2 x_p50 3 x_p51 3 x_p52 3 x_p53 3 x_p54 3 x_p55 3 x_p56 3 x_p57 3 x_p58 3 x_p59 3 x_p60 3 x_p61 3 x_p62 3 x_p63 3 x_p64 3 x_p65 3 x_p66 3 x_p67 4 x_p68 4 x_p69 4 x_p70 4 x_p71 4 x_p72 4 x_p73 4 x_p74 4 x_p75 4 x_p76 4 x_p77 4 x_p78 4 x_p79 4 x_p80 4 x_p81 4 x_p82 4 x_p83 4 x_p84 5 x_p85 5 x_p86 5 x_p87 5 x_p88 5 x_p89 5 x_p90 5 x_p91 5 x_p92 5 x_p93 5 x_p94 5 x_p95 5 x_p96 5 x_p97 5 x_p98 5 x_p99 5 x_p100 5 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 7 then stats1 -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0 x_p01 0 x_p02 0 x_p03 0 x_p04 0 x_p05 0 x_p06 0 x_p07 0 x_p08 0 x_p09 0 x_p10 0 x_p11 0 x_p12 0 x_p13 0 x_p14 0 x_p15 1 x_p16 1 x_p17 1 x_p18 1 x_p19 1 x_p20 1 x_p21 1 x_p22 1 x_p23 1 x_p24 1 x_p25 1 x_p26 1 x_p27 1 x_p28 1 x_p29 2 x_p30 2 x_p31 2 x_p32 2 x_p33 2 x_p34 2 x_p35 2 x_p36 2 x_p37 2 x_p38 2 x_p39 2 x_p40 2 x_p41 2 x_p42 2 x_p43 3 x_p44 3 x_p45 3 x_p46 3 x_p47 3 x_p48 3 x_p49 3 x_p50 3 x_p51 3 x_p52 3 x_p53 3 x_p54 3 x_p55 3 x_p56 3 x_p57 3 x_p58 4 x_p59 4 x_p60 4 x_p61 4 x_p62 4 x_p63 4 x_p64 4 x_p65 4 x_p66 4 x_p67 4 x_p68 4 x_p69 4 x_p70 4 x_p71 4 x_p72 5 x_p73 5 x_p74 5 x_p75 5 x_p76 5 x_p77 5 x_p78 5 x_p79 5 x_p80 5 x_p81 5 x_p82 5 x_p83 5 x_p84 5 x_p85 5 x_p86 6 x_p87 6 x_p88 6 x_p89 6 x_p90 6 x_p91 6 x_p92 6 x_p93 6 x_p94 6 x_p95 6 x_p96 6 x_p97 6 x_p98 6 x_p99 6 x_p100 6 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 8 then stats1 -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0 x_p01 0 x_p02 0 x_p03 0 x_p04 0 x_p05 0 x_p06 0 x_p07 0 x_p08 0 x_p09 0 x_p10 0 x_p11 0 x_p12 0 x_p13 1 x_p14 1 x_p15 1 x_p16 1 x_p17 1 x_p18 1 x_p19 1 x_p20 1 x_p21 1 x_p22 1 x_p23 1 x_p24 1 x_p25 2 x_p26 2 x_p27 2 x_p28 2 x_p29 2 x_p30 2 x_p31 2 x_p32 2 x_p33 2 x_p34 2 x_p35 2 x_p36 2 x_p37 2 x_p38 3 x_p39 3 x_p40 3 x_p41 3 x_p42 3 x_p43 3 x_p44 3 x_p45 3 x_p46 3 x_p47 3 x_p48 3 x_p49 3 x_p50 4 x_p51 4 x_p52 4 x_p53 4 x_p54 4 x_p55 4 x_p56 4 x_p57 4 x_p58 4 x_p59 4 x_p60 4 x_p61 4 x_p62 4 x_p63 5 x_p64 5 x_p65 5 x_p66 5 x_p67 5 x_p68 5 x_p69 5 x_p70 5 x_p71 5 x_p72 5 x_p73 5 x_p74 5 x_p75 6 x_p76 6 x_p77 6 x_p78 6 x_p79 6 x_p80 6 x_p81 6 x_p82 6 x_p83 6 x_p84 6 x_p85 6 x_p86 6 x_p87 6 x_p88 7 x_p89 7 x_p90 7 x_p91 7 x_p92 7 x_p93 7 x_p94 7 x_p95 7 x_p96 7 x_p97 7 x_p98 7 x_p99 7 x_p100 7 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 9 then stats1 -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0 x_p01 0 x_p02 0 x_p03 0 x_p04 0 x_p05 0 x_p06 0 x_p07 0 x_p08 0 x_p09 0 x_p10 0 x_p11 0 x_p12 1 x_p13 1 x_p14 1 x_p15 1 x_p16 1 x_p17 1 x_p18 1 x_p19 1 x_p20 1 x_p21 1 x_p22 1 x_p23 2 x_p24 2 x_p25 2 x_p26 2 x_p27 2 x_p28 2 x_p29 2 x_p30 2 x_p31 2 x_p32 2 x_p33 2 x_p34 3 x_p35 3 x_p36 3 x_p37 3 x_p38 3 x_p39 3 x_p40 3 x_p41 3 x_p42 3 x_p43 3 x_p44 3 x_p45 4 x_p46 4 x_p47 4 x_p48 4 x_p49 4 x_p50 4 x_p51 4 x_p52 4 x_p53 4 x_p54 4 x_p55 4 x_p56 5 x_p57 5 x_p58 5 x_p59 5 x_p60 5 x_p61 5 x_p62 5 x_p63 5 x_p64 5 x_p65 5 x_p66 5 x_p67 6 x_p68 6 x_p69 6 x_p70 6 x_p71 6 x_p72 6 x_p73 6 x_p74 6 x_p75 6 x_p76 6 x_p77 6 x_p78 7 x_p79 7 x_p80 7 x_p81 7 x_p82 7 x_p83 7 x_p84 7 x_p85 7 x_p86 7 x_p87 7 x_p88 7 x_p89 8 x_p90 8 x_p91 8 x_p92 8 x_p93 8 x_p94 8 x_p95 8 x_p96 8 x_p97 8 x_p98 8 x_p99 8 x_p100 8 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 10 then stats1 -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0 x_p01 0 x_p02 0 x_p03 0 x_p04 0 x_p05 0 x_p06 0 x_p07 0 x_p08 0 x_p09 0 x_p10 1 x_p11 1 x_p12 1 x_p13 1 x_p14 1 x_p15 1 x_p16 1 x_p17 1 x_p18 1 x_p19 1 x_p20 2 x_p21 2 x_p22 2 x_p23 2 x_p24 2 x_p25 2 x_p26 2 x_p27 2 x_p28 2 x_p29 2 x_p30 3 x_p31 3 x_p32 3 x_p33 3 x_p34 3 x_p35 3 x_p36 3 x_p37 3 x_p38 3 x_p39 3 x_p40 4 x_p41 4 x_p42 4 x_p43 4 x_p44 4 x_p45 4 x_p46 4 x_p47 4 x_p48 4 x_p49 4 x_p50 5 x_p51 5 x_p52 5 x_p53 5 x_p54 5 x_p55 5 x_p56 5 x_p57 5 x_p58 5 x_p59 5 x_p60 6 x_p61 6 x_p62 6 x_p63 6 x_p64 6 x_p65 6 x_p66 6 x_p67 6 x_p68 6 x_p69 6 x_p70 7 x_p71 7 x_p72 7 x_p73 7 x_p74 7 x_p75 7 x_p76 7 x_p77 7 x_p78 7 x_p79 7 x_p80 8 x_p81 8 x_p82 8 x_p83 8 x_p84 8 x_p85 8 x_p86 8 x_p87 8 x_p88 8 x_p89 8 x_p90 9 x_p91 9 x_p92 9 x_p93 9 x_p94 9 x_p95 9 x_p96 9 x_p97 9 x_p98 9 x_p99 9 x_p100 9 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 11 then stats1 -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0 x_p01 0 x_p02 0 x_p03 0 x_p04 0 x_p05 0 x_p06 0 x_p07 0 x_p08 0 x_p09 0 x_p10 1 x_p11 1 x_p12 1 x_p13 1 x_p14 1 x_p15 1 x_p16 1 x_p17 1 x_p18 1 x_p19 2 x_p20 2 x_p21 2 x_p22 2 x_p23 2 x_p24 2 x_p25 2 x_p26 2 x_p27 2 x_p28 3 x_p29 3 x_p30 3 x_p31 3 x_p32 3 x_p33 3 x_p34 3 x_p35 3 x_p36 3 x_p37 4 x_p38 4 x_p39 4 x_p40 4 x_p41 4 x_p42 4 x_p43 4 x_p44 4 x_p45 4 x_p46 5 x_p47 5 x_p48 5 x_p49 5 x_p50 5 x_p51 5 x_p52 5 x_p53 5 x_p54 5 x_p55 6 x_p56 6 x_p57 6 x_p58 6 x_p59 6 x_p60 6 x_p61 6 x_p62 6 x_p63 6 x_p64 7 x_p65 7 x_p66 7 x_p67 7 x_p68 7 x_p69 7 x_p70 7 x_p71 7 x_p72 7 x_p73 8 x_p74 8 x_p75 8 x_p76 8 x_p77 8 x_p78 8 x_p79 8 x_p80 8 x_p81 8 x_p82 9 x_p83 9 x_p84 9 x_p85 9 x_p86 9 x_p87 9 x_p88 9 x_p89 9 x_p90 9 x_p91 10 x_p92 10 x_p93 10 x_p94 10 x_p95 10 x_p96 10 x_p97 10 x_p98 10 x_p99 10 x_p100 10 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 1 then stats1 -i -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0 x_p01 0 x_p02 0 x_p03 0 x_p04 0 x_p05 0 x_p06 0 x_p07 0 x_p08 0 x_p09 0 x_p10 0 x_p11 0 x_p12 0 x_p13 0 x_p14 0 x_p15 0 x_p16 0 x_p17 0 x_p18 0 x_p19 0 x_p20 0 x_p21 0 x_p22 0 x_p23 0 x_p24 0 x_p25 0 x_p26 0 x_p27 0 x_p28 0 x_p29 0 x_p30 0 x_p31 0 x_p32 0 x_p33 0 x_p34 0 x_p35 0 x_p36 0 x_p37 0 x_p38 0 x_p39 0 x_p40 0 x_p41 0 x_p42 0 x_p43 0 x_p44 0 x_p45 0 x_p46 0 x_p47 0 x_p48 0 x_p49 0 x_p50 0 x_p51 0 x_p52 0 x_p53 0 x_p54 0 x_p55 0 x_p56 0 x_p57 0 x_p58 0 x_p59 0 x_p60 0 x_p61 0 x_p62 0 x_p63 0 x_p64 0 x_p65 0 x_p66 0 x_p67 0 x_p68 0 x_p69 0 x_p70 0 x_p71 0 x_p72 0 x_p73 0 x_p74 0 x_p75 0 x_p76 0 x_p77 0 x_p78 0 x_p79 0 x_p80 0 x_p81 0 x_p82 0 x_p83 0 x_p84 0 x_p85 0 x_p86 0 x_p87 0 x_p88 0 x_p89 0 x_p90 0 x_p91 0 x_p92 0 x_p93 0 x_p94 0 x_p95 0 x_p96 0 x_p97 0 x_p98 0 x_p99 0 x_p100 0 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 2 then stats1 -i -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0.000000 x_p01 0.010000 x_p02 0.020000 x_p03 0.030000 x_p04 0.040000 x_p05 0.050000 x_p06 0.060000 x_p07 0.070000 x_p08 0.080000 x_p09 0.090000 x_p10 0.100000 x_p11 0.110000 x_p12 0.120000 x_p13 0.130000 x_p14 0.140000 x_p15 0.150000 x_p16 0.160000 x_p17 0.170000 x_p18 0.180000 x_p19 0.190000 x_p20 0.200000 x_p21 0.210000 x_p22 0.220000 x_p23 0.230000 x_p24 0.240000 x_p25 0.250000 x_p26 0.260000 x_p27 0.270000 x_p28 0.280000 x_p29 0.290000 x_p30 0.300000 x_p31 0.310000 x_p32 0.320000 x_p33 0.330000 x_p34 0.340000 x_p35 0.350000 x_p36 0.360000 x_p37 0.370000 x_p38 0.380000 x_p39 0.390000 x_p40 0.400000 x_p41 0.410000 x_p42 0.420000 x_p43 0.430000 x_p44 0.440000 x_p45 0.450000 x_p46 0.460000 x_p47 0.470000 x_p48 0.480000 x_p49 0.490000 x_p50 0.500000 x_p51 0.510000 x_p52 0.520000 x_p53 0.530000 x_p54 0.540000 x_p55 0.550000 x_p56 0.560000 x_p57 0.570000 x_p58 0.580000 x_p59 0.590000 x_p60 0.600000 x_p61 0.610000 x_p62 0.620000 x_p63 0.630000 x_p64 0.640000 x_p65 0.650000 x_p66 0.660000 x_p67 0.670000 x_p68 0.680000 x_p69 0.690000 x_p70 0.700000 x_p71 0.710000 x_p72 0.720000 x_p73 0.730000 x_p74 0.740000 x_p75 0.750000 x_p76 0.760000 x_p77 0.770000 x_p78 0.780000 x_p79 0.790000 x_p80 0.800000 x_p81 0.810000 x_p82 0.820000 x_p83 0.830000 x_p84 0.840000 x_p85 0.850000 x_p86 0.860000 x_p87 0.870000 x_p88 0.880000 x_p89 0.890000 x_p90 0.900000 x_p91 0.910000 x_p92 0.920000 x_p93 0.930000 x_p94 0.940000 x_p95 0.950000 x_p96 0.960000 x_p97 0.970000 x_p98 0.980000 x_p99 0.990000 x_p100 1 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 3 then stats1 -i -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0.000000 x_p01 0.020000 x_p02 0.040000 x_p03 0.060000 x_p04 0.080000 x_p05 0.100000 x_p06 0.120000 x_p07 0.140000 x_p08 0.160000 x_p09 0.180000 x_p10 0.200000 x_p11 0.220000 x_p12 0.240000 x_p13 0.260000 x_p14 0.280000 x_p15 0.300000 x_p16 0.320000 x_p17 0.340000 x_p18 0.360000 x_p19 0.380000 x_p20 0.400000 x_p21 0.420000 x_p22 0.440000 x_p23 0.460000 x_p24 0.480000 x_p25 0.500000 x_p26 0.520000 x_p27 0.540000 x_p28 0.560000 x_p29 0.580000 x_p30 0.600000 x_p31 0.620000 x_p32 0.640000 x_p33 0.660000 x_p34 0.680000 x_p35 0.700000 x_p36 0.720000 x_p37 0.740000 x_p38 0.760000 x_p39 0.780000 x_p40 0.800000 x_p41 0.820000 x_p42 0.840000 x_p43 0.860000 x_p44 0.880000 x_p45 0.900000 x_p46 0.920000 x_p47 0.940000 x_p48 0.960000 x_p49 0.980000 x_p50 1.000000 x_p51 1.020000 x_p52 1.040000 x_p53 1.060000 x_p54 1.080000 x_p55 1.100000 x_p56 1.120000 x_p57 1.140000 x_p58 1.160000 x_p59 1.180000 x_p60 1.200000 x_p61 1.220000 x_p62 1.240000 x_p63 1.260000 x_p64 1.280000 x_p65 1.300000 x_p66 1.320000 x_p67 1.340000 x_p68 1.360000 x_p69 1.380000 x_p70 1.400000 x_p71 1.420000 x_p72 1.440000 x_p73 1.460000 x_p74 1.480000 x_p75 1.500000 x_p76 1.520000 x_p77 1.540000 x_p78 1.560000 x_p79 1.580000 x_p80 1.600000 x_p81 1.620000 x_p82 1.640000 x_p83 1.660000 x_p84 1.680000 x_p85 1.700000 x_p86 1.720000 x_p87 1.740000 x_p88 1.760000 x_p89 1.780000 x_p90 1.800000 x_p91 1.820000 x_p92 1.840000 x_p93 1.860000 x_p94 1.880000 x_p95 1.900000 x_p96 1.920000 x_p97 1.940000 x_p98 1.960000 x_p99 1.980000 x_p100 2 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 4 then stats1 -i -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0.000000 x_p01 0.030000 x_p02 0.060000 x_p03 0.090000 x_p04 0.120000 x_p05 0.150000 x_p06 0.180000 x_p07 0.210000 x_p08 0.240000 x_p09 0.270000 x_p10 0.300000 x_p11 0.330000 x_p12 0.360000 x_p13 0.390000 x_p14 0.420000 x_p15 0.450000 x_p16 0.480000 x_p17 0.510000 x_p18 0.540000 x_p19 0.570000 x_p20 0.600000 x_p21 0.630000 x_p22 0.660000 x_p23 0.690000 x_p24 0.720000 x_p25 0.750000 x_p26 0.780000 x_p27 0.810000 x_p28 0.840000 x_p29 0.870000 x_p30 0.900000 x_p31 0.930000 x_p32 0.960000 x_p33 0.990000 x_p34 1.020000 x_p35 1.050000 x_p36 1.080000 x_p37 1.110000 x_p38 1.140000 x_p39 1.170000 x_p40 1.200000 x_p41 1.230000 x_p42 1.260000 x_p43 1.290000 x_p44 1.320000 x_p45 1.350000 x_p46 1.380000 x_p47 1.410000 x_p48 1.440000 x_p49 1.470000 x_p50 1.500000 x_p51 1.530000 x_p52 1.560000 x_p53 1.590000 x_p54 1.620000 x_p55 1.650000 x_p56 1.680000 x_p57 1.710000 x_p58 1.740000 x_p59 1.770000 x_p60 1.800000 x_p61 1.830000 x_p62 1.860000 x_p63 1.890000 x_p64 1.920000 x_p65 1.950000 x_p66 1.980000 x_p67 2.010000 x_p68 2.040000 x_p69 2.070000 x_p70 2.100000 x_p71 2.130000 x_p72 2.160000 x_p73 2.190000 x_p74 2.220000 x_p75 2.250000 x_p76 2.280000 x_p77 2.310000 x_p78 2.340000 x_p79 2.370000 x_p80 2.400000 x_p81 2.430000 x_p82 2.460000 x_p83 2.490000 x_p84 2.520000 x_p85 2.550000 x_p86 2.580000 x_p87 2.610000 x_p88 2.640000 x_p89 2.670000 x_p90 2.700000 x_p91 2.730000 x_p92 2.760000 x_p93 2.790000 x_p94 2.820000 x_p95 2.850000 x_p96 2.880000 x_p97 2.910000 x_p98 2.940000 x_p99 2.970000 x_p100 3 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 5 then stats1 -i -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0.000000 x_p01 0.040000 x_p02 0.080000 x_p03 0.120000 x_p04 0.160000 x_p05 0.200000 x_p06 0.240000 x_p07 0.280000 x_p08 0.320000 x_p09 0.360000 x_p10 0.400000 x_p11 0.440000 x_p12 0.480000 x_p13 0.520000 x_p14 0.560000 x_p15 0.600000 x_p16 0.640000 x_p17 0.680000 x_p18 0.720000 x_p19 0.760000 x_p20 0.800000 x_p21 0.840000 x_p22 0.880000 x_p23 0.920000 x_p24 0.960000 x_p25 1.000000 x_p26 1.040000 x_p27 1.080000 x_p28 1.120000 x_p29 1.160000 x_p30 1.200000 x_p31 1.240000 x_p32 1.280000 x_p33 1.320000 x_p34 1.360000 x_p35 1.400000 x_p36 1.440000 x_p37 1.480000 x_p38 1.520000 x_p39 1.560000 x_p40 1.600000 x_p41 1.640000 x_p42 1.680000 x_p43 1.720000 x_p44 1.760000 x_p45 1.800000 x_p46 1.840000 x_p47 1.880000 x_p48 1.920000 x_p49 1.960000 x_p50 2.000000 x_p51 2.040000 x_p52 2.080000 x_p53 2.120000 x_p54 2.160000 x_p55 2.200000 x_p56 2.240000 x_p57 2.280000 x_p58 2.320000 x_p59 2.360000 x_p60 2.400000 x_p61 2.440000 x_p62 2.480000 x_p63 2.520000 x_p64 2.560000 x_p65 2.600000 x_p66 2.640000 x_p67 2.680000 x_p68 2.720000 x_p69 2.760000 x_p70 2.800000 x_p71 2.840000 x_p72 2.880000 x_p73 2.920000 x_p74 2.960000 x_p75 3.000000 x_p76 3.040000 x_p77 3.080000 x_p78 3.120000 x_p79 3.160000 x_p80 3.200000 x_p81 3.240000 x_p82 3.280000 x_p83 3.320000 x_p84 3.360000 x_p85 3.400000 x_p86 3.440000 x_p87 3.480000 x_p88 3.520000 x_p89 3.560000 x_p90 3.600000 x_p91 3.640000 x_p92 3.680000 x_p93 3.720000 x_p94 3.760000 x_p95 3.800000 x_p96 3.840000 x_p97 3.880000 x_p98 3.920000 x_p99 3.960000 x_p100 4 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 6 then stats1 -i -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0.000000 x_p01 0.050000 x_p02 0.100000 x_p03 0.150000 x_p04 0.200000 x_p05 0.250000 x_p06 0.300000 x_p07 0.350000 x_p08 0.400000 x_p09 0.450000 x_p10 0.500000 x_p11 0.550000 x_p12 0.600000 x_p13 0.650000 x_p14 0.700000 x_p15 0.750000 x_p16 0.800000 x_p17 0.850000 x_p18 0.900000 x_p19 0.950000 x_p20 1.000000 x_p21 1.050000 x_p22 1.100000 x_p23 1.150000 x_p24 1.200000 x_p25 1.250000 x_p26 1.300000 x_p27 1.350000 x_p28 1.400000 x_p29 1.450000 x_p30 1.500000 x_p31 1.550000 x_p32 1.600000 x_p33 1.650000 x_p34 1.700000 x_p35 1.750000 x_p36 1.800000 x_p37 1.850000 x_p38 1.900000 x_p39 1.950000 x_p40 2.000000 x_p41 2.050000 x_p42 2.100000 x_p43 2.150000 x_p44 2.200000 x_p45 2.250000 x_p46 2.300000 x_p47 2.350000 x_p48 2.400000 x_p49 2.450000 x_p50 2.500000 x_p51 2.550000 x_p52 2.600000 x_p53 2.650000 x_p54 2.700000 x_p55 2.750000 x_p56 2.800000 x_p57 2.850000 x_p58 2.900000 x_p59 2.950000 x_p60 3.000000 x_p61 3.050000 x_p62 3.100000 x_p63 3.150000 x_p64 3.200000 x_p65 3.250000 x_p66 3.300000 x_p67 3.350000 x_p68 3.400000 x_p69 3.450000 x_p70 3.500000 x_p71 3.550000 x_p72 3.600000 x_p73 3.650000 x_p74 3.700000 x_p75 3.750000 x_p76 3.800000 x_p77 3.850000 x_p78 3.900000 x_p79 3.950000 x_p80 4.000000 x_p81 4.050000 x_p82 4.100000 x_p83 4.150000 x_p84 4.200000 x_p85 4.250000 x_p86 4.300000 x_p87 4.350000 x_p88 4.400000 x_p89 4.450000 x_p90 4.500000 x_p91 4.550000 x_p92 4.600000 x_p93 4.650000 x_p94 4.700000 x_p95 4.750000 x_p96 4.800000 x_p97 4.850000 x_p98 4.900000 x_p99 4.950000 x_p100 5 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 7 then stats1 -i -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0.000000 x_p01 0.060000 x_p02 0.120000 x_p03 0.180000 x_p04 0.240000 x_p05 0.300000 x_p06 0.360000 x_p07 0.420000 x_p08 0.480000 x_p09 0.540000 x_p10 0.600000 x_p11 0.660000 x_p12 0.720000 x_p13 0.780000 x_p14 0.840000 x_p15 0.900000 x_p16 0.960000 x_p17 1.020000 x_p18 1.080000 x_p19 1.140000 x_p20 1.200000 x_p21 1.260000 x_p22 1.320000 x_p23 1.380000 x_p24 1.440000 x_p25 1.500000 x_p26 1.560000 x_p27 1.620000 x_p28 1.680000 x_p29 1.740000 x_p30 1.800000 x_p31 1.860000 x_p32 1.920000 x_p33 1.980000 x_p34 2.040000 x_p35 2.100000 x_p36 2.160000 x_p37 2.220000 x_p38 2.280000 x_p39 2.340000 x_p40 2.400000 x_p41 2.460000 x_p42 2.520000 x_p43 2.580000 x_p44 2.640000 x_p45 2.700000 x_p46 2.760000 x_p47 2.820000 x_p48 2.880000 x_p49 2.940000 x_p50 3.000000 x_p51 3.060000 x_p52 3.120000 x_p53 3.180000 x_p54 3.240000 x_p55 3.300000 x_p56 3.360000 x_p57 3.420000 x_p58 3.480000 x_p59 3.540000 x_p60 3.600000 x_p61 3.660000 x_p62 3.720000 x_p63 3.780000 x_p64 3.840000 x_p65 3.900000 x_p66 3.960000 x_p67 4.020000 x_p68 4.080000 x_p69 4.140000 x_p70 4.200000 x_p71 4.260000 x_p72 4.320000 x_p73 4.380000 x_p74 4.440000 x_p75 4.500000 x_p76 4.560000 x_p77 4.620000 x_p78 4.680000 x_p79 4.740000 x_p80 4.800000 x_p81 4.860000 x_p82 4.920000 x_p83 4.980000 x_p84 5.040000 x_p85 5.100000 x_p86 5.160000 x_p87 5.220000 x_p88 5.280000 x_p89 5.340000 x_p90 5.400000 x_p91 5.460000 x_p92 5.520000 x_p93 5.580000 x_p94 5.640000 x_p95 5.700000 x_p96 5.760000 x_p97 5.820000 x_p98 5.880000 x_p99 5.940000 x_p100 6 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 8 then stats1 -i -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0.000000 x_p01 0.070000 x_p02 0.140000 x_p03 0.210000 x_p04 0.280000 x_p05 0.350000 x_p06 0.420000 x_p07 0.490000 x_p08 0.560000 x_p09 0.630000 x_p10 0.700000 x_p11 0.770000 x_p12 0.840000 x_p13 0.910000 x_p14 0.980000 x_p15 1.050000 x_p16 1.120000 x_p17 1.190000 x_p18 1.260000 x_p19 1.330000 x_p20 1.400000 x_p21 1.470000 x_p22 1.540000 x_p23 1.610000 x_p24 1.680000 x_p25 1.750000 x_p26 1.820000 x_p27 1.890000 x_p28 1.960000 x_p29 2.030000 x_p30 2.100000 x_p31 2.170000 x_p32 2.240000 x_p33 2.310000 x_p34 2.380000 x_p35 2.450000 x_p36 2.520000 x_p37 2.590000 x_p38 2.660000 x_p39 2.730000 x_p40 2.800000 x_p41 2.870000 x_p42 2.940000 x_p43 3.010000 x_p44 3.080000 x_p45 3.150000 x_p46 3.220000 x_p47 3.290000 x_p48 3.360000 x_p49 3.430000 x_p50 3.500000 x_p51 3.570000 x_p52 3.640000 x_p53 3.710000 x_p54 3.780000 x_p55 3.850000 x_p56 3.920000 x_p57 3.990000 x_p58 4.060000 x_p59 4.130000 x_p60 4.200000 x_p61 4.270000 x_p62 4.340000 x_p63 4.410000 x_p64 4.480000 x_p65 4.550000 x_p66 4.620000 x_p67 4.690000 x_p68 4.760000 x_p69 4.830000 x_p70 4.900000 x_p71 4.970000 x_p72 5.040000 x_p73 5.110000 x_p74 5.180000 x_p75 5.250000 x_p76 5.320000 x_p77 5.390000 x_p78 5.460000 x_p79 5.530000 x_p80 5.600000 x_p81 5.670000 x_p82 5.740000 x_p83 5.810000 x_p84 5.880000 x_p85 5.950000 x_p86 6.020000 x_p87 6.090000 x_p88 6.160000 x_p89 6.230000 x_p90 6.300000 x_p91 6.370000 x_p92 6.440000 x_p93 6.510000 x_p94 6.580000 x_p95 6.650000 x_p96 6.720000 x_p97 6.790000 x_p98 6.860000 x_p99 6.930000 x_p100 7 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 9 then stats1 -i -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0.000000 x_p01 0.080000 x_p02 0.160000 x_p03 0.240000 x_p04 0.320000 x_p05 0.400000 x_p06 0.480000 x_p07 0.560000 x_p08 0.640000 x_p09 0.720000 x_p10 0.800000 x_p11 0.880000 x_p12 0.960000 x_p13 1.040000 x_p14 1.120000 x_p15 1.200000 x_p16 1.280000 x_p17 1.360000 x_p18 1.440000 x_p19 1.520000 x_p20 1.600000 x_p21 1.680000 x_p22 1.760000 x_p23 1.840000 x_p24 1.920000 x_p25 2.000000 x_p26 2.080000 x_p27 2.160000 x_p28 2.240000 x_p29 2.320000 x_p30 2.400000 x_p31 2.480000 x_p32 2.560000 x_p33 2.640000 x_p34 2.720000 x_p35 2.800000 x_p36 2.880000 x_p37 2.960000 x_p38 3.040000 x_p39 3.120000 x_p40 3.200000 x_p41 3.280000 x_p42 3.360000 x_p43 3.440000 x_p44 3.520000 x_p45 3.600000 x_p46 3.680000 x_p47 3.760000 x_p48 3.840000 x_p49 3.920000 x_p50 4.000000 x_p51 4.080000 x_p52 4.160000 x_p53 4.240000 x_p54 4.320000 x_p55 4.400000 x_p56 4.480000 x_p57 4.560000 x_p58 4.640000 x_p59 4.720000 x_p60 4.800000 x_p61 4.880000 x_p62 4.960000 x_p63 5.040000 x_p64 5.120000 x_p65 5.200000 x_p66 5.280000 x_p67 5.360000 x_p68 5.440000 x_p69 5.520000 x_p70 5.600000 x_p71 5.680000 x_p72 5.760000 x_p73 5.840000 x_p74 5.920000 x_p75 6.000000 x_p76 6.080000 x_p77 6.160000 x_p78 6.240000 x_p79 6.320000 x_p80 6.400000 x_p81 6.480000 x_p82 6.560000 x_p83 6.640000 x_p84 6.720000 x_p85 6.800000 x_p86 6.880000 x_p87 6.960000 x_p88 7.040000 x_p89 7.120000 x_p90 7.200000 x_p91 7.280000 x_p92 7.360000 x_p93 7.440000 x_p94 7.520000 x_p95 7.600000 x_p96 7.680000 x_p97 7.760000 x_p98 7.840000 x_p99 7.920000 x_p100 8 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 10 then stats1 -i -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0.000000 x_p01 0.090000 x_p02 0.180000 x_p03 0.270000 x_p04 0.360000 x_p05 0.450000 x_p06 0.540000 x_p07 0.630000 x_p08 0.720000 x_p09 0.810000 x_p10 0.900000 x_p11 0.990000 x_p12 1.080000 x_p13 1.170000 x_p14 1.260000 x_p15 1.350000 x_p16 1.440000 x_p17 1.530000 x_p18 1.620000 x_p19 1.710000 x_p20 1.800000 x_p21 1.890000 x_p22 1.980000 x_p23 2.070000 x_p24 2.160000 x_p25 2.250000 x_p26 2.340000 x_p27 2.430000 x_p28 2.520000 x_p29 2.610000 x_p30 2.700000 x_p31 2.790000 x_p32 2.880000 x_p33 2.970000 x_p34 3.060000 x_p35 3.150000 x_p36 3.240000 x_p37 3.330000 x_p38 3.420000 x_p39 3.510000 x_p40 3.600000 x_p41 3.690000 x_p42 3.780000 x_p43 3.870000 x_p44 3.960000 x_p45 4.050000 x_p46 4.140000 x_p47 4.230000 x_p48 4.320000 x_p49 4.410000 x_p50 4.500000 x_p51 4.590000 x_p52 4.680000 x_p53 4.770000 x_p54 4.860000 x_p55 4.950000 x_p56 5.040000 x_p57 5.130000 x_p58 5.220000 x_p59 5.310000 x_p60 5.400000 x_p61 5.490000 x_p62 5.580000 x_p63 5.670000 x_p64 5.760000 x_p65 5.850000 x_p66 5.940000 x_p67 6.030000 x_p68 6.120000 x_p69 6.210000 x_p70 6.300000 x_p71 6.390000 x_p72 6.480000 x_p73 6.570000 x_p74 6.660000 x_p75 6.750000 x_p76 6.840000 x_p77 6.930000 x_p78 7.020000 x_p79 7.110000 x_p80 7.200000 x_p81 7.290000 x_p82 7.380000 x_p83 7.470000 x_p84 7.560000 x_p85 7.650000 x_p86 7.740000 x_p87 7.830000 x_p88 7.920000 x_p89 8.010000 x_p90 8.100000 x_p91 8.190000 x_p92 8.280000 x_p93 8.370000 x_p94 8.460000 x_p95 8.550000 x_p96 8.640000 x_p97 8.730000 x_p98 8.820000 x_p99 8.910000 x_p100 9 mlr --from ./reg_test/input/x0to10.dat --oxtab head -n 11 then stats1 -i -f x -a p00,p01,p02,p03,p04,p05,p06,p07,p08,p09,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p58,p59,p60,p61,p62,p63,p64,p65,p66,p67,p68,p69,p70,p71,p72,p73,p74,p75,p76,p77,p78,p79,p80,p81,p82,p83,p84,p85,p86,p87,p88,p89,p90,p91,p92,p93,p94,p95,p96,p97,p98,p99,p100 x_p00 0.000000 x_p01 0.100000 x_p02 0.200000 x_p03 0.300000 x_p04 0.400000 x_p05 0.500000 x_p06 0.600000 x_p07 0.700000 x_p08 0.800000 x_p09 0.900000 x_p10 1.000000 x_p11 1.100000 x_p12 1.200000 x_p13 1.300000 x_p14 1.400000 x_p15 1.500000 x_p16 1.600000 x_p17 1.700000 x_p18 1.800000 x_p19 1.900000 x_p20 2.000000 x_p21 2.100000 x_p22 2.200000 x_p23 2.300000 x_p24 2.400000 x_p25 2.500000 x_p26 2.600000 x_p27 2.700000 x_p28 2.800000 x_p29 2.900000 x_p30 3.000000 x_p31 3.100000 x_p32 3.200000 x_p33 3.300000 x_p34 3.400000 x_p35 3.500000 x_p36 3.600000 x_p37 3.700000 x_p38 3.800000 x_p39 3.900000 x_p40 4.000000 x_p41 4.100000 x_p42 4.200000 x_p43 4.300000 x_p44 4.400000 x_p45 4.500000 x_p46 4.600000 x_p47 4.700000 x_p48 4.800000 x_p49 4.900000 x_p50 5.000000 x_p51 5.100000 x_p52 5.200000 x_p53 5.300000 x_p54 5.400000 x_p55 5.500000 x_p56 5.600000 x_p57 5.700000 x_p58 5.800000 x_p59 5.900000 x_p60 6.000000 x_p61 6.100000 x_p62 6.200000 x_p63 6.300000 x_p64 6.400000 x_p65 6.500000 x_p66 6.600000 x_p67 6.700000 x_p68 6.800000 x_p69 6.900000 x_p70 7.000000 x_p71 7.100000 x_p72 7.200000 x_p73 7.300000 x_p74 7.400000 x_p75 7.500000 x_p76 7.600000 x_p77 7.700000 x_p78 7.800000 x_p79 7.900000 x_p80 8.000000 x_p81 8.100000 x_p82 8.200000 x_p83 8.300000 x_p84 8.400000 x_p85 8.500000 x_p86 8.600000 x_p87 8.700000 x_p88 8.800000 x_p89 8.900000 x_p90 9.000000 x_p91 9.100000 x_p92 9.200000 x_p93 9.300000 x_p94 9.400000 x_p95 9.500000 x_p96 9.600000 x_p97 9.700000 x_p98 9.800000 x_p99 9.900000 x_p100 10 ================================================================ DSL OPERATOR ASSOCIATIVITY mlr put -v $x = 1 || 2 || 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="||", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="||", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 || 2 || 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="||", type=OPERATOR: text="||", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="||", type=OPERATOR: text="||", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ^^ 2 ^^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^^", type=OPERATOR: text="^^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^^", type=OPERATOR: text="^^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ^^ 2 ^^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="^^", type=OPERATOR: text="^^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="^^", type=OPERATOR: text="^^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 && 2 && 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="&&", type=OPERATOR: text="&&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="&&", type=OPERATOR: text="&&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 && 2 && 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="&&", type=OPERATOR: text="&&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="&&", type=OPERATOR: text="&&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 == 2 == 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="==", type=OPERATOR: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="==", type=OPERATOR: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 == 2 == 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="==", type=OPERATOR: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="==", type=OPERATOR: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 != 2 != 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="!=", type=OPERATOR: text="!=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="!=", type=OPERATOR: text="!=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 != 2 != 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="!=", type=OPERATOR: text="!=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="!=", type=OPERATOR: text="!=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 =~ 2 =~ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="=~", type=OPERATOR: text="=~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="=~", type=OPERATOR: text="=~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 =~ 2 =~ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=~", type=OPERATOR: text="=~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=~", type=OPERATOR: text="=~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 !=~ 2 !=~ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="!=~", type=OPERATOR: text="!=~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="!=~", type=OPERATOR: text="!=~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 !=~ 2 !=~ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="!=~", type=OPERATOR: text="!=~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="!=~", type=OPERATOR: text="!=~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 == 2 != 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="!=", type=OPERATOR: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="!=", type=OPERATOR: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 == 2 != 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="!=", type=OPERATOR: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="!=", type=OPERATOR: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 != 2 == 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="==", type=OPERATOR: text="!=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="==", type=OPERATOR: text="!=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 != 2 == 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="==", type=OPERATOR: text="!=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="==", type=OPERATOR: text="!=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 < 2 < 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<", type=OPERATOR: text="<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<", type=OPERATOR: text="<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 < 2 < 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="<", type=OPERATOR: text="<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="<", type=OPERATOR: text="<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 <= 2 <= 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<=", type=OPERATOR: text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<=", type=OPERATOR: text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 <= 2 <= 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="<=", type=OPERATOR: text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="<=", type=OPERATOR: text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 > 2 > 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text=">", type=OPERATOR: text=">", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text=">", type=OPERATOR: text=">", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 > 2 > 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text=">", type=OPERATOR: text=">", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text=">", type=OPERATOR: text=">", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 >= 2 >= 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text=">=", type=OPERATOR: text=">=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text=">=", type=OPERATOR: text=">=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 >= 2 >= 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text=">=", type=OPERATOR: text=">=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text=">=", type=OPERATOR: text=">=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 < 2 <= 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<=", type=OPERATOR: text="<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<=", type=OPERATOR: text="<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 < 2 <= 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="<=", type=OPERATOR: text="<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="<=", type=OPERATOR: text="<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 <= 2 < 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<", type=OPERATOR: text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<", type=OPERATOR: text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 <= 2 < 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="<", type=OPERATOR: text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="<", type=OPERATOR: text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 | 2 | 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 | 2 | 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="|", type=OPERATOR: text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="|", type=OPERATOR: text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ^ 2 ^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^", type=OPERATOR: text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^", type=OPERATOR: text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ^ 2 ^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="^", type=OPERATOR: text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="^", type=OPERATOR: text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 & 2 & 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="&", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="&", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 & 2 & 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="&", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="&", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 | 2 & 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 | 2 & 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 | 2 ^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="^", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="^", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 | 2 ^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="^", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="^", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ^ 2 | 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ^ 2 | 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="|", type=OPERATOR: text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="|", type=OPERATOR: text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ^ 2 & 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ^ 2 & 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 & 2 | 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 & 2 | 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="|", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="|", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 & 2 ^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 & 2 ^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="^", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="^", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 << 2 << 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<<", type=OPERATOR: text="<<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<<", type=OPERATOR: text="<<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 << 2 << 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="<<", type=OPERATOR: text="<<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="<<", type=OPERATOR: text="<<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 >> 2 >> 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text=">>", type=OPERATOR: text=">>", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text=">>", type=OPERATOR: text=">>", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 >> 2 >> 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text=">>", type=OPERATOR: text=">>", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text=">>", type=OPERATOR: text=">>", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 << 2 >> 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text=">>", type=OPERATOR: text="<<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text=">>", type=OPERATOR: text="<<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 << 2 >> 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text=">>", type=OPERATOR: text="<<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text=">>", type=OPERATOR: text="<<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 >> 2 << 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<<", type=OPERATOR: text=">>", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<<", type=OPERATOR: text=">>", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 >> 2 << 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="<<", type=OPERATOR: text=">>", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="<<", type=OPERATOR: text=">>", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 + 2 + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 + 2 + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 - 2 - 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="-", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="-", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 - 2 - 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="-", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="-", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 + 2 - 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="-", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="-", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 + 2 - 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="-", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="-", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 - 2 + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 - 2 + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 . 2 . 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text=".", type=OPERATOR: text=".", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text=".", type=OPERATOR: text=".", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 . 2 . 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text=".", type=OPERATOR: text=".", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text=".", type=OPERATOR: text=".", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 * 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 * 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="*", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="*", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 / 2 / 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="/", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="/", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 / 2 / 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="/", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="/", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 // 2 // 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="//", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="//", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 // 2 // 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="//", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="//", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 % 2 % 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="%", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="%", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 % 2 % 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="%", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="%", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ** 2 ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ** 2 ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 * 2 / 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="/", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="/", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 * 2 / 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="/", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="/", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 * 2 // 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="//", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="//", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 * 2 // 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="//", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="//", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 * 2 % 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="%", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="%", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 * 2 % 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="%", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="%", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 * 2 ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 * 2 ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 / 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 / 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="*", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="*", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 / 2 // 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="//", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="//", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 / 2 // 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="//", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="//", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 / 2 % 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="%", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="%", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 / 2 % 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="%", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="%", type=OPERATOR: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 / 2 ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 / 2 ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="/", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 // 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 // 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="*", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="*", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 // 2 / 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="/", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="/", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 // 2 / 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="/", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="/", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 // 2 % 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="%", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="%", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 // 2 % 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="%", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="%", type=OPERATOR: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 // 2 ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 // 2 ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="//", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 % 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 % 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="*", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="*", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 % 2 / 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="/", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="/", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 % 2 / 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="/", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="/", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 % 2 // 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="//", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="//", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 % 2 // 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="//", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="//", type=OPERATOR: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 % 2 ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 % 2 ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="%", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ** 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ** 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="*", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="*", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ** 2 / 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="/", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="/", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ** 2 / 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="/", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="/", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ** 2 // 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="//", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="//", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ** 2 // 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="//", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="//", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ** 2 % 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="%", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="%", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ** 2 % 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="%", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="%", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = ++1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. mlr filter -v ++1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. mlr put -v $x = --1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="-", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="-", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. mlr filter -v --1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="-", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="-", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. mlr put -v $x = !!1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="!", type=OPERATOR: text="!", type=OPERATOR: text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="!", type=OPERATOR: text="!", type=OPERATOR: text="1", type=NUMERIC_LITERAL. mlr filter -v !!1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="!", type=OPERATOR: text="!", type=OPERATOR: text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="!", type=OPERATOR: text="!", type=OPERATOR: text="1", type=NUMERIC_LITERAL. mlr put -v $x = ~~1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="~", type=OPERATOR: text="~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="~", type=OPERATOR: text="~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. mlr filter -v ~~1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="~", type=OPERATOR: text="~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="~", type=OPERATOR: text="~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. mlr put -v $x = 1 ? 2 : 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="? :", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="? :", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ? 2 : 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="? :", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="? :", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ? 2 ? 3 : 4 : 5 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="? :", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="? :", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. text="4", type=NUMERIC_LITERAL. text="5", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="? :", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="? :", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. text="4", type=NUMERIC_LITERAL. text="5", type=NUMERIC_LITERAL. mlr filter -v 1 ? 2 ? 3 : 4 : 5 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="? :", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="? :", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. text="4", type=NUMERIC_LITERAL. text="5", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="? :", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="? :", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. text="4", type=NUMERIC_LITERAL. text="5", type=NUMERIC_LITERAL. mlr put -v $x = 1 ? 2 : 3 ? 4 : 5 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="? :", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="? :", type=OPERATOR: text="3", type=NUMERIC_LITERAL. text="4", type=NUMERIC_LITERAL. text="5", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="? :", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="? :", type=OPERATOR: text="3", type=NUMERIC_LITERAL. text="4", type=NUMERIC_LITERAL. text="5", type=NUMERIC_LITERAL. mlr filter -v 1 ? 2 : 3 ? 4 : 5 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="? :", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="? :", type=OPERATOR: text="3", type=NUMERIC_LITERAL. text="4", type=NUMERIC_LITERAL. text="5", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="? :", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="? :", type=OPERATOR: text="3", type=NUMERIC_LITERAL. text="4", type=NUMERIC_LITERAL. text="5", type=NUMERIC_LITERAL. ================================================================ DSL OPERATOR PRECEDENCE mlr put -v $x = 1 || 2 ^^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="^^", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="^^", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 || 2 ^^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="||", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="^^", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="||", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="^^", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 || 2 && 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 || 2 && 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="||", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="||", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ^^ 2 || 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="^^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="^^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ^^ 2 || 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="||", type=OPERATOR: text="^^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="||", type=OPERATOR: text="^^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ^^ 2 && 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ^^ 2 && 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="^^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="^^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 && 2 || 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="&&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="&&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 && 2 || 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="||", type=OPERATOR: text="&&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="||", type=OPERATOR: text="&&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 && 2 ^^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^^", type=OPERATOR: text="&&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^^", type=OPERATOR: text="&&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 && 2 ^^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="^^", type=OPERATOR: text="&&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="^^", type=OPERATOR: text="&&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 == 2 <= 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="<=", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="<=", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 == 2 <= 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="<=", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="<=", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 <= 2 == 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="==", type=OPERATOR: text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="==", type=OPERATOR: text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 <= 2 == 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="==", type=OPERATOR: text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="==", type=OPERATOR: text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 <= 2 | 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="|", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="|", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 <= 2 | 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="|", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="<=", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="|", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 | 2 <= 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<=", type=OPERATOR: text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="<=", type=OPERATOR: text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 | 2 <= 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="<=", type=OPERATOR: text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="<=", type=OPERATOR: text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 | 2 ^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="^", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="^", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 | 2 ^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="^", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="^", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ^ 2 | 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ^ 2 | 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="|", type=OPERATOR: text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="|", type=OPERATOR: text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ^ 2 & 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ^ 2 & 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="^", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 & 2 ^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="^", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 & 2 ^ 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="^", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="^", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 & 2 << 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="<<", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="<<", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 & 2 << 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="<<", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="<<", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 << 2 & 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="&", type=OPERATOR: text="<<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="&", type=OPERATOR: text="<<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 << 2 & 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="&", type=OPERATOR: text="<<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="&", type=OPERATOR: text="<<", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 + 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 + 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 * 2 + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 * 2 + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 + (2 * 3) /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 + (2 * 3) /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 * (2 + 3) /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="+", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="+", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 * (2 + 3) /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="+", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="+", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = (1 + 2) * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v (1 + 2) * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="*", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="*", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = (1 * 2) + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v (1 * 2) + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 + 2 ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 + 2 ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ** 2 + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ** 2 + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 + (2 ** 3) /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 + (2 ** 3) /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ** (2 + 3) /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="+", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="+", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ** (2 + 3) /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="+", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="+", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = (1 + 2) ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="**", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="**", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v (1 + 2) ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="**", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="**", type=OPERATOR: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = (1 ** 2) + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v (1 ** 2) + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 * 2 ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 * 2 ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ** 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ** 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="*", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="*", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 * (2 ** 3) /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 * (2 ** 3) /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="**", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 ** (2 * 3) /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 ** (2 * 3) /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = (1 * 2) ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="**", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="**", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v (1 * 2) ** 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="**", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="**", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = (1 ** 2) * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="*", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v (1 ** 2) * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="*", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="*", type=OPERATOR: text="**", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = -1 + 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v -1 + 2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = -1 * 2 + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="*", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="*", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v -1 * 2 + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="*", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="*", type=OPERATOR: text="-", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 + -2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="-", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="-", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 + -2 * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="-", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="-", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 * -2 + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="-", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="-", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 * -2 + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="-", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="-", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 + 2 * -3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="-", type=OPERATOR: text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="-", type=OPERATOR: text="3", type=NUMERIC_LITERAL. mlr filter -v 1 + 2 * -3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="-", type=OPERATOR: text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="*", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="-", type=OPERATOR: text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 * 2 + -3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="-", type=OPERATOR: text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="-", type=OPERATOR: text="3", type=NUMERIC_LITERAL. mlr filter -v 1 * 2 + -3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="-", type=OPERATOR: text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="+", type=OPERATOR: text="*", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="-", type=OPERATOR: text="3", type=NUMERIC_LITERAL. mlr put -v $x = ~1 | 2 & 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v ~1 | 2 & 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="|", type=OPERATOR: text="~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="|", type=OPERATOR: text="~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = ~1 & 2 | 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="&", type=OPERATOR: text="~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="&", type=OPERATOR: text="~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v ~1 & 2 | 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="|", type=OPERATOR: text="&", type=OPERATOR: text="~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="|", type=OPERATOR: text="&", type=OPERATOR: text="~", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 | ~2 & 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="~", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="~", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 | ~2 & 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="~", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="~", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 & ~2 | 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="~", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="~", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr filter -v 1 & ~2 | 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="|", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="~", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="|", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="~", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 | 2 & ~3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="~", type=OPERATOR: text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="~", type=OPERATOR: text="3", type=NUMERIC_LITERAL. mlr filter -v 1 | 2 & ~3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="~", type=OPERATOR: text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="|", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="&", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="~", type=OPERATOR: text="3", type=NUMERIC_LITERAL. mlr put -v $x = 1 & 2 | ~3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="~", type=OPERATOR: text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="|", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="~", type=OPERATOR: text="3", type=NUMERIC_LITERAL. mlr filter -v 1 & 2 | ~3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="|", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="~", type=OPERATOR: text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="|", type=OPERATOR: text="&", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="~", type=OPERATOR: text="3", type=NUMERIC_LITERAL. mlr put -v $x = $a==1 && $b == 1 && $c == 1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="&&", type=OPERATOR: text="&&", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="&&", type=OPERATOR: text="&&", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. mlr filter -v $a==1 && $b == 1 && $c == 1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="&&", type=OPERATOR: text="&&", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="&&", type=OPERATOR: text="&&", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. mlr put -v $x = $a==1 || $b == 1 && $c == 1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="&&", type=OPERATOR: text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="&&", type=OPERATOR: text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. mlr filter -v $a==1 || $b == 1 && $c == 1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="||", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="&&", type=OPERATOR: text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="||", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="&&", type=OPERATOR: text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. mlr put -v $x = $a==1 || $b == 1 || $c == 1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="||", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="||", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. mlr filter -v $a==1 || $b == 1 || $c == 1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="||", type=OPERATOR: text="||", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="||", type=OPERATOR: text="||", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. mlr put -v $x = $a==1 && $b == 1 || $c == 1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="&&", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="||", type=OPERATOR: text="&&", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. mlr filter -v $a==1 && $b == 1 || $c == 1 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="||", type=OPERATOR: text="&&", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="||", type=OPERATOR: text="&&", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. mlr put -v $x = $a==1 ? $b == 2 : $c == 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="? :", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="? :", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. mlr filter -v $a==1 ? $b == 2 : $c == 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="? :", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="? :", type=OPERATOR: text="==", type=OPERATOR: text="a", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="b", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="==", type=OPERATOR: text="c", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. mlr put -v $x = true /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="true", type=BOOLEAN_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="true", type=BOOLEAN_LITERAL. mlr filter -v true /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="true", type=BOOLEAN_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="true", type=BOOLEAN_LITERAL. mlr put -v true || 1==0; $x = 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="||", type=OPERATOR: text="true", type=BOOLEAN_LITERAL. text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="||", type=OPERATOR: text="true", type=BOOLEAN_LITERAL. text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. mlr filter -v true || 1==0 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="||", type=OPERATOR: text="true", type=BOOLEAN_LITERAL. text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="0", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="||", type=OPERATOR: text="true", type=BOOLEAN_LITERAL. text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="0", type=NUMERIC_LITERAL. mlr put -v 1==0 || false; $x = 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="||", type=OPERATOR: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="0", type=NUMERIC_LITERAL. text="false", type=BOOLEAN_LITERAL. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="||", type=OPERATOR: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="0", type=NUMERIC_LITERAL. text="false", type=BOOLEAN_LITERAL. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. mlr filter -v 1==0 || false /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="||", type=OPERATOR: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="0", type=NUMERIC_LITERAL. text="false", type=BOOLEAN_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="||", type=OPERATOR: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="0", type=NUMERIC_LITERAL. text="false", type=BOOLEAN_LITERAL. mlr put -v true && false; $x = 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="&&", type=OPERATOR: text="true", type=BOOLEAN_LITERAL. text="false", type=BOOLEAN_LITERAL. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="&&", type=OPERATOR: text="true", type=BOOLEAN_LITERAL. text="false", type=BOOLEAN_LITERAL. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. mlr filter -v true && false /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="&&", type=OPERATOR: text="true", type=BOOLEAN_LITERAL. text="false", type=BOOLEAN_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="&&", type=OPERATOR: text="true", type=BOOLEAN_LITERAL. text="false", type=BOOLEAN_LITERAL. mlr put -v true && false && true; $x = 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="&&", type=OPERATOR: text="&&", type=OPERATOR: text="true", type=BOOLEAN_LITERAL. text="false", type=BOOLEAN_LITERAL. text="true", type=BOOLEAN_LITERAL. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="&&", type=OPERATOR: text="&&", type=OPERATOR: text="true", type=BOOLEAN_LITERAL. text="false", type=BOOLEAN_LITERAL. text="true", type=BOOLEAN_LITERAL. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. mlr filter -v true && false && true /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="&&", type=OPERATOR: text="&&", type=OPERATOR: text="true", type=BOOLEAN_LITERAL. text="false", type=BOOLEAN_LITERAL. text="true", type=BOOLEAN_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="&&", type=OPERATOR: text="&&", type=OPERATOR: text="true", type=BOOLEAN_LITERAL. text="false", type=BOOLEAN_LITERAL. text="true", type=BOOLEAN_LITERAL. mlr put -v $y += $x + 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="+", type=OPERATOR: text="y", type=FIELD_NAME. text="+", type=OPERATOR: text="x", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="+", type=OPERATOR: text="y", type=FIELD_NAME. text="+", type=OPERATOR: text="x", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. mlr put -v $y += $x * 3 /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="+", type=OPERATOR: text="y", type=FIELD_NAME. text="*", type=OPERATOR: text="x", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="+", type=OPERATOR: text="y", type=FIELD_NAME. text="*", type=OPERATOR: text="x", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. mlr put -v $y ||= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="||", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="||", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y ^^= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="^^", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="^^", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y &&= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="&&", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="&&", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y |= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="|", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="|", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y ^= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="^", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="^", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y &= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="&", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="&", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y <<= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="<<", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="<<", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y >>= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text=">>", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text=">>", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y += $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="+", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="+", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y -= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="-", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="-", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y .= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text=".", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text=".", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y *= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="*", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="*", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y /= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="/", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="/", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y //= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="//", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="//", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y %= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="%", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="%", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. mlr put -v $y **= $x /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="**", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="**", type=OPERATOR: text="y", type=FIELD_NAME. text="x", type=FIELD_NAME. ================================================================ DSL COMMENTS mlr --from ./reg_test/input/abixy put $s = 1; #$t = 2; $u = 3; a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,s=1,u=3 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,s=1,u=3 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,s=1,u=3 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,s=1,u=3 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,s=1,u=3 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,s=1,u=3 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,s=1,u=3 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,s=1,u=3 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,s=1,u=3 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,s=1,u=3 mlr --from ./reg_test/input/abixy filter NR == 1 || #NR == 2 || NR == 3 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 mlr --from ./reg_test/input/abixy put $s = "here is a pound#sign"; # but this is a comment #$t = 2; $u = 3; a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,s=here is a pound#sign,u=3 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,s=here is a pound#sign,u=3 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,s=here is a pound#sign,u=3 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,s=here is a pound#sign,u=3 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,s=here is a pound#sign,u=3 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,s=here is a pound#sign,u=3 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,s=here is a pound#sign,u=3 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,s=here is a pound#sign,u=3 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,s=here is a pound#sign,u=3 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,s=here is a pound#sign,u=3 ================================================================ DSL EMPTY STATEMENTS mlr -n put -v RAW AST: AST ROOT: (null) BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n filter -v mlr: filter statement must not be empty. RAW AST: AST ROOT: (null) mlr -n put -v begin {} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v begin {;} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v begin {;;} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v begin {;;;} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v begin {@x=1} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v begin {@x=1;} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v begin {;@x=1} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v begin {@x=1;@y=2} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="y", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="y", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v begin {@x=1;;@y=2} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="y", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="y", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v true {} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 mlr -n put -v true {;} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 mlr -n put -v true {;;} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 mlr -n put -v true {;;;} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 mlr -n put -v true {@x=1} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. mlr -n put -v true {@x=1;} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. mlr -n put -v true {;@x=1} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. mlr -n put -v true {@x=1;@y=2} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="y", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="y", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. mlr -n put -v true {@x=1;;@y=2} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="y", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="y", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. mlr -n put -v end {} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v end {;} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v end {;;} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v end {;;;} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v end {@x=1} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v end {@x=1;} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v end {;@x=1} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v end {@x=1;@y=2} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="y", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="y", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr -n put -v end {@x=1;;@y=2} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="y", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="y", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 ================================================================ DSL CONTEXT-SPECIFIC VALIDATION ---------------------------------------------------------------- non-top-level begin/end mlr put -v begin{begin{@x=1}} mlr: begin statements are only valid at top level. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. mlr put -v true{begin{@x=1}} mlr: begin statements are only valid at top level. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=3 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. mlr put -v end{end{@x=1}} mlr: end statements are only valid at top level. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. mlr put -v true{end{@x=1}} mlr: end statements are only valid at top level. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=3 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="end", type=END: text="end_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. ---------------------------------------------------------------- srecs in begin/end mlr put -v begin{$x=1} mlr: assignments to $-variables are not valid within begin or end blocks. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. mlr put -v begin{@x=$y} mlr: statements involving $-variables are not valid within begin or end blocks. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="y", type=FIELD_NAME. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="y", type=FIELD_NAME. mlr put -v end{$x=1} mlr: assignments to $-variables are not valid within begin or end blocks. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. mlr put -v end{@x=$y} mlr: statements involving $-variables are not valid within begin or end blocks. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="y", type=FIELD_NAME. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="y", type=FIELD_NAME. mlr put -v begin{@v=$*} mlr: assignments from $-variables are not valid within begin or end blocks. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_FROM_FULL_SREC_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="$*", type=FULL_SREC. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_FROM_FULL_SREC_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="$*", type=FULL_SREC. mlr put -v end{$*=@v} mlr: assignments to $-variables are not valid within begin or end blocks. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=FULL_SREC_ASSIGNMENT: text="$*", type=FULL_SREC. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=FULL_SREC_ASSIGNMENT: text="$*", type=FULL_SREC. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. mlr put -v begin{unset $x} mlr: unset of $-variables is not valid within begin or end blocks. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="unset", type=UNSET: text="x", type=FIELD_NAME. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="unset", type=UNSET: text="x", type=FIELD_NAME. mlr put -v end{unset $x} mlr: unset of $-variables is not valid within begin or end blocks. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="unset", type=UNSET: text="x", type=FIELD_NAME. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="unset", type=UNSET: text="x", type=FIELD_NAME. mlr put -v begin{unset $*} mlr: unset of $-variables is not valid within begin or end blocks. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="unset", type=UNSET: text="$*", type=FULL_SREC. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="unset", type=UNSET: text="$*", type=FULL_SREC. mlr put -v end{unset $*} mlr: unset of $-variables is not valid within begin or end blocks. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="unset", type=UNSET: text="$*", type=FULL_SREC. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="unset", type=UNSET: text="$*", type=FULL_SREC. ---------------------------------------------------------------- break/continue outside loop mlr put -v break mlr: break statements are only valid within for, while, or do-while. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="break", type=BREAK. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="break", type=BREAK. mlr put -v continue mlr: break statements are only valid within for, while, or do-while. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="continue", type=CONTINUE. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="continue", type=CONTINUE. ---------------------------------------------------------------- oosvars etc. in mlr filter mlr filter -v break mlr: filter expressions must end in a final boolean statement. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="break", type=BREAK. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="break", type=BREAK. mlr filter -v continue mlr: filter expressions must end in a final boolean statement. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="continue", type=CONTINUE. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="continue", type=CONTINUE. ---------------------------------------------------------------- expanded filter mlr --from ./reg_test/input/abixy filter begin { @avoid = 3 } NR != @avoid a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy filter -x begin { @avoid = 3 } NR != @avoid a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 mlr --from ./reg_test/input/abixy filter func f(n) { return n - 1 } f(NR) == 5 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 mlr --from ./reg_test/input/abixy filter subr s(n) { print "NR is ".n } call s(NR); false NR is 1 NR is 2 NR is 3 NR is 4 NR is 5 NR is 6 NR is 7 NR is 8 NR is 9 NR is 10 mlr --from ./reg_test/input/abixy filter int a = 5; int b = 7; a <= NR && NR <= b a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 mlr --from ./reg_test/input/abixy filter filter false mlr filter: expressions must not also contain the "filter" keyword. mlr --from ./reg_test/input/abixy filter filter false; true mlr filter: expressions must not also contain the "filter" keyword. ================================================================ DSL FUNCTIONAL TESTS mlr filter $x>.3 ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr filter $x>.3; ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr filter $x>0.3 ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr filter $x>0.3 && $y>0.3 ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr filter $x>0.3 || $y>0.3 ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr filter NR>=4 && NR <= 7 ./reg_test/input/abixy a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 mlr filter -x $x>.3 ./reg_test/input/abixy a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 mlr filter -x $x>0.3 ./reg_test/input/abixy a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 mlr filter -x $x>0.3 && $y>0.3 ./reg_test/input/abixy a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 mlr filter -x $x>0.3 || $y>0.3 ./reg_test/input/abixy mlr filter -x NR>=4 && NR <= 7 ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr filter $nosuchfield>.3 ./reg_test/input/abixy mlr put $x2 = $x**2 ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x2=0.120263 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x2=0.575595 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,x2=0.041863 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,x2=0.145465 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,x2=0.328660 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x2=0.277862 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,x2=0.374280 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,x2=0.358267 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,x2=0.000989 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x2=0.252633 mlr put $x2 = $x**2; ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,x2=0.120263 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,x2=0.575595 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,x2=0.041863 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,x2=0.145465 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,x2=0.328660 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,x2=0.277862 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,x2=0.374280 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,x2=0.358267 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,x2=0.000989 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,x2=0.252633 mlr put $z = -0.024*$x+0.13 ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,z=0.121677 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,z=0.111792 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,z=0.125090 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,z=0.120846 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,z=0.116241 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,z=0.117349 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,z=0.115317 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,z=0.115635 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,z=0.129245 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,z=0.117937 mlr put $c = $a . $b ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,c=panpan a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,c=ekspan a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,c=wyewye a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,c=ekswye a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,c=wyepan a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,c=zeepan a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,c=ekszee a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,c=zeewye a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,c=hatwye a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,c=panwye mlr put $ii = $i + $i ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,ii=2 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,ii=4 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,ii=6 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,ii=8 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,ii=10 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,ii=12 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,ii=14 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,ii=16 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,ii=18 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,ii=20 mlr put $emptytest = $i + $nosuch ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,emptytest=1 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,emptytest=2 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,emptytest=3 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,emptytest=4 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,emptytest=5 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,emptytest=6 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,emptytest=7 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,emptytest=8 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,emptytest=9 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,emptytest=10 mlr --opprint put $nr=NR;$fnr=FNR;$nf=NF;$filenum=FILENUM ./reg_test/input/abixy ./reg_test/input/abixy a b i x y nr fnr nf filenum pan pan 1 0.3467901443380824 0.7268028627434533 1 1 7 1 eks pan 2 0.7586799647899636 0.5221511083334797 2 2 7 1 wye wye 3 0.20460330576630303 0.33831852551664776 3 3 7 1 eks wye 4 0.38139939387114097 0.13418874328430463 4 4 7 1 wye pan 5 0.5732889198020006 0.8636244699032729 5 5 7 1 zee pan 6 0.5271261600918548 0.49322128674835697 6 6 7 1 eks zee 7 0.6117840605678454 0.1878849191181694 7 7 7 1 zee wye 8 0.5985540091064224 0.976181385699006 8 8 7 1 hat wye 9 0.03144187646093577 0.7495507603507059 9 9 7 1 pan wye 10 0.5026260055412137 0.9526183602969864 10 10 7 1 pan pan 1 0.3467901443380824 0.7268028627434533 11 1 7 2 eks pan 2 0.7586799647899636 0.5221511083334797 12 2 7 2 wye wye 3 0.20460330576630303 0.33831852551664776 13 3 7 2 eks wye 4 0.38139939387114097 0.13418874328430463 14 4 7 2 wye pan 5 0.5732889198020006 0.8636244699032729 15 5 7 2 zee pan 6 0.5271261600918548 0.49322128674835697 16 6 7 2 eks zee 7 0.6117840605678454 0.1878849191181694 17 7 7 2 zee wye 8 0.5985540091064224 0.976181385699006 18 8 7 2 hat wye 9 0.03144187646093577 0.7495507603507059 19 9 7 2 pan wye 10 0.5026260055412137 0.9526183602969864 20 10 7 2 mlr --opprint put $y=madd($x,10,37) then put $z=msub($x,10,37) ./reg_test/input/modarith.dat x y z -37 10 27 -36 11 28 -35 12 29 -34 13 30 -33 14 31 -32 15 32 -31 16 33 -30 17 34 -29 18 35 -28 19 36 -27 20 0 -26 21 1 -25 22 2 -24 23 3 -23 24 4 -22 25 5 -21 26 6 -20 27 7 -19 28 8 -18 29 9 -17 30 10 -16 31 11 -15 32 12 -14 33 13 -13 34 14 -12 35 15 -11 36 16 -10 0 17 -9 1 18 -8 2 19 -7 3 20 -6 4 21 -5 5 22 -4 6 23 -3 7 24 -2 8 25 -1 9 26 0 10 27 1 11 28 2 12 29 3 13 30 4 14 31 5 15 32 6 16 33 7 17 34 8 18 35 9 19 36 10 20 0 11 21 1 12 22 2 13 23 3 14 24 4 15 25 5 16 26 6 17 27 7 18 28 8 19 29 9 20 30 10 21 31 11 22 32 12 23 33 13 24 34 14 25 35 15 26 36 16 27 0 17 28 1 18 29 2 19 30 3 20 31 4 21 32 5 22 33 6 23 34 7 24 35 8 25 36 9 26 37 10 27 38 11 28 39 12 29 40 13 30 41 14 31 42 15 32 43 16 33 44 17 34 45 18 35 46 19 36 47 20 0 48 21 1 49 22 2 50 23 3 51 24 4 52 25 5 53 26 6 54 27 7 55 28 8 56 29 9 57 30 10 58 31 11 59 32 12 60 33 13 61 34 14 62 35 15 63 36 16 64 0 17 65 1 18 66 2 19 67 3 20 68 4 21 69 5 22 70 6 23 71 7 24 72 8 25 73 9 26 mlr --opprint put $y=mexp($x,35,37) then put $z=mmul($x,$y,37) ./reg_test/input/modarith.dat x y z -37 0 0 -36 1 1 -35 19 1 -34 25 1 -33 28 1 -32 15 1 -31 31 1 -30 16 1 -29 14 1 -28 33 1 -27 26 1 -26 27 1 -25 34 1 -24 20 1 -23 8 1 -22 5 1 -21 7 1 -20 24 1 -19 35 1 -18 2 1 -17 13 1 -16 30 1 -15 32 1 -14 29 1 -13 17 1 -12 3 1 -11 10 1 -10 11 1 -9 4 1 -8 23 1 -7 21 1 -6 6 1 -5 22 1 -4 9 1 -3 12 1 -2 18 1 -1 36 1 0 0 0 1 1 1 2 19 1 3 25 1 4 28 1 5 15 1 6 31 1 7 16 1 8 14 1 9 33 1 10 26 1 11 27 1 12 34 1 13 20 1 14 8 1 15 5 1 16 7 1 17 24 1 18 35 1 19 2 1 20 13 1 21 30 1 22 32 1 23 29 1 24 17 1 25 3 1 26 10 1 27 11 1 28 4 1 29 23 1 30 21 1 31 6 1 32 22 1 33 9 1 34 12 1 35 18 1 36 36 1 37 0 0 38 1 1 39 19 1 40 25 1 41 28 1 42 15 1 43 31 1 44 16 1 45 14 1 46 33 1 47 26 1 48 27 1 49 34 1 50 20 1 51 8 1 52 5 1 53 7 1 54 24 1 55 35 1 56 2 1 57 13 1 58 30 1 59 32 1 60 29 1 61 17 1 62 3 1 63 10 1 64 11 1 65 4 1 66 23 1 67 21 1 68 6 1 69 22 1 70 9 1 71 12 1 72 18 1 73 36 1 mlr put $z=min($x, $y) ./reg_test/input/minmax.dkvp x=1,y=2,z=1 x=1,y=,z=1 x=,y=,z= x=,y=2,z=2 x=3,y=2,z=2 x=3,y=,z=3 x=,y=,z= x=,y=2,z=2 mlr put $z=max($x, $y) ./reg_test/input/minmax.dkvp x=1,y=2,z=2 x=1,y=,z=1 x=,y=,z= x=,y=2,z=2 x=3,y=2,z=3 x=3,y=,z=3 x=,y=,z= x=,y=2,z=2 mlr put $o=min() x=1,y=2,z=3,o= mlr put $o=max() x=1,y=2,z=3,o= mlr put $o=min($x) x=1,y=2,z=3,o=1 mlr put $o=max($x) x=1,y=2,z=3,o=1 mlr put $o=min($x,$y) x=1,y=2,z=3,o=1 mlr put $o=max($x,$y) x=1,y=2,z=3,o=2 mlr put $o=min($x,$y,$z) x=1,y=2,z=3,o=1 mlr put $o=max($x,$y,$z) x=1,y=2,z=3,o=3 mlr put $u=min($x,$y);$v=max($x,$y) x=1,y=b,u=1,v=b mlr put $u=min($x,$y);$v=max($x,$y) x=a,y=2,u=2,v=a mlr put $u=min($x,$y);$v=max($x,$y) x=a,y=b,u=a,v=b mlr --icsvlite --oxtab put ${x+y} = ${name.x} + ${name.y}; ${x*y} = ${name.x} * ${name.y} ./reg_test/input/braced.csv name.x 1 name.y 2 z 3 x+y 3 x*y 2 name.x 4 name.y 6 z 5 x+y 10 x*y 24 mlr --icsvlite --oxtab filter ${name.y} < ${z} ./reg_test/input/braced.csv name.x 1 name.y 2 z 3 mlr --opprint put $z = $x < 0.5 ? 0 : 1 ./reg_test/input/abixy a b i x y z pan pan 1 0.3467901443380824 0.7268028627434533 0 eks pan 2 0.7586799647899636 0.5221511083334797 1 wye wye 3 0.20460330576630303 0.33831852551664776 0 eks wye 4 0.38139939387114097 0.13418874328430463 0 wye pan 5 0.5732889198020006 0.8636244699032729 1 zee pan 6 0.5271261600918548 0.49322128674835697 1 eks zee 7 0.6117840605678454 0.1878849191181694 1 zee wye 8 0.5985540091064224 0.976181385699006 1 hat wye 9 0.03144187646093577 0.7495507603507059 0 pan wye 10 0.5026260055412137 0.9526183602969864 1 mlr --csvlite filter true && true ./reg_test/input/b.csv d,e,f 5,6,7 mlr --csvlite filter true && false ./reg_test/input/b.csv mlr --csvlite filter false && true ./reg_test/input/b.csv mlr --csvlite filter false && false ./reg_test/input/b.csv mlr --csvlite filter true || true ./reg_test/input/b.csv d,e,f 5,6,7 mlr --csvlite filter true || false ./reg_test/input/b.csv d,e,f 5,6,7 mlr --csvlite filter false || true ./reg_test/input/b.csv d,e,f 5,6,7 mlr --csvlite filter false || false ./reg_test/input/b.csv mlr --csvlite filter true ^^ true ./reg_test/input/b.csv mlr --csvlite filter true ^^ false ./reg_test/input/b.csv d,e,f 5,6,7 mlr --csvlite filter false ^^ true ./reg_test/input/b.csv d,e,f 5,6,7 mlr --csvlite filter false ^^ false ./reg_test/input/b.csv mlr put $x==2 && $a =~ "....." { $y=4 } ./reg_test/input/short-circuit.dkvp x=1,a="hello" x=2,a="there",y=4 x=3,a="world" mlr put $x = ENV["X"]; $y = ENV[$name] ./reg_test/input/env-var.dkvp name=X,x=97,y=97 name=Y,x=97,y=98 x=97,y=6 mlr put $x = ENV["X"]; $y = ENV[$name] ./reg_test/input/env-var.dkvp name=X,x=,y= name=Y,x=,y= x=,y=6 mlr -n put begin{ENV["HOME"]="foobar"} end{print ENV["HOME"]} foobar mlr put $y = toupper($x) x=hello,y=HELLO mlr put $y = toupper($x) x=HELLO,y=HELLO mlr put $y = toupper($x) x=,y= mlr put $y = toupper($z) x=hello mlr put $y = tolower($x) x=hello,y=hello mlr put $y = tolower($x) x=HELLO,y=hello mlr put $y = tolower($x) x=,y= mlr put $y = tolower($z) x=hello mlr put $y = capitalize($x) x=hello,y=Hello mlr put $y = capitalize($x) x=HELLO,y=HELLO mlr put $y = capitalize($x) x=,y= mlr put $y = capitalize($z) x=hello ---------------------------------------------------------------- LHS value on first record should result in ZYX for process creation mlr --from ./reg_test/input/abixy put ENV["ZYX"]="CBA".NR; print | ENV["indir"]."/env-assign.sh" , "a is " . $a [ZYX]=[CBA1] a is pan [ZYX]=[CBA1] a is eks [ZYX]=[CBA1] a is wye [ZYX]=[CBA1] a is eks [ZYX]=[CBA1] a is wye [ZYX]=[CBA1] a is zee [ZYX]=[CBA1] a is eks [ZYX]=[CBA1] a is zee [ZYX]=[CBA1] a is hat [ZYX]=[CBA1] a is pan a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ================================================================ POSITIONAL INDEXING mlr --opprint put $NEW = $[[3]] ./reg_test/input/abixy a b i x y NEW pan pan 1 0.3467901443380824 0.7268028627434533 i eks pan 2 0.7586799647899636 0.5221511083334797 i wye wye 3 0.20460330576630303 0.33831852551664776 i eks wye 4 0.38139939387114097 0.13418874328430463 i wye pan 5 0.5732889198020006 0.8636244699032729 i zee pan 6 0.5271261600918548 0.49322128674835697 i eks zee 7 0.6117840605678454 0.1878849191181694 i zee wye 8 0.5985540091064224 0.976181385699006 i hat wye 9 0.03144187646093577 0.7495507603507059 i pan wye 10 0.5026260055412137 0.9526183602969864 i mlr --opprint put $NEW = $[[[3]]] ./reg_test/input/abixy a b i x y NEW pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 2 wye wye 3 0.20460330576630303 0.33831852551664776 3 eks wye 4 0.38139939387114097 0.13418874328430463 4 wye pan 5 0.5732889198020006 0.8636244699032729 5 zee pan 6 0.5271261600918548 0.49322128674835697 6 eks zee 7 0.6117840605678454 0.1878849191181694 7 zee wye 8 0.5985540091064224 0.976181385699006 8 hat wye 9 0.03144187646093577 0.7495507603507059 9 pan wye 10 0.5026260055412137 0.9526183602969864 10 mlr --opprint put $NEW = $[[11]] ./reg_test/input/abixy a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint put $NEW = $[[[11]]] ./reg_test/input/abixy a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint put $[[3]] = "NEW" ./reg_test/input/abixy a b NEW x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint put $[[[3]]] = "NEW" ./reg_test/input/abixy a b i x y pan pan NEW 0.3467901443380824 0.7268028627434533 eks pan NEW 0.7586799647899636 0.5221511083334797 wye wye NEW 0.20460330576630303 0.33831852551664776 eks wye NEW 0.38139939387114097 0.13418874328430463 wye pan NEW 0.5732889198020006 0.8636244699032729 zee pan NEW 0.5271261600918548 0.49322128674835697 eks zee NEW 0.6117840605678454 0.1878849191181694 zee wye NEW 0.5985540091064224 0.976181385699006 hat wye NEW 0.03144187646093577 0.7495507603507059 pan wye NEW 0.5026260055412137 0.9526183602969864 mlr --opprint put $[[11]] = "NEW" ./reg_test/input/abixy a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint put $[[[11]]] = "NEW" ./reg_test/input/abixy a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint put $[[1]] = $[[2]] ./reg_test/input/abixy b i x y pan 1 0.3467901443380824 0.7268028627434533 eks 2 0.7586799647899636 0.5221511083334797 wye 3 0.20460330576630303 0.33831852551664776 eks 4 0.38139939387114097 0.13418874328430463 wye 5 0.5732889198020006 0.8636244699032729 zee 6 0.5271261600918548 0.49322128674835697 eks 7 0.6117840605678454 0.1878849191181694 zee 8 0.5985540091064224 0.976181385699006 hat 9 0.03144187646093577 0.7495507603507059 pan 10 0.5026260055412137 0.9526183602969864 mlr --opprint put $a = $[[2]]; unset $["a"] ./reg_test/input/abixy b i x y a pan 1 0.3467901443380824 0.7268028627434533 b pan 2 0.7586799647899636 0.5221511083334797 b wye 3 0.20460330576630303 0.33831852551664776 b wye 4 0.38139939387114097 0.13418874328430463 b pan 5 0.5732889198020006 0.8636244699032729 b pan 6 0.5271261600918548 0.49322128674835697 b zee 7 0.6117840605678454 0.1878849191181694 b wye 8 0.5985540091064224 0.976181385699006 b wye 9 0.03144187646093577 0.7495507603507059 b wye 10 0.5026260055412137 0.9526183602969864 b mlr --opprint put $[[1]] = $b; unset $[[1]] ./reg_test/input/abixy b i x y pan 1 0.3467901443380824 0.7268028627434533 pan 2 0.7586799647899636 0.5221511083334797 wye 3 0.20460330576630303 0.33831852551664776 wye 4 0.38139939387114097 0.13418874328430463 pan 5 0.5732889198020006 0.8636244699032729 pan 6 0.5271261600918548 0.49322128674835697 zee 7 0.6117840605678454 0.1878849191181694 wye 8 0.5985540091064224 0.976181385699006 wye 9 0.03144187646093577 0.7495507603507059 wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint put $[[1]] = $[[2]]; unset $["a"] ./reg_test/input/abixy b i x y pan 1 0.3467901443380824 0.7268028627434533 eks 2 0.7586799647899636 0.5221511083334797 wye 3 0.20460330576630303 0.33831852551664776 eks 4 0.38139939387114097 0.13418874328430463 wye 5 0.5732889198020006 0.8636244699032729 zee 6 0.5271261600918548 0.49322128674835697 eks 7 0.6117840605678454 0.1878849191181694 zee 8 0.5985540091064224 0.976181385699006 hat 9 0.03144187646093577 0.7495507603507059 pan 10 0.5026260055412137 0.9526183602969864 mlr --opprint put unset $c ./reg_test/input/abixy a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint put unset $c; $c="new" ./reg_test/input/abixy a b i x y c pan pan 1 0.3467901443380824 0.7268028627434533 new eks pan 2 0.7586799647899636 0.5221511083334797 new wye wye 3 0.20460330576630303 0.33831852551664776 new eks wye 4 0.38139939387114097 0.13418874328430463 new wye pan 5 0.5732889198020006 0.8636244699032729 new zee pan 6 0.5271261600918548 0.49322128674835697 new eks zee 7 0.6117840605678454 0.1878849191181694 new zee wye 8 0.5985540091064224 0.976181385699006 new hat wye 9 0.03144187646093577 0.7495507603507059 new pan wye 10 0.5026260055412137 0.9526183602969864 new mlr --opprint put $c=$a.$b; unset $c; $c="new" ./reg_test/input/abixy a b i x y c pan pan 1 0.3467901443380824 0.7268028627434533 new eks pan 2 0.7586799647899636 0.5221511083334797 new wye wye 3 0.20460330576630303 0.33831852551664776 new eks wye 4 0.38139939387114097 0.13418874328430463 new wye pan 5 0.5732889198020006 0.8636244699032729 new zee pan 6 0.5271261600918548 0.49322128674835697 new eks zee 7 0.6117840605678454 0.1878849191181694 new zee wye 8 0.5985540091064224 0.976181385699006 new hat wye 9 0.03144187646093577 0.7495507603507059 new pan wye 10 0.5026260055412137 0.9526183602969864 new mlr --opprint put $c=$a.$b; unset $c ./reg_test/input/abixy a b i x y c pan pan 1 0.3467901443380824 0.7268028627434533 panpan eks pan 2 0.7586799647899636 0.5221511083334797 ekspan wye wye 3 0.20460330576630303 0.33831852551664776 wyewye eks wye 4 0.38139939387114097 0.13418874328430463 ekswye wye pan 5 0.5732889198020006 0.8636244699032729 wyepan zee pan 6 0.5271261600918548 0.49322128674835697 zeepan eks zee 7 0.6117840605678454 0.1878849191181694 ekszee zee wye 8 0.5985540091064224 0.976181385699006 zeewye hat wye 9 0.03144187646093577 0.7495507603507059 hatwye pan wye 10 0.5026260055412137 0.9526183602969864 panwye ================================================================ IS-PREDICATES mlr --opprint put $f=is_absent($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_absent($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_absent($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_absent($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_absent(@nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put @somesuch=1;$f=is_absent(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_bool($x>1) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_bool($y>1) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_bool($z>1) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_bool($nosuch>1) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_bool(@nosuch>1) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put @somesuch=1;$f=is_bool(@somesuch>1) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_boolean($x>1) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_boolean($y>1) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_boolean($z>1) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_boolean($nosuch>1) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_boolean(@nosuch>1) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put @somesuch=1;$f=is_boolean(@somesuch>1) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_empty($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - true b - - - true mlr --opprint put $f=is_empty($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - true b - 6 - false b - - - true mlr --opprint put $f=is_empty($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_empty($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_empty(@nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_empty($*) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_empty({1:2}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put @somesuch=1;$f=is_empty(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_empty_map($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_empty_map($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_empty_map($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_empty_map($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_empty_map(@nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_empty_map($*) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_empty_map({1:2}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_empty_map({}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put @somesuch=1;$f=is_empty_map(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_float($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_float($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_float($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_float($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_float(@nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_float($*) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_float({1:2}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put @somesuch=1;$f=is_float(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_int($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - false b - - - false mlr --opprint put $f=is_int($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - false b - 6 - true b - - - false mlr --opprint put $f=is_int($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_int($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_int(@nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_int($*) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_int({1:2}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put @somesuch=1;$f=is_int(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_map($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_map($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_map($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_map($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_map(@nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_map($*) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_map({1:2}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_map({}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put @somesuch=1;$f=is_map(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_nonempty_map($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_nonempty_map($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_nonempty_map($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_nonempty_map($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_nonempty_map(@nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_nonempty_map($*) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_nonempty_map({1:2}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_nonempty_map({}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put @somesuch=1;$f=is_nonempty_map(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_not_empty($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - false b - - - false mlr --opprint put $f=is_not_empty($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - false b - 6 - true b - - - false mlr --opprint put $f=is_not_empty($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_not_empty($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_not_empty(@nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_not_empty($*) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_not_empty({1:2}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put @somesuch=1;$f=is_not_empty(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_not_map($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_not_map($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_not_map($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_not_map($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_not_map(@nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_not_map($*) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_not_map({1:2}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_not_map({}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put @somesuch=1;$f=is_not_map(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_not_null($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - false b - - - false mlr --opprint put $f=is_not_null($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - false b - 6 - true b - - - false mlr --opprint put $f=is_not_null($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_not_null($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_not_null(@nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put @somesuch=1;$f=is_not_null(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_null($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - true b - - - true mlr --opprint put $f=is_null($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - true b - 6 - false b - - - true mlr --opprint put $f=is_null($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_null($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_null(@nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put @somesuch=1;$f=is_null(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_numeric($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - false b - - - false mlr --opprint put $f=is_numeric($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - false b - 6 - true b - - - false mlr --opprint put $f=is_numeric($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_numeric($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_numeric(@nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put @somesuch=1;$f=is_numeric(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_present($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_present($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_present($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_present($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_present(@nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put @somesuch=1;$f=is_present(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_string($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - true b - - - true mlr --opprint put $f=is_string($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - true b - 6 - false b - - - true mlr --opprint put $f=is_string($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=is_string($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=is_string(@nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put @somesuch=1;$f=is_string(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false ================================================================ ASSERTION PASS-THROUGHS mlr --opprint put $f=asserting_absent($nosuch) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint put $f=asserting_absent(@nosuch) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint put $f=asserting_absent($x) ./reg_test/input/nullvals.dkvp mlr: absent type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_absent($y) ./reg_test/input/nullvals.dkvp mlr: absent type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_absent($z) ./reg_test/input/nullvals.dkvp mlr: absent type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put @somesuch=1;$f=asserting_absent(@somesuch) ./reg_test/input/nullvals.dkvp mlr: absent type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put foo=asserting_absent($*) ./reg_test/input/nullvals.dkvp mlr: absent type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put foo=asserting_absent({1:2}) ./reg_test/input/nullvals.dkvp mlr: absent type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_empty($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - - b 3 4 - - b 5 - - - b - 6 - - b - - - - mlr --opprint put $f=asserting_empty($x) ./reg_test/input/nullvals.dkvp mlr: empty type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_empty($y) ./reg_test/input/nullvals.dkvp mlr: empty type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_empty($nosuch) ./reg_test/input/nullvals.dkvp mlr: empty type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_empty(@nosuch) ./reg_test/input/nullvals.dkvp mlr: empty type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_empty({1:2}) ./reg_test/input/nullvals.dkvp mlr: empty type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put @somesuch=1;$f=asserting_empty(@somesuch) ./reg_test/input/nullvals.dkvp mlr: empty type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put foo=asserting_empty($*) ./reg_test/input/nullvals.dkvp mlr: empty type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put foo=asserting_empty({1:2}) ./reg_test/input/nullvals.dkvp mlr: empty type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_empty_map({}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - (error) b 3 4 - (error) b 5 - - (error) b - 6 - (error) b - - - (error) mlr --opprint put $f=asserting_empty_map($*) ./reg_test/input/nullvals.dkvp mlr: empty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_empty_map($x) ./reg_test/input/nullvals.dkvp mlr: empty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_empty_map($y) ./reg_test/input/nullvals.dkvp mlr: empty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_empty_map($z) ./reg_test/input/nullvals.dkvp mlr: empty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_empty_map($nosuch) ./reg_test/input/nullvals.dkvp mlr: empty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_empty_map(@nosuch) ./reg_test/input/nullvals.dkvp mlr: empty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_empty_map({1:2}) ./reg_test/input/nullvals.dkvp mlr: empty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put @somesuch=1;$f=asserting_empty_map(@somesuch) ./reg_test/input/nullvals.dkvp mlr: empty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_map($*) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - (error) b 3 4 - (error) b 5 - - (error) b - 6 - (error) b - - - (error) mlr --opprint put $f=asserting_map({1:2}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - (error) b 3 4 - (error) b 5 - - (error) b - 6 - (error) b - - - (error) mlr --opprint put $f=asserting_map({}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - (error) b 3 4 - (error) b 5 - - (error) b - 6 - (error) b - - - (error) mlr --opprint put $f=asserting_map($x) ./reg_test/input/nullvals.dkvp mlr: map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_map($y) ./reg_test/input/nullvals.dkvp mlr: map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_map($z) ./reg_test/input/nullvals.dkvp mlr: map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_map($nosuch) ./reg_test/input/nullvals.dkvp mlr: map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_map(@nosuch) ./reg_test/input/nullvals.dkvp mlr: map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put @somesuch=1;$f=asserting_map(@somesuch) ./reg_test/input/nullvals.dkvp mlr: map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_nonempty_map($*) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - (error) b 3 4 - (error) b 5 - - (error) b - 6 - (error) b - - - (error) mlr --opprint put $f=asserting_nonempty_map({1:2}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - (error) b 3 4 - (error) b 5 - - (error) b - 6 - (error) b - - - (error) mlr --opprint put $f=asserting_nonempty_map($x) ./reg_test/input/nullvals.dkvp mlr: nonempty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_nonempty_map($y) ./reg_test/input/nullvals.dkvp mlr: nonempty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_nonempty_map($z) ./reg_test/input/nullvals.dkvp mlr: nonempty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_nonempty_map($nosuch) ./reg_test/input/nullvals.dkvp mlr: nonempty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_nonempty_map(@nosuch) ./reg_test/input/nullvals.dkvp mlr: nonempty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_nonempty_map({}) ./reg_test/input/nullvals.dkvp mlr: nonempty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put @somesuch=1;$f=asserting_nonempty_map(@somesuch) ./reg_test/input/nullvals.dkvp mlr: nonempty_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $*=asserting_not_empty($*) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint put $f=asserting_not_empty($nosuch) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint put $f=asserting_not_empty(@nosuch) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint put $f=asserting_not_empty({1:2}) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - (error) b 3 4 - (error) b 5 - - (error) b - 6 - (error) b - - - (error) mlr --opprint put $nosuch=asserting_not_empty($nosuch) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint put @somesuch=1;$f=asserting_not_empty(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - 1 b 3 4 - 1 b 5 - - 1 b - 6 - 1 b - - - 1 mlr --opprint put $*=asserting_not_empty($*) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint put $*=asserting_not_empty({1:2}) ./reg_test/input/nullvals.dkvp 1 2 2 2 2 2 mlr --opprint put $f=asserting_not_empty($x) ./reg_test/input/nullvals.dkvp mlr: not_empty type-assertion failed at NR=4 FNR=4 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_not_empty($y) ./reg_test/input/nullvals.dkvp mlr: not_empty type-assertion failed at NR=3 FNR=3 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_not_empty($z) ./reg_test/input/nullvals.dkvp mlr: not_empty type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_not_map($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - 1 b 3 4 - 3 b 5 - - 5 b - 6 - - b - - - - mlr --opprint put $f=asserting_not_map($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - 2 b 3 4 - 4 b 5 - - - b - 6 - 6 b - - - - mlr --opprint put $f=asserting_not_map($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - - b 3 4 - - b 5 - - - b - 6 - - b - - - - mlr --opprint put $f=asserting_not_map($nosuch) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint put $f=asserting_not_map(@nosuch) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint put @somesuch=1;$f=asserting_not_map(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - 1 b 3 4 - 1 b 5 - - 1 b - 6 - 1 b - - - 1 mlr --opprint put $f=asserting_not_map($*) ./reg_test/input/nullvals.dkvp mlr: not_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_not_map({1:2}) ./reg_test/input/nullvals.dkvp mlr: not_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_not_map({}) ./reg_test/input/nullvals.dkvp mlr: not_map type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put @somesuch=1;$f=asserting_not_null(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - 1 b 3 4 - 1 b 5 - - 1 b - 6 - 1 b - - - 1 mlr --opprint put $*=asserting_not_null($*) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint put $*=asserting_not_null({1:2}) ./reg_test/input/nullvals.dkvp 1 2 2 2 2 2 mlr --opprint put $f=asserting_not_null($x) ./reg_test/input/nullvals.dkvp mlr: not_null type-assertion failed at NR=4 FNR=4 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_not_null($y) ./reg_test/input/nullvals.dkvp mlr: not_null type-assertion failed at NR=3 FNR=3 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_not_null($z) ./reg_test/input/nullvals.dkvp mlr: not_null type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_not_null($nosuch) ./reg_test/input/nullvals.dkvp mlr: not_null type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_not_null(@nosuch) ./reg_test/input/nullvals.dkvp mlr: not_null type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_null($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - - b 3 4 - - b 5 - - - b - 6 - - b - - - - mlr --opprint put $f=asserting_null($nosuch) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint put $f=asserting_null(@nosuch) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint put $f=asserting_null($x) ./reg_test/input/nullvals.dkvp mlr: null type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_null($y) ./reg_test/input/nullvals.dkvp mlr: null type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put @somesuch=1;$f=asserting_null(@somesuch) ./reg_test/input/nullvals.dkvp mlr: null type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $*=asserting_null($*) ./reg_test/input/nullvals.dkvp mlr: null type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $*=asserting_null({1:2}) ./reg_test/input/nullvals.dkvp mlr: null type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_numeric($x) ./reg_test/input/nullvals.dkvp mlr: numeric type-assertion failed at NR=4 FNR=4 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_numeric($y) ./reg_test/input/nullvals.dkvp mlr: numeric type-assertion failed at NR=3 FNR=3 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_numeric($z) ./reg_test/input/nullvals.dkvp mlr: numeric type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $*=asserting_numeric($*) ./reg_test/input/nullvals.dkvp mlr: numeric type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $*=asserting_numeric({1:2}) ./reg_test/input/nullvals.dkvp mlr: numeric type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_numeric($nosuch) ./reg_test/input/nullvals.dkvp mlr: numeric type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_present($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - 1 b 3 4 - 3 b 5 - - 5 b - 6 - - b - - - - mlr --opprint put $f=asserting_present($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - 2 b 3 4 - 4 b 5 - - - b - 6 - 6 b - - - - mlr --opprint put $f=asserting_present($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - - b 3 4 - - b 5 - - - b - 6 - - b - - - - mlr --opprint put @somesuch=1;$f=asserting_present(@somesuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - 1 b 3 4 - 1 b 5 - - 1 b - 6 - 1 b - - - 1 mlr --opprint put $*=asserting_present($*) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint put $*=asserting_present({1:2}) ./reg_test/input/nullvals.dkvp 1 2 2 2 2 2 mlr --opprint put $f=asserting_present($nosuch) ./reg_test/input/nullvals.dkvp mlr: present type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_present(@nosuch) ./reg_test/input/nullvals.dkvp mlr: present type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_string($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - - b 3 4 - - b 5 - - - b - 6 - - b - - - - mlr --opprint put $*=asserting_string($*) ./reg_test/input/nullvals.dkvp mlr: string type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $*=asserting_string({1:2}) ./reg_test/input/nullvals.dkvp mlr: string type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_string($x) ./reg_test/input/nullvals.dkvp mlr: string type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_string($y) ./reg_test/input/nullvals.dkvp mlr: string type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp mlr --opprint put $f=asserting_string($nosuch) ./reg_test/input/nullvals.dkvp mlr: string type-assertion failed at NR=1 FNR=1 FILENAME=./reg_test/input/nullvals.dkvp ================================================================ DSL NULL/EMPTY HANDLING mlr put $z = $s . $s ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,z=hellohello x=1,y=,s=,z= x=,y=,s=hurrah,z=hurrahhurrah mlr put $z = $s == "" ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,z=false x=1,y=,s=,z=true x=,y=,s=hurrah,z=false mlr put $z = $s == $s ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,z=true x=1,y=,s=,z=true x=,y=,s=hurrah,z=true mlr put $z = is_empty($s) ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,z=false x=1,y=,s=,z=true x=,y=,s=hurrah,z=false mlr put $z = $x + $y ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,z=3 x=1,y=,s=,z= x=,y=,s=hurrah,z= mlr put $z = $y + $y ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,z=4 x=1,y=,s=,z= x=,y=,s=hurrah,z= mlr put $z = $x + $nosuch ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,z=1 x=1,y=,s=,z=1 x=,y=,s=hurrah mlr put $t = sub($s, "ell", "X") ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,t=hXo x=1,y=,s=,t= x=,y=,s=hurrah,t=hurrah mlr put $t = sub($s, "ell", "") ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,t=ho x=1,y=,s=,t= x=,y=,s=hurrah,t=hurrah mlr put $t = sub($nosuch, "ell", "X") ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello x=1,y=,s= x=,y=,s=hurrah mlr put $t = gsub($s, "l", "X") ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,t=heXXo x=1,y=,s=,t= x=,y=,s=hurrah,t=hurrah mlr put $t = gsub($s, "l", "") ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,t=heo x=1,y=,s=,t= x=,y=,s=hurrah,t=hurrah mlr put $t = gsub($nosuch, "l", "X") ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello x=1,y=,s= x=,y=,s=hurrah ---------------------------------------------------------------- EMIT mlr put -q @v=1; @nonesuch {emit @v} ./reg_test/input/abixy mlr put -q @v=1; @nonesuch==true {emit @v} ./reg_test/input/abixy mlr put -q @v=1; $nonesuch {emit @v} ./reg_test/input/abixy mlr put -q @v=1; $nonesuch==true {emit @v} ./reg_test/input/abixy ---------------------------------------------------------------- PLUS mlr --ofs tab put begin{}; $xy = $x + $y; $sy = @s + $y; $xt = $x + @t; $st = @s + @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=3 sy=2 xt=1 x=1 y= xy= xt=1 x= y=2 xy= sy=2 x= y= xy= a=1 y=2 xy=2 sy=2 a=1 y= a= y=2 xy=2 sy=2 a= y= x=1 b=2 xy=1 xt=1 x=1 b= xy=1 xt=1 x= b=2 x= b= mlr --ofs tab put begin{@s=3}; $xy = $x + $y; $sy = @s + $y; $xt = $x + @t; $st = @s + @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=3 sy=5 xt=1 st=3 x=1 y= xy= sy= xt=1 st=3 x= y=2 xy= sy=5 st=3 x= y= xy= sy= st=3 a=1 y=2 xy=2 sy=5 st=3 a=1 y= sy= st=3 a= y=2 xy=2 sy=5 st=3 a= y= sy= st=3 x=1 b=2 xy=1 sy=3 xt=1 st=3 x=1 b= xy=1 sy=3 xt=1 st=3 x= b=2 sy=3 st=3 x= b= sy=3 st=3 mlr --ofs tab put begin{@t=4}; $xy = $x + $y; $sy = @s + $y; $xt = $x + @t; $st = @s + @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=3 sy=2 xt=5 st=4 x=1 y= xy= xt=5 st=4 x= y=2 xy= sy=2 xt= st=4 x= y= xy= xt= st=4 a=1 y=2 xy=2 sy=2 xt=4 st=4 a=1 y= xt=4 st=4 a= y=2 xy=2 sy=2 xt=4 st=4 a= y= xt=4 st=4 x=1 b=2 xy=1 xt=5 st=4 x=1 b= xy=1 xt=5 st=4 x= b=2 xt= st=4 x= b= xt= st=4 mlr --ofs tab put begin{@s=3;@t=4}; $xy = $x + $y; $sy = @s + $y; $xt = $x + @t; $st = @s + @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=3 sy=5 xt=5 st=7 x=1 y= xy= sy= xt=5 st=7 x= y=2 xy= sy=5 xt= st=7 x= y= xy= sy= xt= st=7 a=1 y=2 xy=2 sy=5 xt=4 st=7 a=1 y= sy= xt=4 st=7 a= y=2 xy=2 sy=5 xt=4 st=7 a= y= sy= xt=4 st=7 x=1 b=2 xy=1 sy=3 xt=5 st=7 x=1 b= xy=1 sy=3 xt=5 st=7 x= b=2 sy=3 xt= st=7 x= b= sy=3 xt= st=7 ---------------------------------------------------------------- MINUS mlr --ofs tab put begin{}; $xy = $x - $y; $sy = @s - $y; $xt = $x - @t; $st = @s - @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=-1 sy=2 xt=1 x=1 y= xy= xt=1 x= y=2 xy= sy=2 x= y= xy= a=1 y=2 xy=2 sy=2 a=1 y= a= y=2 xy=2 sy=2 a= y= x=1 b=2 xy=1 xt=1 x=1 b= xy=1 xt=1 x= b=2 x= b= mlr --ofs tab put begin{@s=3}; $xy = $x - $y; $sy = @s - $y; $xt = $x - @t; $st = @s - @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=-1 sy=1 xt=1 st=3 x=1 y= xy= sy= xt=1 st=3 x= y=2 xy= sy=1 st=3 x= y= xy= sy= st=3 a=1 y=2 xy=2 sy=1 st=3 a=1 y= sy= st=3 a= y=2 xy=2 sy=1 st=3 a= y= sy= st=3 x=1 b=2 xy=1 sy=3 xt=1 st=3 x=1 b= xy=1 sy=3 xt=1 st=3 x= b=2 sy=3 st=3 x= b= sy=3 st=3 mlr --ofs tab put begin{@t=4}; $xy = $x - $y; $sy = @s - $y; $xt = $x - @t; $st = @s - @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=-1 sy=2 xt=-3 st=4 x=1 y= xy= xt=-3 st=4 x= y=2 xy= sy=2 xt= st=4 x= y= xy= xt= st=4 a=1 y=2 xy=2 sy=2 xt=4 st=4 a=1 y= xt=4 st=4 a= y=2 xy=2 sy=2 xt=4 st=4 a= y= xt=4 st=4 x=1 b=2 xy=1 xt=-3 st=4 x=1 b= xy=1 xt=-3 st=4 x= b=2 xt= st=4 x= b= xt= st=4 mlr --ofs tab put begin{@s=3;@t=4}; $xy = $x - $y; $sy = @s - $y; $xt = $x - @t; $st = @s - @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=-1 sy=1 xt=-3 st=-1 x=1 y= xy= sy= xt=-3 st=-1 x= y=2 xy= sy=1 xt= st=-1 x= y= xy= sy= xt= st=-1 a=1 y=2 xy=2 sy=1 xt=4 st=-1 a=1 y= sy= xt=4 st=-1 a= y=2 xy=2 sy=1 xt=4 st=-1 a= y= sy= xt=4 st=-1 x=1 b=2 xy=1 sy=3 xt=-3 st=-1 x=1 b= xy=1 sy=3 xt=-3 st=-1 x= b=2 sy=3 xt= st=-1 x= b= sy=3 xt= st=-1 ---------------------------------------------------------------- TIMES mlr --ofs tab put begin{}; $xy = $x * $y; $sy = @s * $y; $xt = $x * @t; $st = @s * @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=2 sy=2 xt=1 x=1 y= xy= xt=1 x= y=2 xy= sy=2 x= y= xy= a=1 y=2 xy=2 sy=2 a=1 y= a= y=2 xy=2 sy=2 a= y= x=1 b=2 xy=1 xt=1 x=1 b= xy=1 xt=1 x= b=2 x= b= mlr --ofs tab put begin{@s=3}; $xy = $x * $y; $sy = @s * $y; $xt = $x * @t; $st = @s * @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=2 sy=6 xt=1 st=3 x=1 y= xy= sy= xt=1 st=3 x= y=2 xy= sy=6 st=3 x= y= xy= sy= st=3 a=1 y=2 xy=2 sy=6 st=3 a=1 y= sy= st=3 a= y=2 xy=2 sy=6 st=3 a= y= sy= st=3 x=1 b=2 xy=1 sy=3 xt=1 st=3 x=1 b= xy=1 sy=3 xt=1 st=3 x= b=2 sy=3 st=3 x= b= sy=3 st=3 mlr --ofs tab put begin{@t=4}; $xy = $x * $y; $sy = @s * $y; $xt = $x * @t; $st = @s * @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=2 sy=2 xt=4 st=4 x=1 y= xy= xt=4 st=4 x= y=2 xy= sy=2 xt= st=4 x= y= xy= xt= st=4 a=1 y=2 xy=2 sy=2 xt=4 st=4 a=1 y= xt=4 st=4 a= y=2 xy=2 sy=2 xt=4 st=4 a= y= xt=4 st=4 x=1 b=2 xy=1 xt=4 st=4 x=1 b= xy=1 xt=4 st=4 x= b=2 xt= st=4 x= b= xt= st=4 mlr --ofs tab put begin{@s=3;@t=4}; $xy = $x * $y; $sy = @s * $y; $xt = $x * @t; $st = @s * @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=2 sy=6 xt=4 st=12 x=1 y= xy= sy= xt=4 st=12 x= y=2 xy= sy=6 xt= st=12 x= y= xy= sy= xt= st=12 a=1 y=2 xy=2 sy=6 xt=4 st=12 a=1 y= sy= xt=4 st=12 a= y=2 xy=2 sy=6 xt=4 st=12 a= y= sy= xt=4 st=12 x=1 b=2 xy=1 sy=3 xt=4 st=12 x=1 b= xy=1 sy=3 xt=4 st=12 x= b=2 sy=3 xt= st=12 x= b= sy=3 xt= st=12 ---------------------------------------------------------------- DIVIDE mlr --ofs tab put begin{}; $xy = $x / $y; $sy = @s / $y; $xt = $x / @t; $st = @s / @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=0.500000 sy=0 xt=1 x=1 y= xy= xt=1 x= y=2 xy= sy=0 x= y= xy= a=1 y=2 xy=0 sy=0 a=1 y= a= y=2 xy=0 sy=0 a= y= x=1 b=2 xy=1 xt=1 x=1 b= xy=1 xt=1 x= b=2 x= b= mlr --ofs tab put begin{@s=3}; $xy = $x / $y; $sy = @s / $y; $xt = $x / @t; $st = @s / @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=0.500000 sy=1.500000 xt=1 st=3 x=1 y= xy= sy= xt=1 st=3 x= y=2 xy= sy=1.500000 st=3 x= y= xy= sy= st=3 a=1 y=2 xy=0 sy=1.500000 st=3 a=1 y= sy= st=3 a= y=2 xy=0 sy=1.500000 st=3 a= y= sy= st=3 x=1 b=2 xy=1 sy=3 xt=1 st=3 x=1 b= xy=1 sy=3 xt=1 st=3 x= b=2 sy=3 st=3 x= b= sy=3 st=3 mlr --ofs tab put begin{@t=4}; $xy = $x / $y; $sy = @s / $y; $xt = $x / @t; $st = @s / @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=0.500000 sy=0 xt=0.250000 st=0 x=1 y= xy= xt=0.250000 st=0 x= y=2 xy= sy=0 xt= st=0 x= y= xy= xt= st=0 a=1 y=2 xy=0 sy=0 xt=0 st=0 a=1 y= xt=0 st=0 a= y=2 xy=0 sy=0 xt=0 st=0 a= y= xt=0 st=0 x=1 b=2 xy=1 xt=0.250000 st=0 x=1 b= xy=1 xt=0.250000 st=0 x= b=2 xt= st=0 x= b= xt= st=0 mlr --ofs tab put begin{@s=3;@t=4}; $xy = $x / $y; $sy = @s / $y; $xt = $x / @t; $st = @s / @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=0.500000 sy=1.500000 xt=0.250000 st=0.750000 x=1 y= xy= sy= xt=0.250000 st=0.750000 x= y=2 xy= sy=1.500000 xt= st=0.750000 x= y= xy= sy= xt= st=0.750000 a=1 y=2 xy=0 sy=1.500000 xt=0 st=0.750000 a=1 y= sy= xt=0 st=0.750000 a= y=2 xy=0 sy=1.500000 xt=0 st=0.750000 a= y= sy= xt=0 st=0.750000 x=1 b=2 xy=1 sy=3 xt=0.250000 st=0.750000 x=1 b= xy=1 sy=3 xt=0.250000 st=0.750000 x= b=2 sy=3 xt= st=0.750000 x= b= sy=3 xt= st=0.750000 ---------------------------------------------------------------- INTEGER DIVIDE mlr --ofs tab put begin{}; $xy = $x // $y; $sy = @s // $y; $xt = $x // @t; $st = @s // @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=0 sy=0 xt=1 x=1 y= xy= xt=1 x= y=2 xy= sy=0 x= y= xy= a=1 y=2 xy=0 sy=0 a=1 y= a= y=2 xy=0 sy=0 a= y= x=1 b=2 xy=1 xt=1 x=1 b= xy=1 xt=1 x= b=2 x= b= mlr --ofs tab put begin{@s=3}; $xy = $x // $y; $sy = @s // $y; $xt = $x // @t; $st = @s // @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=0 sy=1 xt=1 st=3 x=1 y= xy= sy= xt=1 st=3 x= y=2 xy= sy=1 st=3 x= y= xy= sy= st=3 a=1 y=2 xy=0 sy=1 st=3 a=1 y= sy= st=3 a= y=2 xy=0 sy=1 st=3 a= y= sy= st=3 x=1 b=2 xy=1 sy=3 xt=1 st=3 x=1 b= xy=1 sy=3 xt=1 st=3 x= b=2 sy=3 st=3 x= b= sy=3 st=3 mlr --ofs tab put begin{@t=4}; $xy = $x // $y; $sy = @s // $y; $xt = $x // @t; $st = @s // @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=0 sy=0 xt=0 st=0 x=1 y= xy= xt=0 st=0 x= y=2 xy= sy=0 xt= st=0 x= y= xy= xt= st=0 a=1 y=2 xy=0 sy=0 xt=0 st=0 a=1 y= xt=0 st=0 a= y=2 xy=0 sy=0 xt=0 st=0 a= y= xt=0 st=0 x=1 b=2 xy=1 xt=0 st=0 x=1 b= xy=1 xt=0 st=0 x= b=2 xt= st=0 x= b= xt= st=0 mlr --ofs tab put begin{@s=3;@t=4}; $xy = $x // $y; $sy = @s // $y; $xt = $x // @t; $st = @s // @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=0 sy=1 xt=0 st=0 x=1 y= xy= sy= xt=0 st=0 x= y=2 xy= sy=1 xt= st=0 x= y= xy= sy= xt= st=0 a=1 y=2 xy=0 sy=1 xt=0 st=0 a=1 y= sy= xt=0 st=0 a= y=2 xy=0 sy=1 xt=0 st=0 a= y= sy= xt=0 st=0 x=1 b=2 xy=1 sy=3 xt=0 st=0 x=1 b= xy=1 sy=3 xt=0 st=0 x= b=2 sy=3 xt= st=0 x= b= sy=3 xt= st=0 ---------------------------------------------------------------- REMAINDER mlr --ofs tab put begin{}; $xy = $x % $y; $sy = @s % $y; $xt = $x % @t; $st = @s % @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=1 sy=0 xt=1 x=1 y= xy= xt=1 x= y=2 xy= sy=0 x= y= xy= a=1 y=2 xy=0 sy=0 a=1 y= a= y=2 xy=0 sy=0 a= y= x=1 b=2 xy=1 xt=1 x=1 b= xy=1 xt=1 x= b=2 x= b= mlr --ofs tab put begin{@s=3}; $xy = $x % $y; $sy = @s % $y; $xt = $x % @t; $st = @s % @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=1 sy=1 xt=1 st=3 x=1 y= xy= sy= xt=1 st=3 x= y=2 xy= sy=1 st=3 x= y= xy= sy= st=3 a=1 y=2 xy=0 sy=1 st=3 a=1 y= sy= st=3 a= y=2 xy=0 sy=1 st=3 a= y= sy= st=3 x=1 b=2 xy=1 sy=3 xt=1 st=3 x=1 b= xy=1 sy=3 xt=1 st=3 x= b=2 sy=3 st=3 x= b= sy=3 st=3 mlr --ofs tab put begin{@t=4}; $xy = $x % $y; $sy = @s % $y; $xt = $x % @t; $st = @s % @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=1 sy=0 xt=1 st=0 x=1 y= xy= xt=1 st=0 x= y=2 xy= sy=0 xt= st=0 x= y= xy= xt= st=0 a=1 y=2 xy=0 sy=0 xt=0 st=0 a=1 y= xt=0 st=0 a= y=2 xy=0 sy=0 xt=0 st=0 a= y= xt=0 st=0 x=1 b=2 xy=1 xt=1 st=0 x=1 b= xy=1 xt=1 st=0 x= b=2 xt= st=0 x= b= xt= st=0 mlr --ofs tab put begin{@s=3;@t=4}; $xy = $x % $y; $sy = @s % $y; $xt = $x % @t; $st = @s % @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=1 sy=1 xt=1 st=3 x=1 y= xy= sy= xt=1 st=3 x= y=2 xy= sy=1 xt= st=3 x= y= xy= sy= xt= st=3 a=1 y=2 xy=0 sy=1 xt=0 st=3 a=1 y= sy= xt=0 st=3 a= y=2 xy=0 sy=1 xt=0 st=3 a= y= sy= xt=0 st=3 x=1 b=2 xy=1 sy=3 xt=1 st=3 x=1 b= xy=1 sy=3 xt=1 st=3 x= b=2 sy=3 xt= st=3 x= b= sy=3 xt= st=3 ---------------------------------------------------------------- BITWISE AND mlr --ofs tab put begin{}; $xy = $x & $y; $sy = @s & $y; $xt = $x & @t; $st = @s & @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=0 sy=2 xt=1 x=1 y= xy= xt=1 x= y=2 xy= sy=2 x= y= xy= a=1 y=2 xy=2 sy=2 a=1 y= a= y=2 xy=2 sy=2 a= y= x=1 b=2 xy=1 xt=1 x=1 b= xy=1 xt=1 x= b=2 x= b= mlr --ofs tab put begin{@s=3}; $xy = $x & $y; $sy = @s & $y; $xt = $x & @t; $st = @s & @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=0 sy=2 xt=1 st=3 x=1 y= xy= sy= xt=1 st=3 x= y=2 xy= sy=2 st=3 x= y= xy= sy= st=3 a=1 y=2 xy=2 sy=2 st=3 a=1 y= sy= st=3 a= y=2 xy=2 sy=2 st=3 a= y= sy= st=3 x=1 b=2 xy=1 sy=3 xt=1 st=3 x=1 b= xy=1 sy=3 xt=1 st=3 x= b=2 sy=3 st=3 x= b= sy=3 st=3 mlr --ofs tab put begin{@t=4}; $xy = $x & $y; $sy = @s & $y; $xt = $x & @t; $st = @s & @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=0 sy=2 xt=0 st=4 x=1 y= xy= xt=0 st=4 x= y=2 xy= sy=2 xt= st=4 x= y= xy= xt= st=4 a=1 y=2 xy=2 sy=2 xt=4 st=4 a=1 y= xt=4 st=4 a= y=2 xy=2 sy=2 xt=4 st=4 a= y= xt=4 st=4 x=1 b=2 xy=1 xt=0 st=4 x=1 b= xy=1 xt=0 st=4 x= b=2 xt= st=4 x= b= xt= st=4 mlr --ofs tab put begin{@s=3;@t=4}; $xy = $x & $y; $sy = @s & $y; $xt = $x & @t; $st = @s & @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=0 sy=2 xt=0 st=0 x=1 y= xy= sy= xt=0 st=0 x= y=2 xy= sy=2 xt= st=0 x= y= xy= sy= xt= st=0 a=1 y=2 xy=2 sy=2 xt=4 st=0 a=1 y= sy= xt=4 st=0 a= y=2 xy=2 sy=2 xt=4 st=0 a= y= sy= xt=4 st=0 x=1 b=2 xy=1 sy=3 xt=0 st=0 x=1 b= xy=1 sy=3 xt=0 st=0 x= b=2 sy=3 xt= st=0 x= b= sy=3 xt= st=0 ---------------------------------------------------------------- BITWISE OR mlr --ofs tab put begin{}; $xy = $x | $y; $sy = @s | $y; $xt = $x | @t; $st = @s | @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=3 sy=2 xt=1 x=1 y= xy= xt=1 x= y=2 xy= sy=2 x= y= xy= a=1 y=2 xy=2 sy=2 a=1 y= a= y=2 xy=2 sy=2 a= y= x=1 b=2 xy=1 xt=1 x=1 b= xy=1 xt=1 x= b=2 x= b= mlr --ofs tab put begin{@s=3}; $xy = $x | $y; $sy = @s | $y; $xt = $x | @t; $st = @s | @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=3 sy=3 xt=1 st=3 x=1 y= xy= sy= xt=1 st=3 x= y=2 xy= sy=3 st=3 x= y= xy= sy= st=3 a=1 y=2 xy=2 sy=3 st=3 a=1 y= sy= st=3 a= y=2 xy=2 sy=3 st=3 a= y= sy= st=3 x=1 b=2 xy=1 sy=3 xt=1 st=3 x=1 b= xy=1 sy=3 xt=1 st=3 x= b=2 sy=3 st=3 x= b= sy=3 st=3 mlr --ofs tab put begin{@t=4}; $xy = $x | $y; $sy = @s | $y; $xt = $x | @t; $st = @s | @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=3 sy=2 xt=5 st=4 x=1 y= xy= xt=5 st=4 x= y=2 xy= sy=2 xt= st=4 x= y= xy= xt= st=4 a=1 y=2 xy=2 sy=2 xt=4 st=4 a=1 y= xt=4 st=4 a= y=2 xy=2 sy=2 xt=4 st=4 a= y= xt=4 st=4 x=1 b=2 xy=1 xt=5 st=4 x=1 b= xy=1 xt=5 st=4 x= b=2 xt= st=4 x= b= xt= st=4 mlr --ofs tab put begin{@s=3;@t=4}; $xy = $x | $y; $sy = @s | $y; $xt = $x | @t; $st = @s | @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=3 sy=3 xt=5 st=7 x=1 y= xy= sy= xt=5 st=7 x= y=2 xy= sy=3 xt= st=7 x= y= xy= sy= xt= st=7 a=1 y=2 xy=2 sy=3 xt=4 st=7 a=1 y= sy= xt=4 st=7 a= y=2 xy=2 sy=3 xt=4 st=7 a= y= sy= xt=4 st=7 x=1 b=2 xy=1 sy=3 xt=5 st=7 x=1 b= xy=1 sy=3 xt=5 st=7 x= b=2 sy=3 xt= st=7 x= b= sy=3 xt= st=7 ---------------------------------------------------------------- BITWISE XOR mlr --ofs tab put begin{}; $xy = $x ^ $y; $sy = @s ^ $y; $xt = $x ^ @t; $st = @s ^ @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=3 sy=2 xt=1 x=1 y= xy= xt=1 x= y=2 xy= sy=2 x= y= xy= a=1 y=2 xy=2 sy=2 a=1 y= a= y=2 xy=2 sy=2 a= y= x=1 b=2 xy=1 xt=1 x=1 b= xy=1 xt=1 x= b=2 x= b= mlr --ofs tab put begin{@s=3}; $xy = $x ^ $y; $sy = @s ^ $y; $xt = $x ^ @t; $st = @s ^ @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=3 sy=1 xt=1 st=3 x=1 y= xy= sy= xt=1 st=3 x= y=2 xy= sy=1 st=3 x= y= xy= sy= st=3 a=1 y=2 xy=2 sy=1 st=3 a=1 y= sy= st=3 a= y=2 xy=2 sy=1 st=3 a= y= sy= st=3 x=1 b=2 xy=1 sy=3 xt=1 st=3 x=1 b= xy=1 sy=3 xt=1 st=3 x= b=2 sy=3 st=3 x= b= sy=3 st=3 mlr --ofs tab put begin{@t=4}; $xy = $x ^ $y; $sy = @s ^ $y; $xt = $x ^ @t; $st = @s ^ @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=3 sy=2 xt=5 st=4 x=1 y= xy= xt=5 st=4 x= y=2 xy= sy=2 xt= st=4 x= y= xy= xt= st=4 a=1 y=2 xy=2 sy=2 xt=4 st=4 a=1 y= xt=4 st=4 a= y=2 xy=2 sy=2 xt=4 st=4 a= y= xt=4 st=4 x=1 b=2 xy=1 xt=5 st=4 x=1 b= xy=1 xt=5 st=4 x= b=2 xt= st=4 x= b= xt= st=4 mlr --ofs tab put begin{@s=3;@t=4}; $xy = $x ^ $y; $sy = @s ^ $y; $xt = $x ^ @t; $st = @s ^ @t ./reg_test/input/typeof.dkvp x=1 y=2 xy=3 sy=1 xt=5 st=7 x=1 y= xy= sy= xt=5 st=7 x= y=2 xy= sy=1 xt= st=7 x= y= xy= sy= xt= st=7 a=1 y=2 xy=2 sy=1 xt=4 st=7 a=1 y= sy= xt=4 st=7 a= y=2 xy=2 sy=1 xt=4 st=7 a= y= sy= xt=4 st=7 x=1 b=2 xy=1 sy=3 xt=5 st=7 x=1 b= xy=1 sy=3 xt=5 st=7 x= b=2 sy=3 xt= st=7 x= b= sy=3 xt= st=7 ================================================================ DSL TYPE PREDICATES mlr --from ./reg_test/input/abixy --opprint put for (k, v in $*) { $[k."_type"] = typeof(v) } a b i x y a_type b_type i_type x_type y_type pan pan 1 0.3467901443380824 0.7268028627434533 string string int float float eks pan 2 0.7586799647899636 0.5221511083334797 string string int float float wye wye 3 0.20460330576630303 0.33831852551664776 string string int float float eks wye 4 0.38139939387114097 0.13418874328430463 string string int float float wye pan 5 0.5732889198020006 0.8636244699032729 string string int float float zee pan 6 0.5271261600918548 0.49322128674835697 string string int float float eks zee 7 0.6117840605678454 0.1878849191181694 string string int float float zee wye 8 0.5985540091064224 0.976181385699006 string string int float float hat wye 9 0.03144187646093577 0.7495507603507059 string string int float float pan wye 10 0.5026260055412137 0.9526183602969864 string string int float float mlr --from ./reg_test/input/abixy-het put -q for (k,v in $*) {if (is_float(v)) {@float[NR][k] = v}} end{ emit @float, "NR", "k" } NR=1,k=x,float=0.346790 NR=1,k=y,float=0.726803 NR=2,k=x,float=0.758680 NR=2,k=y,float=0.522151 NR=3,k=x,float=0.204603 NR=3,k=y,float=0.338319 NR=4,k=x,float=0.381399 NR=4,k=y,float=0.134189 NR=5,k=xxx,float=0.573289 NR=5,k=y,float=0.863624 NR=6,k=x,float=0.527126 NR=6,k=y,float=0.493221 NR=7,k=x,float=0.611784 NR=7,k=y,float=0.187885 NR=8,k=x,float=0.598554 NR=8,k=yyy,float=0.976181 NR=9,k=x,float=0.031442 NR=9,k=y,float=0.749551 NR=10,k=x,float=0.502626 NR=10,k=y,float=0.952618 mlr --from ./reg_test/input/abixy-het put -q for (k,v in $*) {if (is_int(v)) {@int[NR][k] = v}} end{ emit @int, "NR", "k" } NR=1,k=i,int=1 NR=2,k=i,int=2 NR=3,k=i,int=3 NR=4,k=i,int=4 NR=5,k=i,int=5 NR=6,k=i,int=6 NR=7,k=iii,int=7 NR=8,k=i,int=8 NR=9,k=i,int=9 NR=10,k=i,int=10 mlr --from ./reg_test/input/abixy-het put -q for (k,v in $*) {if (is_numeric(v)) {@numeric[NR][k] = v}} end{ emit @numeric, "NR", "k" } NR=1,k=i,numeric=1 NR=1,k=x,numeric=0.346790 NR=1,k=y,numeric=0.726803 NR=2,k=i,numeric=2 NR=2,k=x,numeric=0.758680 NR=2,k=y,numeric=0.522151 NR=3,k=i,numeric=3 NR=3,k=x,numeric=0.204603 NR=3,k=y,numeric=0.338319 NR=4,k=i,numeric=4 NR=4,k=x,numeric=0.381399 NR=4,k=y,numeric=0.134189 NR=5,k=i,numeric=5 NR=5,k=xxx,numeric=0.573289 NR=5,k=y,numeric=0.863624 NR=6,k=i,numeric=6 NR=6,k=x,numeric=0.527126 NR=6,k=y,numeric=0.493221 NR=7,k=iii,numeric=7 NR=7,k=x,numeric=0.611784 NR=7,k=y,numeric=0.187885 NR=8,k=i,numeric=8 NR=8,k=x,numeric=0.598554 NR=8,k=yyy,numeric=0.976181 NR=9,k=i,numeric=9 NR=9,k=x,numeric=0.031442 NR=9,k=y,numeric=0.749551 NR=10,k=i,numeric=10 NR=10,k=x,numeric=0.502626 NR=10,k=y,numeric=0.952618 mlr --from ./reg_test/input/abixy-het put -q for (k,v in $*) {if (is_string(v)) {@string[NR][k] = v}} end{ emit @string, "NR", "k" } NR=1,k=a,string=pan NR=1,k=b,string=pan NR=2,k=a,string=eks NR=2,k=b,string=pan NR=3,k=aaa,string=wye NR=3,k=b,string=wye NR=4,k=a,string=eks NR=4,k=bbb,string=wye NR=5,k=a,string=wye NR=5,k=b,string=pan NR=6,k=a,string=zee NR=6,k=b,string=pan NR=7,k=a,string=eks NR=7,k=b,string=zee NR=8,k=a,string=zee NR=8,k=b,string=wye NR=9,k=aaa,string=hat NR=9,k=bbb,string=wye NR=10,k=a,string=pan NR=10,k=b,string=wye mlr --from ./reg_test/input/abixy-het put -q for (k,v in $*) {if (is_bool(v)) {@bool[NR][k] = v}} end{ emit @bool, "NR", "k" } mlr --from ./reg_test/input/abixy-het put -q for (k,v in $*) {if (is_bool(NR==2)) {@bool[NR][k] = "NR==2"}} end{ emit @bool, "NR", "k" } NR=1,k=a,bool=NR==2 NR=1,k=b,bool=NR==2 NR=1,k=i,bool=NR==2 NR=1,k=x,bool=NR==2 NR=1,k=y,bool=NR==2 NR=2,k=a,bool=NR==2 NR=2,k=b,bool=NR==2 NR=2,k=i,bool=NR==2 NR=2,k=x,bool=NR==2 NR=2,k=y,bool=NR==2 NR=3,k=aaa,bool=NR==2 NR=3,k=b,bool=NR==2 NR=3,k=i,bool=NR==2 NR=3,k=x,bool=NR==2 NR=3,k=y,bool=NR==2 NR=4,k=a,bool=NR==2 NR=4,k=bbb,bool=NR==2 NR=4,k=i,bool=NR==2 NR=4,k=x,bool=NR==2 NR=4,k=y,bool=NR==2 NR=5,k=a,bool=NR==2 NR=5,k=b,bool=NR==2 NR=5,k=i,bool=NR==2 NR=5,k=xxx,bool=NR==2 NR=5,k=y,bool=NR==2 NR=6,k=a,bool=NR==2 NR=6,k=b,bool=NR==2 NR=6,k=i,bool=NR==2 NR=6,k=x,bool=NR==2 NR=6,k=y,bool=NR==2 NR=7,k=a,bool=NR==2 NR=7,k=b,bool=NR==2 NR=7,k=iii,bool=NR==2 NR=7,k=x,bool=NR==2 NR=7,k=y,bool=NR==2 NR=8,k=a,bool=NR==2 NR=8,k=b,bool=NR==2 NR=8,k=i,bool=NR==2 NR=8,k=x,bool=NR==2 NR=8,k=yyy,bool=NR==2 NR=9,k=aaa,bool=NR==2 NR=9,k=bbb,bool=NR==2 NR=9,k=i,bool=NR==2 NR=9,k=x,bool=NR==2 NR=9,k=y,bool=NR==2 NR=10,k=a,bool=NR==2 NR=10,k=b,bool=NR==2 NR=10,k=i,bool=NR==2 NR=10,k=x,bool=NR==2 NR=10,k=y,bool=NR==2 ================================================================ DSL TYPE-INFERENCE mlr --xtab put $y = $pi1 + $pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 151 mlr --xtab put -F $y = $pi1 + $pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 151.000000 mlr --xtab put -S $y = $pi1 . $pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 7576 mlr --xtab filter 999 != $pi1 + $pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 mlr --xtab filter -F 999 != $pi1 + $pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 mlr --xtab filter -S "999" != $pi1 . $pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 mlr --oxtab put $s = $a; $t = $b; $u = 3; $v = 4.0; $ts=typeof($s); $tt=typeof($t); $tu=typeof($u); $tv=typeof($v); a 1 b 2.0 s 1 t 2.000000 u 3 v 4.000000 ts int tt float tu int tv float mlr --oxtab put -F $s = $a; $t = $b; $u = 3; $v = 4.0; $ts=typeof($s); $tt=typeof($t); $tu=typeof($u); $tv=typeof($v); a 1 b 2.0 s 1.000000 t 2.000000 u 3 v 4.000000 ts float tt float tu int tv float mlr --oxtab put -S $s = $a; $t = $b; $u = 3; $v = 4.0; $ts=typeof($s); $tt=typeof($t); $tu=typeof($u); $tv=typeof($v); a 1 b 2.0 s 1 t 2.0 u 3 v 4.000000 ts string tt string tu int tv float mlr --xtab put $y=abs($pf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 71.200000 mlr --xtab put $y=abs($nf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 71.200000 mlr --xtab put $y=abs($zf) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0.000000 mlr --xtab put $y=abs($pi1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 75 mlr --xtab put $y=abs($ni1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 75 mlr --xtab put $y=abs($zi) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0 mlr --xtab put -F $y=abs($pf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 71.200000 mlr --xtab put -F $y=abs($nf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 71.200000 mlr --xtab put -F $y=abs($zf) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0.000000 mlr --xtab put -F $y=abs($pi1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 75.000000 mlr --xtab put -F $y=abs($ni1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 75.000000 mlr --xtab put -F $y=abs($zi) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0.000000 mlr --xtab put $y=ceil($pf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 72.000000 mlr --xtab put $y=ceil($nf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y -71.000000 mlr --xtab put $y=ceil($zf) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0.000000 mlr --xtab put $y=ceil($pi1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 75 mlr --xtab put $y=ceil($ni1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y -75 mlr --xtab put $y=ceil($zi) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0 mlr --xtab put -F $y=floor($pf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 71.000000 mlr --xtab put -F $y=floor($nf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y -72.000000 mlr --xtab put -F $y=floor($zf) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0.000000 mlr --xtab put -F $y=floor($pi1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 75.000000 mlr --xtab put -F $y=floor($ni1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y -75.000000 mlr --xtab put -F $y=floor($zi) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0.000000 mlr --xtab put $y=round($pf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 71.000000 mlr --xtab put $y=round($nf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y -71.000000 mlr --xtab put $y=round($zf) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0.000000 mlr --xtab put $y=round($pi1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 75 mlr --xtab put $y=round($ni1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y -75 mlr --xtab put $y=round($zi) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0 mlr --xtab put -F $y=round($pf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 71.000000 mlr --xtab put -F $y=round($nf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y -71.000000 mlr --xtab put -F $y=round($zf) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0.000000 mlr --xtab put -F $y=round($pi1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 75.000000 mlr --xtab put -F $y=round($ni1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y -75.000000 mlr --xtab put -F $y=round($zi) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0.000000 mlr --xtab put $y=sgn($pf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 1.000000 mlr --xtab put $y=sgn($nf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y -1.000000 mlr --xtab put $y=sgn($zf) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0.000000 mlr --xtab put $y=sgn($pi1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 1 mlr --xtab put $y=sgn($ni1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y -1 mlr --xtab put $y=sgn($zi) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0 mlr --xtab put -F $y=sgn($pf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 1.000000 mlr --xtab put -F $y=sgn($nf1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y -1.000000 mlr --xtab put -F $y=sgn($zf) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0.000000 mlr --xtab put -F $y=sgn($pi1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 1.000000 mlr --xtab put -F $y=sgn($ni1) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y -1.000000 mlr --xtab put -F $y=sgn($zi) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 y 0.000000 mlr --xtab put $min=min($pf1,$pf2);$max=max($pf1,$pf2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 71.200000 max 73.400000 mlr --xtab put $min=min($pf1,$pi2);$max=max($pf1,$pi2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 71.200000 max 76.000000 mlr --xtab put $min=min($pi1,$pf2);$max=max($pi1,$pf2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 73.400000 max 75.000000 mlr --xtab put $min=min($pi1,$pi2);$max=max($pi1,$pi2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 75 max 76 mlr --xtab put -F $min=min($pf1,$pf2);$max=max($pf1,$pf2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 71.200000 max 73.400000 mlr --xtab put -F $min=min($pf1,$pi2);$max=max($pf1,$pi2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 71.200000 max 76.000000 mlr --xtab put -F $min=min($pi1,$pf2);$max=max($pi1,$pf2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 73.400000 max 75.000000 mlr --xtab put -F $min=min($pi1,$pi2);$max=max($pi1,$pi2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 75.000000 max 76.000000 mlr --xtab put $min=min($pf1,$pf2);$max=max($pf1,$pf2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 71.200000 max 73.400000 mlr --xtab put $min=min($pf1,$pi2);$max=max($pf1,$pi2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 71.200000 max 76.000000 mlr --xtab put $min=min($pi1,$pf2);$max=max($pi1,$pf2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 73.400000 max 75.000000 mlr --xtab put $min=min($pi1,$pi2);$max=max($pi1,$pi2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 75 max 76 mlr --xtab put -F $min=min($pf1,$pf2);$max=max($pf1,$pf2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 71.200000 max 73.400000 mlr --xtab put -F $min=min($pf1,$pi2);$max=max($pf1,$pi2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 71.200000 max 76.000000 mlr --xtab put -F $min=min($pi1,$pf2);$max=max($pi1,$pf2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 73.400000 max 75.000000 mlr --xtab put -F $min=min($pi1,$pi2);$max=max($pi1,$pi2) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 min 75.000000 max 76.000000 mlr --xtab put $sum=$pf1+$pf2;$diff=$pf1-$pf2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 sum 144.600000 diff -2.200000 mlr --xtab put $sum=$pf1+$pi2;$diff=$pf1-$pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 sum 147.200000 diff -4.800000 mlr --xtab put $sum=$pi1+$pf2;$diff=$pi1-$pf2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 sum 148.400000 diff 1.600000 mlr --xtab put $sum=$pi1+$pi2;$diff=$pi1-$pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 sum 151 diff -1 mlr --xtab put -F $sum=$pf1+$pf2;$diff=$pf1-$pf2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 sum 144.600000 diff -2.200000 mlr --xtab put -F $sum=$pf1+$pi2;$diff=$pf1-$pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 sum 147.200000 diff -4.800000 mlr --xtab put -F $sum=$pi1+$pf2;$diff=$pi1-$pf2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 sum 148.400000 diff 1.600000 mlr --xtab put -F $sum=$pi1+$pi2;$diff=$pi1-$pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 sum 151.000000 diff -1.000000 mlr --xtab put $prod=$pf1*$pf2;$quot=$pf1/$pf2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 prod 5226.080000 quot 0.970027 mlr --xtab put $prod=$pf1*$pi2;$quot=$pf1/$pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 prod 5411.200000 quot 0.936842 mlr --xtab put $prod=$pi1*$pf2;$quot=$pi1/$pf2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 prod 5505.000000 quot 1.021798 mlr --xtab put $prod=$pi1*$pi2;$quot=$pi1/$pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 prod 5700 quot 0.986842 mlr --xtab put -F $prod=$pf1*$pf2;$quot=$pf1/$pf2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 prod 5226.080000 quot 0.970027 mlr --xtab put -F $prod=$pf1*$pi2;$quot=$pf1/$pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 prod 5411.200000 quot 0.936842 mlr --xtab put -F $prod=$pi1*$pf2;$quot=$pi1/$pf2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 prod 5505.000000 quot 1.021798 mlr --xtab put -F $prod=$pi1*$pi2;$quot=$pi1/$pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 prod 5700.000000 quot 0.986842 mlr --xtab put $iquot=$pf1//$pf2;$mod=$pf1%$pf2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 iquot 0.000000 mod 71.200000 mlr --xtab put $iquot=$pf1//$pi2;$mod=$pf1%$pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 iquot 0.000000 mod 71.200000 mlr --xtab put $iquot=$pi1//$pf2;$mod=$pi1%$pf2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 iquot 1.000000 mod 1.600000 mlr --xtab put $iquot=$pi1//$pi2;$mod=$pi1%$pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 iquot 0 mod 75 mlr --xtab put -F $iquot=$pf1//$pf2;$mod=$pf1%$pf2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 iquot 0.000000 mod 71.200000 mlr --xtab put -F $iquot=$pf1//$pi2;$mod=$pf1%$pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 iquot 0.000000 mod 71.200000 mlr --xtab put -F $iquot=$pi1//$pf2;$mod=$pi1%$pf2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 iquot 1.000000 mod 1.600000 mlr --xtab put -F $iquot=$pi1//$pi2;$mod=$pi1%$pi2 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 iquot 0.000000 mod 75.000000 mlr --xtab put $a=roundm($pf1,10.0);$b=roundm($pf1,-10.0) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 a 70.000000 b 70.000000 mlr --xtab put $a=roundm($pf1,10) ;$b=roundm($pf1,-10) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 a 70.000000 b 70.000000 mlr --xtab put $a=roundm($pi1,10.0);$b=roundm($pi1,-10.0) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 a 80.000000 b 80.000000 mlr --xtab put $a=roundm($pi1,10) ;$b=roundm($pi1,-10) ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 a 70 b 70 mlr --oxtab put $z=$x+$y; $a=3+4; $b="3"."4"; $c="3"+4 x 3 y 4 z 7 a 7 b 34 c (error) ================================================================ DSL SCIENTIFIC NOTATION IN FIELD VALUES mlr --opprint put $y=$x+1 ./reg_test/input/scinot.dkvp x y 123 124 123. 124.000000 123.4 124.400000 .234 1.234000 1e2 101.000000 1e-2 1.010000 1.2e3 1201.000000 1.e3 1001.000000 1.2e-3 1.001200 1.e-3 1.001000 .2e3 201.000000 .2e-3 1.000200 1.e-3 1.001000 -123 -122 -123. -122.000000 -123.4 -122.400000 -.234 0.766000 -1e2 -99.000000 -1e-2 0.990000 -1.2e3 -1199.000000 -1.e3 -999.000000 -1.2e-3 0.998800 -1.e-3 0.999000 -.2e3 -199.000000 -.2e-3 0.999800 -1.e-3 0.999000 ================================================================ DSL SCIENTIFIC NOTATION IN EXPRESSION LITERALS mlr --opprint put $y = 123 + $i ./reg_test/input/scinot1.dkvp i y 1 124 mlr --opprint put $y = 123. + $i ./reg_test/input/scinot1.dkvp i y 1 124.000000 mlr --opprint put $y = 123.4 + $i ./reg_test/input/scinot1.dkvp i y 1 124.400000 mlr --opprint put $y = .234 + $i ./reg_test/input/scinot1.dkvp i y 1 1.234000 mlr --opprint put $y = 1e2 + $i ./reg_test/input/scinot1.dkvp i y 1 101.000000 mlr --opprint put $y = 1e-2 + $i ./reg_test/input/scinot1.dkvp i y 1 1.010000 mlr --opprint put $y = 1.2e3 + $i ./reg_test/input/scinot1.dkvp i y 1 1201.000000 mlr --opprint put $y = 1.e3 + $i ./reg_test/input/scinot1.dkvp i y 1 1001.000000 mlr --opprint put $y = 1.2e-3 + $i ./reg_test/input/scinot1.dkvp i y 1 1.001200 mlr --opprint put $y = 1.e-3 + $i ./reg_test/input/scinot1.dkvp i y 1 1.001000 mlr --opprint put $y = .2e3 + $i ./reg_test/input/scinot1.dkvp i y 1 201.000000 mlr --opprint put $y = .2e-3 + $i ./reg_test/input/scinot1.dkvp i y 1 1.000200 mlr --opprint put $y = 1.e-3 + $i ./reg_test/input/scinot1.dkvp i y 1 1.001000 mlr --opprint put $y = -123 + $i ./reg_test/input/scinot1.dkvp i y 1 -122 mlr --opprint put $y = -123. + $i ./reg_test/input/scinot1.dkvp i y 1 -122.000000 mlr --opprint put $y = -123.4 + $i ./reg_test/input/scinot1.dkvp i y 1 -122.400000 mlr --opprint put $y = -.234 + $i ./reg_test/input/scinot1.dkvp i y 1 0.766000 mlr --opprint put $y = -1e2 + $i ./reg_test/input/scinot1.dkvp i y 1 -99.000000 mlr --opprint put $y = -1e-2 + $i ./reg_test/input/scinot1.dkvp i y 1 0.990000 mlr --opprint put $y = -1.2e3 + $i ./reg_test/input/scinot1.dkvp i y 1 -1199.000000 mlr --opprint put $y = -1.e3 + $i ./reg_test/input/scinot1.dkvp i y 1 -999.000000 mlr --opprint put $y = -1.2e-3 + $i ./reg_test/input/scinot1.dkvp i y 1 0.998800 mlr --opprint put $y = -1.e-3 + $i ./reg_test/input/scinot1.dkvp i y 1 0.999000 mlr --opprint put $y = -.2e3 + $i ./reg_test/input/scinot1.dkvp i y 1 -199.000000 mlr --opprint put $y = -.2e-3 + $i ./reg_test/input/scinot1.dkvp i y 1 0.999800 mlr --opprint put $y = -1.e-3 + $i ./reg_test/input/scinot1.dkvp i y 1 0.999000 ================================================================ DSL FROM-FILE FEATURE mlr put -f ./reg_test/input/put-example.dsl ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,xy=0.252048,ab=panpan a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,xy=0.396146,ab=ekspan a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,xy=0.069221,ab=wyewye a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,xy=0.051180,ab=ekswye a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,xy=0.495106,ab=wyepan a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,xy=0.259990,ab=zeepan a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,xy=0.114945,ab=ekszee a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,xy=0.584297,ab=zeewye a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,xy=0.023567,ab=hatwye a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,xy=0.478811,ab=panwye mlr filter -f ./reg_test/input/filter-example.dsl ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy put -f ./reg_test/input/put-example.dsl a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,xy=0.252048,ab=panpan a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,xy=0.396146,ab=ekspan a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,xy=0.069221,ab=wyewye a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,xy=0.051180,ab=ekswye a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,xy=0.495106,ab=wyepan a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,xy=0.259990,ab=zeepan a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,xy=0.114945,ab=ekszee a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,xy=0.584297,ab=zeewye a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,xy=0.023567,ab=hatwye a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,xy=0.478811,ab=panwye mlr --from ./reg_test/input/abixy filter -f ./reg_test/input/filter-example.dsl a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy --from ./reg_test/input/abixy-het put -f ./reg_test/input/put-example.dsl a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,xy=0.252048,ab=panpan a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,xy=0.396146,ab=ekspan a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,xy=0.069221,ab=wyewye a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,xy=0.051180,ab=ekswye a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,xy=0.495106,ab=wyepan a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,xy=0.259990,ab=zeepan a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,xy=0.114945,ab=ekszee a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,xy=0.584297,ab=zeewye a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,xy=0.023567,ab=hatwye a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,xy=0.478811,ab=panwye a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,xy=0.252048,ab=panpan a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,xy=0.396146,ab=ekspan aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,xy=0.069221,ab=wye a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,xy=0.051180,ab=eks a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,xy=0.863624,ab=wyepan a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,xy=0.259990,ab=zeepan a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,xy=0.114945,ab=ekszee a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,xy=0.598554,ab=zeewye aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,xy=0.023567 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,xy=0.478811,ab=panwye mlr --from ./reg_test/input/abixy --from ./reg_test/input/abixy-het filter -f ./reg_test/input/filter-example.dsl a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ================================================================ DSL MULTI-PART SCRIPTS mlr --opprint --from ./reg_test/input/abixy put -f ./reg_test/input/put-script-piece-1 a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint --from ./reg_test/input/abixy put -f ./reg_test/input/put-script-piece-1 -f ./reg_test/input/put-script-piece-2 a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint --from ./reg_test/input/abixy put -f ./reg_test/input/put-script-piece-1 -f ./reg_test/input/put-script-piece-2 -f ./reg_test/input/put-script-piece-3 a b i x y o W DID pan pan 1 0.3467901443380824 0.7268028627434533 2.073593 1 YES eks pan 2 0.7586799647899636 0.5221511083334797 3.280831 2 YES wye wye 3 0.20460330576630303 0.33831852551664776 3.542922 3 YES eks wye 4 0.38139939387114097 0.13418874328430463 4.515588 4 YES wye pan 5 0.5732889198020006 0.8636244699032729 6.436913 5 YES zee pan 6 0.5271261600918548 0.49322128674835697 7.020347 6 YES eks zee 7 0.6117840605678454 0.1878849191181694 7.799669 7 YES zee wye 8 0.5985540091064224 0.976181385699006 9.574735 8 YES hat wye 9 0.03144187646093577 0.7495507603507059 9.780993 9 YES pan wye 10 0.5026260055412137 0.9526183602969864 11.455244 10 YES mlr --opprint --from ./reg_test/input/abixy put -e $xy = $x**2 + $y**2 a b i x y xy pan pan 1 0.3467901443380824 0.7268028627434533 0.648506 eks pan 2 0.7586799647899636 0.5221511083334797 0.848237 wye wye 3 0.20460330576630303 0.33831852551664776 0.156322 eks wye 4 0.38139939387114097 0.13418874328430463 0.163472 wye pan 5 0.5732889198020006 0.8636244699032729 1.074507 zee pan 6 0.5271261600918548 0.49322128674835697 0.521129 eks zee 7 0.6117840605678454 0.1878849191181694 0.409580 zee wye 8 0.5985540091064224 0.976181385699006 1.311197 hat wye 9 0.03144187646093577 0.7495507603507059 0.562815 pan wye 10 0.5026260055412137 0.9526183602969864 1.160115 mlr --opprint --from ./reg_test/input/abixy filter -e NR == 7 a b i x y eks zee 7 0.6117840605678454 0.1878849191181694 mlr --opprint --from ./reg_test/input/abixy put -e print "PRE"; -f ./reg_test/input/put-script-piece-1 -f ./reg_test/input/put-script-piece-2 -f ./reg_test/input/put-script-piece-3 -e print "POST" PRE POST PRE POST PRE POST PRE POST PRE POST PRE POST PRE POST PRE POST PRE POST PRE POST a b i x y o W DID pan pan 1 0.3467901443380824 0.7268028627434533 2.073593 1 YES eks pan 2 0.7586799647899636 0.5221511083334797 3.280831 2 YES wye wye 3 0.20460330576630303 0.33831852551664776 3.542922 3 YES eks wye 4 0.38139939387114097 0.13418874328430463 4.515588 4 YES wye pan 5 0.5732889198020006 0.8636244699032729 6.436913 5 YES zee pan 6 0.5271261600918548 0.49322128674835697 7.020347 6 YES eks zee 7 0.6117840605678454 0.1878849191181694 7.799669 7 YES zee wye 8 0.5985540091064224 0.976181385699006 9.574735 8 YES hat wye 9 0.03144187646093577 0.7495507603507059 9.780993 9 YES pan wye 10 0.5026260055412137 0.9526183602969864 11.455244 10 YES mlr --opprint --from ./reg_test/input/abixy filter -f ./reg_test/input/filter-script-piece-1 a b i x y eks pan 2 0.7586799647899636 0.5221511083334797 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint --from ./reg_test/input/abixy filter -f ./reg_test/input/filter-script-piece-1 -f ./reg_test/input/filter-script-piece-2 a b i x y eks pan 2 0.7586799647899636 0.5221511083334797 ================================================================ UTF-8 STRLEN mlr --inidx --ifs comma --oxtab put $s1=strlen($1);$s2=strlen($2);$s3=strlen($3);$s4=strlen($4) ./reg_test/input/utf8-align.dkvp 1 191º=test 2 1912=test2 3 cois=çais 4 çois=cais s1 9 s2 10 s3 9 s4 9 1 191º=test 2 1912=test2 3 ois=çais 4 çois=cais s1 9 s2 10 s3 8 s4 9 1 191º=test 2 1912=test2 3 coise=çais 4 çois=cais s1 9 s2 10 s3 10 s4 9 ================================================================ STATS1/STEP INT/FLOAT mlr --opprint step -a rsum,delta,counter -f x,y,z ./reg_test/input/int-float.dkvp x y z x_rsum x_delta x_counter y_rsum y_delta y_counter z_rsum z_delta z_counter 1 10.1 20 1 0 1 10.100000 0 1 20 0 1 2 10.2 30 3 1 2 20.300000 0.100000 2 50 10 2 3 10.3 40.8 6 1 3 30.600000 0.100000 3 90.800000 10.800000 3 mlr --opprint step -F -a rsum,delta,counter -f x,y,z ./reg_test/input/int-float.dkvp x y z x_rsum x_delta x_counter y_rsum y_delta y_counter z_rsum z_delta z_counter 1 10.1 20 1.000000 0.000000 1.000000 10.100000 0.000000 1.000000 20.000000 0.000000 1.000000 2 10.2 30 3.000000 1.000000 2.000000 20.300000 0.100000 2.000000 50.000000 10.000000 2.000000 3 10.3 40.8 6.000000 1.000000 3.000000 30.600000 0.100000 3.000000 90.800000 10.800000 3.000000 mlr --oxtab stats1 -a min,max,sum,count -f x,y,z ./reg_test/input/int-float.dkvp x_min 1 x_max 3 x_sum 6 x_count 3 y_min 10.100000 y_max 10.300000 y_sum 30.600000 y_count 3 z_min 20.000000 z_max 40.800000 z_sum 90.800000 z_count 3 mlr --oxtab stats1 -F -a min,max,sum,count -f x,y,z ./reg_test/input/int-float.dkvp x_min 1 x_max 3 x_sum 6.000000 x_count 3.000000 y_min 10.100000 y_max 10.300000 y_sum 30.600000 y_count 3.000000 z_min 20.000000 z_max 40.800000 z_sum 90.800000 z_count 3.000000 ================================================================ DSL PYTHONIC DIVISION mlr --xtab put $quot=$pf1/10.0;$iquot=$pf1//10.0;$mod=$pf1%10.0 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot 7.120000 iquot 7.000000 mod 1.200000 mlr --xtab put $quot=$pi1/10 ;$iquot=$pi1//10 ;$mod=$pi1%10 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot 7.500000 iquot 7 mod 5 mlr --xtab put $quot=$nf1/10.0;$iquot=$nf1//10.0;$mod=$nf1%10.0 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot -7.120000 iquot -8.000000 mod 8.800000 mlr --xtab put $quot=$ni1/10 ;$iquot=$ni1//10 ;$mod=$ni1%10 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot -7.500000 iquot -8 mod 5 mlr --xtab put -F $quot=$pf1/10.0;$iquot=$pf1//10.0;$mod=$pf1%10.0 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot 7.120000 iquot 7.000000 mod 1.200000 mlr --xtab put -F $quot=$pi1/10 ;$iquot=$pi1//10 ;$mod=$pi1%10 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot 7.500000 iquot 7.000000 mod 5.000000 mlr --xtab put -F $quot=$nf1/10.0;$iquot=$nf1//10.0;$mod=$nf1%10.0 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot -7.120000 iquot -8.000000 mod 8.800000 mlr --xtab put -F $quot=$ni1/10 ;$iquot=$ni1//10 ;$mod=$ni1%10 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot -7.500000 iquot -8.000000 mod 5.000000 mlr --xtab put $quot=$pf1/-10.0;$iquot=$pf1//-10.0;$mod=$pf1%-10.0 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot -7.120000 iquot -8.000000 mod -8.800000 mlr --xtab put $quot=$pi1/-10 ;$iquot=$pi1//-10 ;$mod=$pi1%-10 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot -7.500000 iquot -8 mod -5 mlr --xtab put $quot=$nf1/-10.0;$iquot=$nf1//-10.0;$mod=$nf1%-10.0 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot 7.120000 iquot 7.000000 mod -1.200000 mlr --xtab put $quot=$ni1/-10 ;$iquot=$ni1//-10 ;$mod=$ni1%-10 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot 7.500000 iquot 7 mod -5 mlr --xtab put -F $quot=$pf1/-10.0;$iquot=$pf1//-10.0;$mod=$pf1%-10.0 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot -7.120000 iquot -8.000000 mod -8.800000 mlr --xtab put -F $quot=$pi1/-10 ;$iquot=$pi1//-10 ;$mod=$pi1%-10 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot -7.500000 iquot -8.000000 mod -5.000000 mlr --xtab put -F $quot=$nf1/-10.0;$iquot=$nf1//-10.0;$mod=$nf1%-10.0 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot 7.120000 iquot 7.000000 mod -1.200000 mlr --xtab put -F $quot=$ni1/-10 ;$iquot=$ni1//-10 ;$mod=$ni1%-10 ./reg_test/input/mixed-types.xtab pf1 71.2 nf1 -71.2 zf 0.0 pf2 73.4 nf2 -73.4 pi1 75 ni1 -75 zi 0 pi2 76 ni2 -76 quot 7.500000 iquot 7.000000 mod -5.000000 ================================================================ DSL REGEX MATCHING mlr filter -v $x =~ "bcd" ./reg_test/input/regex.dkvp RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="bcd", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="bcd", type=STRING_LITERAL. x=abcd,y=ghi x=abcde,y=ghi mlr filter -v $x =~ "^bcd" ./reg_test/input/regex.dkvp RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^bcd", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^bcd", type=STRING_LITERAL. mlr filter -v $x =~ "^abc" ./reg_test/input/regex.dkvp RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^abc", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^abc", type=STRING_LITERAL. x=abc,y=def x=abcd,y=ghi x=abcde,y=ghi mlr filter -v $x =~ "^abc$" ./reg_test/input/regex.dkvp RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^abc$", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^abc$", type=STRING_LITERAL. x=abc,y=def mlr filter -v $x =~ "^a.*d$" ./reg_test/input/regex.dkvp RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^a.*d$", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^a.*d$", type=STRING_LITERAL. x=abcd,y=ghi mlr filter -v $x =~ "^a.*"."d$" ./reg_test/input/regex.dkvp RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text=".", type=OPERATOR: text="^a.*", type=STRING_LITERAL. text="d$", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text=".", type=OPERATOR: text="^a.*", type=STRING_LITERAL. text="d$", type=STRING_LITERAL. x=abcd,y=ghi mlr filter -v $y =~ "\".." ./reg_test/input/regex.dkvp RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=~", type=OPERATOR: text="y", type=FIELD_NAME. text=""..", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=~", type=OPERATOR: text="y", type=FIELD_NAME. text=""..", type=STRING_LITERAL. x=ABCDE,y="GHI" mlr filter -v $x =~ "bcd"i ./reg_test/input/regex.dkvp RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="bcd", type=REGEXI. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="bcd", type=REGEXI. x=abcd,y=ghi x=ABCD,y=GHI x=abcde,y=ghi x=ABCDE,y=GHI x=ABCDE,y="GHI" mlr filter -v $x =~ "^bcd"i ./reg_test/input/regex.dkvp RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^bcd", type=REGEXI. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^bcd", type=REGEXI. mlr filter -v $x =~ "^abc"i ./reg_test/input/regex.dkvp RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^abc", type=REGEXI. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^abc", type=REGEXI. x=abc,y=def x=ABC,y=DEF x=abcd,y=ghi x=ABCD,y=GHI x=abcde,y=ghi x=ABCDE,y=GHI x=ABCDE,y="GHI" mlr filter -v $x =~ "^abc$"i ./reg_test/input/regex.dkvp RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^abc$", type=REGEXI. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^abc$", type=REGEXI. x=abc,y=def x=ABC,y=DEF mlr filter -v $x =~ "^a.*d$"i ./reg_test/input/regex.dkvp RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^a.*d$", type=REGEXI. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text="^a.*d$", type=REGEXI. x=abcd,y=ghi x=ABCD,y=GHI mlr filter -v $x =~ "^a.*"."d$"i ./reg_test/input/regex.dkvp RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text=".", type=OPERATOR: text="^a.*", type=STRING_LITERAL. text="d$", type=REGEXI. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=~", type=OPERATOR: text="x", type=FIELD_NAME. text=".", type=OPERATOR: text="^a.*", type=STRING_LITERAL. text="d$", type=REGEXI. x=abcd,y=ghi mlr --csv filter $text =~ "." ./reg_test/input/dot-match.csv text hi a.b bye mlr --csv filter $text =~ "\." ./reg_test/input/dot-match.csv text a.b ================================================================ DSL TYPED OVERLAY mlr put $y = string($x); $z=$y.$y ./reg_test/input/int-float.dkvp x=1,y=1,z=11 x=2,y=2,z=22 x=3,y=3,z=33 mlr put $z=string($x).string($x) ./reg_test/input/int-float.dkvp x=1,y=10.1,z=11 x=2,y=10.2,z=22 x=3,y=10.3,z=33 mlr put $y = string($x) then put $z=$y.$y ./reg_test/input/int-float.dkvp x=1,y=1,z=11 x=2,y=2,z=22 x=3,y=3,z=33 mlr put $a="hello" then put $b=$a." world";$z=$x+$y;$c=$b;$a=sub($b,"hello","farewell") ./reg_test/input/int-float.dkvp x=1,y=10.1,z=11.100000,a=farewell world,b=hello world,c=hello world x=2,y=10.2,z=12.200000,a=farewell world,b=hello world,c=hello world x=3,y=10.3,z=13.300000,a=farewell world,b=hello world,c=hello world ================================================================ DSL REGEX CAPTURES mlr --opprint put $FIELD =~ "([A-Z]+)([0-9]+)"; $F1=""; $F2=""; $F3="" ./reg_test/input/capture.dkvp FIELD F1 F2 F3 ABC123 ABC 123 - ABC..123 - - - ..ABC..123.. - - - none of the above - - - mlr --opprint put $FIELD =~ "([A-Z]+)[^0-9]*([0-9]+)"; $F1=""; $F2=""; $F3="" ./reg_test/input/capture.dkvp FIELD F1 F2 F3 ABC123 ABC 123 - ABC..123 ABC 123 - ..ABC..123.. ABC 123 - none of the above - - - mlr --opprint put $FIELD =~ "([A-Z]+)([0-9]+)" then put $F1=""; $F2=""; $F3="" ./reg_test/input/capture.dkvp FIELD F1 F2 F3 ABC123 \1 \2 \3 ABC..123 \1 \2 \3 ..ABC..123.. \1 \2 \3 none of the above \1 \2 \3 mlr --opprint put $FIELD =~ "([A-Z]+)[^0-9]*([0-9]+)" then put $F1=""; $F2=""; $F3="" ./reg_test/input/capture.dkvp FIELD F1 F2 F3 ABC123 \1 \2 \3 ABC..123 \1 \2 \3 ..ABC..123.. \1 \2 \3 none of the above \1 \2 \3 mlr --opprint put $FIELD =~ "....."; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 - - - - - - - - - - - a - - - - - - - - - - ab - - - - - - - - - - abc - - - - - - - - - - abcd - - - - - - - - - - abcde abcde - - - - - - - - - abcdef abcde - - - - - - - - - abcdefg abcde - - - - - - - - - abcdefgh abcde - - - - - - - - - abcdefghi abcde - - - - - - - - - abcdefghij abcde - - - - - - - - - abcdefghijk abcde - - - - - - - - - abcdefghijkl abcde - - - - - - - - - mlr --opprint put $FIELD =~ "....." {$F0=" ./reg_test/input/capture-lengths.dkvp FIELD - a ab abc abcd FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcde abcde - - - - - - - - - abcdef abcde - - - - - - - - - abcdefg abcde - - - - - - - - - abcdefgh abcde - - - - - - - - - abcdefghi abcde - - - - - - - - - abcdefghij abcde - - - - - - - - - abcdefghijk abcde - - - - - - - - - abcdefghijkl abcde - - - - - - - - - mlr --opprint put filter $FIELD =~ "....."; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcde abcde - - - - - - - - - abcdef abcde - - - - - - - - - abcdefg abcde - - - - - - - - - abcdefgh abcde - - - - - - - - - abcdefghi abcde - - - - - - - - - abcdefghij abcde - - - - - - - - - abcdefghijk abcde - - - - - - - - - abcdefghijkl abcde - - - - - - - - - mlr --opprint put $FIELD =~ "(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 - - - - - - - - - - - a a a - - - - - - - - ab a a - - - - - - - - abc a a - - - - - - - - abcd a a - - - - - - - - abcde a a - - - - - - - - abcdef a a - - - - - - - - abcdefg a a - - - - - - - - abcdefgh a a - - - - - - - - abcdefghi a a - - - - - - - - abcdefghij a a - - - - - - - - abcdefghijk a a - - - - - - - - abcdefghijkl a a - - - - - - - - mlr --opprint put $FIELD =~ "(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 - - - - - - - - - - - a - - - - - - - - - - ab ab a b - - - - - - - abc ab a b - - - - - - - abcd ab a b - - - - - - - abcde ab a b - - - - - - - abcdef ab a b - - - - - - - abcdefg ab a b - - - - - - - abcdefgh ab a b - - - - - - - abcdefghi ab a b - - - - - - - abcdefghij ab a b - - - - - - - abcdefghijk ab a b - - - - - - - abcdefghijkl ab a b - - - - - - - mlr --opprint put $FIELD =~ "(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 - - - - - - - - - - - a - - - - - - - - - - ab - - - - - - - - - - abc abc a b c - - - - - - abcd abc a b c - - - - - - abcde abc a b c - - - - - - abcdef abc a b c - - - - - - abcdefg abc a b c - - - - - - abcdefgh abc a b c - - - - - - abcdefghi abc a b c - - - - - - abcdefghij abc a b c - - - - - - abcdefghijk abc a b c - - - - - - abcdefghijkl abc a b c - - - - - - mlr --opprint put $FIELD =~ "(.)(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 - - - - - - - - - - - a - - - - - - - - - - ab - - - - - - - - - - abc - - - - - - - - - - abcd abcd a b c d - - - - - abcde abcd a b c d - - - - - abcdef abcd a b c d - - - - - abcdefg abcd a b c d - - - - - abcdefgh abcd a b c d - - - - - abcdefghi abcd a b c d - - - - - abcdefghij abcd a b c d - - - - - abcdefghijk abcd a b c d - - - - - abcdefghijkl abcd a b c d - - - - - mlr --opprint put $FIELD =~ "(.)(.)(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 - - - - - - - - - - - a - - - - - - - - - - ab - - - - - - - - - - abc - - - - - - - - - - abcd - - - - - - - - - - abcde abcde a b c d e - - - - abcdef abcde a b c d e - - - - abcdefg abcde a b c d e - - - - abcdefgh abcde a b c d e - - - - abcdefghi abcde a b c d e - - - - abcdefghij abcde a b c d e - - - - abcdefghijk abcde a b c d e - - - - abcdefghijkl abcde a b c d e - - - - mlr --opprint put $FIELD =~ "(.)(.)(.)(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 - - - - - - - - - - - a - - - - - - - - - - ab - - - - - - - - - - abc - - - - - - - - - - abcd - - - - - - - - - - abcde - - - - - - - - - - abcdef abcdef a b c d e f - - - abcdefg abcdef a b c d e f - - - abcdefgh abcdef a b c d e f - - - abcdefghi abcdef a b c d e f - - - abcdefghij abcdef a b c d e f - - - abcdefghijk abcdef a b c d e f - - - abcdefghijkl abcdef a b c d e f - - - mlr --opprint put $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 - - - - - - - - - - - a - - - - - - - - - - ab - - - - - - - - - - abc - - - - - - - - - - abcd - - - - - - - - - - abcde - - - - - - - - - - abcdef - - - - - - - - - - abcdefg abcdefg a b c d e f g - - abcdefgh abcdefg a b c d e f g - - abcdefghi abcdefg a b c d e f g - - abcdefghij abcdefg a b c d e f g - - abcdefghijk abcdefg a b c d e f g - - abcdefghijkl abcdefg a b c d e f g - - mlr --opprint put $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 - - - - - - - - - - - a - - - - - - - - - - ab - - - - - - - - - - abc - - - - - - - - - - abcd - - - - - - - - - - abcde - - - - - - - - - - abcdef - - - - - - - - - - abcdefg - - - - - - - - - - abcdefgh abcdefgh a b c d e f g h - abcdefghi abcdefgh a b c d e f g h - abcdefghij abcdefgh a b c d e f g h - abcdefghijk abcdefgh a b c d e f g h - abcdefghijkl abcdefgh a b c d e f g h - mlr --opprint put $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 - - - - - - - - - - - a - - - - - - - - - - ab - - - - - - - - - - abc - - - - - - - - - - abcd - - - - - - - - - - abcde - - - - - - - - - - abcdef - - - - - - - - - - abcdefg - - - - - - - - - - abcdefgh - - - - - - - - - - abcdefghi abcdefghi a b c d e f g h i abcdefghij abcdefghi a b c d e f g h i abcdefghijk abcdefghi a b c d e f g h i abcdefghijkl abcdefghi a b c d e f g h i mlr --opprint put $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 - - - - - - - - - - - a - - - - - - - - - - ab - - - - - - - - - - abc - - - - - - - - - - abcd - - - - - - - - - - abcde - - - - - - - - - - abcdef - - - - - - - - - - abcdefg - - - - - - - - - - abcdefgh - - - - - - - - - - abcdefghi - - - - - - - - - - abcdefghij abcdefghij a b c d e f g h i abcdefghijk abcdefghij a b c d e f g h i abcdefghijkl abcdefghij a b c d e f g h i mlr --opprint put $FIELD =~ "(.)" {$F0=" ./reg_test/input/capture-lengths.dkvp FIELD - FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 a a a - - - - - - - - ab a a - - - - - - - - abc a a - - - - - - - - abcd a a - - - - - - - - abcde a a - - - - - - - - abcdef a a - - - - - - - - abcdefg a a - - - - - - - - abcdefgh a a - - - - - - - - abcdefghi a a - - - - - - - - abcdefghij a a - - - - - - - - abcdefghijk a a - - - - - - - - abcdefghijkl a a - - - - - - - - mlr --opprint put $FIELD =~ "(.)(.)" {$F0=" ./reg_test/input/capture-lengths.dkvp FIELD - a FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 ab ab a b - - - - - - - abc ab a b - - - - - - - abcd ab a b - - - - - - - abcde ab a b - - - - - - - abcdef ab a b - - - - - - - abcdefg ab a b - - - - - - - abcdefgh ab a b - - - - - - - abcdefghi ab a b - - - - - - - abcdefghij ab a b - - - - - - - abcdefghijk ab a b - - - - - - - abcdefghijkl ab a b - - - - - - - mlr --opprint put $FIELD =~ "(.)(.)(.)" {$F0=" ./reg_test/input/capture-lengths.dkvp FIELD - a ab FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abc abc a b c - - - - - - abcd abc a b c - - - - - - abcde abc a b c - - - - - - abcdef abc a b c - - - - - - abcdefg abc a b c - - - - - - abcdefgh abc a b c - - - - - - abcdefghi abc a b c - - - - - - abcdefghij abc a b c - - - - - - abcdefghijk abc a b c - - - - - - abcdefghijkl abc a b c - - - - - - mlr --opprint put $FIELD =~ "(.)(.)(.)(.)" {$F0=" ./reg_test/input/capture-lengths.dkvp FIELD - a ab abc FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcd abcd a b c d - - - - - abcde abcd a b c d - - - - - abcdef abcd a b c d - - - - - abcdefg abcd a b c d - - - - - abcdefgh abcd a b c d - - - - - abcdefghi abcd a b c d - - - - - abcdefghij abcd a b c d - - - - - abcdefghijk abcd a b c d - - - - - abcdefghijkl abcd a b c d - - - - - mlr --opprint put $FIELD =~ "(.)(.)(.)(.)(.)" {$F0=" ./reg_test/input/capture-lengths.dkvp FIELD - a ab abc abcd FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcde abcde a b c d e - - - - abcdef abcde a b c d e - - - - abcdefg abcde a b c d e - - - - abcdefgh abcde a b c d e - - - - abcdefghi abcde a b c d e - - - - abcdefghij abcde a b c d e - - - - abcdefghijk abcde a b c d e - - - - abcdefghijkl abcde a b c d e - - - - mlr --opprint put $FIELD =~ "(.)(.)(.)(.)(.)(.)" {$F0=" ./reg_test/input/capture-lengths.dkvp FIELD - a ab abc abcd abcde FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcdef abcdef a b c d e f - - - abcdefg abcdef a b c d e f - - - abcdefgh abcdef a b c d e f - - - abcdefghi abcdef a b c d e f - - - abcdefghij abcdef a b c d e f - - - abcdefghijk abcdef a b c d e f - - - abcdefghijkl abcdef a b c d e f - - - mlr --opprint put $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)" {$F0=" ./reg_test/input/capture-lengths.dkvp FIELD - a ab abc abcd abcde abcdef FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcdefg abcdefg a b c d e f g - - abcdefgh abcdefg a b c d e f g - - abcdefghi abcdefg a b c d e f g - - abcdefghij abcdefg a b c d e f g - - abcdefghijk abcdefg a b c d e f g - - abcdefghijkl abcdefg a b c d e f g - - mlr --opprint put $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)" {$F0=" ./reg_test/input/capture-lengths.dkvp FIELD - a ab abc abcd abcde abcdef abcdefg FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcdefgh abcdefgh a b c d e f g h - abcdefghi abcdefgh a b c d e f g h - abcdefghij abcdefgh a b c d e f g h - abcdefghijk abcdefgh a b c d e f g h - abcdefghijkl abcdefgh a b c d e f g h - mlr --opprint put $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)(.)" {$F0=" ./reg_test/input/capture-lengths.dkvp FIELD - a ab abc abcd abcde abcdef abcdefg abcdefgh FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcdefghi abcdefghi a b c d e f g h i abcdefghij abcdefghi a b c d e f g h i abcdefghijk abcdefghi a b c d e f g h i abcdefghijkl abcdefghi a b c d e f g h i mlr --opprint put $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)(.)(.)" {$F0=" ./reg_test/input/capture-lengths.dkvp FIELD - a ab abc abcd abcde abcdef abcdefg abcdefgh abcdefghi FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcdefghij abcdefghij a b c d e f g h i abcdefghijk abcdefghij a b c d e f g h i abcdefghijkl abcdefghij a b c d e f g h i mlr --opprint put filter $FIELD =~ "(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 a a a - - - - - - - - ab a a - - - - - - - - abc a a - - - - - - - - abcd a a - - - - - - - - abcde a a - - - - - - - - abcdef a a - - - - - - - - abcdefg a a - - - - - - - - abcdefgh a a - - - - - - - - abcdefghi a a - - - - - - - - abcdefghij a a - - - - - - - - abcdefghijk a a - - - - - - - - abcdefghijkl a a - - - - - - - - mlr --opprint put filter $FIELD =~ "(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 ab ab a b - - - - - - - abc ab a b - - - - - - - abcd ab a b - - - - - - - abcde ab a b - - - - - - - abcdef ab a b - - - - - - - abcdefg ab a b - - - - - - - abcdefgh ab a b - - - - - - - abcdefghi ab a b - - - - - - - abcdefghij ab a b - - - - - - - abcdefghijk ab a b - - - - - - - abcdefghijkl ab a b - - - - - - - mlr --opprint put filter $FIELD =~ "(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abc abc a b c - - - - - - abcd abc a b c - - - - - - abcde abc a b c - - - - - - abcdef abc a b c - - - - - - abcdefg abc a b c - - - - - - abcdefgh abc a b c - - - - - - abcdefghi abc a b c - - - - - - abcdefghij abc a b c - - - - - - abcdefghijk abc a b c - - - - - - abcdefghijkl abc a b c - - - - - - mlr --opprint put filter $FIELD =~ "(.)(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcd abcd a b c d - - - - - abcde abcd a b c d - - - - - abcdef abcd a b c d - - - - - abcdefg abcd a b c d - - - - - abcdefgh abcd a b c d - - - - - abcdefghi abcd a b c d - - - - - abcdefghij abcd a b c d - - - - - abcdefghijk abcd a b c d - - - - - abcdefghijkl abcd a b c d - - - - - mlr --opprint put filter $FIELD =~ "(.)(.)(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcde abcde a b c d e - - - - abcdef abcde a b c d e - - - - abcdefg abcde a b c d e - - - - abcdefgh abcde a b c d e - - - - abcdefghi abcde a b c d e - - - - abcdefghij abcde a b c d e - - - - abcdefghijk abcde a b c d e - - - - abcdefghijkl abcde a b c d e - - - - mlr --opprint put filter $FIELD =~ "(.)(.)(.)(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcdef abcdef a b c d e f - - - abcdefg abcdef a b c d e f - - - abcdefgh abcdef a b c d e f - - - abcdefghi abcdef a b c d e f - - - abcdefghij abcdef a b c d e f - - - abcdefghijk abcdef a b c d e f - - - abcdefghijkl abcdef a b c d e f - - - mlr --opprint put filter $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcdefg abcdefg a b c d e f g - - abcdefgh abcdefg a b c d e f g - - abcdefghi abcdefg a b c d e f g - - abcdefghij abcdefg a b c d e f g - - abcdefghijk abcdefg a b c d e f g - - abcdefghijkl abcdefg a b c d e f g - - mlr --opprint put filter $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcdefgh abcdefgh a b c d e f g h - abcdefghi abcdefgh a b c d e f g h - abcdefghij abcdefgh a b c d e f g h - abcdefghijk abcdefgh a b c d e f g h - abcdefghijkl abcdefgh a b c d e f g h - mlr --opprint put filter $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcdefghi abcdefghi a b c d e f g h i abcdefghij abcdefghi a b c d e f g h i abcdefghijk abcdefghi a b c d e f g h i abcdefghijkl abcdefghi a b c d e f g h i mlr --opprint put filter $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)(.)(.)"; $F0=" ./reg_test/input/capture-lengths.dkvp FIELD F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 abcdefghij abcdefghij a b c d e f g h i abcdefghijk abcdefghij a b c d e f g h i abcdefghijkl abcdefghij a b c d e f g h i ================================================================ DSL FILTER/PATTERN-ACTION mlr --opprint put $x > 0.5; $z = "flag" ./reg_test/input/abixy a b i x y z pan pan 1 0.3467901443380824 0.7268028627434533 flag eks pan 2 0.7586799647899636 0.5221511083334797 flag wye wye 3 0.20460330576630303 0.33831852551664776 flag eks wye 4 0.38139939387114097 0.13418874328430463 flag wye pan 5 0.5732889198020006 0.8636244699032729 flag zee pan 6 0.5271261600918548 0.49322128674835697 flag eks zee 7 0.6117840605678454 0.1878849191181694 flag zee wye 8 0.5985540091064224 0.976181385699006 flag hat wye 9 0.03144187646093577 0.7495507603507059 flag pan wye 10 0.5026260055412137 0.9526183602969864 flag mlr --opprint put !($x > 0.5); $z = "flag" ./reg_test/input/abixy a b i x y z pan pan 1 0.3467901443380824 0.7268028627434533 flag eks pan 2 0.7586799647899636 0.5221511083334797 flag wye wye 3 0.20460330576630303 0.33831852551664776 flag eks wye 4 0.38139939387114097 0.13418874328430463 flag wye pan 5 0.5732889198020006 0.8636244699032729 flag zee pan 6 0.5271261600918548 0.49322128674835697 flag eks zee 7 0.6117840605678454 0.1878849191181694 flag zee wye 8 0.5985540091064224 0.976181385699006 flag hat wye 9 0.03144187646093577 0.7495507603507059 flag pan wye 10 0.5026260055412137 0.9526183602969864 flag mlr --opprint put filter $x > 0.5; $z = "flag" ./reg_test/input/abixy a b i x y z eks pan 2 0.7586799647899636 0.5221511083334797 flag wye pan 5 0.5732889198020006 0.8636244699032729 flag zee pan 6 0.5271261600918548 0.49322128674835697 flag eks zee 7 0.6117840605678454 0.1878849191181694 flag zee wye 8 0.5985540091064224 0.976181385699006 flag pan wye 10 0.5026260055412137 0.9526183602969864 flag mlr --opprint put $x > 0.5 {$z = "flag"} ./reg_test/input/abixy a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 a b i x y z eks pan 2 0.7586799647899636 0.5221511083334797 flag a b i x y wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 a b i x y z wye pan 5 0.5732889198020006 0.8636244699032729 flag zee pan 6 0.5271261600918548 0.49322128674835697 flag eks zee 7 0.6117840605678454 0.1878849191181694 flag zee wye 8 0.5985540091064224 0.976181385699006 flag a b i x y hat wye 9 0.03144187646093577 0.7495507603507059 a b i x y z pan wye 10 0.5026260055412137 0.9526183602969864 flag mlr --opprint put filter !($x > 0.5); $z = "flag" ./reg_test/input/abixy a b i x y z pan pan 1 0.3467901443380824 0.7268028627434533 flag wye wye 3 0.20460330576630303 0.33831852551664776 flag eks wye 4 0.38139939387114097 0.13418874328430463 flag hat wye 9 0.03144187646093577 0.7495507603507059 flag mlr --opprint put !($x > 0.5) {$z = "flag"} ./reg_test/input/abixy a b i x y z pan pan 1 0.3467901443380824 0.7268028627434533 flag a b i x y eks pan 2 0.7586799647899636 0.5221511083334797 a b i x y z wye wye 3 0.20460330576630303 0.33831852551664776 flag eks wye 4 0.38139939387114097 0.13418874328430463 flag a b i x y wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 a b i x y z hat wye 9 0.03144187646093577 0.7495507603507059 flag a b i x y pan wye 10 0.5026260055412137 0.9526183602969864 ================================================================ DSL GMT DATE/TIME FUNCTIONS mlr --csvlite put $gmt = sec2gmt($sec) ./reg_test/input/sec2gmt n,sec,gmt 1,0,1970-01-01T00:00:00Z 2,1,1970-01-01T00:00:01Z 3,10,1970-01-01T00:00:10Z 4,100,1970-01-01T00:01:40Z 5,1000,1970-01-01T00:16:40Z 6,10000,1970-01-01T02:46:40Z 7,100000,1970-01-02T03:46:40Z 8,1000000,1970-01-12T13:46:40Z 9,10000000,1970-04-26T17:46:40Z 10,100000000,1973-03-03T09:46:40Z 11,1000000000,2001-09-09T01:46:40Z 12,1432036180,2015-05-19T11:49:40Z 13,1500000000,2017-07-14T02:40:00Z 14,2000000000,2033-05-18T03:33:20Z 15,2000000000.,2033-05-18T03:33:20Z 16,2000000000.0,2033-05-18T03:33:20Z 17,2000000000.00,2033-05-18T03:33:20Z 18,2000000000.123400,2033-05-18T03:33:20Z 19,2000000000.123456,2033-05-18T03:33:20Z 20,2000000000.999,2033-05-18T03:33:20Z 21,2000000000.999999,2033-05-18T03:33:20Z 22,2000000000.999999999,2033-05-18T03:33:21Z 23,, 24,x,x 25,123x,123x mlr --csvlite put $gmt = sec2gmt($sec,1) ./reg_test/input/sec2gmt n,sec,gmt 1,0,1970-01-01T00:00:00.0Z 2,1,1970-01-01T00:00:01.0Z 3,10,1970-01-01T00:00:10.0Z 4,100,1970-01-01T00:01:40.0Z 5,1000,1970-01-01T00:16:40.0Z 6,10000,1970-01-01T02:46:40.0Z 7,100000,1970-01-02T03:46:40.0Z 8,1000000,1970-01-12T13:46:40.0Z 9,10000000,1970-04-26T17:46:40.0Z 10,100000000,1973-03-03T09:46:40.0Z 11,1000000000,2001-09-09T01:46:40.0Z 12,1432036180,2015-05-19T11:49:40.0Z 13,1500000000,2017-07-14T02:40:00.0Z 14,2000000000,2033-05-18T03:33:20.0Z 15,2000000000.,2033-05-18T03:33:20.0Z 16,2000000000.0,2033-05-18T03:33:20.0Z 17,2000000000.00,2033-05-18T03:33:20.0Z 18,2000000000.123400,2033-05-18T03:33:20.1Z 19,2000000000.123456,2033-05-18T03:33:20.1Z 20,2000000000.999,2033-05-18T03:33:20.9Z 21,2000000000.999999,2033-05-18T03:33:20.9Z 22,2000000000.999999999,2033-05-18T03:33:21.0Z 23,, 24,x,x 25,123x,123x mlr --csvlite put $gmt = sec2gmt($sec,3) ./reg_test/input/sec2gmt n,sec,gmt 1,0,1970-01-01T00:00:00.000Z 2,1,1970-01-01T00:00:01.000Z 3,10,1970-01-01T00:00:10.000Z 4,100,1970-01-01T00:01:40.000Z 5,1000,1970-01-01T00:16:40.000Z 6,10000,1970-01-01T02:46:40.000Z 7,100000,1970-01-02T03:46:40.000Z 8,1000000,1970-01-12T13:46:40.000Z 9,10000000,1970-04-26T17:46:40.000Z 10,100000000,1973-03-03T09:46:40.000Z 11,1000000000,2001-09-09T01:46:40.000Z 12,1432036180,2015-05-19T11:49:40.000Z 13,1500000000,2017-07-14T02:40:00.000Z 14,2000000000,2033-05-18T03:33:20.000Z 15,2000000000.,2033-05-18T03:33:20.000Z 16,2000000000.0,2033-05-18T03:33:20.000Z 17,2000000000.00,2033-05-18T03:33:20.000Z 18,2000000000.123400,2033-05-18T03:33:20.123Z 19,2000000000.123456,2033-05-18T03:33:20.123Z 20,2000000000.999,2033-05-18T03:33:20.999Z 21,2000000000.999999,2033-05-18T03:33:20.999Z 22,2000000000.999999999,2033-05-18T03:33:21.000Z 23,, 24,x,x 25,123x,123x mlr --csvlite put $gmt = sec2gmt($sec,6) ./reg_test/input/sec2gmt n,sec,gmt 1,0,1970-01-01T00:00:00.000000Z 2,1,1970-01-01T00:00:01.000000Z 3,10,1970-01-01T00:00:10.000000Z 4,100,1970-01-01T00:01:40.000000Z 5,1000,1970-01-01T00:16:40.000000Z 6,10000,1970-01-01T02:46:40.000000Z 7,100000,1970-01-02T03:46:40.000000Z 8,1000000,1970-01-12T13:46:40.000000Z 9,10000000,1970-04-26T17:46:40.000000Z 10,100000000,1973-03-03T09:46:40.000000Z 11,1000000000,2001-09-09T01:46:40.000000Z 12,1432036180,2015-05-19T11:49:40.000000Z 13,1500000000,2017-07-14T02:40:00.000000Z 14,2000000000,2033-05-18T03:33:20.000000Z 15,2000000000.,2033-05-18T03:33:20.000000Z 16,2000000000.0,2033-05-18T03:33:20.000000Z 17,2000000000.00,2033-05-18T03:33:20.000000Z 18,2000000000.123400,2033-05-18T03:33:20.123400Z 19,2000000000.123456,2033-05-18T03:33:20.123456Z 20,2000000000.999,2033-05-18T03:33:20.999000Z 21,2000000000.999999,2033-05-18T03:33:20.999999Z 22,2000000000.999999999,2033-05-18T03:33:21.000000Z 23,, 24,x,x 25,123x,123x mlr --csvlite put $sec = gmt2sec($gmt) ./reg_test/input/gmt2sec gmt,sec 1970-01-01T00:00:00Z,0.000000 1970-01-01T00:00:00.Z,0.000000 1970-01-01T00:00:01Z,1.000000 1970-01-01T00:00:01.0Z,1.000000 1970-01-01T00:00:10Z,10.000000 1970-01-01T00:00:10.00Z,10.000000 1970-01-01T00:01:40Z,100.000000 1970-01-01T00:01:40.1Z,100.100000 1970-01-01T00:16:40Z,1000.000000 1970-01-01T00:16:40.12Z,1000.120000 1970-01-01T02:46:40Z,10000.000000 1970-01-01T02:46:40.123Z,10000.123000 1970-01-02T03:46:40Z,100000.000000 1970-01-02T03:46:40.1234Z,100000.123400 1970-01-12T13:46:40Z,1000000.000000 1970-01-12T13:46:40.12345Z,1000000.123450 1970-04-26T17:46:40Z,10000000.000000 1970-04-26T17:46:40.123456Z,10000000.123456 1973-03-03T09:46:40Z,100000000.000000 1973-03-03T09:46:40.1234567Z,100000000.123457 2001-09-09T01:46:40Z,1000000000.000000 2001-09-09T01:46:40.12345678Z,1000000000.123457 2015-05-19T11:49:40Z,1432036180.000000 2015-05-19T11:49:40.123456789Z,1432036180.123457 2017-07-14T02:40:00Z,1500000000.000000 2017-07-14T02:40:00.999Z,1500000000.999000 2033-05-18T03:33:20Z,2000000000.000000 2033-05-18T03:33:20.999999Z,2000000000.999999 mlr --csvlite put $gmtdate = sec2gmtdate($sec) ./reg_test/input/sec2gmt n,sec,gmtdate 1,0,1970-01-01 2,1,1970-01-01 3,10,1970-01-01 4,100,1970-01-01 5,1000,1970-01-01 6,10000,1970-01-01 7,100000,1970-01-02 8,1000000,1970-01-12 9,10000000,1970-04-26 10,100000000,1973-03-03 11,1000000000,2001-09-09 12,1432036180,2015-05-19 13,1500000000,2017-07-14 14,2000000000,2033-05-18 15,2000000000.,2033-05-18 16,2000000000.0,2033-05-18 17,2000000000.00,2033-05-18 18,2000000000.123400,2033-05-18 19,2000000000.123456,2033-05-18 20,2000000000.999,2033-05-18 21,2000000000.999999,2033-05-18 22,2000000000.999999999,2033-05-18 23,, 24,x,x 25,123x,123x mlr --icsv --opprint put $gmt = strftime($sec, "%Y-%m-%dT%H:%M:%SZ") ./reg_test/input/sec2gmt n sec gmt 1 0 1970-01-01T00:00:00Z 2 1 1970-01-01T00:00:01Z 3 10 1970-01-01T00:00:10Z 4 100 1970-01-01T00:01:40Z 5 1000 1970-01-01T00:16:40Z 6 10000 1970-01-01T02:46:40Z 7 100000 1970-01-02T03:46:40Z 8 1000000 1970-01-12T13:46:40Z 9 10000000 1970-04-26T17:46:40Z 10 100000000 1973-03-03T09:46:40Z 11 1000000000 2001-09-09T01:46:40Z 12 1432036180 2015-05-19T11:49:40Z 13 1500000000 2017-07-14T02:40:00Z 14 2000000000 2033-05-18T03:33:20Z 15 2000000000. 2033-05-18T03:33:20Z 16 2000000000.0 2033-05-18T03:33:20Z 17 2000000000.00 2033-05-18T03:33:20Z 18 2000000000.123400 2033-05-18T03:33:20Z 19 2000000000.123456 2033-05-18T03:33:20Z 20 2000000000.999 2033-05-18T03:33:20Z 21 2000000000.999999 2033-05-18T03:33:20Z 22 2000000000.999999999 2033-05-18T03:33:21Z 23 - - 24 x (error) 25 123x (error) mlr --icsv --opprint put $gmt = strftime($sec, "%Y-%m-%dT%H:%M:%1SZ") ./reg_test/input/sec2gmt n sec gmt 1 0 1970-01-01T00:00:00.0Z 2 1 1970-01-01T00:00:01.0Z 3 10 1970-01-01T00:00:10.0Z 4 100 1970-01-01T00:01:40.0Z 5 1000 1970-01-01T00:16:40.0Z 6 10000 1970-01-01T02:46:40.0Z 7 100000 1970-01-02T03:46:40.0Z 8 1000000 1970-01-12T13:46:40.0Z 9 10000000 1970-04-26T17:46:40.0Z 10 100000000 1973-03-03T09:46:40.0Z 11 1000000000 2001-09-09T01:46:40.0Z 12 1432036180 2015-05-19T11:49:40.0Z 13 1500000000 2017-07-14T02:40:00.0Z 14 2000000000 2033-05-18T03:33:20.0Z 15 2000000000. 2033-05-18T03:33:20.0Z 16 2000000000.0 2033-05-18T03:33:20.0Z 17 2000000000.00 2033-05-18T03:33:20.0Z 18 2000000000.123400 2033-05-18T03:33:20.1Z 19 2000000000.123456 2033-05-18T03:33:20.1Z 20 2000000000.999 2033-05-18T03:33:20.9Z 21 2000000000.999999 2033-05-18T03:33:20.9Z 22 2000000000.999999999 2033-05-18T03:33:21.0Z 23 - - 24 x (error) 25 123x (error) mlr --icsv --opprint put $gmt = strftime($sec, "%Y-%m-%dT%H:%M:%3SZ") ./reg_test/input/sec2gmt n sec gmt 1 0 1970-01-01T00:00:00.000Z 2 1 1970-01-01T00:00:01.000Z 3 10 1970-01-01T00:00:10.000Z 4 100 1970-01-01T00:01:40.000Z 5 1000 1970-01-01T00:16:40.000Z 6 10000 1970-01-01T02:46:40.000Z 7 100000 1970-01-02T03:46:40.000Z 8 1000000 1970-01-12T13:46:40.000Z 9 10000000 1970-04-26T17:46:40.000Z 10 100000000 1973-03-03T09:46:40.000Z 11 1000000000 2001-09-09T01:46:40.000Z 12 1432036180 2015-05-19T11:49:40.000Z 13 1500000000 2017-07-14T02:40:00.000Z 14 2000000000 2033-05-18T03:33:20.000Z 15 2000000000. 2033-05-18T03:33:20.000Z 16 2000000000.0 2033-05-18T03:33:20.000Z 17 2000000000.00 2033-05-18T03:33:20.000Z 18 2000000000.123400 2033-05-18T03:33:20.123Z 19 2000000000.123456 2033-05-18T03:33:20.123Z 20 2000000000.999 2033-05-18T03:33:20.999Z 21 2000000000.999999 2033-05-18T03:33:20.999Z 22 2000000000.999999999 2033-05-18T03:33:21.000Z 23 - - 24 x (error) 25 123x (error) mlr --icsv --opprint put $gmt = strftime($sec, "%Y-%m-%dT%H:%M:%6SZ") ./reg_test/input/sec2gmt n sec gmt 1 0 1970-01-01T00:00:00.000000Z 2 1 1970-01-01T00:00:01.000000Z 3 10 1970-01-01T00:00:10.000000Z 4 100 1970-01-01T00:01:40.000000Z 5 1000 1970-01-01T00:16:40.000000Z 6 10000 1970-01-01T02:46:40.000000Z 7 100000 1970-01-02T03:46:40.000000Z 8 1000000 1970-01-12T13:46:40.000000Z 9 10000000 1970-04-26T17:46:40.000000Z 10 100000000 1973-03-03T09:46:40.000000Z 11 1000000000 2001-09-09T01:46:40.000000Z 12 1432036180 2015-05-19T11:49:40.000000Z 13 1500000000 2017-07-14T02:40:00.000000Z 14 2000000000 2033-05-18T03:33:20.000000Z 15 2000000000. 2033-05-18T03:33:20.000000Z 16 2000000000.0 2033-05-18T03:33:20.000000Z 17 2000000000.00 2033-05-18T03:33:20.000000Z 18 2000000000.123400 2033-05-18T03:33:20.123400Z 19 2000000000.123456 2033-05-18T03:33:20.123456Z 20 2000000000.999 2033-05-18T03:33:20.999000Z 21 2000000000.999999 2033-05-18T03:33:20.999999Z 22 2000000000.999999999 2033-05-18T03:33:21.000000Z 23 - - 24 x (error) 25 123x (error) mlr --icsv --opprint put $sec = strptime($gmt, "%Y-%m-%dT%H:%M:%SZ") ./reg_test/input/gmt2sec gmt sec 1970-01-01T00:00:00Z 0.000000 1970-01-01T00:00:00.Z 0.000000 1970-01-01T00:00:01Z 1.000000 1970-01-01T00:00:01.0Z 1.000000 1970-01-01T00:00:10Z 10.000000 1970-01-01T00:00:10.00Z 10.000000 1970-01-01T00:01:40Z 100.000000 1970-01-01T00:01:40.1Z 100.100000 1970-01-01T00:16:40Z 1000.000000 1970-01-01T00:16:40.12Z 1000.120000 1970-01-01T02:46:40Z 10000.000000 1970-01-01T02:46:40.123Z 10000.123000 1970-01-02T03:46:40Z 100000.000000 1970-01-02T03:46:40.1234Z 100000.123400 1970-01-12T13:46:40Z 1000000.000000 1970-01-12T13:46:40.12345Z 1000000.123450 1970-04-26T17:46:40Z 10000000.000000 1970-04-26T17:46:40.123456Z 10000000.123456 1973-03-03T09:46:40Z 100000000.000000 1973-03-03T09:46:40.1234567Z 100000000.123457 2001-09-09T01:46:40Z 1000000000.000000 2001-09-09T01:46:40.12345678Z 1000000000.123457 2015-05-19T11:49:40Z 1432036180.000000 2015-05-19T11:49:40.123456789Z 1432036180.123457 2017-07-14T02:40:00Z 1500000000.000000 2017-07-14T02:40:00.999Z 1500000000.999000 2033-05-18T03:33:20Z 2000000000.000000 2033-05-18T03:33:20.999999Z 2000000000.999999 mlr --csvlite sec2gmt sec ./reg_test/input/sec2gmt n,sec 1,1970-01-01T00:00:00Z 2,1970-01-01T00:00:01Z 3,1970-01-01T00:00:10Z 4,1970-01-01T00:01:40Z 5,1970-01-01T00:16:40Z 6,1970-01-01T02:46:40Z 7,1970-01-02T03:46:40Z 8,1970-01-12T13:46:40Z 9,1970-04-26T17:46:40Z 10,1973-03-03T09:46:40Z 11,2001-09-09T01:46:40Z 12,2015-05-19T11:49:40Z 13,2017-07-14T02:40:00Z 14,2033-05-18T03:33:20Z 15,2033-05-18T03:33:20Z 16,2033-05-18T03:33:20Z 17,2033-05-18T03:33:20Z 18,2033-05-18T03:33:20Z 19,2033-05-18T03:33:20Z 20,2033-05-18T03:33:20Z 21,2033-05-18T03:33:20Z 22,2033-05-18T03:33:21Z 23, 24,x 25,123x mlr --opprint put $hms=sec2hms($sec); $resec=hms2sec($hms); $diff=$resec-$sec ./reg_test/input/sec2xhms sec hms resec diff 0 00:00:00 0 0 1 00:00:01 1 0 59 00:00:59 59 0 60 00:01:00 60 0 61 00:01:01 61 0 3599 00:59:59 3599 0 3600 01:00:00 3600 0 3601 01:00:01 3601 0 86399 23:59:59 86399 0 86400 24:00:00 86400 0 86401 24:00:01 86401 0 863999 239:59:59 863999 0 864000 240:00:00 864000 0 864001 240:00:01 864001 0 -1 -00:00:01 -1 0 -59 -00:00:59 -59 0 -60 -00:01:00 -60 0 -61 -00:01:01 -61 0 -3599 -00:59:59 -3599 0 -3600 -01:00:00 -3600 0 -3601 -01:00:01 -3601 0 -86399 -23:59:59 -86399 0 -86400 -24:00:00 -86400 0 -86401 -24:00:01 -86401 0 -863999 -239:59:59 -863999 0 -864000 -240:00:00 -864000 0 -864001 -240:00:01 -864001 0 mlr --opprint put $hms=fsec2hms($sec); $resec=hms2fsec($hms); $diff=$resec-$sec ./reg_test/input/fsec2xhms sec hms resec diff 0.25 0:00:00.250000 0.250000 0.000000 1.25 0:00:01.250000 1.250000 0.000000 59.25 0:00:59.250000 59.250000 0.000000 60.25 0:01:00.250000 60.250000 0.000000 61.25 0:01:01.250000 61.250000 0.000000 3599.25 0:59:59.250000 3599.250000 0.000000 3600.25 1:00:00.250000 3600.250000 0.000000 3601.25 1:00:01.250000 3601.250000 0.000000 86399.25 23:59:59.250000 86399.250000 0.000000 86400.25 24:00:00.250000 86400.250000 0.000000 86401.25 24:00:01.250000 86401.250000 0.000000 863999.25 239:59:59.250000 863999.250000 0.000000 864000.25 240:00:00.250000 864000.250000 0.000000 864001.25 240:00:01.250000 864001.250000 0.000000 -0.25 -00:00:00.250000 -0.250000 0.000000 -1.25 -00:00:01.250000 -1.250000 0.000000 -59.25 -00:00:59.250000 -59.250000 0.000000 -60.25 -00:01:00.250000 -60.250000 0.000000 -61.25 -00:01:01.250000 -61.250000 0.000000 -3599.25 -00:59:59.250000 -3599.250000 0.000000 -3600.25 -01:00:00.250000 -3600.250000 0.000000 -3601.25 -01:00:01.250000 -3601.250000 0.000000 -86399.25 -23:59:59.250000 -86399.250000 0.000000 -86400.25 -24:00:00.250000 -86400.250000 0.000000 -86401.25 -24:00:01.250000 -86401.250000 0.000000 -863999.25 -239:59:59.250000 -863999.250000 0.000000 -864000.25 -240:00:00.250000 -864000.250000 0.000000 -864001.25 -240:00:01.250000 -864001.250000 0.000000 mlr --opprint put $hms=sec2dhms($sec); $resec=dhms2sec($hms); $diff=$resec-$sec ./reg_test/input/sec2xhms sec hms resec diff 0 0s 0 0 1 1s 1 0 59 59s 59 0 60 1m00s 60 0 61 1m01s 61 0 3599 59m59s 3599 0 3600 1h00m00s 3600 0 3601 1h00m01s 3601 0 86399 23h59m59s 86399 0 86400 1d00h00m00s 86400 0 86401 1d00h00m01s 86401 0 863999 9d23h59m59s 863999 0 864000 10d00h00m00s 864000 0 864001 10d00h00m01s 864001 0 -1 -1s -1 0 -59 -59s -59 0 -60 -1m00s -60 0 -61 -1m01s -61 0 -3599 -59m59s -3599 0 -3600 -1h00m00s -3600 0 -3601 -1h00m01s -3601 0 -86399 -23h59m59s -86399 0 -86400 -1d00h00m00s -86400 0 -86401 -1d00h00m01s -86401 0 -863999 -9d23h59m59s -863999 0 -864000 -10d00h00m00s -864000 0 -864001 -10d00h00m01s -864001 0 mlr --opprint put $hms=fsec2dhms($sec); $resec=dhms2fsec($hms); $diff=$resec-$sec ./reg_test/input/fsec2xhms sec hms resec diff 0.25 0.250000s 0.250000 0.000000 1.25 1.250000s 1.250000 0.000000 59.25 59.250000s 59.250000 0.000000 60.25 1m00.250000s 60.250000 0.000000 61.25 1m01.250000s 61.250000 0.000000 3599.25 59m59.250000s 3599.250000 0.000000 3600.25 1h00m00.250000s 3600.250000 0.000000 3601.25 1h00m01.250000s 3601.250000 0.000000 86399.25 23h59m59.250000s 86399.250000 0.000000 86400.25 1d00h00m00.250000s 86400.250000 0.000000 86401.25 1d00h00m01.250000s 86401.250000 0.000000 863999.25 9d23h59m59.250000s 863999.250000 0.000000 864000.25 10d00h00m00.250000s 864000.250000 0.000000 864001.25 10d00h00m01.250000s 864001.250000 0.000000 -0.25 -0.250000s -0.250000 0.000000 -1.25 -1.250000s -1.250000 0.000000 -59.25 -59.250000s -59.250000 0.000000 -60.25 -1m00.250000s -60.250000 0.000000 -61.25 -1m01.250000s -61.250000 0.000000 -3599.25 -59m59.250000s -3599.250000 0.000000 -3600.25 -1h00m00.250000s -3600.250000 0.000000 -3601.25 -1h00m01.250000s -3601.250000 0.000000 -86399.25 -23h59m59.250000s -86399.250000 0.000000 -86400.25 -1d00h00m00.250000s -86400.250000 0.000000 -86401.25 -1d00h00m01.250000s -86401.250000 0.000000 -863999.25 -9d23h59m59.250000s -863999.250000 0.000000 -864000.25 -10d00h00m00.250000s -864000.250000 0.000000 -864001.25 -10d00h00m01.250000s -864001.250000 0.000000 mlr --csvlite sec2gmt sec ./reg_test/input/sec2gmt n,sec 1,1970-01-01T00:00:00Z 2,1970-01-01T00:00:01Z 3,1970-01-01T00:00:10Z 4,1970-01-01T00:01:40Z 5,1970-01-01T00:16:40Z 6,1970-01-01T02:46:40Z 7,1970-01-02T03:46:40Z 8,1970-01-12T13:46:40Z 9,1970-04-26T17:46:40Z 10,1973-03-03T09:46:40Z 11,2001-09-09T01:46:40Z 12,2015-05-19T11:49:40Z 13,2017-07-14T02:40:00Z 14,2033-05-18T03:33:20Z 15,2033-05-18T03:33:20Z 16,2033-05-18T03:33:20Z 17,2033-05-18T03:33:20Z 18,2033-05-18T03:33:20Z 19,2033-05-18T03:33:20Z 20,2033-05-18T03:33:20Z 21,2033-05-18T03:33:20Z 22,2033-05-18T03:33:21Z 23, 24,x 25,123x mlr --csvlite sec2gmtdate sec ./reg_test/input/sec2gmt n,sec 1,1970-01-01 2,1970-01-01 3,1970-01-01 4,1970-01-01 5,1970-01-01 6,1970-01-01 7,1970-01-02 8,1970-01-12 9,1970-04-26 10,1973-03-03 11,2001-09-09 12,2015-05-19 13,2017-07-14 14,2033-05-18 15,2033-05-18 16,2033-05-18 17,2033-05-18 18,2033-05-18 19,2033-05-18 20,2033-05-18 21,2033-05-18 22,2033-05-18 23, 24,x 25,123x ================================================================ DSL LOCAL DATE/TIME FUNCTIONS mlr --opprint put $b=localtime2sec($a); $c=sec2localtime($b); $d=sec2localdate($b) a b c d 2017-02-18 23:00:00 1487469600.000000 2017-02-18 23:00:00 2017-02-18 2017-02-18 23:59:59 1487473199.000000 2017-02-18 23:59:59 2017-02-18 2017-02-19 00:00:00 1487473200.000000 2017-02-19 00:00:00 2017-02-19 2017-02-19 00:30:00 1487475000.000000 2017-02-19 00:30:00 2017-02-19 2017-02-19 01:00:00 1487476800.000000 2017-02-19 01:00:00 2017-02-19 2017-10-14 23:00:00 1508032800.000000 2017-10-14 23:00:00 2017-10-14 2017-10-14 23:59:59 1508036399.000000 2017-10-14 23:59:59 2017-10-14 2017-10-15 00:00:00 1508036400.000000 2017-10-15 01:00:00 2017-10-15 2017-10-15 00:30:00 1508038200.000000 2017-10-15 01:30:00 2017-10-15 2017-10-15 01:00:00 1508040000.000000 2017-10-15 02:00:00 2017-10-15 mlr --opprint put $b=localtime2sec($a); $c=sec2localtime($b); $d=sec2localdate($b) a b c d 2017-02-14 00:00:00 1487041200.000000 2017-02-14 01:00:00 2017-02-14 2017-02-15 00:00:00 1487127600.000000 2017-02-15 01:00:00 2017-02-15 2017-02-16 00:00:00 1487214000.000000 2017-02-16 01:00:00 2017-02-16 2017-02-17 00:00:00 1487300400.000000 2017-02-17 01:00:00 2017-02-17 2017-02-18 00:00:00 1487386800.000000 2017-02-18 01:00:00 2017-02-18 2017-02-19 00:00:00 1487473200.000000 2017-02-19 00:00:00 2017-02-19 2017-02-20 00:00:00 1487559600.000000 2017-02-20 00:00:00 2017-02-20 2017-10-12 00:00:00 1507777200.000000 2017-10-12 00:00:00 2017-10-12 2017-10-13 00:00:00 1507863600.000000 2017-10-13 00:00:00 2017-10-13 2017-10-14 00:00:00 1507950000.000000 2017-10-14 00:00:00 2017-10-14 2017-10-15 00:00:00 1508036400.000000 2017-10-15 01:00:00 2017-10-15 2017-10-16 00:00:00 1508122800.000000 2017-10-16 01:00:00 2017-10-16 2017-10-17 00:00:00 1508209200.000000 2017-10-17 01:00:00 2017-10-17 2017-10-18 00:00:00 1508295600.000000 2017-10-18 01:00:00 2017-10-18 2017-10-19 00:00:00 1508382000.000000 2017-10-19 01:00:00 2017-10-19 mlr --opprint put $b=strptime_local($a, "%Y-%m-%d %H:%M:%S"); $c=strftime_local($b, "%Y-%m-%d %H:%M:%S") a b c 2017-02-18 23:00:00 1487469600.000000 2017-02-18 23:00:00 2017-02-18 23:59:59 1487473199.000000 2017-02-18 23:59:59 2017-02-19 00:00:00 1487473200.000000 2017-02-19 00:00:00 2017-02-19 00:30:00 1487475000.000000 2017-02-19 00:30:00 2017-02-19 01:00:00 1487476800.000000 2017-02-19 01:00:00 2017-10-14 23:00:00 1508032800.000000 2017-10-14 23:00:00 2017-10-14 23:59:59 1508036399.000000 2017-10-14 23:59:59 2017-10-15 00:00:00 1508036400.000000 2017-10-15 01:00:00 2017-10-15 00:30:00 1508038200.000000 2017-10-15 01:30:00 2017-10-15 01:00:00 1508040000.000000 2017-10-15 02:00:00 mlr --opprint put $b=strptime_local($a, "%Y-%m-%d %H:%M:%S"); $c=strftime_local($b, "%Y-%m-%d %H:%M:%S") a b c 2017-02-18 23:00:00 1487469600.000000 2017-02-18 23:00:00 2017-02-18 23:59:59 1487473199.000000 2017-02-18 23:59:59 2017-02-19 00:00:00 1487473200.000000 2017-02-19 00:00:00 2017-02-19 00:30:00 1487475000.000000 2017-02-19 00:30:00 2017-02-19 01:00:00 1487476800.000000 2017-02-19 01:00:00 2017-10-14 23:00:00 1508032800.000000 2017-10-14 23:00:00 2017-10-14 23:59:59 1508036399.000000 2017-10-14 23:59:59 2017-10-15 00:00:00 1508036400.000000 2017-10-15 01:00:00 2017-10-15 00:30:00 1508038200.000000 2017-10-15 01:30:00 2017-10-15 01:00:00 1508040000.000000 2017-10-15 02:00:00 ================================================================ DSL SUB/GSUB/REGEX_EXTRACT mlr --opprint put $y = sub($x, "e.*l", "") ./reg_test/input/sub.dat x y hello ho HELLO HELLO world world WORLD WORLD mlr --opprint put $y = sub($x, "e.*l"i, "") ./reg_test/input/sub.dat x y hello ho HELLO HO world world WORLD WORLD mlr --opprint put $y = sub($x, "e.*"."l", "") ./reg_test/input/sub.dat x y hello ho HELLO HELLO world world WORLD WORLD mlr --opprint put $y = sub($x, "e.*l", "y123y") ./reg_test/input/sub.dat x y hello hy123yo HELLO HELLO world world WORLD WORLD mlr --opprint put $y = sub($x, "e.*l"i, "y123y") ./reg_test/input/sub.dat x y hello hy123yo HELLO Hy123yO world world WORLD WORLD mlr --opprint put $y = sub($x, "e.*"."l", "y123y") ./reg_test/input/sub.dat x y hello hy123yo HELLO HELLO world world WORLD WORLD mlr --opprint put $y = sub($x, "([hg])e.*l(.)", "yy123y") ./reg_test/input/sub.dat x y hello yhy123oy HELLO HELLO world world WORLD WORLD mlr --opprint put $y = sub($x, "([hg])e.*l.", "yy123y") ./reg_test/input/sub.dat x y hello yhy123\2y HELLO HELLO world world WORLD WORLD mlr --opprint put $y = sub($x, "([hg])e.*l(.)", "yy123.y") ./reg_test/input/sub.dat x y hello yhy123.y HELLO HELLO world world WORLD WORLD mlr --opprint put $y = sub($x, "a", "aa") ./reg_test/input/gsub.dat x y lmnop lmnop abcdefg aabcdefg ababbabbba aababbabbba LMNOP LMNOP ABCDEFG ABCDEFG ABABBABBBA ABABBABBBA mlr --opprint put $y = gsub($x, "a", "aa") ./reg_test/input/gsub.dat x y lmnop lmnop abcdefg aabcdefg ababbabbba aabaabbaabbbaa LMNOP LMNOP ABCDEFG ABCDEFG ABABBABBBA ABABBABBBA mlr --opprint put $y = gsub($x, "A", "Aa") ./reg_test/input/gsub.dat x y lmnop lmnop abcdefg abcdefg ababbabbba ababbabbba LMNOP LMNOP ABCDEFG AaBCDEFG ABABBABBBA AaBAaBBAaBBBAa mlr --opprint put $y = gsub($x, "a"i, "Aa") ./reg_test/input/gsub.dat x y lmnop lmnop abcdefg Aabcdefg ababbabbba AabAabbAabbbAa LMNOP LMNOP ABCDEFG AaBCDEFG ABABBABBBA AaBAaBBAaBBBAa mlr --opprint put $y = gsub($x, "A"i, "Aa") ./reg_test/input/gsub.dat x y lmnop lmnop abcdefg Aabcdefg ababbabbba AabAabbAabbbAa LMNOP LMNOP ABCDEFG AaBCDEFG ABABBABBBA AaBAaBBAaBBBAa mlr --opprint put $y = gsub($x, "a(.)", "aa") ./reg_test/input/gsub.dat x y lmnop lmnop abcdefg aabbbcdefg ababbabbba aabbbaabbbbaabbbbba LMNOP LMNOP ABCDEFG ABCDEFG ABABBABBBA ABABBABBBA mlr --opprint put $y = sub($x, "a", "") ./reg_test/input/gsub.dat x y lmnop lmnop abcdefg bcdefg ababbabbba babbabbba LMNOP LMNOP ABCDEFG ABCDEFG ABABBABBBA ABABBABBBA mlr --opprint put $y = gsub($x, "a", "") ./reg_test/input/gsub.dat x y lmnop lmnop abcdefg bcdefg ababbabbba bbbbbb LMNOP LMNOP ABCDEFG ABCDEFG ABABBABBBA ABABBABBBA mlr --opprint put $y = gsub($x, "A", "") ./reg_test/input/gsub.dat x y lmnop lmnop abcdefg abcdefg ababbabbba ababbabbba LMNOP LMNOP ABCDEFG BCDEFG ABABBABBBA BBBBBB mlr --opprint put $y = gsub($x, "a"i, "") ./reg_test/input/gsub.dat x y lmnop lmnop abcdefg bcdefg ababbabbba bbbbbb LMNOP LMNOP ABCDEFG BCDEFG ABABBABBBA BBBBBB mlr --opprint put $y = gsub($x, "A"i, "") ./reg_test/input/gsub.dat x y lmnop lmnop abcdefg bcdefg ababbabbba bbbbbb LMNOP LMNOP ABCDEFG BCDEFG ABABBABBBA BBBBBB mlr --oxtab cat ./reg_test/input/subtab.dkvp x afoob x a\tb x a\\tb x a b z x mlr --oxtab put -f ./reg_test/input/subtab1.mlr ./reg_test/input/subtab.dkvp x afoob y afoob x a\tb y a\tb x a\\tb y a\\tb x a b y aTABb z x y mlr --oxtab put -f ./reg_test/input/subtab2.mlr ./reg_test/input/subtab.dkvp x afoob y afoob x a\tb y aTABb x a\\tb y a\TABb x a b y a b z x y mlr --oxtab put -f ./reg_test/input/subtab3.mlr ./reg_test/input/subtab.dkvp x afoob y afoob x a\tb y a\tb x a\\tb y a\\tb x a b y a b z x y mlr --oxtab put -f ./reg_test/input/subtab4.mlr ./reg_test/input/subtab.dkvp x afoob y afoob x a\tb y a b x a\\tb y a\ b x a b y a b z x y mlr --opprint put $y = ssub($x, "HE", "") ./reg_test/input/sub.dat x y hello hello HELLO LLO world world WORLD WORLD mlr --opprint put $y = ssub($x, "HE", "HE") ./reg_test/input/sub.dat x y hello hello HELLO HELLO world world WORLD WORLD mlr --opprint put $y = ssub($x, "HE", "12345") ./reg_test/input/sub.dat x y hello hello HELLO 12345LLO world world WORLD WORLD mlr --opprint put $y = ssub($x, "LL", "1") ./reg_test/input/sub.dat x y hello hello HELLO HE1O world world WORLD WORLD mlr --opprint put $y = ssub($x, "LL", "12") ./reg_test/input/sub.dat x y hello hello HELLO HE12O world world WORLD WORLD mlr --opprint put $y = ssub($x, "LL", "12345") ./reg_test/input/sub.dat x y hello hello HELLO HE12345O world world WORLD WORLD mlr --opprint put $y = ssub($x, "LLO", "") ./reg_test/input/sub.dat x y hello hello HELLO HE world world WORLD WORLD mlr --opprint put $y = ssub($x, "LLO", "12") ./reg_test/input/sub.dat x y hello hello HELLO HE12 world world WORLD WORLD mlr --opprint put $y = ssub($x, "LLO", "123") ./reg_test/input/sub.dat x y hello hello HELLO HE123 world world WORLD WORLD mlr --opprint put $y = ssub($x, "LLO", "123456") ./reg_test/input/sub.dat x y hello hello HELLO HE123456 world world WORLD WORLD mlr --opprint put $y = ssub($x, "HELLO", "") ./reg_test/input/sub.dat x y hello hello HELLO - world world WORLD WORLD mlr --opprint put $y = ssub($x, "HELLO", "1234") ./reg_test/input/sub.dat x y hello hello HELLO 1234 world world WORLD WORLD mlr --opprint put $y = ssub($x, "HELLO", "12345") ./reg_test/input/sub.dat x y hello hello HELLO 12345 world world WORLD WORLD mlr --opprint put $y = ssub($x, "HELLO", "1234678") ./reg_test/input/sub.dat x y hello hello HELLO 1234678 world world WORLD WORLD mlr --opprint put $y = ssub($x, "nonesuch", "") ./reg_test/input/sub.dat x y hello hello HELLO HELLO world world WORLD WORLD mlr --opprint put $y = ssub($x, "nonesuch", "1234") ./reg_test/input/sub.dat x y hello hello HELLO HELLO world world WORLD WORLD mlr --opprint put $y = ssub($x, "nonesuch", "1234567890") ./reg_test/input/sub.dat x y hello hello HELLO HELLO world world WORLD WORLD mlr --oxtab put $y = regextract($x, "[A-Z]+") ./reg_test/input/sub.dat x hello x HELLO y HELLO x world x WORLD y WORLD mlr --oxtab put $y = regextract($x, "[A-Z]*") ./reg_test/input/sub.dat x hello y x HELLO y HELLO x world y x WORLD y WORLD mlr --oxtab put $y = regextract($x, "[a-z]+") ./reg_test/input/sub.dat x hello y hello x HELLO x world y world x WORLD mlr --oxtab put $y = regextract($x, "[a-z]*") ./reg_test/input/sub.dat x hello y hello x HELLO y x world y world x WORLD y mlr --oxtab put $y = regextract($x, "[0-9]+") ./reg_test/input/sub.dat x hello x HELLO x world x WORLD mlr --oxtab put $y = regextract($x, "[0-9]*") ./reg_test/input/sub.dat x hello y x HELLO y x world y x WORLD y mlr --oxtab put $y = regextract($x, "[ef]+") ./reg_test/input/sub.dat x hello y e x HELLO x world x WORLD mlr --oxtab put $y = regextract($x, "[ef]*") ./reg_test/input/sub.dat x hello y x HELLO y x world y x WORLD y mlr --oxtab put $y = regextract($x, "[hi]+") ./reg_test/input/sub.dat x hello y h x HELLO x world x WORLD mlr --oxtab put $y = regextract($x, "[hi]*") ./reg_test/input/sub.dat x hello y h x HELLO y x world y x WORLD y mlr --oxtab put $y = regextract($x, "[op]+") ./reg_test/input/sub.dat x hello y o x HELLO x world y o x WORLD mlr --oxtab put $y = regextract($x, "[op]*") ./reg_test/input/sub.dat x hello y x HELLO y x world y x WORLD y mlr --oxtab put $y = regextract_or_else($x, "[A-Z]+", "DEFAULT") ./reg_test/input/sub.dat x hello y DEFAULT x HELLO y HELLO x world y DEFAULT x WORLD y WORLD mlr --oxtab put $y = regextract_or_else($x, "[A-Z]*", "DEFAULT") ./reg_test/input/sub.dat x hello y x HELLO y HELLO x world y x WORLD y WORLD mlr --oxtab put $y = regextract_or_else($x, "[a-z]+", "DEFAULT") ./reg_test/input/sub.dat x hello y hello x HELLO y DEFAULT x world y world x WORLD y DEFAULT mlr --oxtab put $y = regextract_or_else($x, "[a-z]*", "DEFAULT") ./reg_test/input/sub.dat x hello y hello x HELLO y x world y world x WORLD y mlr --oxtab put $y = regextract_or_else($x, "[0-9]+", "DEFAULT") ./reg_test/input/sub.dat x hello y DEFAULT x HELLO y DEFAULT x world y DEFAULT x WORLD y DEFAULT mlr --oxtab put $y = regextract_or_else($x, "[0-9]*", "DEFAULT") ./reg_test/input/sub.dat x hello y x HELLO y x world y x WORLD y mlr --oxtab put $y = regextract_or_else($x, "[ef]+", "DEFAULT") ./reg_test/input/sub.dat x hello y e x HELLO y DEFAULT x world y DEFAULT x WORLD y DEFAULT mlr --oxtab put $y = regextract_or_else($x, "[ef]*", "DEFAULT") ./reg_test/input/sub.dat x hello y x HELLO y x world y x WORLD y mlr --oxtab put $y = regextract_or_else($x, "[hi]+", "DEFAULT") ./reg_test/input/sub.dat x hello y h x HELLO y DEFAULT x world y DEFAULT x WORLD y DEFAULT mlr --oxtab put $y = regextract_or_else($x, "[hi]*", "DEFAULT") ./reg_test/input/sub.dat x hello y h x HELLO y x world y x WORLD y mlr --oxtab put $y = regextract_or_else($x, "[op]+", "DEFAULT") ./reg_test/input/sub.dat x hello y o x HELLO y DEFAULT x world y o x WORLD y DEFAULT mlr --oxtab put $y = regextract_or_else($x, "[op]*", "DEFAULT") ./reg_test/input/sub.dat x hello y x HELLO y x world y x WORLD y ================================================================ DSL SUBSTR mlr put -q int n = strlen($x); print "input= <<".$x.">>"; for (i = -n-2; i <= n+2; i += 1) { for (j = -n-2; j <= n+2; j += 1) { print "i: ".fmtnum(i,"%3lld") ." j:".fmtnum(j,"%3lld") ." substr(".$x.",".fmtnum(i,"%3lld").",".fmtnum(j,"%3lld")."): <<" .substr($x, i, j) .">>"; } print; } input= <<>> i: -2 j: -2 substr(, -2, -2): <<>> i: -2 j: -1 substr(, -2, -1): <<>> i: -2 j: 0 substr(, -2, 0): <<>> i: -2 j: 1 substr(, -2, 1): <<>> i: -2 j: 2 substr(, -2, 2): <<>> i: -1 j: -2 substr(, -1, -2): <<>> i: -1 j: -1 substr(, -1, -1): <<>> i: -1 j: 0 substr(, -1, 0): <<>> i: -1 j: 1 substr(, -1, 1): <<>> i: -1 j: 2 substr(, -1, 2): <<>> i: 0 j: -2 substr(, 0, -2): <<>> i: 0 j: -1 substr(, 0, -1): <<>> i: 0 j: 0 substr(, 0, 0): <<>> i: 0 j: 1 substr(, 0, 1): <<>> i: 0 j: 2 substr(, 0, 2): <<>> i: 1 j: -2 substr(, 1, -2): <<>> i: 1 j: -1 substr(, 1, -1): <<>> i: 1 j: 0 substr(, 1, 0): <<>> i: 1 j: 1 substr(, 1, 1): <<>> i: 1 j: 2 substr(, 1, 2): <<>> i: 2 j: -2 substr(, 2, -2): <<>> i: 2 j: -1 substr(, 2, -1): <<>> i: 2 j: 0 substr(, 2, 0): <<>> i: 2 j: 1 substr(, 2, 1): <<>> i: 2 j: 2 substr(, 2, 2): <<>> input= <> i: -3 j: -3 substr(o, -3, -3): <<>> i: -3 j: -2 substr(o, -3, -2): <<>> i: -3 j: -1 substr(o, -3, -1): <<>> i: -3 j: 0 substr(o, -3, 0): <<>> i: -3 j: 1 substr(o, -3, 1): <<>> i: -3 j: 2 substr(o, -3, 2): <<>> i: -3 j: 3 substr(o, -3, 3): <<>> i: -2 j: -3 substr(o, -2, -3): <<>> i: -2 j: -2 substr(o, -2, -2): <<>> i: -2 j: -1 substr(o, -2, -1): <<>> i: -2 j: 0 substr(o, -2, 0): <<>> i: -2 j: 1 substr(o, -2, 1): <<>> i: -2 j: 2 substr(o, -2, 2): <<>> i: -2 j: 3 substr(o, -2, 3): <<>> i: -1 j: -3 substr(o, -1, -3): <<>> i: -1 j: -2 substr(o, -1, -2): <<>> i: -1 j: -1 substr(o, -1, -1): <> i: -1 j: 0 substr(o, -1, 0): <> i: -1 j: 1 substr(o, -1, 1): <<>> i: -1 j: 2 substr(o, -1, 2): <<>> i: -1 j: 3 substr(o, -1, 3): <<>> i: 0 j: -3 substr(o, 0, -3): <<>> i: 0 j: -2 substr(o, 0, -2): <<>> i: 0 j: -1 substr(o, 0, -1): <> i: 0 j: 0 substr(o, 0, 0): <> i: 0 j: 1 substr(o, 0, 1): <<>> i: 0 j: 2 substr(o, 0, 2): <<>> i: 0 j: 3 substr(o, 0, 3): <<>> i: 1 j: -3 substr(o, 1, -3): <<>> i: 1 j: -2 substr(o, 1, -2): <<>> i: 1 j: -1 substr(o, 1, -1): <<>> i: 1 j: 0 substr(o, 1, 0): <<>> i: 1 j: 1 substr(o, 1, 1): <<>> i: 1 j: 2 substr(o, 1, 2): <<>> i: 1 j: 3 substr(o, 1, 3): <<>> i: 2 j: -3 substr(o, 2, -3): <<>> i: 2 j: -2 substr(o, 2, -2): <<>> i: 2 j: -1 substr(o, 2, -1): <<>> i: 2 j: 0 substr(o, 2, 0): <<>> i: 2 j: 1 substr(o, 2, 1): <<>> i: 2 j: 2 substr(o, 2, 2): <<>> i: 2 j: 3 substr(o, 2, 3): <<>> i: 3 j: -3 substr(o, 3, -3): <<>> i: 3 j: -2 substr(o, 3, -2): <<>> i: 3 j: -1 substr(o, 3, -1): <<>> i: 3 j: 0 substr(o, 3, 0): <<>> i: 3 j: 1 substr(o, 3, 1): <<>> i: 3 j: 2 substr(o, 3, 2): <<>> i: 3 j: 3 substr(o, 3, 3): <<>> input= <> i: -4 j: -4 substr(o1, -4, -4): <<>> i: -4 j: -3 substr(o1, -4, -3): <<>> i: -4 j: -2 substr(o1, -4, -2): <<>> i: -4 j: -1 substr(o1, -4, -1): <<>> i: -4 j: 0 substr(o1, -4, 0): <<>> i: -4 j: 1 substr(o1, -4, 1): <<>> i: -4 j: 2 substr(o1, -4, 2): <<>> i: -4 j: 3 substr(o1, -4, 3): <<>> i: -4 j: 4 substr(o1, -4, 4): <<>> i: -3 j: -4 substr(o1, -3, -4): <<>> i: -3 j: -3 substr(o1, -3, -3): <<>> i: -3 j: -2 substr(o1, -3, -2): <<>> i: -3 j: -1 substr(o1, -3, -1): <<>> i: -3 j: 0 substr(o1, -3, 0): <<>> i: -3 j: 1 substr(o1, -3, 1): <<>> i: -3 j: 2 substr(o1, -3, 2): <<>> i: -3 j: 3 substr(o1, -3, 3): <<>> i: -3 j: 4 substr(o1, -3, 4): <<>> i: -2 j: -4 substr(o1, -2, -4): <<>> i: -2 j: -3 substr(o1, -2, -3): <<>> i: -2 j: -2 substr(o1, -2, -2): <> i: -2 j: -1 substr(o1, -2, -1): <> i: -2 j: 0 substr(o1, -2, 0): <> i: -2 j: 1 substr(o1, -2, 1): <> i: -2 j: 2 substr(o1, -2, 2): <<>> i: -2 j: 3 substr(o1, -2, 3): <<>> i: -2 j: 4 substr(o1, -2, 4): <<>> i: -1 j: -4 substr(o1, -1, -4): <<>> i: -1 j: -3 substr(o1, -1, -3): <<>> i: -1 j: -2 substr(o1, -1, -2): <<>> i: -1 j: -1 substr(o1, -1, -1): <<1>> i: -1 j: 0 substr(o1, -1, 0): <<>> i: -1 j: 1 substr(o1, -1, 1): <<1>> i: -1 j: 2 substr(o1, -1, 2): <<>> i: -1 j: 3 substr(o1, -1, 3): <<>> i: -1 j: 4 substr(o1, -1, 4): <<>> i: 0 j: -4 substr(o1, 0, -4): <<>> i: 0 j: -3 substr(o1, 0, -3): <<>> i: 0 j: -2 substr(o1, 0, -2): <> i: 0 j: -1 substr(o1, 0, -1): <> i: 0 j: 0 substr(o1, 0, 0): <> i: 0 j: 1 substr(o1, 0, 1): <> i: 0 j: 2 substr(o1, 0, 2): <<>> i: 0 j: 3 substr(o1, 0, 3): <<>> i: 0 j: 4 substr(o1, 0, 4): <<>> i: 1 j: -4 substr(o1, 1, -4): <<>> i: 1 j: -3 substr(o1, 1, -3): <<>> i: 1 j: -2 substr(o1, 1, -2): <<>> i: 1 j: -1 substr(o1, 1, -1): <<1>> i: 1 j: 0 substr(o1, 1, 0): <<>> i: 1 j: 1 substr(o1, 1, 1): <<1>> i: 1 j: 2 substr(o1, 1, 2): <<>> i: 1 j: 3 substr(o1, 1, 3): <<>> i: 1 j: 4 substr(o1, 1, 4): <<>> i: 2 j: -4 substr(o1, 2, -4): <<>> i: 2 j: -3 substr(o1, 2, -3): <<>> i: 2 j: -2 substr(o1, 2, -2): <<>> i: 2 j: -1 substr(o1, 2, -1): <<>> i: 2 j: 0 substr(o1, 2, 0): <<>> i: 2 j: 1 substr(o1, 2, 1): <<>> i: 2 j: 2 substr(o1, 2, 2): <<>> i: 2 j: 3 substr(o1, 2, 3): <<>> i: 2 j: 4 substr(o1, 2, 4): <<>> i: 3 j: -4 substr(o1, 3, -4): <<>> i: 3 j: -3 substr(o1, 3, -3): <<>> i: 3 j: -2 substr(o1, 3, -2): <<>> i: 3 j: -1 substr(o1, 3, -1): <<>> i: 3 j: 0 substr(o1, 3, 0): <<>> i: 3 j: 1 substr(o1, 3, 1): <<>> i: 3 j: 2 substr(o1, 3, 2): <<>> i: 3 j: 3 substr(o1, 3, 3): <<>> i: 3 j: 4 substr(o1, 3, 4): <<>> i: 4 j: -4 substr(o1, 4, -4): <<>> i: 4 j: -3 substr(o1, 4, -3): <<>> i: 4 j: -2 substr(o1, 4, -2): <<>> i: 4 j: -1 substr(o1, 4, -1): <<>> i: 4 j: 0 substr(o1, 4, 0): <<>> i: 4 j: 1 substr(o1, 4, 1): <<>> i: 4 j: 2 substr(o1, 4, 2): <<>> i: 4 j: 3 substr(o1, 4, 3): <<>> i: 4 j: 4 substr(o1, 4, 4): <<>> input= <> i: -12 j:-12 substr(o123456789,-12,-12): <<>> i: -12 j:-11 substr(o123456789,-12,-11): <<>> i: -12 j:-10 substr(o123456789,-12,-10): <<>> i: -12 j: -9 substr(o123456789,-12, -9): <<>> i: -12 j: -8 substr(o123456789,-12, -8): <<>> i: -12 j: -7 substr(o123456789,-12, -7): <<>> i: -12 j: -6 substr(o123456789,-12, -6): <<>> i: -12 j: -5 substr(o123456789,-12, -5): <<>> i: -12 j: -4 substr(o123456789,-12, -4): <<>> i: -12 j: -3 substr(o123456789,-12, -3): <<>> i: -12 j: -2 substr(o123456789,-12, -2): <<>> i: -12 j: -1 substr(o123456789,-12, -1): <<>> i: -12 j: 0 substr(o123456789,-12, 0): <<>> i: -12 j: 1 substr(o123456789,-12, 1): <<>> i: -12 j: 2 substr(o123456789,-12, 2): <<>> i: -12 j: 3 substr(o123456789,-12, 3): <<>> i: -12 j: 4 substr(o123456789,-12, 4): <<>> i: -12 j: 5 substr(o123456789,-12, 5): <<>> i: -12 j: 6 substr(o123456789,-12, 6): <<>> i: -12 j: 7 substr(o123456789,-12, 7): <<>> i: -12 j: 8 substr(o123456789,-12, 8): <<>> i: -12 j: 9 substr(o123456789,-12, 9): <<>> i: -12 j: 10 substr(o123456789,-12, 10): <<>> i: -12 j: 11 substr(o123456789,-12, 11): <<>> i: -12 j: 12 substr(o123456789,-12, 12): <<>> i: -11 j:-12 substr(o123456789,-11,-12): <<>> i: -11 j:-11 substr(o123456789,-11,-11): <<>> i: -11 j:-10 substr(o123456789,-11,-10): <<>> i: -11 j: -9 substr(o123456789,-11, -9): <<>> i: -11 j: -8 substr(o123456789,-11, -8): <<>> i: -11 j: -7 substr(o123456789,-11, -7): <<>> i: -11 j: -6 substr(o123456789,-11, -6): <<>> i: -11 j: -5 substr(o123456789,-11, -5): <<>> i: -11 j: -4 substr(o123456789,-11, -4): <<>> i: -11 j: -3 substr(o123456789,-11, -3): <<>> i: -11 j: -2 substr(o123456789,-11, -2): <<>> i: -11 j: -1 substr(o123456789,-11, -1): <<>> i: -11 j: 0 substr(o123456789,-11, 0): <<>> i: -11 j: 1 substr(o123456789,-11, 1): <<>> i: -11 j: 2 substr(o123456789,-11, 2): <<>> i: -11 j: 3 substr(o123456789,-11, 3): <<>> i: -11 j: 4 substr(o123456789,-11, 4): <<>> i: -11 j: 5 substr(o123456789,-11, 5): <<>> i: -11 j: 6 substr(o123456789,-11, 6): <<>> i: -11 j: 7 substr(o123456789,-11, 7): <<>> i: -11 j: 8 substr(o123456789,-11, 8): <<>> i: -11 j: 9 substr(o123456789,-11, 9): <<>> i: -11 j: 10 substr(o123456789,-11, 10): <<>> i: -11 j: 11 substr(o123456789,-11, 11): <<>> i: -11 j: 12 substr(o123456789,-11, 12): <<>> i: -10 j:-12 substr(o123456789,-10,-12): <<>> i: -10 j:-11 substr(o123456789,-10,-11): <<>> i: -10 j:-10 substr(o123456789,-10,-10): <> i: -10 j: -9 substr(o123456789,-10, -9): <> i: -10 j: -8 substr(o123456789,-10, -8): <> i: -10 j: -7 substr(o123456789,-10, -7): <> i: -10 j: -6 substr(o123456789,-10, -6): <> i: -10 j: -5 substr(o123456789,-10, -5): <> i: -10 j: -4 substr(o123456789,-10, -4): <> i: -10 j: -3 substr(o123456789,-10, -3): <> i: -10 j: -2 substr(o123456789,-10, -2): <> i: -10 j: -1 substr(o123456789,-10, -1): <> i: -10 j: 0 substr(o123456789,-10, 0): <> i: -10 j: 1 substr(o123456789,-10, 1): <> i: -10 j: 2 substr(o123456789,-10, 2): <> i: -10 j: 3 substr(o123456789,-10, 3): <> i: -10 j: 4 substr(o123456789,-10, 4): <> i: -10 j: 5 substr(o123456789,-10, 5): <> i: -10 j: 6 substr(o123456789,-10, 6): <> i: -10 j: 7 substr(o123456789,-10, 7): <> i: -10 j: 8 substr(o123456789,-10, 8): <> i: -10 j: 9 substr(o123456789,-10, 9): <> i: -10 j: 10 substr(o123456789,-10, 10): <<>> i: -10 j: 11 substr(o123456789,-10, 11): <<>> i: -10 j: 12 substr(o123456789,-10, 12): <<>> i: -9 j:-12 substr(o123456789, -9,-12): <<>> i: -9 j:-11 substr(o123456789, -9,-11): <<>> i: -9 j:-10 substr(o123456789, -9,-10): <<>> i: -9 j: -9 substr(o123456789, -9, -9): <<1>> i: -9 j: -8 substr(o123456789, -9, -8): <<12>> i: -9 j: -7 substr(o123456789, -9, -7): <<123>> i: -9 j: -6 substr(o123456789, -9, -6): <<1234>> i: -9 j: -5 substr(o123456789, -9, -5): <<12345>> i: -9 j: -4 substr(o123456789, -9, -4): <<123456>> i: -9 j: -3 substr(o123456789, -9, -3): <<1234567>> i: -9 j: -2 substr(o123456789, -9, -2): <<12345678>> i: -9 j: -1 substr(o123456789, -9, -1): <<123456789>> i: -9 j: 0 substr(o123456789, -9, 0): <<>> i: -9 j: 1 substr(o123456789, -9, 1): <<1>> i: -9 j: 2 substr(o123456789, -9, 2): <<12>> i: -9 j: 3 substr(o123456789, -9, 3): <<123>> i: -9 j: 4 substr(o123456789, -9, 4): <<1234>> i: -9 j: 5 substr(o123456789, -9, 5): <<12345>> i: -9 j: 6 substr(o123456789, -9, 6): <<123456>> i: -9 j: 7 substr(o123456789, -9, 7): <<1234567>> i: -9 j: 8 substr(o123456789, -9, 8): <<12345678>> i: -9 j: 9 substr(o123456789, -9, 9): <<123456789>> i: -9 j: 10 substr(o123456789, -9, 10): <<>> i: -9 j: 11 substr(o123456789, -9, 11): <<>> i: -9 j: 12 substr(o123456789, -9, 12): <<>> i: -8 j:-12 substr(o123456789, -8,-12): <<>> i: -8 j:-11 substr(o123456789, -8,-11): <<>> i: -8 j:-10 substr(o123456789, -8,-10): <<>> i: -8 j: -9 substr(o123456789, -8, -9): <<>> i: -8 j: -8 substr(o123456789, -8, -8): <<2>> i: -8 j: -7 substr(o123456789, -8, -7): <<23>> i: -8 j: -6 substr(o123456789, -8, -6): <<234>> i: -8 j: -5 substr(o123456789, -8, -5): <<2345>> i: -8 j: -4 substr(o123456789, -8, -4): <<23456>> i: -8 j: -3 substr(o123456789, -8, -3): <<234567>> i: -8 j: -2 substr(o123456789, -8, -2): <<2345678>> i: -8 j: -1 substr(o123456789, -8, -1): <<23456789>> i: -8 j: 0 substr(o123456789, -8, 0): <<>> i: -8 j: 1 substr(o123456789, -8, 1): <<>> i: -8 j: 2 substr(o123456789, -8, 2): <<2>> i: -8 j: 3 substr(o123456789, -8, 3): <<23>> i: -8 j: 4 substr(o123456789, -8, 4): <<234>> i: -8 j: 5 substr(o123456789, -8, 5): <<2345>> i: -8 j: 6 substr(o123456789, -8, 6): <<23456>> i: -8 j: 7 substr(o123456789, -8, 7): <<234567>> i: -8 j: 8 substr(o123456789, -8, 8): <<2345678>> i: -8 j: 9 substr(o123456789, -8, 9): <<23456789>> i: -8 j: 10 substr(o123456789, -8, 10): <<>> i: -8 j: 11 substr(o123456789, -8, 11): <<>> i: -8 j: 12 substr(o123456789, -8, 12): <<>> i: -7 j:-12 substr(o123456789, -7,-12): <<>> i: -7 j:-11 substr(o123456789, -7,-11): <<>> i: -7 j:-10 substr(o123456789, -7,-10): <<>> i: -7 j: -9 substr(o123456789, -7, -9): <<>> i: -7 j: -8 substr(o123456789, -7, -8): <<>> i: -7 j: -7 substr(o123456789, -7, -7): <<3>> i: -7 j: -6 substr(o123456789, -7, -6): <<34>> i: -7 j: -5 substr(o123456789, -7, -5): <<345>> i: -7 j: -4 substr(o123456789, -7, -4): <<3456>> i: -7 j: -3 substr(o123456789, -7, -3): <<34567>> i: -7 j: -2 substr(o123456789, -7, -2): <<345678>> i: -7 j: -1 substr(o123456789, -7, -1): <<3456789>> i: -7 j: 0 substr(o123456789, -7, 0): <<>> i: -7 j: 1 substr(o123456789, -7, 1): <<>> i: -7 j: 2 substr(o123456789, -7, 2): <<>> i: -7 j: 3 substr(o123456789, -7, 3): <<3>> i: -7 j: 4 substr(o123456789, -7, 4): <<34>> i: -7 j: 5 substr(o123456789, -7, 5): <<345>> i: -7 j: 6 substr(o123456789, -7, 6): <<3456>> i: -7 j: 7 substr(o123456789, -7, 7): <<34567>> i: -7 j: 8 substr(o123456789, -7, 8): <<345678>> i: -7 j: 9 substr(o123456789, -7, 9): <<3456789>> i: -7 j: 10 substr(o123456789, -7, 10): <<>> i: -7 j: 11 substr(o123456789, -7, 11): <<>> i: -7 j: 12 substr(o123456789, -7, 12): <<>> i: -6 j:-12 substr(o123456789, -6,-12): <<>> i: -6 j:-11 substr(o123456789, -6,-11): <<>> i: -6 j:-10 substr(o123456789, -6,-10): <<>> i: -6 j: -9 substr(o123456789, -6, -9): <<>> i: -6 j: -8 substr(o123456789, -6, -8): <<>> i: -6 j: -7 substr(o123456789, -6, -7): <<>> i: -6 j: -6 substr(o123456789, -6, -6): <<4>> i: -6 j: -5 substr(o123456789, -6, -5): <<45>> i: -6 j: -4 substr(o123456789, -6, -4): <<456>> i: -6 j: -3 substr(o123456789, -6, -3): <<4567>> i: -6 j: -2 substr(o123456789, -6, -2): <<45678>> i: -6 j: -1 substr(o123456789, -6, -1): <<456789>> i: -6 j: 0 substr(o123456789, -6, 0): <<>> i: -6 j: 1 substr(o123456789, -6, 1): <<>> i: -6 j: 2 substr(o123456789, -6, 2): <<>> i: -6 j: 3 substr(o123456789, -6, 3): <<>> i: -6 j: 4 substr(o123456789, -6, 4): <<4>> i: -6 j: 5 substr(o123456789, -6, 5): <<45>> i: -6 j: 6 substr(o123456789, -6, 6): <<456>> i: -6 j: 7 substr(o123456789, -6, 7): <<4567>> i: -6 j: 8 substr(o123456789, -6, 8): <<45678>> i: -6 j: 9 substr(o123456789, -6, 9): <<456789>> i: -6 j: 10 substr(o123456789, -6, 10): <<>> i: -6 j: 11 substr(o123456789, -6, 11): <<>> i: -6 j: 12 substr(o123456789, -6, 12): <<>> i: -5 j:-12 substr(o123456789, -5,-12): <<>> i: -5 j:-11 substr(o123456789, -5,-11): <<>> i: -5 j:-10 substr(o123456789, -5,-10): <<>> i: -5 j: -9 substr(o123456789, -5, -9): <<>> i: -5 j: -8 substr(o123456789, -5, -8): <<>> i: -5 j: -7 substr(o123456789, -5, -7): <<>> i: -5 j: -6 substr(o123456789, -5, -6): <<>> i: -5 j: -5 substr(o123456789, -5, -5): <<5>> i: -5 j: -4 substr(o123456789, -5, -4): <<56>> i: -5 j: -3 substr(o123456789, -5, -3): <<567>> i: -5 j: -2 substr(o123456789, -5, -2): <<5678>> i: -5 j: -1 substr(o123456789, -5, -1): <<56789>> i: -5 j: 0 substr(o123456789, -5, 0): <<>> i: -5 j: 1 substr(o123456789, -5, 1): <<>> i: -5 j: 2 substr(o123456789, -5, 2): <<>> i: -5 j: 3 substr(o123456789, -5, 3): <<>> i: -5 j: 4 substr(o123456789, -5, 4): <<>> i: -5 j: 5 substr(o123456789, -5, 5): <<5>> i: -5 j: 6 substr(o123456789, -5, 6): <<56>> i: -5 j: 7 substr(o123456789, -5, 7): <<567>> i: -5 j: 8 substr(o123456789, -5, 8): <<5678>> i: -5 j: 9 substr(o123456789, -5, 9): <<56789>> i: -5 j: 10 substr(o123456789, -5, 10): <<>> i: -5 j: 11 substr(o123456789, -5, 11): <<>> i: -5 j: 12 substr(o123456789, -5, 12): <<>> i: -4 j:-12 substr(o123456789, -4,-12): <<>> i: -4 j:-11 substr(o123456789, -4,-11): <<>> i: -4 j:-10 substr(o123456789, -4,-10): <<>> i: -4 j: -9 substr(o123456789, -4, -9): <<>> i: -4 j: -8 substr(o123456789, -4, -8): <<>> i: -4 j: -7 substr(o123456789, -4, -7): <<>> i: -4 j: -6 substr(o123456789, -4, -6): <<>> i: -4 j: -5 substr(o123456789, -4, -5): <<>> i: -4 j: -4 substr(o123456789, -4, -4): <<6>> i: -4 j: -3 substr(o123456789, -4, -3): <<67>> i: -4 j: -2 substr(o123456789, -4, -2): <<678>> i: -4 j: -1 substr(o123456789, -4, -1): <<6789>> i: -4 j: 0 substr(o123456789, -4, 0): <<>> i: -4 j: 1 substr(o123456789, -4, 1): <<>> i: -4 j: 2 substr(o123456789, -4, 2): <<>> i: -4 j: 3 substr(o123456789, -4, 3): <<>> i: -4 j: 4 substr(o123456789, -4, 4): <<>> i: -4 j: 5 substr(o123456789, -4, 5): <<>> i: -4 j: 6 substr(o123456789, -4, 6): <<6>> i: -4 j: 7 substr(o123456789, -4, 7): <<67>> i: -4 j: 8 substr(o123456789, -4, 8): <<678>> i: -4 j: 9 substr(o123456789, -4, 9): <<6789>> i: -4 j: 10 substr(o123456789, -4, 10): <<>> i: -4 j: 11 substr(o123456789, -4, 11): <<>> i: -4 j: 12 substr(o123456789, -4, 12): <<>> i: -3 j:-12 substr(o123456789, -3,-12): <<>> i: -3 j:-11 substr(o123456789, -3,-11): <<>> i: -3 j:-10 substr(o123456789, -3,-10): <<>> i: -3 j: -9 substr(o123456789, -3, -9): <<>> i: -3 j: -8 substr(o123456789, -3, -8): <<>> i: -3 j: -7 substr(o123456789, -3, -7): <<>> i: -3 j: -6 substr(o123456789, -3, -6): <<>> i: -3 j: -5 substr(o123456789, -3, -5): <<>> i: -3 j: -4 substr(o123456789, -3, -4): <<>> i: -3 j: -3 substr(o123456789, -3, -3): <<7>> i: -3 j: -2 substr(o123456789, -3, -2): <<78>> i: -3 j: -1 substr(o123456789, -3, -1): <<789>> i: -3 j: 0 substr(o123456789, -3, 0): <<>> i: -3 j: 1 substr(o123456789, -3, 1): <<>> i: -3 j: 2 substr(o123456789, -3, 2): <<>> i: -3 j: 3 substr(o123456789, -3, 3): <<>> i: -3 j: 4 substr(o123456789, -3, 4): <<>> i: -3 j: 5 substr(o123456789, -3, 5): <<>> i: -3 j: 6 substr(o123456789, -3, 6): <<>> i: -3 j: 7 substr(o123456789, -3, 7): <<7>> i: -3 j: 8 substr(o123456789, -3, 8): <<78>> i: -3 j: 9 substr(o123456789, -3, 9): <<789>> i: -3 j: 10 substr(o123456789, -3, 10): <<>> i: -3 j: 11 substr(o123456789, -3, 11): <<>> i: -3 j: 12 substr(o123456789, -3, 12): <<>> i: -2 j:-12 substr(o123456789, -2,-12): <<>> i: -2 j:-11 substr(o123456789, -2,-11): <<>> i: -2 j:-10 substr(o123456789, -2,-10): <<>> i: -2 j: -9 substr(o123456789, -2, -9): <<>> i: -2 j: -8 substr(o123456789, -2, -8): <<>> i: -2 j: -7 substr(o123456789, -2, -7): <<>> i: -2 j: -6 substr(o123456789, -2, -6): <<>> i: -2 j: -5 substr(o123456789, -2, -5): <<>> i: -2 j: -4 substr(o123456789, -2, -4): <<>> i: -2 j: -3 substr(o123456789, -2, -3): <<>> i: -2 j: -2 substr(o123456789, -2, -2): <<8>> i: -2 j: -1 substr(o123456789, -2, -1): <<89>> i: -2 j: 0 substr(o123456789, -2, 0): <<>> i: -2 j: 1 substr(o123456789, -2, 1): <<>> i: -2 j: 2 substr(o123456789, -2, 2): <<>> i: -2 j: 3 substr(o123456789, -2, 3): <<>> i: -2 j: 4 substr(o123456789, -2, 4): <<>> i: -2 j: 5 substr(o123456789, -2, 5): <<>> i: -2 j: 6 substr(o123456789, -2, 6): <<>> i: -2 j: 7 substr(o123456789, -2, 7): <<>> i: -2 j: 8 substr(o123456789, -2, 8): <<8>> i: -2 j: 9 substr(o123456789, -2, 9): <<89>> i: -2 j: 10 substr(o123456789, -2, 10): <<>> i: -2 j: 11 substr(o123456789, -2, 11): <<>> i: -2 j: 12 substr(o123456789, -2, 12): <<>> i: -1 j:-12 substr(o123456789, -1,-12): <<>> i: -1 j:-11 substr(o123456789, -1,-11): <<>> i: -1 j:-10 substr(o123456789, -1,-10): <<>> i: -1 j: -9 substr(o123456789, -1, -9): <<>> i: -1 j: -8 substr(o123456789, -1, -8): <<>> i: -1 j: -7 substr(o123456789, -1, -7): <<>> i: -1 j: -6 substr(o123456789, -1, -6): <<>> i: -1 j: -5 substr(o123456789, -1, -5): <<>> i: -1 j: -4 substr(o123456789, -1, -4): <<>> i: -1 j: -3 substr(o123456789, -1, -3): <<>> i: -1 j: -2 substr(o123456789, -1, -2): <<>> i: -1 j: -1 substr(o123456789, -1, -1): <<9>> i: -1 j: 0 substr(o123456789, -1, 0): <<>> i: -1 j: 1 substr(o123456789, -1, 1): <<>> i: -1 j: 2 substr(o123456789, -1, 2): <<>> i: -1 j: 3 substr(o123456789, -1, 3): <<>> i: -1 j: 4 substr(o123456789, -1, 4): <<>> i: -1 j: 5 substr(o123456789, -1, 5): <<>> i: -1 j: 6 substr(o123456789, -1, 6): <<>> i: -1 j: 7 substr(o123456789, -1, 7): <<>> i: -1 j: 8 substr(o123456789, -1, 8): <<>> i: -1 j: 9 substr(o123456789, -1, 9): <<9>> i: -1 j: 10 substr(o123456789, -1, 10): <<>> i: -1 j: 11 substr(o123456789, -1, 11): <<>> i: -1 j: 12 substr(o123456789, -1, 12): <<>> i: 0 j:-12 substr(o123456789, 0,-12): <<>> i: 0 j:-11 substr(o123456789, 0,-11): <<>> i: 0 j:-10 substr(o123456789, 0,-10): <> i: 0 j: -9 substr(o123456789, 0, -9): <> i: 0 j: -8 substr(o123456789, 0, -8): <> i: 0 j: -7 substr(o123456789, 0, -7): <> i: 0 j: -6 substr(o123456789, 0, -6): <> i: 0 j: -5 substr(o123456789, 0, -5): <> i: 0 j: -4 substr(o123456789, 0, -4): <> i: 0 j: -3 substr(o123456789, 0, -3): <> i: 0 j: -2 substr(o123456789, 0, -2): <> i: 0 j: -1 substr(o123456789, 0, -1): <> i: 0 j: 0 substr(o123456789, 0, 0): <> i: 0 j: 1 substr(o123456789, 0, 1): <> i: 0 j: 2 substr(o123456789, 0, 2): <> i: 0 j: 3 substr(o123456789, 0, 3): <> i: 0 j: 4 substr(o123456789, 0, 4): <> i: 0 j: 5 substr(o123456789, 0, 5): <> i: 0 j: 6 substr(o123456789, 0, 6): <> i: 0 j: 7 substr(o123456789, 0, 7): <> i: 0 j: 8 substr(o123456789, 0, 8): <> i: 0 j: 9 substr(o123456789, 0, 9): <> i: 0 j: 10 substr(o123456789, 0, 10): <<>> i: 0 j: 11 substr(o123456789, 0, 11): <<>> i: 0 j: 12 substr(o123456789, 0, 12): <<>> i: 1 j:-12 substr(o123456789, 1,-12): <<>> i: 1 j:-11 substr(o123456789, 1,-11): <<>> i: 1 j:-10 substr(o123456789, 1,-10): <<>> i: 1 j: -9 substr(o123456789, 1, -9): <<1>> i: 1 j: -8 substr(o123456789, 1, -8): <<12>> i: 1 j: -7 substr(o123456789, 1, -7): <<123>> i: 1 j: -6 substr(o123456789, 1, -6): <<1234>> i: 1 j: -5 substr(o123456789, 1, -5): <<12345>> i: 1 j: -4 substr(o123456789, 1, -4): <<123456>> i: 1 j: -3 substr(o123456789, 1, -3): <<1234567>> i: 1 j: -2 substr(o123456789, 1, -2): <<12345678>> i: 1 j: -1 substr(o123456789, 1, -1): <<123456789>> i: 1 j: 0 substr(o123456789, 1, 0): <<>> i: 1 j: 1 substr(o123456789, 1, 1): <<1>> i: 1 j: 2 substr(o123456789, 1, 2): <<12>> i: 1 j: 3 substr(o123456789, 1, 3): <<123>> i: 1 j: 4 substr(o123456789, 1, 4): <<1234>> i: 1 j: 5 substr(o123456789, 1, 5): <<12345>> i: 1 j: 6 substr(o123456789, 1, 6): <<123456>> i: 1 j: 7 substr(o123456789, 1, 7): <<1234567>> i: 1 j: 8 substr(o123456789, 1, 8): <<12345678>> i: 1 j: 9 substr(o123456789, 1, 9): <<123456789>> i: 1 j: 10 substr(o123456789, 1, 10): <<>> i: 1 j: 11 substr(o123456789, 1, 11): <<>> i: 1 j: 12 substr(o123456789, 1, 12): <<>> i: 2 j:-12 substr(o123456789, 2,-12): <<>> i: 2 j:-11 substr(o123456789, 2,-11): <<>> i: 2 j:-10 substr(o123456789, 2,-10): <<>> i: 2 j: -9 substr(o123456789, 2, -9): <<>> i: 2 j: -8 substr(o123456789, 2, -8): <<2>> i: 2 j: -7 substr(o123456789, 2, -7): <<23>> i: 2 j: -6 substr(o123456789, 2, -6): <<234>> i: 2 j: -5 substr(o123456789, 2, -5): <<2345>> i: 2 j: -4 substr(o123456789, 2, -4): <<23456>> i: 2 j: -3 substr(o123456789, 2, -3): <<234567>> i: 2 j: -2 substr(o123456789, 2, -2): <<2345678>> i: 2 j: -1 substr(o123456789, 2, -1): <<23456789>> i: 2 j: 0 substr(o123456789, 2, 0): <<>> i: 2 j: 1 substr(o123456789, 2, 1): <<>> i: 2 j: 2 substr(o123456789, 2, 2): <<2>> i: 2 j: 3 substr(o123456789, 2, 3): <<23>> i: 2 j: 4 substr(o123456789, 2, 4): <<234>> i: 2 j: 5 substr(o123456789, 2, 5): <<2345>> i: 2 j: 6 substr(o123456789, 2, 6): <<23456>> i: 2 j: 7 substr(o123456789, 2, 7): <<234567>> i: 2 j: 8 substr(o123456789, 2, 8): <<2345678>> i: 2 j: 9 substr(o123456789, 2, 9): <<23456789>> i: 2 j: 10 substr(o123456789, 2, 10): <<>> i: 2 j: 11 substr(o123456789, 2, 11): <<>> i: 2 j: 12 substr(o123456789, 2, 12): <<>> i: 3 j:-12 substr(o123456789, 3,-12): <<>> i: 3 j:-11 substr(o123456789, 3,-11): <<>> i: 3 j:-10 substr(o123456789, 3,-10): <<>> i: 3 j: -9 substr(o123456789, 3, -9): <<>> i: 3 j: -8 substr(o123456789, 3, -8): <<>> i: 3 j: -7 substr(o123456789, 3, -7): <<3>> i: 3 j: -6 substr(o123456789, 3, -6): <<34>> i: 3 j: -5 substr(o123456789, 3, -5): <<345>> i: 3 j: -4 substr(o123456789, 3, -4): <<3456>> i: 3 j: -3 substr(o123456789, 3, -3): <<34567>> i: 3 j: -2 substr(o123456789, 3, -2): <<345678>> i: 3 j: -1 substr(o123456789, 3, -1): <<3456789>> i: 3 j: 0 substr(o123456789, 3, 0): <<>> i: 3 j: 1 substr(o123456789, 3, 1): <<>> i: 3 j: 2 substr(o123456789, 3, 2): <<>> i: 3 j: 3 substr(o123456789, 3, 3): <<3>> i: 3 j: 4 substr(o123456789, 3, 4): <<34>> i: 3 j: 5 substr(o123456789, 3, 5): <<345>> i: 3 j: 6 substr(o123456789, 3, 6): <<3456>> i: 3 j: 7 substr(o123456789, 3, 7): <<34567>> i: 3 j: 8 substr(o123456789, 3, 8): <<345678>> i: 3 j: 9 substr(o123456789, 3, 9): <<3456789>> i: 3 j: 10 substr(o123456789, 3, 10): <<>> i: 3 j: 11 substr(o123456789, 3, 11): <<>> i: 3 j: 12 substr(o123456789, 3, 12): <<>> i: 4 j:-12 substr(o123456789, 4,-12): <<>> i: 4 j:-11 substr(o123456789, 4,-11): <<>> i: 4 j:-10 substr(o123456789, 4,-10): <<>> i: 4 j: -9 substr(o123456789, 4, -9): <<>> i: 4 j: -8 substr(o123456789, 4, -8): <<>> i: 4 j: -7 substr(o123456789, 4, -7): <<>> i: 4 j: -6 substr(o123456789, 4, -6): <<4>> i: 4 j: -5 substr(o123456789, 4, -5): <<45>> i: 4 j: -4 substr(o123456789, 4, -4): <<456>> i: 4 j: -3 substr(o123456789, 4, -3): <<4567>> i: 4 j: -2 substr(o123456789, 4, -2): <<45678>> i: 4 j: -1 substr(o123456789, 4, -1): <<456789>> i: 4 j: 0 substr(o123456789, 4, 0): <<>> i: 4 j: 1 substr(o123456789, 4, 1): <<>> i: 4 j: 2 substr(o123456789, 4, 2): <<>> i: 4 j: 3 substr(o123456789, 4, 3): <<>> i: 4 j: 4 substr(o123456789, 4, 4): <<4>> i: 4 j: 5 substr(o123456789, 4, 5): <<45>> i: 4 j: 6 substr(o123456789, 4, 6): <<456>> i: 4 j: 7 substr(o123456789, 4, 7): <<4567>> i: 4 j: 8 substr(o123456789, 4, 8): <<45678>> i: 4 j: 9 substr(o123456789, 4, 9): <<456789>> i: 4 j: 10 substr(o123456789, 4, 10): <<>> i: 4 j: 11 substr(o123456789, 4, 11): <<>> i: 4 j: 12 substr(o123456789, 4, 12): <<>> i: 5 j:-12 substr(o123456789, 5,-12): <<>> i: 5 j:-11 substr(o123456789, 5,-11): <<>> i: 5 j:-10 substr(o123456789, 5,-10): <<>> i: 5 j: -9 substr(o123456789, 5, -9): <<>> i: 5 j: -8 substr(o123456789, 5, -8): <<>> i: 5 j: -7 substr(o123456789, 5, -7): <<>> i: 5 j: -6 substr(o123456789, 5, -6): <<>> i: 5 j: -5 substr(o123456789, 5, -5): <<5>> i: 5 j: -4 substr(o123456789, 5, -4): <<56>> i: 5 j: -3 substr(o123456789, 5, -3): <<567>> i: 5 j: -2 substr(o123456789, 5, -2): <<5678>> i: 5 j: -1 substr(o123456789, 5, -1): <<56789>> i: 5 j: 0 substr(o123456789, 5, 0): <<>> i: 5 j: 1 substr(o123456789, 5, 1): <<>> i: 5 j: 2 substr(o123456789, 5, 2): <<>> i: 5 j: 3 substr(o123456789, 5, 3): <<>> i: 5 j: 4 substr(o123456789, 5, 4): <<>> i: 5 j: 5 substr(o123456789, 5, 5): <<5>> i: 5 j: 6 substr(o123456789, 5, 6): <<56>> i: 5 j: 7 substr(o123456789, 5, 7): <<567>> i: 5 j: 8 substr(o123456789, 5, 8): <<5678>> i: 5 j: 9 substr(o123456789, 5, 9): <<56789>> i: 5 j: 10 substr(o123456789, 5, 10): <<>> i: 5 j: 11 substr(o123456789, 5, 11): <<>> i: 5 j: 12 substr(o123456789, 5, 12): <<>> i: 6 j:-12 substr(o123456789, 6,-12): <<>> i: 6 j:-11 substr(o123456789, 6,-11): <<>> i: 6 j:-10 substr(o123456789, 6,-10): <<>> i: 6 j: -9 substr(o123456789, 6, -9): <<>> i: 6 j: -8 substr(o123456789, 6, -8): <<>> i: 6 j: -7 substr(o123456789, 6, -7): <<>> i: 6 j: -6 substr(o123456789, 6, -6): <<>> i: 6 j: -5 substr(o123456789, 6, -5): <<>> i: 6 j: -4 substr(o123456789, 6, -4): <<6>> i: 6 j: -3 substr(o123456789, 6, -3): <<67>> i: 6 j: -2 substr(o123456789, 6, -2): <<678>> i: 6 j: -1 substr(o123456789, 6, -1): <<6789>> i: 6 j: 0 substr(o123456789, 6, 0): <<>> i: 6 j: 1 substr(o123456789, 6, 1): <<>> i: 6 j: 2 substr(o123456789, 6, 2): <<>> i: 6 j: 3 substr(o123456789, 6, 3): <<>> i: 6 j: 4 substr(o123456789, 6, 4): <<>> i: 6 j: 5 substr(o123456789, 6, 5): <<>> i: 6 j: 6 substr(o123456789, 6, 6): <<6>> i: 6 j: 7 substr(o123456789, 6, 7): <<67>> i: 6 j: 8 substr(o123456789, 6, 8): <<678>> i: 6 j: 9 substr(o123456789, 6, 9): <<6789>> i: 6 j: 10 substr(o123456789, 6, 10): <<>> i: 6 j: 11 substr(o123456789, 6, 11): <<>> i: 6 j: 12 substr(o123456789, 6, 12): <<>> i: 7 j:-12 substr(o123456789, 7,-12): <<>> i: 7 j:-11 substr(o123456789, 7,-11): <<>> i: 7 j:-10 substr(o123456789, 7,-10): <<>> i: 7 j: -9 substr(o123456789, 7, -9): <<>> i: 7 j: -8 substr(o123456789, 7, -8): <<>> i: 7 j: -7 substr(o123456789, 7, -7): <<>> i: 7 j: -6 substr(o123456789, 7, -6): <<>> i: 7 j: -5 substr(o123456789, 7, -5): <<>> i: 7 j: -4 substr(o123456789, 7, -4): <<>> i: 7 j: -3 substr(o123456789, 7, -3): <<7>> i: 7 j: -2 substr(o123456789, 7, -2): <<78>> i: 7 j: -1 substr(o123456789, 7, -1): <<789>> i: 7 j: 0 substr(o123456789, 7, 0): <<>> i: 7 j: 1 substr(o123456789, 7, 1): <<>> i: 7 j: 2 substr(o123456789, 7, 2): <<>> i: 7 j: 3 substr(o123456789, 7, 3): <<>> i: 7 j: 4 substr(o123456789, 7, 4): <<>> i: 7 j: 5 substr(o123456789, 7, 5): <<>> i: 7 j: 6 substr(o123456789, 7, 6): <<>> i: 7 j: 7 substr(o123456789, 7, 7): <<7>> i: 7 j: 8 substr(o123456789, 7, 8): <<78>> i: 7 j: 9 substr(o123456789, 7, 9): <<789>> i: 7 j: 10 substr(o123456789, 7, 10): <<>> i: 7 j: 11 substr(o123456789, 7, 11): <<>> i: 7 j: 12 substr(o123456789, 7, 12): <<>> i: 8 j:-12 substr(o123456789, 8,-12): <<>> i: 8 j:-11 substr(o123456789, 8,-11): <<>> i: 8 j:-10 substr(o123456789, 8,-10): <<>> i: 8 j: -9 substr(o123456789, 8, -9): <<>> i: 8 j: -8 substr(o123456789, 8, -8): <<>> i: 8 j: -7 substr(o123456789, 8, -7): <<>> i: 8 j: -6 substr(o123456789, 8, -6): <<>> i: 8 j: -5 substr(o123456789, 8, -5): <<>> i: 8 j: -4 substr(o123456789, 8, -4): <<>> i: 8 j: -3 substr(o123456789, 8, -3): <<>> i: 8 j: -2 substr(o123456789, 8, -2): <<8>> i: 8 j: -1 substr(o123456789, 8, -1): <<89>> i: 8 j: 0 substr(o123456789, 8, 0): <<>> i: 8 j: 1 substr(o123456789, 8, 1): <<>> i: 8 j: 2 substr(o123456789, 8, 2): <<>> i: 8 j: 3 substr(o123456789, 8, 3): <<>> i: 8 j: 4 substr(o123456789, 8, 4): <<>> i: 8 j: 5 substr(o123456789, 8, 5): <<>> i: 8 j: 6 substr(o123456789, 8, 6): <<>> i: 8 j: 7 substr(o123456789, 8, 7): <<>> i: 8 j: 8 substr(o123456789, 8, 8): <<8>> i: 8 j: 9 substr(o123456789, 8, 9): <<89>> i: 8 j: 10 substr(o123456789, 8, 10): <<>> i: 8 j: 11 substr(o123456789, 8, 11): <<>> i: 8 j: 12 substr(o123456789, 8, 12): <<>> i: 9 j:-12 substr(o123456789, 9,-12): <<>> i: 9 j:-11 substr(o123456789, 9,-11): <<>> i: 9 j:-10 substr(o123456789, 9,-10): <<>> i: 9 j: -9 substr(o123456789, 9, -9): <<>> i: 9 j: -8 substr(o123456789, 9, -8): <<>> i: 9 j: -7 substr(o123456789, 9, -7): <<>> i: 9 j: -6 substr(o123456789, 9, -6): <<>> i: 9 j: -5 substr(o123456789, 9, -5): <<>> i: 9 j: -4 substr(o123456789, 9, -4): <<>> i: 9 j: -3 substr(o123456789, 9, -3): <<>> i: 9 j: -2 substr(o123456789, 9, -2): <<>> i: 9 j: -1 substr(o123456789, 9, -1): <<9>> i: 9 j: 0 substr(o123456789, 9, 0): <<>> i: 9 j: 1 substr(o123456789, 9, 1): <<>> i: 9 j: 2 substr(o123456789, 9, 2): <<>> i: 9 j: 3 substr(o123456789, 9, 3): <<>> i: 9 j: 4 substr(o123456789, 9, 4): <<>> i: 9 j: 5 substr(o123456789, 9, 5): <<>> i: 9 j: 6 substr(o123456789, 9, 6): <<>> i: 9 j: 7 substr(o123456789, 9, 7): <<>> i: 9 j: 8 substr(o123456789, 9, 8): <<>> i: 9 j: 9 substr(o123456789, 9, 9): <<9>> i: 9 j: 10 substr(o123456789, 9, 10): <<>> i: 9 j: 11 substr(o123456789, 9, 11): <<>> i: 9 j: 12 substr(o123456789, 9, 12): <<>> i: 10 j:-12 substr(o123456789, 10,-12): <<>> i: 10 j:-11 substr(o123456789, 10,-11): <<>> i: 10 j:-10 substr(o123456789, 10,-10): <<>> i: 10 j: -9 substr(o123456789, 10, -9): <<>> i: 10 j: -8 substr(o123456789, 10, -8): <<>> i: 10 j: -7 substr(o123456789, 10, -7): <<>> i: 10 j: -6 substr(o123456789, 10, -6): <<>> i: 10 j: -5 substr(o123456789, 10, -5): <<>> i: 10 j: -4 substr(o123456789, 10, -4): <<>> i: 10 j: -3 substr(o123456789, 10, -3): <<>> i: 10 j: -2 substr(o123456789, 10, -2): <<>> i: 10 j: -1 substr(o123456789, 10, -1): <<>> i: 10 j: 0 substr(o123456789, 10, 0): <<>> i: 10 j: 1 substr(o123456789, 10, 1): <<>> i: 10 j: 2 substr(o123456789, 10, 2): <<>> i: 10 j: 3 substr(o123456789, 10, 3): <<>> i: 10 j: 4 substr(o123456789, 10, 4): <<>> i: 10 j: 5 substr(o123456789, 10, 5): <<>> i: 10 j: 6 substr(o123456789, 10, 6): <<>> i: 10 j: 7 substr(o123456789, 10, 7): <<>> i: 10 j: 8 substr(o123456789, 10, 8): <<>> i: 10 j: 9 substr(o123456789, 10, 9): <<>> i: 10 j: 10 substr(o123456789, 10, 10): <<>> i: 10 j: 11 substr(o123456789, 10, 11): <<>> i: 10 j: 12 substr(o123456789, 10, 12): <<>> i: 11 j:-12 substr(o123456789, 11,-12): <<>> i: 11 j:-11 substr(o123456789, 11,-11): <<>> i: 11 j:-10 substr(o123456789, 11,-10): <<>> i: 11 j: -9 substr(o123456789, 11, -9): <<>> i: 11 j: -8 substr(o123456789, 11, -8): <<>> i: 11 j: -7 substr(o123456789, 11, -7): <<>> i: 11 j: -6 substr(o123456789, 11, -6): <<>> i: 11 j: -5 substr(o123456789, 11, -5): <<>> i: 11 j: -4 substr(o123456789, 11, -4): <<>> i: 11 j: -3 substr(o123456789, 11, -3): <<>> i: 11 j: -2 substr(o123456789, 11, -2): <<>> i: 11 j: -1 substr(o123456789, 11, -1): <<>> i: 11 j: 0 substr(o123456789, 11, 0): <<>> i: 11 j: 1 substr(o123456789, 11, 1): <<>> i: 11 j: 2 substr(o123456789, 11, 2): <<>> i: 11 j: 3 substr(o123456789, 11, 3): <<>> i: 11 j: 4 substr(o123456789, 11, 4): <<>> i: 11 j: 5 substr(o123456789, 11, 5): <<>> i: 11 j: 6 substr(o123456789, 11, 6): <<>> i: 11 j: 7 substr(o123456789, 11, 7): <<>> i: 11 j: 8 substr(o123456789, 11, 8): <<>> i: 11 j: 9 substr(o123456789, 11, 9): <<>> i: 11 j: 10 substr(o123456789, 11, 10): <<>> i: 11 j: 11 substr(o123456789, 11, 11): <<>> i: 11 j: 12 substr(o123456789, 11, 12): <<>> i: 12 j:-12 substr(o123456789, 12,-12): <<>> i: 12 j:-11 substr(o123456789, 12,-11): <<>> i: 12 j:-10 substr(o123456789, 12,-10): <<>> i: 12 j: -9 substr(o123456789, 12, -9): <<>> i: 12 j: -8 substr(o123456789, 12, -8): <<>> i: 12 j: -7 substr(o123456789, 12, -7): <<>> i: 12 j: -6 substr(o123456789, 12, -6): <<>> i: 12 j: -5 substr(o123456789, 12, -5): <<>> i: 12 j: -4 substr(o123456789, 12, -4): <<>> i: 12 j: -3 substr(o123456789, 12, -3): <<>> i: 12 j: -2 substr(o123456789, 12, -2): <<>> i: 12 j: -1 substr(o123456789, 12, -1): <<>> i: 12 j: 0 substr(o123456789, 12, 0): <<>> i: 12 j: 1 substr(o123456789, 12, 1): <<>> i: 12 j: 2 substr(o123456789, 12, 2): <<>> i: 12 j: 3 substr(o123456789, 12, 3): <<>> i: 12 j: 4 substr(o123456789, 12, 4): <<>> i: 12 j: 5 substr(o123456789, 12, 5): <<>> i: 12 j: 6 substr(o123456789, 12, 6): <<>> i: 12 j: 7 substr(o123456789, 12, 7): <<>> i: 12 j: 8 substr(o123456789, 12, 8): <<>> i: 12 j: 9 substr(o123456789, 12, 9): <<>> i: 12 j: 10 substr(o123456789, 12, 10): <<>> i: 12 j: 11 substr(o123456789, 12, 11): <<>> i: 12 j: 12 substr(o123456789, 12, 12): <<>> ================================================================ DSL SYSTEM mlr put $counter = system("echo X".NR."Y") ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,counter=X1Y a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,counter=X2Y a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,counter=X3Y a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,counter=X4Y a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,counter=X5Y a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,counter=X6Y a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,counter=X7Y a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,counter=X8Y a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,counter=X9Y a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,counter=X10Y ================================================================ DSL OOSVARS mlr --opprint put -v begin{@ox=0}; $d=$x-@ox; @ox=$x ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="-", type=OPERATOR: text="x", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="x", type=FIELD_NAME. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="-", type=OPERATOR: text="x", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="x", type=FIELD_NAME. a b i x y d pan pan 1 0.3467901443380824 0.7268028627434533 0.346790 eks pan 2 0.7586799647899636 0.5221511083334797 0.411890 wye wye 3 0.20460330576630303 0.33831852551664776 -0.554077 eks wye 4 0.38139939387114097 0.13418874328430463 0.176796 wye pan 5 0.5732889198020006 0.8636244699032729 0.191890 zee pan 6 0.5271261600918548 0.49322128674835697 -0.046163 eks zee 7 0.6117840605678454 0.1878849191181694 0.084658 zee wye 8 0.5985540091064224 0.976181385699006 -0.013230 hat wye 9 0.03144187646093577 0.7495507603507059 -0.567112 pan wye 10 0.5026260055412137 0.9526183602969864 0.471184 mlr --opprint put -v begin{@ox="no"}; $d=@ox == "no" ? 1.0 : $x/@ox; @ox=$x then step -a ratio -f x ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="no", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="? :", type=OPERATOR: text="==", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="no", type=STRING_LITERAL. text="1.0", type=NUMERIC_LITERAL. text="/", type=OPERATOR: text="x", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="x", type=FIELD_NAME. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="no", type=STRING_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="? :", type=OPERATOR: text="==", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="no", type=STRING_LITERAL. text="1.0", type=NUMERIC_LITERAL. text="/", type=OPERATOR: text="x", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="x", type=FIELD_NAME. a b i x y d x_ratio pan pan 1 0.3467901443380824 0.7268028627434533 1.000000 1.000000 eks pan 2 0.7586799647899636 0.5221511083334797 2.187721 2.187721 wye wye 3 0.20460330576630303 0.33831852551664776 0.269683 0.269683 eks wye 4 0.38139939387114097 0.13418874328430463 1.864092 1.864092 wye pan 5 0.5732889198020006 0.8636244699032729 1.503120 1.503120 zee pan 6 0.5271261600918548 0.49322128674835697 0.919477 0.919477 eks zee 7 0.6117840605678454 0.1878849191181694 1.160603 1.160603 zee wye 8 0.5985540091064224 0.976181385699006 0.978375 0.978375 hat wye 9 0.03144187646093577 0.7495507603507059 0.052530 0.052530 pan wye 10 0.5026260055412137 0.9526183602969864 15.985878 15.985878 mlr --opprint put -v $d=$x/@ox; @ox=$x then step -a ratio -f x ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="/", type=OPERATOR: text="x", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="x", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="/", type=OPERATOR: text="x", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="x", type=FIELD_NAME. a b i x y d x_ratio pan pan 1 0.3467901443380824 0.7268028627434533 0.346790 1.000000 eks pan 2 0.7586799647899636 0.5221511083334797 2.187721 2.187721 wye wye 3 0.20460330576630303 0.33831852551664776 0.269683 0.269683 eks wye 4 0.38139939387114097 0.13418874328430463 1.864092 1.864092 wye pan 5 0.5732889198020006 0.8636244699032729 1.503120 1.503120 zee pan 6 0.5271261600918548 0.49322128674835697 0.919477 0.919477 eks zee 7 0.6117840605678454 0.1878849191181694 1.160603 1.160603 zee wye 8 0.5985540091064224 0.976181385699006 0.978375 0.978375 hat wye 9 0.03144187646093577 0.7495507603507059 0.052530 0.052530 pan wye 10 0.5026260055412137 0.9526183602969864 15.985878 15.985878 mlr --opprint put -v begin{@ox="no"}; $d=@ox == "no" ? 1.0 : $x/@ox; @ox=$x then step -a ratio -f x ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="no", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="? :", type=OPERATOR: text="==", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="no", type=STRING_LITERAL. text="1.0", type=NUMERIC_LITERAL. text="/", type=OPERATOR: text="x", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="x", type=FIELD_NAME. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="no", type=STRING_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="? :", type=OPERATOR: text="==", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="no", type=STRING_LITERAL. text="1.0", type=NUMERIC_LITERAL. text="/", type=OPERATOR: text="x", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="x", type=FIELD_NAME. a b i x y d x_ratio pan pan 1 0.3467901443380824 0.7268028627434533 1.000000 1.000000 eks pan 2 0.7586799647899636 0.5221511083334797 2.187721 2.187721 wye wye 3 0.20460330576630303 0.33831852551664776 0.269683 0.269683 eks wye 4 0.38139939387114097 0.13418874328430463 1.864092 1.864092 wye pan 5 0.5732889198020006 0.8636244699032729 1.503120 1.503120 zee pan 6 0.5271261600918548 0.49322128674835697 0.919477 0.919477 eks zee 7 0.6117840605678454 0.1878849191181694 1.160603 1.160603 zee wye 8 0.5985540091064224 0.976181385699006 0.978375 0.978375 hat wye 9 0.03144187646093577 0.7495507603507059 0.052530 0.052530 pan wye 10 0.5026260055412137 0.9526183602969864 15.985878 15.985878 mlr --opprint put -v begin{@rsum = 0}; @rsum = @rsum + $x; $rsum = @rsum ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="rsum", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="rsum", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="rsum", type=STRING_LITERAL. text="x", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="rsum", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="rsum", type=STRING_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="rsum", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="rsum", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="rsum", type=STRING_LITERAL. text="x", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="rsum", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="rsum", type=STRING_LITERAL. a b i x y rsum pan pan 1 0.3467901443380824 0.7268028627434533 0.346790 eks pan 2 0.7586799647899636 0.5221511083334797 1.105470 wye wye 3 0.20460330576630303 0.33831852551664776 1.310073 eks wye 4 0.38139939387114097 0.13418874328430463 1.691473 wye pan 5 0.5732889198020006 0.8636244699032729 2.264762 zee pan 6 0.5271261600918548 0.49322128674835697 2.791888 eks zee 7 0.6117840605678454 0.1878849191181694 3.403672 zee wye 8 0.5985540091064224 0.976181385699006 4.002226 hat wye 9 0.03144187646093577 0.7495507603507059 4.033668 pan wye 10 0.5026260055412137 0.9526183602969864 4.536294 mlr --opprint put -v begin{@a=0; @b=0; @c=0}; $za=@a; $zb=@b; $zc=@c; $d=@a+@b+@c; @a=@b; @b=@c; @c=$i ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="za", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="zb", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="zc", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="+", type=OPERATOR: text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="i", type=FIELD_NAME. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="za", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="zb", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="zc", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="+", type=OPERATOR: text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="i", type=FIELD_NAME. a b i x y za zb zc d pan pan 1 0.3467901443380824 0.7268028627434533 0 0 0 0 eks pan 2 0.7586799647899636 0.5221511083334797 0 0 1 1 wye wye 3 0.20460330576630303 0.33831852551664776 0 1 2 3 eks wye 4 0.38139939387114097 0.13418874328430463 1 2 3 6 wye pan 5 0.5732889198020006 0.8636244699032729 2 3 4 9 zee pan 6 0.5271261600918548 0.49322128674835697 3 4 5 12 eks zee 7 0.6117840605678454 0.1878849191181694 4 5 6 15 zee wye 8 0.5985540091064224 0.976181385699006 5 6 7 18 hat wye 9 0.03144187646093577 0.7495507603507059 6 7 8 21 pan wye 10 0.5026260055412137 0.9526183602969864 7 8 9 24 mlr --opprint put -v begin {@a=0; @b=0; @c=0}; $za=@a; $zb=@b; $zc=@c; $d=@a+@b+@c; @a=@b; @b=@c; @c=$i ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="za", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="zb", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="zc", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="+", type=OPERATOR: text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="i", type=FIELD_NAME. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="za", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="zb", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="zc", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="+", type=OPERATOR: text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="i", type=FIELD_NAME. a b i x y za zb zc d pan pan 1 0.3467901443380824 0.7268028627434533 0 0 0 0 eks pan 2 0.7586799647899636 0.5221511083334797 0 0 1 1 wye wye 3 0.20460330576630303 0.33831852551664776 0 1 2 3 eks wye 4 0.38139939387114097 0.13418874328430463 1 2 3 6 wye pan 5 0.5732889198020006 0.8636244699032729 2 3 4 9 zee pan 6 0.5271261600918548 0.49322128674835697 3 4 5 12 eks zee 7 0.6117840605678454 0.1878849191181694 4 5 6 15 zee wye 8 0.5985540091064224 0.976181385699006 5 6 7 18 hat wye 9 0.03144187646093577 0.7495507603507059 6 7 8 21 pan wye 10 0.5026260055412137 0.9526183602969864 7 8 9 24 mlr --opprint put -v begin{@ox=0}; $d=$x-@ox; @ox=$x ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="-", type=OPERATOR: text="x", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="x", type=FIELD_NAME. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="-", type=OPERATOR: text="x", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="ox", type=STRING_LITERAL. text="x", type=FIELD_NAME. a b i x y d pan pan 1 0.3467901443380824 0.7268028627434533 0.346790 eks pan 2 0.7586799647899636 0.5221511083334797 0.411890 wye wye 3 0.20460330576630303 0.33831852551664776 -0.554077 eks wye 4 0.38139939387114097 0.13418874328430463 0.176796 wye pan 5 0.5732889198020006 0.8636244699032729 0.191890 zee pan 6 0.5271261600918548 0.49322128674835697 -0.046163 eks zee 7 0.6117840605678454 0.1878849191181694 0.084658 zee wye 8 0.5985540091064224 0.976181385699006 -0.013230 hat wye 9 0.03144187646093577 0.7495507603507059 -0.567112 pan wye 10 0.5026260055412137 0.9526183602969864 0.471184 mlr put -v @a=$a; @b=$b; @c=$x; end {emitf @a; emitf @b; emitf @c} ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="a", type=FIELD_NAME. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="b", type=FIELD_NAME. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="x", type=FIELD_NAME. text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="emitf", type=EMITF: text="emitf", type=EMITF: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="stream", type=STREAM: text="emitf", type=EMITF: text="emitf", type=EMITF: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="stream", type=STREAM: text="emitf", type=EMITF: text="emitf", type=EMITF: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="stream", type=STREAM: BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="emitf", type=EMITF: text="emitf", type=EMITF: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="stream", type=STREAM: text="emitf", type=EMITF: text="emitf", type=EMITF: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="stream", type=STREAM: text="emitf", type=EMITF: text="emitf", type=EMITF: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="stream", type=STREAM: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="a", type=FIELD_NAME. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="b", type=FIELD_NAME. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="x", type=FIELD_NAME. a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=pan b=wye c=0.502626 mlr put -v @a=$a; @b=$b; @c=$x; end{emitf @a, @b, @c} ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="a", type=FIELD_NAME. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="b", type=FIELD_NAME. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="x", type=FIELD_NAME. text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="emitf", type=EMITF: text="emitf", type=EMITF: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="stream", type=STREAM: BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="emitf", type=EMITF: text="emitf", type=EMITF: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="stream", type=STREAM: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="a", type=FIELD_NAME. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="b", type=FIELD_NAME. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="x", type=FIELD_NAME. a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=pan,b=wye,c=0.502626 mlr --opprint put -v begin {@count=0; @sum=0.0}; @count=@count+1; @sum=@sum+$x; end{@mean=@sum/@count; emitf @mean} ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="0.0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="x", type=FIELD_NAME. text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="mean", type=STRING_LITERAL. text="/", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="emitf", type=EMITF: text="emitf", type=EMITF: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="mean", type=STRING_LITERAL. text="stream", type=STREAM: BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="0.0", type=NUMERIC_LITERAL. END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="mean", type=STRING_LITERAL. text="/", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="emitf", type=EMITF: text="emitf", type=EMITF: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="mean", type=STRING_LITERAL. text="stream", type=STREAM: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="x", type=FIELD_NAME. a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mean 0.453629 mlr --opprint put -v end{@mean=@sum/@count; emitf @mean}; begin {@count=0; @sum=0.0}; @count=@count+1; @sum=@sum+$x ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="mean", type=STRING_LITERAL. text="/", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="emitf", type=EMITF: text="emitf", type=EMITF: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="mean", type=STRING_LITERAL. text="stream", type=STREAM: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="0.0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="x", type=FIELD_NAME. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="0.0", type=NUMERIC_LITERAL. END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="mean", type=STRING_LITERAL. text="/", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="emitf", type=EMITF: text="emitf", type=EMITF: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="mean", type=STRING_LITERAL. text="stream", type=STREAM: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="count", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="sum", type=STRING_LITERAL. text="x", type=FIELD_NAME. a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mean 0.453629 mlr put -v begin{ @a = @b[1] }; $c = @d; @e[$i][2+$j][3] = $4; end{@f[@g[5][@h]] = 6} /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="c", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="d", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="e", type=STRING_LITERAL. text="i", type=FIELD_NAME. text="+", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="j", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. text="4", type=FIELD_NAME. text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="f", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="g", type=STRING_LITERAL. text="5", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="h", type=STRING_LITERAL. text="6", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="f", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="g", type=STRING_LITERAL. text="5", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="h", type=STRING_LITERAL. text="6", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="c", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="d", type=STRING_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="e", type=STRING_LITERAL. text="i", type=FIELD_NAME. text="+", type=OPERATOR: text="2", type=NUMERIC_LITERAL. text="j", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. text="4", type=FIELD_NAME. mlr put @y[$a]=$y; end{dump} ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 { "y": { "pan": 0.952618, "eks": 0.187885, "wye": 0.863624, "zee": 0.976181, "hat": 0.749551 } } mlr stats1 -a sum -f y -g a ./reg_test/input/abixy a=pan,y_sum=1.679421 a=eks,y_sum=0.844225 a=wye,y_sum=1.201943 a=zee,y_sum=1.469403 a=hat,y_sum=0.749551 mlr put @y_sum[$a] = $y; end{dump} ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 { "y_sum": { "pan": 0.952618, "eks": 0.187885, "wye": 0.863624, "zee": 0.976181, "hat": 0.749551 } } mlr put -q @s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @s ; dump} ./reg_test/input/unset1.dkvp { "s": 9, "t": { "1": 9 }, "u": { "1": { "2": 9 } } } { "t": { "1": 9 }, "u": { "1": { "2": 9 } } } mlr put -q @s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @t ; dump} ./reg_test/input/unset1.dkvp { "s": 9, "t": { "1": 9 }, "u": { "1": { "2": 9 } } } { "s": 9, "u": { "1": { "2": 9 } } } mlr put -q @s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @t[1] ; dump} ./reg_test/input/unset1.dkvp { "s": 9, "t": { "1": 9 }, "u": { "1": { "2": 9 } } } { "s": 9, "t": { }, "u": { "1": { "2": 9 } } } mlr put -q @s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @u ; dump} ./reg_test/input/unset1.dkvp { "s": 9, "t": { "1": 9 }, "u": { "1": { "2": 9 } } } { "s": 9, "t": { "1": 9 } } mlr put -q @s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @u[1] ; dump} ./reg_test/input/unset1.dkvp { "s": 9, "t": { "1": 9 }, "u": { "1": { "2": 9 } } } { "s": 9, "t": { "1": 9 }, "u": { } } mlr put -q @s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @u[1][2]; dump} ./reg_test/input/unset1.dkvp { "s": 9, "t": { "1": 9 }, "u": { "1": { "2": 9 } } } { "s": 9, "t": { "1": 9 }, "u": { "1": { } } } mlr put -q @s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @s ; dump} ./reg_test/input/unset4.dkvp { "s": 9, "t": { "1": 9, "4": 9 }, "u": { "1": { "2": 9, "3": 9 }, "4": { "5": 9, "6": 9 } } } { "t": { "1": 9, "4": 9 }, "u": { "1": { "2": 9, "3": 9 }, "4": { "5": 9, "6": 9 } } } mlr put -q @s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @t ; dump} ./reg_test/input/unset4.dkvp { "s": 9, "t": { "1": 9, "4": 9 }, "u": { "1": { "2": 9, "3": 9 }, "4": { "5": 9, "6": 9 } } } { "s": 9, "u": { "1": { "2": 9, "3": 9 }, "4": { "5": 9, "6": 9 } } } mlr put -q @s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @t[1] ; dump} ./reg_test/input/unset4.dkvp { "s": 9, "t": { "1": 9, "4": 9 }, "u": { "1": { "2": 9, "3": 9 }, "4": { "5": 9, "6": 9 } } } { "s": 9, "t": { "4": 9 }, "u": { "1": { "2": 9, "3": 9 }, "4": { "5": 9, "6": 9 } } } mlr put -q @s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @u ; dump} ./reg_test/input/unset4.dkvp { "s": 9, "t": { "1": 9, "4": 9 }, "u": { "1": { "2": 9, "3": 9 }, "4": { "5": 9, "6": 9 } } } { "s": 9, "t": { "1": 9, "4": 9 } } mlr put -q @s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @u[1] ; dump} ./reg_test/input/unset4.dkvp { "s": 9, "t": { "1": 9, "4": 9 }, "u": { "1": { "2": 9, "3": 9 }, "4": { "5": 9, "6": 9 } } } { "s": 9, "t": { "1": 9, "4": 9 }, "u": { "4": { "5": 9, "6": 9 } } } mlr put -q @s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @u[1][2]; dump} ./reg_test/input/unset4.dkvp { "s": 9, "t": { "1": 9, "4": 9 }, "u": { "1": { "2": 9, "3": 9 }, "4": { "5": 9, "6": 9 } } } { "s": 9, "t": { "1": 9, "4": 9 }, "u": { "1": { "3": 9 }, "4": { "5": 9, "6": 9 } } } mlr put -q @s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset all; dump} ./reg_test/input/unset4.dkvp { "s": 9, "t": { "1": 9, "4": 9 }, "u": { "1": { "2": 9, "3": 9 }, "4": { "5": 9, "6": 9 } } } { } mlr put -q @s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @*; dump} ./reg_test/input/unset4.dkvp { "s": 9, "t": { "1": 9, "4": 9 }, "u": { "1": { "2": 9, "3": 9 }, "4": { "5": 9, "6": 9 } } } { } mlr put unset $x ./reg_test/input/unset4.dkvp a=1,b=2 a=1,b=3 a=4,b=5 a=4,b=6 mlr put unset $*; $aaa = 999 ./reg_test/input/unset4.dkvp aaa=999 aaa=999 aaa=999 aaa=999 mlr --from ./reg_test/input/abixy put x = 1; print "OX=".x; unset x; print "NX=".x OX=1 NX= a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 OX=1 NX= a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 OX=1 NX= a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 OX=1 NX= a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 OX=1 NX= a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 OX=1 NX= a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 OX=1 NX= a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 OX=1 NX= a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 OX=1 NX= a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 OX=1 NX= a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr put -q @{variable.name} += $x; end{emit @{variable.name}} ./reg_test/input/abixy variable.name=4.536294 mlr put -q @{variable.name}[$a] += $x; end{emit @{variable.name},"a"} ./reg_test/input/abixy a=pan,variable.name=0.849416 a=eks,variable.name=1.751863 a=wye,variable.name=0.777892 a=zee,variable.name=1.125680 a=hat,variable.name=0.031442 mlr put for (k,v in $*) { if (k == "i") {unset $[k]}} ./reg_test/input/abixy a=pan,b=pan,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,x=0.5026260055412137,y=0.9526183602969864 mlr --opprint --from ./reg_test/input/abixy put -q @output[NR] = $*; end { for ((nr, k), v in @output) { if (nr == 4 || k == "i") { unset @output[nr][k] } } emitp @output, "NR", "k" } NR k output 1 a pan 1 b pan 1 x 0.3467901443380824 1 y 0.7268028627434533 2 a eks 2 b pan 2 x 0.7586799647899636 2 y 0.5221511083334797 3 a wye 3 b wye 3 x 0.20460330576630303 3 y 0.33831852551664776 5 a wye 5 b pan 5 x 0.5732889198020006 5 y 0.8636244699032729 6 a zee 6 b pan 6 x 0.5271261600918548 6 y 0.49322128674835697 7 a eks 7 b zee 7 x 0.6117840605678454 7 y 0.1878849191181694 8 a zee 8 b wye 8 x 0.5985540091064224 8 y 0.976181385699006 9 a hat 9 b wye 9 x 0.03144187646093577 9 y 0.7495507603507059 10 a pan 10 b wye 10 x 0.5026260055412137 10 y 0.9526183602969864 ================================================================ DSL PATTERN-ACTION BLOCKS mlr put -v begin{@a=1}; $e=2; $f==$g||$h==$i {}; $x=6; end{@z=9} /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="e", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="cond", type=CONDITIONAL_BLOCK: text="||", type=OPERATOR: text="==", type=OPERATOR: text="f", type=FIELD_NAME. text="g", type=FIELD_NAME. text="==", type=OPERATOR: text="h", type=FIELD_NAME. text="i", type=FIELD_NAME. text="cond_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="6", type=NUMERIC_LITERAL. text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="z", type=STRING_LITERAL. text="9", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="z", type=STRING_LITERAL. text="9", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="e", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="cond", type=CONDITIONAL_BLOCK: text="||", type=OPERATOR: text="==", type=OPERATOR: text="f", type=FIELD_NAME. text="g", type=FIELD_NAME. text="==", type=OPERATOR: text="h", type=FIELD_NAME. text="i", type=FIELD_NAME. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="6", type=NUMERIC_LITERAL. mlr put -v begin{@a=1}; $e=2; $f==$g||$h==$i {$s=1}; $x=6; end{@z=9} /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="e", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="cond", type=CONDITIONAL_BLOCK: text="||", type=OPERATOR: text="==", type=OPERATOR: text="f", type=FIELD_NAME. text="g", type=FIELD_NAME. text="==", type=OPERATOR: text="h", type=FIELD_NAME. text="i", type=FIELD_NAME. text="cond_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="s", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="6", type=NUMERIC_LITERAL. text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="z", type=STRING_LITERAL. text="9", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="z", type=STRING_LITERAL. text="9", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="e", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="cond", type=CONDITIONAL_BLOCK: text="||", type=OPERATOR: text="==", type=OPERATOR: text="f", type=FIELD_NAME. text="g", type=FIELD_NAME. text="==", type=OPERATOR: text="h", type=FIELD_NAME. text="i", type=FIELD_NAME. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="s", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="6", type=NUMERIC_LITERAL. mlr put -v begin{@a=1}; $e=2; $f==$g||$h==$i {$s=1;$t=2}; $x=6; end{@z=9} /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="e", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="cond", type=CONDITIONAL_BLOCK: text="||", type=OPERATOR: text="==", type=OPERATOR: text="f", type=FIELD_NAME. text="g", type=FIELD_NAME. text="==", type=OPERATOR: text="h", type=FIELD_NAME. text="i", type=FIELD_NAME. text="cond_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="s", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="t", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="6", type=NUMERIC_LITERAL. text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="z", type=STRING_LITERAL. text="9", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="z", type=STRING_LITERAL. text="9", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="e", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="cond", type=CONDITIONAL_BLOCK: text="||", type=OPERATOR: text="==", type=OPERATOR: text="f", type=FIELD_NAME. text="g", type=FIELD_NAME. text="==", type=OPERATOR: text="h", type=FIELD_NAME. text="i", type=FIELD_NAME. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="s", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="t", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="6", type=NUMERIC_LITERAL. mlr put -v begin{@a=1}; $e=2; $f==$g||$h==$i {$s=1;$t=2;$u=3}; $x=6; end{@z=9} /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="e", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="cond", type=CONDITIONAL_BLOCK: text="||", type=OPERATOR: text="==", type=OPERATOR: text="f", type=FIELD_NAME. text="g", type=FIELD_NAME. text="==", type=OPERATOR: text="h", type=FIELD_NAME. text="i", type=FIELD_NAME. text="cond_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="s", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="t", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="u", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="6", type=NUMERIC_LITERAL. text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="z", type=STRING_LITERAL. text="9", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="z", type=STRING_LITERAL. text="9", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="e", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="cond", type=CONDITIONAL_BLOCK: text="||", type=OPERATOR: text="==", type=OPERATOR: text="f", type=FIELD_NAME. text="g", type=FIELD_NAME. text="==", type=OPERATOR: text="h", type=FIELD_NAME. text="i", type=FIELD_NAME. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="s", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="t", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="u", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="6", type=NUMERIC_LITERAL. mlr put -v begin{@a=1}; $e=2; $f==$g||$h==$i {$s=1;@t["u".$5]=2;emitf @v,@w;dump}; $x=6; end{@z=9} /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="e", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="cond", type=CONDITIONAL_BLOCK: text="||", type=OPERATOR: text="==", type=OPERATOR: text="f", type=FIELD_NAME. text="g", type=FIELD_NAME. text="==", type=OPERATOR: text="h", type=FIELD_NAME. text="i", type=FIELD_NAME. text="cond_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="s", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="t", type=STRING_LITERAL. text=".", type=OPERATOR: text="u", type=STRING_LITERAL. text="5", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="emitf", type=EMITF: text="emitf", type=EMITF: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="w", type=STRING_LITERAL. text="stream", type=STREAM: text="dump", type=DUMP: text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="all", type=FULL_OOSVAR. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="6", type=NUMERIC_LITERAL. text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="z", type=STRING_LITERAL. text="9", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="z", type=STRING_LITERAL. text="9", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="e", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="cond", type=CONDITIONAL_BLOCK: text="||", type=OPERATOR: text="==", type=OPERATOR: text="f", type=FIELD_NAME. text="g", type=FIELD_NAME. text="==", type=OPERATOR: text="h", type=FIELD_NAME. text="i", type=FIELD_NAME. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="s", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="t", type=STRING_LITERAL. text=".", type=OPERATOR: text="u", type=STRING_LITERAL. text="5", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="emitf", type=EMITF: text="emitf", type=EMITF: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="w", type=STRING_LITERAL. text="stream", type=STREAM: text="dump", type=DUMP: text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="all", type=FULL_OOSVAR. text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="6", type=NUMERIC_LITERAL. mlr put -v begin{true{@x=1}}; true{@x=2}; end{true{@x=3}} /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="3", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="3", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="x", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. ================================================================ DSL STACK-ALLOCATION mlr --from ./reg_test/input/abixy put -v -a -f ./reg_test/input/test-dsl-stack-allocation.mlr RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="f", type=FUNC_DEF: text="f", type=NON_SIGIL_NAME: text="a", type=UNTYPED_PARAMETER_DEFINITION. text="b", type=UNTYPED_PARAMETER_DEFINITION. text="c", type=UNTYPED_PARAMETER_DEFINITION. text="func_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="NR", type=CONTEXT_VARIABLE. text="*", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="1000", type=NUMERIC_LITERAL. text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="var", type=UNTYPED_LOCAL_DEFINITION: text="val", type=NONINDEXED_LOCAL_VARIABLE. text="nonesuch", type=NONINDEXED_LOCAL_VARIABLE. text="while", type=WHILE: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="1", type=NUMERIC_LITERAL. text="while_block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="1", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: text="for", type=FOR_SREC: text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. text="v", type=UNTYPED_LOCAL_DEFINITION. text="for_full_srec_block", type=STATEMENT_BLOCK: text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="val", type=NONINDEXED_LOCAL_VARIABLE. text=".", type=OPERATOR: text=".", type=OPERATOR: text=".", type=OPERATOR: text=".", type=OPERATOR: text=".", type=OPERATOR: text=".", type=OPERATOR: text="v", type=NONINDEXED_LOCAL_VARIABLE. text=":", type=STRING_LITERAL. text="a", type=NONINDEXED_LOCAL_VARIABLE. text=":", type=STRING_LITERAL. text="b", type=NONINDEXED_LOCAL_VARIABLE. text=":", type=STRING_LITERAL. text="c", type=NONINDEXED_LOCAL_VARIABLE. text="print", type=PRINT: text=".", type=OPERATOR: text="f:1:val:", type=STRING_LITERAL. text="val", type=NONINDEXED_LOCAL_VARIABLE. text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="2", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="for", type=FOR_OOSVAR_KEY_ONLY: text="k", type=UNTYPED_LOCAL_DEFINITION. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="for_loop_oosvar_block", type=STATEMENT_BLOCK: text="print", type=PRINT: text=".", type=OPERATOR: text="f:2:k:", type=STRING_LITERAL. text="k", type=NONINDEXED_LOCAL_VARIABLE. text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="for", type=FOR_OOSVAR: text="key_and_value_variables", type=FOR_VARIABLES: text="key_variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. text="v", type=UNTYPED_LOCAL_DEFINITION. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="for_loop_oosvar_block", type=STATEMENT_BLOCK: text="print", type=PRINT: text=".", type=OPERATOR: text=".", type=OPERATOR: text=".", type=OPERATOR: text="f:3:k:", type=STRING_LITERAL. text="k", type=NONINDEXED_LOCAL_VARIABLE. text="v:", type=STRING_LITERAL. text="v", type=NONINDEXED_LOCAL_VARIABLE. text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="4", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="var", type=UNTYPED_LOCAL_DEFINITION: text="sum", type=NONINDEXED_LOCAL_VARIABLE. text="0", type=NUMERIC_LITERAL. text="for", type=TRIPLE_FOR: text="triple_for_start_statements", type=STATEMENT_LIST: text="var", type=UNTYPED_LOCAL_DEFINITION: text="i", type=NONINDEXED_LOCAL_VARIABLE. text="1", type=NUMERIC_LITERAL. text="triple_for_continuation_statements", type=STATEMENT_LIST: text="<=", type=OPERATOR: text="i", type=NONINDEXED_LOCAL_VARIABLE. text="10", type=NUMERIC_LITERAL. text="triple_for_update_statements", type=STATEMENT_LIST: text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="i", type=NONINDEXED_LOCAL_VARIABLE. text="+", type=OPERATOR: text="i", type=NONINDEXED_LOCAL_VARIABLE. text="1", type=NUMERIC_LITERAL. text="triple_for_block", type=STATEMENT_BLOCK: text="for", type=TRIPLE_FOR: text="triple_for_start_statements", type=STATEMENT_LIST: text="var", type=UNTYPED_LOCAL_DEFINITION: text="j", type=NONINDEXED_LOCAL_VARIABLE. text="1", type=NUMERIC_LITERAL. text="triple_for_continuation_statements", type=STATEMENT_LIST: text="<=", type=OPERATOR: text="j", type=NONINDEXED_LOCAL_VARIABLE. text="10", type=NUMERIC_LITERAL. text="triple_for_update_statements", type=STATEMENT_LIST: text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="j", type=NONINDEXED_LOCAL_VARIABLE. text="+", type=OPERATOR: text="j", type=NONINDEXED_LOCAL_VARIABLE. text="1", type=NUMERIC_LITERAL. text="triple_for_block", type=STATEMENT_BLOCK: text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="sum", type=NONINDEXED_LOCAL_VARIABLE. text="+", type=OPERATOR: text="sum", type=NONINDEXED_LOCAL_VARIABLE. text="*", type=OPERATOR: text="i", type=NONINDEXED_LOCAL_VARIABLE. text="j", type=NONINDEXED_LOCAL_VARIABLE. text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="val", type=NONINDEXED_LOCAL_VARIABLE. text="sum", type=NONINDEXED_LOCAL_VARIABLE. text="print", type=PRINT: text=".", type=OPERATOR: text="f:val:", type=STRING_LITERAL. text="val", type=NONINDEXED_LOCAL_VARIABLE. text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="break", type=BREAK. text="s", type=SUBR_DEF: text="s", type=NON_SIGIL_NAME: text="a", type=UNTYPED_PARAMETER_DEFINITION. text="b", type=UNTYPED_PARAMETER_DEFINITION. text="c", type=UNTYPED_PARAMETER_DEFINITION. text="subr_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="NR", type=CONTEXT_VARIABLE. text="*", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="2000", type=NUMERIC_LITERAL. text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="var", type=UNTYPED_LOCAL_DEFINITION: text="val", type=NONINDEXED_LOCAL_VARIABLE. text="nonesuch", type=NONINDEXED_LOCAL_VARIABLE. text="while", type=WHILE: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="1", type=NUMERIC_LITERAL. text="while_block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="1", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: text="for", type=FOR_SREC: text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. text="v", type=UNTYPED_LOCAL_DEFINITION. text="for_full_srec_block", type=STATEMENT_BLOCK: text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="val", type=NONINDEXED_LOCAL_VARIABLE. text=".", type=OPERATOR: text=".", type=OPERATOR: text=".", type=OPERATOR: text=".", type=OPERATOR: text=".", type=OPERATOR: text=".", type=OPERATOR: text="v", type=NONINDEXED_LOCAL_VARIABLE. text=":", type=STRING_LITERAL. text="a", type=NONINDEXED_LOCAL_VARIABLE. text=":", type=STRING_LITERAL. text="b", type=NONINDEXED_LOCAL_VARIABLE. text=":", type=STRING_LITERAL. text="c", type=NONINDEXED_LOCAL_VARIABLE. text="print", type=PRINT: text=".", type=OPERATOR: text="s:1:val:", type=STRING_LITERAL. text="val", type=NONINDEXED_LOCAL_VARIABLE. text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="2", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="for", type=FOR_OOSVAR_KEY_ONLY: text="k", type=UNTYPED_LOCAL_DEFINITION. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="for_loop_oosvar_block", type=STATEMENT_BLOCK: text="print", type=PRINT: text=".", type=OPERATOR: text="s:2:k:", type=STRING_LITERAL. text="k", type=NONINDEXED_LOCAL_VARIABLE. text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="for", type=FOR_OOSVAR: text="key_and_value_variables", type=FOR_VARIABLES: text="key_variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. text="v", type=UNTYPED_LOCAL_DEFINITION. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="for_loop_oosvar_block", type=STATEMENT_BLOCK: text="print", type=PRINT: text=".", type=OPERATOR: text=".", type=OPERATOR: text=".", type=OPERATOR: text="s:3:k:", type=STRING_LITERAL. text="k", type=NONINDEXED_LOCAL_VARIABLE. text="v:", type=STRING_LITERAL. text="v", type=NONINDEXED_LOCAL_VARIABLE. text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="4", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="var", type=UNTYPED_LOCAL_DEFINITION: text="sum", type=NONINDEXED_LOCAL_VARIABLE. text="0", type=NUMERIC_LITERAL. text="for", type=TRIPLE_FOR: text="triple_for_start_statements", type=STATEMENT_LIST: text="var", type=UNTYPED_LOCAL_DEFINITION: text="i", type=NONINDEXED_LOCAL_VARIABLE. text="1", type=NUMERIC_LITERAL. text="triple_for_continuation_statements", type=STATEMENT_LIST: text="<=", type=OPERATOR: text="i", type=NONINDEXED_LOCAL_VARIABLE. text="10", type=NUMERIC_LITERAL. text="triple_for_update_statements", type=STATEMENT_LIST: text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="i", type=NONINDEXED_LOCAL_VARIABLE. text="+", type=OPERATOR: text="i", type=NONINDEXED_LOCAL_VARIABLE. text="1", type=NUMERIC_LITERAL. text="triple_for_block", type=STATEMENT_BLOCK: text="for", type=TRIPLE_FOR: text="triple_for_start_statements", type=STATEMENT_LIST: text="var", type=UNTYPED_LOCAL_DEFINITION: text="j", type=NONINDEXED_LOCAL_VARIABLE. text="1", type=NUMERIC_LITERAL. text="triple_for_continuation_statements", type=STATEMENT_LIST: text="<=", type=OPERATOR: text="j", type=NONINDEXED_LOCAL_VARIABLE. text="10", type=NUMERIC_LITERAL. text="triple_for_update_statements", type=STATEMENT_LIST: text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="j", type=NONINDEXED_LOCAL_VARIABLE. text="+", type=OPERATOR: 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ADD DEFINE j @ 0s5 READ j PRESENT @ 0s5 READ j PRESENT @ 0s5 REUSE WRITE j @ 0s5 READ sum PRESENT @ 0s3 READ i PRESENT @ 0s4 READ j PRESENT @ 0s5 REUSE WRITE sum @ 0s3 POP SUBFRAME for subframe_var_count=1 POP SUBFRAME for subframe_var_count=1 READ sum PRESENT @ 0s3 REUSE WRITE val @ 0s1 READ val PRESENT @ 0s1 POP SUBFRAME elif subframe_var_count=1 POP SUBFRAME for subframe_var_count=1 POP SUBFRAME cond subframe_var_count=1 BLOCK begin subframe_var_count=1 max_subframe_depth=6 ALLOCATING RELATIVE (PASS-1) LOCALS FOR MAIN BLOCK ADD FOR ABSENT s @ 0u0 PUSH SUBFRAME cond_block READ nonesuch ABSENT @ 0s0 ADD DEFINE val @ 0s1 PUSH SUBFRAME while_block PUSH SUBFRAME if_block PUSH SUBFRAME for ADD FOR-BIND k @ 0s4 ADD FOR-BIND v @ 1s4 READ v PRESENT @ 1s4 REUSE WRITE val @ 0s1 READ val PRESENT @ 0s1 POP SUBFRAME for subframe_var_count=2 POP SUBFRAME if subframe_var_count=0 PUSH SUBFRAME elif_block PUSH SUBFRAME for ADD FOR-BIND k @ 0s4 READ k PRESENT @ 0s4 POP SUBFRAME for subframe_var_count=1 POP SUBFRAME elif subframe_var_count=0 PUSH SUBFRAME elif_block PUSH SUBFRAME for ADD FOR-BIND k @ 0s4 ADD FOR-BIND v @ 1s4 READ k PRESENT @ 0s4 READ v PRESENT @ 1s4 POP SUBFRAME for subframe_var_count=2 POP SUBFRAME elif subframe_var_count=0 PUSH SUBFRAME elif_block ADD DEFINE sum @ 0s3 PUSH SUBFRAME for ADD DEFINE i @ 0s4 READ i PRESENT @ 0s4 READ i PRESENT @ 0s4 REUSE WRITE i @ 0s4 PUSH SUBFRAME for ADD DEFINE j @ 0s5 READ j PRESENT @ 0s5 READ j PRESENT @ 0s5 REUSE WRITE j @ 0s5 READ sum PRESENT @ 0s3 READ i PRESENT @ 0s4 READ j PRESENT @ 0s5 REUSE WRITE sum @ 0s3 POP SUBFRAME for subframe_var_count=1 POP SUBFRAME for subframe_var_count=1 READ sum PRESENT @ 0s3 REUSE WRITE val @ 0s1 READ val PRESENT @ 0s1 POP SUBFRAME elif subframe_var_count=1 POP SUBFRAME while subframe_var_count=0 POP SUBFRAME cond subframe_var_count=1 BLOCK main_block subframe_var_count=1 max_subframe_depth=6 ALLOCATING RELATIVE (PASS-1) LOCALS FOR end BLOCK ADD FOR ABSENT s @ 0u0 PUSH SUBFRAME cond_block READ nonesuch ABSENT @ 0s0 ADD DEFINE val @ 0s1 PUSH SUBFRAME for ADD DEFINE idx @ 0s2 READ idx PRESENT @ 0s2 READ idx PRESENT @ 0s2 REUSE WRITE idx @ 0s2 READ idx PRESENT @ 0s2 PUSH SUBFRAME if_block PUSH SUBFRAME for ADD FOR-BIND k @ 0s4 READ k PRESENT @ 0s4 POP SUBFRAME for subframe_var_count=1 POP SUBFRAME if subframe_var_count=0 READ idx PRESENT @ 0s2 PUSH SUBFRAME elif_block PUSH SUBFRAME for ADD FOR-BIND k @ 0s4 ADD FOR-BIND v @ 1s4 READ k PRESENT @ 0s4 READ v PRESENT @ 1s4 POP SUBFRAME for subframe_var_count=2 POP SUBFRAME elif subframe_var_count=0 READ idx PRESENT @ 0s2 PUSH SUBFRAME elif_block ADD DEFINE sum @ 0s3 PUSH SUBFRAME for ADD DEFINE i @ 0s4 READ i PRESENT @ 0s4 READ i PRESENT @ 0s4 REUSE WRITE i @ 0s4 PUSH SUBFRAME for ADD DEFINE j @ 0s5 READ j PRESENT @ 0s5 READ j PRESENT @ 0s5 REUSE WRITE j @ 0s5 READ sum PRESENT @ 0s3 READ i PRESENT @ 0s4 READ j PRESENT @ 0s5 REUSE WRITE sum @ 0s3 POP SUBFRAME for subframe_var_count=1 POP SUBFRAME for subframe_var_count=1 READ sum PRESENT @ 0s3 REUSE WRITE val @ 0s1 READ val PRESENT @ 0s1 POP SUBFRAME elif subframe_var_count=1 POP SUBFRAME for subframe_var_count=1 POP SUBFRAME cond subframe_var_count=1 BLOCK end subframe_var_count=1 max_subframe_depth=6 ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [f] SUBFRAME [f] var_count_below=0 var_count_at=4 max_var_depth_so_far=4 subframe_depth=0 NODE a 1s0 (0:0) -> 1 NODE b 2s0 (0:0) -> 2 NODE c 3s0 (0:0) -> 3 SUBFRAME [cond_block] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=1 NODE val 0s1 (0:0,1:4) -> 4 NODE nonesuch 0s0 (0:0,1:4) -> 0 SUBFRAME [while_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=5 subframe_depth=2 SUBFRAME [if_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=5 subframe_depth=3 SUBFRAME [for] var_count_below=5 var_count_at=2 max_var_depth_so_far=7 subframe_depth=4 NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5 NODE v 1s4 (0:0,1:4,2:5,3:5,4:5) -> 6 NODE val 0s1 (0:0,1:4,2:5,3:5,4:5) -> 4 NODE v 1s4 (0:0,1:4,2:5,3:5,4:5) -> 6 NODE a 1s0 (0:0,1:4,2:5,3:5,4:5) -> 1 NODE b 2s0 (0:0,1:4,2:5,3:5,4:5) -> 2 NODE c 3s0 (0:0,1:4,2:5,3:5,4:5) -> 3 NODE val 0s1 (0:0,1:4,2:5,3:5,4:5) -> 4 SUBFRAME [elif_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=7 subframe_depth=3 SUBFRAME [for] var_count_below=5 var_count_at=1 max_var_depth_so_far=7 subframe_depth=4 NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5 NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5 SUBFRAME [elif_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=7 subframe_depth=3 SUBFRAME [for] var_count_below=5 var_count_at=2 max_var_depth_so_far=7 subframe_depth=4 NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5 NODE v 1s4 (0:0,1:4,2:5,3:5,4:5) -> 6 NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5 NODE v 1s4 (0:0,1:4,2:5,3:5,4:5) -> 6 SUBFRAME [elif_block] var_count_below=5 var_count_at=1 max_var_depth_so_far=7 subframe_depth=3 NODE sum 0s3 (0:0,1:4,2:5,3:5) -> 5 SUBFRAME [for] var_count_below=6 var_count_at=1 max_var_depth_so_far=7 subframe_depth=4 NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6 NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6 NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6 NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6 SUBFRAME [for] var_count_below=7 var_count_at=1 max_var_depth_so_far=8 subframe_depth=5 NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7 NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7 NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7 NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7 NODE sum 0s3 (0:0,1:4,2:5,3:5,4:6,5:7) -> 5 NODE sum 0s3 (0:0,1:4,2:5,3:5,4:6,5:7) -> 5 NODE i 0s4 (0:0,1:4,2:5,3:5,4:6,5:7) -> 6 NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7 NODE val 0s1 (0:0,1:4,2:5,3:5) -> 4 NODE sum 0s3 (0:0,1:4,2:5,3:5) -> 5 NODE val 0s1 (0:0,1:4,2:5,3:5) -> 4 ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [s] SUBFRAME [s] var_count_below=0 var_count_at=4 max_var_depth_so_far=4 subframe_depth=0 NODE a 1s0 (0:0) -> 1 NODE b 2s0 (0:0) -> 2 NODE c 3s0 (0:0) -> 3 SUBFRAME [cond_block] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=1 NODE val 0s1 (0:0,1:4) -> 4 NODE nonesuch 0s0 (0:0,1:4) -> 0 SUBFRAME [while_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=5 subframe_depth=2 SUBFRAME [if_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=5 subframe_depth=3 SUBFRAME [for] var_count_below=5 var_count_at=2 max_var_depth_so_far=7 subframe_depth=4 NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5 NODE v 1s4 (0:0,1:4,2:5,3:5,4:5) -> 6 NODE val 0s1 (0:0,1:4,2:5,3:5,4:5) -> 4 NODE v 1s4 (0:0,1:4,2:5,3:5,4:5) -> 6 NODE a 1s0 (0:0,1:4,2:5,3:5,4:5) -> 1 NODE b 2s0 (0:0,1:4,2:5,3:5,4:5) -> 2 NODE c 3s0 (0:0,1:4,2:5,3:5,4:5) -> 3 NODE val 0s1 (0:0,1:4,2:5,3:5,4:5) -> 4 SUBFRAME [elif_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=7 subframe_depth=3 SUBFRAME [for] var_count_below=5 var_count_at=1 max_var_depth_so_far=7 subframe_depth=4 NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5 NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5 SUBFRAME [elif_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=7 subframe_depth=3 SUBFRAME [for] var_count_below=5 var_count_at=2 max_var_depth_so_far=7 subframe_depth=4 NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5 NODE v 1s4 (0:0,1:4,2:5,3:5,4:5) -> 6 NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5 NODE v 1s4 (0:0,1:4,2:5,3:5,4:5) -> 6 SUBFRAME [elif_block] var_count_below=5 var_count_at=1 max_var_depth_so_far=7 subframe_depth=3 NODE sum 0s3 (0:0,1:4,2:5,3:5) -> 5 SUBFRAME [for] var_count_below=6 var_count_at=1 max_var_depth_so_far=7 subframe_depth=4 NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6 NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6 NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6 NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6 SUBFRAME [for] var_count_below=7 var_count_at=1 max_var_depth_so_far=8 subframe_depth=5 NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7 NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7 NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7 NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7 NODE sum 0s3 (0:0,1:4,2:5,3:5,4:6,5:7) -> 5 NODE sum 0s3 (0:0,1:4,2:5,3:5,4:6,5:7) -> 5 NODE i 0s4 (0:0,1:4,2:5,3:5,4:6,5:7) -> 6 NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7 NODE val 0s1 (0:0,1:4,2:5,3:5) -> 4 NODE sum 0s3 (0:0,1:4,2:5,3:5) -> 5 NODE val 0s1 (0:0,1:4,2:5,3:5) -> 4 ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [begin] SUBFRAME [begin] var_count_below=0 var_count_at=1 max_var_depth_so_far=1 subframe_depth=0 SUBFRAME [cond_block] var_count_below=1 var_count_at=1 max_var_depth_so_far=2 subframe_depth=1 NODE val 0s1 (0:0,1:1) -> 1 NODE nonesuch 0s0 (0:0,1:1) -> 0 SUBFRAME [for] var_count_below=2 var_count_at=1 max_var_depth_so_far=3 subframe_depth=2 NODE idx 0s2 (0:0,1:1,2:2) -> 2 NODE idx 0s2 (0:0,1:1,2:2) -> 2 NODE idx 0s2 (0:0,1:1,2:2) -> 2 NODE idx 0s2 (0:0,1:1,2:2) -> 2 NODE idx 0s2 (0:0,1:1,2:2) -> 2 SUBFRAME [if_block] var_count_below=3 var_count_at=0 max_var_depth_so_far=3 subframe_depth=3 SUBFRAME [for] var_count_below=3 var_count_at=1 max_var_depth_so_far=4 subframe_depth=4 NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3 NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3 NODE idx 0s2 (0:0,1:1,2:2) -> 2 SUBFRAME [elif_block] var_count_below=3 var_count_at=0 max_var_depth_so_far=4 subframe_depth=3 SUBFRAME [for] var_count_below=3 var_count_at=2 max_var_depth_so_far=5 subframe_depth=4 NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3 NODE v 1s4 (0:0,1:1,2:2,3:3,4:3) -> 4 NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3 NODE v 1s4 (0:0,1:1,2:2,3:3,4:3) -> 4 NODE idx 0s2 (0:0,1:1,2:2) -> 2 SUBFRAME [elif_block] var_count_below=3 var_count_at=1 max_var_depth_so_far=5 subframe_depth=3 NODE sum 0s3 (0:0,1:1,2:2,3:3) -> 3 SUBFRAME [for] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=4 NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4 NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4 NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4 NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4 SUBFRAME [for] var_count_below=5 var_count_at=1 max_var_depth_so_far=6 subframe_depth=5 NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5 NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5 NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5 NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5 NODE sum 0s3 (0:0,1:1,2:2,3:3,4:4,5:5) -> 3 NODE sum 0s3 (0:0,1:1,2:2,3:3,4:4,5:5) -> 3 NODE i 0s4 (0:0,1:1,2:2,3:3,4:4,5:5) -> 4 NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5 NODE val 0s1 (0:0,1:1,2:2,3:3) -> 1 NODE sum 0s3 (0:0,1:1,2:2,3:3) -> 3 NODE val 0s1 (0:0,1:1,2:2,3:3) -> 1 ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [main_block] SUBFRAME [main_block] var_count_below=0 var_count_at=1 max_var_depth_so_far=1 subframe_depth=0 SUBFRAME [cond_block] var_count_below=1 var_count_at=1 max_var_depth_so_far=2 subframe_depth=1 NODE val 0s1 (0:0,1:1) -> 1 NODE nonesuch 0s0 (0:0,1:1) -> 0 SUBFRAME [while_block] var_count_below=2 var_count_at=0 max_var_depth_so_far=2 subframe_depth=2 SUBFRAME [if_block] var_count_below=2 var_count_at=0 max_var_depth_so_far=2 subframe_depth=3 SUBFRAME [for] var_count_below=2 var_count_at=2 max_var_depth_so_far=4 subframe_depth=4 NODE k 0s4 (0:0,1:1,2:2,3:2,4:2) -> 2 NODE v 1s4 (0:0,1:1,2:2,3:2,4:2) -> 3 NODE val 0s1 (0:0,1:1,2:2,3:2,4:2) -> 1 NODE v 1s4 (0:0,1:1,2:2,3:2,4:2) -> 3 NODE val 0s1 (0:0,1:1,2:2,3:2,4:2) -> 1 SUBFRAME [elif_block] var_count_below=2 var_count_at=0 max_var_depth_so_far=4 subframe_depth=3 SUBFRAME [for] var_count_below=2 var_count_at=1 max_var_depth_so_far=4 subframe_depth=4 NODE k 0s4 (0:0,1:1,2:2,3:2,4:2) -> 2 NODE k 0s4 (0:0,1:1,2:2,3:2,4:2) -> 2 SUBFRAME [elif_block] var_count_below=2 var_count_at=0 max_var_depth_so_far=4 subframe_depth=3 SUBFRAME [for] var_count_below=2 var_count_at=2 max_var_depth_so_far=4 subframe_depth=4 NODE k 0s4 (0:0,1:1,2:2,3:2,4:2) -> 2 NODE v 1s4 (0:0,1:1,2:2,3:2,4:2) -> 3 NODE k 0s4 (0:0,1:1,2:2,3:2,4:2) -> 2 NODE v 1s4 (0:0,1:1,2:2,3:2,4:2) -> 3 SUBFRAME [elif_block] var_count_below=2 var_count_at=1 max_var_depth_so_far=4 subframe_depth=3 NODE sum 0s3 (0:0,1:1,2:2,3:2) -> 2 SUBFRAME [for] var_count_below=3 var_count_at=1 max_var_depth_so_far=4 subframe_depth=4 NODE i 0s4 (0:0,1:1,2:2,3:2,4:3) -> 3 NODE i 0s4 (0:0,1:1,2:2,3:2,4:3) -> 3 NODE i 0s4 (0:0,1:1,2:2,3:2,4:3) -> 3 NODE i 0s4 (0:0,1:1,2:2,3:2,4:3) -> 3 SUBFRAME [for] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=5 NODE j 0s5 (0:0,1:1,2:2,3:2,4:3,5:4) -> 4 NODE j 0s5 (0:0,1:1,2:2,3:2,4:3,5:4) -> 4 NODE j 0s5 (0:0,1:1,2:2,3:2,4:3,5:4) -> 4 NODE j 0s5 (0:0,1:1,2:2,3:2,4:3,5:4) -> 4 NODE sum 0s3 (0:0,1:1,2:2,3:2,4:3,5:4) -> 2 NODE sum 0s3 (0:0,1:1,2:2,3:2,4:3,5:4) -> 2 NODE i 0s4 (0:0,1:1,2:2,3:2,4:3,5:4) -> 3 NODE j 0s5 (0:0,1:1,2:2,3:2,4:3,5:4) -> 4 NODE val 0s1 (0:0,1:1,2:2,3:2) -> 1 NODE sum 0s3 (0:0,1:1,2:2,3:2) -> 2 NODE val 0s1 (0:0,1:1,2:2,3:2) -> 1 ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [end] SUBFRAME [end] var_count_below=0 var_count_at=1 max_var_depth_so_far=1 subframe_depth=0 SUBFRAME [cond_block] var_count_below=1 var_count_at=1 max_var_depth_so_far=2 subframe_depth=1 NODE val 0s1 (0:0,1:1) -> 1 NODE nonesuch 0s0 (0:0,1:1) -> 0 SUBFRAME [for] var_count_below=2 var_count_at=1 max_var_depth_so_far=3 subframe_depth=2 NODE idx 0s2 (0:0,1:1,2:2) -> 2 NODE idx 0s2 (0:0,1:1,2:2) -> 2 NODE idx 0s2 (0:0,1:1,2:2) -> 2 NODE idx 0s2 (0:0,1:1,2:2) -> 2 NODE idx 0s2 (0:0,1:1,2:2) -> 2 SUBFRAME [if_block] var_count_below=3 var_count_at=0 max_var_depth_so_far=3 subframe_depth=3 SUBFRAME [for] var_count_below=3 var_count_at=1 max_var_depth_so_far=4 subframe_depth=4 NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3 NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3 NODE idx 0s2 (0:0,1:1,2:2) -> 2 SUBFRAME [elif_block] var_count_below=3 var_count_at=0 max_var_depth_so_far=4 subframe_depth=3 SUBFRAME [for] var_count_below=3 var_count_at=2 max_var_depth_so_far=5 subframe_depth=4 NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3 NODE v 1s4 (0:0,1:1,2:2,3:3,4:3) -> 4 NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3 NODE v 1s4 (0:0,1:1,2:2,3:3,4:3) -> 4 NODE idx 0s2 (0:0,1:1,2:2) -> 2 SUBFRAME [elif_block] var_count_below=3 var_count_at=1 max_var_depth_so_far=5 subframe_depth=3 NODE sum 0s3 (0:0,1:1,2:2,3:3) -> 3 SUBFRAME [for] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=4 NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4 NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4 NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4 NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4 SUBFRAME [for] var_count_below=5 var_count_at=1 max_var_depth_so_far=6 subframe_depth=5 NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5 NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5 NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5 NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5 NODE sum 0s3 (0:0,1:1,2:2,3:3,4:4,5:5) -> 3 NODE sum 0s3 (0:0,1:1,2:2,3:3,4:4,5:5) -> 3 NODE i 0s4 (0:0,1:1,2:2,3:3,4:4,5:5) -> 4 NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5 NODE val 0s1 (0:0,1:1,2:2,3:3) -> 1 NODE sum 0s3 (0:0,1:1,2:2,3:3) -> 3 NODE val 0s1 (0:0,1:1,2:2,3:3) -> 1 BLOCKED AST: FUNCTION DEFINITION: text="f", type=FUNC_DEF: subframe_var_count=4 max_subframe_depth=6 max_var_depth=8 text="f", type=NON_SIGIL_NAME: text="a", type=UNTYPED_PARAMETER_DEFINITION. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="b", type=UNTYPED_PARAMETER_DEFINITION. vardef_subframe_relative_index=2 vardef_subframe_index=0 vardef_frame_relative_index=2 text="c", type=UNTYPED_PARAMETER_DEFINITION. vardef_subframe_relative_index=3 vardef_subframe_index=0 vardef_frame_relative_index=3 text="func_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="NR", type=CONTEXT_VARIABLE. text="*", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="1000", type=NUMERIC_LITERAL. text="cond", type=CONDITIONAL_BLOCK: text="true", type=BOOLEAN_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=1 text="var", type=UNTYPED_LOCAL_DEFINITION: text="val", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=4 text="nonesuch", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=0 vardef_frame_relative_index=0 text="while", type=WHILE: text="==", type=OPERATOR: text="1", type=NUMERIC_LITERAL. text="1", type=NUMERIC_LITERAL. text="while_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="1", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="for", type=FOR_SREC: subframe_var_count=2 text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=0 vardef_subframe_index=4 vardef_frame_relative_index=5 text="v", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=1 vardef_subframe_index=4 vardef_frame_relative_index=6 text="for_full_srec_block", type=STATEMENT_BLOCK: text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="val", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=4 text=".", type=OPERATOR: text=".", type=OPERATOR: text=".", type=OPERATOR: text=".", type=OPERATOR: text=".", type=OPERATOR: text=".", type=OPERATOR: text="v", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=4 vardef_frame_relative_index=6 text=":", type=STRING_LITERAL. text="a", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text=":", type=STRING_LITERAL. text="b", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=2 vardef_subframe_index=0 vardef_frame_relative_index=2 text=":", type=STRING_LITERAL. text="c", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=3 vardef_subframe_index=0 vardef_frame_relative_index=3 text="print", type=PRINT: text=".", type=OPERATOR: text="f:1:val:", type=STRING_LITERAL. text="val", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=4 text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="2", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="for", type=FOR_OOSVAR_KEY_ONLY: subframe_var_count=1 text="k", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=0 vardef_subframe_index=4 vardef_frame_relative_index=5 text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="for_loop_oosvar_block", type=STATEMENT_BLOCK: text="print", type=PRINT: text=".", type=OPERATOR: text="f:2:k:", type=STRING_LITERAL. text="k", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=4 vardef_frame_relative_index=5 text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="for", 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text="triple_for_update_statements", type=STATEMENT_LIST: text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="j", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=5 vardef_frame_relative_index=7 text="+", type=OPERATOR: text="j", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=5 vardef_frame_relative_index=7 text="1", type=NUMERIC_LITERAL. text="triple_for_block", type=STATEMENT_BLOCK: text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="sum", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=3 vardef_frame_relative_index=5 text="+", type=OPERATOR: text="sum", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=3 vardef_frame_relative_index=5 text="*", type=OPERATOR: text="i", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=4 vardef_frame_relative_index=6 text="j", type=NONINDEXED_LOCAL_VARIABLE. 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text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="i", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=4 vardef_frame_relative_index=3 text="+", type=OPERATOR: text="i", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=4 vardef_frame_relative_index=3 text="1", type=NUMERIC_LITERAL. text="triple_for_block", type=STATEMENT_BLOCK: text="for", type=TRIPLE_FOR: subframe_var_count=1 text="triple_for_start_statements", type=STATEMENT_LIST: text="var", type=UNTYPED_LOCAL_DEFINITION: text="j", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=5 vardef_frame_relative_index=4 text="1", type=NUMERIC_LITERAL. text="triple_for_continuation_statements", type=STATEMENT_LIST: text="<=", type=OPERATOR: text="j", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=5 vardef_frame_relative_index=4 text="10", type=NUMERIC_LITERAL. text="triple_for_update_statements", type=STATEMENT_LIST: text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="j", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=5 vardef_frame_relative_index=4 text="+", type=OPERATOR: text="j", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=5 vardef_frame_relative_index=4 text="1", type=NUMERIC_LITERAL. text="triple_for_block", type=STATEMENT_BLOCK: text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="sum", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=3 vardef_frame_relative_index=2 text="+", type=OPERATOR: text="sum", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=3 vardef_frame_relative_index=2 text="*", type=OPERATOR: text="i", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=4 vardef_frame_relative_index=3 text="j", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=5 vardef_frame_relative_index=4 text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="val", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="sum", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=3 vardef_frame_relative_index=2 text="print", type=PRINT: text=".", type=OPERATOR: text="m:val:", type=STRING_LITERAL. text="val", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="break", type=BREAK. text="=", type=SREC_ASSIGNMENT: text="o", type=FIELD_NAME. text="f", type=FUNCTION_CALLSITE: text="NR", type=CONTEXT_VARIABLE. text="a", type=FIELD_NAME. text="y", type=FIELD_NAME. text="subr_call", type=SUBR_CALLSITE: text="s", type=FUNCTION_CALLSITE: text="b", type=FIELD_NAME. text="NR", type=CONTEXT_VARIABLE. text="**", type=OPERATOR: text="i", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. BEGIN b:2:k:0 b:3:k:0v:456 b:val:3025 MAIN m:1:val:pan m:1:val:pan m:1:val:1 m:1:val:0.346790 m:1:val:0.726803 f:1:val:pan:1:pan:0.726803 f:1:val:pan:1:pan:0.726803 f:1:val:1:1:pan:0.726803 f:1:val:0.346790:1:pan:0.726803 f:1:val:0.726803:1:pan:0.726803 s:1:val:pan:pan:1:1.000000 s:1:val:pan:pan:1:1.000000 s:1:val:1:pan:1:1.000000 s:1:val:0.346790:pan:1:1.000000 s:1:val:0.726803:pan:1:1.000000 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 MAIN m:2:k:0 m:2:k:1 m:2:k:2 f:2:k:0 f:2:k:1 f:2:k:2 s:2:k:0 s:2:k:1 s:2:k:2 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 MAIN m:3:k:0v:456 m:3:k:1v:2000 m:3:k:2v:4000 m:3:k:3v:12000 f:3:k:0v:456 f:3:k:1v:2000 f:3:k:2v:4000 f:3:k:3v:3000 s:3:k:0v:456 s:3:k:1v:2000 s:3:k:2v:4000 s:3:k:3v:6000 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 MAIN m:val:3025 f:val:3025 s:val:3025 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 MAIN a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 MAIN a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 MAIN a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 MAIN a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 MAIN a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 MAIN a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 END e:2:k:0 e:2:k:1 e:2:k:2 e:2:k:3 e:2:k:4 e:2:k:5 e:2:k:6 e:2:k:7 e:2:k:8 e:2:k:9 e:2:k:10 e:2:k:100 e:3:k:0v:456 e:3:k:1v:2000 e:3:k:2v:4000 e:3:k:3v:6000 e:3:k:4v:8000 e:3:k:5v:10000 e:3:k:6v:12000 e:3:k:7v:14000 e:3:k:8v:16000 e:3:k:9v:18000 e:3:k:10v:20000 e:3:k:100v:789 e:val:3025 mlr --from ./reg_test/input/abixy put a=a; $oa = a a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy put a=a; $oa = a; a = a; $ob = a a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy put a=a; $oa = a; a = a; $ob = a; a = b; $oc = a a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy put a=a; $oa = a; a = a; $ob = a; a = b; $oc = a; b = 3; b = a; $od = a a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy put a=a; $oa = a; a = a; $ob = a; a = b; $oc = a; b = 3; b = a; $od = a; b = 4;a = b; $oe= a a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,oe=4 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,oe=4 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,oe=4 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,oe=4 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,oe=4 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,oe=4 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,oe=4 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,oe=4 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,oe=4 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,oe=4 ================================================================ DSL IF-CHAINING ---------------------------------------------------------------- IF/ELIF WITH ELSE mlr --from ./reg_test/input/xy40.dkvp put -v if (NR==1) { $x = 2; $y = 3 } RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="1", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="1", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. i=1,x=2,y=3 i=2,x=102,y=202 i=3,x=103,y=203 i=4,x=104,y=204 i=5,x=105,y=205 i=6,x=106,y=206 i=7,x=107,y=207 i=8,x=108,y=208 i=9,x=109,y=209 i=10,x=110,y=210 i=11,x=111,y=211 i=12,x=112,y=212 i=13,x=113,y=213 i=14,x=114,y=214 i=15,x=115,y=215 i=16,x=116,y=216 i=17,x=117,y=217 i=18,x=118,y=218 i=19,x=119,y=219 i=20,x=120,y=220 i=21,x=121,y=221 i=22,x=122,y=222 i=23,x=123,y=223 i=24,x=124,y=224 i=25,x=125,y=225 i=26,x=126,y=226 i=27,x=127,y=227 i=28,x=128,y=228 i=29,x=129,y=229 i=30,x=130,y=230 i=31,x=131,y=231 i=32,x=132,y=232 i=33,x=133,y=233 i=34,x=134,y=234 i=35,x=135,y=235 i=36,x=136,y=236 i=37,x=137,y=237 i=38,x=138,y=238 i=39,x=139,y=239 i=40,x=140,y=240 mlr --from ./reg_test/input/xy40.dkvp put -v if (NR == 4) { $x = 5; $y = 6 } else { $x = 1007; $y = 1008 } RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="4", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="5", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="6", type=NUMERIC_LITERAL. text="else", type=IF_ITEM: text="else_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="1007", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="1008", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="4", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="5", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="6", type=NUMERIC_LITERAL. text="else", type=IF_ITEM: text="else_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="1007", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="1008", type=NUMERIC_LITERAL. i=1,x=1007,y=1008 i=2,x=1007,y=1008 i=3,x=1007,y=1008 i=4,x=5,y=6 i=5,x=1007,y=1008 i=6,x=1007,y=1008 i=7,x=1007,y=1008 i=8,x=1007,y=1008 i=9,x=1007,y=1008 i=10,x=1007,y=1008 i=11,x=1007,y=1008 i=12,x=1007,y=1008 i=13,x=1007,y=1008 i=14,x=1007,y=1008 i=15,x=1007,y=1008 i=16,x=1007,y=1008 i=17,x=1007,y=1008 i=18,x=1007,y=1008 i=19,x=1007,y=1008 i=20,x=1007,y=1008 i=21,x=1007,y=1008 i=22,x=1007,y=1008 i=23,x=1007,y=1008 i=24,x=1007,y=1008 i=25,x=1007,y=1008 i=26,x=1007,y=1008 i=27,x=1007,y=1008 i=28,x=1007,y=1008 i=29,x=1007,y=1008 i=30,x=1007,y=1008 i=31,x=1007,y=1008 i=32,x=1007,y=1008 i=33,x=1007,y=1008 i=34,x=1007,y=1008 i=35,x=1007,y=1008 i=36,x=1007,y=1008 i=37,x=1007,y=1008 i=38,x=1007,y=1008 i=39,x=1007,y=1008 i=40,x=1007,y=1008 mlr --from ./reg_test/input/xy40.dkvp put -v if (NR == 9) { $x = 10; $y = 11 } elif (NR == 12) { $x = 13; $y = 14 } else { $x = 1015; $y = 1016 } RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="9", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="10", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="11", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="12", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="13", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="14", type=NUMERIC_LITERAL. text="else", type=IF_ITEM: text="else_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="1015", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="1016", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="9", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="10", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="11", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="12", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="13", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="14", type=NUMERIC_LITERAL. text="else", type=IF_ITEM: text="else_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="1015", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="1016", type=NUMERIC_LITERAL. i=1,x=1015,y=1016 i=2,x=1015,y=1016 i=3,x=1015,y=1016 i=4,x=1015,y=1016 i=5,x=1015,y=1016 i=6,x=1015,y=1016 i=7,x=1015,y=1016 i=8,x=1015,y=1016 i=9,x=10,y=11 i=10,x=1015,y=1016 i=11,x=1015,y=1016 i=12,x=13,y=14 i=13,x=1015,y=1016 i=14,x=1015,y=1016 i=15,x=1015,y=1016 i=16,x=1015,y=1016 i=17,x=1015,y=1016 i=18,x=1015,y=1016 i=19,x=1015,y=1016 i=20,x=1015,y=1016 i=21,x=1015,y=1016 i=22,x=1015,y=1016 i=23,x=1015,y=1016 i=24,x=1015,y=1016 i=25,x=1015,y=1016 i=26,x=1015,y=1016 i=27,x=1015,y=1016 i=28,x=1015,y=1016 i=29,x=1015,y=1016 i=30,x=1015,y=1016 i=31,x=1015,y=1016 i=32,x=1015,y=1016 i=33,x=1015,y=1016 i=34,x=1015,y=1016 i=35,x=1015,y=1016 i=36,x=1015,y=1016 i=37,x=1015,y=1016 i=38,x=1015,y=1016 i=39,x=1015,y=1016 i=40,x=1015,y=1016 mlr --from ./reg_test/input/xy40.dkvp put -v if (NR == 17) { $x = 18; $y = 19 } elif (NR == 20) { $x = 21; $y = 22 } elif (NR == 23) { $x = 24; $y = 25 } else { $x = 1026; $y = 1027 } RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="17", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="18", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="19", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="20", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="21", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="22", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="23", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="24", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="25", type=NUMERIC_LITERAL. text="else", type=IF_ITEM: text="else_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="1026", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="1027", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="17", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="18", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="19", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="20", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="21", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="22", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="23", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="24", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="25", type=NUMERIC_LITERAL. text="else", type=IF_ITEM: text="else_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="1026", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="1027", type=NUMERIC_LITERAL. i=1,x=1026,y=1027 i=2,x=1026,y=1027 i=3,x=1026,y=1027 i=4,x=1026,y=1027 i=5,x=1026,y=1027 i=6,x=1026,y=1027 i=7,x=1026,y=1027 i=8,x=1026,y=1027 i=9,x=1026,y=1027 i=10,x=1026,y=1027 i=11,x=1026,y=1027 i=12,x=1026,y=1027 i=13,x=1026,y=1027 i=14,x=1026,y=1027 i=15,x=1026,y=1027 i=16,x=1026,y=1027 i=17,x=18,y=19 i=18,x=1026,y=1027 i=19,x=1026,y=1027 i=20,x=21,y=22 i=21,x=1026,y=1027 i=22,x=1026,y=1027 i=23,x=24,y=25 i=24,x=1026,y=1027 i=25,x=1026,y=1027 i=26,x=1026,y=1027 i=27,x=1026,y=1027 i=28,x=1026,y=1027 i=29,x=1026,y=1027 i=30,x=1026,y=1027 i=31,x=1026,y=1027 i=32,x=1026,y=1027 i=33,x=1026,y=1027 i=34,x=1026,y=1027 i=35,x=1026,y=1027 i=36,x=1026,y=1027 i=37,x=1026,y=1027 i=38,x=1026,y=1027 i=39,x=1026,y=1027 i=40,x=1026,y=1027 mlr --from ./reg_test/input/xy40.dkvp put -v if (NR == 28) { $x = 29; $y = 30 } elif (NR == 31) { $x = 32; $y = 33 } elif (NR == 34) { $x = 35; $y = 36 } elif (NR == 37) { $x = 38; $y = 39 } else { $x = 1040; $y = 1041 } RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="28", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="29", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="30", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="31", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="32", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="33", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="34", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="35", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="36", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="37", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="38", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="39", type=NUMERIC_LITERAL. text="else", type=IF_ITEM: text="else_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="1040", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="1041", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="28", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="29", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="30", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="31", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="32", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="33", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="34", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="35", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="36", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="37", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="38", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="39", type=NUMERIC_LITERAL. text="else", type=IF_ITEM: text="else_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="1040", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="1041", type=NUMERIC_LITERAL. i=1,x=1040,y=1041 i=2,x=1040,y=1041 i=3,x=1040,y=1041 i=4,x=1040,y=1041 i=5,x=1040,y=1041 i=6,x=1040,y=1041 i=7,x=1040,y=1041 i=8,x=1040,y=1041 i=9,x=1040,y=1041 i=10,x=1040,y=1041 i=11,x=1040,y=1041 i=12,x=1040,y=1041 i=13,x=1040,y=1041 i=14,x=1040,y=1041 i=15,x=1040,y=1041 i=16,x=1040,y=1041 i=17,x=1040,y=1041 i=18,x=1040,y=1041 i=19,x=1040,y=1041 i=20,x=1040,y=1041 i=21,x=1040,y=1041 i=22,x=1040,y=1041 i=23,x=1040,y=1041 i=24,x=1040,y=1041 i=25,x=1040,y=1041 i=26,x=1040,y=1041 i=27,x=1040,y=1041 i=28,x=29,y=30 i=29,x=1040,y=1041 i=30,x=1040,y=1041 i=31,x=32,y=33 i=32,x=1040,y=1041 i=33,x=1040,y=1041 i=34,x=35,y=36 i=35,x=1040,y=1041 i=36,x=1040,y=1041 i=37,x=38,y=39 i=38,x=1040,y=1041 i=39,x=1040,y=1041 i=40,x=1040,y=1041 ---------------------------------------------------------------- IF/ELIF WITHOUT ELSE mlr --from ./reg_test/input/xy40.dkvp put -v if (NR == 1) { $x = 2; $y = 3 } RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="1", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="1", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="2", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="3", type=NUMERIC_LITERAL. i=1,x=2,y=3 i=2,x=102,y=202 i=3,x=103,y=203 i=4,x=104,y=204 i=5,x=105,y=205 i=6,x=106,y=206 i=7,x=107,y=207 i=8,x=108,y=208 i=9,x=109,y=209 i=10,x=110,y=210 i=11,x=111,y=211 i=12,x=112,y=212 i=13,x=113,y=213 i=14,x=114,y=214 i=15,x=115,y=215 i=16,x=116,y=216 i=17,x=117,y=217 i=18,x=118,y=218 i=19,x=119,y=219 i=20,x=120,y=220 i=21,x=121,y=221 i=22,x=122,y=222 i=23,x=123,y=223 i=24,x=124,y=224 i=25,x=125,y=225 i=26,x=126,y=226 i=27,x=127,y=227 i=28,x=128,y=228 i=29,x=129,y=229 i=30,x=130,y=230 i=31,x=131,y=231 i=32,x=132,y=232 i=33,x=133,y=233 i=34,x=134,y=234 i=35,x=135,y=235 i=36,x=136,y=236 i=37,x=137,y=237 i=38,x=138,y=238 i=39,x=139,y=239 i=40,x=140,y=240 mlr --from ./reg_test/input/xy40.dkvp put -v if (NR == 4) { $x = 5; $y = 6 } elif (NR == 7) { $x = 8; $y = 9 } RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="4", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="5", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="6", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="7", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="8", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="9", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="4", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="5", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="6", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="7", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="8", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="9", type=NUMERIC_LITERAL. i=1,x=101,y=201 i=2,x=102,y=202 i=3,x=103,y=203 i=4,x=5,y=6 i=5,x=105,y=205 i=6,x=106,y=206 i=7,x=8,y=9 i=8,x=108,y=208 i=9,x=109,y=209 i=10,x=110,y=210 i=11,x=111,y=211 i=12,x=112,y=212 i=13,x=113,y=213 i=14,x=114,y=214 i=15,x=115,y=215 i=16,x=116,y=216 i=17,x=117,y=217 i=18,x=118,y=218 i=19,x=119,y=219 i=20,x=120,y=220 i=21,x=121,y=221 i=22,x=122,y=222 i=23,x=123,y=223 i=24,x=124,y=224 i=25,x=125,y=225 i=26,x=126,y=226 i=27,x=127,y=227 i=28,x=128,y=228 i=29,x=129,y=229 i=30,x=130,y=230 i=31,x=131,y=231 i=32,x=132,y=232 i=33,x=133,y=233 i=34,x=134,y=234 i=35,x=135,y=235 i=36,x=136,y=236 i=37,x=137,y=237 i=38,x=138,y=238 i=39,x=139,y=239 i=40,x=140,y=240 mlr --from ./reg_test/input/xy40.dkvp put -v if (NR == 10) { $x = 11; $y = 12 } elif (NR == 13) { $x = 14; $y = 15 } elif (NR == 16) { $x = 17; $y = 18 } RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="10", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="11", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="12", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="13", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="14", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="15", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="16", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="17", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="18", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="10", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="11", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="12", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="13", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="14", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="15", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="16", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="17", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="18", type=NUMERIC_LITERAL. i=1,x=101,y=201 i=2,x=102,y=202 i=3,x=103,y=203 i=4,x=104,y=204 i=5,x=105,y=205 i=6,x=106,y=206 i=7,x=107,y=207 i=8,x=108,y=208 i=9,x=109,y=209 i=10,x=11,y=12 i=11,x=111,y=211 i=12,x=112,y=212 i=13,x=14,y=15 i=14,x=114,y=214 i=15,x=115,y=215 i=16,x=17,y=18 i=17,x=117,y=217 i=18,x=118,y=218 i=19,x=119,y=219 i=20,x=120,y=220 i=21,x=121,y=221 i=22,x=122,y=222 i=23,x=123,y=223 i=24,x=124,y=224 i=25,x=125,y=225 i=26,x=126,y=226 i=27,x=127,y=227 i=28,x=128,y=228 i=29,x=129,y=229 i=30,x=130,y=230 i=31,x=131,y=231 i=32,x=132,y=232 i=33,x=133,y=233 i=34,x=134,y=234 i=35,x=135,y=235 i=36,x=136,y=236 i=37,x=137,y=237 i=38,x=138,y=238 i=39,x=139,y=239 i=40,x=140,y=240 mlr --from ./reg_test/input/xy40.dkvp put -v if (NR == 19) { $x = 20; $y = 21 } elif (NR == 22) { $x = 23; $y = 24 } elif (NR == 25) { $x = 26; $y = 37 } elif (NR == 28) { $x = 29; $y = 30 } RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="19", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="20", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="21", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="22", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="23", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="24", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="25", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="26", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="37", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="28", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="29", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="30", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="19", type=NUMERIC_LITERAL. text="if_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="20", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="21", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="22", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="23", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="24", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="25", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="26", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="37", type=NUMERIC_LITERAL. text="elif", type=IF_ITEM: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="28", type=NUMERIC_LITERAL. text="elif_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="x", type=FIELD_NAME. text="29", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="y", type=FIELD_NAME. text="30", type=NUMERIC_LITERAL. i=1,x=101,y=201 i=2,x=102,y=202 i=3,x=103,y=203 i=4,x=104,y=204 i=5,x=105,y=205 i=6,x=106,y=206 i=7,x=107,y=207 i=8,x=108,y=208 i=9,x=109,y=209 i=10,x=110,y=210 i=11,x=111,y=211 i=12,x=112,y=212 i=13,x=113,y=213 i=14,x=114,y=214 i=15,x=115,y=215 i=16,x=116,y=216 i=17,x=117,y=217 i=18,x=118,y=218 i=19,x=20,y=21 i=20,x=120,y=220 i=21,x=121,y=221 i=22,x=23,y=24 i=23,x=123,y=223 i=24,x=124,y=224 i=25,x=26,y=37 i=26,x=126,y=226 i=27,x=127,y=227 i=28,x=29,y=30 i=29,x=129,y=229 i=30,x=130,y=230 i=31,x=131,y=231 i=32,x=132,y=232 i=33,x=133,y=233 i=34,x=134,y=234 i=35,x=135,y=235 i=36,x=136,y=236 i=37,x=137,y=237 i=38,x=138,y=238 i=39,x=139,y=239 i=40,x=140,y=240 ================================================================ DSL INDIRECT SREC ASSIGNMENTS mlr put -v $["a"] = $["b"]; $["x"] = 10 * $["y"] ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=INDIRECT_SREC_ASSIGNMENT: text="a", type=STRING_LITERAL. text="indirect_field_name", type=INDIRECT_FIELD_NAME: text="b", type=STRING_LITERAL. text="=", type=INDIRECT_SREC_ASSIGNMENT: text="x", type=STRING_LITERAL. text="*", type=OPERATOR: text="10", type=NUMERIC_LITERAL. text="indirect_field_name", type=INDIRECT_FIELD_NAME: text="y", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=INDIRECT_SREC_ASSIGNMENT: text="a", type=STRING_LITERAL. text="indirect_field_name", type=INDIRECT_FIELD_NAME: text="b", type=STRING_LITERAL. text="=", type=INDIRECT_SREC_ASSIGNMENT: text="x", type=STRING_LITERAL. text="*", type=OPERATOR: text="10", type=NUMERIC_LITERAL. text="indirect_field_name", type=INDIRECT_FIELD_NAME: text="y", type=STRING_LITERAL. a=pan,b=pan,i=1,x=7.268029,y=0.7268028627434533 a=pan,b=pan,i=2,x=5.221511,y=0.5221511083334797 a=wye,b=wye,i=3,x=3.383185,y=0.33831852551664776 a=wye,b=wye,i=4,x=1.341887,y=0.13418874328430463 a=pan,b=pan,i=5,x=8.636245,y=0.8636244699032729 a=pan,b=pan,i=6,x=4.932213,y=0.49322128674835697 a=zee,b=zee,i=7,x=1.878849,y=0.1878849191181694 a=wye,b=wye,i=8,x=9.761814,y=0.976181385699006 a=wye,b=wye,i=9,x=7.495508,y=0.7495507603507059 a=wye,b=wye,i=10,x=9.526184,y=0.9526183602969864 mlr --from ./reg_test/input/abixy put while (NF < 256) { $["k".string(NF+1)] = "v".string(NF) } a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,k6=v5,k7=v6,k8=v7,k9=v8,k10=v9,k11=v10,k12=v11,k13=v12,k14=v13,k15=v14,k16=v15,k17=v16,k18=v17,k19=v18,k20=v19,k21=v20,k22=v21,k23=v22,k24=v23,k25=v24,k26=v25,k27=v26,k28=v27,k29=v28,k30=v29,k31=v30,k32=v31,k33=v32,k34=v33,k35=v34,k36=v35,k37=v36,k38=v37,k39=v38,k40=v39,k41=v40,k42=v41,k43=v42,k44=v43,k45=v44,k46=v45,k47=v46,k48=v47,k49=v48,k50=v49,k51=v50,k52=v51,k53=v52,k54=v53,k55=v54,k56=v55,k57=v56,k58=v57,k59=v58,k60=v59,k61=v60,k62=v61,k63=v62,k64=v63,k65=v64,k66=v65,k67=v66,k68=v67,k69=v68,k70=v69,k71=v70,k72=v71,k73=v72,k74=v73,k75=v74,k76=v75,k77=v76,k78=v77,k79=v78,k80=v79,k81=v80,k82=v81,k83=v82,k84=v83,k85=v84,k86=v85,k87=v86,k88=v87,k89=v88,k90=v89,k91=v90,k92=v91,k93=v92,k94=v93,k95=v94,k96=v95,k97=v96,k98=v97,k99=v98,k100=v99,k101=v100,k102=v101,k103=v102,k104=v103,k105=v104,k106=v105,k107=v106,k108=v107,k109=v108,k110=v109,k111=v110,k112=v111,k113=v112,k114=v113,k115=v114,k116=v115,k117=v116,k118=v117,k119=v118,k120=v119,k121=v120,k122=v121,k123=v122,k124=v123,k125=v124,k126=v125,k127=v126,k128=v127,k129=v128,k130=v129,k131=v130,k132=v131,k133=v132,k134=v133,k135=v134,k136=v135,k137=v136,k138=v137,k139=v138,k140=v139,k141=v140,k142=v141,k143=v142,k144=v143,k145=v144,k146=v145,k147=v146,k148=v147,k149=v148,k150=v149,k151=v150,k152=v151,k153=v152,k154=v153,k155=v154,k156=v155,k157=v156,k158=v157,k159=v158,k160=v159,k161=v160,k162=v161,k163=v162,k164=v163,k165=v164,k166=v165,k167=v166,k168=v167,k169=v168,k170=v169,k171=v170,k172=v171,k173=v172,k174=v173,k175=v174,k176=v175,k177=v176,k178=v177,k179=v178,k180=v179,k181=v180,k182=v181,k183=v182,k184=v183,k185=v184,k186=v185,k187=v186,k188=v187,k189=v188,k190=v189,k191=v190,k192=v191,k193=v192,k194=v193,k195=v194,k196=v195,k197=v196,k198=v197,k199=v198,k200=v199,k201=v200,k202=v201,k203=v202,k204=v203,k205=v204,k206=v205,k207=v206,k208=v207,k209=v208,k210=v209,k211=v210,k212=v211,k213=v212,k214=v213,k215=v214,k216=v215,k217=v216,k218=v217,k219=v218,k220=v219,k221=v220,k222=v221,k223=v222,k224=v223,k225=v224,k226=v225,k227=v226,k228=v227,k229=v228,k230=v229,k231=v230,k232=v231,k233=v232,k234=v233,k235=v234,k236=v235,k237=v236,k238=v237,k239=v238,k240=v239,k241=v240,k242=v241,k243=v242,k244=v243,k245=v244,k246=v245,k247=v246,k248=v247,k249=v248,k250=v249,k251=v250,k252=v251,k253=v252,k254=v253,k255=v254,k256=v255 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,k6=v5,k7=v6,k8=v7,k9=v8,k10=v9,k11=v10,k12=v11,k13=v12,k14=v13,k15=v14,k16=v15,k17=v16,k18=v17,k19=v18,k20=v19,k21=v20,k22=v21,k23=v22,k24=v23,k25=v24,k26=v25,k27=v26,k28=v27,k29=v28,k30=v29,k31=v30,k32=v31,k33=v32,k34=v33,k35=v34,k36=v35,k37=v36,k38=v37,k39=v38,k40=v39,k41=v40,k42=v41,k43=v42,k44=v43,k45=v44,k46=v45,k47=v46,k48=v47,k49=v48,k50=v49,k51=v50,k52=v51,k53=v52,k54=v53,k55=v54,k56=v55,k57=v56,k58=v57,k59=v58,k60=v59,k61=v60,k62=v61,k63=v62,k64=v63,k65=v64,k66=v65,k67=v66,k68=v67,k69=v68,k70=v69,k71=v70,k72=v71,k73=v72,k74=v73,k75=v74,k76=v75,k77=v76,k78=v77,k79=v78,k80=v79,k81=v80,k82=v81,k83=v82,k84=v83,k85=v84,k86=v85,k87=v86,k88=v87,k89=v88,k90=v89,k91=v90,k92=v91,k93=v92,k94=v93,k95=v94,k96=v95,k97=v96,k98=v97,k99=v98,k100=v99,k101=v100,k102=v101,k103=v102,k104=v103,k105=v104,k106=v105,k107=v106,k108=v107,k109=v108,k110=v109,k111=v110,k112=v111,k113=v112,k114=v113,k115=v114,k116=v115,k117=v116,k118=v117,k119=v118,k120=v119,k121=v120,k122=v121,k123=v122,k124=v123,k125=v124,k126=v125,k127=v126,k128=v127,k129=v128,k130=v129,k131=v130,k132=v131,k133=v132,k134=v133,k135=v134,k136=v135,k137=v136,k138=v137,k139=v138,k140=v139,k141=v140,k142=v141,k143=v142,k144=v143,k145=v144,k146=v145,k147=v146,k148=v147,k149=v148,k150=v149,k151=v150,k152=v151,k153=v152,k154=v153,k155=v154,k156=v155,k157=v156,k158=v157,k159=v158,k160=v159,k161=v160,k162=v161,k163=v162,k164=v163,k165=v164,k166=v165,k167=v166,k168=v167,k169=v168,k170=v169,k171=v170,k172=v171,k173=v172,k174=v173,k175=v174,k176=v175,k177=v176,k178=v177,k179=v178,k180=v179,k181=v180,k182=v181,k183=v182,k184=v183,k185=v184,k186=v185,k187=v186,k188=v187,k189=v188,k190=v189,k191=v190,k192=v191,k193=v192,k194=v193,k195=v194,k196=v195,k197=v196,k198=v197,k199=v198,k200=v199,k201=v200,k202=v201,k203=v202,k204=v203,k205=v204,k206=v205,k207=v206,k208=v207,k209=v208,k210=v209,k211=v210,k212=v211,k213=v212,k214=v213,k215=v214,k216=v215,k217=v216,k218=v217,k219=v218,k220=v219,k221=v220,k222=v221,k223=v222,k224=v223,k225=v224,k226=v225,k227=v226,k228=v227,k229=v228,k230=v229,k231=v230,k232=v231,k233=v232,k234=v233,k235=v234,k236=v235,k237=v236,k238=v237,k239=v238,k240=v239,k241=v240,k242=v241,k243=v242,k244=v243,k245=v244,k246=v245,k247=v246,k248=v247,k249=v248,k250=v249,k251=v250,k252=v251,k253=v252,k254=v253,k255=v254,k256=v255 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,k6=v5,k7=v6,k8=v7,k9=v8,k10=v9,k11=v10,k12=v11,k13=v12,k14=v13,k15=v14,k16=v15,k17=v16,k18=v17,k19=v18,k20=v19,k21=v20,k22=v21,k23=v22,k24=v23,k25=v24,k26=v25,k27=v26,k28=v27,k29=v28,k30=v29,k31=v30,k32=v31,k33=v32,k34=v33,k35=v34,k36=v35,k37=v36,k38=v37,k39=v38,k40=v39,k41=v40,k42=v41,k43=v42,k44=v43,k45=v44,k46=v45,k47=v46,k48=v47,k49=v48,k50=v49,k51=v50,k52=v51,k53=v52,k54=v53,k55=v54,k56=v55,k57=v56,k58=v57,k59=v58,k60=v59,k61=v60,k62=v61,k63=v62,k64=v63,k65=v64,k66=v65,k67=v66,k68=v67,k69=v68,k70=v69,k71=v70,k72=v71,k73=v72,k74=v73,k75=v74,k76=v75,k77=v76,k78=v77,k79=v78,k80=v79,k81=v80,k82=v81,k83=v82,k84=v83,k85=v84,k86=v85,k87=v86,k88=v87,k89=v88,k90=v89,k91=v90,k92=v91,k93=v92,k94=v93,k95=v94,k96=v95,k97=v96,k98=v97,k99=v98,k100=v99,k101=v100,k102=v101,k103=v102,k104=v103,k105=v104,k106=v105,k107=v106,k108=v107,k109=v108,k110=v109,k111=v110,k112=v111,k113=v112,k114=v113,k115=v114,k116=v115,k117=v116,k118=v117,k119=v118,k120=v119,k121=v120,k122=v121,k123=v122,k124=v123,k125=v124,k126=v125,k127=v126,k128=v127,k129=v128,k130=v129,k131=v130,k132=v131,k133=v132,k134=v133,k135=v134,k136=v135,k137=v136,k138=v137,k139=v138,k140=v139,k141=v140,k142=v141,k143=v142,k144=v143,k145=v144,k146=v145,k147=v146,k148=v147,k149=v148,k150=v149,k151=v150,k152=v151,k153=v152,k154=v153,k155=v154,k156=v155,k157=v156,k158=v157,k159=v158,k160=v159,k161=v160,k162=v161,k163=v162,k164=v163,k165=v164,k166=v165,k167=v166,k168=v167,k169=v168,k170=v169,k171=v170,k172=v171,k173=v172,k174=v173,k175=v174,k176=v175,k177=v176,k178=v177,k179=v178,k180=v179,k181=v180,k182=v181,k183=v182,k184=v183,k185=v184,k186=v185,k187=v186,k188=v187,k189=v188,k190=v189,k191=v190,k192=v191,k193=v192,k194=v193,k195=v194,k196=v195,k197=v196,k198=v197,k199=v198,k200=v199,k201=v200,k202=v201,k203=v202,k204=v203,k205=v204,k206=v205,k207=v206,k208=v207,k209=v208,k210=v209,k211=v210,k212=v211,k213=v212,k214=v213,k215=v214,k216=v215,k217=v216,k218=v217,k219=v218,k220=v219,k221=v220,k222=v221,k223=v222,k224=v223,k225=v224,k226=v225,k227=v226,k228=v227,k229=v228,k230=v229,k231=v230,k232=v231,k233=v232,k234=v233,k235=v234,k236=v235,k237=v236,k238=v237,k239=v238,k240=v239,k241=v240,k242=v241,k243=v242,k244=v243,k245=v244,k246=v245,k247=v246,k248=v247,k249=v248,k250=v249,k251=v250,k252=v251,k253=v252,k254=v253,k255=v254,k256=v255 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,k6=v5,k7=v6,k8=v7,k9=v8,k10=v9,k11=v10,k12=v11,k13=v12,k14=v13,k15=v14,k16=v15,k17=v16,k18=v17,k19=v18,k20=v19,k21=v20,k22=v21,k23=v22,k24=v23,k25=v24,k26=v25,k27=v26,k28=v27,k29=v28,k30=v29,k31=v30,k32=v31,k33=v32,k34=v33,k35=v34,k36=v35,k37=v36,k38=v37,k39=v38,k40=v39,k41=v40,k42=v41,k43=v42,k44=v43,k45=v44,k46=v45,k47=v46,k48=v47,k49=v48,k50=v49,k51=v50,k52=v51,k53=v52,k54=v53,k55=v54,k56=v55,k57=v56,k58=v57,k59=v58,k60=v59,k61=v60,k62=v61,k63=v62,k64=v63,k65=v64,k66=v65,k67=v66,k68=v67,k69=v68,k70=v69,k71=v70,k72=v71,k73=v72,k74=v73,k75=v74,k76=v75,k77=v76,k78=v77,k79=v78,k80=v79,k81=v80,k82=v81,k83=v82,k84=v83,k85=v84,k86=v85,k87=v86,k88=v87,k89=v88,k90=v89,k91=v90,k92=v91,k93=v92,k94=v93,k95=v94,k96=v95,k97=v96,k98=v97,k99=v98,k100=v99,k101=v100,k102=v101,k103=v102,k104=v103,k105=v104,k106=v105,k107=v106,k108=v107,k109=v108,k110=v109,k111=v110,k112=v111,k113=v112,k114=v113,k115=v114,k116=v115,k117=v116,k118=v117,k119=v118,k120=v119,k121=v120,k122=v121,k123=v122,k124=v123,k125=v124,k126=v125,k127=v126,k128=v127,k129=v128,k130=v129,k131=v130,k132=v131,k133=v132,k134=v133,k135=v134,k136=v135,k137=v136,k138=v137,k139=v138,k140=v139,k141=v140,k142=v141,k143=v142,k144=v143,k145=v144,k146=v145,k147=v146,k148=v147,k149=v148,k150=v149,k151=v150,k152=v151,k153=v152,k154=v153,k155=v154,k156=v155,k157=v156,k158=v157,k159=v158,k160=v159,k161=v160,k162=v161,k163=v162,k164=v163,k165=v164,k166=v165,k167=v166,k168=v167,k169=v168,k170=v169,k171=v170,k172=v171,k173=v172,k174=v173,k175=v174,k176=v175,k177=v176,k178=v177,k179=v178,k180=v179,k181=v180,k182=v181,k183=v182,k184=v183,k185=v184,k186=v185,k187=v186,k188=v187,k189=v188,k190=v189,k191=v190,k192=v191,k193=v192,k194=v193,k195=v194,k196=v195,k197=v196,k198=v197,k199=v198,k200=v199,k201=v200,k202=v201,k203=v202,k204=v203,k205=v204,k206=v205,k207=v206,k208=v207,k209=v208,k210=v209,k211=v210,k212=v211,k213=v212,k214=v213,k215=v214,k216=v215,k217=v216,k218=v217,k219=v218,k220=v219,k221=v220,k222=v221,k223=v222,k224=v223,k225=v224,k226=v225,k227=v226,k228=v227,k229=v228,k230=v229,k231=v230,k232=v231,k233=v232,k234=v233,k235=v234,k236=v235,k237=v236,k238=v237,k239=v238,k240=v239,k241=v240,k242=v241,k243=v242,k244=v243,k245=v244,k246=v245,k247=v246,k248=v247,k249=v248,k250=v249,k251=v250,k252=v251,k253=v252,k254=v253,k255=v254,k256=v255 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,k6=v5,k7=v6,k8=v7,k9=v8,k10=v9,k11=v10,k12=v11,k13=v12,k14=v13,k15=v14,k16=v15,k17=v16,k18=v17,k19=v18,k20=v19,k21=v20,k22=v21,k23=v22,k24=v23,k25=v24,k26=v25,k27=v26,k28=v27,k29=v28,k30=v29,k31=v30,k32=v31,k33=v32,k34=v33,k35=v34,k36=v35,k37=v36,k38=v37,k39=v38,k40=v39,k41=v40,k42=v41,k43=v42,k44=v43,k45=v44,k46=v45,k47=v46,k48=v47,k49=v48,k50=v49,k51=v50,k52=v51,k53=v52,k54=v53,k55=v54,k56=v55,k57=v56,k58=v57,k59=v58,k60=v59,k61=v60,k62=v61,k63=v62,k64=v63,k65=v64,k66=v65,k67=v66,k68=v67,k69=v68,k70=v69,k71=v70,k72=v71,k73=v72,k74=v73,k75=v74,k76=v75,k77=v76,k78=v77,k79=v78,k80=v79,k81=v80,k82=v81,k83=v82,k84=v83,k85=v84,k86=v85,k87=v86,k88=v87,k89=v88,k90=v89,k91=v90,k92=v91,k93=v92,k94=v93,k95=v94,k96=v95,k97=v96,k98=v97,k99=v98,k100=v99,k101=v100,k102=v101,k103=v102,k104=v103,k105=v104,k106=v105,k107=v106,k108=v107,k109=v108,k110=v109,k111=v110,k112=v111,k113=v112,k114=v113,k115=v114,k116=v115,k117=v116,k118=v117,k119=v118,k120=v119,k121=v120,k122=v121,k123=v122,k124=v123,k125=v124,k126=v125,k127=v126,k128=v127,k129=v128,k130=v129,k131=v130,k132=v131,k133=v132,k134=v133,k135=v134,k136=v135,k137=v136,k138=v137,k139=v138,k140=v139,k141=v140,k142=v141,k143=v142,k144=v143,k145=v144,k146=v145,k147=v146,k148=v147,k149=v148,k150=v149,k151=v150,k152=v151,k153=v152,k154=v153,k155=v154,k156=v155,k157=v156,k158=v157,k159=v158,k160=v159,k161=v160,k162=v161,k163=v162,k164=v163,k165=v164,k166=v165,k167=v166,k168=v167,k169=v168,k170=v169,k171=v170,k172=v171,k173=v172,k174=v173,k175=v174,k176=v175,k177=v176,k178=v177,k179=v178,k180=v179,k181=v180,k182=v181,k183=v182,k184=v183,k185=v184,k186=v185,k187=v186,k188=v187,k189=v188,k190=v189,k191=v190,k192=v191,k193=v192,k194=v193,k195=v194,k196=v195,k197=v196,k198=v197,k199=v198,k200=v199,k201=v200,k202=v201,k203=v202,k204=v203,k205=v204,k206=v205,k207=v206,k208=v207,k209=v208,k210=v209,k211=v210,k212=v211,k213=v212,k214=v213,k215=v214,k216=v215,k217=v216,k218=v217,k219=v218,k220=v219,k221=v220,k222=v221,k223=v222,k224=v223,k225=v224,k226=v225,k227=v226,k228=v227,k229=v228,k230=v229,k231=v230,k232=v231,k233=v232,k234=v233,k235=v234,k236=v235,k237=v236,k238=v237,k239=v238,k240=v239,k241=v240,k242=v241,k243=v242,k244=v243,k245=v244,k246=v245,k247=v246,k248=v247,k249=v248,k250=v249,k251=v250,k252=v251,k253=v252,k254=v253,k255=v254,k256=v255 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,k6=v5,k7=v6,k8=v7,k9=v8,k10=v9,k11=v10,k12=v11,k13=v12,k14=v13,k15=v14,k16=v15,k17=v16,k18=v17,k19=v18,k20=v19,k21=v20,k22=v21,k23=v22,k24=v23,k25=v24,k26=v25,k27=v26,k28=v27,k29=v28,k30=v29,k31=v30,k32=v31,k33=v32,k34=v33,k35=v34,k36=v35,k37=v36,k38=v37,k39=v38,k40=v39,k41=v40,k42=v41,k43=v42,k44=v43,k45=v44,k46=v45,k47=v46,k48=v47,k49=v48,k50=v49,k51=v50,k52=v51,k53=v52,k54=v53,k55=v54,k56=v55,k57=v56,k58=v57,k59=v58,k60=v59,k61=v60,k62=v61,k63=v62,k64=v63,k65=v64,k66=v65,k67=v66,k68=v67,k69=v68,k70=v69,k71=v70,k72=v71,k73=v72,k74=v73,k75=v74,k76=v75,k77=v76,k78=v77,k79=v78,k80=v79,k81=v80,k82=v81,k83=v82,k84=v83,k85=v84,k86=v85,k87=v86,k88=v87,k89=v88,k90=v89,k91=v90,k92=v91,k93=v92,k94=v93,k95=v94,k96=v95,k97=v96,k98=v97,k99=v98,k100=v99,k101=v100,k102=v101,k103=v102,k104=v103,k105=v104,k106=v105,k107=v106,k108=v107,k109=v108,k110=v109,k111=v110,k112=v111,k113=v112,k114=v113,k115=v114,k116=v115,k117=v116,k118=v117,k119=v118,k120=v119,k121=v120,k122=v121,k123=v122,k124=v123,k125=v124,k126=v125,k127=v126,k128=v127,k129=v128,k130=v129,k131=v130,k132=v131,k133=v132,k134=v133,k135=v134,k136=v135,k137=v136,k138=v137,k139=v138,k140=v139,k141=v140,k142=v141,k143=v142,k144=v143,k145=v144,k146=v145,k147=v146,k148=v147,k149=v148,k150=v149,k151=v150,k152=v151,k153=v152,k154=v153,k155=v154,k156=v155,k157=v156,k158=v157,k159=v158,k160=v159,k161=v160,k162=v161,k163=v162,k164=v163,k165=v164,k166=v165,k167=v166,k168=v167,k169=v168,k170=v169,k171=v170,k172=v171,k173=v172,k174=v173,k175=v174,k176=v175,k177=v176,k178=v177,k179=v178,k180=v179,k181=v180,k182=v181,k183=v182,k184=v183,k185=v184,k186=v185,k187=v186,k188=v187,k189=v188,k190=v189,k191=v190,k192=v191,k193=v192,k194=v193,k195=v194,k196=v195,k197=v196,k198=v197,k199=v198,k200=v199,k201=v200,k202=v201,k203=v202,k204=v203,k205=v204,k206=v205,k207=v206,k208=v207,k209=v208,k210=v209,k211=v210,k212=v211,k213=v212,k214=v213,k215=v214,k216=v215,k217=v216,k218=v217,k219=v218,k220=v219,k221=v220,k222=v221,k223=v222,k224=v223,k225=v224,k226=v225,k227=v226,k228=v227,k229=v228,k230=v229,k231=v230,k232=v231,k233=v232,k234=v233,k235=v234,k236=v235,k237=v236,k238=v237,k239=v238,k240=v239,k241=v240,k242=v241,k243=v242,k244=v243,k245=v244,k246=v245,k247=v246,k248=v247,k249=v248,k250=v249,k251=v250,k252=v251,k253=v252,k254=v253,k255=v254,k256=v255 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,k6=v5,k7=v6,k8=v7,k9=v8,k10=v9,k11=v10,k12=v11,k13=v12,k14=v13,k15=v14,k16=v15,k17=v16,k18=v17,k19=v18,k20=v19,k21=v20,k22=v21,k23=v22,k24=v23,k25=v24,k26=v25,k27=v26,k28=v27,k29=v28,k30=v29,k31=v30,k32=v31,k33=v32,k34=v33,k35=v34,k36=v35,k37=v36,k38=v37,k39=v38,k40=v39,k41=v40,k42=v41,k43=v42,k44=v43,k45=v44,k46=v45,k47=v46,k48=v47,k49=v48,k50=v49,k51=v50,k52=v51,k53=v52,k54=v53,k55=v54,k56=v55,k57=v56,k58=v57,k59=v58,k60=v59,k61=v60,k62=v61,k63=v62,k64=v63,k65=v64,k66=v65,k67=v66,k68=v67,k69=v68,k70=v69,k71=v70,k72=v71,k73=v72,k74=v73,k75=v74,k76=v75,k77=v76,k78=v77,k79=v78,k80=v79,k81=v80,k82=v81,k83=v82,k84=v83,k85=v84,k86=v85,k87=v86,k88=v87,k89=v88,k90=v89,k91=v90,k92=v91,k93=v92,k94=v93,k95=v94,k96=v95,k97=v96,k98=v97,k99=v98,k100=v99,k101=v100,k102=v101,k103=v102,k104=v103,k105=v104,k106=v105,k107=v106,k108=v107,k109=v108,k110=v109,k111=v110,k112=v111,k113=v112,k114=v113,k115=v114,k116=v115,k117=v116,k118=v117,k119=v118,k120=v119,k121=v120,k122=v121,k123=v122,k124=v123,k125=v124,k126=v125,k127=v126,k128=v127,k129=v128,k130=v129,k131=v130,k132=v131,k133=v132,k134=v133,k135=v134,k136=v135,k137=v136,k138=v137,k139=v138,k140=v139,k141=v140,k142=v141,k143=v142,k144=v143,k145=v144,k146=v145,k147=v146,k148=v147,k149=v148,k150=v149,k151=v150,k152=v151,k153=v152,k154=v153,k155=v154,k156=v155,k157=v156,k158=v157,k159=v158,k160=v159,k161=v160,k162=v161,k163=v162,k164=v163,k165=v164,k166=v165,k167=v166,k168=v167,k169=v168,k170=v169,k171=v170,k172=v171,k173=v172,k174=v173,k175=v174,k176=v175,k177=v176,k178=v177,k179=v178,k180=v179,k181=v180,k182=v181,k183=v182,k184=v183,k185=v184,k186=v185,k187=v186,k188=v187,k189=v188,k190=v189,k191=v190,k192=v191,k193=v192,k194=v193,k195=v194,k196=v195,k197=v196,k198=v197,k199=v198,k200=v199,k201=v200,k202=v201,k203=v202,k204=v203,k205=v204,k206=v205,k207=v206,k208=v207,k209=v208,k210=v209,k211=v210,k212=v211,k213=v212,k214=v213,k215=v214,k216=v215,k217=v216,k218=v217,k219=v218,k220=v219,k221=v220,k222=v221,k223=v222,k224=v223,k225=v224,k226=v225,k227=v226,k228=v227,k229=v228,k230=v229,k231=v230,k232=v231,k233=v232,k234=v233,k235=v234,k236=v235,k237=v236,k238=v237,k239=v238,k240=v239,k241=v240,k242=v241,k243=v242,k244=v243,k245=v244,k246=v245,k247=v246,k248=v247,k249=v248,k250=v249,k251=v250,k252=v251,k253=v252,k254=v253,k255=v254,k256=v255 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,k6=v5,k7=v6,k8=v7,k9=v8,k10=v9,k11=v10,k12=v11,k13=v12,k14=v13,k15=v14,k16=v15,k17=v16,k18=v17,k19=v18,k20=v19,k21=v20,k22=v21,k23=v22,k24=v23,k25=v24,k26=v25,k27=v26,k28=v27,k29=v28,k30=v29,k31=v30,k32=v31,k33=v32,k34=v33,k35=v34,k36=v35,k37=v36,k38=v37,k39=v38,k40=v39,k41=v40,k42=v41,k43=v42,k44=v43,k45=v44,k46=v45,k47=v46,k48=v47,k49=v48,k50=v49,k51=v50,k52=v51,k53=v52,k54=v53,k55=v54,k56=v55,k57=v56,k58=v57,k59=v58,k60=v59,k61=v60,k62=v61,k63=v62,k64=v63,k65=v64,k66=v65,k67=v66,k68=v67,k69=v68,k70=v69,k71=v70,k72=v71,k73=v72,k74=v73,k75=v74,k76=v75,k77=v76,k78=v77,k79=v78,k80=v79,k81=v80,k82=v81,k83=v82,k84=v83,k85=v84,k86=v85,k87=v86,k88=v87,k89=v88,k90=v89,k91=v90,k92=v91,k93=v92,k94=v93,k95=v94,k96=v95,k97=v96,k98=v97,k99=v98,k100=v99,k101=v100,k102=v101,k103=v102,k104=v103,k105=v104,k106=v105,k107=v106,k108=v107,k109=v108,k110=v109,k111=v110,k112=v111,k113=v112,k114=v113,k115=v114,k116=v115,k117=v116,k118=v117,k119=v118,k120=v119,k121=v120,k122=v121,k123=v122,k124=v123,k125=v124,k126=v125,k127=v126,k128=v127,k129=v128,k130=v129,k131=v130,k132=v131,k133=v132,k134=v133,k135=v134,k136=v135,k137=v136,k138=v137,k139=v138,k140=v139,k141=v140,k142=v141,k143=v142,k144=v143,k145=v144,k146=v145,k147=v146,k148=v147,k149=v148,k150=v149,k151=v150,k152=v151,k153=v152,k154=v153,k155=v154,k156=v155,k157=v156,k158=v157,k159=v158,k160=v159,k161=v160,k162=v161,k163=v162,k164=v163,k165=v164,k166=v165,k167=v166,k168=v167,k169=v168,k170=v169,k171=v170,k172=v171,k173=v172,k174=v173,k175=v174,k176=v175,k177=v176,k178=v177,k179=v178,k180=v179,k181=v180,k182=v181,k183=v182,k184=v183,k185=v184,k186=v185,k187=v186,k188=v187,k189=v188,k190=v189,k191=v190,k192=v191,k193=v192,k194=v193,k195=v194,k196=v195,k197=v196,k198=v197,k199=v198,k200=v199,k201=v200,k202=v201,k203=v202,k204=v203,k205=v204,k206=v205,k207=v206,k208=v207,k209=v208,k210=v209,k211=v210,k212=v211,k213=v212,k214=v213,k215=v214,k216=v215,k217=v216,k218=v217,k219=v218,k220=v219,k221=v220,k222=v221,k223=v222,k224=v223,k225=v224,k226=v225,k227=v226,k228=v227,k229=v228,k230=v229,k231=v230,k232=v231,k233=v232,k234=v233,k235=v234,k236=v235,k237=v236,k238=v237,k239=v238,k240=v239,k241=v240,k242=v241,k243=v242,k244=v243,k245=v244,k246=v245,k247=v246,k248=v247,k249=v248,k250=v249,k251=v250,k252=v251,k253=v252,k254=v253,k255=v254,k256=v255 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,k6=v5,k7=v6,k8=v7,k9=v8,k10=v9,k11=v10,k12=v11,k13=v12,k14=v13,k15=v14,k16=v15,k17=v16,k18=v17,k19=v18,k20=v19,k21=v20,k22=v21,k23=v22,k24=v23,k25=v24,k26=v25,k27=v26,k28=v27,k29=v28,k30=v29,k31=v30,k32=v31,k33=v32,k34=v33,k35=v34,k36=v35,k37=v36,k38=v37,k39=v38,k40=v39,k41=v40,k42=v41,k43=v42,k44=v43,k45=v44,k46=v45,k47=v46,k48=v47,k49=v48,k50=v49,k51=v50,k52=v51,k53=v52,k54=v53,k55=v54,k56=v55,k57=v56,k58=v57,k59=v58,k60=v59,k61=v60,k62=v61,k63=v62,k64=v63,k65=v64,k66=v65,k67=v66,k68=v67,k69=v68,k70=v69,k71=v70,k72=v71,k73=v72,k74=v73,k75=v74,k76=v75,k77=v76,k78=v77,k79=v78,k80=v79,k81=v80,k82=v81,k83=v82,k84=v83,k85=v84,k86=v85,k87=v86,k88=v87,k89=v88,k90=v89,k91=v90,k92=v91,k93=v92,k94=v93,k95=v94,k96=v95,k97=v96,k98=v97,k99=v98,k100=v99,k101=v100,k102=v101,k103=v102,k104=v103,k105=v104,k106=v105,k107=v106,k108=v107,k109=v108,k110=v109,k111=v110,k112=v111,k113=v112,k114=v113,k115=v114,k116=v115,k117=v116,k118=v117,k119=v118,k120=v119,k121=v120,k122=v121,k123=v122,k124=v123,k125=v124,k126=v125,k127=v126,k128=v127,k129=v128,k130=v129,k131=v130,k132=v131,k133=v132,k134=v133,k135=v134,k136=v135,k137=v136,k138=v137,k139=v138,k140=v139,k141=v140,k142=v141,k143=v142,k144=v143,k145=v144,k146=v145,k147=v146,k148=v147,k149=v148,k150=v149,k151=v150,k152=v151,k153=v152,k154=v153,k155=v154,k156=v155,k157=v156,k158=v157,k159=v158,k160=v159,k161=v160,k162=v161,k163=v162,k164=v163,k165=v164,k166=v165,k167=v166,k168=v167,k169=v168,k170=v169,k171=v170,k172=v171,k173=v172,k174=v173,k175=v174,k176=v175,k177=v176,k178=v177,k179=v178,k180=v179,k181=v180,k182=v181,k183=v182,k184=v183,k185=v184,k186=v185,k187=v186,k188=v187,k189=v188,k190=v189,k191=v190,k192=v191,k193=v192,k194=v193,k195=v194,k196=v195,k197=v196,k198=v197,k199=v198,k200=v199,k201=v200,k202=v201,k203=v202,k204=v203,k205=v204,k206=v205,k207=v206,k208=v207,k209=v208,k210=v209,k211=v210,k212=v211,k213=v212,k214=v213,k215=v214,k216=v215,k217=v216,k218=v217,k219=v218,k220=v219,k221=v220,k222=v221,k223=v222,k224=v223,k225=v224,k226=v225,k227=v226,k228=v227,k229=v228,k230=v229,k231=v230,k232=v231,k233=v232,k234=v233,k235=v234,k236=v235,k237=v236,k238=v237,k239=v238,k240=v239,k241=v240,k242=v241,k243=v242,k244=v243,k245=v244,k246=v245,k247=v246,k248=v247,k249=v248,k250=v249,k251=v250,k252=v251,k253=v252,k254=v253,k255=v254,k256=v255 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,k6=v5,k7=v6,k8=v7,k9=v8,k10=v9,k11=v10,k12=v11,k13=v12,k14=v13,k15=v14,k16=v15,k17=v16,k18=v17,k19=v18,k20=v19,k21=v20,k22=v21,k23=v22,k24=v23,k25=v24,k26=v25,k27=v26,k28=v27,k29=v28,k30=v29,k31=v30,k32=v31,k33=v32,k34=v33,k35=v34,k36=v35,k37=v36,k38=v37,k39=v38,k40=v39,k41=v40,k42=v41,k43=v42,k44=v43,k45=v44,k46=v45,k47=v46,k48=v47,k49=v48,k50=v49,k51=v50,k52=v51,k53=v52,k54=v53,k55=v54,k56=v55,k57=v56,k58=v57,k59=v58,k60=v59,k61=v60,k62=v61,k63=v62,k64=v63,k65=v64,k66=v65,k67=v66,k68=v67,k69=v68,k70=v69,k71=v70,k72=v71,k73=v72,k74=v73,k75=v74,k76=v75,k77=v76,k78=v77,k79=v78,k80=v79,k81=v80,k82=v81,k83=v82,k84=v83,k85=v84,k86=v85,k87=v86,k88=v87,k89=v88,k90=v89,k91=v90,k92=v91,k93=v92,k94=v93,k95=v94,k96=v95,k97=v96,k98=v97,k99=v98,k100=v99,k101=v100,k102=v101,k103=v102,k104=v103,k105=v104,k106=v105,k107=v106,k108=v107,k109=v108,k110=v109,k111=v110,k112=v111,k113=v112,k114=v113,k115=v114,k116=v115,k117=v116,k118=v117,k119=v118,k120=v119,k121=v120,k122=v121,k123=v122,k124=v123,k125=v124,k126=v125,k127=v126,k128=v127,k129=v128,k130=v129,k131=v130,k132=v131,k133=v132,k134=v133,k135=v134,k136=v135,k137=v136,k138=v137,k139=v138,k140=v139,k141=v140,k142=v141,k143=v142,k144=v143,k145=v144,k146=v145,k147=v146,k148=v147,k149=v148,k150=v149,k151=v150,k152=v151,k153=v152,k154=v153,k155=v154,k156=v155,k157=v156,k158=v157,k159=v158,k160=v159,k161=v160,k162=v161,k163=v162,k164=v163,k165=v164,k166=v165,k167=v166,k168=v167,k169=v168,k170=v169,k171=v170,k172=v171,k173=v172,k174=v173,k175=v174,k176=v175,k177=v176,k178=v177,k179=v178,k180=v179,k181=v180,k182=v181,k183=v182,k184=v183,k185=v184,k186=v185,k187=v186,k188=v187,k189=v188,k190=v189,k191=v190,k192=v191,k193=v192,k194=v193,k195=v194,k196=v195,k197=v196,k198=v197,k199=v198,k200=v199,k201=v200,k202=v201,k203=v202,k204=v203,k205=v204,k206=v205,k207=v206,k208=v207,k209=v208,k210=v209,k211=v210,k212=v211,k213=v212,k214=v213,k215=v214,k216=v215,k217=v216,k218=v217,k219=v218,k220=v219,k221=v220,k222=v221,k223=v222,k224=v223,k225=v224,k226=v225,k227=v226,k228=v227,k229=v228,k230=v229,k231=v230,k232=v231,k233=v232,k234=v233,k235=v234,k236=v235,k237=v236,k238=v237,k239=v238,k240=v239,k241=v240,k242=v241,k243=v242,k244=v243,k245=v244,k246=v245,k247=v246,k248=v247,k249=v248,k250=v249,k251=v250,k252=v251,k253=v252,k254=v253,k255=v254,k256=v255 ================================================================ DSL INDIRECT OOSVAR ASSIGNMENTS mlr --opprint put -v @s = NR; $t = @s; $u=@["s"]; $v = $t - $u ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="s", type=STRING_LITERAL. text="NR", type=CONTEXT_VARIABLE. text="=", type=SREC_ASSIGNMENT: text="t", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="s", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="u", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="s", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="v", type=FIELD_NAME. text="-", type=OPERATOR: text="t", type=FIELD_NAME. text="u", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="s", type=STRING_LITERAL. text="NR", type=CONTEXT_VARIABLE. text="=", type=SREC_ASSIGNMENT: text="t", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="s", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="u", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="s", type=STRING_LITERAL. text="=", type=SREC_ASSIGNMENT: text="v", type=FIELD_NAME. text="-", type=OPERATOR: text="t", type=FIELD_NAME. text="u", type=FIELD_NAME. a b i x y t u v pan pan 1 0.3467901443380824 0.7268028627434533 1 1 0 eks pan 2 0.7586799647899636 0.5221511083334797 2 2 0 wye wye 3 0.20460330576630303 0.33831852551664776 3 3 0 eks wye 4 0.38139939387114097 0.13418874328430463 4 4 0 wye pan 5 0.5732889198020006 0.8636244699032729 5 5 0 zee pan 6 0.5271261600918548 0.49322128674835697 6 6 0 eks zee 7 0.6117840605678454 0.1878849191181694 7 7 0 zee wye 8 0.5985540091064224 0.976181385699006 8 8 0 hat wye 9 0.03144187646093577 0.7495507603507059 9 9 0 pan wye 10 0.5026260055412137 0.9526183602969864 10 10 0 mlr put -v @t["u"] = NR; $tu = @["t"]["u"]; emitp all ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="t", type=STRING_LITERAL. text="u", type=STRING_LITERAL. text="NR", type=CONTEXT_VARIABLE. text="=", type=SREC_ASSIGNMENT: text="tu", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="t", type=STRING_LITERAL. text="u", type=STRING_LITERAL. text="emitp", type=EMITP: text="emitp", type=EMITP: text="all", type=ALL. text="stream", type=STREAM: BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="t", type=STRING_LITERAL. text="u", type=STRING_LITERAL. text="NR", type=CONTEXT_VARIABLE. text="=", type=SREC_ASSIGNMENT: text="tu", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="t", type=STRING_LITERAL. text="u", type=STRING_LITERAL. text="emitp", type=EMITP: text="emitp", type=EMITP: text="all", type=ALL. text="stream", type=STREAM: t:u=1 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,tu=1 t:u=2 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,tu=2 t:u=3 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,tu=3 t:u=4 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,tu=4 t:u=5 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,tu=5 t:u=6 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,tu=6 t:u=7 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,tu=7 t:u=8 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,tu=8 t:u=9 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,tu=9 t:u=10 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,tu=10 mlr put -v @t["u"] = NR; $tu = @["t"]["u"]; emitp @* ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="t", type=STRING_LITERAL. text="u", type=STRING_LITERAL. text="NR", type=CONTEXT_VARIABLE. text="=", type=SREC_ASSIGNMENT: text="tu", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="t", type=STRING_LITERAL. text="u", type=STRING_LITERAL. text="emitp", type=EMITP: text="emitp", type=EMITP: text="@*", type=FULL_OOSVAR. text="stream", type=STREAM: BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="t", type=STRING_LITERAL. text="u", type=STRING_LITERAL. text="NR", type=CONTEXT_VARIABLE. text="=", type=SREC_ASSIGNMENT: text="tu", type=FIELD_NAME. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="t", type=STRING_LITERAL. text="u", type=STRING_LITERAL. text="emitp", type=EMITP: text="emitp", type=EMITP: text="@*", type=FULL_OOSVAR. text="stream", type=STREAM: t:u=1 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,tu=1 t:u=2 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,tu=2 t:u=3 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,tu=3 t:u=4 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,tu=4 t:u=5 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,tu=5 t:u=6 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,tu=6 t:u=7 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,tu=7 t:u=8 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,tu=8 t:u=9 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,tu=9 t:u=10 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,tu=10 mlr put -v @["s"] = $x; emitp all ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="s", type=STRING_LITERAL. text="x", type=FIELD_NAME. text="emitp", type=EMITP: text="emitp", type=EMITP: text="all", type=ALL. text="stream", type=STREAM: BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="s", type=STRING_LITERAL. text="x", type=FIELD_NAME. text="emitp", type=EMITP: text="emitp", type=EMITP: text="all", type=ALL. text="stream", type=STREAM: s=0.346790 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 s=0.758680 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 s=0.204603 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 s=0.381399 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 s=0.573289 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 s=0.527126 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 s=0.611784 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 s=0.598554 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 s=0.031442 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 s=0.502626 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr put -v @["t"]["u"] = $y; emitp all ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="t", type=STRING_LITERAL. text="u", type=STRING_LITERAL. text="y", type=FIELD_NAME. text="emitp", type=EMITP: text="emitp", type=EMITP: text="all", type=ALL. text="stream", type=STREAM: BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="t", type=STRING_LITERAL. text="u", type=STRING_LITERAL. text="y", type=FIELD_NAME. text="emitp", type=EMITP: text="emitp", type=EMITP: text="all", type=ALL. text="stream", type=STREAM: t:u=0.726803 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 t:u=0.522151 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 t:u=0.338319 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 t:u=0.134189 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 t:u=0.863624 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 t:u=0.493221 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 t:u=0.187885 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 t:u=0.976181 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 t:u=0.749551 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 t:u=0.952618 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ================================================================ DSL WHILE/DO-WHILE LOOPS mlr put -v while($i < 5) { $i += 1} ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="while", type=WHILE: text="<", type=OPERATOR: text="i", type=FIELD_NAME. text="5", type=NUMERIC_LITERAL. text="while_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="i", type=FIELD_NAME. text="+", type=OPERATOR: text="i", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="while", type=WHILE: text="<", type=OPERATOR: text="i", type=FIELD_NAME. text="5", type=NUMERIC_LITERAL. text="while_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="i", type=FIELD_NAME. text="+", type=OPERATOR: text="i", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. a=pan,b=pan,i=5,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=5,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=5,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=5,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr put -v do {$i += 1} while($i < 5) ./reg_test/input/abixy RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="do", type=DO_WHILE: text="do_while_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="i", type=FIELD_NAME. text="+", type=OPERATOR: text="i", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="<", type=OPERATOR: text="i", type=FIELD_NAME. text="5", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="do", type=DO_WHILE: text="do_while_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="i", type=FIELD_NAME. text="+", type=OPERATOR: text="i", type=FIELD_NAME. text="1", type=NUMERIC_LITERAL. text="<", type=OPERATOR: text="i", type=FIELD_NAME. text="5", type=NUMERIC_LITERAL. a=pan,b=pan,i=5,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=5,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=5,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=5,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=6,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=7,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=8,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=9,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=10,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=11,x=0.5026260055412137,y=0.9526183602969864 ================================================================ DSL FOR-SREC LOOPS ---------------------------------------------------------------- empty for-srec mlr --from ./reg_test/input/abixy put -v for(k,v in $*) { } RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_SREC: text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. text="v", type=UNTYPED_LOCAL_DEFINITION. text="for_full_srec_block", type=STATEMENT_BLOCK: BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=3 text="for", type=FOR_SREC: subframe_var_count=2 text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="v", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=1 vardef_subframe_index=1 vardef_frame_relative_index=2 text="for_full_srec_block", type=STATEMENT_BLOCK: a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ---------------------------------------------------------------- for-srec without boundvars mlr --from ./reg_test/input/abixy put -v for(k,v in $*) {$nr= NR} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_SREC: text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. text="v", type=UNTYPED_LOCAL_DEFINITION. text="for_full_srec_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="nr", type=FIELD_NAME. text="NR", type=CONTEXT_VARIABLE. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=3 text="for", type=FOR_SREC: subframe_var_count=2 text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="v", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=1 vardef_subframe_index=1 vardef_frame_relative_index=2 text="for_full_srec_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="nr", type=FIELD_NAME. text="NR", type=CONTEXT_VARIABLE. a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,nr=1 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,nr=2 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,nr=3 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,nr=4 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,nr=5 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,nr=6 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,nr=7 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,nr=8 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,nr=9 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,nr=10 ---------------------------------------------------------------- for-srec modifying the srec mlr --from ./reg_test/input/abixy put -v for(k,v in $*) {unset $[k]}; $j = NR RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_SREC: text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. text="v", type=UNTYPED_LOCAL_DEFINITION. text="for_full_srec_block", type=STATEMENT_BLOCK: text="unset", type=UNSET: text="indirect_field_name", type=INDIRECT_FIELD_NAME: text="k", type=NONINDEXED_LOCAL_VARIABLE. text="=", type=SREC_ASSIGNMENT: text="j", type=FIELD_NAME. text="NR", type=CONTEXT_VARIABLE. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=3 text="for", type=FOR_SREC: subframe_var_count=2 text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="v", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=1 vardef_subframe_index=1 vardef_frame_relative_index=2 text="for_full_srec_block", type=STATEMENT_BLOCK: text="unset", type=UNSET: text="indirect_field_name", type=INDIRECT_FIELD_NAME: text="k", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="=", type=SREC_ASSIGNMENT: text="j", type=FIELD_NAME. text="NR", type=CONTEXT_VARIABLE. j=1 j=2 j=3 j=4 j=5 j=6 j=7 j=8 j=9 j=10 mlr --from ./reg_test/input/abixy put -v for(k,v in $*) {if (k != "x") {unset $[k]}}; $j = NR RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_SREC: text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. text="v", type=UNTYPED_LOCAL_DEFINITION. text="for_full_srec_block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="!=", type=OPERATOR: text="k", type=NONINDEXED_LOCAL_VARIABLE. text="x", type=STRING_LITERAL. text="if_block", type=STATEMENT_BLOCK: text="unset", type=UNSET: text="indirect_field_name", type=INDIRECT_FIELD_NAME: text="k", type=NONINDEXED_LOCAL_VARIABLE. text="=", type=SREC_ASSIGNMENT: text="j", type=FIELD_NAME. text="NR", type=CONTEXT_VARIABLE. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=3 max_var_depth=3 text="for", type=FOR_SREC: subframe_var_count=2 text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="v", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=1 vardef_subframe_index=1 vardef_frame_relative_index=2 text="for_full_srec_block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="!=", type=OPERATOR: text="k", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="x", type=STRING_LITERAL. text="if_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="unset", type=UNSET: text="indirect_field_name", type=INDIRECT_FIELD_NAME: text="k", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="=", type=SREC_ASSIGNMENT: text="j", type=FIELD_NAME. text="NR", type=CONTEXT_VARIABLE. x=0.3467901443380824,j=1 x=0.7586799647899636,j=2 x=0.20460330576630303,j=3 x=0.38139939387114097,j=4 x=0.5732889198020006,j=5 x=0.5271261600918548,j=6 x=0.6117840605678454,j=7 x=0.5985540091064224,j=8 x=0.03144187646093577,j=9 x=0.5026260055412137,j=10 mlr --from ./reg_test/input/abixy --opprint put -S -v for(k,v in $*) {$[k."_orig"]=v; $[k] = "other"} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_SREC: text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. text="v", type=UNTYPED_LOCAL_DEFINITION. text="for_full_srec_block", type=STATEMENT_BLOCK: text="=", type=INDIRECT_SREC_ASSIGNMENT: text=".", type=OPERATOR: text="k", type=NONINDEXED_LOCAL_VARIABLE. text="_orig", type=STRING_LITERAL. text="v", type=NONINDEXED_LOCAL_VARIABLE. text="=", type=INDIRECT_SREC_ASSIGNMENT: text="k", type=NONINDEXED_LOCAL_VARIABLE. text="other", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=3 text="for", type=FOR_SREC: subframe_var_count=2 text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="v", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=1 vardef_subframe_index=1 vardef_frame_relative_index=2 text="for_full_srec_block", type=STATEMENT_BLOCK: text="=", type=INDIRECT_SREC_ASSIGNMENT: text=".", type=OPERATOR: text="k", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="_orig", type=STRING_LITERAL. text="v", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=1 vardef_frame_relative_index=2 text="=", type=INDIRECT_SREC_ASSIGNMENT: text="k", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="other", type=STRING_LITERAL. a b i x y a_orig b_orig i_orig x_orig y_orig other other other other other pan pan 1 0.3467901443380824 0.7268028627434533 other other other other other eks pan 2 0.7586799647899636 0.5221511083334797 other other other other other wye wye 3 0.20460330576630303 0.33831852551664776 other other other other other eks wye 4 0.38139939387114097 0.13418874328430463 other other other other other wye pan 5 0.5732889198020006 0.8636244699032729 other other other other other zee pan 6 0.5271261600918548 0.49322128674835697 other other other other other eks zee 7 0.6117840605678454 0.1878849191181694 other other other other other zee wye 8 0.5985540091064224 0.976181385699006 other other other other other hat wye 9 0.03144187646093577 0.7495507603507059 other other other other other pan wye 10 0.5026260055412137 0.9526183602969864 mlr --from ./reg_test/input/abixy put -S -v for(k,v in $*) {$[v]=k} RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_SREC: text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. text="v", type=UNTYPED_LOCAL_DEFINITION. text="for_full_srec_block", type=STATEMENT_BLOCK: text="=", type=INDIRECT_SREC_ASSIGNMENT: text="v", type=NONINDEXED_LOCAL_VARIABLE. text="k", type=NONINDEXED_LOCAL_VARIABLE. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=3 text="for", type=FOR_SREC: subframe_var_count=2 text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="v", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=1 vardef_subframe_index=1 vardef_frame_relative_index=2 text="for_full_srec_block", type=STATEMENT_BLOCK: text="=", type=INDIRECT_SREC_ASSIGNMENT: text="v", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=1 vardef_frame_relative_index=2 text="k", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,pan=b,1=i,0.3467901443380824=x,0.7268028627434533=y a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,eks=a,pan=b,2=i,0.7586799647899636=x,0.5221511083334797=y a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,wye=b,3=i,0.20460330576630303=x,0.33831852551664776=y a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,eks=a,wye=b,4=i,0.38139939387114097=x,0.13418874328430463=y a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,wye=a,pan=b,5=i,0.5732889198020006=x,0.8636244699032729=y a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,zee=a,pan=b,6=i,0.5271261600918548=x,0.49322128674835697=y a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,eks=a,zee=b,7=i,0.6117840605678454=x,0.1878849191181694=y a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,zee=a,wye=b,8=i,0.5985540091064224=x,0.976181385699006=y a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,hat=a,wye=b,9=i,0.03144187646093577=x,0.7495507603507059=y a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,pan=a,wye=b,10=i,0.5026260055412137=x,0.9526183602969864=y mlr --from ./reg_test/input/abixy put -v $sum = 0; for(k,v in $*) { if (k =~ "^[xy]$") { $sum += $[k] } } RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="sum", type=FIELD_NAME. text="0", type=NUMERIC_LITERAL. text="for", type=FOR_SREC: text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. text="v", type=UNTYPED_LOCAL_DEFINITION. text="for_full_srec_block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="=~", type=OPERATOR: text="k", type=NONINDEXED_LOCAL_VARIABLE. text="^[xy]$", type=STRING_LITERAL. text="if_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="sum", type=FIELD_NAME. text="+", type=OPERATOR: text="sum", type=FIELD_NAME. text="indirect_field_name", type=INDIRECT_FIELD_NAME: text="k", type=NONINDEXED_LOCAL_VARIABLE. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=3 max_var_depth=3 text="=", type=SREC_ASSIGNMENT: text="sum", type=FIELD_NAME. text="0", type=NUMERIC_LITERAL. text="for", type=FOR_SREC: subframe_var_count=2 text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="v", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=1 vardef_subframe_index=1 vardef_frame_relative_index=2 text="for_full_srec_block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="=~", type=OPERATOR: text="k", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="^[xy]$", type=STRING_LITERAL. text="if_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="sum", type=FIELD_NAME. text="+", type=OPERATOR: text="sum", type=FIELD_NAME. text="indirect_field_name", type=INDIRECT_FIELD_NAME: text="k", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,sum=1.073593 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,sum=1.280831 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,sum=0.542922 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,sum=0.515588 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,sum=1.436913 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,sum=1.020347 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,sum=0.799669 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,sum=1.574735 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,sum=0.780993 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,sum=1.455244 mlr --from ./reg_test/input/abixy put -S -v $sum = float(0); for(k,v in $*) { if (k =~ "^[xy]$") { $sum += float($[k]) } } RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="sum", type=FIELD_NAME. text="float", type=FUNCTION_CALLSITE: text="0", type=NUMERIC_LITERAL. text="for", type=FOR_SREC: text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. text="v", type=UNTYPED_LOCAL_DEFINITION. text="for_full_srec_block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="=~", type=OPERATOR: text="k", type=NONINDEXED_LOCAL_VARIABLE. text="^[xy]$", type=STRING_LITERAL. text="if_block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="sum", type=FIELD_NAME. text="+", type=OPERATOR: text="sum", type=FIELD_NAME. text="float", type=FUNCTION_CALLSITE: text="indirect_field_name", type=INDIRECT_FIELD_NAME: text="k", type=NONINDEXED_LOCAL_VARIABLE. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=3 max_var_depth=3 text="=", type=SREC_ASSIGNMENT: text="sum", type=FIELD_NAME. text="float", type=FUNCTION_CALLSITE: text="0", type=NUMERIC_LITERAL. text="for", type=FOR_SREC: subframe_var_count=2 text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="v", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=1 vardef_subframe_index=1 vardef_frame_relative_index=2 text="for_full_srec_block", type=STATEMENT_BLOCK: text="if_head", type=IF_HEAD: text="if", type=IF_ITEM: text="=~", type=OPERATOR: text="k", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="^[xy]$", type=STRING_LITERAL. text="if_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=SREC_ASSIGNMENT: text="sum", type=FIELD_NAME. text="+", type=OPERATOR: text="sum", type=FIELD_NAME. text="float", type=FUNCTION_CALLSITE: text="indirect_field_name", type=INDIRECT_FIELD_NAME: text="k", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,sum=1.073593 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,sum=1.280831 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,sum=0.542922 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,sum=0.515588 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,sum=1.436913 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,sum=1.020347 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,sum=0.799669 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,sum=1.574735 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,sum=0.780993 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,sum=1.455244 ================================================================ DSL FOR-OOSVAR LOOPS mlr --opprint -n put -v @o[1][1]["text1"][NR] = $a; @o[1][2]["text2"][NR] = $b; @o[1][2][$a][$i*100] = $x; for((k1,k2),v in @o[1][2]) { @n[3][4][k2][k1] = v; } end { emit @n, "a", "b", "c", "d" } RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="o", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="1", type=NUMERIC_LITERAL. text="text1", type=STRING_LITERAL. text="NR", type=CONTEXT_VARIABLE. text="a", type=FIELD_NAME. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="o", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="text2", type=STRING_LITERAL. text="NR", type=CONTEXT_VARIABLE. text="b", type=FIELD_NAME. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="o", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="a", type=FIELD_NAME. text="*", type=OPERATOR: text="i", type=FIELD_NAME. text="100", type=NUMERIC_LITERAL. text="x", type=FIELD_NAME. text="for", type=FOR_OOSVAR: text="key_and_value_variables", type=FOR_VARIABLES: text="key_variables", type=FOR_VARIABLES: text="k1", type=UNTYPED_LOCAL_DEFINITION. text="k2", type=UNTYPED_LOCAL_DEFINITION. text="v", type=UNTYPED_LOCAL_DEFINITION. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="o", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="for_loop_oosvar_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="n", type=STRING_LITERAL. text="3", type=NUMERIC_LITERAL. text="4", type=NUMERIC_LITERAL. text="k2", type=NONINDEXED_LOCAL_VARIABLE. text="k1", type=NONINDEXED_LOCAL_VARIABLE. text="v", type=NONINDEXED_LOCAL_VARIABLE. text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="emit", type=EMIT: text="emit", type=EMIT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="n", type=STRING_LITERAL. text="emit_namelist", type=EMIT: text="a", type=STRING_LITERAL. text="b", type=STRING_LITERAL. text="c", type=STRING_LITERAL. text="d", type=STRING_LITERAL. text="stream", type=STREAM: BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="emit", type=EMIT: text="emit", type=EMIT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="n", type=STRING_LITERAL. text="emit_namelist", type=EMIT: text="a", type=STRING_LITERAL. text="b", type=STRING_LITERAL. text="c", type=STRING_LITERAL. text="d", type=STRING_LITERAL. text="stream", type=STREAM: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=4 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="o", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="1", type=NUMERIC_LITERAL. text="text1", type=STRING_LITERAL. text="NR", type=CONTEXT_VARIABLE. text="a", type=FIELD_NAME. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="o", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="text2", type=STRING_LITERAL. text="NR", type=CONTEXT_VARIABLE. text="b", type=FIELD_NAME. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="o", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="a", type=FIELD_NAME. text="*", type=OPERATOR: text="i", type=FIELD_NAME. text="100", type=NUMERIC_LITERAL. text="x", type=FIELD_NAME. text="for", type=FOR_OOSVAR: subframe_var_count=3 text="key_and_value_variables", type=FOR_VARIABLES: text="key_variables", type=FOR_VARIABLES: text="k1", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="k2", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=1 vardef_subframe_index=1 vardef_frame_relative_index=2 text="v", type=UNTYPED_LOCAL_DEFINITION. vardef_subframe_relative_index=2 vardef_subframe_index=1 vardef_frame_relative_index=3 text="oosvar_keylist", type=OOSVAR_KEYLIST: text="o", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="2", type=NUMERIC_LITERAL. text="for_loop_oosvar_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="n", type=STRING_LITERAL. text="3", type=NUMERIC_LITERAL. text="4", type=NUMERIC_LITERAL. text="k2", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=1 vardef_frame_relative_index=2 text="k1", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=1 vardef_frame_relative_index=1 text="v", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=2 vardef_subframe_index=1 vardef_frame_relative_index=3 mlr --opprint --from ./reg_test/input/abixy put -q @o[1][1]["text1"][NR] = $a; @o[1][2]["text2"][NR] = $b; @o[1][2][$a][$i*100] = $x; for((k1,k2),v in @o[1][2]) { @n[3][4][k2][k1] = v; } end { emit @n, "a", "b", "c", "d" } a b c d n 3 4 1 text2 pan 3 4 100 pan 0.346790 3 4 2 text2 pan 3 4 200 eks 0.758680 3 4 3 text2 wye 3 4 300 wye 0.204603 3 4 4 text2 wye 3 4 400 eks 0.381399 3 4 5 text2 pan 3 4 500 wye 0.573289 3 4 6 text2 pan 3 4 600 zee 0.527126 3 4 7 text2 zee 3 4 700 eks 0.611784 3 4 8 text2 wye 3 4 800 zee 0.598554 3 4 9 text2 wye 3 4 900 hat 0.031442 3 4 10 text2 wye 3 4 1000 pan 0.502626 mlr --opprint --from ./reg_test/input/abixy put -q @sum[$a][$b] += $x; @count[$a][$b] += 1; end { for ((k1, k2), v in @sum) { @mean[k1][k2] = @sum[k1][k2] / @count[k1][k2] } emitp @sum, "a", "b"; emitp @count, "a", "b"; emitp @mean, "a", "b" } a b sum pan pan 0.346790 pan wye 0.502626 eks pan 0.758680 eks wye 0.381399 eks zee 0.611784 wye wye 0.204603 wye pan 0.573289 zee pan 0.527126 zee wye 0.598554 hat wye 0.031442 a b count pan pan 1 pan wye 1 eks pan 1 eks wye 1 eks zee 1 wye wye 1 wye pan 1 zee pan 1 zee wye 1 hat wye 1 a b mean pan pan 0.346790 pan wye 0.502626 eks pan 0.758680 eks wye 0.381399 eks zee 0.611784 wye wye 0.204603 wye pan 0.573289 zee pan 0.527126 zee wye 0.598554 hat wye 0.031442 mlr --opprint --from ./reg_test/input/abixy-wide put -q @value["sum"][$a][$b] += $x; @value["count"][$a][$b] += 1; end { for ((k1, k2), v in @value["sum"]) { @value["mean"][k1][k2] = @value["sum"][k1][k2] / @value["count"][k1][k2] } emitp @value, "stat", "a", "b"; } stat a b value sum cat pan 42.327158 sum cat hat 43.184410 sum cat dog 39.241473 sum cat wye 45.196775 sum cat cat 37.894148 sum pan wye 40.135300 sum pan pan 36.226334 sum pan hat 35.115869 sum pan dog 37.817560 sum pan cat 42.235677 sum wye cat 40.805723 sum wye hat 41.166697 sum wye dog 40.619547 sum wye wye 32.490973 sum wye pan 33.027196 sum dog hat 43.515162 sum dog pan 45.614011 sum dog dog 43.545956 sum dog wye 37.223795 sum dog cat 45.642595 sum hat hat 48.058897 sum hat wye 34.054270 sum hat pan 42.538758 sum hat cat 44.325655 sum hat dog 37.114244 count cat pan 89 count cat hat 90 count cat dog 78 count cat wye 77 count cat cat 79 count pan wye 78 count pan pan 77 count pan hat 67 count pan dog 73 count pan cat 89 count wye cat 74 count wye hat 87 count wye dog 76 count wye wye 67 count wye pan 66 count dog hat 88 count dog pan 87 count dog dog 87 count dog wye 79 count dog cat 83 count hat hat 88 count hat wye 70 count hat pan 85 count hat cat 88 count hat dog 78 mean cat pan 0.475586 mean cat hat 0.479827 mean cat dog 0.503096 mean cat wye 0.586971 mean cat cat 0.479673 mean pan wye 0.514555 mean pan pan 0.470472 mean pan hat 0.524117 mean pan dog 0.518049 mean pan cat 0.474558 mean wye cat 0.551429 mean wye hat 0.473180 mean wye dog 0.534468 mean wye wye 0.484940 mean wye pan 0.500412 mean dog hat 0.494490 mean dog pan 0.524299 mean dog dog 0.500528 mean dog wye 0.471187 mean dog cat 0.549911 mean hat hat 0.546124 mean hat wye 0.486490 mean hat pan 0.500456 mean hat cat 0.503701 mean hat dog 0.475824 mlr -n put -v for (k, k in $*) {} mlr: redefinition of variable k in the same scope. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_SREC: text="variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. text="k", type=UNTYPED_LOCAL_DEFINITION. text="for_full_srec_block", type=STATEMENT_BLOCK: mlr -n put -v for (k, k in @*) {} mlr: redefinition of variable k in the same scope. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_OOSVAR: text="key_and_value_variables", type=FOR_VARIABLES: text="key_variables", type=FOR_VARIABLES: text="k", type=UNTYPED_LOCAL_DEFINITION. text="k", type=UNTYPED_LOCAL_DEFINITION. text="empty_keylist", type=OOSVAR_KEYLIST: text="for_full_oosvar_block", type=STATEMENT_BLOCK: mlr -n put -v for ((a,a), c in @*) {} mlr: redefinition of variable a in the same scope. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_OOSVAR: text="key_and_value_variables", type=FOR_VARIABLES: text="key_variables", type=FOR_VARIABLES: text="a", type=UNTYPED_LOCAL_DEFINITION. text="a", type=UNTYPED_LOCAL_DEFINITION. text="c", type=UNTYPED_LOCAL_DEFINITION. text="empty_keylist", type=OOSVAR_KEYLIST: text="for_full_oosvar_block", type=STATEMENT_BLOCK: mlr -n put -v for ((a,b), a in @*) {} mlr: redefinition of variable a in the same scope. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_OOSVAR: text="key_and_value_variables", type=FOR_VARIABLES: text="key_variables", type=FOR_VARIABLES: text="a", type=UNTYPED_LOCAL_DEFINITION. text="b", type=UNTYPED_LOCAL_DEFINITION. text="a", type=UNTYPED_LOCAL_DEFINITION. text="empty_keylist", type=OOSVAR_KEYLIST: text="for_full_oosvar_block", type=STATEMENT_BLOCK: mlr -n put -v for ((a,b), b in @*) {} mlr: redefinition of variable b in the same scope. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_OOSVAR: text="key_and_value_variables", type=FOR_VARIABLES: text="key_variables", type=FOR_VARIABLES: text="a", type=UNTYPED_LOCAL_DEFINITION. text="b", type=UNTYPED_LOCAL_DEFINITION. text="b", type=UNTYPED_LOCAL_DEFINITION. text="empty_keylist", type=OOSVAR_KEYLIST: text="for_full_oosvar_block", type=STATEMENT_BLOCK: mlr -n put -v for ((a,a,c), d in @*) {} mlr: redefinition of variable a in the same scope. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_OOSVAR: text="key_and_value_variables", type=FOR_VARIABLES: text="key_variables", type=FOR_VARIABLES: text="a", type=UNTYPED_LOCAL_DEFINITION. text="a", type=UNTYPED_LOCAL_DEFINITION. text="c", type=UNTYPED_LOCAL_DEFINITION. text="d", type=UNTYPED_LOCAL_DEFINITION. text="empty_keylist", type=OOSVAR_KEYLIST: text="for_full_oosvar_block", type=STATEMENT_BLOCK: mlr -n put -v for ((a,b,a), d in @*) {} mlr: redefinition of variable a in the same scope. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_OOSVAR: text="key_and_value_variables", type=FOR_VARIABLES: text="key_variables", type=FOR_VARIABLES: text="a", type=UNTYPED_LOCAL_DEFINITION. text="b", type=UNTYPED_LOCAL_DEFINITION. text="a", type=UNTYPED_LOCAL_DEFINITION. text="d", type=UNTYPED_LOCAL_DEFINITION. text="empty_keylist", type=OOSVAR_KEYLIST: text="for_full_oosvar_block", type=STATEMENT_BLOCK: mlr -n put -v for ((a,b,c), a in @*) {} mlr: redefinition of variable a in the same scope. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_OOSVAR: text="key_and_value_variables", type=FOR_VARIABLES: text="key_variables", type=FOR_VARIABLES: text="a", type=UNTYPED_LOCAL_DEFINITION. text="b", type=UNTYPED_LOCAL_DEFINITION. text="c", type=UNTYPED_LOCAL_DEFINITION. text="a", type=UNTYPED_LOCAL_DEFINITION. text="empty_keylist", type=OOSVAR_KEYLIST: text="for_full_oosvar_block", type=STATEMENT_BLOCK: mlr -n put -v for ((a,b,b), d in @*) {} mlr: redefinition of variable b in the same scope. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_OOSVAR: text="key_and_value_variables", type=FOR_VARIABLES: text="key_variables", type=FOR_VARIABLES: text="a", type=UNTYPED_LOCAL_DEFINITION. text="b", type=UNTYPED_LOCAL_DEFINITION. text="b", type=UNTYPED_LOCAL_DEFINITION. text="d", type=UNTYPED_LOCAL_DEFINITION. text="empty_keylist", type=OOSVAR_KEYLIST: text="for_full_oosvar_block", type=STATEMENT_BLOCK: mlr -n put -v for ((a,b,c), b in @*) {} mlr: redefinition of variable b in the same scope. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_OOSVAR: text="key_and_value_variables", type=FOR_VARIABLES: text="key_variables", type=FOR_VARIABLES: text="a", type=UNTYPED_LOCAL_DEFINITION. text="b", type=UNTYPED_LOCAL_DEFINITION. text="c", type=UNTYPED_LOCAL_DEFINITION. text="b", type=UNTYPED_LOCAL_DEFINITION. text="empty_keylist", type=OOSVAR_KEYLIST: text="for_full_oosvar_block", type=STATEMENT_BLOCK: mlr -n put -v for ((a,b,c), c in @*) {} mlr: redefinition of variable c in the same scope. RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="for", type=FOR_OOSVAR: text="key_and_value_variables", type=FOR_VARIABLES: text="key_variables", type=FOR_VARIABLES: text="a", type=UNTYPED_LOCAL_DEFINITION. text="b", type=UNTYPED_LOCAL_DEFINITION. text="c", type=UNTYPED_LOCAL_DEFINITION. text="c", type=UNTYPED_LOCAL_DEFINITION. text="empty_keylist", type=OOSVAR_KEYLIST: text="for_full_oosvar_block", type=STATEMENT_BLOCK: mlr --from ./reg_test/input/xyz2 put -q func f() { return {"a"."b":"c"."d",3:4}}; for (k,v in f()){print "k=".k.",v=".v} k=ab,v=cd k=3,v=4 k=ab,v=cd k=3,v=4 mlr --from ./reg_test/input/xyz2 put -q for (k,v in {"a"."b":"c"."d",3:"c"}) {print "k=".k.",v=".v} k=ab,v=cd k=3,v=c k=ab,v=cd k=3,v=c mlr --from ./reg_test/input/xyz2 put -q o["a"."b"]="c"."d"; for (k,v in o) {print "k=".k.",v=".v} k=ab,v=cd k=ab,v=cd mlr --from ./reg_test/input/xyz2 put -q @o["a"."b"]="c"."d"; for (k,v in @o) {print "k=".k.",v=".v} k=ab,v=cd k=ab,v=cd mlr --from ./reg_test/input/xyz2 put for (k in $*) { print k} x y z x=3,y=4,z=5 x y u x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put m=$*; for (k in m) { print k} x y z x=3,y=4,z=5 x y u x=6,y=7,u=8 ================================================================ DSL FOR-BIND LOOPS FOR VALGRIND ---------------------------------------------------------------- key-only fors mlr --from ./reg_test/input/abixy-het put ab = $a . "_" . $b; xy = $x . "_" . $y; map o = {}; o[ab] = xy; for (k in o) { print "k is " . k; } k is pan_pan a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 k is eks_pan a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 k is _wye aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 k is eks_ a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 k is wye_pan a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 k is zee_pan a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 k is eks_zee a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 k is zee_wye a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 k is _ aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 k is pan_wye a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy-het put ab = $a . "_" . $b; xy = $x . "_" . $y; unset @o; @o[ab] = xy; for (k in @o) { print "k is " . k; } k is pan_pan a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 k is eks_pan a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 k is _wye aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 k is eks_ a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 k is wye_pan a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 k is zee_pan a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 k is eks_zee a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 k is zee_wye a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 k is _ aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 k is pan_wye a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy-het put ab = $a . "_" . $b; xy = $x . "_" . $y; for (k in {ab : xy}) { print "k is " . k; } k is pan_pan a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 k is eks_pan a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 k is _wye aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 k is eks_ a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 k is wye_pan a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 k is zee_pan a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 k is eks_zee a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 k is zee_wye a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 k is _ aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 k is pan_wye a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy-het put func f(a, b, x, y): map { ab = $a . "_" . $b; xy = $x . "_" . $y; return {ab : xy}; } for (k in f($a, $b, $x, $y)) { print "k is " . k; } k is pan_pan a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 k is eks_pan a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 k is _wye aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 k is eks_ a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 k is wye_pan a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 k is zee_pan a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 k is eks_zee a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 k is zee_wye a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 k is _ aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 k is pan_wye a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ---------------------------------------------------------------- key-value fors with scalar values mlr --from ./reg_test/input/abixy-het put ab = $a . "_" . $b; xy = $x . "_" . $y; map o = {}; o[ab] = xy; for (k, v in o) { print "k is " . k . " v is " . v; } k is pan_pan v is 0.346790_0.726803 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 k is eks_pan v is 0.758680_0.522151 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 k is _wye v is 0.204603_0.338319 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 k is eks_ v is 0.381399_0.134189 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 k is wye_pan v is _0.863624 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 k is zee_pan v is 0.527126_0.493221 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 k is eks_zee v is 0.611784_0.187885 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 k is zee_wye v is 0.598554_ a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 k is _ v is 0.031442_0.749551 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 k is pan_wye v is 0.502626_0.952618 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy-het put ab = $a . "_" . $b; xy = $x . "_" . $y; unset @o; @o[ab] = xy; for (k, v in @o) { print "k is " . k . " v is " . v; } k is pan_pan v is 0.346790_0.726803 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 k is eks_pan v is 0.758680_0.522151 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 k is _wye v is 0.204603_0.338319 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 k is eks_ v is 0.381399_0.134189 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 k is wye_pan v is _0.863624 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 k is zee_pan v is 0.527126_0.493221 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 k is eks_zee v is 0.611784_0.187885 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 k is zee_wye v is 0.598554_ a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 k is _ v is 0.031442_0.749551 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 k is pan_wye v is 0.502626_0.952618 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy-het put ab = $a . "_" . $b; xy = $x . "_" . $y; for (k, v in {ab : xy}) { print "k is " . k . " v is " . v; } k is pan_pan v is 0.346790_0.726803 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 k is eks_pan v is 0.758680_0.522151 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 k is _wye v is 0.204603_0.338319 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 k is eks_ v is 0.381399_0.134189 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 k is wye_pan v is _0.863624 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 k is zee_pan v is 0.527126_0.493221 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 k is eks_zee v is 0.611784_0.187885 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 k is zee_wye v is 0.598554_ a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 k is _ v is 0.031442_0.749551 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 k is pan_wye v is 0.502626_0.952618 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy-het put func f(a, b, x, y): map { ab = $a . "_" . $b; xy = $x . "_" . $y; return {ab : xy}; } for (k, v in f($a, $b, $x, $y)) { print "k is " . k . " v is " . v; } k is pan_pan v is 0.346790_0.726803 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 k is eks_pan v is 0.758680_0.522151 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 k is _wye v is 0.204603_0.338319 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 k is eks_ v is 0.381399_0.134189 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 k is wye_pan v is _0.863624 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 k is zee_pan v is 0.527126_0.493221 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 k is eks_zee v is 0.611784_0.187885 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 k is zee_wye v is 0.598554_ a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 k is _ v is 0.031442_0.749551 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 k is pan_wye v is 0.502626_0.952618 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ---------------------------------------------------------------- key-value fors with map values mlr --from ./reg_test/input/abixy-het put ab = $a . "_" . $b; xy = $x . "_" . $y; map o = {}; o[ab] = {"foo": xy}; for (k, v in o) { print "k is " . k . " v is "; dump v; } k is pan_pan v is { "foo": "0.346790_0.726803" } a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 k is eks_pan v is { "foo": "0.758680_0.522151" } a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 k is _wye v is { "foo": "0.204603_0.338319" } aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 k is eks_ v is { "foo": "0.381399_0.134189" } a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 k is wye_pan v is { "foo": "_0.863624" } a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 k is zee_pan v is { "foo": "0.527126_0.493221" } a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 k is eks_zee v is { "foo": "0.611784_0.187885" } a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 k is zee_wye v is { "foo": "0.598554_" } a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 k is _ v is { "foo": "0.031442_0.749551" } aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 k is pan_wye v is { "foo": "0.502626_0.952618" } a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy-het put ab = $a . "_" . $b; xy = $x . "_" . $y; unset @o; @o[ab]["foo"] = xy; for (k, v in @o) { print "k is " . k . " v is "; dump v; } k is pan_pan v is { "foo": "0.346790_0.726803" } a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 k is eks_pan v is { "foo": "0.758680_0.522151" } a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 k is _wye v is { "foo": "0.204603_0.338319" } aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 k is eks_ v is { "foo": "0.381399_0.134189" } a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 k is wye_pan v is { "foo": "_0.863624" } a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 k is zee_pan v is { "foo": "0.527126_0.493221" } a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 k is eks_zee v is { "foo": "0.611784_0.187885" } a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 k is zee_wye v is { "foo": "0.598554_" } a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 k is _ v is { "foo": "0.031442_0.749551" } aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 k is pan_wye v is { "foo": "0.502626_0.952618" } a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy-het put ab = $a . "_" . $b; xy = $x . "_" . $y; for (k, v in {ab : {"foo": xy}}) { print "k is " . k . " v is "; dump v; } k is pan_pan v is { "foo": "0.346790_0.726803" } a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 k is eks_pan v is { "foo": "0.758680_0.522151" } a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 k is _wye v is { "foo": "0.204603_0.338319" } aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 k is eks_ v is { "foo": "0.381399_0.134189" } a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 k is wye_pan v is { "foo": "_0.863624" } a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 k is zee_pan v is { "foo": "0.527126_0.493221" } a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 k is eks_zee v is { "foo": "0.611784_0.187885" } a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 k is zee_wye v is { "foo": "0.598554_" } a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 k is _ v is { "foo": "0.031442_0.749551" } aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 k is pan_wye v is { "foo": "0.502626_0.952618" } a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy-het put func f(a, b, x, y): map { ab = $a . "_" . $b; xy = $x . "_" . $y; return {ab : {"foo" : xy}}; } for (k, v in f($a, $b, $x, $y)) { print "k is " . k . " v is "; dump v; } k is pan_pan v is { "foo": "0.346790_0.726803" } a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 k is eks_pan v is { "foo": "0.758680_0.522151" } a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 k is _wye v is { "foo": "0.204603_0.338319" } aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 k is eks_ v is { "foo": "0.381399_0.134189" } a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 k is wye_pan v is { "foo": "_0.863624" } a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 k is zee_pan v is { "foo": "0.527126_0.493221" } a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 k is eks_zee v is { "foo": "0.611784_0.187885" } a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 k is zee_wye v is { "foo": "0.598554_" } a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 k is _ v is { "foo": "0.031442_0.749551" } aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 k is pan_wye v is { "foo": "0.502626_0.952618" } a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ================================================================ DSL BREAK/CONTINUE IN SINGLE WHILE/DO-WHILE mlr --opprint --from ./reg_test/input/abixy put while ($i < 5) { $i += 1; break; $a = "ERROR"; } a b i x y pan pan 2 0.3467901443380824 0.7268028627434533 eks pan 3 0.7586799647899636 0.5221511083334797 wye wye 4 0.20460330576630303 0.33831852551664776 eks wye 5 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint --from ./reg_test/input/abixy put while ($i < 5) { $i += 1; continue; $a = "ERROR"; } a b i x y pan pan 5 0.3467901443380824 0.7268028627434533 eks pan 5 0.7586799647899636 0.5221511083334797 wye wye 5 0.20460330576630303 0.33831852551664776 eks wye 5 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint --from ./reg_test/input/abixy put do { $i += 1; break; $a = "ERROR"; } while ($i < 5); a b i x y pan pan 2 0.3467901443380824 0.7268028627434533 eks pan 3 0.7586799647899636 0.5221511083334797 wye wye 4 0.20460330576630303 0.33831852551664776 eks wye 5 0.38139939387114097 0.13418874328430463 wye pan 6 0.5732889198020006 0.8636244699032729 zee pan 7 0.5271261600918548 0.49322128674835697 eks zee 8 0.6117840605678454 0.1878849191181694 zee wye 9 0.5985540091064224 0.976181385699006 hat wye 10 0.03144187646093577 0.7495507603507059 pan wye 11 0.5026260055412137 0.9526183602969864 mlr --opprint --from ./reg_test/input/abixy put do { $i += 1; continue; $a = "ERROR"; } while ($i < 5); a b i x y pan pan 5 0.3467901443380824 0.7268028627434533 eks pan 5 0.7586799647899636 0.5221511083334797 wye wye 5 0.20460330576630303 0.33831852551664776 eks wye 5 0.38139939387114097 0.13418874328430463 wye pan 6 0.5732889198020006 0.8636244699032729 zee pan 7 0.5271261600918548 0.49322128674835697 eks zee 8 0.6117840605678454 0.1878849191181694 zee wye 9 0.5985540091064224 0.976181385699006 hat wye 10 0.03144187646093577 0.7495507603507059 pan wye 11 0.5026260055412137 0.9526183602969864 mlr --opprint --from ./reg_test/input/abixy put $NR = NR; while ($i < 5) { $i += 1; if (NR == 2) { break; } $a = "reached"; } a b i x y NR reached pan 5 0.3467901443380824 0.7268028627434533 1 eks pan 3 0.7586799647899636 0.5221511083334797 2 reached wye 5 0.20460330576630303 0.33831852551664776 3 reached wye 5 0.38139939387114097 0.13418874328430463 4 wye pan 5 0.5732889198020006 0.8636244699032729 5 zee pan 6 0.5271261600918548 0.49322128674835697 6 eks zee 7 0.6117840605678454 0.1878849191181694 7 zee wye 8 0.5985540091064224 0.976181385699006 8 hat wye 9 0.03144187646093577 0.7495507603507059 9 pan wye 10 0.5026260055412137 0.9526183602969864 10 mlr --opprint --from ./reg_test/input/abixy put $NR = NR; while ($i < 5) { $i += 1; if (NR == 2) { continue; } $a = "reached"; } a b i x y NR reached pan 5 0.3467901443380824 0.7268028627434533 1 eks pan 5 0.7586799647899636 0.5221511083334797 2 reached wye 5 0.20460330576630303 0.33831852551664776 3 reached wye 5 0.38139939387114097 0.13418874328430463 4 wye pan 5 0.5732889198020006 0.8636244699032729 5 zee pan 6 0.5271261600918548 0.49322128674835697 6 eks zee 7 0.6117840605678454 0.1878849191181694 7 zee wye 8 0.5985540091064224 0.976181385699006 8 hat wye 9 0.03144187646093577 0.7495507603507059 9 pan wye 10 0.5026260055412137 0.9526183602969864 10 mlr --opprint --from ./reg_test/input/abixy put $NR = NR; do { $i += 1; if (NR == 2) { break; } $a = "reached"; } while ($i < 5); a b i x y NR reached pan 5 0.3467901443380824 0.7268028627434533 1 eks pan 3 0.7586799647899636 0.5221511083334797 2 reached wye 5 0.20460330576630303 0.33831852551664776 3 reached wye 5 0.38139939387114097 0.13418874328430463 4 reached pan 6 0.5732889198020006 0.8636244699032729 5 reached pan 7 0.5271261600918548 0.49322128674835697 6 reached zee 8 0.6117840605678454 0.1878849191181694 7 reached wye 9 0.5985540091064224 0.976181385699006 8 reached wye 10 0.03144187646093577 0.7495507603507059 9 reached wye 11 0.5026260055412137 0.9526183602969864 10 mlr --opprint --from ./reg_test/input/abixy put $NR = NR; do { $i += 1; if (NR == 2) { continue; } $a = "reached"; } while ($i < 5); a b i x y NR reached pan 5 0.3467901443380824 0.7268028627434533 1 eks pan 5 0.7586799647899636 0.5221511083334797 2 reached wye 5 0.20460330576630303 0.33831852551664776 3 reached wye 5 0.38139939387114097 0.13418874328430463 4 reached pan 6 0.5732889198020006 0.8636244699032729 5 reached pan 7 0.5271261600918548 0.49322128674835697 6 reached zee 8 0.6117840605678454 0.1878849191181694 7 reached wye 9 0.5985540091064224 0.976181385699006 8 reached wye 10 0.03144187646093577 0.7495507603507059 9 reached wye 11 0.5026260055412137 0.9526183602969864 10 ================================================================ DSL BREAK/CONTINUE IN NESTED WHILE/DO-WHILE mlr --opprint --from ./reg_test/input/abixy put $j = NR; while ($j < 4) { $k = NR; $j += 1; break; while ($k < 7) { $k += 1 } } a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 2 1 eks pan 2 0.7586799647899636 0.5221511083334797 3 2 wye wye 3 0.20460330576630303 0.33831852551664776 4 3 a b i x y j eks wye 4 0.38139939387114097 0.13418874328430463 4 wye pan 5 0.5732889198020006 0.8636244699032729 5 zee pan 6 0.5271261600918548 0.49322128674835697 6 eks zee 7 0.6117840605678454 0.1878849191181694 7 zee wye 8 0.5985540091064224 0.976181385699006 8 hat wye 9 0.03144187646093577 0.7495507603507059 9 pan wye 10 0.5026260055412137 0.9526183602969864 10 mlr --opprint --from ./reg_test/input/abixy put $j = NR; while ($j < 4) { $k = NR; $j += 1; continue; while ($k < 7) { $k += 1 } } a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 4 1 eks pan 2 0.7586799647899636 0.5221511083334797 4 2 wye wye 3 0.20460330576630303 0.33831852551664776 4 3 a b i x y j eks wye 4 0.38139939387114097 0.13418874328430463 4 wye pan 5 0.5732889198020006 0.8636244699032729 5 zee pan 6 0.5271261600918548 0.49322128674835697 6 eks zee 7 0.6117840605678454 0.1878849191181694 7 zee wye 8 0.5985540091064224 0.976181385699006 8 hat wye 9 0.03144187646093577 0.7495507603507059 9 pan wye 10 0.5026260055412137 0.9526183602969864 10 mlr --opprint --from ./reg_test/input/abixy put $j = NR; while ($j < 4) { $k = NR; $j += 1; while ($k < 7) { $k += 1; break; $k += 10000; } } a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 4 2 eks pan 2 0.7586799647899636 0.5221511083334797 4 3 wye wye 3 0.20460330576630303 0.33831852551664776 4 4 a b i x y j eks wye 4 0.38139939387114097 0.13418874328430463 4 wye pan 5 0.5732889198020006 0.8636244699032729 5 zee pan 6 0.5271261600918548 0.49322128674835697 6 eks zee 7 0.6117840605678454 0.1878849191181694 7 zee wye 8 0.5985540091064224 0.976181385699006 8 hat wye 9 0.03144187646093577 0.7495507603507059 9 pan wye 10 0.5026260055412137 0.9526183602969864 10 mlr --opprint --from ./reg_test/input/abixy put $j = NR; while ($j < 4) { $k = NR; $j += 1; while ($k < 7) { $k += 1; continue; $k += 10000; } } a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 4 7 eks pan 2 0.7586799647899636 0.5221511083334797 4 7 wye wye 3 0.20460330576630303 0.33831852551664776 4 7 a b i x y j eks wye 4 0.38139939387114097 0.13418874328430463 4 wye pan 5 0.5732889198020006 0.8636244699032729 5 zee pan 6 0.5271261600918548 0.49322128674835697 6 eks zee 7 0.6117840605678454 0.1878849191181694 7 zee wye 8 0.5985540091064224 0.976181385699006 8 hat wye 9 0.03144187646093577 0.7495507603507059 9 pan wye 10 0.5026260055412137 0.9526183602969864 10 mlr --opprint --from ./reg_test/input/abixy put $j = NR; while ($j < 4) { $k = NR; $j += 1; if (NR == 2 || NR == 8) { break; } while ($k < 7) { $k += 1 } } a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 4 7 eks pan 2 0.7586799647899636 0.5221511083334797 3 2 wye wye 3 0.20460330576630303 0.33831852551664776 4 7 a b i x y j eks wye 4 0.38139939387114097 0.13418874328430463 4 wye pan 5 0.5732889198020006 0.8636244699032729 5 zee pan 6 0.5271261600918548 0.49322128674835697 6 eks zee 7 0.6117840605678454 0.1878849191181694 7 zee wye 8 0.5985540091064224 0.976181385699006 8 hat wye 9 0.03144187646093577 0.7495507603507059 9 pan wye 10 0.5026260055412137 0.9526183602969864 10 mlr --opprint --from ./reg_test/input/abixy put $j = NR; while ($j < 4) { $k = NR; $j += 1; if (NR == 2 || NR == 8) { continue; } while ($k < 7) { $k += 1 } } a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 4 7 eks pan 2 0.7586799647899636 0.5221511083334797 4 2 wye wye 3 0.20460330576630303 0.33831852551664776 4 7 a b i x y j eks wye 4 0.38139939387114097 0.13418874328430463 4 wye pan 5 0.5732889198020006 0.8636244699032729 5 zee pan 6 0.5271261600918548 0.49322128674835697 6 eks zee 7 0.6117840605678454 0.1878849191181694 7 zee wye 8 0.5985540091064224 0.976181385699006 8 hat wye 9 0.03144187646093577 0.7495507603507059 9 pan wye 10 0.5026260055412137 0.9526183602969864 10 mlr --opprint --from ./reg_test/input/abixy put $j = NR; while ($j < 4) { $k = NR; $j += 1; while ($k < 7) { $k += 1; if (NR == 2 || NR == 8) { break; } $k += 10000; } } a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 4 10002 eks pan 2 0.7586799647899636 0.5221511083334797 4 3 wye wye 3 0.20460330576630303 0.33831852551664776 4 10004 a b i x y j eks wye 4 0.38139939387114097 0.13418874328430463 4 wye pan 5 0.5732889198020006 0.8636244699032729 5 zee pan 6 0.5271261600918548 0.49322128674835697 6 eks zee 7 0.6117840605678454 0.1878849191181694 7 zee wye 8 0.5985540091064224 0.976181385699006 8 hat wye 9 0.03144187646093577 0.7495507603507059 9 pan wye 10 0.5026260055412137 0.9526183602969864 10 mlr --opprint --from ./reg_test/input/abixy put $j = NR; while ($j < 4) { $k = NR; $j += 1; while ($k < 7) { $k += 1; if (NR == 2 || NR == 8) { continue; } $k += 10000; } } a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 4 10002 eks pan 2 0.7586799647899636 0.5221511083334797 4 7 wye wye 3 0.20460330576630303 0.33831852551664776 4 10004 a b i x y j eks wye 4 0.38139939387114097 0.13418874328430463 4 wye pan 5 0.5732889198020006 0.8636244699032729 5 zee pan 6 0.5271261600918548 0.49322128674835697 6 eks zee 7 0.6117840605678454 0.1878849191181694 7 zee wye 8 0.5985540091064224 0.976181385699006 8 hat wye 9 0.03144187646093577 0.7495507603507059 9 pan wye 10 0.5026260055412137 0.9526183602969864 10 mlr --opprint --from ./reg_test/input/abixy put $j = NR; do { $k = NR; $j += 1; break; do { $k += 1 } while ($k < 7); } while ($j < 4); a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 2 1 eks pan 2 0.7586799647899636 0.5221511083334797 3 2 wye wye 3 0.20460330576630303 0.33831852551664776 4 3 eks wye 4 0.38139939387114097 0.13418874328430463 5 4 wye pan 5 0.5732889198020006 0.8636244699032729 6 5 zee pan 6 0.5271261600918548 0.49322128674835697 7 6 eks zee 7 0.6117840605678454 0.1878849191181694 8 7 zee wye 8 0.5985540091064224 0.976181385699006 9 8 hat wye 9 0.03144187646093577 0.7495507603507059 10 9 pan wye 10 0.5026260055412137 0.9526183602969864 11 10 mlr --opprint --from ./reg_test/input/abixy put $j = NR; do { $k = NR; $j += 1; continue; do { $k += 1 } while ($k < 7); } while ($j < 4); a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 4 1 eks pan 2 0.7586799647899636 0.5221511083334797 4 2 wye wye 3 0.20460330576630303 0.33831852551664776 4 3 eks wye 4 0.38139939387114097 0.13418874328430463 5 4 wye pan 5 0.5732889198020006 0.8636244699032729 6 5 zee pan 6 0.5271261600918548 0.49322128674835697 7 6 eks zee 7 0.6117840605678454 0.1878849191181694 8 7 zee wye 8 0.5985540091064224 0.976181385699006 9 8 hat wye 9 0.03144187646093577 0.7495507603507059 10 9 pan wye 10 0.5026260055412137 0.9526183602969864 11 10 mlr --opprint --from ./reg_test/input/abixy put $j = NR; do { $k = NR; $j += 1; do { $k += 1; break; $k += 10000; } while ($k < 7); } while ($j < 4); a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 4 2 eks pan 2 0.7586799647899636 0.5221511083334797 4 3 wye wye 3 0.20460330576630303 0.33831852551664776 4 4 eks wye 4 0.38139939387114097 0.13418874328430463 5 5 wye pan 5 0.5732889198020006 0.8636244699032729 6 6 zee pan 6 0.5271261600918548 0.49322128674835697 7 7 eks zee 7 0.6117840605678454 0.1878849191181694 8 8 zee wye 8 0.5985540091064224 0.976181385699006 9 9 hat wye 9 0.03144187646093577 0.7495507603507059 10 10 pan wye 10 0.5026260055412137 0.9526183602969864 11 11 mlr --opprint --from ./reg_test/input/abixy put $j = NR; do { $k = NR; $j += 1; do { $k += 1; continue; $k += 10000; } while ($k < 7); } while ($j < 4); a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 4 7 eks pan 2 0.7586799647899636 0.5221511083334797 4 7 wye wye 3 0.20460330576630303 0.33831852551664776 4 7 eks wye 4 0.38139939387114097 0.13418874328430463 5 7 wye pan 5 0.5732889198020006 0.8636244699032729 6 7 zee pan 6 0.5271261600918548 0.49322128674835697 7 7 eks zee 7 0.6117840605678454 0.1878849191181694 8 8 zee wye 8 0.5985540091064224 0.976181385699006 9 9 hat wye 9 0.03144187646093577 0.7495507603507059 10 10 pan wye 10 0.5026260055412137 0.9526183602969864 11 11 mlr --opprint --from ./reg_test/input/abixy put $j = NR; do { $k = NR; $j += 1; if (NR == 2 || NR == 8) { break; } do { $k += 1 } while ($k < 7); } while ($j < 4); a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 4 7 eks pan 2 0.7586799647899636 0.5221511083334797 3 2 wye wye 3 0.20460330576630303 0.33831852551664776 4 7 eks wye 4 0.38139939387114097 0.13418874328430463 5 7 wye pan 5 0.5732889198020006 0.8636244699032729 6 7 zee pan 6 0.5271261600918548 0.49322128674835697 7 7 eks zee 7 0.6117840605678454 0.1878849191181694 8 8 zee wye 8 0.5985540091064224 0.976181385699006 9 8 hat wye 9 0.03144187646093577 0.7495507603507059 10 10 pan wye 10 0.5026260055412137 0.9526183602969864 11 11 mlr --opprint --from ./reg_test/input/abixy put $j = NR; do { $k = NR; $j += 1; if (NR == 2 || NR == 8) { continue; } do { $k += 1 } while ($k < 7); } while ($j < 4); a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 4 7 eks pan 2 0.7586799647899636 0.5221511083334797 4 2 wye wye 3 0.20460330576630303 0.33831852551664776 4 7 eks wye 4 0.38139939387114097 0.13418874328430463 5 7 wye pan 5 0.5732889198020006 0.8636244699032729 6 7 zee pan 6 0.5271261600918548 0.49322128674835697 7 7 eks zee 7 0.6117840605678454 0.1878849191181694 8 8 zee wye 8 0.5985540091064224 0.976181385699006 9 8 hat wye 9 0.03144187646093577 0.7495507603507059 10 10 pan wye 10 0.5026260055412137 0.9526183602969864 11 11 mlr --opprint --from ./reg_test/input/abixy put $j = NR; do { $k = NR; $j += 1; do { $k += 1; if (NR == 2 || NR == 8) { break; } $k += 10000; } while ($k < 7); } while ($j < 4); a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 4 10002 eks pan 2 0.7586799647899636 0.5221511083334797 4 3 wye wye 3 0.20460330576630303 0.33831852551664776 4 10004 eks wye 4 0.38139939387114097 0.13418874328430463 5 10005 wye pan 5 0.5732889198020006 0.8636244699032729 6 10006 zee pan 6 0.5271261600918548 0.49322128674835697 7 10007 eks zee 7 0.6117840605678454 0.1878849191181694 8 10008 zee wye 8 0.5985540091064224 0.976181385699006 9 9 hat wye 9 0.03144187646093577 0.7495507603507059 10 10010 pan wye 10 0.5026260055412137 0.9526183602969864 11 10011 mlr --opprint --from ./reg_test/input/abixy put $j = NR; do { $k = NR; $j += 1; do { $k += 1; if (NR == 2 || NR == 8) { continue; } $k += 10000; } while ($k < 7); } while ($j < 4); a b i x y j k pan pan 1 0.3467901443380824 0.7268028627434533 4 10002 eks pan 2 0.7586799647899636 0.5221511083334797 4 7 wye wye 3 0.20460330576630303 0.33831852551664776 4 10004 eks wye 4 0.38139939387114097 0.13418874328430463 5 10005 wye pan 5 0.5732889198020006 0.8636244699032729 6 10006 zee pan 6 0.5271261600918548 0.49322128674835697 7 10007 eks zee 7 0.6117840605678454 0.1878849191181694 8 10008 zee wye 8 0.5985540091064224 0.976181385699006 9 9 hat wye 9 0.03144187646093577 0.7495507603507059 10 10010 pan wye 10 0.5026260055412137 0.9526183602969864 11 10011 ================================================================ DSL BREAK/CONTINUE IN SINGLE FOR-SREC mlr --opprint --from ./reg_test/input/abixy put -q for (k,v in $*) { @logging1[NR][k] = v; if (k == "x") { break; } } end { emitp @logging1, "NR", "k"; } NR k logging1 1 a pan 1 b pan 1 i 1 1 x 0.346790 2 a eks 2 b pan 2 i 2 2 x 0.758680 3 a wye 3 b wye 3 i 3 3 x 0.204603 4 a eks 4 b wye 4 i 4 4 x 0.381399 5 a wye 5 b pan 5 i 5 5 x 0.573289 6 a zee 6 b pan 6 i 6 6 x 0.527126 7 a eks 7 b zee 7 i 7 7 x 0.611784 8 a zee 8 b wye 8 i 8 8 x 0.598554 9 a hat 9 b wye 9 i 9 9 x 0.031442 10 a pan 10 b wye 10 i 10 10 x 0.502626 mlr --opprint --from ./reg_test/input/abixy put -q for (k,v in $*) { if (k == "x") { break; } @logging2[NR][k] = v; } end { emitp @logging2, "NR", "k"; } NR k logging2 1 a pan 1 b pan 1 i 1 2 a eks 2 b pan 2 i 2 3 a wye 3 b wye 3 i 3 4 a eks 4 b wye 4 i 4 5 a wye 5 b pan 5 i 5 6 a zee 6 b pan 6 i 6 7 a eks 7 b zee 7 i 7 8 a zee 8 b wye 8 i 8 9 a hat 9 b wye 9 i 9 10 a pan 10 b wye 10 i 10 mlr --opprint --from ./reg_test/input/abixy put -q for (k,v in $*) { @logging3[NR][k] = v; if (k == "x") { continue; } } end { emitp @logging3, "NR", "k"; } NR k logging3 1 a pan 1 b pan 1 i 1 1 x 0.346790 1 y 0.726803 2 a eks 2 b pan 2 i 2 2 x 0.758680 2 y 0.522151 3 a wye 3 b wye 3 i 3 3 x 0.204603 3 y 0.338319 4 a eks 4 b wye 4 i 4 4 x 0.381399 4 y 0.134189 5 a wye 5 b pan 5 i 5 5 x 0.573289 5 y 0.863624 6 a zee 6 b pan 6 i 6 6 x 0.527126 6 y 0.493221 7 a eks 7 b zee 7 i 7 7 x 0.611784 7 y 0.187885 8 a zee 8 b wye 8 i 8 8 x 0.598554 8 y 0.976181 9 a hat 9 b wye 9 i 9 9 x 0.031442 9 y 0.749551 10 a pan 10 b wye 10 i 10 10 x 0.502626 10 y 0.952618 mlr --opprint --from ./reg_test/input/abixy put -q for (k,v in $*) { if (k == "x") { continue; } @logging4[NR][k] = v; } end { emitp @logging4, "NR", "k" } NR k logging4 1 a pan 1 b pan 1 i 1 1 y 0.726803 2 a eks 2 b pan 2 i 2 2 y 0.522151 3 a wye 3 b wye 3 i 3 3 y 0.338319 4 a eks 4 b wye 4 i 4 4 y 0.134189 5 a wye 5 b pan 5 i 5 5 y 0.863624 6 a zee 6 b pan 6 i 6 6 y 0.493221 7 a eks 7 b zee 7 i 7 7 y 0.187885 8 a zee 8 b wye 8 i 8 8 y 0.976181 9 a hat 9 b wye 9 i 9 9 y 0.749551 10 a pan 10 b wye 10 i 10 10 y 0.952618 mlr --opprint --from ./reg_test/input/abixy put -q for (k,v in $*) { @logging1[NR][k] = v; if (k == "x") { break; } } for (k,v in $*) { if (k == "x") { break; } @logging2[NR][k] = v; } for (k,v in $*) { @logging3[NR][k] = v; if (k == "x") { continue; } } for (k,v in $*) { if (k == "x") { continue; } @logging4[NR][k] = v; } end { emitp @logging1, "NR", "k"; emitp @logging2, "NR", "k"; emitp @logging3, "NR", "k"; emitp @logging4, "NR", "k" } NR k logging1 1 a pan 1 b pan 1 i 1 1 x 0.346790 2 a eks 2 b pan 2 i 2 2 x 0.758680 3 a wye 3 b wye 3 i 3 3 x 0.204603 4 a eks 4 b wye 4 i 4 4 x 0.381399 5 a wye 5 b pan 5 i 5 5 x 0.573289 6 a zee 6 b pan 6 i 6 6 x 0.527126 7 a eks 7 b zee 7 i 7 7 x 0.611784 8 a zee 8 b wye 8 i 8 8 x 0.598554 9 a hat 9 b wye 9 i 9 9 x 0.031442 10 a pan 10 b wye 10 i 10 10 x 0.502626 NR k logging2 1 a pan 1 b pan 1 i 1 2 a eks 2 b pan 2 i 2 3 a wye 3 b wye 3 i 3 4 a eks 4 b wye 4 i 4 5 a wye 5 b pan 5 i 5 6 a zee 6 b pan 6 i 6 7 a eks 7 b zee 7 i 7 8 a zee 8 b wye 8 i 8 9 a hat 9 b wye 9 i 9 10 a pan 10 b wye 10 i 10 NR k logging3 1 a pan 1 b pan 1 i 1 1 x 0.346790 1 y 0.726803 2 a eks 2 b pan 2 i 2 2 x 0.758680 2 y 0.522151 3 a wye 3 b wye 3 i 3 3 x 0.204603 3 y 0.338319 4 a eks 4 b wye 4 i 4 4 x 0.381399 4 y 0.134189 5 a wye 5 b pan 5 i 5 5 x 0.573289 5 y 0.863624 6 a zee 6 b pan 6 i 6 6 x 0.527126 6 y 0.493221 7 a eks 7 b zee 7 i 7 7 x 0.611784 7 y 0.187885 8 a zee 8 b wye 8 i 8 8 x 0.598554 8 y 0.976181 9 a hat 9 b wye 9 i 9 9 x 0.031442 9 y 0.749551 10 a pan 10 b wye 10 i 10 10 x 0.502626 10 y 0.952618 NR k logging4 1 a pan 1 b pan 1 i 1 1 y 0.726803 2 a eks 2 b pan 2 i 2 2 y 0.522151 3 a wye 3 b wye 3 i 3 3 y 0.338319 4 a eks 4 b wye 4 i 4 4 y 0.134189 5 a wye 5 b pan 5 i 5 5 y 0.863624 6 a zee 6 b pan 6 i 6 6 y 0.493221 7 a eks 7 b zee 7 i 7 7 y 0.187885 8 a zee 8 b wye 8 i 8 8 y 0.976181 9 a hat 9 b wye 9 i 9 9 y 0.749551 10 a pan 10 b wye 10 i 10 10 y 0.952618 ================================================================ DSL BREAK/CONTINUE IN NESTED FOR-SREC mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; break; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a before 2 a before 3 a before 4 a before 5 a before 6 a before 7 a before 8 a before 9 a before 10 a before mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; continue; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a before 1 b before 1 i before 1 x before 1 y before 2 a before 2 b before 2 i before 2 x before 2 y before 3 a before 3 b before 3 i before 3 x before 3 y before 4 a before 4 b before 4 i before 4 x before 4 y before 5 a before 5 b before 5 i before 5 x before 5 y before 6 a before 6 b before 6 i before 6 x before 6 y before 7 a before 7 b before 7 i before 7 x before 7 y before 8 a before 8 b before 8 i before 8 x before 8 y before 9 a before 9 b before 9 i before 9 x before 9 y before 10 a before 10 b before 10 i before 10 x before 10 y before mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; break; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a pan 1 b pan 1 i 1 1 x 0.346790 1 y 0.726803 2 a eks 2 b pan 2 i 2 2 x 0.758680 2 y 0.522151 3 a wye 3 b wye 3 i 3 3 x 0.204603 3 y 0.338319 4 a eks 4 b wye 4 i 4 4 x 0.381399 4 y 0.134189 5 a wye 5 b pan 5 i 5 5 x 0.573289 5 y 0.863624 6 a zee 6 b pan 6 i 6 6 x 0.527126 6 y 0.493221 7 a eks 7 b zee 7 i 7 7 x 0.611784 7 y 0.187885 8 a zee 8 b wye 8 i 8 8 x 0.598554 8 y 0.976181 9 a hat 9 b wye 9 i 9 9 x 0.031442 9 y 0.749551 10 a pan 10 b wye 10 i 10 10 x 0.502626 10 y 0.952618 NR names output2 1 a_a before 1 b_a before 1 i_a before 1 x_a before 1 y_a before 2 a_a before 2 b_a before 2 i_a before 2 x_a before 2 y_a before 3 a_a before 3 b_a before 3 i_a before 3 x_a before 3 y_a before 4 a_a before 4 b_a before 4 i_a before 4 x_a before 4 y_a before 5 a_a before 5 b_a before 5 i_a before 5 x_a before 5 y_a before 6 a_a before 6 b_a before 6 i_a before 6 x_a before 6 y_a before 7 a_a before 7 b_a before 7 i_a before 7 x_a before 7 y_a before 8 a_a before 8 b_a before 8 i_a before 8 x_a before 8 y_a before 9 a_a before 9 b_a before 9 i_a before 9 x_a before 9 y_a before 10 a_a before 10 b_a before 10 i_a before 10 x_a before 10 y_a before mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; continue; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a pan 1 b pan 1 i 1 1 x 0.346790 1 y 0.726803 2 a eks 2 b pan 2 i 2 2 x 0.758680 2 y 0.522151 3 a wye 3 b wye 3 i 3 3 x 0.204603 3 y 0.338319 4 a eks 4 b wye 4 i 4 4 x 0.381399 4 y 0.134189 5 a wye 5 b pan 5 i 5 5 x 0.573289 5 y 0.863624 6 a zee 6 b pan 6 i 6 6 x 0.527126 6 y 0.493221 7 a eks 7 b zee 7 i 7 7 x 0.611784 7 y 0.187885 8 a zee 8 b wye 8 i 8 8 x 0.598554 8 y 0.976181 9 a hat 9 b wye 9 i 9 9 x 0.031442 9 y 0.749551 10 a pan 10 b wye 10 i 10 10 x 0.502626 10 y 0.952618 NR names output2 1 a_a before 1 a_b before 1 a_i before 1 a_x before 1 a_y before 1 b_a before 1 b_b before 1 b_i before 1 b_x before 1 b_y before 1 i_a before 1 i_b before 1 i_i before 1 i_x before 1 i_y before 1 x_a before 1 x_b before 1 x_i before 1 x_x before 1 x_y before 1 y_a before 1 y_b before 1 y_i before 1 y_x before 1 y_y before 2 a_a before 2 a_b before 2 a_i before 2 a_x before 2 a_y before 2 b_a before 2 b_b before 2 b_i before 2 b_x before 2 b_y before 2 i_a before 2 i_b before 2 i_i before 2 i_x before 2 i_y before 2 x_a before 2 x_b before 2 x_i before 2 x_x before 2 x_y before 2 y_a before 2 y_b before 2 y_i before 2 y_x before 2 y_y before 3 a_a before 3 a_b before 3 a_i before 3 a_x before 3 a_y before 3 b_a before 3 b_b before 3 b_i before 3 b_x before 3 b_y before 3 i_a before 3 i_b before 3 i_i before 3 i_x before 3 i_y before 3 x_a before 3 x_b before 3 x_i before 3 x_x before 3 x_y before 3 y_a before 3 y_b before 3 y_i before 3 y_x before 3 y_y before 4 a_a before 4 a_b before 4 a_i before 4 a_x before 4 a_y before 4 b_a before 4 b_b before 4 b_i before 4 b_x before 4 b_y before 4 i_a before 4 i_b before 4 i_i before 4 i_x before 4 i_y before 4 x_a before 4 x_b before 4 x_i before 4 x_x before 4 x_y before 4 y_a before 4 y_b before 4 y_i before 4 y_x before 4 y_y before 5 a_a before 5 a_b before 5 a_i before 5 a_x before 5 a_y before 5 b_a before 5 b_b before 5 b_i before 5 b_x before 5 b_y before 5 i_a before 5 i_b before 5 i_i before 5 i_x before 5 i_y before 5 x_a before 5 x_b before 5 x_i before 5 x_x before 5 x_y before 5 y_a before 5 y_b before 5 y_i before 5 y_x before 5 y_y before 6 a_a before 6 a_b before 6 a_i before 6 a_x before 6 a_y before 6 b_a before 6 b_b before 6 b_i before 6 b_x before 6 b_y before 6 i_a before 6 i_b before 6 i_i before 6 i_x before 6 i_y before 6 x_a before 6 x_b before 6 x_i before 6 x_x before 6 x_y before 6 y_a before 6 y_b before 6 y_i before 6 y_x before 6 y_y before 7 a_a before 7 a_b before 7 a_i before 7 a_x before 7 a_y before 7 b_a before 7 b_b before 7 b_i before 7 b_x before 7 b_y before 7 i_a before 7 i_b before 7 i_i before 7 i_x before 7 i_y before 7 x_a before 7 x_b before 7 x_i before 7 x_x before 7 x_y before 7 y_a before 7 y_b before 7 y_i before 7 y_x before 7 y_y before 8 a_a before 8 a_b before 8 a_i before 8 a_x before 8 a_y before 8 b_a before 8 b_b before 8 b_i before 8 b_x before 8 b_y before 8 i_a before 8 i_b before 8 i_i before 8 i_x before 8 i_y before 8 x_a before 8 x_b before 8 x_i before 8 x_x before 8 x_y before 8 y_a before 8 y_b before 8 y_i before 8 y_x before 8 y_y before 9 a_a before 9 a_b before 9 a_i before 9 a_x before 9 a_y before 9 b_a before 9 b_b before 9 b_i before 9 b_x before 9 b_y before 9 i_a before 9 i_b before 9 i_i before 9 i_x before 9 i_y before 9 x_a before 9 x_b before 9 x_i before 9 x_x before 9 x_y before 9 y_a before 9 y_b before 9 y_i before 9 y_x before 9 y_y before 10 a_a before 10 a_b before 10 a_i before 10 a_x before 10 a_y before 10 b_a before 10 b_b before 10 b_i before 10 b_x before 10 b_y before 10 i_a before 10 i_b before 10 i_i before 10 i_x before 10 i_y before 10 x_a before 10 x_b before 10 x_i before 10 x_x before 10 x_y before 10 y_a before 10 y_b before 10 y_i before 10 y_x before 10 y_y before mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; break; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; break; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a before 2 a before 3 a before 4 a before 5 a before 6 a before 7 a before 8 a before 9 a before 10 a before mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; continue; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; break; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a before 1 b before 1 i before 1 x before 1 y before 2 a before 2 b before 2 i before 2 x before 2 y before 3 a before 3 b before 3 i before 3 x before 3 y before 4 a before 4 b before 4 i before 4 x before 4 y before 5 a before 5 b before 5 i before 5 x before 5 y before 6 a before 6 b before 6 i before 6 x before 6 y before 7 a before 7 b before 7 i before 7 x before 7 y before 8 a before 8 b before 8 i before 8 x before 8 y before 9 a before 9 b before 9 i before 9 x before 9 y before 10 a before 10 b before 10 i before 10 x before 10 y before mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; break; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; continue; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a before 2 a before 3 a before 4 a before 5 a before 6 a before 7 a before 8 a before 9 a before 10 a before mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; continue; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; continue; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a before 1 b before 1 i before 1 x before 1 y before 2 a before 2 b before 2 i before 2 x before 2 y before 3 a before 3 b before 3 i before 3 x before 3 y before 4 a before 4 b before 4 i before 4 x before 4 y before 5 a before 5 b before 5 i before 5 x before 5 y before 6 a before 6 b before 6 i before 6 x before 6 y before 7 a before 7 b before 7 i before 7 x before 7 y before 8 a before 8 b before 8 i before 8 x before 8 y before 9 a before 9 b before 9 i before 9 x before 9 y before 10 a before 10 b before 10 i before 10 x before 10 y before mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; if (k1 == "b") { break } @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a pan 1 b before 2 a eks 2 b before 3 a wye 3 b before 4 a eks 4 b before 5 a wye 5 b before 6 a zee 6 b before 7 a eks 7 b before 8 a zee 8 b before 9 a hat 9 b before 10 a pan 10 b before NR names output2 1 a_a pan 1 a_b pan 1 a_i 1 1 a_x 0.346790 1 a_y 0.726803 2 a_a eks 2 a_b pan 2 a_i 2 2 a_x 0.758680 2 a_y 0.522151 3 a_a wye 3 a_b wye 3 a_i 3 3 a_x 0.204603 3 a_y 0.338319 4 a_a eks 4 a_b wye 4 a_i 4 4 a_x 0.381399 4 a_y 0.134189 5 a_a wye 5 a_b pan 5 a_i 5 5 a_x 0.573289 5 a_y 0.863624 6 a_a zee 6 a_b pan 6 a_i 6 6 a_x 0.527126 6 a_y 0.493221 7 a_a eks 7 a_b zee 7 a_i 7 7 a_x 0.611784 7 a_y 0.187885 8 a_a zee 8 a_b wye 8 a_i 8 8 a_x 0.598554 8 a_y 0.976181 9 a_a hat 9 a_b wye 9 a_i 9 9 a_x 0.031442 9 a_y 0.749551 10 a_a pan 10 a_b wye 10 a_i 10 10 a_x 0.502626 10 a_y 0.952618 mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; if (k1 == "b") { continue } @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a pan 1 b before 1 i 1 1 x 0.346790 1 y 0.726803 2 a eks 2 b before 2 i 2 2 x 0.758680 2 y 0.522151 3 a wye 3 b before 3 i 3 3 x 0.204603 3 y 0.338319 4 a eks 4 b before 4 i 4 4 x 0.381399 4 y 0.134189 5 a wye 5 b before 5 i 5 5 x 0.573289 5 y 0.863624 6 a zee 6 b before 6 i 6 6 x 0.527126 6 y 0.493221 7 a eks 7 b before 7 i 7 7 x 0.611784 7 y 0.187885 8 a zee 8 b before 8 i 8 8 x 0.598554 8 y 0.976181 9 a hat 9 b before 9 i 9 9 x 0.031442 9 y 0.749551 10 a pan 10 b before 10 i 10 10 x 0.502626 10 y 0.952618 NR names output2 1 a_a pan 1 a_b pan 1 a_i 1 1 a_x 0.346790 1 a_y 0.726803 1 i_a pan 1 i_b pan 1 i_i 1 1 i_x 0.346790 1 i_y 0.726803 1 x_a pan 1 x_b pan 1 x_i 1 1 x_x 0.346790 1 x_y 0.726803 1 y_a pan 1 y_b pan 1 y_i 1 1 y_x 0.346790 1 y_y 0.726803 2 a_a eks 2 a_b pan 2 a_i 2 2 a_x 0.758680 2 a_y 0.522151 2 i_a eks 2 i_b pan 2 i_i 2 2 i_x 0.758680 2 i_y 0.522151 2 x_a eks 2 x_b pan 2 x_i 2 2 x_x 0.758680 2 x_y 0.522151 2 y_a eks 2 y_b pan 2 y_i 2 2 y_x 0.758680 2 y_y 0.522151 3 a_a wye 3 a_b wye 3 a_i 3 3 a_x 0.204603 3 a_y 0.338319 3 i_a wye 3 i_b wye 3 i_i 3 3 i_x 0.204603 3 i_y 0.338319 3 x_a wye 3 x_b wye 3 x_i 3 3 x_x 0.204603 3 x_y 0.338319 3 y_a wye 3 y_b wye 3 y_i 3 3 y_x 0.204603 3 y_y 0.338319 4 a_a eks 4 a_b wye 4 a_i 4 4 a_x 0.381399 4 a_y 0.134189 4 i_a eks 4 i_b wye 4 i_i 4 4 i_x 0.381399 4 i_y 0.134189 4 x_a eks 4 x_b wye 4 x_i 4 4 x_x 0.381399 4 x_y 0.134189 4 y_a eks 4 y_b wye 4 y_i 4 4 y_x 0.381399 4 y_y 0.134189 5 a_a wye 5 a_b pan 5 a_i 5 5 a_x 0.573289 5 a_y 0.863624 5 i_a wye 5 i_b pan 5 i_i 5 5 i_x 0.573289 5 i_y 0.863624 5 x_a wye 5 x_b pan 5 x_i 5 5 x_x 0.573289 5 x_y 0.863624 5 y_a wye 5 y_b pan 5 y_i 5 5 y_x 0.573289 5 y_y 0.863624 6 a_a zee 6 a_b pan 6 a_i 6 6 a_x 0.527126 6 a_y 0.493221 6 i_a zee 6 i_b pan 6 i_i 6 6 i_x 0.527126 6 i_y 0.493221 6 x_a zee 6 x_b pan 6 x_i 6 6 x_x 0.527126 6 x_y 0.493221 6 y_a zee 6 y_b pan 6 y_i 6 6 y_x 0.527126 6 y_y 0.493221 7 a_a eks 7 a_b zee 7 a_i 7 7 a_x 0.611784 7 a_y 0.187885 7 i_a eks 7 i_b zee 7 i_i 7 7 i_x 0.611784 7 i_y 0.187885 7 x_a eks 7 x_b zee 7 x_i 7 7 x_x 0.611784 7 x_y 0.187885 7 y_a eks 7 y_b zee 7 y_i 7 7 y_x 0.611784 7 y_y 0.187885 8 a_a zee 8 a_b wye 8 a_i 8 8 a_x 0.598554 8 a_y 0.976181 8 i_a zee 8 i_b wye 8 i_i 8 8 i_x 0.598554 8 i_y 0.976181 8 x_a zee 8 x_b wye 8 x_i 8 8 x_x 0.598554 8 x_y 0.976181 8 y_a zee 8 y_b wye 8 y_i 8 8 y_x 0.598554 8 y_y 0.976181 9 a_a hat 9 a_b wye 9 a_i 9 9 a_x 0.031442 9 a_y 0.749551 9 i_a hat 9 i_b wye 9 i_i 9 9 i_x 0.031442 9 i_y 0.749551 9 x_a hat 9 x_b wye 9 x_i 9 9 x_x 0.031442 9 x_y 0.749551 9 y_a hat 9 y_b wye 9 y_i 9 9 y_x 0.031442 9 y_y 0.749551 10 a_a pan 10 a_b wye 10 a_i 10 10 a_x 0.502626 10 a_y 0.952618 10 i_a pan 10 i_b wye 10 i_i 10 10 i_x 0.502626 10 i_y 0.952618 10 x_a pan 10 x_b wye 10 x_i 10 10 x_x 0.502626 10 x_y 0.952618 10 y_a pan 10 y_b wye 10 y_i 10 10 y_x 0.502626 10 y_y 0.952618 mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; if (k2 == "a") { break } @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a pan 1 b pan 1 i 1 1 x 0.346790 1 y 0.726803 2 a eks 2 b pan 2 i 2 2 x 0.758680 2 y 0.522151 3 a wye 3 b wye 3 i 3 3 x 0.204603 3 y 0.338319 4 a eks 4 b wye 4 i 4 4 x 0.381399 4 y 0.134189 5 a wye 5 b pan 5 i 5 5 x 0.573289 5 y 0.863624 6 a zee 6 b pan 6 i 6 6 x 0.527126 6 y 0.493221 7 a eks 7 b zee 7 i 7 7 x 0.611784 7 y 0.187885 8 a zee 8 b wye 8 i 8 8 x 0.598554 8 y 0.976181 9 a hat 9 b wye 9 i 9 9 x 0.031442 9 y 0.749551 10 a pan 10 b wye 10 i 10 10 x 0.502626 10 y 0.952618 NR names output2 1 a_a before 1 b_a before 1 i_a before 1 x_a before 1 y_a before 2 a_a before 2 b_a before 2 i_a before 2 x_a before 2 y_a before 3 a_a before 3 b_a before 3 i_a before 3 x_a before 3 y_a before 4 a_a before 4 b_a before 4 i_a before 4 x_a before 4 y_a before 5 a_a before 5 b_a before 5 i_a before 5 x_a before 5 y_a before 6 a_a before 6 b_a before 6 i_a before 6 x_a before 6 y_a before 7 a_a before 7 b_a before 7 i_a before 7 x_a before 7 y_a before 8 a_a before 8 b_a before 8 i_a before 8 x_a before 8 y_a before 9 a_a before 9 b_a before 9 i_a before 9 x_a before 9 y_a before 10 a_a before 10 b_a before 10 i_a before 10 x_a before 10 y_a before mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; if (k2 == "b") { continue } @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a pan 1 b pan 1 i 1 1 x 0.346790 1 y 0.726803 2 a eks 2 b pan 2 i 2 2 x 0.758680 2 y 0.522151 3 a wye 3 b wye 3 i 3 3 x 0.204603 3 y 0.338319 4 a eks 4 b wye 4 i 4 4 x 0.381399 4 y 0.134189 5 a wye 5 b pan 5 i 5 5 x 0.573289 5 y 0.863624 6 a zee 6 b pan 6 i 6 6 x 0.527126 6 y 0.493221 7 a eks 7 b zee 7 i 7 7 x 0.611784 7 y 0.187885 8 a zee 8 b wye 8 i 8 8 x 0.598554 8 y 0.976181 9 a hat 9 b wye 9 i 9 9 x 0.031442 9 y 0.749551 10 a pan 10 b wye 10 i 10 10 x 0.502626 10 y 0.952618 NR names output2 1 a_a pan 1 a_b before 1 a_i 1 1 a_x 0.346790 1 a_y 0.726803 1 b_a pan 1 b_b before 1 b_i 1 1 b_x 0.346790 1 b_y 0.726803 1 i_a pan 1 i_b before 1 i_i 1 1 i_x 0.346790 1 i_y 0.726803 1 x_a pan 1 x_b before 1 x_i 1 1 x_x 0.346790 1 x_y 0.726803 1 y_a pan 1 y_b before 1 y_i 1 1 y_x 0.346790 1 y_y 0.726803 2 a_a eks 2 a_b before 2 a_i 2 2 a_x 0.758680 2 a_y 0.522151 2 b_a eks 2 b_b before 2 b_i 2 2 b_x 0.758680 2 b_y 0.522151 2 i_a eks 2 i_b before 2 i_i 2 2 i_x 0.758680 2 i_y 0.522151 2 x_a eks 2 x_b before 2 x_i 2 2 x_x 0.758680 2 x_y 0.522151 2 y_a eks 2 y_b before 2 y_i 2 2 y_x 0.758680 2 y_y 0.522151 3 a_a wye 3 a_b before 3 a_i 3 3 a_x 0.204603 3 a_y 0.338319 3 b_a wye 3 b_b before 3 b_i 3 3 b_x 0.204603 3 b_y 0.338319 3 i_a wye 3 i_b before 3 i_i 3 3 i_x 0.204603 3 i_y 0.338319 3 x_a wye 3 x_b before 3 x_i 3 3 x_x 0.204603 3 x_y 0.338319 3 y_a wye 3 y_b before 3 y_i 3 3 y_x 0.204603 3 y_y 0.338319 4 a_a eks 4 a_b before 4 a_i 4 4 a_x 0.381399 4 a_y 0.134189 4 b_a eks 4 b_b before 4 b_i 4 4 b_x 0.381399 4 b_y 0.134189 4 i_a eks 4 i_b before 4 i_i 4 4 i_x 0.381399 4 i_y 0.134189 4 x_a eks 4 x_b before 4 x_i 4 4 x_x 0.381399 4 x_y 0.134189 4 y_a eks 4 y_b before 4 y_i 4 4 y_x 0.381399 4 y_y 0.134189 5 a_a wye 5 a_b before 5 a_i 5 5 a_x 0.573289 5 a_y 0.863624 5 b_a wye 5 b_b before 5 b_i 5 5 b_x 0.573289 5 b_y 0.863624 5 i_a wye 5 i_b before 5 i_i 5 5 i_x 0.573289 5 i_y 0.863624 5 x_a wye 5 x_b before 5 x_i 5 5 x_x 0.573289 5 x_y 0.863624 5 y_a wye 5 y_b before 5 y_i 5 5 y_x 0.573289 5 y_y 0.863624 6 a_a zee 6 a_b before 6 a_i 6 6 a_x 0.527126 6 a_y 0.493221 6 b_a zee 6 b_b before 6 b_i 6 6 b_x 0.527126 6 b_y 0.493221 6 i_a zee 6 i_b before 6 i_i 6 6 i_x 0.527126 6 i_y 0.493221 6 x_a zee 6 x_b before 6 x_i 6 6 x_x 0.527126 6 x_y 0.493221 6 y_a zee 6 y_b before 6 y_i 6 6 y_x 0.527126 6 y_y 0.493221 7 a_a eks 7 a_b before 7 a_i 7 7 a_x 0.611784 7 a_y 0.187885 7 b_a eks 7 b_b before 7 b_i 7 7 b_x 0.611784 7 b_y 0.187885 7 i_a eks 7 i_b before 7 i_i 7 7 i_x 0.611784 7 i_y 0.187885 7 x_a eks 7 x_b before 7 x_i 7 7 x_x 0.611784 7 x_y 0.187885 7 y_a eks 7 y_b before 7 y_i 7 7 y_x 0.611784 7 y_y 0.187885 8 a_a zee 8 a_b before 8 a_i 8 8 a_x 0.598554 8 a_y 0.976181 8 b_a zee 8 b_b before 8 b_i 8 8 b_x 0.598554 8 b_y 0.976181 8 i_a zee 8 i_b before 8 i_i 8 8 i_x 0.598554 8 i_y 0.976181 8 x_a zee 8 x_b before 8 x_i 8 8 x_x 0.598554 8 x_y 0.976181 8 y_a zee 8 y_b before 8 y_i 8 8 y_x 0.598554 8 y_y 0.976181 9 a_a hat 9 a_b before 9 a_i 9 9 a_x 0.031442 9 a_y 0.749551 9 b_a hat 9 b_b before 9 b_i 9 9 b_x 0.031442 9 b_y 0.749551 9 i_a hat 9 i_b before 9 i_i 9 9 i_x 0.031442 9 i_y 0.749551 9 x_a hat 9 x_b before 9 x_i 9 9 x_x 0.031442 9 x_y 0.749551 9 y_a hat 9 y_b before 9 y_i 9 9 y_x 0.031442 9 y_y 0.749551 10 a_a pan 10 a_b before 10 a_i 10 10 a_x 0.502626 10 a_y 0.952618 10 b_a pan 10 b_b before 10 b_i 10 10 b_x 0.502626 10 b_y 0.952618 10 i_a pan 10 i_b before 10 i_i 10 10 i_x 0.502626 10 i_y 0.952618 10 x_a pan 10 x_b before 10 x_i 10 10 x_x 0.502626 10 x_y 0.952618 10 y_a pan 10 y_b before 10 y_i 10 10 y_x 0.502626 10 y_y 0.952618 mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; if (k1 == "b") { break } @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; if (k2 == "a") { break } @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a pan 1 b before 2 a eks 2 b before 3 a wye 3 b before 4 a eks 4 b before 5 a wye 5 b before 6 a zee 6 b before 7 a eks 7 b before 8 a zee 8 b before 9 a hat 9 b before 10 a pan 10 b before NR names output2 1 a_a before 2 a_a before 3 a_a before 4 a_a before 5 a_a before 6 a_a before 7 a_a before 8 a_a before 9 a_a before 10 a_a before mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; if (k1 == "b") { continue } @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; if (k2 == "a") { break } @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a pan 1 b before 1 i 1 1 x 0.346790 1 y 0.726803 2 a eks 2 b before 2 i 2 2 x 0.758680 2 y 0.522151 3 a wye 3 b before 3 i 3 3 x 0.204603 3 y 0.338319 4 a eks 4 b before 4 i 4 4 x 0.381399 4 y 0.134189 5 a wye 5 b before 5 i 5 5 x 0.573289 5 y 0.863624 6 a zee 6 b before 6 i 6 6 x 0.527126 6 y 0.493221 7 a eks 7 b before 7 i 7 7 x 0.611784 7 y 0.187885 8 a zee 8 b before 8 i 8 8 x 0.598554 8 y 0.976181 9 a hat 9 b before 9 i 9 9 x 0.031442 9 y 0.749551 10 a pan 10 b before 10 i 10 10 x 0.502626 10 y 0.952618 NR names output2 1 a_a before 1 i_a before 1 x_a before 1 y_a before 2 a_a before 2 i_a before 2 x_a before 2 y_a before 3 a_a before 3 i_a before 3 x_a before 3 y_a before 4 a_a before 4 i_a before 4 x_a before 4 y_a before 5 a_a before 5 i_a before 5 x_a before 5 y_a before 6 a_a before 6 i_a before 6 x_a before 6 y_a before 7 a_a before 7 i_a before 7 x_a before 7 y_a before 8 a_a before 8 i_a before 8 x_a before 8 y_a before 9 a_a before 9 i_a before 9 x_a before 9 y_a before 10 a_a before 10 i_a before 10 x_a before 10 y_a before mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; if (k1 == "b") { break } @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; if (k2 == "a") { continue } @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a pan 1 b before 2 a eks 2 b before 3 a wye 3 b before 4 a eks 4 b before 5 a wye 5 b before 6 a zee 6 b before 7 a eks 7 b before 8 a zee 8 b before 9 a hat 9 b before 10 a pan 10 b before NR names output2 1 a_a before 1 a_b pan 1 a_i 1 1 a_x 0.346790 1 a_y 0.726803 2 a_a before 2 a_b pan 2 a_i 2 2 a_x 0.758680 2 a_y 0.522151 3 a_a before 3 a_b wye 3 a_i 3 3 a_x 0.204603 3 a_y 0.338319 4 a_a before 4 a_b wye 4 a_i 4 4 a_x 0.381399 4 a_y 0.134189 5 a_a before 5 a_b pan 5 a_i 5 5 a_x 0.573289 5 a_y 0.863624 6 a_a before 6 a_b pan 6 a_i 6 6 a_x 0.527126 6 a_y 0.493221 7 a_a before 7 a_b zee 7 a_i 7 7 a_x 0.611784 7 a_y 0.187885 8 a_a before 8 a_b wye 8 a_i 8 8 a_x 0.598554 8 a_y 0.976181 9 a_a before 9 a_b wye 9 a_i 9 9 a_x 0.031442 9 a_y 0.749551 10 a_a before 10 a_b wye 10 a_i 10 10 a_x 0.502626 10 a_y 0.952618 mlr --opprint --from ./reg_test/input/abixy put -q for (k1, v1 in $*) { @output1[NR][k1] = "before"; if (k1 == "b") { continue } @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; if (k2 == "a") { continue } @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } NR name output1 1 a pan 1 b before 1 i 1 1 x 0.346790 1 y 0.726803 2 a eks 2 b before 2 i 2 2 x 0.758680 2 y 0.522151 3 a wye 3 b before 3 i 3 3 x 0.204603 3 y 0.338319 4 a eks 4 b before 4 i 4 4 x 0.381399 4 y 0.134189 5 a wye 5 b before 5 i 5 5 x 0.573289 5 y 0.863624 6 a zee 6 b before 6 i 6 6 x 0.527126 6 y 0.493221 7 a eks 7 b before 7 i 7 7 x 0.611784 7 y 0.187885 8 a zee 8 b before 8 i 8 8 x 0.598554 8 y 0.976181 9 a hat 9 b before 9 i 9 9 x 0.031442 9 y 0.749551 10 a pan 10 b before 10 i 10 10 x 0.502626 10 y 0.952618 NR names output2 1 a_a before 1 a_b pan 1 a_i 1 1 a_x 0.346790 1 a_y 0.726803 1 i_a before 1 i_b pan 1 i_i 1 1 i_x 0.346790 1 i_y 0.726803 1 x_a before 1 x_b pan 1 x_i 1 1 x_x 0.346790 1 x_y 0.726803 1 y_a before 1 y_b pan 1 y_i 1 1 y_x 0.346790 1 y_y 0.726803 2 a_a before 2 a_b pan 2 a_i 2 2 a_x 0.758680 2 a_y 0.522151 2 i_a before 2 i_b pan 2 i_i 2 2 i_x 0.758680 2 i_y 0.522151 2 x_a before 2 x_b pan 2 x_i 2 2 x_x 0.758680 2 x_y 0.522151 2 y_a before 2 y_b pan 2 y_i 2 2 y_x 0.758680 2 y_y 0.522151 3 a_a before 3 a_b wye 3 a_i 3 3 a_x 0.204603 3 a_y 0.338319 3 i_a before 3 i_b wye 3 i_i 3 3 i_x 0.204603 3 i_y 0.338319 3 x_a before 3 x_b wye 3 x_i 3 3 x_x 0.204603 3 x_y 0.338319 3 y_a before 3 y_b wye 3 y_i 3 3 y_x 0.204603 3 y_y 0.338319 4 a_a before 4 a_b wye 4 a_i 4 4 a_x 0.381399 4 a_y 0.134189 4 i_a before 4 i_b wye 4 i_i 4 4 i_x 0.381399 4 i_y 0.134189 4 x_a before 4 x_b wye 4 x_i 4 4 x_x 0.381399 4 x_y 0.134189 4 y_a before 4 y_b wye 4 y_i 4 4 y_x 0.381399 4 y_y 0.134189 5 a_a before 5 a_b pan 5 a_i 5 5 a_x 0.573289 5 a_y 0.863624 5 i_a before 5 i_b pan 5 i_i 5 5 i_x 0.573289 5 i_y 0.863624 5 x_a before 5 x_b pan 5 x_i 5 5 x_x 0.573289 5 x_y 0.863624 5 y_a before 5 y_b pan 5 y_i 5 5 y_x 0.573289 5 y_y 0.863624 6 a_a before 6 a_b pan 6 a_i 6 6 a_x 0.527126 6 a_y 0.493221 6 i_a before 6 i_b pan 6 i_i 6 6 i_x 0.527126 6 i_y 0.493221 6 x_a before 6 x_b pan 6 x_i 6 6 x_x 0.527126 6 x_y 0.493221 6 y_a before 6 y_b pan 6 y_i 6 6 y_x 0.527126 6 y_y 0.493221 7 a_a before 7 a_b zee 7 a_i 7 7 a_x 0.611784 7 a_y 0.187885 7 i_a before 7 i_b zee 7 i_i 7 7 i_x 0.611784 7 i_y 0.187885 7 x_a before 7 x_b zee 7 x_i 7 7 x_x 0.611784 7 x_y 0.187885 7 y_a before 7 y_b zee 7 y_i 7 7 y_x 0.611784 7 y_y 0.187885 8 a_a before 8 a_b wye 8 a_i 8 8 a_x 0.598554 8 a_y 0.976181 8 i_a before 8 i_b wye 8 i_i 8 8 i_x 0.598554 8 i_y 0.976181 8 x_a before 8 x_b wye 8 x_i 8 8 x_x 0.598554 8 x_y 0.976181 8 y_a before 8 y_b wye 8 y_i 8 8 y_x 0.598554 8 y_y 0.976181 9 a_a before 9 a_b wye 9 a_i 9 9 a_x 0.031442 9 a_y 0.749551 9 i_a before 9 i_b wye 9 i_i 9 9 i_x 0.031442 9 i_y 0.749551 9 x_a before 9 x_b wye 9 x_i 9 9 x_x 0.031442 9 x_y 0.749551 9 y_a before 9 y_b wye 9 y_i 9 9 y_x 0.031442 9 y_y 0.749551 10 a_a before 10 a_b wye 10 a_i 10 10 a_x 0.502626 10 a_y 0.952618 10 i_a before 10 i_b wye 10 i_i 10 10 i_x 0.502626 10 i_y 0.952618 10 x_a before 10 x_b wye 10 x_i 10 10 x_x 0.502626 10 x_y 0.952618 10 y_a before 10 y_b wye 10 y_i 10 10 y_x 0.502626 10 y_y 0.952618 ================================================================ FOR-MAP DEPTH TESTS ---------------------------------------------------------------- for full oosvar mlr --from ./reg_test/input/abixy put @o[1][2] = 7; for(k1,v in @*) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=10.346790,y=100.726803 a=eks,b=pan,i=2,x=10.758680,y=100.522151 a=wye,b=wye,i=3,x=10.204603,y=100.338319 a=eks,b=wye,i=4,x=10.381399,y=100.134189 a=wye,b=pan,i=5,x=10.573289,y=100.863624 a=zee,b=pan,i=6,x=10.527126,y=100.493221 a=eks,b=zee,i=7,x=10.611784,y=100.187885 a=zee,b=wye,i=8,x=10.598554,y=100.976181 a=hat,b=wye,i=9,x=10.031442,y=100.749551 a=pan,b=wye,i=10,x=10.502626,y=100.952618 mlr --from ./reg_test/input/abixy put @o[1][2] = 7; for((k1),v in @*) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=10.346790,y=100.726803 a=eks,b=pan,i=2,x=10.758680,y=100.522151 a=wye,b=wye,i=3,x=10.204603,y=100.338319 a=eks,b=wye,i=4,x=10.381399,y=100.134189 a=wye,b=pan,i=5,x=10.573289,y=100.863624 a=zee,b=pan,i=6,x=10.527126,y=100.493221 a=eks,b=zee,i=7,x=10.611784,y=100.187885 a=zee,b=wye,i=8,x=10.598554,y=100.976181 a=hat,b=wye,i=9,x=10.031442,y=100.749551 a=pan,b=wye,i=10,x=10.502626,y=100.952618 mlr --from ./reg_test/input/abixy put @o[1][2] = 7; for((k1,k2),v in @*) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=10.346790,y=100.726803 a=eks,b=pan,i=2,x=10.758680,y=100.522151 a=wye,b=wye,i=3,x=10.204603,y=100.338319 a=eks,b=wye,i=4,x=10.381399,y=100.134189 a=wye,b=pan,i=5,x=10.573289,y=100.863624 a=zee,b=pan,i=6,x=10.527126,y=100.493221 a=eks,b=zee,i=7,x=10.611784,y=100.187885 a=zee,b=wye,i=8,x=10.598554,y=100.976181 a=hat,b=wye,i=9,x=10.031442,y=100.749551 a=pan,b=wye,i=10,x=10.502626,y=100.952618 mlr --from ./reg_test/input/abixy put @o[1][2] = 7; for((k1,k2,k3),v in @*) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=10.346790,y=100.726803 a=eks,b=pan,i=2,x=10.758680,y=100.522151 a=wye,b=wye,i=3,x=10.204603,y=100.338319 a=eks,b=wye,i=4,x=10.381399,y=100.134189 a=wye,b=pan,i=5,x=10.573289,y=100.863624 a=zee,b=pan,i=6,x=10.527126,y=100.493221 a=eks,b=zee,i=7,x=10.611784,y=100.187885 a=zee,b=wye,i=8,x=10.598554,y=100.976181 a=hat,b=wye,i=9,x=10.031442,y=100.749551 a=pan,b=wye,i=10,x=10.502626,y=100.952618 ---------------------------------------------------------------- for oosvar submap mlr --from ./reg_test/input/abixy put @o[1][2][3] = 7; for(k1,v in @o[1][2]) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=10.346790,y=100.726803 a=eks,b=pan,i=2,x=10.758680,y=100.522151 a=wye,b=wye,i=3,x=10.204603,y=100.338319 a=eks,b=wye,i=4,x=10.381399,y=100.134189 a=wye,b=pan,i=5,x=10.573289,y=100.863624 a=zee,b=pan,i=6,x=10.527126,y=100.493221 a=eks,b=zee,i=7,x=10.611784,y=100.187885 a=zee,b=wye,i=8,x=10.598554,y=100.976181 a=hat,b=wye,i=9,x=10.031442,y=100.749551 a=pan,b=wye,i=10,x=10.502626,y=100.952618 mlr --from ./reg_test/input/abixy put @o[1][2][3] = 7; for((k1),v in @o[1][2]) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=10.346790,y=100.726803 a=eks,b=pan,i=2,x=10.758680,y=100.522151 a=wye,b=wye,i=3,x=10.204603,y=100.338319 a=eks,b=wye,i=4,x=10.381399,y=100.134189 a=wye,b=pan,i=5,x=10.573289,y=100.863624 a=zee,b=pan,i=6,x=10.527126,y=100.493221 a=eks,b=zee,i=7,x=10.611784,y=100.187885 a=zee,b=wye,i=8,x=10.598554,y=100.976181 a=hat,b=wye,i=9,x=10.031442,y=100.749551 a=pan,b=wye,i=10,x=10.502626,y=100.952618 mlr --from ./reg_test/input/abixy put @o[1][2][3] = 7; for((k1,k2),v in @o[1][2]) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy put @o[1][2][3] = 7; for((k1,k2,k3),v in @o[1][2]) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ---------------------------------------------------------------- for local mlr --from ./reg_test/input/abixy put o[1][2] = 7; for(k1,v in o) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=10.346790,y=100.726803 a=eks,b=pan,i=2,x=10.758680,y=100.522151 a=wye,b=wye,i=3,x=10.204603,y=100.338319 a=eks,b=wye,i=4,x=10.381399,y=100.134189 a=wye,b=pan,i=5,x=10.573289,y=100.863624 a=zee,b=pan,i=6,x=10.527126,y=100.493221 a=eks,b=zee,i=7,x=10.611784,y=100.187885 a=zee,b=wye,i=8,x=10.598554,y=100.976181 a=hat,b=wye,i=9,x=10.031442,y=100.749551 a=pan,b=wye,i=10,x=10.502626,y=100.952618 mlr --from ./reg_test/input/abixy put o[1][2] = 7; for((k1),v in o) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=10.346790,y=100.726803 a=eks,b=pan,i=2,x=10.758680,y=100.522151 a=wye,b=wye,i=3,x=10.204603,y=100.338319 a=eks,b=wye,i=4,x=10.381399,y=100.134189 a=wye,b=pan,i=5,x=10.573289,y=100.863624 a=zee,b=pan,i=6,x=10.527126,y=100.493221 a=eks,b=zee,i=7,x=10.611784,y=100.187885 a=zee,b=wye,i=8,x=10.598554,y=100.976181 a=hat,b=wye,i=9,x=10.031442,y=100.749551 a=pan,b=wye,i=10,x=10.502626,y=100.952618 mlr --from ./reg_test/input/abixy put o[1][2] = 7; for((k1,k2),v in o) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=10.346790,y=100.726803 a=eks,b=pan,i=2,x=10.758680,y=100.522151 a=wye,b=wye,i=3,x=10.204603,y=100.338319 a=eks,b=wye,i=4,x=10.381399,y=100.134189 a=wye,b=pan,i=5,x=10.573289,y=100.863624 a=zee,b=pan,i=6,x=10.527126,y=100.493221 a=eks,b=zee,i=7,x=10.611784,y=100.187885 a=zee,b=wye,i=8,x=10.598554,y=100.976181 a=hat,b=wye,i=9,x=10.031442,y=100.749551 a=pan,b=wye,i=10,x=10.502626,y=100.952618 mlr --from ./reg_test/input/abixy put o[1][2] = 7; for((k1,k2,k3),v in o) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ---------------------------------------------------------------- for map-literal mlr --from ./reg_test/input/abixy put for(k1,v in {1:{2:7}}) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=10.346790,y=100.726803 a=eks,b=pan,i=2,x=10.758680,y=100.522151 a=wye,b=wye,i=3,x=10.204603,y=100.338319 a=eks,b=wye,i=4,x=10.381399,y=100.134189 a=wye,b=pan,i=5,x=10.573289,y=100.863624 a=zee,b=pan,i=6,x=10.527126,y=100.493221 a=eks,b=zee,i=7,x=10.611784,y=100.187885 a=zee,b=wye,i=8,x=10.598554,y=100.976181 a=hat,b=wye,i=9,x=10.031442,y=100.749551 a=pan,b=wye,i=10,x=10.502626,y=100.952618 mlr --from ./reg_test/input/abixy put for((k1),v in {1:{2:7}}) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=10.346790,y=100.726803 a=eks,b=pan,i=2,x=10.758680,y=100.522151 a=wye,b=wye,i=3,x=10.204603,y=100.338319 a=eks,b=wye,i=4,x=10.381399,y=100.134189 a=wye,b=pan,i=5,x=10.573289,y=100.863624 a=zee,b=pan,i=6,x=10.527126,y=100.493221 a=eks,b=zee,i=7,x=10.611784,y=100.187885 a=zee,b=wye,i=8,x=10.598554,y=100.976181 a=hat,b=wye,i=9,x=10.031442,y=100.749551 a=pan,b=wye,i=10,x=10.502626,y=100.952618 mlr --from ./reg_test/input/abixy put for((k1,k2),v in {1:{2:7}}) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=10.346790,y=100.726803 a=eks,b=pan,i=2,x=10.758680,y=100.522151 a=wye,b=wye,i=3,x=10.204603,y=100.338319 a=eks,b=wye,i=4,x=10.381399,y=100.134189 a=wye,b=pan,i=5,x=10.573289,y=100.863624 a=zee,b=pan,i=6,x=10.527126,y=100.493221 a=eks,b=zee,i=7,x=10.611784,y=100.187885 a=zee,b=wye,i=8,x=10.598554,y=100.976181 a=hat,b=wye,i=9,x=10.031442,y=100.749551 a=pan,b=wye,i=10,x=10.502626,y=100.952618 mlr --from ./reg_test/input/abixy put for((k1,k2,k3),v in {1:{2:7}}) {$x+=10;$y+=100} a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ================================================================ DSL BREAK/CONTINUE IN SINGLE FOR-OOSVAR ---------------------------------------------------------------- single-key tests, direct break/continue mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for (k1, v in @logging[2]) { break; @output[k1] = v; } emit @output, "NR", "name" } mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for (k1, v in @logging[2]) { @output[k1] = v; break; @output[k1] = "ERROR"; } emit @output, "NR", "name" } NR output a eks mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for (k1, v in @logging[2]) { continue; @output[k1] = v } emit @output, "NR", "name" } mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for (k1, v in @logging[2]) { @output[k1] = v; continue; @output[k1] = "ERROR"; } emit @output, "NR", "name" } NR output a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 ---------------------------------------------------------------- single-key tests, indirect break/continue mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for (k1, v in @logging[2]) { if (k1 == "i") { break; } @output[k1] = v; } emit @output, "NR", "name" } NR output a eks b pan mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for (k1, v in @logging[2]) { @output[k1] = v; if (k1 == "i") { break; } } emit @output, "NR", "name" } NR output a eks b pan i 2 mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for (k1, v in @logging[2]) { if (k1 == "i") { continue; } @output[k1] = v } emit @output, "NR", "name" } NR output a eks b pan x 0.7586799647899636 y 0.5221511083334797 mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for (k1, v in @logging[2]) { @output[k1] = v; if (k1 == "i") { continue; } @output[k1] = "reached"; } emit @output, "NR", "name" } NR output a reached b reached i 2 x reached y reached ---------------------------------------------------------------- multiple-key tests, direct break/continue mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for ((k1, k2), v in @logging) { break; @output[k1][k2] = v; } emit @output, "NR", "name" } mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for ((k1, k2), v in @logging) { @output[k1][k2] = v; break; @output[k1][k2] = "ERROR" } emit @output, "NR", "name" } NR name output 1 a pan mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for ((k1, k2), v in @logging) { continue; @output[k1][k2] = v } emit @output, "NR", "name" } mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for ((k1, k2), v in @logging) { @output[k1][k2] = v; continue; @output[k1][k2] = "ERROR"; } emit @output, "NR", "name" } NR name output 1 a pan 1 b pan 1 i 1 1 x 0.3467901443380824 1 y 0.7268028627434533 2 a eks 2 b pan 2 i 2 2 x 0.7586799647899636 2 y 0.5221511083334797 3 a wye 3 b wye 3 i 3 3 x 0.20460330576630303 3 y 0.33831852551664776 4 a eks 4 b wye 4 i 4 4 x 0.38139939387114097 4 y 0.13418874328430463 5 a wye 5 b pan 5 i 5 5 x 0.5732889198020006 5 y 0.8636244699032729 6 a zee 6 b pan 6 i 6 6 x 0.5271261600918548 6 y 0.49322128674835697 7 a eks 7 b zee 7 i 7 7 x 0.6117840605678454 7 y 0.1878849191181694 8 a zee 8 b wye 8 i 8 8 x 0.5985540091064224 8 y 0.976181385699006 9 a hat 9 b wye 9 i 9 9 x 0.03144187646093577 9 y 0.7495507603507059 10 a pan 10 b wye 10 i 10 10 x 0.5026260055412137 10 y 0.9526183602969864 ---------------------------------------------------------------- multiple-key tests, indirect break/continue mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for ((k1, k2), v in @logging) { if (k1 == 5) { break; } @output[k1][k2] = v; } emit @output, "NR", "name" } NR name output 1 a pan 1 b pan 1 i 1 1 x 0.3467901443380824 1 y 0.7268028627434533 2 a eks 2 b pan 2 i 2 2 x 0.7586799647899636 2 y 0.5221511083334797 3 a wye 3 b wye 3 i 3 3 x 0.20460330576630303 3 y 0.33831852551664776 4 a eks 4 b wye 4 i 4 4 x 0.38139939387114097 4 y 0.13418874328430463 mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for ((k1, k2), v in @logging) { if (k2 == "i") { break; } @output[k1][k2] = v; } emit @output, "NR", "name" } NR name output 1 a pan 1 b pan mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for ((k1, k2), v in @logging) { @output[k1][k2] = v; if (k1 == 5) { break; } } emit @output, "NR", "name" } NR name output 1 a pan 1 b pan 1 i 1 1 x 0.3467901443380824 1 y 0.7268028627434533 2 a eks 2 b pan 2 i 2 2 x 0.7586799647899636 2 y 0.5221511083334797 3 a wye 3 b wye 3 i 3 3 x 0.20460330576630303 3 y 0.33831852551664776 4 a eks 4 b wye 4 i 4 4 x 0.38139939387114097 4 y 0.13418874328430463 5 a wye mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for ((k1, k2), v in @logging) { @output[k1][k2] = v; if (k2 == "i") { break; } } emit @output, "NR", "name" } NR name output 1 a pan 1 b pan 1 i 1 mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for ((k1, k2), v in @logging) { if (k1 == 5) { continue; } @output[k1][k2] = v } emit @output, "NR", "name" } NR name output 1 a pan 1 b pan 1 i 1 1 x 0.3467901443380824 1 y 0.7268028627434533 2 a eks 2 b pan 2 i 2 2 x 0.7586799647899636 2 y 0.5221511083334797 3 a wye 3 b wye 3 i 3 3 x 0.20460330576630303 3 y 0.33831852551664776 4 a eks 4 b wye 4 i 4 4 x 0.38139939387114097 4 y 0.13418874328430463 6 a zee 6 b pan 6 i 6 6 x 0.5271261600918548 6 y 0.49322128674835697 7 a eks 7 b zee 7 i 7 7 x 0.6117840605678454 7 y 0.1878849191181694 8 a zee 8 b wye 8 i 8 8 x 0.5985540091064224 8 y 0.976181385699006 9 a hat 9 b wye 9 i 9 9 x 0.03144187646093577 9 y 0.7495507603507059 10 a pan 10 b wye 10 i 10 10 x 0.5026260055412137 10 y 0.9526183602969864 mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for ((k1, k2), v in @logging) { if (k2 == "i") { continue; } @output[k1][k2] = v } emit @output, "NR", "name" } NR name output 1 a pan 1 b pan 1 x 0.3467901443380824 1 y 0.7268028627434533 2 a eks 2 b pan 2 x 0.7586799647899636 2 y 0.5221511083334797 3 a wye 3 b wye 3 x 0.20460330576630303 3 y 0.33831852551664776 4 a eks 4 b wye 4 x 0.38139939387114097 4 y 0.13418874328430463 5 a wye 5 b pan 5 x 0.5732889198020006 5 y 0.8636244699032729 6 a zee 6 b pan 6 x 0.5271261600918548 6 y 0.49322128674835697 7 a eks 7 b zee 7 x 0.6117840605678454 7 y 0.1878849191181694 8 a zee 8 b wye 8 x 0.5985540091064224 8 y 0.976181385699006 9 a hat 9 b wye 9 x 0.03144187646093577 9 y 0.7495507603507059 10 a pan 10 b wye 10 x 0.5026260055412137 10 y 0.9526183602969864 mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for ((k1, k2), v in @logging) { @output[k1][k2] = "before"; if (k1 == 5) { continue; } @output[k1][k2] = v; } emit @output, "NR", "name" } NR name output 1 a pan 1 b pan 1 i 1 1 x 0.3467901443380824 1 y 0.7268028627434533 2 a eks 2 b pan 2 i 2 2 x 0.7586799647899636 2 y 0.5221511083334797 3 a wye 3 b wye 3 i 3 3 x 0.20460330576630303 3 y 0.33831852551664776 4 a eks 4 b wye 4 i 4 4 x 0.38139939387114097 4 y 0.13418874328430463 5 a before 5 b before 5 i before 5 x before 5 y before 6 a zee 6 b pan 6 i 6 6 x 0.5271261600918548 6 y 0.49322128674835697 7 a eks 7 b zee 7 i 7 7 x 0.6117840605678454 7 y 0.1878849191181694 8 a zee 8 b wye 8 i 8 8 x 0.5985540091064224 8 y 0.976181385699006 9 a hat 9 b wye 9 i 9 9 x 0.03144187646093577 9 y 0.7495507603507059 10 a pan 10 b wye 10 i 10 10 x 0.5026260055412137 10 y 0.9526183602969864 mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for ((k1, k2), v in @logging) { @output[k1][k2] = "before"; if (k2 == "i") { continue; } @output[k1][k2] = v; } emit @output, "NR", "name" } NR name output 1 a pan 1 b pan 1 i before 1 x 0.3467901443380824 1 y 0.7268028627434533 2 a eks 2 b pan 2 i before 2 x 0.7586799647899636 2 y 0.5221511083334797 3 a wye 3 b wye 3 i before 3 x 0.20460330576630303 3 y 0.33831852551664776 4 a eks 4 b wye 4 i before 4 x 0.38139939387114097 4 y 0.13418874328430463 5 a wye 5 b pan 5 i before 5 x 0.5732889198020006 5 y 0.8636244699032729 6 a zee 6 b pan 6 i before 6 x 0.5271261600918548 6 y 0.49322128674835697 7 a eks 7 b zee 7 i before 7 x 0.6117840605678454 7 y 0.1878849191181694 8 a zee 8 b wye 8 i before 8 x 0.5985540091064224 8 y 0.976181385699006 9 a hat 9 b wye 9 i before 9 x 0.03144187646093577 9 y 0.7495507603507059 10 a pan 10 b wye 10 i before 10 x 0.5026260055412137 10 y 0.9526183602969864 ================================================================ DSL BREAK/CONTINUE IN NESTED FOR-OOSVAR mlr --opprint --from ./reg_test/input/abixy put -q @logging[NR] = $*; end { for ((k1, k2), v in @logging) { if (k1 != 2) { continue } for ((k3, k4), v in @logging) { if (k3 != 4) { continue } @output[k1][k2][k3][k4] = v; } } emit @output, "NR1", "name1", "NR2", "name2" } NR1 name1 NR2 name2 output 2 a 4 a eks 2 a 4 b wye 2 a 4 i 4 2 a 4 x 0.38139939387114097 2 a 4 y 0.13418874328430463 2 b 4 a eks 2 b 4 b wye 2 b 4 i 4 2 b 4 x 0.38139939387114097 2 b 4 y 0.13418874328430463 2 i 4 a eks 2 i 4 b wye 2 i 4 i 4 2 i 4 x 0.38139939387114097 2 i 4 y 0.13418874328430463 2 x 4 a eks 2 x 4 b wye 2 x 4 i 4 2 x 4 x 0.38139939387114097 2 x 4 y 0.13418874328430463 2 y 4 a eks 2 y 4 b wye 2 y 4 i 4 2 y 4 x 0.38139939387114097 2 y 4 y 0.13418874328430463 ================================================================ DSL PRINT mlr put -q print 1; print "two"; print $a; print; print $i < 4; print "y is ".string($y); print "" ./reg_test/input/abixy 1 two pan true y is 0.726803 1 two eks true y is 0.522151 1 two wye true y is 0.338319 1 two eks false y is 0.134189 1 two wye false y is 0.863624 1 two zee false y is 0.493221 1 two eks false y is 0.187885 1 two zee false y is 0.976181 1 two hat false y is 0.749551 1 two pan false y is 0.952618 mlr put -q printn 1; printn "two"; printn $a; printn; printn $i < 4; printn "y is ".string($y); print "" ./reg_test/input/abixy 1twopantruey is 0.726803 1twoekstruey is 0.522151 1twowyetruey is 0.338319 1twoeksfalsey is 0.134189 1twowyefalsey is 0.863624 1twozeefalsey is 0.493221 1twoeksfalsey is 0.187885 1twozeefalsey is 0.976181 1twohatfalsey is 0.749551 1twopanfalsey is 0.952618 mlr put -q print $*; print $*; print {}; print ./reg_test/input/abixy {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} {is-a-map} mlr put -q printn $*; printn $*; printn {}; print ./reg_test/input/abixy {is-a-map}{is-a-map}{is-a-map} {is-a-map}{is-a-map}{is-a-map} {is-a-map}{is-a-map}{is-a-map} {is-a-map}{is-a-map}{is-a-map} {is-a-map}{is-a-map}{is-a-map} {is-a-map}{is-a-map}{is-a-map} {is-a-map}{is-a-map}{is-a-map} {is-a-map}{is-a-map}{is-a-map} {is-a-map}{is-a-map}{is-a-map} {is-a-map}{is-a-map}{is-a-map} ================================================================ ABSENT/EMPTY mlr put -q @sum += $x; end{emitp @sum} ./reg_test/input/abixy sum=4.536294 mlr put -q @sum[$a] += $x; end{emitp @sum, "a"} ./reg_test/input/abixy a=pan,sum=0.849416 a=eks,sum=1.751863 a=wye,sum=0.777892 a=zee,sum=1.125680 a=hat,sum=0.031442 mlr put $nonesuch = @nonesuch ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr put -q @sum += $x; end{emitp @sum} ./reg_test/input/abixy-het sum=3.963005 mlr put -q @sum[$a] += $x; end{emitp @sum, "a"} ./reg_test/input/abixy-het a=pan,sum=0.849416 a=eks,sum=1.751863 a=zee,sum=1.125680 mlr put $nonesuch = @nonesuch ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr put -q @sum += $x; @sumtype = typeof(@sum); @xtype = typeof($x); emitf @sumtype, @xtype, @sum; end{emitp @sum} ./reg_test/input/abixy sumtype=float,xtype=float,sum=0.346790 sumtype=float,xtype=float,sum=1.105470 sumtype=float,xtype=float,sum=1.310073 sumtype=float,xtype=float,sum=1.691473 sumtype=float,xtype=float,sum=2.264762 sumtype=float,xtype=float,sum=2.791888 sumtype=float,xtype=float,sum=3.403672 sumtype=float,xtype=float,sum=4.002226 sumtype=float,xtype=float,sum=4.033668 sumtype=float,xtype=float,sum=4.536294 sum=4.536294 mlr put -q @sum += $x; @sumtype = typeof(@sum); @xtype = typeof($x); emitf @sumtype, @xtype, @sum; end{emitp @sum} ./reg_test/input/abixy-het sumtype=float,xtype=float,sum=0.346790 sumtype=float,xtype=float,sum=1.105470 sumtype=float,xtype=float,sum=1.310073 sumtype=float,xtype=float,sum=1.691473 sumtype=float,xtype=absent,sum=1.691473 sumtype=float,xtype=float,sum=2.218599 sumtype=float,xtype=float,sum=2.830383 sumtype=float,xtype=float,sum=3.428937 sumtype=float,xtype=float,sum=3.460379 sumtype=float,xtype=float,sum=3.963005 sum=3.963005 mlr put $z = $x + $y ./reg_test/input/typeof.dkvp x=1,y=2,z=3 x=1,y=,z= x=,y=2,z= x=,y=,z= a=1,y=2,z=2 a=1,y= a=,y=2,z=2 a=,y= x=1,b=2,z=1 x=1,b=,z=1 x=,b=2 x=,b= mlr put $z = $x + $u ./reg_test/input/typeof.dkvp x=1,y=2,z=1 x=1,y=,z=1 x=,y=2 x=,y= a=1,y=2 a=1,y= a=,y=2 a=,y= x=1,b=2,z=1 x=1,b=,z=1 x=,b=2 x=,b= mlr put @s = @s + $y; emitp @s ./reg_test/input/typeof.dkvp s=2 x=1,y=2 s= x=1,y= s= x=,y=2 s= x=,y= s= a=1,y=2 s= a=1,y= s= a=,y=2 s= a=,y= s= x=1,b=2 s= x=1,b= s= x=,b=2 s= x=,b= mlr put @s = @s + $u; emitp @s ./reg_test/input/typeof.dkvp x=1,y=2 x=1,y= x=,y=2 x=,y= a=1,y=2 a=1,y= a=,y=2 a=,y= x=1,b=2 x=1,b= x=,b=2 x=,b= mlr put $z = $x + $y; $x=typeof($x);$y=typeof($y);$z=typeof($z) ./reg_test/input/typeof.dkvp x=int,y=int,z=int x=int,y=empty,z=empty x=empty,y=int,z=empty x=empty,y=empty,z=empty a=1,y=int,z=int,x=absent a=1,y=empty,x=absent,z=absent a=,y=int,z=int,x=absent a=,y=empty,x=absent,z=absent x=int,b=2,z=int,y=absent x=int,b=,z=int,y=absent x=empty,b=2,y=absent,z=absent x=empty,b=,y=absent,z=absent mlr put $z = $x + $u; $x=typeof($x);$y=typeof($y);$z=typeof($z) ./reg_test/input/typeof.dkvp x=int,y=int,z=int x=int,y=empty,z=int x=empty,y=int,z=absent x=empty,y=empty,z=absent a=1,y=int,x=absent,z=absent a=1,y=empty,x=absent,z=absent a=,y=int,x=absent,z=absent a=,y=empty,x=absent,z=absent x=int,b=2,z=int,y=absent x=int,b=,z=int,y=absent x=empty,b=2,y=absent,z=absent x=empty,b=,y=absent,z=absent mlr put @s = @s + $y; $x=typeof($x);$y=typeof($y);$z=typeof($z);$s=typeof(@s) ./reg_test/input/typeof.dkvp x=int,y=int,z=absent,s=int x=int,y=empty,z=absent,s=empty x=empty,y=int,z=absent,s=empty x=empty,y=empty,z=absent,s=empty a=1,y=int,x=absent,z=absent,s=empty a=1,y=empty,x=absent,z=absent,s=empty a=,y=int,x=absent,z=absent,s=empty a=,y=empty,x=absent,z=absent,s=empty x=int,b=2,y=absent,z=absent,s=empty x=int,b=,y=absent,z=absent,s=empty x=empty,b=2,y=absent,z=absent,s=empty x=empty,b=,y=absent,z=absent,s=empty mlr put @s = @s + $u; $x=typeof($x);$y=typeof($y);$z=typeof($z);$s=typeof(@s) ./reg_test/input/typeof.dkvp x=int,y=int,z=absent,s=absent x=int,y=empty,z=absent,s=absent x=empty,y=int,z=absent,s=absent x=empty,y=empty,z=absent,s=absent a=1,y=int,x=absent,z=absent,s=absent a=1,y=empty,x=absent,z=absent,s=absent a=,y=int,x=absent,z=absent,s=absent a=,y=empty,x=absent,z=absent,s=absent x=int,b=2,y=absent,z=absent,s=absent x=int,b=,y=absent,z=absent,s=absent x=empty,b=2,y=absent,z=absent,s=absent x=empty,b=,y=absent,z=absent,s=absent mlr cat x=1 x= x=7 mlr --ofs tab put $osum=@sum; $ostype=typeof(@sum);$xtype=typeof($x);@sum+=$x; $nstype=typeof(@sum);$nsum=@sum; end { emit @sum } x=1 ostype=absent xtype=int nstype=int nsum=1 x= osum=1 ostype=int xtype=empty nstype=empty nsum= x=7 osum= ostype=empty xtype=int nstype=empty nsum= sum= mlr --ofs tab put $osum=@sum; $ostype=typeof(@sum);$xtype=typeof($x);is_present($x){@sum+=$x}; $nstype=typeof(@sum);$nsum=@sum; end { emit @sum } x=1 ostype=absent xtype=int nstype=int nsum=1 x= osum=1 ostype=int xtype=empty nstype=empty nsum= x=7 osum= ostype=empty xtype=int nstype=empty nsum= sum= mlr cat x=1 xxx= x=7 mlr --ofs tab put $osum=@sum; $ostype=typeof(@sum);$xtype=typeof($x);@sum+=$x; $nstype=typeof(@sum);$nsum=@sum; end { emit @sum } x=1 ostype=absent xtype=int nstype=int nsum=1 xxx= osum=1 ostype=int xtype=absent nstype=int nsum=1 x=7 osum=1 ostype=int xtype=int nstype=int nsum=8 sum=8 mlr --ofs tab put $osum=@sum; $ostype=typeof(@sum);$xtype=typeof($x);is_present($x){@sum+=$x}; $nstype=typeof(@sum);$nsum=@sum; end { emit @sum } x=1 ostype=absent xtype=int nstype=int nsum=1 xxx= osum=1 ostype=int xtype=absent nstype=int nsum=1 x=7 osum=1 ostype=int xtype=int nstype=int nsum=8 sum=8 mlr cat x=1 x= y= x=7 mlr --ofs tab put $xtype=typeof($x);$sum = $x + 10; $stype=typeof($sum) x=1 xtype=int sum=11 stype=int x= xtype=empty sum= stype=empty y= xtype=absent sum=10 stype=int x=7 xtype=int sum=17 stype=int mlr --ofs tab put $xtype=typeof($x);$sum = is_present($x) ? $x + 10 : 999; $stype=typeof($sum) x=1 xtype=int sum=11 stype=int x= xtype=empty sum= stype=empty y= xtype=absent sum=999 stype=int x=7 xtype=int sum=17 stype=int ================================================================ MAP-VARIANT DUMPS mlr --from ./reg_test/input/abixy-het put -q dump {"a"."b":$a.$b} { "ab": "panpan" } { "ab": "ekspan" } { "ab": "wye" } { "ab": "eks" } { "ab": "wyepan" } { "ab": "zeepan" } { "ab": "ekszee" } { "ab": "zeewye" } { "ab": } { "ab": "panwye" } mlr --from ./reg_test/input/abixy-het put -q func f(a, b) { return {"a"."b":a.b} } dump f($a, $b) { "ab": "panpan" } { "ab": "ekspan" } { "ab": "wye" } { "ab": "eks" } { "ab": "wyepan" } { "ab": "zeepan" } { "ab": "ekszee" } { "ab": "zeewye" } { "ab": } { "ab": "panwye" } ================================================================ PARAMETERIZED EMIT mlr put -q @sum[$a] = $x; end{ emitp @sum; } ./reg_test/input/abixy sum:pan=0.502626,sum:eks=0.611784,sum:wye=0.573289,sum:zee=0.598554,sum:hat=0.031442 mlr put -q @sum[$a] = $x; end{ emitp @sum,"a"; } ./reg_test/input/abixy a=pan,sum=0.502626 a=eks,sum=0.611784 a=wye,sum=0.573289 a=zee,sum=0.598554 a=hat,sum=0.031442 mlr put -q @sum[$a] = $x; end{ emitp @sum,"a","b"; } ./reg_test/input/abixy a=pan,sum=0.502626 a=eks,sum=0.611784 a=wye,sum=0.573289 a=zee,sum=0.598554 a=hat,sum=0.031442 mlr put -q @sum[$a][$b] = $x; end{ emitp @sum; } ./reg_test/input/abixy sum:pan:pan=0.346790,sum:pan:wye=0.502626,sum:eks:pan=0.758680,sum:eks:wye=0.381399,sum:eks:zee=0.611784,sum:wye:wye=0.204603,sum:wye:pan=0.573289,sum:zee:pan=0.527126,sum:zee:wye=0.598554,sum:hat:wye=0.031442 mlr put -q @sum[$a][$b] = $x; end{ emitp @sum,"a"; } ./reg_test/input/abixy a=pan,sum:pan=0.346790,sum:wye=0.502626 a=eks,sum:pan=0.758680,sum:wye=0.381399,sum:zee=0.611784 a=wye,sum:wye=0.204603,sum:pan=0.573289 a=zee,sum:pan=0.527126,sum:wye=0.598554 a=hat,sum:wye=0.031442 mlr put -q @sum[$a][$b] = $x; end{ emitp @sum,"a","b"; } ./reg_test/input/abixy a=pan,b=pan,sum=0.346790 a=pan,b=wye,sum=0.502626 a=eks,b=pan,sum=0.758680 a=eks,b=wye,sum=0.381399 a=eks,b=zee,sum=0.611784 a=wye,b=wye,sum=0.204603 a=wye,b=pan,sum=0.573289 a=zee,b=pan,sum=0.527126 a=zee,b=wye,sum=0.598554 a=hat,b=wye,sum=0.031442 mlr put -q @v = $a; end {emitf @v } ./reg_test/input/abixy v=pan mlr put -q @v = $i; end {emitf @v } ./reg_test/input/abixy v=10 mlr put -q @v = $x; end {emitf @v } ./reg_test/input/abixy v=0.502626 mlr put -q @v = $nonesuch; end {emitf @v } ./reg_test/input/abixy v= mlr put -q @v = $a; end {emitp @v } ./reg_test/input/abixy v=pan mlr put -q @v = $i; end {emitp @v } ./reg_test/input/abixy v=10 mlr put -q @v = $x; end {emitp @v } ./reg_test/input/abixy v=0.502626 mlr put -q @v = $nonesuch; end {emitp @v } ./reg_test/input/abixy mlr put -q @sum += $i; end {emitf @sum } ./reg_test/input/abixy sum=55 mlr put -q @sum += $x; end {emitf @sum } ./reg_test/input/abixy sum=4.536294 mlr put -q @sum += $nonesuch; end {emitf @sum } ./reg_test/input/abixy sum= mlr put -q @sum += $i; end {emitp @sum } ./reg_test/input/abixy sum=55 mlr put -q @sum += $x; end {emitp @sum } ./reg_test/input/abixy sum=4.536294 mlr put -q @sum += $nonesuch; end {emitp @sum } ./reg_test/input/abixy mlr put -q @sum += $i; end {emitp @sum, "extra" } ./reg_test/input/abixy sum=55 mlr put -q @sum += $x; end {emitp @sum, "extra" } ./reg_test/input/abixy sum=4.536294 mlr put -q @sum += $nonesuch; end {emitp @sum, "extra" } ./reg_test/input/abixy mlr put -q @sum[$a] += $i; end {emitp @sum } ./reg_test/input/abixy sum:pan=11,sum:eks=13,sum:wye=8,sum:zee=14,sum:hat=9 mlr put -q @sum[$a] += $x; end {emitp @sum } ./reg_test/input/abixy sum:pan=0.849416,sum:eks=1.751863,sum:wye=0.777892,sum:zee=1.125680,sum:hat=0.031442 mlr put -q @sum[$a] += $nonesuch; end {emitp @sum } ./reg_test/input/abixy mlr put -q @sum[$a] += $i; end {emitp @sum, "a" } ./reg_test/input/abixy a=pan,sum=11 a=eks,sum=13 a=wye,sum=8 a=zee,sum=14 a=hat,sum=9 mlr put -q @sum[$a] += $x; end {emitp @sum, "a" } ./reg_test/input/abixy a=pan,sum=0.849416 a=eks,sum=1.751863 a=wye,sum=0.777892 a=zee,sum=1.125680 a=hat,sum=0.031442 mlr put -q @sum[$a] += $nonesuch; end {emitp @sum, "a" } ./reg_test/input/abixy mlr put -q @sum[$a] += $i; end {emitp @sum, "a", "extra" } ./reg_test/input/abixy a=pan,sum=11 a=eks,sum=13 a=wye,sum=8 a=zee,sum=14 a=hat,sum=9 mlr put -q @sum[$a] += $x; end {emitp @sum, "a", "extra" } ./reg_test/input/abixy a=pan,sum=0.849416 a=eks,sum=1.751863 a=wye,sum=0.777892 a=zee,sum=1.125680 a=hat,sum=0.031442 mlr put -q @sum[$a] += $nonesuch; end {emitp @sum, "a", "extra" } ./reg_test/input/abixy mlr put -q @sum[$a][$b] += $i; end {emitp @sum } ./reg_test/input/abixy sum:pan:pan=1,sum:pan:wye=10,sum:eks:pan=2,sum:eks:wye=4,sum:eks:zee=7,sum:wye:wye=3,sum:wye:pan=5,sum:zee:pan=6,sum:zee:wye=8,sum:hat:wye=9 mlr put -q @sum[$a][$b] += $x; end {emitp @sum } ./reg_test/input/abixy sum:pan:pan=0.346790,sum:pan:wye=0.502626,sum:eks:pan=0.758680,sum:eks:wye=0.381399,sum:eks:zee=0.611784,sum:wye:wye=0.204603,sum:wye:pan=0.573289,sum:zee:pan=0.527126,sum:zee:wye=0.598554,sum:hat:wye=0.031442 mlr put -q @sum[$a][$b] += $nonesuch; end {emitp @sum } ./reg_test/input/abixy mlr put -q @sum[$a][$b] += $i; end {emitp @sum, "a" } ./reg_test/input/abixy a=pan,sum:pan=1,sum:wye=10 a=eks,sum:pan=2,sum:wye=4,sum:zee=7 a=wye,sum:wye=3,sum:pan=5 a=zee,sum:pan=6,sum:wye=8 a=hat,sum:wye=9 mlr put -q @sum[$a][$b] += $x; end {emitp @sum, "a" } ./reg_test/input/abixy a=pan,sum:pan=0.346790,sum:wye=0.502626 a=eks,sum:pan=0.758680,sum:wye=0.381399,sum:zee=0.611784 a=wye,sum:wye=0.204603,sum:pan=0.573289 a=zee,sum:pan=0.527126,sum:wye=0.598554 a=hat,sum:wye=0.031442 mlr put -q @sum[$a][$b] += $nonesuch; end {emitp @sum, "a" } ./reg_test/input/abixy mlr put -q @sum[$a][$b] += $i; end {emitp @sum, "a", "b" } ./reg_test/input/abixy a=pan,b=pan,sum=1 a=pan,b=wye,sum=10 a=eks,b=pan,sum=2 a=eks,b=wye,sum=4 a=eks,b=zee,sum=7 a=wye,b=wye,sum=3 a=wye,b=pan,sum=5 a=zee,b=pan,sum=6 a=zee,b=wye,sum=8 a=hat,b=wye,sum=9 mlr put -q @sum[$a][$b] += $x; end {emitp @sum, "a", "b" } ./reg_test/input/abixy a=pan,b=pan,sum=0.346790 a=pan,b=wye,sum=0.502626 a=eks,b=pan,sum=0.758680 a=eks,b=wye,sum=0.381399 a=eks,b=zee,sum=0.611784 a=wye,b=wye,sum=0.204603 a=wye,b=pan,sum=0.573289 a=zee,b=pan,sum=0.527126 a=zee,b=wye,sum=0.598554 a=hat,b=wye,sum=0.031442 mlr put -q @sum[$a][$b] += $nonesuch; end {emitp @sum, "a", "b" } ./reg_test/input/abixy mlr put -q @sum[$a][$b] += $i; end {emitp @sum, "a", "b", "extra" } ./reg_test/input/abixy a=pan,b=pan,sum=1 a=pan,b=wye,sum=10 a=eks,b=pan,sum=2 a=eks,b=wye,sum=4 a=eks,b=zee,sum=7 a=wye,b=wye,sum=3 a=wye,b=pan,sum=5 a=zee,b=pan,sum=6 a=zee,b=wye,sum=8 a=hat,b=wye,sum=9 mlr put -q @sum[$a][$b] += $x; end {emitp @sum, "a", "b", "extra" } ./reg_test/input/abixy a=pan,b=pan,sum=0.346790 a=pan,b=wye,sum=0.502626 a=eks,b=pan,sum=0.758680 a=eks,b=wye,sum=0.381399 a=eks,b=zee,sum=0.611784 a=wye,b=wye,sum=0.204603 a=wye,b=pan,sum=0.573289 a=zee,b=pan,sum=0.527126 a=zee,b=wye,sum=0.598554 a=hat,b=wye,sum=0.031442 mlr put -q @sum[$a][$b] += $nonesuch; end {emitp @sum, "a", "b", "extra" } ./reg_test/input/abixy mlr --oxtab put -q @sum[$a][$b] += $i; NR == 3 { @x = $x }; NR == 7 { @v = $* }; end {emitp all} ./reg_test/input/abixy-het sum:pan:pan 1 sum:pan:wye 10 sum:eks:pan 2 sum:wye:pan 5 sum:zee:pan 6 sum:zee:wye 8 x 0.204603 v:a eks v:b zee v:iii 7 v:x 0.6117840605678454 v:y 0.1878849191181694 mlr --opprint put -q @v[NR]=$*; end{emitp @v} ./reg_test/input/abixy v:1:a v:1:b v:1:i v:1:x v:1:y v:2:a v:2:b v:2:i v:2:x v:2:y v:3:a v:3:b v:3:i v:3:x v:3:y v:4:a v:4:b v:4:i v:4:x v:4:y v:5:a v:5:b v:5:i v:5:x v:5:y v:6:a v:6:b v:6:i v:6:x v:6:y v:7:a v:7:b v:7:i v:7:x v:7:y v:8:a v:8:b v:8:i v:8:x v:8:y v:9:a v:9:b v:9:i v:9:x v:9:y v:10:a v:10:b v:10:i v:10:x v:10:y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint put -q @v[NR]=$*; end{emitp @v,"X"} ./reg_test/input/abixy X v:a v:b v:i v:x v:y 1 pan pan 1 0.3467901443380824 0.7268028627434533 2 eks pan 2 0.7586799647899636 0.5221511083334797 3 wye wye 3 0.20460330576630303 0.33831852551664776 4 eks wye 4 0.38139939387114097 0.13418874328430463 5 wye pan 5 0.5732889198020006 0.8636244699032729 6 zee pan 6 0.5271261600918548 0.49322128674835697 7 eks zee 7 0.6117840605678454 0.1878849191181694 8 zee wye 8 0.5985540091064224 0.976181385699006 9 hat wye 9 0.03144187646093577 0.7495507603507059 10 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint put -q @v[NR]=$*; end{emitp @v[1]} ./reg_test/input/abixy v:a v:b v:i v:x v:y pan pan 1 0.3467901443380824 0.7268028627434533 mlr --opprint put -q @v[NR]=$*; end{emitp @v[1],"X"} ./reg_test/input/abixy X v a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 mlr --opprint put -q @v[NR]=$*; end{emitp @v[1],"X","Y"} ./reg_test/input/abixy X v a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 mlr --opprint put -q @v[NR][NR]=$*; end{emitp @v[1]} ./reg_test/input/abixy v:1:a v:1:b v:1:i v:1:x v:1:y pan pan 1 0.3467901443380824 0.7268028627434533 mlr --opprint put -q @v[NR][NR]=$*; end{emitp @v[1],"X"} ./reg_test/input/abixy X v:a v:b v:i v:x v:y 1 pan pan 1 0.3467901443380824 0.7268028627434533 mlr --opprint put -q @v[NR][NR]=$*; end{emitp @v[1],"X","Y"} ./reg_test/input/abixy X Y v 1 a pan 1 b pan 1 i 1 1 x 0.3467901443380824 1 y 0.7268028627434533 mlr --opprint put -q @v[NR][NR]=$*; end{emitp @v[1][1]} ./reg_test/input/abixy v:a v:b v:i v:x v:y pan pan 1 0.3467901443380824 0.7268028627434533 mlr --opprint put -q @v[NR][NR]=$*; end{emitp @v[1][1],"X"} ./reg_test/input/abixy X v a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 mlr --opprint put -q @v[NR][NR]=$*; end{emitp @v[1][1],"X","Y"} ./reg_test/input/abixy X v a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 mlr put -q @a=$a; @b[1]=$b; @c[1][2]=$x; end{emitp all} ./reg_test/input/abixy-het a=pan b:1=wye c:1:2=0.502626 mlr put -q @a=$a; @b[1]=$b; @c[1][2]=$x; end{emitp all,"one"} ./reg_test/input/abixy-het a=pan one=1,b=wye one=1,c:2=0.502626 mlr put -q @a=$a; @b[1]=$b; @c[1][2]=$x; end{emitp all,"one","two"} ./reg_test/input/abixy-het a=pan one=1,b=wye one=1,two=2,c=0.502626 mlr put -q @a=$a; @b[1]=$b; @c[1][2]=$x; end{emitp all,"one","two","three"} ./reg_test/input/abixy-het a=pan one=1,b=wye one=1,two=2,c=0.502626 mlr --oxtab put --oflatsep @ -q @a=$a; @b[1]=$b; @c[1][2]=$x; end{emitp all} ./reg_test/input/abixy-het a pan b@1 wye c@1@2 0.502626 ================================================================ PREFIXED/UNPREFIXED EMIT mlr --oxtab put -q @sum += $x; end{dump;emitp @sum } ./reg_test/input/abixy-wide { "sum": 1009.118181 } sum 1009.118181 mlr --oxtab put -q @sum += $x; end{dump;emit @sum } ./reg_test/input/abixy-wide { "sum": 1009.118181 } sum 1009.118181 mlr --oxtab put -q @sum[$a] += $x; end{dump;emitp @sum } ./reg_test/input/abixy-wide { "sum": { "cat": 207.843964, "pan": 191.530740, "wye": 188.110135, "dog": 215.541519, "hat": 206.091824 } } sum:cat 207.843964 sum:pan 191.530740 sum:wye 188.110135 sum:dog 215.541519 sum:hat 206.091824 mlr --oxtab put -q @sum[$a] += $x; end{dump;emit @sum } ./reg_test/input/abixy-wide { "sum": { "cat": 207.843964, "pan": 191.530740, "wye": 188.110135, "dog": 215.541519, "hat": 206.091824 } } cat 207.843964 pan 191.530740 wye 188.110135 dog 215.541519 hat 206.091824 mlr --oxtab put -q @sum[$a] += $x; end{dump;emitp @sum, "a"} ./reg_test/input/abixy-wide { "sum": { "cat": 207.843964, "pan": 191.530740, "wye": 188.110135, "dog": 215.541519, "hat": 206.091824 } } a cat sum 207.843964 a pan sum 191.530740 a wye sum 188.110135 a dog sum 215.541519 a hat sum 206.091824 mlr --oxtab put -q @sum[$a] += $x; end{dump;emit @sum, "a"} ./reg_test/input/abixy-wide { "sum": { "cat": 207.843964, "pan": 191.530740, "wye": 188.110135, "dog": 215.541519, "hat": 206.091824 } } a cat sum 207.843964 a pan sum 191.530740 a wye sum 188.110135 a dog sum 215.541519 a hat sum 206.091824 mlr --oxtab put -q @sum[$a][$b] += $x; end{dump;emitp @sum } ./reg_test/input/abixy-wide { "sum": { "cat": { "pan": 42.327158, "hat": 43.184410, "dog": 39.241473, "wye": 45.196775, "cat": 37.894148 }, "pan": { "wye": 40.135300, "pan": 36.226334, "hat": 35.115869, "dog": 37.817560, "cat": 42.235677 }, "wye": { "cat": 40.805723, "hat": 41.166697, "dog": 40.619547, "wye": 32.490973, "pan": 33.027196 }, "dog": { "hat": 43.515162, "pan": 45.614011, "dog": 43.545956, "wye": 37.223795, "cat": 45.642595 }, "hat": { "hat": 48.058897, "wye": 34.054270, "pan": 42.538758, "cat": 44.325655, "dog": 37.114244 } } } sum:cat:pan 42.327158 sum:cat:hat 43.184410 sum:cat:dog 39.241473 sum:cat:wye 45.196775 sum:cat:cat 37.894148 sum:pan:wye 40.135300 sum:pan:pan 36.226334 sum:pan:hat 35.115869 sum:pan:dog 37.817560 sum:pan:cat 42.235677 sum:wye:cat 40.805723 sum:wye:hat 41.166697 sum:wye:dog 40.619547 sum:wye:wye 32.490973 sum:wye:pan 33.027196 sum:dog:hat 43.515162 sum:dog:pan 45.614011 sum:dog:dog 43.545956 sum:dog:wye 37.223795 sum:dog:cat 45.642595 sum:hat:hat 48.058897 sum:hat:wye 34.054270 sum:hat:pan 42.538758 sum:hat:cat 44.325655 sum:hat:dog 37.114244 mlr --oxtab put -q @sum[$a][$b] += $x; end{dump;emit @sum } ./reg_test/input/abixy-wide { "sum": { "cat": { "pan": 42.327158, "hat": 43.184410, "dog": 39.241473, "wye": 45.196775, "cat": 37.894148 }, "pan": { "wye": 40.135300, "pan": 36.226334, "hat": 35.115869, "dog": 37.817560, "cat": 42.235677 }, "wye": { "cat": 40.805723, "hat": 41.166697, "dog": 40.619547, "wye": 32.490973, "pan": 33.027196 }, "dog": { "hat": 43.515162, "pan": 45.614011, "dog": 43.545956, "wye": 37.223795, "cat": 45.642595 }, "hat": { "hat": 48.058897, "wye": 34.054270, "pan": 42.538758, "cat": 44.325655, "dog": 37.114244 } } } pan 42.327158 hat 43.184410 dog 39.241473 wye 45.196775 cat 37.894148 wye 40.135300 pan 36.226334 hat 35.115869 dog 37.817560 cat 42.235677 cat 40.805723 hat 41.166697 dog 40.619547 wye 32.490973 pan 33.027196 hat 43.515162 pan 45.614011 dog 43.545956 wye 37.223795 cat 45.642595 hat 48.058897 wye 34.054270 pan 42.538758 cat 44.325655 dog 37.114244 mlr --oxtab put -q @sum[$a][$b] += $x; end{dump;emitp @sum, "a"} ./reg_test/input/abixy-wide { "sum": { "cat": { "pan": 42.327158, "hat": 43.184410, "dog": 39.241473, "wye": 45.196775, "cat": 37.894148 }, "pan": { "wye": 40.135300, "pan": 36.226334, "hat": 35.115869, "dog": 37.817560, "cat": 42.235677 }, "wye": { "cat": 40.805723, "hat": 41.166697, "dog": 40.619547, "wye": 32.490973, "pan": 33.027196 }, "dog": { "hat": 43.515162, "pan": 45.614011, "dog": 43.545956, "wye": 37.223795, "cat": 45.642595 }, "hat": { "hat": 48.058897, "wye": 34.054270, "pan": 42.538758, "cat": 44.325655, "dog": 37.114244 } } } a cat sum:pan 42.327158 sum:hat 43.184410 sum:dog 39.241473 sum:wye 45.196775 sum:cat 37.894148 a pan sum:wye 40.135300 sum:pan 36.226334 sum:hat 35.115869 sum:dog 37.817560 sum:cat 42.235677 a wye sum:cat 40.805723 sum:hat 41.166697 sum:dog 40.619547 sum:wye 32.490973 sum:pan 33.027196 a dog sum:hat 43.515162 sum:pan 45.614011 sum:dog 43.545956 sum:wye 37.223795 sum:cat 45.642595 a hat sum:hat 48.058897 sum:wye 34.054270 sum:pan 42.538758 sum:cat 44.325655 sum:dog 37.114244 mlr --oxtab put -q @sum[$a][$b] += $x; end{dump;emit @sum, "a"} ./reg_test/input/abixy-wide { "sum": { "cat": { "pan": 42.327158, "hat": 43.184410, "dog": 39.241473, "wye": 45.196775, "cat": 37.894148 }, "pan": { "wye": 40.135300, "pan": 36.226334, "hat": 35.115869, "dog": 37.817560, "cat": 42.235677 }, "wye": { "cat": 40.805723, "hat": 41.166697, "dog": 40.619547, "wye": 32.490973, "pan": 33.027196 }, "dog": { "hat": 43.515162, "pan": 45.614011, "dog": 43.545956, "wye": 37.223795, "cat": 45.642595 }, "hat": { "hat": 48.058897, "wye": 34.054270, "pan": 42.538758, "cat": 44.325655, "dog": 37.114244 } } } a cat pan 42.327158 hat 43.184410 dog 39.241473 wye 45.196775 cat 37.894148 a pan wye 40.135300 pan 36.226334 hat 35.115869 dog 37.817560 cat 42.235677 a wye cat 40.805723 hat 41.166697 dog 40.619547 wye 32.490973 pan 33.027196 a dog hat 43.515162 pan 45.614011 dog 43.545956 wye 37.223795 cat 45.642595 a hat hat 48.058897 wye 34.054270 pan 42.538758 cat 44.325655 dog 37.114244 mlr --opprint put -q @sum[$a][$b] += $x; end{dump;emitp @sum, "a", "b"} ./reg_test/input/abixy-wide { "sum": { "cat": { "pan": 42.327158, "hat": 43.184410, "dog": 39.241473, "wye": 45.196775, "cat": 37.894148 }, "pan": { "wye": 40.135300, "pan": 36.226334, "hat": 35.115869, "dog": 37.817560, "cat": 42.235677 }, "wye": { "cat": 40.805723, "hat": 41.166697, "dog": 40.619547, "wye": 32.490973, "pan": 33.027196 }, "dog": { "hat": 43.515162, "pan": 45.614011, "dog": 43.545956, "wye": 37.223795, "cat": 45.642595 }, "hat": { "hat": 48.058897, "wye": 34.054270, "pan": 42.538758, "cat": 44.325655, "dog": 37.114244 } } } a b sum cat pan 42.327158 cat hat 43.184410 cat dog 39.241473 cat wye 45.196775 cat cat 37.894148 pan wye 40.135300 pan pan 36.226334 pan hat 35.115869 pan dog 37.817560 pan cat 42.235677 wye cat 40.805723 wye hat 41.166697 wye dog 40.619547 wye wye 32.490973 wye pan 33.027196 dog hat 43.515162 dog pan 45.614011 dog dog 43.545956 dog wye 37.223795 dog cat 45.642595 hat hat 48.058897 hat wye 34.054270 hat pan 42.538758 hat cat 44.325655 hat dog 37.114244 mlr --opprint put -q @sum[$a][$b] += $x; end{dump;emit @sum, "a", "b"} ./reg_test/input/abixy-wide { "sum": { "cat": { "pan": 42.327158, "hat": 43.184410, "dog": 39.241473, "wye": 45.196775, "cat": 37.894148 }, "pan": { "wye": 40.135300, "pan": 36.226334, "hat": 35.115869, "dog": 37.817560, "cat": 42.235677 }, "wye": { "cat": 40.805723, "hat": 41.166697, "dog": 40.619547, "wye": 32.490973, "pan": 33.027196 }, "dog": { "hat": 43.515162, "pan": 45.614011, "dog": 43.545956, "wye": 37.223795, "cat": 45.642595 }, "hat": { "hat": 48.058897, "wye": 34.054270, "pan": 42.538758, "cat": 44.325655, "dog": 37.114244 } } } a b sum cat pan 42.327158 cat hat 43.184410 cat dog 39.241473 cat wye 45.196775 cat cat 37.894148 pan wye 40.135300 pan pan 36.226334 pan hat 35.115869 pan dog 37.817560 pan cat 42.235677 wye cat 40.805723 wye hat 41.166697 wye dog 40.619547 wye wye 32.490973 wye pan 33.027196 dog hat 43.515162 dog pan 45.614011 dog dog 43.545956 dog wye 37.223795 dog cat 45.642595 hat hat 48.058897 hat wye 34.054270 hat pan 42.538758 hat cat 44.325655 hat dog 37.114244 mlr --oxtab put -q @sum[$a][$b][$a.$b] += $x; end{dump;emitp @sum } ./reg_test/input/abixy-wide { "sum": { "cat": { "pan": { "catpan": 42.327158 }, "hat": { "cathat": 43.184410 }, "dog": { "catdog": 39.241473 }, "wye": { "catwye": 45.196775 }, "cat": { "catcat": 37.894148 } }, "pan": { "wye": { "panwye": 40.135300 }, "pan": { "panpan": 36.226334 }, "hat": { "panhat": 35.115869 }, "dog": { "pandog": 37.817560 }, "cat": { "pancat": 42.235677 } }, "wye": { "cat": { "wyecat": 40.805723 }, "hat": { "wyehat": 41.166697 }, "dog": { "wyedog": 40.619547 }, "wye": { "wyewye": 32.490973 }, "pan": { "wyepan": 33.027196 } }, "dog": { "hat": { "doghat": 43.515162 }, "pan": { "dogpan": 45.614011 }, "dog": { "dogdog": 43.545956 }, "wye": { "dogwye": 37.223795 }, "cat": { "dogcat": 45.642595 } }, "hat": { "hat": { "hathat": 48.058897 }, "wye": { "hatwye": 34.054270 }, "pan": { "hatpan": 42.538758 }, "cat": { "hatcat": 44.325655 }, "dog": { "hatdog": 37.114244 } } } } sum:cat:pan:catpan 42.327158 sum:cat:hat:cathat 43.184410 sum:cat:dog:catdog 39.241473 sum:cat:wye:catwye 45.196775 sum:cat:cat:catcat 37.894148 sum:pan:wye:panwye 40.135300 sum:pan:pan:panpan 36.226334 sum:pan:hat:panhat 35.115869 sum:pan:dog:pandog 37.817560 sum:pan:cat:pancat 42.235677 sum:wye:cat:wyecat 40.805723 sum:wye:hat:wyehat 41.166697 sum:wye:dog:wyedog 40.619547 sum:wye:wye:wyewye 32.490973 sum:wye:pan:wyepan 33.027196 sum:dog:hat:doghat 43.515162 sum:dog:pan:dogpan 45.614011 sum:dog:dog:dogdog 43.545956 sum:dog:wye:dogwye 37.223795 sum:dog:cat:dogcat 45.642595 sum:hat:hat:hathat 48.058897 sum:hat:wye:hatwye 34.054270 sum:hat:pan:hatpan 42.538758 sum:hat:cat:hatcat 44.325655 sum:hat:dog:hatdog 37.114244 mlr --oxtab put -q @sum[$a][$b][$a.$b] += $x; end{dump;emit @sum } ./reg_test/input/abixy-wide { "sum": { "cat": { "pan": { "catpan": 42.327158 }, "hat": { "cathat": 43.184410 }, "dog": { "catdog": 39.241473 }, "wye": { "catwye": 45.196775 }, "cat": { "catcat": 37.894148 } }, "pan": { "wye": { "panwye": 40.135300 }, "pan": { "panpan": 36.226334 }, "hat": { "panhat": 35.115869 }, "dog": { "pandog": 37.817560 }, "cat": { "pancat": 42.235677 } }, "wye": { "cat": { "wyecat": 40.805723 }, "hat": { "wyehat": 41.166697 }, "dog": { "wyedog": 40.619547 }, "wye": { "wyewye": 32.490973 }, "pan": { "wyepan": 33.027196 } }, "dog": { "hat": { "doghat": 43.515162 }, "pan": { "dogpan": 45.614011 }, "dog": { "dogdog": 43.545956 }, "wye": { "dogwye": 37.223795 }, "cat": { "dogcat": 45.642595 } }, "hat": { "hat": { "hathat": 48.058897 }, "wye": { "hatwye": 34.054270 }, "pan": { "hatpan": 42.538758 }, "cat": { "hatcat": 44.325655 }, "dog": { "hatdog": 37.114244 } } } } catpan 42.327158 cathat 43.184410 catdog 39.241473 catwye 45.196775 catcat 37.894148 panwye 40.135300 panpan 36.226334 panhat 35.115869 pandog 37.817560 pancat 42.235677 wyecat 40.805723 wyehat 41.166697 wyedog 40.619547 wyewye 32.490973 wyepan 33.027196 doghat 43.515162 dogpan 45.614011 dogdog 43.545956 dogwye 37.223795 dogcat 45.642595 hathat 48.058897 hatwye 34.054270 hatpan 42.538758 hatcat 44.325655 hatdog 37.114244 mlr --oxtab put -q @sum[$a][$b][$a.$b] += $x; end{dump;emitp @sum, "a"} ./reg_test/input/abixy-wide { "sum": { "cat": { "pan": { "catpan": 42.327158 }, "hat": { "cathat": 43.184410 }, "dog": { "catdog": 39.241473 }, "wye": { "catwye": 45.196775 }, "cat": { "catcat": 37.894148 } }, "pan": { "wye": { "panwye": 40.135300 }, "pan": { "panpan": 36.226334 }, "hat": { "panhat": 35.115869 }, "dog": { "pandog": 37.817560 }, "cat": { "pancat": 42.235677 } }, "wye": { "cat": { "wyecat": 40.805723 }, "hat": { "wyehat": 41.166697 }, "dog": { "wyedog": 40.619547 }, "wye": { "wyewye": 32.490973 }, "pan": { "wyepan": 33.027196 } }, "dog": { "hat": { "doghat": 43.515162 }, "pan": { "dogpan": 45.614011 }, "dog": { "dogdog": 43.545956 }, "wye": { "dogwye": 37.223795 }, "cat": { "dogcat": 45.642595 } }, "hat": { "hat": { "hathat": 48.058897 }, "wye": { "hatwye": 34.054270 }, "pan": { "hatpan": 42.538758 }, "cat": { "hatcat": 44.325655 }, "dog": { "hatdog": 37.114244 } } } } a cat sum:pan:catpan 42.327158 sum:hat:cathat 43.184410 sum:dog:catdog 39.241473 sum:wye:catwye 45.196775 sum:cat:catcat 37.894148 a pan sum:wye:panwye 40.135300 sum:pan:panpan 36.226334 sum:hat:panhat 35.115869 sum:dog:pandog 37.817560 sum:cat:pancat 42.235677 a wye sum:cat:wyecat 40.805723 sum:hat:wyehat 41.166697 sum:dog:wyedog 40.619547 sum:wye:wyewye 32.490973 sum:pan:wyepan 33.027196 a dog sum:hat:doghat 43.515162 sum:pan:dogpan 45.614011 sum:dog:dogdog 43.545956 sum:wye:dogwye 37.223795 sum:cat:dogcat 45.642595 a hat sum:hat:hathat 48.058897 sum:wye:hatwye 34.054270 sum:pan:hatpan 42.538758 sum:cat:hatcat 44.325655 sum:dog:hatdog 37.114244 mlr --oxtab put -q @sum[$a][$b][$a.$b] += $x; end{dump;emit @sum, "a"} ./reg_test/input/abixy-wide { "sum": { "cat": { "pan": { "catpan": 42.327158 }, "hat": { "cathat": 43.184410 }, "dog": { "catdog": 39.241473 }, "wye": { "catwye": 45.196775 }, "cat": { "catcat": 37.894148 } }, "pan": { "wye": { "panwye": 40.135300 }, "pan": { "panpan": 36.226334 }, "hat": { "panhat": 35.115869 }, "dog": { "pandog": 37.817560 }, "cat": { "pancat": 42.235677 } }, "wye": { "cat": { "wyecat": 40.805723 }, "hat": { "wyehat": 41.166697 }, "dog": { "wyedog": 40.619547 }, "wye": { "wyewye": 32.490973 }, "pan": { "wyepan": 33.027196 } }, "dog": { "hat": { "doghat": 43.515162 }, "pan": { "dogpan": 45.614011 }, "dog": { "dogdog": 43.545956 }, "wye": { "dogwye": 37.223795 }, "cat": { "dogcat": 45.642595 } }, "hat": { "hat": { "hathat": 48.058897 }, "wye": { "hatwye": 34.054270 }, "pan": { "hatpan": 42.538758 }, "cat": { "hatcat": 44.325655 }, "dog": { "hatdog": 37.114244 } } } } a cat catpan 42.327158 a cat cathat 43.184410 a cat catdog 39.241473 a cat catwye 45.196775 a cat catcat 37.894148 a pan panwye 40.135300 a pan panpan 36.226334 a pan panhat 35.115869 a pan pandog 37.817560 a pan pancat 42.235677 a wye wyecat 40.805723 a wye wyehat 41.166697 a wye wyedog 40.619547 a wye wyewye 32.490973 a wye wyepan 33.027196 a dog doghat 43.515162 a dog dogpan 45.614011 a dog dogdog 43.545956 a dog dogwye 37.223795 a dog dogcat 45.642595 a hat hathat 48.058897 a hat hatwye 34.054270 a hat hatpan 42.538758 a hat hatcat 44.325655 a hat hatdog 37.114244 mlr --opprint put -q @sum[$a][$b][$a.$b] += $x; end{dump;emitp @sum, "a", "b"} ./reg_test/input/abixy-wide { "sum": { "cat": { "pan": { "catpan": 42.327158 }, "hat": { "cathat": 43.184410 }, "dog": { "catdog": 39.241473 }, "wye": { "catwye": 45.196775 }, "cat": { "catcat": 37.894148 } }, "pan": { "wye": { "panwye": 40.135300 }, "pan": { "panpan": 36.226334 }, "hat": { "panhat": 35.115869 }, "dog": { "pandog": 37.817560 }, "cat": { "pancat": 42.235677 } }, "wye": { "cat": { "wyecat": 40.805723 }, "hat": { "wyehat": 41.166697 }, "dog": { "wyedog": 40.619547 }, "wye": { "wyewye": 32.490973 }, "pan": { "wyepan": 33.027196 } }, "dog": { "hat": { "doghat": 43.515162 }, "pan": { "dogpan": 45.614011 }, "dog": { "dogdog": 43.545956 }, "wye": { "dogwye": 37.223795 }, "cat": { "dogcat": 45.642595 } }, "hat": { "hat": { "hathat": 48.058897 }, "wye": { "hatwye": 34.054270 }, "pan": { "hatpan": 42.538758 }, "cat": { "hatcat": 44.325655 }, "dog": { "hatdog": 37.114244 } } } } a b sum:catpan cat pan 42.327158 a b sum:cathat cat hat 43.184410 a b sum:catdog cat dog 39.241473 a b sum:catwye cat wye 45.196775 a b sum:catcat cat cat 37.894148 a b sum:panwye pan wye 40.135300 a b sum:panpan pan pan 36.226334 a b sum:panhat pan hat 35.115869 a b sum:pandog pan dog 37.817560 a b sum:pancat pan cat 42.235677 a b sum:wyecat wye cat 40.805723 a b sum:wyehat wye hat 41.166697 a b sum:wyedog wye dog 40.619547 a b sum:wyewye wye wye 32.490973 a b sum:wyepan wye pan 33.027196 a b sum:doghat dog hat 43.515162 a b sum:dogpan dog pan 45.614011 a b sum:dogdog dog dog 43.545956 a b sum:dogwye dog wye 37.223795 a b sum:dogcat dog cat 45.642595 a b sum:hathat hat hat 48.058897 a b sum:hatwye hat wye 34.054270 a b sum:hatpan hat pan 42.538758 a b sum:hatcat hat cat 44.325655 a b sum:hatdog hat dog 37.114244 mlr --opprint put -q @sum[$a][$b][$a.$b] += $x; end{dump;emit @sum, "a", "b"} ./reg_test/input/abixy-wide { "sum": { "cat": { "pan": { "catpan": 42.327158 }, "hat": { "cathat": 43.184410 }, "dog": { "catdog": 39.241473 }, "wye": { "catwye": 45.196775 }, "cat": { "catcat": 37.894148 } }, "pan": { "wye": { "panwye": 40.135300 }, "pan": { "panpan": 36.226334 }, "hat": { "panhat": 35.115869 }, "dog": { "pandog": 37.817560 }, "cat": { "pancat": 42.235677 } }, "wye": { "cat": { "wyecat": 40.805723 }, "hat": { "wyehat": 41.166697 }, "dog": { "wyedog": 40.619547 }, "wye": { "wyewye": 32.490973 }, "pan": { "wyepan": 33.027196 } }, "dog": { "hat": { "doghat": 43.515162 }, "pan": { "dogpan": 45.614011 }, "dog": { "dogdog": 43.545956 }, "wye": { "dogwye": 37.223795 }, "cat": { "dogcat": 45.642595 } }, "hat": { "hat": { "hathat": 48.058897 }, "wye": { "hatwye": 34.054270 }, "pan": { "hatpan": 42.538758 }, "cat": { "hatcat": 44.325655 }, "dog": { "hatdog": 37.114244 } } } } a b catpan cat pan 42.327158 a b cathat cat hat 43.184410 a b catdog cat dog 39.241473 a b catwye cat wye 45.196775 a b catcat cat cat 37.894148 a b panwye pan wye 40.135300 a b panpan pan pan 36.226334 a b panhat pan hat 35.115869 a b pandog pan dog 37.817560 a b pancat pan cat 42.235677 a b wyecat wye cat 40.805723 a b wyehat wye hat 41.166697 a b wyedog wye dog 40.619547 a b wyewye wye wye 32.490973 a b wyepan wye pan 33.027196 a b doghat dog hat 43.515162 a b dogpan dog pan 45.614011 a b dogdog dog dog 43.545956 a b dogwye dog wye 37.223795 a b dogcat dog cat 45.642595 a b hathat hat hat 48.058897 a b hatwye hat wye 34.054270 a b hatpan hat pan 42.538758 a b hatcat hat cat 44.325655 a b hatdog hat dog 37.114244 mlr --opprint put -q @sum[$a][$b][$a.$b] += $x; end{dump;emitp @sum, "a", "b", "ab"} ./reg_test/input/abixy-wide { "sum": { "cat": { "pan": { "catpan": 42.327158 }, "hat": { "cathat": 43.184410 }, "dog": { "catdog": 39.241473 }, "wye": { "catwye": 45.196775 }, "cat": { "catcat": 37.894148 } }, "pan": { "wye": { "panwye": 40.135300 }, "pan": { "panpan": 36.226334 }, "hat": { "panhat": 35.115869 }, "dog": { "pandog": 37.817560 }, "cat": { "pancat": 42.235677 } }, "wye": { "cat": { "wyecat": 40.805723 }, "hat": { "wyehat": 41.166697 }, "dog": { "wyedog": 40.619547 }, "wye": { "wyewye": 32.490973 }, "pan": { "wyepan": 33.027196 } }, "dog": { "hat": { "doghat": 43.515162 }, "pan": { "dogpan": 45.614011 }, "dog": { "dogdog": 43.545956 }, "wye": { "dogwye": 37.223795 }, "cat": { "dogcat": 45.642595 } }, "hat": { "hat": { "hathat": 48.058897 }, "wye": { "hatwye": 34.054270 }, "pan": { "hatpan": 42.538758 }, "cat": { "hatcat": 44.325655 }, "dog": { "hatdog": 37.114244 } } } } a b ab sum cat pan catpan 42.327158 cat hat cathat 43.184410 cat dog catdog 39.241473 cat wye catwye 45.196775 cat cat catcat 37.894148 pan wye panwye 40.135300 pan pan panpan 36.226334 pan hat panhat 35.115869 pan dog pandog 37.817560 pan cat pancat 42.235677 wye cat wyecat 40.805723 wye hat wyehat 41.166697 wye dog wyedog 40.619547 wye wye wyewye 32.490973 wye pan wyepan 33.027196 dog hat doghat 43.515162 dog pan dogpan 45.614011 dog dog dogdog 43.545956 dog wye dogwye 37.223795 dog cat dogcat 45.642595 hat hat hathat 48.058897 hat wye hatwye 34.054270 hat pan hatpan 42.538758 hat cat hatcat 44.325655 hat dog hatdog 37.114244 mlr --opprint put -q @sum[$a][$b][$a.$b] += $x; end{dump;emit @sum, "a", "b", "ab"} ./reg_test/input/abixy-wide { "sum": { "cat": { "pan": { "catpan": 42.327158 }, "hat": { "cathat": 43.184410 }, "dog": { "catdog": 39.241473 }, "wye": { "catwye": 45.196775 }, "cat": { "catcat": 37.894148 } }, "pan": { "wye": { "panwye": 40.135300 }, "pan": { "panpan": 36.226334 }, "hat": { "panhat": 35.115869 }, "dog": { "pandog": 37.817560 }, "cat": { "pancat": 42.235677 } }, "wye": { "cat": { "wyecat": 40.805723 }, "hat": { "wyehat": 41.166697 }, "dog": { "wyedog": 40.619547 }, "wye": { "wyewye": 32.490973 }, "pan": { "wyepan": 33.027196 } }, "dog": { "hat": { "doghat": 43.515162 }, "pan": { "dogpan": 45.614011 }, "dog": { "dogdog": 43.545956 }, "wye": { "dogwye": 37.223795 }, "cat": { "dogcat": 45.642595 } }, "hat": { "hat": { "hathat": 48.058897 }, "wye": { "hatwye": 34.054270 }, "pan": { "hatpan": 42.538758 }, "cat": { "hatcat": 44.325655 }, "dog": { "hatdog": 37.114244 } } } } a b ab sum cat pan catpan 42.327158 cat hat cathat 43.184410 cat dog catdog 39.241473 cat wye catwye 45.196775 cat cat catcat 37.894148 pan wye panwye 40.135300 pan pan panpan 36.226334 pan hat panhat 35.115869 pan dog pandog 37.817560 pan cat pancat 42.235677 wye cat wyecat 40.805723 wye hat wyehat 41.166697 wye dog wyedog 40.619547 wye wye wyewye 32.490973 wye pan wyepan 33.027196 dog hat doghat 43.515162 dog pan dogpan 45.614011 dog dog dogdog 43.545956 dog wye dogwye 37.223795 dog cat dogcat 45.642595 hat hat hathat 48.058897 hat wye hatwye 34.054270 hat pan hatpan 42.538758 hat cat hatcat 44.325655 hat dog hatdog 37.114244 mlr --oxtab head -n 2 then put -q @v = $*; end{dump;emitp @v} ./reg_test/input/abixy { "v": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } v:a eks v:b pan v:i 2 v:x 0.7586799647899636 v:y 0.5221511083334797 mlr --oxtab head -n 2 then put -q @v = $*; end{dump;emit @v} ./reg_test/input/abixy { "v": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 mlr --oxtab head -n 2 then put -q @v[NR] = $*; end{dump;emitp @v } ./reg_test/input/abixy { "v": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 }, "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } v:1:a pan v:1:b pan v:1:i 1 v:1:x 0.3467901443380824 v:1:y 0.7268028627434533 v:2:a eks v:2:b pan v:2:i 2 v:2:x 0.7586799647899636 v:2:y 0.5221511083334797 mlr --oxtab head -n 2 then put -q @v[NR] = $*; end{dump;emit @v } ./reg_test/input/abixy { "v": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 }, "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 mlr --opprint head -n 2 then put -q @v[NR] = $*; end{dump;emitp @v, "I"} ./reg_test/input/abixy { "v": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 }, "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } I v:a v:b v:i v:x v:y 1 pan pan 1 0.3467901443380824 0.7268028627434533 2 eks pan 2 0.7586799647899636 0.5221511083334797 mlr --opprint head -n 2 then put -q @v[NR] = $*; end{dump;emit @v, "I"} ./reg_test/input/abixy { "v": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 }, "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } I a b i x y 1 pan pan 1 0.3467901443380824 0.7268028627434533 2 eks pan 2 0.7586799647899636 0.5221511083334797 mlr --oxtab head -n 2 then put -q @v[NR][NR] = $*; end{dump;emitp @v } ./reg_test/input/abixy { "v": { "1": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } }, "2": { "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } } v:1:1:a pan v:1:1:b pan v:1:1:i 1 v:1:1:x 0.3467901443380824 v:1:1:y 0.7268028627434533 v:2:2:a eks v:2:2:b pan v:2:2:i 2 v:2:2:x 0.7586799647899636 v:2:2:y 0.5221511083334797 mlr --oxtab head -n 2 then put -q @v[NR][NR] = $*; end{dump;emit @v } ./reg_test/input/abixy { "v": { "1": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } }, "2": { "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } } a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 mlr --opprint head -n 2 then put -q @v[NR][NR] = $*; end{dump;emitp @v, "I"} ./reg_test/input/abixy { "v": { "1": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } }, "2": { "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } } I v:1:a v:1:b v:1:i v:1:x v:1:y 1 pan pan 1 0.3467901443380824 0.7268028627434533 I v:2:a v:2:b v:2:i v:2:x v:2:y 2 eks pan 2 0.7586799647899636 0.5221511083334797 mlr --opprint head -n 2 then put -q @v[NR][NR] = $*; end{dump;emit @v, "I"} ./reg_test/input/abixy { "v": { "1": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } }, "2": { "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } } I a b i x y 1 pan pan 1 0.3467901443380824 0.7268028627434533 2 eks pan 2 0.7586799647899636 0.5221511083334797 mlr --opprint head -n 2 then put -q @v[NR][NR] = $*; end{dump;emitp @v, "I", "J"} ./reg_test/input/abixy { "v": { "1": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } }, "2": { "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } } I J v:a v:b v:i v:x v:y 1 1 pan pan 1 0.3467901443380824 0.7268028627434533 2 2 eks pan 2 0.7586799647899636 0.5221511083334797 mlr --opprint head -n 2 then put -q @v[NR][NR] = $*; end{dump;emit @v, "I", "J"} ./reg_test/input/abixy { "v": { "1": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } }, "2": { "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } } I J a b i x y 1 1 pan pan 1 0.3467901443380824 0.7268028627434533 2 2 eks pan 2 0.7586799647899636 0.5221511083334797 mlr --oxtab head -n 2 then put -q @v[NR][NR][NR] = $*; end{dump;emitp @v } ./reg_test/input/abixy { "v": { "1": { "1": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } } }, "2": { "2": { "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } } } v:1:1:1:a pan v:1:1:1:b pan v:1:1:1:i 1 v:1:1:1:x 0.3467901443380824 v:1:1:1:y 0.7268028627434533 v:2:2:2:a eks v:2:2:2:b pan v:2:2:2:i 2 v:2:2:2:x 0.7586799647899636 v:2:2:2:y 0.5221511083334797 mlr --oxtab head -n 2 then put -q @v[NR][NR][NR] = $*; end{dump;emit @v } ./reg_test/input/abixy { "v": { "1": { "1": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } } }, "2": { "2": { "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } } } a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 mlr --opprint head -n 2 then put -q @v[NR][NR][NR] = $*; end{dump;emitp @v, "I"} ./reg_test/input/abixy { "v": { "1": { "1": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } } }, "2": { "2": { "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } } } I v:1:1:a v:1:1:b v:1:1:i v:1:1:x v:1:1:y 1 pan pan 1 0.3467901443380824 0.7268028627434533 I v:2:2:a v:2:2:b v:2:2:i v:2:2:x v:2:2:y 2 eks pan 2 0.7586799647899636 0.5221511083334797 mlr --opprint head -n 2 then put -q @v[NR][NR][NR] = $*; end{dump;emit @v, "I"} ./reg_test/input/abixy { "v": { "1": { "1": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } } }, "2": { "2": { "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } } } I a b i x y 1 pan pan 1 0.3467901443380824 0.7268028627434533 2 eks pan 2 0.7586799647899636 0.5221511083334797 mlr --opprint head -n 2 then put -q @v[NR][NR][NR] = $*; end{dump;emitp @v, "I", "J"} ./reg_test/input/abixy { "v": { "1": { "1": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } } }, "2": { "2": { "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } } } I J v:1:a v:1:b v:1:i v:1:x v:1:y 1 1 pan pan 1 0.3467901443380824 0.7268028627434533 I J v:2:a v:2:b v:2:i v:2:x v:2:y 2 2 eks pan 2 0.7586799647899636 0.5221511083334797 mlr --opprint head -n 2 then put -q @v[NR][NR][NR] = $*; end{dump;emit @v, "I", "J"} ./reg_test/input/abixy { "v": { "1": { "1": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } } }, "2": { "2": { "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } } } I J a b i x y 1 1 pan pan 1 0.3467901443380824 0.7268028627434533 2 2 eks pan 2 0.7586799647899636 0.5221511083334797 mlr --opprint head -n 2 then put -q @v[NR][NR][NR] = $*; end{dump;emitp @v, "I", "J", "K"} ./reg_test/input/abixy { "v": { "1": { "1": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } } }, "2": { "2": { "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } } } I J K v:a v:b v:i v:x v:y 1 1 1 pan pan 1 0.3467901443380824 0.7268028627434533 2 2 2 eks pan 2 0.7586799647899636 0.5221511083334797 mlr --opprint head -n 2 then put -q @v[NR][NR][NR] = $*; end{dump;emit @v, "I", "J", "K"} ./reg_test/input/abixy { "v": { "1": { "1": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } } }, "2": { "2": { "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } } } I J K a b i x y 1 1 1 pan pan 1 0.3467901443380824 0.7268028627434533 2 2 2 eks pan 2 0.7586799647899636 0.5221511083334797 ================================================================ LASHED EMITP SINGLES mlr -n put end { @a = 111; emitp @a } a=111 mlr -n put end { @a = 111; emitp (@a) } a=111 mlr -n put end { @a[111] = 222; emitp @a, "s" } s=111,a=222 mlr -n put end { @a[111] = 222; emitp (@a), "s" } s=111,a=222 mlr -n put end { @a[111] = 222; @a[333] = 444; emitp @a, "s" } s=111,a=222 s=333,a=444 mlr -n put end { @a[111] = 222; @a[333] = 444; emitp (@a), "s" } s=111,a=222 s=333,a=444 mlr -n put end { @a[111][222] = 333; emitp @a, "s" } s=111,a:222=333 mlr -n put end { @a[111][222] = 333; emitp (@a), "s" } s=111,a:222=333 mlr -n put end { @a[111][222] = 333; @a[444][555] = 666; emitp @a, "s" } s=111,a:222=333 s=444,a:555=666 mlr -n put end { @a[111][222] = 333; @a[444][555] = 666; emitp (@a), "s" } s=111,a:222=333 s=444,a:555=666 mlr -n put end { @a[111][222] = 333; emitp @a, "s", "t" } s=111,t=222,a=333 mlr -n put end { @a[111][222] = 333; emitp (@a), "s", "t" } s=111,t=222,a=333 mlr -n put end { @a[111][222] = 333; emitp @a[111], "t" } t=222,a=333 mlr -n put end { @a[111][222] = 333; emitp (@a[111]), "t" } t=222,a=333 ================================================================ LASHED EMIT SINGLES mlr -n put end { @a = 111; emit @a } a=111 mlr -n put end { @a = 111; emit (@a) } a=111 mlr -n put end { @a[111] = 222; emit @a, "s" } s=111,a=222 mlr -n put end { @a[111] = 222; emit (@a), "s" } s=111,a=222 mlr -n put end { @a[111] = 222; @a[333] = 444; emit @a, "s" } s=111,a=222 s=333,a=444 mlr -n put end { @a[111] = 222; @a[333] = 444; emit (@a), "s" } s=111,a=222 s=333,a=444 mlr -n put end { @a[111][222] = 333; emit @a, "s" } s=111,222=333 mlr -n put end { @a[111][222] = 333; emit (@a), "s" } s=111,222=333 ================================================================ LASHED EMITP PAIRS mlr -n put end { @a = 111; @b = 222; emitp (@a, @b) } a=111,b=222 mlr -n put end { @a[1] = 111; @b[1] = 222; emitp (@a[1], @b[1]) } a=111,b=222 mlr -n put end { @a[1][2][3] = 4; @b[1][2][3] = 8; emitp (@a, @b), "s", "t", "u" } s=1,t=2,u=3,a=4,b=8 mlr -n put end { @a[1][2][3] = 4; @b[5][2][3] = 8; emitp (@a[1], @b[5]), "t", "u" } t=2,u=3,a=4,b=8 mlr -n put end { @a[1][2][3] = 4; @b[5][6][3] = 8; emitp (@a[1][2], @b[5][6]), "u" } u=3,a=4,b=8 ================================================================ LASHED EMIT PAIRS mlr -n put end { @a = 111; @b = 222; emit (@a, @b) } a=111,b=222 mlr -n put end { @a[1] = 111; @b[1] = 222; emit (@a[1], @b[1]) } a=111,b=222 mlr -n put end { @a[1][2][3] = 4; @b[1][2][3] = 8; emit (@a, @b), "s", "t", "u" } s=1,t=2,u=3,a=4,b=8 mlr -n put end { @a[1][2][3] = 4; @b[5][2][3] = 8; emit (@a[1], @b[5]), "t", "u" } t=2,u=3,a=4,b=8 mlr -n put end { @a[1][2][3] = 4; @b[5][6][3] = 8; emit (@a[1][2], @b[5][6]), "u" } u=3,a=4,b=8 ================================================================ LASHED EMIT WITH VARYING DEPTH mlr -n put end { @a[1][1] = 1; @a[1][2] = 2; @a[2][1] = 3; @a[2][2] = 4; @b[1][1] = 5; @b[1][2] = 6; @b[2][1] = 7; @b[2][2] = 8; emit (@a[1], @b[2]), "t" } t=1,a=1,b=7 t=2,a=2,b=8 mlr -n put end { @a[1][1] = 1; @a[1][2] = 2; @a[2][1] = 3; @a[2][2] = 4; @b[1][1] = 5; @b[1][2] = 6; @b[2][1] = 7; @b[2][2] = 8; emit (@a, @b), "s", "t" } s=1,t=1,a=1,b=5 s=1,t=2,a=2,b=6 s=2,t=1,a=3,b=7 s=2,t=2,a=4,b=8 mlr -n put end { @a[1][1] = 1; @a[1][2] = 2; @a[2][1] = 3; @a[2][2] = 4; @a[3] = 10; @a[4] = 11; @a[5][6][7] = 12; @b[1][1] = 5; @b[1][2] = 6; @b[2][1] = 7; @b[2][2] = 8; emit (@a, @b), "s", "t" } s=1,t=1,a=1,b=5 s=1,t=2,a=2,b=6 s=2,t=1,a=3,b=7 s=2,t=2,a=4,b=8 s=3,a=10 s=4,a=11 s=5,t=6,7=12 mlr -n put end { @a[1][1] = 1; @a[1][2] = 2; @a[2][1] = 3; @a[2][2] = 4; @a[3] = 10; @a[4] = 11; @a[5][6][7] = 12; @b[1][1] = 5; @b[1][2] = 6; @b[2][1] = 7; @b[2][2] = 8; emit (@b, @a), "s", "t" } s=1,t=1,b=5,a=1 s=1,t=2,b=6,a=2 s=2,t=1,b=7,a=3 s=2,t=2,b=8,a=4 mlr -n put end { @a[1][2][3] = 4; @b[5][2][3] = 8; emit (@a[1], @b[3]), "t", "u" } t=2,u=3,a=4 mlr -n put end { @a[1][2][3] = 4; @b[5][2][3] = 8; emit (@a[1][2], @b[5][9]), "t", "u" } t=3,a=4 mlr -n put end { @a[1][2][3] = 4; @b[5][2][3] = 8; emit (@a[1][2], @b[9][2]), "t", "u" } t=3,a=4 mlr -n put end { @a[1][2][3] = 4; @b[5][2][3] = 8; emit (@a[9], @b[5]), "t", "u" } ================================================================ LASHED EMITP WITH VARYING DEPTH mlr -n put end { @a[1][1] = 1; @a[1][2] = 2; @a[2][1] = 3; @a[2][2] = 4; @b[1][1] = 5; @b[1][2] = 6; @b[2][1] = 7; @b[2][2] = 8; emitp (@a[1], @b[2]), "t" } t=1,a=1,b=7 t=2,a=2,b=8 mlr -n put end { @a[1][1] = 1; @a[1][2] = 2; @a[2][1] = 3; @a[2][2] = 4; @b[1][1] = 5; @b[1][2] = 6; @b[2][1] = 7; @b[2][2] = 8; emitp (@a, @b), "s", "t" } s=1,t=1,a=1,b=5 s=1,t=2,a=2,b=6 s=2,t=1,a=3,b=7 s=2,t=2,a=4,b=8 mlr -n put end { @a[1][1] = 1; @a[1][2] = 2; @a[2][1] = 3; @a[2][2] = 4; @a[3] = 10; @a[4] = 11; @a[5][6][7] = 12; @b[1][1] = 5; @b[1][2] = 6; @b[2][1] = 7; @b[2][2] = 8; emitp (@a, @b), "s", "t" } s=1,t=1,a=1,b=5 s=1,t=2,a=2,b=6 s=2,t=1,a=3,b=7 s=2,t=2,a=4,b=8 s=3,a=10 s=4,a=11 s=5,t=6,a:7=12 mlr -n put end { @a[1][1] = 1; @a[1][2] = 2; @a[2][1] = 3; @a[2][2] = 4; @a[3] = 10; @a[4] = 11; @a[5][6][7] = 12; @b[1][1] = 5; @b[1][2] = 6; @b[2][1] = 7; @b[2][2] = 8; emitp (@b, @a), "s", "t" } s=1,t=1,b=5,a=1 s=1,t=2,b=6,a=2 s=2,t=1,b=7,a=3 s=2,t=2,b=8,a=4 mlr -n put end { @a[1][2][3] = 4; @b[5][2][3] = 8; emitp (@a[1], @b[3]), "t", "u" } t=2,u=3,a=4 mlr -n put end { @a[1][2][3] = 4; @b[5][2][3] = 8; emitp (@a[1][2], @b[5][9]), "t", "u" } t=3,a=4 mlr -n put end { @a[1][2][3] = 4; @b[5][2][3] = 8; emitp (@a[1][2], @b[9][2]), "t", "u" } t=3,a=4 mlr -n put end { @a[1][2][3] = 4; @b[5][2][3] = 8; emitp (@a[9], @b[5]), "t", "u" } ================================================================ CANONICAL LASHED EMIT mlr --from ./reg_test/input/abixy-wide --opprint put -q @count[$a] += 1; @sum[$a] += $x; end { for (a, c in @count) { @mean[a] = @sum[a] / @count[a] } emit (@sum, @count, @mean), "a" } a sum count mean cat 207.843964 413 0.503254 pan 191.530740 384 0.498778 wye 188.110135 370 0.508406 dog 215.541519 424 0.508353 hat 206.091824 409 0.503892 mlr --from ./reg_test/input/abixy-wide --opprint put -q @count[$a][$b] += 1; @sum[$a][$b] += $x; end { for ((a, b), c in @count) { @mean[a][b] = @sum[a][b] / @count[a][b] } emit (@sum, @count, @mean), "a", "b" } a b sum count mean cat pan 42.327158 89 0.475586 cat hat 43.184410 90 0.479827 cat dog 39.241473 78 0.503096 cat wye 45.196775 77 0.586971 cat cat 37.894148 79 0.479673 pan wye 40.135300 78 0.514555 pan pan 36.226334 77 0.470472 pan hat 35.115869 67 0.524117 pan dog 37.817560 73 0.518049 pan cat 42.235677 89 0.474558 wye cat 40.805723 74 0.551429 wye hat 41.166697 87 0.473180 wye dog 40.619547 76 0.534468 wye wye 32.490973 67 0.484940 wye pan 33.027196 66 0.500412 dog hat 43.515162 88 0.494490 dog pan 45.614011 87 0.524299 dog dog 43.545956 87 0.500528 dog wye 37.223795 79 0.471187 dog cat 45.642595 83 0.549911 hat hat 48.058897 88 0.546124 hat wye 34.054270 70 0.486490 hat pan 42.538758 85 0.500456 hat cat 44.325655 88 0.503701 hat dog 37.114244 78 0.475824 ================================================================ MAP-VARIANT EMITS mlr --from ./reg_test/input/abixy-het --opprint put -q o=$a.$b; emit o o panpan ekspan wye eks wyepan zeepan ekszee zeewye - panwye mlr --from ./reg_test/input/abixy-het --opprint put -q o={"ab":$a.$b}; emit o ab panpan ekspan wye eks wyepan zeepan ekszee zeewye - panwye mlr --from ./reg_test/input/abixy-het --opprint put -q @o=$a.$b; emit @o o panpan ekspan wye eks wyepan zeepan ekszee zeewye zeewye panwye mlr --from ./reg_test/input/abixy-het --opprint put -q @o={"ab":$a.$b}; emit @o ab panpan ekspan wye eks wyepan zeepan ekszee zeewye - panwye mlr --from ./reg_test/input/abixy-het --opprint put -q @o=$a.$b; emit @* o panpan ekspan wye eks wyepan zeepan ekszee zeewye zeewye panwye mlr --from ./reg_test/input/abixy-het --opprint put -q @o={"ab":$a.$b}; emit @* ab panpan ekspan wye eks wyepan zeepan ekszee zeewye - panwye mlr --from ./reg_test/input/abixy-het --opprint put -q emit $a.$b mlr DSL: syntax error at "$a" mlr put: syntax error on DSL parse of 'emit $a.$b' mlr --from ./reg_test/input/abixy-het --opprint put -q emit {"ab":$a.$b} ab panpan ekspan wye eks wyepan zeepan ekszee zeewye - panwye mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a,b) { return a.b } o = f($a, $b); emit o o panpan ekspan wye eks wyepan zeepan ekszee zeewye - panwye mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a,b) { return a.b } emit f($a, $b) mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a,b) { return {"ab": a.b} } o = f($a, $b); emit o ab panpan ekspan wye eks wyepan zeepan ekszee zeewye - panwye mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a,b) { return {"ab": a.b} } emit f($a, $b) ab panpan ekspan wye eks wyepan zeepan ekszee zeewye - panwye ================================================================ MAP-VARIANT LASHED EMITS ---------------------------------------------------------------- scalar lashed emits mlr --from ./reg_test/input/abixy-het --opprint put -q emit ($a . "_" . $b, $x . "_" . $y) mlr DSL: syntax error at "$a" mlr put: syntax error on DSL parse of 'emit ($a . "_" . $b, $x . "_" . $y)' mlr --from ./reg_test/input/abixy-het --opprint put -q o = $a . "_" . $b; p = $x . "_" . $y; emit (o, p) o p pan_pan 0.346790_0.726803 eks_pan 0.758680_0.522151 _wye 0.204603_0.338319 eks_ 0.381399_0.134189 wye_pan _0.863624 zee_pan 0.527126_0.493221 eks_zee 0.611784_0.187885 zee_wye 0.598554_ _ 0.031442_0.749551 pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q @o = $a . "_" . $b; @p = $x . "_" . $y; emit (@o, @p) o p pan_pan 0.346790_0.726803 eks_pan 0.758680_0.522151 _wye 0.204603_0.338319 eks_ 0.381399_0.134189 wye_pan _0.863624 zee_pan 0.527126_0.493221 eks_zee 0.611784_0.187885 zee_wye 0.598554_ _ 0.031442_0.749551 pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return a . "_" . b } o = f($a, $b); p = f($x, $y); emit (o, p) o p pan_pan 0.346790_0.726803 eks_pan 0.758680_0.522151 _wye 0.204603_0.338319 eks_ 0.381399_0.134189 wye_pan _0.863624 zee_pan 0.527126_0.493221 eks_zee 0.611784_0.187885 zee_wye 0.598554_ _ 0.031442_0.749551 pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return a . "_" . b } @o = f($a, $b); @p = f($x, $y); emit (@o, @p) o p pan_pan 0.346790_0.726803 eks_pan 0.758680_0.522151 _wye 0.204603_0.338319 eks_ 0.381399_0.134189 wye_pan _0.863624 zee_pan 0.527126_0.493221 eks_zee 0.611784_0.187885 zee_wye 0.598554_ _ 0.031442_0.749551 pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return a . "_" . b } emit (f($a, $b), f($x, $y)) _ 0.346790_0.726803 0.758680_0.522151 0.204603_0.338319 0.381399_0.134189 _0.863624 0.527126_0.493221 0.611784_0.187885 0.598554_ 0.031442_0.749551 0.502626_0.952618 ---------------------------------------------------------------- non-scalar non-keyed lashed emits mlr --from ./reg_test/input/abixy-het --opprint put -q emit ({"ab": $a . "_" . $b}, {"ab": $x . "_" . $y}) ab 0.346790_0.726803 0.758680_0.522151 0.204603_0.338319 0.381399_0.134189 _0.863624 0.527126_0.493221 0.611784_0.187885 0.598554_ 0.031442_0.749551 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q o = {"ab": $a . "_" . $b}; p = {"ab": $x . "_" . $y}; emit (o, p) ab 0.346790_0.726803 0.758680_0.522151 0.204603_0.338319 0.381399_0.134189 _0.863624 0.527126_0.493221 0.611784_0.187885 0.598554_ 0.031442_0.749551 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q @o = {"ab": $a . "_" . $b}; @p = {"ab": $x . "_" . $y}; emit (@o, @p) ab 0.346790_0.726803 0.758680_0.522151 0.204603_0.338319 0.381399_0.134189 _0.863624 0.527126_0.493221 0.611784_0.187885 0.598554_ 0.031442_0.749551 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return {"ab": a . "_" . b} } o = f($a, $b); p = f($x, $y); emit (o, p) ab 0.346790_0.726803 0.758680_0.522151 0.204603_0.338319 0.381399_0.134189 _0.863624 0.527126_0.493221 0.611784_0.187885 0.598554_ 0.031442_0.749551 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return {"ab": a . "_" . b} } @o = f($a, $b); @p = f($x, $y); emit (@o, @p) ab 0.346790_0.726803 0.758680_0.522151 0.204603_0.338319 0.381399_0.134189 _0.863624 0.527126_0.493221 0.611784_0.187885 0.598554_ 0.031442_0.749551 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return {"ab": a . "_" . b} } emit (f($a, $b), f($x, $y)) ab 0.346790_0.726803 0.758680_0.522151 0.204603_0.338319 0.381399_0.134189 _0.863624 0.527126_0.493221 0.611784_0.187885 0.598554_ 0.031442_0.749551 0.502626_0.952618 ---------------------------------------------------------------- non-scalar non-keyed lashed emits mlr --from ./reg_test/input/abixy-het --opprint put -q emitp ({"ab": $a . "_" . $b}, {"ab": $x . "_" . $y}) _:ab 0.346790_0.726803 0.758680_0.522151 0.204603_0.338319 0.381399_0.134189 _0.863624 0.527126_0.493221 0.611784_0.187885 0.598554_ 0.031442_0.749551 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q o = {"ab": $a . "_" . $b}; p = {"ab": $x . "_" . $y}; emitp (o, p) o:ab p:ab pan_pan 0.346790_0.726803 eks_pan 0.758680_0.522151 _wye 0.204603_0.338319 eks_ 0.381399_0.134189 wye_pan _0.863624 zee_pan 0.527126_0.493221 eks_zee 0.611784_0.187885 zee_wye 0.598554_ _ 0.031442_0.749551 pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q @o = {"ab": $a . "_" . $b}; @p = {"ab": $x . "_" . $y}; emitp (@o, @p) o:ab p:ab pan_pan 0.346790_0.726803 eks_pan 0.758680_0.522151 _wye 0.204603_0.338319 eks_ 0.381399_0.134189 wye_pan _0.863624 zee_pan 0.527126_0.493221 eks_zee 0.611784_0.187885 zee_wye 0.598554_ _ 0.031442_0.749551 pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return {"ab": a . "_" . b} } o = f($a, $b); p = f($x, $y); emitp (o, p) o:ab p:ab pan_pan 0.346790_0.726803 eks_pan 0.758680_0.522151 _wye 0.204603_0.338319 eks_ 0.381399_0.134189 wye_pan _0.863624 zee_pan 0.527126_0.493221 eks_zee 0.611784_0.187885 zee_wye 0.598554_ _ 0.031442_0.749551 pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return {"ab": a . "_" . b} } @o = f($a, $b); @p = f($x, $y); emitp (@o, @p) o:ab p:ab pan_pan 0.346790_0.726803 eks_pan 0.758680_0.522151 _wye 0.204603_0.338319 eks_ 0.381399_0.134189 wye_pan _0.863624 zee_pan 0.527126_0.493221 eks_zee 0.611784_0.187885 zee_wye 0.598554_ _ 0.031442_0.749551 pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return {"ab": a . "_" . b} } emit (f($a, $b), f($x, $y)) ab 0.346790_0.726803 0.758680_0.522151 0.204603_0.338319 0.381399_0.134189 _0.863624 0.527126_0.493221 0.611784_0.187885 0.598554_ 0.031442_0.749551 0.502626_0.952618 ---------------------------------------------------------------- non-scalar keyed lashed emits mlr --from ./reg_test/input/abixy-het --opprint put -q emit ({"ab": $a . "_" . $b}, {"ab": $x . "_" . $y}), "ab" ab _ ab 0.346790_0.726803 ab 0.758680_0.522151 ab 0.204603_0.338319 ab 0.381399_0.134189 ab _0.863624 ab 0.527126_0.493221 ab 0.611784_0.187885 ab 0.598554_ ab 0.031442_0.749551 ab 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q o = {"ab": $a . "_" . $b}; p = {"ab": $x . "_" . $y}; emit (o, p), "ab" ab o p ab pan_pan 0.346790_0.726803 ab eks_pan 0.758680_0.522151 ab _wye 0.204603_0.338319 ab eks_ 0.381399_0.134189 ab wye_pan _0.863624 ab zee_pan 0.527126_0.493221 ab eks_zee 0.611784_0.187885 ab zee_wye 0.598554_ ab _ 0.031442_0.749551 ab pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q @o = {"ab": $a . "_" . $b}; @p = {"ab": $x . "_" . $y}; emit (@o, @p), "ab" ab o p ab pan_pan 0.346790_0.726803 ab eks_pan 0.758680_0.522151 ab _wye 0.204603_0.338319 ab eks_ 0.381399_0.134189 ab wye_pan _0.863624 ab zee_pan 0.527126_0.493221 ab eks_zee 0.611784_0.187885 ab zee_wye 0.598554_ ab _ 0.031442_0.749551 ab pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return {"ab": a . "_" . b} } o = f($a, $b); p = f($x, $y); emit (o, p), "ab" ab o p ab pan_pan 0.346790_0.726803 ab eks_pan 0.758680_0.522151 ab _wye 0.204603_0.338319 ab eks_ 0.381399_0.134189 ab wye_pan _0.863624 ab zee_pan 0.527126_0.493221 ab eks_zee 0.611784_0.187885 ab zee_wye 0.598554_ ab _ 0.031442_0.749551 ab pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return {"ab": a . "_" . b} } @o = f($a, $b); @p = f($x, $y); emit (@o, @p), "ab" ab o p ab pan_pan 0.346790_0.726803 ab eks_pan 0.758680_0.522151 ab _wye 0.204603_0.338319 ab eks_ 0.381399_0.134189 ab wye_pan _0.863624 ab zee_pan 0.527126_0.493221 ab eks_zee 0.611784_0.187885 ab zee_wye 0.598554_ ab _ 0.031442_0.749551 ab pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return {"ab": a . "_" . b} } emit (f($a, $b), f($x, $y)), "ab" ab _ ab 0.346790_0.726803 ab 0.758680_0.522151 ab 0.204603_0.338319 ab 0.381399_0.134189 ab _0.863624 ab 0.527126_0.493221 ab 0.611784_0.187885 ab 0.598554_ ab 0.031442_0.749551 ab 0.502626_0.952618 ---------------------------------------------------------------- non-scalar keyed lashed emits mlr --from ./reg_test/input/abixy-het --opprint put -q emitp ({"ab": $a . "_" . $b}, {"ab": $x . "_" . $y}), "ab" ab _ ab 0.346790_0.726803 ab 0.758680_0.522151 ab 0.204603_0.338319 ab 0.381399_0.134189 ab _0.863624 ab 0.527126_0.493221 ab 0.611784_0.187885 ab 0.598554_ ab 0.031442_0.749551 ab 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q o = {"ab": $a . "_" . $b}; p = {"ab": $x . "_" . $y}; emitp (o, p), "ab" ab o p ab pan_pan 0.346790_0.726803 ab eks_pan 0.758680_0.522151 ab _wye 0.204603_0.338319 ab eks_ 0.381399_0.134189 ab wye_pan _0.863624 ab zee_pan 0.527126_0.493221 ab eks_zee 0.611784_0.187885 ab zee_wye 0.598554_ ab _ 0.031442_0.749551 ab pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q @o = {"ab": $a . "_" . $b}; @p = {"ab": $x . "_" . $y}; emitp (@o, @p), "ab" ab o p ab pan_pan 0.346790_0.726803 ab eks_pan 0.758680_0.522151 ab _wye 0.204603_0.338319 ab eks_ 0.381399_0.134189 ab wye_pan _0.863624 ab zee_pan 0.527126_0.493221 ab eks_zee 0.611784_0.187885 ab zee_wye 0.598554_ ab _ 0.031442_0.749551 ab pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return {"ab": a . "_" . b} } o = f($a, $b); p = f($x, $y); emitp (o, p), "ab" ab o p ab pan_pan 0.346790_0.726803 ab eks_pan 0.758680_0.522151 ab _wye 0.204603_0.338319 ab eks_ 0.381399_0.134189 ab wye_pan _0.863624 ab zee_pan 0.527126_0.493221 ab eks_zee 0.611784_0.187885 ab zee_wye 0.598554_ ab _ 0.031442_0.749551 ab pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return {"ab": a . "_" . b} } @o = f($a, $b); @p = f($x, $y); emitp (@o, @p), "ab" ab o p ab pan_pan 0.346790_0.726803 ab eks_pan 0.758680_0.522151 ab _wye 0.204603_0.338319 ab eks_ 0.381399_0.134189 ab wye_pan _0.863624 ab zee_pan 0.527126_0.493221 ab eks_zee 0.611784_0.187885 ab zee_wye 0.598554_ ab _ 0.031442_0.749551 ab pan_wye 0.502626_0.952618 mlr --from ./reg_test/input/abixy-het --opprint put -q func f(a, b) { return {"ab": a . "_" . b} } emitp (f($a, $b), f($x, $y)), "ab" ab _ ab 0.346790_0.726803 ab 0.758680_0.522151 ab 0.204603_0.338319 ab 0.381399_0.134189 ab _0.863624 ab 0.527126_0.493221 ab 0.611784_0.187885 ab 0.598554_ ab 0.031442_0.749551 ab 0.502626_0.952618 ================================================================ MAPPER NOTHING mlr cat then nothing mlr cat then nothing ./reg_test/input/abixy mlr tac then nothing ./reg_test/input/abixy mlr cat then nothing ./reg_test/input/abixy ./reg_test/input/abixy mlr cat then nothing then cat ./reg_test/input/abixy ================================================================ IN-PLACE PROCESSING cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/abixy.temp1 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/abixy.temp2 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr -I --opprint head -n 2 /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/abixy.temp1 /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/abixy.temp2 cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/abixy.temp1 a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/abixy.temp2 a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 mlr -I --opprint head -n 2 mlr: -I option (in-place operation) requires input files. mlr -I --opprint -n head -n 2 /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/abixy.temp1 mlr: -I option (in-place operation) requires input files. cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/abixy.temp1 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/abixy.temp2 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr -I --opprint rename a,AYE,b,BEE /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/abixy.temp1 /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/abixy.temp2 cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/abixy.temp1 AYE BEE i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/abixy.temp2 AYE BEE i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 ================================================================ MAPPER TEE REDIRECTS mlr --from ./reg_test/input/abixy tee ./output-regtest/tee1/out then nothing cat ./output-regtest/tee1/out a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy tee --no-fflush ./output-regtest/tee1/out then nothing cat ./output-regtest/tee1/out a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy tee -a ./output-regtest/tee1/out then nothing cat ./output-regtest/tee1/out a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy tee -o json ./output-regtest/tee1/out then nothing cat ./output-regtest/tee1/out { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ================================================================ DSL TEE REDIRECTS mlr put -q tee > "./output-regtest/tee2/out.".$a, $* ./reg_test/input/abixy cat ./output-regtest/tee2/out.eks a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 cat ./output-regtest/tee2/out.hat a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 cat ./output-regtest/tee2/out.pan a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 cat ./output-regtest/tee2/out.wye a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 cat ./output-regtest/tee2/out.zee a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 mlr put -q --no-fflush tee > "./output-regtest/tee2/out.".$a, $* ./reg_test/input/abixy cat ./output-regtest/tee2/out.eks a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 cat ./output-regtest/tee2/out.hat a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 cat ./output-regtest/tee2/out.pan a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 cat ./output-regtest/tee2/out.wye a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 cat ./output-regtest/tee2/out.zee a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 mlr put -q tee >> "./output-regtest/tee2/out.".$a, $* ./reg_test/input/abixy cat ./output-regtest/tee2/out.eks a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 cat ./output-regtest/tee2/out.hat a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 cat ./output-regtest/tee2/out.pan a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 cat ./output-regtest/tee2/out.wye a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 cat ./output-regtest/tee2/out.zee a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 mlr put -q -o json tee > "./output-regtest/tee2/out.".$a, $* ./reg_test/input/abixy cat ./output-regtest/tee2/out.eks { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } cat ./output-regtest/tee2/out.hat { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } cat ./output-regtest/tee2/out.pan { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } cat ./output-regtest/tee2/out.wye { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } cat ./output-regtest/tee2/out.zee { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } mlr put -q tee | "tr \[a-z\] \[A-Z\]", $* ./reg_test/input/abixy A=PAN,B=PAN,I=1,X=0.3467901443380824,Y=0.7268028627434533 A=EKS,B=PAN,I=2,X=0.7586799647899636,Y=0.5221511083334797 A=WYE,B=WYE,I=3,X=0.20460330576630303,Y=0.33831852551664776 A=EKS,B=WYE,I=4,X=0.38139939387114097,Y=0.13418874328430463 A=WYE,B=PAN,I=5,X=0.5732889198020006,Y=0.8636244699032729 A=ZEE,B=PAN,I=6,X=0.5271261600918548,Y=0.49322128674835697 A=EKS,B=ZEE,I=7,X=0.6117840605678454,Y=0.1878849191181694 A=ZEE,B=WYE,I=8,X=0.5985540091064224,Y=0.976181385699006 A=HAT,B=WYE,I=9,X=0.03144187646093577,Y=0.7495507603507059 A=PAN,B=WYE,I=10,X=0.5026260055412137,Y=0.9526183602969864 mlr put -q -o json tee | "tr \[a-z\] \[A-Z\]", $* ./reg_test/input/abixy { "A": "PAN", "B": "PAN", "I": 1, "X": 0.3467901443380824, "Y": 0.7268028627434533 } { "A": "EKS", "B": "PAN", "I": 2, "X": 0.7586799647899636, "Y": 0.5221511083334797 } { "A": "WYE", "B": "WYE", "I": 3, "X": 0.20460330576630303, "Y": 0.33831852551664776 } { "A": "EKS", "B": "WYE", "I": 4, "X": 0.38139939387114097, "Y": 0.13418874328430463 } { "A": "WYE", "B": "PAN", "I": 5, "X": 0.5732889198020006, "Y": 0.8636244699032729 } { "A": "ZEE", "B": "PAN", "I": 6, "X": 0.5271261600918548, "Y": 0.49322128674835697 } { "A": "EKS", "B": "ZEE", "I": 7, "X": 0.6117840605678454, "Y": 0.1878849191181694 } { "A": "ZEE", "B": "WYE", "I": 8, "X": 0.5985540091064224, "Y": 0.976181385699006 } { "A": "HAT", "B": "WYE", "I": 9, "X": 0.03144187646093577, "Y": 0.7495507603507059 } { "A": "PAN", "B": "WYE", "I": 10, "X": 0.5026260055412137, "Y": 0.9526183602969864 } mlr put -q tee > stdout, $* ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 cat ./output-regtest/tee2/err1 mlr put -q tee > stderr, $* ./reg_test/input/abixy cat ./output-regtest/tee2/err2 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ================================================================ DSL PRINT REDIRECTS mlr put -q print > "./output-regtest/print1/out.".$a, "abi:".$a.$b.$i ./reg_test/input/abixy cat ./output-regtest/print1/out.eks abi:ekspan2 abi:ekswye4 abi:ekszee7 cat ./output-regtest/print1/out.hat abi:hatwye9 cat ./output-regtest/print1/out.pan abi:panpan1 abi:panwye10 cat ./output-regtest/print1/out.wye abi:wyewye3 abi:wyepan5 cat ./output-regtest/print1/out.zee abi:zeepan6 abi:zeewye8 mlr put -q print > "./output-regtest/print1/out.".$a, "abi:".$a.$b.$i ./reg_test/input/abixy cat ./output-regtest/print1/out.eks abi:ekspan2 abi:ekswye4 abi:ekszee7 cat ./output-regtest/print1/out.hat abi:hatwye9 cat ./output-regtest/print1/out.pan abi:panpan1 abi:panwye10 cat ./output-regtest/print1/out.wye abi:wyewye3 abi:wyepan5 cat ./output-regtest/print1/out.zee abi:zeepan6 abi:zeewye8 mlr put -q print >> "./output-regtest/print1/out.".$a, "abi:".$a.$b.$i ./reg_test/input/abixy cat ./output-regtest/print1/out.eks abi:ekspan2 abi:ekswye4 abi:ekszee7 abi:ekspan2 abi:ekswye4 abi:ekszee7 cat ./output-regtest/print1/out.hat abi:hatwye9 abi:hatwye9 cat ./output-regtest/print1/out.pan abi:panpan1 abi:panwye10 abi:panpan1 abi:panwye10 cat ./output-regtest/print1/out.wye abi:wyewye3 abi:wyepan5 abi:wyewye3 abi:wyepan5 cat ./output-regtest/print1/out.zee abi:zeepan6 abi:zeewye8 abi:zeepan6 abi:zeewye8 mlr put -q print | "tr \[a-z\] \[A-Z\]", "abi:".$a.$b.$i ./reg_test/input/abixy ABI:PANPAN1 ABI:EKSPAN2 ABI:WYEWYE3 ABI:EKSWYE4 ABI:WYEPAN5 ABI:ZEEPAN6 ABI:EKSZEE7 ABI:ZEEWYE8 ABI:HATWYE9 ABI:PANWYE10 mlr put -q print > stdout, "abi:".$a.$b.$i ./reg_test/input/abixy abi:panpan1 abi:ekspan2 abi:wyewye3 abi:ekswye4 abi:wyepan5 abi:zeepan6 abi:ekszee7 abi:zeewye8 abi:hatwye9 abi:panwye10 cat ./output-regtest/print1/err1 mlr put -q print > stderr, "abi:".$a.$b.$i ./reg_test/input/abixy cat ./output-regtest/print1/err2 abi:panpan1 abi:ekspan2 abi:wyewye3 abi:ekswye4 abi:wyepan5 abi:zeepan6 abi:ekszee7 abi:zeewye8 abi:hatwye9 abi:panwye10 ================================================================ DSL PRINTN REDIRECTS mlr put -q printn > "./output-regtest/printn1/out.".$a, "abi:".$a.$b.$i ./reg_test/input/abixy cat ./output-regtest/printn1/out.eks abi:ekspan2abi:ekswye4abi:ekszee7 cat ./output-regtest/printn1/out.hat abi:hatwye9 cat ./output-regtest/printn1/out.pan abi:panpan1abi:panwye10 cat ./output-regtest/printn1/out.wye abi:wyewye3abi:wyepan5 cat ./output-regtest/printn1/out.zee abi:zeepan6abi:zeewye8 mlr put -q printn > "./output-regtest/printn1/out.".$a, "abi:".$a.$b.$i ./reg_test/input/abixy cat ./output-regtest/printn1/out.eks abi:ekspan2abi:ekswye4abi:ekszee7 cat ./output-regtest/printn1/out.hat abi:hatwye9 cat ./output-regtest/printn1/out.pan abi:panpan1abi:panwye10 cat ./output-regtest/printn1/out.wye abi:wyewye3abi:wyepan5 cat ./output-regtest/printn1/out.zee abi:zeepan6abi:zeewye8 mlr put -q printn >> "./output-regtest/printn1/out.".$a, "abi:".$a.$b.$i ./reg_test/input/abixy cat ./output-regtest/printn1/out.eks abi:ekspan2abi:ekswye4abi:ekszee7abi:ekspan2abi:ekswye4abi:ekszee7 cat ./output-regtest/printn1/out.hat abi:hatwye9abi:hatwye9 cat ./output-regtest/printn1/out.pan abi:panpan1abi:panwye10abi:panpan1abi:panwye10 cat ./output-regtest/printn1/out.wye abi:wyewye3abi:wyepan5abi:wyewye3abi:wyepan5 cat ./output-regtest/printn1/out.zee abi:zeepan6abi:zeewye8abi:zeepan6abi:zeewye8 mlr put -q printn | "tr \[a-z\] \[A-Z\]", "abi:".$a.$b.$i ./reg_test/input/abixy ABI:PANPAN1ABI:EKSPAN2ABI:WYEWYE3ABI:EKSWYE4ABI:WYEPAN5ABI:ZEEPAN6ABI:EKSZEE7ABI:ZEEWYE8ABI:HATWYE9ABI:PANWYE10 mlr put -q printn > stdout, "abi:".$a.$b.$i ./reg_test/input/abixy abi:panpan1abi:ekspan2abi:wyewye3abi:ekswye4abi:wyepan5abi:zeepan6abi:ekszee7abi:zeewye8abi:hatwye9abi:panwye10 cat ./output-regtest/printn1/err1 mlr put -q printn > stderr, "abi:".$a.$b.$i ./reg_test/input/abixy cat ./output-regtest/printn1/err2 abi:panpan1abi:ekspan2abi:wyewye3abi:ekswye4abi:wyepan5abi:zeepan6abi:ekszee7abi:zeewye8abi:hatwye9abi:panwye10 ================================================================ DSL DUMP REDIRECTS mlr put -q @v=$*; dump > "./output-regtest/dump1/out.".$a ./reg_test/input/abixy cat ./output-regtest/dump1/out.eks { "v": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } { "v": { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } } { "v": { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } } cat ./output-regtest/dump1/out.hat { "v": { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } } cat ./output-regtest/dump1/out.pan { "v": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } } { "v": { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } } cat ./output-regtest/dump1/out.wye { "v": { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } } { "v": { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } } cat ./output-regtest/dump1/out.zee { "v": { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } } { "v": { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } } mlr put -q @v=$*; dump > "./output-regtest/dump1/out.".$a ./reg_test/input/abixy cat ./output-regtest/dump1/out.eks { "v": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } { "v": { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } } { "v": { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } } cat ./output-regtest/dump1/out.hat { "v": { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } } cat ./output-regtest/dump1/out.pan { "v": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } } { "v": { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } } cat ./output-regtest/dump1/out.wye { "v": { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } } { "v": { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } } cat ./output-regtest/dump1/out.zee { "v": { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } } { "v": { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } } mlr put -q @v=$*; dump >> "./output-regtest/dump1/out.".$a ./reg_test/input/abixy cat ./output-regtest/dump1/out.eks { "v": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } { "v": { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } } { "v": { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } } { "v": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } { "v": { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } } { "v": { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } } cat ./output-regtest/dump1/out.hat { "v": { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } } { "v": { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } } cat ./output-regtest/dump1/out.pan { "v": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } } { "v": { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } } { "v": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } } { "v": { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } } cat ./output-regtest/dump1/out.wye { "v": { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } } { "v": { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } } { "v": { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } } { "v": { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } } cat ./output-regtest/dump1/out.zee { "v": { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } } { "v": { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } } { "v": { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } } { "v": { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } } mlr put -q @v=$*; dump | "tr \[a-z\] \[A-Z\]" ./reg_test/input/abixy { "V": { "A": "PAN", "B": "PAN", "I": 1, "X": 0.3467901443380824, "Y": 0.7268028627434533 } } { "V": { "A": "EKS", "B": "PAN", "I": 2, "X": 0.7586799647899636, "Y": 0.5221511083334797 } } { "V": { "A": "WYE", "B": "WYE", "I": 3, "X": 0.20460330576630303, "Y": 0.33831852551664776 } } { "V": { "A": "EKS", "B": "WYE", "I": 4, "X": 0.38139939387114097, "Y": 0.13418874328430463 } } { "V": { "A": "WYE", "B": "PAN", "I": 5, "X": 0.5732889198020006, "Y": 0.8636244699032729 } } { "V": { "A": "ZEE", "B": "PAN", "I": 6, "X": 0.5271261600918548, "Y": 0.49322128674835697 } } { "V": { "A": "EKS", "B": "ZEE", "I": 7, "X": 0.6117840605678454, "Y": 0.1878849191181694 } } { "V": { "A": "ZEE", "B": "WYE", "I": 8, "X": 0.5985540091064224, "Y": 0.976181385699006 } } { "V": { "A": "HAT", "B": "WYE", "I": 9, "X": 0.03144187646093577, "Y": 0.7495507603507059 } } { "V": { "A": "PAN", "B": "WYE", "I": 10, "X": 0.5026260055412137, "Y": 0.9526183602969864 } } mlr put -q @v[NR] = $*; NR == 2 { dump > stdout } ./reg_test/input/abixy { "v": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 }, "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } cat ./output-regtest/dump1/err1 mlr put -q @v[NR] = $*; NR == 2 { dump > stderr } ./reg_test/input/abixy cat ./output-regtest/dump1/err2 { "v": { "1": { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 }, "2": { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } } } ================================================================ DSL EMITF REDIRECTS mlr put -q @a=$a; @b=$b; emitf > "./output-regtest/emitf1/out.".$a.$b, @a, @b ./reg_test/input/abixy cat ./output-regtest/emitf1/out.ekspan a=eks,b=pan cat ./output-regtest/emitf1/out.ekswye a=eks,b=wye cat ./output-regtest/emitf1/out.ekszee a=eks,b=zee cat ./output-regtest/emitf1/out.hatwye a=hat,b=wye cat ./output-regtest/emitf1/out.panpan a=pan,b=pan cat ./output-regtest/emitf1/out.panwye a=pan,b=wye cat ./output-regtest/emitf1/out.wyepan a=wye,b=pan cat ./output-regtest/emitf1/out.wyewye a=wye,b=wye cat ./output-regtest/emitf1/out.zeepan a=zee,b=pan cat ./output-regtest/emitf1/out.zeewye a=zee,b=wye mlr put -q @a=$a; @b=$b; emitf > "./output-regtest/emitf1/out.".$a.$b, @a, @b ./reg_test/input/abixy cat ./output-regtest/emitf1/out.ekspan a=eks,b=pan cat ./output-regtest/emitf1/out.ekswye a=eks,b=wye cat ./output-regtest/emitf1/out.ekszee a=eks,b=zee cat ./output-regtest/emitf1/out.hatwye a=hat,b=wye cat ./output-regtest/emitf1/out.panpan a=pan,b=pan cat ./output-regtest/emitf1/out.panwye a=pan,b=wye cat ./output-regtest/emitf1/out.wyepan a=wye,b=pan cat ./output-regtest/emitf1/out.wyewye a=wye,b=wye cat ./output-regtest/emitf1/out.zeepan a=zee,b=pan cat ./output-regtest/emitf1/out.zeewye a=zee,b=wye mlr put -q @a=$a; @b=$b; emitf >> "./output-regtest/emitf1/out.".$a.$b, @a, @b ./reg_test/input/abixy cat ./output-regtest/emitf1/out.ekspan a=eks,b=pan a=eks,b=pan cat ./output-regtest/emitf1/out.ekswye a=eks,b=wye a=eks,b=wye cat ./output-regtest/emitf1/out.ekszee a=eks,b=zee a=eks,b=zee cat ./output-regtest/emitf1/out.hatwye a=hat,b=wye a=hat,b=wye cat ./output-regtest/emitf1/out.panpan a=pan,b=pan a=pan,b=pan cat ./output-regtest/emitf1/out.panwye a=pan,b=wye a=pan,b=wye cat ./output-regtest/emitf1/out.wyepan a=wye,b=pan a=wye,b=pan cat ./output-regtest/emitf1/out.wyewye a=wye,b=wye a=wye,b=wye cat ./output-regtest/emitf1/out.zeepan a=zee,b=pan a=zee,b=pan cat ./output-regtest/emitf1/out.zeewye a=zee,b=wye a=zee,b=wye mlr put -q -o json @a=$a; @b=$b; emitf > "./output-regtest/emitf1/out.".$a.$b, @a, @b ./reg_test/input/abixy cat ./output-regtest/emitf1/out.ekspan { "a": "eks", "b": "pan" } cat ./output-regtest/emitf1/out.ekswye { "a": "eks", "b": "wye" } cat ./output-regtest/emitf1/out.ekszee { "a": "eks", "b": "zee" } cat ./output-regtest/emitf1/out.hatwye { "a": "hat", "b": "wye" } cat ./output-regtest/emitf1/out.panpan { "a": "pan", "b": "pan" } cat ./output-regtest/emitf1/out.panwye { "a": "pan", "b": "wye" } cat ./output-regtest/emitf1/out.wyepan { "a": "wye", "b": "pan" } cat ./output-regtest/emitf1/out.wyewye { "a": "wye", "b": "wye" } cat ./output-regtest/emitf1/out.zeepan { "a": "zee", "b": "pan" } cat ./output-regtest/emitf1/out.zeewye { "a": "zee", "b": "wye" } mlr put -q @a=$a; @b=$b; emitf | "tr \[a-z\] \[A-Z\]", @a, @b ./reg_test/input/abixy A=PAN,B=PAN A=EKS,B=PAN A=WYE,B=WYE A=EKS,B=WYE A=WYE,B=PAN A=ZEE,B=PAN A=EKS,B=ZEE A=ZEE,B=WYE A=HAT,B=WYE A=PAN,B=WYE mlr put -q @a=$a; @b=$b; emitf > stdout, @a, @b ./reg_test/input/abixy a=pan,b=pan a=eks,b=pan a=wye,b=wye a=eks,b=wye a=wye,b=pan a=zee,b=pan a=eks,b=zee a=zee,b=wye a=hat,b=wye a=pan,b=wye cat ./output-regtest/emitf1/err1 mlr put -q @a=$a; @b=$b; emitf > stderr, @a, @b ./reg_test/input/abixy cat ./output-regtest/emitf1/err2 a=pan,b=pan a=eks,b=pan a=wye,b=wye a=eks,b=wye a=wye,b=pan a=zee,b=pan a=eks,b=zee a=zee,b=wye a=hat,b=wye a=pan,b=wye ================================================================ DSL EMITP REDIRECTS mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp1/out.".$a.$b, @a ./reg_test/input/abixy cat ./output-regtest/emitp1/out.ekspan a:1=pan,a:2=eks cat ./output-regtest/emitp1/out.ekswye a:1=pan,a:2=eks,a:3=wye,a:4=eks cat ./output-regtest/emitp1/out.panpan a:1=pan cat ./output-regtest/emitp1/out.wyewye a:1=pan,a:2=eks,a:3=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp1/out.".$a.$b, @a ./reg_test/input/abixy cat ./output-regtest/emitp1/out.ekspan a:1=pan,a:2=eks cat ./output-regtest/emitp1/out.ekswye a:1=pan,a:2=eks,a:3=wye,a:4=eks cat ./output-regtest/emitp1/out.panpan a:1=pan cat ./output-regtest/emitp1/out.wyewye a:1=pan,a:2=eks,a:3=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp >> "./output-regtest/emitp1/out.".$a.$b, @a ./reg_test/input/abixy cat ./output-regtest/emitp1/out.ekspan a:1=pan,a:2=eks a:1=pan,a:2=eks cat ./output-regtest/emitp1/out.ekswye a:1=pan,a:2=eks,a:3=wye,a:4=eks a:1=pan,a:2=eks,a:3=wye,a:4=eks cat ./output-regtest/emitp1/out.panpan a:1=pan a:1=pan cat ./output-regtest/emitp1/out.wyewye a:1=pan,a:2=eks,a:3=wye a:1=pan,a:2=eks,a:3=wye mlr head -n 4 then put -q -o json @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp1/out.".$a.$b, @a ./reg_test/input/abixy cat ./output-regtest/emitp1/out.ekspan { "a": {"1": "pan", "2": "eks" } } cat ./output-regtest/emitp1/out.ekswye { "a": {"1": "pan", "2": "eks", "3": "wye", "4": "eks" } } cat ./output-regtest/emitp1/out.panpan { "a": {"1": "pan" } } cat ./output-regtest/emitp1/out.wyewye { "a": {"1": "pan", "2": "eks", "3": "wye" } } mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", @a ./reg_test/input/abixy A:1=PAN A:1=PAN,A:2=EKS A:1=PAN,A:2=EKS,A:3=WYE A:1=PAN,A:2=EKS,A:3=WYE,A:4=EKS mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stdout, @a ./reg_test/input/abixy a:1=pan a:1=pan,a:2=eks a:1=pan,a:2=eks,a:3=wye a:1=pan,a:2=eks,a:3=wye,a:4=eks cat ./output-regtest/emitp1/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stderr, @a ./reg_test/input/abixy cat ./output-regtest/emitp1/err2 a:1=pan a:1=pan,a:2=eks a:1=pan,a:2=eks,a:3=wye a:1=pan,a:2=eks,a:3=wye,a:4=eks mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp2/out.".$a.$b, @a, "NR" ./reg_test/input/abixy cat ./output-regtest/emitp2/out.ekspan NR=1,a=pan NR=2,a=eks cat ./output-regtest/emitp2/out.ekswye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks cat ./output-regtest/emitp2/out.panpan NR=1,a=pan cat ./output-regtest/emitp2/out.wyewye NR=1,a=pan NR=2,a=eks NR=3,a=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp2/out.".$a.$b, @a, "NR" ./reg_test/input/abixy cat ./output-regtest/emitp2/out.ekspan NR=1,a=pan NR=2,a=eks cat ./output-regtest/emitp2/out.ekswye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks cat ./output-regtest/emitp2/out.panpan NR=1,a=pan cat ./output-regtest/emitp2/out.wyewye NR=1,a=pan NR=2,a=eks NR=3,a=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp >> "./output-regtest/emitp2/out.".$a.$b, @a, "NR" ./reg_test/input/abixy cat ./output-regtest/emitp2/out.ekspan NR=1,a=pan NR=2,a=eks NR=1,a=pan NR=2,a=eks cat ./output-regtest/emitp2/out.ekswye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks cat ./output-regtest/emitp2/out.panpan NR=1,a=pan NR=1,a=pan cat ./output-regtest/emitp2/out.wyewye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,a=pan NR=2,a=eks NR=3,a=wye mlr head -n 4 then put -q -o json @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp2/out.".$a.$b, @a, "NR" ./reg_test/input/abixy cat ./output-regtest/emitp2/out.ekspan { "NR": 1, "a": "pan" } { "NR": 2, "a": "eks" } cat ./output-regtest/emitp2/out.ekswye { "NR": 1, "a": "pan" } { "NR": 2, "a": "eks" } { "NR": 3, "a": "wye" } { "NR": 4, "a": "eks" } cat ./output-regtest/emitp2/out.panpan { "NR": 1, "a": "pan" } cat ./output-regtest/emitp2/out.wyewye { "NR": 1, "a": "pan" } { "NR": 2, "a": "eks" } { "NR": 3, "a": "wye" } mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", @a, "NR" ./reg_test/input/abixy NR=1,A=PAN NR=1,A=PAN NR=2,A=EKS NR=1,A=PAN NR=2,A=EKS NR=3,A=WYE NR=1,A=PAN NR=2,A=EKS NR=3,A=WYE NR=4,A=EKS mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stdout, @a, "NR" ./reg_test/input/abixy NR=1,a=pan NR=1,a=pan NR=2,a=eks NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks cat ./output-regtest/emitp2/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stderr, @a, "NR" ./reg_test/input/abixy cat ./output-regtest/emitp2/err2 NR=1,a=pan NR=1,a=pan NR=2,a=eks NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp3/out.".$a.$b, (@a, @b) ./reg_test/input/abixy cat ./output-regtest/emitp3/out.ekspan a:1=pan,b:1=pan,a:2=eks,b:2=pan cat ./output-regtest/emitp3/out.ekswye a:1=pan,b:1=pan,a:2=eks,b:2=pan,a:3=wye,b:3=wye,a:4=eks,b:4=wye cat ./output-regtest/emitp3/out.panpan a:1=pan,b:1=pan cat ./output-regtest/emitp3/out.wyewye a:1=pan,b:1=pan,a:2=eks,b:2=pan,a:3=wye,b:3=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp3/out.".$a.$b, (@a, @b) ./reg_test/input/abixy cat ./output-regtest/emitp3/out.ekspan a:1=pan,b:1=pan,a:2=eks,b:2=pan cat ./output-regtest/emitp3/out.ekswye a:1=pan,b:1=pan,a:2=eks,b:2=pan,a:3=wye,b:3=wye,a:4=eks,b:4=wye cat ./output-regtest/emitp3/out.panpan a:1=pan,b:1=pan cat ./output-regtest/emitp3/out.wyewye a:1=pan,b:1=pan,a:2=eks,b:2=pan,a:3=wye,b:3=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp >> "./output-regtest/emitp3/out.".$a.$b, (@a, @b) ./reg_test/input/abixy cat ./output-regtest/emitp3/out.ekspan a:1=pan,b:1=pan,a:2=eks,b:2=pan a:1=pan,b:1=pan,a:2=eks,b:2=pan cat ./output-regtest/emitp3/out.ekswye a:1=pan,b:1=pan,a:2=eks,b:2=pan,a:3=wye,b:3=wye,a:4=eks,b:4=wye a:1=pan,b:1=pan,a:2=eks,b:2=pan,a:3=wye,b:3=wye,a:4=eks,b:4=wye cat ./output-regtest/emitp3/out.panpan a:1=pan,b:1=pan a:1=pan,b:1=pan cat ./output-regtest/emitp3/out.wyewye a:1=pan,b:1=pan,a:2=eks,b:2=pan,a:3=wye,b:3=wye a:1=pan,b:1=pan,a:2=eks,b:2=pan,a:3=wye,b:3=wye mlr head -n 4 then put -q -o json @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp3/out.".$a.$b, (@a, @b) ./reg_test/input/abixy cat ./output-regtest/emitp3/out.ekspan { "a": {"1": "pan", "2": "eks" },"b": {"1": "pan", "2": "pan" } } cat ./output-regtest/emitp3/out.ekswye { "a": {"1": "pan", "2": "eks", "3": "wye", "4": "eks" },"b": {"1": "pan", "2": "pan", "3": "wye", "4": "wye" } } cat ./output-regtest/emitp3/out.panpan { "a": {"1": "pan" },"b": {"1": "pan" } } cat ./output-regtest/emitp3/out.wyewye { "a": {"1": "pan", "2": "eks", "3": "wye" },"b": {"1": "pan", "2": "pan", "3": "wye" } } mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", (@a, @b) ./reg_test/input/abixy A:1=PAN,B:1=PAN A:1=PAN,B:1=PAN,A:2=EKS,B:2=PAN A:1=PAN,B:1=PAN,A:2=EKS,B:2=PAN,A:3=WYE,B:3=WYE A:1=PAN,B:1=PAN,A:2=EKS,B:2=PAN,A:3=WYE,B:3=WYE,A:4=EKS,B:4=WYE mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stdout, (@a, @b) ./reg_test/input/abixy a:1=pan,b:1=pan a:1=pan,b:1=pan,a:2=eks,b:2=pan a:1=pan,b:1=pan,a:2=eks,b:2=pan,a:3=wye,b:3=wye a:1=pan,b:1=pan,a:2=eks,b:2=pan,a:3=wye,b:3=wye,a:4=eks,b:4=wye cat ./output-regtest/emitp3/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stderr, (@a, @b) ./reg_test/input/abixy cat ./output-regtest/emitp3/err2 a:1=pan,b:1=pan a:1=pan,b:1=pan,a:2=eks,b:2=pan a:1=pan,b:1=pan,a:2=eks,b:2=pan,a:3=wye,b:3=wye a:1=pan,b:1=pan,a:2=eks,b:2=pan,a:3=wye,b:3=wye,a:4=eks,b:4=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp4/out.".$a.$b, (@a, @b), "NR" ./reg_test/input/abixy cat ./output-regtest/emitp4/out.ekspan NR=1,a=pan,b=pan NR=2,a=eks,b=pan cat ./output-regtest/emitp4/out.ekswye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=4,a=eks,b=wye cat ./output-regtest/emitp4/out.panpan NR=1,a=pan,b=pan cat ./output-regtest/emitp4/out.wyewye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp4/out.".$a.$b, (@a, @b), "NR" ./reg_test/input/abixy cat ./output-regtest/emitp4/out.ekspan NR=1,a=pan,b=pan NR=2,a=eks,b=pan cat ./output-regtest/emitp4/out.ekswye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=4,a=eks,b=wye cat ./output-regtest/emitp4/out.panpan NR=1,a=pan,b=pan cat ./output-regtest/emitp4/out.wyewye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp >> "./output-regtest/emitp4/out.".$a.$b, (@a, @b), "NR" ./reg_test/input/abixy cat ./output-regtest/emitp4/out.ekspan NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=1,a=pan,b=pan NR=2,a=eks,b=pan cat ./output-regtest/emitp4/out.ekswye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=4,a=eks,b=wye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=4,a=eks,b=wye cat ./output-regtest/emitp4/out.panpan NR=1,a=pan,b=pan NR=1,a=pan,b=pan cat ./output-regtest/emitp4/out.wyewye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye mlr head -n 4 then put -q -o json @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp4/out.".$a.$b, (@a, @b), "NR" ./reg_test/input/abixy cat ./output-regtest/emitp4/out.ekspan { "NR": 1, "a": "pan", "b": "pan" } { "NR": 2, "a": "eks", "b": "pan" } cat ./output-regtest/emitp4/out.ekswye { "NR": 1, "a": "pan", "b": "pan" } { "NR": 2, "a": "eks", "b": "pan" } { "NR": 3, "a": "wye", "b": "wye" } { "NR": 4, "a": "eks", "b": "wye" } cat ./output-regtest/emitp4/out.panpan { "NR": 1, "a": "pan", "b": "pan" } cat ./output-regtest/emitp4/out.wyewye { "NR": 1, "a": "pan", "b": "pan" } { "NR": 2, "a": "eks", "b": "pan" } { "NR": 3, "a": "wye", "b": "wye" } mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", (@a, @b), "NR" ./reg_test/input/abixy NR=1,A=PAN,B=PAN NR=1,A=PAN,B=PAN NR=2,A=EKS,B=PAN NR=1,A=PAN,B=PAN NR=2,A=EKS,B=PAN NR=3,A=WYE,B=WYE NR=1,A=PAN,B=PAN NR=2,A=EKS,B=PAN NR=3,A=WYE,B=WYE NR=4,A=EKS,B=WYE mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stdout, (@a, @b), "NR" ./reg_test/input/abixy NR=1,a=pan,b=pan NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=4,a=eks,b=wye cat ./output-regtest/emitp4/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stderr, (@a, @b), "NR" ./reg_test/input/abixy cat ./output-regtest/emitp4/err2 NR=1,a=pan,b=pan NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=4,a=eks,b=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp5/out.".$a.$b, @* ./reg_test/input/abixy cat ./output-regtest/emitp5/out.ekspan a:1=pan,a:2=eks b:1=pan,b:2=pan cat ./output-regtest/emitp5/out.ekswye a:1=pan,a:2=eks,a:3=wye,a:4=eks b:1=pan,b:2=pan,b:3=wye,b:4=wye cat ./output-regtest/emitp5/out.panpan a:1=pan b:1=pan cat ./output-regtest/emitp5/out.wyewye a:1=pan,a:2=eks,a:3=wye b:1=pan,b:2=pan,b:3=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", @* ./reg_test/input/abixy A:1=PAN B:1=PAN A:1=PAN,A:2=EKS B:1=PAN,B:2=PAN A:1=PAN,A:2=EKS,A:3=WYE B:1=PAN,B:2=PAN,B:3=WYE A:1=PAN,A:2=EKS,A:3=WYE,A:4=EKS B:1=PAN,B:2=PAN,B:3=WYE,B:4=WYE mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stdout, @* ./reg_test/input/abixy a:1=pan b:1=pan a:1=pan,a:2=eks b:1=pan,b:2=pan a:1=pan,a:2=eks,a:3=wye b:1=pan,b:2=pan,b:3=wye a:1=pan,a:2=eks,a:3=wye,a:4=eks b:1=pan,b:2=pan,b:3=wye,b:4=wye cat ./output-regtest/emitp5/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stderr, @* ./reg_test/input/abixy cat ./output-regtest/emitp5/err2 a:1=pan b:1=pan a:1=pan,a:2=eks b:1=pan,b:2=pan a:1=pan,a:2=eks,a:3=wye b:1=pan,b:2=pan,b:3=wye a:1=pan,a:2=eks,a:3=wye,a:4=eks b:1=pan,b:2=pan,b:3=wye,b:4=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp6/out.".$a.$b, all ./reg_test/input/abixy cat ./output-regtest/emitp6/out.ekspan a:1=pan,a:2=eks b:1=pan,b:2=pan cat ./output-regtest/emitp6/out.ekswye a:1=pan,a:2=eks,a:3=wye,a:4=eks b:1=pan,b:2=pan,b:3=wye,b:4=wye cat ./output-regtest/emitp6/out.panpan a:1=pan b:1=pan cat ./output-regtest/emitp6/out.wyewye a:1=pan,a:2=eks,a:3=wye b:1=pan,b:2=pan,b:3=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", all ./reg_test/input/abixy A:1=PAN B:1=PAN A:1=PAN,A:2=EKS B:1=PAN,B:2=PAN A:1=PAN,A:2=EKS,A:3=WYE B:1=PAN,B:2=PAN,B:3=WYE A:1=PAN,A:2=EKS,A:3=WYE,A:4=EKS B:1=PAN,B:2=PAN,B:3=WYE,B:4=WYE mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stdout, all ./reg_test/input/abixy a:1=pan b:1=pan a:1=pan,a:2=eks b:1=pan,b:2=pan a:1=pan,a:2=eks,a:3=wye b:1=pan,b:2=pan,b:3=wye a:1=pan,a:2=eks,a:3=wye,a:4=eks b:1=pan,b:2=pan,b:3=wye,b:4=wye cat ./output-regtest/emitp6/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stderr, all ./reg_test/input/abixy cat ./output-regtest/emitp6/err2 a:1=pan b:1=pan a:1=pan,a:2=eks b:1=pan,b:2=pan a:1=pan,a:2=eks,a:3=wye b:1=pan,b:2=pan,b:3=wye a:1=pan,a:2=eks,a:3=wye,a:4=eks b:1=pan,b:2=pan,b:3=wye,b:4=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp7/out.".$a.$b, @*, "NR" ./reg_test/input/abixy cat ./output-regtest/emitp7/out.ekspan NR=1,a=pan NR=2,a=eks NR=1,b=pan NR=2,b=pan cat ./output-regtest/emitp7/out.ekswye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=4,b=wye cat ./output-regtest/emitp7/out.panpan NR=1,a=pan NR=1,b=pan cat ./output-regtest/emitp7/out.wyewye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,b=pan NR=2,b=pan NR=3,b=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", @*, "NR" ./reg_test/input/abixy NR=1,A=PAN NR=1,B=PAN NR=1,A=PAN NR=2,A=EKS NR=1,B=PAN NR=2,B=PAN NR=1,A=PAN NR=2,A=EKS NR=3,A=WYE NR=1,B=PAN NR=2,B=PAN NR=3,B=WYE NR=1,A=PAN NR=2,A=EKS NR=3,A=WYE NR=4,A=EKS NR=1,B=PAN NR=2,B=PAN NR=3,B=WYE NR=4,B=WYE mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stdout, @*, "NR" ./reg_test/input/abixy NR=1,a=pan NR=1,b=pan NR=1,a=pan NR=2,a=eks NR=1,b=pan NR=2,b=pan NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=4,b=wye cat ./output-regtest/emitp7/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stderr, @*, "NR" ./reg_test/input/abixy cat ./output-regtest/emitp7/err2 NR=1,a=pan NR=1,b=pan NR=1,a=pan NR=2,a=eks NR=1,b=pan NR=2,b=pan NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=4,b=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > "./output-regtest/emitp8/out.".$a.$b, all, "NR" ./reg_test/input/abixy cat ./output-regtest/emitp8/out.ekspan NR=1,a=pan NR=2,a=eks NR=1,b=pan NR=2,b=pan cat ./output-regtest/emitp8/out.ekswye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=4,b=wye cat ./output-regtest/emitp8/out.panpan NR=1,a=pan NR=1,b=pan cat ./output-regtest/emitp8/out.wyewye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,b=pan NR=2,b=pan NR=3,b=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", all, "NR" ./reg_test/input/abixy NR=1,A=PAN NR=1,B=PAN NR=1,A=PAN NR=2,A=EKS NR=1,B=PAN NR=2,B=PAN NR=1,A=PAN NR=2,A=EKS NR=3,A=WYE NR=1,B=PAN NR=2,B=PAN NR=3,B=WYE NR=1,A=PAN NR=2,A=EKS NR=3,A=WYE NR=4,A=EKS NR=1,B=PAN NR=2,B=PAN NR=3,B=WYE NR=4,B=WYE mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stdout, all, "NR" ./reg_test/input/abixy NR=1,a=pan NR=1,b=pan NR=1,a=pan NR=2,a=eks NR=1,b=pan NR=2,b=pan NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=4,b=wye cat ./output-regtest/emitp8/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emitp > stderr, all, "NR" ./reg_test/input/abixy cat ./output-regtest/emitp8/err2 NR=1,a=pan NR=1,b=pan NR=1,a=pan NR=2,a=eks NR=1,b=pan NR=2,b=pan NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=4,b=wye ================================================================ DSL EMIT REDIRECTS mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit1/out.".$a.$b, @a ./reg_test/input/abixy cat ./output-regtest/emit1/out.ekspan 1=pan,2=eks cat ./output-regtest/emit1/out.ekswye 1=pan,2=eks,3=wye,4=eks cat ./output-regtest/emit1/out.panpan 1=pan cat ./output-regtest/emit1/out.wyewye 1=pan,2=eks,3=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit1/out.".$a.$b, @a ./reg_test/input/abixy cat ./output-regtest/emit1/out.ekspan 1=pan,2=eks cat ./output-regtest/emit1/out.ekswye 1=pan,2=eks,3=wye,4=eks cat ./output-regtest/emit1/out.panpan 1=pan cat ./output-regtest/emit1/out.wyewye 1=pan,2=eks,3=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit >> "./output-regtest/emit1/out.".$a.$b, @a ./reg_test/input/abixy cat ./output-regtest/emit1/out.ekspan 1=pan,2=eks 1=pan,2=eks cat ./output-regtest/emit1/out.ekswye 1=pan,2=eks,3=wye,4=eks 1=pan,2=eks,3=wye,4=eks cat ./output-regtest/emit1/out.panpan 1=pan 1=pan cat ./output-regtest/emit1/out.wyewye 1=pan,2=eks,3=wye 1=pan,2=eks,3=wye mlr head -n 4 then put -q -o json @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit1/out.".$a.$b, @a ./reg_test/input/abixy cat ./output-regtest/emit1/out.ekspan { "1": "pan", "2": "eks" } cat ./output-regtest/emit1/out.ekswye { "1": "pan", "2": "eks", "3": "wye", "4": "eks" } cat ./output-regtest/emit1/out.panpan { "1": "pan" } cat ./output-regtest/emit1/out.wyewye { "1": "pan", "2": "eks", "3": "wye" } mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", @a ./reg_test/input/abixy 1=PAN 1=PAN,2=EKS 1=PAN,2=EKS,3=WYE 1=PAN,2=EKS,3=WYE,4=EKS mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stdout, @a ./reg_test/input/abixy 1=pan 1=pan,2=eks 1=pan,2=eks,3=wye 1=pan,2=eks,3=wye,4=eks cat ./output-regtest/emit1/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stderr, @a ./reg_test/input/abixy cat ./output-regtest/emit1/err2 1=pan 1=pan,2=eks 1=pan,2=eks,3=wye 1=pan,2=eks,3=wye,4=eks mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit2/out.".$a.$b, @a, "NR" ./reg_test/input/abixy cat ./output-regtest/emit2/out.ekspan NR=1,a=pan NR=2,a=eks cat ./output-regtest/emit2/out.ekswye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks cat ./output-regtest/emit2/out.panpan NR=1,a=pan cat ./output-regtest/emit2/out.wyewye NR=1,a=pan NR=2,a=eks NR=3,a=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit2/out.".$a.$b, @a, "NR" ./reg_test/input/abixy cat ./output-regtest/emit2/out.ekspan NR=1,a=pan NR=2,a=eks cat ./output-regtest/emit2/out.ekswye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks cat ./output-regtest/emit2/out.panpan NR=1,a=pan cat ./output-regtest/emit2/out.wyewye NR=1,a=pan NR=2,a=eks NR=3,a=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit >> "./output-regtest/emit2/out.".$a.$b, @a, "NR" ./reg_test/input/abixy cat ./output-regtest/emit2/out.ekspan NR=1,a=pan NR=2,a=eks NR=1,a=pan NR=2,a=eks cat ./output-regtest/emit2/out.ekswye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks cat ./output-regtest/emit2/out.panpan NR=1,a=pan NR=1,a=pan cat ./output-regtest/emit2/out.wyewye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,a=pan NR=2,a=eks NR=3,a=wye mlr head -n 4 then put -q -o pprint @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit2/out.".$a.$b, @a, "NR" ./reg_test/input/abixy cat ./output-regtest/emit2/out.ekspan NR a 1 pan 2 eks cat ./output-regtest/emit2/out.ekswye NR a 1 pan 2 eks 3 wye 4 eks cat ./output-regtest/emit2/out.panpan NR a 1 pan cat ./output-regtest/emit2/out.wyewye NR a 1 pan 2 eks 3 wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", @a, "NR" ./reg_test/input/abixy NR=1,A=PAN NR=1,A=PAN NR=2,A=EKS NR=1,A=PAN NR=2,A=EKS NR=3,A=WYE NR=1,A=PAN NR=2,A=EKS NR=3,A=WYE NR=4,A=EKS mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stdout, @a, "NR" ./reg_test/input/abixy NR=1,a=pan NR=1,a=pan NR=2,a=eks NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks cat ./output-regtest/emit2/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stderr, @a, "NR" ./reg_test/input/abixy cat ./output-regtest/emit2/err2 NR=1,a=pan NR=1,a=pan NR=2,a=eks NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit3/out.".$a.$b, (@a, @b) ./reg_test/input/abixy cat ./output-regtest/emit3/out.ekspan 1=pan,2=pan cat ./output-regtest/emit3/out.ekswye 1=pan,2=pan,3=wye,4=wye cat ./output-regtest/emit3/out.panpan 1=pan cat ./output-regtest/emit3/out.wyewye 1=pan,2=pan,3=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit3/out.".$a.$b, (@a, @b) ./reg_test/input/abixy cat ./output-regtest/emit3/out.ekspan 1=pan,2=pan cat ./output-regtest/emit3/out.ekswye 1=pan,2=pan,3=wye,4=wye cat ./output-regtest/emit3/out.panpan 1=pan cat ./output-regtest/emit3/out.wyewye 1=pan,2=pan,3=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit >> "./output-regtest/emit3/out.".$a.$b, (@a, @b) ./reg_test/input/abixy cat ./output-regtest/emit3/out.ekspan 1=pan,2=pan 1=pan,2=pan cat ./output-regtest/emit3/out.ekswye 1=pan,2=pan,3=wye,4=wye 1=pan,2=pan,3=wye,4=wye cat ./output-regtest/emit3/out.panpan 1=pan 1=pan cat ./output-regtest/emit3/out.wyewye 1=pan,2=pan,3=wye 1=pan,2=pan,3=wye mlr head -n 4 then put -q --oxtab @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit3/out.".$a.$b, (@a, @b) ./reg_test/input/abixy cat ./output-regtest/emit3/out.ekspan 1 pan 2 pan cat ./output-regtest/emit3/out.ekswye 1 pan 2 pan 3 wye 4 wye cat ./output-regtest/emit3/out.panpan 1 pan cat ./output-regtest/emit3/out.wyewye 1 pan 2 pan 3 wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", (@a, @b) ./reg_test/input/abixy 1=PAN 1=PAN,2=PAN 1=PAN,2=PAN,3=WYE 1=PAN,2=PAN,3=WYE,4=WYE mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stdout, (@a, @b) ./reg_test/input/abixy 1=pan 1=pan,2=pan 1=pan,2=pan,3=wye 1=pan,2=pan,3=wye,4=wye cat ./output-regtest/emit3/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stderr, (@a, @b) ./reg_test/input/abixy cat ./output-regtest/emit3/err2 1=pan 1=pan,2=pan 1=pan,2=pan,3=wye 1=pan,2=pan,3=wye,4=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit4/out.".$a.$b, (@a, @b), "NR" ./reg_test/input/abixy cat ./output-regtest/emit4/out.ekspan NR=1,a=pan,b=pan NR=2,a=eks,b=pan cat ./output-regtest/emit4/out.ekswye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=4,a=eks,b=wye cat ./output-regtest/emit4/out.panpan NR=1,a=pan,b=pan cat ./output-regtest/emit4/out.wyewye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit4/out.".$a.$b, (@a, @b), "NR" ./reg_test/input/abixy cat ./output-regtest/emit4/out.ekspan NR=1,a=pan,b=pan NR=2,a=eks,b=pan cat ./output-regtest/emit4/out.ekswye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=4,a=eks,b=wye cat ./output-regtest/emit4/out.panpan NR=1,a=pan,b=pan cat ./output-regtest/emit4/out.wyewye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit >> "./output-regtest/emit4/out.".$a.$b, (@a, @b), "NR" ./reg_test/input/abixy cat ./output-regtest/emit4/out.ekspan NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=1,a=pan,b=pan NR=2,a=eks,b=pan cat ./output-regtest/emit4/out.ekswye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=4,a=eks,b=wye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=4,a=eks,b=wye cat ./output-regtest/emit4/out.panpan NR=1,a=pan,b=pan NR=1,a=pan,b=pan cat ./output-regtest/emit4/out.wyewye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye mlr head -n 4 then put -q --ojson @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit4/out.".$a.$b, (@a, @b), "NR" ./reg_test/input/abixy cat ./output-regtest/emit4/out.ekspan { "NR": 1, "a": "pan", "b": "pan" } { "NR": 2, "a": "eks", "b": "pan" } cat ./output-regtest/emit4/out.ekswye { "NR": 1, "a": "pan", "b": "pan" } { "NR": 2, "a": "eks", "b": "pan" } { "NR": 3, "a": "wye", "b": "wye" } { "NR": 4, "a": "eks", "b": "wye" } cat ./output-regtest/emit4/out.panpan { "NR": 1, "a": "pan", "b": "pan" } cat ./output-regtest/emit4/out.wyewye { "NR": 1, "a": "pan", "b": "pan" } { "NR": 2, "a": "eks", "b": "pan" } { "NR": 3, "a": "wye", "b": "wye" } mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", (@a, @b), "NR" ./reg_test/input/abixy NR=1,A=PAN,B=PAN NR=1,A=PAN,B=PAN NR=2,A=EKS,B=PAN NR=1,A=PAN,B=PAN NR=2,A=EKS,B=PAN NR=3,A=WYE,B=WYE NR=1,A=PAN,B=PAN NR=2,A=EKS,B=PAN NR=3,A=WYE,B=WYE NR=4,A=EKS,B=WYE mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stdout, (@a, @b), "NR" ./reg_test/input/abixy NR=1,a=pan,b=pan NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=4,a=eks,b=wye cat ./output-regtest/emit4/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stderr, (@a, @b), "NR" ./reg_test/input/abixy cat ./output-regtest/emit4/err2 NR=1,a=pan,b=pan NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=1,a=pan,b=pan NR=2,a=eks,b=pan NR=3,a=wye,b=wye NR=4,a=eks,b=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit5/out.".$a.$b, @* ./reg_test/input/abixy cat ./output-regtest/emit5/out.ekspan 1=pan,2=eks 1=pan,2=pan cat ./output-regtest/emit5/out.ekswye 1=pan,2=eks,3=wye,4=eks 1=pan,2=pan,3=wye,4=wye cat ./output-regtest/emit5/out.panpan 1=pan 1=pan cat ./output-regtest/emit5/out.wyewye 1=pan,2=eks,3=wye 1=pan,2=pan,3=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", @* ./reg_test/input/abixy 1=PAN 1=PAN 1=PAN,2=EKS 1=PAN,2=PAN 1=PAN,2=EKS,3=WYE 1=PAN,2=PAN,3=WYE 1=PAN,2=EKS,3=WYE,4=EKS 1=PAN,2=PAN,3=WYE,4=WYE mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stdout, @* ./reg_test/input/abixy 1=pan 1=pan 1=pan,2=eks 1=pan,2=pan 1=pan,2=eks,3=wye 1=pan,2=pan,3=wye 1=pan,2=eks,3=wye,4=eks 1=pan,2=pan,3=wye,4=wye cat ./output-regtest/emit5/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stderr, @* ./reg_test/input/abixy cat ./output-regtest/emit5/err2 1=pan 1=pan 1=pan,2=eks 1=pan,2=pan 1=pan,2=eks,3=wye 1=pan,2=pan,3=wye 1=pan,2=eks,3=wye,4=eks 1=pan,2=pan,3=wye,4=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit6/out.".$a.$b, all ./reg_test/input/abixy cat ./output-regtest/emit6/out.ekspan 1=pan,2=eks 1=pan,2=pan cat ./output-regtest/emit6/out.ekswye 1=pan,2=eks,3=wye,4=eks 1=pan,2=pan,3=wye,4=wye cat ./output-regtest/emit6/out.panpan 1=pan 1=pan cat ./output-regtest/emit6/out.wyewye 1=pan,2=eks,3=wye 1=pan,2=pan,3=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", all ./reg_test/input/abixy 1=PAN 1=PAN 1=PAN,2=EKS 1=PAN,2=PAN 1=PAN,2=EKS,3=WYE 1=PAN,2=PAN,3=WYE 1=PAN,2=EKS,3=WYE,4=EKS 1=PAN,2=PAN,3=WYE,4=WYE mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stdout, all ./reg_test/input/abixy 1=pan 1=pan 1=pan,2=eks 1=pan,2=pan 1=pan,2=eks,3=wye 1=pan,2=pan,3=wye 1=pan,2=eks,3=wye,4=eks 1=pan,2=pan,3=wye,4=wye cat ./output-regtest/emit6/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stderr, all ./reg_test/input/abixy cat ./output-regtest/emit6/err2 1=pan 1=pan 1=pan,2=eks 1=pan,2=pan 1=pan,2=eks,3=wye 1=pan,2=pan,3=wye 1=pan,2=eks,3=wye,4=eks 1=pan,2=pan,3=wye,4=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit7/out.".$a.$b, @*, "NR" ./reg_test/input/abixy cat ./output-regtest/emit7/out.ekspan NR=1,a=pan NR=2,a=eks NR=1,b=pan NR=2,b=pan cat ./output-regtest/emit7/out.ekswye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=4,b=wye cat ./output-regtest/emit7/out.panpan NR=1,a=pan NR=1,b=pan cat ./output-regtest/emit7/out.wyewye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,b=pan NR=2,b=pan NR=3,b=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", @*, "NR" ./reg_test/input/abixy NR=1,A=PAN NR=1,B=PAN NR=1,A=PAN NR=2,A=EKS NR=1,B=PAN NR=2,B=PAN NR=1,A=PAN NR=2,A=EKS NR=3,A=WYE NR=1,B=PAN NR=2,B=PAN NR=3,B=WYE NR=1,A=PAN NR=2,A=EKS NR=3,A=WYE NR=4,A=EKS NR=1,B=PAN NR=2,B=PAN NR=3,B=WYE NR=4,B=WYE mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stdout, @*, "NR" ./reg_test/input/abixy NR=1,a=pan NR=1,b=pan NR=1,a=pan NR=2,a=eks NR=1,b=pan NR=2,b=pan NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=4,b=wye cat ./output-regtest/emit7/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stderr, @*, "NR" ./reg_test/input/abixy cat ./output-regtest/emit7/err2 NR=1,a=pan NR=1,b=pan NR=1,a=pan NR=2,a=eks NR=1,b=pan NR=2,b=pan NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=4,b=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > "./output-regtest/emit8/out.".$a.$b, all, "NR" ./reg_test/input/abixy cat ./output-regtest/emit8/out.ekspan NR=1,a=pan NR=2,a=eks NR=1,b=pan NR=2,b=pan cat ./output-regtest/emit8/out.ekswye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=4,b=wye cat ./output-regtest/emit8/out.panpan NR=1,a=pan NR=1,b=pan cat ./output-regtest/emit8/out.wyewye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,b=pan NR=2,b=pan NR=3,b=wye mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", all, "NR" ./reg_test/input/abixy NR=1,A=PAN NR=1,B=PAN NR=1,A=PAN NR=2,A=EKS NR=1,B=PAN NR=2,B=PAN NR=1,A=PAN NR=2,A=EKS NR=3,A=WYE NR=1,B=PAN NR=2,B=PAN NR=3,B=WYE NR=1,A=PAN NR=2,A=EKS NR=3,A=WYE NR=4,A=EKS NR=1,B=PAN NR=2,B=PAN NR=3,B=WYE NR=4,B=WYE mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stdout, all, "NR" ./reg_test/input/abixy NR=1,a=pan NR=1,b=pan NR=1,a=pan NR=2,a=eks NR=1,b=pan NR=2,b=pan NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=4,b=wye cat ./output-regtest/emit8/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stderr, all, "NR" ./reg_test/input/abixy cat ./output-regtest/emit8/err2 NR=1,a=pan NR=1,b=pan NR=1,a=pan NR=2,a=eks NR=1,b=pan NR=2,b=pan NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=1,a=pan NR=2,a=eks NR=3,a=wye NR=4,a=eks NR=1,b=pan NR=2,b=pan NR=3,b=wye NR=4,b=wye mlr head -n 4 then put -q emit > "./output-regtest/emit9/out.".$a.$b, $* ./reg_test/input/abixy cat ./output-regtest/emit9/out.ekspan a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 cat ./output-regtest/emit9/out.ekswye a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 cat ./output-regtest/emit9/out.panpan a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 cat ./output-regtest/emit9/out.wyewye a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", $*, "NR" ./reg_test/input/abixy A=PAN,B=PAN,I=1,X=0.3467901443380824,Y=0.7268028627434533 A=EKS,B=PAN,I=2,X=0.7586799647899636,Y=0.5221511083334797 A=WYE,B=WYE,I=3,X=0.20460330576630303,Y=0.33831852551664776 A=EKS,B=WYE,I=4,X=0.38139939387114097,Y=0.13418874328430463 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stdout, $*, "NR" ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 cat ./output-regtest/emit9/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stderr, $*, "NR" ./reg_test/input/abixy cat ./output-regtest/emit9/err2 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 mlr head -n 4 then put -q emit > "./output-regtest/emit10/out.".$a.$b, mapexcept($*, "a", "b") ./reg_test/input/abixy cat ./output-regtest/emit10/out.ekspan i=2,x=0.7586799647899636,y=0.5221511083334797 cat ./output-regtest/emit10/out.ekswye i=4,x=0.38139939387114097,y=0.13418874328430463 cat ./output-regtest/emit10/out.panpan i=1,x=0.3467901443380824,y=0.7268028627434533 cat ./output-regtest/emit10/out.wyewye i=3,x=0.20460330576630303,y=0.33831852551664776 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", mapexcept($*, "a", "b"), "NR" ./reg_test/input/abixy NR=I,_=1 NR=X,_=0.3467901443380824 NR=Y,_=0.7268028627434533 NR=I,_=2 NR=X,_=0.7586799647899636 NR=Y,_=0.5221511083334797 NR=I,_=3 NR=X,_=0.20460330576630303 NR=Y,_=0.33831852551664776 NR=I,_=4 NR=X,_=0.38139939387114097 NR=Y,_=0.13418874328430463 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stdout, mapexcept($*, "a", "b"), "NR" ./reg_test/input/abixy NR=i,_=1 NR=x,_=0.3467901443380824 NR=y,_=0.7268028627434533 NR=i,_=2 NR=x,_=0.7586799647899636 NR=y,_=0.5221511083334797 NR=i,_=3 NR=x,_=0.20460330576630303 NR=y,_=0.33831852551664776 NR=i,_=4 NR=x,_=0.38139939387114097 NR=y,_=0.13418874328430463 cat ./output-regtest/emit10/err1 mlr head -n 4 then put -q @a[NR]=$a; @b[NR]=$b; emit > stderr, mapexcept($*, "a", "b"), "NR" ./reg_test/input/abixy cat ./output-regtest/emit10/err2 NR=i,_=1 NR=x,_=0.3467901443380824 NR=y,_=0.7268028627434533 NR=i,_=2 NR=x,_=0.7586799647899636 NR=y,_=0.5221511083334797 NR=i,_=3 NR=x,_=0.20460330576630303 NR=y,_=0.33831852551664776 NR=i,_=4 NR=x,_=0.38139939387114097 NR=y,_=0.13418874328430463 ================================================================ OOSVAR-FROM-SREC ASSIGNMENT mlr put -v @v = $* /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_FROM_FULL_SREC_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="$*", type=FULL_SREC. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_FROM_FULL_SREC_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="$*", type=FULL_SREC. mlr put -v @v[1] = $* /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_FROM_FULL_SREC_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="$*", type=FULL_SREC. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_FROM_FULL_SREC_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="$*", type=FULL_SREC. mlr put -v @v[$2] = $* /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_FROM_FULL_SREC_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="2", type=FIELD_NAME. text="$*", type=FULL_SREC. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_FROM_FULL_SREC_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="2", type=FIELD_NAME. text="$*", type=FULL_SREC. mlr put -v NR == 3 {@v = $*} /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_FROM_FULL_SREC_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="$*", type=FULL_SREC. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_FROM_FULL_SREC_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="$*", type=FULL_SREC. mlr put -v NR == 3 {@v[1] = $*} /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_FROM_FULL_SREC_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="$*", type=FULL_SREC. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_FROM_FULL_SREC_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="$*", type=FULL_SREC. mlr put -v NR == 3 {@v[$2] = $*} /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_FROM_FULL_SREC_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="2", type=FIELD_NAME. text="$*", type=FULL_SREC. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_FROM_FULL_SREC_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="2", type=FIELD_NAME. text="$*", type=FULL_SREC. mlr --oxtab put -q @v = $*; end {emitp @v } ./reg_test/input/abixy-het v:a pan v:b wye v:i 10 v:x 0.5026260055412137 v:y 0.9526183602969864 mlr --oxtab put -q @v[$a] = $*; end {emitp @v } ./reg_test/input/abixy-het v:pan:a pan v:pan:b wye v:pan:i 10 v:pan:x 0.5026260055412137 v:pan:y 0.9526183602969864 v:eks:a eks v:eks:b zee v:eks:iii 7 v:eks:x 0.6117840605678454 v:eks:y 0.1878849191181694 v:wye:a wye v:wye:b pan v:wye:i 5 v:wye:xxx 0.5732889198020006 v:wye:y 0.8636244699032729 v:zee:a zee v:zee:b wye v:zee:i 8 v:zee:x 0.5985540091064224 v:zee:yyy 0.976181385699006 mlr --oxtab put -q @v[$a] = $*; end {emitp @v, "a" } ./reg_test/input/abixy-het a pan v:a pan v:b wye v:i 10 v:x 0.5026260055412137 v:y 0.9526183602969864 a eks v:a eks v:b zee v:iii 7 v:x 0.6117840605678454 v:y 0.1878849191181694 a wye v:a wye v:b pan v:i 5 v:xxx 0.5732889198020006 v:y 0.8636244699032729 a zee v:a zee v:b wye v:i 8 v:x 0.5985540091064224 v:yyy 0.976181385699006 mlr --oxtab put -q @v[$a][$b] = $*; end {emitp @v } ./reg_test/input/abixy-het v:pan:pan:a pan v:pan:pan:b pan v:pan:pan:i 1 v:pan:pan:x 0.3467901443380824 v:pan:pan:y 0.7268028627434533 v:pan:wye:a pan v:pan:wye:b wye v:pan:wye:i 10 v:pan:wye:x 0.5026260055412137 v:pan:wye:y 0.9526183602969864 v:eks:pan:a eks v:eks:pan:b pan v:eks:pan:i 2 v:eks:pan:x 0.7586799647899636 v:eks:pan:y 0.5221511083334797 v:eks:zee:a eks v:eks:zee:b zee v:eks:zee:iii 7 v:eks:zee:x 0.6117840605678454 v:eks:zee:y 0.1878849191181694 v:wye:pan:a wye v:wye:pan:b pan v:wye:pan:i 5 v:wye:pan:xxx 0.5732889198020006 v:wye:pan:y 0.8636244699032729 v:zee:pan:a zee v:zee:pan:b pan v:zee:pan:i 6 v:zee:pan:x 0.5271261600918548 v:zee:pan:y 0.49322128674835697 v:zee:wye:a zee v:zee:wye:b wye v:zee:wye:i 8 v:zee:wye:x 0.5985540091064224 v:zee:wye:yyy 0.976181385699006 mlr --oxtab put -q @v[$a][$b] = $*; end {emitp @v, "a" } ./reg_test/input/abixy-het a pan v:pan:a pan v:pan:b pan v:pan:i 1 v:pan:x 0.3467901443380824 v:pan:y 0.7268028627434533 v:wye:a pan v:wye:b wye v:wye:i 10 v:wye:x 0.5026260055412137 v:wye:y 0.9526183602969864 a eks v:pan:a eks v:pan:b pan v:pan:i 2 v:pan:x 0.7586799647899636 v:pan:y 0.5221511083334797 v:zee:a eks v:zee:b zee v:zee:iii 7 v:zee:x 0.6117840605678454 v:zee:y 0.1878849191181694 a wye v:pan:a wye v:pan:b pan v:pan:i 5 v:pan:xxx 0.5732889198020006 v:pan:y 0.8636244699032729 a zee v:pan:a zee v:pan:b pan v:pan:i 6 v:pan:x 0.5271261600918548 v:pan:y 0.49322128674835697 v:wye:a zee v:wye:b wye v:wye:i 8 v:wye:x 0.5985540091064224 v:wye:yyy 0.976181385699006 mlr --oxtab put -q @v[$a][$b] = $*; end {emitp @v, "a", "b"} ./reg_test/input/abixy-het a pan b pan v:a pan v:b pan v:i 1 v:x 0.3467901443380824 v:y 0.7268028627434533 a pan b wye v:a pan v:b wye v:i 10 v:x 0.5026260055412137 v:y 0.9526183602969864 a eks b pan v:a eks v:b pan v:i 2 v:x 0.7586799647899636 v:y 0.5221511083334797 a eks b zee v:a eks v:b zee v:iii 7 v:x 0.6117840605678454 v:y 0.1878849191181694 a wye b pan v:a wye v:b pan v:i 5 v:xxx 0.5732889198020006 v:y 0.8636244699032729 a zee b pan v:a zee v:b pan v:i 6 v:x 0.5271261600918548 v:y 0.49322128674835697 a zee b wye v:a zee v:b wye v:i 8 v:x 0.5985540091064224 v:yyy 0.976181385699006 ================================================================ SREC-FROM-OOSVAR ASSIGNMENT mlr put -v $* = @v /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=FULL_SREC_ASSIGNMENT: text="$*", type=FULL_SREC. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=FULL_SREC_ASSIGNMENT: text="$*", type=FULL_SREC. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. mlr put -v $* = @v[1] /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=FULL_SREC_ASSIGNMENT: text="$*", type=FULL_SREC. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=FULL_SREC_ASSIGNMENT: text="$*", type=FULL_SREC. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. mlr put -v $* = @v[$2] /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=FULL_SREC_ASSIGNMENT: text="$*", type=FULL_SREC. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="2", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=FULL_SREC_ASSIGNMENT: text="$*", type=FULL_SREC. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="2", type=FIELD_NAME. mlr put -v NR == 3 {$* = @v } /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=FULL_SREC_ASSIGNMENT: text="$*", type=FULL_SREC. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=FULL_SREC_ASSIGNMENT: text="$*", type=FULL_SREC. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. mlr put -v NR == 3 {$* = @v[1] } /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=FULL_SREC_ASSIGNMENT: text="$*", type=FULL_SREC. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=FULL_SREC_ASSIGNMENT: text="$*", type=FULL_SREC. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. mlr put -v NR == 3 {$* = @v[$2]} /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=FULL_SREC_ASSIGNMENT: text="$*", type=FULL_SREC. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="2", type=FIELD_NAME. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=FULL_SREC_ASSIGNMENT: text="$*", type=FULL_SREC. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="2", type=FIELD_NAME. mlr put @v[NR] = $a; NR == 7 { @v = $*} ; $* = @v ./reg_test/input/abixy-het 1=pan 1=pan,2=eks 1=pan,2=eks 1=pan,2=eks,4=eks 1=pan,2=eks,4=eks,5=wye 1=pan,2=eks,4=eks,5=wye,6=zee a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,8=zee a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,8=zee a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,8=zee,10=pan ================================================================ OOSVAR-FROM-OOSVAR ASSIGNMENT mlr put -v @u = @v /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. mlr put -v @u = @v[1] /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. mlr put -v @u[2] = @v /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. mlr put -v @u[2] = @v[1] /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. mlr put -v begin { @u = @v } /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr put -v begin { @u = @v[1] } /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr put -v begin { @u[2] = @v } /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr put -v begin { @u[2] = @v[1] } /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr put -v NR == 3 { @u = @v } /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. mlr put -v NR == 3 { @u = @v[1] } /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. mlr put -v NR == 3 { @u[2] = @v } /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. mlr put -v NR == 3 { @u[2] = @v[1] } /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=2 max_var_depth=1 text="cond", type=CONDITIONAL_BLOCK: text="==", type=OPERATOR: text="NR", type=CONTEXT_VARIABLE. text="3", type=NUMERIC_LITERAL. text="cond_block", type=STATEMENT_BLOCK: subframe_var_count=0 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. mlr put -v end { @u = @v } /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr put -v end { @u = @v[1] } /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr put -v end { @u[2] = @v } /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr put -v end { @u[2] = @v[1] } /dev/null RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. BLOCKED AST: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="u", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="oosvar_keylist", type=OOSVAR_KEYLIST: text="v", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 mlr put -q @s += $i; @t=@s; end{dump; emitp@s; emitp @t} ./reg_test/input/abixy { "s": 55, "t": 55 } s=55 t=55 mlr put -q @s[1] += $i; @t=@s; end{dump; emitp@s; emitp @t} ./reg_test/input/abixy { "s": { "1": 55 }, "t": { "1": 55 } } s:1=55 t:1=55 mlr put -q @s[1] += $i; @t=@s[1]; end{dump; emitp@s; emitp @t} ./reg_test/input/abixy { "s": { "1": 55 }, "t": 55 } s:1=55 t=55 mlr put -q @s[1] += $i; @t[3]=@s; end{dump; emitp@s; emitp @t} ./reg_test/input/abixy { "s": { "1": 55 }, "t": { "3": { "1": 55 } } } s:1=55 t:3:1=55 mlr put -q @s[1] += $i; @t[3]=@s[1]; end{dump; emitp@s; emitp @t} ./reg_test/input/abixy { "s": { "1": 55 }, "t": { "3": 55 } } s:1=55 t:3=55 mlr put -q @s[1][2] += $i; @t=@s; end{dump; emitp@s; emitp @t} ./reg_test/input/abixy { "s": { "1": { "2": 55 } }, "t": { "1": { "2": 55 } } } s:1:2=55 t:1:2=55 mlr put -q @s[1][2] += $i; @t=@s[1]; end{dump; emitp@s; emitp @t} ./reg_test/input/abixy { "s": { "1": { "2": 55 } }, "t": { "2": 55 } } s:1:2=55 t:2=55 mlr put -q @s[1][2] += $i; @t=@s[1][2]; end{dump; emitp@s; emitp @t} ./reg_test/input/abixy { "s": { "1": { "2": 55 } }, "t": 55 } s:1:2=55 t=55 mlr put -q @s[1][2] += $i; @t[3]=@s; end{dump; emitp@s; emitp @t} ./reg_test/input/abixy { "s": { "1": { "2": 55 } }, "t": { "3": { "1": { "2": 55 } } } } s:1:2=55 t:3:1:2=55 mlr put -q @s[1][2] += $i; @t[3]=@s[1]; end{dump; emitp@s; emitp @t} ./reg_test/input/abixy { "s": { "1": { "2": 55 } }, "t": { "3": { "2": 55 } } } s:1:2=55 t:3:2=55 mlr put -q @s[1][2] += $i; @t[3]=@s[1][2]; end{dump; emitp@s; emitp @t} ./reg_test/input/abixy { "s": { "1": { "2": 55 } }, "t": { "3": 55 } } s:1:2=55 t:3=55 mlr put -q @s[1][2] += $i; @t[3][4]=@s; end{dump; emitp@s; emitp @t} ./reg_test/input/abixy { "s": { "1": { "2": 55 } }, "t": { "3": { "4": { "1": { "2": 55 } } } } } s:1:2=55 t:3:4:1:2=55 mlr put -q @s[1][2] += $i; @t[3][4]=@s[1]; end{dump; emitp@s; emitp @t} ./reg_test/input/abixy { "s": { "1": { "2": 55 } }, "t": { "3": { "4": { "2": 55 } } } } s:1:2=55 t:3:4:2=55 mlr put -q @s[1][2] += $i; @t[3][4]=@s[1][2]; end{dump; emitp@s; emitp @t} ./reg_test/input/abixy { "s": { "1": { "2": 55 } }, "t": { "3": { "4": 55 } } } s:1:2=55 t:3:4=55 mlr --opprint put -q @s[NR][NR] = $i/100; @t[NR*10]=@s; end{emitp@s,"A","B"; emitp @t,"C","D","E"} ./reg_test/input/abixy A B s 1 1 0.010000 2 2 0.020000 3 3 0.030000 4 4 0.040000 5 5 0.050000 6 6 0.060000 7 7 0.070000 8 8 0.080000 9 9 0.090000 10 10 0.100000 C D E t 10 1 1 0.010000 20 1 1 0.010000 20 2 2 0.020000 30 1 1 0.010000 30 2 2 0.020000 30 3 3 0.030000 40 1 1 0.010000 40 2 2 0.020000 40 3 3 0.030000 40 4 4 0.040000 50 1 1 0.010000 50 2 2 0.020000 50 3 3 0.030000 50 4 4 0.040000 50 5 5 0.050000 60 1 1 0.010000 60 2 2 0.020000 60 3 3 0.030000 60 4 4 0.040000 60 5 5 0.050000 60 6 6 0.060000 70 1 1 0.010000 70 2 2 0.020000 70 3 3 0.030000 70 4 4 0.040000 70 5 5 0.050000 70 6 6 0.060000 70 7 7 0.070000 80 1 1 0.010000 80 2 2 0.020000 80 3 3 0.030000 80 4 4 0.040000 80 5 5 0.050000 80 6 6 0.060000 80 7 7 0.070000 80 8 8 0.080000 90 1 1 0.010000 90 2 2 0.020000 90 3 3 0.030000 90 4 4 0.040000 90 5 5 0.050000 90 6 6 0.060000 90 7 7 0.070000 90 8 8 0.080000 90 9 9 0.090000 100 1 1 0.010000 100 2 2 0.020000 100 3 3 0.030000 100 4 4 0.040000 100 5 5 0.050000 100 6 6 0.060000 100 7 7 0.070000 100 8 8 0.080000 100 9 9 0.090000 100 10 10 0.100000 ================================================================ CHAINING mlr cat then cat ./reg_test/input/short a=1 b=2 c=3 mlr cat then tac ./reg_test/input/short c=3 b=2 a=1 mlr tac then cat ./reg_test/input/short c=3 b=2 a=1 mlr tac then tac ./reg_test/input/short a=1 b=2 c=3 mlr cat then cat then cat ./reg_test/input/short a=1 b=2 c=3 mlr cat then cat then tac ./reg_test/input/short c=3 b=2 a=1 mlr cat then tac then cat ./reg_test/input/short c=3 b=2 a=1 mlr cat then tac then tac ./reg_test/input/short a=1 b=2 c=3 mlr tac then cat then cat ./reg_test/input/short c=3 b=2 a=1 mlr tac then cat then tac ./reg_test/input/short a=1 b=2 c=3 mlr tac then tac then cat ./reg_test/input/short a=1 b=2 c=3 mlr tac then tac then tac ./reg_test/input/short c=3 b=2 a=1 ================================================================ NUMBER FORMATTING mlr --opprint stats1 -a sum -f x ./reg_test/input/ofmt.dat x_sum 6 mlr --ofmt %.3lf --opprint stats1 -a sum -f x ./reg_test/input/ofmt.dat x_sum 6 mlr --opprint --ofmt %.3lf stats1 -a sum -f x ./reg_test/input/ofmt.dat x_sum 6 ================================================================ IMPLICIT-HEADER-CSV INPUT mlr --irs crlf --icsvlite --ifs , --opprint cut -x -f b/ ./reg_test/input/multi-sep.csv-crlf a/ i/ x/ y/ wye/ 0/ 0.641593543645736508/ 0.262688053894177098 eks/ 1/ 0.827614412562742041/ 0.715431942006308552 zee/ 2/ 0.923068348748175560/ 0.009737410587136359 zee/ 3/ 0.000047786161325772/ 0.803142013402256216 zee/ 4/ 0.676537984365847889/ 0.573903236805416328 mlr --irs crlf --implicit-csv-header --icsvlite --ifs , --opprint cut -x -f 2 ./reg_test/input/multi-sep.csv-crlf 1 3 4 5 a/ i/ x/ y/ wye/ 0/ 0.641593543645736508/ 0.262688053894177098 eks/ 1/ 0.827614412562742041/ 0.715431942006308552 zee/ 2/ 0.923068348748175560/ 0.009737410587136359 zee/ 3/ 0.000047786161325772/ 0.803142013402256216 zee/ 4/ 0.676537984365847889/ 0.573903236805416328 mlr --irs crlf --icsvlite --ifs /, --opprint cut -x -f b ./reg_test/input/multi-sep.csv-crlf a i x y/ wye 0 0.641593543645736508 0.262688053894177098 eks 1 0.827614412562742041 0.715431942006308552 zee 2 0.923068348748175560 0.009737410587136359 zee 3 0.000047786161325772 0.803142013402256216 zee 4 0.676537984365847889 0.573903236805416328 mlr --irs crlf --implicit-csv-header --icsvlite --ifs /, --opprint cut -x -f 2 ./reg_test/input/multi-sep.csv-crlf 1 3 4 5 a i x y/ wye 0 0.641593543645736508 0.262688053894177098 eks 1 0.827614412562742041 0.715431942006308552 zee 2 0.923068348748175560 0.009737410587136359 zee 3 0.000047786161325772 0.803142013402256216 zee 4 0.676537984365847889 0.573903236805416328 mlr --icsv --ifs , --opprint cut -x -f b/ ./reg_test/input/multi-sep.csv-crlf a/ i/ x/ y/ wye/ 0/ 0.641593543645736508/ 0.262688053894177098 eks/ 1/ 0.827614412562742041/ 0.715431942006308552 zee/ 2/ 0.923068348748175560/ 0.009737410587136359 zee/ 3/ 0.000047786161325772/ 0.803142013402256216 zee/ 4/ 0.676537984365847889/ 0.573903236805416328 mlr --implicit-csv-header --icsv --ifs , --opprint cut -x -f 2 ./reg_test/input/multi-sep.csv-crlf 1 3 4 5 a/ i/ x/ y/ wye/ 0/ 0.641593543645736508/ 0.262688053894177098 eks/ 1/ 0.827614412562742041/ 0.715431942006308552 zee/ 2/ 0.923068348748175560/ 0.009737410587136359 zee/ 3/ 0.000047786161325772/ 0.803142013402256216 zee/ 4/ 0.676537984365847889/ 0.573903236805416328 mlr --icsv --ifs /, --opprint cut -x -f b ./reg_test/input/multi-sep.csv-crlf a i x y/ wye 0 0.641593543645736508 0.262688053894177098 eks 1 0.827614412562742041 0.715431942006308552 zee 2 0.923068348748175560 0.009737410587136359 zee 3 0.000047786161325772 0.803142013402256216 zee 4 0.676537984365847889 0.573903236805416328 mlr --implicit-csv-header --icsv --ifs /, --opprint cut -x -f 2 ./reg_test/input/multi-sep.csv-crlf 1 3 4 5 a i x y/ wye 0 0.641593543645736508 0.262688053894177098 eks 1 0.827614412562742041 0.715431942006308552 zee 2 0.923068348748175560 0.009737410587136359 zee 3 0.000047786161325772 0.803142013402256216 zee 4 0.676537984365847889 0.573903236805416328 mlr --csv -N reorder -f 1,3,2,5,4 ./reg_test/input/multi-sep.csv-crlf a/,i/,b/,y/,x/ wye/,0/,eks/,0.262688053894177098,0.641593543645736508/ eks/,1/,zee/,0.715431942006308552,0.827614412562742041/ zee/,2/,zee/,0.009737410587136359,0.923068348748175560/ zee/,3/,pan/,0.803142013402256216,0.000047786161325772/ zee/,4/,hat/,0.573903236805416328,0.676537984365847889/ mlr --csv -N reorder -f 5,4,3,2,1 ./reg_test/input/multi-sep.csv-crlf y/,x/,i/,b/,a/ 0.262688053894177098,0.641593543645736508/,0/,eks/,wye/ 0.715431942006308552,0.827614412562742041/,1/,zee/,eks/ 0.009737410587136359,0.923068348748175560/,2/,zee/,zee/ 0.803142013402256216,0.000047786161325772/,3/,pan/,zee/ 0.573903236805416328,0.676537984365847889/,4/,hat/,zee/ ================================================================ HET-CSV INPUT mlr --icsvlite --odkvp cat ./reg_test/input/a.csv a=1,b=2,c=3 a=4,b=5,c=6 mlr --icsvlite --odkvp cat ./reg_test/input/b.csv d=5,e=6,f=7 mlr --icsvlite --odkvp cat ./reg_test/input/c.csv a=1,b=2,c=3 a=4,b=5,c=6 a=7,b=8,c=9 mlr --icsvlite --odkvp cat ./reg_test/input/d.csv h=3,i=4,j=5 m=8,n=9,o=10 mlr --icsvlite --odkvp cat ./reg_test/input/e.csv a=1,b=2,c=3 a=4,b=5,c=6 mlr --icsvlite --odkvp cat ./reg_test/input/f.csv mlr --icsvlite --odkvp cat ./reg_test/input/g.csv mlr --icsvlite --odkvp cat ./reg_test/input/a.csv ./reg_test/input/a.csv a=1,b=2,c=3 a=4,b=5,c=6 a=1,b=2,c=3 a=4,b=5,c=6 mlr --icsvlite --odkvp cat ./reg_test/input/b.csv ./reg_test/input/b.csv d=5,e=6,f=7 d=5,e=6,f=7 mlr --icsvlite --odkvp cat ./reg_test/input/c.csv ./reg_test/input/c.csv a=1,b=2,c=3 a=4,b=5,c=6 a=7,b=8,c=9 a=1,b=2,c=3 a=4,b=5,c=6 a=7,b=8,c=9 mlr --icsvlite --odkvp cat ./reg_test/input/d.csv ./reg_test/input/d.csv h=3,i=4,j=5 m=8,n=9,o=10 h=3,i=4,j=5 m=8,n=9,o=10 mlr --icsvlite --odkvp cat ./reg_test/input/e.csv ./reg_test/input/e.csv a=1,b=2,c=3 a=4,b=5,c=6 a=1,b=2,c=3 a=4,b=5,c=6 mlr --icsvlite --odkvp cat ./reg_test/input/f.csv ./reg_test/input/f.csv mlr --icsvlite --odkvp cat ./reg_test/input/g.csv ./reg_test/input/g.csv mlr --icsvlite --odkvp cat ./reg_test/input/a.csv ./reg_test/input/b.csv a=1,b=2,c=3 a=4,b=5,c=6 d=5,e=6,f=7 mlr --icsvlite --odkvp cat ./reg_test/input/b.csv ./reg_test/input/c.csv d=5,e=6,f=7 a=1,b=2,c=3 a=4,b=5,c=6 a=7,b=8,c=9 mlr --icsvlite --odkvp cat ./reg_test/input/c.csv ./reg_test/input/d.csv a=1,b=2,c=3 a=4,b=5,c=6 a=7,b=8,c=9 h=3,i=4,j=5 m=8,n=9,o=10 mlr --icsvlite --odkvp cat ./reg_test/input/d.csv ./reg_test/input/e.csv h=3,i=4,j=5 m=8,n=9,o=10 a=1,b=2,c=3 a=4,b=5,c=6 mlr --icsvlite --odkvp cat ./reg_test/input/e.csv ./reg_test/input/f.csv a=1,b=2,c=3 a=4,b=5,c=6 mlr --icsvlite --odkvp cat ./reg_test/input/f.csv ./reg_test/input/g.csv mlr --icsvlite --odkvp cat ./reg_test/input/a.csv ./reg_test/input/b.csv ./reg_test/input/c.csv ./reg_test/input/d.csv ./reg_test/input/e.csv ./reg_test/input/f.csv ./reg_test/input/g.csv a=1,b=2,c=3 a=4,b=5,c=6 d=5,e=6,f=7 a=1,b=2,c=3 a=4,b=5,c=6 a=7,b=8,c=9 h=3,i=4,j=5 m=8,n=9,o=10 a=1,b=2,c=3 a=4,b=5,c=6 mlr --icsvlite --odkvp tac ./reg_test/input/het.csv resource=/some/other/path,loadsec=0.97,ok=false record_count=150,resource=/path/to/second/file resource=/path/to/second/file,loadsec=0.32,ok=true record_count=100,resource=/path/to/file resource=/path/to/file,loadsec=0.45,ok=true mlr --headerless-csv-output --csvlite tac ./reg_test/input/a.csv 4,5,6 1,2,3 mlr --headerless-csv-output --csvlite tac ./reg_test/input/c.csv 7,8,9 4,5,6 1,2,3 mlr --headerless-csv-output --csvlite tac ./reg_test/input/a.csv ./reg_test/input/c.csv 7,8,9 4,5,6 1,2,3 4,5,6 1,2,3 mlr --headerless-csv-output --csvlite tac ./reg_test/input/het.csv /some/other/path,0.97,false 150,/path/to/second/file /path/to/second/file,0.32,true 100,/path/to/file /path/to/file,0.45,true mlr --headerless-csv-output --csvlite group-like ./reg_test/input/het.csv /path/to/file,0.45,true /path/to/second/file,0.32,true /some/other/path,0.97,false 100,/path/to/file 150,/path/to/second/file ================================================================ HET-PPRINT INPUT mlr --ipprint --odkvp cat ./reg_test/input/a.pprint a=1,b=2,c=3 a=4,b=5,c=6 mlr --ipprint --odkvp cat ./reg_test/input/b.pprint d=5,e=6,f=7 mlr --ipprint --odkvp cat ./reg_test/input/c.pprint a=1,b=2,c=3 a=4,b=5,c=6 a=7,b=8,c=9 mlr --ipprint --odkvp cat ./reg_test/input/d.pprint h=3,i=4,j=5 m=8,n=9,o=10 mlr --ipprint --odkvp cat ./reg_test/input/e.pprint a=1,b=2,c=3 a=4,b=5,c=6 mlr --ipprint --odkvp cat ./reg_test/input/f.pprint mlr --ipprint --odkvp cat ./reg_test/input/g.pprint mlr --ipprint --odkvp cat ./reg_test/input/a.pprint ./reg_test/input/a.pprint a=1,b=2,c=3 a=4,b=5,c=6 a=1,b=2,c=3 a=4,b=5,c=6 mlr --ipprint --odkvp cat ./reg_test/input/b.pprint ./reg_test/input/b.pprint d=5,e=6,f=7 d=5,e=6,f=7 mlr --ipprint --odkvp cat ./reg_test/input/c.pprint ./reg_test/input/c.pprint a=1,b=2,c=3 a=4,b=5,c=6 a=7,b=8,c=9 a=1,b=2,c=3 a=4,b=5,c=6 a=7,b=8,c=9 mlr --ipprint --odkvp cat ./reg_test/input/d.pprint ./reg_test/input/d.pprint h=3,i=4,j=5 m=8,n=9,o=10 h=3,i=4,j=5 m=8,n=9,o=10 mlr --ipprint --odkvp cat ./reg_test/input/e.pprint ./reg_test/input/e.pprint a=1,b=2,c=3 a=4,b=5,c=6 a=1,b=2,c=3 a=4,b=5,c=6 mlr --ipprint --odkvp cat ./reg_test/input/f.pprint ./reg_test/input/f.pprint mlr --ipprint --odkvp cat ./reg_test/input/g.pprint ./reg_test/input/g.pprint mlr --ipprint --odkvp cat ./reg_test/input/a.pprint ./reg_test/input/b.pprint a=1,b=2,c=3 a=4,b=5,c=6 d=5,e=6,f=7 mlr --ipprint --odkvp cat ./reg_test/input/b.pprint ./reg_test/input/c.pprint d=5,e=6,f=7 a=1,b=2,c=3 a=4,b=5,c=6 a=7,b=8,c=9 mlr --ipprint --odkvp cat ./reg_test/input/c.pprint ./reg_test/input/d.pprint a=1,b=2,c=3 a=4,b=5,c=6 a=7,b=8,c=9 h=3,i=4,j=5 m=8,n=9,o=10 mlr --ipprint --odkvp cat ./reg_test/input/d.pprint ./reg_test/input/e.pprint h=3,i=4,j=5 m=8,n=9,o=10 a=1,b=2,c=3 a=4,b=5,c=6 mlr --ipprint --odkvp cat ./reg_test/input/e.pprint ./reg_test/input/f.pprint a=1,b=2,c=3 a=4,b=5,c=6 mlr --ipprint --odkvp cat ./reg_test/input/f.pprint ./reg_test/input/g.pprint mlr --ipprint --odkvp cat ./reg_test/input/a.pprint ./reg_test/input/b.pprint ./reg_test/input/c.pprint ./reg_test/input/d.pprint ./reg_test/input/e.pprint ./reg_test/input/f.pprint ./reg_test/input/g.pprint a=1,b=2,c=3 a=4,b=5,c=6 d=5,e=6,f=7 a=1,b=2,c=3 a=4,b=5,c=6 a=7,b=8,c=9 h=3,i=4,j=5 m=8,n=9,o=10 a=1,b=2,c=3 a=4,b=5,c=6 ================================================================ NULL-FIELD INPUT mlr --icsvlite --odkvp cat ./reg_test/input/null-fields.csv a=1,b=2,c=3,d=4,e=5 a=6,b=,c=,d=,e=10 a=,b=,c=,d=11,e=12 a=13,b=14,c=,d=,e= a=,b=,c=,d=,e= mlr --inidx --ifs comma --odkvp cat ./reg_test/input/null-fields.nidx 1=a,2=b,3=c,4=d,5=e 1=f,2=,3=,4=,5=g 1=,2=,3=,4=h,5=i 1=j,2=k,3=,4=,5= 1=,2=,3=,4=,5= mlr --idkvp --oxtab cat ./reg_test/input/missings.dkvp a 1 b 2 c 3 d 4 e 5 f 6 1 a b x 4 c 3 5 d 6 e 7 f 1 a b x 4 c 3 5 d 6 e f 6 mlr --oxtab stats1 -a sum,min,max,antimode,mode -f x ./reg_test/input/nullvals.dkvp x_sum 9 x_min 1 x_max 5 x_antimode 1 x_mode 1 mlr --oxtab stats1 -a sum,min,max,antimode,mode -f y ./reg_test/input/nullvals.dkvp y_sum 12 y_min 2 y_max 6 y_antimode 2 y_mode 2 mlr --oxtab stats1 -a sum,min,max,antimode,mode -f z ./reg_test/input/nullvals.dkvp z_sum 0 z_min z_max z_antimode z_mode mlr --oxtab stats1 -a sum,min,max,antimode,mode -f x,y,z ./reg_test/input/nullvals.dkvp x_sum 9 x_min 1 x_max 5 x_antimode 1 x_mode 1 y_sum 12 y_min 2 y_max 6 y_antimode 2 y_mode 2 z_sum 0 z_min z_max z_antimode z_mode mlr --oxtab stats1 -a sum,min,max,antimode,mode -f x -g a ./reg_test/input/nullvals.dkvp a b x_sum 9 x_min 1 x_max 5 x_antimode 1 x_mode 1 mlr --oxtab stats1 -a sum,min,max,antimode,mode -f y -g a ./reg_test/input/nullvals.dkvp a b y_sum 12 y_min 2 y_max 6 y_antimode 2 y_mode 2 mlr --oxtab stats1 -a sum,min,max,antimode,mode -f z -g a ./reg_test/input/nullvals.dkvp a b z_sum 0 z_min z_max z_antimode z_mode mlr --oxtab stats1 -a sum,min,max,antimode,mode -f x,y,z -g a ./reg_test/input/nullvals.dkvp a b x_sum 9 x_min 1 x_max 5 x_antimode 1 x_mode 1 y_sum 12 y_min 2 y_max 6 y_antimode 2 y_mode 2 z_sum 0 z_min z_max z_antimode z_mode mlr --opprint merge-fields -a sum,min,max,antimode,mode -f x,y,z -o xyz ./reg_test/input/nullvals.dkvp a xyz_sum xyz_min xyz_max xyz_antimode xyz_mode b 3 1 2 1 1 b 7 3 4 3 3 b 5 5 5 5 5 b 6 6 6 6 6 b 0 - - - - mlr --opprint merge-fields -a sum,min,max,antimode,mode -r x,y,z -o xyz ./reg_test/input/nullvals.dkvp a xyz_sum xyz_min xyz_max xyz_antimode xyz_mode b 3 1 2 1 1 b 7 3 4 3 3 b 5 5 5 5 5 b 6 6 6 6 6 b 0 - - - - mlr --opprint merge-fields -a sum,min,max,antimode,mode -c x,y,z ./reg_test/input/nullvals.dkvp a _sum _min _max _antimode _mode b 3 1 2 1 1 b 7 3 4 3 3 b 5 5 5 5 5 b 6 6 6 6 6 b 0 - - - - mlr --oxtab stats2 -a cov -f x,y ./reg_test/input/nullvals.dkvp x_y_cov 2.000000 mlr --oxtab stats2 -a cov -f x,z ./reg_test/input/nullvals.dkvp mlr --oxtab stats2 -a cov -f y,z ./reg_test/input/nullvals.dkvp mlr --oxtab stats2 -a cov -f x,y -g a ./reg_test/input/nullvals.dkvp a b x_y_cov 2.000000 mlr --oxtab stats2 -a cov -f x,z -g a ./reg_test/input/nullvals.dkvp a b mlr --oxtab stats2 -a cov -f y,z -g a ./reg_test/input/nullvals.dkvp a b mlr --opprint top -n 5 -f x ./reg_test/input/nullvals.dkvp top_idx x_top 1 5 2 3 3 1 4 - 5 - mlr --opprint top -n 5 -f y ./reg_test/input/nullvals.dkvp top_idx y_top 1 6 2 4 3 2 4 - 5 - mlr --opprint top -n 5 -f z ./reg_test/input/nullvals.dkvp top_idx z_top 1 - 2 - 3 - 4 - 5 - mlr --opprint top -n 5 -f x,y,z ./reg_test/input/nullvals.dkvp top_idx x_top y_top z_top 1 5 6 - 2 3 4 - 3 1 2 - 4 - - - 5 - - - mlr --opprint top -n 5 -f x -g a ./reg_test/input/nullvals.dkvp a top_idx x_top b 1 5 b 2 3 b 3 1 b 4 - b 5 - mlr --opprint top -n 5 -f y -g a ./reg_test/input/nullvals.dkvp a top_idx y_top b 1 6 b 2 4 b 3 2 b 4 - b 5 - mlr --opprint top -n 5 -f z -g a ./reg_test/input/nullvals.dkvp a top_idx z_top b 1 - b 2 - b 3 - b 4 - b 5 - mlr --opprint top -n 5 -f x,y,z -g a ./reg_test/input/nullvals.dkvp a top_idx x_top y_top z_top b 1 5 6 - b 2 3 4 - b 3 1 2 - b 4 - - - b 5 - - - mlr --opprint top -a -n 5 -f x ./reg_test/input/nullvals.dkvp a x y z b 5 - - b 3 4 - b 1 2 - mlr --opprint top -a -n 5 -f y ./reg_test/input/nullvals.dkvp a x y z b - 6 - b 3 4 - b 1 2 - mlr --opprint top -a -n 5 -f z ./reg_test/input/nullvals.dkvp mlr --opprint top -a -n 5 -f x -g a ./reg_test/input/nullvals.dkvp a x y z b 5 - - b 3 4 - b 1 2 - mlr --opprint top -a -n 5 -f y -g a ./reg_test/input/nullvals.dkvp a x y z b - 6 - b 3 4 - b 1 2 - mlr --opprint top -a -n 5 -f z -g a ./reg_test/input/nullvals.dkvp mlr --opprint top -n 5 -f x -o foo ./reg_test/input/nullvals.dkvp foo x_top 1 5 2 3 3 1 4 - 5 - mlr --opprint top -n 5 -f x -g a -o foo ./reg_test/input/nullvals.dkvp a foo x_top b 1 5 b 2 3 b 3 1 b 4 - b 5 - mlr --opprint top -a -n 5 -f x -o foo ./reg_test/input/nullvals.dkvp a x y z b 5 - - b 3 4 - b 1 2 - mlr --opprint top -a -n 5 -f z -o foo -g a ./reg_test/input/nullvals.dkvp mlr --opprint step -a counter,rsum -f x ./reg_test/input/nullvals.dkvp a x y z x_counter x_rsum b 1 2 - 1 1 b 3 4 - 2 4 b 5 - - 3 9 b - 6 - - - b - - - - - mlr --opprint step -a counter,rsum -f y ./reg_test/input/nullvals.dkvp a x y z y_counter y_rsum b 1 2 - 1 2 b 3 4 - 2 6 b 5 - - - - b - 6 - 3 12 b - - - - - mlr --opprint step -a counter,rsum -f z ./reg_test/input/nullvals.dkvp a x y z z_counter z_rsum b 1 2 - - - b 3 4 - - - b 5 - - - - b - 6 - - - b - - - - - mlr --opprint step -a counter,rsum -f x,y,z ./reg_test/input/nullvals.dkvp a x y z x_counter x_rsum y_counter y_rsum z_counter z_rsum b 1 2 - 1 1 1 2 - - b 3 4 - 2 4 2 6 - - b 5 - - 3 9 - - - - b - 6 - - - 3 12 - - b - - - - - - - - - mlr --opprint step -a counter,rsum -f x -g a ./reg_test/input/nullvals.dkvp a x y z x_counter x_rsum b 1 2 - 1 1 b 3 4 - 2 4 b 5 - - 3 9 b - 6 - - - b - - - - - mlr --opprint step -a counter,rsum -f y -g a ./reg_test/input/nullvals.dkvp a x y z y_counter y_rsum b 1 2 - 1 2 b 3 4 - 2 6 b 5 - - - - b - 6 - 3 12 b - - - - - mlr --opprint step -a counter,rsum -f z -g a ./reg_test/input/nullvals.dkvp a x y z z_counter z_rsum b 1 2 - - - b 3 4 - - - b 5 - - - - b - 6 - - - b - - - - - mlr --opprint step -a counter,rsum -f x,y,z -g a ./reg_test/input/nullvals.dkvp a x y z x_counter x_rsum y_counter y_rsum z_counter z_rsum b 1 2 - 1 1 1 2 - - b 3 4 - 2 4 2 6 - - b 5 - - 3 9 - - - - b - 6 - - - 3 12 - - b - - - - - - - - - ================================================================ SPACE-PADDING mlr --idkvp --odkvp --ifs space --repifs cat ./reg_test/input/space-pad.dkvp a=1,b=2 c=3 mlr --inidx --odkvp --ifs space --repifs cat ./reg_test/input/space-pad.nidx 1=a,2=b,3=c 1=d,2=e,3=f mlr --icsvlite --odkvp --ifs space --repifs cat ./reg_test/input/space-pad.pprint a=1,b=2,c=3 ================================================================ DOUBLE PS mlr --opprint cat ./reg_test/input/double-ps.dkvp a b c pan wy.e 3 pan wy=e 3 ================================================================ MISSING FINAL LF mlr --csvlite cat ./reg_test/input/truncated.csv a,b,c 1,2,3 4,5,6 7,8,9 mlr --dkvp cat ./reg_test/input/truncated.dkvp a=1,b=2 c=3 mlr --nidx cat ./reg_test/input/truncated.nidx 1 2 3 4 5 mlr --pprint cat ./reg_test/input/truncated.pprint a b c 1 2 3 4 5 6 7 8 9 mlr --xtab cat ./reg_test/input/truncated.xtab-crlf a 1 b 2 c 3 d 4 e 5 ================================================================ UTF-8 alignment mlr --icsvlite --opprint cat ./reg_test/input/utf8-1.csv langue nom jour français françois vendredi žusz éloignée - mlr --icsvlite --opprint cat ./reg_test/input/utf8-2.csv français françois vendredi langue nom jour mlr --icsvlite --oxtab cat ./reg_test/input/utf8-1.csv langue français nom françois jour vendredi langue žusz nom éloignée jour mlr --icsvlite --oxtab cat ./reg_test/input/utf8-2.csv français langue françois nom vendredi jour mlr --inidx --ifs space --opprint cat ./reg_test/input/utf8-align.nidx 1 2 191º test 191 test2 francois français françois francais mlr --inidx --ifs space --opprint --right cat ./reg_test/input/utf8-align.nidx 1 2 191º test 191 test2 francois français françois francais mlr --oxtab cat ./reg_test/input/utf8-align.dkvp 191º test 1912 test2 cois çais çois cais 191º test 1912 test2 ois çais çois cais 191º test 1912 test2 coise çais çois cais mlr --inidx --ifs space --oxtab --xvright cat ./reg_test/input/utf8-align.nidx 1 191º 2 test 1 191 2 test2 1 francois 2 français 1 françois 2 francais ================================================================ UTF-8 BOM mlr --icsv --opprint cat ./reg_test/input/bom.csv a b c 1 2 3 4 5 6 mlr --icsv --opprint cat a b c 1 2 3 4 5 6 mlr --icsv --opprint cat ./reg_test/input/bom-dquote-header.csv a b c 1 2 3 4 5 6 mlr --icsv --opprint cat a b c 1 2 3 4 5 6 ================================================================ UTF-8 UPPERCASE/LOWERCASE mlr --icsvlite --opprint put $langue = toupper($langue) ./reg_test/input/utf8-1.csv langue nom jour FRANÇAIS françois vendredi ŽUSZ éloignée - mlr --icsvlite --opprint put $nom = toupper($nom) ./reg_test/input/utf8-1.csv langue nom jour français FRANÇOIS vendredi žusz ÉLOIGNÉE - mlr --icsvlite --opprint put $jour = toupper($jour) ./reg_test/input/utf8-1.csv langue nom jour français françois VENDREDI žusz éloignée - mlr --icsvlite --opprint put $langue = capitalize($langue) ./reg_test/input/utf8-1.csv langue nom jour Français françois vendredi Žusz éloignée - mlr --icsvlite --opprint put $nom = capitalize($nom) ./reg_test/input/utf8-1.csv langue nom jour français François vendredi žusz Éloignée - mlr --icsvlite --opprint put $jour = capitalize($jour) ./reg_test/input/utf8-1.csv langue nom jour français françois Vendredi žusz éloignée - ================================================================ SKIP/PASS COMMENTS DKVP ---------------------------------------------------------------- input comments1.dkvp cat ./reg_test/input/comments/comments1.dkvp # hello world 1 a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- skip comments1.dkvp mlr --skip-comments --idkvp --oxtab cat a 1 b 2 c 3 a 4 b 5 c 6 mlr --skip-comments --idkvp --oxtab cat ./reg_test/input/comments/comments1.dkvp a 1 b 2 c 3 a 4 b 5 c 6 ---------------------------------------------------------------- pass comments1.dkvp mlr --pass-comments --idkvp --oxtab cat # hello world 1 a 1 b 2 c 3 a 4 b 5 c 6 mlr --pass-comments --idkvp --oxtab cat ./reg_test/input/comments/comments1.dkvp # hello world 1 a 1 b 2 c 3 a 4 b 5 c 6 ---------------------------------------------------------------- input comments2.dkvp cat ./reg_test/input/comments/comments2.dkvp a=1,b=2,c=3 # hello world 2 a=4,b=5,c=6 ---------------------------------------------------------------- skip comments2.dkvp mlr --skip-comments --idkvp --oxtab cat a 1 b 2 c 3 a 4 b 5 c 6 mlr --skip-comments --idkvp --oxtab cat ./reg_test/input/comments/comments2.dkvp a 1 b 2 c 3 a 4 b 5 c 6 ---------------------------------------------------------------- pass comments2.dkvp mlr --pass-comments --idkvp --oxtab cat a 1 b 2 c 3 # hello world 2 a 4 b 5 c 6 mlr --pass-comments --idkvp --oxtab cat ./reg_test/input/comments/comments2.dkvp a 1 b 2 c 3 # hello world 2 a 4 b 5 c 6 ---------------------------------------------------------------- input comments3.dkvp cat ./reg_test/input/comments/comments3.dkvp a=1,b=2,c=3 a=4,b=5,c=6 # hello world 3 ---------------------------------------------------------------- skip comments3.dkvp mlr --skip-comments --idkvp --oxtab cat a 1 b 2 c 3 a 4 b 5 c 6 mlr --skip-comments --idkvp --oxtab cat ./reg_test/input/comments/comments3.dkvp a 1 b 2 c 3 a 4 b 5 c 6 ---------------------------------------------------------------- pass comments3.dkvp mlr --pass-comments --idkvp --oxtab cat a 1 b 2 c 3 a 4 b 5 c 6 # hello world 3 mlr --pass-comments --idkvp --oxtab cat ./reg_test/input/comments/comments3.dkvp a 1 b 2 c 3 a 4 b 5 c 6 # hello world 3 mlr termcvt --lf2crlf ---------------------------------------------------------------- input comments1-crlf.dkvp cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.dkvp # hello world 1 a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- skip comments1-crlf.dkvp mlr --skip-comments --idkvp --oxtab cat a 1 b 2 c 3 a 4 b 5 c 6 mlr --skip-comments --idkvp --oxtab cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.dkvp a 1 b 2 c 3 a 4 b 5 c 6 ---------------------------------------------------------------- pass comments1-crlf.dkvp mlr --pass-comments --idkvp --oxtab cat # hello world 1 a 1 b 2 c 3 a 4 b 5 c 6 mlr --pass-comments --idkvp --oxtab cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.dkvp # hello world 1 a 1 b 2 c 3 a 4 b 5 c 6 ================================================================ SKIP/PASS COMMENTS DKVP WITH ALTERNATE PREFIX ---------------------------------------------------------------- input comments1-atat.dkvp cat ./reg_test/input/comments/comments1-atat.dkvp @@ hello world 1 a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- skip comments1-atat.dkvp mlr --skip-comments-with @@ --idkvp --oxtab cat a 1 b 2 c 3 a 4 b 5 c 6 mlr --skip-comments-with @@ --idkvp --oxtab cat ./reg_test/input/comments/comments1-atat.dkvp a 1 b 2 c 3 a 4 b 5 c 6 ---------------------------------------------------------------- pass comments1-atat.dkvp mlr --pass-comments-with @@ --idkvp --oxtab cat @@ hello world 1 a 1 b 2 c 3 a 4 b 5 c 6 mlr --pass-comments-with @@ --idkvp --oxtab cat ./reg_test/input/comments/comments1-atat.dkvp @@ hello world 1 a 1 b 2 c 3 a 4 b 5 c 6 ---------------------------------------------------------------- input comments2-atat.dkvp cat ./reg_test/input/comments/comments2-atat.dkvp a=1,b=2,c=3 @@ hello world 2 a=4,b=5,c=6 ---------------------------------------------------------------- skip comments2-atat.dkvp mlr --skip-comments-with @@ --idkvp --oxtab cat a 1 b 2 c 3 a 4 b 5 c 6 mlr --skip-comments-with @@ --idkvp --oxtab cat ./reg_test/input/comments/comments2-atat.dkvp a 1 b 2 c 3 a 4 b 5 c 6 ---------------------------------------------------------------- pass comments2-atat.dkvp mlr --pass-comments-with @@ --idkvp --oxtab cat a 1 b 2 c 3 @@ hello world 2 a 4 b 5 c 6 mlr --pass-comments-with @@ --idkvp --oxtab cat ./reg_test/input/comments/comments2-atat.dkvp a 1 b 2 c 3 @@ hello world 2 a 4 b 5 c 6 ---------------------------------------------------------------- input comments3-atat.dkvp cat ./reg_test/input/comments/comments3-atat.dkvp a=1,b=2,c=3 a=4,b=5,c=6 @@ hello world 3 ---------------------------------------------------------------- skip comments3-atat.dkvp mlr --skip-comments-with @@ --idkvp --oxtab cat a 1 b 2 c 3 a 4 b 5 c 6 mlr --skip-comments-with @@ --idkvp --oxtab cat ./reg_test/input/comments/comments3-atat.dkvp a 1 b 2 c 3 a 4 b 5 c 6 ---------------------------------------------------------------- pass comments3-atat.dkvp mlr --pass-comments-with @@ --idkvp --oxtab cat a 1 b 2 c 3 a 4 b 5 c 6 @@ hello world 3 mlr --pass-comments-with @@ --idkvp --oxtab cat ./reg_test/input/comments/comments3-atat.dkvp a 1 b 2 c 3 a 4 b 5 c 6 @@ hello world 3 ================================================================ SKIP/PASS COMMENTS NIDX ---------------------------------------------------------------- input comments1.nidx cat ./reg_test/input/comments/comments1.nidx # hello world 1 aX1 bX2 cX3 aX4 bX5 cX6 ---------------------------------------------------------------- skip comments1.nidx mlr --skip-comments --inidx --oxtab cat 1 aX1 2 bX2 3 cX3 1 aX4 2 bX5 3 cX6 mlr --skip-comments --inidx --oxtab cat ./reg_test/input/comments/comments1.nidx 1 aX1 2 bX2 3 cX3 1 aX4 2 bX5 3 cX6 ---------------------------------------------------------------- pass comments1.nidx mlr --pass-comments --inidx --oxtab cat # hello world 1 1 aX1 2 bX2 3 cX3 1 aX4 2 bX5 3 cX6 mlr --pass-comments --inidx --oxtab cat ./reg_test/input/comments/comments1.nidx # hello world 1 1 aX1 2 bX2 3 cX3 1 aX4 2 bX5 3 cX6 ---------------------------------------------------------------- input comments2.nidx cat ./reg_test/input/comments/comments2.nidx aX1 bX2 cX3 # hello world 2 aX4 bX5 cX6 ---------------------------------------------------------------- skip comments2.nidx mlr --skip-comments --inidx --oxtab cat 1 aX1 2 bX2 3 cX3 1 aX4 2 bX5 3 cX6 mlr --skip-comments --inidx --oxtab cat ./reg_test/input/comments/comments2.nidx 1 aX1 2 bX2 3 cX3 1 aX4 2 bX5 3 cX6 ---------------------------------------------------------------- pass comments2.nidx mlr --pass-comments --inidx --oxtab cat 1 aX1 2 bX2 3 cX3 # hello world 2 1 aX4 2 bX5 3 cX6 mlr --pass-comments --inidx --oxtab cat ./reg_test/input/comments/comments2.nidx 1 aX1 2 bX2 3 cX3 # hello world 2 1 aX4 2 bX5 3 cX6 ---------------------------------------------------------------- input comments3.nidx cat ./reg_test/input/comments/comments3.nidx aX1 bX2 cX3 aX4 bX5 cX6 # hello world 3 ---------------------------------------------------------------- skip comments3.nidx mlr --skip-comments --inidx --oxtab cat 1 aX1 2 bX2 3 cX3 1 aX4 2 bX5 3 cX6 mlr --skip-comments --inidx --oxtab cat ./reg_test/input/comments/comments3.nidx 1 aX1 2 bX2 3 cX3 1 aX4 2 bX5 3 cX6 ---------------------------------------------------------------- pass comments3.nidx mlr --pass-comments --inidx --oxtab cat 1 aX1 2 bX2 3 cX3 1 aX4 2 bX5 3 cX6 # hello world 3 mlr --pass-comments --inidx --oxtab cat ./reg_test/input/comments/comments3.nidx 1 aX1 2 bX2 3 cX3 1 aX4 2 bX5 3 cX6 # hello world 3 mlr termcvt --lf2crlf ---------------------------------------------------------------- input comments1-crlf.nidx cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.nidx # hello world 1 aX1 bX2 cX3 aX4 bX5 cX6 ---------------------------------------------------------------- skip comments1-crlf.nidx mlr --skip-comments --inidx --oxtab cat 1 aX1 2 bX2 3 cX3 1 aX4 2 bX5 3 cX6 mlr --skip-comments --inidx --oxtab cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.nidx 1 aX1 2 bX2 3 cX3 1 aX4 2 bX5 3 cX6 ---------------------------------------------------------------- pass comments1-crlf.nidx mlr --pass-comments --inidx --oxtab cat # hello world 1 1 aX1 2 bX2 3 cX3 1 aX4 2 bX5 3 cX6 mlr --pass-comments --inidx --oxtab cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.nidx # hello world 1 1 aX1 2 bX2 3 cX3 1 aX4 2 bX5 3 cX6 ================================================================ SKIP/PASS COMMENTS JSON ---------------------------------------------------------------- input comments1.json cat ./reg_test/input/comments/comments1.json # hello world 1 { "a":1, "b":2, "c":3 } { "a":4, "b":5, "c":6 } ---------------------------------------------------------------- skip comments1.json mlr --skip-comments --ijson --odkvp cat a=1,b=2,c=3 a=4,b=5,c=6 mlr --skip-comments --ijson --odkvp cat ./reg_test/input/comments/comments1.json a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- pass comments1.json mlr --pass-comments --ijson --odkvp cat # hello world 1 a=1,b=2,c=3 a=4,b=5,c=6 mlr --pass-comments --ijson --odkvp cat ./reg_test/input/comments/comments1.json # hello world 1 a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- input comments2.json cat ./reg_test/input/comments/comments2.json { "a":1, "b":2, "c":3 } # hello world 2 { "a":4, "b":5, "c":6 } ---------------------------------------------------------------- skip comments2.json mlr --skip-comments --ijson --odkvp cat a=1,b=2,c=3 a=4,b=5,c=6 mlr --skip-comments --ijson --odkvp cat ./reg_test/input/comments/comments2.json a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- pass comments2.json mlr --pass-comments --ijson --odkvp cat # hello world 2 a=1,b=2,c=3 a=4,b=5,c=6 mlr --pass-comments --ijson --odkvp cat ./reg_test/input/comments/comments2.json # hello world 2 a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- input comments3.json cat ./reg_test/input/comments/comments3.json { "a":1, "b":2, "c":3 } { "a":4, "b":5, "c":6 } # hello world 3 ---------------------------------------------------------------- skip comments3.json mlr --skip-comments --ijson --odkvp cat a=1,b=2,c=3 a=4,b=5,c=6 mlr --skip-comments --ijson --odkvp cat ./reg_test/input/comments/comments3.json a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- pass comments3.json mlr --pass-comments --ijson --odkvp cat # hello world 3 a=1,b=2,c=3 a=4,b=5,c=6 mlr --pass-comments --ijson --odkvp cat ./reg_test/input/comments/comments3.json # hello world 3 a=1,b=2,c=3 a=4,b=5,c=6 mlr termcvt --lf2crlf ---------------------------------------------------------------- input comments1-crlf.json cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.json # hello world 1 { "a":1, "b":2, "c":3 } { "a":4, "b":5, "c":6 } ---------------------------------------------------------------- skip comments1-crlf.json mlr --skip-comments --ijson --odkvp cat a=1,b=2,c=3 a=4,b=5,c=6 mlr --skip-comments --ijson --odkvp cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.json a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- pass comments1-crlf.json mlr --pass-comments --ijson --odkvp cat # hello world 1 a=1,b=2,c=3 a=4,b=5,c=6 mlr --pass-comments --ijson --odkvp cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.json # hello world 1 a=1,b=2,c=3 a=4,b=5,c=6 ================================================================ SKIP/PASS COMMENTS XTAB ---------------------------------------------------------------- input comments1.xtab cat ./reg_test/input/comments/comments1.xtab x 1 #hello world3 z 3 x 2 #hello world4 z 5 ---------------------------------------------------------------- skip comments1.xtab mlr --skip-comments --ixtab --odkvp cat x=1,z=3 x=2,z=5 mlr --skip-comments --ixtab --odkvp cat ./reg_test/input/comments/comments1.xtab x=1,z=3 x=2,z=5 ---------------------------------------------------------------- pass comments1.xtab mlr --pass-comments --ixtab --odkvp cat #hello world3 x=1,z=3 #hello world4 x=2,z=5 mlr --pass-comments --ixtab --odkvp cat ./reg_test/input/comments/comments1.xtab #hello world3 x=1,z=3 #hello world4 x=2,z=5 ---------------------------------------------------------------- input comments2.xtab cat ./reg_test/input/comments/comments2.xtab #hello world1 #hello world2 x 1 #hello world3 z 3 x 2 #hello world4 z 5 #hello world5 #hello world6 ---------------------------------------------------------------- skip comments2.xtab mlr --skip-comments --ixtab --odkvp cat x=1,z=3 x=2,z=5 mlr --skip-comments --ixtab --odkvp cat ./reg_test/input/comments/comments2.xtab x=1,z=3 x=2,z=5 ---------------------------------------------------------------- pass comments2.xtab mlr --pass-comments --ixtab --odkvp cat #hello world1 #hello world2 #hello world3 x=1,z=3 #hello world4 #hello world5 x=2,z=5 #hello world6 mlr --pass-comments --ixtab --odkvp cat ./reg_test/input/comments/comments2.xtab #hello world1 #hello world2 #hello world3 x=1,z=3 #hello world4 #hello world5 x=2,z=5 #hello world6 mlr termcvt --lf2crlf ---------------------------------------------------------------- input comments1-crlf.xtab cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.xtab x 1 #hello world3 z 3 x 2 #hello world4 z 5 ---------------------------------------------------------------- skip comments1-crlf.xtab mlr --skip-comments --ixtab --odkvp cat x=1,z=3 x=2,z=5 mlr --skip-comments --ixtab --odkvp cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.xtab x=1,z=3 x=2,z=5 ---------------------------------------------------------------- pass comments1-crlf.xtab mlr --pass-comments --ixtab --odkvp cat #hello world3 x=1,z=3 #hello world4 x=2,z=5 mlr --pass-comments --ixtab --odkvp cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.xtab #hello world3 x=1,z=3 #hello world4 x=2,z=5 ================================================================ SKIP/PASS COMMENTS CSVLITE ---------------------------------------------------------------- input comments1.csv cat ./reg_test/input/comments/comments1.csv # hello a,b,c 1,2,3 4,5,6 ---------------------------------------------------------------- skip comments1.csv mlr --skip-comments --icsvlite --odkvp cat a=1,b=2,c=3 a=4,b=5,c=6 mlr --skip-comments --icsvlite --odkvp cat ./reg_test/input/comments/comments1.csv a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- pass comments1.csv mlr --pass-comments --icsvlite --odkvp cat # hello a=1,b=2,c=3 a=4,b=5,c=6 mlr --pass-comments --icsvlite --odkvp cat ./reg_test/input/comments/comments1.csv # hello a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- input comments2.csv cat ./reg_test/input/comments/comments2.csv # hello a,b,c # hi 1,2,3 # there 4,5,6 # haha ---------------------------------------------------------------- skip comments2.csv mlr --skip-comments --icsvlite --odkvp cat a=1,b=2,c=3 a=4,b=5,c=6 mlr --skip-comments --icsvlite --odkvp cat ./reg_test/input/comments/comments2.csv a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- pass comments2.csv mlr --pass-comments --icsvlite --odkvp cat # hello # hi a=1,b=2,c=3 # there a=4,b=5,c=6 # haha mlr --pass-comments --icsvlite --odkvp cat ./reg_test/input/comments/comments2.csv # hello # hi a=1,b=2,c=3 # there a=4,b=5,c=6 # haha mlr termcvt --lf2crlf ---------------------------------------------------------------- input comments1-crlf.csv cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.csv # hello a,b,c 1,2,3 4,5,6 ---------------------------------------------------------------- skip comments1-crlf.csv mlr --skip-comments --icsvlite --odkvp cat a=1,b=2,c=3 a=4,b=5,c=6 mlr --skip-comments --icsvlite --odkvp cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.csv a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- pass comments1-crlf.csv mlr --pass-comments --icsvlite --odkvp cat # hello a=1,b=2,c=3 a=4,b=5,c=6 mlr --pass-comments --icsvlite --odkvp cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.csv # hello a=1,b=2,c=3 a=4,b=5,c=6 ================================================================ SKIP/PASS COMMENTS CSV ---------------------------------------------------------------- input comments1.csv cat ./reg_test/input/comments/comments1.csv # hello a,b,c 1,2,3 4,5,6 ---------------------------------------------------------------- skip comments1.csv mlr --skip-comments --icsv --odkvp cat a=1,b=2,c=3 a=4,b=5,c=6 mlr --skip-comments --icsv --odkvp cat ./reg_test/input/comments/comments1.csv a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- pass comments1.csv mlr --pass-comments --icsv --odkvp cat # hello a=1,b=2,c=3 a=4,b=5,c=6 mlr --pass-comments --icsv --odkvp cat ./reg_test/input/comments/comments1.csv # hello a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- input comments2.csv cat ./reg_test/input/comments/comments2.csv # hello a,b,c # hi 1,2,3 # there 4,5,6 # haha ---------------------------------------------------------------- skip comments2.csv mlr --skip-comments --icsv --odkvp cat a=1,b=2,c=3 a=4,b=5,c=6 mlr --skip-comments --icsv --odkvp cat ./reg_test/input/comments/comments2.csv a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- pass comments2.csv mlr --pass-comments --icsv --odkvp cat # hello # hi a=1,b=2,c=3 # there a=4,b=5,c=6 # haha mlr --pass-comments --icsv --odkvp cat ./reg_test/input/comments/comments2.csv # hello # hi a=1,b=2,c=3 # there a=4,b=5,c=6 # haha mlr termcvt --lf2crlf ---------------------------------------------------------------- input comments1-crlf.csv cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.csv # hello a,b,c 1,2,3 4,5,6 ---------------------------------------------------------------- skip comments1-crlf.csv mlr --skip-comments --icsv --odkvp cat a=1,b=2,c=3 a=4,b=5,c=6 mlr --skip-comments --icsv --odkvp cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.csv a=1,b=2,c=3 a=4,b=5,c=6 ---------------------------------------------------------------- pass comments1-crlf.csv mlr --pass-comments --icsv --odkvp cat # hello a=1,b=2,c=3 a=4,b=5,c=6 mlr --pass-comments --icsv --odkvp cat /home/kerl/pub_http_internet/miller-releases/miller-head/c/output-regtest/comments1-crlf.csv # hello a=1,b=2,c=3 a=4,b=5,c=6 ================================================================ MMAP AT PAGE BOUNDARIES mlr --dkvp tail -n 4 ./reg_test/input/page-aligned-final-ifs.dkvp x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z=cccccccccccccccccccccccccccccccccccccccccccccccc x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z=cccccccccccccccccccccccccccccccccccccccccccccccc x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z=cccccccccccccccccccccccccccccccccccccccccccccccc x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z= mlr --dkvp tail -n 4 ./reg_test/input/page-aligned-final-irs.dkvp x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z=cccccccccccccccccccccccccccccccccccccccccccccccc x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z=cccccccccccccccccccccccccccccccccccccccccccccccc x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z=cccccccccccccccccccccccccccccccccccccccccccccccc x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z=cccccccccccccccccccccccccccccccccccccccccccccccc mlr --dkvp tail -n 4 ./reg_test/input/page-aligned-final-no-ifs.dkvp x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z=cccccccccccccccccccccccccccccccccccccccccccccccc x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z=cccccccccccccccccccccccccccccccccccccccccccccccc x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z=cccccccccccccccccccccccccccccccccccccccccccccccc x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,3=z mlr --dkvp tail -n 4 ./reg_test/input/page-aligned-no-final-irs.dkvp x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z=cccccccccccccccccccccccccccccccccccccccccccccccc x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z=cccccccccccccccccccccccccccccccccccccccccccccccc x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z=cccccccccccccccccccccccccccccccccccccccccccccccc x=aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,y=bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,z=ccccccccccccccccccccccccccccccccccccccccccccccccc mlr --nidx tail -n 4 ./reg_test/input/page-aligned-no-final-irs.nidx 11111111111111111111111111111111111111,22222222222222222222222222222222222222222222,3333333333333333333333333333333333333333333 11111111111111111111111111111111111111,22222222222222222222222222222222222222222222,3333333333333333333333333333333333333333333 11111111111111111111111111111111111111,22222222222222222222222222222222222222222222,3333333333333333333333333333333333333333333 11111111111111111111111111111111111111,22222222222222222222222222222222222222222222,33333333333333333333333333333333333333333333 mlr --csvlite tail -n 4 ./reg_test/input/page-aligned-no-final-irs.csvl aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,ccccccccccccccccccccccccccccccccccccccccccc 11111111111111111111111111111111111111,22222222222222222222222222222222222222222222,3333333333333333333333333333333333333333333 11111111111111111111111111111111111111,22222222222222222222222222222222222222222222,3333333333333333333333333333333333333333333 11111111111111111111111111111111111111,22222222222222222222222222222222222222222222,3333333333333333333333333333333333333333333 11111111111111111111111111111111111111,22222222222222222222222222222222222222222222,33333333333333333333333333333333333333333333 mlr --csv --rs lf tail -n 4 ./reg_test/input/page-aligned-no-final-irs.csvl aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa,bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb,ccccccccccccccccccccccccccccccccccccccccccc 11111111111111111111111111111111111111,22222222222222222222222222222222222222222222,3333333333333333333333333333333333333333333 11111111111111111111111111111111111111,22222222222222222222222222222222222222222222,3333333333333333333333333333333333333333333 11111111111111111111111111111111111111,22222222222222222222222222222222222222222222,3333333333333333333333333333333333333333333 11111111111111111111111111111111111111,22222222222222222222222222222222222222222222,33333333333333333333333333333333333333333333 mlr --xtab tail -n 4 ./reg_test/input/page-aligned-no-final-eol.xtab aaaaaaaaaaaaaaaaaaaa 111111111111111111111 bbbbbbbbbbbbbbbbbbbb 22222222222222222222 cccccccccccccccccccc 33333333333333333333 aaaaaaaaaaaaaaaaaaaa 111111111111111111111 bbbbbbbbbbbbbbbbbbbb 22222222222222222222 cccccccccccccccccccc 33333333333333333333 aaaaaaaaaaaaaaaaaaaa 111111111111111111111 bbbbbbbbbbbbbbbbbbbb 22222222222222222222 cccccccccccccccccccc 33333333333333333333 aaaaaaaaaaaaaaaaaaaa 111111111111111111111 bbbbbbbbbbbbbbbbbbbb 22222222222222222222 cccccccccccccccccccc 3333333333333333333333 ================================================================ INT64 I/O mlr --oxtab put $c=$a;$d=$b;$e=hexfmt($a);$f=hexfmt($b) ./reg_test/input/int64io.dkvp a 0x1 b 1 c 1 d 1 e 0x1 f 0x1 a 0x7ffffffffffffffe b 9223372036854775806 c 9223372036854775806 d 9223372036854775806 e 0x7ffffffffffffffe f 0x7ffffffffffffffe a 0x7fffffffffffffff b 9223372036854775807 c 9223372036854775807 d 9223372036854775807 e 0x7fffffffffffffff f 0x7fffffffffffffff a 0x8000000000000000 b -9223372036854775808 c -9223372036854775808 d -9223372036854775808 e 0x8000000000000000 f 0x8000000000000000 a 0xffffffffffffffff b -1 c -1 d -1 e 0xffffffffffffffff f 0xffffffffffffffff mlr --oxtab --ofmt %.8g put $p0=$p+0;$p1=$p+1;$p2=$p+2;$p3=$p+3 ./reg_test/input/int64arith.dkvp p 0x7ffffffffffff9ff n 0x8000000000000000 p0 9223372036854774271 p1 9223372036854774272 p2 9223372036854774273 p3 9223372036854774274 p 0x7ffffffffffffa00 n 0x8000000000000001 p0 9223372036854774272 p1 9223372036854774273 p2 9223372036854774274 p3 9223372036854774275 p 0x7ffffffffffffbff n 0x8000000000000200 p0 9223372036854774783 p1 9223372036854774784 p2 9223372036854774785 p3 9223372036854774786 p 0x7ffffffffffffc00 n 0x8000000000000400 p0 9223372036854774784 p1 9223372036854774785 p2 9223372036854774786 p3 9223372036854774787 p 0x7ffffffffffffe00 n 0x8000000000000401 p0 9223372036854775296 p1 9223372036854775297 p2 9223372036854775298 p3 9223372036854775299 p 0x7ffffffffffffffe n 0x8000000000000600 p0 9223372036854775806 p1 9223372036854775807 p2 9.223372e+18 p3 9.223372e+18 p 0x7fffffffffffffff n 0x8000000000000601 p0 9223372036854775807 p1 9.223372e+18 p2 9.223372e+18 p3 9.223372e+18 mlr --oxtab --ofmt %.8g put $p0=$p-0;$p1=$p-1;$p2=$p-2;$p3=$p-3 ./reg_test/input/int64arith.dkvp p 0x7ffffffffffff9ff n 0x8000000000000000 p0 9223372036854774271 p1 9223372036854774270 p2 9223372036854774269 p3 9223372036854774268 p 0x7ffffffffffffa00 n 0x8000000000000001 p0 9223372036854774272 p1 9223372036854774271 p2 9223372036854774270 p3 9223372036854774269 p 0x7ffffffffffffbff n 0x8000000000000200 p0 9223372036854774783 p1 9223372036854774782 p2 9223372036854774781 p3 9223372036854774780 p 0x7ffffffffffffc00 n 0x8000000000000400 p0 9223372036854774784 p1 9223372036854774783 p2 9223372036854774782 p3 9223372036854774781 p 0x7ffffffffffffe00 n 0x8000000000000401 p0 9223372036854775296 p1 9223372036854775295 p2 9223372036854775294 p3 9223372036854775293 p 0x7ffffffffffffffe n 0x8000000000000600 p0 9223372036854775806 p1 9223372036854775805 p2 9223372036854775804 p3 9223372036854775803 p 0x7fffffffffffffff n 0x8000000000000601 p0 9223372036854775807 p1 9223372036854775806 p2 9223372036854775805 p3 9223372036854775804 mlr --oxtab --ofmt %.8g put $p0=$p*0;$p1=$p*1;$p2=$p*2;$p3=$p*3 ./reg_test/input/int64arith.dkvp p 0x7ffffffffffff9ff n 0x8000000000000000 p0 0 p1 9223372036854774271 p2 1.8446744e+19 p3 2.7670116e+19 p 0x7ffffffffffffa00 n 0x8000000000000001 p0 0 p1 9223372036854774272 p2 1.8446744e+19 p3 2.7670116e+19 p 0x7ffffffffffffbff n 0x8000000000000200 p0 0 p1 9223372036854774783 p2 1.8446744e+19 p3 2.7670116e+19 p 0x7ffffffffffffc00 n 0x8000000000000400 p0 0 p1 9223372036854774784 p2 1.8446744e+19 p3 2.7670116e+19 p 0x7ffffffffffffe00 n 0x8000000000000401 p0 0 p1 9.223372e+18 p2 1.8446744e+19 p3 2.7670116e+19 p 0x7ffffffffffffffe n 0x8000000000000600 p0 0 p1 9.223372e+18 p2 1.8446744e+19 p3 2.7670116e+19 p 0x7fffffffffffffff n 0x8000000000000601 p0 0 p1 9.223372e+18 p2 1.8446744e+19 p3 2.7670116e+19 mlr --oxtab --ofmt %.8g put $n0=$n+0;$n1=$n+1;$n2=$n+2;$n3=$n+3 ./reg_test/input/int64arith.dkvp p 0x7ffffffffffff9ff n 0x8000000000000000 n0 -9223372036854775808 n1 -9223372036854775807 n2 -9223372036854775806 n3 -9223372036854775805 p 0x7ffffffffffffa00 n 0x8000000000000001 n0 -9223372036854775807 n1 -9223372036854775806 n2 -9223372036854775805 n3 -9223372036854775804 p 0x7ffffffffffffbff n 0x8000000000000200 n0 -9223372036854775296 n1 -9223372036854775295 n2 -9223372036854775294 n3 -9223372036854775293 p 0x7ffffffffffffc00 n 0x8000000000000400 n0 -9223372036854774784 n1 -9223372036854774783 n2 -9223372036854774782 n3 -9223372036854774781 p 0x7ffffffffffffe00 n 0x8000000000000401 n0 -9223372036854774783 n1 -9223372036854774782 n2 -9223372036854774781 n3 -9223372036854774780 p 0x7ffffffffffffffe n 0x8000000000000600 n0 -9223372036854774272 n1 -9223372036854774271 n2 -9223372036854774270 n3 -9223372036854774269 p 0x7fffffffffffffff n 0x8000000000000601 n0 -9223372036854774271 n1 -9223372036854774270 n2 -9223372036854774269 n3 -9223372036854774268 mlr --oxtab --ofmt %.8g put $n0=$n-0;$n1=$n-1;$n2=$n-2;$n3=$n-3 ./reg_test/input/int64arith.dkvp p 0x7ffffffffffff9ff n 0x8000000000000000 n0 -9223372036854775808 n1 -9.223372e+18 n2 -9.223372e+18 n3 -9.223372e+18 p 0x7ffffffffffffa00 n 0x8000000000000001 n0 -9223372036854775807 n1 -9223372036854775808 n2 -9.223372e+18 n3 -9.223372e+18 p 0x7ffffffffffffbff n 0x8000000000000200 n0 -9223372036854775296 n1 -9223372036854775297 n2 -9223372036854775298 n3 -9223372036854775299 p 0x7ffffffffffffc00 n 0x8000000000000400 n0 -9223372036854774784 n1 -9223372036854774785 n2 -9223372036854774786 n3 -9223372036854774787 p 0x7ffffffffffffe00 n 0x8000000000000401 n0 -9223372036854774783 n1 -9223372036854774784 n2 -9223372036854774785 n3 -9223372036854774786 p 0x7ffffffffffffffe n 0x8000000000000600 n0 -9223372036854774272 n1 -9223372036854774273 n2 -9223372036854774274 n3 -9223372036854774275 p 0x7fffffffffffffff n 0x8000000000000601 n0 -9223372036854774271 n1 -9223372036854774272 n2 -9223372036854774273 n3 -9223372036854774274 mlr --oxtab --ofmt %.8g put $n0=$n*0;$n1=$n*1;$n2=$n*2;$n3=$n*3 ./reg_test/input/int64arith.dkvp p 0x7ffffffffffff9ff n 0x8000000000000000 n0 0 n1 -9.223372e+18 n2 -1.8446744e+19 n3 -2.7670116e+19 p 0x7ffffffffffffa00 n 0x8000000000000001 n0 0 n1 -9.223372e+18 n2 -1.8446744e+19 n3 -2.7670116e+19 p 0x7ffffffffffffbff n 0x8000000000000200 n0 0 n1 -9.223372e+18 n2 -1.8446744e+19 n3 -2.7670116e+19 p 0x7ffffffffffffc00 n 0x8000000000000400 n0 0 n1 -9223372036854774784 n2 -1.8446744e+19 n3 -2.7670116e+19 p 0x7ffffffffffffe00 n 0x8000000000000401 n0 0 n1 -9223372036854774783 n2 -1.8446744e+19 n3 -2.7670116e+19 p 0x7ffffffffffffffe n 0x8000000000000600 n0 0 n1 -9223372036854774272 n2 -1.8446744e+19 n3 -2.7670116e+19 p 0x7fffffffffffffff n 0x8000000000000601 n0 0 n1 -9223372036854774271 n2 -1.8446744e+19 n3 -2.7670116e+19 ================================================================ COMPRESSED INPUT mlr --csv --prepipe cat cat ./reg_test/input/rfc-csv/simple.csv-crlf a,b,c 1,x,3 4,5,6 x,"y""yy",z mlr --dkvp --prepipe cat cat ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --csv --prepipe cat cat a,b,c 1,x,3 4,5,6 x,"y""yy",z mlr --dkvp --prepipe cat cat a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ================================================================ STDIN mlr --csv cat a,b,c 1,x,3 4,5,6 x,"y""yy",z ================================================================ RFC-CSV mlr --mmap --csv cat ./reg_test/input/rfc-csv/simple.csv-crlf a,b,c 1,x,3 4,5,6 x,"y""yy",z mlr --mmap --csv cat ./reg_test/input/rfc-csv/simple-truncated.csv a,b,c 1,x,3 4,5,6 mlr --mmap --csv cat ./reg_test/input/rfc-csv/narrow.csv a 1 2 3 4 mlr --mmap --csv cat ./reg_test/input/rfc-csv/narrow-truncated.csv a 1 2 3 4 mlr --mmap --csv cat ./reg_test/input/rfc-csv/quoted-comma.csv a,b,c 1,"x,3",y 4,5,6 mlr --mmap --csv cat ./reg_test/input/rfc-csv/quoted-comma-truncated.csv a,b,c 1,"x,3",y 4,5,6 mlr --mmap --csv cat ./reg_test/input/rfc-csv/quoted-crlf.csv a,b,c 1,"x 3",y 4,5,6 mlr --mmap --csv cat ./reg_test/input/rfc-csv/quoted-crlf-truncated.csv a,b,c 1,"x 3",y 4,5,6 mlr --mmap --csv cat ./reg_test/input/rfc-csv/simple-truncated.csv ./reg_test/input/rfc-csv/simple.csv-crlf a,b,c 1,x,3 4,5,6 1,x,3 4,5,6 x,"y""yy",z mlr --mmap --csv --ifs semicolon --ofs pipe --irs lf --ors lflf cut -x -f b ./reg_test/input/rfc-csv/modify-defaults.csv a|c 1|3 4|6 mlr --mmap --csv --rs lf --quote-original cut -o -f c,b,a ./reg_test/input/quote-original.csv c,b,a 3,2,1 6,"5",4 "9",8,"7" mlr --mmap --icsv --oxtab cat ./reg_test/input/comma-at-eof.csv a 1 b 2 c 3 a 4 b 5 c mlr --no-mmap --icsv --oxtab cat ./reg_test/input/comma-at-eof.csv a 1 b 2 c 3 a 4 b 5 c mlr --csv --quote-all cat ./reg_test/input/rfc-csv/simple.csv-crlf "a","b","c" "1","x","3" "4","5","6" "x","y""yy","z" mlr --csv --quote-original cat ./reg_test/input/rfc-csv/simple.csv-crlf a,b,c 1,x,3 4,5,6 "x","y""yy","z" mlr --itsv --rs lf --oxtab cat ./reg_test/input/simple.tsv a pan b pan i 1 x 2 y 0.989945 a eks b pan i 2 x 1 y 0.775159 a wye b wye i 3 x 1 y 0.761642 a eks b wye i 4 x 5 y 0.322934 a wye b pan i 5 x 5 y 0.448283 mlr --iusv --oxtab cat ./reg_test/input/example.usv a d b e c f a g b h c i ================================================================ RAGGED NON-RFC CSV mlr --mmap --icsv --oxtab --ragged cat ./reg_test/input/ragged.csv a 1 b 2 c 3 a 4 b 5 c a 6 b 7 c 8 4 9 mlr --no-mmap --icsv --oxtab --ragged cat ./reg_test/input/ragged.csv a 1 b 2 c 3 a 4 b 5 c a 6 b 7 c 8 4 9 mlr --mmap --icsvlite --oxtab --ragged cat ./reg_test/input/ragged.csv a 1 b 2 c 3 a 4 b 5 c a 6 b 7 c 8 4 9 mlr --no-mmap --icsvlite --oxtab --ragged cat ./reg_test/input/ragged.csv a 1 b 2 c 3 a 4 b 5 c a 6 b 7 c 8 4 9 ================================================================ MARKDOWN OUTPUT mlr --itsv --rs lf --omd cat ./reg_test/input/simple.tsv | a | b | i | x | y | | --- | --- | --- | --- | --- | | pan | pan | 1 | 2 | 0.989945 | | eks | pan | 2 | 1 | 0.775159 | | wye | wye | 3 | 1 | 0.761642 | | eks | wye | 4 | 5 | 0.322934 | | wye | pan | 5 | 5 | 0.448283 | ================================================================ CSV/RS ENVIRONMENT DEFAULTS mlr --csv cut -f a ./reg_test/input/rfc-csv/simple.csv-crlf a 1 4 x mlr --csv --rs crlf cut -f a ./reg_test/input/rfc-csv/simple.csv-crlf a 1 4 x mlr --csv --rs lf cut -f a ./reg_test/input/rfc-csv/simple.csv-crlf mlr: unmatched double quote at line 3. a 1 4 ================================================================ MULTI-CHARACTER IRS/IFS/IPS FOR DKVP mlr --oxtab --idkvp --irs lf --ifs , --ips = cut -o -f x,a,i ./reg_test/input/multi-sep.dkvp-crlf x :0.641593543645736508/ a :wye/ i :0/ x :0.827614412562742041/ a :eks/ i :1/ x :0.923068348748175560/ a :zee/ i :2/ x :0.000047786161325772/ a :zee/ i :3/ x :0.676537984365847889/ a :zee/ i :4/ mlr --oxtab --idkvp --irs lf --ifs /, --ips =: cut -o -f x,a,i ./reg_test/input/multi-sep.dkvp-crlf x 0.641593543645736508 a wye i 0 x 0.827614412562742041 a eks i 1 x 0.923068348748175560 a zee i 2 x 0.000047786161325772 a zee i 3 x 0.676537984365847889 a zee i 4 mlr --oxtab --idkvp --irs crlf --ifs , --ips = cut -o -f x,a,i ./reg_test/input/multi-sep.dkvp-crlf x :0.641593543645736508/ a :wye/ i :0/ x :0.827614412562742041/ a :eks/ i :1/ x :0.923068348748175560/ a :zee/ i :2/ x :0.000047786161325772/ a :zee/ i :3/ x :0.676537984365847889/ a :zee/ i :4/ mlr --oxtab --idkvp --irs crlf --ifs /, --ips =: cut -o -f x,a,i ./reg_test/input/multi-sep.dkvp-crlf x 0.641593543645736508 a wye i 0 x 0.827614412562742041 a eks i 1 x 0.923068348748175560 a zee i 2 x 0.000047786161325772 a zee i 3 x 0.676537984365847889 a zee i 4 ================================================================ MULTI-CHARACTER IRS/IFS FOR NIDX mlr --oxtab --inidx --irs lf --ifs , cut -o -f 4,1,3 ./reg_test/input/multi-sep.dkvp-crlf 4 x=:0.641593543645736508/ 1 a=:wye/ 3 i=:0/ 4 x=:0.827614412562742041/ 1 a=:eks/ 3 i=:1/ 4 x=:0.923068348748175560/ 1 a=:zee/ 3 i=:2/ 4 x=:0.000047786161325772/ 1 a=:zee/ 3 i=:3/ 4 x=:0.676537984365847889/ 1 a=:zee/ 3 i=:4/ mlr --oxtab --inidx --irs lf --ifs /, cut -o -f 4,1,3 ./reg_test/input/multi-sep.dkvp-crlf 4 x=:0.641593543645736508 1 a=:wye 3 i=:0 4 x=:0.827614412562742041 1 a=:eks 3 i=:1 4 x=:0.923068348748175560 1 a=:zee 3 i=:2 4 x=:0.000047786161325772 1 a=:zee 3 i=:3 4 x=:0.676537984365847889 1 a=:zee 3 i=:4 mlr --oxtab --inidx --irs crlf --ifs , cut -o -f 4,1,3 ./reg_test/input/multi-sep.dkvp-crlf 4 x=:0.641593543645736508/ 1 a=:wye/ 3 i=:0/ 4 x=:0.827614412562742041/ 1 a=:eks/ 3 i=:1/ 4 x=:0.923068348748175560/ 1 a=:zee/ 3 i=:2/ 4 x=:0.000047786161325772/ 1 a=:zee/ 3 i=:3/ 4 x=:0.676537984365847889/ 1 a=:zee/ 3 i=:4/ mlr --oxtab --inidx --irs crlf --ifs /, cut -o -f 4,1,3 ./reg_test/input/multi-sep.dkvp-crlf 4 x=:0.641593543645736508 1 a=:wye 3 i=:0 4 x=:0.827614412562742041 1 a=:eks 3 i=:1 4 x=:0.923068348748175560 1 a=:zee 3 i=:2 4 x=:0.000047786161325772 1 a=:zee 3 i=:3 4 x=:0.676537984365847889 1 a=:zee 3 i=:4 ================================================================ MULTI-CHARACTER IRS/IFS FOR CSVLITE mlr --oxtab --icsvlite --irs lf --ifs , cut -o -f x/,a/,i/ ./reg_test/input/multi-sep.csv-crlf x/ 0.641593543645736508/ a/ wye/ i/ 0/ x/ 0.827614412562742041/ a/ eks/ i/ 1/ x/ 0.923068348748175560/ a/ zee/ i/ 2/ x/ 0.000047786161325772/ a/ zee/ i/ 3/ x/ 0.676537984365847889/ a/ zee/ i/ 4/ mlr --oxtab --icsvlite --irs lf --ifs /, cut -o -f x,a,i ./reg_test/input/multi-sep.csv-crlf x 0.641593543645736508 a wye i 0 x 0.827614412562742041 a eks i 1 x 0.923068348748175560 a zee i 2 x 0.000047786161325772 a zee i 3 x 0.676537984365847889 a zee i 4 mlr --oxtab --icsvlite --irs crlf --ifs , cut -o -f x/,a/,i/ ./reg_test/input/multi-sep.csv-crlf x/ 0.641593543645736508/ a/ wye/ i/ 0/ x/ 0.827614412562742041/ a/ eks/ i/ 1/ x/ 0.923068348748175560/ a/ zee/ i/ 2/ x/ 0.000047786161325772/ a/ zee/ i/ 3/ x/ 0.676537984365847889/ a/ zee/ i/ 4/ mlr --oxtab --icsvlite --irs crlf --ifs /, cut -o -f x,a,i ./reg_test/input/multi-sep.csv-crlf x 0.641593543645736508 a wye i 0 x 0.827614412562742041 a eks i 1 x 0.923068348748175560 a zee i 2 x 0.000047786161325772 a zee i 3 x 0.676537984365847889 a zee i 4 ================================================================ MULTI-CHARACTER SEPARATORS FOR XTAB mlr --mmap --xtab --ifs crlf --ofs Z cut -x -f b ./reg_test/input/truncated.xtab-crlf a 1Zc 3ZZd 4Ze 5Z mlr --mmap --xtab --ips . --ops @ cut -x -f b ./reg_test/input/dots.xtab a@1 c@345 defg@6 hi@@@78 mlr --xtab --ips : --ops @@@@ put $sum=int($a+$b) ./reg_test/input/multi-ips.dkvp a@@@@1 b@@@@2 sum@@@@3 ================================================================ MULTI-CHARACTER IRS FOR PPRINT mlr --pprint --irs crlf --ifs / --ofs @ cut -x -f b ./reg_test/input/dots.pprint-crlf a@@@i@@x@@@@@@@@@@@@@@@@@@@y pan@1@@0.3467901443380824@@0.7268028627434533 eks@2@@0.7586799647899636@@0.5221511083334797 wye@3@@0.20460330576630303@0.33831852551664776 eks@4@@0.38139939387114097@0.13418874328430463 wye@5@@0.5732889198020006@@0.8636244699032729 zee@6@@0.5271261600918548@@0.49322128674835697 eks@7@@0.6117840605678454@@0.1878849191181694 zee@8@@0.5985540091064224@@0.976181385699006 hat@9@@0.03144187646093577@0.7495507603507059 pan@10@0.5026260055412137@@0.9526183602969864 ================================================================ BARRED PPRINT mlr --opprint --barred cat ./reg_test/input/abixy +-----+-----+----+---------------------+---------------------+ | a | b | i | x | y | +-----+-----+----+---------------------+---------------------+ | pan | pan | 1 | 0.3467901443380824 | 0.7268028627434533 | | eks | pan | 2 | 0.7586799647899636 | 0.5221511083334797 | | wye | wye | 3 | 0.20460330576630303 | 0.33831852551664776 | | eks | wye | 4 | 0.38139939387114097 | 0.13418874328430463 | | wye | pan | 5 | 0.5732889198020006 | 0.8636244699032729 | | zee | pan | 6 | 0.5271261600918548 | 0.49322128674835697 | | eks | zee | 7 | 0.6117840605678454 | 0.1878849191181694 | | zee | wye | 8 | 0.5985540091064224 | 0.976181385699006 | | hat | wye | 9 | 0.03144187646093577 | 0.7495507603507059 | | pan | wye | 10 | 0.5026260055412137 | 0.9526183602969864 | +-----+-----+----+---------------------+---------------------+ mlr --opprint --barred --right cat ./reg_test/input/abixy +-----+-----+----+---------------------+---------------------+ | a | b | i | x | y | +-----+-----+----+---------------------+---------------------+ | pan | pan | 1 | 0.3467901443380824 | 0.7268028627434533 | | eks | pan | 2 | 0.7586799647899636 | 0.5221511083334797 | | wye | wye | 3 | 0.20460330576630303 | 0.33831852551664776 | | eks | wye | 4 | 0.38139939387114097 | 0.13418874328430463 | | wye | pan | 5 | 0.5732889198020006 | 0.8636244699032729 | | zee | pan | 6 | 0.5271261600918548 | 0.49322128674835697 | | eks | zee | 7 | 0.6117840605678454 | 0.1878849191181694 | | zee | wye | 8 | 0.5985540091064224 | 0.976181385699006 | | hat | wye | 9 | 0.03144187646093577 | 0.7495507603507059 | | pan | wye | 10 | 0.5026260055412137 | 0.9526183602969864 | +-----+-----+----+---------------------+---------------------+ mlr --opprint --barred cat ./reg_test/input/abixy-het +-----+-----+---+--------------------+--------------------+ | a | b | i | x | y | +-----+-----+---+--------------------+--------------------+ | pan | pan | 1 | 0.3467901443380824 | 0.7268028627434533 | | eks | pan | 2 | 0.7586799647899636 | 0.5221511083334797 | +-----+-----+---+--------------------+--------------------+ +-----+-----+---+---------------------+---------------------+ | aaa | b | i | x | y | +-----+-----+---+---------------------+---------------------+ | wye | wye | 3 | 0.20460330576630303 | 0.33831852551664776 | +-----+-----+---+---------------------+---------------------+ +-----+-----+---+---------------------+---------------------+ | a | bbb | i | x | y | +-----+-----+---+---------------------+---------------------+ | eks | wye | 4 | 0.38139939387114097 | 0.13418874328430463 | +-----+-----+---+---------------------+---------------------+ +-----+-----+---+--------------------+--------------------+ | a | b | i | xxx | y | +-----+-----+---+--------------------+--------------------+ | wye | pan | 5 | 0.5732889198020006 | 0.8636244699032729 | +-----+-----+---+--------------------+--------------------+ +-----+-----+---+--------------------+---------------------+ | a | b | i | x | y | +-----+-----+---+--------------------+---------------------+ | zee | pan | 6 | 0.5271261600918548 | 0.49322128674835697 | +-----+-----+---+--------------------+---------------------+ +-----+-----+-----+--------------------+--------------------+ | a | b | iii | x | y | +-----+-----+-----+--------------------+--------------------+ | eks | zee | 7 | 0.6117840605678454 | 0.1878849191181694 | +-----+-----+-----+--------------------+--------------------+ +-----+-----+---+--------------------+-------------------+ | a | b | i | x | yyy | +-----+-----+---+--------------------+-------------------+ | zee | wye | 8 | 0.5985540091064224 | 0.976181385699006 | +-----+-----+---+--------------------+-------------------+ +-----+-----+---+---------------------+--------------------+ | aaa | bbb | i | x | y | +-----+-----+---+---------------------+--------------------+ | hat | wye | 9 | 0.03144187646093577 | 0.7495507603507059 | +-----+-----+---+---------------------+--------------------+ +-----+-----+----+--------------------+--------------------+ | a | b | i | x | y | +-----+-----+----+--------------------+--------------------+ | pan | wye | 10 | 0.5026260055412137 | 0.9526183602969864 | +-----+-----+----+--------------------+--------------------+ mlr --opprint --barred --right cat ./reg_test/input/abixy-het +-----+-----+---+--------------------+--------------------+ | a | b | i | x | y | +-----+-----+---+--------------------+--------------------+ | pan | pan | 1 | 0.3467901443380824 | 0.7268028627434533 | | eks | pan | 2 | 0.7586799647899636 | 0.5221511083334797 | +-----+-----+---+--------------------+--------------------+ +-----+-----+---+---------------------+---------------------+ | aaa | b | i | x | y | +-----+-----+---+---------------------+---------------------+ | wye | wye | 3 | 0.20460330576630303 | 0.33831852551664776 | +-----+-----+---+---------------------+---------------------+ +-----+-----+---+---------------------+---------------------+ | a | bbb | i | x | y | +-----+-----+---+---------------------+---------------------+ | eks | wye | 4 | 0.38139939387114097 | 0.13418874328430463 | +-----+-----+---+---------------------+---------------------+ +-----+-----+---+--------------------+--------------------+ | a | b | i | xxx | y | +-----+-----+---+--------------------+--------------------+ | wye | pan | 5 | 0.5732889198020006 | 0.8636244699032729 | +-----+-----+---+--------------------+--------------------+ +-----+-----+---+--------------------+---------------------+ | a | b | i | x | y | +-----+-----+---+--------------------+---------------------+ | zee | pan | 6 | 0.5271261600918548 | 0.49322128674835697 | +-----+-----+---+--------------------+---------------------+ +-----+-----+-----+--------------------+--------------------+ | a | b | iii | x | y | +-----+-----+-----+--------------------+--------------------+ | eks | zee | 7 | 0.6117840605678454 | 0.1878849191181694 | +-----+-----+-----+--------------------+--------------------+ +-----+-----+---+--------------------+-------------------+ | a | b | i | x | yyy | +-----+-----+---+--------------------+-------------------+ | zee | wye | 8 | 0.5985540091064224 | 0.976181385699006 | +-----+-----+---+--------------------+-------------------+ +-----+-----+---+---------------------+--------------------+ | aaa | bbb | i | x | y | +-----+-----+---+---------------------+--------------------+ | hat | wye | 9 | 0.03144187646093577 | 0.7495507603507059 | +-----+-----+---+---------------------+--------------------+ +-----+-----+----+--------------------+--------------------+ | a | b | i | x | y | +-----+-----+----+--------------------+--------------------+ | pan | wye | 10 | 0.5026260055412137 | 0.9526183602969864 | +-----+-----+----+--------------------+--------------------+ ================================================================ MULTI-CHARACTER IXS SPECIFIERS mlr --oxtab --idkvp --mmap --irs lf --ifs \x2c --ips = cut -o -f x,a,i ./reg_test/input/multi-sep.dkvp-crlf x :0.641593543645736508/ a :wye/ i :0/ x :0.827614412562742041/ a :eks/ i :1/ x :0.923068348748175560/ a :zee/ i :2/ x :0.000047786161325772/ a :zee/ i :3/ x :0.676537984365847889/ a :zee/ i :4/ mlr --oxtab --idkvp --mmap --irs lf --ifs /, --ips \x3d\x3a cut -o -f x,a,i ./reg_test/input/multi-sep.dkvp-crlf x 0.641593543645736508 a wye i 0 x 0.827614412562742041 a eks i 1 x 0.923068348748175560 a zee i 2 x 0.000047786161325772 a zee i 3 x 0.676537984365847889 a zee i 4 ================================================================ JSON I/O mlr --ijson --opprint cat ./reg_test/input/small-non-nested.json a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --ijson --opprint cat ./reg_test/input/small-non-nested-wrapped.json a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --ijson --oxtab cat ./reg_test/input/small-nested.json z:pan:1 0.726803 z:pan:0 0.952618 z:eks:0 0.134189 z:eks:1 0.187885 z:wye:1 0.863624 z:zee:0 0.976181 z:hat:1 0.749551 mlr --ojson cat ./reg_test/input/json-output-options.dkvp { "a": 1, "b": "x", "c": 3 } { "d": 4 } { "1": 5, "f": 6 } mlr --ojson --jvstack cat ./reg_test/input/json-output-options.dkvp { "a": 1, "b": "x", "c": 3 } { "d": 4 } { "1": 5, "f": 6 } mlr --ojson --jlistwrap cat ./reg_test/input/json-output-options.dkvp [ { "a": 1, "b": "x", "c": 3 } ,{ "d": 4 } ,{ "1": 5, "f": 6 } ] mlr --ojson --jvstack --jlistwrap cat ./reg_test/input/json-output-options.dkvp [ { "a": 1, "b": "x", "c": 3 } ,{ "d": 4 } ,{ "1": 5, "f": 6 } ] mlr --ojson --jquoteall cat ./reg_test/input/json-output-options.dkvp { "a": "1", "b": "x", "c": "3" } { "d": "4" } { "1": "5", "f": "6" } mlr --ojson --jvstack --jquoteall cat ./reg_test/input/json-output-options.dkvp { "a": "1", "b": "x", "c": "3" } { "d": "4" } { "1": "5", "f": "6" } mlr --ojson --jlistwrap --jquoteall cat ./reg_test/input/json-output-options.dkvp [ { "a": "1", "b": "x", "c": "3" } ,{ "d": "4" } ,{ "1": "5", "f": "6" } ] mlr --ojson --jvstack --jlistwrap --jquoteall cat ./reg_test/input/json-output-options.dkvp [ { "a": "1", "b": "x", "c": "3" } ,{ "d": "4" } ,{ "1": "5", "f": "6" } ] mlr --ojson --jvquoteall cat ./reg_test/input/json-output-options.dkvp { "a": "1", "b": "x", "c": "3" } { "d": "4" } { "1": "5", "f": "6" } mlr --ojson --jvstack --jvquoteall cat ./reg_test/input/json-output-options.dkvp { "a": "1", "b": "x", "c": "3" } { "d": "4" } { "1": "5", "f": "6" } mlr --ojson --jlistwrap --jvquoteall cat ./reg_test/input/json-output-options.dkvp [ { "a": "1", "b": "x", "c": "3" } ,{ "d": "4" } ,{ "1": "5", "f": "6" } ] mlr --ojson --jvstack --jlistwrap --jvquoteall cat ./reg_test/input/json-output-options.dkvp [ { "a": "1", "b": "x", "c": "3" } ,{ "d": "4" } ,{ "1": "5", "f": "6" } ] mlr --ojson --jknquoteint cat ./reg_test/input/json-output-options.dkvp { "a": 1, "b": "x", "c": 3 } { "d": 4 } { "1": 5, "f": 6 } mlr --ojson --jvstack --jknquoteint cat ./reg_test/input/json-output-options.dkvp { "a": 1, "b": "x", "c": 3 } { "d": 4 } { "1": 5, "f": 6 } mlr --ojson --jlistwrap --jknquoteint cat ./reg_test/input/json-output-options.dkvp [ { "a": 1, "b": "x", "c": 3 } ,{ "d": 4 } ,{ "1": 5, "f": 6 } ] mlr --ojson --jvstack --jlistwrap --jknquoteint cat ./reg_test/input/json-output-options.dkvp [ { "a": 1, "b": "x", "c": 3 } ,{ "d": 4 } ,{ "1": 5, "f": 6 } ] mlr put -q --jvquoteall dump $* ./reg_test/input/json-output-options.dkvp { "a": "1", "b": "x", "c": "3" } { "d": "4" } { "1": "5", "f": "6" } mlr put -q --jvquoteall o = $*; o[7] = 8; dump o ./reg_test/input/json-output-options.dkvp { "a": "1", "b": "x", "c": "3", "7": "8" } { "d": "4", "7": "8" } { "1": "5", "f": "6", "7": "8" } mlr put -q --jknquoteint dump $* ./reg_test/input/json-output-options.dkvp { "a": 1, "b": "x", "c": 3 } { "d": 4 } { "1": 5, "f": 6 } mlr put -q --jknquoteint o = $*; o[7] = 8; dump o ./reg_test/input/json-output-options.dkvp { "a": 1, "b": "x", "c": 3, 7: 8 } { "d": 4, 7: 8 } { "1": 5, "f": 6, 7: 8 } mlr --ijson --opprint cat ./reg_test/input/small-non-nested-wrapped.json ./reg_test/input/small-non-nested-wrapped.json a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --icsv --ojson --rs lf cat { "col": "abc \"def\" \\ghi" } mlr --icsv --ojson --jvquoteall --rs lf cat { "col": "abc \"def\" \\ghi" } mlr --ijson --oxtab cat ./reg_test/input/arrays.json a 1 b 1 a 2 b:0 2 b:1 3 a 3 b:c:0 4 b:c:1 5 a 4 b:c:d:0 4 b:c:d:1 5 a 5 b:0 6 b:1 7 b:2:0 8 b:2:1 9 a 6 b:0:0:0 11 mlr --ijson --oxtab --json-map-arrays-on-input cat ./reg_test/input/arrays.json a 1 b 1 a 2 b:0 2 b:1 3 a 3 b:c:0 4 b:c:1 5 a 4 b:c:d:0 4 b:c:d:1 5 a 5 b:0 6 b:1 7 b:2:0 8 b:2:1 9 a 6 b:0:0:0 11 mlr --ijson --oxtab --json-skip-arrays-on-input cat ./reg_test/input/arrays.json a 1 b 1 a 2 a 3 a 4 a 5 a 6 mlr --ijson --oxtab --json-fatal-arrays-on-input cat ./reg_test/input/arrays.json mlr: found array item within JSON object. This is valid but unmillerable JSON. Use --json-skip-arrays-on-input to exclude these from input without fataling. Or, --json-map-arrays-on-input to convert them to integer-indexed maps. mlr: Unable to parse JSON data. mlr --json cat ./reg_test/input/escapes.json { "abc\bdef\fghi": "jkl\nmno\rpqr\tstu\"vw\\xyz" } { "abc\bdef\fghi": "jkl\nmno\rpqr\tstu\"vw\\\\xyz" } ================================================================ FORMAT-CONVERSION KEYSTROKE-SAVERS mlr --d2t cat ./reg_test/input/abixy.dkvp a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --d2n cat ./reg_test/input/abixy.dkvp pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --d2j cat ./reg_test/input/abixy.dkvp { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --d2p cat ./reg_test/input/abixy.dkvp a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --d2x cat ./reg_test/input/abixy.dkvp a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 mlr --d2m cat ./reg_test/input/abixy.dkvp | a | b | i | x | y | | --- | --- | --- | --- | --- | | pan | pan | 1 | 0.3467901443380824 | 0.7268028627434533 | | eks | pan | 2 | 0.7586799647899636 | 0.5221511083334797 | | wye | wye | 3 | 0.20460330576630303 | 0.33831852551664776 | | eks | wye | 4 | 0.38139939387114097 | 0.13418874328430463 | | wye | pan | 5 | 0.5732889198020006 | 0.8636244699032729 | | zee | pan | 6 | 0.5271261600918548 | 0.49322128674835697 | | eks | zee | 7 | 0.6117840605678454 | 0.1878849191181694 | | zee | wye | 8 | 0.5985540091064224 | 0.976181385699006 | | hat | wye | 9 | 0.03144187646093577 | 0.7495507603507059 | | pan | wye | 10 | 0.5026260055412137 | 0.9526183602969864 | mlr --c2t cat ./reg_test/input/abixy.csv a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --c2d cat ./reg_test/input/abixy.csv a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --c2n cat ./reg_test/input/abixy.csv pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --c2j cat ./reg_test/input/abixy.csv { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --c2p cat ./reg_test/input/abixy.csv a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --c2x cat ./reg_test/input/abixy.csv a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 mlr --c2m cat ./reg_test/input/abixy.csv | a | b | i | x | y | | --- | --- | --- | --- | --- | | pan | pan | 1 | 0.3467901443380824 | 0.7268028627434533 | | eks | pan | 2 | 0.7586799647899636 | 0.5221511083334797 | | wye | wye | 3 | 0.20460330576630303 | 0.33831852551664776 | | eks | wye | 4 | 0.38139939387114097 | 0.13418874328430463 | | wye | pan | 5 | 0.5732889198020006 | 0.8636244699032729 | | zee | pan | 6 | 0.5271261600918548 | 0.49322128674835697 | | eks | zee | 7 | 0.6117840605678454 | 0.1878849191181694 | | zee | wye | 8 | 0.5985540091064224 | 0.976181385699006 | | hat | wye | 9 | 0.03144187646093577 | 0.7495507603507059 | | pan | wye | 10 | 0.5026260055412137 | 0.9526183602969864 | mlr --t2c cat ./reg_test/input/abixy.tsv a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 mlr --t2d cat ./reg_test/input/abixy.tsv a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --t2n cat ./reg_test/input/abixy.tsv pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --t2j cat ./reg_test/input/abixy.tsv { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --t2p cat ./reg_test/input/abixy.tsv a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --t2x cat ./reg_test/input/abixy.tsv a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 mlr --t2m cat ./reg_test/input/abixy.tsv | a | b | i | x | y | | --- | --- | --- | --- | --- | | pan | pan | 1 | 0.3467901443380824 | 0.7268028627434533 | | eks | pan | 2 | 0.7586799647899636 | 0.5221511083334797 | | wye | wye | 3 | 0.20460330576630303 | 0.33831852551664776 | | eks | wye | 4 | 0.38139939387114097 | 0.13418874328430463 | | wye | pan | 5 | 0.5732889198020006 | 0.8636244699032729 | | zee | pan | 6 | 0.5271261600918548 | 0.49322128674835697 | | eks | zee | 7 | 0.6117840605678454 | 0.1878849191181694 | | zee | wye | 8 | 0.5985540091064224 | 0.976181385699006 | | hat | wye | 9 | 0.03144187646093577 | 0.7495507603507059 | | pan | wye | 10 | 0.5026260055412137 | 0.9526183602969864 | mlr --n2c cat ./reg_test/input/abixy.nidx 1,2,3,4,5 pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 mlr --n2t cat ./reg_test/input/abixy.nidx 1 2 3 4 5 pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --n2d cat ./reg_test/input/abixy.nidx 1=pan,2=pan,3=1,4=0.3467901443380824,5=0.7268028627434533 1=eks,2=pan,3=2,4=0.7586799647899636,5=0.5221511083334797 1=wye,2=wye,3=3,4=0.20460330576630303,5=0.33831852551664776 1=eks,2=wye,3=4,4=0.38139939387114097,5=0.13418874328430463 1=wye,2=pan,3=5,4=0.5732889198020006,5=0.8636244699032729 1=zee,2=pan,3=6,4=0.5271261600918548,5=0.49322128674835697 1=eks,2=zee,3=7,4=0.6117840605678454,5=0.1878849191181694 1=zee,2=wye,3=8,4=0.5985540091064224,5=0.976181385699006 1=hat,2=wye,3=9,4=0.03144187646093577,5=0.7495507603507059 1=pan,2=wye,3=10,4=0.5026260055412137,5=0.9526183602969864 mlr --n2j cat ./reg_test/input/abixy.nidx { "1": "pan", "2": "pan", "3": 1, "4": 0.3467901443380824, "5": 0.7268028627434533 } { "1": "eks", "2": "pan", "3": 2, "4": 0.7586799647899636, "5": 0.5221511083334797 } { "1": "wye", "2": "wye", "3": 3, "4": 0.20460330576630303, "5": 0.33831852551664776 } { "1": "eks", "2": "wye", "3": 4, "4": 0.38139939387114097, "5": 0.13418874328430463 } { "1": "wye", "2": "pan", "3": 5, "4": 0.5732889198020006, "5": 0.8636244699032729 } { "1": "zee", "2": "pan", "3": 6, "4": 0.5271261600918548, "5": 0.49322128674835697 } { "1": "eks", "2": "zee", "3": 7, "4": 0.6117840605678454, "5": 0.1878849191181694 } { "1": "zee", "2": "wye", "3": 8, "4": 0.5985540091064224, "5": 0.976181385699006 } { "1": "hat", "2": "wye", "3": 9, "4": 0.03144187646093577, "5": 0.7495507603507059 } { "1": "pan", "2": "wye", "3": 10, "4": 0.5026260055412137, "5": 0.9526183602969864 } mlr --n2p cat ./reg_test/input/abixy.nidx 1 2 3 4 5 pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --n2x cat ./reg_test/input/abixy.nidx 1 pan 2 pan 3 1 4 0.3467901443380824 5 0.7268028627434533 1 eks 2 pan 3 2 4 0.7586799647899636 5 0.5221511083334797 1 wye 2 wye 3 3 4 0.20460330576630303 5 0.33831852551664776 1 eks 2 wye 3 4 4 0.38139939387114097 5 0.13418874328430463 1 wye 2 pan 3 5 4 0.5732889198020006 5 0.8636244699032729 1 zee 2 pan 3 6 4 0.5271261600918548 5 0.49322128674835697 1 eks 2 zee 3 7 4 0.6117840605678454 5 0.1878849191181694 1 zee 2 wye 3 8 4 0.5985540091064224 5 0.976181385699006 1 hat 2 wye 3 9 4 0.03144187646093577 5 0.7495507603507059 1 pan 2 wye 3 10 4 0.5026260055412137 5 0.9526183602969864 mlr --n2m cat ./reg_test/input/abixy.nidx | 1 | 2 | 3 | 4 | 5 | | --- | --- | --- | --- | --- | | pan | pan | 1 | 0.3467901443380824 | 0.7268028627434533 | | eks | pan | 2 | 0.7586799647899636 | 0.5221511083334797 | | wye | wye | 3 | 0.20460330576630303 | 0.33831852551664776 | | eks | wye | 4 | 0.38139939387114097 | 0.13418874328430463 | | wye | pan | 5 | 0.5732889198020006 | 0.8636244699032729 | | zee | pan | 6 | 0.5271261600918548 | 0.49322128674835697 | | eks | zee | 7 | 0.6117840605678454 | 0.1878849191181694 | | zee | wye | 8 | 0.5985540091064224 | 0.976181385699006 | | hat | wye | 9 | 0.03144187646093577 | 0.7495507603507059 | | pan | wye | 10 | 0.5026260055412137 | 0.9526183602969864 | mlr --j2c cat ./reg_test/input/abixy.json a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 mlr --j2t cat ./reg_test/input/abixy.json a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --j2d cat ./reg_test/input/abixy.json a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --j2n cat ./reg_test/input/abixy.json pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --j2p cat ./reg_test/input/abixy.json a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --j2x cat ./reg_test/input/abixy.json a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 mlr --j2m cat ./reg_test/input/abixy.json | a | b | i | x | y | | --- | --- | --- | --- | --- | | pan | pan | 1 | 0.3467901443380824 | 0.7268028627434533 | | eks | pan | 2 | 0.7586799647899636 | 0.5221511083334797 | | wye | wye | 3 | 0.20460330576630303 | 0.33831852551664776 | | eks | wye | 4 | 0.38139939387114097 | 0.13418874328430463 | | wye | pan | 5 | 0.5732889198020006 | 0.8636244699032729 | | zee | pan | 6 | 0.5271261600918548 | 0.49322128674835697 | | eks | zee | 7 | 0.6117840605678454 | 0.1878849191181694 | | zee | wye | 8 | 0.5985540091064224 | 0.976181385699006 | | hat | wye | 9 | 0.03144187646093577 | 0.7495507603507059 | | pan | wye | 10 | 0.5026260055412137 | 0.9526183602969864 | mlr --p2c cat ./reg_test/input/abixy.pprint a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 mlr --p2t cat ./reg_test/input/abixy.pprint a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --p2d cat ./reg_test/input/abixy.pprint a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --p2n cat ./reg_test/input/abixy.pprint pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --p2j cat ./reg_test/input/abixy.pprint { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --p2x cat ./reg_test/input/abixy.pprint a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 mlr --p2m cat ./reg_test/input/abixy.pprint | a | b | i | x | y | | --- | --- | --- | --- | --- | | pan | pan | 1 | 0.3467901443380824 | 0.7268028627434533 | | eks | pan | 2 | 0.7586799647899636 | 0.5221511083334797 | | wye | wye | 3 | 0.20460330576630303 | 0.33831852551664776 | | eks | wye | 4 | 0.38139939387114097 | 0.13418874328430463 | | wye | pan | 5 | 0.5732889198020006 | 0.8636244699032729 | | zee | pan | 6 | 0.5271261600918548 | 0.49322128674835697 | | eks | zee | 7 | 0.6117840605678454 | 0.1878849191181694 | | zee | wye | 8 | 0.5985540091064224 | 0.976181385699006 | | hat | wye | 9 | 0.03144187646093577 | 0.7495507603507059 | | pan | wye | 10 | 0.5026260055412137 | 0.9526183602969864 | mlr --x2c cat ./reg_test/input/abixy.xtab a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 mlr --x2t cat ./reg_test/input/abixy.xtab a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --x2d cat ./reg_test/input/abixy.xtab a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --x2n cat ./reg_test/input/abixy.xtab pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --x2j cat ./reg_test/input/abixy.xtab { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --x2p cat ./reg_test/input/abixy.xtab a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --x2m cat ./reg_test/input/abixy.xtab | a | b | i | x | y | | --- | --- | --- | --- | --- | | pan | pan | 1 | 0.3467901443380824 | 0.7268028627434533 | | eks | pan | 2 | 0.7586799647899636 | 0.5221511083334797 | | wye | wye | 3 | 0.20460330576630303 | 0.33831852551664776 | | eks | wye | 4 | 0.38139939387114097 | 0.13418874328430463 | | wye | pan | 5 | 0.5732889198020006 | 0.8636244699032729 | | zee | pan | 6 | 0.5271261600918548 | 0.49322128674835697 | | eks | zee | 7 | 0.6117840605678454 | 0.1878849191181694 | | zee | wye | 8 | 0.5985540091064224 | 0.976181385699006 | | hat | wye | 9 | 0.03144187646093577 | 0.7495507603507059 | | pan | wye | 10 | 0.5026260055412137 | 0.9526183602969864 | ================================================================ LF/CRLF AND AUTODETECT mlr --irs auto --ors lf cat ./reg_test/input/line-term-lf.dkvp a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --irs auto --ors lf cat ./reg_test/input/line-term-crlf.dkvp a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr cat ./reg_test/input/line-term-lf.dkvp a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr cat ./reg_test/input/line-term-crlf.dkvp a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ---------------------------------------------------------------- mmap nidx mlr --irs auto --ors lf --nidx --fs comma cat ./reg_test/input/line-term-lf.dkvp a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --irs auto --ors lf --nidx --fs comma cat ./reg_test/input/line-term-crlf.dkvp a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --nidx --fs comma cat ./reg_test/input/line-term-lf.dkvp a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --nidx --fs comma cat ./reg_test/input/line-term-crlf.dkvp a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ---------------------------------------------------------------- mmap csvlite mlr --irs auto --ors lf --csvlite cat ./reg_test/input/line-term-lf.csv a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 mlr --irs auto --ors lf --csvlite cat ./reg_test/input/line-term-crlf.csv a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 mlr --csvlite cat ./reg_test/input/line-term-lf.csv a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 mlr --csvlite cat ./reg_test/input/line-term-crlf.csv a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 ---------------------------------------------------------------- mmap pprint mlr --irs auto --ors lf --pprint cat ./reg_test/input/line-term-lf.csv a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 mlr --irs auto --ors lf --pprint cat ./reg_test/input/line-term-crlf.csv a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 mlr --pprint cat ./reg_test/input/line-term-lf.csv a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 mlr --pprint cat ./reg_test/input/line-term-crlf.csv a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 ---------------------------------------------------------------- mmap xtab mlr --ifs auto --xtab cat ./reg_test/input/line-term-lf.xtab a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 mlr --ifs auto --xtab cat ./reg_test/input/line-term-crlf.xtab a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 mlr --fs auto --xtab cat ./reg_test/input/line-term-lf.xtab a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 mlr --fs auto --xtab cat ./reg_test/input/line-term-crlf.xtab a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 ---------------------------------------------------------------- mmap xtab mlr --ifs auto --xtab cat ./reg_test/input/line-term-lf.xtab a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 mlr --ifs auto --xtab cat ./reg_test/input/line-term-crlf.xtab a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 mlr --fs auto --xtab cat ./reg_test/input/line-term-lf.xtab a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 mlr --fs auto --xtab cat ./reg_test/input/line-term-crlf.xtab a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 a wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 a eks b wye i 4 x 0.38139939387114097 y 0.13418874328430463 a wye b pan i 5 x 0.5732889198020006 y 0.8636244699032729 a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 a eks b zee i 7 x 0.6117840605678454 y 0.1878849191181694 a zee b wye i 8 x 0.5985540091064224 y 0.976181385699006 a hat b wye i 9 x 0.03144187646093577 y 0.7495507603507059 a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 ---------------------------------------------------------------- mmap csv mlr --irs auto --ors lf --csv cat ./reg_test/input/line-term-lf.csv a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 mlr --irs auto --ors lf --csv cat ./reg_test/input/line-term-crlf.csv a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 mlr --csv cat ./reg_test/input/line-term-lf.csv a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 mlr --csv cat ./reg_test/input/line-term-crlf.csv a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 ---------------------------------------------------------------- mmap json nowrap nostack mlr --irs auto --ors lf --json cat ./reg_test/input/line-term-lf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --irs auto --ors lf --json cat ./reg_test/input/line-term-crlf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --json cat ./reg_test/input/line-term-lf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --json cat ./reg_test/input/line-term-crlf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ---------------------------------------------------------------- mmap json yeswrap nostack mlr --irs auto --ors lf --jlistwrap --json cat ./reg_test/input/line-term-lf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] mlr --irs auto --ors lf --jlistwrap --json cat ./reg_test/input/line-term-crlf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] mlr --jlistwrap --json cat ./reg_test/input/line-term-lf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] mlr --jlistwrap --json cat ./reg_test/input/line-term-crlf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] ---------------------------------------------------------------- mmap json nowrap yesstack mlr --irs auto --json --jvstack cat ./reg_test/input/line-term-lf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --irs auto --ors lf --json --jvstack cat ./reg_test/input/line-term-crlf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --json --jvstack cat ./reg_test/input/line-term-lf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --json --jvstack cat ./reg_test/input/line-term-crlf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ---------------------------------------------------------------- mmap json yeswrap yesstack mlr --irs auto --ors lf --jlistwrap --json --jvstack cat ./reg_test/input/line-term-lf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] mlr --irs auto --ors lf --jlistwrap --json --jvstack cat ./reg_test/input/line-term-crlf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] mlr --jlistwrap --json --jvstack cat ./reg_test/input/line-term-lf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] mlr --jlistwrap --json --jvstack cat ./reg_test/input/line-term-crlf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] ---------------------------------------------------------------- mmap json nowrap nostack mlr --irs auto --ors lf --json cat ./reg_test/input/line-term-lf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --irs auto --ors lf --json cat ./reg_test/input/line-term-crlf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --json cat ./reg_test/input/line-term-lf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --json cat ./reg_test/input/line-term-crlf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ---------------------------------------------------------------- mmap json yeswrap nostack mlr --irs auto --ors lf --jlistwrap --json cat ./reg_test/input/line-term-lf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] mlr --irs auto --ors lf --jlistwrap --json cat ./reg_test/input/line-term-crlf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] mlr --jlistwrap --json cat ./reg_test/input/line-term-lf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] mlr --jlistwrap --json cat ./reg_test/input/line-term-crlf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] ---------------------------------------------------------------- mmap json nowrap yesstack mlr --irs auto --ors lf --json --jvstack cat ./reg_test/input/line-term-lf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --irs auto --ors lf --json --jvstack cat ./reg_test/input/line-term-crlf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --json --jvstack cat ./reg_test/input/line-term-lf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --json --jvstack cat ./reg_test/input/line-term-crlf.json { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ---------------------------------------------------------------- mmap json yeswrap yesstack mlr --irs auto --ors lf --jlistwrap --json --jvstack cat ./reg_test/input/line-term-lf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] mlr --irs auto --ors lf --jlistwrap --json --jvstack cat ./reg_test/input/line-term-crlf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] mlr --jlistwrap --json --jvstack cat ./reg_test/input/line-term-lf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] mlr --jlistwrap --json --jvstack cat ./reg_test/input/line-term-crlf-wrap.json [ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] ================================================================ USER-DEFINED FUNCTIONS AND SUBROUTINES mlr --opprint --from ./reg_test/input/abixy put func f(u,v){return u+v} $o=f(NR*1000,$x) a b i x y o pan pan 1 0.3467901443380824 0.7268028627434533 1000.346790 eks pan 2 0.7586799647899636 0.5221511083334797 2000.758680 wye wye 3 0.20460330576630303 0.33831852551664776 3000.204603 eks wye 4 0.38139939387114097 0.13418874328430463 4000.381399 wye pan 5 0.5732889198020006 0.8636244699032729 5000.573289 zee pan 6 0.5271261600918548 0.49322128674835697 6000.527126 eks zee 7 0.6117840605678454 0.1878849191181694 7000.611784 zee wye 8 0.5985540091064224 0.976181385699006 8000.598554 hat wye 9 0.03144187646093577 0.7495507603507059 9000.031442 pan wye 10 0.5026260055412137 0.9526183602969864 10000.502626 mlr --opprint --from ./reg_test/input/abixy put func f(x,y,z){$nnn=999; int n=10; return $y} $o=f($i,$x,$y) mlr: assignments to $-variables are not valid within func blocks. mlr --opprint --from ./reg_test/input/abixy put subr s(a,b) { $[a] = b } call s("W", 999) a b i x y W pan pan 1 0.3467901443380824 0.7268028627434533 999 eks pan 2 0.7586799647899636 0.5221511083334797 999 wye wye 3 0.20460330576630303 0.33831852551664776 999 eks wye 4 0.38139939387114097 0.13418874328430463 999 wye pan 5 0.5732889198020006 0.8636244699032729 999 zee pan 6 0.5271261600918548 0.49322128674835697 999 eks zee 7 0.6117840605678454 0.1878849191181694 999 zee wye 8 0.5985540091064224 0.976181385699006 999 hat wye 9 0.03144187646093577 0.7495507603507059 999 pan wye 10 0.5026260055412137 0.9526183602969864 999 mlr --opprint --from ./reg_test/input/abixy put func f(x,y,z) { return x + y + z } subr s(a,b) { $[a] = b; $DID = "YES"; } $o = f($x, $y, $i); call s("W", NR); a b i x y o W DID pan pan 1 0.3467901443380824 0.7268028627434533 2.073593 1 YES eks pan 2 0.7586799647899636 0.5221511083334797 3.280831 2 YES wye wye 3 0.20460330576630303 0.33831852551664776 3.542922 3 YES eks wye 4 0.38139939387114097 0.13418874328430463 4.515588 4 YES wye pan 5 0.5732889198020006 0.8636244699032729 6.436913 5 YES zee pan 6 0.5271261600918548 0.49322128674835697 7.020347 6 YES eks zee 7 0.6117840605678454 0.1878849191181694 7.799669 7 YES zee wye 8 0.5985540091064224 0.976181385699006 9.574735 8 YES hat wye 9 0.03144187646093577 0.7495507603507059 9.780993 9 YES pan wye 10 0.5026260055412137 0.9526183602969864 11.455244 10 YES mlr --opprint --from ./reg_test/input/abixy put func f(x,y,z) { return x + y + z } subr s(a,b) { $[a] = b; return; $DID = "YES"; } $o = f($x, $y, $i); call s("W", NR); a b i x y o W pan pan 1 0.3467901443380824 0.7268028627434533 2.073593 1 eks pan 2 0.7586799647899636 0.5221511083334797 3.280831 2 wye wye 3 0.20460330576630303 0.33831852551664776 3.542922 3 eks wye 4 0.38139939387114097 0.13418874328430463 4.515588 4 wye pan 5 0.5732889198020006 0.8636244699032729 6.436913 5 zee pan 6 0.5271261600918548 0.49322128674835697 7.020347 6 eks zee 7 0.6117840605678454 0.1878849191181694 7.799669 7 zee wye 8 0.5985540091064224 0.976181385699006 9.574735 8 hat wye 9 0.03144187646093577 0.7495507603507059 9.780993 9 pan wye 10 0.5026260055412137 0.9526183602969864 11.455244 10 mlr --from ./reg_test/input/abixy put func f(x,y,z) { return x + y + z } subr s(a,b) { $[a] = b; return 1 # subr must not return value } $o = f($x, $y, $i); call s("W", NR); mlr: return statements within user-defined subroutines must not return a value. mlr --from ./reg_test/input/abixy put func f(x,y,z) { return # func must return value } subr s(a,b) { $[a] = b; } $o = f($x, $y, $i); call s("W", NR); mlr: return statements within user-defined functions must return a value. mlr --from ./reg_test/input/abixy --opprint put func f(x) {return k} for (k,v in $*) {$o=f($x)} a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --from ./reg_test/input/abixy --opprint put subr foo() {print "k is [".k."]"} for (k,v in $*) {call foo()} k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] k is [] a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --opprint --from ./reg_test/input/abixy put func log(x) { return 0 } $o = log($x) mlr: function named "log" must not override a built-in function of the same name. mlr --from ./reg_test/input/abixy put subr log() { print "hello record ". NR } call log() hello record 1 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 hello record 2 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 hello record 3 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 hello record 4 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 hello record 5 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 hello record 6 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 hello record 7 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 hello record 8 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 hello record 9 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 hello record 10 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --opprint --from ./reg_test/input/abixy put $o1 = a; int a=1000+NR; $o2 = a; a=2000+NR; $o3 = a a b i x y o2 o3 pan pan 1 0.3467901443380824 0.7268028627434533 1001 2001 eks pan 2 0.7586799647899636 0.5221511083334797 1002 2002 wye wye 3 0.20460330576630303 0.33831852551664776 1003 2003 eks wye 4 0.38139939387114097 0.13418874328430463 1004 2004 wye pan 5 0.5732889198020006 0.8636244699032729 1005 2005 zee pan 6 0.5271261600918548 0.49322128674835697 1006 2006 eks zee 7 0.6117840605678454 0.1878849191181694 1007 2007 zee wye 8 0.5985540091064224 0.976181385699006 1008 2008 hat wye 9 0.03144187646093577 0.7495507603507059 1009 2009 pan wye 10 0.5026260055412137 0.9526183602969864 1010 2010 mlr --opprint --from ./reg_test/input/abixy put func f(n) { if (is_numeric(n)) { if (n > 0) { return n * f(n-1) } else { return 1 } } # implicitly return absent } $o = f(NR) a b i x y o pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 2 wye wye 3 0.20460330576630303 0.33831852551664776 6 eks wye 4 0.38139939387114097 0.13418874328430463 24 wye pan 5 0.5732889198020006 0.8636244699032729 120 zee pan 6 0.5271261600918548 0.49322128674835697 720 eks zee 7 0.6117840605678454 0.1878849191181694 5040 zee wye 8 0.5985540091064224 0.976181385699006 40320 hat wye 9 0.03144187646093577 0.7495507603507059 362880 pan wye 10 0.5026260055412137 0.9526183602969864 3628800 mlr --opprint --from ./reg_test/input/abixy head -n 5 then put subr s(n) { print "n = " . n; if (is_numeric(n)) { if (n > 0) { call s(n-1) } } } print ""; call s(NR) n = 1 n = 0 n = 2 n = 1 n = 0 n = 3 n = 2 n = 1 n = 0 n = 4 n = 3 n = 2 n = 1 n = 0 n = 5 n = 4 n = 3 n = 2 n = 1 n = 0 a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 mlr --from ./reg_test/input/abixy --opprint put func f(n) { return n+1; } $o1 = f(NR); $o2 = f(f(NR)); $o3 = f(f(f(NR))); $o4 = f(f(f(f(NR)))); $o5 = f(f(f(f(f(NR))))); $o6 = f(f(f(f(f(f(NR)))))); a b i x y o1 o2 o3 o4 o5 o6 pan pan 1 0.3467901443380824 0.7268028627434533 2 3 4 5 6 7 eks pan 2 0.7586799647899636 0.5221511083334797 3 4 5 6 7 8 wye wye 3 0.20460330576630303 0.33831852551664776 4 5 6 7 8 9 eks wye 4 0.38139939387114097 0.13418874328430463 5 6 7 8 9 10 wye pan 5 0.5732889198020006 0.8636244699032729 6 7 8 9 10 11 zee pan 6 0.5271261600918548 0.49322128674835697 7 8 9 10 11 12 eks zee 7 0.6117840605678454 0.1878849191181694 8 9 10 11 12 13 zee wye 8 0.5985540091064224 0.976181385699006 9 10 11 12 13 14 hat wye 9 0.03144187646093577 0.7495507603507059 10 11 12 13 14 15 pan wye 10 0.5026260055412137 0.9526183602969864 11 12 13 14 15 16 mlr --from ./reg_test/input/abixy --opprint put func f(n) { if (n < 2) { return 1 } else { return f(n-1) + f(n-2) } } $o = f(NR) a b i x y o pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 2 wye wye 3 0.20460330576630303 0.33831852551664776 3 eks wye 4 0.38139939387114097 0.13418874328430463 5 wye pan 5 0.5732889198020006 0.8636244699032729 8 zee pan 6 0.5271261600918548 0.49322128674835697 13 eks zee 7 0.6117840605678454 0.1878849191181694 21 zee wye 8 0.5985540091064224 0.976181385699006 34 hat wye 9 0.03144187646093577 0.7495507603507059 55 pan wye 10 0.5026260055412137 0.9526183602969864 89 mlr --from ./reg_test/input/abixy --opprint put func f(n) { if (is_present(@fcache[n])) { return @fcache[n] } else { num rv = 1; if (n >= 2) { rv = f(n-1) + f(n-2) } @fcache[n] = rv; return rv } } $o = f(NR) a b i x y o pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 2 wye wye 3 0.20460330576630303 0.33831852551664776 3 eks wye 4 0.38139939387114097 0.13418874328430463 5 wye pan 5 0.5732889198020006 0.8636244699032729 8 zee pan 6 0.5271261600918548 0.49322128674835697 13 eks zee 7 0.6117840605678454 0.1878849191181694 21 zee wye 8 0.5985540091064224 0.976181385699006 34 hat wye 9 0.03144187646093577 0.7495507603507059 55 pan wye 10 0.5026260055412137 0.9526183602969864 89 mlr --from ./reg_test/input/abixy --opprint put func f(x) { begin {} } mlr: begin statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint put func f(x) { end {} } mlr: end statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint put subr s(x) { begin {} } mlr: begin statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint put subr s(x) { end {} } mlr: end statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint put func f(x) { func g(y) {} } mlr: func statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint put func f(x) { subr t(y) {} } mlr: subr statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint put subr s(x) { func g(y) {} } mlr: func statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint put subr s(x) { subr t(y) {} } mlr: subr statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint filter func f(x) { begin {} }; true mlr: begin statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint filter func f(x) { end {} }; true mlr: end statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint filter subr s(x) { begin {} }; true mlr: begin statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint filter subr s(x) { end {} }; true mlr: end statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint filter func f(x) { func g(y) {} }; true mlr: func statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint filter func f(x) { subr t(y) {} }; true mlr: subr statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint filter subr s(x) { func g(y) {} }; true mlr: func statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint filter subr s(x) { subr t(y) {} }; true mlr: subr statements are only valid at top level. mlr --from ./reg_test/input/abixy --opprint put func log(x) { return $x + 1 } mlr: function named "log" must not override a built-in function of the same name. mlr --from ./reg_test/input/abixy --opprint put func f(x) { return $x + 1 } func f(x) { return $x + 1} mlr: function named "f" has already been defined. mlr --from ./reg_test/input/abixy --opprint put subr s() { } subr s() { } mlr: subroutine named "s" has already been defined. mlr --from ./reg_test/input/abixy --opprint put subr s() { } subr s(x) { } mlr: subroutine named "s" has already been defined. mlr --from ./reg_test/input/abixy --opprint put subr log(text) { print "TEXT IS ".text } call log("NR is ".NR) TEXT IS NR is 1 TEXT IS NR is 2 TEXT IS NR is 3 TEXT IS NR is 4 TEXT IS NR is 5 TEXT IS NR is 6 TEXT IS NR is 7 TEXT IS NR is 8 TEXT IS NR is 9 TEXT IS NR is 10 a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --from ./reg_test/input/abixy --opprint put subr log(text) { print "TEXT IS ".text } call log("NR is ".NR) TEXT IS NR is 1 TEXT IS NR is 2 TEXT IS NR is 3 TEXT IS NR is 4 TEXT IS NR is 5 TEXT IS NR is 6 TEXT IS NR is 7 TEXT IS NR is 8 TEXT IS NR is 9 TEXT IS NR is 10 a b i x y pan pan 1 0.3467901443380824 0.7268028627434533 eks pan 2 0.7586799647899636 0.5221511083334797 wye wye 3 0.20460330576630303 0.33831852551664776 eks wye 4 0.38139939387114097 0.13418874328430463 wye pan 5 0.5732889198020006 0.8636244699032729 zee pan 6 0.5271261600918548 0.49322128674835697 eks zee 7 0.6117840605678454 0.1878849191181694 zee wye 8 0.5985540091064224 0.976181385699006 hat wye 9 0.03144187646093577 0.7495507603507059 pan wye 10 0.5026260055412137 0.9526183602969864 mlr --from ./reg_test/input/abixy --opprint put func f(text) { print "TEXT IS ".text; return text.text } $o = f($a) TEXT IS pan TEXT IS eks TEXT IS wye TEXT IS eks TEXT IS wye TEXT IS zee TEXT IS eks TEXT IS zee TEXT IS hat TEXT IS pan a b i x y o pan pan 1 0.3467901443380824 0.7268028627434533 panpan eks pan 2 0.7586799647899636 0.5221511083334797 ekseks wye wye 3 0.20460330576630303 0.33831852551664776 wyewye eks wye 4 0.38139939387114097 0.13418874328430463 ekseks wye pan 5 0.5732889198020006 0.8636244699032729 wyewye zee pan 6 0.5271261600918548 0.49322128674835697 zeezee eks zee 7 0.6117840605678454 0.1878849191181694 ekseks zee wye 8 0.5985540091064224 0.976181385699006 zeezee hat wye 9 0.03144187646093577 0.7495507603507059 hathat pan wye 10 0.5026260055412137 0.9526183602969864 panpan mlr --from ./reg_test/input/abixy put begin{@x=1} func f(x) { dump; print "hello" } $o=f($i) { "x": 1 } hello a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 { "x": 1 } hello a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 { "x": 1 } hello a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 { "x": 1 } hello a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 { "x": 1 } hello a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 { "x": 1 } hello a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 { "x": 1 } hello a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 { "x": 1 } hello a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 { "x": 1 } hello a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 { "x": 1 } hello a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy put begin{@x=1} func f(x) { dump; print "hello"; tee > "x", $* } $o=f($i) mlr: tee statements are not valid within func blocks. mlr --from ./reg_test/input/abixy put begin{@x=1} func f(x) { dump; print "hello"; emit > "x", @* } $o=f($i) mlr: emit statements are not valid within func blocks. mlr --from ./reg_test/input/abixy put func f(x,y) { return 2*y } $o = f($x,$y) a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,o=1.453606 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,o=1.044302 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,o=0.676637 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,o=0.268377 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,o=1.727249 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,o=0.986443 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,o=0.375770 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,o=1.952363 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,o=1.499102 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,o=1.905237 mlr -n put -q -f ./reg_test/input/sieve.mlr 2 3 5 7 11 13 17 19 23 29 31 37 41 43 47 53 59 61 67 71 73 79 83 89 97 mlr -n put -q -f ./reg_test/input/mand.mlr -e begin {@verbose = true} RCORN = -2.000000 ICORN = -2.000000 SIDE = 4.000000 IHEIGHT = 50 IWIDTH = 100 MAXITS = 100 LEVELSTEP = 5 CHARS = @X*o-. @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXX.XXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXooXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXX**o..*XXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXX*-....-oXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXX@XXXXXXXXXX*......o*XXXXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXXX**oo*-.-........oo.XXXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXXXXXX....................X..o-XXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@XXXXXXXXXXXXXXX*oo......................oXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@XXX*XXXXXXXXXXXX**o........................*X*X@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@XXXXXXooo***o*.*XX**X..........................o-XX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@XXXXXXXX*-.......-***.............................oXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@XXXXXXXX*@..........Xo............................*XX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@XXXX@XXXXXXXX*o@oX...........@...........................oXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ .........................................................o*XXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@XXXXXXXXX*-.oX...........@...........................oXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@XXXXXXXXXX**@..........*o............................*XXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@XXXXXXXXXXXXX-........***.............................oXXXXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@XXXXXXXXXXXXoo****o*.XX***@..........................o-XXXXXXXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@XXXXX*XXXX*XXXXXXX**-........................***XXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@XXXXXXXXXXXXX*o*.....................@o*XXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXXXXX*....................*..o-XX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXX*ooo*-.o........oo.X*XXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXX**@.....*XXXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXX*o....-o*XXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXXXo*o..*XXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXXXXXX*o*XXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXXXXX@XXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXX@@XXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ mlr --from ./reg_test/input/abixy put -v func f(x) { return x**2 } func g(y) { return y+1 } subr s(a,b,c) { print a.b.c } begin { @a = 0; var ell = 1; print "local1 = ".ell; } end { emit @a; var emm = 2; print "local2 = ".emm; } @a += 1; begin { @b = 0; @c = 0; print "local3 = ".ell; } @b += 2; @c += 3; end { emit @b; emit @c; print "local4 = ".emm; } RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="f", type=FUNC_DEF: text="f", type=NON_SIGIL_NAME: text="x", type=UNTYPED_PARAMETER_DEFINITION. text="func_block", type=STATEMENT_BLOCK: text="return_value", type=RETURN_VALUE: text="**", type=OPERATOR: text="x", type=NONINDEXED_LOCAL_VARIABLE. text="2", type=NUMERIC_LITERAL. text="g", type=FUNC_DEF: text="g", type=NON_SIGIL_NAME: text="y", type=UNTYPED_PARAMETER_DEFINITION. text="func_block", type=STATEMENT_BLOCK: text="return_value", type=RETURN_VALUE: text="+", type=OPERATOR: text="y", type=NONINDEXED_LOCAL_VARIABLE. text="1", type=NUMERIC_LITERAL. text="s", type=SUBR_DEF: text="s", type=NON_SIGIL_NAME: text="a", type=UNTYPED_PARAMETER_DEFINITION. text="b", type=UNTYPED_PARAMETER_DEFINITION. text="c", type=UNTYPED_PARAMETER_DEFINITION. text="subr_block", type=STATEMENT_BLOCK: text="print", type=PRINT: text=".", type=OPERATOR: text=".", type=OPERATOR: text="a", type=NONINDEXED_LOCAL_VARIABLE. text="b", type=NONINDEXED_LOCAL_VARIABLE. text="c", type=NONINDEXED_LOCAL_VARIABLE. text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="var", type=UNTYPED_LOCAL_DEFINITION: text="ell", type=NONINDEXED_LOCAL_VARIABLE. text="1", type=NUMERIC_LITERAL. text="print", type=PRINT: text=".", type=OPERATOR: text="local1 = ", type=STRING_LITERAL. text="ell", type=NONINDEXED_LOCAL_VARIABLE. text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="emit", type=EMIT: text="emit", type=EMIT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="stream", type=STREAM: text="var", type=UNTYPED_LOCAL_DEFINITION: text="emm", type=NONINDEXED_LOCAL_VARIABLE. text="2", type=NUMERIC_LITERAL. text="print", type=PRINT: text=".", type=OPERATOR: text="local2 = ", type=STRING_LITERAL. text="emm", type=NONINDEXED_LOCAL_VARIABLE. text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="begin", type=BEGIN: text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="print", type=PRINT: text=".", type=OPERATOR: text="local3 = ", type=STRING_LITERAL. text="ell", type=NONINDEXED_LOCAL_VARIABLE. text=">", type=FILE_WRITE: text="stdout", type=STDOUT: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="3", type=NUMERIC_LITERAL. text="end", type=END: text="end_block", type=STATEMENT_BLOCK: text="emit", type=EMIT: text="emit", type=EMIT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="stream", type=STREAM: text="emit", type=EMIT: text="emit", type=EMIT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="stream", type=STREAM: text="print", type=PRINT: text=".", type=OPERATOR: text="local4 = ", type=STRING_LITERAL. text="emm", type=NONINDEXED_LOCAL_VARIABLE. text=">", type=FILE_WRITE: text="stdout", type=STDOUT: BLOCKED AST: FUNCTION DEFINITION: text="f", type=FUNC_DEF: subframe_var_count=2 max_subframe_depth=1 max_var_depth=2 text="f", type=NON_SIGIL_NAME: text="x", type=UNTYPED_PARAMETER_DEFINITION. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="func_block", type=STATEMENT_BLOCK: text="return_value", type=RETURN_VALUE: text="**", type=OPERATOR: text="x", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="2", type=NUMERIC_LITERAL. FUNCTION DEFINITION: text="g", type=FUNC_DEF: subframe_var_count=2 max_subframe_depth=1 max_var_depth=2 text="g", type=NON_SIGIL_NAME: text="y", type=UNTYPED_PARAMETER_DEFINITION. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="func_block", type=STATEMENT_BLOCK: text="return_value", type=RETURN_VALUE: text="+", type=OPERATOR: text="y", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="1", type=NUMERIC_LITERAL. SUBROUTINE DEFINITION: text="s", type=SUBR_DEF: subframe_var_count=4 max_subframe_depth=1 max_var_depth=4 text="s", type=NON_SIGIL_NAME: text="a", type=UNTYPED_PARAMETER_DEFINITION. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="b", type=UNTYPED_PARAMETER_DEFINITION. vardef_subframe_relative_index=2 vardef_subframe_index=0 vardef_frame_relative_index=2 text="c", type=UNTYPED_PARAMETER_DEFINITION. vardef_subframe_relative_index=3 vardef_subframe_index=0 vardef_frame_relative_index=3 text="subr_block", type=STATEMENT_BLOCK: text="print", type=PRINT: text=".", type=OPERATOR: text=".", type=OPERATOR: text="a", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="b", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=2 vardef_subframe_index=0 vardef_frame_relative_index=2 text="c", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=3 vardef_subframe_index=0 vardef_frame_relative_index=3 text=">", type=FILE_WRITE: text="stdout", type=STDOUT: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=2 max_subframe_depth=1 max_var_depth=2 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="var", type=UNTYPED_LOCAL_DEFINITION: text="ell", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="1", type=NUMERIC_LITERAL. text="print", type=PRINT: text=".", type=OPERATOR: text="local1 = ", type=STRING_LITERAL. text="ell", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text=">", type=FILE_WRITE: text="stdout", type=STDOUT: BEGIN-BLOCK: text="begin", type=BEGIN: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="begin_block", type=STATEMENT_BLOCK: text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="0", type=NUMERIC_LITERAL. text="print", type=PRINT: text=".", type=OPERATOR: text="local3 = ", type=STRING_LITERAL. text="ell", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=0 vardef_frame_relative_index=0 text=">", type=FILE_WRITE: text="stdout", type=STDOUT: END-BLOCK: text="end", type=END: subframe_var_count=2 max_subframe_depth=1 max_var_depth=2 text="end_block", type=STATEMENT_BLOCK: text="emit", type=EMIT: text="emit", type=EMIT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="stream", type=STREAM: text="var", type=UNTYPED_LOCAL_DEFINITION: text="emm", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="2", type=NUMERIC_LITERAL. text="print", type=PRINT: text=".", type=OPERATOR: text="local2 = ", type=STRING_LITERAL. text="emm", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text=">", type=FILE_WRITE: text="stdout", type=STDOUT: END-BLOCK: text="end", type=END: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="end_block", type=STATEMENT_BLOCK: text="emit", type=EMIT: text="emit", type=EMIT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="stream", type=STREAM: text="emit", type=EMIT: text="emit", type=EMIT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="stream", type=STREAM: text="print", type=PRINT: text=".", type=OPERATOR: text="local4 = ", type=STRING_LITERAL. text="emm", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=0 vardef_frame_relative_index=0 text=">", type=FILE_WRITE: text="stdout", type=STDOUT: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="a", type=STRING_LITERAL. text="1", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="b", type=STRING_LITERAL. text="2", type=NUMERIC_LITERAL. text="=", type=OOSVAR_ASSIGNMENT: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="+", type=OPERATOR: text="oosvar_keylist", type=OOSVAR_KEYLIST: text="c", type=STRING_LITERAL. text="3", type=NUMERIC_LITERAL. local1 = 1 local3 = a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 local2 = 2 local4 = a=10 b=20 c=30 ================================================================ LOCALVAR SCOPE AND EXTENT mlr --opprint --from ./reg_test/input/abixy put func f() { var a = 1; if (NR > 5) { a = 2; } return a; } func g() { var b = 1; if (NR > 5) { var b = 2; } return b; } func h() { var a = 1; if (NR > 5) { a = 2; return a; } return a; } func i() { var b = 1; if (NR > 5) { var b = 2; return b; } return b; } $of = f(); $og = g(); $oh = h(); $oi = i(); a b i x y of og oh oi pan pan 1 0.3467901443380824 0.7268028627434533 1 1 1 1 eks pan 2 0.7586799647899636 0.5221511083334797 1 1 1 1 wye wye 3 0.20460330576630303 0.33831852551664776 1 1 1 1 eks wye 4 0.38139939387114097 0.13418874328430463 1 1 1 1 wye pan 5 0.5732889198020006 0.8636244699032729 1 1 1 1 zee pan 6 0.5271261600918548 0.49322128674835697 2 1 2 2 eks zee 7 0.6117840605678454 0.1878849191181694 2 1 2 2 zee wye 8 0.5985540091064224 0.976181385699006 2 1 2 2 hat wye 9 0.03144187646093577 0.7495507603507059 2 1 2 2 pan wye 10 0.5026260055412137 0.9526183602969864 2 1 2 2 mlr --opprint --from ./reg_test/input/abixy put func f() { var a = 2; var b = 2; if (NR > 5) { var a = 3; b = 3; } return 1000 * a + b; } a = 1; b = 1; $ab = f(); $oa = a; $ob = b; a b i x y ab oa ob pan pan 1 0.3467901443380824 0.7268028627434533 2002 1 1 eks pan 2 0.7586799647899636 0.5221511083334797 2002 1 1 wye wye 3 0.20460330576630303 0.33831852551664776 2002 1 1 eks wye 4 0.38139939387114097 0.13418874328430463 2002 1 1 wye pan 5 0.5732889198020006 0.8636244699032729 2002 1 1 zee pan 6 0.5271261600918548 0.49322128674835697 2003 1 1 eks zee 7 0.6117840605678454 0.1878849191181694 2003 1 1 zee wye 8 0.5985540091064224 0.976181385699006 2003 1 1 hat wye 9 0.03144187646093577 0.7495507603507059 2003 1 1 pan wye 10 0.5026260055412137 0.9526183602969864 2003 1 1 ================================================================ LOCALVAR UNSETS mlr put -q s=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset s ; dump s; dump t; dump u ./reg_test/input/unset1.dkvp 9 { "1": 9 } { "1": { "2": 9 } } { "1": 9 } { "1": { "2": 9 } } mlr put -q s=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset t ; dump s; dump t; dump u ./reg_test/input/unset1.dkvp 9 { "1": 9 } { "1": { "2": 9 } } 9 { "1": { "2": 9 } } mlr put -q s=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset t[1] ; dump s; dump t; dump u ./reg_test/input/unset1.dkvp 9 { "1": 9 } { "1": { "2": 9 } } 9 { } { "1": { "2": 9 } } mlr put -q s=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset u ; dump s; dump t; dump u ./reg_test/input/unset1.dkvp 9 { "1": 9 } { "1": { "2": 9 } } 9 { "1": 9 } mlr put -q s=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset u[1] ; dump s; dump t; dump u ./reg_test/input/unset1.dkvp 9 { "1": 9 } { "1": { "2": 9 } } 9 { "1": 9 } { } mlr put -q s=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset u[1][2]; dump s; dump t; dump u ./reg_test/input/unset1.dkvp 9 { "1": 9 } { "1": { "2": 9 } } 9 { "1": 9 } { "1": { } } mlr put -q s=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset s ; dump s; dump t; dump u ./reg_test/input/unset4.dkvp 9 { "1": 9 } { "1": { "2": 9 } } { "1": 9 } { "1": { "2": 9 } } 9 { "1": 9 } { "1": { "3": 9 } } { "1": 9 } { "1": { "3": 9 } } 9 { "4": 9 } { "4": { "5": 9 } } { "4": 9 } { "4": { "5": 9 } } 9 { "4": 9 } { "4": { "6": 9 } } { "4": 9 } { "4": { "6": 9 } } mlr put -q s=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset t ; dump s; dump t; dump u ./reg_test/input/unset4.dkvp 9 { "1": 9 } { "1": { "2": 9 } } 9 { "1": { "2": 9 } } 9 { "1": 9 } { "1": { "3": 9 } } 9 { "1": { "3": 9 } } 9 { "4": 9 } { "4": { "5": 9 } } 9 { "4": { "5": 9 } } 9 { "4": 9 } { "4": { "6": 9 } } 9 { "4": { "6": 9 } } mlr put -q s=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset t[1] ; dump s; dump t; dump u ./reg_test/input/unset4.dkvp 9 { "1": 9 } { "1": { "2": 9 } } 9 { } { "1": { "2": 9 } } 9 { "1": 9 } { "1": { "3": 9 } } 9 { } { "1": { "3": 9 } } 9 { "4": 9 } { "4": { "5": 9 } } 9 { "4": 9 } { "4": { "5": 9 } } 9 { "4": 9 } { "4": { "6": 9 } } 9 { "4": 9 } { "4": { "6": 9 } } mlr put -q s=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset u ; dump s; dump t; dump u ./reg_test/input/unset4.dkvp 9 { "1": 9 } { "1": { "2": 9 } } 9 { "1": 9 } 9 { "1": 9 } { "1": { "3": 9 } } 9 { "1": 9 } 9 { "4": 9 } { "4": { "5": 9 } } 9 { "4": 9 } 9 { "4": 9 } { "4": { "6": 9 } } 9 { "4": 9 } mlr put -q s=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset u[1] ; dump s; dump t; dump u ./reg_test/input/unset4.dkvp 9 { "1": 9 } { "1": { "2": 9 } } 9 { "1": 9 } { } 9 { "1": 9 } { "1": { "3": 9 } } 9 { "1": 9 } { } 9 { "4": 9 } { "4": { "5": 9 } } 9 { "4": 9 } { "4": { "5": 9 } } 9 { "4": 9 } { "4": { "6": 9 } } 9 { "4": 9 } { "4": { "6": 9 } } mlr put -q s=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset u[1][2]; dump s; dump t; dump u ./reg_test/input/unset4.dkvp 9 { "1": 9 } { "1": { "2": 9 } } 9 { "1": 9 } { "1": { } } 9 { "1": 9 } { "1": { "3": 9 } } 9 { "1": 9 } { "1": { "3": 9 } } 9 { "4": 9 } { "4": { "5": 9 } } 9 { "4": 9 } { "4": { "5": 9 } } 9 { "4": 9 } { "4": { "6": 9 } } 9 { "4": 9 } { "4": { "6": 9 } } ================================================================ LOCALVAR TYPEDECLs mlr --from ./reg_test/input/abixy put str a = $a; a = "a:".NR; $c = a; a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,c=a:1 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,c=a:2 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,c=a:3 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,c=a:4 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,c=a:5 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,c=a:6 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,c=a:7 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,c=a:8 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,c=a:9 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,c=a:10 mlr --from ./reg_test/input/abixy put str a = $a; a = NR; $c = a; mlr: string type assertion for variable a unmet by value 1 with type int. mlr --from ./reg_test/input/abixy put int a = $a; a = NR; $c = a; mlr: int type assertion for variable a unmet by value "pan" with type string. mlr --from ./reg_test/input/abixy put int i = $i; i = NR; $c = a; a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ================================================================ FORBIND TYPEDECLs mlr --from ./reg_test/input/abixy put for (int i = 0; i < $i; i += 1) { $c = i * 10; } a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,c=0 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,c=10 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,c=20 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,c=30 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,c=40 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,c=50 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,c=60 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,c=70 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,c=80 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,c=90 mlr --from ./reg_test/input/abixy put for (float i = 0; i < $i; i += 1) { $c = i * 10; } mlr: float type assertion for variable i unmet by value 0 with type int. mlr --from ./reg_test/input/abixy put for (int i = 0; i < $i; i += 1) { i += 2; $c = i; } a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,c=2 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,c=2 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,c=2 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,c=5 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,c=5 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,c=5 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,c=8 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,c=8 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,c=8 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,c=11 mlr --from ./reg_test/input/abixy put for (int i = 0; i < $i; i += 1) { i += 1.5; $c = i; } mlr: int type assertion for variable i unmet by value 1.500000 with type float. mlr --from ./reg_test/input/abixy put for (int i = 0; i < $i; i += 1) { i += 1.0; $c = i; } mlr: int type assertion for variable i unmet by value 1.000000 with type float. mlr --from ./reg_test/input/abixy put for (num i = 0; i < $i; i += 1) { i += 1.0; $c = i; } a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,c=1.000000 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,c=1.000000 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,c=3.000000 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,c=3.000000 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,c=5.000000 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,c=5.000000 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,c=7.000000 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,c=7.000000 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,c=9.000000 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,c=9.000000 ================================================================ ARGPASS TYPEDECLs mlr --from ./reg_test/input/abixy put func f(int i) { return i+3; } $c = f($i); a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,c=4 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,c=5 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,c=6 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,c=7 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,c=8 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,c=9 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,c=10 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,c=11 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,c=12 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,c=13 mlr --from ./reg_test/input/abixy put func f(int i) { return i+3; } $c = f($x); mlr: int type assertion for variable i unmet by value 0.346790 with type float. mlr --from ./reg_test/input/abixy put func f(num i): int { return i+3.45; } $c = f($x); mlr: function f returned type float, not matching typedecl int. mlr --from ./reg_test/input/abixy put func f(num i): int { return i+3.45; } $c = f($i); mlr: function f returned type float, not matching typedecl int. mlr --from ./reg_test/input/abixy put func f(num i): int { i = "a"; return 2; } $c = f($x); mlr: numeric type assertion for variable i unmet by value "a" with type string. mlr --from ./reg_test/input/abixy put subr s(int i) { print i+3; } call s($i); 4 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 5 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 6 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 7 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 8 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 9 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 10 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 11 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 12 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 13 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy put subr s(int i) { print i+3; } call s($x); mlr: int type assertion for variable i unmet by value 0.346790 with type float. mlr --from ./reg_test/input/abixy put subr s(num i) { i = "a"; print 2; } call s($x); mlr: numeric type assertion for variable i unmet by value "a" with type string. ================================================================ LOCAL MAP-VARIABLE WRITE/READ mlr --from ./reg_test/input/xyz345 put -v -a $s = a; $t = b[$x]; $u = c[$x][$y]; $v = d[$x][$y][$z]; RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=SREC_ASSIGNMENT: text="s", type=FIELD_NAME. text="a", type=NONINDEXED_LOCAL_VARIABLE. text="=", type=SREC_ASSIGNMENT: text="t", type=FIELD_NAME. text="b", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="u", type=FIELD_NAME. text="c", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="v", type=FIELD_NAME. text="d", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. ALLOCATING RELATIVE (PASS-1) LOCALS FOR MAIN BLOCK ADD FOR ABSENT s @ 0u0 READ a ABSENT @ 0s0 READ b ABSENT @ 0s0 READ c ABSENT @ 0s0 READ d ABSENT @ 0s0 BLOCK main_block subframe_var_count=1 max_subframe_depth=1 ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [main_block] SUBFRAME [main_block] var_count_below=0 var_count_at=1 max_var_depth_so_far=1 subframe_depth=0 NODE a 0s0 (0:0) -> 0 NODE b 0s0 (0:0) -> 0 NODE c 0s0 (0:0) -> 0 NODE d 0s0 (0:0) -> 0 BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=1 max_subframe_depth=1 max_var_depth=1 text="=", type=SREC_ASSIGNMENT: text="s", type=FIELD_NAME. text="a", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=0 vardef_subframe_index=0 vardef_frame_relative_index=0 text="=", type=SREC_ASSIGNMENT: text="t", type=FIELD_NAME. text="b", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=0 vardef_subframe_index=0 vardef_frame_relative_index=0 text="x", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="u", type=FIELD_NAME. text="c", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=0 vardef_subframe_index=0 vardef_frame_relative_index=0 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="v", type=FIELD_NAME. text="d", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=0 vardef_subframe_index=0 vardef_frame_relative_index=0 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. x=3,y=4,z=5 mlr --from ./reg_test/input/xyz345 put -v -a d[$x][$y][$z] = 9; $d = d[$x][$y][$z]; RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=INDEXED_LOCAL_ASSIGNMENT: text="d", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. text="9", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="d", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. ALLOCATING RELATIVE (PASS-1) LOCALS FOR MAIN BLOCK ADD FOR ABSENT s @ 0u0 ADD WRITE d @ 1s0 READ d PRESENT @ 1s0 BLOCK main_block subframe_var_count=2 max_subframe_depth=1 ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [main_block] SUBFRAME [main_block] var_count_below=0 var_count_at=2 max_var_depth_so_far=2 subframe_depth=0 NODE d 1s0 (0:0) -> 1 NODE d 1s0 (0:0) -> 1 BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=2 max_subframe_depth=1 max_var_depth=2 text="=", type=INDEXED_LOCAL_ASSIGNMENT: text="d", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. text="9", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="d", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. x=3,y=4,z=5,d=9 mlr --from ./reg_test/input/xyz345 put -v -a a = 6; b[$x] = 7; c[$x][$y] = 8; d[$x][$y][$z] = 9; $a = a; $b = b[$x]; $c = c[$x][$y]; $d = d[$x][$y][$z]; RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="a", type=NONINDEXED_LOCAL_VARIABLE. text="6", type=NUMERIC_LITERAL. text="=", type=INDEXED_LOCAL_ASSIGNMENT: text="b", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="7", type=NUMERIC_LITERAL. text="=", type=INDEXED_LOCAL_ASSIGNMENT: text="c", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="8", type=NUMERIC_LITERAL. text="=", type=INDEXED_LOCAL_ASSIGNMENT: text="d", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. text="9", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="a", type=FIELD_NAME. text="a", type=NONINDEXED_LOCAL_VARIABLE. text="=", type=SREC_ASSIGNMENT: text="b", type=FIELD_NAME. text="b", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="c", type=FIELD_NAME. text="c", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="d", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. ALLOCATING RELATIVE (PASS-1) LOCALS FOR MAIN BLOCK ADD FOR ABSENT s @ 0u0 ADD WRITE a @ 1s0 ADD WRITE b @ 2s0 ADD WRITE c @ 3s0 ADD WRITE d @ 4s0 READ a PRESENT @ 1s0 READ b PRESENT @ 2s0 READ c PRESENT @ 3s0 READ d PRESENT @ 4s0 BLOCK main_block subframe_var_count=5 max_subframe_depth=1 ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [main_block] SUBFRAME [main_block] var_count_below=0 var_count_at=5 max_var_depth_so_far=5 subframe_depth=0 NODE a 1s0 (0:0) -> 1 NODE b 2s0 (0:0) -> 2 NODE c 3s0 (0:0) -> 3 NODE d 4s0 (0:0) -> 4 NODE a 1s0 (0:0) -> 1 NODE b 2s0 (0:0) -> 2 NODE c 3s0 (0:0) -> 3 NODE d 4s0 (0:0) -> 4 BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=5 max_subframe_depth=1 max_var_depth=5 text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="a", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="6", type=NUMERIC_LITERAL. text="=", type=INDEXED_LOCAL_ASSIGNMENT: text="b", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=2 vardef_subframe_index=0 vardef_frame_relative_index=2 text="x", type=FIELD_NAME. text="7", type=NUMERIC_LITERAL. text="=", type=INDEXED_LOCAL_ASSIGNMENT: text="c", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=3 vardef_subframe_index=0 vardef_frame_relative_index=3 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="8", type=NUMERIC_LITERAL. text="=", type=INDEXED_LOCAL_ASSIGNMENT: text="d", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=4 vardef_subframe_index=0 vardef_frame_relative_index=4 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. text="9", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="a", type=FIELD_NAME. text="a", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="=", type=SREC_ASSIGNMENT: text="b", type=FIELD_NAME. text="b", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=2 vardef_subframe_index=0 vardef_frame_relative_index=2 text="x", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="c", type=FIELD_NAME. text="c", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=3 vardef_subframe_index=0 vardef_frame_relative_index=3 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="d", type=FIELD_NAME. text="d", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=4 vardef_subframe_index=0 vardef_frame_relative_index=4 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. x=3,y=4,z=5,a=6,b=7,c=8,d=9 mlr --from ./reg_test/input/xyz345 put -v -a a = 6; b[$x] = 7; c[$x][$y] = 8; d[$x][$y][$z] = 9; $a0 = a; $a1 = a[$x]; $a2 = a[$x][$y]; $a3 = a[$x][$y][$z]; $b0 = b; $b1 = b[$x]; $b2 = b[$x][$y]; $b3 = b[$x][$y][$z]; $c0 = c; $c1 = c[$x]; $c2 = c[$x][$y]; $c3 = c[$x][$y][$z]; $d0 = d; $d1 = d[$x]; $d2 = d[$x][$y]; $d3 = d[$x][$y][$z]; RAW AST: AST ROOT: text="block", type=STATEMENT_BLOCK: text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="a", type=NONINDEXED_LOCAL_VARIABLE. text="6", type=NUMERIC_LITERAL. text="=", type=INDEXED_LOCAL_ASSIGNMENT: text="b", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="7", type=NUMERIC_LITERAL. text="=", type=INDEXED_LOCAL_ASSIGNMENT: text="c", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="8", type=NUMERIC_LITERAL. text="=", type=INDEXED_LOCAL_ASSIGNMENT: text="d", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. text="9", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="a0", type=FIELD_NAME. text="a", type=NONINDEXED_LOCAL_VARIABLE. text="=", type=SREC_ASSIGNMENT: text="a1", type=FIELD_NAME. text="a", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="a2", type=FIELD_NAME. text="a", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="a3", type=FIELD_NAME. text="a", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="b0", type=FIELD_NAME. text="b", type=NONINDEXED_LOCAL_VARIABLE. text="=", type=SREC_ASSIGNMENT: text="b1", type=FIELD_NAME. text="b", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="b2", type=FIELD_NAME. text="b", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="b3", type=FIELD_NAME. text="b", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="c0", type=FIELD_NAME. text="c", type=NONINDEXED_LOCAL_VARIABLE. text="=", type=SREC_ASSIGNMENT: text="c1", type=FIELD_NAME. text="c", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="c2", type=FIELD_NAME. text="c", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="c3", type=FIELD_NAME. text="c", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="d0", type=FIELD_NAME. text="d", type=NONINDEXED_LOCAL_VARIABLE. text="=", type=SREC_ASSIGNMENT: text="d1", type=FIELD_NAME. text="d", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="d2", type=FIELD_NAME. text="d", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="d3", type=FIELD_NAME. text="d", type=INDEXED_LOCAL_VARIABLE: text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. ALLOCATING RELATIVE (PASS-1) LOCALS FOR MAIN BLOCK ADD FOR ABSENT s @ 0u0 ADD WRITE a @ 1s0 ADD WRITE b @ 2s0 ADD WRITE c @ 3s0 ADD WRITE d @ 4s0 READ a PRESENT @ 1s0 READ a PRESENT @ 1s0 READ a PRESENT @ 1s0 READ a PRESENT @ 1s0 READ b PRESENT @ 2s0 READ b PRESENT @ 2s0 READ b PRESENT @ 2s0 READ b PRESENT @ 2s0 READ c PRESENT @ 3s0 READ c PRESENT @ 3s0 READ c PRESENT @ 3s0 READ c PRESENT @ 3s0 READ d PRESENT @ 4s0 READ d PRESENT @ 4s0 READ d PRESENT @ 4s0 READ d PRESENT @ 4s0 BLOCK main_block subframe_var_count=5 max_subframe_depth=1 ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [main_block] SUBFRAME [main_block] var_count_below=0 var_count_at=5 max_var_depth_so_far=5 subframe_depth=0 NODE a 1s0 (0:0) -> 1 NODE b 2s0 (0:0) -> 2 NODE c 3s0 (0:0) -> 3 NODE d 4s0 (0:0) -> 4 NODE a 1s0 (0:0) -> 1 NODE a 1s0 (0:0) -> 1 NODE a 1s0 (0:0) -> 1 NODE a 1s0 (0:0) -> 1 NODE b 2s0 (0:0) -> 2 NODE b 2s0 (0:0) -> 2 NODE b 2s0 (0:0) -> 2 NODE b 2s0 (0:0) -> 2 NODE c 3s0 (0:0) -> 3 NODE c 3s0 (0:0) -> 3 NODE c 3s0 (0:0) -> 3 NODE c 3s0 (0:0) -> 3 NODE d 4s0 (0:0) -> 4 NODE d 4s0 (0:0) -> 4 NODE d 4s0 (0:0) -> 4 NODE d 4s0 (0:0) -> 4 BLOCKED AST: MAIN BLOCK: text="main_block", type=STATEMENT_BLOCK: subframe_var_count=5 max_subframe_depth=1 max_var_depth=5 text="=", type=NONINDEXED_LOCAL_ASSIGNMENT: text="a", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="6", type=NUMERIC_LITERAL. text="=", type=INDEXED_LOCAL_ASSIGNMENT: text="b", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=2 vardef_subframe_index=0 vardef_frame_relative_index=2 text="x", type=FIELD_NAME. text="7", type=NUMERIC_LITERAL. text="=", type=INDEXED_LOCAL_ASSIGNMENT: text="c", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=3 vardef_subframe_index=0 vardef_frame_relative_index=3 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="8", type=NUMERIC_LITERAL. text="=", type=INDEXED_LOCAL_ASSIGNMENT: text="d", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=4 vardef_subframe_index=0 vardef_frame_relative_index=4 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. text="9", type=NUMERIC_LITERAL. text="=", type=SREC_ASSIGNMENT: text="a0", type=FIELD_NAME. text="a", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="=", type=SREC_ASSIGNMENT: text="a1", type=FIELD_NAME. text="a", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="x", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="a2", type=FIELD_NAME. text="a", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="a3", type=FIELD_NAME. text="a", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=1 vardef_subframe_index=0 vardef_frame_relative_index=1 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="b0", type=FIELD_NAME. text="b", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=2 vardef_subframe_index=0 vardef_frame_relative_index=2 text="=", type=SREC_ASSIGNMENT: text="b1", type=FIELD_NAME. text="b", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=2 vardef_subframe_index=0 vardef_frame_relative_index=2 text="x", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="b2", type=FIELD_NAME. text="b", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=2 vardef_subframe_index=0 vardef_frame_relative_index=2 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="b3", type=FIELD_NAME. text="b", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=2 vardef_subframe_index=0 vardef_frame_relative_index=2 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="c0", type=FIELD_NAME. text="c", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=3 vardef_subframe_index=0 vardef_frame_relative_index=3 text="=", type=SREC_ASSIGNMENT: text="c1", type=FIELD_NAME. text="c", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=3 vardef_subframe_index=0 vardef_frame_relative_index=3 text="x", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="c2", type=FIELD_NAME. text="c", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=3 vardef_subframe_index=0 vardef_frame_relative_index=3 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="c3", type=FIELD_NAME. text="c", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=3 vardef_subframe_index=0 vardef_frame_relative_index=3 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="d0", type=FIELD_NAME. text="d", type=NONINDEXED_LOCAL_VARIABLE. vardef_subframe_relative_index=4 vardef_subframe_index=0 vardef_frame_relative_index=4 text="=", type=SREC_ASSIGNMENT: text="d1", type=FIELD_NAME. text="d", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=4 vardef_subframe_index=0 vardef_frame_relative_index=4 text="x", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="d2", type=FIELD_NAME. text="d", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=4 vardef_subframe_index=0 vardef_frame_relative_index=4 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="=", type=SREC_ASSIGNMENT: text="d3", type=FIELD_NAME. text="d", type=INDEXED_LOCAL_VARIABLE: vardef_subframe_relative_index=4 vardef_subframe_index=0 vardef_frame_relative_index=4 text="x", type=FIELD_NAME. text="y", type=FIELD_NAME. text="z", type=FIELD_NAME. x=3,y=4,z=5,a0=6,b1=7,c2=8,d3=9 ================================================================ LOCAL MAP-VARIABLE TYPE-DECL mlr --from ./reg_test/input/xyz345 put map a = {}; x=3,y=4,z=5 mlr --from ./reg_test/input/xyz345 put map a = {}; a[1]=2; a[3][4]=5; x=3,y=4,z=5 mlr --from ./reg_test/input/xyz345 put map a = {}; a=2; a[3][4]=5; mlr: map type assertion for variable a unmet by value 2 with type int. mlr --from ./reg_test/input/xyz345 put map a = {}; a[3][4]=5; a=2; mlr: map type assertion for variable a unmet by value 2 with type int. ================================================================ TRIPLE-FORs mlr --opprint --from ./reg_test/input/abixy put num sum = 0; num a = 1; for (;;) { if (a > NR) { break; } sum += a; a += 1 } $z = sum a b i x y z pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 3 wye wye 3 0.20460330576630303 0.33831852551664776 6 eks wye 4 0.38139939387114097 0.13418874328430463 10 wye pan 5 0.5732889198020006 0.8636244699032729 15 zee pan 6 0.5271261600918548 0.49322128674835697 21 eks zee 7 0.6117840605678454 0.1878849191181694 28 zee wye 8 0.5985540091064224 0.976181385699006 36 hat wye 9 0.03144187646093577 0.7495507603507059 45 pan wye 10 0.5026260055412137 0.9526183602969864 55 mlr --opprint --from ./reg_test/input/abixy put num sum = 0; num a = 1; for (;;) { if (a > NR) { break; } sum += a; a += 1 } $z = sum a b i x y z pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 3 wye wye 3 0.20460330576630303 0.33831852551664776 6 eks wye 4 0.38139939387114097 0.13418874328430463 10 wye pan 5 0.5732889198020006 0.8636244699032729 15 zee pan 6 0.5271261600918548 0.49322128674835697 21 eks zee 7 0.6117840605678454 0.1878849191181694 28 zee wye 8 0.5985540091064224 0.976181385699006 36 hat wye 9 0.03144187646093577 0.7495507603507059 45 pan wye 10 0.5026260055412137 0.9526183602969864 55 mlr --opprint --from ./reg_test/input/abixy put num sum = 0; for (num a = 1; ;) { if (a > NR) { break; } sum += a; a += 1 } $z = sum a b i x y z pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 3 wye wye 3 0.20460330576630303 0.33831852551664776 6 eks wye 4 0.38139939387114097 0.13418874328430463 10 wye pan 5 0.5732889198020006 0.8636244699032729 15 zee pan 6 0.5271261600918548 0.49322128674835697 21 eks zee 7 0.6117840605678454 0.1878849191181694 28 zee wye 8 0.5985540091064224 0.976181385699006 36 hat wye 9 0.03144187646093577 0.7495507603507059 45 pan wye 10 0.5026260055412137 0.9526183602969864 55 mlr --opprint --from ./reg_test/input/abixy put num sum = 0; num a = 1; for (; ; a += 1) { if (a > NR) { break; } sum += a; } $z = sum a b i x y z pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 3 wye wye 3 0.20460330576630303 0.33831852551664776 6 eks wye 4 0.38139939387114097 0.13418874328430463 10 wye pan 5 0.5732889198020006 0.8636244699032729 15 zee pan 6 0.5271261600918548 0.49322128674835697 21 eks zee 7 0.6117840605678454 0.1878849191181694 28 zee wye 8 0.5985540091064224 0.976181385699006 36 hat wye 9 0.03144187646093577 0.7495507603507059 45 pan wye 10 0.5026260055412137 0.9526183602969864 55 mlr --opprint --from ./reg_test/input/abixy put num sum = 0; for (num a=1; ; a += 1) { if (a > NR) { break; } sum += a; } $z = sum a b i x y z pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 3 wye wye 3 0.20460330576630303 0.33831852551664776 6 eks wye 4 0.38139939387114097 0.13418874328430463 10 wye pan 5 0.5732889198020006 0.8636244699032729 15 zee pan 6 0.5271261600918548 0.49322128674835697 21 eks zee 7 0.6117840605678454 0.1878849191181694 28 zee wye 8 0.5985540091064224 0.976181385699006 36 hat wye 9 0.03144187646093577 0.7495507603507059 45 pan wye 10 0.5026260055412137 0.9526183602969864 55 mlr --opprint --from ./reg_test/input/abixy put num sum = 0; for (num a=1; a <= NR; a += 1) { sum += a; } $z = sum a b i x y z pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 3 wye wye 3 0.20460330576630303 0.33831852551664776 6 eks wye 4 0.38139939387114097 0.13418874328430463 10 wye pan 5 0.5732889198020006 0.8636244699032729 15 zee pan 6 0.5271261600918548 0.49322128674835697 21 eks zee 7 0.6117840605678454 0.1878849191181694 28 zee wye 8 0.5985540091064224 0.976181385699006 36 hat wye 9 0.03144187646093577 0.7495507603507059 45 pan wye 10 0.5026260055412137 0.9526183602969864 55 mlr put num a = 100; num b = 100; for (num a = 200, b = 300; a <= 210; a += 1, b += 1) { print "a:".a.",b:".b } $oa = a; $ob = b; a:200,b:300 a:201,b:301 a:202,b:302 a:203,b:303 a:204,b:304 a:205,b:305 a:206,b:306 a:207,b:307 a:208,b:308 a:209,b:309 a:210,b:310 x=1,oa=100,ob=311 mlr --from ./reg_test/input/abixy put for ( ; $x <= 10; $x += 1) { } a=pan,b=pan,i=1,x=10.346790,y=0.7268028627434533 a=eks,b=pan,i=2,x=10.758680,y=0.5221511083334797 a=wye,b=wye,i=3,x=10.204603,y=0.33831852551664776 a=eks,b=wye,i=4,x=10.381399,y=0.13418874328430463 a=wye,b=pan,i=5,x=10.573289,y=0.8636244699032729 a=zee,b=pan,i=6,x=10.527126,y=0.49322128674835697 a=eks,b=zee,i=7,x=10.611784,y=0.1878849191181694 a=zee,b=wye,i=8,x=10.598554,y=0.976181385699006 a=hat,b=wye,i=9,x=10.031442,y=0.7495507603507059 a=pan,b=wye,i=10,x=10.502626,y=0.9526183602969864 mlr --opprint --from ./reg_test/input/abixy put num a = 100; b = 200; @c = 300; $d = 400; for (num i = 1; i < 1024; i *= 2) { a += 1; b += 1; @c += 1; $d += 1; $oa = a; $ob = b; $oc = @c; $od = $d; } a b i x y d oa ob oc od pan pan 1 0.3467901443380824 0.7268028627434533 410 110 210 310 410 eks pan 2 0.7586799647899636 0.5221511083334797 410 110 210 310 410 wye wye 3 0.20460330576630303 0.33831852551664776 410 110 210 310 410 eks wye 4 0.38139939387114097 0.13418874328430463 410 110 210 310 410 wye pan 5 0.5732889198020006 0.8636244699032729 410 110 210 310 410 zee pan 6 0.5271261600918548 0.49322128674835697 410 110 210 310 410 eks zee 7 0.6117840605678454 0.1878849191181694 410 110 210 310 410 zee wye 8 0.5985540091064224 0.976181385699006 410 110 210 310 410 hat wye 9 0.03144187646093577 0.7495507603507059 410 110 210 310 410 pan wye 10 0.5026260055412137 0.9526183602969864 410 110 210 310 410 mlr --opprint --from ./reg_test/input/abixy put num sum = 0; for (num a = 1; a <= 10; a += 1) { continue; sum += a; } $z = sum a b i x y z pan pan 1 0.3467901443380824 0.7268028627434533 0 eks pan 2 0.7586799647899636 0.5221511083334797 0 wye wye 3 0.20460330576630303 0.33831852551664776 0 eks wye 4 0.38139939387114097 0.13418874328430463 0 wye pan 5 0.5732889198020006 0.8636244699032729 0 zee pan 6 0.5271261600918548 0.49322128674835697 0 eks zee 7 0.6117840605678454 0.1878849191181694 0 zee wye 8 0.5985540091064224 0.976181385699006 0 hat wye 9 0.03144187646093577 0.7495507603507059 0 pan wye 10 0.5026260055412137 0.9526183602969864 0 mlr --opprint --from ./reg_test/input/abixy put num sum = 0; for (num a = 1; a <= 10; a += 1) { sum += a; break; } $z = sum a b i x y z pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 1 wye wye 3 0.20460330576630303 0.33831852551664776 1 eks wye 4 0.38139939387114097 0.13418874328430463 1 wye pan 5 0.5732889198020006 0.8636244699032729 1 zee pan 6 0.5271261600918548 0.49322128674835697 1 eks zee 7 0.6117840605678454 0.1878849191181694 1 zee wye 8 0.5985540091064224 0.976181385699006 1 hat wye 9 0.03144187646093577 0.7495507603507059 1 pan wye 10 0.5026260055412137 0.9526183602969864 1 mlr --opprint --from ./reg_test/input/abixy put num sum = 0; for (num a = 1; a <= NR; a += 1) { if (a == 4 || a == 5) { continue; } if (a == 8) { break; } sum += a; } $z = sum a b i x y z pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 3 wye wye 3 0.20460330576630303 0.33831852551664776 6 eks wye 4 0.38139939387114097 0.13418874328430463 6 wye pan 5 0.5732889198020006 0.8636244699032729 6 zee pan 6 0.5271261600918548 0.49322128674835697 12 eks zee 7 0.6117840605678454 0.1878849191181694 19 zee wye 8 0.5985540091064224 0.976181385699006 19 hat wye 9 0.03144187646093577 0.7495507603507059 19 pan wye 10 0.5026260055412137 0.9526183602969864 19 mlr --opprint --from ./reg_test/input/abixy put for ($o1 = 1; ; $o3 = 3) { break; } a b i x y o1 pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 1 wye wye 3 0.20460330576630303 0.33831852551664776 1 eks wye 4 0.38139939387114097 0.13418874328430463 1 wye pan 5 0.5732889198020006 0.8636244699032729 1 zee pan 6 0.5271261600918548 0.49322128674835697 1 eks zee 7 0.6117840605678454 0.1878849191181694 1 zee wye 8 0.5985540091064224 0.976181385699006 1 hat wye 9 0.03144187646093577 0.7495507603507059 1 pan wye 10 0.5026260055412137 0.9526183602969864 1 mlr --opprint --from ./reg_test/input/abixy put for ($o1 = 1; $o1 < NR; $o1 += 1) { } a b i x y o1 pan pan 1 0.3467901443380824 0.7268028627434533 1 eks pan 2 0.7586799647899636 0.5221511083334797 2 wye wye 3 0.20460330576630303 0.33831852551664776 3 eks wye 4 0.38139939387114097 0.13418874328430463 4 wye pan 5 0.5732889198020006 0.8636244699032729 5 zee pan 6 0.5271261600918548 0.49322128674835697 6 eks zee 7 0.6117840605678454 0.1878849191181694 7 zee wye 8 0.5985540091064224 0.976181385699006 8 hat wye 9 0.03144187646093577 0.7495507603507059 9 pan wye 10 0.5026260055412137 0.9526183602969864 10 mlr --opprint --from ./reg_test/input/abixy put for ($o1 = 1, $o2 = 2; $o3 = 3; $o4 = 4) { } mlr: the final triple-for continutation statement must be a bare boolean. mlr --opprint --from ./reg_test/input/abixy put for ($o1 = 1, $o2 = 2; $o3 < 3, $o4 = 4; $o5 = 5) { break; } mlr: the final triple-for continutation statement must be a bare boolean. mlr --opprint --from ./reg_test/input/abixy put $o4 = 0; for ($o1 = 1, $o2 = 2; $o3 = 3, $o4 < 4; $o5 = 5) { break; } a b i x y o4 o1 o2 o3 pan pan 1 0.3467901443380824 0.7268028627434533 0 1 2 3 eks pan 2 0.7586799647899636 0.5221511083334797 0 1 2 3 wye wye 3 0.20460330576630303 0.33831852551664776 0 1 2 3 eks wye 4 0.38139939387114097 0.13418874328430463 0 1 2 3 wye pan 5 0.5732889198020006 0.8636244699032729 0 1 2 3 zee pan 6 0.5271261600918548 0.49322128674835697 0 1 2 3 eks zee 7 0.6117840605678454 0.1878849191181694 0 1 2 3 zee wye 8 0.5985540091064224 0.976181385699006 0 1 2 3 hat wye 9 0.03144187646093577 0.7495507603507059 0 1 2 3 pan wye 10 0.5026260055412137 0.9526183602969864 0 1 2 3 ================================================================ MAPVARS IN SCALAR FUNCTION-CALL CONTEXTS mlr --from ./reg_test/input/abixy put $z=strlen($*) mlr: $* is not valid within scalar contexts. mlr --from ./reg_test/input/abixy put $z=strlen({}) mlr: map-literals are not valid within scalar contexts. mlr --from ./reg_test/input/abixy put a={}; $z=strlen(a) a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ================================================================ MAPVAR ASSIGNMENTS TO FULL SREC mlr --from ./reg_test/input/xyz2 put $* = {"a":1, "b": {"x":8,"y":9}, "c":3} a=1,c=3 a=1,c=3 mlr --from ./reg_test/input/xyz2 put $* = $* x=3,y=4,z=5 x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put @a = 1; $* = @a mlr --from ./reg_test/input/xyz2 put @b[1] = 2; $* = @b 1=2 1=2 mlr --from ./reg_test/input/xyz2 put @c[1][2] = 3; $* = @c mlr --from ./reg_test/input/xyz2 put @a = 1; $* = @* a=1 a=1 mlr --from ./reg_test/input/xyz2 put @b[1] = 2; $* = @* mlr --from ./reg_test/input/xyz2 put @c[1][2] = 3; $* = @* mlr --from ./reg_test/input/xyz2 put a = 1; $* = a mlr --from ./reg_test/input/xyz2 put b[1] = 2; $* = b 1=2 1=2 mlr --from ./reg_test/input/xyz2 put c[1][2] = 3; $* = c mlr --from ./reg_test/input/xyz2 put $* = 3 mlr --from ./reg_test/input/xyz2 put func map_valued_func() { return {"a":1,"b":2} } map m = map_valued_func(); $* = m; a=1,b=2 a=1,b=2 mlr --from ./reg_test/input/xyz2 put func map_valued_func() { return {"a":1,"b":2} } $* = map_valued_func(); a=1,b=2 a=1,b=2 ================================================================ MAPVAR ASSIGNMENTS TO FULL OOSVAR mlr --from ./reg_test/input/xyz2 put @* = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } x=3,y=4,z=5 { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put @* = $*; dump { "x": 3, "y": 4, "z": 5 } x=3,y=4,z=5 { "x": 6, "y": 7, "u": 8 } x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put @* = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump; @* = @*; dump { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } x=3,y=4,z=5 { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put @a = 1; @* = @a; dump { } x=3,y=4,z=5 { } x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put @b[1] = 2; @* = @b; dump { "1": 2 } x=3,y=4,z=5 { "1": 2 } x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put @c[1][2] = 3; @* = @c; dump { "1": { "2": 3 } } x=3,y=4,z=5 { "1": { "2": 3 } } x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put @a = 1; @* = @*; dump { "a": 1 } x=3,y=4,z=5 { "a": 1 } x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put @b[1] = 2; @* = @*; dump { "b": { "1": 2 } } x=3,y=4,z=5 { "b": { "1": 2 } } x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put @c[1][2] = 3; @* = @*; dump { "c": { "1": { "2": 3 } } } x=3,y=4,z=5 { "c": { "1": { "2": 3 } } } x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put a = 1; @* = a; dump { } x=3,y=4,z=5 { } x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put b[1] = 2; @* = b; dump { "1": 2 } x=3,y=4,z=5 { "1": 2 } x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put c[1][2] = 3; @* = c; dump { "1": { "2": 3 } } x=3,y=4,z=5 { "1": { "2": 3 } } x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put @* = 3 x=3,y=4,z=5 x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put func map_valued_func() { return {"a":1,"b":2} } map m = map_valued_func(); @* = m; dump { "a": 1, "b": 2 } x=3,y=4,z=5 { "a": 1, "b": 2 } x=6,y=7,u=8 mlr --from ./reg_test/input/xyz2 put func map_valued_func() { return {"a":1,"b":2} } @* = map_valued_func(); dump { "a": 1, "b": 2 } x=3,y=4,z=5 { "a": 1, "b": 2 } x=6,y=7,u=8 ================================================================ MAPVAR ASSIGNMENTS TO OOSVAR mlr --from ./reg_test/input/xyz2 put -q @o = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump @o { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } mlr --from ./reg_test/input/xyz2 put -q @o = @o; dump @o mlr --from ./reg_test/input/xyz2 put -q @o = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump; @o = @*; dump { "o": { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } } { "o": { "o": { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } } } { "o": { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } } { "o": { "o": { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } } } mlr --from ./reg_test/input/xyz2 put -q @o = $*; dump @o { "x": 3, "y": 4, "z": 5 } { "x": 6, "y": 7, "u": 8 } mlr --from ./reg_test/input/xyz2 put -q @o = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump @o; @o = @o; dump @o { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } mlr --from ./reg_test/input/xyz2 put -q @o = {"a":1, "b": {"x":8,"y":9}, "c":3}; @o = @o; dump @o { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } mlr --from ./reg_test/input/xyz2 put -q @a = 1; @o = @a; dump @o 1 1 mlr --from ./reg_test/input/xyz2 put -q @b[1] = 2; @o = @b; dump @o { "1": 2 } { "1": 2 } mlr --from ./reg_test/input/xyz2 put -q @c[1][2] = 3; @o = @c; dump @o { "1": { "2": 3 } } { "1": { "2": 3 } } mlr --from ./reg_test/input/xyz2 put -q @a = 1; @o = @*; dump @o { "a": 1 } { "a": 1, "o": { "a": 1 } } mlr --from ./reg_test/input/xyz2 put -q @b[1] = 2; @o = @*; dump @o { "b": { "1": 2 } } { "b": { "1": 2 }, "o": { "b": { "1": 2 } } } mlr --from ./reg_test/input/xyz2 put -q @c[1][2] = 3; @o = @*; dump @o { "c": { "1": { "2": 3 } } } { "c": { "1": { "2": 3 } }, "o": { "c": { "1": { "2": 3 } } } } mlr --from ./reg_test/input/xyz2 put -q a = 1; @o = a; dump @o 1 1 mlr --from ./reg_test/input/xyz2 put -q b[1] = 2; @o = b; dump @o { "1": 2 } { "1": 2 } mlr --from ./reg_test/input/xyz2 put -q c[1][2] = 3; @o = c; dump @o { "1": { "2": 3 } } { "1": { "2": 3 } } mlr --from ./reg_test/input/xyz2 put -q func map_valued_func() { return {"a":1,"b":2}} @o = map_valued_func(); dump @o { "a": 1, "b": 2 } { "a": 1, "b": 2 } ================================================================ MAPVAR ASSIGNMENTS TO MAP-TYPED LOCAL mlr --from ./reg_test/input/xyz2 put -q map o = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump o { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } mlr --from ./reg_test/input/xyz2 put -q map o = @o; dump o mlr: map type assertion for variable o unmet by value "" with type absent. mlr --from ./reg_test/input/xyz2 put -q map o = $*; dump o { "x": 3, "y": 4, "z": 5 } { "x": 6, "y": 7, "u": 8 } mlr --from ./reg_test/input/xyz2 put -q map o = {"a":1, "b": {"x":8,"y":9}, "c":3}; o = o; dump o { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } mlr --from ./reg_test/input/xyz2 put -q @a = 1; map o = @a; dump o mlr: map type assertion for variable o unmet by value 1 with type int. mlr --from ./reg_test/input/xyz2 put -q @b[1] = 2; map o = @b; dump o { "1": 2 } { "1": 2 } mlr --from ./reg_test/input/xyz2 put -q @c[1][2] = 3; map o = @c; dump o { "1": { "2": 3 } } { "1": { "2": 3 } } mlr --from ./reg_test/input/xyz2 put -q @a = 1; map o = @*; dump o { "a": 1 } { "a": 1 } mlr --from ./reg_test/input/xyz2 put -q @b[1] = 2; map o = @*; dump o { "b": { "1": 2 } } { "b": { "1": 2 } } mlr --from ./reg_test/input/xyz2 put -q @c[1][2] = 3; map o = @*; dump o { "c": { "1": { "2": 3 } } } { "c": { "1": { "2": 3 } } } mlr --from ./reg_test/input/xyz2 put -q a = 1; map o = a; dump o mlr: map type assertion for variable o unmet by value 1 with type int. mlr --from ./reg_test/input/xyz2 put -q b[1] = 2; map o = b; dump o { "1": 2 } { "1": 2 } mlr --from ./reg_test/input/xyz2 put -q c[1][2] = 3; map o = c; dump o { "1": { "2": 3 } } { "1": { "2": 3 } } mlr --from ./reg_test/input/xyz2 put -q func map_valued_func() { return {"a":1,"b":2}} map o = map_valued_func(); dump o { "a": 1, "b": 2 } { "a": 1, "b": 2 } ================================================================ MAPVAR ASSIGNMENTS TO VAR-TYPED LOCAL mlr --from ./reg_test/input/xyz2 put -q var o = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump o { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } mlr --from ./reg_test/input/xyz2 put -q var o = @o; dump o mlr --from ./reg_test/input/xyz2 put -q var o = $*; dump o { "x": 3, "y": 4, "z": 5 } { "x": 6, "y": 7, "u": 8 } mlr --from ./reg_test/input/xyz2 put -q var o = {"a":1, "b": {"x":8,"y":9}, "c":3}; o = o; dump o { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } mlr --from ./reg_test/input/xyz2 put -q @a = 1; var o = @a; dump o 1 1 mlr --from ./reg_test/input/xyz2 put -q @b[1] = 2; var o = @b; dump o { "1": 2 } { "1": 2 } mlr --from ./reg_test/input/xyz2 put -q @c[1][2] = 3; var o = @c; dump o { "1": { "2": 3 } } { "1": { "2": 3 } } mlr --from ./reg_test/input/xyz2 put -q @a = 1; var o = @*; dump o { "a": 1 } { "a": 1 } mlr --from ./reg_test/input/xyz2 put -q @b[1] = 2; var o = @*; dump o { "b": { "1": 2 } } { "b": { "1": 2 } } mlr --from ./reg_test/input/xyz2 put -q @c[1][2] = 3; var o = @*; dump o { "c": { "1": { "2": 3 } } } { "c": { "1": { "2": 3 } } } mlr --from ./reg_test/input/xyz2 put -q a = 1; var o = a; dump o 1 1 mlr --from ./reg_test/input/xyz2 put -q b[1] = 2; var o = b; dump o { "1": 2 } { "1": 2 } mlr --from ./reg_test/input/xyz2 put -q c[1][2] = 3; var o = c; dump o { "1": { "2": 3 } } { "1": { "2": 3 } } mlr --from ./reg_test/input/xyz2 put -q func map_valued_func() { return {"a":1,"b":2}} var o = map_valued_func(); dump o { "a": 1, "b": 2 } { "a": 1, "b": 2 } ================================================================ MAPVAR ASSIGNMENTS TO UNTYPED LOCAL mlr --from ./reg_test/input/xyz2 put -q o = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump o { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } mlr --from ./reg_test/input/xyz2 put -q o = @o; dump o mlr --from ./reg_test/input/xyz2 put -q o = $*; dump o { "x": 3, "y": 4, "z": 5 } { "x": 6, "y": 7, "u": 8 } mlr --from ./reg_test/input/xyz2 put -q o = {"a":1, "b": {"x":8,"y":9}, "c":3}; o = o; dump o { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } { "a": 1, "b": { "x": 8, "y": 9 }, "c": 3 } mlr --from ./reg_test/input/xyz2 put -q @a = 1; o = @a; dump o 1 1 mlr --from ./reg_test/input/xyz2 put -q @b[1] = 2; o = @b; dump o { "1": 2 } { "1": 2 } mlr --from ./reg_test/input/xyz2 put -q @c[1][2] = 3; o = @c; dump o { "1": { "2": 3 } } { "1": { "2": 3 } } mlr --from ./reg_test/input/xyz2 put -q @a = 1; o = @*; dump o { "a": 1 } { "a": 1 } mlr --from ./reg_test/input/xyz2 put -q @b[1] = 2; o = @*; dump o { "b": { "1": 2 } } { "b": { "1": 2 } } mlr --from ./reg_test/input/xyz2 put -q @c[1][2] = 3; o = @*; dump o { "c": { "1": { "2": 3 } } } { "c": { "1": { "2": 3 } } } mlr --from ./reg_test/input/xyz2 put -q a = 1; o = a; dump o 1 1 mlr --from ./reg_test/input/xyz2 put -q b[1] = 2; o = b; dump o { "1": 2 } { "1": 2 } mlr --from ./reg_test/input/xyz2 put -q c[1][2] = 3; o = c; dump o { "1": { "2": 3 } } { "1": { "2": 3 } } mlr --from ./reg_test/input/xyz2 put -q func map_valued_func() { return {"a":1,"b":2}} o = map_valued_func(); dump o { "a": 1, "b": 2 } { "a": 1, "b": 2 } ================================================================ SPLIT/JOIN mlr --from ./reg_test/input/abixy-het put -q o = joink($*, ":"); print o a:b:i:x:y a:b:i:x:y aaa:b:i:x:y a:bbb:i:x:y a:b:i:xxx:y a:b:i:x:y a:b:iii:x:y a:b:i:x:yyy aaa:bbb:i:x:y a:b:i:x:y mlr --from ./reg_test/input/abixy-het put -q o = joinv($*, ":"); print o pan:pan:1:0.3467901443380824:0.7268028627434533 eks:pan:2:0.7586799647899636:0.5221511083334797 wye:wye:3:0.20460330576630303:0.33831852551664776 eks:wye:4:0.38139939387114097:0.13418874328430463 wye:pan:5:0.5732889198020006:0.8636244699032729 zee:pan:6:0.5271261600918548:0.49322128674835697 eks:zee:7:0.6117840605678454:0.1878849191181694 zee:wye:8:0.5985540091064224:0.976181385699006 hat:wye:9:0.03144187646093577:0.7495507603507059 pan:wye:10:0.5026260055412137:0.9526183602969864 mlr --from ./reg_test/input/abixy-het put -q o = joinkv($*, ":", ";"); print o a:pan;b:pan;i:1;x:0.3467901443380824;y:0.7268028627434533 a:eks;b:pan;i:2;x:0.7586799647899636;y:0.5221511083334797 aaa:wye;b:wye;i:3;x:0.20460330576630303;y:0.33831852551664776 a:eks;bbb:wye;i:4;x:0.38139939387114097;y:0.13418874328430463 a:wye;b:pan;i:5;xxx:0.5732889198020006;y:0.8636244699032729 a:zee;b:pan;i:6;x:0.5271261600918548;y:0.49322128674835697 a:eks;b:zee;iii:7;x:0.6117840605678454;y:0.1878849191181694 a:zee;b:wye;i:8;x:0.5985540091064224;yyy:0.976181385699006 aaa:hat;bbb:wye;i:9;x:0.03144187646093577;y:0.7495507603507059 a:pan;b:wye;i:10;x:0.5026260055412137;y:0.9526183602969864 mlr --from ./reg_test/input/abixy-het put -q o = joink({1:2, "abc":4, 5:"xyz"}, ":"); print o 1:abc:5 1:abc:5 1:abc:5 1:abc:5 1:abc:5 1:abc:5 1:abc:5 1:abc:5 1:abc:5 1:abc:5 mlr --from ./reg_test/input/abixy-het put -q o = joinv({1:2, "abc":4, 5:"xyz"}, ":"); print o 2:4:xyz 2:4:xyz 2:4:xyz 2:4:xyz 2:4:xyz 2:4:xyz 2:4:xyz 2:4:xyz 2:4:xyz 2:4:xyz mlr --from ./reg_test/input/abixy-het put -q o = joinkv({1:2, "abc":4, 5:"xyz"}, ":", ";"); print o 1:2;abc:4;5:xyz 1:2;abc:4;5:xyz 1:2;abc:4;5:xyz 1:2;abc:4;5:xyz 1:2;abc:4;5:xyz 1:2;abc:4;5:xyz 1:2;abc:4;5:xyz 1:2;abc:4;5:xyz 1:2;abc:4;5:xyz 1:2;abc:4;5:xyz mlr --from ./reg_test/input/abixy-het put $* = splitnv("a,b,c" , ","); for (k,v in $*) { print k.":".typeof(k)." ".v.":".typeof(v)} 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c mlr --from ./reg_test/input/abixy-het put $* = splitkv("a=1,b=2,c", "=", ","); for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)} a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c mlr --from ./reg_test/input/abixy-het put $* = splitnv("a,b,c", IFS); print ">>".IRS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)} >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c mlr --from ./reg_test/input/abixy-het put $* = splitkv("a=1,b=2,c", IPS, IFS); print ">>".IRS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)} >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c mlr --from ./reg_test/input/abixy-het put $* = splitnv("a,b,c", OFS); print ">>".ORS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)} >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c mlr --from ./reg_test/input/abixy-het put $* = splitkv("a=1,b=2,c", OPS, OFS); print ">>".ORS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)} >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c >> << a:string 1:int b:string 2:int 3:string c:string a=1,b=2,3=c mlr --from ./reg_test/input/abixy-het put $* = splitnvx("a,b,c" , ","); for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)} 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c mlr --from ./reg_test/input/abixy-het put $* = splitkvx("a=1,b=2,c", "=", ","); for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)} a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c mlr --from ./reg_test/input/abixy-het put $* = splitnvx("a,b,c", IFS); print ">>".IRS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)} >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c mlr --from ./reg_test/input/abixy-het put $* = splitkvx("a=1,b=2,c", IPS, IFS); print ">>".IRS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)} >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c mlr --from ./reg_test/input/abixy-het put $* = splitnvx("a,b,c", OFS); print ">>".ORS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)} >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c >> << 1:string a:string 2:string b:string 3:string c:string 1=a,2=b,3=c mlr --from ./reg_test/input/abixy-het put $* = splitkvx("a=1,b=2,c", OPS, OFS); print ">>".ORS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)} >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c >> << a:string 1:string b:string 2:string 3:string c:string a=1,b=2,3=c mlr --oxtab --from ./reg_test/input/abixy-het put s = joink($*, ":"); $* = splitnv(s, ":") 1 a 2 b 3 i 4 x 5 y 1 a 2 b 3 i 4 x 5 y 1 aaa 2 b 3 i 4 x 5 y 1 a 2 bbb 3 i 4 x 5 y 1 a 2 b 3 i 4 xxx 5 y 1 a 2 b 3 i 4 x 5 y 1 a 2 b 3 iii 4 x 5 y 1 a 2 b 3 i 4 x 5 yyy 1 aaa 2 bbb 3 i 4 x 5 y 1 a 2 b 3 i 4 x 5 y mlr --oxtab --from ./reg_test/input/abixy-het put s = joinv($*, ":"); $* = splitnv(s, ":") 1 pan 2 pan 3 1 4 0.346790 5 0.726803 1 eks 2 pan 3 2 4 0.758680 5 0.522151 1 wye 2 wye 3 3 4 0.204603 5 0.338319 1 eks 2 wye 3 4 4 0.381399 5 0.134189 1 wye 2 pan 3 5 4 0.573289 5 0.863624 1 zee 2 pan 3 6 4 0.527126 5 0.493221 1 eks 2 zee 3 7 4 0.611784 5 0.187885 1 zee 2 wye 3 8 4 0.598554 5 0.976181 1 hat 2 wye 3 9 4 0.031442 5 0.749551 1 pan 2 wye 3 10 4 0.502626 5 0.952618 mlr --oxtab --from ./reg_test/input/abixy-het put s = joinkv($*, ":", ";"); $* = splitkv(s, ":", ";"); for (k,v in $*) { print k.":".typeof(k)." ".v.":".typeof(v)} a:string pan:string b:string pan:string i:string 1:int x:string 0.346790:float y:string 0.726803:float a pan b pan i 1 x 0.346790 y 0.726803 a:string eks:string b:string pan:string i:string 2:int x:string 0.758680:float y:string 0.522151:float a eks b pan i 2 x 0.758680 y 0.522151 aaa:string wye:string b:string wye:string i:string 3:int x:string 0.204603:float y:string 0.338319:float aaa wye b wye i 3 x 0.204603 y 0.338319 a:string eks:string bbb:string wye:string i:string 4:int x:string 0.381399:float y:string 0.134189:float a eks bbb wye i 4 x 0.381399 y 0.134189 a:string wye:string b:string pan:string i:string 5:int xxx:string 0.573289:float y:string 0.863624:float a wye b pan i 5 xxx 0.573289 y 0.863624 a:string zee:string b:string pan:string i:string 6:int x:string 0.527126:float y:string 0.493221:float a zee b pan i 6 x 0.527126 y 0.493221 a:string eks:string b:string zee:string iii:string 7:int x:string 0.611784:float y:string 0.187885:float a eks b zee iii 7 x 0.611784 y 0.187885 a:string zee:string b:string wye:string i:string 8:int x:string 0.598554:float yyy:string 0.976181:float a zee b wye i 8 x 0.598554 yyy 0.976181 aaa:string hat:string bbb:string wye:string i:string 9:int x:string 0.031442:float y:string 0.749551:float aaa hat bbb wye i 9 x 0.031442 y 0.749551 a:string pan:string b:string wye:string i:string 10:int x:string 0.502626:float y:string 0.952618:float a pan b wye i 10 x 0.502626 y 0.952618 mlr --oxtab --from ./reg_test/input/abixy-het put s = joinkv($*, ":", ";"); $* = splitkvx(s, ":", ";"); for (k,v in $*) { print k.":".typeof(k)." ".v.":".typeof(v)} a:string pan:string b:string pan:string i:string 1:string x:string 0.3467901443380824:string y:string 0.7268028627434533:string a pan b pan i 1 x 0.3467901443380824 y 0.7268028627434533 a:string eks:string b:string pan:string i:string 2:string x:string 0.7586799647899636:string y:string 0.5221511083334797:string a eks b pan i 2 x 0.7586799647899636 y 0.5221511083334797 aaa:string wye:string b:string wye:string i:string 3:string x:string 0.20460330576630303:string y:string 0.33831852551664776:string aaa wye b wye i 3 x 0.20460330576630303 y 0.33831852551664776 a:string eks:string bbb:string wye:string i:string 4:string x:string 0.38139939387114097:string y:string 0.13418874328430463:string a eks bbb wye i 4 x 0.38139939387114097 y 0.13418874328430463 a:string wye:string b:string pan:string i:string 5:string xxx:string 0.5732889198020006:string y:string 0.8636244699032729:string a wye b pan i 5 xxx 0.5732889198020006 y 0.8636244699032729 a:string zee:string b:string pan:string i:string 6:string x:string 0.5271261600918548:string y:string 0.49322128674835697:string a zee b pan i 6 x 0.5271261600918548 y 0.49322128674835697 a:string eks:string b:string zee:string iii:string 7:string x:string 0.6117840605678454:string y:string 0.1878849191181694:string a eks b zee iii 7 x 0.6117840605678454 y 0.1878849191181694 a:string zee:string b:string wye:string i:string 8:string x:string 0.5985540091064224:string yyy:string 0.976181385699006:string a zee b wye i 8 x 0.5985540091064224 yyy 0.976181385699006 aaa:string hat:string bbb:string wye:string i:string 9:string x:string 0.03144187646093577:string y:string 0.7495507603507059:string aaa hat bbb wye i 9 x 0.03144187646093577 y 0.7495507603507059 a:string pan:string b:string wye:string i:string 10:string x:string 0.5026260055412137:string y:string 0.9526183602969864:string a pan b wye i 10 x 0.5026260055412137 y 0.9526183602969864 mlr --oxtab --from ./reg_test/input/abixy-het put s = joink({1:2, "abc":4, 5:"xyz"}, ":"); $* = splitnv(s, ":") 1 1 2 abc 3 5 1 1 2 abc 3 5 1 1 2 abc 3 5 1 1 2 abc 3 5 1 1 2 abc 3 5 1 1 2 abc 3 5 1 1 2 abc 3 5 1 1 2 abc 3 5 1 1 2 abc 3 5 1 1 2 abc 3 5 mlr --oxtab --from ./reg_test/input/abixy-het put s = joinv({1:2, "abc":4, 5:"xyz"}, ":"); $* = splitnv(s, ":") 1 2 2 4 3 xyz 1 2 2 4 3 xyz 1 2 2 4 3 xyz 1 2 2 4 3 xyz 1 2 2 4 3 xyz 1 2 2 4 3 xyz 1 2 2 4 3 xyz 1 2 2 4 3 xyz 1 2 2 4 3 xyz 1 2 2 4 3 xyz mlr --oxtab --from ./reg_test/input/abixy-het put s = joinkv({1:2, "abc":4, 5:"xyz"}, ":", ";"); $* = splitkv(s, ":", ";"); for (k,v in $*) { print k.":".typeof(k)." ".v.":".typeof(v)} 1:string 2:int abc:string 4:int 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:int abc:string 4:int 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:int abc:string 4:int 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:int abc:string 4:int 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:int abc:string 4:int 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:int abc:string 4:int 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:int abc:string 4:int 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:int abc:string 4:int 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:int abc:string 4:int 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:int abc:string 4:int 5:string xyz:string 1 2 abc 4 5 xyz mlr --oxtab --from ./reg_test/input/abixy-het put s = joinkv({1:2, "abc":4, 5:"xyz"}, ":", ";"); $* = splitkvx(s, ":", ";"); for (k,v in $*) { print k.":".typeof(k)." ".v.":".typeof(v)} 1:string 2:string abc:string 4:string 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:string abc:string 4:string 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:string abc:string 4:string 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:string abc:string 4:string 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:string abc:string 4:string 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:string abc:string 4:string 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:string abc:string 4:string 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:string abc:string 4:string 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:string abc:string 4:string 5:string xyz:string 1 2 abc 4 5 xyz 1:string 2:string abc:string 4:string 5:string xyz:string 1 2 abc 4 5 xyz ================================================================ MAPSUM/MAPDIFF/MAPEXCEPT mlr --from ./reg_test/input/abixy-het put -q o = mapsum(); dump o { } { } { } { } { } { } { } { } { } { } mlr --from ./reg_test/input/abixy-het put -q o = mapdiff(); dump o { } { } { } { } { } { } { } { } { } { } mlr --from ./reg_test/input/abixy-het put -q o = mapexcept(); dump o mlr: Function named "mapexcept" takes at least 1 argument; got 0. mlr --from ./reg_test/input/abixy-het put -q o = mapselect(); dump o mlr: Function named "mapselect" takes at least 1 argument; got 0. mlr --from ./reg_test/input/abixy-het put -q o = mapsum($*); dump o { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "aaa": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "bbb": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "xxx": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "iii": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "yyy": 0.976181385699006 } { "aaa": "hat", "bbb": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --from ./reg_test/input/abixy-het put -q o = mapsum({"a":999}); dump o { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } mlr --from ./reg_test/input/abixy-het put -q o = mapdiff($*); dump o { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "aaa": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "bbb": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "xxx": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "iii": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "yyy": 0.976181385699006 } { "aaa": "hat", "bbb": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --from ./reg_test/input/abixy-het put -q o = mapdiff({"a":999}); dump o { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } mlr --from ./reg_test/input/abixy-het put -q o = mapexcept($*); dump o { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "aaa": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "bbb": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "xxx": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "iii": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "yyy": 0.976181385699006 } { "aaa": "hat", "bbb": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --from ./reg_test/input/abixy-het put -q o = mapexcept({"a":999}); dump o { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } mlr --from ./reg_test/input/abixy-het put -q o = mapselect($*); dump o { } { } { } { } { } { } { } { } { } { } mlr --from ./reg_test/input/abixy-het put -q o = mapselect({"a":999}); dump o { } { } { } { } { } { } { } { } { } { } mlr --from ./reg_test/input/abixy-het put -q o = mapsum($*, {"a":999}); dump o { "a": 999, "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": 999, "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "aaa": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776, "a": 999 } { "a": 999, "bbb": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": 999, "b": "pan", "i": 5, "xxx": 0.5732889198020006, "y": 0.8636244699032729 } { "a": 999, "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": 999, "b": "zee", "iii": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": 999, "b": "wye", "i": 8, "x": 0.5985540091064224, "yyy": 0.976181385699006 } { "aaa": "hat", "bbb": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059, "a": 999 } { "a": 999, "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --from ./reg_test/input/abixy-het put -q o = mapsum({"a":999}, $*); dump o { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": 999, "aaa": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "bbb": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "xxx": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "iii": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "yyy": 0.976181385699006 } { "a": 999, "aaa": "hat", "bbb": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --from ./reg_test/input/abixy-het put -q o = mapdiff($*, {"a":999}); dump o { "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "aaa": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "bbb": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "b": "pan", "i": 5, "xxx": 0.5732889198020006, "y": 0.8636244699032729 } { "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "b": "zee", "iii": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "b": "wye", "i": 8, "x": 0.5985540091064224, "yyy": 0.976181385699006 } { "aaa": "hat", "bbb": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --from ./reg_test/input/abixy-het put -q o = mapdiff({"a":999}, $*); dump o { } { } { "a": 999 } { } { } { } { } { } { "a": 999 } { } mlr --from ./reg_test/input/abixy-het put -q o = mapexcept($*, "a"); dump o { "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "aaa": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "bbb": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "b": "pan", "i": 5, "xxx": 0.5732889198020006, "y": 0.8636244699032729 } { "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "b": "zee", "iii": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "b": "wye", "i": 8, "x": 0.5985540091064224, "yyy": 0.976181385699006 } { "aaa": "hat", "bbb": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --from ./reg_test/input/abixy-het put -q o = mapexcept({"a":999}, "a"); dump o { } { } { } { } { } { } { } { } { } { } mlr --from ./reg_test/input/abixy-het put -q o = mapexcept({"a":999}, "nonesuch"); dump o { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } mlr --from ./reg_test/input/abixy-het put -q o = mapselect($*, "a"); dump o { "a": "pan" } { "a": "eks" } { } { "a": "eks" } { "a": "wye" } { "a": "zee" } { "a": "eks" } { "a": "zee" } { } { "a": "pan" } mlr --from ./reg_test/input/abixy-het put -q o = mapselect({"a":999}, "a"); dump o { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } { "a": 999 } mlr --from ./reg_test/input/abixy-het put -q o = mapselect({"a":999}, "nonesuch"); dump o { } { } { } { } { } { } { } { } { } { } mlr --from ./reg_test/input/abixy-het put -q o = mapsum($*, {"a":999}, {"b": 444}); dump o { "a": 999, "b": 444, "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": 999, "b": 444, "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "aaa": "wye", "b": 444, "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776, "a": 999 } { "a": 999, "bbb": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463, "b": 444 } { "a": 999, "b": 444, "i": 5, "xxx": 0.5732889198020006, "y": 0.8636244699032729 } { "a": 999, "b": 444, "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": 999, "b": 444, "iii": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": 999, "b": 444, "i": 8, "x": 0.5985540091064224, "yyy": 0.976181385699006 } { "aaa": "hat", "bbb": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059, "a": 999, "b": 444 } { "a": 999, "b": 444, "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --from ./reg_test/input/abixy-het put -q o = mapsum({"a":999}, $*, {"b": 444}); dump o { "a": "pan", "b": 444, "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": 444, "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": 999, "aaa": "wye", "b": 444, "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "bbb": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463, "b": 444 } { "a": "wye", "b": 444, "i": 5, "xxx": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": 444, "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": 444, "iii": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": 444, "i": 8, "x": 0.5985540091064224, "yyy": 0.976181385699006 } { "a": 999, "aaa": "hat", "bbb": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059, "b": 444 } { "a": "pan", "b": 444, "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --from ./reg_test/input/abixy-het put -q o = mapdiff($*, {"a":999}, {"b": 444}); dump o { "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "aaa": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "bbb": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "i": 5, "xxx": 0.5732889198020006, "y": 0.8636244699032729 } { "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "iii": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "i": 8, "x": 0.5985540091064224, "yyy": 0.976181385699006 } { "aaa": "hat", "bbb": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --from ./reg_test/input/abixy-het put -q o = mapdiff({"a":999}, $*, {"b": 444}); dump o { } { } { "a": 999 } { } { } { } { } { } { "a": 999 } { } mlr --from ./reg_test/input/abixy-het put -q o = mapexcept($*, "a", "b"); dump o { "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "aaa": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "bbb": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "i": 5, "xxx": 0.5732889198020006, "y": 0.8636244699032729 } { "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "iii": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "i": 8, "x": 0.5985540091064224, "yyy": 0.976181385699006 } { "aaa": "hat", "bbb": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } mlr --from ./reg_test/input/abixy-het put -q o = mapselect({"a":999}, "b", "nonesuch"); dump o { } { } { } { } { } { } { } { } { } { } mlr --from ./reg_test/input/abixy-het put -q o = mapselect($*, "a", "b"); dump o { "a": "pan", "b": "pan" } { "a": "eks", "b": "pan" } { "b": "wye" } { "a": "eks" } { "a": "wye", "b": "pan" } { "a": "zee", "b": "pan" } { "a": "eks", "b": "zee" } { "a": "zee", "b": "wye" } { } { "a": "pan", "b": "wye" } mlr --from ./reg_test/input/abixy-het put -q o = mapselect({"a":999}, "b", "nonesuch"); dump o { } { } { } { } { } { } { } { } { } { } ================================================================ EXTENDED TYPEOF mlr --from ./reg_test/input/xyz2 --oxtab put a = {1:2, 3:4}; b = {1: {2:3, 4:5}}; @c = {1:2, 3:4}; @d = {1: {2:3, 4:5}}; $ta = typeof(a); $ta1 = typeof(a[1]); $ta7 = typeof(a[7]); $tb = typeof(b); $tb1 = typeof(b[1]); $tb7 = typeof(b[7]); $tc = typeof(@c); $tc1 = typeof(@c[1]); $tc7 = typeof(@c[7]); $td = typeof(@d); $td1 = typeof(@d[1]); $td7 = typeof(@d[7]); $te1 = typeof(6); $te2 = typeof({6:4}); $tsa = typeof($a); $tsx = typeof($x); $ts = typeof($*); x 3 y 4 z 5 ta map ta1 int ta7 absent tb map tb1 map tb7 absent tc map tc1 int tc7 absent td map td1 map td7 absent te1 int te2 map tsa absent tsx int ts map x 6 y 7 u 8 ta map ta1 int ta7 absent tb map tb1 map tb7 absent tc map tc1 int tc7 absent td map td1 map td7 absent te1 int te2 map tsa absent tsx int ts map ================================================================ HASKEY mlr --from ./reg_test/input/abixy-het put $haskeya = haskey($*, "a") a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,haskeya=true a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,haskeya=true aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,haskeya=false a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,haskeya=true a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,haskeya=true a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,haskeya=true a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,haskeya=true a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,haskeya=true aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,haskeya=false a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,haskeya=true mlr --from ./reg_test/input/abixy-het put $haskey3 = haskey($*, 3) a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,haskey3=false a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,haskey3=false aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,haskey3=false a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,haskey3=false a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,haskey3=false a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,haskey3=false a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,haskey3=false a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,haskey3=false aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,haskey3=false a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,haskey3=false mlr --from ./reg_test/input/xyz2 put $haskeya = haskey({3:4}, "a") x=3,y=4,z=5,haskeya=false x=6,y=7,u=8,haskeya=false mlr --from ./reg_test/input/xyz2 put $haskey3 = haskey({3:4}, 3) x=3,y=4,z=5,haskey3=true x=6,y=7,u=8,haskey3=true mlr --from ./reg_test/input/xyz2 put $haskey3 = haskey({3:4}, 4) x=3,y=4,z=5,haskey3=false x=6,y=7,u=8,haskey3=false mlr --from ./reg_test/input/xyz2 put o = {3:4}; $haskeya = haskey(o, "a") x=3,y=4,z=5,haskeya=false x=6,y=7,u=8,haskeya=false mlr --from ./reg_test/input/xyz2 put o = {3:4}; $haskey3 = haskey(o, 3) x=3,y=4,z=5,haskey3=true x=6,y=7,u=8,haskey3=true mlr --from ./reg_test/input/xyz2 put o = {3:4}; $haskey3 = haskey(o, 4) x=3,y=4,z=5,haskey3=false x=6,y=7,u=8,haskey3=false mlr --from ./reg_test/input/xyz2 put @o = {3:4}; $haskeya = haskey(@o, "a") x=3,y=4,z=5,haskeya=false x=6,y=7,u=8,haskeya=false mlr --from ./reg_test/input/xyz2 put @o = {3:4}; $haskey3 = haskey(@o, 3) x=3,y=4,z=5,haskey3=true x=6,y=7,u=8,haskey3=true mlr --from ./reg_test/input/xyz2 put @o = {3:4}; $haskey3 = haskey(@o, 4) x=3,y=4,z=5,haskey3=false x=6,y=7,u=8,haskey3=false mlr --from ./reg_test/input/xyz2 put o = "3:4"; $haskeya = haskey(@o, "a") x=3,y=4,z=5,haskeya=(error) x=6,y=7,u=8,haskeya=(error) mlr --from ./reg_test/input/xyz2 put o = "3:4"; $haskey3 = haskey(@o, 3) x=3,y=4,z=5,haskey3=(error) x=6,y=7,u=8,haskey3=(error) mlr --from ./reg_test/input/xyz2 put o = "3:4"; $haskey3 = haskey(@o, 4) x=3,y=4,z=5,haskey3=(error) x=6,y=7,u=8,haskey3=(error) ================================================================ LENGTH/DEPTH/LEAFCOUNT mlr --from ./reg_test/input/abixy-het put $length = length($a) a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,length=1 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,length=1 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,length=1 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,length=1 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,length=1 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,length=1 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,length=1 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,length=1 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,length=1 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,length=1 mlr --from ./reg_test/input/abixy-het put $length = length($*) a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,length=5 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,length=5 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,length=5 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,length=5 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,length=5 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,length=5 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,length=5 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,length=5 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,length=5 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,length=5 mlr --from ./reg_test/input/xyz2 put $length= length({3:4, 5:{6:7}, 8:{9:{10:11}}}) x=3,y=4,z=5,length=3 x=6,y=7,u=8,length=3 mlr --from ./reg_test/input/xyz2 put o = {3:4, 5:{6:7}, 8:{9:{10:11}}}; $length = length(o) x=3,y=4,z=5,length=3 x=6,y=7,u=8,length=3 mlr --from ./reg_test/input/xyz2 put @o = {3:4, 5:{6:7}, 8:{9:{10:11}}}; $length = length(@o) x=3,y=4,z=5,length=3 x=6,y=7,u=8,length=3 mlr --from ./reg_test/input/abixy-het put $depth = depth($a) a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,depth=0 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,depth=0 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,depth=0 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,depth=0 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,depth=0 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,depth=0 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,depth=0 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,depth=0 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,depth=0 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,depth=0 mlr --from ./reg_test/input/abixy-het put $depth = depth($*) a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,depth=1 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,depth=1 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,depth=1 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,depth=1 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,depth=1 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,depth=1 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,depth=1 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,depth=1 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,depth=1 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,depth=1 mlr --from ./reg_test/input/xyz2 put $depth= depth({3:4, 5:{6:7}, 8:{9:{10:11}}}) x=3,y=4,z=5,depth=3 x=6,y=7,u=8,depth=3 mlr --from ./reg_test/input/xyz2 put o = {3:4, 5:{6:7}, 8:{9:{10:11}}}; $depth = depth(o) x=3,y=4,z=5,depth=3 x=6,y=7,u=8,depth=3 mlr --from ./reg_test/input/xyz2 put @o = {3:4, 5:{6:7}, 8:{9:{10:11}}}; $depth = depth(@o) x=3,y=4,z=5,depth=3 x=6,y=7,u=8,depth=3 mlr --from ./reg_test/input/abixy-het put $leafcount = leafcount($a) a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,leafcount=1 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,leafcount=1 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,leafcount=1 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,leafcount=1 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,leafcount=1 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,leafcount=1 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,leafcount=1 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,leafcount=1 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,leafcount=1 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,leafcount=1 mlr --from ./reg_test/input/abixy-het put $leafcount = leafcount($*) a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,leafcount=5 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,leafcount=5 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,leafcount=5 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,leafcount=5 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,leafcount=5 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,leafcount=5 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,leafcount=5 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,leafcount=5 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,leafcount=5 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,leafcount=5 mlr --from ./reg_test/input/xyz2 put $leafcount= leafcount({3:4, 5:{6:7}, 8:{9:{10:11}}}) x=3,y=4,z=5,leafcount=3 x=6,y=7,u=8,leafcount=3 mlr --from ./reg_test/input/xyz2 put o = {3:4, 5:{6:7}, 8:{9:{10:11}}}; $leafcount = leafcount(o) x=3,y=4,z=5,leafcount=3 x=6,y=7,u=8,leafcount=3 mlr --from ./reg_test/input/xyz2 put @o = {3:4, 5:{6:7}, 8:{9:{10:11}}}; $leafcount = leafcount(@o) x=3,y=4,z=5,leafcount=3 x=6,y=7,u=8,leafcount=3 ================================================================ MAPVAR EMIT mlr -n put end { @a[2][3] = 4; b[2][3] = 8; emit (@a, b, {2:{3:12}}); emitp (@a, b, {2:{3:12}}); emit {}; emit (@a, b, {2:{3:12}}), "t"; emitp (@a, b, {2:{3:12}}), "t"; emit {}; emit (@a, b, {2:{3:12}}), "t", "u"; emitp (@a, b, {2:{3:12}}), "t", "u"; } 3=12 a:2:3=4,b:2:3=8,_:2:3=12 t=2,3=12 t=2,a:3=4,b:3=8,_:3=12 t=2,u=3,a=4,b=8,_=12 t=2,u=3,a=4,b=8,_=12 mlr -n put end { @a[2][3] = 4; b[2][3] = 8; emitp (@a, b, {2:{3:12}}); emit (@a, b, {2:{3:12}}); emit {}; emitp (@a, b, {2:{3:12}}), "t"; emit (@a, b, {2:{3:12}}), "t"; emit {}; emitp (@a, b, {2:{3:12}}), "t", "u"; emit (@a, b, {2:{3:12}}), "t", "u"; } a:2:3=4,b:2:3=8,_:2:3=12 3=12 t=2,a:3=4,b:3=8,_:3=12 t=2,3=12 t=2,u=3,a=4,b=8,_=12 t=2,u=3,a=4,b=8,_=12 ================================================================ MAPVAR FOR-LOOPS mlr --from ./reg_test/input/abixy put -q func f() { return { "a:".$a: $i, "b:".$b: $y, NR: NF, } } for (k,v in f()) { print "k=".k; print "v=".v; } print k=a:pan v=1 k=b:pan v=0.726803 k=1 v=5 k=a:eks v=2 k=b:pan v=0.522151 k=2 v=5 k=a:wye v=3 k=b:wye v=0.338319 k=3 v=5 k=a:eks v=4 k=b:wye v=0.134189 k=4 v=5 k=a:wye v=5 k=b:pan v=0.863624 k=5 v=5 k=a:zee v=6 k=b:pan v=0.493221 k=6 v=5 k=a:eks v=7 k=b:zee v=0.187885 k=7 v=5 k=a:zee v=8 k=b:wye v=0.976181 k=8 v=5 k=a:hat v=9 k=b:wye v=0.749551 k=9 v=5 k=a:pan v=10 k=b:wye v=0.952618 k=10 v=5 ================================================================ TRAILING COMMAS mlr --from ./reg_test/input/abixy put $* = { "a": $a, "x": $x, } a=pan,x=0.346790 a=eks,x=0.758680 a=wye,x=0.204603 a=eks,x=0.381399 a=wye,x=0.573289 a=zee,x=0.527126 a=eks,x=0.611784 a=zee,x=0.598554 a=hat,x=0.031442 a=pan,x=0.502626 mlr --from ./reg_test/input/xyz345 put func f(): int { return 999 } $y=f() x=3,y=999,z=5 mlr --from ./reg_test/input/xyz345 put func f(): int { return 999 } $y=f(,) mlr DSL: syntax error at "," mlr put: syntax error on DSL parse of 'func f(): int { return 999 } $y=f(,)' mlr --from ./reg_test/input/xyz345 put func f(a,): int { return a*2 } $y=f(NR) x=3,y=2,z=5 mlr --from ./reg_test/input/xyz345 put func f(a,,): int { return a*2 } $y=f(NR) mlr DSL: syntax error at "," mlr put: syntax error on DSL parse of 'func f(a,,): int { return a*2 } $y=f(NR)' mlr --from ./reg_test/input/xyz345 put func f(int a,): int { return a*2 } $y=f(NR) x=3,y=2,z=5 mlr --from ./reg_test/input/xyz345 put func f(int a,,): int { return a*2 } $y=f(NR) mlr DSL: syntax error at "," mlr put: syntax error on DSL parse of 'func f(int a,,): int { return a*2 } $y=f(NR)' mlr --from ./reg_test/input/xyz345 put subr s() { print 999 } call s() 999 x=3,y=4,z=5 mlr --from ./reg_test/input/xyz345 put subr s() { print 999 } call s(,) mlr DSL: syntax error at "," mlr put: syntax error on DSL parse of 'subr s() { print 999 } call s(,)' mlr --from ./reg_test/input/xyz345 put subr s(a,) { print a*2 } call s(NR) 2 x=3,y=4,z=5 mlr --from ./reg_test/input/xyz345 put subr s(a,,) { print a*2 } call s(NR) mlr DSL: syntax error at "," mlr put: syntax error on DSL parse of 'subr s(a,,) { print a*2 } call s(NR)' mlr --from ./reg_test/input/xyz345 put subr s(int a,) { print a*2 } call s(NR) 2 x=3,y=4,z=5 mlr --from ./reg_test/input/xyz345 put subr s(int a,,) { print a*2 } call s(NR) mlr DSL: syntax error at "," mlr put: syntax error on DSL parse of 'subr s(int a,,) { print a*2 } call s(NR)' mlr --from ./reg_test/input/xyz345 put $y=log10($x) x=3,y=0.477121,z=5 mlr --from ./reg_test/input/xyz345 put $y=log10($x,) x=3,y=0.477121,z=5 mlr --from ./reg_test/input/xyz345 put $y=log10($x,,) mlr DSL: syntax error at "," mlr put: syntax error on DSL parse of '$y=log10($x,,)' mlr --from ./reg_test/input/xyz345 put $y=log10(,$x) mlr DSL: syntax error at "," mlr put: syntax error on DSL parse of '$y=log10(,$x)' mlr --from ./reg_test/input/xyz345 put $y=pow($x,2) x=3,y=9.000000,z=5 mlr --from ./reg_test/input/xyz345 put $y=pow($x,2,) x=3,y=9.000000,z=5 ================================================================ MAPVARS/UDFs/SUBROUTINES mlr --from ./reg_test/input/abixy put func f(m) { dump m; sum = 0; for (k, v in m) { sum += k } return sum } @v[$i] = $a; $y = f(@v) { "1": "pan" } a=pan,b=pan,i=1,x=0.3467901443380824,y=1 { "1": "pan", "2": "eks" } a=eks,b=pan,i=2,x=0.7586799647899636,y=3 { "1": "pan", "2": "eks", "3": "wye" } a=wye,b=wye,i=3,x=0.20460330576630303,y=6 { "1": "pan", "2": "eks", "3": "wye", "4": "eks" } a=eks,b=wye,i=4,x=0.38139939387114097,y=10 { "1": "pan", "2": "eks", "3": "wye", "4": "eks", "5": "wye" } a=wye,b=pan,i=5,x=0.5732889198020006,y=15 { "1": "pan", "2": "eks", "3": "wye", "4": "eks", "5": "wye", "6": "zee" } a=zee,b=pan,i=6,x=0.5271261600918548,y=21 { "1": "pan", "2": "eks", "3": "wye", "4": "eks", "5": "wye", "6": "zee", "7": "eks" } a=eks,b=zee,i=7,x=0.6117840605678454,y=28 { "1": "pan", "2": "eks", "3": "wye", "4": "eks", "5": "wye", "6": "zee", "7": "eks", "8": "zee" } a=zee,b=wye,i=8,x=0.5985540091064224,y=36 { "1": "pan", "2": "eks", "3": "wye", "4": "eks", "5": "wye", "6": "zee", "7": "eks", "8": "zee", "9": "hat" } a=hat,b=wye,i=9,x=0.03144187646093577,y=45 { "1": "pan", "2": "eks", "3": "wye", "4": "eks", "5": "wye", "6": "zee", "7": "eks", "8": "zee", "9": "hat", "10": "pan" } a=pan,b=wye,i=10,x=0.5026260055412137,y=55 mlr --from ./reg_test/input/abixy put subr s(m) { dump m; sum = 0; for (k, v in m) { sum += k } @sum = sum; } @v[$i] = $a; call s(@v); $y = @sum; { "1": "pan" } a=pan,b=pan,i=1,x=0.3467901443380824,y=1 { "1": "pan", "2": "eks" } a=eks,b=pan,i=2,x=0.7586799647899636,y=3 { "1": "pan", "2": "eks", "3": "wye" } a=wye,b=wye,i=3,x=0.20460330576630303,y=6 { "1": "pan", "2": "eks", "3": "wye", "4": "eks" } a=eks,b=wye,i=4,x=0.38139939387114097,y=10 { "1": "pan", "2": "eks", "3": "wye", "4": "eks", "5": "wye" } a=wye,b=pan,i=5,x=0.5732889198020006,y=15 { "1": "pan", "2": "eks", "3": "wye", "4": "eks", "5": "wye", "6": "zee" } a=zee,b=pan,i=6,x=0.5271261600918548,y=21 { "1": "pan", "2": "eks", "3": "wye", "4": "eks", "5": "wye", "6": "zee", "7": "eks" } a=eks,b=zee,i=7,x=0.6117840605678454,y=28 { "1": "pan", "2": "eks", "3": "wye", "4": "eks", "5": "wye", "6": "zee", "7": "eks", "8": "zee" } a=zee,b=wye,i=8,x=0.5985540091064224,y=36 { "1": "pan", "2": "eks", "3": "wye", "4": "eks", "5": "wye", "6": "zee", "7": "eks", "8": "zee", "9": "hat" } a=hat,b=wye,i=9,x=0.03144187646093577,y=45 { "1": "pan", "2": "eks", "3": "wye", "4": "eks", "5": "wye", "6": "zee", "7": "eks", "8": "zee", "9": "hat", "10": "pan" } a=pan,b=wye,i=10,x=0.5026260055412137,y=55 mlr --from ./reg_test/input/abixy-het put func f(x) {return {"a":x,"b":x**2}}; map o = f($x); $* = o a=0.346790,b=0.120263 a=0.758680,b=0.575595 a=0.204603,b=0.041863 a=0.381399,b=0.145465 a=,b= a=0.527126,b=0.277862 a=0.611784,b=0.374280 a=0.598554,b=0.358267 a=0.031442,b=0.000989 a=0.502626,b=0.252633 mlr --from ./reg_test/input/abixy-het put -q func f(x) {return x**2}; var z = f($x); dump z 0.120263 0.575595 0.041863 0.145465 0.277862 0.374280 0.358267 0.000989 0.252633 mlr --from ./reg_test/input/abixy-het put -q func f(x) {map m = {NR:x};return m}; z = f($y); dump z { "1": 0.726803 } { "2": 0.522151 } { "3": 0.338319 } { "4": 0.134189 } { "5": 0.863624 } { "6": 0.493221 } { "7": 0.187885 } { "8": } { "9": 0.749551 } { "10": 0.952618 } mlr --from ./reg_test/input/abixy put func f(int x): map { if (NR==2) { return 2 } else { return {} } } $y=f($x) mlr: int type assertion for variable x unmet by value 0.346790 with type float. mlr --from ./reg_test/input/abixy put func f(int x): map { if (NR==200) { return 2 } else { return {} } } $y=f($i) a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy put func f(int x): map { if (NR==200) { return 2 } else { return {} } } $y=f($x) mlr: int type assertion for variable x unmet by value 0.346790 with type float. mlr --from ./reg_test/input/abixy put func f(int x): var { if (NR==2) { return 2 } else { return {} } } $y=f($i) a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=2 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 mlr --from ./reg_test/input/abixy put func f(int x): var { if (NR==2) { return 2 } else { return {} } } $y=f($x) mlr: int type assertion for variable x unmet by value 0.346790 with type float. mlr --from ./reg_test/input/abixy put func f(x): int { # fall-through return value is absent-null } $y=f($x) mlr: function f returned type absent, not matching typedecl int. mlr --from ./reg_test/input/abixy put int a = 1; var b = a[2]; # cannot index localvar declared non-map mlr: int type assertion for variable a unmet on read. mlr --oxtab --from ./reg_test/input/abixy-het put $* = mapdiff( mapsum($*, {"a": "newval"}), {"b": "nonesuch"}, ) a newval i 1 x 0.3467901443380824 y 0.7268028627434533 a newval i 2 x 0.7586799647899636 y 0.5221511083334797 aaa wye i 3 x 0.20460330576630303 y 0.33831852551664776 a newval a newval bbb wye i 4 x 0.38139939387114097 y 0.13418874328430463 a newval i 5 xxx 0.5732889198020006 y 0.8636244699032729 a newval i 6 x 0.5271261600918548 y 0.49322128674835697 a newval iii 7 x 0.6117840605678454 y 0.1878849191181694 a newval i 8 x 0.5985540091064224 yyy 0.976181385699006 aaa hat bbb wye i 9 x 0.03144187646093577 y 0.7495507603507059 a newval a newval i 10 x 0.5026260055412137 y 0.9526183602969864 mlr lecat --mono hello[CR]there[CR]how[CR]are[CR]you[CR]mlr lecat --mono hello[LF] there[LF] how[LF] are[LF] you[LF] mlr lecat --mono hello[CR][LF] there[CR][LF] how[CR][LF] are[CR][LF] you[CR][LF] mlr termcvt --cr2lf mlr termcvt --cr2crlf mlr termcvt --lf2cr mlr termcvt --lf2crlf mlr termcvt --crlf2cr mlr termcvt --crlf2lf mlr hex 00000000: 68 65 6c 6c 6f 0a 74 68 65 72 65 0a 68 6f 77 0a |hello.there.how.| 00000010: 61 72 65 0a 79 6f 75 0a |are.you.| mlr hex 00000000: 68 65 6c 6c 6f 0d 0a 74 68 65 72 65 0d 0a 68 6f |hello..there..ho| 00000010: 77 0d 0a 61 72 65 0d 0a 79 6f 75 0d 0a |w..are..you..| mlr hex 00000000: 68 65 6c 6c 6f 0d 74 68 65 72 65 0d 68 6f 77 0d |hello.there.how.| 00000010: 61 72 65 0d 79 6f 75 0d |are.you.| mlr hex 00000000: 68 65 6c 6c 6f 0d 0a 74 68 65 72 65 0d 0a 68 6f |hello..there..ho| 00000010: 77 0d 0a 61 72 65 0d 0a 79 6f 75 0d 0a |w..are..you..| mlr hex 00000000: 68 65 6c 6c 6f 0d 74 68 65 72 65 0d 68 6f 77 0d |hello.there.how.| 00000010: 61 72 65 0d 79 6f 75 0d |are.you.| mlr hex 00000000: 68 65 6c 6c 6f 0a 74 68 65 72 65 0a 68 6f 77 0a |hello.there.how.| 00000010: 61 72 65 0a 79 6f 75 0a |are.you.| miller-5.6.2/c/reg_test/expected/out-dev000066400000000000000000000456271354153536500202050ustar00rootroot00000000000000 ================================================================ OLD NULL-HANDLING ---------------------------------------------------------------- ok mlr put $z = $x + $y ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,z=3 x=1,y=,s=,z= x=,y=,s=hurrah,z= ---------------------------------------------------------------- ok mlr put $z = $y + $y ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,z=4 x=1,y=,s=,z= x=,y=,s=hurrah,z= ---------------------------------------------------------------- FIXME FOR SRECS mlr put $z = $x + $nosuch ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,z=1 x=1,y=,s=,z=1 x=,y=,s=hurrah,z= ---------------------------------------------------------------- ok mlr put $t = sub($s, "ell", "X") ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,t=hXo x=1,y=,s=,t= x=,y=,s=hurrah,t=hurrah ---------------------------------------------------------------- ok mlr put $t = sub($s, "ell", "") ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,t=ho x=1,y=,s=,t= x=,y=,s=hurrah,t=hurrah ---------------------------------------------------------------- ok mlr put $t = sub($nosuch, "ell", "X") ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,t= x=1,y=,s=,t= x=,y=,s=hurrah,t= ---------------------------------------------------------------- ok mlr put $t = gsub($s, "l", "X") ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,t=heXXo x=1,y=,s=,t= x=,y=,s=hurrah,t=hurrah ---------------------------------------------------------------- ok mlr put $t = gsub($s, "l", "") ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,t=heo x=1,y=,s=,t= x=,y=,s=hurrah,t=hurrah ---------------------------------------------------------------- ok mlr put $t = gsub($nosuch, "l", "X") ./reg_test/input/null-vs-empty.dkvp x=1,y=2,s=hello,t= x=1,y=,s=,t= x=,y=,s=hurrah,t= ================================================================ NULLITY PREDICATES mlr --opprint filter isnull($x) ./reg_test/input/nullvals.dkvp a x y z b - 6 - b - - - mlr --opprint filter isnull($y) ./reg_test/input/nullvals.dkvp a x y z b 5 - - b - - - mlr --opprint filter isnull($z) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint filter isnull($nosuch) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - b - 6 - b - - - mlr --opprint filter isnotnull($x) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b 5 - - mlr --opprint filter isnotnull($y) ./reg_test/input/nullvals.dkvp a x y z b 1 2 - b 3 4 - b - 6 - mlr --opprint filter isnotnull($z) ./reg_test/input/nullvals.dkvp mlr --opprint filter isnotnull($nosuch) ./reg_test/input/nullvals.dkvp mlr --opprint put $f=isnull($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - true b - - - true mlr --opprint put $f=isnull($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - true b - 6 - false b - - - true mlr --opprint put $f=isnull($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=isnull($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - true b - - - true mlr --opprint put $f=isnotnull($x) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - true b - 6 - false b - - - false mlr --opprint put $f=isnotnull($y) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - true b 3 4 - true b 5 - - false b - 6 - true b - - - false mlr --opprint put $f=isnotnull($z) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false mlr --opprint put $f=isnotnull($nosuch) ./reg_test/input/nullvals.dkvp a x y z f b 1 2 - false b 3 4 - false b 5 - - false b - 6 - false b - - - false ================================================================ TRI-SPLIT-NULL HANDLING ---------------------------------------------------------------- ok mlr put -q @sum += $x; end{emitp @sum} ./reg_test/input/abixy sum=4.536294 ---------------------------------------------------------------- ok mlr put -q @sum[$a] += $x; end{emitp @sum, "a"} ./reg_test/input/abixy a=pan,sum=0.849416 a=eks,sum=1.751863 a=wye,sum=0.777892 a=zee,sum=1.125680 a=hat,sum=0.031442 ---------------------------------------------------------------- ok mlr put $nonesuch = @nonesuch ./reg_test/input/abixy a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,nonesuch= a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,nonesuch= a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,nonesuch= a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,nonesuch= a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,nonesuch= a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,nonesuch= a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694,nonesuch= a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006,nonesuch= a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,nonesuch= a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,nonesuch= ---------------------------------------------------------------- ok mlr put -q @sum += $x; end{emitp @sum} ./reg_test/input/abixy-het sum=3.963005 ---------------------------------------------------------------- ok mlr put -q @sum[$a] += $x; end{emitp @sum, "a"} ./reg_test/input/abixy-het a=pan,sum=0.849416 a=eks,sum=1.751863 a=wye,sum= a=zee,sum=1.125680 ---------------------------------------------------------------- ok mlr put $nonesuch = @nonesuch ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,nonesuch= a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,nonesuch= aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,nonesuch= a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,nonesuch= a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,nonesuch= a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,nonesuch= a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,nonesuch= a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,nonesuch= aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,nonesuch= a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,nonesuch= mlr put -q @sum += $x; @sumtype = typeof(@sum); @xtype = typeof($x); emitf @sumtype, @xtype, @sum; end{emitp @sum} ./reg_test/input/abixy sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=0.346790 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=1.105470 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=1.310073 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=1.691473 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=2.264762 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=2.791888 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=3.403672 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=4.002226 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=4.033668 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=4.536294 sum=4.536294 mlr put -q @sum += $x; @sumtype = typeof(@sum); @xtype = typeof($x); emitf @sumtype, @xtype, @sum; end{emitp @sum} ./reg_test/input/abixy-het sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=0.346790 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=1.105470 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=1.310073 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=1.691473 sumtype=MT_FLOAT,xtype=MT_ABSENT,sum=1.691473 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=2.218599 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=2.830383 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=3.428937 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=3.460379 sumtype=MT_FLOAT,xtype=MT_FLOAT,sum=3.963005 sum=3.963005 mlr put $z = $x + $y ./reg_test/input/typeof.dkvp x=1,y=2,z=3 x=1,y=,z= x=,y=2,z= x=,y=,z= mlr put $z = $x + $y ./reg_test/input/typeof.dkvp x=1,y=2,z=3 x=1,y=,z= x=,y=2,z= x=,y=,z= mlr put $z = $x + $u ./reg_test/input/typeof.dkvp x=1,y=2,z=1 x=1,y=,z=1 x=,y=2,z= x=,y=,z= mlr put @s = @s + $y; emitp @s ./reg_test/input/typeof.dkvp s=2 x=1,y=2 s= x=1,y= s= x=,y=2 s= x=,y= mlr put @s = @s + $y; emitp @s ./reg_test/input/typeof.dkvp s=2 x=1,y=2 s= x=1,y= s= x=,y=2 s= x=,y= mlr put @s = @s + $u; emitp @s ./reg_test/input/typeof.dkvp s= x=1,y=2 s= x=1,y= s= x=,y=2 s= x=,y= mlr put $z = $x + $y; $x=typeof($x);$y=typeof($y);$z=typeof($z) ./reg_test/input/typeof.dkvp x=MT_INT,y=MT_INT,z=MT_INT x=MT_INT,y=MT_VOID,z=MT_VOID x=MT_VOID,y=MT_INT,z=MT_VOID x=MT_VOID,y=MT_VOID,z=MT_VOID mlr put $z = $x + $y; $x=typeof($x);$y=typeof($y);$z=typeof($z) ./reg_test/input/typeof.dkvp x=MT_INT,y=MT_INT,z=MT_INT x=MT_INT,y=MT_VOID,z=MT_VOID x=MT_VOID,y=MT_INT,z=MT_VOID x=MT_VOID,y=MT_VOID,z=MT_VOID mlr put $z = $x + $u; $x=typeof($x);$y=typeof($y);$z=typeof($z) ./reg_test/input/typeof.dkvp x=MT_INT,y=MT_INT,z=MT_INT x=MT_INT,y=MT_VOID,z=MT_INT x=MT_VOID,y=MT_INT,z=MT_VOID x=MT_VOID,y=MT_VOID,z=MT_VOID mlr put @s = @s + $y; $x=typeof($x);$y=typeof($y);$z=typeof($z);$s=typeof(@s) ./reg_test/input/typeof.dkvp x=MT_INT,y=MT_INT,z=MT_ABSENT,s=MT_INT x=MT_INT,y=MT_VOID,z=MT_ABSENT,s=MT_VOID x=MT_VOID,y=MT_INT,z=MT_ABSENT,s=MT_VOID x=MT_VOID,y=MT_VOID,z=MT_ABSENT,s=MT_VOID mlr put @s = @s + $y; $x=typeof($x);$y=typeof($y);$z=typeof($z);$s=typeof(@s) ./reg_test/input/typeof.dkvp x=MT_INT,y=MT_INT,z=MT_ABSENT,s=MT_INT x=MT_INT,y=MT_VOID,z=MT_ABSENT,s=MT_VOID x=MT_VOID,y=MT_INT,z=MT_ABSENT,s=MT_VOID x=MT_VOID,y=MT_VOID,z=MT_ABSENT,s=MT_VOID mlr put @s = @s + $u; $x=typeof($x);$y=typeof($y);$z=typeof($z);$s=typeof(@s) ./reg_test/input/typeof.dkvp x=MT_INT,y=MT_INT,z=MT_ABSENT,s=MT_VOID x=MT_INT,y=MT_VOID,z=MT_ABSENT,s=MT_VOID x=MT_VOID,y=MT_INT,z=MT_ABSENT,s=MT_VOID x=MT_VOID,y=MT_VOID,z=MT_ABSENT,s=MT_VOID ================================================================ ABSENT-HANDLING ---------------------------------------------------------------- FIXME FOR SRECS mlr put $a = $a * 2 ./reg_test/input/absent.dkvp a=2,b=2 a=,b=4 x=,b=6,a=2 a=14,b=8 ---------------------------------------------------------------- FIXME FOR SRECS mlr put $new = $a * 2 ./reg_test/input/absent.dkvp a=1,b=2,new=2 a=,b=4,new= x=,b=6,new=2 a=7,b=8,new=14 ---------------------------------------------------------------- ok for oosvars mlr put $new = @nonesuch * 2 ./reg_test/input/absent.dkvp a=1,b=2,new=2 a=,b=4,new=2 x=,b=6,new=2 a=7,b=8,new=2 ---------------------------------------------------------------- ok mlr put begin {@somesuch = 10 }; $new = @somesuch * 2 ./reg_test/input/absent.dkvp a=1,b=2,new=20 a=,b=4,new=20 x=,b=6,new=20 a=7,b=8,new=20 ---------------------------------------------------------------- FIXME FOR SRECS mlr put $new = @nonesuch * $a ./reg_test/input/absent.dkvp a=1,b=2,new=1 a=,b=4,new= x=,b=6,new= a=7,b=8,new=7 ---------------------------------------------------------------- ok mlr put begin {@somesuch = 10 }; $new = @somesuch * $a ./reg_test/input/absent.dkvp a=1,b=2,new=10 a=,b=4,new= x=,b=6,new=10 a=7,b=8,new=70 ---------------------------------------------------------------- FIXME AND COMPARE TO ABOVE mlr put @sum = @sum + $a; emit @sum; end { emit @sum } ./reg_test/input/absent.dkvp sum=1 a=1,b=2 sum= a=,b=4 sum= x=,b=6 sum= a=7,b=8 sum= ---------------------------------------------------------------- FIXME AND COMPARE TO ABOVE mlr put @product = @product * $a; emit @product; end { emit @product } ./reg_test/input/absent.dkvp product=1 a=1,b=2 product= a=,b=4 product= x=,b=6 product= a=7,b=8 product= ---------------------------------------------------------------- FIXME AND COMPARE TO ABOVE mlr put begin { @sum = 10 }; @sum = @sum + $a; emit @sum; end { emit @sum } ./reg_test/input/absent.dkvp sum=11 a=1,b=2 sum= a=,b=4 sum= x=,b=6 sum= a=7,b=8 sum= ---------------------------------------------------------------- FIXME AND COMPARE TO ABOVE mlr put begin { @product = 10 }; @product = @product * $a; emit @product; end { emit @product } ./reg_test/input/absent.dkvp product=10 a=1,b=2 product= a=,b=4 product= x=,b=6 product= a=7,b=8 product= ================================================================ COMPARE OLD TESTS TO NEW ---------------------------------------------------------------- raw input mlr cat ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ---------------------------------------------------------------- ok mlr put -q @sum += $x; end{emitp @sum} ./reg_test/input/abixy-het sum=3.963005 ---------------------------------------------------------------- ok mlr put -q @sum[$a] += $x; end{emitp @sum, "a"} ./reg_test/input/abixy-het a=pan,sum=0.849416 a=eks,sum=1.751863 a=wye,sum= a=zee,sum=1.125680 ---------------------------------------------------------------- ok mlr put $nonesuch = @nonesuch ./reg_test/input/abixy-het a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,nonesuch= a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,nonesuch= aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,nonesuch= a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,nonesuch= a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,nonesuch= a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,nonesuch= a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,nonesuch= a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,nonesuch= aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,nonesuch= a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,nonesuch= ---------------------------------------------------------------- raw input mlr cat ./reg_test/input/absent.dkvp a=1,b=2 a=,b=4 x=,b=6 a=7,b=8 ---------------------------------------------------------------- FIXME AND COMPARE TO ABOVE mlr put @sum = @sum + $a; emit @sum; end { emit @sum } ./reg_test/input/absent.dkvp sum=1 a=1,b=2 sum= a=,b=4 sum= x=,b=6 sum= a=7,b=8 sum= ---------------------------------------------------------------- FIXME AND COMPARE TO ABOVE mlr put @product = @product * $a; emit @product; end { emit @product } ./reg_test/input/absent.dkvp product=1 a=1,b=2 product= a=,b=4 product= x=,b=6 product= a=7,b=8 product= ---------------------------------------------------------------- FIXME AND COMPARE TO ABOVE mlr put begin { @sum = 10 }; @sum = @sum + $a; emit @sum; end { emit @sum } ./reg_test/input/absent.dkvp sum=11 a=1,b=2 sum= a=,b=4 sum= x=,b=6 sum= a=7,b=8 sum= ---------------------------------------------------------------- FIXME AND COMPARE TO ABOVE mlr put begin { @product = 10 }; @product = @product * $a; emit @product; end { emit @product } ./reg_test/input/absent.dkvp product=10 a=1,b=2 product= a=,b=4 product= x=,b=6 product= a=7,b=8 product= ---------------------------------------------------------------- COMPARE mlr put emit @sum; @sum += $x; emit @sum; end { emit @sum } ./reg_test/input/abixy-het sum=0.346790 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 sum=0.346790 sum=1.105470 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 sum=1.105470 sum=1.310073 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 sum=1.310073 sum=1.691473 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 sum=1.691473 sum=1.691473 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729 sum=1.691473 sum=2.218599 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 sum=2.218599 sum=2.830383 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694 sum=2.830383 sum=3.428937 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006 sum=3.428937 sum=3.460379 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 sum=3.460379 sum=3.963005 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 sum=3.963005 ---------------------------------------------------------------- COMPARE mlr put emit @sum; @sum += $a; emit @sum; end { emit @sum } ./reg_test/input/absent.dkvp sum=1 a=1,b=2 sum=1 sum= a=,b=4 sum= sum= x=,b=6 sum= sum= a=7,b=8 sum= mlr put emit @sum; $ostype=typeof(@sum);$xtype=typeof($x);@sum += $x; $nstype=typeof(@sum);emit @sum; end { emit @sum } ./reg_test/input/abixy-het sum=0.346790 a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,ostype=MT_UNINIT,xtype=MT_FLOAT,nstype=MT_FLOAT sum=0.346790 sum=1.105470 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,ostype=MT_FLOAT,xtype=MT_FLOAT,nstype=MT_FLOAT sum=1.105470 sum=1.310073 aaa=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,ostype=MT_FLOAT,xtype=MT_FLOAT,nstype=MT_FLOAT sum=1.310073 sum=1.691473 a=eks,bbb=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,ostype=MT_FLOAT,xtype=MT_FLOAT,nstype=MT_FLOAT sum=1.691473 sum=1.691473 a=wye,b=pan,i=5,xxx=0.5732889198020006,y=0.8636244699032729,ostype=MT_FLOAT,xtype=MT_ABSENT,nstype=MT_FLOAT sum=1.691473 sum=2.218599 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697,ostype=MT_FLOAT,xtype=MT_FLOAT,nstype=MT_FLOAT sum=2.218599 sum=2.830383 a=eks,b=zee,iii=7,x=0.6117840605678454,y=0.1878849191181694,ostype=MT_FLOAT,xtype=MT_FLOAT,nstype=MT_FLOAT sum=2.830383 sum=3.428937 a=zee,b=wye,i=8,x=0.5985540091064224,yyy=0.976181385699006,ostype=MT_FLOAT,xtype=MT_FLOAT,nstype=MT_FLOAT sum=3.428937 sum=3.460379 aaa=hat,bbb=wye,i=9,x=0.03144187646093577,y=0.7495507603507059,ostype=MT_FLOAT,xtype=MT_FLOAT,nstype=MT_FLOAT sum=3.460379 sum=3.963005 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864,ostype=MT_FLOAT,xtype=MT_FLOAT,nstype=MT_FLOAT sum=3.963005 mlr put emit @sum; $ostype=typeof(@sum);$atype=typeof($a);@sum += $a; $nstype=typeof(@sum);emit @sum; end { emit @sum } ./reg_test/input/absent.dkvp sum=1 a=1,b=2,ostype=MT_UNINIT,atype=MT_INT,nstype=MT_INT sum=1 sum= a=,b=4,ostype=MT_INT,atype=MT_VOID,nstype=MT_VOID sum= sum= x=,b=6,ostype=MT_VOID,atype=MT_ABSENT,nstype=MT_VOID sum= sum= a=7,b=8,ostype=MT_VOID,atype=MT_INT,nstype=MT_VOID sum= ================================================================ NARROW IN ---------------------------------------------------------------- mlr cat x=1 x= x=7 mlr put $osum=@sum; $ostype=typeof(@sum);$xtype=typeof($x);@sum += $x; $nstype=typeof(@sum);$nsum=@sum; end { emit @sum } x=1,osum=,ostype=MT_UNINIT,xtype=MT_INT,nstype=MT_INT,nsum=1 x=,osum=1,ostype=MT_INT,xtype=MT_VOID,nstype=MT_VOID,nsum= x=7,osum=,ostype=MT_VOID,xtype=MT_INT,nstype=MT_VOID,nsum= sum= ---------------------------------------------------------------- mlr cat x=1 xxx= x=7 mlr put $osum=@sum; $ostype=typeof(@sum);$xtype=typeof($x);@sum += $x; $nstype=typeof(@sum);$nsum=@sum; end { emit @sum } x=1,osum=,ostype=MT_UNINIT,xtype=MT_INT,nstype=MT_INT,nsum=1 xxx=,osum=1,ostype=MT_INT,xtype=MT_ABSENT,nstype=MT_INT,nsum=1 x=7,osum=1,ostype=MT_INT,xtype=MT_INT,nstype=MT_INT,nsum=8 sum=8 ---------------------------------------------------------------- mlr cat x=1 x= y= x=7 mlr --ofs tab put $xtype=typeof($x);$sum = $x + 10; $stype=typeof($sum) x=1 xtype=MT_INT sum=11 stype=MT_INT x= xtype=MT_VOID sum= stype=MT_VOID y= xtype=MT_ABSENT sum=10 stype=MT_INT x=7 xtype=MT_INT sum=17 stype=MT_INT miller-5.6.2/c/reg_test/input/000077500000000000000000000000001354153536500162175ustar00rootroot00000000000000miller-5.6.2/c/reg_test/input/Makefile.am000066400000000000000000000077171354153536500202670ustar00rootroot00000000000000SUBDIRS= rfc-csv \ comments EXTRA_DIST= \ a.csv \ a.pprint \ abixy \ abixy-het \ abixy-wide \ abixy-wide-short \ abixy.csv \ abixy.dkvp \ abixy.json \ abixy.md \ abixy.nidx \ abixy.pprint \ abixy.tsv \ abixy.xtab \ absent.dkvp \ arrays.json \ b.csv \ b.pprint \ bom.csv \ bom-dquote-header.csv \ braced.csv \ c.csv \ c.pprint \ capture-lengths.dkvp \ capture.dkvp \ clean-whitespace.csv \ comma-at-eof.csv \ comments \ d.csv \ d.pprint \ date1.csv \ date2.csv \ dot-match.csv \ dots.pprint-crlf \ dots.xtab \ double-ps.dkvp \ e.csv \ e.pprint \ env-assign.sh \ env-var.dkvp \ escapes.json \ example.usv \ f.csv \ f.pprint \ fill-down.csv \ filter-example.dsl \ filter-script-piece-1 \ filter-script-piece-2 \ freq.dkvp \ from-first.csv \ fsec2xhms \ g.csv \ g.pprint \ gmt2sec \ gsub.dat \ having-fields-regex.dkvp \ het-join-left \ het-join-right-r0 \ het-join-right-r1 \ het-join-right-r11 \ het-join-right-r12 \ het-join-right-r13 \ het-join-right-r14 \ het-join-right-r15 \ het-join-right-r16 \ het-join-right-r2 \ het-join-right-r22 \ het-join-right-r23 \ het-join-right-r24 \ het-join-right-r25 \ het-join-right-r26 \ het-join-right-r3 \ het-join-right-r33 \ het-join-right-r34 \ het-join-right-r35 \ het-join-right-r36 \ het-join-right-r4 \ het-join-right-r44 \ het-join-right-r45 \ het-join-right-r46 \ het-join-right-r5 \ het-join-right-r55 \ het-join-right-r56 \ het-join-right-r6 \ het-join-right-r66 \ het.csv \ het.dkvp \ int-float.dkvp \ int64arith.dkvp \ int64io.dkvp \ ints.dkvp \ join-het.dkvp \ joina.dkvp \ joinb.dkvp \ json-output-options.dkvp \ line-ending-cr.bin \ line-ending-crlf.bin \ line-ending-lf.bin \ line-term-lf.dkvp \ line-term-crlf.dkvp \ line-term-lf.csv \ line-term-crlf.csv \ line-term-lf.json \ line-term-crlf.json \ line-term-lf-wrap.json \ line-term-crlf-wrap.json \ line-term-lf.pprint \ line-term-crlf.pprint \ line-term-lf.xtab \ line-term-crlf.xtab \ logi.dkvp \ mand.mlr \ merge-fields-abxy.dkvp \ merge-fields-in-out.csv \ merge-fields-in-out-mixed.csv \ minmax.dkvp \ missings.dkvp \ mixed-types.xtab \ modarith.dat \ multi-format-join-a.csv \ multi-format-join-a.dkvp \ multi-format-join-a.json \ multi-format-join-b.csv \ multi-format-join-b.dkvp \ multi-format-join-b.json \ multi-ips.dkvp \ multi-sep.csv-crlf \ multi-sep.dkvp-crlf \ near-ovf.dkvp \ nest-explode-vary-fs-ps.dkvp \ nest-explode.dkvp \ null-fields.csv \ null-fields.nidx \ null-vs-empty.dkvp \ nullvals.dkvp \ ofmt.dat \ page-aligned-final-ifs.dkvp \ page-aligned-final-irs.dkvp \ page-aligned-final-no-ifs.dkvp \ page-aligned-no-final-eol.xtab \ page-aligned-no-final-irs.csvl \ page-aligned-no-final-irs.dkvp \ page-aligned-no-final-irs.nidx \ put-example.dsl \ put-script-piece-1 \ put-script-piece-2 \ put-script-piece-3 \ quote-original.csv \ ragged.csv \ regex.dkvp \ regularize.dkvp \ remove-empty-columns.csv \ repeat-input.dat \ repeats.dkvp \ reshape-long-ragged.dkvp \ reshape-long.tbl \ reshape-wide-ragged.dkvp \ reshape-wide.tbl \ rfc-csv \ scinot.dkvp \ scinot1.dkvp \ sec2gmt \ sec2xhms \ short \ short-circuit.dkvp \ sieve.mlr \ simple.tsv \ small \ small-nested.json \ small-non-nested-wrapped.json \ small-non-nested.json \ sort-het.dkvp \ space-pad.dkvp \ space-pad.nidx \ space-pad.pprint \ string-numeric-ordering.dkvp \ sub.dat \ subtab.dkvp \ subtab1.mlr \ subtab2.mlr \ subtab3.mlr \ subtab4.mlr \ test-dsl-stack-allocation.mlr \ trivial-records.csv \ truncated.csv \ truncated.dkvp \ truncated.nidx \ truncated.pprint \ truncated.xtab-crlf \ typeof.dkvp \ unset1.dkvp \ unset4.dkvp \ utf8-1.csv \ utf8-2.csv \ utf8-align.dkvp \ utf8-align.nidx \ valgrind.txt \ x0to10.dat \ xy40.dkvp \ 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exceeded. .NOEXPORT: miller-5.6.2/c/reg_test/input/comments/comments1-atat.dkvp000066400000000000000000000000511354153536500235630ustar00rootroot00000000000000@@ hello world 1 a=1,b=2,c=3 a=4,b=5,c=6 miller-5.6.2/c/reg_test/input/comments/comments1.csv000066400000000000000000000000321354153536500224620ustar00rootroot00000000000000# hello a,b,c 1,2,3 4,5,6 miller-5.6.2/c/reg_test/input/comments/comments1.dkvp000066400000000000000000000000501354153536500226330ustar00rootroot00000000000000# hello world 1 a=1,b=2,c=3 a=4,b=5,c=6 miller-5.6.2/c/reg_test/input/comments/comments1.json000066400000000000000000000001001354153536500226340ustar00rootroot00000000000000# hello world 1 { "a":1, "b":2, "c":3 } { "a":4, "b":5, "c":6 } miller-5.6.2/c/reg_test/input/comments/comments1.nidx000066400000000000000000000000501354153536500226310ustar00rootroot00000000000000# hello world 1 aX1 bX2 cX3 aX4 bX5 cX6 miller-5.6.2/c/reg_test/input/comments/comments1.xtab000066400000000000000000000000561354153536500226330ustar00rootroot00000000000000x 1 #hello world3 z 3 x 2 #hello world4 z 5 miller-5.6.2/c/reg_test/input/comments/comments2-atat.dkvp000066400000000000000000000000511354153536500235640ustar00rootroot00000000000000a=1,b=2,c=3 @@ hello world 2 a=4,b=5,c=6 miller-5.6.2/c/reg_test/input/comments/comments2.csv000066400000000000000000000000561354153536500224710ustar00rootroot00000000000000# hello a,b,c # hi 1,2,3 # there 4,5,6 # haha miller-5.6.2/c/reg_test/input/comments/comments2.dkvp000066400000000000000000000000501354153536500226340ustar00rootroot00000000000000a=1,b=2,c=3 # hello world 2 a=4,b=5,c=6 miller-5.6.2/c/reg_test/input/comments/comments2.json000066400000000000000000000001001354153536500226350ustar00rootroot00000000000000{ "a":1, "b":2, "c":3 } # hello world 2 { "a":4, "b":5, "c":6 } miller-5.6.2/c/reg_test/input/comments/comments2.nidx000066400000000000000000000000501354153536500226320ustar00rootroot00000000000000aX1 bX2 cX3 # hello world 2 aX4 bX5 cX6 miller-5.6.2/c/reg_test/input/comments/comments2.xtab000066400000000000000000000001471354153536500226350ustar00rootroot00000000000000#hello world1 #hello world2 x 1 #hello world3 z 3 x 2 #hello world4 z 5 #hello world5 #hello world6 miller-5.6.2/c/reg_test/input/comments/comments3-atat.dkvp000066400000000000000000000000511354153536500235650ustar00rootroot00000000000000a=1,b=2,c=3 a=4,b=5,c=6 @@ hello world 3 miller-5.6.2/c/reg_test/input/comments/comments3.dkvp000066400000000000000000000000501354153536500226350ustar00rootroot00000000000000a=1,b=2,c=3 a=4,b=5,c=6 # hello world 3 miller-5.6.2/c/reg_test/input/comments/comments3.json000066400000000000000000000001001354153536500226360ustar00rootroot00000000000000{ "a":1, "b":2, "c":3 } { "a":4, "b":5, "c":6 } # hello world 3 miller-5.6.2/c/reg_test/input/comments/comments3.nidx000066400000000000000000000000501354153536500226330ustar00rootroot00000000000000aX1 bX2 cX3 aX4 bX5 cX6 # hello world 3 miller-5.6.2/c/reg_test/input/d.csv000066400000000000000000000000321354153536500171520ustar00rootroot00000000000000h,i,j 3,4,5 m,n,o 8,9,10 miller-5.6.2/c/reg_test/input/d.pprint000066400000000000000000000000321354153536500176730ustar00rootroot00000000000000h i j 3 4 5 m n o 8 9 10 miller-5.6.2/c/reg_test/input/date1.csv000066400000000000000000000001611354153536500177300ustar00rootroot00000000000000Name,Date_201505,Extraneous Alice,2015-05-14,foo Bob,2015-05-11,bar Chuck,2015-05-28,quux Denise,2015-05-02,meep miller-5.6.2/c/reg_test/input/date2.csv000066400000000000000000000001631354153536500177330ustar00rootroot00000000000000Name,Date_201506,Extraneous Alice,2015-06-23,cafe Denise,2015-06-17,feed Chuck,2015-06-19,beef Bob,2015-06-19,d00d miller-5.6.2/c/reg_test/input/dot-match.csv000066400000000000000000000000201354153536500206040ustar00rootroot00000000000000text hi a.b bye miller-5.6.2/c/reg_test/input/dots.pprint-crlf000066400000000000000000000010421354153536500213470ustar00rootroot00000000000000a///b///i//x///////////////////y pan/pan/1//0.3467901443380824//0.7268028627434533 eks/pan/2//0.7586799647899636//0.5221511083334797 wye/wye/3//0.20460330576630303/0.33831852551664776 eks/wye/4//0.38139939387114097/0.13418874328430463 wye/pan/5//0.5732889198020006//0.8636244699032729 zee/pan/6//0.5271261600918548//0.49322128674835697 eks/zee/7//0.6117840605678454//0.1878849191181694 zee/wye/8//0.5985540091064224//0.976181385699006 hat/wye/9//0.03144187646093577/0.7495507603507059 pan/wye/10/0.5026260055412137//0.9526183602969864 miller-5.6.2/c/reg_test/input/dots.xtab000066400000000000000000000000541354153536500200470ustar00rootroot00000000000000a.....1 b.....2 c.....345 defg..6 hi....78 miller-5.6.2/c/reg_test/input/double-ps.dkvp000066400000000000000000000000421354153536500207730ustar00rootroot00000000000000a=pan,b=wy.e,c=3 a=pan,b=wy=e,c=3 miller-5.6.2/c/reg_test/input/e.csv000066400000000000000000000000231354153536500171530ustar00rootroot00000000000000 a,b,c 1,2,3 4,5,6 miller-5.6.2/c/reg_test/input/e.pprint000066400000000000000000000000231354153536500176740ustar00rootroot00000000000000 a b c 1 2 3 4 5 6 miller-5.6.2/c/reg_test/input/env-assign.sh000077500000000000000000000000771354153536500206340ustar00rootroot00000000000000#!/bin/sh while read line; do echo "[ZYX]=[$ZYX] $line" done miller-5.6.2/c/reg_test/input/env-var.dkvp000066400000000000000000000000461354153536500204630ustar00rootroot00000000000000name=X,x=1,y=2 name=Y,x=3,y=4 x=5,y=6 miller-5.6.2/c/reg_test/input/escapes.json000066400000000000000000000001441354153536500205340ustar00rootroot00000000000000{"abc\bdef\fghi": "jkl\nmno\rpqr\tstu\"vw\\xyz"} {"abc\bdef\fghi": "jkl\nmno\rpqr\tstu\"vw\\\\xyz"} miller-5.6.2/c/reg_test/input/example.usv000066400000000000000000000000411354153536500204040ustar00rootroot00000000000000aâŸbâŸcâždâŸeâŸfâžgâŸhâŸimiller-5.6.2/c/reg_test/input/f.csv000066400000000000000000000000001354153536500171470ustar00rootroot00000000000000miller-5.6.2/c/reg_test/input/f.pprint000066400000000000000000000000001354153536500176700ustar00rootroot00000000000000miller-5.6.2/c/reg_test/input/fill-down.csv000066400000000000000000000000261354153536500206250ustar00rootroot00000000000000a,b,c 1,,3 4,5,6 7,,9 miller-5.6.2/c/reg_test/input/filter-example.dsl000066400000000000000000000000101354153536500216300ustar00rootroot00000000000000$x < $y miller-5.6.2/c/reg_test/input/filter-script-piece-1000066400000000000000000000000111354153536500221420ustar00rootroot00000000000000$x > 0.5 miller-5.6.2/c/reg_test/input/filter-script-piece-2000066400000000000000000000000121354153536500221440ustar00rootroot00000000000000&& $i < 5 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$iheight; @iwidth = $iwidth; @maxits = $maxits; @levelstep = $levelstep; @chars = $chars; @verbose = $verbose; end { if (@verbose) { print "RCORN = ".@rcorn; print "ICORN = ".@icorn; print "SIDE = ".@side; print "IHEIGHT = ".@iheight; print "IWIDTH = ".@iwidth; print "MAXITS = ".@maxits; print "LEVELSTEP = ".@levelstep; print "CHARS = ".@chars; } for (int ii = @iheight-1; ii >= 0; ii -= 1) { num ci = @icorn + (ii/@iheight) * @side; for (int ir = 0; ir < @iwidth; ir += 1) { num cr = @rcorn + (ir/@iwidth) * @side; printn get_point_plot(cr, ci, @maxits); } print; } } func get_point_plot(cr, ci, maxits) { num zr = 0.0; num zi = 0.0; int iti = 0; bool escaped = false; num zt = 0; for (iti = 0; iti < maxits; iti += 1) { num mag = zr*zr + zi+zi; if (mag > 4.0) { escaped = true; break; } # z := z^2 + c zt = zr*zr - zi*zi + cr; zi = 2*zr*zi + ci; zr = zt; } if (!escaped) { return "."; } else { int level = (iti // @levelstep) % strlen(@chars); return substr(@chars, level, level); } } 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color=red,shape=square,flag=0 color=purple,shape=triangle,flag=0 color=yellow,shape=circle,flag=1 color=red,shape=square,flag=0 color=purple,shape=square,flag=0 color=red,shape=square,flag=0 color=red,shape=square,flag=1 color=red,shape=square,flag=0 color=red,shape=square,flag=0 color=purple,shape=triangle,flag=0 color=red,shape=square,flag=0 color=purple,shape=triangle,flag=0 color=red,shape=square,flag=0 color=red,shape=square,flag=0 color=purple,shape=square,flag=0 color=red,shape=square,flag=0 color=red,shape=square,flag=0 color=purple,shape=triangle,flag=0 color=yellow,shape=triangle,flag=1 color=purple,shape=square,flag=0 color=yellow,shape=circle,flag=1 color=purple,shape=triangle,flag=0 color=red,shape=circle,flag=1 color=purple,shape=triangle,flag=0 color=purple,shape=triangle,flag=0 color=red,shape=square,flag=0 color=red,shape=circle,flag=1 color=red,shape=square,flag=1 color=red,shape=square,flag=0 color=red,shape=circle,flag=1 color=purple,shape=square,flag=0 color=purple,shape=square,flag=0 color=red,shape=square,flag=1 color=purple,shape=triangle,flag=0 color=purple,shape=triangle,flag=0 color=purple,shape=square,flag=0 color=yellow,shape=circle,flag=1 color=red,shape=square,flag=0 color=yellow,shape=triangle,flag=1 color=yellow,shape=circle,flag=1 color=purple,shape=square,flag=0 miller-5.6.2/c/reg_test/input/reshape-long-ragged.dkvp000066400000000000000000000005011354153536500227140ustar00rootroot00000000000000time=2009-01-01,item=X,value=0.65473572 time=2009-01-01,item=Y,value=2.4520609 time=2009-01-01,item=Z,value=-1.46570942 time=2009-01-02,item=X,value=-0.89248112 time=2009-01-02,item=Y,value=0.2154713 time=2009-01-03,item=X,value=0.98012375 time=2009-01-04 time=2009-01-05,U=1.3477511,V=0.09719105,item=X,value=2.19357813 miller-5.6.2/c/reg_test/input/reshape-long.tbl000066400000000000000000000006521354153536500213110ustar00rootroot00000000000000time item price 2009-01-01 X 0.65473572 2009-01-01 Y 2.4520609 2009-01-01 Z -1.46570942 2009-01-02 X -0.89248112 2009-01-02 Y 0.2154713 2009-01-02 Z -2.05357735 2009-01-03 X 0.98012375 2009-01-03 Y 1.3179287 2009-01-03 Z 4.64248357 2009-01-04 X 0.35397376 2009-01-04 Y 3.3765645 2009-01-04 Z -0.25237774 2009-01-05 X 2.19357813 2009-01-05 Y 1.3477511 2009-01-05 Z 0.09719105 miller-5.6.2/c/reg_test/input/reshape-wide-ragged.dkvp000066400000000000000000000003041354153536500227060ustar00rootroot00000000000000time=2009-01-01,X=0.65473572,Y=2.4520609,Z=-1.46570942 time=2009-01-02,X=-0.89248112,Y=0.2154713 time=2009-01-03,X=0.98012375 time=2009-01-04 time=2009-01-05,X=2.19357813,U=1.3477511,V=0.09719105 miller-5.6.2/c/reg_test/input/reshape-wide.tbl000066400000000000000000000004021354153536500212730ustar00rootroot00000000000000time X Y Z 2009-01-01 0.65473572 2.4520609 -1.46570942 2009-01-02 -0.89248112 0.2154713 -2.05357735 2009-01-03 0.98012375 1.3179287 4.64248357 2009-01-04 0.35397376 3.3765645 -0.25237774 2009-01-05 2.19357813 1.3477511 0.09719105 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install-dvi-am install-dvi-am: install-exec-am: install-html: install-html-am install-html-am: install-info: install-info-am install-info-am: install-man: install-pdf: install-pdf-am install-pdf-am: install-ps: install-ps-am install-ps-am: installcheck-am: maintainer-clean: maintainer-clean-am -rm -f Makefile maintainer-clean-am: distclean-am maintainer-clean-generic mostlyclean: mostlyclean-am mostlyclean-am: mostlyclean-generic mostlyclean-libtool pdf: pdf-am pdf-am: ps: ps-am ps-am: uninstall-am: .MAKE: install-am install-strip .PHONY: all all-am check check-am clean clean-generic clean-libtool \ cscopelist-am ctags-am distclean distclean-generic \ distclean-libtool distdir dvi dvi-am html html-am info info-am \ install install-am install-data install-data-am install-dvi \ install-dvi-am install-exec install-exec-am install-html \ install-html-am install-info install-info-am install-man \ install-pdf install-pdf-am install-ps install-ps-am \ install-strip installcheck installcheck-am installdirs \ maintainer-clean maintainer-clean-generic mostlyclean \ mostlyclean-generic mostlyclean-libtool pdf pdf-am ps ps-am \ tags-am uninstall uninstall-am .PRECIOUS: Makefile # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: miller-5.6.2/c/reg_test/input/rfc-csv/modify-defaults.csv000066400000000000000000000000211354153536500233640ustar00rootroot00000000000000a;b;c 1;2;3 4;;6 miller-5.6.2/c/reg_test/input/rfc-csv/narrow-truncated.csv000066400000000000000000000000111354153536500235660ustar00rootroot00000000000000a 1 2 3 4miller-5.6.2/c/reg_test/input/rfc-csv/narrow.csv000066400000000000000000000000121354153536500216000ustar00rootroot00000000000000a 1 2 3 4 miller-5.6.2/c/reg_test/input/rfc-csv/quoted-comma-truncated.csv000066400000000000000000000000271354153536500246600ustar00rootroot00000000000000a,"b",c 1,"x,3",y 4,5,6miller-5.6.2/c/reg_test/input/rfc-csv/quoted-comma.csv000066400000000000000000000000301354153536500226630ustar00rootroot00000000000000a,"b",c 1,"x,3",y 4,5,6 miller-5.6.2/c/reg_test/input/rfc-csv/quoted-crlf-truncated.csv000066400000000000000000000000271354153536500245120ustar00rootroot00000000000000a,"b",c 1,"x 3",y 4,5,6miller-5.6.2/c/reg_test/input/rfc-csv/quoted-crlf.csv000066400000000000000000000000301354153536500225150ustar00rootroot00000000000000a,"b",c 1,"x 3",y 4,5,6 miller-5.6.2/c/reg_test/input/rfc-csv/simple-truncated.csv000066400000000000000000000000231354153536500235520ustar00rootroot00000000000000a,"b",c 1,x,3 4,5,6miller-5.6.2/c/reg_test/input/rfc-csv/simple.csv-crlf000066400000000000000000000000501354153536500225070ustar00rootroot00000000000000a,"b",c 1,x,3 4,5,6 "x","y""yy","z" miller-5.6.2/c/reg_test/input/scinot.dkvp000066400000000000000000000003151354153536500204030ustar00rootroot00000000000000x=123 x=123. x=123.4 x=.234 x=1e2 x=1e-2 x=1.2e3 x=1.e3 x=1.2e-3 x=1.e-3 x=.2e3 x=.2e-3 x=1.e-3 x=-123 x=-123. x=-123.4 x=-.234 x=-1e2 x=-1e-2 x=-1.2e3 x=-1.e3 x=-1.2e-3 x=-1.e-3 x=-.2e3 x=-.2e-3 x=-1.e-3 miller-5.6.2/c/reg_test/input/scinot1.dkvp000066400000000000000000000000041354153536500204570ustar00rootroot00000000000000i=1 miller-5.6.2/c/reg_test/input/sec2gmt000066400000000000000000000004651354153536500175130ustar00rootroot00000000000000n,sec 1,0 2,1 3,10 4,100 5,1000 6,10000 7,100000 8,1000000 9,10000000 10,100000000 11,1000000000 12,1432036180 13,1500000000 14,2000000000 15,2000000000. 16,2000000000.0 17,2000000000.00 18,2000000000.123400 19,2000000000.123456 20,2000000000.999 21,2000000000.999999 22,2000000000.999999999 23, 24,x 25,123x miller-5.6.2/c/reg_test/input/sec2xhms000066400000000000000000000003751354153536500177030ustar00rootroot00000000000000sec=0 sec=1 sec=59 sec=60 sec=61 sec=3599 sec=3600 sec=3601 sec=86399 sec=86400 sec=86401 sec=863999 sec=864000 sec=864001 sec=-1 sec=-59 sec=-60 sec=-61 sec=-3599 sec=-3600 sec=-3601 sec=-86399 sec=-86400 sec=-86401 sec=-863999 sec=-864000 sec=-864001 miller-5.6.2/c/reg_test/input/short000066400000000000000000000000141354153536500172740ustar00rootroot00000000000000a=1 b=2 c=3 miller-5.6.2/c/reg_test/input/short-circuit.dkvp000066400000000000000000000000521354153536500217010ustar00rootroot00000000000000x=1,a="hello" x=2,a="there" x=3,a="world" miller-5.6.2/c/reg_test/input/sieve.mlr000066400000000000000000000005551354153536500200530ustar00rootroot00000000000000# Sieve of Eratosthenes: simple example of Miller DSL as programming language. begin { @n = 100; } end { for (int i = 0; i <= @n; i += 1) { @s[i] = true; } @s[0] = false; @s[1] = false; for (int i = 2; i <= @n; i += 1) { for (int j = i+i; j <= @n; j += i) { @s[j] = false; } } for (int i = 0; i <= @n; i += 1) { if (@s[i]) { print i; } } } miller-5.6.2/c/reg_test/input/simple.tsv000066400000000000000000000001631354153536500202460ustar00rootroot00000000000000a b i x y pan pan 1 2 0.989945 eks pan 2 1 0.775159 wye wye 3 1 0.761642 eks wye 4 5 0.322934 wye pan 5 5 0.448283 miller-5.6.2/c/reg_test/input/small000066400000000000000000000011121354153536500172450ustar00rootroot00000000000000a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 miller-5.6.2/c/reg_test/input/small-nested.json000066400000000000000000000004171354153536500215040ustar00rootroot00000000000000{ "z": { "pan": { "1": 0.726803, "0": 0.952618 }, "eks": { "0": 0.134189, "1": 0.187885 }, "wye": { "1": 0.863624 }, "zee": { "0": 0.976181 }, "hat": { "1": 0.749551 } } } miller-5.6.2/c/reg_test/input/small-non-nested-wrapped.json000066400000000000000000000015451354153536500237370ustar00rootroot00000000000000[ { "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } ,{ "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } ,{ "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } ,{ "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } ,{ "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } ,{ "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } ,{ "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } ,{ "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } ,{ "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } ,{ "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } ] miller-5.6.2/c/reg_test/input/small-non-nested.json000066400000000000000000000015301354153536500222710ustar00rootroot00000000000000{ "a": "pan", "b": "pan", "i": 1, "x": 0.3467901443380824, "y": 0.7268028627434533 } { "a": "eks", "b": "pan", "i": 2, "x": 0.7586799647899636, "y": 0.5221511083334797 } { "a": "wye", "b": "wye", "i": 3, "x": 0.20460330576630303, "y": 0.33831852551664776 } { "a": "eks", "b": "wye", "i": 4, "x": 0.38139939387114097, "y": 0.13418874328430463 } { "a": "wye", "b": "pan", "i": 5, "x": 0.5732889198020006, "y": 0.8636244699032729 } { "a": "zee", "b": "pan", "i": 6, "x": 0.5271261600918548, "y": 0.49322128674835697 } { "a": "eks", "b": "zee", "i": 7, "x": 0.6117840605678454, "y": 0.1878849191181694 } { "a": "zee", "b": "wye", "i": 8, "x": 0.5985540091064224, "y": 0.976181385699006 } { "a": "hat", "b": "wye", "i": 9, "x": 0.03144187646093577, "y": 0.7495507603507059 } { "a": "pan", "b": "wye", "i": 10, "x": 0.5026260055412137, "y": 0.9526183602969864 } miller-5.6.2/c/reg_test/input/sort-het.dkvp000066400000000000000000000000201354153536500206420ustar00rootroot00000000000000x=2 a=3 x=4 x=1 miller-5.6.2/c/reg_test/input/space-pad.dkvp000066400000000000000000000000241354153536500207360ustar00rootroot00000000000000 a=1 b=2 c=3 miller-5.6.2/c/reg_test/input/space-pad.nidx000066400000000000000000000000241354153536500207340ustar00rootroot00000000000000 a b c d e f miller-5.6.2/c/reg_test/input/space-pad.pprint000066400000000000000000000000241354153536500213060ustar00rootroot00000000000000 a b c 1 2 3 miller-5.6.2/c/reg_test/input/string-numeric-ordering.dkvp000066400000000000000000000001201354153536500236530ustar00rootroot00000000000000x=1,y=1,z=a x=1.5,y=1.5,z=b x=a,y=2,z=c x=2,y=3,z=d x=2.5,y=3.5,z=e x=b,y=4,z=f miller-5.6.2/c/reg_test/input/sub.dat000066400000000000000000000000401354153536500174740ustar00rootroot00000000000000x=hello x=HELLO x=world x=WORLD miller-5.6.2/c/reg_test/input/subtab.dkvp000066400000000000000000000000431354153536500203620ustar00rootroot00000000000000x=afoob x=a\tb x=a\\tb x=a b z= x= miller-5.6.2/c/reg_test/input/subtab1.mlr000066400000000000000000000000301354153536500202650ustar00rootroot00000000000000$y=sub($x, "\t", "TAB") miller-5.6.2/c/reg_test/input/subtab2.mlr000066400000000000000000000000311354153536500202670ustar00rootroot00000000000000$y=sub($x, "\\t", "TAB") miller-5.6.2/c/reg_test/input/subtab3.mlr000066400000000000000000000000271354153536500202750ustar00rootroot00000000000000$y=sub($x, "\t", "\t") miller-5.6.2/c/reg_test/input/subtab4.mlr000066400000000000000000000000301354153536500202700ustar00rootroot00000000000000$y=sub($x, "\\t", "\t") miller-5.6.2/c/reg_test/input/test-dsl-stack-allocation.mlr000066400000000000000000000106261354153536500237250ustar00rootroot00000000000000# ================================================================ # See comments in test_dsl_stack.c for details what is being tested here. # ================================================================ # ---------------------------------------------------------------- func f(a,b,c) { @v[NR] = NR*1000; true { var val = nonesuch; while (1 == 1) { if (NR == 1) { for (k, v in $*) { val = v.":".a.":".b.":".c; print "f:1:val:".val; } } elif (NR == 2) { for (k in @v) { print "f:2:k:".k; } } elif (NR == 3) { for (k, v in @v) { print "f:3:k:".k."v:".v; } } elif (NR == 4) { var sum = 0; for (var i = 1; i <= 10; i += 1) { for (var j = 1; j <= 10; j += 1) { sum += i*j; } } val = sum; print "f:val:".val; } break; } } } # ---------------------------------------------------------------- subr s(a,b,c) { @v[NR] = NR*2000; true { var val = nonesuch; while (1 == 1) { if (NR == 1) { for (k, v in $*) { val = v.":".a.":".b.":".c; print "s:1:val:".val; } } elif (NR == 2) { for (k in @v) { print "s:2:k:".k; } } elif (NR == 3) { for (k, v in @v) { print "s:3:k:".k."v:".v; } } elif (NR == 4) { var sum = 0; for (var i = 1; i <= 10; i += 1) { for (var j = 1; j <= 10; j += 1) { sum += i*j; } } val = sum; print "s:val:".val; } break; } } } # ---------------------------------------------------------------- begin { print "BEGIN"; @v[0] = 456; true { var val = nonesuch; for (var idx = 1; idx <= 4; idx += 1) { if (idx == 2) { for (k in @v) { print "b:2:k:".k; } } elif (idx == 3) { for (k, v in @v) { print "b:3:k:".k."v:".v; } } elif (idx == 4) { var sum = 0; for (var i = 1; i <= 10; i += 1) { for (var j = 1; j <= 10; j += 1) { sum += i*j; } } val = sum; print "b:val:".val; } } } } # ---------------------------------------------------------------- print "MAIN"; @v[NR] = NR*4000; true { var val = nonesuch; while (1 == 1) { if (NR == 1) { for (k, v in $*) { val = v; print "m:1:val:".val; } } elif (NR == 2) { for (k in @v) { print "m:2:k:".k; } } elif (NR == 3) { for (k, v in @v) { print "m:3:k:".k."v:".v; } } elif (NR == 4) { var sum = 0; for (var i = 1; i <= 10; i += 1) { for (var j = 1; j <= 10; j += 1) { sum += i*j; } } val = sum; print "m:val:".val; } break; } } $o = f(NR, $a, $y); call s($b, NR, $i**2); # ---------------------------------------------------------------- end { print "END"; @v[100] = 789; true { var val = nonesuch; for (var idx = 1; idx <= 4; idx += 1) { if (idx == 2) { for (k in @v) { print "e:2:k:".k; } } elif (idx == 3) { for (k, v in @v) { print "e:3:k:".k."v:".v; } } elif (idx == 4) { var sum = 0; for (var i = 1; i <= 10; i += 1) { for (var j = 1; j <= 10; j += 1) { sum += i*j; } } val = sum; print "e:val:".val; } } } } miller-5.6.2/c/reg_test/input/trivial-records.csv000066400000000000000000000000311354153536500220370ustar00rootroot00000000000000a,b,c 1,2,3 4,,6 ,, ,8,9 miller-5.6.2/c/reg_test/input/truncated.csv000066400000000000000000000000271354153536500207240ustar00rootroot00000000000000a,b,c 1,2,3 4,5,6 7,8,9miller-5.6.2/c/reg_test/input/truncated.dkvp000066400000000000000000000000131354153536500210700ustar00rootroot00000000000000a=1,b=2 c=3miller-5.6.2/c/reg_test/input/truncated.nidx000066400000000000000000000000111354153536500210640ustar00rootroot000000000000001 2 3 4 5miller-5.6.2/c/reg_test/input/truncated.pprint000066400000000000000000000000271354153536500214450ustar00rootroot00000000000000a b c 1 2 3 4 5 6 7 8 9miller-5.6.2/c/reg_test/input/truncated.xtab-crlf000066400000000000000000000000311354153536500220060ustar00rootroot00000000000000a 1 b 2 c 3 d 4 e 5miller-5.6.2/c/reg_test/input/typeof.dkvp000066400000000000000000000001241354153536500204100ustar00rootroot00000000000000x=1,y=2 x=1,y= x=,y=2 x=,y= a=1,y=2 a=1,y= a=,y=2 a=,y= x=1,b=2 x=1,b= x=,b=2 x=,b= miller-5.6.2/c/reg_test/input/unset1.dkvp000066400000000000000000000000141354153536500203170ustar00rootroot00000000000000a=1,b=2,x=9 miller-5.6.2/c/reg_test/input/unset4.dkvp000066400000000000000000000000601354153536500203230ustar00rootroot00000000000000a=1,b=2,x=9 a=1,b=3,x=9 a=4,b=5,x=9 a=4,b=6,x=9 miller-5.6.2/c/reg_test/input/utf8-1.csv000066400000000000000000000000771354153536500177640ustar00rootroot00000000000000langue,nom,jour français,françois,vendredi žusz,éloignée, miller-5.6.2/c/reg_test/input/utf8-2.csv000066400000000000000000000000551354153536500177610ustar00rootroot00000000000000français,françois,vendredi langue,nom,jour miller-5.6.2/c/reg_test/input/utf8-align.dkvp000066400000000000000000000002041354153536500210570ustar00rootroot00000000000000191º=test,1912=test2,cois=çais,çois=cais 191º=test,1912=test2,ois=çais,çois=cais 191º=test,1912=test2,coise=çais,çois=cais miller-5.6.2/c/reg_test/input/utf8-align.nidx000066400000000000000000000000731354153536500210610ustar00rootroot00000000000000191º test 191 test2 francois français françois francais miller-5.6.2/c/reg_test/input/valgrind.txt000066400000000000000000000362001354153536500205670ustar00rootroot00000000000000Using mlr executable valgrind --leak-check=full ./reg_test/../../c/mlrg mlr cat ./reg_test/input/abixy Command: ./reg_test/../../c/mlrg cat ./reg_test/input/abixy --1366737-- WARNING: Serious error when reading debug info --1366737-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1366737-- Ignoring non-Dwarf2/3/4 block in .debug_info --1366737-- WARNING: Serious error when reading debug info --1366737-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1366737-- Last block truncated in .debug_info; ignoring --1366737-- WARNING: Serious error when reading debug info --1366737-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1366737-- parse_CU_Header: is neither DWARF2 nor DWARF3 nor DWARF4 --1366737-- WARNING: Serious error when reading debug info --1366737-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1366737-- Ignoring non-Dwarf2/3/4 block in .debug_info --1366737-- WARNING: Serious error when reading debug info --1366737-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1366737-- Last block truncated in .debug_info; ignoring --1366737-- WARNING: Serious error when reading debug info --1366737-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1366737-- parse_CU_Header: is neither DWARF2 nor DWARF3 nor DWARF4 All heap blocks were freed -- no leaks are possible mlr --prepipe cat --odkvp join -j a -f ./reg_test/input/join-het.dkvp ./reg_test/input/abixy-het Command: ./reg_test/../../c/mlrg --prepipe cat --odkvp join -j a -f ./reg_test/input/join-het.dkvp ./reg_test/input/abixy-het --1369394-- WARNING: Serious error when reading debug info --1369394-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369394-- Ignoring non-Dwarf2/3/4 block in .debug_info --1369394-- WARNING: Serious error when reading debug info --1369394-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369394-- Last block truncated in .debug_info; ignoring --1369394-- WARNING: Serious error when reading debug info --1369394-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369394-- parse_CU_Header: is neither DWARF2 nor DWARF3 nor DWARF4 --1369394-- WARNING: Serious error when reading debug info --1369394-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369394-- Ignoring non-Dwarf2/3/4 block in .debug_info --1369394-- WARNING: Serious error when reading debug info --1369394-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369394-- Last block truncated in .debug_info; ignoring --1369394-- WARNING: Serious error when reading debug info --1369394-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369394-- parse_CU_Header: is neither DWARF2 nor DWARF3 nor DWARF4 32 bytes in 1 blocks are definitely lost in loss record 1 of 2 at 0x4C26B0F: malloc (in /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so) by 0x40CE15: mlr_malloc_or_die (mlrutil.c:89) by 0x42BA54: mlr_alloc_read_line_single_delimiter (line_readers.c:15) by 0x434B6F: lrec_reader_stdio_dkvp_process_single_irs_single_others_auto_line_term (lrec_reader_stdio_dkvp.c:103) by 0x45BEAE: ingest_left_file (mapper_join.c:559) by 0x45B916: mapper_join_process_unsorted (mapper_join.c:421) by 0x428C4A: chain_map (stream.c:219) by 0x428BA7: drive_lrec (stream.c:200) by 0x428B48: do_file_chained (stream.c:189) by 0x428970: do_stream_chained_to_stdout (stream.c:143) by 0x4284F3: do_stream_chained (stream.c:34) by 0x4024B3: main (mlrmain.c:32) 64 bytes in 1 blocks are definitely lost in loss record 2 of 2 at 0x4C26B0F: malloc (in /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so) by 0x40CE15: mlr_malloc_or_die (mlrutil.c:89) by 0x42BA54: mlr_alloc_read_line_single_delimiter (line_readers.c:15) by 0x434B6F: lrec_reader_stdio_dkvp_process_single_irs_single_others_auto_line_term (lrec_reader_stdio_dkvp.c:103) by 0x428ABB: do_file_chained (stream.c:177) by 0x428970: do_stream_chained_to_stdout (stream.c:143) by 0x4284F3: do_stream_chained (stream.c:34) by 0x4024B3: main (mlrmain.c:32) mlr --odkvp join --prepipe cat -j a -f ./reg_test/input/join-het.dkvp ./reg_test/input/abixy-het Command: ./reg_test/../../c/mlrg --odkvp join --prepipe cat -j a -f ./reg_test/input/join-het.dkvp ./reg_test/input/abixy-het --1369398-- WARNING: Serious error when reading debug info --1369398-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369398-- Ignoring non-Dwarf2/3/4 block in .debug_info --1369398-- WARNING: Serious error when reading debug info --1369398-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369398-- Last block truncated in .debug_info; ignoring --1369398-- WARNING: Serious error when reading debug info --1369398-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369398-- parse_CU_Header: is neither DWARF2 nor DWARF3 nor DWARF4 --1369398-- WARNING: Serious error when reading debug info --1369398-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369398-- Ignoring non-Dwarf2/3/4 block in .debug_info --1369398-- WARNING: Serious error when reading debug info --1369398-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369398-- Last block truncated in .debug_info; ignoring --1369398-- WARNING: Serious error when reading debug info --1369398-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369398-- parse_CU_Header: is neither DWARF2 nor DWARF3 nor DWARF4 32 bytes in 1 blocks are definitely lost in loss record 1 of 1 at 0x4C26B0F: malloc (in /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so) by 0x40CE15: mlr_malloc_or_die (mlrutil.c:89) by 0x42BA54: mlr_alloc_read_line_single_delimiter (line_readers.c:15) by 0x434B6F: lrec_reader_stdio_dkvp_process_single_irs_single_others_auto_line_term (lrec_reader_stdio_dkvp.c:103) by 0x45BEAE: ingest_left_file (mapper_join.c:559) by 0x45B916: mapper_join_process_unsorted (mapper_join.c:421) by 0x428C4A: chain_map (stream.c:219) by 0x428BA7: drive_lrec (stream.c:200) by 0x428B48: do_file_chained (stream.c:189) by 0x428970: do_stream_chained_to_stdout (stream.c:143) by 0x4284F3: do_stream_chained (stream.c:34) by 0x4024B3: main (mlrmain.c:32) mlr --prepipe cat --odkvp join --prepipe cat -j a -f ./reg_test/input/join-het.dkvp ./reg_test/input/abixy-het Command: ./reg_test/../../c/mlrg --prepipe cat --odkvp join --prepipe cat -j a -f ./reg_test/input/join-het.dkvp ./reg_test/input/abixy-het --1369400-- WARNING: Serious error when reading debug info --1369400-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369400-- Ignoring non-Dwarf2/3/4 block in .debug_info --1369400-- WARNING: Serious error when reading debug info --1369400-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369400-- Last block truncated in .debug_info; ignoring --1369400-- WARNING: Serious error when reading debug info --1369400-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369400-- parse_CU_Header: is neither DWARF2 nor DWARF3 nor DWARF4 --1369400-- WARNING: Serious error when reading debug info --1369400-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369400-- Ignoring non-Dwarf2/3/4 block in .debug_info --1369400-- WARNING: Serious error when reading debug info --1369400-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369400-- Last block truncated in .debug_info; ignoring --1369400-- WARNING: Serious error when reading debug info --1369400-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369400-- parse_CU_Header: is neither DWARF2 nor DWARF3 nor DWARF4 32 bytes in 1 blocks are definitely lost in loss record 1 of 2 at 0x4C26B0F: malloc (in /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so) by 0x40CE15: mlr_malloc_or_die (mlrutil.c:89) by 0x42BA54: mlr_alloc_read_line_single_delimiter (line_readers.c:15) by 0x434B6F: lrec_reader_stdio_dkvp_process_single_irs_single_others_auto_line_term (lrec_reader_stdio_dkvp.c:103) by 0x45BEAE: ingest_left_file (mapper_join.c:559) by 0x45B916: mapper_join_process_unsorted (mapper_join.c:421) by 0x428C4A: chain_map (stream.c:219) by 0x428BA7: drive_lrec (stream.c:200) by 0x428B48: do_file_chained (stream.c:189) by 0x428970: do_stream_chained_to_stdout (stream.c:143) by 0x4284F3: do_stream_chained (stream.c:34) by 0x4024B3: main (mlrmain.c:32) 64 bytes in 1 blocks are definitely lost in loss record 2 of 2 at 0x4C26B0F: malloc (in /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so) by 0x40CE15: mlr_malloc_or_die (mlrutil.c:89) by 0x42BA54: mlr_alloc_read_line_single_delimiter (line_readers.c:15) by 0x434B6F: lrec_reader_stdio_dkvp_process_single_irs_single_others_auto_line_term (lrec_reader_stdio_dkvp.c:103) by 0x428ABB: do_file_chained (stream.c:177) by 0x428970: do_stream_chained_to_stdout (stream.c:143) by 0x4284F3: do_stream_chained (stream.c:34) by 0x4024B3: main (mlrmain.c:32) mlr --json join -s -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.json Command: ./reg_test/../../c/mlrg --json join -s -j x -f ./reg_test/input/multi-format-join-a.json ./reg_test/input/multi-format-join-b.json --1369430-- WARNING: Serious error when reading debug info --1369430-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369430-- Ignoring non-Dwarf2/3/4 block in .debug_info --1369430-- WARNING: Serious error when reading debug info --1369430-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369430-- Last block truncated in .debug_info; ignoring --1369430-- WARNING: Serious error when reading debug info --1369430-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369430-- parse_CU_Header: is neither DWARF2 nor DWARF3 nor DWARF4 --1369430-- WARNING: Serious error when reading debug info --1369430-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369430-- Ignoring non-Dwarf2/3/4 block in .debug_info --1369430-- WARNING: Serious error when reading debug info --1369430-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369430-- Last block truncated in .debug_info; ignoring --1369430-- WARNING: Serious error when reading debug info --1369430-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369430-- parse_CU_Header: is neither DWARF2 nor DWARF3 nor DWARF4 mlr --dkvp join -s -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.dkvp Command: ./reg_test/../../c/mlrg --dkvp join -s -j x -f ./reg_test/input/multi-format-join-a.dkvp ./reg_test/input/multi-format-join-b.dkvp --1369432-- WARNING: Serious error when reading debug info --1369432-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369432-- Ignoring non-Dwarf2/3/4 block in .debug_info --1369432-- WARNING: Serious error when reading debug info --1369432-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369432-- Last block truncated in .debug_info; ignoring --1369432-- WARNING: Serious error when reading debug info --1369432-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369432-- parse_CU_Header: is neither DWARF2 nor DWARF3 nor DWARF4 --1369432-- WARNING: Serious error when reading debug info --1369432-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369432-- Ignoring non-Dwarf2/3/4 block in .debug_info --1369432-- WARNING: Serious error when reading debug info --1369432-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369432-- Last block truncated in .debug_info; ignoring --1369432-- WARNING: Serious error when reading debug info --1369432-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369432-- parse_CU_Header: is neither DWARF2 nor DWARF3 nor DWARF4 mlr --csvlite join -s -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.csv Command: ./reg_test/../../c/mlrg --csvlite join -s -j x -f ./reg_test/input/multi-format-join-a.csv ./reg_test/input/multi-format-join-b.csv --1369435-- WARNING: Serious error when reading debug info --1369435-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369435-- Ignoring non-Dwarf2/3/4 block in .debug_info --1369435-- WARNING: Serious error when reading debug info --1369435-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369435-- Last block truncated in .debug_info; ignoring --1369435-- WARNING: Serious error when reading debug info --1369435-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_core-amd64-linux.so: --1369435-- parse_CU_Header: is neither DWARF2 nor DWARF3 nor DWARF4 --1369435-- WARNING: Serious error when reading debug info --1369435-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369435-- Ignoring non-Dwarf2/3/4 block in .debug_info --1369435-- WARNING: Serious error when reading debug info --1369435-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369435-- Last block truncated in .debug_info; ignoring --1369435-- WARNING: Serious error when reading debug info --1369435-- When reading debug info from /usr/local/fbcode/gcc-5-glibc-2.23/lib/valgrind/vgpreload_memcheck-amd64-linux.so: --1369435-- parse_CU_Header: is neither DWARF2 nor DWARF3 nor DWARF4 miller-5.6.2/c/reg_test/input/x0to10.dat000066400000000000000000000000551354153536500177440ustar00rootroot00000000000000x=0 x=1 x=2 x=3 x=4 x=5 x=6 x=7 x=8 x=9 x=10 miller-5.6.2/c/reg_test/input/xy40.dkvp000066400000000000000000000012371354153536500177140ustar00rootroot00000000000000i=1,x=101,y=201 i=2,x=102,y=202 i=3,x=103,y=203 i=4,x=104,y=204 i=5,x=105,y=205 i=6,x=106,y=206 i=7,x=107,y=207 i=8,x=108,y=208 i=9,x=109,y=209 i=10,x=110,y=210 i=11,x=111,y=211 i=12,x=112,y=212 i=13,x=113,y=213 i=14,x=114,y=214 i=15,x=115,y=215 i=16,x=116,y=216 i=17,x=117,y=217 i=18,x=118,y=218 i=19,x=119,y=219 i=20,x=120,y=220 i=21,x=121,y=221 i=22,x=122,y=222 i=23,x=123,y=223 i=24,x=124,y=224 i=25,x=125,y=225 i=26,x=126,y=226 i=27,x=127,y=227 i=28,x=128,y=228 i=29,x=129,y=229 i=30,x=130,y=230 i=31,x=131,y=231 i=32,x=132,y=232 i=33,x=133,y=233 i=34,x=134,y=234 i=35,x=135,y=235 i=36,x=136,y=236 i=37,x=137,y=237 i=38,x=138,y=238 i=39,x=139,y=239 i=40,x=140,y=240 miller-5.6.2/c/reg_test/input/xyz2000066400000000000000000000000301354153536500170470ustar00rootroot00000000000000x=3,y=4,z=5 x=6,y=7,u=8 miller-5.6.2/c/reg_test/input/xyz345000066400000000000000000000000141354153536500172230ustar00rootroot00000000000000x=3,y=4,z=5 miller-5.6.2/c/reg_test/run000077500000000000000000010403521354153536500156170ustar00rootroot00000000000000#!/bin/sh # ================================================================ set -e # For building with autoconf: # * in-directory build: # pwd is /path/to/the/tree/c/reg_test # path to mlr is /path/to/the/tree/c/mlr # path to reg_test/run is /path/to/the/tree/c/reg_test/run # # * out-of-directory ("VPATH") build: # pwd is /path/to/build/tree/c/reg_test # path to mlr is /path/to/build/tree/c/mlr # path to reg_test/run is /path/to/source/tree/c/reg_test/run # For building without autoconf: # pwd is /does/not/matter # path to mlr is /path/to/the/tree/c/mlr # path to reg_test/run is /path/to/the/tree/c/reg_test/run ourdir=`dirname $0` srcdir=$ourdir/../.. pwd=`pwd` try1=$pwd/../mlr # For autoconf builds, in-tree or out-of-tree try2=$srcdir/c/mlr # For non-autoconf builds if [ -x "$try1" ]; then path_to_mlr=$try1 elif [ -x "$try2" ]; then path_to_mlr=$try2 else echo "$0: Could not find path to mlr executable." 1>&2 echo "Try 1: $try1" 1>&2 echo "Try 2: $try2" 1>&2 exit 1 fi # mlr lecat, mlr termcvt, etc. do not accept initial '--no-mmap'. path_to_mlr_for_auxents="$path_to_mlr" if [ "$1" = "--valgrind" ]; then # Leak-check the test suite. Needs 'make mlrg' first. # ../tools/clean-valg can be used to filter the output. path_to_mlr="valgrind --leak-check=full ${path_to_mlr}g" path_to_mlr_for_auxents="$path_to_mlr" elif [ "$1" = "--no-mmap" ]; then path_to_mlr_for_auxents="${path_to_mlr}" path_to_mlr="${path_to_mlr} --no-mmap" elif [ "$1" = "--valgrind-no-mmap" ]; then path_to_mlr="valgrind --leak-check=full ${path_to_mlr}g --no-mmap" path_to_mlr_for_auxents="valgrind --leak-check=full ${path_to_mlr}g" fi echo Using mlr executable $path_to_mlr indir=$ourdir/input expdir=$ourdir/expected outdir=$pwd/output-regtest reloutdir=./output-regtest outfile=$outdir/out expfile=$expdir/out mkdir -p $outdir rm -rf $outdir mkdir -p $outdir touch $outfile echo num_completed=0 announce() { echo >> $outfile echo "================================================================" >> $outfile echo "$@" >> $outfile echo >> $outfile } mention() { echo >> $outfile echo ---------------------------------------------------------------- "$@" >> $outfile } # A key feature of this regression script is that it can be invoked from any # directory. Depending on the directory it's invoked from, the path to the mlr # executable may vary. Nonetheless for debugging it's crucial that we echo out # each command being executed. See also diff -I below. run_mlr() { # Use just "mlr" for info messages echo mlr "$@" echo mlr "$@" >> $outfile # Use path to mlr for invoking the command $path_to_mlr "$@" >> $outfile echo >> $outfile # since set -e num_completed=`expr $num_completed + 1` } run_cat() { echo cat "$@" echo cat "$@" >> $outfile cat "$@" >> $outfile echo >> $outfile } run_mlr_for_auxents() { # Use just "mlr" for info messages echo mlr "$@" >> $outfile # Use path to mlr for invoking the command $path_to_mlr_for_auxents "$@" >> $outfile # since set -e num_completed=`expr $num_completed + 1` } run_mlr_for_auxents_no_output() { # Use just "mlr" for info messages echo mlr "$@" >> $outfile # Use path to mlr for invoking the command $path_to_mlr_for_auxents "$@" # since set -e num_completed=`expr $num_completed + 1` } # Just cats a file while also announcing that fact. run_cat() { echo cat "$@" echo cat "$@" >> $outfile # for diff at end cat "$@" >> $outfile # for diff at end echo >> $outfile } mlr_expect_fail() { # Use just "mlr" for info messages echo mlr "$@" echo mlr "$@" >> $outfile # Use path to mlr for invoking the command set +e $path_to_mlr "$@" >> $outfile 2>&1 status=$? if [ $status -ne 1 ]; then echo "Exit status was $status; expected 1." echo "Exit status was $status; expected 1." >> $outfile fi set -e echo >> $outfile test $status -eq 1 # since set -e num_completed=`expr $num_completed + 1` } # ================================================================ announce STATELESS MAPPERS run_mlr cat $indir/abixy run_mlr cat /dev/null run_mlr cat -n $indir/abixy-het run_mlr cat -N counter $indir/abixy-het run_mlr cat -g a,b $indir/abixy-het run_mlr cat -g a,b $indir/abixy-het run_mlr cat -g a,b -n $indir/abixy-het run_mlr cat -g a,b -N counter $indir/abixy-het run_mlr cut -f a,x $indir/abixy run_mlr cut --complement -f a,x $indir/abixy run_mlr cut -r -f c,e $indir/having-fields-regex.dkvp run_mlr cut -r -f '"C","E"' $indir/having-fields-regex.dkvp run_mlr cut -r -f '"c"i,"e"' $indir/having-fields-regex.dkvp run_mlr cut -r -f '"C"i,"E"' $indir/having-fields-regex.dkvp run_mlr cut -r -x -f c,e $indir/having-fields-regex.dkvp run_mlr cut -r -x -f '"C","E"' $indir/having-fields-regex.dkvp run_mlr cut -r -x -f '"C","E"i' $indir/having-fields-regex.dkvp run_mlr cut -r -x -f '"c","e"i' $indir/having-fields-regex.dkvp run_mlr --csvlite cut -r -f '^Name$,^Date_[0-9].*$' $indir/date1.csv $indir/date2.csv run_mlr having-fields --at-least a,b $indir/abixy run_mlr having-fields --at-least a,c $indir/abixy run_mlr having-fields --at-least a,b,i,x,y $indir/abixy run_mlr having-fields --which-are a,b,i,x $indir/abixy run_mlr having-fields --which-are a,b,i,x,y $indir/abixy run_mlr having-fields --which-are a,b,i,y,x $indir/abixy run_mlr having-fields --which-are a,b,i,x,w $indir/abixy run_mlr having-fields --which-are a,b,i,x,y,z $indir/abixy run_mlr having-fields --at-most a,c $indir/abixy run_mlr having-fields --at-most a,b,i,x,y $indir/abixy run_mlr having-fields --at-most a,b,i,x,y,z $indir/abixy run_mlr having-fields --all-matching '"^[a-z][a-z][a-z]$"' $indir/having-fields-regex.dkvp run_mlr having-fields --any-matching '"^[a-z][a-z][a-z]$"' $indir/having-fields-regex.dkvp run_mlr having-fields --none-matching '"^[a-z][a-z][a-z]$"' $indir/having-fields-regex.dkvp run_mlr having-fields --all-matching '"^[a-z][a-z][a-z]$"i' $indir/having-fields-regex.dkvp run_mlr having-fields --any-matching '"^[a-z][a-z][a-z]$"i' $indir/having-fields-regex.dkvp run_mlr having-fields --none-matching '"^[a-z][a-z][a-z]$"i' $indir/having-fields-regex.dkvp run_mlr rename b,BEE,x,EKS $indir/abixy run_mlr rename nonesuch,nonesuch,x,EKS $indir/abixy run_mlr label NEW $indir/abixy run_mlr label a,NEW,c $indir/abixy run_mlr label 1,2,3,4,5,6,7,8 $indir/abixy run_mlr label d,x,f $indir/abixy mlr_expect_fail label d,x,d $indir/abixy run_mlr --csvlite rename -r '^Date_[0-9].*$,Date' $indir/date1.csv $indir/date2.csv run_mlr --csvlite rename -r '(.*)e(.*),\1EEE\2' $indir/date1.csv $indir/date2.csv run_mlr --csvlite rename -r '"(.*)e(.*)"i,\1EEE\2' $indir/date1.csv $indir/date2.csv run_mlr --csvlite rename -r -g '"(.*)e(.*)"i,\1EEE\2' $indir/date1.csv $indir/date2.csv run_mlr --csvlite rename -r '"e",EEE' $indir/date1.csv $indir/date2.csv run_mlr --csvlite rename -r -g '"e",EEE' $indir/date1.csv $indir/date2.csv run_mlr --csvlite rename -r '"e"i,EEE' $indir/date1.csv $indir/date2.csv run_mlr --csvlite rename -r -g '"e"i,EEE' $indir/date1.csv $indir/date2.csv run_mlr regularize $indir/regularize.dkvp run_mlr --opprint bar -f x,y --lo 0 --hi 1 $indir/abixy run_mlr --opprint bar -f x,y -c c -x x -b b --lo 0.1 --hi 0.9 -w 20 $indir/abixy run_mlr --opprint bar --auto -f x,y -w 10 $indir/abixy run_mlr altkv < 2 > 3' /dev/null run_mlr filter -v ' 1 > 2 > 3' /dev/null run_mlr put -v '$x = 1 >= 2 >= 3' /dev/null run_mlr filter -v ' 1 >= 2 >= 3' /dev/null run_mlr put -v '$x = 1 < 2 <= 3' /dev/null run_mlr filter -v ' 1 < 2 <= 3' /dev/null run_mlr put -v '$x = 1 <= 2 < 3' /dev/null run_mlr filter -v ' 1 <= 2 < 3' /dev/null run_mlr put -v '$x = 1 | 2 | 3' /dev/null run_mlr filter -v ' 1 | 2 | 3' /dev/null run_mlr put -v '$x = 1 ^ 2 ^ 3' /dev/null run_mlr filter -v ' 1 ^ 2 ^ 3' /dev/null run_mlr put -v '$x = 1 & 2 & 3' /dev/null run_mlr filter -v ' 1 & 2 & 3' /dev/null run_mlr put -v '$x = 1 | 2 & 3' /dev/null run_mlr filter -v ' 1 | 2 & 3' /dev/null run_mlr put -v '$x = 1 | 2 ^ 3' /dev/null run_mlr filter -v ' 1 | 2 ^ 3' /dev/null run_mlr put -v '$x = 1 ^ 2 | 3' /dev/null run_mlr filter -v ' 1 ^ 2 | 3' /dev/null run_mlr put -v '$x = 1 ^ 2 & 3' /dev/null run_mlr filter -v ' 1 ^ 2 & 3' /dev/null run_mlr put -v '$x = 1 & 2 | 3' /dev/null run_mlr filter -v ' 1 & 2 | 3' /dev/null run_mlr put -v '$x = 1 & 2 ^ 3' /dev/null run_mlr filter -v ' 1 & 2 ^ 3' /dev/null run_mlr put -v '$x = 1 << 2 << 3' /dev/null run_mlr filter -v ' 1 << 2 << 3' /dev/null run_mlr put -v '$x = 1 >> 2 >> 3' /dev/null run_mlr filter -v ' 1 >> 2 >> 3' /dev/null run_mlr put -v '$x = 1 << 2 >> 3' /dev/null run_mlr filter -v ' 1 << 2 >> 3' /dev/null run_mlr put -v '$x = 1 >> 2 << 3' /dev/null run_mlr filter -v ' 1 >> 2 << 3' /dev/null run_mlr put -v '$x = 1 + 2 + 3' /dev/null run_mlr filter -v ' 1 + 2 + 3' /dev/null run_mlr put -v '$x = 1 - 2 - 3' /dev/null run_mlr filter -v ' 1 - 2 - 3' /dev/null run_mlr put -v '$x = 1 + 2 - 3' /dev/null run_mlr filter -v ' 1 + 2 - 3' /dev/null run_mlr put -v '$x = 1 - 2 + 3' /dev/null run_mlr filter -v ' 1 - 2 + 3' /dev/null run_mlr put -v '$x = 1 . 2 . 3' /dev/null run_mlr filter -v ' 1 . 2 . 3' /dev/null run_mlr put -v '$x = 1 * 2 * 3' /dev/null run_mlr filter -v ' 1 * 2 * 3' /dev/null run_mlr put -v '$x = 1 / 2 / 3' /dev/null run_mlr filter -v ' 1 / 2 / 3' /dev/null run_mlr put -v '$x = 1 // 2 // 3' /dev/null run_mlr filter -v ' 1 // 2 // 3' /dev/null run_mlr put -v '$x = 1 % 2 % 3' /dev/null run_mlr filter -v ' 1 % 2 % 3' /dev/null run_mlr put -v '$x = 1 ** 2 ** 3' /dev/null run_mlr filter -v ' 1 ** 2 ** 3' /dev/null run_mlr put -v '$x = 1 * 2 / 3' /dev/null run_mlr filter -v ' 1 * 2 / 3' /dev/null run_mlr put -v '$x = 1 * 2 // 3' /dev/null run_mlr filter -v ' 1 * 2 // 3' /dev/null run_mlr put -v '$x = 1 * 2 % 3' /dev/null run_mlr filter -v ' 1 * 2 % 3' /dev/null run_mlr put -v '$x = 1 * 2 ** 3' /dev/null run_mlr filter -v ' 1 * 2 ** 3' /dev/null run_mlr put -v '$x = 1 / 2 * 3' /dev/null run_mlr filter -v ' 1 / 2 * 3' /dev/null run_mlr put -v '$x = 1 / 2 // 3' /dev/null run_mlr filter -v ' 1 / 2 // 3' /dev/null run_mlr put -v '$x = 1 / 2 % 3' /dev/null run_mlr filter -v ' 1 / 2 % 3' /dev/null run_mlr put -v '$x = 1 / 2 ** 3' /dev/null run_mlr filter -v ' 1 / 2 ** 3' /dev/null run_mlr put -v '$x = 1 // 2 * 3' /dev/null run_mlr filter -v ' 1 // 2 * 3' /dev/null run_mlr put -v '$x = 1 // 2 / 3' /dev/null run_mlr filter -v ' 1 // 2 / 3' /dev/null run_mlr put -v '$x = 1 // 2 % 3' /dev/null run_mlr filter -v ' 1 // 2 % 3' /dev/null run_mlr put -v '$x = 1 // 2 ** 3' /dev/null run_mlr filter -v ' 1 // 2 ** 3' /dev/null run_mlr put -v '$x = 1 % 2 * 3' /dev/null run_mlr filter -v ' 1 % 2 * 3' /dev/null run_mlr put -v '$x = 1 % 2 / 3' /dev/null run_mlr filter -v ' 1 % 2 / 3' /dev/null run_mlr put -v '$x = 1 % 2 // 3' /dev/null run_mlr filter -v ' 1 % 2 // 3' /dev/null run_mlr put -v '$x = 1 % 2 ** 3' /dev/null run_mlr filter -v ' 1 % 2 ** 3' /dev/null run_mlr put -v '$x = 1 ** 2 * 3' /dev/null run_mlr filter -v ' 1 ** 2 * 3' /dev/null run_mlr put -v '$x = 1 ** 2 / 3' /dev/null run_mlr filter -v ' 1 ** 2 / 3' /dev/null run_mlr put -v '$x = 1 ** 2 // 3' /dev/null run_mlr filter -v ' 1 ** 2 // 3' /dev/null run_mlr put -v '$x = 1 ** 2 % 3' /dev/null run_mlr filter -v ' 1 ** 2 % 3' /dev/null run_mlr put -v '$x = ++1' /dev/null run_mlr filter -v ' ++1' /dev/null run_mlr put -v '$x = --1' /dev/null run_mlr filter -v ' --1' /dev/null run_mlr put -v '$x = !!1' /dev/null run_mlr filter -v ' !!1' /dev/null run_mlr put -v '$x = ~~1' /dev/null run_mlr filter -v ' ~~1' /dev/null run_mlr put -v '$x = 1 ? 2 : 3' /dev/null run_mlr filter -v ' 1 ? 2 : 3' /dev/null run_mlr put -v '$x = 1 ? 2 ? 3 : 4 : 5' /dev/null run_mlr filter -v ' 1 ? 2 ? 3 : 4 : 5' /dev/null run_mlr put -v '$x = 1 ? 2 : 3 ? 4 : 5' /dev/null run_mlr filter -v ' 1 ? 2 : 3 ? 4 : 5' /dev/null # ---------------------------------------------------------------- announce DSL OPERATOR PRECEDENCE # Note: filter -v and put -v print the AST. run_mlr put -v '$x = 1 || 2 ^^ 3' /dev/null run_mlr filter -v ' 1 || 2 ^^ 3' /dev/null run_mlr put -v '$x = 1 || 2 && 3' /dev/null run_mlr filter -v ' 1 || 2 && 3' /dev/null run_mlr put -v '$x = 1 ^^ 2 || 3' /dev/null run_mlr filter -v ' 1 ^^ 2 || 3' /dev/null run_mlr put -v '$x = 1 ^^ 2 && 3' /dev/null run_mlr filter -v ' 1 ^^ 2 && 3' /dev/null run_mlr put -v '$x = 1 && 2 || 3' /dev/null run_mlr filter -v ' 1 && 2 || 3' /dev/null run_mlr put -v '$x = 1 && 2 ^^ 3' /dev/null run_mlr filter -v ' 1 && 2 ^^ 3' /dev/null run_mlr put -v '$x = 1 == 2 <= 3' /dev/null run_mlr filter -v ' 1 == 2 <= 3' /dev/null run_mlr put -v '$x = 1 <= 2 == 3' /dev/null run_mlr filter -v ' 1 <= 2 == 3' /dev/null run_mlr put -v '$x = 1 <= 2 | 3' /dev/null run_mlr filter -v ' 1 <= 2 | 3' /dev/null run_mlr put -v '$x = 1 | 2 <= 3' /dev/null run_mlr filter -v ' 1 | 2 <= 3' /dev/null run_mlr put -v '$x = 1 | 2 ^ 3' /dev/null run_mlr filter -v ' 1 | 2 ^ 3' /dev/null run_mlr put -v '$x = 1 ^ 2 | 3' /dev/null run_mlr filter -v ' 1 ^ 2 | 3' /dev/null run_mlr put -v '$x = 1 ^ 2 & 3' /dev/null run_mlr filter -v ' 1 ^ 2 & 3' /dev/null run_mlr put -v '$x = 1 & 2 ^ 3' /dev/null run_mlr filter -v ' 1 & 2 ^ 3' /dev/null run_mlr put -v '$x = 1 & 2 << 3' /dev/null run_mlr filter -v ' 1 & 2 << 3' /dev/null run_mlr put -v '$x = 1 << 2 & 3' /dev/null run_mlr filter -v ' 1 << 2 & 3' /dev/null run_mlr put -v '$x = 1 + 2 * 3' /dev/null run_mlr filter -v ' 1 + 2 * 3' /dev/null run_mlr put -v '$x = 1 * 2 + 3' /dev/null run_mlr filter -v ' 1 * 2 + 3' /dev/null run_mlr put -v '$x = 1 + (2 * 3)' /dev/null run_mlr filter -v ' 1 + (2 * 3)' /dev/null run_mlr put -v '$x = 1 * (2 + 3)' /dev/null run_mlr filter -v ' 1 * (2 + 3)' /dev/null run_mlr put -v '$x = (1 + 2) * 3' /dev/null run_mlr filter -v ' (1 + 2) * 3' /dev/null run_mlr put -v '$x = (1 * 2) + 3' /dev/null run_mlr filter -v ' (1 * 2) + 3' /dev/null run_mlr put -v '$x = 1 + 2 ** 3' /dev/null run_mlr filter -v ' 1 + 2 ** 3' /dev/null run_mlr put -v '$x = 1 ** 2 + 3' /dev/null run_mlr filter -v ' 1 ** 2 + 3' /dev/null run_mlr put -v '$x = 1 + (2 ** 3)' /dev/null run_mlr filter -v ' 1 + (2 ** 3)' /dev/null run_mlr put -v '$x = 1 ** (2 + 3)' /dev/null run_mlr filter -v ' 1 ** (2 + 3)' /dev/null run_mlr put -v '$x = (1 + 2) ** 3' /dev/null run_mlr filter -v ' (1 + 2) ** 3' /dev/null run_mlr put -v '$x = (1 ** 2) + 3' /dev/null run_mlr filter -v ' (1 ** 2) + 3' /dev/null run_mlr put -v '$x = 1 * 2 ** 3' /dev/null run_mlr filter -v ' 1 * 2 ** 3' /dev/null run_mlr put -v '$x = 1 ** 2 * 3' /dev/null run_mlr filter -v ' 1 ** 2 * 3' /dev/null run_mlr put -v '$x = 1 * (2 ** 3)' /dev/null run_mlr filter -v ' 1 * (2 ** 3)' /dev/null run_mlr put -v '$x = 1 ** (2 * 3)' /dev/null run_mlr filter -v ' 1 ** (2 * 3)' /dev/null run_mlr put -v '$x = (1 * 2) ** 3' /dev/null run_mlr filter -v ' (1 * 2) ** 3' /dev/null run_mlr put -v '$x = (1 ** 2) * 3' /dev/null run_mlr filter -v ' (1 ** 2) * 3' /dev/null run_mlr put -v '$x = -1 + 2 * 3' /dev/null run_mlr filter -v ' -1 + 2 * 3' /dev/null run_mlr put -v '$x = -1 * 2 + 3' /dev/null run_mlr filter -v ' -1 * 2 + 3' /dev/null run_mlr put -v '$x = 1 + -2 * 3' /dev/null run_mlr filter -v ' 1 + -2 * 3' /dev/null run_mlr put -v '$x = 1 * -2 + 3' /dev/null run_mlr filter -v ' 1 * -2 + 3' /dev/null run_mlr put -v '$x = 1 + 2 * -3' /dev/null run_mlr filter -v ' 1 + 2 * -3' /dev/null run_mlr put -v '$x = 1 * 2 + -3' /dev/null run_mlr filter -v ' 1 * 2 + -3' /dev/null run_mlr put -v '$x = ~1 | 2 & 3' /dev/null run_mlr filter -v ' ~1 | 2 & 3' /dev/null run_mlr put -v '$x = ~1 & 2 | 3' /dev/null run_mlr filter -v ' ~1 & 2 | 3' /dev/null run_mlr put -v '$x = 1 | ~2 & 3' /dev/null run_mlr filter -v ' 1 | ~2 & 3' /dev/null run_mlr put -v '$x = 1 & ~2 | 3' /dev/null run_mlr filter -v ' 1 & ~2 | 3' /dev/null run_mlr put -v '$x = 1 | 2 & ~3' /dev/null run_mlr filter -v ' 1 | 2 & ~3' /dev/null run_mlr put -v '$x = 1 & 2 | ~3' /dev/null run_mlr filter -v ' 1 & 2 | ~3' /dev/null run_mlr put -v '$x = $a==1 && $b == 1 && $c == 1' /dev/null run_mlr filter -v ' $a==1 && $b == 1 && $c == 1' /dev/null run_mlr put -v '$x = $a==1 || $b == 1 && $c == 1' /dev/null run_mlr filter -v ' $a==1 || $b == 1 && $c == 1' /dev/null run_mlr put -v '$x = $a==1 || $b == 1 || $c == 1' /dev/null run_mlr filter -v ' $a==1 || $b == 1 || $c == 1' /dev/null run_mlr put -v '$x = $a==1 && $b == 1 || $c == 1' /dev/null run_mlr filter -v ' $a==1 && $b == 1 || $c == 1' /dev/null run_mlr put -v '$x = $a==1 ? $b == 2 : $c == 3' /dev/null run_mlr filter -v ' $a==1 ? $b == 2 : $c == 3' /dev/null run_mlr put -v '$x = true' /dev/null run_mlr filter -v ' true' /dev/null run_mlr put -v 'true || 1==0; $x = 3' /dev/null run_mlr filter -v ' true || 1==0' /dev/null run_mlr put -v '1==0 || false; $x = 3' /dev/null run_mlr filter -v ' 1==0 || false' /dev/null run_mlr put -v 'true && false; $x = 3' /dev/null run_mlr filter -v ' true && false' /dev/null run_mlr put -v 'true && false && true; $x = 3' /dev/null run_mlr filter -v ' true && false && true' /dev/null run_mlr put -v '$y += $x + 3' /dev/null run_mlr put -v '$y += $x * 3' /dev/null run_mlr put -v '$y ||= $x' /dev/null run_mlr put -v '$y ^^= $x' /dev/null run_mlr put -v '$y &&= $x' /dev/null run_mlr put -v '$y |= $x' /dev/null run_mlr put -v '$y ^= $x' /dev/null run_mlr put -v '$y &= $x' /dev/null run_mlr put -v '$y <<= $x' /dev/null run_mlr put -v '$y >>= $x' /dev/null run_mlr put -v '$y += $x' /dev/null run_mlr put -v '$y -= $x' /dev/null run_mlr put -v '$y .= $x' /dev/null run_mlr put -v '$y *= $x' /dev/null run_mlr put -v '$y /= $x' /dev/null run_mlr put -v '$y //= $x' /dev/null run_mlr put -v '$y %= $x' /dev/null run_mlr put -v '$y **= $x' /dev/null # ---------------------------------------------------------------- announce DSL COMMENTS run_mlr --from $indir/abixy put ' $s = 1; #$t = 2; $u = 3; ' run_mlr --from $indir/abixy filter ' NR == 1 || #NR == 2 || NR == 3 ' run_mlr --from $indir/abixy put ' $s = "here is a pound#sign"; # but this is a comment #$t = 2; $u = 3; ' # ---------------------------------------------------------------- announce DSL EMPTY STATEMENTS run_mlr -n put -v '' mlr_expect_fail -n filter -v '' run_mlr -n put -v 'begin {}' run_mlr -n put -v 'begin {;}' run_mlr -n put -v 'begin {;;}' run_mlr -n put -v 'begin {;;;}' run_mlr -n put -v 'begin {@x=1}' run_mlr -n put -v 'begin {@x=1;}' run_mlr -n put -v 'begin {;@x=1}' run_mlr -n put -v 'begin {@x=1;@y=2}' run_mlr -n put -v 'begin {@x=1;;@y=2}' run_mlr -n put -v 'true {}' run_mlr -n put -v 'true {;}' run_mlr -n put -v 'true {;;}' run_mlr -n put -v 'true {;;;}' run_mlr -n put -v 'true {@x=1}' run_mlr -n put -v 'true {@x=1;}' run_mlr -n put -v 'true {;@x=1}' run_mlr -n put -v 'true {@x=1;@y=2}' run_mlr -n put -v 'true {@x=1;;@y=2}' run_mlr -n put -v 'end {}' run_mlr -n put -v 'end {;}' run_mlr -n put -v 'end {;;}' run_mlr -n put -v 'end {;;;}' run_mlr -n put -v 'end {@x=1}' run_mlr -n put -v 'end {@x=1;}' run_mlr -n put -v 'end {;@x=1}' run_mlr -n put -v 'end {@x=1;@y=2}' run_mlr -n put -v 'end {@x=1;;@y=2}' # ---------------------------------------------------------------- announce DSL CONTEXT-SPECIFIC VALIDATION mention non-top-level begin/end mlr_expect_fail put -v 'begin{begin{@x=1}}' mlr_expect_fail put -v 'true{begin{@x=1}}' mlr_expect_fail put -v 'end{end{@x=1}}' mlr_expect_fail put -v 'true{end{@x=1}}' mention srecs in begin/end mlr_expect_fail put -v 'begin{$x=1}' mlr_expect_fail put -v 'begin{@x=$y}' mlr_expect_fail put -v 'end{$x=1}' mlr_expect_fail put -v 'end{@x=$y}' mlr_expect_fail put -v 'begin{@v=$*}' mlr_expect_fail put -v 'end{$*=@v}' mlr_expect_fail put -v 'begin{unset $x}' mlr_expect_fail put -v 'end{unset $x}' mlr_expect_fail put -v 'begin{unset $*}' mlr_expect_fail put -v 'end{unset $*}' mention break/continue outside loop mlr_expect_fail put -v 'break' mlr_expect_fail put -v 'continue' mention oosvars etc. in mlr filter mlr_expect_fail filter -v 'break' mlr_expect_fail filter -v 'continue' mention expanded filter run_mlr --from $indir/abixy filter ' begin { @avoid = 3 } NR != @avoid ' run_mlr --from $indir/abixy filter -x ' begin { @avoid = 3 } NR != @avoid ' run_mlr --from $indir/abixy filter ' func f(n) { return n - 1 } f(NR) == 5 ' run_mlr --from $indir/abixy filter ' subr s(n) { print "NR is ".n } call s(NR); false ' run_mlr --from $indir/abixy filter ' int a = 5; int b = 7; a <= NR && NR <= b ' mlr_expect_fail --from $indir/abixy filter 'filter false' mlr_expect_fail --from $indir/abixy filter 'filter false; true' # ---------------------------------------------------------------- announce DSL FUNCTIONAL TESTS run_mlr filter '$x>.3' $indir/abixy run_mlr filter '$x>.3;' $indir/abixy run_mlr filter '$x>0.3' $indir/abixy run_mlr filter '$x>0.3 && $y>0.3' $indir/abixy run_mlr filter '$x>0.3 || $y>0.3' $indir/abixy run_mlr filter 'NR>=4 && NR <= 7' $indir/abixy run_mlr filter -x '$x>.3' $indir/abixy run_mlr filter -x '$x>0.3' $indir/abixy run_mlr filter -x '$x>0.3 && $y>0.3' $indir/abixy run_mlr filter -x '$x>0.3 || $y>0.3' $indir/abixy run_mlr filter -x 'NR>=4 && NR <= 7' $indir/abixy run_mlr filter '$nosuchfield>.3' $indir/abixy run_mlr put '$x2 = $x**2' $indir/abixy run_mlr put '$x2 = $x**2;' $indir/abixy run_mlr put '$z = -0.024*$x+0.13' $indir/abixy run_mlr put '$c = $a . $b' $indir/abixy run_mlr put '$ii = $i + $i' $indir/abixy run_mlr put '$emptytest = $i + $nosuch' $indir/abixy run_mlr --opprint put '$nr=NR;$fnr=FNR;$nf=NF;$filenum=FILENUM' $indir/abixy $indir/abixy run_mlr --opprint put '$y=madd($x,10,37)' then put '$z=msub($x,10,37)' $indir/modarith.dat run_mlr --opprint put '$y=mexp($x,35,37)' then put '$z=mmul($x,$y,37)' $indir/modarith.dat run_mlr put '$z=min($x, $y)' $indir/minmax.dkvp run_mlr put '$z=max($x, $y)' $indir/minmax.dkvp echo 'x=1,y=2,z=3' | run_mlr put '$o=min()' echo 'x=1,y=2,z=3' | run_mlr put '$o=max()' echo 'x=1,y=2,z=3' | run_mlr put '$o=min($x)' echo 'x=1,y=2,z=3' | run_mlr put '$o=max($x)' echo 'x=1,y=2,z=3' | run_mlr put '$o=min($x,$y)' echo 'x=1,y=2,z=3' | run_mlr put '$o=max($x,$y)' echo 'x=1,y=2,z=3' | run_mlr put '$o=min($x,$y,$z)' echo 'x=1,y=2,z=3' | run_mlr put '$o=max($x,$y,$z)' echo 'x=1,y=b' | run_mlr put '$u=min($x,$y);$v=max($x,$y)' echo 'x=a,y=2' | run_mlr put '$u=min($x,$y);$v=max($x,$y)' echo 'x=a,y=b' | run_mlr put '$u=min($x,$y);$v=max($x,$y)' run_mlr --icsvlite --oxtab put '${x+y} = ${name.x} + ${name.y}; ${x*y} = ${name.x} * ${name.y}' $indir/braced.csv run_mlr --icsvlite --oxtab filter '${name.y} < ${z}' $indir/braced.csv run_mlr --opprint put '$z = $x < 0.5 ? 0 : 1' $indir/abixy run_mlr --csvlite filter 'true && true' $indir/b.csv run_mlr --csvlite filter 'true && false' $indir/b.csv run_mlr --csvlite filter 'false && true' $indir/b.csv run_mlr --csvlite filter 'false && false' $indir/b.csv run_mlr --csvlite filter 'true || true' $indir/b.csv run_mlr --csvlite filter 'true || false' $indir/b.csv run_mlr --csvlite filter 'false || true' $indir/b.csv run_mlr --csvlite filter 'false || false' $indir/b.csv run_mlr --csvlite filter 'true ^^ true' $indir/b.csv run_mlr --csvlite filter 'true ^^ false' $indir/b.csv run_mlr --csvlite filter 'false ^^ true' $indir/b.csv run_mlr --csvlite filter 'false ^^ false' $indir/b.csv # This tests boolean short-circuiting run_mlr put '$x==2 && $a =~ "....." { $y=4 }' $indir/short-circuit.dkvp export X=97 export Y=98 run_mlr put '$x = ENV["X"]; $y = ENV[$name]' $indir/env-var.dkvp export X= export Y= run_mlr put '$x = ENV["X"]; $y = ENV[$name]' $indir/env-var.dkvp run_mlr -n put 'begin{ENV["HOME"]="foobar"} end{print ENV["HOME"]}' echo 'x=hello' | run_mlr put '$y = toupper($x)' echo 'x=HELLO' | run_mlr put '$y = toupper($x)' echo 'x=' | run_mlr put '$y = toupper($x)' echo 'x=hello' | run_mlr put '$y = toupper($z)' echo 'x=hello' | run_mlr put '$y = tolower($x)' echo 'x=HELLO' | run_mlr put '$y = tolower($x)' echo 'x=' | run_mlr put '$y = tolower($x)' echo 'x=hello' | run_mlr put '$y = tolower($z)' echo 'x=hello' | run_mlr put '$y = capitalize($x)' echo 'x=HELLO' | run_mlr put '$y = capitalize($x)' echo 'x=' | run_mlr put '$y = capitalize($x)' echo 'x=hello' | run_mlr put '$y = capitalize($z)' mention LHS value on first record should result in ZYX for process creation export indir; run_mlr --from $indir/abixy put 'ENV["ZYX"]="CBA".NR; print | ENV["indir"]."/env-assign.sh" , "a is " . $a' # ---------------------------------------------------------------- announce POSITIONAL INDEXING run_mlr --opprint put '$NEW = $[[3]]' $indir/abixy run_mlr --opprint put '$NEW = $[[[3]]]' $indir/abixy run_mlr --opprint put '$NEW = $[[11]]' $indir/abixy run_mlr --opprint put '$NEW = $[[[11]]]' $indir/abixy run_mlr --opprint put '$[[3]] = "NEW"' $indir/abixy run_mlr --opprint put '$[[[3]]] = "NEW"' $indir/abixy run_mlr --opprint put '$[[11]] = "NEW"' $indir/abixy run_mlr --opprint put '$[[[11]]] = "NEW"' $indir/abixy run_mlr --opprint put '$[[1]] = $[[2]]' $indir/abixy run_mlr --opprint put '$a = $[[2]]; unset $["a"]' $indir/abixy run_mlr --opprint put '$[[1]] = $b; unset $[[1]]' $indir/abixy run_mlr --opprint put '$[[1]] = $[[2]]; unset $["a"]' $indir/abixy # xxx to do -- there is an old bug here with lack of lhmsmv_unset on the typed overlay at unset run_mlr --opprint put 'unset $c' $indir/abixy run_mlr --opprint put 'unset $c; $c="new"' $indir/abixy run_mlr --opprint put '$c=$a.$b; unset $c; $c="new"' $indir/abixy run_mlr --opprint put '$c=$a.$b; unset $c' $indir/abixy # ---------------------------------------------------------------- announce IS-PREDICATES run_mlr --opprint put '$f=is_absent($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_absent($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_absent($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_absent($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_absent(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_absent(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_bool($x>1)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_bool($y>1)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_bool($z>1)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_bool($nosuch>1)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_bool(@nosuch>1)' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_bool(@somesuch>1)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_boolean($x>1)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_boolean($y>1)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_boolean($z>1)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_boolean($nosuch>1)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_boolean(@nosuch>1)' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_boolean(@somesuch>1)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty($*)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty({1:2})' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_empty(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty_map($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty_map($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty_map($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty_map($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty_map(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty_map($*)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty_map({1:2})' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_empty_map({})' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_empty_map(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_float($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_float($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_float($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_float($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_float(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_float($*)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_float({1:2})' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_float(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_int($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_int($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_int($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_int($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_int(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_int($*)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_int({1:2})' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_int(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_map($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_map($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_map($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_map($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_map(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_map($*)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_map({1:2})' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_map({})' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_map(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_nonempty_map($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_nonempty_map($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_nonempty_map($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_nonempty_map($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_nonempty_map(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_nonempty_map($*)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_nonempty_map({1:2})' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_nonempty_map({})' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_nonempty_map(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_empty($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_empty($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_empty($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_empty($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_empty(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_empty($*)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_empty({1:2})' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_not_empty(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_map($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_map($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_map($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_map($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_map(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_map($*)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_map({1:2})' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_map({})' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_not_map(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_null($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_null($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_null($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_null($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_not_null(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_not_null(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_null($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_null($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_null($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_null($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_null(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_null(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_numeric($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_numeric($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_numeric($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_numeric($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_numeric(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_numeric(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_present($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_present($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_present($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_present($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_present(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_present(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_string($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_string($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_string($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_string($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=is_string(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=is_string(@somesuch)' $indir/nullvals.dkvp # ---------------------------------------------------------------- announce ASSERTION PASS-THROUGHS run_mlr --opprint put '$f=asserting_absent($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_absent(@nosuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_absent($x)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_absent($y)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_absent($z)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '@somesuch=1;$f=asserting_absent(@somesuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put 'foo=asserting_absent($*)' $indir/nullvals.dkvp mlr_expect_fail --opprint put 'foo=asserting_absent({1:2})' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_empty($z)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_empty($x)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_empty($y)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_empty($nosuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_empty(@nosuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_empty({1:2})' $indir/nullvals.dkvp mlr_expect_fail --opprint put '@somesuch=1;$f=asserting_empty(@somesuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put 'foo=asserting_empty($*)' $indir/nullvals.dkvp mlr_expect_fail --opprint put 'foo=asserting_empty({1:2})' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_empty_map({})' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_empty_map($*)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_empty_map($x)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_empty_map($y)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_empty_map($z)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_empty_map($nosuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_empty_map(@nosuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_empty_map({1:2})' $indir/nullvals.dkvp mlr_expect_fail --opprint put '@somesuch=1;$f=asserting_empty_map(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_map($*)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_map({1:2})' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_map({})' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_map($x)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_map($y)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_map($z)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_map($nosuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_map(@nosuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '@somesuch=1;$f=asserting_map(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_nonempty_map($*)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_nonempty_map({1:2})' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_nonempty_map($x)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_nonempty_map($y)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_nonempty_map($z)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_nonempty_map($nosuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_nonempty_map(@nosuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_nonempty_map({})' $indir/nullvals.dkvp mlr_expect_fail --opprint put '@somesuch=1;$f=asserting_nonempty_map(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$*=asserting_not_empty($*)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_not_empty($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_not_empty(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_not_empty({1:2})' $indir/nullvals.dkvp run_mlr --opprint put '$nosuch=asserting_not_empty($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=asserting_not_empty(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$*=asserting_not_empty($*)' $indir/nullvals.dkvp run_mlr --opprint put '$*=asserting_not_empty({1:2})' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_not_empty($x)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_not_empty($y)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_not_empty($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_not_map($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_not_map($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_not_map($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_not_map($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_not_map(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=asserting_not_map(@somesuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_not_map($*)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_not_map({1:2})' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_not_map({})' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=asserting_not_null(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$*=asserting_not_null($*)' $indir/nullvals.dkvp run_mlr --opprint put '$*=asserting_not_null({1:2})' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_not_null($x)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_not_null($y)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_not_null($z)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_not_null($nosuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_not_null(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_null($z)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_null($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_null(@nosuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_null($x)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_null($y)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '@somesuch=1;$f=asserting_null(@somesuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$*=asserting_null($*)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$*=asserting_null({1:2})' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_numeric($x)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_numeric($y)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_numeric($z)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$*=asserting_numeric($*)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$*=asserting_numeric({1:2})' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_numeric($nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_present($x)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_present($y)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_present($z)' $indir/nullvals.dkvp run_mlr --opprint put '@somesuch=1;$f=asserting_present(@somesuch)' $indir/nullvals.dkvp run_mlr --opprint put '$*=asserting_present($*)' $indir/nullvals.dkvp run_mlr --opprint put '$*=asserting_present({1:2})' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_present($nosuch)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_present(@nosuch)' $indir/nullvals.dkvp run_mlr --opprint put '$f=asserting_string($z)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$*=asserting_string($*)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$*=asserting_string({1:2})' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_string($x)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_string($y)' $indir/nullvals.dkvp mlr_expect_fail --opprint put '$f=asserting_string($nosuch)' $indir/nullvals.dkvp # ---------------------------------------------------------------- announce DSL NULL/EMPTY HANDLING run_mlr put '$z = $s . $s' $indir/null-vs-empty.dkvp run_mlr put '$z = $s == ""' $indir/null-vs-empty.dkvp run_mlr put '$z = $s == $s' $indir/null-vs-empty.dkvp run_mlr put '$z = is_empty($s)' $indir/null-vs-empty.dkvp run_mlr put '$z = $x + $y' $indir/null-vs-empty.dkvp run_mlr put '$z = $y + $y' $indir/null-vs-empty.dkvp run_mlr put '$z = $x + $nosuch' $indir/null-vs-empty.dkvp run_mlr put '$t = sub($s, "ell", "X")' $indir/null-vs-empty.dkvp run_mlr put '$t = sub($s, "ell", "")' $indir/null-vs-empty.dkvp run_mlr put '$t = sub($nosuch, "ell", "X")' $indir/null-vs-empty.dkvp run_mlr put '$t = gsub($s, "l", "X")' $indir/null-vs-empty.dkvp run_mlr put '$t = gsub($s, "l", "")' $indir/null-vs-empty.dkvp run_mlr put '$t = gsub($nosuch, "l", "X")' $indir/null-vs-empty.dkvp mention EMIT run_mlr put -q '@v=1; @nonesuch {emit @v}' $indir/abixy run_mlr put -q '@v=1; @nonesuch==true {emit @v}' $indir/abixy run_mlr put -q '@v=1; $nonesuch {emit @v}' $indir/abixy run_mlr put -q '@v=1; $nonesuch==true {emit @v}' $indir/abixy mention PLUS run_mlr --ofs tab put 'begin{}; $xy = $x + $y; $sy = @s + $y; $xt = $x + @t; $st = @s + @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3}; $xy = $x + $y; $sy = @s + $y; $xt = $x + @t; $st = @s + @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@t=4}; $xy = $x + $y; $sy = @s + $y; $xt = $x + @t; $st = @s + @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3;@t=4}; $xy = $x + $y; $sy = @s + $y; $xt = $x + @t; $st = @s + @t' $indir/typeof.dkvp mention MINUS run_mlr --ofs tab put 'begin{}; $xy = $x - $y; $sy = @s - $y; $xt = $x - @t; $st = @s - @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3}; $xy = $x - $y; $sy = @s - $y; $xt = $x - @t; $st = @s - @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@t=4}; $xy = $x - $y; $sy = @s - $y; $xt = $x - @t; $st = @s - @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3;@t=4}; $xy = $x - $y; $sy = @s - $y; $xt = $x - @t; $st = @s - @t' $indir/typeof.dkvp mention TIMES run_mlr --ofs tab put 'begin{}; $xy = $x * $y; $sy = @s * $y; $xt = $x * @t; $st = @s * @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3}; $xy = $x * $y; $sy = @s * $y; $xt = $x * @t; $st = @s * @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@t=4}; $xy = $x * $y; $sy = @s * $y; $xt = $x * @t; $st = @s * @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3;@t=4}; $xy = $x * $y; $sy = @s * $y; $xt = $x * @t; $st = @s * @t' $indir/typeof.dkvp mention DIVIDE run_mlr --ofs tab put 'begin{}; $xy = $x / $y; $sy = @s / $y; $xt = $x / @t; $st = @s / @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3}; $xy = $x / $y; $sy = @s / $y; $xt = $x / @t; $st = @s / @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@t=4}; $xy = $x / $y; $sy = @s / $y; $xt = $x / @t; $st = @s / @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3;@t=4}; $xy = $x / $y; $sy = @s / $y; $xt = $x / @t; $st = @s / @t' $indir/typeof.dkvp mention INTEGER DIVIDE run_mlr --ofs tab put 'begin{}; $xy = $x // $y; $sy = @s // $y; $xt = $x // @t; $st = @s // @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3}; $xy = $x // $y; $sy = @s // $y; $xt = $x // @t; $st = @s // @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@t=4}; $xy = $x // $y; $sy = @s // $y; $xt = $x // @t; $st = @s // @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3;@t=4}; $xy = $x // $y; $sy = @s // $y; $xt = $x // @t; $st = @s // @t' $indir/typeof.dkvp mention REMAINDER run_mlr --ofs tab put 'begin{}; $xy = $x % $y; $sy = @s % $y; $xt = $x % @t; $st = @s % @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3}; $xy = $x % $y; $sy = @s % $y; $xt = $x % @t; $st = @s % @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@t=4}; $xy = $x % $y; $sy = @s % $y; $xt = $x % @t; $st = @s % @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3;@t=4}; $xy = $x % $y; $sy = @s % $y; $xt = $x % @t; $st = @s % @t' $indir/typeof.dkvp mention BITWISE AND run_mlr --ofs tab put 'begin{}; $xy = $x & $y; $sy = @s & $y; $xt = $x & @t; $st = @s & @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3}; $xy = $x & $y; $sy = @s & $y; $xt = $x & @t; $st = @s & @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@t=4}; $xy = $x & $y; $sy = @s & $y; $xt = $x & @t; $st = @s & @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3;@t=4}; $xy = $x & $y; $sy = @s & $y; $xt = $x & @t; $st = @s & @t' $indir/typeof.dkvp mention BITWISE OR run_mlr --ofs tab put 'begin{}; $xy = $x | $y; $sy = @s | $y; $xt = $x | @t; $st = @s | @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3}; $xy = $x | $y; $sy = @s | $y; $xt = $x | @t; $st = @s | @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@t=4}; $xy = $x | $y; $sy = @s | $y; $xt = $x | @t; $st = @s | @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3;@t=4}; $xy = $x | $y; $sy = @s | $y; $xt = $x | @t; $st = @s | @t' $indir/typeof.dkvp mention BITWISE XOR run_mlr --ofs tab put 'begin{}; $xy = $x ^ $y; $sy = @s ^ $y; $xt = $x ^ @t; $st = @s ^ @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3}; $xy = $x ^ $y; $sy = @s ^ $y; $xt = $x ^ @t; $st = @s ^ @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@t=4}; $xy = $x ^ $y; $sy = @s ^ $y; $xt = $x ^ @t; $st = @s ^ @t' $indir/typeof.dkvp run_mlr --ofs tab put 'begin{@s=3;@t=4}; $xy = $x ^ $y; $sy = @s ^ $y; $xt = $x ^ @t; $st = @s ^ @t' $indir/typeof.dkvp # ---------------------------------------------------------------- announce DSL TYPE PREDICATES run_mlr --from $indir/abixy --opprint put ' for (k, v in $*) { $[k."_type"] = typeof(v) } ' run_mlr --from $indir/abixy-het put -q 'for (k,v in $*) {if (is_float(v)) {@float[NR][k] = v}} end{ emit @float, "NR", "k" }' run_mlr --from $indir/abixy-het put -q 'for (k,v in $*) {if (is_int(v)) {@int[NR][k] = v}} end{ emit @int, "NR", "k" }' run_mlr --from $indir/abixy-het put -q 'for (k,v in $*) {if (is_numeric(v)) {@numeric[NR][k] = v}} end{ emit @numeric, "NR", "k" }' run_mlr --from $indir/abixy-het put -q 'for (k,v in $*) {if (is_string(v)) {@string[NR][k] = v}} end{ emit @string, "NR", "k" }' run_mlr --from $indir/abixy-het put -q 'for (k,v in $*) {if (is_bool(v)) {@bool[NR][k] = v}} end{ emit @bool, "NR", "k" }' run_mlr --from $indir/abixy-het put -q 'for (k,v in $*) {if (is_bool(NR==2)) {@bool[NR][k] = "NR==2"}} end{ emit @bool, "NR", "k" }' # ---------------------------------------------------------------- announce DSL TYPE-INFERENCE run_mlr --xtab put '$y = $pi1 + $pi2' $indir/mixed-types.xtab run_mlr --xtab put -F '$y = $pi1 + $pi2' $indir/mixed-types.xtab run_mlr --xtab put -S '$y = $pi1 . $pi2' $indir/mixed-types.xtab run_mlr --xtab filter '999 != $pi1 + $pi2' $indir/mixed-types.xtab run_mlr --xtab filter -F '999 != $pi1 + $pi2' $indir/mixed-types.xtab run_mlr --xtab filter -S '"999" != $pi1 . $pi2' $indir/mixed-types.xtab echo a=1,b=2.0 | run_mlr --oxtab put '$s = $a; $t = $b; $u = 3; $v = 4.0; $ts=typeof($s); $tt=typeof($t); $tu=typeof($u); $tv=typeof($v);' echo a=1,b=2.0 | run_mlr --oxtab put -F '$s = $a; $t = $b; $u = 3; $v = 4.0; $ts=typeof($s); $tt=typeof($t); $tu=typeof($u); $tv=typeof($v);' echo a=1,b=2.0 | run_mlr --oxtab put -S '$s = $a; $t = $b; $u = 3; $v = 4.0; $ts=typeof($s); $tt=typeof($t); $tu=typeof($u); $tv=typeof($v);' run_mlr --xtab put '$y=abs($pf1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=abs($nf1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=abs($zf)' $indir/mixed-types.xtab run_mlr --xtab put '$y=abs($pi1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=abs($ni1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=abs($zi)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=abs($pf1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=abs($nf1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=abs($zf)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=abs($pi1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=abs($ni1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=abs($zi)' $indir/mixed-types.xtab run_mlr --xtab put '$y=ceil($pf1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=ceil($nf1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=ceil($zf)' $indir/mixed-types.xtab run_mlr --xtab put '$y=ceil($pi1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=ceil($ni1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=ceil($zi)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=floor($pf1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=floor($nf1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=floor($zf)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=floor($pi1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=floor($ni1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=floor($zi)' $indir/mixed-types.xtab run_mlr --xtab put '$y=round($pf1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=round($nf1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=round($zf)' $indir/mixed-types.xtab run_mlr --xtab put '$y=round($pi1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=round($ni1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=round($zi)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=round($pf1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=round($nf1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=round($zf)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=round($pi1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=round($ni1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=round($zi)' $indir/mixed-types.xtab run_mlr --xtab put '$y=sgn($pf1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=sgn($nf1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=sgn($zf)' $indir/mixed-types.xtab run_mlr --xtab put '$y=sgn($pi1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=sgn($ni1)' $indir/mixed-types.xtab run_mlr --xtab put '$y=sgn($zi)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=sgn($pf1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=sgn($nf1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=sgn($zf)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=sgn($pi1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=sgn($ni1)' $indir/mixed-types.xtab run_mlr --xtab put -F '$y=sgn($zi)' $indir/mixed-types.xtab run_mlr --xtab put '$min=min($pf1,$pf2);$max=max($pf1,$pf2)' $indir/mixed-types.xtab run_mlr --xtab put '$min=min($pf1,$pi2);$max=max($pf1,$pi2)' $indir/mixed-types.xtab run_mlr --xtab put '$min=min($pi1,$pf2);$max=max($pi1,$pf2)' $indir/mixed-types.xtab run_mlr --xtab put '$min=min($pi1,$pi2);$max=max($pi1,$pi2)' $indir/mixed-types.xtab run_mlr --xtab put -F '$min=min($pf1,$pf2);$max=max($pf1,$pf2)' $indir/mixed-types.xtab run_mlr --xtab put -F '$min=min($pf1,$pi2);$max=max($pf1,$pi2)' $indir/mixed-types.xtab run_mlr --xtab put -F '$min=min($pi1,$pf2);$max=max($pi1,$pf2)' $indir/mixed-types.xtab run_mlr --xtab put -F '$min=min($pi1,$pi2);$max=max($pi1,$pi2)' $indir/mixed-types.xtab run_mlr --xtab put '$min=min($pf1,$pf2);$max=max($pf1,$pf2)' $indir/mixed-types.xtab run_mlr --xtab put '$min=min($pf1,$pi2);$max=max($pf1,$pi2)' $indir/mixed-types.xtab run_mlr --xtab put '$min=min($pi1,$pf2);$max=max($pi1,$pf2)' $indir/mixed-types.xtab run_mlr --xtab put '$min=min($pi1,$pi2);$max=max($pi1,$pi2)' $indir/mixed-types.xtab run_mlr --xtab put -F '$min=min($pf1,$pf2);$max=max($pf1,$pf2)' $indir/mixed-types.xtab run_mlr --xtab put -F '$min=min($pf1,$pi2);$max=max($pf1,$pi2)' $indir/mixed-types.xtab run_mlr --xtab put -F '$min=min($pi1,$pf2);$max=max($pi1,$pf2)' $indir/mixed-types.xtab run_mlr --xtab put -F '$min=min($pi1,$pi2);$max=max($pi1,$pi2)' $indir/mixed-types.xtab run_mlr --xtab put '$sum=$pf1+$pf2;$diff=$pf1-$pf2' $indir/mixed-types.xtab run_mlr --xtab put '$sum=$pf1+$pi2;$diff=$pf1-$pi2' $indir/mixed-types.xtab run_mlr --xtab put '$sum=$pi1+$pf2;$diff=$pi1-$pf2' $indir/mixed-types.xtab run_mlr --xtab put '$sum=$pi1+$pi2;$diff=$pi1-$pi2' $indir/mixed-types.xtab run_mlr --xtab put -F '$sum=$pf1+$pf2;$diff=$pf1-$pf2' $indir/mixed-types.xtab run_mlr --xtab put -F '$sum=$pf1+$pi2;$diff=$pf1-$pi2' $indir/mixed-types.xtab run_mlr --xtab put -F '$sum=$pi1+$pf2;$diff=$pi1-$pf2' $indir/mixed-types.xtab run_mlr --xtab put -F '$sum=$pi1+$pi2;$diff=$pi1-$pi2' $indir/mixed-types.xtab run_mlr --xtab put '$prod=$pf1*$pf2;$quot=$pf1/$pf2' $indir/mixed-types.xtab run_mlr --xtab put '$prod=$pf1*$pi2;$quot=$pf1/$pi2' $indir/mixed-types.xtab run_mlr --xtab put '$prod=$pi1*$pf2;$quot=$pi1/$pf2' $indir/mixed-types.xtab run_mlr --xtab put '$prod=$pi1*$pi2;$quot=$pi1/$pi2' $indir/mixed-types.xtab run_mlr --xtab put -F '$prod=$pf1*$pf2;$quot=$pf1/$pf2' $indir/mixed-types.xtab run_mlr --xtab put -F '$prod=$pf1*$pi2;$quot=$pf1/$pi2' $indir/mixed-types.xtab run_mlr --xtab put -F '$prod=$pi1*$pf2;$quot=$pi1/$pf2' $indir/mixed-types.xtab run_mlr --xtab put -F '$prod=$pi1*$pi2;$quot=$pi1/$pi2' $indir/mixed-types.xtab run_mlr --xtab put '$iquot=$pf1//$pf2;$mod=$pf1%$pf2' $indir/mixed-types.xtab run_mlr --xtab put '$iquot=$pf1//$pi2;$mod=$pf1%$pi2' $indir/mixed-types.xtab run_mlr --xtab put '$iquot=$pi1//$pf2;$mod=$pi1%$pf2' $indir/mixed-types.xtab run_mlr --xtab put '$iquot=$pi1//$pi2;$mod=$pi1%$pi2' $indir/mixed-types.xtab run_mlr --xtab put -F '$iquot=$pf1//$pf2;$mod=$pf1%$pf2' $indir/mixed-types.xtab run_mlr --xtab put -F '$iquot=$pf1//$pi2;$mod=$pf1%$pi2' $indir/mixed-types.xtab run_mlr --xtab put -F '$iquot=$pi1//$pf2;$mod=$pi1%$pf2' $indir/mixed-types.xtab run_mlr --xtab put -F '$iquot=$pi1//$pi2;$mod=$pi1%$pi2' $indir/mixed-types.xtab run_mlr --xtab put '$a=roundm($pf1,10.0);$b=roundm($pf1,-10.0)' $indir/mixed-types.xtab run_mlr --xtab put '$a=roundm($pf1,10) ;$b=roundm($pf1,-10) ' $indir/mixed-types.xtab run_mlr --xtab put '$a=roundm($pi1,10.0);$b=roundm($pi1,-10.0)' $indir/mixed-types.xtab run_mlr --xtab put '$a=roundm($pi1,10) ;$b=roundm($pi1,-10) ' $indir/mixed-types.xtab echo 'x=3,y=4' | run_mlr --oxtab put '$z=$x+$y; $a=3+4; $b="3"."4"; $c="3"+4' # ---------------------------------------------------------------- announce DSL SCIENTIFIC NOTATION IN FIELD VALUES run_mlr --opprint put '$y=$x+1' $indir/scinot.dkvp # ---------------------------------------------------------------- announce DSL SCIENTIFIC NOTATION IN EXPRESSION LITERALS run_mlr --opprint put '$y = 123 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = 123. + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = 123.4 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = .234 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = 1e2 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = 1e-2 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = 1.2e3 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = 1.e3 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = 1.2e-3 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = 1.e-3 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = .2e3 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = .2e-3 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = 1.e-3 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = -123 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = -123. + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = -123.4 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = -.234 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = -1e2 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = -1e-2 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = -1.2e3 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = -1.e3 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = -1.2e-3 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = -1.e-3 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = -.2e3 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = -.2e-3 + $i' $indir/scinot1.dkvp run_mlr --opprint put '$y = -1.e-3 + $i' $indir/scinot1.dkvp # ---------------------------------------------------------------- announce DSL FROM-FILE FEATURE run_mlr put -f $indir/put-example.dsl $indir/abixy run_mlr filter -f $indir/filter-example.dsl $indir/abixy run_mlr --from $indir/abixy put -f $indir/put-example.dsl run_mlr --from $indir/abixy filter -f $indir/filter-example.dsl run_mlr --from $indir/abixy --from $indir/abixy-het put -f $indir/put-example.dsl run_mlr --from $indir/abixy --from $indir/abixy-het filter -f $indir/filter-example.dsl # ---------------------------------------------------------------- announce DSL MULTI-PART SCRIPTS run_mlr --opprint --from $indir/abixy put -f $indir/put-script-piece-1 run_mlr --opprint --from $indir/abixy put -f $indir/put-script-piece-1 -f $indir/put-script-piece-2 run_mlr --opprint --from $indir/abixy put -f $indir/put-script-piece-1 -f $indir/put-script-piece-2 -f $indir/put-script-piece-3 run_mlr --opprint --from $indir/abixy put -e '$xy = $x**2 + $y**2' run_mlr --opprint --from $indir/abixy filter -e 'NR == 7' run_mlr --opprint --from $indir/abixy put -e 'print "PRE";' -f $indir/put-script-piece-1 -f $indir/put-script-piece-2 -f $indir/put-script-piece-3 -e 'print "POST"' run_mlr --opprint --from $indir/abixy filter -f $indir/filter-script-piece-1 run_mlr --opprint --from $indir/abixy filter -f $indir/filter-script-piece-1 -f $indir/filter-script-piece-2 # ---------------------------------------------------------------- announce UTF-8 STRLEN run_mlr --inidx --ifs comma --oxtab put '$s1=strlen($1);$s2=strlen($2);$s3=strlen($3);$s4=strlen($4)' $indir/utf8-align.dkvp # ---------------------------------------------------------------- announce STATS1/STEP INT/FLOAT run_mlr --opprint step -a rsum,delta,counter -f x,y,z $indir/int-float.dkvp run_mlr --opprint step -F -a rsum,delta,counter -f x,y,z $indir/int-float.dkvp run_mlr --oxtab stats1 -a min,max,sum,count -f x,y,z $indir/int-float.dkvp run_mlr --oxtab stats1 -F -a min,max,sum,count -f x,y,z $indir/int-float.dkvp # ---------------------------------------------------------------- announce DSL PYTHONIC DIVISION run_mlr --xtab put '$quot=$pf1/10.0;$iquot=$pf1//10.0;$mod=$pf1%10.0' $indir/mixed-types.xtab run_mlr --xtab put '$quot=$pi1/10 ;$iquot=$pi1//10 ;$mod=$pi1%10 ' $indir/mixed-types.xtab run_mlr --xtab put '$quot=$nf1/10.0;$iquot=$nf1//10.0;$mod=$nf1%10.0' $indir/mixed-types.xtab run_mlr --xtab put '$quot=$ni1/10 ;$iquot=$ni1//10 ;$mod=$ni1%10 ' $indir/mixed-types.xtab run_mlr --xtab put -F '$quot=$pf1/10.0;$iquot=$pf1//10.0;$mod=$pf1%10.0' $indir/mixed-types.xtab run_mlr --xtab put -F '$quot=$pi1/10 ;$iquot=$pi1//10 ;$mod=$pi1%10 ' $indir/mixed-types.xtab run_mlr --xtab put -F '$quot=$nf1/10.0;$iquot=$nf1//10.0;$mod=$nf1%10.0' $indir/mixed-types.xtab run_mlr --xtab put -F '$quot=$ni1/10 ;$iquot=$ni1//10 ;$mod=$ni1%10 ' $indir/mixed-types.xtab run_mlr --xtab put '$quot=$pf1/-10.0;$iquot=$pf1//-10.0;$mod=$pf1%-10.0' $indir/mixed-types.xtab run_mlr --xtab put '$quot=$pi1/-10 ;$iquot=$pi1//-10 ;$mod=$pi1%-10 ' $indir/mixed-types.xtab run_mlr --xtab put '$quot=$nf1/-10.0;$iquot=$nf1//-10.0;$mod=$nf1%-10.0' $indir/mixed-types.xtab run_mlr --xtab put '$quot=$ni1/-10 ;$iquot=$ni1//-10 ;$mod=$ni1%-10 ' $indir/mixed-types.xtab run_mlr --xtab put -F '$quot=$pf1/-10.0;$iquot=$pf1//-10.0;$mod=$pf1%-10.0' $indir/mixed-types.xtab run_mlr --xtab put -F '$quot=$pi1/-10 ;$iquot=$pi1//-10 ;$mod=$pi1%-10 ' $indir/mixed-types.xtab run_mlr --xtab put -F '$quot=$nf1/-10.0;$iquot=$nf1//-10.0;$mod=$nf1%-10.0' $indir/mixed-types.xtab run_mlr --xtab put -F '$quot=$ni1/-10 ;$iquot=$ni1//-10 ;$mod=$ni1%-10 ' $indir/mixed-types.xtab # ---------------------------------------------------------------- announce DSL REGEX MATCHING run_mlr filter -v '$x =~ "bcd"' $indir/regex.dkvp run_mlr filter -v '$x =~ "^bcd"' $indir/regex.dkvp run_mlr filter -v '$x =~ "^abc"' $indir/regex.dkvp run_mlr filter -v '$x =~ "^abc$"' $indir/regex.dkvp run_mlr filter -v '$x =~ "^a.*d$"' $indir/regex.dkvp run_mlr filter -v '$x =~ "^a.*"."d$"' $indir/regex.dkvp run_mlr filter -v '$y =~ "\".."' $indir/regex.dkvp run_mlr filter -v '$x =~ "bcd"i' $indir/regex.dkvp run_mlr filter -v '$x =~ "^bcd"i' $indir/regex.dkvp run_mlr filter -v '$x =~ "^abc"i' $indir/regex.dkvp run_mlr filter -v '$x =~ "^abc$"i' $indir/regex.dkvp run_mlr filter -v '$x =~ "^a.*d$"i' $indir/regex.dkvp run_mlr filter -v '$x =~ "^a.*"."d$"i' $indir/regex.dkvp run_mlr --csv filter '$text =~ "."' $indir/dot-match.csv run_mlr --csv filter '$text =~ "\."' $indir/dot-match.csv # ---------------------------------------------------------------- announce DSL TYPED OVERLAY run_mlr put '$y = string($x); $z=$y.$y' $indir/int-float.dkvp run_mlr put '$z=string($x).string($x)' $indir/int-float.dkvp run_mlr put '$y = string($x)' then put '$z=$y.$y' $indir/int-float.dkvp run_mlr put '$a="hello"' then put '$b=$a." world";$z=$x+$y;$c=$b;$a=sub($b,"hello","farewell")' $indir/int-float.dkvp # ---------------------------------------------------------------- announce DSL REGEX CAPTURES # cat reg_test/input/capture.dkvp # FIELD=ABC123 # FIELD=ABC..123 # FIELD=..ABC..123.. # FIELD=none of the above run_mlr --opprint put '$FIELD =~ "([A-Z]+)([0-9]+)"; $F1="\1"; $F2="\2"; $F3="\3"' $indir/capture.dkvp run_mlr --opprint put '$FIELD =~ "([A-Z]+)[^0-9]*([0-9]+)"; $F1="\1"; $F2="\2"; $F3="\3"' $indir/capture.dkvp run_mlr --opprint put '$FIELD =~ "([A-Z]+)([0-9]+)"' then put '$F1="\1"; $F2="\2"; $F3="\3"' $indir/capture.dkvp run_mlr --opprint put '$FIELD =~ "([A-Z]+)[^0-9]*([0-9]+)"' then put '$F1="\1"; $F2="\2"; $F3="\3"' $indir/capture.dkvp # cat reg_test/input/capture-lengths.dkvp # FIELD= # FIELD=a # FIELD=ab # FIELD=abc # FIELD=abcd # FIELD=abcde # FIELD=abcdef # FIELD=abcdefg # FIELD=abcdefgh # FIELD=abcdefghi # FIELD=abcdefghij # FIELD=abcdefghijk # FIELD=abcdefghijkl run_mlr --opprint put ' $FIELD =~ "....."; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put ' $FIELD =~ "....." {$F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"}' $indir/capture-lengths.dkvp run_mlr --opprint put 'filter $FIELD =~ "....."; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)(.)(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)" {$F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"}' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)" {$F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"}' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)" {$F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"}' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)(.)" {$F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"}' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)(.)(.)" {$F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"}' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)(.)(.)(.)" {$F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"}' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)(.)(.)(.)(.)" {$F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"}' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)" {$F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"}' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)(.)" {$F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"}' $indir/capture-lengths.dkvp run_mlr --opprint put '$FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)(.)(.)" {$F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"}' $indir/capture-lengths.dkvp run_mlr --opprint put 'filter $FIELD =~ "(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put 'filter $FIELD =~ "(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put 'filter $FIELD =~ "(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put 'filter $FIELD =~ "(.)(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put 'filter $FIELD =~ "(.)(.)(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put 'filter $FIELD =~ "(.)(.)(.)(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put 'filter $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put 'filter $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put 'filter $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp run_mlr --opprint put 'filter $FIELD =~ "(.)(.)(.)(.)(.)(.)(.)(.)(.)(.)"; $F0="\0";$F1="\1";$F2="\2";$F3="\3";$F4="\4";$F5="\5";$F6="\6";$F7="\7";$F8="\8";$F9="\9"' $indir/capture-lengths.dkvp # ---------------------------------------------------------------- announce DSL FILTER/PATTERN-ACTION run_mlr --opprint put ' $x > 0.5; $z = "flag"' $indir/abixy run_mlr --opprint put ' !($x > 0.5); $z = "flag"' $indir/abixy run_mlr --opprint put 'filter $x > 0.5; $z = "flag"' $indir/abixy run_mlr --opprint put ' $x > 0.5 {$z = "flag"}' $indir/abixy run_mlr --opprint put 'filter !($x > 0.5); $z = "flag"' $indir/abixy run_mlr --opprint put ' !($x > 0.5) {$z = "flag"}' $indir/abixy # ---------------------------------------------------------------- announce DSL GMT DATE/TIME FUNCTIONS run_mlr --csvlite put '$gmt = sec2gmt($sec)' $indir/sec2gmt run_mlr --csvlite put '$gmt = sec2gmt($sec,1)' $indir/sec2gmt run_mlr --csvlite put '$gmt = sec2gmt($sec,3)' $indir/sec2gmt run_mlr --csvlite put '$gmt = sec2gmt($sec,6)' $indir/sec2gmt run_mlr --csvlite put '$sec = gmt2sec($gmt)' $indir/gmt2sec run_mlr --csvlite put '$gmtdate = sec2gmtdate($sec)' $indir/sec2gmt run_mlr --icsv --opprint put '$gmt = strftime($sec, "%Y-%m-%dT%H:%M:%SZ")' $indir/sec2gmt run_mlr --icsv --opprint put '$gmt = strftime($sec, "%Y-%m-%dT%H:%M:%1SZ")' $indir/sec2gmt run_mlr --icsv --opprint put '$gmt = strftime($sec, "%Y-%m-%dT%H:%M:%3SZ")' $indir/sec2gmt run_mlr --icsv --opprint put '$gmt = strftime($sec, "%Y-%m-%dT%H:%M:%6SZ")' $indir/sec2gmt run_mlr --icsv --opprint put '$sec = strptime($gmt, "%Y-%m-%dT%H:%M:%SZ")' $indir/gmt2sec run_mlr --csvlite sec2gmt sec $indir/sec2gmt run_mlr --opprint put '$hms=sec2hms($sec); $resec=hms2sec($hms); $diff=$resec-$sec' $indir/sec2xhms run_mlr --opprint put '$hms=fsec2hms($sec); $resec=hms2fsec($hms); $diff=$resec-$sec' $indir/fsec2xhms run_mlr --opprint put '$hms=sec2dhms($sec); $resec=dhms2sec($hms); $diff=$resec-$sec' $indir/sec2xhms run_mlr --opprint put '$hms=fsec2dhms($sec); $resec=dhms2fsec($hms); $diff=$resec-$sec' $indir/fsec2xhms run_mlr --csvlite sec2gmt sec $indir/sec2gmt run_mlr --csvlite sec2gmtdate sec $indir/sec2gmt # ---------------------------------------------------------------- announce DSL LOCAL DATE/TIME FUNCTIONS # See also the system date command: # export TZ=America/Sao_Paulo; date -j -f "%Y-%m-%d %H:%M:%S %Z" "2017-02-19 00:30:00" +%s # export TZ=America/Sao_Paulo; date -r 86400 +"%Y-%m-%d %H:%M:%S %Z" export TZ=America/Sao_Paulo echo TZ=$TZ run_mlr --opprint put '$b=localtime2sec($a); $c=sec2localtime($b); $d=sec2localdate($b)' <<_EOF a=2017-02-18 23:00:00 a=2017-02-18 23:59:59 a=2017-02-19 00:00:00 a=2017-02-19 00:30:00 a=2017-02-19 01:00:00 a=2017-10-14 23:00:00 a=2017-10-14 23:59:59 a=2017-10-15 00:00:00 a=2017-10-15 00:30:00 a=2017-10-15 01:00:00 _EOF export TZ= export TZ=America/Sao_Paulo echo TZ=$TZ run_mlr --opprint put '$b=localtime2sec($a); $c=sec2localtime($b); $d=sec2localdate($b)' <<_EOF a=2017-02-14 00:00:00 a=2017-02-15 00:00:00 a=2017-02-16 00:00:00 a=2017-02-17 00:00:00 a=2017-02-18 00:00:00 a=2017-02-19 00:00:00 a=2017-02-20 00:00:00 a=2017-10-12 00:00:00 a=2017-10-13 00:00:00 a=2017-10-14 00:00:00 a=2017-10-15 00:00:00 a=2017-10-16 00:00:00 a=2017-10-17 00:00:00 a=2017-10-18 00:00:00 a=2017-10-19 00:00:00 _EOF export TZ= export TZ=America/Sao_Paulo echo TZ=$TZ run_mlr --opprint put '$b=strptime_local($a, "%Y-%m-%d %H:%M:%S"); $c=strftime_local($b, "%Y-%m-%d %H:%M:%S")' <<_EOF a=2017-02-18 23:00:00 a=2017-02-18 23:59:59 a=2017-02-19 00:00:00 a=2017-02-19 00:30:00 a=2017-02-19 01:00:00 a=2017-10-14 23:00:00 a=2017-10-14 23:59:59 a=2017-10-15 00:00:00 a=2017-10-15 00:30:00 a=2017-10-15 01:00:00 _EOF export TZ= export TZ=America/Sao_Paulo echo TZ=$TZ run_mlr --opprint put '$b=strptime_local($a, "%Y-%m-%d %H:%M:%S"); $c=strftime_local($b, "%Y-%m-%d %H:%M:%S")' <<_EOF a=2017-02-18 23:00:00 a=2017-02-18 23:59:59 a=2017-02-19 00:00:00 a=2017-02-19 00:30:00 a=2017-02-19 01:00:00 a=2017-10-14 23:00:00 a=2017-10-14 23:59:59 a=2017-10-15 00:00:00 a=2017-10-15 00:30:00 a=2017-10-15 01:00:00 _EOF export TZ= # ---------------------------------------------------------------- announce DSL SUB/GSUB/REGEX_EXTRACT run_mlr --opprint put '$y = sub($x, "e.*l", "")' $indir/sub.dat run_mlr --opprint put '$y = sub($x, "e.*l"i, "")' $indir/sub.dat run_mlr --opprint put '$y = sub($x, "e.*"."l", "")' $indir/sub.dat run_mlr --opprint put '$y = sub($x, "e.*l", "y123y")' $indir/sub.dat run_mlr --opprint put '$y = sub($x, "e.*l"i, "y123y")' $indir/sub.dat run_mlr --opprint put '$y = sub($x, "e.*"."l", "y123y")' $indir/sub.dat run_mlr --opprint put '$y = sub($x, "([hg])e.*l(.)", "y\1y123\2y")' $indir/sub.dat run_mlr --opprint put '$y = sub($x, "([hg])e.*l.", "y\1y123\2y")' $indir/sub.dat run_mlr --opprint put '$y = sub($x, "([hg])e.*l(.)", "y\1y123.y")' $indir/sub.dat run_mlr --opprint put '$y = sub($x, "a", "aa")' $indir/gsub.dat run_mlr --opprint put '$y = gsub($x, "a", "aa")' $indir/gsub.dat run_mlr --opprint put '$y = gsub($x, "A", "Aa")' $indir/gsub.dat run_mlr --opprint put '$y = gsub($x, "a"i, "Aa")' $indir/gsub.dat run_mlr --opprint put '$y = gsub($x, "A"i, "Aa")' $indir/gsub.dat run_mlr --opprint put '$y = gsub($x, "a(.)", "aa\1\1\1")' $indir/gsub.dat run_mlr --opprint put '$y = sub($x, "a", "")' $indir/gsub.dat run_mlr --opprint put '$y = gsub($x, "a", "")' $indir/gsub.dat run_mlr --opprint put '$y = gsub($x, "A", "")' $indir/gsub.dat run_mlr --opprint put '$y = gsub($x, "a"i, "")' $indir/gsub.dat run_mlr --opprint put '$y = gsub($x, "A"i, "")' $indir/gsub.dat run_mlr --oxtab cat $indir/subtab.dkvp run_mlr --oxtab put -f $indir/subtab1.mlr $indir/subtab.dkvp run_mlr --oxtab put -f $indir/subtab2.mlr $indir/subtab.dkvp run_mlr --oxtab put -f $indir/subtab3.mlr $indir/subtab.dkvp run_mlr --oxtab put -f $indir/subtab4.mlr $indir/subtab.dkvp run_mlr --opprint put '$y = ssub($x, "HE", "")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "HE", "HE")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "HE", "12345")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "LL", "1")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "LL", "12")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "LL", "12345")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "LLO", "")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "LLO", "12")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "LLO", "123")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "LLO", "123456")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "HELLO", "")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "HELLO", "1234")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "HELLO", "12345")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "HELLO", "1234678")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "nonesuch", "")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "nonesuch", "1234")' $indir/sub.dat run_mlr --opprint put '$y = ssub($x, "nonesuch", "1234567890")' $indir/sub.dat run_mlr --oxtab put '$y = regextract($x, "[A-Z]+")' $indir/sub.dat run_mlr --oxtab put '$y = regextract($x, "[A-Z]*")' $indir/sub.dat run_mlr --oxtab put '$y = regextract($x, "[a-z]+")' $indir/sub.dat run_mlr --oxtab put '$y = regextract($x, "[a-z]*")' $indir/sub.dat run_mlr --oxtab put '$y = regextract($x, "[0-9]+")' $indir/sub.dat run_mlr --oxtab put '$y = regextract($x, "[0-9]*")' $indir/sub.dat run_mlr --oxtab put '$y = regextract($x, "[ef]+")' $indir/sub.dat run_mlr --oxtab put '$y = regextract($x, "[ef]*")' $indir/sub.dat run_mlr --oxtab put '$y = regextract($x, "[hi]+")' $indir/sub.dat run_mlr --oxtab put '$y = regextract($x, "[hi]*")' $indir/sub.dat run_mlr --oxtab put '$y = regextract($x, "[op]+")' $indir/sub.dat run_mlr --oxtab put '$y = regextract($x, "[op]*")' $indir/sub.dat run_mlr --oxtab put '$y = regextract_or_else($x, "[A-Z]+", "DEFAULT")' $indir/sub.dat run_mlr --oxtab put '$y = regextract_or_else($x, "[A-Z]*", "DEFAULT")' $indir/sub.dat run_mlr --oxtab put '$y = regextract_or_else($x, "[a-z]+", "DEFAULT")' $indir/sub.dat run_mlr --oxtab put '$y = regextract_or_else($x, "[a-z]*", "DEFAULT")' $indir/sub.dat run_mlr --oxtab put '$y = regextract_or_else($x, "[0-9]+", "DEFAULT")' $indir/sub.dat run_mlr --oxtab put '$y = regextract_or_else($x, "[0-9]*", "DEFAULT")' $indir/sub.dat run_mlr --oxtab put '$y = regextract_or_else($x, "[ef]+", "DEFAULT")' $indir/sub.dat run_mlr --oxtab put '$y = regextract_or_else($x, "[ef]*", "DEFAULT")' $indir/sub.dat run_mlr --oxtab put '$y = regextract_or_else($x, "[hi]+", "DEFAULT")' $indir/sub.dat run_mlr --oxtab put '$y = regextract_or_else($x, "[hi]*", "DEFAULT")' $indir/sub.dat run_mlr --oxtab put '$y = regextract_or_else($x, "[op]+", "DEFAULT")' $indir/sub.dat run_mlr --oxtab put '$y = regextract_or_else($x, "[op]*", "DEFAULT")' $indir/sub.dat # ---------------------------------------------------------------- announce DSL SUBSTR run_mlr put -q ' int n = strlen($x); print "input= <<".$x.">>"; for (i = -n-2; i <= n+2; i += 1) { for (j = -n-2; j <= n+2; j += 1) { print "i: ".fmtnum(i,"%3lld") ." j:".fmtnum(j,"%3lld") ." substr(".$x.",".fmtnum(i,"%3lld").",".fmtnum(j,"%3lld")."): <<" .substr($x, i, j) .">>"; } print; } ' << EOF x= x=o x=o1 x=o123456789 EOF # ---------------------------------------------------------------- announce DSL SYSTEM run_mlr put '$counter = system("echo X".NR."Y")' $indir/abixy # ---------------------------------------------------------------- announce DSL OOSVARS run_mlr --opprint put -v 'begin{@ox=0}; $d=$x-@ox; @ox=$x' $indir/abixy run_mlr --opprint put -v 'begin{@ox="no"}; $d=@ox == "no" ? 1.0 : $x/@ox; @ox=$x' then step -a ratio -f x $indir/abixy run_mlr --opprint put -v '$d=$x/@ox; @ox=$x' then step -a ratio -f x $indir/abixy run_mlr --opprint put -v 'begin{@ox="no"}; $d=@ox == "no" ? 1.0 : $x/@ox; @ox=$x' then step -a ratio -f x $indir/abixy run_mlr --opprint put -v 'begin{@rsum = 0}; @rsum = @rsum + $x; $rsum = @rsum' $indir/abixy run_mlr --opprint put -v 'begin{@a=0; @b=0; @c=0}; $za=@a; $zb=@b; $zc=@c; $d=@a+@b+@c; @a=@b; @b=@c; @c=$i' $indir/abixy run_mlr --opprint put -v 'begin {@a=0; @b=0; @c=0}; $za=@a; $zb=@b; $zc=@c; $d=@a+@b+@c; @a=@b; @b=@c; @c=$i' $indir/abixy run_mlr --opprint put -v 'begin{@ox=0}; $d=$x-@ox; @ox=$x' $indir/abixy run_mlr put -v '@a=$a; @b=$b; @c=$x; end {emitf @a; emitf @b; emitf @c}' $indir/abixy run_mlr put -v '@a=$a; @b=$b; @c=$x; end{emitf @a, @b, @c}' $indir/abixy run_mlr --opprint put -v 'begin {@count=0; @sum=0.0}; @count=@count+1; @sum=@sum+$x; end{@mean=@sum/@count; emitf @mean}' $indir/abixy run_mlr --opprint put -v 'end{@mean=@sum/@count; emitf @mean}; begin {@count=0; @sum=0.0}; @count=@count+1; @sum=@sum+$x' $indir/abixy run_mlr put -v 'begin{ @a = @b[1] }; $c = @d; @e[$i][2+$j][3] = $4; end{@f[@g[5][@h]] = 6}' /dev/null run_mlr put '@y[$a]=$y; end{dump}' $indir/abixy run_mlr stats1 -a sum -f y -g a $indir/abixy run_mlr put '@y_sum[$a] = $y; end{dump}' $indir/abixy run_mlr put -q '@s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @s ; dump}' $indir/unset1.dkvp run_mlr put -q '@s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @t ; dump}' $indir/unset1.dkvp run_mlr put -q '@s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @t[1] ; dump}' $indir/unset1.dkvp run_mlr put -q '@s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @u ; dump}' $indir/unset1.dkvp run_mlr put -q '@s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @u[1] ; dump}' $indir/unset1.dkvp run_mlr put -q '@s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @u[1][2]; dump}' $indir/unset1.dkvp run_mlr put -q '@s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @s ; dump}' $indir/unset4.dkvp run_mlr put -q '@s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @t ; dump}' $indir/unset4.dkvp run_mlr put -q '@s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @t[1] ; dump}' $indir/unset4.dkvp run_mlr put -q '@s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @u ; dump}' $indir/unset4.dkvp run_mlr put -q '@s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @u[1] ; dump}' $indir/unset4.dkvp run_mlr put -q '@s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @u[1][2]; dump}' $indir/unset4.dkvp run_mlr put -q '@s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset all; dump}' $indir/unset4.dkvp run_mlr put -q '@s=$x; @t[$a]=$x; @u[$a][$b]=$x; end{dump; unset @*; dump}' $indir/unset4.dkvp run_mlr put 'unset $x' $indir/unset4.dkvp run_mlr put 'unset $*; $aaa = 999' $indir/unset4.dkvp run_mlr --from $indir/abixy put 'x = 1; print "OX=".x; unset x; print "NX=".x' run_mlr put -q '@{variable.name} += $x; end{emit @{variable.name}}' $indir/abixy run_mlr put -q '@{variable.name}[$a] += $x; end{emit @{variable.name},"a"}' $indir/abixy run_mlr put 'for (k,v in $*) { if (k == "i") {unset $[k]}}' $indir/abixy run_mlr --opprint --from $indir/abixy put -q ' @output[NR] = $*; end { for ((nr, k), v in @output) { if (nr == 4 || k == "i") { unset @output[nr][k] } } emitp @output, "NR", "k" } ' # ---------------------------------------------------------------- announce DSL PATTERN-ACTION BLOCKS run_mlr put -v 'begin{@a=1}; $e=2; $f==$g||$h==$i {}; $x=6; end{@z=9}' /dev/null run_mlr put -v 'begin{@a=1}; $e=2; $f==$g||$h==$i {$s=1}; $x=6; end{@z=9}' /dev/null run_mlr put -v 'begin{@a=1}; $e=2; $f==$g||$h==$i {$s=1;$t=2}; $x=6; end{@z=9}' /dev/null run_mlr put -v 'begin{@a=1}; $e=2; $f==$g||$h==$i {$s=1;$t=2;$u=3}; $x=6; end{@z=9}' /dev/null run_mlr put -v 'begin{@a=1}; $e=2; $f==$g||$h==$i {$s=1;@t["u".$5]=2;emitf @v,@w;dump}; $x=6; end{@z=9}' /dev/null run_mlr put -v 'begin{true{@x=1}}; true{@x=2}; end{true{@x=3}}' /dev/null # ---------------------------------------------------------------- announce DSL STACK-ALLOCATION # This important test validates the local-stack allocator: which variables are # assigned which offsets in the stack, and how the local-extent contract is # satisfied by the clear-at-enter-subframe logic. The -v flag gives context on # the AST; the -a flag provides the essential output on variable placement; the # Miller script per se validates semantics. run_mlr --from $indir/abixy put -v -a -f $indir/test-dsl-stack-allocation.mlr # These test absent-null handing for as-yet-undefined localvars in expression RHSs. run_mlr --from $indir/abixy put 'a=a; $oa = a' run_mlr --from $indir/abixy put 'a=a; $oa = a; a = a; $ob = a' run_mlr --from $indir/abixy put 'a=a; $oa = a; a = a; $ob = a; a = b; $oc = a' run_mlr --from $indir/abixy put 'a=a; $oa = a; a = a; $ob = a; a = b; $oc = a; b = 3; b = a; $od = a' run_mlr --from $indir/abixy put 'a=a; $oa = a; a = a; $ob = a; a = b; $oc = a; b = 3; b = a; $od = a; b = 4;a = b; $oe= a' # ---------------------------------------------------------------- announce DSL IF-CHAINING mention IF/ELIF WITH ELSE run_mlr --from $indir/xy40.dkvp put -v ' if (NR==1) { $x = 2; $y = 3 }' run_mlr --from $indir/xy40.dkvp put -v ' if (NR == 4) { $x = 5; $y = 6 } else { $x = 1007; $y = 1008 }' run_mlr --from $indir/xy40.dkvp put -v ' if (NR == 9) { $x = 10; $y = 11 } elif (NR == 12) { $x = 13; $y = 14 } else { $x = 1015; $y = 1016 }' run_mlr --from $indir/xy40.dkvp put -v ' if (NR == 17) { $x = 18; $y = 19 } elif (NR == 20) { $x = 21; $y = 22 } elif (NR == 23) { $x = 24; $y = 25 } else { $x = 1026; $y = 1027 }' run_mlr --from $indir/xy40.dkvp put -v ' if (NR == 28) { $x = 29; $y = 30 } elif (NR == 31) { $x = 32; $y = 33 } elif (NR == 34) { $x = 35; $y = 36 } elif (NR == 37) { $x = 38; $y = 39 } else { $x = 1040; $y = 1041 }' mention IF/ELIF WITHOUT ELSE run_mlr --from $indir/xy40.dkvp put -v ' if (NR == 1) { $x = 2; $y = 3 }' run_mlr --from $indir/xy40.dkvp put -v ' if (NR == 4) { $x = 5; $y = 6 } elif (NR == 7) { $x = 8; $y = 9 }' run_mlr --from $indir/xy40.dkvp put -v ' if (NR == 10) { $x = 11; $y = 12 } elif (NR == 13) { $x = 14; $y = 15 } elif (NR == 16) { $x = 17; $y = 18 }' run_mlr --from $indir/xy40.dkvp put -v ' if (NR == 19) { $x = 20; $y = 21 } elif (NR == 22) { $x = 23; $y = 24 } elif (NR == 25) { $x = 26; $y = 37 } elif (NR == 28) { $x = 29; $y = 30 }' # ---------------------------------------------------------------- announce DSL INDIRECT SREC ASSIGNMENTS run_mlr put -v '$["a"] = $["b"]; $["x"] = 10 * $["y"]' $indir/abixy run_mlr --from $indir/abixy put 'while (NF < 256) { $["k".string(NF+1)] = "v".string(NF) }' # ---------------------------------------------------------------- announce DSL INDIRECT OOSVAR ASSIGNMENTS run_mlr --opprint put -v '@s = NR; $t = @s; $u=@["s"]; $v = $t - $u' $indir/abixy run_mlr put -v '@t["u"] = NR; $tu = @["t"]["u"]; emitp all' $indir/abixy run_mlr put -v '@t["u"] = NR; $tu = @["t"]["u"]; emitp @*' $indir/abixy run_mlr put -v '@["s"] = $x; emitp all' $indir/abixy run_mlr put -v '@["t"]["u"] = $y; emitp all' $indir/abixy # xxx @* on the right # xxx @* on the left # ---------------------------------------------------------------- announce DSL WHILE/DO-WHILE LOOPS run_mlr put -v 'while($i < 5) { $i += 1}' $indir/abixy run_mlr put -v 'do {$i += 1} while($i < 5)' $indir/abixy # ---------------------------------------------------------------- announce DSL FOR-SREC LOOPS mention empty for-srec run_mlr --from $indir/abixy put -v 'for(k,v in $*) { }' mention for-srec without boundvars run_mlr --from $indir/abixy put -v 'for(k,v in $*) {$nr= NR}' mention for-srec modifying the srec run_mlr --from $indir/abixy put -v 'for(k,v in $*) {unset $[k]}; $j = NR' run_mlr --from $indir/abixy put -v 'for(k,v in $*) {if (k != "x") {unset $[k]}}; $j = NR' run_mlr --from $indir/abixy --opprint put -S -v 'for(k,v in $*) {$[k."_orig"]=v; $[k] = "other"}' run_mlr --from $indir/abixy put -S -v 'for(k,v in $*) {$[v]=k}' run_mlr --from $indir/abixy put -v ' $sum = 0; for(k,v in $*) { if (k =~ "^[xy]$") { $sum += $[k] } }' run_mlr --from $indir/abixy put -S -v ' $sum = float(0); for(k,v in $*) { if (k =~ "^[xy]$") { $sum += float($[k]) } }' # ---------------------------------------------------------------- announce DSL FOR-OOSVAR LOOPS run_mlr --opprint -n put -v ' @o[1][1]["text1"][NR] = $a; @o[1][2]["text2"][NR] = $b; @o[1][2][$a][$i*100] = $x; for((k1,k2),v in @o[1][2]) { @n[3][4][k2][k1] = v; } end { emit @n, "a", "b", "c", "d" } ' run_mlr --opprint --from $indir/abixy put -q ' @o[1][1]["text1"][NR] = $a; @o[1][2]["text2"][NR] = $b; @o[1][2][$a][$i*100] = $x; for((k1,k2),v in @o[1][2]) { @n[3][4][k2][k1] = v; } end { emit @n, "a", "b", "c", "d" } ' run_mlr --opprint --from $indir/abixy put -q ' @sum[$a][$b] += $x; @count[$a][$b] += 1; end { for ((k1, k2), v in @sum) { @mean[k1][k2] = @sum[k1][k2] / @count[k1][k2] } emitp @sum, "a", "b"; emitp @count, "a", "b"; emitp @mean, "a", "b" } ' run_mlr --opprint --from $indir/abixy-wide put -q ' @value["sum"][$a][$b] += $x; @value["count"][$a][$b] += 1; end { for ((k1, k2), v in @value["sum"]) { @value["mean"][k1][k2] = @value["sum"][k1][k2] / @value["count"][k1][k2] } emitp @value, "stat", "a", "b"; } ' mlr_expect_fail -n put -v 'for (k, k in $*) {}' mlr_expect_fail -n put -v 'for (k, k in @*) {}' mlr_expect_fail -n put -v 'for ((a,a), c in @*) {}' mlr_expect_fail -n put -v 'for ((a,b), a in @*) {}' mlr_expect_fail -n put -v 'for ((a,b), b in @*) {}' mlr_expect_fail -n put -v 'for ((a,a,c), d in @*) {}' mlr_expect_fail -n put -v 'for ((a,b,a), d in @*) {}' mlr_expect_fail -n put -v 'for ((a,b,c), a in @*) {}' mlr_expect_fail -n put -v 'for ((a,b,b), d in @*) {}' mlr_expect_fail -n put -v 'for ((a,b,c), b in @*) {}' mlr_expect_fail -n put -v 'for ((a,b,c), c in @*) {}' run_mlr --from $indir/xyz2 put -q 'func f() { return {"a"."b":"c"."d",3:4}}; for (k,v in f()){print "k=".k.",v=".v}' run_mlr --from $indir/xyz2 put -q 'for (k,v in {"a"."b":"c"."d",3:"c"}) {print "k=".k.",v=".v}' run_mlr --from $indir/xyz2 put -q 'o["a"."b"]="c"."d"; for (k,v in o) {print "k=".k.",v=".v}' run_mlr --from $indir/xyz2 put -q '@o["a"."b"]="c"."d"; for (k,v in @o) {print "k=".k.",v=".v}' run_mlr --from $indir/xyz2 put 'for (k in $*) { print k}' run_mlr --from $indir/xyz2 put 'm=$*; for (k in m) { print k}' # ---------------------------------------------------------------- announce DSL FOR-BIND LOOPS FOR VALGRIND mention key-only fors run_mlr --from $indir/abixy-het put ' ab = $a . "_" . $b; xy = $x . "_" . $y; map o = {}; o[ab] = xy; for (k in o) { print "k is " . k; } ' run_mlr --from $indir/abixy-het put ' ab = $a . "_" . $b; xy = $x . "_" . $y; unset @o; @o[ab] = xy; for (k in @o) { print "k is " . k; } ' run_mlr --from $indir/abixy-het put ' ab = $a . "_" . $b; xy = $x . "_" . $y; for (k in {ab : xy}) { print "k is " . k; } ' run_mlr --from $indir/abixy-het put ' func f(a, b, x, y): map { ab = $a . "_" . $b; xy = $x . "_" . $y; return {ab : xy}; } for (k in f($a, $b, $x, $y)) { print "k is " . k; } ' mention key-value fors with scalar values run_mlr --from $indir/abixy-het put ' ab = $a . "_" . $b; xy = $x . "_" . $y; map o = {}; o[ab] = xy; for (k, v in o) { print "k is " . k . " v is " . v; } ' run_mlr --from $indir/abixy-het put ' ab = $a . "_" . $b; xy = $x . "_" . $y; unset @o; @o[ab] = xy; for (k, v in @o) { print "k is " . k . " v is " . v; } ' run_mlr --from $indir/abixy-het put ' ab = $a . "_" . $b; xy = $x . "_" . $y; for (k, v in {ab : xy}) { print "k is " . k . " v is " . v; } ' run_mlr --from $indir/abixy-het put ' func f(a, b, x, y): map { ab = $a . "_" . $b; xy = $x . "_" . $y; return {ab : xy}; } for (k, v in f($a, $b, $x, $y)) { print "k is " . k . " v is " . v; } ' mention key-value fors with map values run_mlr --from $indir/abixy-het put ' ab = $a . "_" . $b; xy = $x . "_" . $y; map o = {}; o[ab] = {"foo": xy}; for (k, v in o) { print "k is " . k . " v is "; dump v; } ' run_mlr --from $indir/abixy-het put ' ab = $a . "_" . $b; xy = $x . "_" . $y; unset @o; @o[ab]["foo"] = xy; for (k, v in @o) { print "k is " . k . " v is "; dump v; } ' run_mlr --from $indir/abixy-het put ' ab = $a . "_" . $b; xy = $x . "_" . $y; for (k, v in {ab : {"foo": xy}}) { print "k is " . k . " v is "; dump v; } ' run_mlr --from $indir/abixy-het put ' func f(a, b, x, y): map { ab = $a . "_" . $b; xy = $x . "_" . $y; return {ab : {"foo" : xy}}; } for (k, v in f($a, $b, $x, $y)) { print "k is " . k . " v is "; dump v; } ' # ---------------------------------------------------------------- announce DSL BREAK/CONTINUE IN SINGLE WHILE/DO-WHILE run_mlr --opprint --from $indir/abixy put ' while ($i < 5) { $i += 1; break; $a = "ERROR"; } ' run_mlr --opprint --from $indir/abixy put ' while ($i < 5) { $i += 1; continue; $a = "ERROR"; } ' run_mlr --opprint --from $indir/abixy put ' do { $i += 1; break; $a = "ERROR"; } while ($i < 5); ' run_mlr --opprint --from $indir/abixy put ' do { $i += 1; continue; $a = "ERROR"; } while ($i < 5); ' run_mlr --opprint --from $indir/abixy put ' $NR = NR; while ($i < 5) { $i += 1; if (NR == 2) { break; } $a = "reached"; } ' run_mlr --opprint --from $indir/abixy put ' $NR = NR; while ($i < 5) { $i += 1; if (NR == 2) { continue; } $a = "reached"; } ' run_mlr --opprint --from $indir/abixy put ' $NR = NR; do { $i += 1; if (NR == 2) { break; } $a = "reached"; } while ($i < 5); ' run_mlr --opprint --from $indir/abixy put ' $NR = NR; do { $i += 1; if (NR == 2) { continue; } $a = "reached"; } while ($i < 5); ' # ---------------------------------------------------------------- announce DSL BREAK/CONTINUE IN NESTED WHILE/DO-WHILE run_mlr --opprint --from $indir/abixy put ' $j = NR; while ($j < 4) { $k = NR; $j += 1; break; while ($k < 7) { $k += 1 } } ' run_mlr --opprint --from $indir/abixy put ' $j = NR; while ($j < 4) { $k = NR; $j += 1; continue; while ($k < 7) { $k += 1 } } ' run_mlr --opprint --from $indir/abixy put ' $j = NR; while ($j < 4) { $k = NR; $j += 1; while ($k < 7) { $k += 1; break; $k += 10000; } } ' run_mlr --opprint --from $indir/abixy put ' $j = NR; while ($j < 4) { $k = NR; $j += 1; while ($k < 7) { $k += 1; continue; $k += 10000; } } ' run_mlr --opprint --from $indir/abixy put ' $j = NR; while ($j < 4) { $k = NR; $j += 1; if (NR == 2 || NR == 8) { break; } while ($k < 7) { $k += 1 } } ' run_mlr --opprint --from $indir/abixy put ' $j = NR; while ($j < 4) { $k = NR; $j += 1; if (NR == 2 || NR == 8) { continue; } while ($k < 7) { $k += 1 } } ' run_mlr --opprint --from $indir/abixy put ' $j = NR; while ($j < 4) { $k = NR; $j += 1; while ($k < 7) { $k += 1; if (NR == 2 || NR == 8) { break; } $k += 10000; } } ' run_mlr --opprint --from $indir/abixy put ' $j = NR; while ($j < 4) { $k = NR; $j += 1; while ($k < 7) { $k += 1; if (NR == 2 || NR == 8) { continue; } $k += 10000; } } ' run_mlr --opprint --from $indir/abixy put ' $j = NR; do { $k = NR; $j += 1; break; do { $k += 1 } while ($k < 7); } while ($j < 4); ' run_mlr --opprint --from $indir/abixy put ' $j = NR; do { $k = NR; $j += 1; continue; do { $k += 1 } while ($k < 7); } while ($j < 4); ' run_mlr --opprint --from $indir/abixy put ' $j = NR; do { $k = NR; $j += 1; do { $k += 1; break; $k += 10000; } while ($k < 7); } while ($j < 4); ' run_mlr --opprint --from $indir/abixy put ' $j = NR; do { $k = NR; $j += 1; do { $k += 1; continue; $k += 10000; } while ($k < 7); } while ($j < 4); ' run_mlr --opprint --from $indir/abixy put ' $j = NR; do { $k = NR; $j += 1; if (NR == 2 || NR == 8) { break; } do { $k += 1 } while ($k < 7); } while ($j < 4); ' run_mlr --opprint --from $indir/abixy put ' $j = NR; do { $k = NR; $j += 1; if (NR == 2 || NR == 8) { continue; } do { $k += 1 } while ($k < 7); } while ($j < 4); ' run_mlr --opprint --from $indir/abixy put ' $j = NR; do { $k = NR; $j += 1; do { $k += 1; if (NR == 2 || NR == 8) { break; } $k += 10000; } while ($k < 7); } while ($j < 4); ' run_mlr --opprint --from $indir/abixy put ' $j = NR; do { $k = NR; $j += 1; do { $k += 1; if (NR == 2 || NR == 8) { continue; } $k += 10000; } while ($k < 7); } while ($j < 4); ' # ---------------------------------------------------------------- announce DSL BREAK/CONTINUE IN SINGLE FOR-SREC run_mlr --opprint --from $indir/abixy put -q ' for (k,v in $*) { @logging1[NR][k] = v; if (k == "x") { break; } } end { emitp @logging1, "NR", "k"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k,v in $*) { if (k == "x") { break; } @logging2[NR][k] = v; } end { emitp @logging2, "NR", "k"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k,v in $*) { @logging3[NR][k] = v; if (k == "x") { continue; } } end { emitp @logging3, "NR", "k"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k,v in $*) { if (k == "x") { continue; } @logging4[NR][k] = v; } end { emitp @logging4, "NR", "k" } ' run_mlr --opprint --from $indir/abixy put -q ' for (k,v in $*) { @logging1[NR][k] = v; if (k == "x") { break; } } for (k,v in $*) { if (k == "x") { break; } @logging2[NR][k] = v; } for (k,v in $*) { @logging3[NR][k] = v; if (k == "x") { continue; } } for (k,v in $*) { if (k == "x") { continue; } @logging4[NR][k] = v; } end { emitp @logging1, "NR", "k"; emitp @logging2, "NR", "k"; emitp @logging3, "NR", "k"; emitp @logging4, "NR", "k" } ' # ---------------------------------------------------------------- announce DSL BREAK/CONTINUE IN NESTED FOR-SREC run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; break; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; continue; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; break; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; continue; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; break; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; break; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; continue; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; break; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; break; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; continue; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; continue; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; continue; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; if (k1 == "b") { break } @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; if (k1 == "b") { continue } @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; if (k2 == "a") { break } @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; if (k2 == "b") { continue } @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; if (k1 == "b") { break } @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; if (k2 == "a") { break } @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; if (k1 == "b") { continue } @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; if (k2 == "a") { break } @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; if (k1 == "b") { break } @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; if (k2 == "a") { continue } @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' run_mlr --opprint --from $indir/abixy put -q ' for (k1, v1 in $*) { @output1[NR][k1] = "before"; if (k1 == "b") { continue } @output1[NR][k1] = v1; for (k2, v2 in $*) { @output2[NR][k1."_".k2] = "before"; if (k2 == "a") { continue } @output2[NR][k1."_".k2] = v2; } } end { emit @output1, "NR", "name"; emit @output2, "NR", "names"; } ' # ---------------------------------------------------------------- announce FOR-MAP DEPTH TESTS mention 'for full oosvar' run_mlr --from $indir/abixy put '@o[1][2] = 7; for(k1,v in @*) {$x+=10;$y+=100}' run_mlr --from $indir/abixy put '@o[1][2] = 7; for((k1),v in @*) {$x+=10;$y+=100}' run_mlr --from $indir/abixy put '@o[1][2] = 7; for((k1,k2),v in @*) {$x+=10;$y+=100}' run_mlr --from $indir/abixy put '@o[1][2] = 7; for((k1,k2,k3),v in @*) {$x+=10;$y+=100}' mention 'for oosvar submap' run_mlr --from $indir/abixy put '@o[1][2][3] = 7; for(k1,v in @o[1][2]) {$x+=10;$y+=100}' run_mlr --from $indir/abixy put '@o[1][2][3] = 7; for((k1),v in @o[1][2]) {$x+=10;$y+=100}' run_mlr --from $indir/abixy put '@o[1][2][3] = 7; for((k1,k2),v in @o[1][2]) {$x+=10;$y+=100}' run_mlr --from $indir/abixy put '@o[1][2][3] = 7; for((k1,k2,k3),v in @o[1][2]) {$x+=10;$y+=100}' mention 'for local' run_mlr --from $indir/abixy put 'o[1][2] = 7; for(k1,v in o) {$x+=10;$y+=100}' run_mlr --from $indir/abixy put 'o[1][2] = 7; for((k1),v in o) {$x+=10;$y+=100}' run_mlr --from $indir/abixy put 'o[1][2] = 7; for((k1,k2),v in o) {$x+=10;$y+=100}' run_mlr --from $indir/abixy put 'o[1][2] = 7; for((k1,k2,k3),v in o) {$x+=10;$y+=100}' mention 'for map-literal' run_mlr --from $indir/abixy put 'for(k1,v in {1:{2:7}}) {$x+=10;$y+=100}' run_mlr --from $indir/abixy put 'for((k1),v in {1:{2:7}}) {$x+=10;$y+=100}' run_mlr --from $indir/abixy put 'for((k1,k2),v in {1:{2:7}}) {$x+=10;$y+=100}' run_mlr --from $indir/abixy put 'for((k1,k2,k3),v in {1:{2:7}}) {$x+=10;$y+=100}' # ---------------------------------------------------------------- announce DSL BREAK/CONTINUE IN SINGLE FOR-OOSVAR mention single-key tests, direct break/continue run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for (k1, v in @logging[2]) { break; @output[k1] = v; } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for (k1, v in @logging[2]) { @output[k1] = v; break; @output[k1] = "ERROR"; } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for (k1, v in @logging[2]) { continue; @output[k1] = v } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for (k1, v in @logging[2]) { @output[k1] = v; continue; @output[k1] = "ERROR"; } emit @output, "NR", "name" } ' mention single-key tests, indirect break/continue run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for (k1, v in @logging[2]) { if (k1 == "i") { break; } @output[k1] = v; } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for (k1, v in @logging[2]) { @output[k1] = v; if (k1 == "i") { break; } } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for (k1, v in @logging[2]) { if (k1 == "i") { continue; } @output[k1] = v } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for (k1, v in @logging[2]) { @output[k1] = v; if (k1 == "i") { continue; } @output[k1] = "reached"; } emit @output, "NR", "name" } ' mention multiple-key tests, direct break/continue run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for ((k1, k2), v in @logging) { break; @output[k1][k2] = v; } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for ((k1, k2), v in @logging) { @output[k1][k2] = v; break; @output[k1][k2] = "ERROR" } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for ((k1, k2), v in @logging) { continue; @output[k1][k2] = v } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for ((k1, k2), v in @logging) { @output[k1][k2] = v; continue; @output[k1][k2] = "ERROR"; } emit @output, "NR", "name" } ' mention multiple-key tests, indirect break/continue run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for ((k1, k2), v in @logging) { if (k1 == 5) { break; } @output[k1][k2] = v; } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for ((k1, k2), v in @logging) { if (k2 == "i") { break; } @output[k1][k2] = v; } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for ((k1, k2), v in @logging) { @output[k1][k2] = v; if (k1 == 5) { break; } } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for ((k1, k2), v in @logging) { @output[k1][k2] = v; if (k2 == "i") { break; } } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for ((k1, k2), v in @logging) { if (k1 == 5) { continue; } @output[k1][k2] = v } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for ((k1, k2), v in @logging) { if (k2 == "i") { continue; } @output[k1][k2] = v } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for ((k1, k2), v in @logging) { @output[k1][k2] = "before"; if (k1 == 5) { continue; } @output[k1][k2] = v; } emit @output, "NR", "name" } ' run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for ((k1, k2), v in @logging) { @output[k1][k2] = "before"; if (k2 == "i") { continue; } @output[k1][k2] = v; } emit @output, "NR", "name" } ' # ---------------------------------------------------------------- announce DSL BREAK/CONTINUE IN NESTED FOR-OOSVAR run_mlr --opprint --from $indir/abixy put -q ' @logging[NR] = $*; end { for ((k1, k2), v in @logging) { if (k1 != 2) { continue } for ((k3, k4), v in @logging) { if (k3 != 4) { continue } @output[k1][k2][k3][k4] = v; } } emit @output, "NR1", "name1", "NR2", "name2" } ' # ---------------------------------------------------------------- announce DSL PRINT run_mlr put -q 'print 1; print "two"; print $a; print; print $i < 4; print "y is ".string($y); print ""' $indir/abixy run_mlr put -q 'printn 1; printn "two"; printn $a; printn; printn $i < 4; printn "y is ".string($y); print ""' $indir/abixy run_mlr put -q 'print $*; print $*; print {}; print' $indir/abixy run_mlr put -q 'printn $*; printn $*; printn {}; print' $indir/abixy # ---------------------------------------------------------------- announce ABSENT/EMPTY run_mlr put -q '@sum += $x; end{emitp @sum}' $indir/abixy run_mlr put -q '@sum[$a] += $x; end{emitp @sum, "a"}' $indir/abixy run_mlr put '$nonesuch = @nonesuch' $indir/abixy run_mlr put -q '@sum += $x; end{emitp @sum}' $indir/abixy-het run_mlr put -q '@sum[$a] += $x; end{emitp @sum, "a"}' $indir/abixy-het run_mlr put '$nonesuch = @nonesuch' $indir/abixy-het run_mlr put -q '@sum += $x; @sumtype = typeof(@sum); @xtype = typeof($x); emitf @sumtype, @xtype, @sum; end{emitp @sum}' $indir/abixy run_mlr put -q '@sum += $x; @sumtype = typeof(@sum); @xtype = typeof($x); emitf @sumtype, @xtype, @sum; end{emitp @sum}' $indir/abixy-het run_mlr put '$z = $x + $y' $indir/typeof.dkvp run_mlr put '$z = $x + $u' $indir/typeof.dkvp run_mlr put '@s = @s + $y; emitp @s' $indir/typeof.dkvp run_mlr put '@s = @s + $u; emitp @s' $indir/typeof.dkvp run_mlr put '$z = $x + $y; $x=typeof($x);$y=typeof($y);$z=typeof($z)' $indir/typeof.dkvp run_mlr put '$z = $x + $u; $x=typeof($x);$y=typeof($y);$z=typeof($z)' $indir/typeof.dkvp run_mlr put '@s = @s + $y; $x=typeof($x);$y=typeof($y);$z=typeof($z);$s=typeof(@s)' $indir/typeof.dkvp run_mlr put '@s = @s + $u; $x=typeof($x);$y=typeof($y);$z=typeof($z);$s=typeof(@s)' $indir/typeof.dkvp run_mlr cat << EOF x=1 x= x=7 EOF run_mlr --ofs tab put '$osum=@sum; $ostype=typeof(@sum);$xtype=typeof($x);@sum+=$x; $nstype=typeof(@sum);$nsum=@sum; end { emit @sum }' < "'$tee2'/out.".$a, $*' $indir/abixy run_cat $tee2/out.eks run_cat $tee2/out.hat run_cat $tee2/out.pan run_cat $tee2/out.wye run_cat $tee2/out.zee run_mlr put -q --no-fflush 'tee > "'$tee2'/out.".$a, $*' $indir/abixy run_cat $tee2/out.eks run_cat $tee2/out.hat run_cat $tee2/out.pan run_cat $tee2/out.wye run_cat $tee2/out.zee run_mlr put -q 'tee >> "'$tee2'/out.".$a, $*' $indir/abixy run_cat $tee2/out.eks run_cat $tee2/out.hat run_cat $tee2/out.pan run_cat $tee2/out.wye run_cat $tee2/out.zee run_mlr put -q -o json 'tee > "'$tee2'/out.".$a, $*' $indir/abixy run_cat $tee2/out.eks run_cat $tee2/out.hat run_cat $tee2/out.pan run_cat $tee2/out.wye run_cat $tee2/out.zee run_mlr put -q 'tee | "tr \[a-z\] \[A-Z\]", $*' $indir/abixy run_mlr put -q -o json 'tee | "tr \[a-z\] \[A-Z\]", $*' $indir/abixy touch $tee2/err1 run_mlr put -q 'tee > stdout, $*' $indir/abixy 2> $tee2/err1 run_cat $tee2/err1 touch $tee2/err2 run_mlr put -q 'tee > stderr, $*' $indir/abixy 2> $tee2/err2 run_cat $tee2/err2 # ---------------------------------------------------------------- announce DSL PRINT REDIRECTS print1=$reloutdir/print1 mkdir -p $print1 run_mlr put -q 'print > "'$print1'/out.".$a, "abi:".$a.$b.$i' $indir/abixy run_cat $print1/out.eks run_cat $print1/out.hat run_cat $print1/out.pan run_cat $print1/out.wye run_cat $print1/out.zee run_mlr put -q 'print > "'$print1'/out.".$a, "abi:".$a.$b.$i' $indir/abixy run_cat $print1/out.eks run_cat $print1/out.hat run_cat $print1/out.pan run_cat $print1/out.wye run_cat $print1/out.zee run_mlr put -q 'print >> "'$print1'/out.".$a, "abi:".$a.$b.$i' $indir/abixy run_cat $print1/out.eks run_cat $print1/out.hat run_cat $print1/out.pan run_cat $print1/out.wye run_cat $print1/out.zee run_mlr put -q 'print | "tr \[a-z\] \[A-Z\]", "abi:".$a.$b.$i' $indir/abixy touch $print1/err1 run_mlr put -q 'print > stdout, "abi:".$a.$b.$i' $indir/abixy 2> $print1/err1 run_cat $print1/err1 touch $print1/err2 run_mlr put -q 'print > stderr, "abi:".$a.$b.$i' $indir/abixy 2> $print1/err2 run_cat $print1/err2 # ---------------------------------------------------------------- announce DSL PRINTN REDIRECTS printn1=$reloutdir/printn1 mkdir -p $printn1 run_mlr put -q 'printn > "'$printn1'/out.".$a, "abi:".$a.$b.$i' $indir/abixy run_cat $printn1/out.eks run_cat $printn1/out.hat run_cat $printn1/out.pan run_cat $printn1/out.wye run_cat $printn1/out.zee run_mlr put -q 'printn > "'$printn1'/out.".$a, "abi:".$a.$b.$i' $indir/abixy run_cat $printn1/out.eks run_cat $printn1/out.hat run_cat $printn1/out.pan run_cat $printn1/out.wye run_cat $printn1/out.zee run_mlr put -q 'printn >> "'$printn1'/out.".$a, "abi:".$a.$b.$i' $indir/abixy run_cat $printn1/out.eks run_cat $printn1/out.hat run_cat $printn1/out.pan run_cat $printn1/out.wye run_cat $printn1/out.zee run_mlr put -q 'printn | "tr \[a-z\] \[A-Z\]", "abi:".$a.$b.$i' $indir/abixy touch $printn1/err1 run_mlr put -q 'printn > stdout, "abi:".$a.$b.$i' $indir/abixy 2> $printn1/err1 run_cat $printn1/err1 touch $printn1/err2 run_mlr put -q 'printn > stderr, "abi:".$a.$b.$i' $indir/abixy 2> $printn1/err2 run_cat $printn1/err2 # ---------------------------------------------------------------- announce DSL DUMP REDIRECTS dump1=$reloutdir/dump1 mkdir -p $dump1 run_mlr put -q '@v=$*; dump > "'$dump1'/out.".$a' $indir/abixy run_cat $dump1/out.eks run_cat $dump1/out.hat run_cat $dump1/out.pan run_cat $dump1/out.wye run_cat $dump1/out.zee run_mlr put -q '@v=$*; dump > "'$dump1'/out.".$a' $indir/abixy run_cat $dump1/out.eks run_cat $dump1/out.hat run_cat $dump1/out.pan run_cat $dump1/out.wye run_cat $dump1/out.zee run_mlr put -q '@v=$*; dump >> "'$dump1'/out.".$a' $indir/abixy run_cat $dump1/out.eks run_cat $dump1/out.hat run_cat $dump1/out.pan run_cat $dump1/out.wye run_cat $dump1/out.zee run_mlr put -q '@v=$*; dump | "tr \[a-z\] \[A-Z\]"' $indir/abixy touch $dump1/err1 run_mlr put -q '@v[NR] = $*; NR == 2 { dump > stdout }' $indir/abixy 2> $dump1/err1 run_cat $dump1/err1 touch $dump1/err2 run_mlr put -q '@v[NR] = $*; NR == 2 { dump > stderr }' $indir/abixy 2> $dump1/err2 run_cat $dump1/err2 # ---------------------------------------------------------------- announce DSL EMITF REDIRECTS emitf1=$reloutdir/emitf1 mkdir -p $emitf1 run_mlr put -q '@a=$a; @b=$b; emitf > "'$emitf1'/out.".$a.$b, @a, @b' $indir/abixy run_cat $emitf1/out.ekspan run_cat $emitf1/out.ekswye run_cat $emitf1/out.ekszee run_cat $emitf1/out.hatwye run_cat $emitf1/out.panpan run_cat $emitf1/out.panwye run_cat $emitf1/out.wyepan run_cat $emitf1/out.wyewye run_cat $emitf1/out.zeepan run_cat $emitf1/out.zeewye run_mlr put -q '@a=$a; @b=$b; emitf > "'$emitf1'/out.".$a.$b, @a, @b' $indir/abixy run_cat $emitf1/out.ekspan run_cat $emitf1/out.ekswye run_cat $emitf1/out.ekszee run_cat $emitf1/out.hatwye run_cat $emitf1/out.panpan run_cat $emitf1/out.panwye run_cat $emitf1/out.wyepan run_cat $emitf1/out.wyewye run_cat $emitf1/out.zeepan run_cat $emitf1/out.zeewye run_mlr put -q '@a=$a; @b=$b; emitf >> "'$emitf1'/out.".$a.$b, @a, @b' $indir/abixy run_cat $emitf1/out.ekspan run_cat $emitf1/out.ekswye run_cat $emitf1/out.ekszee run_cat $emitf1/out.hatwye run_cat $emitf1/out.panpan run_cat $emitf1/out.panwye run_cat $emitf1/out.wyepan run_cat $emitf1/out.wyewye run_cat $emitf1/out.zeepan run_cat $emitf1/out.zeewye run_mlr put -q -o json '@a=$a; @b=$b; emitf > "'$emitf1'/out.".$a.$b, @a, @b' $indir/abixy run_cat $emitf1/out.ekspan run_cat $emitf1/out.ekswye run_cat $emitf1/out.ekszee run_cat $emitf1/out.hatwye run_cat $emitf1/out.panpan run_cat $emitf1/out.panwye run_cat $emitf1/out.wyepan run_cat $emitf1/out.wyewye run_cat $emitf1/out.zeepan run_cat $emitf1/out.zeewye run_mlr put -q '@a=$a; @b=$b; emitf | "tr \[a-z\] \[A-Z\]", @a, @b' $indir/abixy touch $emitf1/err1 run_mlr put -q '@a=$a; @b=$b; emitf > stdout, @a, @b' $indir/abixy 2> $emitf1/err1 run_cat $emitf1/err1 touch $emitf1/err2 run_mlr put -q '@a=$a; @b=$b; emitf > stderr, @a, @b' $indir/abixy 2> $emitf1/err2 run_cat $emitf1/err2 # ---------------------------------------------------------------- announce DSL EMITP REDIRECTS emitp1=$reloutdir/emitp1 mkdir -p $emitp1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp1'/out.".$a.$b, @a' $indir/abixy run_cat $emitp1/out.ekspan run_cat $emitp1/out.ekswye run_cat $emitp1/out.panpan run_cat $emitp1/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp1'/out.".$a.$b, @a' $indir/abixy run_cat $emitp1/out.ekspan run_cat $emitp1/out.ekswye run_cat $emitp1/out.panpan run_cat $emitp1/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp >> "'$emitp1'/out.".$a.$b, @a' $indir/abixy run_cat $emitp1/out.ekspan run_cat $emitp1/out.ekswye run_cat $emitp1/out.panpan run_cat $emitp1/out.wyewye run_mlr head -n 4 then put -q -o json '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp1'/out.".$a.$b, @a' $indir/abixy run_cat $emitp1/out.ekspan run_cat $emitp1/out.ekswye run_cat $emitp1/out.panpan run_cat $emitp1/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", @a' $indir/abixy touch $emitp1/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stdout, @a' $indir/abixy 2> $emitp1/err1 run_cat $emitp1/err1 touch $emitp1/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stderr, @a' $indir/abixy 2> $emitp1/err2 run_cat $emitp1/err2 emitp2=$reloutdir/emitp2 mkdir -p $emitp2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp2'/out.".$a.$b, @a, "NR"' $indir/abixy run_cat $emitp2/out.ekspan run_cat $emitp2/out.ekswye run_cat $emitp2/out.panpan run_cat $emitp2/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp2'/out.".$a.$b, @a, "NR"' $indir/abixy run_cat $emitp2/out.ekspan run_cat $emitp2/out.ekswye run_cat $emitp2/out.panpan run_cat $emitp2/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp >> "'$emitp2'/out.".$a.$b, @a, "NR"' $indir/abixy run_cat $emitp2/out.ekspan run_cat $emitp2/out.ekswye run_cat $emitp2/out.panpan run_cat $emitp2/out.wyewye run_mlr head -n 4 then put -q -o json '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp2'/out.".$a.$b, @a, "NR"' $indir/abixy run_cat $emitp2/out.ekspan run_cat $emitp2/out.ekswye run_cat $emitp2/out.panpan run_cat $emitp2/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", @a, "NR"' $indir/abixy touch $emitp2/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stdout, @a, "NR"' $indir/abixy 2> $emitp2/err1 run_cat $emitp2/err1 touch $emitp2/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stderr, @a, "NR"' $indir/abixy 2> $emitp2/err2 run_cat $emitp2/err2 emitp3=$reloutdir/emitp3 mkdir -p $emitp3 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp3'/out.".$a.$b, (@a, @b)' $indir/abixy run_cat $emitp3/out.ekspan run_cat $emitp3/out.ekswye run_cat $emitp3/out.panpan run_cat $emitp3/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp3'/out.".$a.$b, (@a, @b)' $indir/abixy run_cat $emitp3/out.ekspan run_cat $emitp3/out.ekswye run_cat $emitp3/out.panpan run_cat $emitp3/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp >> "'$emitp3'/out.".$a.$b, (@a, @b)' $indir/abixy run_cat $emitp3/out.ekspan run_cat $emitp3/out.ekswye run_cat $emitp3/out.panpan run_cat $emitp3/out.wyewye run_mlr head -n 4 then put -q -o json '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp3'/out.".$a.$b, (@a, @b)' $indir/abixy run_cat $emitp3/out.ekspan run_cat $emitp3/out.ekswye run_cat $emitp3/out.panpan run_cat $emitp3/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", (@a, @b)' $indir/abixy touch $emitp3/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stdout, (@a, @b)' $indir/abixy 2> $emitp3/err1 run_cat $emitp3/err1 touch $emitp3/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stderr, (@a, @b)' $indir/abixy 2> $emitp3/err2 run_cat $emitp3/err2 emitp4=$reloutdir/emitp4 mkdir -p $emitp4 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp4'/out.".$a.$b, (@a, @b), "NR"' $indir/abixy run_cat $emitp4/out.ekspan run_cat $emitp4/out.ekswye run_cat $emitp4/out.panpan run_cat $emitp4/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp4'/out.".$a.$b, (@a, @b), "NR"' $indir/abixy run_cat $emitp4/out.ekspan run_cat $emitp4/out.ekswye run_cat $emitp4/out.panpan run_cat $emitp4/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp >> "'$emitp4'/out.".$a.$b, (@a, @b), "NR"' $indir/abixy run_cat $emitp4/out.ekspan run_cat $emitp4/out.ekswye run_cat $emitp4/out.panpan run_cat $emitp4/out.wyewye run_mlr head -n 4 then put -q -o json '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp4'/out.".$a.$b, (@a, @b), "NR"' $indir/abixy run_cat $emitp4/out.ekspan run_cat $emitp4/out.ekswye run_cat $emitp4/out.panpan run_cat $emitp4/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", (@a, @b), "NR"' $indir/abixy touch $emitp4/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stdout, (@a, @b), "NR"' $indir/abixy 2> $emitp4/err1 run_cat $emitp4/err1 touch $emitp4/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stderr, (@a, @b), "NR"' $indir/abixy 2> $emitp4/err2 run_cat $emitp4/err2 emitp5=$reloutdir/emitp5 mkdir -p $emitp5 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp5'/out.".$a.$b, @*' $indir/abixy run_cat $emitp5/out.ekspan run_cat $emitp5/out.ekswye run_cat $emitp5/out.panpan run_cat $emitp5/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", @*' $indir/abixy touch $emitp5/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stdout, @*' $indir/abixy 2> $emitp5/err1 run_cat $emitp5/err1 touch $emitp5/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stderr, @*' $indir/abixy 2> $emitp5/err2 run_cat $emitp5/err2 emitp6=$reloutdir/emitp6 mkdir -p $emitp6 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp6'/out.".$a.$b, all' $indir/abixy run_cat $emitp6/out.ekspan run_cat $emitp6/out.ekswye run_cat $emitp6/out.panpan run_cat $emitp6/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", all' $indir/abixy touch $emitp6/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stdout, all' $indir/abixy 2> $emitp6/err1 run_cat $emitp6/err1 touch $emitp6/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stderr, all' $indir/abixy 2> $emitp6/err2 run_cat $emitp6/err2 emitp7=$reloutdir/emitp7 mkdir -p $emitp7 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp7'/out.".$a.$b, @*, "NR"' $indir/abixy run_cat $emitp7/out.ekspan run_cat $emitp7/out.ekswye run_cat $emitp7/out.panpan run_cat $emitp7/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", @*, "NR"' $indir/abixy touch $emitp7/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stdout, @*, "NR"' $indir/abixy 2> $emitp7/err1 run_cat $emitp7/err1 touch $emitp7/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stderr, @*, "NR"' $indir/abixy 2> $emitp7/err2 run_cat $emitp7/err2 emitp8=$reloutdir/emitp8 mkdir -p $emitp8 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > "'$emitp8'/out.".$a.$b, all, "NR"' $indir/abixy run_cat $emitp8/out.ekspan run_cat $emitp8/out.ekswye run_cat $emitp8/out.panpan run_cat $emitp8/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp | "tr \[a-z\] \[A-Z\]", all, "NR"' $indir/abixy touch $emitp8/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stdout, all, "NR"' $indir/abixy 2> $emitp8/err1 run_cat $emitp8/err1 touch $emitp8/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emitp > stderr, all, "NR"' $indir/abixy 2> $emitp8/err2 run_cat $emitp8/err2 # ---------------------------------------------------------------- announce DSL EMIT REDIRECTS emit1=$reloutdir/emit1 mkdir -p $emit1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > "'$emit1'/out.".$a.$b, @a' $indir/abixy run_cat $emit1/out.ekspan run_cat $emit1/out.ekswye run_cat $emit1/out.panpan run_cat $emit1/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > "'$emit1'/out.".$a.$b, @a' $indir/abixy run_cat $emit1/out.ekspan run_cat $emit1/out.ekswye run_cat $emit1/out.panpan run_cat $emit1/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit >> "'$emit1'/out.".$a.$b, @a' $indir/abixy run_cat $emit1/out.ekspan run_cat $emit1/out.ekswye run_cat $emit1/out.panpan run_cat $emit1/out.wyewye run_mlr head -n 4 then put -q -o json '@a[NR]=$a; @b[NR]=$b; emit > "'$emit1'/out.".$a.$b, @a' $indir/abixy run_cat $emit1/out.ekspan run_cat $emit1/out.ekswye run_cat $emit1/out.panpan run_cat $emit1/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", @a' $indir/abixy touch $emit1/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stdout, @a' $indir/abixy 2> $emit1/err1 run_cat $emit1/err1 touch $emit1/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stderr, @a' $indir/abixy 2> $emit1/err2 run_cat $emit1/err2 emit2=$reloutdir/emit2 mkdir -p $emit2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > "'$emit2'/out.".$a.$b, @a, "NR"' $indir/abixy run_cat $emit2/out.ekspan run_cat $emit2/out.ekswye run_cat $emit2/out.panpan run_cat $emit2/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > "'$emit2'/out.".$a.$b, @a, "NR"' $indir/abixy run_cat $emit2/out.ekspan run_cat $emit2/out.ekswye run_cat $emit2/out.panpan run_cat $emit2/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit >> "'$emit2'/out.".$a.$b, @a, "NR"' $indir/abixy run_cat $emit2/out.ekspan run_cat $emit2/out.ekswye run_cat $emit2/out.panpan run_cat $emit2/out.wyewye run_mlr head -n 4 then put -q -o pprint '@a[NR]=$a; @b[NR]=$b; emit > "'$emit2'/out.".$a.$b, @a, "NR"' $indir/abixy run_cat $emit2/out.ekspan run_cat $emit2/out.ekswye run_cat $emit2/out.panpan run_cat $emit2/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", @a, "NR"' $indir/abixy touch $emit2/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stdout, @a, "NR"' $indir/abixy 2> $emit2/err1 run_cat $emit2/err1 touch $emit2/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stderr, @a, "NR"' $indir/abixy 2> $emit2/err2 run_cat $emit2/err2 emit3=$reloutdir/emit3 mkdir -p $emit3 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > "'$emit3'/out.".$a.$b, (@a, @b)' $indir/abixy run_cat $emit3/out.ekspan run_cat $emit3/out.ekswye run_cat $emit3/out.panpan run_cat $emit3/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > "'$emit3'/out.".$a.$b, (@a, @b)' $indir/abixy run_cat $emit3/out.ekspan run_cat $emit3/out.ekswye run_cat $emit3/out.panpan run_cat $emit3/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit >> "'$emit3'/out.".$a.$b, (@a, @b)' $indir/abixy run_cat $emit3/out.ekspan run_cat $emit3/out.ekswye run_cat $emit3/out.panpan run_cat $emit3/out.wyewye run_mlr head -n 4 then put -q --oxtab '@a[NR]=$a; @b[NR]=$b; emit > "'$emit3'/out.".$a.$b, (@a, @b)' $indir/abixy run_cat $emit3/out.ekspan run_cat $emit3/out.ekswye run_cat $emit3/out.panpan run_cat $emit3/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", (@a, @b)' $indir/abixy touch $emit3/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stdout, (@a, @b)' $indir/abixy 2> $emit3/err1 run_cat $emit3/err1 touch $emit3/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stderr, (@a, @b)' $indir/abixy 2> $emit3/err2 run_cat $emit3/err2 emit4=$reloutdir/emit4 mkdir -p $emit4 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > "'$emit4'/out.".$a.$b, (@a, @b), "NR"' $indir/abixy run_cat $emit4/out.ekspan run_cat $emit4/out.ekswye run_cat $emit4/out.panpan run_cat $emit4/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > "'$emit4'/out.".$a.$b, (@a, @b), "NR"' $indir/abixy run_cat $emit4/out.ekspan run_cat $emit4/out.ekswye run_cat $emit4/out.panpan run_cat $emit4/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit >> "'$emit4'/out.".$a.$b, (@a, @b), "NR"' $indir/abixy run_cat $emit4/out.ekspan run_cat $emit4/out.ekswye run_cat $emit4/out.panpan run_cat $emit4/out.wyewye run_mlr head -n 4 then put -q --ojson '@a[NR]=$a; @b[NR]=$b; emit > "'$emit4'/out.".$a.$b, (@a, @b), "NR"' $indir/abixy run_cat $emit4/out.ekspan run_cat $emit4/out.ekswye run_cat $emit4/out.panpan run_cat $emit4/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", (@a, @b), "NR"' $indir/abixy touch $emit4/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stdout, (@a, @b), "NR"' $indir/abixy 2> $emit4/err1 run_cat $emit4/err1 touch $emit4/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stderr, (@a, @b), "NR"' $indir/abixy 2> $emit4/err2 run_cat $emit4/err2 emit5=$reloutdir/emit5 mkdir -p $emit5 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > "'$emit5'/out.".$a.$b, @*' $indir/abixy run_cat $emit5/out.ekspan run_cat $emit5/out.ekswye run_cat $emit5/out.panpan run_cat $emit5/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", @*' $indir/abixy touch $emit5/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stdout, @*' $indir/abixy 2> $emit5/err1 run_cat $emit5/err1 touch $emit5/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stderr, @*' $indir/abixy 2> $emit5/err2 run_cat $emit5/err2 emit6=$reloutdir/emit6 mkdir -p $emit6 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > "'$emit6'/out.".$a.$b, all' $indir/abixy run_cat $emit6/out.ekspan run_cat $emit6/out.ekswye run_cat $emit6/out.panpan run_cat $emit6/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", all' $indir/abixy touch $emit6/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stdout, all' $indir/abixy 2> $emit6/err1 run_cat $emit6/err1 touch $emit6/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stderr, all' $indir/abixy 2> $emit6/err2 run_cat $emit6/err2 emit7=$reloutdir/emit7 mkdir -p $emit7 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > "'$emit7'/out.".$a.$b, @*, "NR"' $indir/abixy run_cat $emit7/out.ekspan run_cat $emit7/out.ekswye run_cat $emit7/out.panpan run_cat $emit7/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", @*, "NR"' $indir/abixy touch $emit7/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stdout, @*, "NR"' $indir/abixy 2> $emit7/err1 run_cat $emit7/err1 touch $emit7/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stderr, @*, "NR"' $indir/abixy 2> $emit7/err2 run_cat $emit7/err2 emit8=$reloutdir/emit8 mkdir -p $emit8 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > "'$emit8'/out.".$a.$b, all, "NR"' $indir/abixy run_cat $emit8/out.ekspan run_cat $emit8/out.ekswye run_cat $emit8/out.panpan run_cat $emit8/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", all, "NR"' $indir/abixy touch $emit8/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stdout, all, "NR"' $indir/abixy 2> $emit8/err1 run_cat $emit8/err1 touch $emit8/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stderr, all, "NR"' $indir/abixy 2> $emit8/err2 run_cat $emit8/err2 emit9=$reloutdir/emit9 mkdir -p $emit9 run_mlr head -n 4 then put -q 'emit > "'$emit9'/out.".$a.$b, $*' $indir/abixy run_cat $emit9/out.ekspan run_cat $emit9/out.ekswye run_cat $emit9/out.panpan run_cat $emit9/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", $*, "NR"' $indir/abixy touch $emit9/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stdout, $*, "NR"' $indir/abixy 2> $emit9/err1 run_cat $emit9/err1 touch $emit9/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stderr, $*, "NR"' $indir/abixy 2> $emit9/err2 run_cat $emit9/err2 emit10=$reloutdir/emit10 mkdir -p $emit10 run_mlr head -n 4 then put -q 'emit > "'$emit10'/out.".$a.$b, mapexcept($*, "a", "b")' $indir/abixy run_cat $emit10/out.ekspan run_cat $emit10/out.ekswye run_cat $emit10/out.panpan run_cat $emit10/out.wyewye run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit | "tr \[a-z\] \[A-Z\]", mapexcept($*, "a", "b"), "NR"' $indir/abixy touch $emit10/err1 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stdout, mapexcept($*, "a", "b"), "NR"' $indir/abixy 2> $emit10/err1 run_cat $emit10/err1 touch $emit10/err2 run_mlr head -n 4 then put -q '@a[NR]=$a; @b[NR]=$b; emit > stderr, mapexcept($*, "a", "b"), "NR"' $indir/abixy 2> $emit10/err2 run_cat $emit10/err2 # ---------------------------------------------------------------- announce OOSVAR-FROM-SREC ASSIGNMENT run_mlr put -v '@v = $*' /dev/null run_mlr put -v '@v[1] = $*' /dev/null run_mlr put -v '@v[$2] = $*' /dev/null run_mlr put -v 'NR == 3 {@v = $*}' /dev/null run_mlr put -v 'NR == 3 {@v[1] = $*}' /dev/null run_mlr put -v 'NR == 3 {@v[$2] = $*}' /dev/null run_mlr --oxtab put -q '@v = $*; end {emitp @v }' $indir/abixy-het run_mlr --oxtab put -q '@v[$a] = $*; end {emitp @v }' $indir/abixy-het run_mlr --oxtab put -q '@v[$a] = $*; end {emitp @v, "a" }' $indir/abixy-het run_mlr --oxtab put -q '@v[$a][$b] = $*; end {emitp @v }' $indir/abixy-het run_mlr --oxtab put -q '@v[$a][$b] = $*; end {emitp @v, "a" }' $indir/abixy-het run_mlr --oxtab put -q '@v[$a][$b] = $*; end {emitp @v, "a", "b"}' $indir/abixy-het # ---------------------------------------------------------------- announce SREC-FROM-OOSVAR ASSIGNMENT run_mlr put -v '$* = @v ' /dev/null run_mlr put -v '$* = @v[1] ' /dev/null run_mlr put -v '$* = @v[$2]' /dev/null run_mlr put -v 'NR == 3 {$* = @v }' /dev/null run_mlr put -v 'NR == 3 {$* = @v[1] }' /dev/null run_mlr put -v 'NR == 3 {$* = @v[$2]}' /dev/null run_mlr put '@v[NR] = $a; NR == 7 { @v = $*} ; $* = @v' $indir/abixy-het # ---------------------------------------------------------------- announce OOSVAR-FROM-OOSVAR ASSIGNMENT run_mlr put -v '@u = @v' /dev/null run_mlr put -v '@u = @v[1]' /dev/null run_mlr put -v '@u[2] = @v' /dev/null run_mlr put -v '@u[2] = @v[1]' /dev/null run_mlr put -v 'begin { @u = @v }' /dev/null run_mlr put -v 'begin { @u = @v[1] }' /dev/null run_mlr put -v 'begin { @u[2] = @v }' /dev/null run_mlr put -v 'begin { @u[2] = @v[1] }' /dev/null run_mlr put -v 'NR == 3 { @u = @v }' /dev/null run_mlr put -v 'NR == 3 { @u = @v[1] }' /dev/null run_mlr put -v 'NR == 3 { @u[2] = @v }' /dev/null run_mlr put -v 'NR == 3 { @u[2] = @v[1] }' /dev/null run_mlr put -v 'end { @u = @v }' /dev/null run_mlr put -v 'end { @u = @v[1] }' /dev/null run_mlr put -v 'end { @u[2] = @v }' /dev/null run_mlr put -v 'end { @u[2] = @v[1] }' /dev/null run_mlr put -q '@s += $i; @t=@s; end{dump; emitp@s; emitp @t}' $indir/abixy run_mlr put -q '@s[1] += $i; @t=@s; end{dump; emitp@s; emitp @t}' $indir/abixy run_mlr put -q '@s[1] += $i; @t=@s[1]; end{dump; emitp@s; emitp @t}' $indir/abixy run_mlr put -q '@s[1] += $i; @t[3]=@s; end{dump; emitp@s; emitp @t}' $indir/abixy run_mlr put -q '@s[1] += $i; @t[3]=@s[1]; end{dump; emitp@s; emitp @t}' $indir/abixy run_mlr put -q '@s[1][2] += $i; @t=@s; end{dump; emitp@s; emitp @t}' $indir/abixy run_mlr put -q '@s[1][2] += $i; @t=@s[1]; end{dump; emitp@s; emitp @t}' $indir/abixy run_mlr put -q '@s[1][2] += $i; @t=@s[1][2]; end{dump; emitp@s; emitp @t}' $indir/abixy run_mlr put -q '@s[1][2] += $i; @t[3]=@s; end{dump; emitp@s; emitp @t}' $indir/abixy run_mlr put -q '@s[1][2] += $i; @t[3]=@s[1]; end{dump; emitp@s; emitp @t}' $indir/abixy run_mlr put -q '@s[1][2] += $i; @t[3]=@s[1][2]; end{dump; emitp@s; emitp @t}' $indir/abixy run_mlr put -q '@s[1][2] += $i; @t[3][4]=@s; end{dump; emitp@s; emitp @t}' $indir/abixy run_mlr put -q '@s[1][2] += $i; @t[3][4]=@s[1]; end{dump; emitp@s; emitp @t}' $indir/abixy run_mlr put -q '@s[1][2] += $i; @t[3][4]=@s[1][2]; end{dump; emitp@s; emitp @t}' $indir/abixy run_mlr --opprint put -q '@s[NR][NR] = $i/100; @t[NR*10]=@s; end{emitp@s,"A","B"; emitp @t,"C","D","E"}' $indir/abixy # ---------------------------------------------------------------- announce CHAINING run_mlr cat then cat $indir/short run_mlr cat then tac $indir/short run_mlr tac then cat $indir/short run_mlr tac then tac $indir/short run_mlr cat then cat then cat $indir/short run_mlr cat then cat then tac $indir/short run_mlr cat then tac then cat $indir/short run_mlr cat then tac then tac $indir/short run_mlr tac then cat then cat $indir/short run_mlr tac then cat then tac $indir/short run_mlr tac then tac then cat $indir/short run_mlr tac then tac then tac $indir/short # ---------------------------------------------------------------- announce NUMBER FORMATTING run_mlr --opprint stats1 -a sum -f x $indir/ofmt.dat run_mlr --ofmt '%.3lf' --opprint stats1 -a sum -f x $indir/ofmt.dat run_mlr --opprint --ofmt '%.3lf' stats1 -a sum -f x $indir/ofmt.dat # ---------------------------------------------------------------- announce IMPLICIT-HEADER-CSV INPUT run_mlr --irs crlf --icsvlite --ifs , --opprint cut -x -f b/ $indir/multi-sep.csv-crlf run_mlr --irs crlf --implicit-csv-header --icsvlite --ifs , --opprint cut -x -f 2 $indir/multi-sep.csv-crlf run_mlr --irs crlf --icsvlite --ifs /, --opprint cut -x -f b $indir/multi-sep.csv-crlf run_mlr --irs crlf --implicit-csv-header --icsvlite --ifs /, --opprint cut -x -f 2 $indir/multi-sep.csv-crlf run_mlr --icsv --ifs , --opprint cut -x -f b/ $indir/multi-sep.csv-crlf run_mlr --implicit-csv-header --icsv --ifs , --opprint cut -x -f 2 $indir/multi-sep.csv-crlf run_mlr --icsv --ifs /, --opprint cut -x -f b $indir/multi-sep.csv-crlf run_mlr --implicit-csv-header --icsv --ifs /, --opprint cut -x -f 2 $indir/multi-sep.csv-crlf run_mlr --csv -N reorder -f 1,3,2,5,4 $indir/multi-sep.csv-crlf run_mlr --csv -N reorder -f 5,4,3,2,1 $indir/multi-sep.csv-crlf # ---------------------------------------------------------------- announce HET-CSV INPUT run_mlr --icsvlite --odkvp cat $indir/a.csv run_mlr --icsvlite --odkvp cat $indir/b.csv run_mlr --icsvlite --odkvp cat $indir/c.csv run_mlr --icsvlite --odkvp cat $indir/d.csv run_mlr --icsvlite --odkvp cat $indir/e.csv run_mlr --icsvlite --odkvp cat $indir/f.csv run_mlr --icsvlite --odkvp cat $indir/g.csv run_mlr --icsvlite --odkvp cat $indir/a.csv $indir/a.csv run_mlr --icsvlite --odkvp cat $indir/b.csv $indir/b.csv run_mlr --icsvlite --odkvp cat $indir/c.csv $indir/c.csv run_mlr --icsvlite --odkvp cat $indir/d.csv $indir/d.csv run_mlr --icsvlite --odkvp cat $indir/e.csv $indir/e.csv run_mlr --icsvlite --odkvp cat $indir/f.csv $indir/f.csv run_mlr --icsvlite --odkvp cat $indir/g.csv $indir/g.csv run_mlr --icsvlite --odkvp cat $indir/a.csv $indir/b.csv run_mlr --icsvlite --odkvp cat $indir/b.csv $indir/c.csv run_mlr --icsvlite --odkvp cat $indir/c.csv $indir/d.csv run_mlr --icsvlite --odkvp cat $indir/d.csv $indir/e.csv run_mlr --icsvlite --odkvp cat $indir/e.csv $indir/f.csv run_mlr --icsvlite --odkvp cat $indir/f.csv $indir/g.csv run_mlr --icsvlite --odkvp cat $indir/a.csv $indir/b.csv \ $indir/c.csv $indir/d.csv $indir/e.csv $indir/f.csv $indir/g.csv run_mlr --icsvlite --odkvp tac $indir/het.csv run_mlr --headerless-csv-output --csvlite tac $indir/a.csv run_mlr --headerless-csv-output --csvlite tac $indir/c.csv run_mlr --headerless-csv-output --csvlite tac $indir/a.csv $indir/c.csv run_mlr --headerless-csv-output --csvlite tac $indir/het.csv run_mlr --headerless-csv-output --csvlite group-like $indir/het.csv # ---------------------------------------------------------------- announce HET-PPRINT INPUT run_mlr --ipprint --odkvp cat $indir/a.pprint run_mlr --ipprint --odkvp cat $indir/b.pprint run_mlr --ipprint --odkvp cat $indir/c.pprint run_mlr --ipprint --odkvp cat $indir/d.pprint run_mlr --ipprint --odkvp cat $indir/e.pprint run_mlr --ipprint --odkvp cat $indir/f.pprint run_mlr --ipprint --odkvp cat $indir/g.pprint run_mlr --ipprint --odkvp cat $indir/a.pprint $indir/a.pprint run_mlr --ipprint --odkvp cat $indir/b.pprint $indir/b.pprint run_mlr --ipprint --odkvp cat $indir/c.pprint $indir/c.pprint run_mlr --ipprint --odkvp cat $indir/d.pprint $indir/d.pprint run_mlr --ipprint --odkvp cat $indir/e.pprint $indir/e.pprint run_mlr --ipprint --odkvp cat $indir/f.pprint $indir/f.pprint run_mlr --ipprint --odkvp cat $indir/g.pprint $indir/g.pprint run_mlr --ipprint --odkvp cat $indir/a.pprint $indir/b.pprint run_mlr --ipprint --odkvp cat $indir/b.pprint $indir/c.pprint run_mlr --ipprint --odkvp cat $indir/c.pprint $indir/d.pprint run_mlr --ipprint --odkvp cat $indir/d.pprint $indir/e.pprint run_mlr --ipprint --odkvp cat $indir/e.pprint $indir/f.pprint run_mlr --ipprint --odkvp cat $indir/f.pprint $indir/g.pprint run_mlr --ipprint --odkvp cat $indir/a.pprint $indir/b.pprint \ $indir/c.pprint $indir/d.pprint $indir/e.pprint $indir/f.pprint $indir/g.pprint # ---------------------------------------------------------------- announce NULL-FIELD INPUT run_mlr --icsvlite --odkvp cat $indir/null-fields.csv run_mlr --inidx --ifs comma --odkvp cat $indir/null-fields.nidx run_mlr --idkvp --oxtab cat $indir/missings.dkvp run_mlr --oxtab stats1 -a sum,min,max,antimode,mode -f x $indir/nullvals.dkvp run_mlr --oxtab stats1 -a sum,min,max,antimode,mode -f y $indir/nullvals.dkvp run_mlr --oxtab stats1 -a sum,min,max,antimode,mode -f z $indir/nullvals.dkvp run_mlr --oxtab stats1 -a sum,min,max,antimode,mode -f x,y,z $indir/nullvals.dkvp run_mlr --oxtab stats1 -a sum,min,max,antimode,mode -f x -g a $indir/nullvals.dkvp run_mlr --oxtab stats1 -a sum,min,max,antimode,mode -f y -g a $indir/nullvals.dkvp run_mlr --oxtab stats1 -a sum,min,max,antimode,mode -f z -g a $indir/nullvals.dkvp run_mlr --oxtab stats1 -a sum,min,max,antimode,mode -f x,y,z -g a $indir/nullvals.dkvp run_mlr --opprint merge-fields -a sum,min,max,antimode,mode -f x,y,z -o xyz $indir/nullvals.dkvp run_mlr --opprint merge-fields -a sum,min,max,antimode,mode -r x,y,z -o xyz $indir/nullvals.dkvp run_mlr --opprint merge-fields -a sum,min,max,antimode,mode -c x,y,z $indir/nullvals.dkvp run_mlr --oxtab stats2 -a cov -f x,y $indir/nullvals.dkvp run_mlr --oxtab stats2 -a cov -f x,z $indir/nullvals.dkvp run_mlr --oxtab stats2 -a cov -f y,z $indir/nullvals.dkvp run_mlr --oxtab stats2 -a cov -f x,y -g a $indir/nullvals.dkvp run_mlr --oxtab stats2 -a cov -f x,z -g a $indir/nullvals.dkvp run_mlr --oxtab stats2 -a cov -f y,z -g a $indir/nullvals.dkvp run_mlr --opprint top -n 5 -f x $indir/nullvals.dkvp run_mlr --opprint top -n 5 -f y $indir/nullvals.dkvp run_mlr --opprint top -n 5 -f z $indir/nullvals.dkvp run_mlr --opprint top -n 5 -f x,y,z $indir/nullvals.dkvp run_mlr --opprint top -n 5 -f x -g a $indir/nullvals.dkvp run_mlr --opprint top -n 5 -f y -g a $indir/nullvals.dkvp run_mlr --opprint top -n 5 -f z -g a $indir/nullvals.dkvp run_mlr --opprint top -n 5 -f x,y,z -g a $indir/nullvals.dkvp run_mlr --opprint top -a -n 5 -f x $indir/nullvals.dkvp run_mlr --opprint top -a -n 5 -f y $indir/nullvals.dkvp run_mlr --opprint top -a -n 5 -f z $indir/nullvals.dkvp run_mlr --opprint top -a -n 5 -f x -g a $indir/nullvals.dkvp run_mlr --opprint top -a -n 5 -f y -g a $indir/nullvals.dkvp run_mlr --opprint top -a -n 5 -f z -g a $indir/nullvals.dkvp run_mlr --opprint top -n 5 -f x -o foo $indir/nullvals.dkvp run_mlr --opprint top -n 5 -f x -g a -o foo $indir/nullvals.dkvp run_mlr --opprint top -a -n 5 -f x -o foo $indir/nullvals.dkvp run_mlr --opprint top -a -n 5 -f z -o foo -g a $indir/nullvals.dkvp run_mlr --opprint step -a counter,rsum -f x $indir/nullvals.dkvp run_mlr --opprint step -a counter,rsum -f y $indir/nullvals.dkvp run_mlr --opprint step -a counter,rsum -f z $indir/nullvals.dkvp run_mlr --opprint step -a counter,rsum -f x,y,z $indir/nullvals.dkvp run_mlr --opprint step -a counter,rsum -f x -g a $indir/nullvals.dkvp run_mlr --opprint step -a counter,rsum -f y -g a $indir/nullvals.dkvp run_mlr --opprint step -a counter,rsum -f z -g a $indir/nullvals.dkvp run_mlr --opprint step -a counter,rsum -f x,y,z -g a $indir/nullvals.dkvp # ---------------------------------------------------------------- announce SPACE-PADDING run_mlr --idkvp --odkvp --ifs space --repifs cat $indir/space-pad.dkvp run_mlr --inidx --odkvp --ifs space --repifs cat $indir/space-pad.nidx run_mlr --icsvlite --odkvp --ifs space --repifs cat $indir/space-pad.pprint # ---------------------------------------------------------------- announce DOUBLE PS run_mlr --opprint cat $indir/double-ps.dkvp # ---------------------------------------------------------------- announce MISSING FINAL LF run_mlr --csvlite cat $indir/truncated.csv run_mlr --dkvp cat $indir/truncated.dkvp run_mlr --nidx cat $indir/truncated.nidx run_mlr --pprint cat $indir/truncated.pprint run_mlr --xtab cat $indir/truncated.xtab-crlf # ---------------------------------------------------------------- announce UTF-8 alignment run_mlr --icsvlite --opprint cat $indir/utf8-1.csv run_mlr --icsvlite --opprint cat $indir/utf8-2.csv run_mlr --icsvlite --oxtab cat $indir/utf8-1.csv run_mlr --icsvlite --oxtab cat $indir/utf8-2.csv run_mlr --inidx --ifs space --opprint cat $indir/utf8-align.nidx run_mlr --inidx --ifs space --opprint --right cat $indir/utf8-align.nidx run_mlr --oxtab cat $indir/utf8-align.dkvp run_mlr --inidx --ifs space --oxtab --xvright cat $indir/utf8-align.nidx # ---------------------------------------------------------------- announce UTF-8 BOM run_mlr --icsv --opprint cat $indir/bom.csv run_mlr --icsv --opprint cat < $indir/bom.csv run_mlr --icsv --opprint cat $indir/bom-dquote-header.csv run_mlr --icsv --opprint cat < $indir/bom-dquote-header.csv # ---------------------------------------------------------------- announce UTF-8 UPPERCASE/LOWERCASE run_mlr --icsvlite --opprint put '$langue = toupper($langue)' $indir/utf8-1.csv run_mlr --icsvlite --opprint put '$nom = toupper($nom)' $indir/utf8-1.csv run_mlr --icsvlite --opprint put '$jour = toupper($jour)' $indir/utf8-1.csv run_mlr --icsvlite --opprint put '$langue = capitalize($langue)' $indir/utf8-1.csv run_mlr --icsvlite --opprint put '$nom = capitalize($nom)' $indir/utf8-1.csv run_mlr --icsvlite --opprint put '$jour = capitalize($jour)' $indir/utf8-1.csv # ---------------------------------------------------------------- announce SKIP/PASS COMMENTS DKVP mention input comments1.dkvp run_cat $indir/comments/comments1.dkvp mention skip comments1.dkvp run_mlr --skip-comments --idkvp --oxtab cat < $indir/comments/comments1.dkvp run_mlr --skip-comments --idkvp --oxtab cat $indir/comments/comments1.dkvp mention pass comments1.dkvp run_mlr --pass-comments --idkvp --oxtab cat < $indir/comments/comments1.dkvp run_mlr --pass-comments --idkvp --oxtab cat $indir/comments/comments1.dkvp mention input comments2.dkvp run_cat $indir/comments/comments2.dkvp mention skip comments2.dkvp run_mlr --skip-comments --idkvp --oxtab cat < $indir/comments/comments2.dkvp run_mlr --skip-comments --idkvp --oxtab cat $indir/comments/comments2.dkvp mention pass comments2.dkvp run_mlr --pass-comments --idkvp --oxtab cat < $indir/comments/comments2.dkvp run_mlr --pass-comments --idkvp --oxtab cat $indir/comments/comments2.dkvp mention input comments3.dkvp run_cat $indir/comments/comments3.dkvp mention skip comments3.dkvp run_mlr --skip-comments --idkvp --oxtab cat < $indir/comments/comments3.dkvp run_mlr --skip-comments --idkvp --oxtab cat $indir/comments/comments3.dkvp mention pass comments3.dkvp run_mlr --pass-comments --idkvp --oxtab cat < $indir/comments/comments3.dkvp run_mlr --pass-comments --idkvp --oxtab cat $indir/comments/comments3.dkvp # It's annoying trying to check in text files (especially CSV) with CRLF # to Git, given that it likes to 'fix' line endings for multi-platform use. # It's easy to simply create CRLF on the fly. run_mlr_for_auxents_no_output termcvt --lf2crlf < $indir/comments/comments1.dkvp > $outdir/comments1-crlf.dkvp mention input comments1-crlf.dkvp run_cat $outdir/comments1-crlf.dkvp mention skip comments1-crlf.dkvp run_mlr --skip-comments --idkvp --oxtab cat < $outdir/comments1-crlf.dkvp run_mlr --skip-comments --idkvp --oxtab cat $outdir/comments1-crlf.dkvp mention pass comments1-crlf.dkvp run_mlr --pass-comments --idkvp --oxtab cat < $outdir/comments1-crlf.dkvp run_mlr --pass-comments --idkvp --oxtab cat $outdir/comments1-crlf.dkvp # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - announce SKIP/PASS COMMENTS DKVP WITH ALTERNATE PREFIX mention input comments1-atat.dkvp run_cat $indir/comments/comments1-atat.dkvp mention skip comments1-atat.dkvp run_mlr --skip-comments-with @@ --idkvp --oxtab cat < $indir/comments/comments1-atat.dkvp run_mlr --skip-comments-with @@ --idkvp --oxtab cat $indir/comments/comments1-atat.dkvp mention pass comments1-atat.dkvp run_mlr --pass-comments-with @@ --idkvp --oxtab cat < $indir/comments/comments1-atat.dkvp run_mlr --pass-comments-with @@ --idkvp --oxtab cat $indir/comments/comments1-atat.dkvp mention input comments2-atat.dkvp run_cat $indir/comments/comments2-atat.dkvp mention skip comments2-atat.dkvp run_mlr --skip-comments-with @@ --idkvp --oxtab cat < $indir/comments/comments2-atat.dkvp run_mlr --skip-comments-with @@ --idkvp --oxtab cat $indir/comments/comments2-atat.dkvp mention pass comments2-atat.dkvp run_mlr --pass-comments-with @@ --idkvp --oxtab cat < $indir/comments/comments2-atat.dkvp run_mlr --pass-comments-with @@ --idkvp --oxtab cat $indir/comments/comments2-atat.dkvp mention input comments3-atat.dkvp run_cat $indir/comments/comments3-atat.dkvp mention skip comments3-atat.dkvp run_mlr --skip-comments-with @@ --idkvp --oxtab cat < $indir/comments/comments3-atat.dkvp run_mlr --skip-comments-with @@ --idkvp --oxtab cat $indir/comments/comments3-atat.dkvp mention pass comments3-atat.dkvp run_mlr --pass-comments-with @@ --idkvp --oxtab cat < $indir/comments/comments3-atat.dkvp run_mlr --pass-comments-with @@ --idkvp --oxtab cat $indir/comments/comments3-atat.dkvp # ---------------------------------------------------------------- announce SKIP/PASS COMMENTS NIDX mention input comments1.nidx run_cat $indir/comments/comments1.nidx mention skip comments1.nidx run_mlr --skip-comments --inidx --oxtab cat < $indir/comments/comments1.nidx run_mlr --skip-comments --inidx --oxtab cat $indir/comments/comments1.nidx mention pass comments1.nidx run_mlr --pass-comments --inidx --oxtab cat < $indir/comments/comments1.nidx run_mlr --pass-comments --inidx --oxtab cat $indir/comments/comments1.nidx mention input comments2.nidx run_cat $indir/comments/comments2.nidx mention skip comments2.nidx run_mlr --skip-comments --inidx --oxtab cat < $indir/comments/comments2.nidx run_mlr --skip-comments --inidx --oxtab cat $indir/comments/comments2.nidx mention pass comments2.nidx run_mlr --pass-comments --inidx --oxtab cat < $indir/comments/comments2.nidx run_mlr --pass-comments --inidx --oxtab cat $indir/comments/comments2.nidx mention input comments3.nidx run_cat $indir/comments/comments3.nidx mention skip comments3.nidx run_mlr --skip-comments --inidx --oxtab cat < $indir/comments/comments3.nidx run_mlr --skip-comments --inidx --oxtab cat $indir/comments/comments3.nidx mention pass comments3.nidx run_mlr --pass-comments --inidx --oxtab cat < $indir/comments/comments3.nidx run_mlr --pass-comments --inidx --oxtab cat $indir/comments/comments3.nidx # It's annoying trying to check in text files (especially CSV) with CRLF # to Git, given that it likes to 'fix' line endings for multi-platform use. # It's easy to simply create CRLF on the fly. run_mlr_for_auxents_no_output termcvt --lf2crlf < $indir/comments/comments1.nidx > $outdir/comments1-crlf.nidx mention input comments1-crlf.nidx run_cat $outdir/comments1-crlf.nidx mention skip comments1-crlf.nidx run_mlr --skip-comments --inidx --oxtab cat < $outdir/comments1-crlf.nidx run_mlr --skip-comments --inidx --oxtab cat $outdir/comments1-crlf.nidx mention pass comments1-crlf.nidx run_mlr --pass-comments --inidx --oxtab cat < $outdir/comments1-crlf.nidx run_mlr --pass-comments --inidx --oxtab cat $outdir/comments1-crlf.nidx # ---------------------------------------------------------------- announce SKIP/PASS COMMENTS JSON mention input comments1.json run_cat $indir/comments/comments1.json mention skip comments1.json run_mlr --skip-comments --ijson --odkvp cat < $indir/comments/comments1.json run_mlr --skip-comments --ijson --odkvp cat $indir/comments/comments1.json mention pass comments1.json run_mlr --pass-comments --ijson --odkvp cat < $indir/comments/comments1.json run_mlr --pass-comments --ijson --odkvp cat $indir/comments/comments1.json mention input comments2.json run_cat $indir/comments/comments2.json mention skip comments2.json run_mlr --skip-comments --ijson --odkvp cat < $indir/comments/comments2.json run_mlr --skip-comments --ijson --odkvp cat $indir/comments/comments2.json mention pass comments2.json run_mlr --pass-comments --ijson --odkvp cat < $indir/comments/comments2.json run_mlr --pass-comments --ijson --odkvp cat $indir/comments/comments2.json mention input comments3.json run_cat $indir/comments/comments3.json mention skip comments3.json run_mlr --skip-comments --ijson --odkvp cat < $indir/comments/comments3.json run_mlr --skip-comments --ijson --odkvp cat $indir/comments/comments3.json mention pass comments3.json run_mlr --pass-comments --ijson --odkvp cat < $indir/comments/comments3.json run_mlr --pass-comments --ijson --odkvp cat $indir/comments/comments3.json # It's annoying trying to check in text files (especially CSV) with CRLF # to Git, given that it likes to 'fix' line endings for multi-platform use. # It's easy to simply create CRLF on the fly. run_mlr_for_auxents_no_output termcvt --lf2crlf < $indir/comments/comments1.json > $outdir/comments1-crlf.json mention input comments1-crlf.json run_cat $outdir/comments1-crlf.json mention skip comments1-crlf.json run_mlr --skip-comments --ijson --odkvp cat < $outdir/comments1-crlf.json run_mlr --skip-comments --ijson --odkvp cat $outdir/comments1-crlf.json mention pass comments1-crlf.json run_mlr --pass-comments --ijson --odkvp cat < $outdir/comments1-crlf.json run_mlr --pass-comments --ijson --odkvp cat $outdir/comments1-crlf.json # ---------------------------------------------------------------- announce SKIP/PASS COMMENTS XTAB mention input comments1.xtab run_cat $indir/comments/comments1.xtab mention skip comments1.xtab run_mlr --skip-comments --ixtab --odkvp cat < $indir/comments/comments1.xtab run_mlr --skip-comments --ixtab --odkvp cat $indir/comments/comments1.xtab mention pass comments1.xtab run_mlr --pass-comments --ixtab --odkvp cat < $indir/comments/comments1.xtab run_mlr --pass-comments --ixtab --odkvp cat $indir/comments/comments1.xtab mention input comments2.xtab run_cat $indir/comments/comments2.xtab mention skip comments2.xtab run_mlr --skip-comments --ixtab --odkvp cat < $indir/comments/comments2.xtab run_mlr --skip-comments --ixtab --odkvp cat $indir/comments/comments2.xtab mention pass comments2.xtab run_mlr --pass-comments --ixtab --odkvp cat < $indir/comments/comments2.xtab run_mlr --pass-comments --ixtab --odkvp cat $indir/comments/comments2.xtab # It's annoying trying to check in text files (especially CSV) with CRLF # to Git, given that it likes to 'fix' line endings for multi-platform use. # It's easy to simply create CRLF on the fly. run_mlr_for_auxents_no_output termcvt --lf2crlf < $indir/comments/comments1.xtab > $outdir/comments1-crlf.xtab mention input comments1-crlf.xtab run_cat $outdir/comments1-crlf.xtab mention skip comments1-crlf.xtab run_mlr --skip-comments --ixtab --odkvp cat < $outdir/comments1-crlf.xtab run_mlr --skip-comments --ixtab --odkvp cat $outdir/comments1-crlf.xtab mention pass comments1-crlf.xtab run_mlr --pass-comments --ixtab --odkvp cat < $outdir/comments1-crlf.xtab run_mlr --pass-comments --ixtab --odkvp cat $outdir/comments1-crlf.xtab # ---------------------------------------------------------------- announce SKIP/PASS COMMENTS CSVLITE mention input comments1.csv run_cat $indir/comments/comments1.csv mention skip comments1.csv run_mlr --skip-comments --icsvlite --odkvp cat < $indir/comments/comments1.csv run_mlr --skip-comments --icsvlite --odkvp cat $indir/comments/comments1.csv mention pass comments1.csv run_mlr --pass-comments --icsvlite --odkvp cat < $indir/comments/comments1.csv run_mlr --pass-comments --icsvlite --odkvp cat $indir/comments/comments1.csv mention input comments2.csv run_cat $indir/comments/comments2.csv mention skip comments2.csv run_mlr --skip-comments --icsvlite --odkvp cat < $indir/comments/comments2.csv run_mlr --skip-comments --icsvlite --odkvp cat $indir/comments/comments2.csv mention pass comments2.csv run_mlr --pass-comments --icsvlite --odkvp cat < $indir/comments/comments2.csv run_mlr --pass-comments --icsvlite --odkvp cat $indir/comments/comments2.csv # It's annoying trying to check in text files (especially CSV) with CRLF # to Git, given that it likes to 'fix' line endings for multi-platform use. # It's easy to simply create CRLF on the fly. run_mlr_for_auxents_no_output termcvt --lf2crlf < $indir/comments/comments1.csv > $outdir/comments1-crlf.csv mention input comments1-crlf.csv run_cat $outdir/comments1-crlf.csv mention skip comments1-crlf.csv run_mlr --skip-comments --icsvlite --odkvp cat < $outdir/comments1-crlf.csv run_mlr --skip-comments --icsvlite --odkvp cat $outdir/comments1-crlf.csv mention pass comments1-crlf.csv run_mlr --pass-comments --icsvlite --odkvp cat < $outdir/comments1-crlf.csv run_mlr --pass-comments --icsvlite --odkvp cat $outdir/comments1-crlf.csv # ---------------------------------------------------------------- announce SKIP/PASS COMMENTS CSV mention input comments1.csv run_cat $indir/comments/comments1.csv mention skip comments1.csv run_mlr --skip-comments --icsv --odkvp cat < $indir/comments/comments1.csv run_mlr --skip-comments --icsv --odkvp cat $indir/comments/comments1.csv mention pass comments1.csv run_mlr --pass-comments --icsv --odkvp cat < $indir/comments/comments1.csv run_mlr --pass-comments --icsv --odkvp cat $indir/comments/comments1.csv mention input comments2.csv run_cat $indir/comments/comments2.csv mention skip comments2.csv run_mlr --skip-comments --icsv --odkvp cat < $indir/comments/comments2.csv run_mlr --skip-comments --icsv --odkvp cat $indir/comments/comments2.csv mention pass comments2.csv run_mlr --pass-comments --icsv --odkvp cat < $indir/comments/comments2.csv run_mlr --pass-comments --icsv --odkvp cat $indir/comments/comments2.csv # It's annoying trying to check in text files (especially CSV) with CRLF # to Git, given that it likes to 'fix' line endings for multi-platform use. # It's easy to simply create CRLF on the fly. run_mlr_for_auxents_no_output termcvt --lf2crlf < $indir/comments/comments1.csv > $outdir/comments1-crlf.csv mention input comments1-crlf.csv run_cat $outdir/comments1-crlf.csv mention skip comments1-crlf.csv run_mlr --skip-comments --icsv --odkvp cat < $outdir/comments1-crlf.csv run_mlr --skip-comments --icsv --odkvp cat $outdir/comments1-crlf.csv mention pass comments1-crlf.csv run_mlr --pass-comments --icsv --odkvp cat < $outdir/comments1-crlf.csv run_mlr --pass-comments --icsv --odkvp cat $outdir/comments1-crlf.csv # ---------------------------------------------------------------- announce MMAP AT PAGE BOUNDARIES run_mlr --dkvp tail -n 4 $indir/page-aligned-final-ifs.dkvp run_mlr --dkvp tail -n 4 $indir/page-aligned-final-irs.dkvp run_mlr --dkvp tail -n 4 $indir/page-aligned-final-no-ifs.dkvp run_mlr --dkvp tail -n 4 $indir/page-aligned-no-final-irs.dkvp run_mlr --nidx tail -n 4 $indir/page-aligned-no-final-irs.nidx run_mlr --csvlite tail -n 4 $indir/page-aligned-no-final-irs.csvl run_mlr --csv --rs lf tail -n 4 $indir/page-aligned-no-final-irs.csvl run_mlr --xtab tail -n 4 $indir/page-aligned-no-final-eol.xtab # ---------------------------------------------------------------- announce INT64 I/O run_mlr --oxtab put '$c=$a;$d=$b;$e=hexfmt($a);$f=hexfmt($b)' $indir/int64io.dkvp # There is different rounding on i386 vs. x86_64 but the essential check is # that overflow has been avoided. Hence the %g output format here. run_mlr --oxtab --ofmt '%.8g' put '$p0=$p+0;$p1=$p+1;$p2=$p+2;$p3=$p+3' $indir/int64arith.dkvp run_mlr --oxtab --ofmt '%.8g' put '$p0=$p-0;$p1=$p-1;$p2=$p-2;$p3=$p-3' $indir/int64arith.dkvp run_mlr --oxtab --ofmt '%.8g' put '$p0=$p*0;$p1=$p*1;$p2=$p*2;$p3=$p*3' $indir/int64arith.dkvp run_mlr --oxtab --ofmt '%.8g' put '$n0=$n+0;$n1=$n+1;$n2=$n+2;$n3=$n+3' $indir/int64arith.dkvp run_mlr --oxtab --ofmt '%.8g' put '$n0=$n-0;$n1=$n-1;$n2=$n-2;$n3=$n-3' $indir/int64arith.dkvp run_mlr --oxtab --ofmt '%.8g' put '$n0=$n*0;$n1=$n*1;$n2=$n*2;$n3=$n*3' $indir/int64arith.dkvp # ---------------------------------------------------------------- announce COMPRESSED INPUT run_mlr --csv --prepipe 'cat' cat $indir/rfc-csv/simple.csv-crlf run_mlr --dkvp --prepipe 'cat' cat $indir/abixy run_mlr --csv --prepipe 'cat' cat < $indir/rfc-csv/simple.csv-crlf run_mlr --dkvp --prepipe 'cat' cat < $indir/abixy # ---------------------------------------------------------------- announce STDIN run_mlr --csv cat < $indir/rfc-csv/simple.csv-crlf # ---------------------------------------------------------------- announce RFC-CSV run_mlr --mmap --csv cat $indir/rfc-csv/simple.csv-crlf run_mlr --mmap --csv cat $indir/rfc-csv/simple-truncated.csv run_mlr --mmap --csv cat $indir/rfc-csv/narrow.csv run_mlr --mmap --csv cat $indir/rfc-csv/narrow-truncated.csv run_mlr --mmap --csv cat $indir/rfc-csv/quoted-comma.csv run_mlr --mmap --csv cat $indir/rfc-csv/quoted-comma-truncated.csv run_mlr --mmap --csv cat $indir/rfc-csv/quoted-crlf.csv run_mlr --mmap --csv cat $indir/rfc-csv/quoted-crlf-truncated.csv run_mlr --mmap --csv cat $indir/rfc-csv/simple-truncated.csv $indir/rfc-csv/simple.csv-crlf run_mlr --mmap --csv --ifs semicolon --ofs pipe --irs lf --ors lflf cut -x -f b $indir/rfc-csv/modify-defaults.csv run_mlr --mmap --csv --rs lf --quote-original cut -o -f c,b,a $indir/quote-original.csv run_mlr --mmap --icsv --oxtab cat $indir/comma-at-eof.csv run_mlr --no-mmap --icsv --oxtab cat $indir/comma-at-eof.csv run_mlr --csv --quote-all cat $indir/rfc-csv/simple.csv-crlf run_mlr --csv --quote-original cat $indir/rfc-csv/simple.csv-crlf run_mlr --itsv --rs lf --oxtab cat $indir/simple.tsv run_mlr --iusv --oxtab cat $indir/example.usv # ---------------------------------------------------------------- announce RAGGED NON-RFC CSV run_mlr --mmap --icsv --oxtab --ragged cat $indir/ragged.csv run_mlr --no-mmap --icsv --oxtab --ragged cat $indir/ragged.csv run_mlr --mmap --icsvlite --oxtab --ragged cat $indir/ragged.csv run_mlr --no-mmap --icsvlite --oxtab --ragged cat $indir/ragged.csv # ---------------------------------------------------------------- announce MARKDOWN OUTPUT run_mlr --itsv --rs lf --omd cat $indir/simple.tsv # ---------------------------------------------------------------- announce CSV/RS ENVIRONMENT DEFAULTS run_mlr --csv cut -f a $indir/rfc-csv/simple.csv-crlf run_mlr --csv --rs crlf cut -f a $indir/rfc-csv/simple.csv-crlf mlr_expect_fail --csv --rs lf cut -f a $indir/rfc-csv/simple.csv-crlf # ---------------------------------------------------------------- announce MULTI-CHARACTER IRS/IFS/IPS FOR DKVP run_mlr --oxtab --idkvp --irs lf --ifs , --ips = cut -o -f x,a,i $indir/multi-sep.dkvp-crlf run_mlr --oxtab --idkvp --irs lf --ifs /, --ips =: cut -o -f x,a,i $indir/multi-sep.dkvp-crlf run_mlr --oxtab --idkvp --irs crlf --ifs , --ips = cut -o -f x,a,i $indir/multi-sep.dkvp-crlf run_mlr --oxtab --idkvp --irs crlf --ifs /, --ips =: cut -o -f x,a,i $indir/multi-sep.dkvp-crlf # ---------------------------------------------------------------- announce MULTI-CHARACTER IRS/IFS FOR NIDX run_mlr --oxtab --inidx --irs lf --ifs , cut -o -f 4,1,3 $indir/multi-sep.dkvp-crlf run_mlr --oxtab --inidx --irs lf --ifs /, cut -o -f 4,1,3 $indir/multi-sep.dkvp-crlf run_mlr --oxtab --inidx --irs crlf --ifs , cut -o -f 4,1,3 $indir/multi-sep.dkvp-crlf run_mlr --oxtab --inidx --irs crlf --ifs /, cut -o -f 4,1,3 $indir/multi-sep.dkvp-crlf # ---------------------------------------------------------------- announce MULTI-CHARACTER IRS/IFS FOR CSVLITE run_mlr --oxtab --icsvlite --irs lf --ifs , cut -o -f x/,a/,i/ $indir/multi-sep.csv-crlf run_mlr --oxtab --icsvlite --irs lf --ifs /, cut -o -f x,a,i $indir/multi-sep.csv-crlf run_mlr --oxtab --icsvlite --irs crlf --ifs , cut -o -f x/,a/,i/ $indir/multi-sep.csv-crlf run_mlr --oxtab --icsvlite --irs crlf --ifs /, cut -o -f x,a,i $indir/multi-sep.csv-crlf # ---------------------------------------------------------------- announce MULTI-CHARACTER SEPARATORS FOR XTAB run_mlr --mmap --xtab --ifs crlf --ofs Z cut -x -f b $indir/truncated.xtab-crlf run_mlr --mmap --xtab --ips . --ops @ cut -x -f b $indir/dots.xtab run_mlr --xtab --ips ": " --ops '@@@@' put '$sum=int($a+$b)' $indir/multi-ips.dkvp # ---------------------------------------------------------------- announce MULTI-CHARACTER IRS FOR PPRINT run_mlr --pprint --irs crlf --ifs / --ofs @ cut -x -f b $indir/dots.pprint-crlf # ---------------------------------------------------------------- announce BARRED PPRINT run_mlr --opprint --barred cat $indir/abixy run_mlr --opprint --barred --right cat $indir/abixy run_mlr --opprint --barred cat $indir/abixy-het run_mlr --opprint --barred --right cat $indir/abixy-het # ---------------------------------------------------------------- announce MULTI-CHARACTER IXS SPECIFIERS run_mlr --oxtab --idkvp --mmap --irs lf --ifs '\x2c' --ips '\075' cut -o -f x,a,i $indir/multi-sep.dkvp-crlf run_mlr --oxtab --idkvp --mmap --irs lf --ifs /, --ips '\x3d\x3a' cut -o -f x,a,i $indir/multi-sep.dkvp-crlf # ---------------------------------------------------------------- announce JSON I/O run_mlr --ijson --opprint cat $indir/small-non-nested.json run_mlr --ijson --opprint cat $indir/small-non-nested-wrapped.json run_mlr --ijson --oxtab cat $indir/small-nested.json run_mlr --ojson cat $indir/json-output-options.dkvp run_mlr --ojson --jvstack cat $indir/json-output-options.dkvp run_mlr --ojson --jlistwrap cat $indir/json-output-options.dkvp run_mlr --ojson --jvstack --jlistwrap cat $indir/json-output-options.dkvp run_mlr --ojson --jquoteall cat $indir/json-output-options.dkvp run_mlr --ojson --jvstack --jquoteall cat $indir/json-output-options.dkvp run_mlr --ojson --jlistwrap --jquoteall cat $indir/json-output-options.dkvp run_mlr --ojson --jvstack --jlistwrap --jquoteall cat $indir/json-output-options.dkvp run_mlr --ojson --jvquoteall cat $indir/json-output-options.dkvp run_mlr --ojson --jvstack --jvquoteall cat $indir/json-output-options.dkvp run_mlr --ojson --jlistwrap --jvquoteall cat $indir/json-output-options.dkvp run_mlr --ojson --jvstack --jlistwrap --jvquoteall cat $indir/json-output-options.dkvp run_mlr --ojson --jknquoteint cat $indir/json-output-options.dkvp run_mlr --ojson --jvstack --jknquoteint cat $indir/json-output-options.dkvp run_mlr --ojson --jlistwrap --jknquoteint cat $indir/json-output-options.dkvp run_mlr --ojson --jvstack --jlistwrap --jknquoteint cat $indir/json-output-options.dkvp run_mlr put -q --jvquoteall 'dump $*' $indir/json-output-options.dkvp run_mlr put -q --jvquoteall 'o = $*; o[7] = 8; dump o' $indir/json-output-options.dkvp run_mlr put -q --jknquoteint 'dump $*' $indir/json-output-options.dkvp run_mlr put -q --jknquoteint 'o = $*; o[7] = 8; dump o' $indir/json-output-options.dkvp run_mlr --ijson --opprint cat $indir/small-non-nested-wrapped.json $indir/small-non-nested-wrapped.json run_mlr --icsv --ojson --rs lf cat < 0) { return n * f(n-1) } else { return 1 } } # implicitly return absent } $o = f(NR) ' run_mlr --opprint --from $indir/abixy head -n 5 then put ' subr s(n) { print "n = " . n; if (is_numeric(n)) { if (n > 0) { call s(n-1) } } } print ""; call s(NR) ' run_mlr --from $indir/abixy --opprint put ' func f(n) { return n+1; } $o1 = f(NR); $o2 = f(f(NR)); $o3 = f(f(f(NR))); $o4 = f(f(f(f(NR)))); $o5 = f(f(f(f(f(NR))))); $o6 = f(f(f(f(f(f(NR)))))); ' run_mlr --from $indir/abixy --opprint put ' func f(n) { if (n < 2) { return 1 } else { return f(n-1) + f(n-2) } } $o = f(NR) ' run_mlr --from $indir/abixy --opprint put ' func f(n) { if (is_present(@fcache[n])) { return @fcache[n] } else { num rv = 1; if (n >= 2) { rv = f(n-1) + f(n-2) } @fcache[n] = rv; return rv } } $o = f(NR) ' # No nesting of top-levels mlr_expect_fail --from $indir/abixy --opprint put 'func f(x) { begin {} }' mlr_expect_fail --from $indir/abixy --opprint put 'func f(x) { end {} }' mlr_expect_fail --from $indir/abixy --opprint put 'subr s(x) { begin {} }' mlr_expect_fail --from $indir/abixy --opprint put 'subr s(x) { end {} }' mlr_expect_fail --from $indir/abixy --opprint put 'func f(x) { func g(y) {} }' mlr_expect_fail --from $indir/abixy --opprint put 'func f(x) { subr t(y) {} }' mlr_expect_fail --from $indir/abixy --opprint put 'subr s(x) { func g(y) {} }' mlr_expect_fail --from $indir/abixy --opprint put 'subr s(x) { subr t(y) {} }' mlr_expect_fail --from $indir/abixy --opprint filter 'func f(x) { begin {} }; true' mlr_expect_fail --from $indir/abixy --opprint filter 'func f(x) { end {} }; true' mlr_expect_fail --from $indir/abixy --opprint filter 'subr s(x) { begin {} }; true' mlr_expect_fail --from $indir/abixy --opprint filter 'subr s(x) { end {} }; true' mlr_expect_fail --from $indir/abixy --opprint filter 'func f(x) { func g(y) {} }; true' mlr_expect_fail --from $indir/abixy --opprint filter 'func f(x) { subr t(y) {} }; true' mlr_expect_fail --from $indir/abixy --opprint filter 'subr s(x) { func g(y) {} }; true' mlr_expect_fail --from $indir/abixy --opprint filter 'subr s(x) { subr t(y) {} }; true' # Disallow redefines mlr_expect_fail --from $indir/abixy --opprint put 'func log(x) { return $x + 1 }' mlr_expect_fail --from $indir/abixy --opprint put 'func f(x) { return $x + 1 } func f(x) { return $x + 1}' mlr_expect_fail --from $indir/abixy --opprint put 'subr s() { } subr s() { }' mlr_expect_fail --from $indir/abixy --opprint put 'subr s() { } subr s(x) { }' run_mlr --from $indir/abixy --opprint put 'subr log(text) { print "TEXT IS ".text } call log("NR is ".NR)' # print/dump from subr/func; no tee/emit from func run_mlr --from $indir/abixy --opprint put 'subr log(text) { print "TEXT IS ".text } call log("NR is ".NR)' run_mlr --from $indir/abixy --opprint put 'func f(text) { print "TEXT IS ".text; return text.text } $o = f($a)' run_mlr --from $indir/abixy put 'begin{@x=1} func f(x) { dump; print "hello" } $o=f($i)' mlr_expect_fail --from $indir/abixy put 'begin{@x=1} func f(x) { dump; print "hello"; tee > "x", $* } $o=f($i)' mlr_expect_fail --from $indir/abixy put 'begin{@x=1} func f(x) { dump; print "hello"; emit > "x", @* } $o=f($i)' # not use all args (for valgrind) run_mlr --from $indir/abixy put 'func f(x,y) { return 2*y } $o = f($x,$y) ' # general programming-language stuff run_mlr -n put -q -f $indir/sieve.mlr run_mlr -n put -q -f $indir/mand.mlr -e 'begin {@verbose = true}' # scoping within distinct begin/end blocks run_mlr --from $indir/abixy put -v ' func f(x) { return x**2 } func g(y) { return y+1 } subr s(a,b,c) { print a.b.c } begin { @a = 0; var ell = 1; print "local1 = ".ell; } end { emit @a; var emm = 2; print "local2 = ".emm; } @a += 1; begin { @b = 0; @c = 0; print "local3 = ".ell; } @b += 2; @c += 3; end { emit @b; emit @c; print "local4 = ".emm; } ' # ---------------------------------------------------------------- announce LOCALVAR SCOPE AND EXTENT run_mlr --opprint --from $indir/abixy put ' func f() { var a = 1; if (NR > 5) { a = 2; } return a; } func g() { var b = 1; if (NR > 5) { var b = 2; } return b; } func h() { var a = 1; if (NR > 5) { a = 2; return a; } return a; } func i() { var b = 1; if (NR > 5) { var b = 2; return b; } return b; } $of = f(); $og = g(); $oh = h(); $oi = i(); ' # test fencing at function entry run_mlr --opprint --from $indir/abixy put ' func f() { var a = 2; var b = 2; if (NR > 5) { var a = 3; b = 3; } return 1000 * a + b; } a = 1; b = 1; $ab = f(); $oa = a; $ob = b; ' # ---------------------------------------------------------------- announce LOCALVAR UNSETS run_mlr put -q 's=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset s ; dump s; dump t; dump u' $indir/unset1.dkvp run_mlr put -q 's=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset t ; dump s; dump t; dump u' $indir/unset1.dkvp run_mlr put -q 's=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset t[1] ; dump s; dump t; dump u' $indir/unset1.dkvp run_mlr put -q 's=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset u ; dump s; dump t; dump u' $indir/unset1.dkvp run_mlr put -q 's=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset u[1] ; dump s; dump t; dump u' $indir/unset1.dkvp run_mlr put -q 's=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset u[1][2]; dump s; dump t; dump u' $indir/unset1.dkvp run_mlr put -q 's=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset s ; dump s; dump t; dump u' $indir/unset4.dkvp run_mlr put -q 's=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset t ; dump s; dump t; dump u' $indir/unset4.dkvp run_mlr put -q 's=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset t[1] ; dump s; dump t; dump u' $indir/unset4.dkvp run_mlr put -q 's=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset u ; dump s; dump t; dump u' $indir/unset4.dkvp run_mlr put -q 's=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset u[1] ; dump s; dump t; dump u' $indir/unset4.dkvp run_mlr put -q 's=$x; t[$a]=$x; u[$a][$b]=$x; dump s; dump t; dump u; unset u[1][2]; dump s; dump t; dump u' $indir/unset4.dkvp # ---------------------------------------------------------------- announce LOCALVAR TYPEDECLs run_mlr --from $indir/abixy put ' str a = $a; a = "a:".NR; $c = a; ' mlr_expect_fail --from $indir/abixy put ' str a = $a; a = NR; $c = a; ' mlr_expect_fail --from $indir/abixy put ' int a = $a; a = NR; $c = a; ' run_mlr --from $indir/abixy put ' int i = $i; i = NR; $c = a; ' # ---------------------------------------------------------------- announce FORBIND TYPEDECLs run_mlr --from $indir/abixy put ' for (int i = 0; i < $i; i += 1) { $c = i * 10; } ' mlr_expect_fail --from $indir/abixy put ' for (float i = 0; i < $i; i += 1) { $c = i * 10; } ' run_mlr --from $indir/abixy put ' for (int i = 0; i < $i; i += 1) { i += 2; $c = i; } ' mlr_expect_fail --from $indir/abixy put ' for (int i = 0; i < $i; i += 1) { i += 1.5; $c = i; } ' mlr_expect_fail --from $indir/abixy put ' for (int i = 0; i < $i; i += 1) { i += 1.0; $c = i; } ' run_mlr --from $indir/abixy put ' for (num i = 0; i < $i; i += 1) { i += 1.0; $c = i; } ' # ---------------------------------------------------------------- announce ARGPASS TYPEDECLs run_mlr --from $indir/abixy put ' func f(int i) { return i+3; } $c = f($i); ' mlr_expect_fail --from $indir/abixy put ' func f(int i) { return i+3; } $c = f($x); ' mlr_expect_fail --from $indir/abixy put ' func f(num i): int { return i+3.45; } $c = f($x); ' mlr_expect_fail --from $indir/abixy put ' func f(num i): int { return i+3.45; } $c = f($i); ' mlr_expect_fail --from $indir/abixy put ' func f(num i): int { i = "a"; return 2; } $c = f($x); ' run_mlr --from $indir/abixy put ' subr s(int i) { print i+3; } call s($i); ' mlr_expect_fail --from $indir/abixy put ' subr s(int i) { print i+3; } call s($x); ' mlr_expect_fail --from $indir/abixy put ' subr s(num i) { i = "a"; print 2; } call s($x); ' # ---------------------------------------------------------------- announce LOCAL MAP-VARIABLE WRITE/READ run_mlr --from $indir/xyz345 put -v -a ' $s = a; $t = b[$x]; $u = c[$x][$y]; $v = d[$x][$y][$z]; ' run_mlr --from $indir/xyz345 put -v -a ' d[$x][$y][$z] = 9; $d = d[$x][$y][$z]; ' run_mlr --from $indir/xyz345 put -v -a ' a = 6; b[$x] = 7; c[$x][$y] = 8; d[$x][$y][$z] = 9; $a = a; $b = b[$x]; $c = c[$x][$y]; $d = d[$x][$y][$z]; ' run_mlr --from $indir/xyz345 put -v -a ' a = 6; b[$x] = 7; c[$x][$y] = 8; d[$x][$y][$z] = 9; $a0 = a; $a1 = a[$x]; $a2 = a[$x][$y]; $a3 = a[$x][$y][$z]; $b0 = b; $b1 = b[$x]; $b2 = b[$x][$y]; $b3 = b[$x][$y][$z]; $c0 = c; $c1 = c[$x]; $c2 = c[$x][$y]; $c3 = c[$x][$y][$z]; $d0 = d; $d1 = d[$x]; $d2 = d[$x][$y]; $d3 = d[$x][$y][$z]; ' # ---------------------------------------------------------------- announce LOCAL MAP-VARIABLE TYPE-DECL run_mlr --from $indir/xyz345 put ' map a = {}; ' run_mlr --from $indir/xyz345 put ' map a = {}; a[1]=2; a[3][4]=5; ' mlr_expect_fail --from $indir/xyz345 put ' map a = {}; a=2; a[3][4]=5; ' mlr_expect_fail --from $indir/xyz345 put ' map a = {}; a[3][4]=5; a=2; ' # ---------------------------------------------------------------- announce TRIPLE-FORs run_mlr --opprint --from $indir/abixy put ' num sum = 0; num a = 1; for (;;) { if (a > NR) { break; } sum += a; a += 1 } $z = sum ' run_mlr --opprint --from $indir/abixy put ' num sum = 0; num a = 1; for (;;) { if (a > NR) { break; } sum += a; a += 1 } $z = sum ' run_mlr --opprint --from $indir/abixy put ' num sum = 0; for (num a = 1; ;) { if (a > NR) { break; } sum += a; a += 1 } $z = sum ' run_mlr --opprint --from $indir/abixy put ' num sum = 0; num a = 1; for (; ; a += 1) { if (a > NR) { break; } sum += a; } $z = sum ' run_mlr --opprint --from $indir/abixy put ' num sum = 0; for (num a=1; ; a += 1) { if (a > NR) { break; } sum += a; } $z = sum ' run_mlr --opprint --from $indir/abixy put ' num sum = 0; for (num a=1; a <= NR; a += 1) { sum += a; } $z = sum ' echo x=1 | run_mlr put ' num a = 100; num b = 100; for (num a = 200, b = 300; a <= 210; a += 1, b += 1) { print "a:".a.",b:".b } $oa = a; $ob = b; ' run_mlr --from $indir/abixy put ' for ( ; $x <= 10; $x += 1) { } ' run_mlr --opprint --from $indir/abixy put ' num a = 100; b = 200; @c = 300; $d = 400; for (num i = 1; i < 1024; i *= 2) { a += 1; b += 1; @c += 1; $d += 1; $oa = a; $ob = b; $oc = @c; $od = $d; } ' run_mlr --opprint --from $indir/abixy put ' num sum = 0; for (num a = 1; a <= 10; a += 1) { continue; sum += a; } $z = sum ' run_mlr --opprint --from $indir/abixy put ' num sum = 0; for (num a = 1; a <= 10; a += 1) { sum += a; break; } $z = sum ' run_mlr --opprint --from $indir/abixy put ' num sum = 0; for (num a = 1; a <= NR; a += 1) { if (a == 4 || a == 5) { continue; } if (a == 8) { break; } sum += a; } $z = sum ' # Multi-continutation cases run_mlr --opprint --from $indir/abixy put ' for ($o1 = 1; ; $o3 = 3) { break; } ' run_mlr --opprint --from $indir/abixy put ' for ($o1 = 1; $o1 < NR; $o1 += 1) { } ' mlr_expect_fail --opprint --from $indir/abixy put ' for ($o1 = 1, $o2 = 2; $o3 = 3; $o4 = 4) { } ' mlr_expect_fail --opprint --from $indir/abixy put ' for ($o1 = 1, $o2 = 2; $o3 < 3, $o4 = 4; $o5 = 5) { break; } ' run_mlr --opprint --from $indir/abixy put ' $o4 = 0; for ($o1 = 1, $o2 = 2; $o3 = 3, $o4 < 4; $o5 = 5) { break; } ' # ---------------------------------------------------------------- announce MAPVARS IN SCALAR FUNCTION-CALL CONTEXTS mlr_expect_fail --from $indir/abixy put '$z=strlen($*)' mlr_expect_fail --from $indir/abixy put '$z=strlen({})' run_mlr --from $indir/abixy put 'a={}; $z=strlen(a)' # ---------------------------------------------------------------- announce MAPVAR ASSIGNMENTS TO FULL SREC run_mlr --from $indir/xyz2 put '$* = {"a":1, "b": {"x":8,"y":9}, "c":3}' run_mlr --from $indir/xyz2 put '$* = $*' run_mlr --from $indir/xyz2 put '@a = 1; $* = @a' run_mlr --from $indir/xyz2 put '@b[1] = 2; $* = @b' run_mlr --from $indir/xyz2 put '@c[1][2] = 3; $* = @c' run_mlr --from $indir/xyz2 put '@a = 1; $* = @*' run_mlr --from $indir/xyz2 put '@b[1] = 2; $* = @*' run_mlr --from $indir/xyz2 put '@c[1][2] = 3; $* = @*' run_mlr --from $indir/xyz2 put 'a = 1; $* = a' run_mlr --from $indir/xyz2 put 'b[1] = 2; $* = b' run_mlr --from $indir/xyz2 put 'c[1][2] = 3; $* = c' run_mlr --from $indir/xyz2 put '$* = 3' run_mlr --from $indir/xyz2 put ' func map_valued_func() { return {"a":1,"b":2} } map m = map_valued_func(); $* = m; ' run_mlr --from $indir/xyz2 put ' func map_valued_func() { return {"a":1,"b":2} } $* = map_valued_func(); ' # ---------------------------------------------------------------- announce MAPVAR ASSIGNMENTS TO FULL OOSVAR run_mlr --from $indir/xyz2 put '@* = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump' run_mlr --from $indir/xyz2 put '@* = $*; dump' run_mlr --from $indir/xyz2 put '@* = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump; @* = @*; dump' run_mlr --from $indir/xyz2 put '@a = 1; @* = @a; dump' run_mlr --from $indir/xyz2 put '@b[1] = 2; @* = @b; dump' run_mlr --from $indir/xyz2 put '@c[1][2] = 3; @* = @c; dump' run_mlr --from $indir/xyz2 put '@a = 1; @* = @*; dump' run_mlr --from $indir/xyz2 put '@b[1] = 2; @* = @*; dump' run_mlr --from $indir/xyz2 put '@c[1][2] = 3; @* = @*; dump' run_mlr --from $indir/xyz2 put 'a = 1; @* = a; dump' run_mlr --from $indir/xyz2 put 'b[1] = 2; @* = b; dump' run_mlr --from $indir/xyz2 put 'c[1][2] = 3; @* = c; dump' run_mlr --from $indir/xyz2 put '@* = 3' run_mlr --from $indir/xyz2 put ' func map_valued_func() { return {"a":1,"b":2} } map m = map_valued_func(); @* = m; dump ' run_mlr --from $indir/xyz2 put ' func map_valued_func() { return {"a":1,"b":2} } @* = map_valued_func(); dump ' # ---------------------------------------------------------------- announce MAPVAR ASSIGNMENTS TO OOSVAR run_mlr --from $indir/xyz2 put -q '@o = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump @o' run_mlr --from $indir/xyz2 put -q '@o = @o; dump @o' run_mlr --from $indir/xyz2 put -q '@o = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump; @o = @*; dump' run_mlr --from $indir/xyz2 put -q '@o = $*; dump @o' run_mlr --from $indir/xyz2 put -q '@o = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump @o; @o = @o; dump @o' run_mlr --from $indir/xyz2 put -q '@o = {"a":1, "b": {"x":8,"y":9}, "c":3}; @o = @o; dump @o' run_mlr --from $indir/xyz2 put -q '@a = 1; @o = @a; dump @o' run_mlr --from $indir/xyz2 put -q '@b[1] = 2; @o = @b; dump @o' run_mlr --from $indir/xyz2 put -q '@c[1][2] = 3; @o = @c; dump @o' run_mlr --from $indir/xyz2 put -q '@a = 1; @o = @*; dump @o' run_mlr --from $indir/xyz2 put -q '@b[1] = 2; @o = @*; dump @o' run_mlr --from $indir/xyz2 put -q '@c[1][2] = 3; @o = @*; dump @o' run_mlr --from $indir/xyz2 put -q 'a = 1; @o = a; dump @o' run_mlr --from $indir/xyz2 put -q 'b[1] = 2; @o = b; dump @o' run_mlr --from $indir/xyz2 put -q 'c[1][2] = 3; @o = c; dump @o' run_mlr --from $indir/xyz2 put -q 'func map_valued_func() { return {"a":1,"b":2}} @o = map_valued_func(); dump @o' # ---------------------------------------------------------------- announce MAPVAR ASSIGNMENTS TO MAP-TYPED LOCAL run_mlr --from $indir/xyz2 put -q 'map o = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump o' mlr_expect_fail --from $indir/xyz2 put -q 'map o = @o; dump o' run_mlr --from $indir/xyz2 put -q 'map o = $*; dump o' run_mlr --from $indir/xyz2 put -q 'map o = {"a":1, "b": {"x":8,"y":9}, "c":3}; o = o; dump o' mlr_expect_fail --from $indir/xyz2 put -q '@a = 1; map o = @a; dump o' run_mlr --from $indir/xyz2 put -q '@b[1] = 2; map o = @b; dump o' run_mlr --from $indir/xyz2 put -q '@c[1][2] = 3; map o = @c; dump o' run_mlr --from $indir/xyz2 put -q '@a = 1; map o = @*; dump o' run_mlr --from $indir/xyz2 put -q '@b[1] = 2; map o = @*; dump o' run_mlr --from $indir/xyz2 put -q '@c[1][2] = 3; map o = @*; dump o' mlr_expect_fail --from $indir/xyz2 put -q 'a = 1; map o = a; dump o' run_mlr --from $indir/xyz2 put -q 'b[1] = 2; map o = b; dump o' run_mlr --from $indir/xyz2 put -q 'c[1][2] = 3; map o = c; dump o' run_mlr --from $indir/xyz2 put -q 'func map_valued_func() { return {"a":1,"b":2}} map o = map_valued_func(); dump o' # ---------------------------------------------------------------- announce MAPVAR ASSIGNMENTS TO VAR-TYPED LOCAL run_mlr --from $indir/xyz2 put -q 'var o = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump o' run_mlr --from $indir/xyz2 put -q 'var o = @o; dump o' run_mlr --from $indir/xyz2 put -q 'var o = $*; dump o' run_mlr --from $indir/xyz2 put -q 'var o = {"a":1, "b": {"x":8,"y":9}, "c":3}; o = o; dump o' run_mlr --from $indir/xyz2 put -q '@a = 1; var o = @a; dump o' run_mlr --from $indir/xyz2 put -q '@b[1] = 2; var o = @b; dump o' run_mlr --from $indir/xyz2 put -q '@c[1][2] = 3; var o = @c; dump o' run_mlr --from $indir/xyz2 put -q '@a = 1; var o = @*; dump o' run_mlr --from $indir/xyz2 put -q '@b[1] = 2; var o = @*; dump o' run_mlr --from $indir/xyz2 put -q '@c[1][2] = 3; var o = @*; dump o' run_mlr --from $indir/xyz2 put -q 'a = 1; var o = a; dump o' run_mlr --from $indir/xyz2 put -q 'b[1] = 2; var o = b; dump o' run_mlr --from $indir/xyz2 put -q 'c[1][2] = 3; var o = c; dump o' run_mlr --from $indir/xyz2 put -q 'func map_valued_func() { return {"a":1,"b":2}} var o = map_valued_func(); dump o' # ---------------------------------------------------------------- announce MAPVAR ASSIGNMENTS TO UNTYPED LOCAL run_mlr --from $indir/xyz2 put -q 'o = {"a":1, "b": {"x":8,"y":9}, "c":3}; dump o' run_mlr --from $indir/xyz2 put -q 'o = @o; dump o' run_mlr --from $indir/xyz2 put -q 'o = $*; dump o' run_mlr --from $indir/xyz2 put -q 'o = {"a":1, "b": {"x":8,"y":9}, "c":3}; o = o; dump o' run_mlr --from $indir/xyz2 put -q '@a = 1; o = @a; dump o' run_mlr --from $indir/xyz2 put -q '@b[1] = 2; o = @b; dump o' run_mlr --from $indir/xyz2 put -q '@c[1][2] = 3; o = @c; dump o' run_mlr --from $indir/xyz2 put -q '@a = 1; o = @*; dump o' run_mlr --from $indir/xyz2 put -q '@b[1] = 2; o = @*; dump o' run_mlr --from $indir/xyz2 put -q '@c[1][2] = 3; o = @*; dump o' run_mlr --from $indir/xyz2 put -q 'a = 1; o = a; dump o' run_mlr --from $indir/xyz2 put -q 'b[1] = 2; o = b; dump o' run_mlr --from $indir/xyz2 put -q 'c[1][2] = 3; o = c; dump o' run_mlr --from $indir/xyz2 put -q 'func map_valued_func() { return {"a":1,"b":2}} o = map_valued_func(); dump o' # ---------------------------------------------------------------- announce SPLIT/JOIN run_mlr --from $indir/abixy-het put -q 'o = joink($*, ":"); print o' run_mlr --from $indir/abixy-het put -q 'o = joinv($*, ":"); print o' run_mlr --from $indir/abixy-het put -q 'o = joinkv($*, ":", ";"); print o' run_mlr --from $indir/abixy-het put -q 'o = joink({1:2, "abc":4, 5:"xyz"}, ":"); print o' run_mlr --from $indir/abixy-het put -q 'o = joinv({1:2, "abc":4, 5:"xyz"}, ":"); print o' run_mlr --from $indir/abixy-het put -q 'o = joinkv({1:2, "abc":4, 5:"xyz"}, ":", ";"); print o' run_mlr --from $indir/abixy-het put '$* = splitnv("a,b,c" , ","); for (k,v in $*) { print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --from $indir/abixy-het put '$* = splitkv("a=1,b=2,c", "=", ","); for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --from $indir/abixy-het put '$* = splitnv("a,b,c", IFS); print ">>".IRS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --from $indir/abixy-het put '$* = splitkv("a=1,b=2,c", IPS, IFS); print ">>".IRS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --from $indir/abixy-het put '$* = splitnv("a,b,c", OFS); print ">>".ORS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --from $indir/abixy-het put '$* = splitkv("a=1,b=2,c", OPS, OFS); print ">>".ORS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --from $indir/abixy-het put '$* = splitnvx("a,b,c" , ","); for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --from $indir/abixy-het put '$* = splitkvx("a=1,b=2,c", "=", ","); for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --from $indir/abixy-het put '$* = splitnvx("a,b,c", IFS); print ">>".IRS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --from $indir/abixy-het put '$* = splitkvx("a=1,b=2,c", IPS, IFS); print ">>".IRS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --from $indir/abixy-het put '$* = splitnvx("a,b,c", OFS); print ">>".ORS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --from $indir/abixy-het put '$* = splitkvx("a=1,b=2,c", OPS, OFS); print ">>".ORS."<<"; for (k, v in $*) {print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --oxtab --from $indir/abixy-het put 's = joink($*, ":"); $* = splitnv(s, ":")' run_mlr --oxtab --from $indir/abixy-het put 's = joinv($*, ":"); $* = splitnv(s, ":")' run_mlr --oxtab --from $indir/abixy-het put 's = joinkv($*, ":", ";"); $* = splitkv(s, ":", ";"); for (k,v in $*) { print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --oxtab --from $indir/abixy-het put 's = joinkv($*, ":", ";"); $* = splitkvx(s, ":", ";"); for (k,v in $*) { print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --oxtab --from $indir/abixy-het put 's = joink({1:2, "abc":4, 5:"xyz"}, ":"); $* = splitnv(s, ":")' run_mlr --oxtab --from $indir/abixy-het put 's = joinv({1:2, "abc":4, 5:"xyz"}, ":"); $* = splitnv(s, ":")' run_mlr --oxtab --from $indir/abixy-het put 's = joinkv({1:2, "abc":4, 5:"xyz"}, ":", ";"); $* = splitkv(s, ":", ";"); for (k,v in $*) { print k.":".typeof(k)." ".v.":".typeof(v)}' run_mlr --oxtab --from $indir/abixy-het put 's = joinkv({1:2, "abc":4, 5:"xyz"}, ":", ";"); $* = splitkvx(s, ":", ";"); for (k,v in $*) { print k.":".typeof(k)." ".v.":".typeof(v)}' # ---------------------------------------------------------------- announce MAPSUM/MAPDIFF/MAPEXCEPT run_mlr --from $indir/abixy-het put -q 'o = mapsum(); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapdiff(); dump o' mlr_expect_fail --from $indir/abixy-het put -q 'o = mapexcept(); dump o' mlr_expect_fail --from $indir/abixy-het put -q 'o = mapselect(); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapsum($*); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapsum({"a":999}); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapdiff($*); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapdiff({"a":999}); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapexcept($*); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapexcept({"a":999}); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapselect($*); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapselect({"a":999}); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapsum($*, {"a":999}); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapsum({"a":999}, $*); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapdiff($*, {"a":999}); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapdiff({"a":999}, $*); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapexcept($*, "a"); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapexcept({"a":999}, "a"); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapexcept({"a":999}, "nonesuch"); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapselect($*, "a"); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapselect({"a":999}, "a"); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapselect({"a":999}, "nonesuch"); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapsum($*, {"a":999}, {"b": 444}); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapsum({"a":999}, $*, {"b": 444}); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapdiff($*, {"a":999}, {"b": 444}); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapdiff({"a":999}, $*, {"b": 444}); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapexcept($*, "a", "b"); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapselect({"a":999}, "b", "nonesuch"); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapselect($*, "a", "b"); dump o' run_mlr --from $indir/abixy-het put -q 'o = mapselect({"a":999}, "b", "nonesuch"); dump o' # ---------------------------------------------------------------- announce EXTENDED TYPEOF run_mlr --from $indir/xyz2 --oxtab put ' a = {1:2, 3:4}; b = {1: {2:3, 4:5}}; @c = {1:2, 3:4}; @d = {1: {2:3, 4:5}}; $ta = typeof(a); $ta1 = typeof(a[1]); $ta7 = typeof(a[7]); $tb = typeof(b); $tb1 = typeof(b[1]); $tb7 = typeof(b[7]); $tc = typeof(@c); $tc1 = typeof(@c[1]); $tc7 = typeof(@c[7]); $td = typeof(@d); $td1 = typeof(@d[1]); $td7 = typeof(@d[7]); $te1 = typeof(6); $te2 = typeof({6:4}); $tsa = typeof($a); $tsx = typeof($x); $ts = typeof($*); ' # ---------------------------------------------------------------- announce HASKEY run_mlr --from $indir/abixy-het put '$haskeya = haskey($*, "a")' run_mlr --from $indir/abixy-het put '$haskey3 = haskey($*, 3)' run_mlr --from $indir/xyz2 put '$haskeya = haskey({3:4}, "a")' run_mlr --from $indir/xyz2 put '$haskey3 = haskey({3:4}, 3)' run_mlr --from $indir/xyz2 put '$haskey3 = haskey({3:4}, 4)' run_mlr --from $indir/xyz2 put 'o = {3:4}; $haskeya = haskey(o, "a")' run_mlr --from $indir/xyz2 put 'o = {3:4}; $haskey3 = haskey(o, 3)' run_mlr --from $indir/xyz2 put 'o = {3:4}; $haskey3 = haskey(o, 4)' run_mlr --from $indir/xyz2 put '@o = {3:4}; $haskeya = haskey(@o, "a")' run_mlr --from $indir/xyz2 put '@o = {3:4}; $haskey3 = haskey(@o, 3)' run_mlr --from $indir/xyz2 put '@o = {3:4}; $haskey3 = haskey(@o, 4)' run_mlr --from $indir/xyz2 put 'o = "3:4"; $haskeya = haskey(@o, "a")' run_mlr --from $indir/xyz2 put 'o = "3:4"; $haskey3 = haskey(@o, 3)' run_mlr --from $indir/xyz2 put 'o = "3:4"; $haskey3 = haskey(@o, 4)' # ---------------------------------------------------------------- announce LENGTH/DEPTH/LEAFCOUNT run_mlr --from $indir/abixy-het put '$length = length($a)' run_mlr --from $indir/abixy-het put '$length = length($*)' run_mlr --from $indir/xyz2 put '$length= length({3:4, 5:{6:7}, 8:{9:{10:11}}})' run_mlr --from $indir/xyz2 put 'o = {3:4, 5:{6:7}, 8:{9:{10:11}}}; $length = length(o)' run_mlr --from $indir/xyz2 put '@o = {3:4, 5:{6:7}, 8:{9:{10:11}}}; $length = length(@o)' run_mlr --from $indir/abixy-het put '$depth = depth($a)' run_mlr --from $indir/abixy-het put '$depth = depth($*)' run_mlr --from $indir/xyz2 put '$depth= depth({3:4, 5:{6:7}, 8:{9:{10:11}}})' run_mlr --from $indir/xyz2 put 'o = {3:4, 5:{6:7}, 8:{9:{10:11}}}; $depth = depth(o)' run_mlr --from $indir/xyz2 put '@o = {3:4, 5:{6:7}, 8:{9:{10:11}}}; $depth = depth(@o)' run_mlr --from $indir/abixy-het put '$leafcount = leafcount($a)' run_mlr --from $indir/abixy-het put '$leafcount = leafcount($*)' run_mlr --from $indir/xyz2 put '$leafcount= leafcount({3:4, 5:{6:7}, 8:{9:{10:11}}})' run_mlr --from $indir/xyz2 put 'o = {3:4, 5:{6:7}, 8:{9:{10:11}}}; $leafcount = leafcount(o)' run_mlr --from $indir/xyz2 put '@o = {3:4, 5:{6:7}, 8:{9:{10:11}}}; $leafcount = leafcount(@o)' # xxx ternary operator (and most RHS expressions in the grammar) doesn't handle maps. # run_mlr --from $indir/abixy-het put -q 'o = haskey(NR==4 ? {"a": NF} : {"b": NF}, "a"); print "NR=".NR.",haskeya=".o' # ---------------------------------------------------------------- announce MAPVAR EMIT run_mlr -n put 'end { @a[2][3] = 4; b[2][3] = 8; emit (@a, b, {2:{3:12}}); emitp (@a, b, {2:{3:12}}); emit {}; emit (@a, b, {2:{3:12}}), "t"; emitp (@a, b, {2:{3:12}}), "t"; emit {}; emit (@a, b, {2:{3:12}}), "t", "u"; emitp (@a, b, {2:{3:12}}), "t", "u"; }' run_mlr -n put 'end { @a[2][3] = 4; b[2][3] = 8; emitp (@a, b, {2:{3:12}}); emit (@a, b, {2:{3:12}}); emit {}; emitp (@a, b, {2:{3:12}}), "t"; emit (@a, b, {2:{3:12}}), "t"; emit {}; emitp (@a, b, {2:{3:12}}), "t", "u"; emit (@a, b, {2:{3:12}}), "t", "u"; }' # ---------------------------------------------------------------- announce MAPVAR FOR-LOOPS run_mlr --from $indir/abixy put -q ' func f() { return { "a:".$a: $i, "b:".$b: $y, NR: NF, } } for (k,v in f()) { print "k=".k; print "v=".v; } print ' # ---------------------------------------------------------------- announce TRAILING COMMAS run_mlr --from $indir/abixy put ' $* = { "a": $a, "x": $x, } ' run_mlr --from $indir/xyz345 put 'func f(): int { return 999 } $y=f()' mlr_expect_fail --from $indir/xyz345 put 'func f(): int { return 999 } $y=f(,)' run_mlr --from $indir/xyz345 put 'func f(a,): int { return a*2 } $y=f(NR)' mlr_expect_fail --from $indir/xyz345 put 'func f(a,,): int { return a*2 } $y=f(NR)' run_mlr --from $indir/xyz345 put 'func f(int a,): int { return a*2 } $y=f(NR)' mlr_expect_fail --from $indir/xyz345 put 'func f(int a,,): int { return a*2 } $y=f(NR)' run_mlr --from $indir/xyz345 put 'subr s() { print 999 } call s()' mlr_expect_fail --from $indir/xyz345 put 'subr s() { print 999 } call s(,)' run_mlr --from $indir/xyz345 put 'subr s(a,) { print a*2 } call s(NR)' mlr_expect_fail --from $indir/xyz345 put 'subr s(a,,) { print a*2 } call s(NR)' run_mlr --from $indir/xyz345 put 'subr s(int a,) { print a*2 } call s(NR)' mlr_expect_fail --from $indir/xyz345 put 'subr s(int a,,) { print a*2 } call s(NR)' run_mlr --from $indir/xyz345 put '$y=log10($x)' run_mlr --from $indir/xyz345 put '$y=log10($x,)' mlr_expect_fail --from $indir/xyz345 put '$y=log10($x,,)' mlr_expect_fail --from $indir/xyz345 put '$y=log10(,$x)' run_mlr --from $indir/xyz345 put '$y=pow($x,2)' run_mlr --from $indir/xyz345 put '$y=pow($x,2,)' # ---------------------------------------------------------------- announce MAPVARS/UDFs/SUBROUTINES run_mlr --from $indir/abixy put ' func f(m) { dump m; sum = 0; for (k, v in m) { sum += k } return sum } @v[$i] = $a; $y = f(@v) ' run_mlr --from $indir/abixy put ' subr s(m) { dump m; sum = 0; for (k, v in m) { sum += k } @sum = sum; } @v[$i] = $a; call s(@v); $y = @sum; ' run_mlr --from $indir/abixy-het put 'func f(x) {return {"a":x,"b":x**2}}; map o = f($x); $* = o' run_mlr --from $indir/abixy-het put -q 'func f(x) {return x**2}; var z = f($x); dump z' run_mlr --from $indir/abixy-het put -q 'func f(x) {map m = {NR:x};return m}; z = f($y); dump z' mlr_expect_fail --from $indir/abixy put ' func f(int x): map { if (NR==2) { return 2 } else { return {} } } $y=f($x) ' run_mlr --from $indir/abixy put ' func f(int x): map { if (NR==200) { return 2 } else { return {} } } $y=f($i) ' mlr_expect_fail --from $indir/abixy put ' func f(int x): map { if (NR==200) { return 2 } else { return {} } } $y=f($x) ' run_mlr --from $indir/abixy put ' func f(int x): var { if (NR==2) { return 2 } else { return {} } } $y=f($i) ' mlr_expect_fail --from $indir/abixy put ' func f(int x): var { if (NR==2) { return 2 } else { return {} } } $y=f($x) ' mlr_expect_fail --from $indir/abixy put ' func f(x): int { # fall-through return value is absent-null } $y=f($x) ' mlr_expect_fail --from $indir/abixy put ' int a = 1; var b = a[2]; # cannot index localvar declared non-map ' # This one is intended to particularly look at freeing, e.g. with './reg_test/run --valgrind'. run_mlr --oxtab --from $indir/abixy-het put ' $* = mapdiff( mapsum($*, {"a": "newval"}), {"b": "nonesuch"}, ) ' # ---------------------------------------------------------------- # AUX ENTRIES run_mlr_for_auxents lecat --mono < $indir/line-ending-cr.bin run_mlr_for_auxents lecat --mono < $indir/line-ending-lf.bin run_mlr_for_auxents lecat --mono < $indir/line-ending-crlf.bin run_mlr_for_auxents_no_output termcvt --cr2lf < $indir/line-ending-cr.bin > $outdir/line-ending-temp-1.bin run_mlr_for_auxents_no_output termcvt --cr2crlf < $indir/line-ending-cr.bin > $outdir/line-ending-temp-2.bin run_mlr_for_auxents_no_output termcvt --lf2cr < $indir/line-ending-lf.bin > $outdir/line-ending-temp-3.bin run_mlr_for_auxents_no_output termcvt --lf2crlf < $indir/line-ending-lf.bin > $outdir/line-ending-temp-4.bin run_mlr_for_auxents_no_output termcvt --crlf2cr < $indir/line-ending-crlf.bin > $outdir/line-ending-temp-5.bin run_mlr_for_auxents_no_output termcvt --crlf2lf < $indir/line-ending-crlf.bin > $outdir/line-ending-temp-6.bin run_mlr_for_auxents hex < $outdir/line-ending-temp-1.bin run_mlr_for_auxents hex < $outdir/line-ending-temp-2.bin run_mlr_for_auxents hex < $outdir/line-ending-temp-3.bin run_mlr_for_auxents hex < $outdir/line-ending-temp-4.bin run_mlr_for_auxents hex < $outdir/line-ending-temp-5.bin run_mlr_for_auxents hex < $outdir/line-ending-temp-6.bin # ================================================================ # A key feature of this regression script is that it can be invoked from any # directory. Depending on the directory it's invoked from, the path to $outdir # may vary. Nonetheless for debugging it's crucial that we echo out each # command being executed -- here we use diff -I to skip the info lines and # focus the test on program output per se. echo echo ================================================================ echo "Differences between $expfile and $outfile:" # We run with 'set -e' all the way through this script, to die on error -- but # for the diff command we want to trap the error and die with a message, especially # when the diff is long. set +e diff -a -I '^mlr' -I '^cat' -C5 $expfile $outfile status=$? if [ $status -eq 0 ]; then echo "No differences were found between $expfile and $outfile" echo ================================================================ echo echo ALL REGRESSION TESTS PASSED echo Tests completed: $num_completed exit 0 else echo echo "Differences were found between $expfile and $outfile !" echo echo Tests completed: $num_completed exit 1 fi miller-5.6.2/c/regdiff000077500000000000000000000001311354153536500145730ustar00rootroot00000000000000#!/bin/bash diff -a -I '^mlr ' -I '^cat ' "$@" reg_test/expected/out output-regtest/out miller-5.6.2/c/stdlib.mlr000066400000000000000000000007551354153536500152500ustar00rootroot00000000000000 func mymapsum(map a, map b): map { for (k in b) { if (!haskey(a, k)) { a[k] = b[k]; 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static int do_stream_chained_to_stdout(context_t* pctx, sllv_t* pmapper_list, cli_opts_t* popts); static int do_file_chained(char* filename, context_t* pctx, lrec_reader_t* plrec_reader, sllv_t* pmapper_list, lrec_writer_t* plrec_writer, FILE* output_stream, cli_opts_t* popts); static sllv_t* chain_map(lrec_t* pinrec, context_t* pctx, sllve_t* pmapper_list_head); static void drive_lrec(lrec_t* pinrec, context_t* pctx, sllve_t* pmapper_list_head, lrec_writer_t* plrec_writer, FILE* output_stream); typedef void progress_indicator_t(context_t* pctx, long long nr_progress_mod); static void null_progress_indicator(context_t* pctx, long long nr_progress_mod); static void stderr_progress_indicator(context_t* pctx, long long nr_progress_mod); // ---------------------------------------------------------------- int do_stream_chained(context_t* pctx, sllv_t* pmapper_list, cli_opts_t* popts) { if (popts->do_in_place) { return do_stream_chained_in_place(pctx, popts); } else { return do_stream_chained_to_stdout(pctx, pmapper_list, popts); } } // ---------------------------------------------------------------- // For in-place mode, reconstruct the mappers on each input file. E.g. 'mlr -I head -n 2 // foo bar' should do head -n 2 on foo as well as on bar. // // I could have implemented this with a single construction of the mappers and having each // mapper implement a virtual reset() method. However, having effectively two initalizers // per mapper -- constructor and reset method -- I'd surely miss some logic somewhere. // With in-place mode being a less frequently used code path, this would likely lead to // latent bugs. So while it seems inelegant to re-parse part of the command line over and // over again to reconstruct mappers for each file, this approach leads to greater code // stability. static int do_stream_chained_in_place(context_t* pctx, cli_opts_t* popts) { MLR_INTERNAL_CODING_ERROR_IF(popts->filenames == NULL); MLR_INTERNAL_CODING_ERROR_IF(popts->filenames->length == 0); int ok = 1; // Read from each file name in turn for (sllse_t* pe = popts->filenames->phead; pe != NULL; pe = pe->pnext) { // Allocate reader, mappers, and writer individually for each file name. // This way CSV headers appear in each file, head -n 10 puts 10 rows for // each output file, and so on. lrec_reader_t* plrec_reader = lrec_reader_alloc_or_die(&popts->reader_opts); lrec_writer_t* plrec_writer = lrec_writer_alloc_or_die(&popts->writer_opts); // Note that the command-line parsers can operate destructively on argv, // e.g. verbs which take comma-delimited field names splitting on commas. // For this reason we need to duplicate argv on each run. We need to free // after processing in case mappers have retained pointers into argv. int argi = popts->mapper_argb; int unused; char** argv_copy = copy_argv(popts->original_argv); sllv_t* pmapper_list = cli_parse_mappers(argv_copy, &argi, popts->argc, popts, &unused); MLR_INTERNAL_CODING_ERROR_IF(pmapper_list->length < 1); // Should not have been allowed by the CLI parser. char* filename = pe->value; char* tempname = alloc_suffixed_temp_file_name(filename); FILE* output_stream = fopen(tempname, "wb"); if (output_stream == NULL) { perror("fopen"); fprintf(stderr, "%s: Could not open \"%s\" for write.\n", MLR_GLOBALS.bargv0, tempname); exit(1); } pctx->filenum++; pctx->filename = filename; pctx->fnr = 0; ok = do_file_chained(filename, pctx, plrec_reader, pmapper_list, plrec_writer, output_stream, popts) && ok; // For in-place mode, there's no breaking from the loop over input files. Just an early // return from the mapper chain, which has already just happened. if (pctx->force_eof == TRUE) // e.g. mlr head pctx->force_eof = FALSE; // Mappers and writers receive end-of-stream notifications via null input record. // Do that, now that data from the input file have been exhausted. drive_lrec(NULL, pctx, pmapper_list->phead, plrec_writer, output_stream); // Drain the pretty-printer. plrec_writer->pprocess_func(plrec_writer->pvstate, output_stream, NULL, pctx); fclose(output_stream); int rc = rename(tempname, filename); if (rc != 0) { perror("rename"); fprintf(stderr, "%s: Could not rename \"%s\" to \"%s\".\n", MLR_GLOBALS.bargv0, tempname, filename); exit(1); } free(tempname); plrec_reader->pfree_func(plrec_reader); plrec_writer->pfree_func(plrec_writer, pctx); mapper_chain_free(pmapper_list, pctx); free_argv_copy(argv_copy); } return ok; } // ---------------------------------------------------------------- static int do_stream_chained_to_stdout(context_t* pctx, sllv_t* pmapper_list, cli_opts_t* popts) { FILE* output_stream = stdout; lrec_reader_t* plrec_reader = lrec_reader_alloc_or_die(&popts->reader_opts); lrec_writer_t* plrec_writer = lrec_writer_alloc_or_die(&popts->writer_opts); MLR_INTERNAL_CODING_ERROR_IF(pmapper_list->length < 1); // Should not have been allowed by the CLI parser. int ok = 1; if (popts->filenames == NULL) { // No input at all } else if (popts->filenames->length == 0) { // Zero file names means read from standard input pctx->filenum++; pctx->filename = "(stdin)"; pctx->fnr = 0; ok = do_file_chained("-", pctx, plrec_reader, pmapper_list, plrec_writer, output_stream, popts) && ok; } else { // Read from each file name in turn for (sllse_t* pe = popts->filenames->phead; pe != NULL; pe = pe->pnext) { char* filename = pe->value; pctx->filenum++; pctx->filename = filename; pctx->fnr = 0; ok = do_file_chained(filename, pctx, plrec_reader, pmapper_list, plrec_writer, output_stream, popts) && ok; if (pctx->force_eof == TRUE) // e.g. mlr head break; } } // Mappers and writers receive end-of-stream notifications via null input record. // Do that, now that data from all input file(s) have been exhausted. drive_lrec(NULL, pctx, pmapper_list->phead, plrec_writer, output_stream); // Drain the pretty-printer. plrec_writer->pprocess_func(plrec_writer->pvstate, output_stream, NULL, pctx); plrec_reader->pfree_func(plrec_reader); plrec_writer->pfree_func(plrec_writer, pctx); return ok; } // ---------------------------------------------------------------- static int do_file_chained(char* filename, context_t* pctx, lrec_reader_t* plrec_reader, sllv_t* pmapper_list, lrec_writer_t* plrec_writer, FILE* output_stream, cli_opts_t* popts) { void* pvhandle = plrec_reader->popen_func(plrec_reader->pvstate, popts->reader_opts.prepipe, filename); progress_indicator_t* pindicator = popts->nr_progress_mod == 0LL ? null_progress_indicator : stderr_progress_indicator; // Start-of-file hook, e.g. expecting CSV headers on input. plrec_reader->psof_func(plrec_reader->pvstate, pvhandle); while (1) { lrec_t* pinrec = plrec_reader->pprocess_func(plrec_reader->pvstate, pvhandle, pctx); if (pinrec == NULL) break; if (pctx->force_eof == TRUE) { // e.g. mlr head lrec_free(pinrec); break; } pctx->nr++; pctx->fnr++; pindicator(pctx, popts->nr_progress_mod); drive_lrec(pinrec, pctx, pmapper_list->phead, plrec_writer, output_stream); } plrec_reader->pclose_func(plrec_reader->pvstate, pvhandle, popts->reader_opts.prepipe); return 1; } // ---------------------------------------------------------------- static void drive_lrec(lrec_t* pinrec, context_t* pctx, sllve_t* pmapper_list_head, lrec_writer_t* plrec_writer, FILE* output_stream) { sllv_t* outrecs = chain_map(pinrec, pctx, pmapper_list_head); if (outrecs != NULL) { for (sllve_t* pe = outrecs->phead; pe != NULL; pe = pe->pnext) { lrec_t* poutrec = pe->pvvalue; if (poutrec != NULL) // writer frees records (sllv void-star payload) plrec_writer->pprocess_func(plrec_writer->pvstate, output_stream, poutrec, pctx); } sllv_free(outrecs); // we free the list } } // ---------------------------------------------------------------- // Map a single input record (maybe null at end of input stream) to zero or // more output records. // // Return: list of lrec_t*. Input: lrec_t* and list of mapper_t*. static sllv_t* chain_map(lrec_t* pinrec, context_t* pctx, sllve_t* pmapper_list_head) { mapper_t* pmapper = pmapper_list_head->pvvalue; sllv_t* outrecs = pmapper->pprocess_func(pinrec, pctx, pmapper->pvstate); if (pmapper_list_head->pnext == NULL) { return outrecs; } else if (outrecs == NULL) { // end of input stream return NULL; } else { sllv_t* nextrecs = sllv_alloc(); for (sllve_t* pe = outrecs->phead; pe != NULL; pe = pe->pnext) { lrec_t* poutrec = pe->pvvalue; sllv_t* nextrecsi = chain_map(poutrec, pctx, pmapper_list_head->pnext); sllv_transfer(nextrecs, nextrecsi); sllv_free(nextrecsi); } sllv_free(outrecs); return nextrecs; } } // ---------------------------------------------------------------- static void stderr_progress_indicator(context_t* pctx, long long nr_progress_mod) { long long remainder = pctx->nr % nr_progress_mod; if (remainder == 0) { fprintf(stderr, "NR=%lld FNR=%lld FILENAME=%s\n", pctx->nr, pctx->fnr, pctx->filename); } } static void null_progress_indicator(context_t* pctx, long long nr_progress_mod) { } miller-5.6.2/c/stream/stream.h000066400000000000000000000005221354153536500162020ustar00rootroot00000000000000#ifndef STREAM_H #define STREAM_H #include "cli/mlrcli.h" #include "lib/context.h" #include "containers/slls.h" #include "containers/sllv.h" #include "input/lrec_readers.h" #include "mapping/mappers.h" #include "output/lrec_writers.h" int do_stream_chained(context_t* pctx, sllv_t* pmapper_list, cli_opts_t* popts); #endif // STREAM_H miller-5.6.2/c/todo.txt000066400000000000000000000372361354153536500147650ustar00rootroot00000000000000================================================================ BUGFIXES * follow-on for pre-existing unset/typed-overlay issue ================================================================ TOP OF LIST multi-language perf writeup -- to draft release notes poki updates: * all expand-all/collapse-all, h1's, etc. could be autogenned -- ? ? fold back to gh/jk/poki quick doc: * multi-join @ FAQ * doc/bld note for vgrun oo - git log; find last release - git diff -r xxxxx reg_test/run - export indir=./reg_test/input - vgrun mlr ... * sort-within-records * LUA-style * inf/nan in strings ... * linear rename: - new UTs ================================================================ * uniq: o UT cases x all o faqent w/ ref to head -n 1 -g - xxx - xxx - xxx ! dirname/basename functions ! * MILLER_{MAJOR/MINOR/MICRO} builtins ? airable: !! --gen: * olh/mld * mlrval.?/mvfuncs.? -> lib; then support mv_t @ gen-reader * w/ multiple file names it gens twice. abend unless #infile==0. -> also '$z=FILENAME' says '(stdin)' :( ! stdout fflushes .. ! mld/mlh stats1 regex cookbook/10min examples ! termcvt -I ! aux-list -> main help; dox too * UT unhex ! faqent/cookbook/more: mlr termcvt --cr2lf foo.csv.cr > foo.csv * reg_test/run --mlrexec flag * across-all/regex x stats1 / many verbs k stats1 functionality k UT k stats1 --help - merge-fields -x - how many others for incremental release? stats2? * more json handling: topmost/second-topmost array, put nidx-style as with dkvp. ?? JIT conversion (#150)? makes a mess of the disposition matrices; bleah. but the outcome would be nice. ---------------------------------------------------------------- non-airable: ? bash completion script ? ! fix autoreconf timestamp wtf ! ASAN build @ travis ! -> doesn't look quite right at travis -> to release notes if successful * --barred & autodetect notes @ the long issue ! rm temp-junk files ! ! pokipush ! write-temp-file abend on negfd etc * rh/fedora/centos * travis clang build w/ asan ? ---------------------------------------------------------------- other: ? coroutines (r/w pipes)? o maybe not now: need notion of # lines in/out which, simplest case, are 1-1, but in the more general case might not be. o coexec as well as shellout; stderr caveats x both ================================================================ MAPVAR CHECKLIST: * MT_ERROR vs. fatal vs. skip assign. iron it out. * more generally, audit error-handling for consistency: - absent/skip - '(error)' - abend - coerce -> doc smoothouts for 5.0.0 incompat notes - e.g. non-string =~ regex: coerce LHS to string? * feels weird: '$*=3' is a syntax error but 'o=3;$*=o' is not. also '@*=3' is not a syntax error. * death knell for mv-only evaluators: this is a syntax error: mlr put -q 'o = haskey(NR==4 ? {"a": NF} : {"b": NF}, "a"); print "NR=".NR.",haskeya=".o' * gross: $*=splitkv(...) results in string keys always. strengthen the typed overlay for filter/put? lhmsmv -> mlhmmv?? need to be careful with int-key gets ... char* field_name in many places ... * debt-reduction ! naming conventions to clarify transfer/copy semantics - copy/ref of keys vs. values in mlhmmv, local_stack, and callees -- ?!? * clarify ownership semantics in localstack & mlhmmv via function names, & top-of-file comments ================================================================ 5.4.0 ideas: ---------------------------------------------------------------- ! multi-field x many verbs: -f/-r field-name-spec opportunities throughout which verbs: k stats1 (done in 5.2.0) * stats2 * merge-fields -x - count-distinct - sec2gmt/seg2gmtdate - step - top ? uniq -g ? sample -g ? head -g ? tail -g ? reorder ? bar ? histogram ? label ? nest ? sort ? decimate -g ? join ---------------------------------------------------------------- ? weighted stats? * xxxes * mt_error/fatal/skip-assign audit ! more than 'syntax error' from lemon-parse failures ... lemon API research ? some sort of debug/single-step/trace ... include the AST in the CST & reverse-generate ? * seqgen as input lrec "reader"? the seqgen verb doesn't (and shouldn't) step NR. ? free vs. free_contents names ? * emph override wording: from rel notes. "Likewise --ofs, --ors, --ops, --jvstack, and all other output-formatting options from the main help at mlr -h and/or man mlr default to the main command-line options, and may be overridden with flags supplied to mlr put and mlr tee." ? some help for keyword clashes? e.g. 'func E(x) { ... }' ? * bargv0 throughout, replacing "mlr" and argv[0] both. (former against name-changes; latter against /usr/bin/mlr.) * prune unused functions ? mlr step -a shift --by {n} ? --imd ? * bool_t:uchar typedef & perf check? COOK: * use: https://github.com/petewarden/dstkdata mlr --from ../data/big.dkvp put -q ' #weight = $y; #weight = $y * $y; weight = $i; @sumwx[$a] += weight * $i; @sumw[$a] += weight; @sumx[$a] += $i; @sumn[$a] += 1; end { map wmean = {}; map mean = {}; for (a in @sumwx) { wmean[a] = @sumwx[a] / @sumw[a] } for (a in @sumx) { mean[a] = @sumx[a] / @sumn[a] } emit wmean, "a"; emit mean, "a"; }' COMPARES: * https://github.com/shenwei356/csvtk * http://csvkit.readthedocs.io/en/540/ * https://github.com/BurntSushi/xsv * https://github.com/eBay/tsv-utils-dlang * https://www.gnu.org/software/datamash/manual/datamash.html ================================================================ 5.4.0 IDEAS: !! coroutines: line-oriented; operate on field(s); r/w popen * json_encode / json_decode functions? (map->string and string->map) - array handling ... * option to inhibit dquot of int map keys on dump ! fix for srec keys ! * expose strcmp & strcasecmp for lhm sorting * expose movefirst/movelast funcs * mlr sort --fold! * mlr paste (sjackman) * dump @records after @records[NR]=$*: json "1" rather than 1 indices are b04k3d. make a cliopt. * regexes for IPS/IFS/IRS; also in mlr nest etc. !!?? disallow implicit assignment? force w/ var at least?? - w/ implicit: for (...) {sum += x} FUBAR - w/o implicit: sad panda cannot type 'x=1' -> at least make an mld:ref note about it. * perf profile ! sortk sortv sortf -> how to compare map-valued keys on sortv? recurse? -> string keys before/after int? -> keys: int before string before map -> values? o definitely intermix int & float o definitely intermix empty & string o definitely num before string. o definitely maps after that. o what about boolean? o what about error/absent? -> how to incorporate numeric & lexical flags -- defer all complexity to sortf? ? compile-time checks between locals, fcnargs, fcnretvals -- if unsatisfiable by typing (irrespective of later stream data) then throw at compile time. * poki-run no '$ ' for comment lines ? maybe some sort of collections-API logic to complement for-loops? important, or just fun to code up? ? map-literal grammar as separate parser? - replace existing json parser? - use this for streaming parser? - implement byte-getter with fgetc to keep reading until closing bracket? ? 'null' JSON syntax -- what syntactic meaning for miller? mv_absent or mv_empty, neither would render back as 'null' on output. yet i also don't want another null-type. ? support JSON arrays: - allow them in map-literal input - allow them in JSON record input - add mlhmmv array type, complementing map type - negative-index read semantics (backwards index) - out-of-bounds read semantics (mv_absent) - -out-of-bounds write semantics (array extend) - for srec-to-mlhmmv: loop over level & if all integer keys & all in sequence, treat as array ? array/list types? [a,b,c] ? set types? {a,b,c} (vs. map {a:1,b:2,c:3}) ? maybe overkill (map covers array & set) but with those there would be solid collections coverage. ---------------------------------------------------------------- EXECUTION TRACE: ! missing operators $ mlr --from ../c/s put -T 'int a=1;var b=a[2]' TRACE (int a 1) TRACE (var b (a 2)) ! trace *assignments* (mutations of pvars state) * work through the grammar & neaten up pnode->text instances, now that these names are user-visible. * mld. note it's an AST dump, not source-level. * maybe go through and replace (...)-style with AST-to-source formatting ... * UT ! this is all very cute tracing at source-level but would be significantly more useful with values shown. ---------------------------------------------------------------- SYNTAX ERROR IMPROVEMENT: * try to get some source-level info in there. http://archive.oreilly.com/pub/a/linux/excerpts/9780596155971/error-reporting-recovery.html ---------------------------------------------------------------- ? double-quote-aware (non-lite) nidx & dkvp options? ? comma-number -- using locale? * MLRPATH ---------------------------------------------------------------- ? narrative/slides doc ... ? stdin-then-tail-f ? CONVFMT? IGNORECASE? MLRPATH? * lrec get followed by put/remove: getext variant returning node for unlink, valpoke, or null == append to avoid double-searching. * 64-bit lengths for containers. test with 5-billion-integer-seq data. ---------------------------------------------------------------- MORE * look into 'perf' * linreg in terms of stats only ... check py book * cat/cut langcomps (w/ gh links) -> perf page * pipe-viewer-like feature to stderr? * stats1/stats2 sliding-window feature? and/or with ewma-coefficients (much easier) - mean/stddev/var; skew/kurt? - linregs; corr/cov? ? also, option of weighted stats w/ explicit weights field? ? maybe just EWMA with well-known sumw followed by then-chaining. write up the weights if so? * tbin/ok -> cookbook * debian screenshot * ruby @ optextdep @ mld; poki+mkman * stdin filename keyword for read-from-file-then-tail-f mode (e.g. mlr etc) - needs refactor for lrec_reader_alloc callsite * perf page: (1) redo; (2) note GNU/etc; (3) compare to mawk (http://invisible-island.net/mawk/) * EOS comments thruout * valgrind note @ new dev page/section * join: final sllv_free in destructor (lo-pri) * anim ref https://github.com/edi9999/path-extractor * benchmark lua per se * benchmark lua-jit * bug or feature? near-overflow case: $ mlr sort -n x reg_test/input/near-ovf.dkvp x=9223372036854775807,y=-9223372036854775803 x=9223372036854775804,y=-9223372036854775804 x=9223372036854775801,y=-9223372036854775801 x=9223372036854775806,y=-9223372036854775805 x=9223372036854775803,y=-9223372036854775807 x=9223372036854775802,y=-9223372036854775806 x=9223372036854775805,y=-9223372036854775802 ---------------------------------------------------------------- COOKBOOK/FAQ/ETC.: * cookbook: - eval stuff from https://github.com/johnkerl/miller/issues/88 $ mlr --csvlite stats2 -a linreg-pca -f x,y x x_y_pca_m,x_y_pca_b,x_y_pca_n,x_y_pca_quality 1.030300,0.949250,4,0.999859 $ mlr --csvlite --odkvp --ofs semicolon stats2 -a linreg-pca -f x,y x x_y_pca_m=1.030300;x_y_pca_b=0.949250;x_y_pca_n=4;x_y_pca_quality=0.999859 $ eval $(mlr --csvlite --odkvp --ofs semicolon stats2 -a linreg-pca -f x,y x) $ echo $x_y_pca_m 1.030300 - hold-and-fit regressor doc: 'then put' for residuals; note avoids two-pass & the saving of fit parameters - histo w/ min/max is effectively 2-pass (unless you have prior knowledge about the data). note count-distinct w/ int() func. - two-pass lin/logi reg vs. hold-and-fit. - very specific R/mysql/etc inouts - polyglottal dkvp/etc production. - very specific examples of sed/grep/etc preprocessing to structurize semi-structured data (e.g. logs) - checku.dash -> cookbook * faqents: - rsum as proxy for per-record/agg-only mixed output * other doc besides cookbook & faq: - R doc: ! xref @ covers x 2 ! be very clear streaming vs. dataframe -- each has things the other can't do ! emph mlr has light stats but for heavyweight analysis use R et al. * --mmap @ mlr -h ================================================================ * ect feature? -> maybe better in cookbook ... - in1 optional: t (epoch seconds); default systime() - in2: nleft - in3 optional: target #/field name - in optional: -s flag or not - out1: etchours - out2: etcstamp o expose mapper_stats2_alloc o expose mapper_cut_alloc o encapsulate the following: mlr put '$t=systime()' \ then filter 'NR>4' \ then put '$nleft=$target-$n' \ then stats2 -s -a linreg-pca -f t,nleft \ then put '$etc= -$t_n_pca_b/$t_n_pca_m; $etcstamp=sec2gmt($etc); $etchours=($etc-systime())/3600.0' * mlr step -a from-first -f t \ then cut -o -f t_from_first,ntodo \ then step -a ewma -d 0.005,0.01,0.1 -o a,b,c -f ntodo \ then stats2 -s -a linreg-pca -f \ t_from_first,ntodo,t_from_first,ntodo_ewma_a,t_from_first,ntodo_ewma_b,t_from_first,ntodo_ewma_c \ then put ' $ect0 = -$t_from_first_ntodo_pca_b/$t_from_first_ntodo_pca_m; $ecta = -$t_from_first_ntodo_ewma_a_pca_b/$t_from_first_ntodo_ewma_a_pca_m; $ectb = -$t_from_first_ntodo_ewma_b_pca_b/$t_from_first_ntodo_ewma_b_pca_m; $ectc = -$t_from_first_ntodo_ewma_c_pca_b/$t_from_first_ntodo_ewma_c_pca_m ' \ then cut -o -f t_from_first,ect0,ecta,ectb,ectc ---------------------------------------------------------------- * introduce a fourth, padding separator for all formats? (for leading/trailing strip/skip.) o allows 'x = 10' in DKVP o allows right-justified keys in XTAB ? wiki quickselect ? * hash-collision ifdef instrumentation -> maybe find a better hash function out there * lemon in-dir -- cf wiz note * gprof link with -lc on FreeBSD -- ? ================================================================ DOC * Note that PCA is better than OLS for roundoff error (sum of squares ...): grep red data/multicountdown.txt | head -n 13 | mlr --opprint stats2 -a linreg-ols -f t,count grep red data/multicountdown.txt | head -n 14 | mlr --opprint stats2 -a linreg-ols -f t,count ================================================================ IMPROVEMENTS * run go/d/etc on sprax & include #'s in perf pg, and/or rm xref in the latter & just post xlang perf #'s there * link to gh/jk/m xlang impls ... and/or cardify their sources :) ... or maybe just link to gh/jk/m xlang dir * ack c impl has been repeatedly optimized but even the original version (also cutc.c ...) outperforms * update t1.rb including numeric sort; fix appropriateness of -t= * more use of restrict pointers ... ? ================================================================ PYTHON * pgr + stats_m same I/O modules?? ================================================================ FYI shell: mlr put '$z=$x+$y' lldb: run put "\$z=\$x+\$y" http://include-what-you-use.org/ ---------------------------------------------------------------- https://fedoraproject.org/wiki/How_to_create_an_RPM_package https://wiki.centos.org/HowTos/Packages/ContributeYourRPMs https://lists.centos.org/pipermail/centos/2012-September/129227.html https://fedoraproject.org/wiki/Join_the_package_collection_maintainers https://fedoraproject.org/wiki/How_to_get_sponsored_into_the_packager_group https://fedoraproject.org/wiki/Package_Review_Process https://docs.fedoraproject.org/ro/Fedora_Draft_Documentation/0.1/html/RPM_Guide/ch11s03.html http://wiki.networksecuritytoolkit.org/nstwiki/index.php/HowTo_Create_A_Patch_File_For_A_RPM ---------------------------------------------------------------- Squash commits by: brew update git checkout $YOUR_BRANCH git rebase --interactive origin/master mark each commit other than the first as "squash" or "fixup" git push -f http://codeinthehole.com/writing/pull-requests-and-other-good-practices-for-teams-using-github/ miller-5.6.2/c/tools/000077500000000000000000000000001354153536500144045ustar00rootroot00000000000000miller-5.6.2/c/tools/clean-valgrind-output000077500000000000000000000023051354153536500205560ustar00rootroot00000000000000#!/bin/bash # E.g. for filtering the output of reg_test/run --valgrind. # This just strips out some false positives, e.g. system-level stuff not # relevant to Miller itself. mgrepv is at # https://github.com/johnkerl/scripts/blob/master/fundam/mgrepv sed 's/^==.*== //' "$@" | swipe \ | sed 's/--[0-9]*-- UNKNOWN.*//' \ | mgrepv dyld \ | mgrepv copySwiftV1MangledName \ | mgrepv 'LEAK SUMMARY' \ | mgrepv 'HEAP SUMMARY' \ | grep -v 'ERROR SUMMARY' \ | grep -v 'Memcheck,' \ | grep -v 'Copyright' \ | grep -v 'Using Valgrind' \ | grep -v 'For counts of' \ | mgrepv 'mlr_try_float_from_string' \ | mgrepv '__snprintf_chk' \ | mgrepv 'vsscanf_l' \ | mgrepv 'handle_ld_preload' \ | mgrepv 'NXMapRemove' \ | mgrepv '_platform_memchr' \ | mgrepv 'xpc_pipe_routine' \ | grep -v 'MACH_SEND_TRAILER' \ | mgrepv 'mlr_dsl_lexer_lex' \ | mgrepv 'yyreduce' \ | mgrepv 'unbackslash' \ | mgrepv 'cli_sep_from_arg' \ | mgrepv 'join_bucket_keeper_alloc' \ | mgrepv 'join_bucket_keeper_emit' \ | mgrepv 'handle_env_assignment' \ | mgrepv 'file_ingestor_stdio_vopen' \ | mgrepv 'lrec_reader_stdio_json_sof' \ | cat #| mgrepv 'shared_parse_cli' \ #| mgrepv 'parse_command_line' miller-5.6.2/c/tools/mcountlines000077500000000000000000000007561354153536500167020ustar00rootroot00000000000000#!/bin/sh wc -l \ cli/*.[ch] \ containers/*.[ch] \ dsl/*.[ch] \ input/*.[ch] \ lib/*.[ch] \ mapping/*.[ch] \ output/*.[ch] \ parsing/mlr*.[ly] \ parsing/mlr*wrapper*.[ch] \ stream/*.[ch] \ unit_test/*.[ch] \ | sort -n echo wc -c \ cli/*.[ch] \ containers/*.[ch] \ dsl/*.[ch] \ input/*.[ch] \ lib/*.[ch] \ mapping/*.[ch] \ output/*.[ch] \ parsing/mlr*.[ly] \ parsing/mlr*wrapper*.[ch] \ stream/*.[ch] \ unit_test/*.[ch] \ | sort -n | tail -n 5 miller-5.6.2/c/tools/mxm000077500000000000000000000001431354153536500151310ustar00rootroot00000000000000#!/bin/bash # For realigning disposition matrices, e.g. in vim using !} liit "$@" | sed 's/^ }/}/' miller-5.6.2/c/tools/neaten-valgrind-output000077500000000000000000000004501354153536500207450ustar00rootroot00000000000000#!/bin/bash mlr --nidx --rs '\n\n' --fs '\001' put -q ' $1 =~ "^mlr " || $1 =~ "Command.*termcvt" || $1 =~ "Command.*lecat" || $1 =~ "Command.*hex" { @cmd = $1 } $1 =~ "by 0x" { @stack_trace = $1; @combined = @cmd."\n".@stack_trace; emit @combined } ' "$@" miller-5.6.2/c/tools/truncate000077500000000000000000000001311354153536500161520ustar00rootroot00000000000000#!/usr/bin/env ruby ARGV.each do |arg| File.write(arg, File.open(arg).read.strip) end miller-5.6.2/c/unit_test/000077500000000000000000000000001354153536500152625ustar00rootroot00000000000000miller-5.6.2/c/unit_test/Makefile.am000066400000000000000000000040471354153536500173230ustar00rootroot00000000000000 TESTS= $(check_PROGRAMS) check_PROGRAMS = test_mlrutil \ test_mlrregex \ test_argparse \ test_byte_readers \ test_line_readers \ test_peek_file_reader \ test_parse_trie \ test_lrec \ test_mlhmmv \ test_multiple_containers \ test_string_builder \ test_rval_evaluators \ test_join_bucket_keeper AM_CPPFLAGS= -I${srcdir}/.. 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int tests_failed = 0; int assertions_run = 0; int assertions_failed = 0; // ---------------------------------------------------------------- // Assumes null-termination of input array static int compute_argc(char** argv) { int argc = 0; while (*argv) { argv++; argc++; } return argc; } static char * test1() { int bflag1 = -4; int bflag2 = -5; int intv1 = -6; int intv2 = -7; int intv3 = -8; double fltv = -9.5; char* string = NULL; slls_t* plist = NULL; string_array_t* parray = NULL; ap_state_t* pstate = ap_alloc(); ap_define_true_flag(pstate, "-t", &bflag1); ap_define_false_flag(pstate, "-f", &bflag2); ap_define_int_value_flag(pstate, "-100", 100, &intv1); ap_define_int_value_flag(pstate, "-200", 200, &intv2); ap_define_int_flag(pstate, "-i", &intv3); ap_define_float_flag(pstate, "-d", &fltv); ap_define_string_flag(pstate, "-s", &string); ap_define_string_list_flag(pstate, "-S", &plist); ap_define_string_array_flag(pstate, "-A", &parray); char* argv[] = { "test-verb", NULL }; int argc = compute_argc(argv); char* verb = argv[0]; int argi = 1; mu_assert_lf(ap_parse(pstate, verb, &argi, argc, argv) == TRUE); mu_assert_lf(bflag1 == -4); mu_assert_lf(bflag2 == -5); mu_assert_lf(intv1 == -6); mu_assert_lf(intv2 == -7); mu_assert_lf(intv3 == -8); mu_assert_lf(fltv == -9.5); mu_assert_lf(string == NULL); mu_assert_lf(plist == NULL); mu_assert_lf(parray == NULL); mu_assert_lf(argi == 1); ap_free(pstate); return 0; } static char * test2() { int bflag1 = -4; int bflag2 = -5; int intv1 = -6; int intv2 = -7; int intv3 = -8; double fltv = -9.5; char* string = NULL; slls_t* plist = NULL; string_array_t* parray = NULL; ap_state_t* pstate = ap_alloc(); ap_define_true_flag(pstate, "-t", &bflag1); ap_define_false_flag(pstate, "-f", &bflag2); ap_define_int_value_flag(pstate, "-100", 100, &intv1); ap_define_int_value_flag(pstate, "-200", 200, &intv2); ap_define_int_flag(pstate, "-i", &intv3); ap_define_float_flag(pstate, "-d", &fltv); ap_define_string_flag(pstate, "-s", &string); ap_define_string_list_flag(pstate, "-S", &plist); ap_define_string_array_flag(pstate, "-A", &parray); char* argv[] = { "test-verb", "-t", "-f", "-100", "-200", "-i", "555", "-d", "4.25", "-s", "hello", "-S", mlr_strdup_or_die("a,b,c,d,e"), "-A", mlr_strdup_or_die("x,y,z"), "do", "re", "mi", NULL }; int argc = compute_argc(argv); char* verb = argv[0]; int argi = 1; mu_assert_lf(ap_parse(pstate, verb, &argi, argc, argv) == TRUE); mu_assert_lf(bflag1 == TRUE); mu_assert_lf(bflag2 == FALSE); mu_assert_lf(intv1 == 100); mu_assert_lf(intv2 == 200); mu_assert_lf(intv3 == 555); mu_assert_lf(fltv == 4.25); mu_assert_lf(string != NULL); mu_assert_lf(streq(string, "hello")); mu_assert_lf(plist != NULL); mu_assert_lf(slls_equals(plist, slls_from_line(mlr_strdup_or_die("a,b,c,d,e"), ',', FALSE))); mu_assert_lf(parray != NULL); mu_assert_lf(parray->length == 3); mu_assert_lf(streq(parray->strings[0], "x")); mu_assert_lf(streq(parray->strings[1], "y")); mu_assert_lf(streq(parray->strings[2], "z")); mu_assert_lf(argi == 15); ap_free(pstate); return 0; } // ================================================================ static char * all_tests() { mu_run_test(test1); mu_run_test(test2); return 0; } int main(int argc, char **argv) { mlr_global_init(argv[0], NULL); printf("TEST_ARGPARSE ENTER\n"); char *result = all_tests(); printf("\n"); if (result != 0) { printf("Not all unit tests passed\n"); } else { printf("TEST_ARGPARSE: ALL UNIT TESTS PASSED\n"); } printf("Tests passed: %d of %d\n", tests_run - tests_failed, tests_run); printf("Assertions passed: %d of %d\n", assertions_run - assertions_failed, assertions_run); return result != 0; } miller-5.6.2/c/unit_test/test_byte_readers.c000066400000000000000000000156371354153536500211510ustar00rootroot00000000000000#include #include #include #include "lib/mlr_arch.h" #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "lib/minunit.h" #include "lib/mlr_test_util.h" #include "input/byte_readers.h" int tests_run = 0; int tests_failed = 0; int assertions_run = 0; int assertions_failed = 0; // ---------------------------------------------------------------- static char* test_string_byte_reader() { byte_reader_t* pbr = string_byte_reader_alloc(); int ok = pbr->popen_func(pbr, NULL, ""); mu_assert_lf(ok == TRUE); // char defaults to unsigned on some platforms -- but, byte_reader_t API is // in terms of ints. mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); pbr->pclose_func(pbr, NULL); ok = pbr->popen_func(pbr, NULL, "a"); mu_assert_lf(ok == TRUE); mu_assert_lf(pbr->pread_func(pbr) == 'a'); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); pbr->pclose_func(pbr, NULL); ok = pbr->popen_func(pbr, NULL, "abc"); mu_assert_lf(ok == TRUE); mu_assert_lf(pbr->pread_func(pbr) == 'a'); mu_assert_lf(pbr->pread_func(pbr) == 'b'); mu_assert_lf(pbr->pread_func(pbr) == 'c'); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); pbr->pclose_func(pbr, NULL); return NULL; } // ---------------------------------------------------------------- static char* test_stdio_byte_reader_1() { byte_reader_t* pbr = stdio_byte_reader_alloc(); char* contents = ""; char* path = write_temp_file_or_die(contents); int ok = pbr->popen_func(pbr, NULL, path); mu_assert_lf(ok == TRUE); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); unlink_file_or_die(path); return NULL; } // ---------------------------------------------------------------- static char* test_stdio_byte_reader_2() { byte_reader_t* pbr = stdio_byte_reader_alloc(); char* contents = "abcdefg"; char* path = write_temp_file_or_die(contents); int ok = pbr->popen_func(pbr, NULL, path); mu_assert_lf(ok == TRUE); mu_assert_lf(pbr->pread_func(pbr) == 'a'); mu_assert_lf(pbr->pread_func(pbr) == 'b'); mu_assert_lf(pbr->pread_func(pbr) == 'c'); mu_assert_lf(pbr->pread_func(pbr) == 'd'); mu_assert_lf(pbr->pread_func(pbr) == 'e'); mu_assert_lf(pbr->pread_func(pbr) == 'f'); mu_assert_lf(pbr->pread_func(pbr) == 'g'); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); unlink_file_or_die(path); return NULL; } // ---------------------------------------------------------------- static char* test_stdio_byte_reader_reuse() { byte_reader_t* pbr = stdio_byte_reader_alloc(); char* contents = "abc"; char* path = write_temp_file_or_die(contents); int ok = pbr->popen_func(pbr, NULL, path); mu_assert_lf(ok == TRUE); mu_assert_lf(pbr->pread_func(pbr) == 'a'); mu_assert_lf(pbr->pread_func(pbr) == 'b'); mu_assert_lf(pbr->pread_func(pbr) == 'c'); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); unlink_file_or_die(path); contents = "defg"; path = write_temp_file_or_die(contents); ok = pbr->popen_func(pbr, NULL, path); mu_assert_lf(ok == TRUE); mu_assert_lf(pbr->pread_func(pbr) == 'd'); mu_assert_lf(pbr->pread_func(pbr) == 'e'); mu_assert_lf(pbr->pread_func(pbr) == 'f'); mu_assert_lf(pbr->pread_func(pbr) == 'g'); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); unlink_file_or_die(path); return NULL; } // ---------------------------------------------------------------- static char* test_mmap_byte_reader_1() { #if MLR_ARCH_MMAP_ENABLED byte_reader_t* pbr = mmap_byte_reader_alloc(); char* contents = ""; char* path = write_temp_file_or_die(contents); int ok = pbr->popen_func(pbr, NULL, path); mu_assert_lf(ok == TRUE); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); unlink_file_or_die(path); return NULL; #endif } // ---------------------------------------------------------------- static char* test_mmap_byte_reader_2() { #if MLR_ARCH_MMAP_ENABLED byte_reader_t* pbr = mmap_byte_reader_alloc(); char* contents = "abcdefg"; char* path = write_temp_file_or_die(contents); int ok = pbr->popen_func(pbr, NULL, path); mu_assert_lf(ok == TRUE); mu_assert_lf(pbr->pread_func(pbr) == 'a'); mu_assert_lf(pbr->pread_func(pbr) == 'b'); mu_assert_lf(pbr->pread_func(pbr) == 'c'); mu_assert_lf(pbr->pread_func(pbr) == 'd'); mu_assert_lf(pbr->pread_func(pbr) == 'e'); mu_assert_lf(pbr->pread_func(pbr) == 'f'); mu_assert_lf(pbr->pread_func(pbr) == 'g'); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); unlink_file_or_die(path); return NULL; #endif } // ---------------------------------------------------------------- static char* test_mmap_byte_reader_reuse() { #if MLR_ARCH_MMAP_ENABLED byte_reader_t* pbr = mmap_byte_reader_alloc(); char* contents = "abc"; char* path = write_temp_file_or_die(contents); int ok = pbr->popen_func(pbr, NULL, path); mu_assert_lf(ok == TRUE); mu_assert_lf(pbr->pread_func(pbr) == 'a'); mu_assert_lf(pbr->pread_func(pbr) == 'b'); mu_assert_lf(pbr->pread_func(pbr) == 'c'); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); unlink_file_or_die(path); contents = "defg"; path = write_temp_file_or_die(contents); ok = pbr->popen_func(pbr, NULL, path); mu_assert_lf(ok == TRUE); mu_assert_lf(pbr->pread_func(pbr) == 'd'); mu_assert_lf(pbr->pread_func(pbr) == 'e'); mu_assert_lf(pbr->pread_func(pbr) == 'f'); mu_assert_lf(pbr->pread_func(pbr) == 'g'); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); mu_assert_lf(pbr->pread_func(pbr) == EOF); unlink_file_or_die(path); return NULL; #endif } // ================================================================ static char * run_all_tests() { mu_run_test(test_string_byte_reader); mu_run_test(test_stdio_byte_reader_1); mu_run_test(test_stdio_byte_reader_2); mu_run_test(test_stdio_byte_reader_reuse); mu_run_test(test_mmap_byte_reader_1); mu_run_test(test_mmap_byte_reader_2); mu_run_test(test_mmap_byte_reader_reuse); return 0; } int main(int argc, char **argv) { mlr_global_init(argv[0], NULL); printf("TEST_BYTE_READERS ENTER\n"); char *result = run_all_tests(); printf("\n"); if (result != 0) { printf("Not all unit tests passed\n"); } else { printf("TEST_BYTE_READERS: ALL UNIT TESTS PASSED\n"); } printf("Tests passed: %d of %d\n", tests_run - tests_failed, tests_run); printf("Assertions passed: %d of %d\n", assertions_run - assertions_failed, assertions_run); return result != 0; } miller-5.6.2/c/unit_test/test_join_bucket_keeper.c000066400000000000000000000566721354153536500223340ustar00rootroot00000000000000#include #include #include "lib/minunit.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/lrec.h" #include "containers/sllv.h" #include "input/lrec_readers.h" #include "containers/join_bucket_keeper.h" #include "containers/mixutil.h" int tests_run = 0; int tests_failed = 0; int assertions_run = 0; int assertions_failed = 0; static int tjbk_verbose = FALSE; // ---------------------------------------------------------------- static sllv_t* make_records_empty() { sllv_t* precords = sllv_alloc(); return precords; } // ---------------------------------------------------------------- static sllv_t* make_records_113335() { sllv_t* precords = sllv_alloc(); sllv_append(precords, lrec_literal_2("l","1", "b","10")); sllv_append(precords, lrec_literal_2("l","1", "b","11")); sllv_append(precords, lrec_literal_2("l","3", "b","12")); sllv_append(precords, lrec_literal_2("l","3", "b","13")); sllv_append(precords, lrec_literal_2("l","3", "b","14")); sllv_append(precords, lrec_literal_2("l","5", "b","15")); return precords; } // ---------------------------------------------------------------- static sllv_t* make_records_het() { sllv_t* precords = sllv_alloc(); sllv_append(precords, lrec_literal_2("x","100", "b","10")); sllv_append(precords, lrec_literal_2("l","1", "b","11")); sllv_append(precords, lrec_literal_2("l","1", "b","12")); sllv_append(precords, lrec_literal_2("x","200", "b","13")); sllv_append(precords, lrec_literal_2("l","3", "b","14")); sllv_append(precords, lrec_literal_2("l","3", "b","15")); sllv_append(precords, lrec_literal_2("x","300", "b","16")); sllv_append(precords, lrec_literal_2("l","5", "b","17")); sllv_append(precords, lrec_literal_2("l","5", "b","18")); return precords; } // ---------------------------------------------------------------- static void set_up( sllv_t* precords, slls_t** ppleft_field_names, lrec_reader_t** ppreader) { slls_t* pleft_field_names = slls_alloc(); slls_append_no_free(pleft_field_names, "l"); lrec_reader_t* preader = lrec_reader_in_memory_alloc(precords); printf("left records:\n"); lrec_print_list_with_prefix(precords, " "); printf("\n"); *ppleft_field_names = pleft_field_names; *ppreader = preader; } static void emit(join_bucket_keeper_t* pkeeper, slls_t* pright_field_values, sllv_t** pprecords_paired, sllv_t** pprecords_left_unpaired) { if (tjbk_verbose) { printf("BEFORE EMIT\n"); join_bucket_keeper_print(pkeeper); printf("\n"); } join_bucket_keeper_emit(pkeeper, pright_field_values, pprecords_paired, pprecords_left_unpaired); if (tjbk_verbose) { printf("AFTER EMIT\n"); join_bucket_keeper_print(pkeeper); printf("\n"); } } static int list_is_null(sllv_t* plist, char* desc, char* rval) { if (plist == NULL) { printf("%-8s is null with rval=\"%s\"; ok\n", desc, rval); return TRUE; } else { printf("%-8s should be null with rval=\"%s\" and is not (length=%llu):\n", desc, rval, plist->length); lrec_print_list_with_prefix(plist, " "); return FALSE; } } static int list_has_length(sllv_t* plist, unsigned long long length, char* desc, char* rval) { if (plist == NULL) { printf("%-8s is null with rval=\"%s\" and should not be\n", desc, rval); return FALSE; } if (plist->length == length) { printf("%-8s length=%llu with rval=\"%s\"; ok:\n", desc, length, rval); lrec_print_list_with_prefix(plist, " "); return TRUE; } else { printf("%-8s length=%llu with rval=\"%s\" but should be %llu:\n", desc, plist->length, rval, length); lrec_print_list_with_prefix(plist, " "); return FALSE; } } // ---------------------------------------------------------------- static char* test_left_empty_right_empty() { printf("----------------------------------------------------------------\n"); printf("test_left_empty_right_empty enter\n"); slls_t* pleft_field_names; lrec_reader_t* preader; set_up(make_records_empty(), &pleft_field_names, &preader); join_bucket_keeper_t* pkeeper = join_bucket_keeper_alloc_from_reader(preader, NULL, NULL, pleft_field_names); sllv_t* precords_paired; sllv_t* precords_left_unpaired; emit(pkeeper, NULL, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", "(eof)")); mu_assert_lf(list_has_length(precords_left_unpaired, 0, "unpaired", "(eof)")); printf("\n"); printf("test_left_empty_right_empty exit\n"); printf("\n"); return 0; } // ---------------------------------------------------------------- static char* test_left_empty() { printf("----------------------------------------------------------------\n"); printf("test_left_empty enter\n"); slls_t* pleft_field_names; lrec_reader_t* preader; set_up(make_records_empty(), &pleft_field_names, &preader); join_bucket_keeper_t* pkeeper = join_bucket_keeper_alloc_from_reader(preader, NULL, NULL, pleft_field_names); sllv_t* precords_paired; sllv_t* precords_left_unpaired; slls_t* pright_field_values = slls_single_no_free("0"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); emit(pkeeper, NULL, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", "(eof)")); mu_assert_lf(list_has_length(precords_left_unpaired, 0, "unpaired", "(eof)")); printf("\n"); printf("test_left_empty exit\n"); printf("\n"); return 0; } // ---------------------------------------------------------------- static char* test_right_empty() { printf("----------------------------------------------------------------\n"); printf("test_right_empty enter\n"); slls_t* pleft_field_names; lrec_reader_t* preader; set_up(make_records_113335(), &pleft_field_names, &preader); join_bucket_keeper_t* pkeeper = join_bucket_keeper_alloc_from_reader(preader, NULL, NULL, pleft_field_names); sllv_t* precords_paired; sllv_t* precords_left_unpaired; emit(pkeeper, NULL, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", "(eof)")); mu_assert_lf(list_has_length(precords_left_unpaired, 6, "unpaired", "(eof)")); printf("\n"); printf("test_right_empty exit\n"); printf("\n"); return 0; } // ---------------------------------------------------------------- static char* test_unpaired_before_left_start() { printf("----------------------------------------------------------------\n"); printf("test_unpaired_before_left_start enter\n"); slls_t* pleft_field_names; lrec_reader_t* preader; set_up(make_records_113335(), &pleft_field_names, &preader); join_bucket_keeper_t* pkeeper = join_bucket_keeper_alloc_from_reader(preader, NULL, NULL, pleft_field_names); sllv_t* precords_paired; sllv_t* precords_left_unpaired; slls_t* pright_field_values = slls_single_no_free("0"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); emit(pkeeper, NULL, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", "(eof)")); mu_assert_lf(list_has_length(precords_left_unpaired, 6, "unpaired", "(eof)")); printf("\n"); printf("test_unpaired_before_left_start exit\n"); printf("\n"); return 0; } // ---------------------------------------------------------------- static char* test_unpaired_after_left_end() { printf("----------------------------------------------------------------\n"); printf("test_unpaired_after_left_end enter\n"); slls_t* pleft_field_names; lrec_reader_t* preader; set_up(make_records_113335(), &pleft_field_names, &preader); join_bucket_keeper_t* pkeeper = join_bucket_keeper_alloc_from_reader(preader, NULL, NULL, pleft_field_names); sllv_t* precords_paired; sllv_t* precords_left_unpaired; slls_t* pright_field_values = slls_single_no_free("6"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_has_length(precords_left_unpaired, 6, "unpaired", pright_field_values->phead->value)); printf("\n"); emit(pkeeper, NULL, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", "(eof)")); mu_assert_lf(list_has_length(precords_left_unpaired, 0, "unpaired", "(eof)")); printf("\n"); printf("test_unpaired_after_left_end exit\n"); printf("\n"); return 0; } // ---------------------------------------------------------------- static char* test_middle_pairings() { printf("----------------------------------------------------------------\n"); printf("test_middle_pairings enter\n"); slls_t* pleft_field_names; lrec_reader_t* preader; set_up(make_records_113335(), &pleft_field_names, &preader); join_bucket_keeper_t* pkeeper = join_bucket_keeper_alloc_from_reader(preader, NULL, NULL, pleft_field_names); sllv_t* precords_paired; sllv_t* precords_left_unpaired; slls_t* pright_field_values = slls_single_no_free("0"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("1"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_has_length(precords_paired, 2, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("1"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_has_length(precords_paired, 2, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); emit(pkeeper, NULL, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", "(eof)")); mu_assert_lf(list_has_length(precords_left_unpaired, 4, "unpaired", "(eof)")); printf("\n"); printf("test_middle_pairings exit\n"); printf("\n"); return 0; } // ---------------------------------------------------------------- static char* test_middle() { printf("----------------------------------------------------------------\n"); printf("test_middle enter\n"); slls_t* pleft_field_names; lrec_reader_t* preader; set_up(make_records_113335(), &pleft_field_names, &preader); join_bucket_keeper_t* pkeeper = join_bucket_keeper_alloc_from_reader(preader, NULL, NULL, pleft_field_names); sllv_t* precords_paired; sllv_t* precords_left_unpaired; slls_t* pright_field_values = slls_single_no_free("2"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_has_length(precords_left_unpaired, 2, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("2"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("3"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_has_length(precords_paired, 3, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); emit(pkeeper, NULL, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", "(eof)")); mu_assert_lf(list_has_length(precords_left_unpaired, 1, "unpaired", "(eof)")); printf("\n"); printf("test_middle exit\n"); printf("\n"); return 0; } // ---------------------------------------------------------------- static char* test_walk_through_all() { printf("----------------------------------------------------------------\n"); printf("test_walk_through_all enter\n"); slls_t* pleft_field_names; lrec_reader_t* preader; set_up(make_records_113335(), &pleft_field_names, &preader); join_bucket_keeper_t* pkeeper = join_bucket_keeper_alloc_from_reader(preader, NULL, NULL, pleft_field_names); sllv_t* precords_paired; sllv_t* precords_left_unpaired; slls_t* pright_field_values = slls_single_no_free("0"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("0"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("1"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_has_length(precords_paired, 2, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("1"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_has_length(precords_paired, 2, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("2"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("2"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("3"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_has_length(precords_paired, 3, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("3"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_has_length(precords_paired, 3, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("4"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("4"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("5"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_has_length(precords_paired, 1, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("5"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_has_length(precords_paired, 1, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("6"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); pright_field_values = slls_single_no_free("6"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_is_null(precords_left_unpaired, "unpaired", pright_field_values->phead->value)); printf("\n"); emit(pkeeper, NULL, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", "(eof)")); mu_assert_lf(list_has_length(precords_left_unpaired, 0, "unpaired", pright_field_values->phead->value)); printf("\n"); printf("test_walk_through_all exit\n"); printf("\n"); return 0; } // ---------------------------------------------------------------- static char* test_het_unpaired_before_left_start() { printf("----------------------------------------------------------------\n"); printf("test_het_unpaired_before_left_start enter\n"); slls_t* pleft_field_names; lrec_reader_t* preader; set_up(make_records_het(), &pleft_field_names, &preader); join_bucket_keeper_t* pkeeper = join_bucket_keeper_alloc_from_reader(preader, NULL, NULL, pleft_field_names); sllv_t* precords_paired; sllv_t* precords_left_unpaired; slls_t* pright_field_values = slls_single_no_free("0"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_has_length(precords_left_unpaired, 2, "unpaired", pright_field_values->phead->value)); printf("\n"); emit(pkeeper, NULL, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", "(eof)")); mu_assert_lf(list_has_length(precords_left_unpaired, 7, "unpaired", "(eof)")); printf("\n"); printf("test_het_unpaired_before_left_start exit\n"); printf("\n"); return 0; } // ---------------------------------------------------------------- static char* test_het_unpaired_after_left_end() { printf("----------------------------------------------------------------\n"); printf("test_het_unpaired_after_left_end enter\n"); slls_t* pleft_field_names; lrec_reader_t* preader; set_up(make_records_het(), &pleft_field_names, &preader); join_bucket_keeper_t* pkeeper = join_bucket_keeper_alloc_from_reader(preader, NULL, NULL, pleft_field_names); sllv_t* precords_paired; sllv_t* precords_left_unpaired; slls_t* pright_field_values = slls_single_no_free("6"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", pright_field_values->phead->value)); mu_assert_lf(list_has_length(precords_left_unpaired, 9, "unpaired", pright_field_values->phead->value)); printf("\n"); emit(pkeeper, NULL, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", "(eof)")); mu_assert_lf(list_has_length(precords_left_unpaired, 0, "unpaired", "(eof)")); printf("\n"); printf("test_het_unpaired_after_left_end exit\n"); printf("\n"); return 0; } // ---------------------------------------------------------------- static char* test_het_initial_pairing() { printf("----------------------------------------------------------------\n"); printf("test_het_initial_pairing enter\n"); slls_t* pleft_field_names; lrec_reader_t* preader; set_up(make_records_het(), &pleft_field_names, &preader); join_bucket_keeper_t* pkeeper = join_bucket_keeper_alloc_from_reader(preader, NULL, NULL, pleft_field_names); sllv_t* precords_paired; sllv_t* precords_left_unpaired; slls_t* pright_field_values = slls_single_no_free("1"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_has_length(precords_paired, 2, "paired", pright_field_values->phead->value)); mu_assert_lf(list_has_length(precords_left_unpaired, 2, "unpaired", pright_field_values->phead->value)); printf("\n"); emit(pkeeper, NULL, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", "(eof)")); mu_assert_lf(list_has_length(precords_left_unpaired, 5, "unpaired", "(eof)")); printf("\n"); printf("test_het_initial_pairing exit\n"); printf("\n"); return 0; } // ---------------------------------------------------------------- static char* test_het_middle_pairing() { printf("----------------------------------------------------------------\n"); printf("test_het_middle_pairing enter\n"); slls_t* pleft_field_names; lrec_reader_t* preader; set_up(make_records_het(), &pleft_field_names, &preader); join_bucket_keeper_t* pkeeper = join_bucket_keeper_alloc_from_reader(preader, NULL, NULL, pleft_field_names); sllv_t* precords_paired; sllv_t* precords_left_unpaired; slls_t* pright_field_values = slls_single_no_free("3"); emit(pkeeper, pright_field_values, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_has_length(precords_paired, 2, "paired", pright_field_values->phead->value)); mu_assert_lf(list_has_length(precords_left_unpaired, 5, "unpaired", pright_field_values->phead->value)); printf("\n"); emit(pkeeper, NULL, &precords_paired, &precords_left_unpaired); mu_assert_lf(list_is_null(precords_paired, "paired", "(eof)")); mu_assert_lf(list_has_length(precords_left_unpaired, 2, "unpaired", "(eof)")); printf("\n"); printf("test_het_middle_pairing exit\n"); printf("\n"); return 0; } // ================================================================ static char * run_all_tests() { mu_run_test(test_left_empty_right_empty); mu_run_test(test_left_empty); mu_run_test(test_right_empty); mu_run_test(test_unpaired_before_left_start); mu_run_test(test_unpaired_after_left_end); mu_run_test(test_middle_pairings); mu_run_test(test_middle); mu_run_test(test_walk_through_all); mu_run_test(test_het_unpaired_before_left_start); mu_run_test(test_het_unpaired_after_left_end); mu_run_test(test_het_initial_pairing); mu_run_test(test_het_middle_pairing); printf("----------------------------------------------------------------\n"); return 0; } int main(int argc, char **argv) { mlr_global_init(argv[0], NULL); printf("TEST_JOIN_BUCKET_KEEPER ENTER\n"); for (int argi = 1; argi < argc; argi++) { if (streq(argv[argi], "-v")) tjbk_verbose = TRUE; } char *result = run_all_tests(); printf("\n"); if (result != 0) { printf("Not all unit tests passed\n"); } else { printf("TEST_JOIN_BUCKET_KEEPER: ALL UNIT TESTS PASSED\n"); } printf("Tests passed: %d of %d\n", tests_run - tests_failed, tests_run); printf("Assertions passed: %d of %d\n", assertions_run - assertions_failed, assertions_run); return result != 0; } miller-5.6.2/c/unit_test/test_line_readers.c000066400000000000000000000674151354153536500211360ustar00rootroot00000000000000#include #include #include #include "lib/mlr_arch.h" #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "lib/minunit.h" #include "lib/mlr_test_util.h" #include "input/line_readers.h" int tests_run = 0; int tests_failed = 0; int assertions_run = 0; int assertions_failed = 0; // ---------------------------------------------------------------- static FILE* fopen_or_die(char* filename) { FILE* fp = fopen(filename, "r"); if (fp == NULL) { perror("fopen"); fprintf(stderr, "Couldn't open \"%s\" for read; exiting.\n", filename); exit(1); } return fp; } static void my_print_string(char* string) { printf("\n"); printf("Input data: ["); for (char* p = string; *p; p++) { if (*p == '\r') printf("\\r"); else if (*p == '\n') printf("\\n"); else printf("%c", *p); } printf("]\n"); } // ---------------------------------------------------------------- static char* test_mlr_alloc_read_line_single_delimiter() { char delimiter = '\n'; char* path = NULL; FILE* fp = NULL; char* contents = NULL; char* line = NULL; size_t linelen = 0; int do_auto_line_term = FALSE; context_t* pctx = NULL; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = ""; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); // Read past EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "\n"; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "abc\n"; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "abc\n\n"; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line 1 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); // Read line 2 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "\nabc\n"; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line 1 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); // Read line 2 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "\nabc"; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line 1 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); // Read line 2 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - return NULL; } // ---------------------------------------------------------------- static char* test_mlr_alloc_read_line_single_delimiter_with_autodetect() { char delimiter = '\n'; char* path = NULL; FILE* fp = NULL; char* contents = NULL; char* line = NULL; size_t linelen = 0; int do_auto_line_term = TRUE; context_t ctx; context_t* pctx = &ctx; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = ""; path = write_temp_file_or_die(contents); context_init_from_first_file_name(pctx, "fake-file-name"); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\n")); // Read past EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "\n"; path = write_temp_file_or_die(contents); context_init_from_first_file_name(pctx, "fake-file-name"); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\n")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\n")); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "\r\n"; path = write_temp_file_or_die(contents); context_init_from_first_file_name(pctx, "fake-file-name"); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\r\n")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\r\n")); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "abc\n"; path = write_temp_file_or_die(contents); context_init_from_first_file_name(pctx, "fake-file-name"); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\n")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\n")); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "abc\r\n"; path = write_temp_file_or_die(contents); context_init_from_first_file_name(pctx, "fake-file-name"); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\r\n")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\r\n")); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "abc\n\n"; path = write_temp_file_or_die(contents); context_init_from_first_file_name(pctx, "fake-file-name"); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line 1 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\n")); // Read line 2 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\n")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "\nabc\n"; path = write_temp_file_or_die(contents); context_init_from_first_file_name(pctx, "fake-file-name"); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line 1 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\n")); // Read line 2 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\n")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "\nabc"; path = write_temp_file_or_die(contents); context_init_from_first_file_name(pctx, "fake-file-name"); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line 1 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\n")); // Read line 2 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\n")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "\nabc\r\n"; path = write_temp_file_or_die(contents); context_init_from_first_file_name(pctx, "fake-file-name"); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line 1 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\n")); // Read line 2 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\n")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "\r\nabc\n"; path = write_temp_file_or_die(contents); context_init_from_first_file_name(pctx, "fake-file-name"); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line 1 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\r\n")); // Read line 2 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\r\n")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "\r\nabc"; path = write_temp_file_or_die(contents); context_init_from_first_file_name(pctx, "fake-file-name"); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line 1 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\r\n")); // Read line 2 line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); mu_assert_lf(pctx->auto_line_term_detected == TRUE); mu_assert_lf(streq(pctx->auto_line_term, "\r\n")); // Read to EOF line = mlr_alloc_read_line_single_delimiter(fp, delimiter, &linelen, do_auto_line_term, pctx); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - return NULL; } // ---------------------------------------------------------------- static char* test_mlr_alloc_read_line_multiple_delimiter() { char* delimiter = "xy\n"; int delimiter_length = strlen(delimiter); char* path = NULL; FILE* fp = NULL; char* contents = NULL; char* line = NULL; size_t linelen = 0; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = ""; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); // Read past EOF line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "xy\n"; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); // Read to EOF line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "axy\n"; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "a")); mu_assert_lf(linelen == strlen("a")); // Read to EOF line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "abcxy\n"; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); // Read to EOF line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "abcxy\nxy\n"; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line 1 line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); // Read line 2 line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); // Read to EOF line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "xy\nabcxy\n"; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line 1 line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); // Read line 2 line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); // Read to EOF line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "xy\nabc"; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line 1 line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); // Read line 2 line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); // Read to EOF line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "xy\nabcxy\n"; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line 1 line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); // Read line 2 line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); // Read to EOF line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - contents = "abcxy\nxy\ndef"; path = write_temp_file_or_die(contents); fp = fopen_or_die(path); linelen = 4; my_print_string(contents); // Read line 1 line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "abc")); mu_assert_lf(linelen == strlen("abc")); // Read line 2 line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "")); mu_assert_lf(linelen == strlen("")); // Read line 3 line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line != NULL); mu_assert_lf(streq(line, "def")); mu_assert_lf(linelen == strlen("def")); // Read to EOF line = mlr_alloc_read_line_multiple_delimiter(fp, delimiter, delimiter_length, &linelen); printf("linelen=%d line=\"%s\"\n", (int)linelen, line); mu_assert_lf(line == NULL); fclose(fp); unlink_file_or_die(path); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - return NULL; } // ================================================================ static char * run_all_tests() { printf("----------------------------------------------------------------\n"); printf("test_mlr_alloc_read_line_single_delimiter\n"); mu_run_test(test_mlr_alloc_read_line_single_delimiter); printf("\n"); printf("----------------------------------------------------------------\n"); printf("test_mlr_alloc_read_line_single_delimiter_with_autodetect\n"); mu_run_test(test_mlr_alloc_read_line_single_delimiter_with_autodetect); printf("\n"); printf("----------------------------------------------------------------\n"); printf("test_mlr_alloc_read_line_multiple_delimiter\n"); mu_run_test(test_mlr_alloc_read_line_multiple_delimiter); printf("\n"); printf("----------------------------------------------------------------\n"); return 0; } int main(int argc, char **argv) { mlr_global_init(argv[0], NULL); printf("TEST_LINE_READERS ENTER\n"); char *result = run_all_tests(); printf("\n"); if (result != 0) { printf("Not all unit tests passed\n"); } else { printf("TEST_LINE_READERS: ALL UNIT TESTS PASSED\n"); } printf("Tests passed: %d of %d\n", tests_run - tests_failed, tests_run); printf("Assertions passed: %d of %d\n", assertions_run - assertions_failed, assertions_run); return result != 0; } miller-5.6.2/c/unit_test/test_lrec.c000066400000000000000000000332441354153536500174200ustar00rootroot00000000000000#include #include #include "lib/minunit.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/lrec.h" #include "containers/sllv.h" #include "input/lrec_readers.h" int tests_run = 0; int tests_failed = 0; int assertions_run = 0; int assertions_failed = 0; // ---------------------------------------------------------------- static char* test_lrec_unbacked_api() { lrec_t* prec = lrec_unbacked_alloc(); mu_assert_lf(prec->field_count == 0); lrec_put(prec, "x", "3", NO_FREE); mu_assert_lf(prec->field_count == 1); mu_assert_lf(streq(lrec_get(prec, "x"), "3")); lrec_put(prec, "y", "4", NO_FREE); mu_assert_lf(prec->field_count == 2); mu_assert_lf(streq(lrec_get(prec, "x"), "3")); mu_assert_lf(streq(lrec_get(prec, "y"), "4")); lrec_put(prec, "x", "5", NO_FREE); mu_assert_lf(prec->field_count == 2); mu_assert_lf(streq(lrec_get(prec, "x"), "5")); mu_assert_lf(streq(lrec_get(prec, "y"), "4")); lrec_remove(prec, "x"); mu_assert_lf(prec->field_count == 1); mu_assert_lf(lrec_get(prec, "x") == NULL); // Non-replacing-rename case //lrec_dump_titled("Before rename", prec); lrec_rename(prec, "y", "z", FALSE); //lrec_dump_titled("After rename", prec); mu_assert_lf(prec->field_count == 1); mu_assert_lf(lrec_get(prec, "x") == NULL); mu_assert_lf(lrec_get(prec, "y") == NULL); mu_assert_lf(streq(lrec_get(prec, "z"), "4")); lrec_free(prec); // Replacing-rename case prec = lrec_unbacked_alloc(); lrec_put(prec, "x", "3", NO_FREE); lrec_put(prec, "y", "4", NO_FREE); lrec_put(prec, "z", "5", NO_FREE); mu_assert_lf(prec->field_count == 3); //lrec_dump_titled("Before rename", prec); lrec_rename(prec, "y", "z", FALSE); //lrec_dump_titled("After rename", prec); mu_assert_lf(prec->field_count == 2); mu_assert_lf(streq(lrec_get(prec, "x"), "3")); mu_assert_lf(lrec_get(prec, "y") == NULL); mu_assert_lf(streq(lrec_get(prec, "z"), "4")); lrec_free(prec); return NULL; } // ---------------------------------------------------------------- static char* test_lrec_dkvp_api() { char* line = mlr_strdup_or_die("w=2,x=3,y=4,z=5"); lrec_t* prec = lrec_parse_stdio_dkvp_single_sep(line, ',', '=', FALSE); mu_assert_lf(prec->field_count == 4); mu_assert_lf(streq(lrec_get(prec, "w"), "2")); mu_assert_lf(streq(lrec_get(prec, "x"), "3")); mu_assert_lf(streq(lrec_get(prec, "y"), "4")); mu_assert_lf(streq(lrec_get(prec, "z"), "5")); lrec_remove(prec, "w"); mu_assert_lf(prec->field_count == 3); mu_assert_lf(lrec_get(prec, "w") == NULL); // Non-replacing-rename case //lrec_dump_titled("Before rename", prec); lrec_rename(prec, "x", "u", FALSE); //lrec_dump_titled("After rename", prec); mu_assert_lf(prec->field_count == 3); mu_assert_lf(lrec_get(prec, "x") == NULL); mu_assert_lf(streq(lrec_get(prec, "u"), "3")); // Replacing-rename case //lrec_dump_titled("Before rename", prec); lrec_rename(prec, "y", "z", FALSE); //lrec_dump_titled("After rename", prec); mu_assert_lf(prec->field_count == 2); mu_assert_lf(streq(lrec_get(prec, "u"), "3")); mu_assert_lf(lrec_get(prec, "y") == NULL); mu_assert_lf(streq(lrec_get(prec, "z"), "4")); lrec_free(prec); return NULL; } // ---------------------------------------------------------------- static char* test_lrec_nidx_api() { char* line = mlr_strdup_or_die("a,b,c,d"); lrec_t* prec = lrec_parse_stdio_nidx_single_sep(line, ',', FALSE); mu_assert_lf(prec->field_count == 4); mu_assert_lf(streq(lrec_get(prec, "1"), "a")); mu_assert_lf(streq(lrec_get(prec, "2"), "b")); mu_assert_lf(streq(lrec_get(prec, "3"), "c")); mu_assert_lf(streq(lrec_get(prec, "4"), "d")); lrec_remove(prec, "1"); mu_assert_lf(prec->field_count == 3); mu_assert_lf(lrec_get(prec, "1") == NULL); // Non-replacing-rename case lrec_dump_titled("Before rename", prec); lrec_rename(prec, "2", "u", FALSE); lrec_dump_titled("After rename", prec); mu_assert_lf(prec->field_count == 3); mu_assert_lf(lrec_get(prec, "2") == NULL); mu_assert_lf(streq(lrec_get(prec, "u"), "b")); // Replacing-rename case lrec_dump_titled("Before rename", prec); lrec_rename(prec, "3", "4", FALSE); lrec_dump_titled("After rename", prec); mu_assert_lf(prec->field_count == 2); mu_assert_lf(streq(lrec_get(prec, "u"), "b")); mu_assert_lf(lrec_get(prec, "3") == NULL); mu_assert_lf(streq(lrec_get(prec, "4"), "c")); lrec_free(prec); return NULL; } // ---------------------------------------------------------------- static char* test_lrec_csv_api() { char* hdr_line = mlr_strdup_or_die("w,x,y,z"); slls_t* hdr_fields = split_csvlite_header_line_single_ifs(hdr_line, ',', FALSE); header_keeper_t* pheader_keeper = header_keeper_alloc(hdr_line, hdr_fields); char* data_line_1 = mlr_strdup_or_die("2,3,4,5"); lrec_t* prec_1 = lrec_parse_stdio_csvlite_data_line_single_ifs(pheader_keeper, "test-file", 999, data_line_1, ',', FALSE, FALSE); char* data_line_2 = mlr_strdup_or_die("6,7,8,9"); lrec_t* prec_2 = lrec_parse_stdio_csvlite_data_line_single_ifs(pheader_keeper, "test-file", 999, data_line_2, ',', FALSE, FALSE); mu_assert_lf(prec_1->field_count == 4); mu_assert_lf(prec_2->field_count == 4); mu_assert_lf(streq(lrec_get(prec_1, "w"), "2")); mu_assert_lf(streq(lrec_get(prec_1, "x"), "3")); mu_assert_lf(streq(lrec_get(prec_1, "y"), "4")); mu_assert_lf(streq(lrec_get(prec_1, "z"), "5")); mu_assert_lf(streq(lrec_get(prec_2, "w"), "6")); mu_assert_lf(streq(lrec_get(prec_2, "x"), "7")); mu_assert_lf(streq(lrec_get(prec_2, "y"), "8")); mu_assert_lf(streq(lrec_get(prec_2, "z"), "9")); lrec_remove(prec_1, "w"); mu_assert_lf(prec_1->field_count == 3); mu_assert_lf(prec_2->field_count == 4); mu_assert_lf(lrec_get(prec_1, "w") == NULL); mu_assert_lf(streq(lrec_get(prec_2, "w"), "6")); // Non-replacing-rename case //lrec_dump_titled("Before rename", prec_1); lrec_rename(prec_1, "x", "u", FALSE); //lrec_dump_titled("After rename", prec_1); mu_assert_lf(prec_1->field_count == 3); mu_assert_lf(lrec_get(prec_1, "x") == NULL); mu_assert_lf(streq(lrec_get(prec_1, "u"), "3")); // Replacing-rename case //lrec_dump_titled("Before rename", prec_2); lrec_rename(prec_2, "y", "z", FALSE); //lrec_dump_titled("After rename", prec_2); mu_assert_lf(prec_2->field_count == 3); mu_assert_lf(streq(lrec_get(prec_2, "w"), "6")); mu_assert_lf(streq(lrec_get(prec_2, "x"), "7")); mu_assert_lf(lrec_get(prec_2, "y") == NULL); mu_assert_lf(streq(lrec_get(prec_2, "z"), "8")); lrec_free(prec_1); lrec_free(prec_2); return NULL; } // ---------------------------------------------------------------- static char* test_lrec_csv_api_disjoint_allocs() { char* hdr_line = mlr_strdup_or_die("w,x,y,z"); slls_t* hdr_fields = split_csvlite_header_line_single_ifs(hdr_line, ',', FALSE); header_keeper_t* pheader_keeper = header_keeper_alloc(hdr_line, hdr_fields); char* data_line_1 = mlr_strdup_or_die("2,3,4,5"); lrec_t* prec_1 = lrec_parse_stdio_csvlite_data_line_single_ifs(pheader_keeper, "test-file", 999, data_line_1, ',', FALSE, FALSE); mu_assert_lf(prec_1->field_count == 4); mu_assert_lf(streq(lrec_get(prec_1, "w"), "2")); mu_assert_lf(streq(lrec_get(prec_1, "x"), "3")); mu_assert_lf(streq(lrec_get(prec_1, "y"), "4")); mu_assert_lf(streq(lrec_get(prec_1, "z"), "5")); lrec_remove(prec_1, "w"); mu_assert_lf(prec_1->field_count == 3); mu_assert_lf(lrec_get(prec_1, "w") == NULL); lrec_rename(prec_1, "x", "u", FALSE); mu_assert_lf(prec_1->field_count == 3); mu_assert_lf(lrec_get(prec_1, "x") == NULL); mu_assert_lf(streq(lrec_get(prec_1, "u"), "3")); lrec_free(prec_1); char* data_line_2 = mlr_strdup_or_die("6,7,8,9"); lrec_t* prec_2 = lrec_parse_stdio_csvlite_data_line_single_ifs(pheader_keeper, "test-file", 999, data_line_2, ',', FALSE, FALSE); mu_assert_lf(prec_2->field_count == 4); mu_assert_lf(streq(lrec_get(prec_2, "w"), "6")); mu_assert_lf(streq(lrec_get(prec_2, "x"), "7")); mu_assert_lf(streq(lrec_get(prec_2, "y"), "8")); mu_assert_lf(streq(lrec_get(prec_2, "z"), "9")); mu_assert_lf(prec_2->field_count == 4); mu_assert_lf(streq(lrec_get(prec_2, "w"), "6")); lrec_rename(prec_2, "y", "z", FALSE); mu_assert_lf(prec_2->field_count == 3); mu_assert_lf(streq(lrec_get(prec_2, "w"), "6")); mu_assert_lf(streq(lrec_get(prec_2, "x"), "7")); mu_assert_lf(lrec_get(prec_2, "y") == NULL); mu_assert_lf(streq(lrec_get(prec_2, "z"), "8")); lrec_free(prec_2); return NULL; } // ---------------------------------------------------------------- static char* test_lrec_xtab_api() { char* line_1 = mlr_strdup_or_die("w 2"); char* line_2 = mlr_strdup_or_die("x 3"); char* line_3 = mlr_strdup_or_die("y 4"); char* line_4 = mlr_strdup_or_die("z 5"); slls_t* pxtab_lines = slls_alloc(); slls_append_with_free(pxtab_lines, line_1); slls_append_with_free(pxtab_lines, line_2); slls_append_with_free(pxtab_lines, line_3); slls_append_with_free(pxtab_lines, line_4); lrec_t* prec = lrec_parse_stdio_xtab_single_ips(pxtab_lines, ' ', TRUE); mu_assert_lf(prec->field_count == 4); mu_assert_lf(streq(lrec_get(prec, "w"), "2")); mu_assert_lf(streq(lrec_get(prec, "x"), "3")); mu_assert_lf(streq(lrec_get(prec, "y"), "4")); mu_assert_lf(streq(lrec_get(prec, "z"), "5")); lrec_remove(prec, "w"); mu_assert_lf(prec->field_count == 3); mu_assert_lf(lrec_get(prec, "w") == NULL); // Non-replacing-rename case //lrec_dump_titled("Before rename", prec); lrec_rename(prec, "x", "u", FALSE); //lrec_dump_titled("After rename", prec); mu_assert_lf(prec->field_count == 3); mu_assert_lf(lrec_get(prec, "x") == NULL); mu_assert_lf(streq(lrec_get(prec, "u"), "3")); // Replacing-rename case //lrec_dump_titled("Before rename", prec); lrec_rename(prec, "y", "z", FALSE); //lrec_dump_titled("After rename", prec); mu_assert_lf(prec->field_count == 2); mu_assert_lf(streq(lrec_get(prec, "u"), "3")); mu_assert_lf(lrec_get(prec, "y") == NULL); mu_assert_lf(streq(lrec_get(prec, "z"), "4")); lrec_free(prec); return NULL; } // ---------------------------------------------------------------- static char* test_lrec_put_after() { printf("TEST_LREC_PUT_AFTER ENTER\n"); lrec_t* prec = lrec_literal_1("a", "1"); lrece_t* pe = NULL; printf("BEFORE: "); lrec_print(prec); mu_assert_lf(prec->field_count == 1); char* value = lrec_get_ext(prec, "nosuch", &pe); mu_assert_lf(value == NULL); mu_assert_lf(pe == NULL); value = lrec_get_ext(prec, "a", &pe); mu_assert_lf(value != NULL); mu_assert_lf(pe != NULL); mu_assert_lf(streq(value, "1")); lrec_put_after(prec, pe, "a", "2", NO_FREE); printf("AFTER : "); lrec_print(prec); mu_assert_lf(prec->field_count == 1); value = lrec_get_ext(prec, "a", &pe); mu_assert_lf(value != NULL); mu_assert_lf(pe != NULL); mu_assert_lf(streq(value, "2")); lrec_free(prec); prec = lrec_literal_1("a", "1"); printf("BEFORE: "); lrec_print(prec); value = lrec_get_ext(prec, "a", &pe); mu_assert_lf(pe != NULL); mu_assert_lf(streq(value, "1")); lrec_put_after(prec, pe, "b", "3", NO_FREE); printf("AFTER : "); lrec_print(prec); mu_assert_lf(prec->field_count == 2); value = lrec_get(prec, "a"); mu_assert_lf(value != NULL); mu_assert_lf(streq(value, "1")); value = lrec_get(prec, "b"); mu_assert_lf(value != NULL); mu_assert_lf(streq(value, "3")); mu_assert_lf(streq(prec->phead->key, "a")); mu_assert_lf(streq(prec->phead->pnext->key, "b")); mu_assert_lf(streq(prec->phead->value, "1")); mu_assert_lf(streq(prec->phead->pnext->value, "3")); mu_assert_lf(prec->phead->pnext->pnext == NULL); lrec_free(prec); prec = lrec_literal_2("a", "1", "b", "2"); printf("BEFORE: "); lrec_print(prec); mu_assert_lf(prec->field_count == 2); value = lrec_get_ext(prec, "a", &pe); mu_assert_lf(value != NULL); mu_assert_lf(pe != NULL); mu_assert_lf(streq(value, "1")); lrec_put_after(prec, pe, "z", "9", NO_FREE); printf("AFTER : "); lrec_print(prec); mu_assert_lf(prec->field_count == 3); mu_assert_lf(streq(prec->phead->key, "a")); mu_assert_lf(streq(prec->phead->pnext->key, "z")); mu_assert_lf(streq(prec->phead->pnext->pnext->key, "b")); mu_assert_lf(streq(prec->phead->value, "1")); mu_assert_lf(streq(prec->phead->pnext->value, "9")); mu_assert_lf(streq(prec->phead->pnext->pnext->value, "2")); mu_assert_lf(prec->phead->pnext->pnext->pnext == NULL); lrec_free(prec); prec = lrec_literal_2("a", "1", "b", "2"); printf("BEFORE: "); lrec_print(prec); mu_assert_lf(prec->field_count == 2); value = lrec_get_ext(prec, "b", &pe); mu_assert_lf(value != NULL); mu_assert_lf(pe != NULL); mu_assert_lf(streq(value, "2")); lrec_put_after(prec, pe, "z", "9", NO_FREE); printf("AFTER : "); lrec_print(prec); mu_assert_lf(prec->field_count == 3); mu_assert_lf(streq(prec->phead->key, "a")); mu_assert_lf(streq(prec->phead->pnext->key, "b")); mu_assert_lf(streq(prec->phead->pnext->pnext->key, "z")); mu_assert_lf(streq(prec->phead->value, "1")); mu_assert_lf(streq(prec->phead->pnext->value, "2")); mu_assert_lf(streq(prec->phead->pnext->pnext->value, "9")); mu_assert_lf(prec->phead->pnext->pnext->pnext == NULL); lrec_free(prec); printf("TEST_LREC_PUT_AFTER EXIT\n"); return NULL; } // ================================================================ static char * run_all_tests() { mu_run_test(test_lrec_unbacked_api); mu_run_test(test_lrec_dkvp_api); mu_run_test(test_lrec_nidx_api); mu_run_test(test_lrec_csv_api); mu_run_test(test_lrec_csv_api_disjoint_allocs); mu_run_test(test_lrec_xtab_api); mu_run_test(test_lrec_put_after); return 0; } int main(int argc, char **argv) { mlr_global_init(argv[0], NULL); printf("TEST_LREC ENTER\n"); char *result = run_all_tests(); printf("\n"); if (result != 0) { printf("Not all unit tests passed\n"); } else { printf("TEST_LREC: ALL UNIT TESTS PASSED\n"); } printf("Tests passed: %d of %d\n", tests_run - tests_failed, tests_run); printf("Assertions passed: %d of %d\n", assertions_run - assertions_failed, assertions_run); return result != 0; } miller-5.6.2/c/unit_test/test_mlhmmv.c000066400000000000000000000343531354153536500177750ustar00rootroot00000000000000#include #include #include "lib/minunit.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/mlhmmv.h" #include "lib/mvfuncs.h" int tests_run = 0; int tests_failed = 0; int assertions_run = 0; int assertions_failed = 0; static mv_t* smv(char* strv) { mv_t* pmv = mlr_malloc_or_die(sizeof(mv_t)); *pmv = mv_from_string(strv, NO_FREE); return pmv; } static mv_t* imv(long long intv) { mv_t* pmv = mlr_malloc_or_die(sizeof(mv_t)); *pmv = mv_from_int(intv); return pmv; } // ---------------------------------------------------------------- static char* test_no_overlap() { mlhmmv_root_t* pmap = mlhmmv_root_alloc(); int error = 0; printf("================================================================\n"); printf("empty map:\n"); mlhmmv_root_print_json_stacked(pmap, TRUE, FALSE, "", "\n", stdout); sllmv_t* pmvkeys1 = sllmv_single_with_free(imv(3)); mv_t value1 = mv_from_int(4LL); printf("\n"); printf("keys1: "); sllmv_print(pmvkeys1); printf("value1: %s\n", mv_alloc_format_val(&value1)); mlhmmv_root_put_terminal(pmap, pmvkeys1, &value1); printf("map:\n"); mlhmmv_root_print_json_stacked(pmap, TRUE, FALSE, "", "\n", stdout); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys1, &error), &value1)); sllmv_t* pmvkeys2 = sllmv_double_with_free(smv("abcde"), imv(-6)); mv_t value2 = mv_from_int(7); printf("\n"); printf("keys2: "); sllmv_print(pmvkeys2); printf("value2: %s\n", mv_alloc_format_val(&value2)); mlhmmv_root_put_terminal(pmap, pmvkeys2, &value2); printf("map:\n"); mlhmmv_root_print_json_stacked(pmap, TRUE, FALSE, "", "\n", stdout); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys2, &error), &value2)); sllmv_t* pmvkeys3 = sllmv_triple_with_free(imv(0), smv("fghij"), imv(0)); mv_t value3 = mv_from_int(0LL); printf("\n"); printf("keys3: "); sllmv_print(pmvkeys3); printf("value3: %s\n", mv_alloc_format_val(&value3)); mlhmmv_root_put_terminal(pmap, pmvkeys3, &value3); printf("map:\n"); mlhmmv_root_print_json_stacked(pmap, TRUE, FALSE, "", "\n", stdout); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys3, &error), &value3)); sllmv_free(pmvkeys1); mlhmmv_root_free(pmap); return NULL; } // ---------------------------------------------------------------- static char* test_overlap() { mlhmmv_root_t* pmap = mlhmmv_root_alloc(); int error = 0; printf("================================================================\n"); sllmv_t* pmvkeys = sllmv_single_with_free(imv(3)); mv_t* ptermval = imv(4); mlhmmv_root_put_terminal(pmap, pmvkeys, ptermval); mlhmmv_root_print_json_stacked(pmap, TRUE, FALSE, "", "\n", stdout); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys, &error), ptermval)); ptermval = imv(5); mlhmmv_root_put_terminal(pmap, pmvkeys, ptermval); mlhmmv_root_print_json_stacked(pmap, TRUE, FALSE, "", "\n", stdout); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys, &error), ptermval)); pmvkeys = sllmv_double_with_free(imv(3), smv("x")); ptermval = imv(6); mlhmmv_root_put_terminal(pmap, pmvkeys, ptermval); mlhmmv_root_print_json_stacked(pmap, TRUE, FALSE, "", "\n", stdout); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys, &error), ptermval)); ptermval = imv(7); mlhmmv_root_put_terminal(pmap, pmvkeys, ptermval); mlhmmv_root_print_json_stacked(pmap, TRUE, FALSE, "", "\n", stdout); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys, &error), ptermval)); pmvkeys = sllmv_triple_with_free(imv(3), imv(9), smv("y")); ptermval = smv("z"); mlhmmv_root_put_terminal(pmap, pmvkeys, ptermval); mlhmmv_root_print_json_stacked(pmap, TRUE, FALSE, "", "\n", stdout); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys, &error), ptermval)); pmvkeys = sllmv_triple_with_free(imv(3), imv(9), smv("z")); ptermval = smv("y"); mlhmmv_root_put_terminal(pmap, pmvkeys, ptermval); mlhmmv_root_print_json_stacked(pmap, TRUE, FALSE, "", "\n", stdout); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys, &error), ptermval)); mlhmmv_root_free(pmap); return NULL; } // ---------------------------------------------------------------- static char* test_resize() { mlhmmv_root_t* pmap = mlhmmv_root_alloc(); int error; printf("================================================================\n"); for (int i = 0; i < 2*MLHMMV_INITIAL_ARRAY_LENGTH; i++) mlhmmv_root_put_terminal(pmap, sllmv_single_with_free(imv(i)), imv(-i)); mlhmmv_root_print_json_stacked(pmap, TRUE, FALSE, "", "\n", stdout); printf("\n"); for (int i = 0; i < 2*MLHMMV_INITIAL_ARRAY_LENGTH; i++) mlhmmv_root_put_terminal(pmap, sllmv_double_with_free(smv("a"), imv(i)), imv(-i)); mlhmmv_root_print_json_stacked(pmap, TRUE, FALSE, "", "\n", stdout); printf("\n"); for (int i = 0; i < 2*MLHMMV_INITIAL_ARRAY_LENGTH; i++) mlhmmv_root_put_terminal(pmap, sllmv_triple_with_free(imv(i*100), imv(i % 4), smv("b")), smv("term")); mlhmmv_root_print_json_stacked(pmap, TRUE, FALSE, "", "\n", stdout); sllmv_t* pmvkeys = sllmv_single_with_free(imv(2)); mv_t* ptermval = imv(-2); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys, &error), ptermval)); pmvkeys = sllmv_double_with_free(smv("a"), imv(9)); ptermval = imv(-9); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys, &error), ptermval)); pmvkeys = sllmv_double_with_free(smv("a"), imv(31)); ptermval = imv(-31); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys, &error), ptermval)); pmvkeys = sllmv_triple_with_free(imv(0), imv(0), smv("b")); ptermval = smv("term"); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys, &error), ptermval)); pmvkeys = sllmv_triple_with_free(imv(100), imv(1), smv("b")); ptermval = smv("term"); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys, &error), ptermval)); pmvkeys = sllmv_triple_with_free(imv(1700), imv(1), smv("b")); ptermval = smv("term"); mu_assert_lf(mv_equals_si(mlhmmv_root_look_up_and_ref_terminal(pmap, pmvkeys, &error), ptermval)); mlhmmv_root_free(pmap); return NULL; } // ---------------------------------------------------------------- static char* test_depth_errors() { mlhmmv_root_t* pmap = mlhmmv_root_alloc(); int error; printf("================================================================\n"); mlhmmv_root_put_terminal(pmap, sllmv_triple_with_free(imv(1), imv(2), imv(3)), imv(4)); mu_assert_lf(NULL != mlhmmv_root_look_up_and_ref_terminal(pmap, sllmv_triple_with_free(imv(1), imv(2), imv(3)), &error)); mu_assert_lf(error == MLHMMV_ERROR_NONE); mu_assert_lf(NULL == mlhmmv_root_look_up_and_ref_terminal(pmap, sllmv_triple_with_free(imv(0), imv(2), imv(3)), &error)); mu_assert_lf(error == MLHMMV_ERROR_NONE); mu_assert_lf(NULL == mlhmmv_root_look_up_and_ref_terminal(pmap, sllmv_triple_with_free(imv(1), imv(0), imv(3)), &error)); mu_assert_lf(error == MLHMMV_ERROR_NONE); mu_assert_lf(NULL == mlhmmv_root_look_up_and_ref_terminal(pmap, sllmv_triple_with_free(imv(1), imv(2), imv(0)), &error)); mu_assert_lf(error == MLHMMV_ERROR_NONE); mu_assert_lf(NULL == mlhmmv_root_look_up_and_ref_terminal(pmap, sllmv_quadruple_with_free(imv(1), imv(2), imv(3), imv(4)), &error)); mu_assert_lf(error == MLHMMV_ERROR_KEYLIST_TOO_DEEP); mu_assert_lf(NULL == mlhmmv_root_look_up_and_ref_terminal(pmap, sllmv_double_with_free(imv(1), imv(2)), &error)); mu_assert_lf(error == MLHMMV_ERROR_KEYLIST_TOO_SHALLOW); mlhmmv_root_free(pmap); return NULL; } // ---------------------------------------------------------------- static char* test_mlhmmv_to_lrecs() { printf("================================================================\n"); mlhmmv_root_t* pmap = mlhmmv_root_alloc(); mlhmmv_root_put_terminal(pmap, sllmv_triple_with_free(smv("triple"), smv("s"), smv("x")), imv(1)); mlhmmv_root_put_terminal(pmap, sllmv_triple_with_free(smv("triple"), smv("s"), smv("y")), imv(2)); mlhmmv_root_put_terminal(pmap, sllmv_triple_with_free(smv("triple"), smv("t"), smv("x")), imv(3)); mlhmmv_root_put_terminal(pmap, sllmv_triple_with_free(smv("triple"), smv("t"), smv("y")), imv(4)); mlhmmv_root_put_terminal(pmap, sllmv_triple_with_free(smv("triple"), smv("s"), smv("x")), imv(5)); mlhmmv_root_put_terminal(pmap, sllmv_triple_with_free(smv("triple"), smv("s"), smv("y")), imv(6)); mlhmmv_root_put_terminal(pmap, sllmv_triple_with_free(smv("triple"), smv("t"), smv("x")), imv(7)); mlhmmv_root_put_terminal(pmap, sllmv_triple_with_free(smv("triple"), smv("t"), smv("y")), imv(8)); mlhmmv_root_put_terminal(pmap, sllmv_triple_with_free(smv("triple"), smv("u"), smv("x")), imv(9)); mlhmmv_root_put_terminal(pmap, sllmv_triple_with_free(smv("triple"), smv("u"), smv("y")), imv(10)); mlhmmv_root_put_terminal(pmap, sllmv_triple_with_free(smv("not"), smv("u"), smv("y")), imv(11)); mlhmmv_root_put_terminal(pmap, sllmv_single_with_free(smv("single")), imv(99)); mlhmmv_root_put_terminal(pmap, sllmv_double_with_free(smv("double"), smv("i")), imv(111)); mlhmmv_root_put_terminal(pmap, sllmv_double_with_free(smv("double"), smv("j")), imv(112)); mlhmmv_root_put_terminal(pmap, sllmv_double_with_free(smv("double"), smv("k")), imv(113)); printf("full map:\n"); mlhmmv_root_print_json_stacked(pmap, TRUE, FALSE, "", "\n", stdout); printf("\n"); sllv_t* poutrecs = NULL; printf("----------------------------------------------------------------\n"); poutrecs = sllv_alloc(); mlhmmv_root_partial_to_lrecs(pmap, sllmv_single_with_free(smv("single")), sllmv_alloc(), poutrecs, TRUE, ":"); printf("single-level outrecs (%lld):\n", poutrecs->length); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_print(pe->pvvalue); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_free(pe->pvvalue); printf("\n"); sllv_free(poutrecs); poutrecs = sllv_alloc(); mlhmmv_root_partial_to_lrecs(pmap, sllmv_single_with_free(smv("single")), sllmv_single_with_free(smv("first")), poutrecs, TRUE, ":"); printf("single-level outrecs (%lld):\n", poutrecs->length); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_print(pe->pvvalue); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_free(pe->pvvalue); printf("\n"); sllv_free(poutrecs); printf("----------------------------------------------------------------\n"); poutrecs = sllv_alloc(); mlhmmv_root_partial_to_lrecs(pmap, sllmv_single_with_free(smv("double")), sllmv_alloc(), poutrecs, TRUE, ":"); printf("double-level outrecs (%lld):\n", poutrecs->length); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_print(pe->pvvalue); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_free(pe->pvvalue); printf("\n"); sllv_free(poutrecs); poutrecs = sllv_alloc(); mlhmmv_root_partial_to_lrecs(pmap, sllmv_single_with_free(smv("double")), sllmv_single_with_free(smv("first")), poutrecs, TRUE, ":"); printf("double-level outrecs (%lld):\n", poutrecs->length); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_print(pe->pvvalue); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_free(pe->pvvalue); printf("\n"); sllv_free(poutrecs); poutrecs = sllv_alloc(); mlhmmv_root_partial_to_lrecs(pmap, sllmv_single_with_free(smv("double")), sllmv_double_with_free(smv("first"), smv("second")), poutrecs, TRUE, ":"); printf("double-level outrecs (%lld):\n", poutrecs->length); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_print(pe->pvvalue); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_free(pe->pvvalue); printf("\n"); sllv_free(poutrecs); printf("----------------------------------------------------------------\n"); poutrecs = sllv_alloc(); mlhmmv_root_partial_to_lrecs(pmap, sllmv_single_with_free(smv("triple")), sllmv_alloc(), poutrecs, TRUE, ":"); printf("triple-level outrecs (%lld):\n", poutrecs->length); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_print(pe->pvvalue); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_free(pe->pvvalue); printf("\n"); sllv_free(poutrecs); poutrecs = sllv_alloc(); mlhmmv_root_partial_to_lrecs(pmap, sllmv_single_with_free(smv("triple")), sllmv_single_with_free(smv("first")), poutrecs, TRUE, ":"); printf("triple-level outrecs (%lld):\n", poutrecs->length); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_print(pe->pvvalue); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_free(pe->pvvalue); printf("\n"); sllv_free(poutrecs); poutrecs = sllv_alloc(); mlhmmv_root_partial_to_lrecs(pmap, sllmv_single_with_free(smv("triple")), sllmv_double_with_free(smv("first"), smv("second")), poutrecs, TRUE, ":"); printf("triple-level outrecs (%lld):\n", poutrecs->length); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_print(pe->pvvalue); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_free(pe->pvvalue); printf("\n"); sllv_free(poutrecs); poutrecs = sllv_alloc(); mlhmmv_root_partial_to_lrecs(pmap, sllmv_single_with_free(smv("triple")), sllmv_triple_with_free(smv("first"), smv("second"), smv("third")), poutrecs, TRUE, ":"); printf("triple-level outrecs (%lld):\n", poutrecs->length); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_print(pe->pvvalue); for (sllve_t* pe = poutrecs->phead; pe != NULL; pe = pe->pnext) lrec_free(pe->pvvalue); printf("\n"); sllv_free(poutrecs); mlhmmv_root_free(pmap); return NULL; } // ================================================================ static char * run_all_tests() { mu_run_test(test_no_overlap); mu_run_test(test_overlap); mu_run_test(test_resize); mu_run_test(test_depth_errors); mu_run_test(test_mlhmmv_to_lrecs); return 0; } int main(int argc, char **argv) { mlr_global_init(argv[0], NULL); printf("TEST_MLHMMV ENTER\n"); char *result = run_all_tests(); printf("\n"); if (result != 0) { printf("Not all unit tests passed\n"); } else { printf("TEST_MLHMMV: ALL UNIT TESTS PASSED\n"); } printf("Tests passed: %d of %d\n", tests_run - tests_failed, tests_run); printf("Assertions passed: %d of %d\n", assertions_run - assertions_failed, assertions_run); return result != 0; } miller-5.6.2/c/unit_test/test_mlrregex.c000066400000000000000000000220261354153536500203140ustar00rootroot00000000000000#include #include #include "lib/minunit.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/mlrregex.h" int tests_run = 0; int tests_failed = 0; int assertions_run = 0; int assertions_failed = 0; // ---------------------------------------------------------------- static char * test_save_regex_captures() { // Capture-groups \1 through \9 supported, along with entire-string match in \0 const size_t nmatchmax = 10; regmatch_t matches[nmatchmax]; string_array_t* pregex_captures = NULL; regex_t regex; char* input = "abcde"; char* sregex = "abcde"; regcomp_or_die(®ex, sregex, 0); regmatch_or_die(®ex, input, nmatchmax, matches); save_regex_captures(&pregex_captures, input, matches, nmatchmax); mu_assert_lf(pregex_captures != NULL); mu_assert_lf(pregex_captures->length == 1); mu_assert_lf(pregex_captures->strings[0] != NULL); mu_assert_lf(streq(pregex_captures->strings[0], "abcde")); regfree(®ex); input = "abcde"; sregex = "a(.*)e"; regcomp_or_die(®ex, sregex, 0); regmatch_or_die(®ex, input, nmatchmax, matches); save_regex_captures(&pregex_captures, input, matches, nmatchmax); mu_assert_lf(pregex_captures->length == 2); mu_assert_lf(pregex_captures->strings[0] != NULL); mu_assert_lf(streq(pregex_captures->strings[1], "bcd")); regfree(®ex); input = "abcde"; sregex = "a(b)(.)(d)e"; regcomp_or_die(®ex, sregex, 0); regmatch_or_die(®ex, input, nmatchmax, matches); save_regex_captures(&pregex_captures, input, matches, nmatchmax); mu_assert_lf(pregex_captures->length == 4); mu_assert_lf(pregex_captures->strings[0] != NULL); mu_assert_lf(streq(pregex_captures->strings[1], "b")); mu_assert_lf(streq(pregex_captures->strings[2], "c")); mu_assert_lf(streq(pregex_captures->strings[3], "d")); regfree(®ex); input = "abcdefghij"; sregex = "(a)(b)(c)(d)(e)(f)(g)(h)(i)"; regcomp_or_die(®ex, sregex, 0); regmatch_or_die(®ex, input, nmatchmax, matches); save_regex_captures(&pregex_captures, input, matches, nmatchmax); mu_assert_lf(pregex_captures->length == 10); mu_assert_lf(pregex_captures->strings[0] != NULL); mu_assert_lf(streq(pregex_captures->strings[1], "a")); mu_assert_lf(streq(pregex_captures->strings[2], "b")); mu_assert_lf(streq(pregex_captures->strings[3], "c")); mu_assert_lf(streq(pregex_captures->strings[4], "d")); mu_assert_lf(streq(pregex_captures->strings[5], "e")); mu_assert_lf(streq(pregex_captures->strings[6], "f")); mu_assert_lf(streq(pregex_captures->strings[7], "g")); mu_assert_lf(streq(pregex_captures->strings[8], "h")); mu_assert_lf(streq(pregex_captures->strings[9], "i")); regfree(®ex); string_array_free(pregex_captures); return 0; } // ---------------------------------------------------------------- static char * test_interpolate_regex_captures() { int was_allocated = FALSE; char* output = interpolate_regex_captures("hello", NULL, &was_allocated); mu_assert_lf(streq(output, "hello")); mu_assert_lf(was_allocated == FALSE); string_array_t* psa = string_array_alloc(0); output = interpolate_regex_captures("hello", psa, &was_allocated); mu_assert_lf(streq(output, "hello")); mu_assert_lf(was_allocated == FALSE); string_array_free(psa); psa = string_array_from_line(mlr_strdup_or_die("X,a,b,c"), ','); output = interpolate_regex_captures("hello", psa, &was_allocated); mu_assert_lf(streq(output, "hello")); mu_assert_lf(was_allocated == FALSE); string_array_free(psa); psa = string_array_from_line(mlr_strdup_or_die("X,a,b,c"), ','); output = interpolate_regex_captures("h\\3ello", psa, &was_allocated); printf("output=[%s]\n", output); mu_assert_lf(streq(output, "hcello")); mu_assert_lf(was_allocated == TRUE); string_array_free(psa); psa = string_array_from_line(mlr_strdup_or_die("X,a,b,c"), ','); output = interpolate_regex_captures("h\\1ello", psa, &was_allocated); printf("output=[%s]\n", output); mu_assert_lf(streq(output, "haello")); mu_assert_lf(was_allocated == TRUE); string_array_free(psa); psa = string_array_from_line(mlr_strdup_or_die("X,a,b,c"), ','); output = interpolate_regex_captures("h\\4ello", psa, &was_allocated); printf("output=[%s]\n", output); mu_assert_lf(streq(output, "hello")); mu_assert_lf(was_allocated == TRUE); string_array_free(psa); psa = string_array_from_line(mlr_strdup_or_die("X,a,b,c"), ','); output = interpolate_regex_captures("h\\0ello", psa, &was_allocated); printf("output=[%s]\n", output); mu_assert_lf(streq(output, "hXello")); mu_assert_lf(was_allocated == TRUE); string_array_free(psa); psa = string_array_from_line(mlr_strdup_or_die("X,a,b,c"), ','); output = interpolate_regex_captures("h\\3e\\1l\\2l\\4o", psa, &was_allocated); printf("output=[%s]\n", output); mu_assert_lf(streq(output, "hcealblo")); mu_assert_lf(was_allocated == TRUE); string_array_free(psa); return 0; } // ---------------------------------------------------------------- static char * test_regextract() { char* input = NULL; char* sregex = NULL; char* output = NULL; regex_t regex; int cflags = 0; input = "abcdef"; sregex = ".+"; regcomp_or_die(®ex, sregex, cflags); output = regextract(input, ®ex); mu_assert_lf(output != NULL); mu_assert_lf(streq(output, input)); printf("regextract input=\"%s\" regex=\"%s\" output=\"%s\"\n", input, sregex, output); free(output); input = "abcdef"; sregex = "[a-z]+"; regcomp_or_die(®ex, sregex, cflags); output = regextract(input, ®ex); mu_assert_lf(output != NULL); mu_assert_lf(streq(output, input)); printf("regextract input=\"%s\" regex=\"%s\" output=\"%s\"\n", input, sregex, output); free(output); input = "abcdef"; sregex = "[0-9]+"; regcomp_or_die(®ex, sregex, cflags); output = regextract(input, ®ex); mu_assert_lf(output == NULL); printf("regextract input=\"%s\" regex=\"%s\" output=NULL\n", input, sregex); free(output); input = "abc345"; sregex = "[0-9]+"; regcomp_or_die(®ex, sregex, cflags); output = regextract(input, ®ex); printf("regextract input=\"%s\" regex=\"%s\" output=\"%s\"\n", input, sregex, output); mu_assert_lf(output != NULL); mu_assert_lf(streq(output, "345")); free(output); input = "789xyz"; sregex = "[0-9]+"; regcomp_or_die(®ex, sregex, cflags); output = regextract(input, ®ex); printf("regextract input=\"%s\" regex=\"%s\" output=\"%s\"\n", input, sregex, output); mu_assert_lf(output != NULL); mu_assert_lf(streq(output, "789")); free(output); return 0; } // ---------------------------------------------------------------- static char * test_regextract_or_else() { char* input = NULL; char* sregex = NULL; char* default_value = "DEFAULT"; char* output = NULL; regex_t regex; int cflags = 0; input = "abcdef"; sregex = ".+"; regcomp_or_die(®ex, sregex, cflags); output = regextract_or_else(input, ®ex, default_value); mu_assert_lf(output != NULL); mu_assert_lf(streq(output, input)); printf("regextract_or_else input=\"%s\" regex=\"%s\" default=\"%s\" output=\"%s\"\n", input, sregex, default_value, output); free(output); input = "abcdef"; sregex = "[a-z]+"; regcomp_or_die(®ex, sregex, cflags); output = regextract_or_else(input, ®ex, default_value); mu_assert_lf(output != NULL); mu_assert_lf(streq(output, input)); printf("regextract_or_else input=\"%s\" regex=\"%s\" default=\"%s\" output=\"%s\"\n", input, sregex, default_value, output); free(output); input = "abcdef"; sregex = "[0-9]+"; regcomp_or_die(®ex, sregex, cflags); output = regextract_or_else(input, ®ex, default_value); mu_assert_lf(output != NULL); mu_assert_lf(streq(output, default_value)); printf("regextract_or_else input=\"%s\" regex=\"%s\" default=\"%s\" output=NULL\n", input, sregex, default_value); free(output); input = "abc345"; sregex = "[0-9]+"; regcomp_or_die(®ex, sregex, cflags); output = regextract_or_else(input, ®ex, default_value); printf("regextract_or_else input=\"%s\" regex=\"%s\" default=\"%s\" output=\"%s\"\n", input, sregex, default_value, output); mu_assert_lf(output != NULL); mu_assert_lf(streq(output, "345")); free(output); input = "789xyz"; sregex = "[0-9]+"; regcomp_or_die(®ex, sregex, cflags); output = regextract_or_else(input, ®ex, default_value); printf("regextract_or_else input=\"%s\" regex=\"%s\" default=\"%s\" output=\"%s\"\n", input, sregex, default_value, output); mu_assert_lf(output != NULL); mu_assert_lf(streq(output, "789")); free(output); return 0; } // ================================================================ static char * all_tests() { mu_run_test(test_save_regex_captures); mu_run_test(test_interpolate_regex_captures); mu_run_test(test_regextract); mu_run_test(test_regextract_or_else); return 0; } int main(int argc, char **argv) { mlr_global_init(argv[0], NULL); printf("TEST_MLRREGEX ENTER\n"); char *result = all_tests(); printf("\n"); if (result != 0) { printf("Not all unit tests passed\n"); } else { printf("TEST_MLRREGEX: ALL UNIT TESTS PASSED\n"); } printf("Tests passed: %d of %d\n", tests_run - tests_failed, tests_run); printf("Assertions passed: %d of %d\n", assertions_run - assertions_failed, assertions_run); return result != 0; } miller-5.6.2/c/unit_test/test_mlrutil.c000066400000000000000000000210111354153536500201500ustar00rootroot00000000000000#include #include #include "lib/minunit.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" int tests_run = 0; int tests_failed = 0; int assertions_run = 0; int assertions_failed = 0; // ---------------------------------------------------------------- static char * test_canonical_mod() { mu_assert("error: canonical_mod -7", mlr_canonical_mod(-7, 5) == 3); mu_assert("error: canonical_mod -6", mlr_canonical_mod(-6, 5) == 4); mu_assert("error: canonical_mod -5", mlr_canonical_mod(-5, 5) == 0); mu_assert("error: canonical_mod -4", mlr_canonical_mod(-4, 5) == 1); mu_assert("error: canonical_mod -3", mlr_canonical_mod(-3, 5) == 2); mu_assert("error: canonical_mod -2", mlr_canonical_mod(-2, 5) == 3); mu_assert("error: canonical_mod -1", mlr_canonical_mod(-1, 5) == 4); mu_assert("error: canonical_mod 0", mlr_canonical_mod(0, 5) == 0); mu_assert("error: canonical_mod 1", mlr_canonical_mod(1, 5) == 1); mu_assert("error: canonical_mod 2", mlr_canonical_mod(2, 5) == 2); mu_assert("error: canonical_mod 3", mlr_canonical_mod(3, 5) == 3); mu_assert("error: canonical_mod 4", mlr_canonical_mod(4, 5) == 4); mu_assert("error: canonical_mod 5", mlr_canonical_mod(5, 5) == 0); mu_assert("error: canonical_mod 6", mlr_canonical_mod(6, 5) == 1); mu_assert("error: canonical_mod 7", mlr_canonical_mod(7, 5) == 2); return 0; } // ---------------------------------------------------------------- static char * test_power_of_two_above() { mu_assert("error: power_of_two_above 0", power_of_two_above(0) == 1); mu_assert("error: power_of_two_above 1", power_of_two_above(1) == 2); mu_assert("error: power_of_two_above 2", power_of_two_above(2) == 4); mu_assert("error: power_of_two_above 3", power_of_two_above(3) == 4); mu_assert("error: power_of_two_above 4", power_of_two_above(4) == 8); mu_assert("error: power_of_two_above 5", power_of_two_above(5) == 8); mu_assert("error: power_of_two_above 6", power_of_two_above(6) == 8); mu_assert("error: power_of_two_above 7", power_of_two_above(7) == 8); mu_assert("error: power_of_two_above 8", power_of_two_above(8) == 16); mu_assert("error: power_of_two_above 9", power_of_two_above(9) == 16); mu_assert("error: power_of_two_above 1023", power_of_two_above(1023) == 1024); mu_assert("error: power_of_two_above 1024", power_of_two_above(1024) == 2048); mu_assert("error: power_of_two_above 1025", power_of_two_above(1025) == 2048); return 0; } // ---------------------------------------------------------------- static char * test_streq() { char* x; char* y; x = ""; y = ""; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = ""; y = "1"; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = ""; y = "12"; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = ""; y = ""; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = "a"; y = ""; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = "ab"; y = ""; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = "1"; y = ""; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = "1"; y = "1"; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = "1"; y = "12"; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = "12"; y = ""; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = "12"; y = "1"; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = "12"; y = "12"; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = ""; y = "a"; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = "a"; y = "a"; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = "ab"; y = "a"; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = ""; y = "ab"; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = "a"; y = "ab"; mu_assert_lf(streq(x, y) == !strcmp(x, y)); x = "ab"; y = "ab"; mu_assert_lf(streq(x, y) == !strcmp(x, y)); return 0; } // ---------------------------------------------------------------- static char * test_streqn() { char* x; char* y; x = ""; y = ""; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = ""; y = "1"; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = ""; y = "12"; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = ""; y = "123"; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = ""; y = ""; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = "a"; y = ""; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = "ab"; y = ""; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = "abc"; y = ""; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = "a"; y = "a"; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = "a"; y = "aa"; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = "a"; y = "ab"; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = "a"; y = "abd"; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = "ab"; y = "a"; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = "ab"; y = "ab"; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = "ab"; y = "abd"; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = "abc"; y = "a"; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = "abc"; y = "ab"; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = "abc"; y = "abc"; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); x = "abc"; y = "abd"; mu_assert_lf(streqn(x, y, 2) == !strncmp(x, y, 2)); return 0; } // ---------------------------------------------------------------- static char * test_strdup_quoted() { mu_assert_lf(streq(mlr_strdup_quoted_or_die(""), "\"\"")); mu_assert_lf(streq(mlr_strdup_quoted_or_die("x"), "\"x\"")); mu_assert_lf(streq(mlr_strdup_quoted_or_die("xy"), "\"xy\"")); mu_assert_lf(streq(mlr_strdup_quoted_or_die("xyz"), "\"xyz\"")); return 0; } // ---------------------------------------------------------------- static char * test_starts_or_ends_with() { mu_assert_lf(string_starts_with("abcde", "")); mu_assert_lf(string_starts_with("abcde", "a")); mu_assert_lf(string_starts_with("abcde", "abcd")); mu_assert_lf(string_starts_with("abcde", "abcde")); mu_assert_lf(!string_starts_with("abcde", "abcdef")); mu_assert_lf(string_ends_with("abcde", "", NULL)); mu_assert_lf(string_ends_with("abcde", "e", NULL)); mu_assert_lf(string_ends_with("abcde", "de", NULL)); mu_assert_lf(string_ends_with("abcde", "abcde", NULL)); mu_assert_lf(!string_ends_with("abcde", "0abcde", NULL)); int len = -1; mu_assert_lf(!string_ends_with("abcde", "0abcde", &len)); mu_assert_lf(len == 5); return 0; } // ---------------------------------------------------------------- static char * test_scanners() { mu_assert("error: mlr_alloc_string_from_double", streq(mlr_alloc_string_from_double(4.25, "%.4f"), "4.2500")); mu_assert("error: mlr_alloc_string_from_ull", streq(mlr_alloc_string_from_ull(12345LL), "12345")); mu_assert("error: mlr_alloc_string_from_int", streq(mlr_alloc_string_from_int(12345), "12345")); return 0; } // ---------------------------------------------------------------- static char * test_paste() { mu_assert("error: paste 2", streq(mlr_paste_2_strings("ab", "cd"), "abcd")); mu_assert("error: paste 3", streq(mlr_paste_3_strings("ab", "cd", "ef"), "abcdef")); mu_assert("error: paste 4", streq(mlr_paste_4_strings("ab", "cd", "ef", "gh"), "abcdefgh")); mu_assert("error: paste 5", streq(mlr_paste_5_strings("ab", "cd", "ef", "gh", "ij"), "abcdefghij")); return 0; } // ---------------------------------------------------------------- static char * test_unbackslash() { mu_assert_lf(streq(mlr_alloc_unbackslash(""), "")); mu_assert_lf(streq(mlr_alloc_unbackslash("hello"), "hello")); mu_assert_lf(streq(mlr_alloc_unbackslash("\\r\\n"), "\r\n")); mu_assert_lf(streq(mlr_alloc_unbackslash("\\t\\\\"), "\t\\")); mu_assert_lf(streq(mlr_alloc_unbackslash("[\\132]"), "[Z]")); mu_assert_lf(streq(mlr_alloc_unbackslash("[\\x59]"), "[Y]")); return 0; } // ================================================================ static char * all_tests() { mu_run_test(test_canonical_mod); mu_run_test(test_power_of_two_above); mu_run_test(test_streq); mu_run_test(test_streqn); mu_run_test(test_strdup_quoted); mu_run_test(test_starts_or_ends_with); mu_run_test(test_scanners); mu_run_test(test_paste); mu_run_test(test_unbackslash); return 0; } int main(int argc, char **argv) { mlr_global_init(argv[0], NULL); printf("TEST_MLRUTIL ENTER\n"); char *result = all_tests(); printf("\n"); if (result != 0) { printf("Not all unit tests passed\n"); } else { printf("TEST_MLRUTIL: ALL UNIT TESTS PASSED\n"); } printf("Tests passed: %d of %d\n", tests_run - tests_failed, tests_run); printf("Assertions passed: %d of %d\n", assertions_run - assertions_failed, assertions_run); return result != 0; } miller-5.6.2/c/unit_test/test_multiple_containers.c000066400000000000000000001131271354153536500225520ustar00rootroot00000000000000#include #include #include "lib/minunit.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/slls.h" #include "containers/rslls.h" #include "containers/sllv.h" #include "lib/string_array.h" #include "containers/hss.h" #include "containers/lhmsi.h" #include "containers/lhmsll.h" #include "containers/lhmss.h" #include "containers/lhmsv.h" #include "containers/lhms2v.h" #include "containers/lhmslv.h" #include "containers/lhmsmv.h" #include "containers/percentile_keeper.h" #include "containers/top_keeper.h" #include "containers/dheap.h" #include "lib/mvfuncs.h" int tests_run = 0; int tests_failed = 0; int assertions_run = 0; int assertions_failed = 0; static mv_t* smv(char* strv) { mv_t* pmv = mlr_malloc_or_die(sizeof(mv_t)); *pmv = mv_from_string(strv, NO_FREE); return pmv; } static mv_t* imv(long long intv) { mv_t* pmv = mlr_malloc_or_die(sizeof(mv_t)); *pmv = mv_from_int(intv); return pmv; } // ---------------------------------------------------------------- static char* test_slls() { slls_t* plist = slls_from_line(mlr_strdup_or_die(""), ',', FALSE); mu_assert_lf(plist->length == 0); plist = slls_from_line(mlr_strdup_or_die("a"), ',', FALSE); mu_assert_lf(plist->length == 1); plist = slls_from_line(mlr_strdup_or_die("c,d,a,e,b"), ',', FALSE); mu_assert_lf(plist->length == 5); sllse_t* pe = plist->phead; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "c")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "d")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "a")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "e")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "b")); pe = pe->pnext; mu_assert_lf(pe == NULL); slls_sort(plist); mu_assert_lf(plist->length == 5); pe = plist->phead; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "a")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "b")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "c")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "d")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "e")); pe = pe->pnext; mu_assert_lf(pe == NULL); plist = slls_from_line(mlr_strdup_or_die(","), ',', FALSE); slls_print_quoted(plist);printf("\n"); mu_assert_lf(plist->length == 2); pe = plist->phead; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "")); pe = pe->pnext; plist = slls_from_line(mlr_strdup_or_die("a,b,c,"), ',', FALSE); slls_print_quoted(plist);printf("\n"); mu_assert_lf(plist->length == 4); pe = plist->phead; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "a")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "b")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "c")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "")); pe = pe->pnext; plist = slls_from_line(mlr_strdup_or_die("a,,c,d"), ',', FALSE); slls_print_quoted(plist);printf("\n"); mu_assert_lf(plist->length == 4); pe = plist->phead; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "a")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "c")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "d")); pe = pe->pnext; return NULL; } // ---------------------------------------------------------------- static char* test_rslls() { rslls_t* pa = rslls_alloc(); rslls_append(pa, "a", NO_FREE, 0); rslls_append(pa, "b", NO_FREE, 0); rslls_append(pa, "c", NO_FREE, 0); rslls_print(pa); printf("\n"); mu_assert_lf(pa->length == 3); rsllse_t* pe = pa->phead; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "a")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "b")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "c")); pe = pe->pnext; mu_assert_lf(pe == NULL); rslls_reset(pa); rslls_print(pa); printf("\n"); mu_assert_lf(pa->length == 0); pe = pa->phead; mu_assert_lf(pe != NULL); mu_assert_lf(pe->value == NULL); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(pe->value == NULL); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(pe->value == NULL); pe = pe->pnext; mu_assert_lf(pe == NULL); rslls_append(pa, "d", NO_FREE, 0); rslls_print(pa); printf("\n"); mu_assert_lf(pa->length == 1); pe = pa->phead; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "d")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(pe->value == NULL); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(pe->value == NULL); pe = pe->pnext; mu_assert_lf(pe == NULL); rslls_append(pa, "e", NO_FREE, 0); rslls_print(pa); printf("\n"); mu_assert_lf(pa->length == 2); pe = pa->phead; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "d")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "e")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(pe->value == NULL); pe = pe->pnext; mu_assert_lf(pe == NULL); rslls_append(pa, "f", NO_FREE, 0); rslls_print(pa); printf("\n"); mu_assert_lf(pa->length == 3); pe = pa->phead; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "d")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "e")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "f")); pe = pe->pnext; mu_assert_lf(pe == NULL); rslls_append(pa, "g", NO_FREE, 0); rslls_print(pa); printf("\n"); mu_assert_lf(pa->length == 4); pe = pa->phead; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "d")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "e")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "f")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->value, "g")); pe = pe->pnext; mu_assert_lf(pe == NULL); rslls_free(pa); return NULL; } // ---------------------------------------------------------------- static char* test_sllv() { sllv_t* pa = sllv_alloc(); sllv_append(pa, "a"); sllv_append(pa, "b"); sllv_append(pa, "c"); mu_assert_lf(pa->length == 3); sllve_t* pe = pa->phead; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->pvvalue, "a")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->pvvalue, "b")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->pvvalue, "c")); pe = pe->pnext; mu_assert_lf(pe == NULL); sllv_t* pb = sllv_alloc(); sllv_append(pb, "d"); sllv_append(pb, "e"); mu_assert_lf(pb->length == 2); pe = pb->phead; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->pvvalue, "d")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->pvvalue, "e")); pe = pe->pnext; mu_assert_lf(pe == NULL); sllv_transfer(pa, pb); mu_assert_lf(pa->length == 5); mu_assert_lf(pb->length == 0); mu_assert_lf(pb->phead == NULL); mu_assert_lf(pb->ptail == NULL); pe = pa->phead; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->pvvalue, "a")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->pvvalue, "b")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->pvvalue, "c")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->pvvalue, "d")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->pvvalue, "e")); pe = pe->pnext; mu_assert_lf(pe == NULL); sllv_free(pb); pa = sllv_alloc(); sllv_push(pa, "a"); sllv_push(pa, "b"); sllv_push(pa, "c"); mu_assert_lf(pa->length == 3); pe = pa->phead; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->pvvalue, "c")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->pvvalue, "b")); pe = pe->pnext; mu_assert_lf(pe != NULL); mu_assert_lf(streq(pe->pvvalue, "a")); pe = pe->pnext; mu_assert_lf(pe == NULL); return NULL; } // ---------------------------------------------------------------- static char* test_string_array() { string_array_t* parray = string_array_from_line(mlr_strdup_or_die(""), ','); mu_assert_lf(parray->length == 0); string_array_free(parray); parray = string_array_from_line(mlr_strdup_or_die("a"), ','); mu_assert_lf(parray->length == 1); mu_assert_lf(streq(parray->strings[0], "a")); string_array_free(parray); parray = string_array_from_line(mlr_strdup_or_die("c,d,a,e,b"), ','); mu_assert_lf(parray->length == 5); mu_assert_lf(streq(parray->strings[0], "c")); mu_assert_lf(streq(parray->strings[1], "d")); mu_assert_lf(streq(parray->strings[2], "a")); mu_assert_lf(streq(parray->strings[3], "e")); mu_assert_lf(streq(parray->strings[4], "b")); string_array_free(parray); return NULL; } // ---------------------------------------------------------------- static char* test_hss() { hss_t *pset = hss_alloc(); mu_assert_lf(pset->num_occupied == 0); hss_add(pset, "x"); mu_assert_lf(pset->num_occupied == 1); mu_assert_lf(!hss_has(pset, "w")); mu_assert_lf( hss_has(pset, "x")); mu_assert_lf(!hss_has(pset, "y")); mu_assert_lf(!hss_has(pset, "z")); mu_assert_lf(hss_check_counts(pset)); hss_add(pset, "y"); mu_assert_lf(pset->num_occupied == 2); mu_assert_lf(!hss_has(pset, "w")); mu_assert_lf( hss_has(pset, "x")); mu_assert_lf( hss_has(pset, "y")); mu_assert_lf(!hss_has(pset, "z")); mu_assert_lf(hss_check_counts(pset)); hss_add(pset, "x"); mu_assert_lf(pset->num_occupied == 2); mu_assert_lf(!hss_has(pset, "w")); mu_assert_lf( hss_has(pset, "x")); mu_assert_lf( hss_has(pset, "y")); mu_assert_lf(!hss_has(pset, "z")); mu_assert_lf(hss_check_counts(pset)); hss_add(pset, "z"); mu_assert_lf(pset->num_occupied == 3); mu_assert_lf(!hss_has(pset, "w")); mu_assert_lf( hss_has(pset, "x")); mu_assert_lf( hss_has(pset, "y")); mu_assert_lf(hss_has(pset, "z")); mu_assert_lf(hss_check_counts(pset)); hss_free(pset); return NULL; } // ---------------------------------------------------------------- static char* test_lhmsi() { lhmsi_t *pmap = lhmsi_alloc(); int val = -123; mu_assert_lf(pmap->num_occupied == 0); mu_assert_lf(!lhmsi_has_key(pmap, "w")); mu_assert_lf(lhmsi_get(pmap, "w") == -999); mu_assert_lf(!lhmsi_has_key(pmap, "x")); mu_assert_lf(lhmsi_get(pmap, "w") == -999); mu_assert_lf(!lhmsi_has_key(pmap, "y")); mu_assert_lf(lhmsi_get(pmap, "w") == -999); mu_assert_lf(!lhmsi_has_key(pmap, "z")); mu_assert_lf(lhmsi_get(pmap, "w") == -999); mu_assert_lf(lhmsi_test_and_get(pmap, "w", &val) == FALSE); mu_assert_lf(lhmsi_test_and_get(pmap, "x", &val) == FALSE); mu_assert_lf(lhmsi_test_and_get(pmap, "y", &val) == FALSE); mu_assert_lf(lhmsi_test_and_get(pmap, "z", &val) == FALSE); mu_assert_lf(lhmsi_check_counts(pmap)); lhmsi_put(pmap, "x", 3, NO_FREE); mu_assert_lf(pmap->num_occupied == 1); mu_assert_lf(!lhmsi_has_key(pmap, "w")); mu_assert_lf(lhmsi_get(pmap, "w") == -999); mu_assert_lf( lhmsi_has_key(pmap, "x")); mu_assert_lf(lhmsi_get(pmap, "x") == 3); mu_assert_lf(!lhmsi_has_key(pmap, "y")); mu_assert_lf(lhmsi_get(pmap, "y") == -999); mu_assert_lf(!lhmsi_has_key(pmap, "z")); mu_assert_lf(lhmsi_get(pmap, "z") == -999); mu_assert_lf(lhmsi_test_and_get(pmap, "w", &val) == FALSE); mu_assert_lf(lhmsi_test_and_get(pmap, "x", &val) == TRUE); mu_assert_lf(val == 3); mu_assert_lf(lhmsi_test_and_get(pmap, "y", &val) == FALSE); mu_assert_lf(lhmsi_test_and_get(pmap, "z", &val) == FALSE); mu_assert_lf(lhmsi_check_counts(pmap)); lhmsi_put(pmap, "y", 5, NO_FREE); mu_assert_lf(pmap->num_occupied == 2); mu_assert_lf(!lhmsi_has_key(pmap, "w")); mu_assert_lf(lhmsi_get(pmap, "w") == -999); mu_assert_lf( lhmsi_has_key(pmap, "x")); mu_assert_lf(lhmsi_get(pmap, "x") == 3); mu_assert_lf( lhmsi_has_key(pmap, "y")); mu_assert_lf(lhmsi_get(pmap, "y") == 5); mu_assert_lf(!lhmsi_has_key(pmap, "z")); mu_assert_lf(lhmsi_get(pmap, "z") == -999); mu_assert_lf(lhmsi_test_and_get(pmap, "w", &val) == FALSE); mu_assert_lf(lhmsi_test_and_get(pmap, "x", &val) == TRUE); mu_assert_lf(val == 3); mu_assert_lf(lhmsi_test_and_get(pmap, "y", &val) == TRUE); mu_assert_lf(val == 5); mu_assert_lf(lhmsi_test_and_get(pmap, "z", &val) == FALSE); mu_assert_lf(lhmsi_check_counts(pmap)); lhmsi_put(pmap, "x", 4, NO_FREE); mu_assert_lf(pmap->num_occupied == 2); mu_assert_lf(!lhmsi_has_key(pmap, "w")); mu_assert_lf(lhmsi_get(pmap, "w") == -999); mu_assert_lf( lhmsi_has_key(pmap, "x")); mu_assert_lf(lhmsi_get(pmap, "x") == 4); mu_assert_lf( lhmsi_has_key(pmap, "y")); mu_assert_lf(lhmsi_get(pmap, "y") == 5); mu_assert_lf(!lhmsi_has_key(pmap, "z")); mu_assert_lf(lhmsi_get(pmap, "z") == -999); mu_assert_lf(lhmsi_test_and_get(pmap, "w", &val) == FALSE); mu_assert_lf(lhmsi_test_and_get(pmap, "x", &val) == TRUE); mu_assert_lf(val == 4); mu_assert_lf(lhmsi_test_and_get(pmap, "y", &val) == TRUE); mu_assert_lf(val == 5); mu_assert_lf(lhmsi_test_and_get(pmap, "z", &val) == FALSE); mu_assert_lf(lhmsi_check_counts(pmap)); lhmsi_put(pmap, "z", 7, NO_FREE); mu_assert_lf(pmap->num_occupied == 3); mu_assert_lf(!lhmsi_has_key(pmap, "w")); mu_assert_lf(lhmsi_get(pmap, "w") == -999); mu_assert_lf( lhmsi_has_key(pmap, "x")); mu_assert_lf(lhmsi_get(pmap, "x") == 4); mu_assert_lf( lhmsi_has_key(pmap, "y")); mu_assert_lf(lhmsi_get(pmap, "y") == 5); mu_assert_lf(lhmsi_has_key(pmap, "z")); mu_assert_lf(lhmsi_get(pmap, "z") == 7); mu_assert_lf(lhmsi_test_and_get(pmap, "w", &val) == FALSE); mu_assert_lf(lhmsi_test_and_get(pmap, "x", &val) == TRUE); mu_assert_lf(val == 4); mu_assert_lf(lhmsi_test_and_get(pmap, "y", &val) == TRUE); mu_assert_lf(val == 5); mu_assert_lf(lhmsi_test_and_get(pmap, "z", &val) == TRUE); mu_assert_lf(val == 7); mu_assert_lf(lhmsi_check_counts(pmap)); lhmsi_free(pmap); return NULL; } // ---------------------------------------------------------------- static char* test_lhmsll() { lhmsll_t *pmap = lhmsll_alloc(); long long val = -123; mu_assert_lf(pmap->num_occupied == 0); mu_assert_lf(!lhmsll_has_key(pmap, "w")); mu_assert_lf(lhmsll_get(pmap, "w") == -999); mu_assert_lf(!lhmsll_has_key(pmap, "x")); mu_assert_lf(lhmsll_get(pmap, "w") == -999); mu_assert_lf(!lhmsll_has_key(pmap, "y")); mu_assert_lf(lhmsll_get(pmap, "w") == -999); mu_assert_lf(!lhmsll_has_key(pmap, "z")); mu_assert_lf(lhmsll_get(pmap, "w") == -999); mu_assert_lf(lhmsll_test_and_get(pmap, "w", &val) == FALSE); mu_assert_lf(lhmsll_test_and_get(pmap, "x", &val) == FALSE); mu_assert_lf(lhmsll_test_and_get(pmap, "y", &val) == FALSE); mu_assert_lf(lhmsll_test_and_get(pmap, "z", &val) == FALSE); mu_assert_lf(lhmsll_check_counts(pmap)); lhmsll_put(pmap, "x", 3, NO_FREE); mu_assert_lf(pmap->num_occupied == 1); mu_assert_lf(!lhmsll_has_key(pmap, "w")); mu_assert_lf(lhmsll_get(pmap, "w") == -999); mu_assert_lf( lhmsll_has_key(pmap, "x")); mu_assert_lf(lhmsll_get(pmap, "x") == 3); mu_assert_lf(!lhmsll_has_key(pmap, "y")); mu_assert_lf(lhmsll_get(pmap, "y") == -999); mu_assert_lf(!lhmsll_has_key(pmap, "z")); mu_assert_lf(lhmsll_get(pmap, "z") == -999); mu_assert_lf(lhmsll_test_and_get(pmap, "w", &val) == FALSE); mu_assert_lf(lhmsll_test_and_get(pmap, "x", &val) == TRUE); mu_assert_lf(val == 3); mu_assert_lf(lhmsll_test_and_get(pmap, "y", &val) == FALSE); mu_assert_lf(lhmsll_test_and_get(pmap, "z", &val) == FALSE); mu_assert_lf(lhmsll_check_counts(pmap)); lhmsll_put(pmap, "y", 5, NO_FREE); mu_assert_lf(pmap->num_occupied == 2); mu_assert_lf(!lhmsll_has_key(pmap, "w")); mu_assert_lf(lhmsll_get(pmap, "w") == -999); mu_assert_lf( lhmsll_has_key(pmap, "x")); mu_assert_lf(lhmsll_get(pmap, "x") == 3); mu_assert_lf( lhmsll_has_key(pmap, "y")); mu_assert_lf(lhmsll_get(pmap, "y") == 5); mu_assert_lf(!lhmsll_has_key(pmap, "z")); mu_assert_lf(lhmsll_get(pmap, "z") == -999); mu_assert_lf(lhmsll_test_and_get(pmap, "w", &val) == FALSE); mu_assert_lf(lhmsll_test_and_get(pmap, "x", &val) == TRUE); mu_assert_lf(val == 3); mu_assert_lf(lhmsll_test_and_get(pmap, "y", &val) == TRUE); mu_assert_lf(val == 5); mu_assert_lf(lhmsll_test_and_get(pmap, "z", &val) == FALSE); mu_assert_lf(lhmsll_check_counts(pmap)); lhmsll_put(pmap, "x", 4, NO_FREE); mu_assert_lf(pmap->num_occupied == 2); mu_assert_lf(!lhmsll_has_key(pmap, "w")); mu_assert_lf(lhmsll_get(pmap, "w") == -999); mu_assert_lf( lhmsll_has_key(pmap, "x")); mu_assert_lf(lhmsll_get(pmap, "x") == 4); mu_assert_lf( lhmsll_has_key(pmap, "y")); mu_assert_lf(lhmsll_get(pmap, "y") == 5); mu_assert_lf(!lhmsll_has_key(pmap, "z")); mu_assert_lf(lhmsll_get(pmap, "z") == -999); mu_assert_lf(lhmsll_test_and_get(pmap, "w", &val) == FALSE); mu_assert_lf(lhmsll_test_and_get(pmap, "x", &val) == TRUE); mu_assert_lf(val == 4); mu_assert_lf(lhmsll_test_and_get(pmap, "y", &val) == TRUE); mu_assert_lf(val == 5); mu_assert_lf(lhmsll_test_and_get(pmap, "z", &val) == FALSE); mu_assert_lf(lhmsll_check_counts(pmap)); lhmsll_put(pmap, "z", 7, NO_FREE); mu_assert_lf(pmap->num_occupied == 3); mu_assert_lf(!lhmsll_has_key(pmap, "w")); mu_assert_lf(lhmsll_get(pmap, "w") == -999); mu_assert_lf( lhmsll_has_key(pmap, "x")); mu_assert_lf(lhmsll_get(pmap, "x") == 4); mu_assert_lf( lhmsll_has_key(pmap, "y")); mu_assert_lf(lhmsll_get(pmap, "y") == 5); mu_assert_lf(lhmsll_has_key(pmap, "z")); mu_assert_lf(lhmsll_get(pmap, "z") == 7); mu_assert_lf(lhmsll_test_and_get(pmap, "w", &val) == FALSE); mu_assert_lf(lhmsll_test_and_get(pmap, "x", &val) == TRUE); mu_assert_lf(val == 4); mu_assert_lf(lhmsll_test_and_get(pmap, "y", &val) == TRUE); mu_assert_lf(val == 5); mu_assert_lf(lhmsll_test_and_get(pmap, "z", &val) == TRUE); mu_assert_lf(val == 7); mu_assert_lf(lhmsll_check_counts(pmap)); lhmsll_free(pmap); return NULL; } // ---------------------------------------------------------------- static char* test_lhmss() { lhmss_t *pmap = lhmss_alloc(); mu_assert_lf(pmap->num_occupied == 0); mu_assert_lf(!lhmss_has_key(pmap, "w")); mu_assert_lf(lhmss_get(pmap, "w") == NULL); mu_assert_lf(!lhmss_has_key(pmap, "x")); mu_assert_lf(lhmss_get(pmap, "x") == NULL); mu_assert_lf(!lhmss_has_key(pmap, "y")); mu_assert_lf(lhmss_get(pmap, "y") == NULL); mu_assert_lf(!lhmss_has_key(pmap, "z")); mu_assert_lf(lhmss_get(pmap, "z") == NULL); mu_assert_lf(lhmss_check_counts(pmap)); lhmss_put(pmap, "x", "3", NO_FREE); mu_assert_lf(pmap->num_occupied == 1); mu_assert_lf(!lhmss_has_key(pmap, "w")); mu_assert_lf(lhmss_get(pmap, "w") == NULL); mu_assert_lf( lhmss_has_key(pmap, "x")); mu_assert_lf(streq(lhmss_get(pmap, "x"), "3")); mu_assert_lf(!lhmss_has_key(pmap, "y")); mu_assert_lf(lhmss_get(pmap, "y") == NULL); mu_assert_lf(!lhmss_has_key(pmap, "z")); mu_assert_lf(lhmss_get(pmap, "z") == NULL); mu_assert_lf(lhmss_check_counts(pmap)); lhmss_put(pmap, "y", "5", NO_FREE); mu_assert_lf(pmap->num_occupied == 2); mu_assert_lf(!lhmss_has_key(pmap, "w")); mu_assert_lf(lhmss_get(pmap, "w") == NULL); mu_assert_lf( lhmss_has_key(pmap, "x")); mu_assert_lf(streq(lhmss_get(pmap, "x"), "3")); mu_assert_lf( lhmss_has_key(pmap, "y")); mu_assert_lf(streq(lhmss_get(pmap, "y"), "5")); mu_assert_lf(!lhmss_has_key(pmap, "z")); mu_assert_lf(lhmss_get(pmap, "z") == NULL); mu_assert_lf(lhmss_check_counts(pmap)); lhmss_put(pmap, "x", "4", NO_FREE); mu_assert_lf(pmap->num_occupied == 2); mu_assert_lf(!lhmss_has_key(pmap, "w")); mu_assert_lf(lhmss_get(pmap, "w") == NULL); mu_assert_lf( lhmss_has_key(pmap, "x")); mu_assert_lf(streq(lhmss_get(pmap, "x"), "4")); mu_assert_lf( lhmss_has_key(pmap, "y")); mu_assert_lf(streq(lhmss_get(pmap, "y"), "5")); mu_assert_lf(!lhmss_has_key(pmap, "z")); mu_assert_lf(lhmss_get(pmap, "z") == NULL); mu_assert_lf(lhmss_check_counts(pmap)); lhmss_put(pmap, "z", "7", NO_FREE); mu_assert_lf(pmap->num_occupied == 3); mu_assert_lf(!lhmss_has_key(pmap, "w")); mu_assert_lf(lhmss_get(pmap, "w") == NULL); mu_assert_lf( lhmss_has_key(pmap, "x")); mu_assert_lf(streq(lhmss_get(pmap, "x"), "4")); mu_assert_lf( lhmss_has_key(pmap, "y")); mu_assert_lf(streq(lhmss_get(pmap, "y"), "5")); mu_assert_lf( lhmss_has_key(pmap, "z")); mu_assert_lf(streq(lhmss_get(pmap, "z"), "7")); mu_assert_lf(lhmss_check_counts(pmap)); lhmss_free(pmap); return NULL; } // ---------------------------------------------------------------- static char* test_lhmsv() { lhmsv_t *pmap = lhmsv_alloc(); mu_assert_lf(pmap->num_occupied == 0); mu_assert_lf(!lhmsv_has_key(pmap, "w")); mu_assert_lf(lhmsv_get(pmap, "w") == NULL); mu_assert_lf(!lhmsv_has_key(pmap, "x")); mu_assert_lf(lhmsv_get(pmap, "x") == NULL); mu_assert_lf(!lhmsv_has_key(pmap, "y")); mu_assert_lf(lhmsv_get(pmap, "y") == NULL); mu_assert_lf(!lhmsv_has_key(pmap, "z")); mu_assert_lf(lhmsv_get(pmap, "z") == NULL); mu_assert_lf(lhmsv_check_counts(pmap)); lhmsv_put(pmap, "x", "3", NO_FREE); mu_assert_lf(pmap->num_occupied == 1); mu_assert_lf(!lhmsv_has_key(pmap, "w")); mu_assert_lf(lhmsv_get(pmap, "w") == NULL); mu_assert_lf( lhmsv_has_key(pmap, "x")); mu_assert_lf(streq(lhmsv_get(pmap, "x"), "3")); mu_assert_lf(!lhmsv_has_key(pmap, "y")); mu_assert_lf(lhmsv_get(pmap, "y") == NULL); mu_assert_lf(!lhmsv_has_key(pmap, "z")); mu_assert_lf(lhmsv_get(pmap, "z") == NULL); mu_assert_lf(lhmsv_check_counts(pmap)); lhmsv_put(pmap, "y", "5", NO_FREE); mu_assert_lf(pmap->num_occupied == 2); mu_assert_lf(!lhmsv_has_key(pmap, "w")); mu_assert_lf(lhmsv_get(pmap, "w") == NULL); mu_assert_lf( lhmsv_has_key(pmap, "x")); mu_assert_lf(streq(lhmsv_get(pmap, "x"), "3")); mu_assert_lf( lhmsv_has_key(pmap, "y")); mu_assert_lf(streq(lhmsv_get(pmap, "y"), "5")); mu_assert_lf(!lhmsv_has_key(pmap, "z")); mu_assert_lf(lhmsv_get(pmap, "z") == NULL); mu_assert_lf(lhmsv_check_counts(pmap)); lhmsv_put(pmap, "x", "4", NO_FREE); mu_assert_lf(pmap->num_occupied == 2); mu_assert_lf(!lhmsv_has_key(pmap, "w")); mu_assert_lf(lhmsv_get(pmap, "w") == NULL); mu_assert_lf( lhmsv_has_key(pmap, "x")); mu_assert_lf(streq(lhmsv_get(pmap, "x"), "4")); mu_assert_lf( lhmsv_has_key(pmap, "y")); mu_assert_lf(streq(lhmsv_get(pmap, "y"), "5")); mu_assert_lf(!lhmsv_has_key(pmap, "z")); mu_assert_lf(lhmsv_get(pmap, "z") == NULL); mu_assert_lf(lhmsv_check_counts(pmap)); lhmsv_put(pmap, "z", "7", NO_FREE); mu_assert_lf(pmap->num_occupied == 3); mu_assert_lf(!lhmsv_has_key(pmap, "w")); mu_assert_lf(lhmsv_get(pmap, "w") == NULL); mu_assert_lf( lhmsv_has_key(pmap, "x")); mu_assert_lf(streq(lhmsv_get(pmap, "x"), "4")); mu_assert_lf( lhmsv_has_key(pmap, "y")); mu_assert_lf(streq(lhmsv_get(pmap, "y"), "5")); mu_assert_lf( lhmsv_has_key(pmap, "z")); mu_assert_lf(streq(lhmsv_get(pmap, "z"), "7")); mu_assert_lf(lhmsv_check_counts(pmap)); lhmsv_free(pmap); return NULL; } // ---------------------------------------------------------------- static char* test_lhms2v() { lhms2v_t *pmap = lhms2v_alloc(); mu_assert_lf(pmap->num_occupied == 0); mu_assert_lf(!lhms2v_has_key(pmap, "a", "w")); mu_assert_lf(lhms2v_get(pmap, "a", "w") == NULL); mu_assert_lf(!lhms2v_has_key(pmap, "a", "x")); mu_assert_lf(lhms2v_get(pmap, "a", "x") == NULL); mu_assert_lf(!lhms2v_has_key(pmap, "a", "y")); mu_assert_lf(lhms2v_get(pmap, "a", "y") == NULL); mu_assert_lf(!lhms2v_has_key(pmap, "b", "z")); mu_assert_lf(lhms2v_get(pmap, "b", "z") == NULL); mu_assert_lf(lhms2v_check_counts(pmap)); lhms2v_put(pmap, "a", "x", "3", NO_FREE); mu_assert_lf(pmap->num_occupied == 1); mu_assert_lf(!lhms2v_has_key(pmap, "a", "w")); mu_assert_lf(lhms2v_get(pmap, "a", "w") == NULL); mu_assert_lf( lhms2v_has_key(pmap, "a", "x")); mu_assert_lf(streq(lhms2v_get(pmap, "a", "x"), "3")); mu_assert_lf(!lhms2v_has_key(pmap, "a", "y")); mu_assert_lf(lhms2v_get(pmap, "a", "y") == NULL); mu_assert_lf(!lhms2v_has_key(pmap, "b", "z")); mu_assert_lf(lhms2v_get(pmap, "b", "z") == NULL); mu_assert_lf(lhms2v_check_counts(pmap)); lhms2v_put(pmap, "a", "y", "5", NO_FREE); mu_assert_lf(pmap->num_occupied == 2); mu_assert_lf(!lhms2v_has_key(pmap, "a", "w")); mu_assert_lf(lhms2v_get(pmap, "a", "w") == NULL); mu_assert_lf( lhms2v_has_key(pmap, "a", "x")); mu_assert_lf(streq(lhms2v_get(pmap, "a", "x"), "3")); mu_assert_lf( lhms2v_has_key(pmap, "a", "y")); mu_assert_lf(streq(lhms2v_get(pmap, "a", "y"), "5")); mu_assert_lf(!lhms2v_has_key(pmap, "b", "z")); mu_assert_lf(lhms2v_get(pmap, "b", "z") == NULL); mu_assert_lf(lhms2v_check_counts(pmap)); lhms2v_put(pmap, "a", "x", "4", NO_FREE); mu_assert_lf(pmap->num_occupied == 2); mu_assert_lf(!lhms2v_has_key(pmap, "a", "w")); mu_assert_lf(lhms2v_get(pmap, "a", "w") == NULL); mu_assert_lf( lhms2v_has_key(pmap, "a", "x")); mu_assert_lf(streq(lhms2v_get(pmap, "a", "x"), "4")); mu_assert_lf( lhms2v_has_key(pmap, "a", "y")); mu_assert_lf(streq(lhms2v_get(pmap, "a", "y"), "5")); mu_assert_lf(!lhms2v_has_key(pmap, "b", "z")); mu_assert_lf(lhms2v_get(pmap, "b", "z") == NULL); mu_assert_lf(lhms2v_check_counts(pmap)); lhms2v_put(pmap, "b", "z", "7", NO_FREE); mu_assert_lf(pmap->num_occupied == 3); mu_assert_lf(!lhms2v_has_key(pmap, "a", "w")); mu_assert_lf(lhms2v_get(pmap, "a", "w") == NULL); mu_assert_lf( lhms2v_has_key(pmap, "a", "x")); mu_assert_lf(streq(lhms2v_get(pmap, "a", "x"), "4")); mu_assert_lf( lhms2v_has_key(pmap, "a", "y")); mu_assert_lf(streq(lhms2v_get(pmap, "a", "y"), "5")); mu_assert_lf( lhms2v_has_key(pmap, "b", "z")); mu_assert_lf(streq(lhms2v_get(pmap, "b", "z"), "7")); mu_assert_lf(lhms2v_check_counts(pmap)); lhms2v_free(pmap); return NULL; } // ---------------------------------------------------------------- static char* test_lhmslv() { slls_t* aw = slls_alloc(); slls_append_no_free(aw, "a"); slls_append_no_free(aw, "w"); slls_t* ax = slls_alloc(); slls_append_no_free(ax, "a"); slls_append_no_free(ax, "x"); slls_t* ay = slls_alloc(); slls_append_no_free(ay, "a"); slls_append_no_free(ay, "y"); slls_t* bz = slls_alloc(); slls_append_no_free(bz, "b"); slls_append_no_free(bz, "z"); lhmslv_t *pmap = lhmslv_alloc(); mu_assert_lf(pmap->num_occupied == 0); mu_assert_lf(!lhmslv_has_key(pmap, aw)); mu_assert_lf(lhmslv_get(pmap, aw) == NULL); mu_assert_lf(!lhmslv_has_key(pmap, ax)); mu_assert_lf(lhmslv_get(pmap, ax) == NULL); mu_assert_lf(!lhmslv_has_key(pmap, ay)); mu_assert_lf(lhmslv_get(pmap, ay) == NULL); mu_assert_lf(!lhmslv_has_key(pmap, bz)); mu_assert_lf(lhmslv_get(pmap, bz) == NULL); mu_assert_lf(lhmslv_check_counts(pmap)); lhmslv_put(pmap, ax, "3", NO_FREE); mu_assert_lf(pmap->num_occupied == 1); mu_assert_lf(!lhmslv_has_key(pmap, aw)); mu_assert_lf(lhmslv_get(pmap, aw) == NULL); mu_assert_lf( lhmslv_has_key(pmap, ax)); mu_assert_lf(streq(lhmslv_get(pmap, ax), "3")); mu_assert_lf(!lhmslv_has_key(pmap, ay)); mu_assert_lf(lhmslv_get(pmap, ay) == NULL); mu_assert_lf(!lhmslv_has_key(pmap, bz)); mu_assert_lf(lhmslv_get(pmap, bz) == NULL); mu_assert_lf(lhmslv_check_counts(pmap)); lhmslv_put(pmap, ay, "5", NO_FREE); mu_assert_lf(pmap->num_occupied == 2); mu_assert_lf(!lhmslv_has_key(pmap, aw)); mu_assert_lf(lhmslv_get(pmap, aw) == NULL); mu_assert_lf( lhmslv_has_key(pmap, ax)); mu_assert_lf(streq(lhmslv_get(pmap, ax), "3")); mu_assert_lf( lhmslv_has_key(pmap, ay)); mu_assert_lf(streq(lhmslv_get(pmap, ay), "5")); mu_assert_lf(!lhmslv_has_key(pmap, bz)); mu_assert_lf(lhmslv_get(pmap, bz) == NULL); mu_assert_lf(lhmslv_check_counts(pmap)); lhmslv_put(pmap, ax, "4", NO_FREE); mu_assert_lf(pmap->num_occupied == 2); mu_assert_lf(!lhmslv_has_key(pmap, aw)); mu_assert_lf(lhmslv_get(pmap, aw) == NULL); mu_assert_lf( lhmslv_has_key(pmap, ax)); mu_assert_lf(streq(lhmslv_get(pmap, ax), "4")); mu_assert_lf( lhmslv_has_key(pmap, ay)); mu_assert_lf(streq(lhmslv_get(pmap, ay), "5")); mu_assert_lf(!lhmslv_has_key(pmap, bz)); mu_assert_lf(lhmslv_get(pmap, bz) == NULL); mu_assert_lf(lhmslv_check_counts(pmap)); lhmslv_put(pmap, bz, "7", NO_FREE); mu_assert_lf(pmap->num_occupied == 3); mu_assert_lf(!lhmslv_has_key(pmap, aw)); mu_assert_lf(lhmslv_get(pmap, aw) == NULL); mu_assert_lf( lhmslv_has_key(pmap, ax)); mu_assert_lf(streq(lhmslv_get(pmap, ax), "4")); mu_assert_lf( lhmslv_has_key(pmap, ay)); mu_assert_lf(streq(lhmslv_get(pmap, ay), "5")); mu_assert_lf( lhmslv_has_key(pmap, bz)); mu_assert_lf(streq(lhmslv_get(pmap, bz), "7")); mu_assert_lf(lhmslv_check_counts(pmap)); lhmslv_free(pmap); return NULL; } // ---------------------------------------------------------------- static char* test_lhmsmv() { printf("\n"); lhmsmv_t *pmap = lhmsmv_alloc(); mu_assert_lf(pmap->num_occupied == 0); mu_assert_lf(!lhmsmv_has_key(pmap, "w")); mu_assert_lf(lhmsmv_get(pmap, "w") == NULL); mu_assert_lf(!lhmsmv_has_key(pmap, "x")); mu_assert_lf(lhmsmv_get(pmap, "x") == NULL); mu_assert_lf(!lhmsmv_has_key(pmap, "y")); mu_assert_lf(lhmsmv_get(pmap, "y") == NULL); mu_assert_lf(!lhmsmv_has_key(pmap, "z")); mu_assert_lf(lhmsmv_get(pmap, "z") == NULL); mu_assert_lf(lhmsmv_check_counts(pmap)); lhmsmv_put(pmap, "x", imv(3), NO_FREE); lhmsmv_dump(pmap); printf("\n"); mu_assert_lf(pmap->num_occupied == 1); mu_assert_lf(!lhmsmv_has_key(pmap, "w")); mu_assert_lf(lhmsmv_get(pmap, "w") == NULL); mu_assert_lf( lhmsmv_has_key(pmap, "x")); mu_assert_lf(mveqcopy(lhmsmv_get(pmap, "x"), imv(3))); mu_assert_lf( lhmsmv_has_key(pmap, "x")); mu_assert_lf(mveqcopy(lhmsmv_get(pmap, "x"), smv("3"))); mu_assert_lf(!lhmsmv_has_key(pmap, "y")); mu_assert_lf(lhmsmv_get(pmap, "y") == NULL); mu_assert_lf(!lhmsmv_has_key(pmap, "z")); mu_assert_lf(lhmsmv_get(pmap, "z") == NULL); mu_assert_lf(lhmsmv_check_counts(pmap)); lhmsmv_put(pmap, "y", smv("5"), NO_FREE); lhmsmv_dump(pmap); printf("\n"); mu_assert_lf(pmap->num_occupied == 2); mu_assert_lf(!lhmsmv_has_key(pmap, "w")); mu_assert_lf(lhmsmv_get(pmap, "w") == NULL); mu_assert_lf( lhmsmv_has_key(pmap, "x")); mu_assert_lf(mveqcopy(lhmsmv_get(pmap, "x"), smv("3"))); mu_assert_lf( lhmsmv_has_key(pmap, "y")); mu_assert_lf(mveqcopy(lhmsmv_get(pmap, "y"), smv("5"))); mu_assert_lf( lhmsmv_has_key(pmap, "y")); mu_assert_lf(mveqcopy(lhmsmv_get(pmap, "y"), imv(5))); mu_assert_lf(!lhmsmv_has_key(pmap, "z")); mu_assert_lf(lhmsmv_get(pmap, "z") == NULL); mu_assert_lf(lhmsmv_check_counts(pmap)); lhmsmv_put(pmap, "x", smv("f"), NO_FREE); lhmsmv_dump(pmap); printf("\n"); mu_assert_lf(pmap->num_occupied == 2); mu_assert_lf(!lhmsmv_has_key(pmap, "w")); mu_assert_lf(lhmsmv_get(pmap, "w") == NULL); mu_assert_lf( lhmsmv_has_key(pmap, "x")); mu_assert_lf(mveqcopy(lhmsmv_get(pmap, "x"), smv("f"))); mu_assert_lf( lhmsmv_has_key(pmap, "y")); mu_assert_lf(mveqcopy(lhmsmv_get(pmap, "y"), smv("5"))); mu_assert_lf(!lhmsmv_has_key(pmap, "z")); mu_assert_lf(lhmsmv_get(pmap, "z") == NULL); mu_assert_lf(lhmsmv_check_counts(pmap)); lhmsmv_put(pmap, "z", imv(7), NO_FREE); lhmsmv_dump(pmap); printf("\n"); mu_assert_lf(pmap->num_occupied == 3); mu_assert_lf(!lhmsmv_has_key(pmap, "w")); mu_assert_lf(lhmsmv_get(pmap, "w") == NULL); mu_assert_lf( lhmsmv_has_key(pmap, "x")); mu_assert_lf(mveqcopy(lhmsmv_get(pmap, "x"), smv("f"))); mu_assert_lf( lhmsmv_has_key(pmap, "y")); mu_assert_lf(mveqcopy(lhmsmv_get(pmap, "y"), smv("5"))); mu_assert_lf( lhmsmv_has_key(pmap, "y")); mu_assert_lf(mveqcopy(lhmsmv_get(pmap, "y"), imv(5))); mu_assert_lf( lhmsmv_has_key(pmap, "z")); mu_assert_lf(mveqcopy(lhmsmv_get(pmap, "z"), smv("7"))); mu_assert_lf( lhmsmv_has_key(pmap, "z")); mu_assert_lf(mveqcopy(lhmsmv_get(pmap, "z"), imv(7))); mu_assert_lf(lhmsmv_check_counts(pmap)); lhmsmv_free(pmap); return NULL; } // ---------------------------------------------------------------- static char* test_percentile_keeper() { percentile_keeper_t* ppercentile_keeper = percentile_keeper_alloc(); percentile_keeper_ingest(ppercentile_keeper, mv_from_float(1.0)); percentile_keeper_ingest(ppercentile_keeper, mv_from_int(2)); percentile_keeper_ingest(ppercentile_keeper, mv_from_int(3)); percentile_keeper_ingest(ppercentile_keeper, mv_from_float(4.0)); percentile_keeper_ingest(ppercentile_keeper, mv_from_float(5.0)); percentile_keeper_print(ppercentile_keeper); double p; mv_t q; p = 0.0; q = percentile_keeper_emit_non_interpolated(ppercentile_keeper, p); printf("%4.2lf -> %7.4lf\n", p, q.u.fltv); mu_assert_lf(q.type == MT_FLOAT); mu_assert_lf(q.u.fltv == 1.0); p = 10.0; q = percentile_keeper_emit_non_interpolated(ppercentile_keeper, p); printf("%4.2lf -> %7.4lf\n", p, q.u.fltv); mu_assert_lf(q.type == MT_FLOAT); mu_assert_lf(q.u.fltv == 1.0); p = 50.0; q = percentile_keeper_emit_non_interpolated(ppercentile_keeper, p); printf("%4.2lf -> %lld\n", p, q.u.intv); mu_assert_lf(q.type == MT_INT); mu_assert_lf(q.u.intv == 3LL); p = 90.0; q = percentile_keeper_emit_non_interpolated(ppercentile_keeper, p); printf("%4.2lf -> %7.4lf\n", p, q.u.fltv); mu_assert_lf(q.type == MT_FLOAT); mu_assert_lf(q.u.fltv == 5.0); p = 100.0; q = percentile_keeper_emit_non_interpolated(ppercentile_keeper, p); printf("%4.2lf -> %7.4lf\n", p, q.u.fltv); mu_assert_lf(q.type == MT_FLOAT); mu_assert_lf(q.u.fltv == 5.0); percentile_keeper_free(ppercentile_keeper); return NULL; } // ---------------------------------------------------------------- static char* test_top_keeper() { int capacity = 3; top_keeper_t* ptop_keeper = top_keeper_alloc(capacity); mu_assert_lf(ptop_keeper->size == 0); top_keeper_add(ptop_keeper, mv_from_float(5.0), NULL); top_keeper_print(ptop_keeper); mu_assert_lf(ptop_keeper->size == 1); mu_assert_lf(ptop_keeper->top_values[0].type == MT_FLOAT); mu_assert_lf(ptop_keeper->top_values[0].u.fltv == 5.0); top_keeper_add(ptop_keeper, mv_from_float(6.0), NULL); top_keeper_print(ptop_keeper); mu_assert_lf(ptop_keeper->size == 2); mu_assert_lf(ptop_keeper->top_values[0].type == MT_FLOAT); mu_assert_lf(ptop_keeper->top_values[0].u.fltv == 6.0); mu_assert_lf(ptop_keeper->top_values[1].type == MT_FLOAT); mu_assert_lf(ptop_keeper->top_values[1].u.fltv == 5.0); top_keeper_add(ptop_keeper, mv_from_int(4), NULL); top_keeper_print(ptop_keeper); mu_assert_lf(ptop_keeper->size == 3); mu_assert_lf(ptop_keeper->top_values[0].type == MT_FLOAT); mu_assert_lf(ptop_keeper->top_values[0].u.fltv == 6.0); mu_assert_lf(ptop_keeper->top_values[1].type == MT_FLOAT); mu_assert_lf(ptop_keeper->top_values[1].u.fltv == 5.0); mu_assert_lf(ptop_keeper->top_values[2].type == MT_INT); mu_assert_lf(ptop_keeper->top_values[2].u.intv == 4.0); top_keeper_add(ptop_keeper, mv_from_int(2), NULL); top_keeper_print(ptop_keeper); mu_assert_lf(ptop_keeper->size == 3); mu_assert_lf(ptop_keeper->top_values[0].type == MT_FLOAT); mu_assert_lf(ptop_keeper->top_values[0].u.fltv == 6.0); mu_assert_lf(ptop_keeper->top_values[1].type == MT_FLOAT); mu_assert_lf(ptop_keeper->top_values[1].u.fltv == 5.0); mu_assert_lf(ptop_keeper->top_values[2].type == MT_INT); mu_assert_lf(ptop_keeper->top_values[2].u.intv == 4.0); top_keeper_add(ptop_keeper, mv_from_int(7), NULL); top_keeper_print(ptop_keeper); mu_assert_lf(ptop_keeper->size == 3); mu_assert_lf(ptop_keeper->top_values[0].type == MT_INT); mu_assert_lf(ptop_keeper->top_values[0].u.intv == 7); mu_assert_lf(ptop_keeper->top_values[1].type == MT_FLOAT); mu_assert_lf(ptop_keeper->top_values[1].u.fltv == 6.0); mu_assert_lf(ptop_keeper->top_values[2].type == MT_FLOAT); mu_assert_lf(ptop_keeper->top_values[2].u.fltv == 5.0); top_keeper_free(ptop_keeper); return NULL; } // ---------------------------------------------------------------- static char* test_dheap() { dheap_t *pdheap = dheap_alloc(); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 0); dheap_add(pdheap, 4.25); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 1); dheap_add(pdheap, 3.25); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 2); dheap_add(pdheap, 2.25); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 3); dheap_add(pdheap, 6.25); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 4); dheap_add(pdheap, 5.25); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 5); dheap_add(pdheap, 8.25); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 6); dheap_add(pdheap, 7.25); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 7); dheap_print(pdheap); mu_assert_lf(dheap_remove(pdheap) == 8.25); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 6); mu_assert_lf(dheap_remove(pdheap) == 7.25); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 5); mu_assert_lf(dheap_remove(pdheap) == 6.25); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 4); mu_assert_lf(dheap_remove(pdheap) == 5.25); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 3); mu_assert_lf(dheap_remove(pdheap) == 4.25); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 2); mu_assert_lf(dheap_remove(pdheap) == 3.25); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 1); mu_assert_lf(dheap_remove(pdheap) == 2.25); mu_assert_lf(dheap_check(pdheap, __FILE__, __LINE__)); mu_assert_lf(pdheap->n == 0); dheap_free(pdheap); return NULL; } // ================================================================ static char * run_all_tests() { mu_run_test(test_slls); mu_run_test(test_rslls); mu_run_test(test_sllv); mu_run_test(test_string_array); mu_run_test(test_hss); mu_run_test(test_lhmsi); mu_run_test(test_lhmsll); mu_run_test(test_lhmss); mu_run_test(test_lhmsv); mu_run_test(test_lhms2v); mu_run_test(test_lhmslv); mu_run_test(test_lhmsmv); mu_run_test(test_percentile_keeper); mu_run_test(test_top_keeper); mu_run_test(test_dheap); return 0; } int main(int argc, char **argv) { mlr_global_init(argv[0], NULL); printf("TEST_MULTIPLE_CONTAINERS ENTER\n"); char *result = run_all_tests(); printf("\n"); if (result != 0) { printf("Not all unit tests passed\n"); } else { printf("TEST_MULTIPLE_CONTAINERS: ALL UNIT TESTS PASSED\n"); } printf("Tests passed: %d of %d\n", tests_run - tests_failed, tests_run); printf("Assertions passed: %d of %d\n", assertions_run - assertions_failed, assertions_run); return result != 0; } miller-5.6.2/c/unit_test/test_parse_trie.c000066400000000000000000000224511354153536500206260ustar00rootroot00000000000000#include #include #include #include "lib/minunit.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "containers/parse_trie.h" int tests_run = 0; int tests_failed = 0; int assertions_run = 0; int assertions_failed = 0; static char* sep = "================================================================"; static void print_with_unprintables(char* s) { for (char* p = s; *p; p++) { char c = *p; printf("%c[%02x]", isprint((unsigned char)c) ? c : '?', ((unsigned)c) & 0xff); } } // ---------------------------------------------------------------- static void test_case( char* test_name, char** strings, int num_strings, char* buf, int* prc, int* pstridx, int* pmatchlen) { int stridx, matchlen, rc; parse_trie_t* ptrie = parse_trie_alloc(); printf("%s %s\n", sep, test_name); parse_trie_print(ptrie); for (stridx = 0; stridx < num_strings; stridx++) { printf("Adding string[%d] = [", stridx); print_with_unprintables(strings[stridx]); printf("]\n"); parse_trie_add_string(ptrie, strings[stridx], stridx); parse_trie_print(ptrie); } stridx = -2; matchlen = -2; rc = parse_trie_ring_match(ptrie, buf, 0, strlen(buf), 0xff, &stridx, &matchlen); parse_trie_free(ptrie); printf("buf = %s\n", buf); printf("rc = %d\n", rc); printf("stridx = %d (%s)\n", stridx, strings[stridx]); printf("matchlen = %d\n", matchlen); *prc = rc; *pstridx = stridx; *pmatchlen = matchlen; } // ---------------------------------------------------------------- static char* test_simplest() { char* strings[] = { "a" }; char* buf = "a"; int expect_rc = TRUE, expect_stridx = 0, expect_matchlen = 1; int num_strings = sizeof(strings) / sizeof(strings[0]); int stridx, matchlen, rc; test_case("simplest", strings, num_strings, buf, &rc, &stridx, &matchlen); mu_assert_lf(rc == expect_rc); mu_assert_lf(stridx == expect_stridx); mu_assert_lf(matchlen == expect_matchlen); return 0; } // ---------------------------------------------------------------- static char* test_disjoint() { char* strings[] = { "abc" , "fg" }; char* buf = "abcde"; int expect_rc = TRUE, expect_stridx = 0, expect_matchlen = 3; int num_strings = sizeof(strings) / sizeof(strings[0]); int stridx, matchlen, rc; test_case("disjoint", strings, num_strings, buf, &rc, &stridx, &matchlen); mu_assert_lf(rc == expect_rc); mu_assert_lf(stridx == expect_stridx); mu_assert_lf(matchlen == expect_matchlen); return 0; } // ---------------------------------------------------------------- static char* test_short_long() { char* strings[] = { "a" , "aa" }; char* buf = "aaabc"; int expect_rc = TRUE, expect_stridx = 1, expect_matchlen = 2; int num_strings = sizeof(strings) / sizeof(strings[0]); int stridx, matchlen, rc; test_case("short_long", strings, num_strings, buf, &rc, &stridx, &matchlen); mu_assert_lf(rc == expect_rc); mu_assert_lf(stridx == expect_stridx); mu_assert_lf(matchlen == expect_matchlen); return 0; } // ---------------------------------------------------------------- static char* test_long_short() { char* strings[] = { "aa" , "a" }; char* buf = "aaabc"; int expect_rc = TRUE, expect_stridx = 0, expect_matchlen = 2; int num_strings = sizeof(strings) / sizeof(strings[0]); int stridx, matchlen, rc; test_case("long_short", strings, num_strings, buf, &rc, &stridx, &matchlen); mu_assert_lf(rc == expect_rc); mu_assert_lf(stridx == expect_stridx); mu_assert_lf(matchlen == expect_matchlen); return 0; } // ---------------------------------------------------------------- static char* test_dkvp() { char* test_name = "dkvp"; char* strings[] = { "=" , ",", "\r\n", "\xff" }; const int PS_TOKEN = 0; const int FS_TOKEN = 1; const int RS_TOKEN = 2; const int EOF_TOKEN = 3; int num_strings = sizeof(strings) / sizeof(strings[0]); char* buf = "abc=123,def=456\r\n" "ghi=789\xff"; char* p = buf; printf("%s %s\n", sep, test_name); int stridx, matchlen, rc; parse_trie_t* ptrie = parse_trie_alloc(); parse_trie_print(ptrie); for (stridx = 0; stridx < num_strings; stridx++) { printf("Adding string[%d] = [", stridx); print_with_unprintables(strings[stridx]); printf("]\n"); parse_trie_add_string(ptrie, strings[stridx], stridx); } parse_trie_print(ptrie); rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == TRUE); mu_assert_lf(stridx == PS_TOKEN); mu_assert_lf(matchlen == strlen(strings[PS_TOKEN])); p += matchlen; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == TRUE); mu_assert_lf(stridx == FS_TOKEN); mu_assert_lf(matchlen == strlen(strings[FS_TOKEN])); p += matchlen; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == TRUE); mu_assert_lf(stridx == PS_TOKEN); mu_assert_lf(matchlen == strlen(strings[PS_TOKEN])); p += matchlen; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == TRUE); mu_assert_lf(stridx == RS_TOKEN); mu_assert_lf(matchlen == strlen(strings[RS_TOKEN])); p += matchlen; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == TRUE); mu_assert_lf(stridx == PS_TOKEN); mu_assert_lf(matchlen == strlen(strings[PS_TOKEN])); p += matchlen; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == FALSE); p++; rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); mu_assert_lf(rc == TRUE); mu_assert_lf(stridx == EOF_TOKEN); mu_assert_lf(matchlen == strlen(strings[EOF_TOKEN])); p += matchlen; return 0; } // ---------------------------------------------------------------- static char* show_it() { char* test_name = "show_it"; char* strings[] = { "=" , ",", "\r\n", "\xff" }; const int EOF_TOKEN = 3; int num_strings = sizeof(strings) / sizeof(strings[0]); char* buf = "abc=123,def=456\r\n" "ghi=789\xff"; char* p = buf; printf("%s %s\n", sep, test_name); int stridx, matchlen, rc; parse_trie_t* ptrie = parse_trie_alloc(); parse_trie_print(ptrie); for (stridx = 0; stridx < num_strings; stridx++) { printf("Adding string[%d] = [", stridx); print_with_unprintables(strings[stridx]); printf("]\n"); parse_trie_add_string(ptrie, strings[stridx], stridx); } parse_trie_print(ptrie); while (TRUE) { rc = parse_trie_ring_match(ptrie, p, 0, strlen(p), 0xff, &stridx, &matchlen); if (rc) { printf("match token %d (", stridx); print_with_unprintables(strings[stridx]); printf(")\n"); p += matchlen; if (stridx == EOF_TOKEN) { break; } } else { char c = *p; printf("c %c[%02x]\n", isprint((unsigned char)c) ? c : '?', ((unsigned)c)&0xff); p++; } } mu_assert_lf(*p == 0); return 0; } // ================================================================ static char* all_tests() { mu_run_test(test_simplest); mu_run_test(test_disjoint); mu_run_test(test_short_long); mu_run_test(test_long_short); mu_run_test(test_dkvp); mu_run_test(show_it); return 0; } int main(int argc, char** argv) { mlr_global_init(argv[0], NULL); printf("TEST_PARSE_TRIE ENTER\n"); char* result = all_tests(); printf("\n"); if (result != 0) { printf("Not all unit tests passed\n"); } else { printf("TEST_PARSE_TRIE: ALL UNIT TESTS PASSED\n"); } printf("Tests passed: %d of %d\n", tests_run - tests_failed, tests_run); printf("Assertions passed: %d of %d\n", assertions_run - assertions_failed, assertions_run); return result != 0; } miller-5.6.2/c/unit_test/test_peek_file_reader.c000066400000000000000000000052151354153536500217350ustar00rootroot00000000000000#include #include #include #include "lib/mlrutil.h" #include "lib/mlr_globals.h" #include "lib/minunit.h" #include "lib/mlr_test_util.h" #include "input/byte_readers.h" #include "input/peek_file_reader.h" int tests_run = 0; int tests_failed = 0; int assertions_run = 0; int assertions_failed = 0; // ---------------------------------------------------------------- static char* test_empty() { byte_reader_t* pbr = string_byte_reader_alloc(); int ok = pbr->popen_func(pbr, NULL, ""); mu_assert_lf(ok == TRUE); peek_file_reader_t* pfr = pfr_alloc(pbr, 7); mu_assert_lf(pfr_peek_char(pfr) == (char)EOF); // char defaults to unsigned on some platforms mu_assert_lf(pfr_read_char(pfr) == (char)EOF); pbr->pclose_func(pbr, NULL); pfr_free(pfr); return NULL; } // ---------------------------------------------------------------- static char* test_non_empty() { byte_reader_t* pbr = string_byte_reader_alloc(); int ok = pbr->popen_func(pbr, NULL, "ab,cde\n" "123,4567\n" ); mu_assert_lf(ok == TRUE); peek_file_reader_t* pfr = pfr_alloc(pbr, 7); pfr_print(pfr); mu_assert_lf(pfr_peek_char(pfr) == 'a'); pfr_print(pfr); mu_assert_lf(pfr_read_char(pfr) == 'a'); pfr_print(pfr); mu_assert_lf(pfr_peek_char(pfr) == 'b'); pfr_print(pfr); mu_assert_lf(pfr_read_char(pfr) == 'b'); pfr_print(pfr); mu_assert_lf(pfr_peek_char(pfr) == ','); pfr_print(pfr); mu_assert_lf(pfr_peek_char(pfr) == ','); pfr_print(pfr); mu_assert_lf(pfr_read_char(pfr) == ','); pfr_print(pfr); pfr_buffer_by(pfr, 5); pfr_print(pfr); pfr_advance_by(pfr, 5); pfr_print(pfr); mu_assert_lf(pfr_read_char(pfr) == '2'); pfr_print(pfr); mu_assert_lf(pfr_peek_char(pfr) == '3'); pfr_print(pfr); mu_assert_lf(pfr_peek_char(pfr) == '3'); pfr_print(pfr); mu_assert_lf(pfr_read_char(pfr) == '3'); pfr_print(pfr); pfr_buffer_by(pfr, 5); pfr_print(pfr); pfr_advance_by(pfr, 5); pfr_print(pfr); mu_assert_lf(pfr_read_char(pfr) == '\n'); pbr->pclose_func(pbr, NULL); pfr_free(pfr); return NULL; } // ================================================================ static char * run_all_tests() { mu_run_test(test_empty); mu_run_test(test_non_empty); return 0; } int main(int argc, char **argv) { mlr_global_init(argv[0], NULL); printf("TEST_PEEK_FILE_READER ENTER\n"); char *result = run_all_tests(); printf("\n"); if (result != 0) { printf("Not all unit tests passed\n"); } else { printf("TEST_PEEK_FILE_READER: ALL UNIT TESTS PASSED\n"); } printf("Tests passed: %d of %d\n", tests_run - tests_failed, tests_run); printf("Assertions passed: %d of %d\n", assertions_run - assertions_failed, assertions_run); return result != 0; } miller-5.6.2/c/unit_test/test_rval_evaluators.c000066400000000000000000000462011354153536500217010ustar00rootroot00000000000000#include "lib/mlr_globals.h" #include "lib/minunit.h" #include "dsl/rval_evaluators.h" #include "dsl/function_manager.h" // ---------------------------------------------------------------- int tests_run = 0; int tests_failed = 0; int assertions_run = 0; int assertions_failed = 0; // ---------------------------------------------------------------- static char * test_caps() { printf("\n"); printf("-- TEST_RVAL_EVALUATORS test_caps ENTER\n"); context_t ctx = {.nr = 888, .fnr = 999, .filenum = 123, .filename = "filename-goes-here", .force_eof = FALSE, .ips = "=", .ifs = ",", .irs = "\n", .ops = "=", .ofs = ",", .ors = "\n", .auto_line_term = "\n" }; context_t* pctx = &ctx; rval_evaluator_t* pnr = rval_evaluator_alloc_from_NR(); rval_evaluator_t* pfnr = rval_evaluator_alloc_from_FNR(); rval_evaluator_t* pfilename = rval_evaluator_alloc_from_FILENAME(); rval_evaluator_t* pfilenum = rval_evaluator_alloc_from_FILENUM(); lrec_t* prec = lrec_unbacked_alloc(); lhmsmv_t* ptyped_overlay = lhmsmv_alloc(); mlhmmv_root_t* poosvars = mlhmmv_root_alloc(); string_array_t* pregex_captures = NULL; loop_stack_t* ploop_stack = loop_stack_alloc(); variables_t variables = (variables_t) { .pinrec = prec, .ptyped_overlay = ptyped_overlay, .poosvars = poosvars, .ppregex_captures = &pregex_captures, .pctx = pctx, .ploop_stack = ploop_stack, }; mv_t val = pnr->pprocess_func(pnr->pvstate, &variables); printf("[%s] %s\n", mt_describe_type(val.type), mv_alloc_format_val(&val)); mu_assert_lf(val.type == MT_INT); mu_assert_lf(val.u.intv == 888); val = pfnr->pprocess_func(pfnr->pvstate, &variables); printf("[%s] %s\n", mt_describe_type(val.type), mv_alloc_format_val(&val)); mu_assert_lf(val.type == MT_INT); mu_assert_lf(val.u.intv == 999); val = pfilename->pprocess_func(pfilename->pvstate, &variables); printf("[%s] %s\n", mt_describe_type(val.type), mv_alloc_format_val(&val)); mu_assert_lf(val.type == MT_STRING); mu_assert_lf(val.u.strv != NULL); mu_assert_lf(streq(val.u.strv, "filename-goes-here")); val = pfilenum->pprocess_func(pfilenum->pvstate, &variables); printf("[%s] %s\n", mt_describe_type(val.type), mv_alloc_format_val(&val)); mu_assert_lf(val.type == MT_INT); mu_assert_lf(val.u.intv == 123); return 0; } // ---------------------------------------------------------------- static char * test_strings() { printf("\n"); printf("-- TEST_RVAL_EVALUATORS test_strings ENTER\n"); context_t ctx = {.nr = 888, .fnr = 999, .filenum = 123, .filename = "filename-goes-here", .force_eof = FALSE, .ips = "=", .ifs = ",", .irs = "\n", .ops = "=", .ofs = ",", .ors = "\n", .auto_line_term = "\n" }; context_t* pctx = &ctx; rval_evaluator_t* ps = rval_evaluator_alloc_from_field_name("s", TYPE_INFER_STRING_FLOAT_INT); rval_evaluator_t* pdef = rval_evaluator_alloc_from_string_literal("def"); rval_evaluator_t* pdot = rval_evaluator_alloc_from_x_ss_func(s_xx_dot_func, ps, pdef); rval_evaluator_t* ptolower = rval_evaluator_alloc_from_s_s_func(s_s_tolower_func, pdot); rval_evaluator_t* ptoupper = rval_evaluator_alloc_from_s_s_func(s_s_toupper_func, pdot); lrec_t* prec = lrec_unbacked_alloc(); lhmsmv_t* ptyped_overlay = lhmsmv_alloc(); mlhmmv_root_t* poosvars = mlhmmv_root_alloc(); string_array_t* pregex_captures = NULL; loop_stack_t* ploop_stack = loop_stack_alloc(); lrec_put(prec, "s", "abc", NO_FREE); printf("lrec s = %s\n", lrec_get(prec, "s")); variables_t variables = (variables_t) { .pinrec = prec, .ptyped_overlay = ptyped_overlay, .poosvars = poosvars, .ppregex_captures = &pregex_captures, .pctx = pctx, .ploop_stack = ploop_stack, }; mv_t val = ps->pprocess_func(ps->pvstate, &variables); printf("[%s] %s\n", mt_describe_type(val.type), mv_alloc_format_val(&val)); mu_assert_lf(val.type == MT_STRING); mu_assert_lf(val.u.strv != NULL); mu_assert_lf(streq(val.u.strv, "abc")); val = pdef->pprocess_func(pdef->pvstate, &variables); printf("[%s] %s\n", mt_describe_type(val.type), mv_alloc_format_val(&val)); mu_assert_lf(val.type == MT_STRING); mu_assert_lf(val.u.strv != NULL); mu_assert_lf(streq(val.u.strv, "def")); val = pdot->pprocess_func(pdot->pvstate, &variables); printf("[%s] %s\n", mt_describe_type(val.type), mv_alloc_format_val(&val)); mu_assert_lf(val.type == MT_STRING); mu_assert_lf(val.u.strv != NULL); mu_assert_lf(streq(val.u.strv, "abcdef")); val = ptolower->pprocess_func(ptolower->pvstate, &variables); printf("[%s] %s\n", mt_describe_type(val.type), mv_alloc_format_val(&val)); mu_assert_lf(val.type == MT_STRING); mu_assert_lf(val.u.strv != NULL); mu_assert_lf(streq(val.u.strv, "abcdef")); val = ptoupper->pprocess_func(ptoupper->pvstate, &variables); printf("[%s] %s\n", mt_describe_type(val.type), mv_alloc_format_val(&val)); mu_assert_lf(val.type == MT_STRING); mu_assert_lf(val.u.strv != NULL); mu_assert_lf(streq(val.u.strv, "ABCDEF")); return 0; } // ---------------------------------------------------------------- static char * test_numbers() { printf("\n"); printf("-- TEST_RVAL_EVALUATORS test_numbers ENTER\n"); context_t ctx = {.nr = 888, .fnr = 999, .filenum = 123, .filename = "filename-goes-here", .force_eof = FALSE, .ips = "=", .ifs = ",", .irs = "\n", .ops = "=", .ofs = ",", .ors = "\n", .auto_line_term = "\n" }; context_t* pctx = &ctx; rval_evaluator_t* p2 = rval_evaluator_alloc_from_numeric_literal("2.0"); rval_evaluator_t* px = rval_evaluator_alloc_from_field_name("x", TYPE_INFER_STRING_FLOAT_INT); rval_evaluator_t* plogx = rval_evaluator_alloc_from_f_f_func(f_f_log10_func, px); rval_evaluator_t* p2logx = rval_evaluator_alloc_from_x_xx_func(x_xx_times_func, p2, plogx); rval_evaluator_t* px2 = rval_evaluator_alloc_from_x_xx_func(x_xx_times_func, px, px); rval_evaluator_t* p4 = rval_evaluator_alloc_from_x_xx_func(x_xx_times_func, p2, p2); mlr_dsl_ast_node_t* pxnode = mlr_dsl_ast_node_alloc("x", MD_AST_NODE_TYPE_FIELD_NAME); mlr_dsl_ast_node_t* plognode = mlr_dsl_ast_node_alloc_zary("log", MD_AST_NODE_TYPE_FUNCTION_CALLSITE); mlr_dsl_ast_node_t* plogxnode = mlr_dsl_ast_node_append_arg(plognode, pxnode); mlr_dsl_ast_node_t* p2node = mlr_dsl_ast_node_alloc("2", MD_AST_NODE_TYPE_NUMERIC_LITERAL); mlr_dsl_ast_node_t* p2logxnode = mlr_dsl_ast_node_alloc_binary("*", MD_AST_NODE_TYPE_OPERATOR, p2node, plogxnode); fmgr_t* pfmgr = fmgr_alloc(); rval_evaluator_t* pastr = rval_evaluator_alloc_from_ast(p2logxnode, pfmgr, TYPE_INFER_STRING_FLOAT_INT, 0); fmgr_resolve_func_callsites(pfmgr); fmgr_free(pfmgr, &ctx); lrec_t* prec = lrec_unbacked_alloc(); lhmsmv_t* ptyped_overlay = lhmsmv_alloc(); mlhmmv_root_t* poosvars = mlhmmv_root_alloc(); string_array_t* pregex_captures = NULL; loop_stack_t* ploop_stack = loop_stack_alloc(); lrec_put(prec, "x", "4.5", NO_FREE); variables_t variables = (variables_t) { .pinrec = prec, .ptyped_overlay = ptyped_overlay, .poosvars = poosvars, .ppregex_captures = &pregex_captures, .pctx = pctx, .ploop_stack = ploop_stack, }; mv_t valp2 = p2->pprocess_func(p2->pvstate, &variables); mv_t valp4 = p4->pprocess_func(p4->pvstate, &variables); mv_t valpx = px->pprocess_func(px->pvstate, &variables); mv_t valpx2 = px2->pprocess_func(px2->pvstate, &variables); mv_t valplogx = plogx->pprocess_func(plogx->pvstate, &variables); mv_t valp2logx = p2logx->pprocess_func(p2logx->pvstate, &variables); printf("lrec x = %s\n", lrec_get(prec, "x")); printf("newval 2 = %s\n", mv_describe_val(valp2)); printf("newval 4 = %s\n", mv_describe_val(valp4)); printf("newval x = %s\n", mv_describe_val(valpx)); printf("newval x^2 = %s\n", mv_describe_val(valpx2)); printf("newval log(x) = %s\n", mv_describe_val(valplogx)); printf("newval 2*log(x) = %s\n", mv_describe_val(valp2logx)); mu_assert_lf(valp2.type == MT_FLOAT); mu_assert_lf(valp4.type == MT_FLOAT); mu_assert_lf(valpx.type == MT_FLOAT); mu_assert_lf(valpx2.type == MT_FLOAT); mu_assert_lf(valplogx.type == MT_FLOAT); mu_assert_lf(valp2logx.type == MT_FLOAT); mu_assert_lf(valp2.u.fltv == 2.0); mu_assert_lf(valp4.u.fltv == 4.0); mu_assert_lf(valpx.u.fltv == 4.5); mu_assert_lf(valpx2.u.fltv == 20.25); mu_assert_lf(fabs(valplogx.u.fltv - 0.653213) < 1e-5); mu_assert_lf(fabs(valp2logx.u.fltv - 1.306425) < 1e-5); mlr_dsl_ast_node_print(p2logxnode); printf("newval AST = %s\n", mv_describe_val(pastr->pprocess_func(pastr->pvstate, &variables))); printf("\n"); lrec_rename(prec, "x", "y", FALSE); valp2 = p2->pprocess_func(p2->pvstate, &variables); valp4 = p4->pprocess_func(p4->pvstate, &variables); valpx = px->pprocess_func(px->pvstate, &variables); valpx2 = px2->pprocess_func(px2->pvstate, &variables); valplogx = plogx->pprocess_func(plogx->pvstate, &variables); valp2logx = p2logx->pprocess_func(p2logx->pvstate, &variables); printf("lrec x = %s\n", lrec_get(prec, "x")); printf("newval 2 = %s\n", mv_describe_val(valp2)); printf("newval 4 = %s\n", mv_describe_val(valp4)); printf("newval x = %s\n", mv_describe_val(valpx)); printf("newval x^2 = %s\n", mv_describe_val(valpx2)); printf("newval log(x) = %s\n", mv_describe_val(valplogx)); printf("newval 2*log(x) = %s\n", mv_describe_val(valp2logx)); mu_assert_lf(valp2.type == MT_FLOAT); mu_assert_lf(valp4.type == MT_FLOAT); mu_assert_lf(valpx.type == MT_ABSENT); mu_assert_lf(valpx2.type == MT_ABSENT); mu_assert_lf(valplogx.type == MT_ABSENT); mu_assert_lf(valp2logx.type == MT_FLOAT); mu_assert_lf(valp2.u.fltv == 2.0); mu_assert_lf(valp4.u.fltv == 4.0); return 0; } // ---------------------------------------------------------------- static char * test_logical_and() { printf("\n"); printf("-- TEST_RVAL_EVALUATORS test4 ENTER\n"); context_t ctx = {.nr = 888, .fnr = 999, .filenum = 123, .filename = "filename-goes-here", .force_eof = FALSE, .ips = "=", .ifs = ",", .irs = "\n", .ops = "=", .ofs = ",", .ors = "\n", .auto_line_term = "\n" }; context_t* pctx = &ctx; lrec_t* prec = NULL; lhmsmv_t* ptyped_overlay = NULL; mlhmmv_root_t* poosvars = NULL; string_array_t* pregex_captures = NULL; loop_stack_t* ploop_stack = loop_stack_alloc(); variables_t variables = (variables_t) { .pinrec = prec, .ptyped_overlay = ptyped_overlay, .poosvars = poosvars, .ppregex_captures = &pregex_captures, .pctx = pctx, .ploop_stack = ploop_stack, }; mv_t t = mv_from_bool(TRUE); mv_t f = mv_from_bool(FALSE); mv_t a = mv_absent(); rval_evaluator_t* pt = rval_evaluator_alloc_from_mlrval(&t); rval_evaluator_t* pf = rval_evaluator_alloc_from_mlrval(&f); rval_evaluator_t* pa = rval_evaluator_alloc_from_mlrval(&a); rval_evaluator_t* ptt = rval_evaluator_alloc_from_b_bb_and_func(pt, pt); rval_evaluator_t* ptf = rval_evaluator_alloc_from_b_bb_and_func(pt, pf); rval_evaluator_t* pta = rval_evaluator_alloc_from_b_bb_and_func(pt, pa); rval_evaluator_t* pft = rval_evaluator_alloc_from_b_bb_and_func(pf, pt); rval_evaluator_t* pff = rval_evaluator_alloc_from_b_bb_and_func(pf, pf); rval_evaluator_t* pfa = rval_evaluator_alloc_from_b_bb_and_func(pf, pa); rval_evaluator_t* pat = rval_evaluator_alloc_from_b_bb_and_func(pa, pt); rval_evaluator_t* paf = rval_evaluator_alloc_from_b_bb_and_func(pa, pf); rval_evaluator_t* paa = rval_evaluator_alloc_from_b_bb_and_func(pa, pa); mv_t ott = ptt->pprocess_func(ptt->pvstate, &variables); mv_t otf = ptf->pprocess_func(ptf->pvstate, &variables); mv_t oft = pft->pprocess_func(pft->pvstate, &variables); mv_t off = pff->pprocess_func(pff->pvstate, &variables); mv_t oat = pat->pprocess_func(pat->pvstate, &variables); mv_t oaf = paf->pprocess_func(paf->pvstate, &variables); mv_t ota = pta->pprocess_func(pta->pvstate, &variables); mv_t ofa = pfa->pprocess_func(pfa->pvstate, &variables); mv_t oaa = paa->pprocess_func(paa->pvstate, &variables); mu_assert_lf(ott.type == MT_BOOLEAN); mu_assert_lf(ott.u.boolv == TRUE); mu_assert_lf(otf.type == MT_BOOLEAN); mu_assert_lf(otf.u.boolv == FALSE); mu_assert_lf(oft.type == MT_BOOLEAN); mu_assert_lf(oft.u.boolv == FALSE); mu_assert_lf(off.type == MT_BOOLEAN); mu_assert_lf(off.u.boolv == FALSE); mu_assert_lf(oat.type == MT_BOOLEAN); mu_assert_lf(oat.u.boolv == TRUE); mu_assert_lf(oaf.type == MT_BOOLEAN); mu_assert_lf(oaf.u.boolv == FALSE); mu_assert_lf(ota.type == MT_BOOLEAN); mu_assert_lf(ota.u.boolv == TRUE); mu_assert_lf(ofa.type == MT_BOOLEAN); mu_assert_lf(ofa.u.boolv == FALSE); mu_assert_lf(oaa.type == MT_ABSENT); return 0; } // ---------------------------------------------------------------- static char * test_logical_or() { printf("\n"); printf("-- TEST_RVAL_EVALUATORS test4 ENTER\n"); context_t ctx = {.nr = 888, .fnr = 999, .filenum = 123, .filename = "filename-goes-here", .force_eof = FALSE, .ips = "=", .ifs = ",", .irs = "\n", .ops = "=", .ofs = ",", .ors = "\n", .auto_line_term = "\n" }; context_t* pctx = &ctx; lrec_t* prec = NULL; lhmsmv_t* ptyped_overlay = NULL; mlhmmv_root_t* poosvars = NULL; string_array_t* pregex_captures = NULL; loop_stack_t* ploop_stack = loop_stack_alloc(); variables_t variables = (variables_t) { .pinrec = prec, .ptyped_overlay = ptyped_overlay, .poosvars = poosvars, .ppregex_captures = &pregex_captures, .pctx = pctx, .ploop_stack = ploop_stack, }; mv_t t = mv_from_bool(TRUE); mv_t f = mv_from_bool(FALSE); mv_t a = mv_absent(); rval_evaluator_t* pt = rval_evaluator_alloc_from_mlrval(&t); rval_evaluator_t* pf = rval_evaluator_alloc_from_mlrval(&f); rval_evaluator_t* pa = rval_evaluator_alloc_from_mlrval(&a); rval_evaluator_t* ptt = rval_evaluator_alloc_from_b_bb_or_func(pt, pt); rval_evaluator_t* ptf = rval_evaluator_alloc_from_b_bb_or_func(pt, pf); rval_evaluator_t* pta = rval_evaluator_alloc_from_b_bb_or_func(pt, pa); rval_evaluator_t* pft = rval_evaluator_alloc_from_b_bb_or_func(pf, pt); rval_evaluator_t* pff = rval_evaluator_alloc_from_b_bb_or_func(pf, pf); rval_evaluator_t* pfa = rval_evaluator_alloc_from_b_bb_or_func(pf, pa); rval_evaluator_t* pat = rval_evaluator_alloc_from_b_bb_or_func(pa, pt); rval_evaluator_t* paf = rval_evaluator_alloc_from_b_bb_or_func(pa, pf); rval_evaluator_t* paa = rval_evaluator_alloc_from_b_bb_or_func(pa, pa); mv_t ott = ptt->pprocess_func(ptt->pvstate, &variables); mv_t otf = ptf->pprocess_func(ptf->pvstate, &variables); mv_t ota = pta->pprocess_func(pta->pvstate, &variables); mv_t oft = pft->pprocess_func(pft->pvstate, &variables); mv_t off = pff->pprocess_func(pff->pvstate, &variables); mv_t ofa = pfa->pprocess_func(pfa->pvstate, &variables); mv_t oat = pat->pprocess_func(pat->pvstate, &variables); mv_t oaf = paf->pprocess_func(paf->pvstate, &variables); mv_t oaa = paa->pprocess_func(paa->pvstate, &variables); mu_assert_lf(ott.type == MT_BOOLEAN); mu_assert_lf(ott.u.boolv == TRUE); mu_assert_lf(otf.type == MT_BOOLEAN); mu_assert_lf(otf.u.boolv == TRUE); mu_assert_lf(ota.type == MT_BOOLEAN); mu_assert_lf(ota.u.boolv == TRUE); mu_assert_lf(oft.type == MT_BOOLEAN); mu_assert_lf(oft.u.boolv == TRUE); mu_assert_lf(off.type == MT_BOOLEAN); mu_assert_lf(off.u.boolv == FALSE); mu_assert_lf(ofa.type == MT_BOOLEAN); mu_assert_lf(ofa.u.boolv == FALSE); mu_assert_lf(oat.type == MT_BOOLEAN); mu_assert_lf(oat.u.boolv == TRUE); mu_assert_lf(oaf.type == MT_BOOLEAN); mu_assert_lf(oaf.u.boolv == FALSE); mu_assert_lf(oaa.type == MT_ABSENT); return 0; } // ---------------------------------------------------------------- static char * test_logical_xor() { printf("\n"); printf("-- TEST_RVAL_EVALUATORS test4 ENTER\n"); context_t ctx = {.nr = 888, .fnr = 999, .filenum = 123, .filename = "filename-goes-here", .force_eof = FALSE, .ips = "=", .ifs = ",", .irs = "\n", .ops = "=", .ofs = ",", .ors = "\n", .auto_line_term = "\n" }; context_t* pctx = &ctx; lrec_t* prec = NULL; lhmsmv_t* ptyped_overlay = NULL; mlhmmv_root_t* poosvars = NULL; string_array_t* pregex_captures = NULL; loop_stack_t* ploop_stack = loop_stack_alloc(); variables_t variables = (variables_t) { .pinrec = prec, .ptyped_overlay = ptyped_overlay, .poosvars = poosvars, .ppregex_captures = &pregex_captures, .pctx = pctx, .ploop_stack = ploop_stack, }; mv_t t = mv_from_bool(TRUE); mv_t f = mv_from_bool(FALSE); mv_t a = mv_absent(); rval_evaluator_t* pt = rval_evaluator_alloc_from_mlrval(&t); rval_evaluator_t* pf = rval_evaluator_alloc_from_mlrval(&f); rval_evaluator_t* pa = rval_evaluator_alloc_from_mlrval(&a); rval_evaluator_t* ptt = rval_evaluator_alloc_from_b_bb_xor_func(pt, pt); rval_evaluator_t* ptf = rval_evaluator_alloc_from_b_bb_xor_func(pt, pf); rval_evaluator_t* pft = rval_evaluator_alloc_from_b_bb_xor_func(pf, pt); rval_evaluator_t* pff = rval_evaluator_alloc_from_b_bb_xor_func(pf, pf); rval_evaluator_t* pat = rval_evaluator_alloc_from_b_bb_xor_func(pa, pt); rval_evaluator_t* paf = rval_evaluator_alloc_from_b_bb_xor_func(pa, pf); rval_evaluator_t* pta = rval_evaluator_alloc_from_b_bb_xor_func(pt, pa); rval_evaluator_t* pfa = rval_evaluator_alloc_from_b_bb_xor_func(pf, pa); rval_evaluator_t* paa = rval_evaluator_alloc_from_b_bb_xor_func(pa, pa); mv_t ott = ptt->pprocess_func(ptt->pvstate, &variables); mv_t otf = ptf->pprocess_func(ptf->pvstate, &variables); mv_t oft = pft->pprocess_func(pft->pvstate, &variables); mv_t off = pff->pprocess_func(pff->pvstate, &variables); mv_t oat = pat->pprocess_func(pat->pvstate, &variables); mv_t oaf = paf->pprocess_func(paf->pvstate, &variables); mv_t ota = pta->pprocess_func(pta->pvstate, &variables); mv_t ofa = pfa->pprocess_func(pfa->pvstate, &variables); mv_t oaa = paa->pprocess_func(paa->pvstate, &variables); mu_assert_lf(ott.type == MT_BOOLEAN); mu_assert_lf(ott.u.boolv == FALSE); mu_assert_lf(otf.type == MT_BOOLEAN); mu_assert_lf(otf.u.boolv == TRUE); mu_assert_lf(oft.type == MT_BOOLEAN); mu_assert_lf(oft.u.boolv == TRUE); mu_assert_lf(off.type == MT_BOOLEAN); mu_assert_lf(off.u.boolv == FALSE); mu_assert_lf(oat.type == MT_BOOLEAN); mu_assert_lf(oat.u.boolv == TRUE); mu_assert_lf(oaf.type == MT_BOOLEAN); mu_assert_lf(oaf.u.boolv == FALSE); mu_assert_lf(ota.type == MT_BOOLEAN); mu_assert_lf(ota.u.boolv == TRUE); mu_assert_lf(ofa.type == MT_BOOLEAN); mu_assert_lf(ofa.u.boolv == FALSE); mu_assert_lf(oaa.type == MT_ABSENT); return 0; } // ================================================================ static char * all_tests() { mu_run_test(test_caps); mu_run_test(test_strings); mu_run_test(test_numbers); mu_run_test(test_logical_and); mu_run_test(test_logical_or); mu_run_test(test_logical_xor); // There is more operator testing in reg_test/run return 0; } // ---------------------------------------------------------------- int main(int argc, char **argv) { mlr_global_init(argv[0], "%lf"); printf("TEST_RVAL_EVALUATORS ENTER\n"); char *result = all_tests(); printf("\n"); if (result != 0) { printf("Not all unit tests passed\n"); } else { printf("TEST_RVAL_EVALUATORS: ALL UNIT TESTS PASSED\n"); } printf("Tests passed: %d of %d\n", tests_run - tests_failed, tests_run); printf("Assertions passed: %d of %d\n", assertions_run - assertions_failed, assertions_run); return result != 0; } miller-5.6.2/c/unit_test/test_string_builder.c000066400000000000000000000047121354153536500215050ustar00rootroot00000000000000#include #include #include "lib/minunit.h" #include "lib/mlr_globals.h" #include "lib/mlrutil.h" #include "lib/string_builder.h" int tests_run = 0; int tests_failed = 0; int assertions_run = 0; int assertions_failed = 0; // ---------------------------------------------------------------- static char * test_simple() { string_builder_t* psb = sb_alloc(1); sb_init(psb, 1); mu_assert("error: case 0", streq("", sb_finish(psb))); sb_init(psb, 1); sb_append_char(psb, 'a'); mu_assert("error: case 1", streq("a", sb_finish(psb))); sb_init(psb, 1); sb_append_char(psb, 'a'); sb_append_char(psb, 'b'); mu_assert("error: case 2", streq("ab", sb_finish(psb))); sb_init(psb, 1); sb_append_char(psb, 'a'); sb_append_char(psb, 'b'); sb_append_char(psb, 'b'); sb_append_char(psb, 'c'); sb_append_char(psb, 'c'); sb_append_char(psb, 'e'); mu_assert("error: case 3", streq("abbcce", sb_finish(psb))); sb_init(psb, 1); sb_append_string(psb, ""); mu_assert("error: case 4", streq("", sb_finish(psb))); sb_init(psb, 1); sb_append_string(psb, "hello"); mu_assert("error: case 5", streq("hello", sb_finish(psb))); sb_init(psb, 1); sb_append_string(psb, "hello"); sb_append_char(psb, ','); sb_append_char(psb, ' '); sb_append_string(psb, "world"); sb_append_char(psb, '!'); mu_assert("error: case 6", streq("hello, world!", sb_finish(psb))); sb_init(psb, 2); sb_append_string(psb, "hello"); sb_append_char(psb, ','); sb_append_char(psb, ' '); sb_append_string(psb, "world"); sb_append_char(psb, '!'); mu_assert("error: case 7", streq("hello, world!", sb_finish(psb))); sb_init(psb, 32768); sb_append_string(psb, "hello"); sb_append_char(psb, ','); sb_append_char(psb, ' '); sb_append_string(psb, "world"); sb_append_char(psb, '!'); mu_assert("error: case 8", streq("hello, world!", sb_finish(psb))); return 0; } // ================================================================ static char * all_tests() { mu_run_test(test_simple); return 0; } int main(int argc, char **argv) { mlr_global_init(argv[0], NULL); printf("TEST_STRING_BUILDER ENTER\n"); char *result = all_tests(); printf("\n"); if (result != 0) { printf("Not all unit tests passed\n"); } else { printf("TEST_STRING_BUILDER: ALL UNIT TESTS PASSED\n"); } printf("Tests passed: %d of %d\n", tests_run - tests_failed, tests_run); printf("Assertions passed: %d of %d\n", assertions_run - assertions_failed, assertions_run); return result != 0; } miller-5.6.2/c/vgrun000077500000000000000000000004021354153536500143270ustar00rootroot00000000000000#!/usr/bin/env ruby ARGV.shift cmd = "valgrind --leak-check=full mlrg" #cmd = "valgrind --leak-check=full --track-origins=yes mlrg" ARGV.each do |arg| cmd += " '#{arg}'" end cmd += " 2>&1 1> /dev/null | tools/clean-valgrind-output" puts cmd system(cmd) miller-5.6.2/c/winpatch.diff000066400000000000000000000044331354153536500157170ustar00rootroot00000000000000diff --git a/c/Makefile.am b/c/Makefile.am index 29a1e875..f6ecc180 100644 --- a/c/Makefile.am +++ b/c/Makefile.am @@ -19,7 +19,7 @@ mlr_LDADD= \ lib/libmlr.la \ parsing/libdsl.la \ aux/libaux.la \ - -lm + -lm -lpcreposix # Other executable variants diff --git a/c/aux/Makefile.am b/c/aux/Makefile.am index 76edb9ae..ff463e47 100644 --- a/c/aux/Makefile.am +++ b/c/aux/Makefile.am @@ -2,7 +2,7 @@ noinst_LTLIBRARIES= libaux.la libaux_la_SOURCES= aux_entries.c \ aux_entries.h -libaux_la_LIBADD= ../lib/libmlr.la \ +libaux_la_LIBADD= ../lib/libmlr.la AM_CPPFLAGS= -I${srcdir}/../ AM_CFLAGS= -std=gnu99 diff --git a/c/lib/mlr_arch.h b/c/lib/mlr_arch.h index 34ef1647..fea3dfef 100644 --- a/c/lib/mlr_arch.h +++ b/c/lib/mlr_arch.h @@ -4,6 +4,8 @@ #include #include +#define MLR_ON_MSYS2 + // ---------------------------------------------------------------- // Miller is single-threaded and the file-locking in getc is simply an unneeded // performance hit, so we intentionally call getc_unlocked(). But for MSYS2 diff --git a/c/unit_test/Makefile.am b/c/unit_test/Makefile.am index d529b321..02f4f539 100644 --- a/c/unit_test/Makefile.am +++ b/c/unit_test/Makefile.am @@ -27,7 +27,7 @@ all_ldadd= \ ../mapping/libmapping.la \ ../output/liboutput.la \ ../stream/libstream.la \ - -lm + -lm -lpcreposix # Unit-test mains test_mlrutil_CFLAGS= -std=gnu99 -g ${AM_CFLAGS} diff --git a/c/winpatch.diff b/c/winpatch.diff index 332d779c..e69de29b 100644 --- a/c/winpatch.diff +++ b/c/winpatch.diff @@ -1,26 +0,0 @@ -diff --git a/c/Makefile.am b/c/Makefile.am -index 29a1e875..f6ecc180 100644 ---- a/c/Makefile.am -+++ b/c/Makefile.am -@@ -19,7 +19,7 @@ mlr_LDADD= \ - lib/libmlr.la \ - parsing/libdsl.la \ - aux/libaux.la \ -- -lm -+ -lm -lpcreposix - - # Other executable variants - -diff --git a/c/lib/mlr_arch.h b/c/lib/mlr_arch.h -index 97eaf5c8..30fe1d0c 100644 ---- a/c/lib/mlr_arch.h -+++ b/c/lib/mlr_arch.h -@@ -4,6 +4,8 @@ - #include - #include - -+#define MLR_ON_MSYS2 -+ - // ---------------------------------------------------------------- - // Miller is single-threaded and the file-locking in getc is simply an unneeded - // performance hit, so we intentionally call getc_unlocked(). But for MSYS2 miller-5.6.2/c/winrun.bat000066400000000000000000000000441354153536500152540ustar00rootroot00000000000000set PATH=%PATH%;\msys64\mingw64\bin miller-5.6.2/c/winstall.txt000066400000000000000000000002111354153536500156340ustar00rootroot00000000000000copy \msys64\miller\miller-git\miller\c\mlr.exe . copy \msys64\mingw64\bin\libpcreposix-0.dll . copy \msys64\mingw64\bin\libpcre-1.dll . miller-5.6.2/config.h.in000066400000000000000000000032741354153536500150530ustar00rootroot00000000000000/* config.h.in. Generated from configure.ac by autoheader. */ /* Define to 1 if you have the header file. */ #undef HAVE_DLFCN_H /* Define to 1 if you have the header file. */ #undef HAVE_INTTYPES_H /* Define to 1 if you have the header file. */ #undef HAVE_MEMORY_H /* Define to 1 if you have the header file. */ #undef HAVE_STDINT_H /* Define to 1 if you have the header file. */ #undef HAVE_STDLIB_H /* Define to 1 if you have the header file. */ #undef HAVE_STRINGS_H /* Define to 1 if you have the header file. */ #undef HAVE_STRING_H /* Define to 1 if you have the header file. */ #undef HAVE_SYS_STAT_H /* Define to 1 if you have the header file. */ #undef HAVE_SYS_TYPES_H /* Define to 1 if you have the header file. */ #undef HAVE_UNISTD_H /* Define to the sub-directory where libtool stores uninstalled libraries. */ #undef LT_OBJDIR /* Name of package */ #undef PACKAGE /* Define to the address where bug reports for this package should be sent. */ #undef PACKAGE_BUGREPORT /* Define to the full name of this package. */ #undef PACKAGE_NAME /* Define to the full name and version of this package. */ #undef PACKAGE_STRING /* Define to the one symbol short name of this package. */ #undef PACKAGE_TARNAME /* Define to the home page for this package. */ #undef PACKAGE_URL /* Define to the version of this package. */ #undef PACKAGE_VERSION /* Define to 1 if you have the ANSI C header files. */ #undef STDC_HEADERS /* Version number of package */ #undef VERSION /* Define to 1 if `lex' declares `yytext' as a `char *' by default, not a `char[]'. */ #undef YYTEXT_POINTER miller-5.6.2/configure000077500000000000000000015274511354153536500147500ustar00rootroot00000000000000#! /bin/sh # Guess values for system-dependent variables and create Makefiles. # Generated by GNU Autoconf 2.69 for mlr 5.6.2. # # # Copyright (C) 1992-1996, 1998-2012 Free Software Foundation, Inc. # # # This configure script is free software; the Free Software Foundation # gives unlimited permission to copy, distribute and modify it. ## -------------------- ## ## M4sh Initialization. ## ## -------------------- ## # Be more Bourne compatible DUALCASE=1; export DUALCASE # for MKS sh if test -n "${ZSH_VERSION+set}" && (emulate sh) >/dev/null 2>&1; then : emulate sh NULLCMD=: # Pre-4.2 versions of Zsh do word splitting on ${1+"$@"}, which # is contrary to our usage. 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" >&6; } if ${lt_cv_nm_interface+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_nm_interface="BSD nm" echo "int some_variable = 0;" > conftest.$ac_ext (eval echo "\"\$as_me:$LINENO: $ac_compile\"" >&5) (eval "$ac_compile" 2>conftest.err) cat conftest.err >&5 (eval echo "\"\$as_me:$LINENO: $NM \\\"conftest.$ac_objext\\\"\"" >&5) (eval "$NM \"conftest.$ac_objext\"" 2>conftest.err > conftest.out) cat conftest.err >&5 (eval echo "\"\$as_me:$LINENO: output\"" >&5) cat conftest.out >&5 if $GREP 'External.*some_variable' conftest.out > /dev/null; then lt_cv_nm_interface="MS dumpbin" fi rm -f conftest* fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_nm_interface" >&5 $as_echo "$lt_cv_nm_interface" >&6; } { $as_echo "$as_me:${as_lineno-$LINENO}: checking whether ln -s works" >&5 $as_echo_n "checking whether ln -s works... 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Likely further. if test -x /sbin/sysctl; then lt_cv_sys_max_cmd_len=`/sbin/sysctl -n kern.argmax` elif test -x /usr/sbin/sysctl; then lt_cv_sys_max_cmd_len=`/usr/sbin/sysctl -n kern.argmax` else lt_cv_sys_max_cmd_len=65536 # usable default for all BSDs fi # And add a safety zone lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \/ 4` lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \* 3` ;; interix*) # We know the value 262144 and hardcode it with a safety zone (like BSD) lt_cv_sys_max_cmd_len=196608 ;; os2*) # The test takes a long time on OS/2. lt_cv_sys_max_cmd_len=8192 ;; osf*) # Dr. Hans Ekkehard Plesser reports seeing a kernel panic running configure # due to this test when exec_disable_arg_limit is 1 on Tru64. It is not # nice to cause kernel panics so lets avoid the loop below. # First set a reasonable default. lt_cv_sys_max_cmd_len=16384 # if test -x /sbin/sysconfig; then case `/sbin/sysconfig -q proc exec_disable_arg_limit` in *1*) lt_cv_sys_max_cmd_len=-1 ;; esac fi ;; sco3.2v5*) lt_cv_sys_max_cmd_len=102400 ;; sysv5* | sco5v6* | sysv4.2uw2*) kargmax=`grep ARG_MAX /etc/conf/cf.d/stune 2>/dev/null` if test -n "$kargmax"; then lt_cv_sys_max_cmd_len=`echo $kargmax | sed 's/.*[ ]//'` else lt_cv_sys_max_cmd_len=32768 fi ;; *) lt_cv_sys_max_cmd_len=`(getconf ARG_MAX) 2> /dev/null` if test -n "$lt_cv_sys_max_cmd_len" && \ test undefined != "$lt_cv_sys_max_cmd_len"; then lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \/ 4` lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \* 3` else # Make teststring a little bigger before we do anything with it. # a 1K string should be a reasonable start. for i in 1 2 3 4 5 6 7 8; do teststring=$teststring$teststring done SHELL=${SHELL-${CONFIG_SHELL-/bin/sh}} # If test is not a shell built-in, we'll probably end up computing a # maximum length that is only half of the actual maximum length, but # we can't tell. while { test X`env echo "$teststring$teststring" 2>/dev/null` \ = "X$teststring$teststring"; } >/dev/null 2>&1 && test 17 != "$i" # 1/2 MB should be enough do i=`expr $i + 1` teststring=$teststring$teststring done # Only check the string length outside the loop. lt_cv_sys_max_cmd_len=`expr "X$teststring" : ".*" 2>&1` teststring= # Add a significant safety factor because C++ compilers can tack on # massive amounts of additional arguments before passing them to the # linker. 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" >&6; } if ${lt_cv_ld_reload_flag+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_ld_reload_flag='-r' fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_ld_reload_flag" >&5 $as_echo "$lt_cv_ld_reload_flag" >&6; } reload_flag=$lt_cv_ld_reload_flag case $reload_flag in "" | " "*) ;; *) reload_flag=" $reload_flag" ;; esac reload_cmds='$LD$reload_flag -o $output$reload_objs' case $host_os in cygwin* | mingw* | pw32* | cegcc*) if test yes != "$GCC"; then reload_cmds=false fi ;; darwin*) if test yes = "$GCC"; then reload_cmds='$LTCC $LTCFLAGS -nostdlib $wl-r -o $output$reload_objs' else reload_cmds='$LD$reload_flag -o $output$reload_objs' fi ;; esac if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}objdump", so it can be a program name with args. set dummy ${ac_tool_prefix}objdump; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_OBJDUMP+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$OBJDUMP"; then ac_cv_prog_OBJDUMP="$OBJDUMP" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_OBJDUMP="${ac_tool_prefix}objdump" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi OBJDUMP=$ac_cv_prog_OBJDUMP if test -n "$OBJDUMP"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $OBJDUMP" >&5 $as_echo "$OBJDUMP" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_OBJDUMP"; then ac_ct_OBJDUMP=$OBJDUMP # Extract the first word of "objdump", so it can be a program name with args. set dummy objdump; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_OBJDUMP+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_OBJDUMP"; then ac_cv_prog_ac_ct_OBJDUMP="$ac_ct_OBJDUMP" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_ac_ct_OBJDUMP="objdump" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_OBJDUMP=$ac_cv_prog_ac_ct_OBJDUMP if test -n "$ac_ct_OBJDUMP"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_OBJDUMP" >&5 $as_echo "$ac_ct_OBJDUMP" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_OBJDUMP" = x; then OBJDUMP="false" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac OBJDUMP=$ac_ct_OBJDUMP fi else OBJDUMP="$ac_cv_prog_OBJDUMP" fi test -z "$OBJDUMP" && OBJDUMP=objdump { $as_echo "$as_me:${as_lineno-$LINENO}: checking how to recognize dependent libraries" >&5 $as_echo_n "checking how to recognize dependent libraries... " >&6; } if ${lt_cv_deplibs_check_method+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_file_magic_cmd='$MAGIC_CMD' lt_cv_file_magic_test_file= lt_cv_deplibs_check_method='unknown' # Need to set the preceding variable on all platforms that support # interlibrary dependencies. # 'none' -- dependencies not supported. # 'unknown' -- same as none, but documents that we really don't know. # 'pass_all' -- all dependencies passed with no checks. # 'test_compile' -- check by making test program. # 'file_magic [[regex]]' -- check by looking for files in library path # that responds to the $file_magic_cmd with a given extended regex. # If you have 'file' or equivalent on your system and you're not sure # whether 'pass_all' will *always* work, you probably want this one. case $host_os in aix[4-9]*) lt_cv_deplibs_check_method=pass_all ;; beos*) lt_cv_deplibs_check_method=pass_all ;; bsdi[45]*) lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [ML]SB (shared object|dynamic lib)' lt_cv_file_magic_cmd='/usr/bin/file -L' lt_cv_file_magic_test_file=/shlib/libc.so ;; cygwin*) # func_win32_libid is a shell function defined in ltmain.sh lt_cv_deplibs_check_method='file_magic ^x86 archive import|^x86 DLL' lt_cv_file_magic_cmd='func_win32_libid' ;; mingw* | pw32*) # Base MSYS/MinGW do not provide the 'file' command needed by # func_win32_libid shell function, so use a weaker test based on 'objdump', # unless we find 'file', for example because we are cross-compiling. if ( file / ) >/dev/null 2>&1; then lt_cv_deplibs_check_method='file_magic ^x86 archive import|^x86 DLL' lt_cv_file_magic_cmd='func_win32_libid' else # Keep this pattern in sync with the one in func_win32_libid. lt_cv_deplibs_check_method='file_magic file format (pei*-i386(.*architecture: i386)?|pe-arm-wince|pe-x86-64)' lt_cv_file_magic_cmd='$OBJDUMP -f' fi ;; cegcc*) # use the weaker test based on 'objdump'. See mingw*. lt_cv_deplibs_check_method='file_magic file format pe-arm-.*little(.*architecture: arm)?' lt_cv_file_magic_cmd='$OBJDUMP -f' ;; darwin* | rhapsody*) lt_cv_deplibs_check_method=pass_all ;; freebsd* | dragonfly*) if echo __ELF__ | $CC -E - | $GREP __ELF__ > /dev/null; then case $host_cpu in i*86 ) # Not sure whether the presence of OpenBSD here was a mistake. # Let's accept both of them until this is cleared up. lt_cv_deplibs_check_method='file_magic (FreeBSD|OpenBSD|DragonFly)/i[3-9]86 (compact )?demand paged shared library' lt_cv_file_magic_cmd=/usr/bin/file lt_cv_file_magic_test_file=`echo /usr/lib/libc.so.*` ;; esac else lt_cv_deplibs_check_method=pass_all fi ;; haiku*) lt_cv_deplibs_check_method=pass_all ;; hpux10.20* | hpux11*) lt_cv_file_magic_cmd=/usr/bin/file case $host_cpu in ia64*) lt_cv_deplibs_check_method='file_magic (s[0-9][0-9][0-9]|ELF-[0-9][0-9]) shared object file - IA64' lt_cv_file_magic_test_file=/usr/lib/hpux32/libc.so ;; hppa*64*) lt_cv_deplibs_check_method='file_magic (s[0-9][0-9][0-9]|ELF[ -][0-9][0-9])(-bit)?( [LM]SB)? shared object( file)?[, -]* PA-RISC [0-9]\.[0-9]' lt_cv_file_magic_test_file=/usr/lib/pa20_64/libc.sl ;; *) lt_cv_deplibs_check_method='file_magic (s[0-9][0-9][0-9]|PA-RISC[0-9]\.[0-9]) shared library' lt_cv_file_magic_test_file=/usr/lib/libc.sl ;; esac ;; interix[3-9]*) # PIC code is broken on Interix 3.x, that's why |\.a not |_pic\.a here lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\.so|\.a)$' ;; irix5* | irix6* | nonstopux*) case $LD in *-32|*"-32 ") libmagic=32-bit;; *-n32|*"-n32 ") libmagic=N32;; *-64|*"-64 ") libmagic=64-bit;; *) libmagic=never-match;; esac lt_cv_deplibs_check_method=pass_all ;; # This must be glibc/ELF. linux* | k*bsd*-gnu | kopensolaris*-gnu | gnu*) lt_cv_deplibs_check_method=pass_all ;; netbsd* | netbsdelf*-gnu) if echo __ELF__ | $CC -E - | $GREP __ELF__ > /dev/null; then lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\.so\.[0-9]+\.[0-9]+|_pic\.a)$' else lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\.so|_pic\.a)$' fi ;; newos6*) lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [ML]SB (executable|dynamic lib)' lt_cv_file_magic_cmd=/usr/bin/file lt_cv_file_magic_test_file=/usr/lib/libnls.so ;; *nto* | *qnx*) lt_cv_deplibs_check_method=pass_all ;; openbsd* | bitrig*) if test -z "`echo __ELF__ | $CC -E - | $GREP __ELF__`"; then lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\.so\.[0-9]+\.[0-9]+|\.so|_pic\.a)$' else lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\.so\.[0-9]+\.[0-9]+|_pic\.a)$' fi ;; osf3* | osf4* | osf5*) lt_cv_deplibs_check_method=pass_all ;; rdos*) lt_cv_deplibs_check_method=pass_all ;; solaris*) lt_cv_deplibs_check_method=pass_all ;; sysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX* | sysv4*uw2*) lt_cv_deplibs_check_method=pass_all ;; sysv4 | sysv4.3*) case $host_vendor in motorola) lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [ML]SB (shared object|dynamic lib) M[0-9][0-9]* Version [0-9]' lt_cv_file_magic_test_file=`echo /usr/lib/libc.so*` ;; ncr) lt_cv_deplibs_check_method=pass_all ;; sequent) lt_cv_file_magic_cmd='/bin/file' lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [LM]SB (shared object|dynamic lib )' ;; sni) lt_cv_file_magic_cmd='/bin/file' lt_cv_deplibs_check_method="file_magic ELF [0-9][0-9]*-bit [LM]SB dynamic lib" lt_cv_file_magic_test_file=/lib/libc.so ;; siemens) lt_cv_deplibs_check_method=pass_all ;; pc) lt_cv_deplibs_check_method=pass_all ;; esac ;; tpf*) lt_cv_deplibs_check_method=pass_all ;; os2*) lt_cv_deplibs_check_method=pass_all ;; esac fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_deplibs_check_method" >&5 $as_echo "$lt_cv_deplibs_check_method" >&6; } file_magic_glob= want_nocaseglob=no if test "$build" = "$host"; then case $host_os in mingw* | pw32*) if ( shopt | grep nocaseglob ) >/dev/null 2>&1; then want_nocaseglob=yes else file_magic_glob=`echo aAbBcCdDeEfFgGhHiIjJkKlLmMnNoOpPqQrRsStTuUvVwWxXyYzZ | $SED -e "s/\(..\)/s\/[\1]\/[\1]\/g;/g"` fi ;; esac fi file_magic_cmd=$lt_cv_file_magic_cmd deplibs_check_method=$lt_cv_deplibs_check_method test -z "$deplibs_check_method" && deplibs_check_method=unknown if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}dlltool", so it can be a program name with args. set dummy ${ac_tool_prefix}dlltool; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_DLLTOOL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$DLLTOOL"; then ac_cv_prog_DLLTOOL="$DLLTOOL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_DLLTOOL="${ac_tool_prefix}dlltool" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi DLLTOOL=$ac_cv_prog_DLLTOOL if test -n "$DLLTOOL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $DLLTOOL" >&5 $as_echo "$DLLTOOL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_DLLTOOL"; then ac_ct_DLLTOOL=$DLLTOOL # Extract the first word of "dlltool", so it can be a program name with args. set dummy dlltool; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_DLLTOOL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_DLLTOOL"; then ac_cv_prog_ac_ct_DLLTOOL="$ac_ct_DLLTOOL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_ac_ct_DLLTOOL="dlltool" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_DLLTOOL=$ac_cv_prog_ac_ct_DLLTOOL if test -n "$ac_ct_DLLTOOL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_DLLTOOL" >&5 $as_echo "$ac_ct_DLLTOOL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_DLLTOOL" = x; then DLLTOOL="false" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac DLLTOOL=$ac_ct_DLLTOOL fi else DLLTOOL="$ac_cv_prog_DLLTOOL" fi test -z "$DLLTOOL" && DLLTOOL=dlltool { $as_echo "$as_me:${as_lineno-$LINENO}: checking how to associate runtime and link libraries" >&5 $as_echo_n "checking how to associate runtime and link libraries... " >&6; } if ${lt_cv_sharedlib_from_linklib_cmd+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_sharedlib_from_linklib_cmd='unknown' case $host_os in cygwin* | mingw* | pw32* | cegcc*) # two different shell functions defined in ltmain.sh; # decide which one to use based on capabilities of $DLLTOOL case `$DLLTOOL --help 2>&1` in *--identify-strict*) lt_cv_sharedlib_from_linklib_cmd=func_cygming_dll_for_implib ;; *) lt_cv_sharedlib_from_linklib_cmd=func_cygming_dll_for_implib_fallback ;; esac ;; *) # fallback: assume linklib IS sharedlib lt_cv_sharedlib_from_linklib_cmd=$ECHO ;; esac fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_sharedlib_from_linklib_cmd" >&5 $as_echo "$lt_cv_sharedlib_from_linklib_cmd" >&6; } sharedlib_from_linklib_cmd=$lt_cv_sharedlib_from_linklib_cmd test -z "$sharedlib_from_linklib_cmd" && sharedlib_from_linklib_cmd=$ECHO if test -n "$ac_tool_prefix"; then for ac_prog in ar do # Extract the first word of "$ac_tool_prefix$ac_prog", so it can be a program name with args. set dummy $ac_tool_prefix$ac_prog; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_AR+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$AR"; then ac_cv_prog_AR="$AR" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_AR="$ac_tool_prefix$ac_prog" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi AR=$ac_cv_prog_AR if test -n "$AR"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $AR" >&5 $as_echo "$AR" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi test -n "$AR" && break done fi if test -z "$AR"; then ac_ct_AR=$AR for ac_prog in ar do # Extract the first word of "$ac_prog", so it can be a program name with args. set dummy $ac_prog; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_AR+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_AR"; then ac_cv_prog_ac_ct_AR="$ac_ct_AR" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_ac_ct_AR="$ac_prog" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_AR=$ac_cv_prog_ac_ct_AR if test -n "$ac_ct_AR"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_AR" >&5 $as_echo "$ac_ct_AR" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi test -n "$ac_ct_AR" && break done if test "x$ac_ct_AR" = x; then AR="false" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac AR=$ac_ct_AR fi fi : ${AR=ar} : ${AR_FLAGS=cru} { $as_echo "$as_me:${as_lineno-$LINENO}: checking for archiver @FILE support" >&5 $as_echo_n "checking for archiver @FILE support... " >&6; } if ${lt_cv_ar_at_file+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_ar_at_file=no cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ int main () { ; return 0; } _ACEOF if ac_fn_c_try_compile "$LINENO"; then : echo conftest.$ac_objext > conftest.lst lt_ar_try='$AR $AR_FLAGS libconftest.a @conftest.lst >&5' { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$lt_ar_try\""; } >&5 (eval $lt_ar_try) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; } if test 0 -eq "$ac_status"; then # Ensure the archiver fails upon bogus file names. rm -f conftest.$ac_objext libconftest.a { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$lt_ar_try\""; } >&5 (eval $lt_ar_try) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; } if test 0 -ne "$ac_status"; then lt_cv_ar_at_file=@ fi fi rm -f conftest.* libconftest.a fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_ar_at_file" >&5 $as_echo "$lt_cv_ar_at_file" >&6; } if test no = "$lt_cv_ar_at_file"; then archiver_list_spec= else archiver_list_spec=$lt_cv_ar_at_file fi if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}strip", so it can be a program name with args. set dummy ${ac_tool_prefix}strip; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_STRIP+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$STRIP"; then ac_cv_prog_STRIP="$STRIP" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_STRIP="${ac_tool_prefix}strip" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi STRIP=$ac_cv_prog_STRIP if test -n "$STRIP"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $STRIP" >&5 $as_echo "$STRIP" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_STRIP"; then ac_ct_STRIP=$STRIP # Extract the first word of "strip", so it can be a program name with args. set dummy strip; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_STRIP+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_STRIP"; then ac_cv_prog_ac_ct_STRIP="$ac_ct_STRIP" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_ac_ct_STRIP="strip" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_STRIP=$ac_cv_prog_ac_ct_STRIP if test -n "$ac_ct_STRIP"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_STRIP" >&5 $as_echo "$ac_ct_STRIP" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_STRIP" = x; then STRIP=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac STRIP=$ac_ct_STRIP fi else STRIP="$ac_cv_prog_STRIP" fi test -z "$STRIP" && STRIP=: if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}ranlib", so it can be a program name with args. set dummy ${ac_tool_prefix}ranlib; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_RANLIB+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$RANLIB"; then ac_cv_prog_RANLIB="$RANLIB" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_RANLIB="${ac_tool_prefix}ranlib" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi RANLIB=$ac_cv_prog_RANLIB if test -n "$RANLIB"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $RANLIB" >&5 $as_echo "$RANLIB" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_RANLIB"; then ac_ct_RANLIB=$RANLIB # Extract the first word of "ranlib", so it can be a program name with args. set dummy ranlib; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_RANLIB+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_RANLIB"; then ac_cv_prog_ac_ct_RANLIB="$ac_ct_RANLIB" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_ac_ct_RANLIB="ranlib" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_RANLIB=$ac_cv_prog_ac_ct_RANLIB if test -n "$ac_ct_RANLIB"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_RANLIB" >&5 $as_echo "$ac_ct_RANLIB" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_RANLIB" = x; then RANLIB=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac RANLIB=$ac_ct_RANLIB fi else RANLIB="$ac_cv_prog_RANLIB" fi test -z "$RANLIB" && RANLIB=: # Determine commands to create old-style static archives. old_archive_cmds='$AR $AR_FLAGS $oldlib$oldobjs' old_postinstall_cmds='chmod 644 $oldlib' old_postuninstall_cmds= if test -n "$RANLIB"; then case $host_os in bitrig* | openbsd*) old_postinstall_cmds="$old_postinstall_cmds~\$RANLIB -t \$tool_oldlib" ;; *) old_postinstall_cmds="$old_postinstall_cmds~\$RANLIB \$tool_oldlib" ;; esac old_archive_cmds="$old_archive_cmds~\$RANLIB \$tool_oldlib" fi case $host_os in darwin*) lock_old_archive_extraction=yes ;; *) lock_old_archive_extraction=no ;; esac # If no C compiler was specified, use CC. LTCC=${LTCC-"$CC"} # If no C compiler flags were specified, use CFLAGS. LTCFLAGS=${LTCFLAGS-"$CFLAGS"} # Allow CC to be a program name with arguments. compiler=$CC # Check for command to grab the raw symbol name followed by C symbol from nm. { $as_echo "$as_me:${as_lineno-$LINENO}: checking command to parse $NM output from $compiler object" >&5 $as_echo_n "checking command to parse $NM output from $compiler object... " >&6; } if ${lt_cv_sys_global_symbol_pipe+:} false; then : $as_echo_n "(cached) " >&6 else # These are sane defaults that work on at least a few old systems. # [They come from Ultrix. What could be older than Ultrix?!! ;)] # Character class describing NM global symbol codes. symcode='[BCDEGRST]' # Regexp to match symbols that can be accessed directly from C. sympat='\([_A-Za-z][_A-Za-z0-9]*\)' # Define system-specific variables. case $host_os in aix*) symcode='[BCDT]' ;; cygwin* | mingw* | pw32* | cegcc*) symcode='[ABCDGISTW]' ;; hpux*) if test ia64 = "$host_cpu"; then symcode='[ABCDEGRST]' fi ;; irix* | nonstopux*) symcode='[BCDEGRST]' ;; osf*) symcode='[BCDEGQRST]' ;; solaris*) symcode='[BDRT]' ;; sco3.2v5*) symcode='[DT]' ;; sysv4.2uw2*) symcode='[DT]' ;; sysv5* | sco5v6* | unixware* | OpenUNIX*) symcode='[ABDT]' ;; sysv4) symcode='[DFNSTU]' ;; esac # If we're using GNU nm, then use its standard symbol codes. case `$NM -V 2>&1` in *GNU* | *'with BFD'*) symcode='[ABCDGIRSTW]' ;; esac if test "$lt_cv_nm_interface" = "MS dumpbin"; then # Gets list of data symbols to import. lt_cv_sys_global_symbol_to_import="sed -n -e 's/^I .* \(.*\)$/\1/p'" # Adjust the below global symbol transforms to fixup imported variables. lt_cdecl_hook=" -e 's/^I .* \(.*\)$/extern __declspec(dllimport) char \1;/p'" lt_c_name_hook=" -e 's/^I .* \(.*\)$/ {\"\1\", (void *) 0},/p'" lt_c_name_lib_hook="\ -e 's/^I .* \(lib.*\)$/ {\"\1\", (void *) 0},/p'\ -e 's/^I .* \(.*\)$/ {\"lib\1\", (void *) 0},/p'" else # Disable hooks by default. lt_cv_sys_global_symbol_to_import= lt_cdecl_hook= lt_c_name_hook= lt_c_name_lib_hook= fi # Transform an extracted symbol line into a proper C declaration. # Some systems (esp. on ia64) link data and code symbols differently, # so use this general approach. lt_cv_sys_global_symbol_to_cdecl="sed -n"\ $lt_cdecl_hook\ " -e 's/^T .* \(.*\)$/extern int \1();/p'"\ " -e 's/^$symcode$symcode* .* \(.*\)$/extern char \1;/p'" # Transform an extracted symbol line into symbol name and symbol address lt_cv_sys_global_symbol_to_c_name_address="sed -n"\ $lt_c_name_hook\ " -e 's/^: \(.*\) .*$/ {\"\1\", (void *) 0},/p'"\ " -e 's/^$symcode$symcode* .* \(.*\)$/ {\"\1\", (void *) \&\1},/p'" # Transform an extracted symbol line into symbol name with lib prefix and # symbol address. lt_cv_sys_global_symbol_to_c_name_address_lib_prefix="sed -n"\ $lt_c_name_lib_hook\ " -e 's/^: \(.*\) .*$/ {\"\1\", (void *) 0},/p'"\ " -e 's/^$symcode$symcode* .* \(lib.*\)$/ {\"\1\", (void *) \&\1},/p'"\ " -e 's/^$symcode$symcode* .* \(.*\)$/ {\"lib\1\", (void *) \&\1},/p'" # Handle CRLF in mingw tool chain opt_cr= case $build_os in mingw*) opt_cr=`$ECHO 'x\{0,1\}' | tr x '\015'` # option cr in regexp ;; esac # Try without a prefix underscore, then with it. for ac_symprfx in "" "_"; do # Transform symcode, sympat, and symprfx into a raw symbol and a C symbol. symxfrm="\\1 $ac_symprfx\\2 \\2" # Write the raw and C identifiers. if test "$lt_cv_nm_interface" = "MS dumpbin"; then # Fake it for dumpbin and say T for any non-static function, # D for any global variable and I for any imported variable. # Also find C++ and __fastcall symbols from MSVC++, # which start with @ or ?. lt_cv_sys_global_symbol_pipe="$AWK '"\ " {last_section=section; section=\$ 3};"\ " /^COFF SYMBOL TABLE/{for(i in hide) delete hide[i]};"\ " /Section length .*#relocs.*(pick any)/{hide[last_section]=1};"\ " /^ *Symbol name *: /{split(\$ 0,sn,\":\"); si=substr(sn[2],2)};"\ " /^ *Type *: code/{print \"T\",si,substr(si,length(prfx))};"\ " /^ *Type *: data/{print \"I\",si,substr(si,length(prfx))};"\ " \$ 0!~/External *\|/{next};"\ " / 0+ UNDEF /{next}; / UNDEF \([^|]\)*()/{next};"\ " {if(hide[section]) next};"\ " {f=\"D\"}; \$ 0~/\(\).*\|/{f=\"T\"};"\ " {split(\$ 0,a,/\||\r/); split(a[2],s)};"\ " s[1]~/^[@?]/{print f,s[1],s[1]; next};"\ " s[1]~prfx {split(s[1],t,\"@\"); print f,t[1],substr(t[1],length(prfx))}"\ " ' prfx=^$ac_symprfx" else lt_cv_sys_global_symbol_pipe="sed -n -e 's/^.*[ ]\($symcode$symcode*\)[ ][ ]*$ac_symprfx$sympat$opt_cr$/$symxfrm/p'" fi lt_cv_sys_global_symbol_pipe="$lt_cv_sys_global_symbol_pipe | sed '/ __gnu_lto/d'" # Check to see that the pipe works correctly. pipe_works=no rm -f conftest* cat > conftest.$ac_ext <<_LT_EOF #ifdef __cplusplus extern "C" { #endif char nm_test_var; void nm_test_func(void); void nm_test_func(void){} #ifdef __cplusplus } #endif int main(){nm_test_var='a';nm_test_func();return(0);} _LT_EOF if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_compile\""; } >&5 (eval $ac_compile) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; }; then # Now try to grab the symbols. nlist=conftest.nm if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$NM conftest.$ac_objext \| "$lt_cv_sys_global_symbol_pipe" \> $nlist\""; } >&5 (eval $NM conftest.$ac_objext \| "$lt_cv_sys_global_symbol_pipe" \> $nlist) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; } && test -s "$nlist"; then # Try sorting and uniquifying the output. if sort "$nlist" | uniq > "$nlist"T; then mv -f "$nlist"T "$nlist" else rm -f "$nlist"T fi # Make sure that we snagged all the symbols we need. if $GREP ' nm_test_var$' "$nlist" >/dev/null; then if $GREP ' nm_test_func$' "$nlist" >/dev/null; then cat <<_LT_EOF > conftest.$ac_ext /* Keep this code in sync between libtool.m4, ltmain, lt_system.h, and tests. */ #if defined _WIN32 || defined __CYGWIN__ || defined _WIN32_WCE /* DATA imports from DLLs on WIN32 can't be const, because runtime relocations are performed -- see ld's documentation on pseudo-relocs. */ # define LT_DLSYM_CONST #elif defined __osf__ /* This system does not cope well with relocations in const data. */ # define LT_DLSYM_CONST #else # define LT_DLSYM_CONST const #endif #ifdef __cplusplus extern "C" { #endif _LT_EOF # Now generate the symbol file. eval "$lt_cv_sys_global_symbol_to_cdecl"' < "$nlist" | $GREP -v main >> conftest.$ac_ext' cat <<_LT_EOF >> conftest.$ac_ext /* The mapping between symbol names and symbols. */ LT_DLSYM_CONST struct { const char *name; void *address; } lt__PROGRAM__LTX_preloaded_symbols[] = { { "@PROGRAM@", (void *) 0 }, _LT_EOF $SED "s/^$symcode$symcode* .* \(.*\)$/ {\"\1\", (void *) \&\1},/" < "$nlist" | $GREP -v main >> conftest.$ac_ext cat <<\_LT_EOF >> conftest.$ac_ext {0, (void *) 0} }; /* This works around a problem in FreeBSD linker */ #ifdef FREEBSD_WORKAROUND static const void *lt_preloaded_setup() { return lt__PROGRAM__LTX_preloaded_symbols; } #endif #ifdef __cplusplus } #endif _LT_EOF # Now try linking the two files. mv conftest.$ac_objext conftstm.$ac_objext lt_globsym_save_LIBS=$LIBS lt_globsym_save_CFLAGS=$CFLAGS LIBS=conftstm.$ac_objext CFLAGS="$CFLAGS$lt_prog_compiler_no_builtin_flag" if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_link\""; } >&5 (eval $ac_link) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; } && test -s conftest$ac_exeext; then pipe_works=yes fi LIBS=$lt_globsym_save_LIBS CFLAGS=$lt_globsym_save_CFLAGS else echo "cannot find nm_test_func in $nlist" >&5 fi else echo "cannot find nm_test_var in $nlist" >&5 fi else echo "cannot run $lt_cv_sys_global_symbol_pipe" >&5 fi else echo "$progname: failed program was:" >&5 cat conftest.$ac_ext >&5 fi rm -rf conftest* conftst* # Do not use the global_symbol_pipe unless it works. if test yes = "$pipe_works"; then break else lt_cv_sys_global_symbol_pipe= fi done fi if test -z "$lt_cv_sys_global_symbol_pipe"; then lt_cv_sys_global_symbol_to_cdecl= fi if test -z "$lt_cv_sys_global_symbol_pipe$lt_cv_sys_global_symbol_to_cdecl"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: failed" >&5 $as_echo "failed" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: ok" >&5 $as_echo "ok" >&6; } fi # Response file support. if test "$lt_cv_nm_interface" = "MS dumpbin"; then nm_file_list_spec='@' elif $NM --help 2>/dev/null | grep '[@]FILE' >/dev/null; then nm_file_list_spec='@' fi { $as_echo "$as_me:${as_lineno-$LINENO}: checking for sysroot" >&5 $as_echo_n "checking for sysroot... " >&6; } # Check whether --with-sysroot was given. if test "${with_sysroot+set}" = set; then : withval=$with_sysroot; else with_sysroot=no fi lt_sysroot= case $with_sysroot in #( yes) if test yes = "$GCC"; then lt_sysroot=`$CC --print-sysroot 2>/dev/null` fi ;; #( /*) lt_sysroot=`echo "$with_sysroot" | sed -e "$sed_quote_subst"` ;; #( no|'') ;; #( *) { $as_echo "$as_me:${as_lineno-$LINENO}: result: $with_sysroot" >&5 $as_echo "$with_sysroot" >&6; } as_fn_error $? "The sysroot must be an absolute path." "$LINENO" 5 ;; esac { $as_echo "$as_me:${as_lineno-$LINENO}: result: ${lt_sysroot:-no}" >&5 $as_echo "${lt_sysroot:-no}" >&6; } { $as_echo "$as_me:${as_lineno-$LINENO}: checking for a working dd" >&5 $as_echo_n "checking for a working dd... " >&6; } if ${ac_cv_path_lt_DD+:} false; then : $as_echo_n "(cached) " >&6 else printf 0123456789abcdef0123456789abcdef >conftest.i cat conftest.i conftest.i >conftest2.i : ${lt_DD:=$DD} if test -z "$lt_DD"; then ac_path_lt_DD_found=false # Loop through the user's path and test for each of PROGNAME-LIST as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_prog in dd; do for ac_exec_ext in '' $ac_executable_extensions; do ac_path_lt_DD="$as_dir/$ac_prog$ac_exec_ext" as_fn_executable_p "$ac_path_lt_DD" || continue if "$ac_path_lt_DD" bs=32 count=1 conftest.out 2>/dev/null; then cmp -s conftest.i conftest.out \ && ac_cv_path_lt_DD="$ac_path_lt_DD" ac_path_lt_DD_found=: fi $ac_path_lt_DD_found && break 3 done done done IFS=$as_save_IFS if test -z "$ac_cv_path_lt_DD"; then : fi else ac_cv_path_lt_DD=$lt_DD fi rm -f conftest.i conftest2.i conftest.out fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_path_lt_DD" >&5 $as_echo "$ac_cv_path_lt_DD" >&6; } { $as_echo "$as_me:${as_lineno-$LINENO}: checking how to truncate binary pipes" >&5 $as_echo_n "checking how to truncate binary pipes... " >&6; } if ${lt_cv_truncate_bin+:} false; then : $as_echo_n "(cached) " >&6 else printf 0123456789abcdef0123456789abcdef >conftest.i cat conftest.i conftest.i >conftest2.i lt_cv_truncate_bin= if "$ac_cv_path_lt_DD" bs=32 count=1 conftest.out 2>/dev/null; then cmp -s conftest.i conftest.out \ && lt_cv_truncate_bin="$ac_cv_path_lt_DD bs=4096 count=1" fi rm -f conftest.i conftest2.i conftest.out test -z "$lt_cv_truncate_bin" && lt_cv_truncate_bin="$SED -e 4q" fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_truncate_bin" >&5 $as_echo "$lt_cv_truncate_bin" >&6; } # Calculate cc_basename. Skip known compiler wrappers and cross-prefix. func_cc_basename () { for cc_temp in $*""; do case $cc_temp in compile | *[\\/]compile | ccache | *[\\/]ccache ) ;; distcc | *[\\/]distcc | purify | *[\\/]purify ) ;; \-*) ;; *) break;; esac done func_cc_basename_result=`$ECHO "$cc_temp" | $SED "s%.*/%%; s%^$host_alias-%%"` } # Check whether --enable-libtool-lock was given. if test "${enable_libtool_lock+set}" = set; then : enableval=$enable_libtool_lock; fi test no = "$enable_libtool_lock" || enable_libtool_lock=yes # Some flags need to be propagated to the compiler or linker for good # libtool support. case $host in ia64-*-hpux*) # Find out what ABI is being produced by ac_compile, and set mode # options accordingly. echo 'int i;' > conftest.$ac_ext if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_compile\""; } >&5 (eval $ac_compile) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; }; then case `/usr/bin/file conftest.$ac_objext` in *ELF-32*) HPUX_IA64_MODE=32 ;; *ELF-64*) HPUX_IA64_MODE=64 ;; esac fi rm -rf conftest* ;; *-*-irix6*) # Find out what ABI is being produced by ac_compile, and set linker # options accordingly. echo '#line '$LINENO' "configure"' > conftest.$ac_ext if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_compile\""; } >&5 (eval $ac_compile) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; }; then if test yes = "$lt_cv_prog_gnu_ld"; then case `/usr/bin/file conftest.$ac_objext` in *32-bit*) LD="${LD-ld} -melf32bsmip" ;; *N32*) LD="${LD-ld} -melf32bmipn32" ;; *64-bit*) LD="${LD-ld} -melf64bmip" ;; esac else case `/usr/bin/file conftest.$ac_objext` in *32-bit*) LD="${LD-ld} -32" ;; *N32*) LD="${LD-ld} -n32" ;; *64-bit*) LD="${LD-ld} -64" ;; esac fi fi rm -rf conftest* ;; mips64*-*linux*) # Find out what ABI is being produced by ac_compile, and set linker # options accordingly. echo '#line '$LINENO' "configure"' > conftest.$ac_ext if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_compile\""; } >&5 (eval $ac_compile) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; }; then emul=elf case `/usr/bin/file conftest.$ac_objext` in *32-bit*) emul="${emul}32" ;; *64-bit*) emul="${emul}64" ;; esac case `/usr/bin/file conftest.$ac_objext` in *MSB*) emul="${emul}btsmip" ;; *LSB*) emul="${emul}ltsmip" ;; esac case `/usr/bin/file conftest.$ac_objext` in *N32*) emul="${emul}n32" ;; esac LD="${LD-ld} -m $emul" fi rm -rf conftest* ;; x86_64-*kfreebsd*-gnu|x86_64-*linux*|powerpc*-*linux*| \ s390*-*linux*|s390*-*tpf*|sparc*-*linux*) # Find out what ABI is being produced by ac_compile, and set linker # options accordingly. Note that the listed cases only cover the # situations where additional linker options are needed (such as when # doing 32-bit compilation for a host where ld defaults to 64-bit, or # vice versa); the common cases where no linker options are needed do # not appear in the list. echo 'int i;' > conftest.$ac_ext if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_compile\""; } >&5 (eval $ac_compile) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; }; then case `/usr/bin/file conftest.o` in *32-bit*) case $host in x86_64-*kfreebsd*-gnu) LD="${LD-ld} -m elf_i386_fbsd" ;; x86_64-*linux*) case `/usr/bin/file conftest.o` in *x86-64*) LD="${LD-ld} -m elf32_x86_64" ;; *) LD="${LD-ld} -m elf_i386" ;; esac ;; powerpc64le-*linux*) LD="${LD-ld} -m elf32lppclinux" ;; powerpc64-*linux*) LD="${LD-ld} -m elf32ppclinux" ;; s390x-*linux*) LD="${LD-ld} -m elf_s390" ;; sparc64-*linux*) LD="${LD-ld} -m elf32_sparc" ;; esac ;; *64-bit*) case $host in x86_64-*kfreebsd*-gnu) LD="${LD-ld} -m elf_x86_64_fbsd" ;; x86_64-*linux*) LD="${LD-ld} -m elf_x86_64" ;; powerpcle-*linux*) LD="${LD-ld} -m elf64lppc" ;; powerpc-*linux*) LD="${LD-ld} -m elf64ppc" ;; s390*-*linux*|s390*-*tpf*) LD="${LD-ld} -m elf64_s390" ;; sparc*-*linux*) LD="${LD-ld} -m elf64_sparc" ;; esac ;; esac fi rm -rf conftest* ;; *-*-sco3.2v5*) # On SCO OpenServer 5, we need -belf to get full-featured binaries. SAVE_CFLAGS=$CFLAGS CFLAGS="$CFLAGS -belf" { $as_echo "$as_me:${as_lineno-$LINENO}: checking whether the C compiler needs -belf" >&5 $as_echo_n "checking whether the C compiler needs -belf... " >&6; } if ${lt_cv_cc_needs_belf+:} false; then : $as_echo_n "(cached) " >&6 else ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ int main () { ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : lt_cv_cc_needs_belf=yes else lt_cv_cc_needs_belf=no fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_cc_needs_belf" >&5 $as_echo "$lt_cv_cc_needs_belf" >&6; } if test yes != "$lt_cv_cc_needs_belf"; then # this is probably gcc 2.8.0, egcs 1.0 or newer; no need for -belf CFLAGS=$SAVE_CFLAGS fi ;; *-*solaris*) # Find out what ABI is being produced by ac_compile, and set linker # options accordingly. echo 'int i;' > conftest.$ac_ext if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_compile\""; } >&5 (eval $ac_compile) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; }; then case `/usr/bin/file conftest.o` in *64-bit*) case $lt_cv_prog_gnu_ld in yes*) case $host in i?86-*-solaris*|x86_64-*-solaris*) LD="${LD-ld} -m elf_x86_64" ;; sparc*-*-solaris*) LD="${LD-ld} -m elf64_sparc" ;; esac # GNU ld 2.21 introduced _sol2 emulations. Use them if available. if ${LD-ld} -V | grep _sol2 >/dev/null 2>&1; then LD=${LD-ld}_sol2 fi ;; *) if ${LD-ld} -64 -r -o conftest2.o conftest.o >/dev/null 2>&1; then LD="${LD-ld} -64" fi ;; esac ;; esac fi rm -rf conftest* ;; esac need_locks=$enable_libtool_lock if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}mt", so it can be a program name with args. set dummy ${ac_tool_prefix}mt; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_MANIFEST_TOOL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$MANIFEST_TOOL"; then ac_cv_prog_MANIFEST_TOOL="$MANIFEST_TOOL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_MANIFEST_TOOL="${ac_tool_prefix}mt" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi MANIFEST_TOOL=$ac_cv_prog_MANIFEST_TOOL if test -n "$MANIFEST_TOOL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $MANIFEST_TOOL" >&5 $as_echo "$MANIFEST_TOOL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_MANIFEST_TOOL"; then ac_ct_MANIFEST_TOOL=$MANIFEST_TOOL # Extract the first word of "mt", so it can be a program name with args. set dummy mt; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_MANIFEST_TOOL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_MANIFEST_TOOL"; then ac_cv_prog_ac_ct_MANIFEST_TOOL="$ac_ct_MANIFEST_TOOL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_ac_ct_MANIFEST_TOOL="mt" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_MANIFEST_TOOL=$ac_cv_prog_ac_ct_MANIFEST_TOOL if test -n "$ac_ct_MANIFEST_TOOL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_MANIFEST_TOOL" >&5 $as_echo "$ac_ct_MANIFEST_TOOL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_MANIFEST_TOOL" = x; then MANIFEST_TOOL=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac MANIFEST_TOOL=$ac_ct_MANIFEST_TOOL fi else MANIFEST_TOOL="$ac_cv_prog_MANIFEST_TOOL" fi test -z "$MANIFEST_TOOL" && MANIFEST_TOOL=mt { $as_echo "$as_me:${as_lineno-$LINENO}: checking if $MANIFEST_TOOL is a manifest tool" >&5 $as_echo_n "checking if $MANIFEST_TOOL is a manifest tool... " >&6; } if ${lt_cv_path_mainfest_tool+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_path_mainfest_tool=no echo "$as_me:$LINENO: $MANIFEST_TOOL '-?'" >&5 $MANIFEST_TOOL '-?' 2>conftest.err > conftest.out cat conftest.err >&5 if $GREP 'Manifest Tool' conftest.out > /dev/null; then lt_cv_path_mainfest_tool=yes fi rm -f conftest* fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_path_mainfest_tool" >&5 $as_echo "$lt_cv_path_mainfest_tool" >&6; } if test yes != "$lt_cv_path_mainfest_tool"; then MANIFEST_TOOL=: fi case $host_os in rhapsody* | darwin*) if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}dsymutil", so it can be a program name with args. set dummy ${ac_tool_prefix}dsymutil; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_DSYMUTIL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$DSYMUTIL"; then ac_cv_prog_DSYMUTIL="$DSYMUTIL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_DSYMUTIL="${ac_tool_prefix}dsymutil" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi DSYMUTIL=$ac_cv_prog_DSYMUTIL if test -n "$DSYMUTIL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $DSYMUTIL" >&5 $as_echo "$DSYMUTIL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_DSYMUTIL"; then ac_ct_DSYMUTIL=$DSYMUTIL # Extract the first word of "dsymutil", so it can be a program name with args. set dummy dsymutil; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_DSYMUTIL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_DSYMUTIL"; then ac_cv_prog_ac_ct_DSYMUTIL="$ac_ct_DSYMUTIL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_ac_ct_DSYMUTIL="dsymutil" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_DSYMUTIL=$ac_cv_prog_ac_ct_DSYMUTIL if test -n "$ac_ct_DSYMUTIL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_DSYMUTIL" >&5 $as_echo "$ac_ct_DSYMUTIL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_DSYMUTIL" = x; then DSYMUTIL=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac DSYMUTIL=$ac_ct_DSYMUTIL fi else DSYMUTIL="$ac_cv_prog_DSYMUTIL" fi if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}nmedit", so it can be a program name with args. set dummy ${ac_tool_prefix}nmedit; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_NMEDIT+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$NMEDIT"; then ac_cv_prog_NMEDIT="$NMEDIT" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_NMEDIT="${ac_tool_prefix}nmedit" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi NMEDIT=$ac_cv_prog_NMEDIT if test -n "$NMEDIT"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $NMEDIT" >&5 $as_echo "$NMEDIT" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_NMEDIT"; then ac_ct_NMEDIT=$NMEDIT # Extract the first word of "nmedit", so it can be a program name with args. set dummy nmedit; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_NMEDIT+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_NMEDIT"; then ac_cv_prog_ac_ct_NMEDIT="$ac_ct_NMEDIT" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_ac_ct_NMEDIT="nmedit" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_NMEDIT=$ac_cv_prog_ac_ct_NMEDIT if test -n "$ac_ct_NMEDIT"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_NMEDIT" >&5 $as_echo "$ac_ct_NMEDIT" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_NMEDIT" = x; then NMEDIT=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac NMEDIT=$ac_ct_NMEDIT fi else NMEDIT="$ac_cv_prog_NMEDIT" fi if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}lipo", so it can be a program name with args. set dummy ${ac_tool_prefix}lipo; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_LIPO+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$LIPO"; then ac_cv_prog_LIPO="$LIPO" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_LIPO="${ac_tool_prefix}lipo" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi LIPO=$ac_cv_prog_LIPO if test -n "$LIPO"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $LIPO" >&5 $as_echo "$LIPO" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_LIPO"; then ac_ct_LIPO=$LIPO # Extract the first word of "lipo", so it can be a program name with args. set dummy lipo; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_LIPO+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_LIPO"; then ac_cv_prog_ac_ct_LIPO="$ac_ct_LIPO" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_ac_ct_LIPO="lipo" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_LIPO=$ac_cv_prog_ac_ct_LIPO if test -n "$ac_ct_LIPO"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_LIPO" >&5 $as_echo "$ac_ct_LIPO" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_LIPO" = x; then LIPO=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac LIPO=$ac_ct_LIPO fi else LIPO="$ac_cv_prog_LIPO" fi if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}otool", so it can be a program name with args. set dummy ${ac_tool_prefix}otool; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_OTOOL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$OTOOL"; then ac_cv_prog_OTOOL="$OTOOL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_OTOOL="${ac_tool_prefix}otool" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi OTOOL=$ac_cv_prog_OTOOL if test -n "$OTOOL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $OTOOL" >&5 $as_echo "$OTOOL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_OTOOL"; then ac_ct_OTOOL=$OTOOL # Extract the first word of "otool", so it can be a program name with args. set dummy otool; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_OTOOL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_OTOOL"; then ac_cv_prog_ac_ct_OTOOL="$ac_ct_OTOOL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_ac_ct_OTOOL="otool" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_OTOOL=$ac_cv_prog_ac_ct_OTOOL if test -n "$ac_ct_OTOOL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_OTOOL" >&5 $as_echo "$ac_ct_OTOOL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_OTOOL" = x; then OTOOL=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac OTOOL=$ac_ct_OTOOL fi else OTOOL="$ac_cv_prog_OTOOL" fi if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}otool64", so it can be a program name with args. set dummy ${ac_tool_prefix}otool64; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_OTOOL64+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$OTOOL64"; then ac_cv_prog_OTOOL64="$OTOOL64" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_OTOOL64="${ac_tool_prefix}otool64" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi OTOOL64=$ac_cv_prog_OTOOL64 if test -n "$OTOOL64"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $OTOOL64" >&5 $as_echo "$OTOOL64" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_OTOOL64"; then ac_ct_OTOOL64=$OTOOL64 # Extract the first word of "otool64", so it can be a program name with args. set dummy otool64; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_OTOOL64+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_OTOOL64"; then ac_cv_prog_ac_ct_OTOOL64="$ac_ct_OTOOL64" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if as_fn_executable_p "$as_dir/$ac_word$ac_exec_ext"; then ac_cv_prog_ac_ct_OTOOL64="otool64" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_OTOOL64=$ac_cv_prog_ac_ct_OTOOL64 if test -n "$ac_ct_OTOOL64"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_OTOOL64" >&5 $as_echo "$ac_ct_OTOOL64" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_OTOOL64" = x; then OTOOL64=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac OTOOL64=$ac_ct_OTOOL64 fi else OTOOL64="$ac_cv_prog_OTOOL64" fi { $as_echo "$as_me:${as_lineno-$LINENO}: checking for -single_module linker flag" >&5 $as_echo_n "checking for -single_module linker flag... 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We urge you to upgrade GNU *** binutils to release 2.16.91.0.3 or newer. Another option is to modify *** your PATH or compiler configuration so that the native linker is *** used, and then restart. _LT_EOF ;; *) # For security reasons, it is highly recommended that you always # use absolute paths for naming shared libraries, and exclude the # DT_RUNPATH tag from executables and libraries. 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The following line is correct: shared_flag='-G' else if test yes = "$aix_use_runtimelinking"; then shared_flag='$wl-G' else shared_flag='$wl-bM:SRE' fi shared_flag_aix='$wl-bM:SRE' shared_flag_svr4='$wl-G' fi fi export_dynamic_flag_spec='$wl-bexpall' # It seems that -bexpall does not export symbols beginning with # underscore (_), so it is better to generate a list of symbols to export. always_export_symbols=yes if test aix,yes = "$with_aix_soname,$aix_use_runtimelinking"; then # Warning - without using the other runtime loading flags (-brtl), # -berok will link without error, but may produce a broken library. allow_undefined_flag='-berok' # Determine the default libpath from the value encoded in an # empty executable. if test set = "${lt_cv_aix_libpath+set}"; then aix_libpath=$lt_cv_aix_libpath else if ${lt_cv_aix_libpath_+:} false; then : $as_echo_n "(cached) " >&6 else cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ int main () { ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : lt_aix_libpath_sed=' /Import File Strings/,/^$/ { /^0/ { s/^0 *\([^ ]*\) *$/\1/ p } }' lt_cv_aix_libpath_=`dump -H conftest$ac_exeext 2>/dev/null | $SED -n -e "$lt_aix_libpath_sed"` # Check for a 64-bit object if we didn't find anything. if test -z "$lt_cv_aix_libpath_"; then lt_cv_aix_libpath_=`dump -HX64 conftest$ac_exeext 2>/dev/null | $SED -n -e "$lt_aix_libpath_sed"` fi fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext if test -z "$lt_cv_aix_libpath_"; then lt_cv_aix_libpath_=/usr/lib:/lib fi fi aix_libpath=$lt_cv_aix_libpath_ fi hardcode_libdir_flag_spec='$wl-blibpath:$libdir:'"$aix_libpath" archive_expsym_cmds='$CC -o $output_objdir/$soname $libobjs $deplibs $wl'$no_entry_flag' $compiler_flags `if test -n "$allow_undefined_flag"; then func_echo_all "$wl$allow_undefined_flag"; else :; fi` $wl'$exp_sym_flag:\$export_symbols' '$shared_flag else if test ia64 = "$host_cpu"; then hardcode_libdir_flag_spec='$wl-R $libdir:/usr/lib:/lib' allow_undefined_flag="-z nodefs" archive_expsym_cmds="\$CC $shared_flag"' -o $output_objdir/$soname $libobjs $deplibs '"\$wl$no_entry_flag"' $compiler_flags $wl$allow_undefined_flag '"\$wl$exp_sym_flag:\$export_symbols" else # Determine the default libpath from the value encoded in an # empty executable. if test set = "${lt_cv_aix_libpath+set}"; then aix_libpath=$lt_cv_aix_libpath else if ${lt_cv_aix_libpath_+:} false; then : $as_echo_n "(cached) " >&6 else cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ int main () { ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : lt_aix_libpath_sed=' /Import File Strings/,/^$/ { /^0/ { s/^0 *\([^ ]*\) *$/\1/ p } }' lt_cv_aix_libpath_=`dump -H conftest$ac_exeext 2>/dev/null | $SED -n -e "$lt_aix_libpath_sed"` # Check for a 64-bit object if we didn't find anything. if test -z "$lt_cv_aix_libpath_"; then lt_cv_aix_libpath_=`dump -HX64 conftest$ac_exeext 2>/dev/null | $SED -n -e "$lt_aix_libpath_sed"` fi fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext if test -z "$lt_cv_aix_libpath_"; then lt_cv_aix_libpath_=/usr/lib:/lib fi fi aix_libpath=$lt_cv_aix_libpath_ fi hardcode_libdir_flag_spec='$wl-blibpath:$libdir:'"$aix_libpath" # Warning - without using the other run time loading flags, # -berok will link without error, but may produce a broken library. no_undefined_flag=' $wl-bernotok' allow_undefined_flag=' $wl-berok' if test yes = "$with_gnu_ld"; then # We only use this code for GNU lds that support --whole-archive. whole_archive_flag_spec='$wl--whole-archive$convenience $wl--no-whole-archive' else # Exported symbols can be pulled into shared objects from archives whole_archive_flag_spec='$convenience' fi archive_cmds_need_lc=yes archive_expsym_cmds='$RM -r $output_objdir/$realname.d~$MKDIR $output_objdir/$realname.d' # -brtl affects multiple linker settings, -berok does not and is overridden later compiler_flags_filtered='`func_echo_all "$compiler_flags " | $SED -e "s%-brtl\\([, ]\\)%-berok\\1%g"`' if test svr4 != "$with_aix_soname"; then # This is similar to how AIX traditionally builds its shared libraries. archive_expsym_cmds="$archive_expsym_cmds"'~$CC '$shared_flag_aix' -o $output_objdir/$realname.d/$soname $libobjs $deplibs $wl-bnoentry '$compiler_flags_filtered'$wl-bE:$export_symbols$allow_undefined_flag~$AR $AR_FLAGS $output_objdir/$libname$release.a $output_objdir/$realname.d/$soname' fi if test aix != "$with_aix_soname"; then archive_expsym_cmds="$archive_expsym_cmds"'~$CC '$shared_flag_svr4' -o $output_objdir/$realname.d/$shared_archive_member_spec.o $libobjs $deplibs $wl-bnoentry '$compiler_flags_filtered'$wl-bE:$export_symbols$allow_undefined_flag~$STRIP -e $output_objdir/$realname.d/$shared_archive_member_spec.o~( func_echo_all "#! $soname($shared_archive_member_spec.o)"; if test shr_64 = "$shared_archive_member_spec"; then func_echo_all "# 64"; else func_echo_all "# 32"; fi; cat $export_symbols ) > $output_objdir/$realname.d/$shared_archive_member_spec.imp~$AR $AR_FLAGS $output_objdir/$soname $output_objdir/$realname.d/$shared_archive_member_spec.o $output_objdir/$realname.d/$shared_archive_member_spec.imp' else # used by -dlpreopen to get the symbols archive_expsym_cmds="$archive_expsym_cmds"'~$MV $output_objdir/$realname.d/$soname $output_objdir' fi archive_expsym_cmds="$archive_expsym_cmds"'~$RM -r $output_objdir/$realname.d' fi fi ;; amigaos*) case $host_cpu in powerpc) # see comment about AmigaOS4 .so support archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags $wl-soname $wl$soname -o $lib' archive_expsym_cmds='' ;; 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dgux*) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='-L$libdir' hardcode_shlibpath_var=no ;; # FreeBSD 2.2.[012] allows us to include c++rt0.o to get C++ constructor # support. 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" >&6; } if ${lt_cv_irix_exported_symbol+:} false; then : $as_echo_n "(cached) " >&6 else save_LDFLAGS=$LDFLAGS LDFLAGS="$LDFLAGS -shared $wl-exported_symbol ${wl}foo $wl-update_registry $wl/dev/null" cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ int foo (void) { return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : lt_cv_irix_exported_symbol=yes else lt_cv_irix_exported_symbol=no fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext LDFLAGS=$save_LDFLAGS fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_irix_exported_symbol" >&5 $as_echo "$lt_cv_irix_exported_symbol" >&6; } if test yes = "$lt_cv_irix_exported_symbol"; then archive_expsym_cmds='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags $wl-soname $wl$soname `test -n "$verstring" && func_echo_all "$wl-set_version $wl$verstring"` $wl-update_registry $wl$output_objdir/so_locations $wl-exports_file $wl$export_symbols -o $lib' fi link_all_deplibs=no else archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags -soname $soname `test -n "$verstring" && func_echo_all "-set_version $verstring"` -update_registry $output_objdir/so_locations -o $lib' archive_expsym_cmds='$CC -shared $libobjs $deplibs $compiler_flags -soname $soname `test -n "$verstring" && func_echo_all "-set_version $verstring"` -update_registry $output_objdir/so_locations -exports_file $export_symbols -o $lib' fi archive_cmds_need_lc='no' hardcode_libdir_flag_spec='$wl-rpath $wl$libdir' hardcode_libdir_separator=: inherit_rpath=yes link_all_deplibs=yes ;; linux*) case $cc_basename in tcc*) # Fabrice Bellard et al's Tiny C Compiler ld_shlibs=yes archive_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags' ;; esac ;; netbsd* | netbsdelf*-gnu) if echo __ELF__ | $CC -E - | $GREP __ELF__ >/dev/null; then archive_cmds='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags' # a.out else archive_cmds='$LD -shared -o $lib $libobjs $deplibs $linker_flags' # ELF fi hardcode_libdir_flag_spec='-R$libdir' hardcode_direct=yes hardcode_shlibpath_var=no ;; newsos6) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=yes hardcode_libdir_flag_spec='$wl-rpath $wl$libdir' hardcode_libdir_separator=: hardcode_shlibpath_var=no ;; *nto* | *qnx*) ;; openbsd* | bitrig*) if test -f /usr/libexec/ld.so; then hardcode_direct=yes hardcode_shlibpath_var=no hardcode_direct_absolute=yes if test -z "`echo __ELF__ | $CC -E - | $GREP __ELF__`"; then archive_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags' archive_expsym_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags $wl-retain-symbols-file,$export_symbols' hardcode_libdir_flag_spec='$wl-rpath,$libdir' export_dynamic_flag_spec='$wl-E' else archive_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags' hardcode_libdir_flag_spec='$wl-rpath,$libdir' fi else ld_shlibs=no fi ;; os2*) hardcode_libdir_flag_spec='-L$libdir' hardcode_minus_L=yes allow_undefined_flag=unsupported shrext_cmds=.dll archive_cmds='$ECHO "LIBRARY ${soname%$shared_ext} INITINSTANCE TERMINSTANCE" > $output_objdir/$libname.def~ $ECHO "DESCRIPTION \"$libname\"" >> $output_objdir/$libname.def~ $ECHO "DATA MULTIPLE NONSHARED" >> $output_objdir/$libname.def~ $ECHO EXPORTS >> $output_objdir/$libname.def~ emxexp $libobjs | $SED /"_DLL_InitTerm"/d >> $output_objdir/$libname.def~ $CC -Zdll -Zcrtdll -o $output_objdir/$soname $libobjs $deplibs $compiler_flags $output_objdir/$libname.def~ emximp -o $lib $output_objdir/$libname.def' archive_expsym_cmds='$ECHO "LIBRARY ${soname%$shared_ext} INITINSTANCE TERMINSTANCE" > $output_objdir/$libname.def~ $ECHO "DESCRIPTION \"$libname\"" >> $output_objdir/$libname.def~ $ECHO "DATA MULTIPLE NONSHARED" >> $output_objdir/$libname.def~ $ECHO EXPORTS >> $output_objdir/$libname.def~ prefix_cmds="$SED"~ if test EXPORTS = "`$SED 1q $export_symbols`"; then prefix_cmds="$prefix_cmds -e 1d"; fi~ prefix_cmds="$prefix_cmds -e \"s/^\(.*\)$/_\1/g\""~ cat $export_symbols | $prefix_cmds >> $output_objdir/$libname.def~ $CC -Zdll -Zcrtdll -o $output_objdir/$soname $libobjs $deplibs $compiler_flags $output_objdir/$libname.def~ emximp -o $lib $output_objdir/$libname.def' old_archive_From_new_cmds='emximp -o $output_objdir/${libname}_dll.a $output_objdir/$libname.def' enable_shared_with_static_runtimes=yes ;; osf3*) if test yes = "$GCC"; then allow_undefined_flag=' $wl-expect_unresolved $wl\*' archive_cmds='$CC -shared$allow_undefined_flag $libobjs $deplibs $compiler_flags $wl-soname $wl$soname `test -n "$verstring" && func_echo_all "$wl-set_version $wl$verstring"` $wl-update_registry $wl$output_objdir/so_locations -o $lib' else allow_undefined_flag=' -expect_unresolved \*' archive_cmds='$CC -shared$allow_undefined_flag $libobjs $deplibs $compiler_flags -soname $soname `test -n "$verstring" && func_echo_all "-set_version $verstring"` -update_registry $output_objdir/so_locations -o $lib' fi archive_cmds_need_lc='no' hardcode_libdir_flag_spec='$wl-rpath $wl$libdir' hardcode_libdir_separator=: ;; osf4* | osf5*) # as osf3* with the addition of -msym flag if test yes = "$GCC"; then allow_undefined_flag=' $wl-expect_unresolved $wl\*' archive_cmds='$CC -shared$allow_undefined_flag $pic_flag $libobjs $deplibs $compiler_flags $wl-msym $wl-soname $wl$soname `test -n "$verstring" && func_echo_all "$wl-set_version $wl$verstring"` $wl-update_registry $wl$output_objdir/so_locations -o $lib' hardcode_libdir_flag_spec='$wl-rpath $wl$libdir' else allow_undefined_flag=' -expect_unresolved \*' archive_cmds='$CC -shared$allow_undefined_flag $libobjs $deplibs $compiler_flags -msym -soname $soname `test -n "$verstring" && func_echo_all "-set_version $verstring"` -update_registry $output_objdir/so_locations -o $lib' archive_expsym_cmds='for i in `cat $export_symbols`; do printf "%s %s\\n" -exported_symbol "\$i" >> $lib.exp; done; printf "%s\\n" "-hidden">> $lib.exp~ $CC -shared$allow_undefined_flag $wl-input $wl$lib.exp $compiler_flags $libobjs $deplibs -soname $soname `test -n "$verstring" && $ECHO "-set_version $verstring"` -update_registry $output_objdir/so_locations -o $lib~$RM $lib.exp' # Both c and cxx compiler support -rpath directly hardcode_libdir_flag_spec='-rpath $libdir' fi archive_cmds_need_lc='no' hardcode_libdir_separator=: ;; solaris*) no_undefined_flag=' -z defs' if test yes = "$GCC"; then wlarc='$wl' archive_cmds='$CC -shared $pic_flag $wl-z ${wl}text $wl-h $wl$soname -o $lib $libobjs $deplibs $compiler_flags' archive_expsym_cmds='echo "{ global:" > $lib.exp~cat $export_symbols | $SED -e "s/\(.*\)/\1;/" >> $lib.exp~echo "local: *; };" >> $lib.exp~ $CC -shared $pic_flag $wl-z ${wl}text $wl-M $wl$lib.exp $wl-h $wl$soname -o $lib $libobjs $deplibs $compiler_flags~$RM $lib.exp' else case `$CC -V 2>&1` in *"Compilers 5.0"*) wlarc='' archive_cmds='$LD -G$allow_undefined_flag -h $soname -o $lib $libobjs $deplibs $linker_flags' archive_expsym_cmds='echo "{ global:" > $lib.exp~cat $export_symbols | $SED -e "s/\(.*\)/\1;/" >> $lib.exp~echo "local: *; };" >> $lib.exp~ $LD -G$allow_undefined_flag -M $lib.exp -h $soname -o $lib $libobjs $deplibs $linker_flags~$RM $lib.exp' ;; *) wlarc='$wl' archive_cmds='$CC -G$allow_undefined_flag -h $soname -o $lib $libobjs $deplibs $compiler_flags' archive_expsym_cmds='echo "{ global:" > $lib.exp~cat $export_symbols | $SED -e "s/\(.*\)/\1;/" >> $lib.exp~echo "local: *; };" >> $lib.exp~ $CC -G$allow_undefined_flag -M $lib.exp -h $soname -o $lib $libobjs $deplibs $compiler_flags~$RM $lib.exp' ;; esac fi hardcode_libdir_flag_spec='-R$libdir' hardcode_shlibpath_var=no case $host_os in solaris2.[0-5] | solaris2.[0-5].*) ;; *) # The compiler driver will combine and reorder linker options, # but understands '-z linker_flag'. GCC discards it without '$wl', # but is careful enough not to reorder. # Supported since Solaris 2.6 (maybe 2.5.1?) if test yes = "$GCC"; then whole_archive_flag_spec='$wl-z ${wl}allextract$convenience $wl-z ${wl}defaultextract' else whole_archive_flag_spec='-z allextract$convenience -z defaultextract' fi ;; esac link_all_deplibs=yes ;; sunos4*) if test sequent = "$host_vendor"; then # Use $CC to link under sequent, because it throws in some extra .o # files that make .init and .fini sections work. archive_cmds='$CC -G $wl-h $soname -o $lib $libobjs $deplibs $compiler_flags' else archive_cmds='$LD -assert pure-text -Bstatic -o $lib $libobjs $deplibs $linker_flags' fi hardcode_libdir_flag_spec='-L$libdir' hardcode_direct=yes hardcode_minus_L=yes hardcode_shlibpath_var=no ;; sysv4) case $host_vendor in sni) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=yes # is this really true??? ;; siemens) ## LD is ld it makes a PLAMLIB ## CC just makes a GrossModule. archive_cmds='$LD -G -o $lib $libobjs $deplibs $linker_flags' reload_cmds='$CC -r -o $output$reload_objs' hardcode_direct=no ;; motorola) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=no #Motorola manual says yes, but my tests say they lie ;; esac runpath_var='LD_RUN_PATH' hardcode_shlibpath_var=no ;; sysv4.3*) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_shlibpath_var=no export_dynamic_flag_spec='-Bexport' ;; sysv4*MP*) if test -d /usr/nec; then archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_shlibpath_var=no runpath_var=LD_RUN_PATH hardcode_runpath_var=yes ld_shlibs=yes fi ;; sysv4*uw2* | sysv5OpenUNIX* | sysv5UnixWare7.[01].[10]* | unixware7* | sco3.2v5.0.[024]*) no_undefined_flag='$wl-z,text' archive_cmds_need_lc=no hardcode_shlibpath_var=no runpath_var='LD_RUN_PATH' if test yes = "$GCC"; then archive_cmds='$CC -shared $wl-h,$soname -o $lib $libobjs $deplibs $compiler_flags' archive_expsym_cmds='$CC -shared $wl-Bexport:$export_symbols $wl-h,$soname -o $lib $libobjs $deplibs $compiler_flags' else archive_cmds='$CC -G $wl-h,$soname -o $lib $libobjs $deplibs $compiler_flags' archive_expsym_cmds='$CC -G $wl-Bexport:$export_symbols $wl-h,$soname -o $lib $libobjs $deplibs $compiler_flags' fi ;; sysv5* | sco3.2v5* | sco5v6*) # Note: We CANNOT use -z defs as we might desire, because we do not # link with -lc, and that would cause any symbols used from libc to # always be unresolved, which means just about no library would # ever link correctly. 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esac # HP-UX runs *really* slowly unless shared libraries are mode 555, ... postinstall_cmds='chmod 555 $lib' # or fails outright, so override atomically: install_override_mode=555 ;; interix[3-9]*) version_type=linux # correct to gnu/linux during the next big refactor need_lib_prefix=no need_version=no library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' dynamic_linker='Interix 3.x ld.so.1 (PE, like ELF)' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=no hardcode_into_libs=yes ;; irix5* | irix6* | nonstopux*) case $host_os in nonstopux*) version_type=nonstopux ;; *) if test yes = "$lt_cv_prog_gnu_ld"; then version_type=linux # correct to gnu/linux during the next big refactor else version_type=irix fi ;; esac need_lib_prefix=no need_version=no soname_spec='$libname$release$shared_ext$major' library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$release$shared_ext $libname$shared_ext' case $host_os in irix5* | nonstopux*) libsuff= shlibsuff= ;; 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# This must be glibc/ELF. linux* | k*bsd*-gnu | kopensolaris*-gnu | gnu*) version_type=linux # correct to gnu/linux during the next big refactor need_lib_prefix=no need_version=no library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' finish_cmds='PATH="\$PATH:/sbin" ldconfig -n $libdir' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=no # Some binutils ld are patched to set DT_RUNPATH if ${lt_cv_shlibpath_overrides_runpath+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_shlibpath_overrides_runpath=no save_LDFLAGS=$LDFLAGS save_libdir=$libdir eval "libdir=/foo; wl=\"$lt_prog_compiler_wl\"; \ LDFLAGS=\"\$LDFLAGS $hardcode_libdir_flag_spec\"" cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ int main () { ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : if ($OBJDUMP -p conftest$ac_exeext) 2>/dev/null | grep "RUNPATH.*$libdir" >/dev/null; then : lt_cv_shlibpath_overrides_runpath=yes fi fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext LDFLAGS=$save_LDFLAGS libdir=$save_libdir fi shlibpath_overrides_runpath=$lt_cv_shlibpath_overrides_runpath # This implies no fast_install, which is unacceptable. # Some rework will be needed to allow for fast_install # before this can be enabled. hardcode_into_libs=yes # Ideally, we could use ldconfig to report *all* directores which are # searched for libraries, however this is still not possible. Aside from not # being certain /sbin/ldconfig is available, command # 'ldconfig -N -X -v | grep ^/' on 64bit Fedora does not report /usr/lib64, # even though it is searched at run-time. Try to do the best guess by # appending ld.so.conf contents (and includes) to the search path. if test -f /etc/ld.so.conf; then lt_ld_extra=`awk '/^include / { system(sprintf("cd /etc; cat %s 2>/dev/null", \$2)); skip = 1; } { if (!skip) print \$0; skip = 0; }' < /etc/ld.so.conf | $SED -e 's/#.*//;/^[ ]*hwcap[ ]/d;s/[:, ]/ /g;s/=[^=]*$//;s/=[^= ]* / /g;s/"//g;/^$/d' | tr '\n' ' '` sys_lib_dlsearch_path_spec="/lib /usr/lib $lt_ld_extra" fi # We used to test for /lib/ld.so.1 and disable shared libraries on # powerpc, because MkLinux only supported shared libraries with the # GNU dynamic linker. Since this was broken with cross compilers, # most powerpc-linux boxes support dynamic linking these days and # people can always --disable-shared, the test was removed, and we # assume the GNU/Linux dynamic linker is in use. dynamic_linker='GNU/Linux ld.so' ;; netbsdelf*-gnu) version_type=linux need_lib_prefix=no need_version=no library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}' soname_spec='${libname}${release}${shared_ext}$major' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=no hardcode_into_libs=yes dynamic_linker='NetBSD ld.elf_so' ;; netbsd*) version_type=sunos need_lib_prefix=no need_version=no if echo __ELF__ | $CC -E - | $GREP __ELF__ >/dev/null; then library_names_spec='$libname$release$shared_ext$versuffix $libname$shared_ext$versuffix' finish_cmds='PATH="\$PATH:/sbin" ldconfig -m $libdir' dynamic_linker='NetBSD (a.out) ld.so' else library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' dynamic_linker='NetBSD ld.elf_so' fi shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes hardcode_into_libs=yes ;; newsos6) version_type=linux # correct to gnu/linux during the next big refactor library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes ;; *nto* | *qnx*) version_type=qnx need_lib_prefix=no need_version=no library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=no hardcode_into_libs=yes dynamic_linker='ldqnx.so' ;; openbsd* | bitrig*) version_type=sunos sys_lib_dlsearch_path_spec=/usr/lib need_lib_prefix=no if test -z "`echo __ELF__ | $CC -E - | $GREP __ELF__`"; then need_version=no else need_version=yes fi library_names_spec='$libname$release$shared_ext$versuffix $libname$shared_ext$versuffix' finish_cmds='PATH="\$PATH:/sbin" ldconfig -m $libdir' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes ;; os2*) libname_spec='$name' version_type=windows shrext_cmds=.dll need_version=no need_lib_prefix=no # OS/2 can only load a DLL with a base name of 8 characters or less. soname_spec='`test -n "$os2dllname" && libname="$os2dllname"; v=$($ECHO $release$versuffix | tr -d .-); n=$($ECHO $libname | cut -b -$((8 - ${#v})) | tr . _); $ECHO $n$v`$shared_ext' library_names_spec='${libname}_dll.$libext' dynamic_linker='OS/2 ld.exe' shlibpath_var=BEGINLIBPATH sys_lib_search_path_spec="/lib /usr/lib /usr/local/lib" sys_lib_dlsearch_path_spec=$sys_lib_search_path_spec postinstall_cmds='base_file=`basename \$file`~ dlpath=`$SHELL 2>&1 -c '\''. $dir/'\''\$base_file'\''i; $ECHO \$dlname'\''`~ dldir=$destdir/`dirname \$dlpath`~ test -d \$dldir || mkdir -p \$dldir~ $install_prog $dir/$dlname \$dldir/$dlname~ chmod a+x \$dldir/$dlname~ if test -n '\''$stripme'\'' && test -n '\''$striplib'\''; then eval '\''$striplib \$dldir/$dlname'\'' || exit \$?; fi' postuninstall_cmds='dldll=`$SHELL 2>&1 -c '\''. $file; $ECHO \$dlname'\''`~ dlpath=$dir/\$dldll~ $RM \$dlpath' ;; osf3* | osf4* | osf5*) version_type=osf need_lib_prefix=no need_version=no soname_spec='$libname$release$shared_ext$major' library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' shlibpath_var=LD_LIBRARY_PATH sys_lib_search_path_spec="/usr/shlib /usr/ccs/lib /usr/lib/cmplrs/cc /usr/lib /usr/local/lib /var/shlib" sys_lib_dlsearch_path_spec=$sys_lib_search_path_spec ;; rdos*) dynamic_linker=no ;; solaris*) version_type=linux # correct to gnu/linux during the next big refactor need_lib_prefix=no need_version=no library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes hardcode_into_libs=yes # ldd complains unless libraries are executable postinstall_cmds='chmod +x $lib' ;; sunos4*) version_type=sunos library_names_spec='$libname$release$shared_ext$versuffix $libname$shared_ext$versuffix' finish_cmds='PATH="\$PATH:/usr/etc" ldconfig $libdir' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes if test yes = "$with_gnu_ld"; then need_lib_prefix=no fi need_version=yes ;; sysv4 | sysv4.3*) version_type=linux # correct to gnu/linux during the next big refactor library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' shlibpath_var=LD_LIBRARY_PATH case $host_vendor in sni) shlibpath_overrides_runpath=no need_lib_prefix=no runpath_var=LD_RUN_PATH ;; siemens) need_lib_prefix=no ;; motorola) need_lib_prefix=no need_version=no shlibpath_overrides_runpath=no sys_lib_search_path_spec='/lib /usr/lib /usr/ccs/lib' ;; esac ;; sysv4*MP*) if test -d /usr/nec; then version_type=linux # correct to gnu/linux during the next big refactor library_names_spec='$libname$shared_ext.$versuffix $libname$shared_ext.$major $libname$shared_ext' soname_spec='$libname$shared_ext.$major' shlibpath_var=LD_LIBRARY_PATH fi ;; sysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX* | sysv4*uw2*) version_type=sco need_lib_prefix=no need_version=no library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes hardcode_into_libs=yes if test yes = "$with_gnu_ld"; then sys_lib_search_path_spec='/usr/local/lib /usr/gnu/lib /usr/ccs/lib /usr/lib /lib' else sys_lib_search_path_spec='/usr/ccs/lib /usr/lib' case $host_os in sco3.2v5*) sys_lib_search_path_spec="$sys_lib_search_path_spec /lib" ;; esac fi sys_lib_dlsearch_path_spec='/usr/lib' ;; tpf*) # TPF is a cross-target only. Preferred cross-host = GNU/Linux. version_type=linux # correct to gnu/linux during the next big refactor need_lib_prefix=no need_version=no library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=no hardcode_into_libs=yes ;; uts4*) version_type=linux # correct to gnu/linux during the next big refactor library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' shlibpath_var=LD_LIBRARY_PATH ;; *) dynamic_linker=no ;; esac { $as_echo "$as_me:${as_lineno-$LINENO}: result: $dynamic_linker" >&5 $as_echo "$dynamic_linker" >&6; } test no = "$dynamic_linker" && can_build_shared=no variables_saved_for_relink="PATH $shlibpath_var $runpath_var" if test yes = "$GCC"; then variables_saved_for_relink="$variables_saved_for_relink GCC_EXEC_PREFIX COMPILER_PATH LIBRARY_PATH" fi if test set = "${lt_cv_sys_lib_search_path_spec+set}"; then sys_lib_search_path_spec=$lt_cv_sys_lib_search_path_spec fi if test set = "${lt_cv_sys_lib_dlsearch_path_spec+set}"; then sys_lib_dlsearch_path_spec=$lt_cv_sys_lib_dlsearch_path_spec fi # remember unaugmented sys_lib_dlsearch_path content for libtool script decls... configure_time_dlsearch_path=$sys_lib_dlsearch_path_spec # ... but it needs LT_SYS_LIBRARY_PATH munging for other configure-time code func_munge_path_list sys_lib_dlsearch_path_spec "$LT_SYS_LIBRARY_PATH" # to be used as default LT_SYS_LIBRARY_PATH value in generated libtool configure_time_lt_sys_library_path=$LT_SYS_LIBRARY_PATH { $as_echo "$as_me:${as_lineno-$LINENO}: checking how to hardcode library paths into programs" >&5 $as_echo_n "checking how to hardcode library paths into programs... " >&6; } hardcode_action= if test -n "$hardcode_libdir_flag_spec" || test -n "$runpath_var" || test yes = "$hardcode_automatic"; then # We can hardcode non-existent directories. if test no != "$hardcode_direct" && # If the only mechanism to avoid hardcoding is shlibpath_var, we # have to relink, otherwise we might link with an installed library # when we should be linking with a yet-to-be-installed one ## test no != "$_LT_TAGVAR(hardcode_shlibpath_var, )" && test no != "$hardcode_minus_L"; then # Linking always hardcodes the temporary library directory. hardcode_action=relink else # We can link without hardcoding, and we can hardcode nonexisting dirs. hardcode_action=immediate fi else # We cannot hardcode anything, or else we can only hardcode existing # directories. hardcode_action=unsupported fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $hardcode_action" >&5 $as_echo "$hardcode_action" >&6; } if test relink = "$hardcode_action" || test yes = "$inherit_rpath"; then # Fast installation is not supported enable_fast_install=no elif test yes = "$shlibpath_overrides_runpath" || test no = "$enable_shared"; then # Fast installation is not necessary enable_fast_install=needless fi if test yes != "$enable_dlopen"; then enable_dlopen=unknown enable_dlopen_self=unknown enable_dlopen_self_static=unknown else lt_cv_dlopen=no lt_cv_dlopen_libs= case $host_os in beos*) lt_cv_dlopen=load_add_on lt_cv_dlopen_libs= lt_cv_dlopen_self=yes ;; mingw* | pw32* | cegcc*) lt_cv_dlopen=LoadLibrary lt_cv_dlopen_libs= ;; cygwin*) lt_cv_dlopen=dlopen lt_cv_dlopen_libs= ;; darwin*) # if libdl is installed we need to link against it { $as_echo "$as_me:${as_lineno-$LINENO}: checking for dlopen in -ldl" >&5 $as_echo_n "checking for dlopen in -ldl... " >&6; } if ${ac_cv_lib_dl_dlopen+:} false; then : $as_echo_n "(cached) " >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-ldl $LIBS" cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char dlopen (); int main () { return dlopen (); ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : ac_cv_lib_dl_dlopen=yes else ac_cv_lib_dl_dlopen=no fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_lib_dl_dlopen" >&5 $as_echo "$ac_cv_lib_dl_dlopen" >&6; } if test "x$ac_cv_lib_dl_dlopen" = xyes; then : lt_cv_dlopen=dlopen lt_cv_dlopen_libs=-ldl else lt_cv_dlopen=dyld lt_cv_dlopen_libs= lt_cv_dlopen_self=yes fi ;; tpf*) # Don't try to run any link tests for TPF. We know it's impossible # because TPF is a cross-compiler, and we know how we open DSOs. lt_cv_dlopen=dlopen lt_cv_dlopen_libs= lt_cv_dlopen_self=no ;; *) ac_fn_c_check_func "$LINENO" "shl_load" "ac_cv_func_shl_load" if test "x$ac_cv_func_shl_load" = xyes; then : lt_cv_dlopen=shl_load else { $as_echo "$as_me:${as_lineno-$LINENO}: checking for shl_load in -ldld" >&5 $as_echo_n "checking for shl_load in -ldld... " >&6; } if ${ac_cv_lib_dld_shl_load+:} false; then : $as_echo_n "(cached) " >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-ldld $LIBS" cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char shl_load (); int main () { return shl_load (); ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : ac_cv_lib_dld_shl_load=yes else ac_cv_lib_dld_shl_load=no fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_lib_dld_shl_load" >&5 $as_echo "$ac_cv_lib_dld_shl_load" >&6; } if test "x$ac_cv_lib_dld_shl_load" = xyes; then : lt_cv_dlopen=shl_load lt_cv_dlopen_libs=-ldld else ac_fn_c_check_func "$LINENO" "dlopen" "ac_cv_func_dlopen" if test "x$ac_cv_func_dlopen" = xyes; then : lt_cv_dlopen=dlopen else { $as_echo "$as_me:${as_lineno-$LINENO}: checking for dlopen in -ldl" >&5 $as_echo_n "checking for dlopen in -ldl... " >&6; } if ${ac_cv_lib_dl_dlopen+:} false; then : $as_echo_n "(cached) " >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-ldl $LIBS" cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char dlopen (); int main () { return dlopen (); ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : ac_cv_lib_dl_dlopen=yes else ac_cv_lib_dl_dlopen=no fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_lib_dl_dlopen" >&5 $as_echo "$ac_cv_lib_dl_dlopen" >&6; } if test "x$ac_cv_lib_dl_dlopen" = xyes; then : lt_cv_dlopen=dlopen lt_cv_dlopen_libs=-ldl else { $as_echo "$as_me:${as_lineno-$LINENO}: checking for dlopen in -lsvld" >&5 $as_echo_n "checking for dlopen in -lsvld... " >&6; } if ${ac_cv_lib_svld_dlopen+:} false; then : $as_echo_n "(cached) " >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-lsvld $LIBS" cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char dlopen (); int main () { return dlopen (); ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : ac_cv_lib_svld_dlopen=yes else ac_cv_lib_svld_dlopen=no fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_lib_svld_dlopen" >&5 $as_echo "$ac_cv_lib_svld_dlopen" >&6; } if test "x$ac_cv_lib_svld_dlopen" = xyes; then : lt_cv_dlopen=dlopen lt_cv_dlopen_libs=-lsvld else { $as_echo "$as_me:${as_lineno-$LINENO}: checking for dld_link in -ldld" >&5 $as_echo_n "checking for dld_link in -ldld... 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*:) eval $1=\"`$ECHO $2 | $SED 's/:/ /g'` \$$1\" ;; x:*) eval $1=\"\$$1 `$ECHO $2 | $SED 's/:/ /g'`\" ;; *::*) eval $1=\"\$$1\ `$ECHO $2 | $SED -e 's/.*:://' -e 's/:/ /g'`\" eval $1=\"`$ECHO $2 | $SED -e 's/::.*//' -e 's/:/ /g'`\ \$$1\" ;; *) eval $1=\"`$ECHO $2 | $SED 's/:/ /g'`\" ;; esac } # Calculate cc_basename. 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This bash problem # is reportedly fixed, but why not run on old versions too? sed '$q' "$ltmain" >> "$cfgfile" \ || (rm -f "$cfgfile"; exit 1) mv -f "$cfgfile" "$ofile" || (rm -f "$ofile" && cp "$cfgfile" "$ofile" && rm -f "$cfgfile") chmod +x "$ofile" ;; esac done # for ac_tag as_fn_exit 0 _ACEOF ac_clean_files=$ac_clean_files_save test $ac_write_fail = 0 || as_fn_error $? "write failure creating $CONFIG_STATUS" "$LINENO" 5 # configure is writing to config.log, and then calls config.status. # config.status does its own redirection, appending to config.log. # Unfortunately, on DOS this fails, as config.log is still kept open # by configure, so config.status won't be able to write to it; its # output is simply discarded. So we exec the FD to /dev/null, # effectively closing config.log, so it can be properly (re)opened and # appended to by config.status. When coming back to configure, we # need to make the FD available again. if test "$no_create" != yes; then ac_cs_success=: ac_config_status_args= test "$silent" = yes && ac_config_status_args="$ac_config_status_args --quiet" exec 5>/dev/null $SHELL $CONFIG_STATUS $ac_config_status_args || ac_cs_success=false exec 5>>config.log # Use ||, not &&, to avoid exiting from the if with $? = 1, which # would make configure fail if this is the last instruction. $ac_cs_success || as_fn_exit 1 fi if test -n "$ac_unrecognized_opts" && test "$enable_option_checking" != no; then { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: unrecognized options: $ac_unrecognized_opts" >&5 $as_echo "$as_me: WARNING: unrecognized options: $ac_unrecognized_opts" >&2;} fi miller-5.6.2/configure.ac000066400000000000000000000020621354153536500153100ustar00rootroot00000000000000AC_PREREQ([2.60]) # Manually increment on updates to https://github.com/johnkerl/miller/releases AC_INIT([mlr],[5.6.2]) AC_CONFIG_SRCDIR([c/mlrmain.c]) AC_CONFIG_HEADERS([config.h]) AC_CONFIG_AUX_DIR([autotools]) AC_CONFIG_MACRO_DIR([m4]) AM_INIT_AUTOMAKE AC_CANONICAL_HOST AC_PROG_CC m4_ifdef([AM_PROG_AR], [AM_PROG_AR]) AM_PROG_LEX AC_EXEEXT LT_INIT # TODO: better source handling for lemon sources? # perhaps lemon can be improved to survive being called from the build dir AC_CONFIG_LINKS([c/parsing/lempar.c:c/parsing/lempar.c]) AC_CONFIG_LINKS([c/parsing/mlr_dsl_parse.y:c/parsing/mlr_dsl_parse.y]) AC_CONFIG_FILES([Makefile c/cli/Makefile c/containers/Makefile c/parsing/Makefile c/dsl/Makefile c/experimental/Makefile c/input/Makefile c/lib/Makefile c/mapping/Makefile c/output/Makefile c/stream/Makefile c/auxents/Makefile c/unit_test/Makefile c/reg_test/Makefile c/reg_test/expected/Makefile c/reg_test/input/Makefile c/reg_test/input/rfc-csv/Makefile c/reg_test/input/comments/Makefile c/Makefile doc/Makefile]) AC_OUTPUT miller-5.6.2/data/000077500000000000000000000000001354153536500137335ustar00rootroot00000000000000miller-5.6.2/data/gen.c000066400000000000000000000003221354153536500146450ustar00rootroot00000000000000#include int main(int argc, char** argv) { long long n = 100; if (argc == 2) { (void)sscanf(argv[1], "%lld", &n); } for (long long i = 0; i < n; i++) { printf("i=%lld\n", i); } return 0; } miller-5.6.2/data/generators/000077500000000000000000000000001354153536500161045ustar00rootroot00000000000000miller-5.6.2/data/generators/abixy.c000077500000000000000000000015031354153536500173660ustar00rootroot00000000000000#include #include #include #include int main(void) { char* names[] = { "hat", "pan", "eks", "wye", "zee" }; int num_names = sizeof(names) / sizeof(names[0]); srand(time(0) ^ getpid()); for (int i = 0; ; i++) { int ai = rand() % num_names; int bi = rand() % num_names; char* a = names[ai]; char* b = names[bi]; double x = (double)rand() / (double)RAND_MAX; double y = (double)rand() / (double)RAND_MAX; printf("a=%s,b=%s,i=%d,x=%.18lf,y=%.18lf\n", a, b, i, x, y); } return 0; } // a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 // a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 // a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 // a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 miller-5.6.2/data/generators/compare-ols-pca.sh000066400000000000000000000015431354153536500214250ustar00rootroot00000000000000#!/bin/sh for p in \ -0.975 -0.950 -0.925 -0.900 \ -0.875 -0.850 -0.825 -0.800 \ -0.775 -0.750 -0.725 -0.700 \ -0.675 -0.650 -0.625 -0.600 \ -0.575 -0.550 -0.525 -0.500 \ -0.475 -0.450 -0.425 -0.400 \ -0.375 -0.350 -0.325 -0.300 \ -0.275 -0.250 -0.225 -0.200 \ -0.175 -0.150 -0.125 -0.100 \ -0.075 -0.050 -0.025 -0.000 \ 0.000 0.025 0.050 0.075 \ 0.100 0.125 0.150 0.175 \ 0.200 0.225 0.250 0.275 \ 0.300 0.325 0.350 0.375 \ 0.400 0.425 0.450 0.475 \ 0.500 0.525 0.550 0.575 \ 0.600 0.625 0.650 0.675 \ 0.700 0.725 0.750 0.775 \ 0.800 0.825 0.850 0.875 \ 0.900 0.925 0.950 0.975 do for try in 1 2 3 4 5; do #echo #echo p $p #a.out $p|mlr --oxtab stats2 -a linreg-ols,linreg-pca -f x,y echo "p=$p,`a.out $p | mlr stats2 -a linreg-ols,r2,linreg-pca -f x,y`" done done miller-5.6.2/data/generators/endless.c000077500000000000000000000001501354153536500177040ustar00rootroot00000000000000#include int main(void) { for (int c = 0; ; i++) printf("a=1,b=2,c=%d\n", c); return 0; } miller-5.6.2/data/generators/fuzz.rb000077500000000000000000000004451354153536500174350ustar00rootroot00000000000000#!/usr/bin/env ruby alphabet = 'abcdefghijklmnopqrstuvwxyz0123456789~!#$%^&*()-_=+{}[];:"<>,./?' nlines=50 alphabet = alphabet.split('') nlines.times do length = rand(40) if rand < 0.1 length = 0 end output = (1..length).to_a.collect{alphabet.sample}.join('') puts output end miller-5.6.2/data/generators/plot-ols-pca.sh000066400000000000000000000010211354153536500207440ustar00rootroot00000000000000#!/bin/bash file="$1" # Set x_y_pca_m and x_y_pca_b as shell variables mlr --ofs newline stats2 -a linreg-ols,linreg-pca -f x,y $file eval $(mlr --ofs newline stats2 -a linreg-ols,linreg-pca -f x,y $file) # In addition to x and y, make a new yfit which is the line fit. Plot using your favorite tool. mlr --onidx put "\$olsfit=($x_y_ols_m*\$x)+$x_y_ols_b;\$pcafit=($x_y_pca_m*\$x)+$x_y_pca_b" \ then cut -x -f a,b,i $file \ | pgr -p -ms 2 -title 'linreg example' -xmin -0.1 -xmax 1.1 -ymin -0.1 -ymax 1.1 -legend 'y yfit' miller-5.6.2/data/generators/randuv-chomped.c000077500000000000000000000054711354153536500211760ustar00rootroot00000000000000#include #include #include #include // Samples unit-uniform x,y pairs, conditioned on being in two subboxes the size // of which is described by the "chomp" parameter. Intended for compare/contrast // of OLS and PCA linear-regression algorithms. // // 0 < chomp < 1: // // +----------------oooooooo // | oooooooo // | oooooooo // | oooooooo <-- chomp // | | // | | // oooooooo | <-- 1-chomp // oooooooo | // oooooooo | // oooooooo----------------+ // ^ ^ // | | // 1-chomp chomp // // chomp = 0 means output all x,y pairs // // -1 < chomp < 0: // 1+chomp -chomp // | | // v v // oooooooo----------------+ // oooooooo | // oooooooo | // oooooooo | <-- -chomp // | | // | | // | oooooooo <-- 1+chomp // | oooooooo // | oooooooo // +----------------oooooooo static void usage(char* argv0) { fprintf(stderr, "Usage: %s [chomp [n]]\n", argv0); exit(1); } int main(int argc, char** argv) { double chomp = 0.5; int n = 100000; int mash_x = 0; int mash_y = 0; if (argc == 2) { if (sscanf(argv[1], "%lf", &chomp) != 1) usage(argv[0]); } else if (argc == 3) { if (sscanf(argv[1], "%lf", &chomp) != 1) usage(argv[0]); if (sscanf(argv[2], "%d", &n) != 1) usage(argv[0]); } else if (argc == 5) { if (sscanf(argv[1], "%lf", &chomp) != 1) usage(argv[0]); if (sscanf(argv[2], "%d", &n) != 1) usage(argv[0]); if (sscanf(argv[3], "%d", &mash_x) != 1) usage(argv[0]); if (sscanf(argv[4], "%d", &mash_y) != 1) usage(argv[0]); } else { usage(argv[0]); } srand(time(0) ^ getpid()); if (chomp > 0.0) { double lo = 1.0 - chomp; double hi = chomp; for (int i = 0; i < n; /* increment in loop */) { double x = (double)rand() / (double)RAND_MAX; double y = (double)rand() / (double)RAND_MAX; if ((x < lo && y < lo) || (x > hi && y > hi)) { if (mash_x) { if (x < lo) x = 0.0; else x = 1.0; } if (mash_y) { if (y < lo) y = 0.0; else y = 1.0; } i++; printf("x=%.18lf,y=%.18lf\n", x, y); } } } else { double lo = 1+chomp; double hi = -chomp; for (int i = 0; i < n; /* increment in loop */) { double x = (double)rand() / (double)RAND_MAX; double y = (double)rand() / (double)RAND_MAX; if ((x < lo && y > hi) || (x > hi && y < lo)) { if (mash_x) { if (x < lo) x = 0.0; else x = 1.0; } if (mash_y) { if (y < lo) y = 0.0; else y = 1.0; } i++; printf("x=%.18lf,y=%.18lf\n", x, y); } } } return 0; } miller-5.6.2/data/generators/tail-rand-gen.rb000066400000000000000000000002471354153536500210560ustar00rootroot00000000000000#!/usr/bin/env ruby # For playing with stats1/2 -s $stdout.sync = true while true x = rand() y = rand() xy = x*y puts "x=#{x},y=#{y},xy=#{xy}" sleep 0.1 end miller-5.6.2/data/het000066400000000000000000000002041354153536500144320ustar00rootroot00000000000000d=5,e=7 d=5,e=7 a=1,b=2,c=3 d=5,e=7 a=1,b=2,c=3 a=1,b=2,c=3 d=5,e=7 a=1,b=2,c=3 d=5,e=7 a=1,b=2,c=3 a=1,b=2,c=3 d=5,e=7 a=1,b=2,c=3 miller-5.6.2/data/het.csv000066400000000000000000000003521354153536500152300ustar00rootroot00000000000000resource,loadsec,ok /path/to/file,0.45,true record_count,resource 100,/path/to/file resource,loadsec,ok /path/to/second/file,0.32,true record_count,resource 150,/path/to/second/file resource,loadsec,ok /some/other/path,0.97,false miller-5.6.2/data/het.dkvp000066400000000000000000000003461354153536500154040ustar00rootroot00000000000000resource=/path/to/file,loadsec=0.45,ok=true record_count=100,resource=/path/to/file resource=/path/to/second/file,loadsec=0.32,ok=true record_count=150,resource=/path/to/second/file resource=/some/other/path,loadsec=0.97,ok=false miller-5.6.2/data/medium000066400000000000000000022576271354153536500151630ustar00rootroot00000000000000a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 a=pan,b=pan,i=11,x=0.7930488423451967,y=0.6505816637259333 a=zee,b=pan,i=12,x=0.3676141320555616,y=0.23614420670296965 a=eks,b=pan,i=13,x=0.4915175580479536,y=0.7709126592971468 a=eks,b=zee,i=14,x=0.5207382318405251,y=0.34141681118811673 a=eks,b=pan,i=15,x=0.07155556372719507,y=0.3596137145616235 a=pan,b=pan,i=16,x=0.5736853980681922,y=0.7554169353781729 a=zee,b=eks,i=17,x=0.29081949506712723,y=0.054478717073354166 a=hat,b=zee,i=18,x=0.05727869223575699,y=0.13343527626645157 a=zee,b=pan,i=19,x=0.43144132839222604,y=0.8442204830496998 a=eks,b=wye,i=20,x=0.38245149780530685,y=0.4730652428100751 a=hat,b=eks,i=21,x=0.0023058336158985338,y=0.16665492414949412 a=zee,b=wye,i=22,x=0.9270813051677103,y=0.5523236165919244 a=wye,b=pan,i=23,x=0.7975862089313748,y=0.8430307846116346 a=wye,b=hat,i=24,x=0.7286126830627567,y=0.19441962592638418 a=pan,b=eks,i=25,x=0.291444729043585,y=0.2680100577363237 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a=pan,b=pan,i=9994,x=0.7310844732875349,y=0.16823055115657648 a=pan,b=eks,i=9995,x=0.8981803676290844,y=0.34464277045717084 a=zee,b=wye,i=9996,x=0.72761807629368,y=0.6860394313092489 a=pan,b=hat,i=9997,x=0.700242583670093,y=0.27129926260336745 a=eks,b=pan,i=9998,x=0.5554835956450555,y=0.7053505857791378 a=wye,b=pan,i=9999,x=0.19004481082030356,y=0.8073900575802198 a=zee,b=pan,i=10000,x=0.02349941792343435,y=0.19861196418373683 miller-5.6.2/data/mk5g.rb000077500000000000000000000001751354153536500151310ustar00rootroot00000000000000#!/usr/bin/env ruby 5000000000.times do u = rand < 0.5 ? 0 : 1 v = rand < 0.1 ? 0 : 1 puts "#{u} #{v}" end puts "3 5" miller-5.6.2/data/s1.sh000077500000000000000000000002561354153536500146200ustar00rootroot00000000000000#!/bin/sh mlr --opprint "$@" stats1 -a mean,sum,count,min,max -f i,x,y -g a,b ../data/medium echo mlr --opprint "$@" stats1 -a mean,sum,count,min,max -f i,x,y ../data/medium miller-5.6.2/data/s2.sh000077500000000000000000000003561354153536500146220ustar00rootroot00000000000000#!/bin/sh mlr --opprint --right "$@" stats2 -a linreg-ols,linreg-pca,r2,corr,cov -f x,y,xy,y2,x2,x2 -g a,b ../data/mediumwide echo mlr --oxtab --right "$@" stats2 -a linreg-ols,linreg-pca,r2,corr,cov -f x,y,xy,y2,x2,x2 ../data/mediumwide miller-5.6.2/data/s3.sh000077500000000000000000000002321354153536500146140ustar00rootroot00000000000000#!/bin/sh mlr --opprint "$@" step -a rsum,delta,counter -f x,y -g a ../data/small echo mlr --opprint "$@" step -a rsum,delta,counter -f x,y ../data/small miller-5.6.2/data/small000066400000000000000000000011121354153536500147610ustar00rootroot00000000000000a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 miller-5.6.2/data/small.csv000066400000000000000000000007601354153536500155630ustar00rootroot00000000000000a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 miller-5.6.2/data/small2000066400000000000000000000005111354153536500150450ustar00rootroot00000000000000a=pan,b=eks,i=9999,x=0.267481232652199086,y=0.557077185510228001 a=wye,b=eks,i=10000,x=0.734806020620654365,y=0.884788571337605134 a=pan,b=wye,i=10001,x=0.870530722602517626,y=0.009854780514656930 a=hat,b=wye,i=10002,x=0.321507044286237609,y=0.568893318795083758 a=pan,b=zee,i=10003,x=0.272054845593895200,y=0.425789896597056627 miller-5.6.2/data/smallwide000066400000000000000000000024001354153536500156330ustar00rootroot00000000000000a=cat,b=pan,i=18,x=0.5117389009583777,y=0.08295224980036853,x2=0.2618767027540883,xy=0.0424498931448654,y2=0.006881075746942741 a=pan,b=wye,i=14,x=0.5225940442098578,y=0.511678736087022,x2=0.27310453504361476,xy=0.2674002600279053,y2=0.26181512896361225 a=wye,b=cat,i=16,x=0.8150401717873625,y=0.07989551500795256,x2=0.6642904816271734,xy=0.06511805427712146,y2=0.006383293318385972 a=dog,b=hat,i=13,x=0.4488733555675044,y=0.5730530513123552,x2=0.20148728933843124,xy=0.25722824606077416,y2=0.32838979961840076 a=dog,b=pan,i=17,x=0.2946557960430134,y=0.6850437256584863,x2=0.08682203814174191,xy=0.20185210430817294,y2=0.46928490606405937 a=wye,b=cat,i=19,x=0.048709182664292916,y=0.5851879044762575,x2=0.0023725844758234536,xy=0.02850402453206882,y2=0.34244488354531344 a=dog,b=hat,i=19,x=0.8500003149528544,y=0.2984098741712895,x2=0.7225005354199517,xy=0.25364848703063775,y2=0.08904845300292483 a=pan,b=pan,i=16,x=0.616507208914765,y=0.25924335982487057,x2=0.38008113864387366,xy=0.15982540019531707,y2=0.06720711961328732 a=hat,b=hat,i=13,x=0.33786884067769307,y=0.6036735617015514,x2=0.11415535350088835,xy=0.203962486439877,y2=0.3644217690974368 a=wye,b=hat,i=14,x=0.3834648944206174,y=0.4999709279216641,x2=0.14704532525301522,xy=0.19172129908885902,y2=0.24997092876684981 miller-5.6.2/data/stuv000066400000000000000000000001001354153536500146460ustar00rootroot00000000000000a=s,b=t,x=1,y=2 a=u,b=v,x=3,y=4 a=s,b=t,x=5,y=6 a=u,b=w,x=7,y=9 miller-5.6.2/doc/000077500000000000000000000000001354153536500135675ustar00rootroot00000000000000miller-5.6.2/doc/.vimrc000066400000000000000000000001061354153536500147050ustar00rootroot00000000000000map \r :w:!clear; ./poki map \f :w:!clear; ./poki miller-5.6.2/doc/10-1.sh000077500000000000000000000001421354153536500145010ustar00rootroot00000000000000grep op=cache log.txt \ | mlr --idkvp --opprint stats1 -a mean -f hit -g type then sort -f type miller-5.6.2/doc/10-2.sh000077500000000000000000000002051354153536500145020ustar00rootroot00000000000000mlr --from log.txt --opprint \ filter 'is_present($batch_size)' \ then step -a delta -f time,num_filtered \ then sec2gmt time miller-5.6.2/doc/10-min.html000066400000000000000000001133001354153536500154540ustar00rootroot00000000000000 10-minute intro
Miller

10-minute intro
• CSV-file examples
• Choices for printing to files
• Other-format examples
• SQL-output examples
• SQL-input examples
• Log-processing examples
• More

CSV-file examples

Sample CSV data file: 

$ cat example.csv
color,shape,flag,index,quantity,rate
yellow,triangle,1,11,43.6498,9.8870
red,square,1,15,79.2778,0.0130
red,circle,1,16,13.8103,2.9010
red,square,0,48,77.5542,7.4670
purple,triangle,0,51,81.2290,8.5910
red,square,0,64,77.1991,9.5310
purple,triangle,0,65,80.1405,5.8240
yellow,circle,1,73,63.9785,4.2370
yellow,circle,1,87,63.5058,8.3350
purple,square,0,91,72.3735,8.2430

mlr cat is like cat ... 

$ mlr --csv cat example.csv
color,shape,flag,index,quantity,rate
yellow,triangle,1,11,43.6498,9.8870
red,square,1,15,79.2778,0.0130
red,circle,1,16,13.8103,2.9010
red,square,0,48,77.5542,7.4670
purple,triangle,0,51,81.2290,8.5910
red,square,0,64,77.1991,9.5310
purple,triangle,0,65,80.1405,5.8240
yellow,circle,1,73,63.9785,4.2370
yellow,circle,1,87,63.5058,8.3350
purple,square,0,91,72.3735,8.2430

... but it can also do format conversion (here, to pretty-printed tabular format): 

$ mlr --icsv --opprint cat example.csv
color  shape    flag index quantity rate
yellow triangle 1    11    43.6498  9.8870
red    square   1    15    79.2778  0.0130
red    circle   1    16    13.8103  2.9010
red    square   0    48    77.5542  7.4670
purple triangle 0    51    81.2290  8.5910
red    square   0    64    77.1991  9.5310
purple triangle 0    65    80.1405  5.8240
yellow circle   1    73    63.9785  4.2370
yellow circle   1    87    63.5058  8.3350
purple square   0    91    72.3735  8.2430

mlr head and mlr tail count records rather than lines. The CSV header is included either way: 

$ mlr --csv head -n 4 example.csv
color,shape,flag,index,quantity,rate
yellow,triangle,1,11,43.6498,9.8870
red,square,1,15,79.2778,0.0130
red,circle,1,16,13.8103,2.9010
red,square,0,48,77.5542,7.4670


$ mlr --csv tail -n 4 example.csv
color,shape,flag,index,quantity,rate
purple,triangle,0,65,80.1405,5.8240
yellow,circle,1,73,63.9785,4.2370
yellow,circle,1,87,63.5058,8.3350
purple,square,0,91,72.3735,8.2430

Sort primarily alphabetically on one field, then secondarily numerically descending on another field: 

$ mlr --icsv --opprint sort -f shape -nr index example.csv
color  shape    flag index quantity rate
yellow circle   1    87    63.5058  8.3350
yellow circle   1    73    63.9785  4.2370
red    circle   1    16    13.8103  2.9010
purple square   0    91    72.3735  8.2430
red    square   0    64    77.1991  9.5310
red    square   0    48    77.5542  7.4670
red    square   1    15    79.2778  0.0130
purple triangle 0    65    80.1405  5.8240
purple triangle 0    51    81.2290  8.5910
yellow triangle 1    11    43.6498  9.8870

Use cut to retain only specified fields, in input-data order: 

$ mlr --icsv --opprint cut -f flag,shape example.csv
shape    flag
triangle 1
square   1
circle   1
square   0
triangle 0
square   0
triangle 0
circle   1
circle   1
square   0

Use cut -o to retain only specified fields, in your specified order: 

$ mlr --icsv --opprint cut -o -f flag,shape example.csv
flag shape
1    triangle
1    square
1    circle
0    square
0    triangle
0    square
0    triangle
1    circle
1    circle
0    square

Use cut -x to omit specified fields: 

$ mlr --icsv --opprint cut -x -f flag,shape example.csv
color  index quantity rate
yellow 11    43.6498  9.8870
red    15    79.2778  0.0130
red    16    13.8103  2.9010
red    48    77.5542  7.4670
purple 51    81.2290  8.5910
red    64    77.1991  9.5310
purple 65    80.1405  5.8240
yellow 73    63.9785  4.2370
yellow 87    63.5058  8.3350
purple 91    72.3735  8.2430

Use filter to retain specified records: 

$ mlr --icsv --opprint filter '$color == "red"' example.csv
color shape  flag index quantity rate
red   square 1    15    79.2778  0.0130
red   circle 1    16    13.8103  2.9010
red   square 0    48    77.5542  7.4670
red   square 0    64    77.1991  9.5310


$ mlr --icsv --opprint filter '$color == "red" && $flag == 1' example.csv
color shape  flag index quantity rate
red   square 1    15    79.2778  0.0130
red   circle 1    16    13.8103  2.9010

Use put to add/replace fields which are computed from other fields: 

$ mlr --icsv --opprint put '$ratio = $quantity / $rate; $color_shape = $color . "_" . $shape' example.csv
color  shape    flag index quantity rate   ratio       color_shape
yellow triangle 1    11    43.6498  9.8870 4.414868    yellow_triangle
red    square   1    15    79.2778  0.0130 6098.292308 red_square
red    circle   1    16    13.8103  2.9010 4.760531    red_circle
red    square   0    48    77.5542  7.4670 10.386260   red_square
purple triangle 0    51    81.2290  8.5910 9.455127    purple_triangle
red    square   0    64    77.1991  9.5310 8.099790    red_square
purple triangle 0    65    80.1405  5.8240 13.760388   purple_triangle
yellow circle   1    73    63.9785  4.2370 15.099953   yellow_circle
yellow circle   1    87    63.5058  8.3350 7.619172    yellow_circle
purple square   0    91    72.3735  8.2430 8.779995    purple_square

Even though Miller’s main selling point is name-indexing, sometimes you really want to refer to a field name by its positional index. Use $[[3]] to access the name of field 3 or $[[[3]]] to access the value of field 3: 

$ mlr --icsv --opprint put '$[[3]] = "NEW"' example.csv
color  shape    NEW index quantity rate
yellow triangle 1   11    43.6498  9.8870
red    square   1   15    79.2778  0.0130
red    circle   1   16    13.8103  2.9010
red    square   0   48    77.5542  7.4670
purple triangle 0   51    81.2290  8.5910
red    square   0   64    77.1991  9.5310
purple triangle 0   65    80.1405  5.8240
yellow circle   1   73    63.9785  4.2370
yellow circle   1   87    63.5058  8.3350
purple square   0   91    72.3735  8.2430


$ mlr --icsv --opprint put '$[[[3]]] = "NEW"' example.csv
color  shape    flag index quantity rate
yellow triangle NEW  11    43.6498  9.8870
red    square   NEW  15    79.2778  0.0130
red    circle   NEW  16    13.8103  2.9010
red    square   NEW  48    77.5542  7.4670
purple triangle NEW  51    81.2290  8.5910
red    square   NEW  64    77.1991  9.5310
purple triangle NEW  65    80.1405  5.8240
yellow circle   NEW  73    63.9785  4.2370
yellow circle   NEW  87    63.5058  8.3350
purple square   NEW  91    72.3735  8.2430

JSON output: 

$ mlr --icsv --ojson put '$ratio = $quantity/$rate; $shape = toupper($shape)' example.csv
{ "color": "yellow", "shape": "TRIANGLE", "flag": 1, "index": 11, "quantity": 43.6498, "rate": 9.8870, "ratio": 4.414868 }
{ "color": "red", "shape": "SQUARE", "flag": 1, "index": 15, "quantity": 79.2778, "rate": 0.0130, "ratio": 6098.292308 }
{ "color": "red", "shape": "CIRCLE", "flag": 1, "index": 16, "quantity": 13.8103, "rate": 2.9010, "ratio": 4.760531 }
{ "color": "red", "shape": "SQUARE", "flag": 0, "index": 48, "quantity": 77.5542, "rate": 7.4670, "ratio": 10.386260 }
{ "color": "purple", "shape": "TRIANGLE", "flag": 0, "index": 51, "quantity": 81.2290, "rate": 8.5910, "ratio": 9.455127 }
{ "color": "red", "shape": "SQUARE", "flag": 0, "index": 64, "quantity": 77.1991, "rate": 9.5310, "ratio": 8.099790 }
{ "color": "purple", "shape": "TRIANGLE", "flag": 0, "index": 65, "quantity": 80.1405, "rate": 5.8240, "ratio": 13.760388 }
{ "color": "yellow", "shape": "CIRCLE", "flag": 1, "index": 73, "quantity": 63.9785, "rate": 4.2370, "ratio": 15.099953 }
{ "color": "yellow", "shape": "CIRCLE", "flag": 1, "index": 87, "quantity": 63.5058, "rate": 8.3350, "ratio": 7.619172 }
{ "color": "purple", "shape": "SQUARE", "flag": 0, "index": 91, "quantity": 72.3735, "rate": 8.2430, "ratio": 8.779995 }

JSON output with vertical-formatting flags: 

$ mlr --icsv --ojson --jvstack --jlistwrap tail -n 2 example.csv
[
{
  "color": "yellow",
  "shape": "circle",
  "flag": 1,
  "index": 87,
  "quantity": 63.5058,
  "rate": 8.3350
}
,{
  "color": "purple",
  "shape": "square",
  "flag": 0,
  "index": 91,
  "quantity": 72.3735,
  "rate": 8.2430
}
]

Use then to pipe commands together. Also, the -g option for many Miller commands is for group-by: here, head -n 1 -g shape outputs the first record for each distinct value of the shape field. This means we’re finding the record with highest index field for each distinct shape field: 

$ mlr --icsv --opprint sort -f shape -nr index then head -n 1 -g shape example.csv
color  shape    flag index quantity rate
yellow circle   1    87    63.5058  8.3350
purple square   0    91    72.3735  8.2430
purple triangle 0    65    80.1405  5.8240

Statistics can be computed with or without group-by field(s). Also, the first of these two examples uses --oxtab output format which is a nice alternative to --opprint when you have lots of columns: 

$ mlr --icsv --oxtab --from example.csv stats1 -a p0,p10,p25,p50,p75,p90,p99,p100 -f rate
rate_p0   0.013000
rate_p10  2.901000
rate_p25  4.237000
rate_p50  8.243000
rate_p75  8.591000
rate_p90  9.887000
rate_p99  9.887000
rate_p100 9.887000


$ mlr --icsv --opprint --from example.csv stats1 -a count,min,mean,max -f quantity -g shape
shape    quantity_count quantity_min quantity_mean quantity_max
triangle 3              43.649800    68.339767     81.229000
square   4              72.373500    76.601150     79.277800
circle   3              13.810300    47.098200     63.978500


$ mlr --icsv --opprint --from example.csv stats1 -a count,min,mean,max -f quantity -g shape,color
shape    color  quantity_count quantity_min quantity_mean quantity_max
triangle yellow 1              43.649800    43.649800     43.649800
square   red    3              77.199100    78.010367     79.277800
circle   red    1              13.810300    13.810300     13.810300
triangle purple 2              80.140500    80.684750     81.229000
circle   yellow 2              63.505800    63.742150     63.978500
square   purple 1              72.373500    72.373500     72.373500

Choices for printing to files

Often we want to print output to the screen. Miller does this by default, as we’ve seen in the previous examples.

Sometimes we want to print output to another file: just use '> outputfilenamegoeshere' at the end of your command: 
% mlr --icsv --opprint cat example.csv > newfile.csv
# Output goes to the new file;
# nothing is printed to the screen.

% cat newfile.csv 
color  shape    flag index quantity rate
yellow triangle 1    11    43.6498  9.8870
red    square   1    15    79.2778  0.0130
red    circle   1    16    13.8103  2.9010
red    square   0    48    77.5542  7.4670
purple triangle 0    51    81.2290  8.5910
red    square   0    64    77.1991  9.5310
purple triangle 0    65    80.1405  5.8240
yellow circle   1    73    63.9785  4.2370
yellow circle   1    87    63.5058  8.3350
purple square   0    91    72.3735  8.2430

Other times we just want our files to be changed in-place: just use 'mlr -I'. 
% cp example.csv newfile.txt

% cat newfile.txt
color,shape,flag,index,quantity,rate
yellow,triangle,1,11,43.6498,9.8870
red,square,1,15,79.2778,0.0130
red,circle,1,16,13.8103,2.9010
red,square,0,48,77.5542,7.4670
purple,triangle,0,51,81.2290,8.5910
red,square,0,64,77.1991,9.5310
purple,triangle,0,65,80.1405,5.8240
yellow,circle,1,73,63.9785,4.2370
yellow,circle,1,87,63.5058,8.3350
purple,square,0,91,72.3735,8.2430

% mlr -I --icsv --opprint cat newfile.txt

% cat newfile.txt
color  shape    flag index quantity rate
yellow triangle 1    11    43.6498  9.8870
red    square   1    15    79.2778  0.0130
red    circle   1    16    13.8103  2.9010
red    square   0    48    77.5542  7.4670
purple triangle 0    51    81.2290  8.5910
red    square   0    64    77.1991  9.5310
purple triangle 0    65    80.1405  5.8240
yellow circle   1    73    63.9785  4.2370
yellow circle   1    87    63.5058  8.3350
purple square   0    91    72.3735  8.2430

Also using mlr -I you can bulk-operate on lots of files: e.g. 
mlr -I --csv cut -x -f unwanted_column_name *.csv

If you like, you can first copy off your original data somewhere else, before doing in-place operations.

Lastly, using tee within put, you can split your input data into separate files per one or more field names: 

$ mlr --csv --from example.csv put -q 'tee > $shape.".csv", $*'


$ cat circle.csv
color,shape,flag,index,quantity,rate
red,circle,1,16,13.8103,2.9010
yellow,circle,1,73,63.9785,4.2370
yellow,circle,1,87,63.5058,8.3350


$ cat square.csv
color,shape,flag,index,quantity,rate
red,square,1,15,79.2778,0.0130
red,square,0,48,77.5542,7.4670
red,square,0,64,77.1991,9.5310
purple,square,0,91,72.3735,8.2430


$ cat triangle.csv
color,shape,flag,index,quantity,rate
yellow,triangle,1,11,43.6498,9.8870
purple,triangle,0,51,81.2290,8.5910
purple,triangle,0,65,80.1405,5.8240

Other-format examples

What’s a CSV file, really? It’s an array of rows, or records, each being a list of key-value pairs, or fields: for CSV it so happens that all the keys are shared in the header line and the values vary data line by data line.

For example, if you have 

shape,flag,index
circle,1,24
square,0,36

then that’s a way of saying 

shape=circle,flag=1,index=24
shape=square,flag=0,index=36

Data written this way are called DKVP, for delimited key-value pairs.

We’ve also already seen other ways to write the same data: 

CSV                               PPRINT                 JSON
shape,flag,index                  shape  flag index      [
circle,1,24                       circle 1    24           {
square,0,36                       square 0    36             "shape": "circle",
                                                             "flag": 1,
                                                             "index": 24
                                                           },
DKVP                              XTAB                     {
shape=circle,flag=1,index=24      shape circle               "shape": "square",
shape=square,flag=0,index=36      flag  1                    "flag": 0,
                                  index 24                   "index": 36
                                                           }
                                  shape square           ]
                                  flag  0
                                  index 36

Anything we can do with CSV input data, we can do with any other format input data. And you can read from one format, do any record-processing, and output to the same format as the input, or to a different output format.

SQL-output examples

I like to produce SQL-query output with header-column and tab delimiter: this is CSV but with a tab instead of a comma, also known as TSV. Then I post-process with mlr --tsv or mlr --tsvlite. This means I can do some (or all, or none) of my data processing within SQL queries, and some (or none, or all) of my data processing using Miller — whichever is most convenient for my needs at the moment.

For example, using default output formatting in mysql we get formatting like Miller’s --opprint --barred: 

$ mysql --database=mydb -e 'show columns in mytable'
+------------------+--------------+------+-----+---------+-------+
| Field            | Type         | Null | Key | Default | Extra |
+------------------+--------------+------+-----+---------+-------+
| id               | bigint(20)   | NO   | MUL | NULL    |       |
| category         | varchar(256) | NO   |     | NULL    |       |
| is_permanent     | tinyint(1)   | NO   |     | NULL    |       |
| assigned_to      | bigint(20)   | YES  |     | NULL    |       |
| last_update_time | int(11)      | YES  |     | NULL    |       |
+------------------+--------------+------+-----+---------+-------+

Using mysql’s -B we get TSV output: 

$ mysql --database=mydb -B -e 'show columns in mytable' | mlr --itsvlite --opprint cat
Field            Type         Null Key Default Extra
id               bigint(20)   NO  MUL NULL -
category         varchar(256) NO  -   NULL -
is_permanent     tinyint(1)   NO  -   NULL -
assigned_to      bigint(20)   YES -   NULL -
last_update_time int(11)      YES -   NULL -

Since Miller handles TSV output, we can do as much or as little processing as we want in the SQL query, then send the rest on to Miller. This includes outputting as JSON, doing further selects/joins in Miller, doing stats, etc. etc. 

$ mysql --database=mydb -B -e 'show columns in mytable' | mlr --itsvlite --ojson --jlistwrap --jvstack cat 
[
  {
    "Field": "id",
    "Type": "bigint(20)",
    "Null": "NO",
    "Key": "MUL",
    "Default": "NULL",
    "Extra": ""
  },
  {
    "Field": "category",
    "Type": "varchar(256)",
    "Null": "NO",
    "Key": "",
    "Default": "NULL",
    "Extra": ""
  },
  {
    "Field": "is_permanent",
    "Type": "tinyint(1)",
    "Null": "NO",
    "Key": "",
    "Default": "NULL",
    "Extra": ""
  },
  {
    "Field": "assigned_to",
    "Type": "bigint(20)",
    "Null": "YES",
    "Key": "",
    "Default": "NULL",
    "Extra": ""
  },
  {
    "Field": "last_update_time",
    "Type": "int(11)",
    "Null": "YES",
    "Key": "",
    "Default": "NULL",
    "Extra": ""
  }
]

$ mysql --database=mydb -B -e 'select * from mytable' > query.tsv

$ mlr --from query.tsv --t2p stats1 -a count -f id -g category,assigned_to
category assigned_to id_count
special  10000978    207
special  10003924    385
special  10009872    168
standard 10000978    524
standard 10003924    392
standard 10009872    108
...

Again, all the examples in the CSV section apply here — just change the input-format flags.

SQL-input examples

One use of NIDX (value-only, no keys) format is for loading up SQL tables.

Create and load SQL table: 

mysql> CREATE TABLE abixy(
  a VARCHAR(32),
  b VARCHAR(32),
  i BIGINT(10),
  x DOUBLE,
  y DOUBLE
);
Query OK, 0 rows affected (0.01 sec)

bash$ mlr --onidx --fs comma cat data/medium > medium.nidx

mysql> LOAD DATA LOCAL INFILE 'medium.nidx' REPLACE INTO TABLE abixy FIELDS TERMINATED BY ',' ;
Query OK, 10000 rows affected (0.07 sec)
Records: 10000  Deleted: 0  Skipped: 0  Warnings: 0

mysql> SELECT COUNT(*) AS count FROM abixy;
+-------+
| count |
+-------+
| 10000 |
+-------+
1 row in set (0.00 sec)

mysql> SELECT * FROM abixy LIMIT 10;
+------+------+------+---------------------+---------------------+
| a    | b    | i    | x                   | y                   |
+------+------+------+---------------------+---------------------+
| pan  | pan  |    1 |  0.3467901443380824 |  0.7268028627434533 |
| eks  | pan  |    2 |  0.7586799647899636 |  0.5221511083334797 |
| wye  | wye  |    3 | 0.20460330576630303 | 0.33831852551664776 |
| eks  | wye  |    4 | 0.38139939387114097 | 0.13418874328430463 |
| wye  | pan  |    5 |  0.5732889198020006 |  0.8636244699032729 |
| zee  | pan  |    6 |  0.5271261600918548 | 0.49322128674835697 |
| eks  | zee  |    7 |  0.6117840605678454 |  0.1878849191181694 |
| zee  | wye  |    8 |  0.5985540091064224 |   0.976181385699006 |
| hat  | wye  |    9 | 0.03144187646093577 |  0.7495507603507059 |
| pan  | wye  |   10 |  0.5026260055412137 |  0.9526183602969864 |
+------+------+------+---------------------+---------------------+

Aggregate counts within SQL: 

mysql> SELECT a, b, COUNT(*) AS count FROM abixy GROUP BY a, b ORDER BY COUNT DESC;
+------+------+-------+
| a    | b    | count |
+------+------+-------+
| zee  | wye  |   455 |
| pan  | eks  |   429 |
| pan  | pan  |   427 |
| wye  | hat  |   426 |
| hat  | wye  |   423 |
| pan  | hat  |   417 |
| eks  | hat  |   417 |
| pan  | zee  |   413 |
| eks  | eks  |   413 |
| zee  | hat  |   409 |
| eks  | wye  |   407 |
| zee  | zee  |   403 |
| pan  | wye  |   395 |
| wye  | pan  |   392 |
| zee  | eks  |   391 |
| zee  | pan  |   389 |
| hat  | eks  |   389 |
| wye  | eks  |   386 |
| wye  | zee  |   385 |
| hat  | zee  |   385 |
| hat  | hat  |   381 |
| wye  | wye  |   377 |
| eks  | pan  |   371 |
| hat  | pan  |   363 |
| eks  | zee  |   357 |
+------+------+-------+
25 rows in set (0.01 sec)

Aggregate counts within Miller: 


$ mlr --opprint uniq -c -g a,b then sort -nr count data/medium
a   b   count
zee wye 455
pan eks 429
pan pan 427
wye hat 426
hat wye 423
pan hat 417
eks hat 417
eks eks 413
pan zee 413
zee hat 409
eks wye 407
zee zee 403
pan wye 395
hat pan 363
eks zee 357

Pipe SQL output to aggregate counts within Miller: 


$ mysql -D miller -B -e 'select * from abixy' | mlr --itsv --opprint uniq -c -g a,b then sort -nr count
a   b   count
zee wye 455
pan eks 429
pan pan 427
wye hat 426
hat wye 423
pan hat 417
eks hat 417
eks eks 413
pan zee 413
zee hat 409
eks wye 407
zee zee 403
pan wye 395
wye pan 392
zee eks 391
zee pan 389
hat eks 389
wye eks 386
hat zee 385
wye zee 385
hat hat 381
wye wye 377
eks pan 371
hat pan 363
eks zee 357

Log-processing examples

Another of my favorite use-cases for Miller is doing ad-hoc processing of log-file data. Here’s where DKVP format really shines: one, since the field names and field values are present on every line, every line stands on its own. That means you can grep or what have you. Also it means not every line needs to have the same list of field names (“schema ”).

Again, all the examples in the CSV section apply here — just change the input-format flags. But there’s more you can do when not all the records have the same shape.

Writing a program — in any language whatsoever — you can have it print out log lines as it goes along, with items for various events jumbled together. After the program has finished running you can sort it all out, filter it, analyze it, and learn from it.

Suppose your program has printed something like this: 

$ cat log.txt
op=enter,time=1472819681
op=cache,type=A9,hit=0
op=cache,type=A4,hit=1
time=1472819690,batch_size=100,num_filtered=237
op=cache,type=A1,hit=1
op=cache,type=A9,hit=0
op=cache,type=A1,hit=1
op=cache,type=A9,hit=0
op=cache,type=A9,hit=0
op=cache,type=A1,hit=1
time=1472819705,batch_size=100,num_filtered=348
op=cache,type=A4,hit=1
op=cache,type=A9,hit=0
op=cache,type=A9,hit=0
op=cache,type=A9,hit=0
op=cache,type=A9,hit=0
op=cache,type=A4,hit=1
time=1472819713,batch_size=100,num_filtered=493
op=cache,type=A9,hit=1
op=cache,type=A1,hit=1
op=cache,type=A9,hit=0
op=cache,type=A9,hit=0
op=cache,type=A9,hit=1
time=1472819720,batch_size=100,num_filtered=554
op=cache,type=A1,hit=0
op=cache,type=A4,hit=1
op=cache,type=A9,hit=0
op=cache,type=A9,hit=0
op=cache,type=A9,hit=0
op=cache,type=A4,hit=0
op=cache,type=A4,hit=0
op=cache,type=A9,hit=0
time=1472819736,batch_size=100,num_filtered=612
op=cache,type=A1,hit=1
op=cache,type=A9,hit=0
op=cache,type=A9,hit=0
op=cache,type=A9,hit=0
op=cache,type=A9,hit=0
op=cache,type=A4,hit=1
op=cache,type=A1,hit=1
op=cache,type=A9,hit=0
op=cache,type=A9,hit=0
time=1472819742,batch_size=100,num_filtered=728

Each print statement simply contains local information: the current timestamp, whether a particular cache was hit or not, etc. Then using either the system grep command, or Miller’s having-fields, or is_present, we can pick out the parts we want and analyze them: 

$ grep op=cache log.txt \
  | mlr --idkvp --opprint stats1 -a mean -f hit -g type then sort -f type
type hit_mean
A1   0.857143
A4   0.714286
A9   0.090909


$ mlr --from log.txt --opprint \
  filter 'is_present($batch_size)' \
  then step -a delta -f time,num_filtered \
  then sec2gmt time
time                 batch_size num_filtered time_delta num_filtered_delta
2016-09-02T12:34:50Z 100        237          0          0
2016-09-02T12:35:05Z 100        348          15         111
2016-09-02T12:35:13Z 100        493          8          145
2016-09-02T12:35:20Z 100        554          7          61
2016-09-02T12:35:36Z 100        612          16         58
2016-09-02T12:35:42Z 100        728          6          116

Alternatively, we can simply group the similar data for a better look: 

$ mlr --opprint group-like log.txt
op    time
enter 1472819681

op    type hit
cache A9   0
cache A4   1
cache A1   1
cache A9   0
cache A1   1
cache A9   0
cache A9   0
cache A1   1
cache A4   1
cache A9   0
cache A9   0
cache A9   0
cache A9   0
cache A4   1
cache A9   1
cache A1   1
cache A9   0
cache A9   0
cache A9   1
cache A1   0
cache A4   1
cache A9   0
cache A9   0
cache A9   0
cache A4   0
cache A4   0
cache A9   0
cache A1   1
cache A9   0
cache A9   0
cache A9   0
cache A9   0
cache A4   1
cache A1   1
cache A9   0
cache A9   0

time       batch_size num_filtered
1472819690 100        237
1472819705 100        348
1472819713 100        493
1472819720 100        554
1472819736 100        612
1472819742 100        728


$ mlr --opprint group-like then sec2gmt time log.txt
op    time
enter 2016-09-02T12:34:41Z

op    type hit
cache A9   0
cache A4   1
cache A1   1
cache A9   0
cache A1   1
cache A9   0
cache A9   0
cache A1   1
cache A4   1
cache A9   0
cache A9   0
cache A9   0
cache A9   0
cache A4   1
cache A9   1
cache A1   1
cache A9   0
cache A9   0
cache A9   1
cache A1   0
cache A4   1
cache A9   0
cache A9   0
cache A9   0
cache A4   0
cache A4   0
cache A9   0
cache A1   1
cache A9   0
cache A9   0
cache A9   0
cache A9   0
cache A4   1
cache A1   1
cache A9   0
cache A9   0

time                 batch_size num_filtered
2016-09-02T12:34:50Z 100        237
2016-09-02T12:35:05Z 100        348
2016-09-02T12:35:13Z 100        493
2016-09-02T12:35:20Z 100        554
2016-09-02T12:35:36Z 100        612
2016-09-02T12:35:42Z 100        728

More

Please see the reference for complete information, as well as the FAQ and the cookbook for more tips.

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only at package-creation time. # The mlr.1 file should be committed to source control. It uses the mlr # executable from the PATH variable. manpage: ruby mkman.rb > mlr.1 # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: miller-5.6.2/doc/Makefile.no-autoconfig000066400000000000000000000016221354153536500177770ustar00rootroot00000000000000# ================================================================ # NOTE: This makefile is not intended to be used in a packaging system -- # rather, Miller uses autconfig for that. This makefile is intended for users # who prefer (for whatever reason) to bypass autoconfig. Please also see # http://johnkerl.org/miller/doc/build.html#Without_using_autoconfig # ================================================================ all: manpage manpage.txt html # Respective MANPATH entries would include /usr/local/share/man or $HOME/man INSTALLDIR=/usr/local/share/man/man1 INSTALLHOME=$(HOME)/man/man1 html: manpage.txt .always ./poki manpage: .always mkman.rb > mlr.1 manpage.txt: .always mkman.rb | groff -man -Tascii | col -b > manpage.txt install: manpage mkdir -p $(INSTALLDIR) cp mlr.1 $(INSTALLDIR)/mlr.1 installhome: manpage mkdir -p $(INSTALLHOME) cp mlr.1 $(INSTALLHOME)/mlr.1 .always: @true miller-5.6.2/doc/README.md000066400000000000000000000007071354153536500150520ustar00rootroot00000000000000index.html et al. are autogenerated from content-for-index.html et al. by http://github.com/johnkerl/poki Manpage data `mlr.1` is generated by running `ruby mkman.rb > mlr.1` Neither of these are invoked automatically at package-build time. They do need to be run after code changes, since they both automatically include Miller program output within their text. All the resulting .html files, and the mlr.1 file, should be committed to source control. miller-5.6.2/doc/build.html000066400000000000000000000654211354153536500155640ustar00rootroot00000000000000 Installation
Miller

Installation
• Miller license
• Prebuilt executables
    • Via package managers
    • Via GitHub per release
• Building from source
    • From release tarball using autoconfig
    • From git clone using autoconfig
    • Without using autoconfig
    • Windows
• In case of problems
• Dependencies
    • Required external dependencies
    • Optional external dependencies
    • Internal dependencies
• Creating a new release: for developers
• Misc. development notes

Miller license

Two-clause BSD license https://github.com/johnkerl/miller/blob/master/LICENSE.txt.

Prebuilt executables

Via package managers

Homebrew installation support for OSX is available via 

brew update && brew install miller

You may already have the mlr executable available in your platform’s package manager on NetBSD, Debian Linux, Ubuntu Xenial and upward, Arch Linux, or perhaps other distributions. For example, on various Linux distributions you might do one of the following: 

sudo apt-get install miller


sudo apt install miller


sudo yum install miller

Via GitHub per release

Please see https://github.com/johnkerl/miller/releases where there are builds for OSX Yosemite, Linux x86-64 (dynamically linked), and Windows (via Appveyor build artifacts).

Miller is autobuilt for Linux using Travis on every commit (https://travis-ci.org/johnkerl/miller/builds). This was set up by the generous assistance of SikhNerd on Github, tracked in https://github.com/johnkerl/miller/issues/15. Analogously, Miller is autobuilt for Windows using the Appveyor continuous-build system: https://ci.appveyor.com/project/johnkerl/miller.

Miller releases from 5.1.0w onward will have a precompiled Windows binary, in addition to the MacOSX and Linux 64-bit precompiled binaries as on previous releases. Specifically, at https://ci.appveyor.com/project/johnkerl/miller you can select Latest Build and then Artifacts to always get the current head build. Miller releases from 5.3.0 onward will simply point to a particular Appveyor artifact associated with the release.

Building from source

From release tarball using autoconfig

Miller allows you the option of using GNU autoconfigure to build portably.

Grateful acknowledgement: Miller’s GNU autoconfig work was done by the generous and expert efforts of Thomas Klausner.

  • Obtain mlr-i.j.k.tar.gz from https://github.com/johnkerl/miller/tags, replacing i.j.k with the desired release, e.g. 2.2.1.
  • tar zxvf mlr-i.j.k.tar.gz
  • cd mlr-i.j.k
  • Install the following packages using your system’s package manager (apt-get, yum install, etc.): flex
  • Various configuration options of your choice, e.g.
    • ./configure
    • ./configure --prefix=/usr/local
    • ./configure --prefix=$HOME/pkgs
    • ./configure CC=clang
    • ./configure --disable-shared (to make a statically linked executable)
    • ./configure 'CFLAGS=-Wall -std=gnu99 -O3'
    • etc.
  • make creates the c/mlr executable
  • make check
  • make install copies the c/mlr executable to your prefix’s bin subdirectory.

From git clone using autoconfig

Without using autoconfig

GNU autoconfig is familiar to many users, and indeed plenty of folks won’t bother to use an open-source software package which doesn’t have autoconfig support. And this is for good reason: GNU autoconfig allows us to build software on a wide diversity of platforms. For this reason I’m happy that Miller supports autoconfig.

But, many others (myself included!) find autoconfig confusing: if it works without errors, great, but if not, the ./configure && make output can be exceedingly difficult to decipher. And this also can be a turn-off for using open-source software: if you can’t figure out the build errors, you may just keep walking. For this reason I’m happy that Miller allows you to build without autoconfig. (Of course, if you have any build errors, feel free to contact me at kerl.john.r+miller@gmail.com, — or, better, open an issue with “New Issue” at https://github.com/johnkerl/miller/issues.)

Steps:

  • Obtain a release tarball or git clone.
  • cd into the c subdirectory.
  • Edit the INSTALLDIR in Makefile.no-autoconfig.
  • To change the C compiler, edit the CC= lines in Makefile.no-autoconfig and dsls/Makefile.no-autoconfig.
  • make -f Makefile.no-autoconfig creates the mlr executable and runs unit/regression tests (i.e. the equivalent of both make and make check using autoconfig).
  • make install copies the mlr executable to your install directory.

The Makefile.no-autoconfig is simple: little more than gcc *.c. Customzing is less automatic than autoconfig, but more transparent. I expect this makefile to work with few modifications on a large fraction of modern Linux/BSD-like systems: I’m aware of successful use with gcc and clang, on Ubuntu 12.04 LTS, SELinux, Darwin (MacOS Yosemite), and FreeBSD.

Windows

Disclaimer: I’m now relying exclusively on Appveyor for Windows builds; I haven’t built from source using MSYS in quite a while.

Miller has been built on Windows using MSYS2: http://www.msys2.org/. You can install MSYS2 and build Miller from its source code within MSYS2, and then you can use the binary from outside MSYS2. You can also use a precompiled binary (see above).

You will first need to install MSYS2: http://www.msys2.org/. Then, start an MSYS2 shell, e.g. (supposing you installed MSYS2 to C:\msys2\) run C:\msys2\mingw64.exe. Within the MSYS2 shell, you can run the following to install dependent packages: 

pacman -Syu
pacman -Su
pacman -S base-devel
pacman -S msys2-devel
pacman -S mingw-w64-x86_64-toolchain
pacman -S mingw-w64-x86_64-pcre
pacman -S msys2-runtime

The list of dependent packages may be also found in appveyor.yml in the Miller base directory.

Then, simply run msys2-build.sh which is a thin wrapper around ./configure && make which accommodates certain Windows/MSYS2 idiosyncracies.

There is a unit-test false-negative issue involving the semantics of the mkstemp library routine but a make -k in the c subdirectory has been producing a mlr.exe for me.

Within MSYS2 you can run mlr: simply copy it from the c subdirectory to your desired location somewhere within your MSYS2 $PATH. To run mlr outside of MSYS2, just as with precompiled binaries as described above, you’ll need msys-2.0.dll. One way to do this is to augment your path: 

C:\> set PATH=%PATH%;\msys64\mingw64\bin

Another way to do it is to copy the Miller executable and the DLL to the same directory: 

C:\> mkdir \mbin
C:\> copy \msys64\mingw64\bin\msys-2.0.dll \mbin
C:\> copy \msys64\wherever\you\installed\miller\c\mlr.exe \mbin
C:\> set PATH=%PATH%;\mbin

In case of problems

If you have any build errors, feel free to contact me at kerl.john.r+miller@gmail.com, — or, better, open an issue with “New Issue” at https://github.com/johnkerl/miller/issues.

Dependencies

Required external dependencies

These are necessary to produce the mlr executable.

  • gcc, clang, etc. (or presumably other compilers; please open an issue or send me a pull request if you have information for me about other 21st-century compilers)
  • The standard C library
  • flex
  • automake, autoconf, and libtool, if you build with autoconfig

Optional external dependencies

This documentation pageset is built using Poki: docs here, source code here. Note that http://johnkerl.org/miller/doc/index.html is nothing more than Miller’s doc directory served up by a web server. You’ll need poki if you modify documents, or if you modify the code in a way that affects the documents (there are auto-run snippets inserted into the doc). The best way to discover this is to run make install as above, then run poki in Miller’s doc subdirectory, then run git diff to see if docs were affected by the code mod. (If so, commit and push them.)

Internal dependencies

These are included within the Miller source tree and do not need to be separately installed (and in fact any separate installation will not be picked up in the Miller build):

Creating a new release: for developers

At present I’m the primary developer so this is just my checklist for making new releases.

In this example I am using version 3.4.0; of course that will change for subsequent revisions.

  • Update version found in mlr --version and man mlr:
  • Create the release tarball and SRPM:
  • Create the Github release tag:
    • Don’t forget the v in v3.4.0
    • Write the release notes
    • Attach the release tarball, SRPM, and binaries. Double-check assets were successfully uploaded.
    • Publish the release
  • Create the release-specific docs:
    • Pull the Github-generated source .tgz from Github to ISP miller-releases directory and unpack and cd into it.
    • cd into doc subdir. Edit template.html’s titleinbody tag from Miller to Miller 3.4.0 and poki-build.
    • ISP upload
    • At the ISP site, update the latest-revision symlink ln -s pub_http_internet/miller-releases/miller-3.4.0 pub_http_internet/miller. (This is the main doc URL linked to from the top of the Github repo so it must point to this newly published revision.)
    • Back in the Github repo, edit doc/content-for-release-docs.html to include new release, poki-build, push/commit, and ISP upload.
  • Notify:
    • Submit brew pull request; notify any other distros which don’t appear to have autoupdated since the previous release. 
      git remote add upstream https://github.com/Homebrew/homebrew-core # one-time setup only
git fetch upstream
git rebase upstream/master
git checkout -b miller-3.4.0
shasum -a 256 /path/to/mlr-3.4.0.tar.gz
edit Formula/miller.rb
# Test the URL from the line like
#   url "https://github.com/johnkerl/miller/releases/download/v3.4.0/mlr-3.4.0.tar.gz"
# in a browser for typos
# A '@BrewTestBot Test this please' comment within the homebrew-core pull request will restart the homebrew travis build
git add Formula/miller.rb
git commit -m 'miller 3.4.0'
git push -u origin miller-3.4.0
(submit the pull request)
    • Update https://github.com/johnkerl/miller/issues/163 (release-tracker issue).
    • Social-media updates.
  • Afterwork:
    • Edit configure.ac and c/mlrvers.h to change version from 3.4.0 to 3.4.0-dev.
    • make -C c -f Makefile.no-autoconfig installhome && make -C doc -f Makefile.no-autoconfig all installhome
    • Commit and push.

Misc. development notes

I use terminal width 120 and tabwidth 4.

miller-5.6.2/doc/circle.csv000066400000000000000000000002101354153536500155360ustar00rootroot00000000000000color,shape,flag,index,quantity,rate red,circle,1,16,13.8103,2.9010 yellow,circle,1,73,63.9785,4.2370 yellow,circle,1,87,63.5058,8.3350 miller-5.6.2/doc/commas.csv000066400000000000000000000000751354153536500155650ustar00rootroot00000000000000Name,Role "Xiao, Lin",administrator "Khavari, Darius",tester miller-5.6.2/doc/contact.html000066400000000000000000000152441354153536500161160ustar00rootroot00000000000000 Contact information
Miller

Contact information

Bug reports, feature requests, etc.: https://github.com/johnkerl/miller/issues

Other correspondence: kerl.john.r+miller@gmail.com miller-5.6.2/doc/content-for-10-min.html000066400000000000000000000461471354153536500177260ustar00rootroot00000000000000POKI_PUT_TOC_HERE

CSV-file examples

Sample CSV data file: POKI_RUN_COMMAND{{cat example.csv}}HERE

mlr cat is like cat ... POKI_RUN_COMMAND{{mlr --csv cat example.csv}}HERE

... but it can also do format conversion (here, to pretty-printed tabular format): POKI_RUN_COMMAND{{mlr --icsv --opprint cat example.csv}}HERE

mlr head and mlr tail count records rather than lines. The CSV header is included either way: POKI_RUN_COMMAND{{mlr --csv head -n 4 example.csv}}HERE POKI_RUN_COMMAND{{mlr --csv tail -n 4 example.csv}}HERE

Sort primarily alphabetically on one field, then secondarily numerically descending on another field: POKI_RUN_COMMAND{{mlr --icsv --opprint sort -f shape -nr index example.csv}}HERE

Use cut to retain only specified fields, in input-data order: POKI_RUN_COMMAND{{mlr --icsv --opprint cut -f flag,shape example.csv}}HERE

Use cut -o to retain only specified fields, in your specified order: POKI_RUN_COMMAND{{mlr --icsv --opprint cut -o -f flag,shape example.csv}}HERE

Use cut -x to omit specified fields: POKI_RUN_COMMAND{{mlr --icsv --opprint cut -x -f flag,shape example.csv}}HERE

Use filter to retain specified records: POKI_RUN_COMMAND{{mlr --icsv --opprint filter '$color == "red"' example.csv}}HERE POKI_RUN_COMMAND{{mlr --icsv --opprint filter '$color == "red" && $flag == 1' example.csv}}HERE

Use put to add/replace fields which are computed from other fields: POKI_RUN_COMMAND{{mlr --icsv --opprint put '$ratio = $quantity / $rate; $color_shape = $color . "_" . $shape' example.csv}}HERE

Even though Miller’s main selling point is name-indexing, sometimes you really want to refer to a field name by its positional index. Use $[[3]] to access the name of field 3 or $[[[3]]] to access the value of field 3: POKI_RUN_COMMAND{{mlr --icsv --opprint put '$[[3]] = "NEW"' example.csv}}HERE POKI_RUN_COMMAND{{mlr --icsv --opprint put '$[[[3]]] = "NEW"' example.csv}}HERE

JSON output: POKI_RUN_COMMAND{{mlr --icsv --ojson put '$ratio = $quantity/$rate; $shape = toupper($shape)' example.csv}}HERE

JSON output with vertical-formatting flags: POKI_RUN_COMMAND{{mlr --icsv --ojson --jvstack --jlistwrap tail -n 2 example.csv}}HERE

Use then to pipe commands together. Also, the -g option for many Miller commands is for group-by: here, head -n 1 -g shape outputs the first record for each distinct value of the shape field. This means we’re finding the record with highest index field for each distinct shape field: POKI_RUN_COMMAND{{mlr --icsv --opprint sort -f shape -nr index then head -n 1 -g shape example.csv}}HERE

Statistics can be computed with or without group-by field(s). Also, the first of these two examples uses --oxtab output format which is a nice alternative to --opprint when you have lots of columns: POKI_RUN_COMMAND{{mlr --icsv --oxtab --from example.csv stats1 -a p0,p10,p25,p50,p75,p90,p99,p100 -f rate}}HERE POKI_RUN_COMMAND{{mlr --icsv --opprint --from example.csv stats1 -a count,min,mean,max -f quantity -g shape}}HERE POKI_RUN_COMMAND{{mlr --icsv --opprint --from example.csv stats1 -a count,min,mean,max -f quantity -g shape,color}}HERE

Choices for printing to files

Often we want to print output to the screen. Miller does this by default, as we’ve seen in the previous examples.

Sometimes we want to print output to another file: just use '> outputfilenamegoeshere' at the end of your command: 
% mlr --icsv --opprint cat example.csv > newfile.csv
# Output goes to the new file;
# nothing is printed to the screen.

% cat newfile.csv 
color  shape    flag index quantity rate
yellow triangle 1    11    43.6498  9.8870
red    square   1    15    79.2778  0.0130
red    circle   1    16    13.8103  2.9010
red    square   0    48    77.5542  7.4670
purple triangle 0    51    81.2290  8.5910
red    square   0    64    77.1991  9.5310
purple triangle 0    65    80.1405  5.8240
yellow circle   1    73    63.9785  4.2370
yellow circle   1    87    63.5058  8.3350
purple square   0    91    72.3735  8.2430

Other times we just want our files to be changed in-place: just use 'mlr -I'. 
% cp example.csv newfile.txt

% cat newfile.txt
color,shape,flag,index,quantity,rate
yellow,triangle,1,11,43.6498,9.8870
red,square,1,15,79.2778,0.0130
red,circle,1,16,13.8103,2.9010
red,square,0,48,77.5542,7.4670
purple,triangle,0,51,81.2290,8.5910
red,square,0,64,77.1991,9.5310
purple,triangle,0,65,80.1405,5.8240
yellow,circle,1,73,63.9785,4.2370
yellow,circle,1,87,63.5058,8.3350
purple,square,0,91,72.3735,8.2430

% mlr -I --icsv --opprint cat newfile.txt

% cat newfile.txt
color  shape    flag index quantity rate
yellow triangle 1    11    43.6498  9.8870
red    square   1    15    79.2778  0.0130
red    circle   1    16    13.8103  2.9010
red    square   0    48    77.5542  7.4670
purple triangle 0    51    81.2290  8.5910
red    square   0    64    77.1991  9.5310
purple triangle 0    65    80.1405  5.8240
yellow circle   1    73    63.9785  4.2370
yellow circle   1    87    63.5058  8.3350
purple square   0    91    72.3735  8.2430

Also using mlr -I you can bulk-operate on lots of files: e.g. 
mlr -I --csv cut -x -f unwanted_column_name *.csv

If you like, you can first copy off your original data somewhere else, before doing in-place operations.

Lastly, using tee within put, you can split your input data into separate files per one or more field names: POKI_RUN_COMMAND{{mlr --csv --from example.csv put -q 'tee > $shape.".csv", $*'}}HERE
POKI_RUN_COMMAND{{cat circle.csv}}HERE POKI_RUN_COMMAND{{cat square.csv}}HERE POKI_RUN_COMMAND{{cat triangle.csv}}HERE

Other-format examples

What’s a CSV file, really? It’s an array of rows, or records, each being a list of key-value pairs, or fields: for CSV it so happens that all the keys are shared in the header line and the values vary data line by data line.

For example, if you have 

shape,flag,index
circle,1,24
square,0,36

then that’s a way of saying 

shape=circle,flag=1,index=24
shape=square,flag=0,index=36

Data written this way are called DKVP, for delimited key-value pairs.

We’ve also already seen other ways to write the same data: 

CSV                               PPRINT                 JSON
shape,flag,index                  shape  flag index      [
circle,1,24                       circle 1    24           {
square,0,36                       square 0    36             "shape": "circle",
                                                             "flag": 1,
                                                             "index": 24
                                                           },
DKVP                              XTAB                     {
shape=circle,flag=1,index=24      shape circle               "shape": "square",
shape=square,flag=0,index=36      flag  1                    "flag": 0,
                                  index 24                   "index": 36
                                                           }
                                  shape square           ]
                                  flag  0
                                  index 36

Anything we can do with CSV input data, we can do with any other format input data. And you can read from one format, do any record-processing, and output to the same format as the input, or to a different output format.

SQL-output examples

I like to produce SQL-query output with header-column and tab delimiter: this is CSV but with a tab instead of a comma, also known as TSV. Then I post-process with mlr --tsv or mlr --tsvlite. This means I can do some (or all, or none) of my data processing within SQL queries, and some (or none, or all) of my data processing using Miller — whichever is most convenient for my needs at the moment.

For example, using default output formatting in mysql we get formatting like Miller’s --opprint --barred: 

$ mysql --database=mydb -e 'show columns in mytable'
+------------------+--------------+------+-----+---------+-------+
| Field            | Type         | Null | Key | Default | Extra |
+------------------+--------------+------+-----+---------+-------+
| id               | bigint(20)   | NO   | MUL | NULL    |       |
| category         | varchar(256) | NO   |     | NULL    |       |
| is_permanent     | tinyint(1)   | NO   |     | NULL    |       |
| assigned_to      | bigint(20)   | YES  |     | NULL    |       |
| last_update_time | int(11)      | YES  |     | NULL    |       |
+------------------+--------------+------+-----+---------+-------+

Using mysql’s -B we get TSV output: 

$ mysql --database=mydb -B -e 'show columns in mytable' | mlr --itsvlite --opprint cat
Field            Type         Null Key Default Extra
id               bigint(20)   NO  MUL NULL -
category         varchar(256) NO  -   NULL -
is_permanent     tinyint(1)   NO  -   NULL -
assigned_to      bigint(20)   YES -   NULL -
last_update_time int(11)      YES -   NULL -

Since Miller handles TSV output, we can do as much or as little processing as we want in the SQL query, then send the rest on to Miller. This includes outputting as JSON, doing further selects/joins in Miller, doing stats, etc. etc. 

$ mysql --database=mydb -B -e 'show columns in mytable' | mlr --itsvlite --ojson --jlistwrap --jvstack cat 
[
  {
    "Field": "id",
    "Type": "bigint(20)",
    "Null": "NO",
    "Key": "MUL",
    "Default": "NULL",
    "Extra": ""
  },
  {
    "Field": "category",
    "Type": "varchar(256)",
    "Null": "NO",
    "Key": "",
    "Default": "NULL",
    "Extra": ""
  },
  {
    "Field": "is_permanent",
    "Type": "tinyint(1)",
    "Null": "NO",
    "Key": "",
    "Default": "NULL",
    "Extra": ""
  },
  {
    "Field": "assigned_to",
    "Type": "bigint(20)",
    "Null": "YES",
    "Key": "",
    "Default": "NULL",
    "Extra": ""
  },
  {
    "Field": "last_update_time",
    "Type": "int(11)",
    "Null": "YES",
    "Key": "",
    "Default": "NULL",
    "Extra": ""
  }
]

$ mysql --database=mydb -B -e 'select * from mytable' > query.tsv

$ mlr --from query.tsv --t2p stats1 -a count -f id -g category,assigned_to
category assigned_to id_count
special  10000978    207
special  10003924    385
special  10009872    168
standard 10000978    524
standard 10003924    392
standard 10009872    108
...

Again, all the examples in the CSV section apply here — just change the input-format flags.

SQL-input examples

One use of NIDX (value-only, no keys) format is for loading up SQL tables.

Create and load SQL table: 

mysql> CREATE TABLE abixy(
  a VARCHAR(32),
  b VARCHAR(32),
  i BIGINT(10),
  x DOUBLE,
  y DOUBLE
);
Query OK, 0 rows affected (0.01 sec)

bash$ mlr --onidx --fs comma cat data/medium > medium.nidx

mysql> LOAD DATA LOCAL INFILE 'medium.nidx' REPLACE INTO TABLE abixy FIELDS TERMINATED BY ',' ;
Query OK, 10000 rows affected (0.07 sec)
Records: 10000  Deleted: 0  Skipped: 0  Warnings: 0

mysql> SELECT COUNT(*) AS count FROM abixy;
+-------+
| count |
+-------+
| 10000 |
+-------+
1 row in set (0.00 sec)

mysql> SELECT * FROM abixy LIMIT 10;
+------+------+------+---------------------+---------------------+
| a    | b    | i    | x                   | y                   |
+------+------+------+---------------------+---------------------+
| pan  | pan  |    1 |  0.3467901443380824 |  0.7268028627434533 |
| eks  | pan  |    2 |  0.7586799647899636 |  0.5221511083334797 |
| wye  | wye  |    3 | 0.20460330576630303 | 0.33831852551664776 |
| eks  | wye  |    4 | 0.38139939387114097 | 0.13418874328430463 |
| wye  | pan  |    5 |  0.5732889198020006 |  0.8636244699032729 |
| zee  | pan  |    6 |  0.5271261600918548 | 0.49322128674835697 |
| eks  | zee  |    7 |  0.6117840605678454 |  0.1878849191181694 |
| zee  | wye  |    8 |  0.5985540091064224 |   0.976181385699006 |
| hat  | wye  |    9 | 0.03144187646093577 |  0.7495507603507059 |
| pan  | wye  |   10 |  0.5026260055412137 |  0.9526183602969864 |
+------+------+------+---------------------+---------------------+

Aggregate counts within SQL: 

mysql> SELECT a, b, COUNT(*) AS count FROM abixy GROUP BY a, b ORDER BY COUNT DESC;
+------+------+-------+
| a    | b    | count |
+------+------+-------+
| zee  | wye  |   455 |
| pan  | eks  |   429 |
| pan  | pan  |   427 |
| wye  | hat  |   426 |
| hat  | wye  |   423 |
| pan  | hat  |   417 |
| eks  | hat  |   417 |
| pan  | zee  |   413 |
| eks  | eks  |   413 |
| zee  | hat  |   409 |
| eks  | wye  |   407 |
| zee  | zee  |   403 |
| pan  | wye  |   395 |
| wye  | pan  |   392 |
| zee  | eks  |   391 |
| zee  | pan  |   389 |
| hat  | eks  |   389 |
| wye  | eks  |   386 |
| wye  | zee  |   385 |
| hat  | zee  |   385 |
| hat  | hat  |   381 |
| wye  | wye  |   377 |
| eks  | pan  |   371 |
| hat  | pan  |   363 |
| eks  | zee  |   357 |
+------+------+-------+
25 rows in set (0.01 sec)

Aggregate counts within Miller: 


$ mlr --opprint uniq -c -g a,b then sort -nr count data/medium
a   b   count
zee wye 455
pan eks 429
pan pan 427
wye hat 426
hat wye 423
pan hat 417
eks hat 417
eks eks 413
pan zee 413
zee hat 409
eks wye 407
zee zee 403
pan wye 395
hat pan 363
eks zee 357

Pipe SQL output to aggregate counts within Miller: 


$ mysql -D miller -B -e 'select * from abixy' | mlr --itsv --opprint uniq -c -g a,b then sort -nr count
a   b   count
zee wye 455
pan eks 429
pan pan 427
wye hat 426
hat wye 423
pan hat 417
eks hat 417
eks eks 413
pan zee 413
zee hat 409
eks wye 407
zee zee 403
pan wye 395
wye pan 392
zee eks 391
zee pan 389
hat eks 389
wye eks 386
hat zee 385
wye zee 385
hat hat 381
wye wye 377
eks pan 371
hat pan 363
eks zee 357

Log-processing examples

Another of my favorite use-cases for Miller is doing ad-hoc processing of log-file data. Here’s where DKVP format really shines: one, since the field names and field values are present on every line, every line stands on its own. That means you can grep or what have you. Also it means not every line needs to have the same list of field names (“schema ”).

Again, all the examples in the CSV section apply here — just change the input-format flags. But there’s more you can do when not all the records have the same shape.

Writing a program — in any language whatsoever — you can have it print out log lines as it goes along, with items for various events jumbled together. After the program has finished running you can sort it all out, filter it, analyze it, and learn from it.

Suppose your program has printed something like this: POKI_RUN_COMMAND{{cat log.txt}}HERE

Each print statement simply contains local information: the current timestamp, whether a particular cache was hit or not, etc. Then using either the system grep command, or Miller’s having-fields, or is_present, we can pick out the parts we want and analyze them: POKI_INCLUDE_AND_RUN_ESCAPED(10-1.sh)HERE POKI_INCLUDE_AND_RUN_ESCAPED(10-2.sh)HERE

Alternatively, we can simply group the similar data for a better look: POKI_RUN_COMMAND{{mlr --opprint group-like log.txt}}HERE POKI_RUN_COMMAND{{mlr --opprint group-like then sec2gmt time log.txt}}HERE

More

Please see the reference for complete information, as well as the FAQ and the cookbook for more tips.

miller-5.6.2/doc/content-for-build.html000066400000000000000000000444071354153536500200210ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Miller license

Two-clause BSD license https://github.com/johnkerl/miller/blob/master/LICENSE.txt.

Prebuilt executables

Via package managers

Homebrew installation support for OSX is available via POKI_CARDIFY(brew update && brew install miller)HERE

You may already have the mlr executable available in your platform’s package manager on NetBSD, Debian Linux, Ubuntu Xenial and upward, Arch Linux, or perhaps other distributions. For example, on various Linux distributions you might do one of the following: POKI_CARDIFY(sudo apt-get install miller)HERE POKI_CARDIFY(sudo apt install miller)HERE POKI_CARDIFY(sudo yum install miller)HERE

Via GitHub per release

Please see https://github.com/johnkerl/miller/releases where there are builds for OSX Yosemite, Linux x86-64 (dynamically linked), and Windows (via Appveyor build artifacts).

Miller is autobuilt for Linux using Travis on every commit (https://travis-ci.org/johnkerl/miller/builds). This was set up by the generous assistance of SikhNerd on Github, tracked in https://github.com/johnkerl/miller/issues/15. Analogously, Miller is autobuilt for Windows using the Appveyor continuous-build system: https://ci.appveyor.com/project/johnkerl/miller.

Miller releases from 5.1.0w onward will have a precompiled Windows binary, in addition to the MacOSX and Linux 64-bit precompiled binaries as on previous releases. Specifically, at https://ci.appveyor.com/project/johnkerl/miller you can select Latest Build and then Artifacts to always get the current head build. Miller releases from 5.3.0 onward will simply point to a particular Appveyor artifact associated with the release.

Building from source

From release tarball using autoconfig

Miller allows you the option of using GNU autoconfigure to build portably.

Grateful acknowledgement: Miller’s GNU autoconfig work was done by the generous and expert efforts of Thomas Klausner.

  • Obtain mlr-i.j.k.tar.gz from https://github.com/johnkerl/miller/tags, replacing i.j.k with the desired release, e.g. 2.2.1.
  • tar zxvf mlr-i.j.k.tar.gz
  • cd mlr-i.j.k
  • Install the following packages using your system’s package manager (apt-get, yum install, etc.): flex
  • Various configuration options of your choice, e.g.
    • ./configure
    • ./configure --prefix=/usr/local
    • ./configure --prefix=$HOME/pkgs
    • ./configure CC=clang
    • ./configure --disable-shared (to make a statically linked executable)
    • ./configure 'CFLAGS=-Wall -std=gnu99 -O3'
    • etc.
  • make creates the c/mlr executable
  • make check
  • make install copies the c/mlr executable to your prefix’s bin subdirectory.

From git clone using autoconfig

  • git clone https://github.com/johnkerl/miller
  • cd miller
  • Install the following packages using your system’s package manager (apt-get, yum install, etc.): automake autoconf libtool flex
  • Run autoreconf -fiv. (This is necessary when building from head as discussed in https://github.com/johnkerl/miller/issues/131.)
  • Then continue from “Install the following ... ” as above.

Without using autoconfig

GNU autoconfig is familiar to many users, and indeed plenty of folks won’t bother to use an open-source software package which doesn’t have autoconfig support. And this is for good reason: GNU autoconfig allows us to build software on a wide diversity of platforms. For this reason I’m happy that Miller supports autoconfig.

But, many others (myself included!) find autoconfig confusing: if it works without errors, great, but if not, the ./configure && make output can be exceedingly difficult to decipher. And this also can be a turn-off for using open-source software: if you can’t figure out the build errors, you may just keep walking. For this reason I’m happy that Miller allows you to build without autoconfig. (Of course, if you have any build errors, feel free to contact me at kerl.john.r+miller@gmail.com, — or, better, open an issue with “New Issue” at https://github.com/johnkerl/miller/issues.)

Steps:

  • Obtain a release tarball or git clone.
  • cd into the c subdirectory.
  • Edit the INSTALLDIR in Makefile.no-autoconfig.
  • To change the C compiler, edit the CC= lines in Makefile.no-autoconfig and dsls/Makefile.no-autoconfig.
  • make -f Makefile.no-autoconfig creates the mlr executable and runs unit/regression tests (i.e. the equivalent of both make and make check using autoconfig).
  • make install copies the mlr executable to your install directory.

The Makefile.no-autoconfig is simple: little more than gcc *.c. Customzing is less automatic than autoconfig, but more transparent. I expect this makefile to work with few modifications on a large fraction of modern Linux/BSD-like systems: I’m aware of successful use with gcc and clang, on Ubuntu 12.04 LTS, SELinux, Darwin (MacOS Yosemite), and FreeBSD.

Windows

Disclaimer: I’m now relying exclusively on Appveyor for Windows builds; I haven’t built from source using MSYS in quite a while.

Miller has been built on Windows using MSYS2: http://www.msys2.org/. You can install MSYS2 and build Miller from its source code within MSYS2, and then you can use the binary from outside MSYS2. You can also use a precompiled binary (see above).

You will first need to install MSYS2: http://www.msys2.org/. Then, start an MSYS2 shell, e.g. (supposing you installed MSYS2 to C:\msys2\) run C:\msys2\mingw64.exe. Within the MSYS2 shell, you can run the following to install dependent packages: 

pacman -Syu
pacman -Su
pacman -S base-devel
pacman -S msys2-devel
pacman -S mingw-w64-x86_64-toolchain
pacman -S mingw-w64-x86_64-pcre
pacman -S msys2-runtime

The list of dependent packages may be also found in appveyor.yml in the Miller base directory.

Then, simply run msys2-build.sh which is a thin wrapper around ./configure && make which accommodates certain Windows/MSYS2 idiosyncracies.

There is a unit-test false-negative issue involving the semantics of the mkstemp library routine but a make -k in the c subdirectory has been producing a mlr.exe for me.

Within MSYS2 you can run mlr: simply copy it from the c subdirectory to your desired location somewhere within your MSYS2 $PATH. To run mlr outside of MSYS2, just as with precompiled binaries as described above, you’ll need msys-2.0.dll. One way to do this is to augment your path: 

C:\> set PATH=%PATH%;\msys64\mingw64\bin

Another way to do it is to copy the Miller executable and the DLL to the same directory: 

C:\> mkdir \mbin
C:\> copy \msys64\mingw64\bin\msys-2.0.dll \mbin
C:\> copy \msys64\wherever\you\installed\miller\c\mlr.exe \mbin
C:\> set PATH=%PATH%;\mbin

In case of problems

If you have any build errors, feel free to contact me at kerl.john.r+miller@gmail.com, — or, better, open an issue with “New Issue” at https://github.com/johnkerl/miller/issues.

Dependencies

Required external dependencies

These are necessary to produce the mlr executable.

  • gcc, clang, etc. (or presumably other compilers; please open an issue or send me a pull request if you have information for me about other 21st-century compilers)
  • The standard C library
  • flex
  • automake, autoconf, and libtool, if you build with autoconfig

Optional external dependencies

This documentation pageset is built using Poki: docs here, source code here. Note that http://johnkerl.org/miller/doc/index.html is nothing more than Miller’s doc directory served up by a web server. You’ll need poki if you modify documents, or if you modify the code in a way that affects the documents (there are auto-run snippets inserted into the doc). The best way to discover this is to run make install as above, then run poki in Miller’s doc subdirectory, then run git diff to see if docs were affected by the code mod. (If so, commit and push them.)

Internal dependencies

These are included within the Miller source tree and do not need to be separately installed (and in fact any separate installation will not be picked up in the Miller build):

Creating a new release: for developers

At present I’m the primary developer so this is just my checklist for making new releases.

In this example I am using version 3.4.0; of course that will change for subsequent revisions.

  • Update version found in mlr --version and man mlr:
    • Edit configure.ac, c/mlrvers.h, and miller.spec from 3.3.2-dev to 3.4.0.
    • Do a fresh autoreconf -fiv and commit the output.
    • make -C c -f Makefile.no-autoconfig installhome && make -C doc -f Makefile.no-autoconfig all installhome
    • Commit and push.
    • ISP upload so http://johnkerl.org/miller/doc/index.html will have updated head-docs.
  • Create the release tarball and SRPM:
  • Create the Github release tag:
    • Don’t forget the v in v3.4.0
    • Write the release notes
    • Attach the release tarball, SRPM, and binaries. Double-check assets were successfully uploaded.
    • Publish the release
  • Create the release-specific docs:
    • Pull the Github-generated source .tgz from Github to ISP miller-releases directory and unpack and cd into it.
    • cd into doc subdir. Edit template.html’s titleinbody tag from Miller to Miller 3.4.0 and poki-build.
    • ISP upload
    • At the ISP site, update the latest-revision symlink ln -s pub_http_internet/miller-releases/miller-3.4.0 pub_http_internet/miller. (This is the main doc URL linked to from the top of the Github repo so it must point to this newly published revision.)
    • Back in the Github repo, edit doc/content-for-release-docs.html to include new release, poki-build, push/commit, and ISP upload.
  • Notify:
    • Submit brew pull request; notify any other distros which don’t appear to have autoupdated since the previous release. 
      git remote add upstream https://github.com/Homebrew/homebrew-core # one-time setup only
git fetch upstream
git rebase upstream/master
git checkout -b miller-3.4.0
shasum -a 256 /path/to/mlr-3.4.0.tar.gz
edit Formula/miller.rb
# Test the URL from the line like
#   url "https://github.com/johnkerl/miller/releases/download/v3.4.0/mlr-3.4.0.tar.gz"
# in a browser for typos
# A '@BrewTestBot Test this please' comment within the homebrew-core pull request will restart the homebrew travis build
git add Formula/miller.rb
git commit -m 'miller 3.4.0'
git push -u origin miller-3.4.0
(submit the pull request)
    • Update https://github.com/johnkerl/miller/issues/163 (release-tracker issue).
    • Social-media updates.
  • Afterwork:
    • Edit configure.ac and c/mlrvers.h to change version from 3.4.0 to 3.4.0-dev.
    • make -C c -f Makefile.no-autoconfig installhome && make -C doc -f Makefile.no-autoconfig all installhome
    • Commit and push.

Misc. development notes

I use terminal width 120 and tabwidth 4.

miller-5.6.2/doc/content-for-contact.html000066400000000000000000000004101354153536500203370ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Bug reports, feature requests, etc.: https://github.com/johnkerl/miller/issues

Other correspondence: kerl.john.r+miller@gmail.com miller-5.6.2/doc/content-for-cookbook.html000066400000000000000000000616571354153536500205360ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Headerless CSV on input or output

Sometimes we get CSV files which lack a header. For example: POKI_RUN_COMMAND{{cat data/headerless.csv}}HERE

You can use Miller to add a header. The --implicit-csv-header applies positionally indexed labels: POKI_RUN_COMMAND{{mlr --csv --implicit-csv-header cat data/headerless.csv}}HERE

Following that, you can rename the positionally indexed labels to names with meaning for your context. For example: POKI_RUN_COMMAND{{mlr --csv --implicit-csv-header label name,age,status data/headerless.csv}}HERE

Likewise, if you need to produce CSV which is lacking its header, you can pipe Miller’s output to the system command sed 1d, or you can use Miller’s --headerless-csv-output option: POKI_RUN_COMMAND{{head -5 data/colored-shapes.dkvp | mlr --ocsv cat}}HERE POKI_RUN_COMMAND{{head -5 data/colored-shapes.dkvp | mlr --ocsv --headerless-csv-output cat}}HERE

Lastly, often we say “CSV” or “TSV” when we have positionally indexed data in columns which are separated by commas or tabs, respectively. In this case it’s perhaps simpler to just use NIDX format which was designed for this purpose. (See also POKI_PUT_LINK_FOR_PAGE(file-formats.html)HERE.) For example: POKI_RUN_COMMAND{{mlr --inidx --ifs comma --oxtab cut -f 1,3 data/headerless.csv}}HERE

Doing multiple joins

Suppose we have the following data: POKI_RUN_COMMAND{{cat multi-join/input.csv}}HERE

And we want to augment the id column with lookups from the following data files: POKI_RUN_COMMAND{{cat multi-join/name-lookup.csv}}HERE POKI_RUN_COMMAND{{cat multi-join/status-lookup.csv}}HERE

We can run the input file through multiple join commands in a then-chain: POKI_RUN_COMMAND{{mlr --icsv --opprint join -f multi-join/name-lookup.csv -j id then join -f multi-join/status-lookup.csv -j id multi-join/input.csv}}HERE

Bulk rename of fields

Suppose you want to replace spaces with underscores in your column names: POKI_RUN_COMMAND{{cat data/spaces.csv}}HERE

The simplest way is to use mlr rename with -g (for global replace, not just first occurrence of space within each field) and -r for pattern-matching (rather than explicit single-column renames): POKI_RUN_COMMAND{{mlr --csv rename -g -r ' ,_' data/spaces.csv}}HERE POKI_RUN_COMMAND{{mlr --csv --opprint rename -g -r ' ,_' data/spaces.csv}}HERE

You can also do this with a for-loop: POKI_RUN_COMMAND{{cat data/bulk-rename-for-loop.mlr}}HERE POKI_RUN_COMMAND{{mlr --icsv --opprint put -f data/bulk-rename-for-loop.mlr data/spaces.csv}}HERE

Search-and-replace over all fields

How to do $name=gsub($name, "old", "new") for all fields? POKI_RUN_COMMAND{{cat data/sar.csv}}HERE POKI_RUN_COMMAND{{cat data/sar.mlr}}HERE POKI_RUN_COMMAND{{mlr --csv put -f data/sar.mlr data/sar.csv}}HERE

Full field renames and reassigns

Using Miller 5.0.0’s map literals and assigning to $*, you can fully generalize mlr rename, mlr reorder, etc.: POKI_RUN_COMMAND{{cat data/small}}HERE POKI_INCLUDE_AND_RUN_ESCAPED(data/full-reorg.sh)HERE

Numbering and renumbering records

The awk-like built-in variable NR is incremented for each input record: POKI_RUN_COMMAND{{cat data/small}}HERE POKI_RUN_COMMAND{{mlr put '$nr = NR' data/small}}HERE

However, this is the record number within the original input stream — not after any filtering you may have done: POKI_RUN_COMMAND{{mlr filter '$a == "wye"' then put '$nr = NR' data/small}}HERE

There are two good options here. One is to use the cat verb with -n: POKI_RUN_COMMAND{{mlr filter '$a == "wye"' then cat -n data/small}}HERE

The other is to keep your own counter within the put DSL: POKI_RUN_COMMAND{{mlr filter '$a == "wye"' then put 'begin {@n = 1} $n = @n; @n += 1' data/small}}HERE

The difference is a matter of taste (although mlr cat -n puts the counter first).

Options for dealing with duplicate rows

If your data has records appearing multiple times, you can use mlr uniq to show and/or count the unique records.

If you want to look at partial uniqueness — for example, show only the first record for each unique combination of the account_id and account_status fields — you might use mlr head -n 1 -g account_id,account_status. Please also see mlr head.

Data-cleaning examples

Here are some ways to use the type-checking options as described in the POKI_PUT_LINK_FOR_PAGE(reference-dsl.html#Type-test_and_type-assertion_expressions)HERE. Suppose you have the following data file, with inconsistent typing for boolean. (Also imagine that, for the sake of discussion, we have a million-line file rather than a four-line file, so we can’t see it all at once and some automation is called for.) POKI_RUN_COMMAND{{cat data/het-bool.csv}}HERE

One option is to coerce everything to boolean, or integer: POKI_RUN_COMMAND{{mlr --icsv --opprint put '$reachable = boolean($reachable)' data/het-bool.csv}}HERE POKI_RUN_COMMAND{{mlr --icsv --opprint put '$reachable = int(boolean($reachable))' data/het-bool.csv}}HERE

A second option is to flag badly formatted data within the output stream: POKI_RUN_COMMAND{{mlr --icsv --opprint put '$format_ok = is_string($reachable)' data/het-bool.csv}}HERE

Or perhaps to flag badly formatted data outside the output stream: POKI_RUN_COMMAND{{mlr --icsv --opprint put 'if (!is_string($reachable)) {eprint "Malformed at NR=".NR} ' data/het-bool.csv}}HERE

A third way is to abort the process on first instance of bad data: POKI_RUN_COMMAND_TOLERATING_ERROR{{mlr --csv put '$reachable = asserting_string($reachable)' data/het-bool.csv}}HERE

Splitting nested fields

Suppose you have a TSV file like this: POKI_INCLUDE_ESCAPED(data/nested.tsv)HERE

The simplest option is to use mlr nest: POKI_RUN_COMMAND{{mlr --tsv nest --explode --values --across-records -f b --nested-fs : data/nested.tsv}}HERE POKI_RUN_COMMAND{{mlr --tsv nest --explode --values --across-fields -f b --nested-fs : data/nested.tsv}}HERE

While mlr nest is simplest, let’s also take a look at a few ways to do this using the put DSL.

One option to split out the colon-delimited values in the b column is to use splitnv to create an integer-indexed map and loop over it, adding new fields to the current record: POKI_RUN_COMMAND{{mlr --from data/nested.tsv --itsv --oxtab put 'o=splitnv($b, ":"); for (k,v in o) {$["p".k]=v}'}}HERE

while another is to loop over the same map from splitnv and use it (with put -q to suppress printing the original record) to produce multiple records: POKI_RUN_COMMAND{{mlr --from data/nested.tsv --itsv --oxtab put -q 'o=splitnv($b, ":"); for (k,v in o) {emit mapsum($*, {"b":v})}'}}HERE POKI_RUN_COMMAND{{mlr --from data/nested.tsv --tsv put -q 'o=splitnv($b, ":"); for (k,v in o) {emit mapsum($*, {"b":v})}'}}HERE

Showing differences between successive queries

Suppose you have a database query which you run at one point in time, producing the output on the left, then again later producing the output on the right:
POKI_RUN_COMMAND{{cat data/previous_counters.csv}}HERE POKI_RUN_COMMAND{{cat data/current_counters.csv}}HERE

And, suppose you want to compute the differences in the counters between adjacent keys. Since the color names aren’t all in the same order, nor are they all present on both sides, we can’t just paste the two files side-by-side and do some column-four-minus-column-two arithmetic.

First, rename counter columns to make them distinct: POKI_RUN_COMMAND{{mlr --csv rename count,previous_count data/previous_counters.csv > data/prevtemp.csv}}HERE POKI_RUN_COMMAND{{cat data/prevtemp.csv}}HERE POKI_RUN_COMMAND{{mlr --csv rename count,current_count data/current_counters.csv > data/currtemp.csv}}HERE POKI_RUN_COMMAND{{cat data/currtemp.csv}}HERE

Then, join on the key field(s), and use unsparsify to zero-fill counters absent on one side but present on the other. Use --ul and --ur to emit unpaired records (namely, purple on the left and yellow on the right): POKI_INCLUDE_AND_RUN_ESCAPED(data/previous-to-current.sh)HERE

Finding missing dates

Suppose you have some date-stamped data which may (or may not) be missing entries for one or more dates: POKI_RUN_COMMAND{{head -n 10 data/miss-date.csv}}HERE POKI_RUN_COMMAND{{wc -l data/miss-date.csv}}HERE

Since there are 1372 lines in the data file, some automation is called for. To find the missing dates, you can convert the dates to seconds since the epoch using strptime, then compute adjacent differences (the cat -n simply inserts record-counters): POKI_INCLUDE_AND_RUN_ESCAPED(data/miss-date-1.sh)HERE

Then, filter for adjacent difference not being 86400 (the number of seconds in a day): POKI_INCLUDE_AND_RUN_ESCAPED(data/miss-date-2.sh)HERE

Given this, it’s now easy to see where the gaps are: POKI_RUN_COMMAND{{mlr cat -n then filter '$n >= 770 && $n <= 780' data/miss-date.csv}}HERE POKI_RUN_COMMAND{{mlr cat -n then filter '$n >= 1115 && $n <= 1125' data/miss-date.csv}}HERE

Two-pass algorithms

Miller is a streaming record processor; commands are performed once per record. This makes Miller particularly suitable for single-pass algorithms, allowing many of its verbs to process files that are (much) larger than the amount of RAM present in your system. (Of course, Miller verbs such as sort, tac, etc. all must ingest and retain all input records before emitting any output records.) You can also use out-of-stream variables to perform multi-pass computations, at the price of retaining all input records in memory.

Two-pass algorithms: computation of percentages

For example, mapping numeric values down a column to the percentage between their min and max values is two-pass: on the first pass you find the min and max values, then on the second, map each record’s value to a percentage. POKI_INCLUDE_AND_RUN_ESCAPED(data/two-pass-percentage.sh)HERE

Two-pass algorithms: line-number ratios

Similarly, finding the total record count requires first reading through all the data: POKI_INCLUDE_AND_RUN_ESCAPED(data/two-pass-record-numbers.sh)HERE

Two-pass algorithms: records having max value

The idea is to retain records having the largest value of n in the following data: POKI_RUN_COMMAND{{mlr --itsv --opprint cat data/maxrows.tsv}}HERE

Of course, the largest value of n isn’t known until after all data have been read. Using an out-of-stream variable we can retain all records as they are read, then filter them at the end: POKI_RUN_COMMAND{{cat data/maxrows.mlr}}HERE POKI_RUN_COMMAND{{mlr --itsv --opprint put -q -f data/maxrows.mlr data/maxrows.tsv}}HERE

Rectangularizing data

Suppose you have a method (in whatever language) which is printing things of the form POKI_INCLUDE_ESCAPED(data/rect-outer.txt)HERE and then calls another method which prints things of the form POKI_INCLUDE_ESCAPED(data/rect-middle.txt)HERE and then, perhaps, that second method calls a third method which prints things of the form POKI_INCLUDE_ESCAPED(data/rect-inner.txt)HERE with the result that your program’s output is POKI_INCLUDE_ESCAPED(data/rect.txt)HERE The idea here is that middles starting with a 1 belong to the outer value of 1, and so on. (For example, the outer values might be account IDs, the middle values might be invoice IDs, and the inner values might be invoice line-items.) If you want all the middle and inner lines to have the context of which outers they belong to, you can modify your software to pass all those through your methods. Alternatively, don’t refactor your code just to handle some ad-hoc log-data formatting — instead, use the following to rectangularize the data. The idea is to use an out-of-stream variable to accumulate fields across records. Clear that variable when you see an outer ID; accumulate fields; emit output when you see the inner IDs. POKI_INCLUDE_AND_RUN_ESCAPED(data/rect.sh)HERE

Regularizing ragged CSV

Miller handles compliant CSV: in particular, it’s an error if the number of data fields in a given data line don’t match the number of header lines. But in the event that you have a CSV file in which some lines have less than the full number of fields, you can use Miller to pad them out. The trick is to use NIDX format, for which each line stands on its own without respect to a header line. POKI_RUN_COMMAND{{cat data/ragged.csv}}HERE POKI_INCLUDE_AND_RUN_ESCAPED(data/ragged-csv.sh)HERE or, more simply, POKI_INCLUDE_AND_RUN_ESCAPED(data/ragged-csv-2.sh)HERE

Feature-counting

Suppose you have some heterogeneous data like this: POKI_INCLUDE_ESCAPED(data/features.json)HERE

A reasonable question to ask is, how many occurrences of each field are there? And, what percentage of total row count has each of them? Since the denominator of the percentage is not known until the end, this is a two-pass algorithm: POKI_INCLUDE_ESCAPED(data/feature-count.mlr)HERE

Then POKI_RUN_COMMAND{{mlr --json put -q -f data/feature-count.mlr data/features.json}}HERE POKI_RUN_COMMAND{{mlr --ijson --opprint put -q -f data/feature-count.mlr data/features.json}}HERE

Unsparsing

The previous section discussed how to fill out missing data fields within CSV with full header line — so the list of all field names is present within the header line. Next, let’s look at a related problem: we have data where each record has various key names but we want to produce rectangular output having the union of all key names.

For example, suppose you have JSON input like this: POKI_RUN_COMMAND{{cat data/sparse.json}}HERE

There are field names a, b, v, u, x, w in the data — but not all in every record. Since we don’t know the names of all the keys until we’ve read them all, this needs to be a two-pass algorithm. On the first pass, remember all the unique key names and all the records; on the second pass, loop through the records filling in absent values, then producing output. Use put -q since we don’t want to produce per-record output, only emitting output in the end block: POKI_RUN_COMMAND{{cat data/unsparsify.mlr}}HERE POKI_RUN_COMMAND{{mlr --json put -q -f data/unsparsify.mlr data/sparse.json}}HERE POKI_RUN_COMMAND{{mlr --ijson --ocsv put -q -f data/unsparsify.mlr data/sparse.json}}HERE POKI_RUN_COMMAND{{mlr --ijson --opprint put -q -f data/unsparsify.mlr data/sparse.json}}HERE

There is a keystroke-saving verb for this: mlr unsparsify.

Parsing log-file output

This, of course, depends highly on what’s in your log files. But, as an example, suppose you have log-file lines such as POKI_CARDIFY(2015-10-08 08:29:09,445 INFO com.company.path.to.ClassName @ [sometext] various/sorts/of data {& punctuation} hits=1 status=0 time=2.378)HERE I prefer to pre-filter with grep and/or sed to extract the structured text, then hand that to Miller. Example: POKI_CARDIFY(grep 'various sorts' *.log | sed 's/.*} //' | mlr --fs space --repifs --oxtab stats1 -a min,p10,p50,p90,max -f time -g status)HERE

Memoization with out-of-stream variables

The recursive function for the Fibonacci sequence is famous for its computational complexity. Namely, using f(0)=1, f(1)=1, f(n)=f(n-1)+f(n-2) for n≥2, the evaluation tree branches left as well as right at each non-trivial level, resulting in millions or more paths to the root 0/1 nodes for larger n. This program POKI_INCLUDE_ESCAPED(data/fibo-uncached.sh)HERE

produces output like this: 

i  o      fcount  seconds_delta
1  1      1       0
2  2      3       0.000039101
3  3      5       0.000015974
4  5      9       0.000019073
5  8      15      0.000026941
6  13     25      0.000036955
7  21     41      0.000056028
8  34     67      0.000086069
9  55     109     0.000134945
10 89     177     0.000217915
11 144    287     0.000355959
12 233    465     0.000506163
13 377    753     0.000811815
14 610    1219    0.001297235
15 987    1973    0.001960993
16 1597   3193    0.003417969
17 2584   5167    0.006215811
18 4181   8361    0.008294106
19 6765   13529   0.012095928
20 10946  21891   0.019592047
21 17711  35421   0.031193972
22 28657  57313   0.057254076
23 46368  92735   0.080307961
24 75025  150049  0.129482031
25 121393 242785  0.213325977
26 196418 392835  0.334423065
27 317811 635621  0.605969906
28 514229 1028457 0.971235037

Note that the time it takes to evaluate the function is blowing up exponentially as the input argument increases. Using @-variables, which persist across records, we can cache and reuse the results of previous computations: POKI_INCLUDE_ESCAPED(data/fibo-cached.sh)HERE

with output like this: 

i  o      fcount seconds_delta
1  1      1      0
2  2      3      0.000053883
3  3      3      0.000035048
4  5      3      0.000045061
5  8      3      0.000014067
6  13     3      0.000028849
7  21     3      0.000028133
8  34     3      0.000027895
9  55     3      0.000014067
10 89     3      0.000015020
11 144    3      0.000012875
12 233    3      0.000033140
13 377    3      0.000014067
14 610    3      0.000012875
15 987    3      0.000029087
16 1597   3      0.000013828
17 2584   3      0.000013113
18 4181   3      0.000012875
19 6765   3      0.000013113
20 10946  3      0.000012875
21 17711  3      0.000013113
22 28657  3      0.000013113
23 46368  3      0.000015974
24 75025  3      0.000012875
25 121393 3      0.000013113
26 196418 3      0.000012875
27 317811 3      0.000013113
28 514229 3      0.000012875
miller-5.6.2/doc/content-for-cookbook2.html000066400000000000000000000211621354153536500206030ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Randomly selecting words from a list

Given this word list, first take a look to see what the first few lines look like: 

$ head data/english-words.txt 
a
aa
aal
aalii
aam
aardvark
aardwolf
aba
abac
abaca

Then the following will randomly sample ten words with four to eight characters in them: 

$ mlr --from data/english-words.txt --nidx filter -S 'n=strlen($1);4<=n&&n<=8' then sample -k 10
thionine
birchman
mildewy
avigate
addedly
abaze
askant
aiming
insulant
coinmate

Randomly generating jabberwocky words

These are simple n-grams as described here. Some common functions are here. Then here are scripts for 1-grams, 2-grams, 3-grams, 4-grams, and 5-grams.

The idea is that words from the input file are consumed, then taken apart and pasted back together in ways which imitate the letter-to-letter transitions found in the word list — giving us automatically generated words in the same vein as bromance and spork: 

$ mlr --nidx --from ./ngrams/gsl-2000.txt put -q -f ./ngrams/ngfuncs.mlr -f ./ngrams/ng5.mlr
beard
plastinguish
politicially
noise
loan
country
controductionary
suppery
lose
lessors
dollar
judge
rottendence
lessenger
diffendant
suggestional

Program timing

This admittedly artificial example demonstrates using Miller time and stats functions to introspectively acquire some information about Miller’s own runtime. The delta function computes the difference between successive timestamps. POKI_INCLUDE_ESCAPED(data/timing-example.txt)HERE

Computing interquartile ranges

For one or more specified field names, simply compute p25 and p75, then write the IQR as the difference of p75 and p25: POKI_INCLUDE_AND_RUN_ESCAPED(data/iqr1.sh)HERE

For wildcarded field names, first compute p25 and p75, then loop over field names with p25 in them: POKI_INCLUDE_AND_RUN_ESCAPED(data/iqrn.sh)HERE

Computing weighted means

This might be more elegantly implemented as an option within the stats1 verb. Meanwhile, it’s expressible within the DSL: POKI_INCLUDE_AND_RUN_ESCAPED(data/weighted-mean.sh)HERE

Generating random numbers from various distributions

Here we can chain together a few simple building blocks: POKI_RUN_COMMAND{{cat expo-sample.sh}}HERE

Namely:

  • Set the Miller random-number seed so this webdoc looks the same every time I regenerate it.
  • Use pretty-printed tabular output.
  • Use pretty-printed tabular output.
  • Use seqgen to produce 100,000 records i=0, i=1, etc.
  • Send those to a put step which defines an inverse-transform-sampling function and calls it twice, then computes the sum and product of samples.
  • Send those to a histogram, and from there to a bar-plotter. This is just for visualization; you could just as well output CSV and send that off to your own plotting tool, etc.
The output is as follows: POKI_RUN_COMMAND{{sh expo-sample.sh}}HERE

Sieve of Eratosthenes

The Sieve_of_Eratosthenes is a standard introductory programming topic. The idea is to find all primes up to some N by making a list of the numbers 1 to N, then striking out all multiples of 2 except 2 itself, all multiples of 3 except 3 itself, all multiples of 4 except 4 itself, and so on. Whatever survives that without getting marked is a prime. This is easy enough in Miller. Notice that here all the work is in begin and end statements; there is no file input (so we use mlr -n to keep Miller from waiting for input data). POKI_RUN_COMMAND{{cat programs/sieve.mlr}}HERE POKI_RUN_COMMAND{{mlr -n put -f programs/sieve.mlr}}HERE

Mandelbrot-set generator

The Mandelbrot set is also easily expressed. This isn’t an important case of data-processing in the vein for which Miller was designed, but it is an example of Miller as a general-purpose programming language — a test case for the expressiveness of the language.

The (approximate) computation of points in the complex plane which are and aren’t members is just a few lines of complex arithmetic (see the Wikipedia article); how to render them is another task. Using graphics libraries you can create PNG or JPEG files, but another fun way to do this is by printing various characters to the screen: POKI_RUN_COMMAND{{cat programs/mand.mlr}}HERE

At standard resolution this makes a nice little ASCII plot: POKI_RUN_COMMAND{{mlr -n put -f ./programs/mand.mlr}}HERE

But using a very small font size (as small as my Mac will let me go), and by choosing the coordinates to zoom in on a particular part of the complex plane, we can get a nice little picture: 

#!/bin/bash
# Get the number of rows and columns from the terminal window dimensions
iheight=$(stty size | mlr --nidx --fs space cut -f 1)
iwidth=$(stty size | mlr --nidx --fs space cut -f 2)
echo "rcorn=-1.755350,icorn=+0.014230,side=0.000020,maxits=10000,iheight=$iheight,iwidth=$iwidth" \
  | mlr put -f programs/mand.mlr
miller-5.6.2/doc/content-for-cookbook3.html000066400000000000000000000143261354153536500206100ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Overview

One of Miller’s strengths is its compact notation: for example, given input of the form POKI_RUN_COMMAND{{head -n 5 ../data/medium}}HERE you can simply do POKI_RUN_COMMAND{{mlr --oxtab stats1 -a sum -f x ../data/medium}}HERE or POKI_RUN_COMMAND{{mlr --opprint stats1 -a sum -f x -g b ../data/medium}}HERE rather than the more tedious POKI_INCLUDE_AND_RUN_ESCAPED(oosvar-example-sum.sh)HERE or POKI_INCLUDE_AND_RUN_ESCAPED(oosvar-example-sum-grouped.sh)HERE

The former (mlr stats1 et al.) has the advantages of being easier to type, being less error-prone to type, and running faster.

Nonetheless, out-of-stream variables (which I whimsically call oosvars), begin/end blocks, and emit statements give you the ability to implement logic — if you wish to do so — which isn’t present in other Miller verbs. (If you find yourself often using the same out-of-stream-variable logic over and over, please file a request at https://github.com/johnkerl/miller/issues to get it implemented directly in C as a Miller verb of its own.)

The following examples compute some things using oosvars which are already computable using Miller verbs, by way of providing food for thought.

Mean without/with oosvars

POKI_RUN_COMMAND{{mlr --opprint stats1 -a mean -f x data/medium}}HERE POKI_INCLUDE_AND_RUN_ESCAPED(data/mean-with-oosvars.sh)HERE

Keyed mean without/with oosvars

POKI_RUN_COMMAND{{mlr --opprint stats1 -a mean -f x -g a,b data/medium}}HERE POKI_INCLUDE_AND_RUN_ESCAPED(data/keyed-mean-with-oosvars.sh)HERE

Variance and standard deviation without/with oosvars

POKI_RUN_COMMAND{{mlr --oxtab stats1 -a count,sum,mean,var,stddev -f x data/medium}}HERE POKI_RUN_COMMAND{{cat variance.mlr}}HERE POKI_RUN_COMMAND{{mlr --oxtab put -q -f variance.mlr data/medium}}HERE You can also do this keyed, of course, imitating the keyed-mean example above.

Min/max without/with oosvars

POKI_RUN_COMMAND{{mlr --oxtab stats1 -a min,max -f x data/medium}}HERE POKI_RUN_COMMAND{{mlr --oxtab put -q '@x_min = min(@x_min, $x); @x_max = max(@x_max, $x); end{emitf @x_min, @x_max}' data/medium}}HERE

Keyed min/max without/with oosvars

POKI_RUN_COMMAND{{mlr --opprint stats1 -a min,max -f x -g a data/medium}}HERE POKI_INCLUDE_AND_RUN_ESCAPED(data/keyed-min-max-with-oosvars.sh)HERE

Delta without/with oosvars

POKI_RUN_COMMAND{{mlr --opprint step -a delta -f x data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint put '$x_delta = is_present(@last) ? $x - @last : 0; @last = $x' data/small}}HERE

Keyed delta without/with oosvars

POKI_RUN_COMMAND{{mlr --opprint step -a delta -f x -g a data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint put '$x_delta = is_present(@last[$a]) ? $x - @last[$a] : 0; @last[$a]=$x' data/small}}HERE

Exponentially weighted moving averages without/with oosvars

POKI_INCLUDE_AND_RUN_ESCAPED(verb-example-ewma.sh)HERE POKI_INCLUDE_AND_RUN_ESCAPED(oosvar-example-ewma.sh)HERE
miller-5.6.2/doc/content-for-data-examples.html000066400000000000000000000112061354153536500214360ustar00rootroot00000000000000POKI_PUT_TOC_HERE

flins data

The flins.csv file is some sample data obtained from https://support.spatialkey.com/spatialkey-sample-csv-data.

Vertical-tabular format is good for a quick look at CSV data layout — seeing what columns you have to work with: POKI_RUN_COMMAND{{head -n 2 data/flins.csv | mlr --icsv --oxtab cat}}HERE

A few simple queries: POKI_RUN_COMMAND{{mlr --from data/flins.csv --icsv --opprint count-distinct -f county | head}}HERE POKI_RUN_COMMAND{{mlr --from data/flins.csv --icsv --opprint count-distinct -f construction,line}}HERE

Categorization of total insured value: POKI_RUN_COMMAND{{mlr --from data/flins.csv --icsv --opprint stats1 -a min,mean,max -f tiv_2012}}HERE POKI_RUN_COMMAND{{mlr --from data/flins.csv --icsv --opprint stats1 -a min,mean,max -f tiv_2012 -g construction,line}}HERE POKI_RUN_COMMAND{{mlr --from data/flins.csv --icsv --oxtab stats1 -a p0,p10,p50,p90,p95,p99,p100 -f hu_site_deductible}}HERE POKI_RUN_COMMAND{{mlr --from data/flins.csv --icsv --opprint stats1 -a p95,p99,p100 -f hu_site_deductible -g county then sort -f county | head}}HERE POKI_RUN_COMMAND{{mlr --from data/flins.csv --icsv --oxtab stats2 -a corr,linreg-ols,r2 -f tiv_2011,tiv_2012}}HERE POKI_RUN_COMMAND{{mlr --from data/flins.csv --icsv --opprint stats2 -a corr,linreg-ols,r2 -f tiv_2011,tiv_2012 -g county}}HERE

Color/shape data

The colored-shapes.dkvp file is some sample data produced by the mkdat2 script. The idea is

  • Produce some data with known distributions and correlations, and verify that Miller recovers those properties empirically.
  • Each record is labeled with one of a few colors and one of a few shapes.
  • The flag field is 0 or 1, with probability dependent on color
  • The u field is plain uniform on the unit interval.
  • The v field is the same, except tightly correlated with u for red circles.
  • The w field is autocorrelated for each color/shape pair.
  • The x field is boring Gaussian with mean 5 and standard deviation about 1.2, with no dependence on color or shape.

Peek at the data: POKI_RUN_COMMAND{{wc -l data/colored-shapes.dkvp}}HERE POKI_RUN_COMMAND{{head -n 6 data/colored-shapes.dkvp | mlr --opprint cat}}HERE

Look at uncategorized stats (using creach for spacing). Here it looks reasonable that u is unit-uniform; something’s up with v but we can’t yet see what: POKI_RUN_COMMAND{{mlr --oxtab stats1 -a min,mean,max -f flag,u,v data/colored-shapes.dkvp | creach 3}}HERE

The histogram shows the different distribution of 0/1 flags: POKI_RUN_COMMAND{{mlr --opprint histogram -f flag,u,v --lo -0.1 --hi 1.1 --nbins 12 data/colored-shapes.dkvp}}HERE

Look at univariate stats by color and shape. In particular, color-dependent flag probabilities pop out, aligning with their original Bernoulli probablities from the data-generator script: POKI_RUN_COMMAND{{mlr --opprint stats1 -a min,mean,max -f flag,u,v -g color then sort -f color data/colored-shapes.dkvp}}HERE POKI_RUN_COMMAND{{mlr --opprint stats1 -a min,mean,max -f flag,u,v -g shape then sort -f shape data/colored-shapes.dkvp}}HERE

Look at bivariate stats by color and shape. In particular, u,v pairwise correlation for red circles pops out: POKI_RUN_COMMAND{{mlr --opprint --right stats2 -a corr -f u,v,w,x data/colored-shapes.dkvp}}HERE POKI_RUN_COMMAND{{mlr --opprint --right stats2 -a corr -f u,v,w,x -g color,shape then sort -nr u_v_corr data/colored-shapes.dkvp}}HERE

miller-5.6.2/doc/content-for-data-sharing.html000066400000000000000000000124011354153536500212510ustar00rootroot00000000000000POKI_PUT_TOC_HERE

As discussed in the section on POKI_PUT_LINK_FOR_PAGE(file-formats.html)HERE, Miller supports several different file formats. Different tools are good at different things, so it’s important to be able to move data into and out of other languages. CSV and JSON are well-known, of course; here are some examples using DKVP format, with Ruby and Python. Last, we show how to use arbitrary shell commands to extend functionality beyond Miller’s domain-specific language.

DKVP I/O in Python

Here are the I/O routines: POKI_INCLUDE_ESCAPED(polyglot-dkvp-io/dkvp_io.py)HERE And here is an example using them: POKI_RUN_COMMAND{{cat polyglot-dkvp-io/example.py}}HERE Run as-is: POKI_RUN_COMMAND{{python polyglot-dkvp-io/example.py < data/small}}HERE Run as-is, then pipe to Miller for pretty-printing: POKI_RUN_COMMAND{{python polyglot-dkvp-io/example.py < data/small | mlr --opprint cat}}HERE

DKVP I/O in Ruby

Here are the I/O routines: POKI_INCLUDE_ESCAPED(polyglot-dkvp-io/dkvp_io.rb)HERE And here is an example using them: POKI_RUN_COMMAND{{cat polyglot-dkvp-io/example.rb}}HERE Run as-is: POKI_RUN_COMMAND{{ruby -I./polyglot-dkvp-io polyglot-dkvp-io/example.rb data/small}}HERE Run as-is, then pipe to Miller for pretty-printing: POKI_RUN_COMMAND{{ruby -I./polyglot-dkvp-io polyglot-dkvp-io/example.rb data/small | mlr --opprint cat}}HERE

SQL-output examples

Please see here.

SQL-input examples

Please see here.

Running shell commands

The system DSL function allows you to run a specific shell command and put its output — minus the final newline — into a record field. The command itself is any string, either a literal string, or a concatenation of strings, perhaps including other field values or what have you. POKI_RUN_COMMAND{{mlr --opprint put '$o = system("echo hello world")' data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint put '$o = system("echo {" . NR . "}")' data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint put '$o = system("echo -n ".$a."| sha1sum")' data/small}}HERE

Note that running a subprocess on every record takes a non-trivial amount of time. Comparing asking the system date command for the current time in nanoseconds versus computing it in process: 

$ mlr --opprint put '$t=system("date +%s.%N")' then step -a delta -f t data/small
a   b   i x                   y                   t                    t_delta
pan pan 1 0.3467901443380824  0.7268028627434533  1568774318.513903817 0
eks pan 2 0.7586799647899636  0.5221511083334797  1568774318.514722876 0.000819
wye wye 3 0.20460330576630303 0.33831852551664776 1568774318.515618046 0.000895
eks wye 4 0.38139939387114097 0.13418874328430463 1568774318.516547441 0.000929
wye pan 5 0.5732889198020006  0.8636244699032729  1568774318.517518828 0.000971


$ mlr --opprint put '$t=systime()' then step -a delta -f t data/small
a   b   i x                   y                   t                 t_delta
pan pan 1 0.3467901443380824  0.7268028627434533  1568774318.518699 0
eks pan 2 0.7586799647899636  0.5221511083334797  1568774318.518717 0.000018
wye wye 3 0.20460330576630303 0.33831852551664776 1568774318.518723 0.000006
eks wye 4 0.38139939387114097 0.13418874328430463 1568774318.518727 0.000004
wye pan 5 0.5732889198020006  0.8636244699032729  1568774318.518730 0.000003

miller-5.6.2/doc/content-for-etymology.html000066400000000000000000000011641354153536500207430ustar00rootroot00000000000000POKI_PUT_TOC_HERE

The Unix toolkit was created in the 1970s and is a mainstay to this day. Miller is written in plain C, and its look and feel adheres closely to the classic toolkit style: if this were music, Miller would be a tribute album. Likewise, since commands are subcommands of the mlr executable, the result is a band, if you will, of command-line tools. Put these together and the namesake is another classic product of the 1970s: the Steve Miller Band. miller-5.6.2/doc/content-for-faq.html000066400000000000000000000505771354153536500174760ustar00rootroot00000000000000POKI_PUT_TOC_HERE

No output at all

Try od -xcv and/or cat -e on your file to check for non-printable characters.

If you’re using Miller version less than 5.0.0 (try mlr --version on your system to find out), when the line-ending-autodetect feature was introduced, please see here.

Fields not selected

Check the field-separators of the data, e.g. with the command-line head program. Example: for CSV, Miller’s default record separator is comma; if your data is tab-delimited, e.g. aTABbTABc, then Miller won’t find three fields named a, b, and c but rather just one named aTABbTABc. Solution in this case: mlr --fs tab {remaining arguments ...}.

Also try od -xcv and/or cat -e on your file to check for non-printable characters.

Diagnosing delimiter specifications

POKI_INCLUDE_ESCAPED(data/delimiter-examples.txt)HERE

How do I suppress numeric conversion?

TL;DR use put -S.

Within mlr put and mlr filter, the default behavior for scanning input records is to parse them as integer, if possible, then as float, if possible, else leave them as string: POKI_RUN_COMMAND{{cat data/scan-example-1.tbl}}HERE POKI_RUN_COMMAND{{mlr --pprint put '$copy = $value; $type = typeof($value)' data/scan-example-1.tbl}}HERE

The numeric-conversion rule is simple:

  • Try to scan as integer ("1" should be int);
  • if that doesn’t succeed, try to scan as float ("1.0" should be float);
  • if that doesn’t succeed, leave the value as a string ("1x" is string).

This is a sensible default: you should be able to put '$z = $x + $y' without having to write '$z = int($x) + float($y)'. Also note that default output format for floating-point numbers created by put (and other verbs such as stats1) is six decimal places; you can override this using mlr --ofmt. Also note that Miller uses your system’s C library functions whenever possible: e.g. sscanf for converting strings to integer or floating-point.

But now suppose you have data like these: POKI_RUN_COMMAND{{cat data/scan-example-2.tbl}}HERE POKI_RUN_COMMAND{{mlr --pprint put '$copy = $value; $type = typeof($value)' data/scan-example-2.tbl}}HERE

The same conversion rules as above are being used. Namely:

  • By default field values are inferred to int, else float, else string;
  • leading zeroes indicate octal for integers (sscanf semantics);
  • since 0008 doesn't scan as integer (leading 0 requests octal but 8 isn't a valid octal digit), the float scan is tried next and it succeeds;
  • default floating-point output format is 6 decimal places (override with mlr --ofmt).

Taken individually the rules make sense; taken collectively they produce a mishmash of types here.

The solution is to use the -S flag for mlr put and/or mlr filter. Then all field values are left as string. You can type-coerce on demand using syntax like '$z = int($x) + float($y)'. (See also the put documentation; see also https://github.com/johnkerl/miller/issues/150.) POKI_RUN_COMMAND{{mlr --pprint put -S '$copy = $value; $type = typeof($value)' data/scan-example-2.tbl}}HERE

How do I examine then-chaining?

Then-chaining found in Miller is intended to function the same as Unix pipes, but with less keystroking. You can print your data one pipeline step at a time, to see what intermediate output at one step becomes the input to the next step.

First, look at the input data: POKI_RUN_COMMAND{{cat data/then-example.csv}}HERE Next, run the first step of your command, omitting anything from the first then onward: POKI_RUN_COMMAND{{mlr --icsv --opprint count-distinct -f Status,Payment_Type data/then-example.csv}}HERE After that, run it with the next then step included: POKI_RUN_COMMAND{{mlr --icsv --opprint count-distinct -f Status,Payment_Type then sort -nr count data/then-example.csv}}HERE Now if you use then to include another verb after that, the columns Status, Payment_Type, and count will be the input to that verb.

Note, by the way, that you’ll get the same results using pipes: POKI_RUN_COMMAND{{mlr --csv count-distinct -f Status,Payment_Type data/then-example.csv | mlr --icsv --opprint sort -nr count}}HERE

I assigned $9 and it’s not 9th

Miller records are ordered lists of key-value pairs. For NIDX format, DKVP format when keys are missing, or CSV/CSV-lite format with --implicit-csv-header, Miller will sequentially assign keys of the form 1, 2, etc. But these are not integer array indices: they’re just field names taken from the initial field ordering in the input data. POKI_RUN_COMMAND{{echo x,y,z | mlr --dkvp cat}}HERE POKI_RUN_COMMAND{{echo x,y,z | mlr --dkvp put '$6="a";$4="b";$55="cde"'}}HERE POKI_RUN_COMMAND{{echo x,y,z | mlr --nidx cat}}HERE POKI_RUN_COMMAND{{echo x,y,z | mlr --csv --implicit-csv-header cat}}HERE POKI_RUN_COMMAND{{echo x,y,z | mlr --dkvp rename 2,999}}HERE POKI_RUN_COMMAND{{echo x,y,z | mlr --dkvp rename 2,newname}}HERE POKI_RUN_COMMAND{{echo x,y,z | mlr --csv --implicit-csv-header reorder -f 3,1,2}}HERE

How can I filter by date?

Given input like POKI_RUN_COMMAND{{cat dates.csv}}HERE we can use strptime to parse the date field into seconds-since-epoch and then do numeric comparisons. Simply match your input dataset’s date-formatting to the strptime format-string. For example: POKI_RUN_COMMAND{{mlr --csv filter 'strptime($date, "%Y-%m-%d") > strptime("2018-03-03", "%Y-%m-%d")' dates.csv}}HERE

Caveat: localtime-handling in timezones with DST is still a work in progress; see https://github.com/johnkerl/miller/issues/170. See also https://github.com/johnkerl/miller/issues/208 — thanks @aborruso!

How can I handle commas-as-data in various formats?

CSV handles this well and by design: POKI_RUN_COMMAND{{cat commas.csv}}HERE

Likewise JSON: POKI_RUN_COMMAND{{mlr --icsv --ojson cat commas.csv}}HERE

For Miller’s XTAB there is no escaping for carriage returns, but commas work fine: POKI_RUN_COMMAND{{mlr --icsv --oxtab cat commas.csv}}HERE

But for DKVP and NIDX, commas are the default field separator. And — as of Miller 5.4.0 anyway — there is no CSV-style double-quote-handling like there is for CSV. So commas within the data look like delimiters: POKI_RUN_COMMAND{{mlr --icsv --odkvp cat commas.csv}}HERE

One solution is to use a different delimiter, such as a pipe character: POKI_RUN_COMMAND{{mlr --icsv --odkvp --ofs pipe cat commas.csv}}HERE

To be extra-sure to avoid data/delimiter clashes, you can also use control characters as delimiters — here, control-A: POKI_RUN_COMMAND{{mlr --icsv --odkvp --ofs '\001' cat commas.csv | cat -v}}HERE

How can I handle field names with special symbols in them?

Simply surround the field names with curly braces: POKI_RUN_COMMAND{{echo 'x.a=3,y:b=4,z/c=5' | mlr put '${product.all} = ${x.a} * ${y:b} * ${z/c}'}}HERE

How to escape '?' in regexes?

One way is to use square brackets; an alternative is to use simple string-substitution rather than a regular expression. POKI_RUN_COMMAND{{cat data/question.dat}}HERE POKI_RUN_COMMAND{{mlr --oxtab put '$c = gsub($a, "[?]"," ...")' data/question.dat}}HERE POKI_RUN_COMMAND{{mlr --oxtab put '$c = ssub($a, "?"," ...")' data/question.dat}}HERE

The ssub function exists precisely for this reason: so you don’t have to escape anything.

How can I put single-quotes into strings?

This is a little tricky due to the shell’s handling of quotes. For simplicity, let’s first put an update script into a file: POKI_INCLUDE_ESCAPED(data/single-quote-example.mlr)HERE POKI_RUN_COMMAND{{echo a=bcd | mlr put -f data/single-quote-example.mlr}}HERE

So, it’s simple: Miller’s DSL uses double quotes for strings, and you can put single quotes (or backslash-escaped double-quotes) inside strings, no problem.

Without putting the update expression in a file, it’s messier: POKI_RUN_COMMAND{{echo a=bcd | mlr put '$a="It'\''s OK, I said, '\''for now'\''."'}}HERE

The idea is that the outermost single-quotes are to protect the put expression from the shell, and the double quotes within them are for Miller. To get a single quote in the middle there, you need to actually put it outside the single-quoting for the shell. The pieces are

  • $a="It
  • \'
  • s OK, I said,
  • \'
  • for now
  • \'
  • .
all concatenated together.

Why doesn’t mlr cut put fields in the order I want?

Example: columns x,i,a were requested but they appear here in the order a,i,x: POKI_RUN_COMMAND{{cat data/small}}HERE POKI_RUN_COMMAND{{mlr cut -f x,i,a data/small}}HERE

The issue is that Miller’s cut, by default, outputs cut fields in the order they appear in the input data. This design decision was made intentionally to parallel the *nix system cut command, which has the same semantics.

The solution is to use the -o option: POKI_RUN_COMMAND{{mlr cut -o -f x,i,a data/small}}HERE

NR is not consecutive after then-chaining

Given this input data: POKI_RUN_COMMAND{{cat data/small}}HERE why don’t I see NR=1 and NR=2 here?? POKI_RUN_COMMAND{{mlr filter '$x > 0.5' then put '$NR = NR' data/small}}HERE

The reason is that NR is computed for the original input records and isn’t dynamically updated. By contrast, NF is dynamically updated: it’s the number of fields in the current record, and if you add/remove a field, the value of NF will change: POKI_RUN_COMMAND{{echo x=1,y=2,z=3 | mlr put '$nf1 = NF; $u = 4; $nf2 = NF; unset $x,$y,$z; $nf3 = NF'}}HERE

NR, by contrast (and FNR as well), retains the value from the original input stream, and records may be dropped by a filter within a then-chain. To recover consecutive record numbers, you can use out-of-stream variables as follows: POKI_INCLUDE_AND_RUN_ESCAPED(data/dynamic-nr.sh)HERE

Or, simply use mlr cat -n: POKI_RUN_COMMAND{{mlr filter '$x > 0.5' then cat -n data/small}}HERE

Why am I not seeing all possible joins occur?

This section describes behavior before Miller 5.1.0. As of 5.1.0, -u is the default.

For example, the right file here has nine records, and the left file should add in the hostname column — so the join output should also have 9 records: POKI_RUN_COMMAND{{mlr --icsvlite --opprint cat data/join-u-left.csv}}HERE POKI_RUN_COMMAND{{mlr --icsvlite --opprint cat data/join-u-right.csv}}HERE POKI_RUN_COMMAND{{mlr --icsvlite --opprint join -s -j ipaddr -f data/join-u-left.csv data/join-u-right.csv}}HERE

The issue is that Miller’s join, by default (before 5.1.0), took input sorted (lexically ascending) by the sort keys on both the left and right files. This design decision was made intentionally to parallel the *nix system join command, which has the same semantics. The benefit of this default is that the joiner program can stream through the left and right files, needing to load neither entirely into memory. The drawback, of course, is that is requires sorted input.

The solution (besides pre-sorting the input files on the join keys) is to simply use mlr join -u (which is now the default). This loads the left file entirely into memory (while the right file is still streamed one line at a time) and does all possible joins without requiring sorted input: POKI_RUN_COMMAND{{mlr --icsvlite --opprint join -u -j ipaddr -f data/join-u-left.csv data/join-u-right.csv}}HERE

General advice is to make sure the left-file is relatively small, e.g. containing name-to-number mappings, while saving large amounts of data for the right file.

How to rectangularize after joins with unpaired?

Suppose you have the following two data files: POKI_INCLUDE_ESCAPED(data/color-codes.csv)HERE POKI_INCLUDE_ESCAPED(data/color-names.csv)HERE

Joining on color the results are as expected: POKI_RUN_COMMAND{{mlr --csv join -j id -f data/color-codes.csv data/color-names.csv}}HERE

However, if we ask for left-unpaireds, since there’s no color column, we get a row not having the same column names as the other: POKI_RUN_COMMAND{{mlr --csv join --ul -j id -f data/color-codes.csv data/color-names.csv}}HERE

To fix this, we can use unsparsify: POKI_RUN_COMMAND{{mlr --csv join --ul -j id -f data/color-codes.csv then unsparsify --fill-with "" data/color-names.csv}}HERE

Thanks to @aborruso for the tip!

What about XML or JSON file formats?

Miller handles tabular data, which is a list of records each having fields which are key-value pairs. Miller also doesn’t require that each record have the same field names (see also here). Regardless, tabular data is a non-recursive data structure.

XML, JSON, etc. are, by contrast, all recursive or nested data structures. For example, in JSON you can represent a hash map whose values are lists of lists.

Now, you can put tabular data into these formats — since list-of-key-value-pairs is one of the things representable in XML or JSON. Example: 

# DKVP
x=1,y=2
z=3

# XML
<table>
  <record>
    <field>
      <key> x </key> <value> 1 </value>
    </field>
    <field>
      <key> y </key> <value> 2 </value>
    </field>
  </record>
    <field>
      <key> z </key> <value> 3 </value>
    </field>
  <record>
  </record>
</table>

# JSON
[{"x":1,"y":2},{"z":3}]

However, a tool like Miller which handles non-recursive data is never going to be able to handle full XML/JSON semantics — only a small subset. If tabular data represented in XML/JSON/etc are sufficiently well-structured, it may be easy to grep/sed out the data into a simpler text form — this is a general text-processing problem.

Miller does support tabular data represented in JSON: please see POKI_PUT_LINK_FOR_PAGE(file-formats.html)HERE. See also jq for a truly powerful, JSON-specific tool.

For XML, my suggestion is to use a tool like ff-extractor to do format conversion.

miller-5.6.2/doc/content-for-feature-comparison.html000066400000000000000000000070571354153536500225250ustar00rootroot00000000000000POKI_PUT_TOC_HERE

File-format awareness

Miller respects CSV headers. If you do mlr --csv cat *.csv then the header line is written once:
POKI_RUN_COMMAND{{cat data/a.csv}}HERE POKI_RUN_COMMAND{{cat data/b.csv}}HERE POKI_RUN_COMMAND{{mlr --csv cat data/a.csv data/b.csv}}HERE POKI_RUN_COMMAND{{mlr --csv sort -nr b data/a.csv data/b.csv}}HERE
Likewise with mlr sort, mlr tac, and so on.

awk-like features: mlr filter and mlr put

  • mlr filter includes/excludes records based on a filter expression, e.g. mlr filter '$count > 10'.
  • mlr put adds a new field as a function of others, e.g. mlr put '$xy = $x * $y' or mlr put '$counter = NR'.
  • The $name syntax is straight from awk’s $1 $2 $3 (adapted to name-based indexing), as are the variables FS, OFS, RS, ORS, NF, NR, and FILENAME. The ENV[...] syntax is from Ruby.
  • While awk functions are record-based, Miller subcommands (or verbs) are stream-based: each of them maps a stream of records into another stream of records.
  • Like awk, Miller (as of v5.0.0) allows you to define new functions within its put and filter expression language. Further programmability comes from chaining with then.
  • As with awk, $-variables are stream variables and all verbs (such as cut, stats1, put, etc.) as well as put/filter statements operate on streams. This means that you define actions to be done on each record and then stream your data through those actions. The built-in variables NF, NR, etc. change from one line to another, $x is a label for field x in the current record, and the input to sqrt($x) changes from one record to the next. The expression language for the put and filter verbs additionally allows you to define begin {...} and end {...} blocks for actions to be taken before and after records are processed, respectively.
  • As with awk, Miller’s put/filter language lets you set @sum=0 before records are read, then update that sum on each record, then print its value at the end. Unlike awk, Miller makes syntactically explicit the difference between variables with extent across all records (names starting with @, such as @sum) and variables which are local to the current expression (names starting without @, such as sum).
  • Miller can be faster than awk, cut, and so on, depending on platform; see also POKI_PUT_LINK_FOR_PAGE(performance.html)HERE). In particular, Miller’s DSL syntax is parsed into C control structures at startup time, with the bulk data-stream processing all done in C.

See also

See POKI_PUT_LINK_FOR_PAGE(reference.html)HERE for more on Miller’s subcommands cat, cut, head, sort, tac, tail, top, and uniq, as well as awk-like mlr filter and mlr put. miller-5.6.2/doc/content-for-file-formats.html000066400000000000000000000424711354153536500213110ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Overview

Miller handles name-indexed data using several formats: some you probably know by name, such as CSV, TSV, and JSON — and other formats you’re likely already seeing and using in your structured data. Additionally, Miller gives you the option of including comments within your data.

Examples

POKI_RUN_COMMAND{{mlr --usage-data-format-examples}}HERE

CSV/TSV/ASV/USV/etc.

When mlr is invoked with the --csv or --csvlite option, key names are found on the first record and values are taken from subsequent records. This includes the case of CSV-formatted files. See POKI_PUT_LINK_FOR_PAGE(record-heterogeneity.html)HERE for how Miller handles changes of field names within a single data stream.

Miller has record separator RS and field separator FS, just as awk does. For TSV, use --fs tab; to convert TSV to CSV, use --ifs tab --ofs comma, etc. (See also POKI_PUT_LINK_FOR_PAGE(reference.html#Record/field/pair_separators)HERE.)

TSV (tab-separated values): the following are synonymous pairs:

  • --tsv and --csv --fs tab
  • --itsv and --icsv --ifs tab
  • --otsv and --ocsv --ofs tab
  • --tsvlite and --csvlite --fs tab
  • --itsvlite and --icsvlite --ifs tab
  • --otsvlite and --ocsvlite --ofs tab

ASV (ASCII-separated values): the flags --asv, --iasv, --oasv, --asvlite, --iasvlite, and --oasvlite are analogous except they use ASCII FS and RS 0x1f and 0x1e, respectively.

USV (Unicode-separated values): likewise, the flags --usv, --iusv, --ousv, --usvlite, --iusvlite, and --ousvlite use Unicode FS and RS U+241F (UTF-8 0x0xe2909f) and U+241E (UTF-8 0xe2909e), respectively.

Miller’s --csv flag supports RFC-4180 CSV ( https://tools.ietf.org/html/rfc4180). This includes CRLF line-terminators by default, regardless of platform.

Here are the differences between CSV and CSV-lite:

  • CSV supports RFC-4180)-style double-quoting, including the ability to have commas and/or LF/CRLF line-endings contained within an input field; CSV-lite does not.
  • CSV does not allow heterogeneous data; CSV-lite does (see also here).
  • The CSV-lite input-reading code is fractionally more efficient than the CSV input-reader.

Here are things they have in common:

  • The ability to specify record/field separators other than the default, e.g. CR-LF vs. LF, or tab instead of comma for TSV, and so on.
  • The --implicit-csv-header flag for input and the --headerless-csv-output flag for output.

DKVP: Key-value pairs

Miller’s default file format is DKVP, for delimited key-value pairs. Example: POKI_RUN_COMMAND{{mlr cat data/small}}HERE Such data are easy to generate, e.g. in Ruby with POKI_CARDIFY(puts "host=#{hostname},seconds=#{t2-t1},message=#{msg}")HERE POKI_CARDIFY{{puts mymap.collect{|k,v| "#{k}=#{v}"}.join(',')}}HERE or print statements in various languages, e.g. POKI_CARDIFY(echo "type=3,user=$USER,date=$date\n";)HERE POKI_CARDIFY{{logger.log("type=3,user=$USER,date=$date\n");}}HERE

Fields lacking an IPS will have positional index (starting at 1) used as the key, as in NIDX format. For example, dish=7,egg=8,flint is parsed as "dish" => "7", "egg" => "8", "3" => "flint" and dish,egg,flint is parsed as "1" => "dish", "2" => "egg", "3" => "flint".

As discussed in POKI_PUT_LINK_FOR_PAGE(record-heterogeneity.html)HERE, Miller handles changes of field names within the same data stream. But using DKVP format this is particularly natural. One of my favorite use-cases for Miller is in application/server logs, where I log all sorts of lines such as 

resource=/path/to/file,loadsec=0.45,ok=true
record_count=100, resource=/path/to/file
resource=/some/other/path,loadsec=0.97,ok=false

etc. and I just log them as needed. Then later, I can use grep, mlr --opprint group-like, etc. to analyze my logs.

See POKI_PUT_LINK_FOR_PAGE(reference.html)HERE regarding how to specify separators other than the default equals-sign and comma.

NIDX: Index-numbered (toolkit style)

With --inidx --ifs ' ' --repifs, Miller splits lines on whitespace and assigns integer field names starting with 1. This recapitulates Unix-toolkit behavior.

Example with index-numbered output:
POKI_RUN_COMMAND{{cat data/small}}HERE POKI_RUN_COMMAND{{mlr --onidx --ofs ' ' cat data/small}}HERE

Example with index-numbered input:
POKI_RUN_COMMAND{{cat data/mydata.txt}}HERE POKI_RUN_COMMAND{{mlr --inidx --ifs ' ' --odkvp cat data/mydata.txt}}HERE

Example with index-numbered input and output:
POKI_RUN_COMMAND{{cat data/mydata.txt}}HERE POKI_RUN_COMMAND{{mlr --nidx --fs ' ' --repifs cut -f 2,3 data/mydata.txt}}HERE

Tabular JSON

JSON is a format which supports arbitrarily deep nesting of “objects” (hashmaps) and “arrays” (lists), while Miller is a tool for handling tabular data only. This means Miller cannot (and should not) handle arbitrary JSON. (Check out jq.)

But if you have tabular data represented in JSON then Miller can handle that for you.

Single-level JSON objects

An array of single-level objects is, quite simply, a table: POKI_RUN_COMMAND{{mlr --json head -n 2 then cut -f color,shape data/json-example-1.json}}HERE POKI_RUN_COMMAND{{mlr --json --jvstack head -n 2 then cut -f color,u,v data/json-example-1.json}}HERE POKI_RUN_COMMAND{{mlr --ijson --opprint stats1 -a mean,stddev,count -f u -g shape data/json-example-1.json}}HERE

Nested JSON objects

Additionally, Miller can tabularize nested objects by concatentating keys: POKI_RUN_COMMAND{{mlr --json --jvstack head -n 2 data/json-example-2.json}}HERE POKI_RUN_COMMAND{{mlr --ijson --opprint head -n 4 data/json-example-2.json}}HERE

Note in particular that as far as Miller’s put and filter, as well as other I/O formats, are concerned, these are simply field names with colons in them: POKI_RUN_COMMAND{{mlr --json --jvstack head -n 1 then put '${values:uv} = ${values:u} * ${values:v}' data/json-example-2.json}}HERE

Arrays

Arrays aren’t supported in Miller’s put/filter DSL. By default, JSON arrays are read in as integer-keyed maps.

Suppose you have arrays like this in our input data: POKI_RUN_COMMAND{{cat data/json-example-3.json}}HERE

Then integer indices (starting from 0 and counting up) are used as map keys: POKI_RUN_COMMAND{{mlr --ijson --oxtab cat data/json-example-3.json}}HERE

When the data are written back out as JSON, field names are re-expanded as above, but what were arrays on input are now maps on output: POKI_RUN_COMMAND{{mlr --json --jvstack cat data/json-example-3.json}}HERE

This is non-ideal, but it allows Miller (5.x release being latest as of this writing) to handle JSON arrays at all.

You might also use mlr --json-skip-arrays-on-input or mlr --json-fatal-arrays-on-input. To truly handle JSON, please use a JSON-processing tool such as jq.

Formatting JSON options

JSON isn’t a parameterized format, so RS, FS, PS aren’t specifiable. Nonetheless, you can do the following:

  • Use --jvstack to pretty-print JSON objects with multi-line (vertically stacked) spacing. By defaulty, each Miller record (JSON object) is one per line.
  • Use --jlistwrap to print the sequence of JSON objects wrapped in an outermost [ and ]. By default, these aren’t printed.
  • Use --jquoteall to double-quote all object values. By default, integers, floating-point numbers, and booleans true and false are not double-quoted when they appear as JSON-object keys.
  • Use --jflatsep yourstringhere to specify the string used for key concatenation: this defaults to a single colon.
  • Use --jofmt to force Miller to apply the global --ofmt to floating-point values. First note: please use sprintf-style codes for double precision, e.g. ending in %lf, %le, or %lg. Miller floats are double-precision so behavior using %f, %d, etc. is undefined. Second note: 0.123 is valid JSON; .123 is not. Thus this feature allows you to emit JSON which may be unparseable by other tools.

Again, please see jq for a truly powerful, JSON-specific tool.

JSON non-streaming

The JSON parser Miller uses does not return until all input is parsed: in particular this means that, unlike for other file formats, Miller does not (at present) handle JSON files in tail -f contexts.

PPRINT: Pretty-printed tabular

Miller’s pretty-print format is like CSV, but column-aligned. For example, compare
POKI_RUN_COMMAND{{mlr --ocsv cat data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint cat data/small}}HERE
Note that while Miller is a line-at-a-time processor and retains input lines in memory only where necessary (e.g. for sort), pretty-print output requires it to accumulate all input lines (so that it can compute maximum column widths) before producing any output. This has two consequences: (a) pretty-print output won’t work on tail -f contexts, where Miller will be waiting for an end-of-file marker which never arrives; (b) pretty-print output for large files is constrained by available machine memory.

See POKI_PUT_LINK_FOR_PAGE(record-heterogeneity.html)HERE for how Miller handles changes of field names within a single data stream.

For output only (this isn’t supported in the input-scanner as of 5.0.0) you can use --barred with pprint output format: POKI_RUN_COMMAND{{mlr --opprint --barred cat data/small}}HERE

XTAB: Vertical tabular

This is perhaps most useful for looking a very wide and/or multi-column data which causes line-wraps on the screen (but see also https://github.com/twosigma/ngrid for an entirely different, very powerful option). Namely:
POKI_INCLUDE_ESCAPED(data/system-file-opprint-example.txt)HERE
POKI_INCLUDE_ESCAPED(data/system-file-oxtab-example.txt)HERE
POKI_INCLUDE_ESCAPED(data/system-file-ojson-example.txt)HERE

Markdown tabular

Markdown format looks like this: POKI_RUN_COMMAND{{mlr --omd cat data/small}}HERE which renders like this when dropped into various web tools (e.g. github comments):

As of Miller 4.3.0, markdown format is supported only for output, not input.

Data-conversion keystroke-savers

While you can do format conversion using mlr --icsv --ojson cat myfile.csv, there are also keystroke-savers for this purpose, such as mlr --c2j cat myfile.csv. For a complete list: POKI_RUN_COMMAND{{mlr --usage-format-conversion-keystroke-saver-options}}HERE

Autodetect of line endings

Default line endings (--irs and --ors) are 'auto' which means autodetect from the input file format, as long as the input file(s) have lines ending in either LF (also known as linefeed, '\n', 0x0a, Unix-style) or CRLF (also known as carriage-return/linefeed pairs, '\r\n', 0x0d 0x0a, Windows style).

If both IRS and ORS are auto (which is the default) then LF input will lead to LF output and CRLF input will lead to CRLF output, regardless of the platform you’re running on.

The line-ending autodetector triggers on the first line ending detected in the input stream. E.g. if you specify a CRLF-terminated file on the command line followed by an LF-terminated file then autodetected line endings will be CRLF.

If you use --ors {something else} with (default or explicitly specified) --irs auto then line endings are autodetected on input and set to what you specify on output.

If you use --irs {something else} with (default or explicitly specified) --ors auto then the output line endings used are LF on Unix/Linux/BSD/MacOSX, and CRLF on Windows.

See also POKI_PUT_LINK_FOR_PAGE(reference.html#Record/field/pair_separators)HERE for more information about record/field/pair separators.

Comments in data

You can include comments within your data files, and either have them ignored, or passed directly through to the standard output as soon as they are encountered: POKI_RUN_COMMAND{{mlr --usage-comments-in-data}}HERE

Examples: POKI_RUN_COMMAND{{cat data/budget.csv}}HERE POKI_RUN_COMMAND{{mlr --skip-comments --icsv --opprint sort -nr quantity data/budget.csv}}HERE POKI_RUN_COMMAND{{mlr --pass-comments --icsv --opprint sort -nr quantity data/budget.csv}}HERE

miller-5.6.2/doc/content-for-index.html000066400000000000000000000136141354153536500200250ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Miller is like awk, sed, cut, join, and sort for name-indexed data such as CSV, TSV, and tabular JSON. You get to work with your data using named fields, without needing to count positional column indices.

This is something the Unix toolkit always could have done, and arguably always should have done. It operates on key-value-pair data while the familiar Unix tools operate on integer-indexed fields: if the natural data structure for the latter is the array, then Miller’s natural data structure is the insertion-ordered hash map. This encompasses a variety of data formats, including but not limited to the familiar CSV, TSV, and JSON. (Miller can handle positionally-indexed data as a special case.)

Features:

  • Miller is multi-purpose: it’s useful for data cleaning, data reduction, statistical reporting, devops, system administration, log-file processing, format conversion, and database-query post-processing.
  • You can use Miller to snarf and munge log-file data, including selecting out relevant substreams, then produce CSV format and load that into all-in-memory/data-frame utilities for further statistical and/or graphical processing.
  • Miller complements data-analysis tools such as R, pandas, etc.: you can use Miller to clean and prepare your data. While you can do basic statistics entirely in Miller, its streaming-data feature and single-pass algorithms enable you to reduce very large data sets.
  • Miller complements SQL databases: you can slice, dice, and reformat data on the client side on its way into or out of a database. (Examples here and here). You can also reap some of the benefits of databases for quick, setup-free one-off tasks when you just need to query some data in disk files in a hurry.
  • Miller also goes beyond the classic Unix tools by stepping fully into our modern, no-SQL world: its essential record-heterogeneity property allows Miller to operate on data where records with different schema (field names) are interleaved.
  • Miller is streaming: most operations need only a single record in memory at a time, rather than ingesting all input before producing any output. For those operations which require deeper retention (sort, tac, stats1), Miller retains only as much data as needed. This means that whenever functionally possible, you can operate on files which are larger than your system’s available RAM, and you can use Miller in tail -f contexts.
  • Miller is pipe-friendly and interoperates with the Unix toolkit
  • Miller’s I/O formats include tabular pretty-printing, positionally indexed (Unix-toolkit style), CSV, JSON, and others
  • Miller does conversion between formats
  • Miller’s processing is format-aware: e.g. CSV sort and tac keep header lines first
  • Miller has high-throughput performance on par with the Unix toolkit
  • Not unlike jq (for JSON), Miller is written in portable, modern C, with zero runtime dependencies. You can download or compile a single binary, scp it to a faraway machine, and expect it to work.

Releases and release notes: https://github.com/johnkerl/miller/releases.

Examples: 

# Column select
% mlr --csv cut -f hostname,uptime mydata.csv

# Add new columns as function of other columns
% mlr --nidx put '$sum = $7 < 0.0 ? 3.5 : $7 + 2.1*$8' *.dat

# Row filter
% mlr --csv filter '$status != "down" && $upsec >= 10000' *.csv

# Apply column labels and pretty-print
% grep -v '^#' /etc/group | mlr --ifs : --nidx --opprint label group,pass,gid,member then sort -f group

# Join multiple data sources on key columns
% mlr join -j account_id -f accounts.dat then group-by account_name balances.dat

# Multiple formats including JSON
% mlr --json put '$attr = sub($attr, "([0-9]+)_([0-9]+)_.*", "\1:\2")' data/*.json

# Aggregate per-column statistics
% mlr stats1 -a min,mean,max,p10,p50,p90 -f flag,u,v data/*

# Linear regression
% mlr stats2 -a linreg-pca -f u,v -g shape data/*

# Aggregate custom per-column statistics
% mlr put -q '@sum[$a][$b] += $x; end {emit @sum, "a", "b"}' data/*

# Iterate over data using DSL expressions
% mlr --from estimates.tbl put '
  for (k,v in $*) {
    if (is_numeric(v) && k =~ "^[t-z].*$") {
      $sum += v; $count += 1
    }
  }
  $mean = $sum / $count # no assignment if count unset
'

# Run DSL expressions from a script file
% mlr --from infile.dat put -f analyze.mlr

# Split/reduce output to multiple filenames
% mlr --from infile.dat put 'tee > "./taps/data-".$a."-".$b, $*'

# Compressed I/O
% mlr --from infile.dat put 'tee | "gzip > ./taps/data-".$a."-".$b.".gz", $*'

# Interoperate with other data-processing tools using standard pipes
% mlr --from infile.dat put -q '@v=$*; dump | "jq .[]"'

# Tap/trace
% mlr --from infile.dat put  '(NR % 1000 == 0) { print > stderr, "Checkpoint ".NR}'
miller-5.6.2/doc/content-for-internationalization.html000066400000000000000000000024271354153536500231630ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Miller handles strings with any characters other than 0x00 or 0xff, using explicit UTF-8-friendly string-length computations. (I have no plans to support UTF-16 or ISO-8859-1.)

By and large, Miller treats strings as sequences of non-null bytes without need to interpret them semantically. Intentional support for internationalization includes:

Meanwhile, regular expressions and the sub and gsub function correctly, albeit without explicit intentional support.

Please file an issue at https://github.com/johnkerl/miller if you encounter bugs related to internationalization (or anything else for that matter). miller-5.6.2/doc/content-for-manpage.html000066400000000000000000000003031354153536500203150ustar00rootroot00000000000000POKI_PUT_TOC_HERE

This is simply a copy of what you should see on running man mlr at a command prompt, once Miller is installed on your system. POKI_INCLUDE_ESCAPED(manpage.txt)HERE miller-5.6.2/doc/content-for-originality.html000066400000000000000000000142641354153536500212520ustar00rootroot00000000000000POKI_PUT_TOC_HERE

It isn’t. Miller is one of many, many participants in the online-analytical-processing culture. Other key participants include awk, SQL, spreadsheets, etc. etc. etc. Far from being an original concept, Miller explicitly strives to imitate several existing tools:

Unix toolkit: Intentional similarities as described in POKI_PUT_LINK_FOR_PAGE(feature-comparison.html)HERE.

Recipes abound for command-line data analysis using the Unix toolkit. Here are just a couple of my favorites:

RecordStream: Miller owes particular inspiration to RecordStream. The key difference is that RecordStream is a Perl-based tool for manipulating JSON (including requiring it to separately manipulate other formats such as CSV into and out of JSON), while Miller is fast C which handles its formats natively. The similarities include the sort, stats1 (analog of RecordStream’s collate), and delta operations, as well as filter and put, and pretty-print formatting.

stats_m: A third source of lineage is my Python stats_m module. This includes simple single-pass algorithms which form Miller’s stats1 and stats2 subcommands.

SQL: Fourthly, Miller’s group-by command name is from SQL, as is the term aggregate.

Added value: Miller’s added values include:

  • Name-indexing, compared to the Unix toolkit’s positional indexing.
  • Raw speed, compared to awk, RecordStream, stats_m, or various other kinds of Python/Ruby/etc. scripts one can easily create.
  • Compact keystroking for many common tasks, with a decent amount of flexibility.
  • Ability to handle text files on the Unix pipe, without need for creating database tables, compared to SQL databases.
  • Various file formats, and on-the-fly format conversion.

jq: Miller does for name-indexed text what jq does for JSON. If you’re not already familiar with jq, please check it out!.

What about similar tools? Here’s a comprehensive list: https://github.com/dbohdan/structured-text-tools. It doesn’t mention rows so here’s a plug for that as well. As it turns out, I learned about most of these after writing Miller.

What about DOTADIW? One of the key points of the Unix philosophy is that a tool should do one thing and do it well. Hence sort and cut do just one thing. Why does Miller put awk-like processing, a few SQL-like operations, and statistical reduction all into one tool (see also POKI_PUT_LINK_FOR_PAGE(reference.html)HERE)? This is a fair question. First note that many standard tools, such as awk and perl, do quite a few things — as does jq. But I could have pushed for putting format awareness and name-indexing options into cut, awk, and so on (so you could do cut -f hostname,uptime or awk '{sum += $x*$y}END{print sum}'). Patching cut, sort, etc. on multiple operating systems is a non-starter in terms of uptake. Moreover, it makes sense for me to have Miller be a tool which collects together format-aware record-stream processing into one place, with good reuse of Miller-internal library code for its various features.

Why not use Perl/Python/Ruby etc.? Maybe you should. With those tools you’ll get far more expressive power, and sufficiently quick turnaround time for small-to-medium-sized data. Using Miller you’ll get something less than a complete programming language, but which is fast, with moderate amounts of flexibility and much less keystroking.

When I was first developing Miller I made a survey of several languages. Using low-level implementation languages like C, Go, Rust, and Nim, I’d need to create my own domain-specific language (DSL) which would always be less featured than a full programming language, but I’d get better performance. Using high-level interpreted languages such as Perl/Python/Ruby I’d get the language’s eval for free and I wouldn’t need a DSL; Miller would have mainly been a set of format-specific I/O hooks. If I’d gotten good enough performance from the latter I’d have done it without question and Miller would be far more flexible. But C won the performance criteria by a landslide so we have Miller in C with a custom DSL.

No, really, why one more command-line data-manipulation tool? I wrote Miller because I was frustrated with tools like grep, sed, and so on being line-aware without being format-aware. The single most poignant example I can think of is seeing people grep data lines out of their CSV files and sadly losing their header lines. While some lighter-than-SQL processing is very nice to have, at core I wanted the format-awareness of RecordStream combined with the raw speed of the Unix toolkit. Miller does precisely that. miller-5.6.2/doc/content-for-performance.html000066400000000000000000000045771354153536500212270ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Disclaimer

In a previous version of this page (see here) I compared Miller to some items in the Unix toolkit in terms of run time. But such comparisons are very much not apples-to-apples:
  • Miller’s principal strength is that it handles key-value data in various formats while the system tools do not. So if you time mlr sort on a CSV file against system sort, it's not relevant to say which is faster by how many percent — Miller will respect the header line, leaving it in place, while the system sort will move it, sorting it along with all the other header lines. This would be comparing the run times of two programs produce different outputs. Likewise, awk doesn’t respect header lines, although you can code up some CSV-handling using if (NR==1) { ... } else { ... }. And that’s just CSV: I don’t know any simple way to get sort, awk, etc. to handle DKVP, JSON, etc. — which is the main rreason I wrote Miller.
  • Implementations differ by platform: one awk may be fundamentally faster than another, and mawk has a very efficient bytecode implementation — which handles positionally indexed data far faster than Miller does.
  • The system sort command will, on some systems, handle too-large-for-RAM datasets by spilling to disk; Miller (as of version 5.2.0, mid-2017) does not. Miller sorts are always stable; GNU supports stable and unstable variants.
  • Etc.

Summary

Miller can do many kinds of processing on key-value-pair data using elapsed time roughly of the same order of magnitude as items in the Unix toolkit can handle positionally indexed data. Specific results vary widely by platform, implementation details, multi-core use (or not). Lastly, specific special-purpose non-record-aware processing will run far faster in grep, sed, etc. miller-5.6.2/doc/content-for-record-heterogeneity.html000066400000000000000000000053531354153536500230460ustar00rootroot00000000000000POKI_PUT_TOC_HERE We think of CSV tables as rectangular: if there are 17 columns in the header then there are 17 columns for every row, else the data have a formatting error.

But heterogeneous data abound (today’s no-SQL databases for example). Miller handles this.

For I/O

CSV and pretty-print

Miller simply prints a newline and a new header when there is a schema change. When there is no schema change, you get CSV per se as a special case. Likewise, Miller reads heterogeneous CSV or pretty-print input the same way. The difference between CSV and CSV-lite is that the former is RFC4180-compliant, while the latter readily handles heterogeneous data (which is non-compliant). For example:
POKI_RUN_COMMAND{{cat data/het.dkvp}}HERE POKI_RUN_COMMAND{{mlr --ocsvlite cat data/het.dkvp}}HERE POKI_RUN_COMMAND{{mlr --opprint cat data/het.dkvp}}HERE

Miller handles explicit header changes as just shown. If your CSV input contains ragged data — if there are implicit header changes — you can use --allow-ragged-csv-input (or keystroke-saver --ragged). For too-short data lines, values are filled with empty string; for too-long data lines, missing field names are replaced with positional indices (counting up from 1, not 0), as follows:
POKI_RUN_COMMAND{{cat data/ragged.csv}}HERE POKI_RUN_COMMAND{{mlr --icsv --oxtab --allow-ragged-csv-input cat data/ragged.csv}}HERE

You may also find Miller’s group-like feature handy (see also POKI_PUT_LINK_FOR_PAGE(reference.html)HERE):
POKI_RUN_COMMAND{{mlr --ocsvlite group-like data/het.dkvp}}HERE POKI_RUN_COMMAND{{mlr --opprint group-like data/het.dkvp}}HERE

Key-value-pair, vertical-tabular, and index-numbered formats

For these formats, record-heterogeneity comes naturally:
POKI_RUN_COMMAND{{cat data/het.dkvp}}HERE POKI_RUN_COMMAND{{mlr --onidx --ofs ' ' cat data/het.dkvp}}HERE
POKI_RUN_COMMAND{{mlr --oxtab cat data/het.dkvp}}HERE POKI_RUN_COMMAND{{mlr --oxtab group-like data/het.dkvp}}HERE

For processing

Miller operates on specified fields and takes the rest along: for example, if you are sorting on the count field then all records in the input stream must have a count field but the other fields can vary, and moreover the sorted-on field name(s) don’t need to be in the same position on each line:
POKI_RUN_COMMAND{{cat data/sort-het.dkvp}}HERE POKI_RUN_COMMAND{{mlr sort -n count data/sort-het.dkvp}}HERE
miller-5.6.2/doc/content-for-reference-dsl.html000066400000000000000000002065741354153536500214450ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Overview

Here’s comparison of verbs and put/filter DSL expressions:
Example: POKI_RUN_COMMAND{{mlr stats1 -a sum -f x -g a data/small}}HERE

  • Verbs are coded in C
  • They run a bit faster
  • They take fewer keystrokes
  • There is less to learn
  • Their customization is limited to each verb’s options
Example: POKI_RUN_COMMAND{{mlr put -q '@x_sum[$a] += $x; end{emit @x_sum, "a"}' data/small}}HERE
  • You get to write your own DSL expressions
  • They run a bit slower
  • They take more keystrokes
  • There is more to learn
  • They are highly customizable

Please see here for information on verbs other than put and filter.

The essential usages of mlr filter and mlr put are for record-selection and record-updating expressions, respectively. For example, given the following input data: POKI_RUN_COMMAND{{cat data/small}}HERE

you might retain only the records whose a field has value eks: POKI_RUN_COMMAND{{mlr filter '$a == "eks"' data/small}}HERE

or you might add a new field which is a function of existing fields: POKI_RUN_COMMAND{{mlr put '$ab = $a . "_" . $b ' data/small}}HERE

The two verbs mlr filter and mlr put are essentially the same. The only differences are:

  • Expressions sent to mlr filter must end with a boolean expression, which is the filtering criterion;
  • mlr filter expressions may not reference the filter keyword within them; and
  • mlr filter expressions may not use tee, emit, emitp, or emitf.

All the rest is the same: in particular, you can define and invoke functions and subroutines to help produce the final boolean statement, and record fields may be assigned to in the statements preceding the final boolean statement.

There are more details and more choices, of course, as detailed in the following sections.

Syntax

Expression formatting

Multiple expressions may be given, separated by semicolons, and each may refer to the ones before: POKI_RUN_COMMAND{{ruby -e '10.times{|i|puts "i=#{i}"}' | mlr --opprint put '$j = $i + 1; $k = $i +$j'}}HERE Newlines within the expression are ignored, which can help increase legibility of complex expressions: POKI_INCLUDE_AND_RUN_ESCAPED(data/put-multiline-example.txt)HERE POKI_RUN_COMMAND{{mlr --opprint filter '($x > 0.5 && $y < 0.5) || ($x < 0.5 && $y > 0.5)' then stats2 -a corr -f x,y data/medium}}HERE

Expressions from files

The simplest way to enter expressions for put and filter is between single quotes on the command line, e.g. POKI_INCLUDE_AND_RUN_ESCAPED(data/fe-example-1.sh)HERE POKI_INCLUDE_AND_RUN_ESCAPED(data/fe-example-2.sh)HERE

You may, though, find it convenient to put expressions into files for reuse, and read them using the -f option. For example: POKI_RUN_COMMAND{{cat data/fe-example-3.mlr}}HERE POKI_RUN_COMMAND{{mlr --from data/small put -f data/fe-example-3.mlr}}HERE

If you have some of the logic in a file and you want to write the rest on the command line, you can use the -f and -e options together: POKI_RUN_COMMAND{{cat data/fe-example-4.mlr}}HERE POKI_RUN_COMMAND{{mlr --from data/small put -f data/fe-example-4.mlr -e '$xy = f($x, $y)'}}HERE

A suggested use-case here is defining functions in files, and calling them from command-line expressions.

Another suggested use-case is putting default parameter values in files, e.g. using begin{@count=is_present(@count)?@count:10} in the file, where you can precede that using begin{@count=40} using -e.

Moreover, you can have one or more -f expressions (maybe one function per file, for example) and one or more -e expressions on the command line. If you mix -f and -e then the expressions are evaluated in the order encountered. (Since the expressions are all simply concatenated together in order, don’t forget intervening semicolons: e.g. not mlr put -e '$x=1' -e '$y=2 ...' but rather mlr put -e '$x=1;' -e '$y=2' ....)

Semicolons, commas, newlines, and curly braces

Miller uses semicolons as statement separators, not statement terminators. This means you can write: POKI_INCLUDE_ESCAPED(data/semicolon-example.txt)HERE

Semicolons are optional after closing curly braces (which close conditionals and loops as discussed below). POKI_RUN_COMMAND{{echo x=1,y=2 | mlr put 'while (NF < 10) { $[NF+1] = ""} $foo = "bar"'}}HERE POKI_RUN_COMMAND{{echo x=1,y=2 | mlr put 'while (NF < 10) { $[NF+1] = ""}; $foo = "bar"'}}HERE

Semicolons are required between statements even if those statements are on separate lines. Newlines are for your convenience but have no syntactic meaning: line endings do not terminate statements. For example, adjacent assignment statements must be separated by semicolons even if those statements are on separate lines: POKI_INCLUDE_ESCAPED(data/newline-example.txt)HERE

Trailing commas are allowed in function/subroutine definitions, function/subroutine callsites, and map literals. This is intended for (although not restricted to) the multi-line case: POKI_INCLUDE_AND_RUN_ESCAPED(data/trailing-commas.sh)HERE

Bodies for all compound statements must be enclosed in curly braces, even if the body is a single statement: POKI_CARDIFY{{mlr put 'if ($x == 1) $y = 2' # Syntax error}}HERE POKI_CARDIFY{{mlr put 'if ($x == 1) { $y = 2 }' # This is OK}}HERE

Bodies for compound statements may be empty: POKI_CARDIFY{{mlr put 'if ($x == 1) { }' # This no-op is syntactically acceptable}}HERE

Variables

Miller has the following kinds of variables:

Built-in variables such as NF, NF, FILENAME, M_PI, and M_E. These are all capital letters and are read-only (although some of them change value from one record to another).

Fields of stream records, accessed using the $ prefix. These refer to fields of the current data-stream record. For example, in echo x=1,y=2 | mlr put '$z = $x + $y', $x and $y refer to input fields, and $z refers to a new, computed output field. In a few contexts, presented below, you can refer to the entire record as $*.

Out-of-stream variables accessed using the @ prefix. These refer to data which persist from one record to the next, including in begin and end blocks (which execute before/after the record stream is consumed, respectively). You use them to remember values across records, such as sums, differences, counters, and so on. In a few contexts, presented below, you can refer to the entire out-of-stream-variables collection as @*.

Local variables are limited in scope and extent to the current statements being executed: these include function arguments, bound variables in for loops, and explicitly declared local variables.

Keywords are not variables, but since their names are reserved, you cannot use these names for local variables.

Built-in variables

These are written all in capital letters, such as NR, NF, FILENAME, and only a small, specific set of them is defined by Miller.

Namely, Miller supports the following five built-in variables for filter and put, all awk-inspired: NF, NR, FNR, FILENUM, and FILENAME, as well as the mathematical constants M_PI and M_E. Lastly, the ENV hashmap allows read access to environment variables, e.g. ENV["HOME"] or ENV["foo_".$hostname]. POKI_RUN_COMMAND{{mlr filter 'FNR == 2' data/small*}}HERE POKI_RUN_COMMAND{{mlr put '$fnr = FNR' data/small*}}HERE

Their values of NF, NR, FNR, FILENUM, and FILENAME change from one record to the next as Miller scans through your input data stream. The mathematical constants, of course, do not change; ENV is populated from the system environment variables at the time Miller starts and is read-only for the remainder of program execution.

Their scope is global: you can refer to them in any filter or put statement. Their values are assigned by the input-record reader: POKI_RUN_COMMAND{{mlr --csv put '$nr = NR' data/a.csv}}HERE POKI_RUN_COMMAND{{mlr --csv repeat -n 3 then put '$nr = NR' data/a.csv}}HERE

The extent is for the duration of the put/filter: in a begin statement (which executes before the first input record is consumed) you will find NR=1 and in an end statement (which is executed after the last input record is consumed) you will find NR to be the total number of records ingested.

These are all read-only for the mlr put and mlr filter DSLs: they may be assigned from, e.g. $nr=NR, but they may not be assigned to: NR=100 is a syntax error.

Field names

Names of fields within stream records must be specified using a $ in filter and put expressions, even though the dollar signs don’t appear in the data stream itself. For integer-indexed data, this looks like awk’s $1,$2,$3, except that Miller allows non-numeric names such as $quantity or $hostname. Likewise, enclose string literals in double quotes in filter expressions even though they don’t appear in file data. In particular, mlr filter '$x=="abc"' passes through the record x=abc.

If field names have special characters such as . then you can use braces, e.g. '${field.name}'.

You may also use a computed field name in square brackets, e.g. POKI_RUN_COMMAND{{echo a=3,b=4 | mlr filter '$["x"] < 0.5'}}HERE POKI_RUN_COMMAND{{echo s=green,t=blue,a=3,b=4 | mlr put '$[$s."_".$t] = $a * $b'}}HERE Notes:

The names of record fields depend on the contents of your input data stream, and their values change from one record to the next as Miller scans through your input data stream.

Their extent is limited to the current record; their scope is the filter or put command in which they appear.

These are read-write: you can do $y=2*$x, $x=$x+1, etc.

Records are Miller’s output: field names present in the input stream are passed through to output (written to standard output) unless fields are removed with cut, or records are excluded with filter or put -q, etc. Simply assign a value to a field and it will be output.

Positional field names

Even though Miller’s main selling point is name-indexing, sometimes you really want to refer to a field name by its positional index (starting from 1).

Use $[[3]] to access the name of field 3. More generally, any expression evaluating to an integer can go between $[[ and ]]. Then using a computed field name, $[ $[[3]] ] is the value in the third field. This has the shorter equivalent notation $[[[3]]]. POKI_RUN_COMMAND{{mlr cat data/small}}HERE POKI_RUN_COMMAND{{mlr put '$[[3]] = "NEW"' data/small}}HERE POKI_RUN_COMMAND{{mlr put '$[[[3]]] = "NEW"' data/small}}HERE POKI_RUN_COMMAND{{mlr put '$NEW = $[[NR]]' data/small}}HERE POKI_RUN_COMMAND{{mlr put '$NEW = $[[[NR]]]' data/small}}HERE POKI_RUN_COMMAND{{mlr put '$[[[NR]]] = "NEW"' data/small}}HERE Right-hand side accesses to non-existent fields — i.e. with index less than 1 or greater than NF -- return an absent value. Likewise, left-hand side accesses only refer to fields which already exist. For example, if a field has 5 records then assigning the name or value of the 6th (or 600th) field results in a no-op. POKI_RUN_COMMAND{{mlr put '$[[6]] = "NEW"' data/small}}HERE POKI_RUN_COMMAND{{mlr put '$[[[6]]] = "NEW"' data/small}}HERE

Out-of-stream variables

These are prefixed with an at-sign, e.g. @sum. Furthermore, unlike built-in variables and stream-record fields, they are maintained in an arbitrarily nested hashmap: you can do @sum += $quanity, or @sum[$color] += $quanity, or @sum[$color][$shape] += $quanity. The keys for the multi-level hashmap can be any expression which evaluates to string or integer: e.g. @sum[NR] = $a + $b, @sum[$a."-".$b] = $x, etc.

Their names and their values are entirely under your control; they change only when you assign to them.

Just as for field names in stream records, if you want to define out-of-stream variables with special characters such as . then you can use braces, e.g. '@{variable.name}["index"]'.

You may use a computed key in square brackets, e.g. POKI_RUN_COMMAND{{echo s=green,t=blue,a=3,b=4 | mlr put -q '@[$s."_".$t] = $a * $b; emit all'}}HERE

Out-of-stream variables are scoped to the put command in which they appear. In particular, if you have two or more put commands separated by then, each put will have its own set of out-of-stream variables: POKI_RUN_COMMAND{{cat data/a.dkvp}}HERE POKI_RUN_COMMAND{{mlr put '@sum += $a; end {emit @sum}' then put 'is_present($a) {$a=10*$a; @sum += $a}; end {emit @sum}' data/a.dkvp}}HERE

Out-of-stream variables’ extent is from the start to the end of the record stream, i.e. every time the put or filter statement referring to them is executed.

Out-of-stream variables are read-write: you can do $sum=@sum, @sum=$sum, etc.

Indexed out-of-stream variables

Using an index on the @count and @sum variables, we get the benefit of the -g (group-by) option which mlr stats1 and various other Miller commands have: POKI_INCLUDE_AND_RUN_ESCAPED(data/begin-end-example-6.sh)HERE POKI_INCLUDE_AND_RUN_ESCAPED(data/begin-end-example-7.sh)HERE

Indices can be arbitrarily deep — here there are two or more of them: POKI_INCLUDE_AND_RUN_ESCAPED(data/begin-end-example-6a.sh)HERE The idea is that stats1, and other Miller verbs, encapsulate frequently-used patterns with a minimum of keystroking (and run a little faster), whereas using out-of-stream variables you have more flexibility and control in what you do.

Begin/end blocks can be mixed with pattern/action blocks. For example: POKI_INCLUDE_AND_RUN_ESCAPED(data/begin-end-example-8.sh)HERE

Local variables

Local variables are similar to out-of-stream variables, except that their extent is limited to the expressions in which they appear (and their basenames can’t be computed using square brackets). There are three kinds of local variables: arguments to functions/subroutines, variables bound within for-loops, and locals defined within control blocks. They may be untyped using var, or typed using num, int, float, str, bool, and map.

For example: POKI_INCLUDE_AND_RUN_ESCAPED(data/local-example-1.sh)HERE

Things which are completely unsurprising, resembling many other languages:

  • Parameter names are bound to their arguments but can be reassigned, e.g. if there is a parameter named a then you can reassign the value of a to be something else within the function if you like.
  • However, you cannot redeclare the type of an argument or a local: var a=1; var a=2 is an error but var a=1; a=2 is OK.
  • All argument-passing is positional rather than by name; arguments are passed by value, not by reference. (This is also true for map-valued variables: they are not, and cannot be, passed by reference)
  • You can define locals (using var, num, etc.) at any scope (if-statements, else-statements, while-loops, for-loops, or the top-level scope), and nested scopes will have access (more details on scope in the next section). If you define a local variable with the same name inside an inner scope, then a new variable is created with the narrower scope.
  • If you assign to a local variable for the first time in a scope without declaring it as var, num, etc. then: if it exists in an outer scope, that outer-scope variable will be updated; if not, it will be defined in the current scope as if var had been used. (See also here for an example.) I recommend always declaring variables explicitly to make the intended scoping clear.
  • Functions and subroutines never have access to locals from their callee (unless passed by value as arguments).

Things which are perhaps surprising compared to other languages:

  • Type declarations using var, or typed using num, int, float, str, and bool are necessary to declare local variables. Function arguments and variables bound in for-loops over stream records and out-of-stream variables are implicitly declared using var. (Some examples are shown below.)
  • Type-checking is done at assignment time. For example, float f = 0 is an error (since 0 is an integer), as is float f = 0.0; f = 1. For this reason I prefer to use num over float in most contexts since num encompasses integer and floating-point values. More information about type-checking is here.
  • Bound variables in for-loops over stream records and out-of-stream variables are implicitly local to that block. E.g. in for (k, v in $*) { ... } for ((k1, k2), v in @*) { ... } if there are k, v, etc. in the enclosing scope then those will be masked by the loop-local bound variables in the loop, and moreover the values of the loop-local bound variables are not available after the end of the loop.
  • For C-style triple-for loops, if a for-loop variable is defined using var, int, etc. then it is scoped to that for-loop. E.g. for (i = 0; i < 10; i += 1) { ... } and for (int i = 0; i < 10; i += 1) { ... }. (This is unsurprising.). If there is no typedecl and an outer-scope variable of that name exists, then it is used. (This is also unsurprising.) But of there is no outer-scope variable of that name then the variable is scoped to the for-loop only.

The following example demonstrates the scope rules: POKI_RUN_COMMAND{{cat data/scope-example.mlr}}HERE POKI_RUN_COMMAND{{cat data/scope-example.dat}}HERE POKI_RUN_COMMAND{{mlr --oxtab --from data/scope-example.dat put -f data/scope-example.mlr}}HERE

And this example demonstrates the type-declaration rules: POKI_RUN_COMMAND{{cat data/type-decl-example.mlr}}HERE

Map literals

Miller’s put/filter DSL has four kinds of hashmaps. Stream records are (single-level) maps from name to value. Out-of-stream variables and local variables can also be maps, although they can be multi-level hashmaps (e.g. @sum[$x][$y]). The fourth kind is map literals. These cannot be on the left-hand side of assignment expressions. Syntactically they look like JSON, although Miller allows string and integer keys in its map literals while JSON allows only string keys (e.g. "3" rather than 3).

For example, the following swaps the input stream’s a and i fields, modifies y, and drops the rest: POKI_INCLUDE_AND_RUN_ESCAPED(data/map-literal-example-1.sh)HERE

Likewise, you can assign map literals to out-of-stream variables or local variables; pass them as arguments to user-defined functions, return them from functions, and so on: POKI_INCLUDE_AND_RUN_ESCAPED(data/map-literal-example-2.sh)HERE

Like out-of-stream and local variables, map literals can be multi-level: POKI_INCLUDE_AND_RUN_ESCAPED(data/map-literal-example-3.sh)HERE

By default, map-valued expressions are dumped using JSON formatting. If you use dump to print a hashmap with integer keys and you don’t want them double-quoted (JSON-style) then you can use mlr put --jknquoteint. See also mlr put --help.

Type-checking

Miller’s put/filter DSLs support two optional kinds of type-checking. One is inline type-tests and type-assertions within expressions. The other is type declarations for assignments to local variables, binding of arguments to user-defined functions, and return values from user-defined functions, These are discussed in the following subsections.

Use of type-checking is entirely up to you: omit it if you want flexibility with heterogeneous data; use it if you want to help catch misspellings in your DSL code or unexpected irregularities in your input data.

Type-test and type-assertion expressions

The following is... functions take a value and return a boolean indicating whether the argument is of the indicated type. The assert_... functions return their argument if it is of the specified type, and cause a fatal error otherwise:
POKI_RUN_COMMAND{{mlr -F | grep ^is}}HERE POKI_RUN_COMMAND{{mlr -F | grep ^assert}}HERE

Please see the POKI_PUT_LINK_FOR_PAGE(cookbook.html#Data-cleaning_examples)HERE for examples of how to use these.

Type-declarations for local variables, function parameter, and function return values

Local variables can be defined either untyped as in x = 1, or typed as in int x = 1. Types include var (explicitly untyped), int, float, num (int or float), str, bool, and map. These optional type declarations are enforced at the time values are assigned to variables: whether at the initial value assignment as in int x = 1 or in any subsequent assignments to the same variable farther down in the scope.

The reason for num is that int and float typedecls are very precise: 

  float a = 0;   # Runtime error since 0 is int not float
  int   b = 1.0; # Runtime error since 1.0 is float not int
  num   c = 0;   # OK
  num   d = 1.0; # OK

A suggestion is to use num for general use when you want numeric content, and use int when you genuinely want integer-only values, e.g. in loop indices or map keys (since Miller map keys can only be strings or ints).

The var type declaration indicates no type restrictions, e.g. var x = 1 has the same type restrictions on x as x = 1. The difference is in intentional shadowing: if you have x = 1 in outer scope and x = 2 in inner scope (e.g. within a for-loop or an if-statement) then outer-scope x has value 2 after the second assignment. But if you have var x = 2 in the inner scope, then you are declaring a variable scoped to the inner block.) For example: 

  x = 1;
  if (NR == 4) {
    x = 2; # Refers to outer-scope x: value changes from 1 to 2.
  }
  print x; # Value of x is now two

  x = 1;
  if (NR == 4) {
    var x = 2; # Defines a new inner-scope x with value 2
  }
  print x;     # Value of this x is still 1

Likewise function arguments can optionally be typed, with type enforced when the function is called: 

  func f(map m, int i) {
    ...
  }
  $a = f({1:2, 3:4}, 5);     # OK
  $b = f({1:2, 3:4}, "abc"); # Runtime error
  $c = f({1:2, 3:4}, $x);    # Runtime error for records with non-integer field named x
  if (NR == 4) {
    var x = 2; # Defines a new inner-scope x with value 2
  }
  print x;     # Value of this x is still 1

Thirdly, function return values can be type-checked at the point of return using : and a typedecl after the parameter list: 

  func f(map m, int i): bool {
    ...
    ...
    if (...) {
      return "false"; # Runtime error if this branch is taken
    }
    ...
    ...
    if (...) {
      return retval; # Runtime error if this function doesn't have an in-scope
                     # boolean-valued variable named retval
    }
    ...
    ...
    # In Miller if your functions don't explicitly return a value, they return absent-null.
    # So it would also be a runtime error on reaching the end of this function without
    # an explicit return statement.
  }

Null data: empty and absent

Please see here.

Aggregate variable assignments

There are three remaining kinds of variable assignment using out-of-stream variables, the last two of which use the $* syntax:

  • Recursive copy of out-of-stream variables
  • Out-of-stream variable assigned to full stream record
  • Full stream record assigned to an out-of-stream variable

Example recursive copy of out-of-stream variables: POKI_RUN_COMMAND{{mlr --opprint put -q '@v["sum"] += $x; @v["count"] += 1; end{dump; @w = @v; dump}' data/small}}HERE

Example of out-of-stream variable assigned to full stream record, where the 2nd record is stashed, and the 4th record is overwritten with that: POKI_RUN_COMMAND{{mlr put 'NR == 2 {@keep = $*}; NR == 4 {$* = @keep}' data/small}}HERE

Example of full stream record assigned to an out-of-stream variable, finding the record for which the x field has the largest value in the input stream: POKI_RUN_COMMAND{{cat data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint put -q 'is_null(@xmax) || $x > @xmax {@xmax=$x; @recmax=$*}; end {emit @recmax}' data/small}}HERE

Keywords for filter and put

POKI_RUN_COMMAND{{mlr --help-all-keywords}}HERE

Operator precedence

Operators are listed in order of decreasing precedence, highest first. 

Operators              Associativity
---------              -------------
()                     left to right
**                     right to left
! ~ unary+ unary- &    right to left
binary* / // %         left to right
binary+ binary- .      left to right
<< >>                  left to right
&                      left to right
^                      left to right
|                      left to right
< <= > >=              left to right
== != =~ !=~           left to right
&&                     left to right
^^                     left to right
||                     left to right
? :                    right to left
=                      N/A for Miller (there is no $a=$b=$c)

Operator and function semantics

  • Functions are in general pass-throughs straight to the system-standard C library.
  • The min and max functions are different from other multi-argument functions which return null if any of their inputs are null: for min and max, by contrast, if one argument is absent-null, the other is returned. Empty-null loses min or max against numeric or boolean; empty-null is less than any other string.
  • Symmetrically with respect to the bitwise OR, XOR, and AND operators |, ^, &, Miller has logical operators ||, ^^, &&: the logical XOR not existing in C.
  • The exponentiation operator ** is familiar from many languages.
  • The regex-match and regex-not-match operators =~ and !=~ are similar to those in Ruby and Perl.

Control structures

Pattern-action blocks

These are reminiscent of awk syntax. They can be used to allow assignments to be done only when appropriate — e.g. for math-function domain restrictions, regex-matching, and so on: POKI_RUN_COMMAND{{mlr cat data/put-gating-example-1.dkvp}}HERE POKI_RUN_COMMAND{{mlr put '$x > 0.0 { $y = log10($x); $z = sqrt($y) }' data/put-gating-example-1.dkvp}}HERE POKI_RUN_COMMAND{{mlr cat data/put-gating-example-2.dkvp}}HERE POKI_RUN_COMMAND{{mlr put '$a =~ "([a-z]+)_([0-9]+)" { $b = "left_\1"; $c = "right_\2" }' data/put-gating-example-2.dkvp}}HERE

This produces heteregenous output which Miller, of course, has no problems with (see POKI_PUT_LINK_FOR_PAGE(record-heterogeneity.html)HERE). But if you want homogeneous output, the curly braces can be replaced with a semicolon between the expression and the body statements. This causes put to evaluate the boolean expression (along with any side effects, namely, regex-captures \1, \2, etc.) but doesn’t use it as a criterion for whether subsequent assignments should be executed. Instead, subsequent assignments are done unconditionally: POKI_RUN_COMMAND{{mlr put '$x > 0.0; $y = log10($x); $z = sqrt($y)' data/put-gating-example-1.dkvp}}HERE POKI_RUN_COMMAND{{mlr put '$a =~ "([a-z]+)_([0-9]+)"; $b = "left_\1"; $c = "right_\2"' data/put-gating-example-2.dkvp}}HERE

If-statements

These are again reminiscent of awk. Pattern-action blocks are a special case of if with no elif or else blocks, no if keyword, and parentheses optional around the boolean expression: POKI_CARDIFY{{mlr put 'NR == 4 {$foo = "bar"}'}}HERE POKI_CARDIFY{{mlr put 'if (NR == 4) {$foo = "bar"}'}}HERE

Compound statements use elif (rather than elsif or else if): POKI_INCLUDE_ESCAPED(data/if-chain.sh)HERE

While and do-while loops

Miller’s while and do-while are unsurprising in comparison to various languages, as are break and continue: POKI_INCLUDE_AND_RUN_ESCAPED(data/while-example-1.sh)HERE POKI_INCLUDE_AND_RUN_ESCAPED(data/while-example-2.sh)HERE

A break or continue within nested conditional blocks or if-statements will, of course, propagate to the innermost loop enclosing them, if any. A break or continue outside a loop is a syntax error that will be flagged as soon as the expression is parsed, before any input records are ingested.

The existence of while, do-while, and for loops in Miller’s DSL means that you can create infinite-loop scenarios inadvertently. In particular, please recall that DSL statements are executed once if in begin or end blocks, and once per record otherwise. For example, while (NR < 10) will never terminate as NR is only incremented between records.

For-loops

While Miller’s while and do-while statements are much as in many other languages, for loops are more idiosyncratic to Miller. They are loops over key-value pairs, whether in stream records, out-of-stream variables, local variables, or map-literals: more reminiscent of foreach, as in (for example) PHP. There are for-loops over map keys and for-loops over key-value tuples. Additionally, Miller has a C-style triple-for loop with initialize, test, and update statements.

As with while and do-while, a break or continue within nested control structures will propagate to the innermost loop enclosing them, if any, and a break or continue outside a loop is a syntax error that will be flagged as soon as the expression is parsed, before any input records are ingested.

Key-only for-loops

The key variable is always bound to the key of key-value pairs: POKI_INCLUDE_AND_RUN_ESCAPED(data/single-for-example-1.sh)HERE POKI_INCLUDE_AND_RUN_ESCAPED(data/single-for-example-2.sh)HERE

Note that the value corresponding to a given key may be gotten as through a computed field name using square brackets as in $[key] for stream records, or by indexing the looped-over variable using square brackets.

Key-value for-loops

Single-level keys may be gotten at using either for(k,v) or for((k),v); multi-level keys may be gotten at using for((k1,k2,k3),v) and so on. The v variable will be bound to to a scalar value (a string or a number) if the map stops at that level, or to a map-valued variable if the map goes deeper. If the map isn’t deep enough then the loop body won’t be executed. POKI_RUN_COMMAND{{cat data/for-srec-example.tbl}}HERE POKI_INCLUDE_AND_RUN_ESCAPED(data/for-srec-example-1.sh)HERE POKI_RUN_COMMAND{{mlr --from data/small --opprint put 'for (k,v in $*) { $[k."_type"] = typeof(v) }'}}HERE

Note that the value of the current field in the for-loop can be gotten either using the bound variable value, or through a computed field name using square brackets as in $[key].

Important note: to avoid inconsistent looping behavior in case you’re setting new fields (and/or unsetting existing ones) while looping over the record, Miller makes a copy of the record before the loop: loop variables are bound from the copy and all other reads/writes involve the record itself: POKI_INCLUDE_AND_RUN_ESCAPED(data/for-srec-example-2.sh)HERE It can be confusing to modify the stream record while iterating over a copy of it, so instead you might find it simpler to use a local variable in the loop and only update the stream record after the loop: POKI_INCLUDE_AND_RUN_ESCAPED(data/for-srec-example-3.sh)HERE

You can also start iterating on sub-hashmaps of an out-of-stream or local variable; you can loop over nested keys; you can loop over all out-of-stream variables. The bound variables are bound to a copy of the sub-hashmap as it was before the loop started. The sub-hashmap is specified by square-bracketed indices after in, and additional deeper indices are bound to loop key-variables. The terminal values are bound to the loop value-variable whenever the keys are not too shallow. The value-variable may refer to a terminal (string, number) or it may be map-valued if the map goes deeper. Example indexing is as follows: POKI_INCLUDE_ESCAPED(data/for-oosvar-example-0a.txt)HERE

That’s confusing in the abstract, so a concrete example is in order. Suppose the out-of-stream variable @myvar is populated as follows: POKI_INCLUDE_AND_RUN_ESCAPED(data/for-oosvar-example-0b.sh)HERE

Then we can get at various values as follows:
POKI_INCLUDE_AND_RUN_ESCAPED(data/for-oosvar-example-0c.sh)HERE POKI_INCLUDE_AND_RUN_ESCAPED(data/for-oosvar-example-0d.sh)HERE POKI_INCLUDE_AND_RUN_ESCAPED(data/for-oosvar-example-0e.sh)HERE

C-style triple-for loops

These are supported as follows: POKI_INCLUDE_AND_RUN_ESCAPED(data/triple-for-example-1.sh)HERE POKI_INCLUDE_AND_RUN_ESCAPED(data/triple-for-example-2.sh)HERE Notes:

  • In for (start; continuation; update) { body }, the start, continuation, and update statements may be empty, single statements, or multiple comma-separated statements. If the continuation is empty (e.g. for(i=1;;i+=1)) it defaults to true.
  • In particular, you may use $-variables and/or @-variables in the start, continuation, and/or update steps (as well as the body, of course).
  • The typedecls such as int or num are optional. If a typedecl is provided (for a local variable), it binds a variable scoped to the for-loop regardless of whether a same-name variable is present in outer scope. If a typedecl is not provided, then the variable is scoped to the for-loop if no same-name variable is present in outer scope, or if a same-name variable is present in outer scope then it is modified.
  • Miller has no ++ or -- operators.
  • As with all for/if/while statements in Miller, the curly braces are required even if the body is a single statement, or empty.

Begin/end blocks

Miller supports an awk-like begin/end syntax. The statements in the begin block are executed before any input records are read; the statements in the end block are executed after the last input record is read. (If you want to execute some statement at the start of each file, not at the start of the first file as with begin, you might use a pattern/action block of the form FNR == 1 { ... }.) All statements outside of begin or end are, of course, executed on every input record. Semicolons separate statements inside or outside of begin/end blocks; semicolons are required between begin/end block bodies and any subsequent statement. For example: POKI_INCLUDE_AND_RUN_ESCAPED(data/begin-end-example-1.sh)HERE

Since uninitialized out-of-stream variables default to 0 for addition/substraction and 1 for multiplication when they appear on expression right-hand sides (as in awk), the above can be written more succinctly as POKI_INCLUDE_AND_RUN_ESCAPED(data/begin-end-example-2.sh)HERE

The put -q option is a shorthand which suppresses printing of each output record, with only emit statements being output. So to get only summary outputs, one could write POKI_INCLUDE_AND_RUN_ESCAPED(data/begin-end-example-3.sh)HERE

We can do similarly with multiple out-of-stream variables: POKI_INCLUDE_AND_RUN_ESCAPED(data/begin-end-example-4.sh)HERE This is of course not much different than POKI_INCLUDE_AND_RUN_ESCAPED(data/begin-end-example-5.sh)HERE

Note that it’s a syntax error for begin/end blocks to refer to field names (beginning with $), since these execute outside the context of input records.

Output statements

You can output variable-values or expressions in five ways:

  • Assign them to stream-record fields. For example, $cumulative_sum = @sum. For another example, $nr = NR adds a field named nr to each output record, containing the value of the built-in variable NR as of when that record was ingested.
  • Use the print or eprint keywords which immediately print an expression directly to standard output or standard error, respectively. Note that dump, edump, print, and eprint don’t output records which participate in then-chaining; rather, they’re just immediate prints to stdout/stderr. The printn and eprintn keywords are the same except that they don’t print final newlines. Additionally, you can print to a specified file instead of stdout/stderr.
  • Use the dump or edump keywords, which immediately print all out-of-stream variables as a JSON data structure to the standard output or standard error (respectively).
  • Use tee which formats the current stream record (not just an arbitrary string as with print) to a specific file.
  • Use emit/emitp/emitf to send out-of-stream variables’ current values to the output record stream, e.g. @sum += $x; emit @sum which produces an extra output record such as sum=3.1648382.

For the first two options you are populating the output-records stream which feeds into the next verb in a then-chain (if any), or which otherwise is formatted for output using --o... flags.

For the last three options you are sending output directly to standard output, standard error, or a file.

Print statements

The print statement is perhaps self-explanatory, but with a few light caveats:

  • There are four variants: print goes to stdout with final newline, printn goes to stdout without final newline (you can include one using "\n" in your output string), eprint goes to stderr with final newline, and eprintn goes to stderr without final newline.
  • Output goes directly to stdout/stderr, respectively: data produced this way do not go downstream to the next verb in a then-chain. (Use emit for that.)
  • Print statements are for strings (print "hello"), or things which can be made into strings: numbers (print 3, print $a + $b, or concatenations thereof (print "a + b = " . ($a + $b)). Maps (in $*, map-valued out-of-stream or local variables, and map literals) aren’t convertible into strings. If you print a map, you get {is-a-map} as output. Please use dump to print maps.
  • You can redirect print output to a file: mlr --from myfile.dat put 'print > "tap.txt", $x' mlr --from myfile.dat put 'o=$*; print > $a.".txt", $x'.
  • See also the section on redirected output for examples.

Dump statements

The dump statement is for printing expressions, including maps, directly to stdout/stderr, respectively:

  • There are two variants: dump prints to stdout; edump prints to stderr.
  • Output goes directly to stdout/stderr, respectively: data produced this way do not go downstream to the next verb in a then-chain. (Use emit for that.)
  • You can use dump to output single strings, numbers, or expressions including map-valued data. Map-valued data are printed as JSON. Miller allows string and integer keys in its map literals while JSON allows only string keys, so use mlr put --jknquoteint if you want integer-valued map keys not double-quoted.
  • If you use dump (or edump) with no arguments, you get a JSON structure representing the current values of all out-of-stream variables.
  • As with print, you can redirect output to files.
  • See also the section on redirected output for examples.

Tee statements

Records produced by a mlr put go downstream to the next verb in your then-chain, if any, or otherwise to standard output. If you want to additionally copy out records to files, you can do that using tee.

The syntax is, by example, mlr --from myfile.dat put 'tee > "tap.dat", $*' then sort -n index. First is tee >, then the filename expression (which can be an expression such as "tap.".$a.".dat"), then a comma, then $*. (Nothing else but $* is teeable.)

See also the section on redirected output for examples.

Redirected-output statements

The print, dump tee, emitf, emit, and emitp keywords all allow you to redirect output to one or more files or pipe-to commands. The filenames/commands are strings which can be constructed using record-dependent values, so you can do things like splitting a table into multiple files, one for each account ID, and so on.

Details:

  • The print and dump keywords produce output immediately to standard output, or to specified file(s) or pipe-to command if present. POKI_RUN_COMMAND{{mlr --help-keyword print}}HERE POKI_RUN_COMMAND{{mlr --help-keyword dump}}HERE
  • mlr put sends the current record (possibly modified by the put expression) to the output record stream. Records are then input to the following verb in a then-chain (if any), else printed to standard output (unless put -q). The tee keyword additionally writes the output record to specified file(s) or pipe-to command, or immediately to stdout/stderr. POKI_RUN_COMMAND{{mlr --help-keyword tee}}HERE
  • mlr put’s emitf, emitp, and emit send out-of-stream variables to the output record stream. These are then input to the following verb in a then-chain (if any), else printed to standard output. When redirected with >, >>, or |, they instead write the out-of-stream variable(s) to specified file(s) or pipe-to command, or immediately to stdout/stderr. POKI_RUN_COMMAND{{mlr --help-keyword emitf}}HERE POKI_RUN_COMMAND{{mlr --help-keyword emitp}}HERE POKI_RUN_COMMAND{{mlr --help-keyword emit}}HERE

Emit statements

There are three variants: emitf, emit, and emitp. Keep in mind that out-of-stream variables are a nested, multi-level hashmap (directly viewable as JSON using dump), whereas Miller output records are lists of single-level key-value pairs. The three emit variants allow you to control how the multilevel hashmaps are flatten down to output records. You can emit any map-valued expression, including $*, map-valued out-of-stream variables, the entire out-of-stream-variable collection @*, map-valued local variables, map literals, or map-valued function return values.

Use emitf to output several out-of-stream variables side-by-side in the same output record. For emitf these mustn’t have indexing using @name[...]. Example: POKI_RUN_COMMAND{{mlr put -q '@count += 1; @x_sum += $x; @y_sum += $y; end { emitf @count, @x_sum, @y_sum}' data/small}}HERE

Use emit to output an out-of-stream variable. If it’s non-indexed you’ll get a simple key-value pair: POKI_RUN_COMMAND{{cat data/small}}HERE POKI_RUN_COMMAND{{mlr put -q '@sum += $x; end { dump }' data/small}}HERE POKI_RUN_COMMAND{{mlr put -q '@sum += $x; end { emit @sum }' data/small}}HERE

If it’s indexed then use as many names after emit as there are indices: POKI_RUN_COMMAND{{mlr put -q '@sum[$a] += $x; end { dump }' data/small}}HERE POKI_RUN_COMMAND{{mlr put -q '@sum[$a] += $x; end { emit @sum, "a" }' data/small}}HERE POKI_RUN_COMMAND{{mlr put -q '@sum[$a][$b] += $x; end { dump }' data/small}}HERE POKI_RUN_COMMAND{{mlr put -q '@sum[$a][$b] += $x; end { emit @sum, "a", "b" }' data/small}}HERE POKI_RUN_COMMAND{{mlr put -q '@sum[$a][$b][$i] += $x; end { dump }' data/small}}HERE POKI_RUN_COMMAND{{mlr put -q '@sum[$a][$b][$i] += $x; end { emit @sum, "a", "b", "i" }' data/small}}HERE

Now for emitp: if you have as many names following emit as there are levels in the out-of-stream variable’s hashmap, then emit and emitp do the same thing. Where they differ is when you don’t specify as many names as there are hashmap levels. In this case, Miller needs to flatten multiple map indices down to output-record keys: emitp includes full prefixing (hence the p in emitp) while emit takes the deepest hashmap key as the output-record key: POKI_RUN_COMMAND{{mlr put -q '@sum[$a][$b] += $x; end { dump }' data/small}}HERE POKI_RUN_COMMAND{{mlr put -q '@sum[$a][$b] += $x; end { emit @sum, "a" }' data/small}}HERE POKI_RUN_COMMAND{{mlr put -q '@sum[$a][$b] += $x; end { emit @sum }' data/small}}HERE POKI_RUN_COMMAND{{mlr put -q '@sum[$a][$b] += $x; end { emitp @sum, "a" }' data/small}}HERE POKI_RUN_COMMAND{{mlr put -q '@sum[$a][$b] += $x; end { emitp @sum }' data/small}}HERE POKI_RUN_COMMAND{{mlr --oxtab put -q '@sum[$a][$b] += $x; end { emitp @sum }' data/small}}HERE

Use --oflatsep to specify the character which joins multilevel keys for emitp (it defaults to a colon): POKI_RUN_COMMAND{{mlr put -q --oflatsep / '@sum[$a][$b] += $x; end { emitp @sum, "a" }' data/small}}HERE POKI_RUN_COMMAND{{mlr put -q --oflatsep / '@sum[$a][$b] += $x; end { emitp @sum }' data/small}}HERE POKI_RUN_COMMAND{{mlr --oxtab put -q --oflatsep / '@sum[$a][$b] += $x; end { emitp @sum }' data/small}}HERE

Multi-emit statements

You can emit multiple map-valued expressions side-by-side by including their names in parentheses: POKI_INCLUDE_AND_RUN_ESCAPED(data/emit-lashed.sh)HERE What this does is walk through the first out-of-stream variable (@x_sum in this example) as usual, then for each keylist found (e.g. pan,wye), include the values for the remaining out-of-stream variables (here, @x_count and @x_mean). You should use this when all out-of-stream variables in the emit statement have the same shape and the same keylists.

Emit-all statements

Use emit all (or emit @* which is synonymous) to output all out-of-stream variables. You can use the following idiom to get various accumulators output side-by-side (reminiscent of mlr stats1): POKI_RUN_COMMAND{{mlr --from data/small --opprint put -q '@v[$a][$b]["sum"] += $x; @v[$a][$b]["count"] += 1; end{emit @*,"a","b"}'}}HERE POKI_RUN_COMMAND{{mlr --from data/small --opprint put -q '@sum[$a][$b] += $x; @count[$a][$b] += 1; end{emit @*,"a","b"}'}}HERE POKI_RUN_COMMAND{{mlr --from data/small --opprint put -q '@sum[$a][$b] += $x; @count[$a][$b] += 1; end{emit (@sum, @count),"a","b"}'}}HERE

Unset statements

You can clear a map key by assigning the empty string as its value: $x="" or @x="". Using unset you can remove the key entirely. Examples: POKI_RUN_COMMAND{{cat data/small}}HERE POKI_RUN_COMMAND{{mlr put 'unset $x, $a' data/small}}HERE

This can also be done, of course, using mlr cut -x. You can also clear out-of-stream or local variables, at the base name level, or at an indexed sublevel: POKI_RUN_COMMAND{{mlr put -q '@sum[$a][$b] += $x; end { dump; unset @sum; dump }' data/small}}HERE POKI_RUN_COMMAND{{mlr put -q '@sum[$a][$b] += $x; end { dump; unset @sum["eks"]; dump }' data/small}}HERE

If you use unset all (or unset @* which is synonymous), that will unset all out-of-stream variables which have been defined up to that point.

Filter statements

You can use filter within put. In fact, the following two are synonymous: POKI_RUN_COMMAND{{mlr filter 'NR==2 || NR==3' data/small}}HERE POKI_RUN_COMMAND{{mlr put 'filter NR==2 || NR==3' data/small}}HERE

The former, of course, is much easier to type. But the latter allows you to define more complex expressions for the filter, and/or do other things in addition to the filter: POKI_RUN_COMMAND{{mlr put '@running_sum += $x; filter @running_sum > 1.3' data/small}}HERE POKI_RUN_COMMAND{{mlr put '$z = $x * $y; filter $z > 0.3' data/small}}HERE

Built-in functions for filter and put

Each function takes a specific number of arguments, as shown below, except for functions marked as variadic such as min and max. (The latter compute min and max of any number of numerical arguments.) There is no notion of optional or default-on-absent arguments. All argument-passing is positional rather than by name; arguments are passed by value, not by reference.

You can get a list of all functions using mlr -F. POKI_RUN_CONTENT_GENERATOR(mk-func-h2s.sh)HERE

User-defined functions and subroutines

As of Miller 5.0.0 you can define your own functions, as well as subroutines.

User-defined functions

Here’s the obligatory example of a recursive function to compute the factorial function: POKI_INCLUDE_AND_RUN_ESCAPED(data/factorial-example.sh)HERE

Properties of user-defined functions:

  • Function bodies start with func and a parameter list, defined outside of begin, end, or other func or subr blocks. (I.e. the Miller DSL has no nested functions.)
  • A function (uniqified by its name) may not be redefined: either by redefining a user-defined function, or by redefining a built-in function. However, functions and subroutines have separate namespaces: you can define a subroutine log which does not clash with the mathematical log function.
  • Functions may be defined either before or after use (there is an object-binding/linkage step at startup). More specifically, functions may be either recursive or mutually recursive. Functions may not call subroutines.
  • Functions may be defined and called either within mlr put or mlr put.
  • Functions have read access to $-variables and @-variables but may not modify them. See also this cookbook item for an example.
  • Argument values may be reassigned: they are not read-only.
  • When a return value is not implicitly returned, this results in a return value of absent-null. (In the example above, if there were records for which the argument to f is non-numeric, the assignments would be skipped.) See also the section on empty_and_absent null data.
  • See the section on local variables for information on scope and extent of arguments, as well as for information on the use of local variables within functions.
  • See the section on expressions from files for information on the use of -f and -e flags.

User-defined subroutines

Example: POKI_INCLUDE_AND_RUN_ESCAPED(data/subr-example.sh)HERE

Properties of user-defined subroutines:

  • Subroutine bodies start with subr and a parameter list, defined outside of begin, end, or other func or subr blocks. (I.e. the Miller DSL has no nested subroutines.)
  • A subroutine (uniqified by its name) may not be redefined. However, functions and subroutines have separate namespaces: you can define a subroutine log which does not clash with the mathematical log function.
  • Subroutines may be defined either before or after use (there is an object-binding/linkage step at startup). More specifically, subroutines may be either recursive or mutually recursive. Subroutines may call functions.
  • Subroutines may be defined and called either within mlr put or mlr put.
  • Subroutines have read/write access to $-variables and @-variables.
  • Argument values may be reassigned: they are not read-only.
  • See the section on local variables for information on scope and extent of arguments, as well as for information on the use of local variables within functions.
  • See the section on expressions from files for information on the use of -f and -e flags.

Errors and transparency

As soon as you have a programming language, you start having the problem What is my code doing, and why? This includes getting syntax errors — which are always annoying — as well as the even more annoying problem of a program which parses without syntax error but doesn’t do what you expect.

The syntax error message is cryptic: it says syntax error at followed by the next symbol it couldn’t parse. This is good, but (as of 5.0.0) it doesn’t say things like syntax error at line 17, character 22. Here are some common causes of syntax errors:

  • Don’t forget ; at end of line, before another statement on the next line.
  • Miller’s DSL lacks the ++ and -- operators.
  • Curly braces are required for the bodies of if/while/for blocks, even when the body is a single statement.

Now for transparency:

  • As in any language, you can do print (or eprint to print to stderr). See also dump and emit.
  • The -v option to mlr put and mlr filter prints abstract syntax trees for your code. While not all details here will be of interest to everyone, certainly this makes questions such as operator precedence completely unambiguous.
  • The -T option prints a trace of each statement executed.
  • The -t and -a options show low-level details for the parsing process and for stack-variable-index allocation, respectively. These will likely be of interest to people who enjoy compilers, and probably less useful for a more general audience.
  • Please see the type-checking section for type declarations and type-assertions you can use to make sure expressions and the data flowing them are evaluating as you expect. I made them optional because one of Miller’s important use-cases is being able to say simple things like mlr put '$y = $x + 1' myfile.dat with a minimum of punctuational bric-a-brac — but for programs over a few lines I generally find that the more type-specification, the better.

A note on the complexity of Miller’s expression language

One of Miller’s strengths is its brevity: it’s much quicker — and less error-prone — to type mlr stats1 -a sum -f x,y -g a,b than having to track summation variables as in awk, or using Miller’s out-of-stream variables. And the more language features Miller’s put-DSL has (for-loops, if-statements, nested control structures, user-defined functions, etc.) then the less powerful it begins to seem: because of the other programming-language features it doesn’t have (classes, execptions, and so on).

When I was originally prototyping Miller in 2015, the decision I had was whether to hand-code in a low-level language like C or Rust, with my own hand-rolled DSL, or whether to use a higher-level language (like Python or Lua or Nim) and let the put statements be handled by the implementation language’s own eval: the implementation language would take the place of a DSL. Multiple performance experiments showed me I could get better throughput using the former, and using C in particular — by a wide margin. So Miller is C under the hood with a hand-rolled DSL.

I do want to keep focusing on what Miller is good at — concise notation, low latency, and high throughput — and not add too much in terms of high-level-language features to the DSL. That said, some sort of customizability is a basic thing to want. As of 4.1.0 we have recursive for/while/if structures on about the same complexity level as awk; as of 5.0.0 we have user-defined functions and map-valued variables, again on about the same complexity level as awk along with optional type-declaration syntax. While I’m excited by these powerful language features, I hope to keep new features beyond 5.0.0 focused on Miller’s sweet spot which is speed plus simplicity.

miller-5.6.2/doc/content-for-reference-verbs.html000066400000000000000000001301461354153536500217730ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Overview

When you type mlr {something} myfile.dat, the {something} part is called a verb. It specifies how you want to transform your data. (See also here for a breakdown.) The following is an alphabetical list of verbs with their descriptions.

The verbs put and filter are special in that they have a rich expression language (domain-specific language, or “DSL”). More information about them can be found here.

Here’s a comparison of verbs and put/filter DSL expressions:
Example: POKI_RUN_COMMAND{{mlr stats1 -a sum -f x -g a data/small}}HERE

  • Verbs are coded in C
  • They run a bit faster
  • They take fewer keystrokes
  • There is less to learn
  • Their customization is limited to each verb’s options
Example: POKI_RUN_COMMAND{{mlr put -q '@x_sum[$a] += $x; end{emit @x_sum, "a"}' data/small}}HERE
  • You get to write your own DSL expressions
  • They run a bit slower
  • They take more keystrokes
  • There is more to learn
  • They are highly customizable

altkv

Map list of values to alternating key/value pairs. POKI_RUN_COMMAND{{mlr altkv -h}}HERE POKI_RUN_COMMAND{{echo 'a,b,c,d,e,f' | mlr altkv}}HERE POKI_RUN_COMMAND{{echo 'a,b,c,d,e,f,g' | mlr altkv}}HERE

bar

Cheesy bar-charting. POKI_RUN_COMMAND{{mlr bar -h}}HERE POKI_RUN_COMMAND{{mlr --opprint cat data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint bar --lo 0 --hi 1 -f x,y data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint bar --lo 0.4 --hi 0.6 -f x,y data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint bar --auto -f x,y data/small}}HERE

bootstrap

POKI_RUN_COMMAND{{mlr bootstrap --help}}HERE

The canonical use for bootstrap sampling is to put error bars on statistical quantities, such as mean. For example: 

$ mlr --opprint stats1 -a mean,count -f u -g color data/colored-shapes.dkvp
color  u_mean   u_count
yellow 0.497129 1413
red    0.492560 4641
purple 0.494005 1142
green  0.504861 1109
blue   0.517717 1470
orange 0.490532 303

$ mlr --opprint bootstrap then stats1 -a mean,count -f u -g color data/colored-shapes.dkvp
color  u_mean   u_count
yellow 0.500651 1380
purple 0.501556 1111
green  0.503272 1068
red    0.493895 4702
blue   0.512529 1496
orange 0.521030 321

$ mlr --opprint bootstrap then stats1 -a mean,count -f u -g color data/colored-shapes.dkvp
color  u_mean   u_count
yellow 0.498046 1485
blue   0.513576 1417
red    0.492870 4595
orange 0.507697 307
green  0.496803 1075
purple 0.486337 1199

$ mlr --opprint bootstrap then stats1 -a mean,count -f u -g color data/colored-shapes.dkvp
color  u_mean   u_count
blue   0.522921 1447
red    0.490717 4617
yellow 0.496450 1419
purple 0.496523 1192
green  0.507569 1111
orange 0.468014 292

cat

Most useful for format conversions (see POKI_PUT_LINK_FOR_PAGE(file-formats.html)HERE), and concatenating multiple same-schema CSV files to have the same header: POKI_RUN_COMMAND{{mlr cat -h}}HERE
POKI_RUN_COMMAND{{cat data/a.csv}}HERE POKI_RUN_COMMAND{{cat data/b.csv}}HERE POKI_RUN_COMMAND{{mlr --csv cat data/a.csv data/b.csv}}HERE
POKI_RUN_COMMAND{{mlr --icsv --oxtab cat data/a.csv data/b.csv}}HERE POKI_RUN_COMMAND{{mlr --csv cat -n data/a.csv data/b.csv}}HERE
POKI_RUN_COMMAND{{mlr --opprint cat data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint cat -n -g a data/small}}HERE

check

POKI_RUN_COMMAND{{mlr check --help}}HERE

clean-whitespace

POKI_RUN_COMMAND{{mlr clean-whitespace --help}}HERE POKI_RUN_COMMAND{{mlr --icsv --ojson cat data/clean-whitespace.csv}}HERE POKI_RUN_COMMAND{{mlr --icsv --ojson clean-whitespace -k data/clean-whitespace.csv}}HERE POKI_RUN_COMMAND{{mlr --icsv --ojson clean-whitespace -v data/clean-whitespace.csv}}HERE POKI_RUN_COMMAND{{mlr --icsv --ojson clean-whitespace data/clean-whitespace.csv}}HERE

Function links:

count-distinct

POKI_RUN_COMMAND{{mlr count-distinct --help}}HERE POKI_RUN_COMMAND{{mlr count-distinct -f a,b then sort -nr count data/medium}}HERE POKI_RUN_COMMAND{{mlr count-distinct -u -f a,b data/medium}}HERE POKI_RUN_COMMAND{{mlr count-distinct -f a,b -o someothername then sort -nr someothername data/medium}}HERE POKI_RUN_COMMAND{{mlr count-distinct -n -f a,b data/medium}}HERE

count-similar

POKI_RUN_COMMAND{{mlr count-similar --help}}HERE POKI_RUN_COMMAND{{mlr --opprint head -n 20 data/medium}}HERE POKI_RUN_COMMAND{{mlr --opprint head -n 20 then count-similar -g a data/medium}}HERE POKI_RUN_COMMAND{{mlr --opprint head -n 20 then count-similar -g a then sort -f a data/medium}}HERE

cut

POKI_RUN_COMMAND{{mlr cut --help}}HERE
POKI_RUN_COMMAND{{mlr --opprint cat data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint cut -f y,x,i data/small}}HERE
POKI_RUN_COMMAND{{echo 'a=1,b=2,c=3' | mlr cut -f b,c,a}}HERE POKI_RUN_COMMAND{{echo 'a=1,b=2,c=3' | mlr cut -o -f b,c,a}}HERE

decimate

POKI_RUN_COMMAND{{mlr decimate --help}}HERE

fill-down

POKI_RUN_COMMAND{{mlr fill-down --help}}HERE POKI_RUN_COMMAND{{cat data/fill-down.csv}}HERE POKI_RUN_COMMAND{{mlr --csv fill-down -f b data/fill-down.csv}}HERE POKI_RUN_COMMAND{{mlr --csv fill-down -a -f b data/fill-down.csv}}HERE

filter

POKI_RUN_COMMAND{{mlr filter --help}}HERE

Features which filter shares with put

Please see Expression language for filter and put for more information about the expression language for mlr filter.

format-values

POKI_RUN_COMMAND{{mlr format-values --help}}HERE POKI_RUN_COMMAND{{mlr --opprint format-values data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint format-values -n data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint format-values -i %08llx -f %.6le -s X%sX data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint format-values -i %08llx -f %.6le -s X%sX -n data/small}}HERE

fraction

POKI_RUN_COMMAND{{mlr fraction --help}}HERE

For example, suppose you have the following CSV file: POKI_INCLUDE_ESCAPED(data/fraction-example.csv)HERE

Then we can see what each record’s n contributes to the total n: POKI_RUN_COMMAND{{mlr --opprint fraction -f n data/fraction-example.csv}}HERE

Using -g we can split those out by gender, or by color:
POKI_RUN_COMMAND{{mlr --opprint fraction -f n -g u data/fraction-example.csv}}HERE POKI_RUN_COMMAND{{mlr --opprint fraction -f n -g v data/fraction-example.csv}}HERE

We can see, for example, that 70.9% of females have red (on the left) while 94.5% of reds are for females.

To convert fractions to percents, you may use -p: POKI_RUN_COMMAND{{mlr --opprint fraction -f n -p data/fraction-example.csv}}HERE

Another often-used idiom is to convert from a point distribution to a cumulative distribution, also known as “running sums”. Here, you can use -c: POKI_RUN_COMMAND{{mlr --opprint fraction -f n -p -c data/fraction-example.csv}}HERE POKI_RUN_COMMAND{{mlr --opprint fraction -f n -g u -p -c data/fraction-example.csv}}HERE

grep

POKI_RUN_COMMAND{{mlr grep -h}}HERE

group-by

POKI_RUN_COMMAND{{mlr group-by --help}}HERE

This is similar to sort but with less work. Namely, Miller’s sort has three steps: read through the data and append linked lists of records, one for each unique combination of the key-field values; after all records are read, sort the key-field values; then print each record-list. The group-by operation simply omits the middle sort. An example should make this more clear.
POKI_RUN_COMMAND{{mlr --opprint group-by a data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint sort -f a data/small}}HERE

In this example, since the sort is on field a, the first step is to group together all records having the same value for field a; the second step is to sort the distinct a-field values pan, eks, and wye into eks, pan, and wye; the third step is to print out the record-list for a=eks, then the record-list for a=pan, then the record-list for a=wye. The group-by operation omits the middle sort and just puts like records together, for those times when a sort isn’t desired. In particular, the ordering of group-by fields for group-by is the order in which they were encountered in the data stream, which in some cases may be more interesting to you.

group-like

POKI_RUN_COMMAND{{mlr group-like --help}}HERE

This groups together records having the same schema (i.e. same ordered list of field names) which is useful for making sense of time-ordered output as described in POKI_PUT_LINK_FOR_PAGE(record-heterogeneity.html)HERE — in particular, in preparation for CSV or pretty-print output.
POKI_RUN_COMMAND{{mlr cat data/het.dkvp}}HERE POKI_RUN_COMMAND{{mlr --opprint group-like data/het.dkvp}}HERE

having-fields

POKI_RUN_COMMAND{{mlr having-fields --help}}HERE

Similar to group-like, this retains records with specified schema.
POKI_RUN_COMMAND{{mlr cat data/het.dkvp}}HERE
POKI_RUN_COMMAND{{mlr having-fields --at-least resource data/het.dkvp}}HERE
POKI_RUN_COMMAND{{mlr having-fields --which-are resource,ok,loadsec data/het.dkvp}}HERE

head

POKI_RUN_COMMAND{{mlr head --help}}HERE Note that head is distinct from top — head shows fields which appear first in the data stream; top shows fields which are numerically largest (or smallest).
POKI_RUN_COMMAND{{mlr --opprint head -n 4 data/medium}}HERE POKI_RUN_COMMAND{{mlr --opprint head -n 1 -g b data/medium}}HERE

histogram

POKI_RUN_COMMAND{{mlr histogram --help}}HERE This is just a histogram; there’s not too much to say here. A note about binning, by example: Suppose you use --lo 0.0 --hi 1.0 --nbins 10 -f x. The input numbers less than 0 or greater than 1 aren’t counted in any bin. Input numbers equal to 1 are counted in the last bin. That is, bin 0 has 0.0 ≤ x < 0.1, bin 1 has 0.1 ≤ x < 0.2, etc., but bin 9 has 0.9 ≤ x ≤ 1.0. POKI_RUN_COMMAND{{mlr --opprint put '$x2=$x**2;$x3=$x2*$x' then histogram -f x,x2,x3 --lo 0 --hi 1 --nbins 10 data/medium}}HERE POKI_RUN_COMMAND{{mlr --opprint put '$x2=$x**2;$x3=$x2*$x' then histogram -f x,x2,x3 --lo 0 --hi 1 --nbins 10 -o my_ data/medium}}HERE

join

POKI_RUN_COMMAND{{mlr join --help}}HERE Examples:

Join larger table with IDs with smaller ID-to-name lookup table, showing only paired records:
POKI_RUN_COMMAND{{mlr --icsvlite --opprint cat data/join-left-example.csv}}HERE
POKI_RUN_COMMAND{{mlr --icsvlite --opprint cat data/join-right-example.csv}}HERE
POKI_RUN_COMMAND{{mlr --icsvlite --opprint join -u -j id -r idcode -f data/join-left-example.csv data/join-right-example.csv}}HERE

Same, but with sorting the input first:
POKI_RUN_COMMAND{{mlr --icsvlite --opprint sort -f idcode then join -j id -r idcode -f data/join-left-example.csv data/join-right-example.csv}}HERE

Same, but showing only unpaired records:
POKI_RUN_COMMAND{{mlr --icsvlite --opprint join --np --ul --ur -u -j id -r idcode -f data/join-left-example.csv data/join-right-example.csv}}HERE

Use prefixing options to disambiguate between otherwise identical non-join field names:
POKI_RUN_COMMAND{{mlr --csvlite --opprint cat data/self-join.csv data/self-join.csv}}HERE
POKI_RUN_COMMAND{{mlr --csvlite --opprint join -j a --lp left_ --rp right_ -f data/self-join.csv data/self-join.csv}}HERE

Use zero join columns:
POKI_RUN_COMMAND{{mlr --csvlite --opprint join -j "" --lp left_ --rp right_ -f data/self-join.csv data/self-join.csv}}HERE

label

POKI_RUN_COMMAND{{mlr label --help}}HERE See also rename.

Example: Files such as /etc/passwd, /etc/group, and so on have implicit field names which are found in section-5 manpages. These field names may be made explicit as follows: POKI_INCLUDE_ESCAPED(data/label-example.txt)HERE

Likewise, if you have CSV/CSV-lite input data which has somehow been bereft of its header line, you can re-add a header line using --implicit-csv-header and label: POKI_RUN_COMMAND{{cat data/headerless.csv}}HERE POKI_RUN_COMMAND{{mlr --csv --implicit-csv-header cat data/headerless.csv}}HERE POKI_RUN_COMMAND{{mlr --csv --implicit-csv-header label name,age,status data/headerless.csv}}HERE POKI_RUN_COMMAND{{mlr --icsv --implicit-csv-header --opprint label name,age,status data/headerless.csv}}HERE

least-frequent

POKI_RUN_COMMAND{{mlr least-frequent -h}}HERE POKI_RUN_COMMAND{{mlr --opprint --from data/colored-shapes.dkvp least-frequent -f shape -n 5}}HERE POKI_RUN_COMMAND{{mlr --opprint --from data/colored-shapes.dkvp least-frequent -f shape,color -n 5}}HERE POKI_RUN_COMMAND{{mlr --opprint --from data/colored-shapes.dkvp least-frequent -f shape,color -n 5 -o someothername}}HERE POKI_RUN_COMMAND{{mlr --opprint --from data/colored-shapes.dkvp least-frequent -f shape,color -n 5 -b}}HERE See also most-frequent.

merge-fields

POKI_RUN_COMMAND{{mlr merge-fields --help}}HERE

This is like mlr stats1 but all accumulation is done across fields within each given record: horizontal rather than vertical statistics, if you will.

Examples: POKI_RUN_COMMAND{{mlr --csvlite --opprint cat data/inout.csv}}HERE POKI_RUN_COMMAND{{mlr --csvlite --opprint merge-fields -a min,max,sum -c _in,_out data/inout.csv}}HERE POKI_RUN_COMMAND{{mlr --csvlite --opprint merge-fields -k -a sum -c _in,_out data/inout.csv}}HERE

most-frequent

POKI_RUN_COMMAND{{mlr most-frequent -h}}HERE POKI_RUN_COMMAND{{mlr --opprint --from data/colored-shapes.dkvp most-frequent -f shape -n 5}}HERE POKI_RUN_COMMAND{{mlr --opprint --from data/colored-shapes.dkvp most-frequent -f shape,color -n 5}}HERE POKI_RUN_COMMAND{{mlr --opprint --from data/colored-shapes.dkvp most-frequent -f shape,color -n 5 -o someothername}}HERE POKI_RUN_COMMAND{{mlr --opprint --from data/colored-shapes.dkvp most-frequent -f shape,color -n 5 -b}}HERE See also least-frequent.

nest

POKI_RUN_COMMAND{{mlr nest -h}}HERE

nothing

POKI_RUN_COMMAND{{mlr nothing -h}}HERE

put

POKI_RUN_COMMAND{{mlr put --help}}HERE

Features which put shares with filter

Please see Expression language for filter and put for more information about the expression language for mlr put.

regularize

POKI_RUN_COMMAND{{mlr regularize --help}}HERE

This exists since hash-map software in various languages and tools encountered in the wild does not always print similar rows with fields in the same order: mlr regularize helps clean that up.

See also reorder.

remove-empty-columns

POKI_RUN_COMMAND{{mlr remove-empty-columns --help}}HERE POKI_RUN_COMMAND{{cat data/remove-empty-columns.csv}}HERE POKI_RUN_COMMAND{{mlr --csv remove-empty-columns data/remove-empty-columns.csv}}HERE

Since this verb needs to read all records to see if any of them has a non-empty value for a given field name, it is non-streaming: it will ingest all records before writing any.

rename

POKI_RUN_COMMAND{{mlr rename --help}}HERE
POKI_RUN_COMMAND{{mlr --opprint cat data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint rename i,INDEX,b,COLUMN2 data/small}}HERE

As discussed in POKI_PUT_LINK_FOR_PAGE(performance.html)HERE, sed is significantly faster than Miller at doing this. However, Miller is format-aware, so it knows to do renames only within specified field keys and not any others, nor in field values which may happen to contain the same pattern. Example:
POKI_RUN_COMMAND{{sed 's/y/COLUMN5/g' data/small}}HERE
POKI_RUN_COMMAND{{mlr rename y,COLUMN5 data/small}}HERE
See also label.

reorder

POKI_RUN_COMMAND{{mlr reorder --help}}HERE This pivots specified field names to the start or end of the record — for example when you have highly multi-column data and you want to bring a field or two to the front of line where you can give a quick visual scan.
POKI_RUN_COMMAND{{mlr --opprint cat data/small}}HERE
POKI_RUN_COMMAND{{mlr --opprint reorder -f i,b data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint reorder -e -f i,b data/small}}HERE

repeat

POKI_RUN_COMMAND{{mlr repeat --help}}HERE

This is useful in at least two ways: one, as a data-generator as in the above example using urand(); two, for reconstructing individual samples from data which has been count-aggregated: POKI_RUN_COMMAND{{cat data/repeat-example.dat}}HERE POKI_RUN_COMMAND{{mlr repeat -f count then cut -x -f count data/repeat-example.dat}}HERE

After expansion with repeat, such data can then be sent on to stats1 -a mode, or (if the data are numeric) to stats1 -a p10,p50,p90, etc.

reshape

POKI_RUN_COMMAND{{mlr reshape --help}}HERE

sample

POKI_RUN_COMMAND{{mlr sample --help}}HERE

This is reservoir-sampling: select k items from n with uniform probability and no repeats in the sample. (If n is less than k, then of course only n samples are produced.) With -g {field names}, produce a k-sample for each distinct value of the specified field names. POKI_INCLUDE_ESCAPED(data/sample-example.txt)HERE

Note that no output is produced until all inputs are in. Another way to do sampling, which works in the streaming case, is mlr filter 'urand() & 0.001' where you tune the 0.001 to meet your needs.

sec2gmt

POKI_RUN_COMMAND{{mlr sec2gmt -h}}HERE

sec2gmtdate

POKI_RUN_COMMAND{{mlr sec2gmtdate -h}}HERE

seqgen

POKI_RUN_COMMAND{{mlr seqgen -h}}HERE POKI_RUN_COMMAND{{mlr seqgen --stop 10}}HERE POKI_RUN_COMMAND{{mlr seqgen --start 20 --stop 40 --step 4}}HERE POKI_RUN_COMMAND{{mlr seqgen --start 40 --stop 20 --step -4}}HERE

shuffle

POKI_RUN_COMMAND{{mlr shuffle -h}}HERE

skip-trivial-records

POKI_RUN_COMMAND{{mlr skip-trivial-records -h}}HERE POKI_RUN_COMMAND{{cat data/trivial-records.csv}}HERE POKI_RUN_COMMAND{{mlr --csv skip-trivial-records data/trivial-records.csv}}HERE

sort

POKI_RUN_COMMAND{{mlr sort --help}}HERE

Example: POKI_RUN_COMMAND{{mlr --opprint sort -f a -nr x data/small}}HERE

Here’s an example filtering log data: suppose multiple threads (labeled here by color) are all logging progress counts to a single log file. The log file is (by nature) chronological, so the progress of various threads is interleaved: POKI_RUN_COMMAND{{head -n 10 data/multicountdown.dat}}HERE

We can group these by thread by sorting on the thread ID (here, color). Since Miller’s sort is stable, this means that timestamps within each thread’s log data are still chronological: POKI_RUN_COMMAND{{head -n 20 data/multicountdown.dat | mlr --opprint sort -f color}}HERE

Any records not having all specified sort keys will appear at the end of the output, in the order they were encountered, regardless of the specified sort order: POKI_RUN_COMMAND{{mlr sort -n x data/sort-missing.dkvp}}HERE POKI_RUN_COMMAND{{mlr sort -nr x data/sort-missing.dkvp}}HERE

stats1

POKI_RUN_COMMAND{{mlr stats1 --help}}HERE These are simple univariate statistics on one or more number-valued fields (count and mode apply to non-numeric fields as well), optionally categorized by one or more other fields.
POKI_RUN_COMMAND{{mlr --oxtab stats1 -a count,sum,min,p10,p50,mean,p90,max -f x,y data/medium}}HERE
POKI_RUN_COMMAND{{mlr --opprint stats1 -a mean -f x,y -g b then sort -f b data/medium}}HERE
POKI_RUN_COMMAND{{mlr --opprint stats1 -a p50,p99 -f u,v -g color then put '$ur=$u_p99/$u_p50;$vr=$v_p99/$v_p50' data/colored-shapes.dkvp}}HERE
POKI_RUN_COMMAND{{mlr --opprint count-distinct -f shape then sort -nr count data/colored-shapes.dkvp}}HERE
POKI_RUN_COMMAND{{mlr --opprint stats1 -a mode -f color -g shape data/colored-shapes.dkvp}}HERE

stats2

POKI_RUN_COMMAND{{mlr stats2 --help}}HERE These are simple bivariate statistics on one or more pairs of number-valued fields, optionally categorized by one or more fields.
POKI_RUN_COMMAND{{mlr --oxtab put '$x2=$x*$x; $xy=$x*$y; $y2=$y**2' then stats2 -a cov,corr -f x,y,y,y,x2,xy,x2,y2 data/medium}}HERE
POKI_RUN_COMMAND{{mlr --opprint put '$x2=$x*$x; $xy=$x*$y; $y2=$y**2' then stats2 -a linreg-ols,r2 -f x,y,y,y,xy,y2 -g a data/medium}}HERE

Here’s an example simple line-fit. The x and y fields of the data/medium dataset are just independent uniformly distributed on the unit interval. Here we remove half the data and fit a line to it. POKI_INCLUDE_ESCAPED(data/linreg-example.txt)HERE

I use pgr for plotting; here’s a screenshot.

(Thanks Drew Kunas for a good conversation about PCA!)

Here’s an example estimating time-to-completion for a set of jobs. Input data comes from a log file, with number of work units left to do in the count field and accumulated seconds in the upsec field, labeled by the color field: POKI_RUN_COMMAND{{head -n 10 data/multicountdown.dat}}HERE We can do a linear regression on count remaining as a function of time: with c = m*u+b we want to find the time when the count goes to zero, i.e. u=-b/m. POKI_RUN_COMMAND{{mlr --oxtab stats2 -a linreg-pca -f upsec,count -g color then put '$donesec = -$upsec_count_pca_b/$upsec_count_pca_m' data/multicountdown.dat}}HERE

step

POKI_RUN_COMMAND{{mlr step --help}}HERE Most Miller commands are record-at-a-time, with the exception of stats1, stats2, and histogram which compute aggregate output. The step command is intermediate: it allows the option of adding fields which are functions of fields from previous records. Rsum is short for running sum.
POKI_RUN_COMMAND{{mlr --opprint step -a shift,delta,rsum,counter -f x data/medium | head -15}}HERE
POKI_RUN_COMMAND{{mlr --opprint step -a shift,delta,rsum,counter -f x -g a data/medium | head -15}}HERE
POKI_RUN_COMMAND{{mlr --opprint step -a ewma -f x -d 0.1,0.9 ../doc/data/medium | head -15}}HERE
POKI_RUN_COMMAND{{mlr --opprint step -a ewma -f x -d 0.1,0.9 -o smooth,rough ../doc/data/medium | head -15}}HERE
Example deriving uptime-delta from system uptime: POKI_INCLUDE_ESCAPED(data/ping-delta-example.txt)HERE

tac

POKI_RUN_COMMAND{{mlr tac --help}}HERE

Prints the records in the input stream in reverse order. Note: this requires Miller to retain all input records in memory before any output records are produced.
POKI_RUN_COMMAND{{mlr --icsv --opprint cat data/a.csv}}HERE POKI_RUN_COMMAND{{mlr --icsv --opprint cat data/b.csv}}HERE POKI_RUN_COMMAND{{mlr --icsv --opprint tac data/a.csv data/b.csv}}HERE
POKI_RUN_COMMAND{{mlr --icsv --opprint put '$filename=FILENAME' then tac data/a.csv data/b.csv}}HERE

tail

POKI_RUN_COMMAND{{mlr tail --help}}HERE

Prints the last n records in the input stream, optionally by category.
POKI_RUN_COMMAND{{mlr --opprint tail -n 4 data/colored-shapes.dkvp}}HERE
POKI_RUN_COMMAND{{mlr --opprint tail -n 1 -g shape data/colored-shapes.dkvp}}HERE

tee

POKI_RUN_COMMAND{{mlr tee --help}}HERE

top

POKI_RUN_COMMAND{{mlr top --help}}HERE Note that top is distinct from head — head shows fields which appear first in the data stream; top shows fields which are numerically largest (or smallest).
POKI_RUN_COMMAND{{mlr --opprint top -n 4 -f x data/medium}}HERE POKI_RUN_COMMAND{{mlr --opprint top -n 4 -f x -o someothername data/medium}}HERE POKI_RUN_COMMAND{{mlr --opprint top -n 2 -f x -g a then sort -f a data/medium}}HERE

uniq

POKI_RUN_COMMAND{{mlr uniq --help}}HERE

There are two main ways to use mlr uniq: the first way is with -g to specify group-by columns.
POKI_RUN_COMMAND{{wc -l data/colored-shapes.dkvp}}HERE
POKI_RUN_COMMAND{{mlr uniq -g color,shape data/colored-shapes.dkvp}}HERE
POKI_RUN_COMMAND{{mlr --opprint uniq -g color,shape -c then sort -f color,shape data/colored-shapes.dkvp}}HERE
POKI_RUN_COMMAND{{mlr --opprint uniq -g color,shape -c -o someothername then sort -nr someothername data/colored-shapes.dkvp}}HERE
POKI_RUN_COMMAND{{mlr --opprint uniq -n -g color,shape data/colored-shapes.dkvp}}HERE

The second main way to use mlr uniq is without group-by columns, using -a instead:
POKI_RUN_COMMAND{{cat data/repeats.dkvp}}HERE
POKI_RUN_COMMAND{{wc -l data/repeats.dkvp}}HERE POKI_RUN_COMMAND{{mlr --opprint uniq -a data/repeats.dkvp}}HERE
POKI_RUN_COMMAND{{mlr --opprint uniq -a -n data/repeats.dkvp}}HERE POKI_RUN_COMMAND{{mlr --opprint uniq -a -c data/repeats.dkvp}}HERE

unsparsify

POKI_RUN_COMMAND{{mlr unsparsify --help}}HERE

Examples: POKI_RUN_COMMAND{{cat data/sparse.json}}HERE POKI_RUN_COMMAND{{mlr --json unsparsify data/sparse.json}}HERE POKI_RUN_COMMAND{{mlr --ijson --opprint unsparsify data/sparse.json}}HERE POKI_RUN_COMMAND{{mlr --ijson --opprint unsparsify --fill-with missing data/sparse.json}}HERE

miller-5.6.2/doc/content-for-reference.html000066400000000000000000001113351354153536500206530ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Command overview

Whereas the Unix toolkit is made of the separate executables cat, tail, cut, sort, etc., Miller has subcommands, invoked as follows: POKI_INCLUDE_ESCAPED(data/subcommand-example.txt)HERE

These fall into categories as follows:
Commands Description
cat, cut, grep, head, join, sort, tac, tail, top, uniq Analogs of their Unix-toolkit namesakes, discussed below as well as in POKI_PUT_LINK_FOR_PAGE(feature-comparison.html)HERE
filter, put, sec2gmt, sec2gmtdate, step, tee awk-like functionality
bar, bootstrap, decimate, histogram, least-frequent, most-frequent, sample, shuffle, stats1, stats2 Statistically oriented
group-by, group-like, having-fields Particularly oriented toward POKI_PUT_LINK_FOR_PAGE(record-heterogeneity.html)HERE, although all Miller commands can handle heterogeneous records
check, count-distinct, label, merge-fields, nest, nothing, rename, rename, reorder, reshape, seqgen These draw from other sources (see also POKI_PUT_LINK_FOR_PAGE(originality.html)HERE): count-distinct is SQL-ish, and rename can be done by sed (which does it faster: see POKI_PUT_LINK_FOR_PAGE(performance.html)HERE).

I/O options

Formats

Options: 

  --dkvp    --idkvp    --odkvp
  --nidx    --inidx    --onidx
  --csv     --icsv     --ocsv
  --csvlite --icsvlite --ocsvlite
  --pprint  --ipprint  --opprint  --right
  --xtab    --ixtab    --oxtab
  --json    --ijson    --ojson

These are as discussed in POKI_PUT_LINK_FOR_PAGE(file-formats.html)HERE, with the exception of --right which makes pretty-printed output right-aligned:
POKI_RUN_COMMAND{{mlr --opprint cat data/small}}HERE POKI_RUN_COMMAND{{mlr --opprint --right cat data/small}}HERE

Additional notes:

  • Use --csv, --pprint, etc. when the input and output formats are the same.
  • Use --icsv --opprint, etc. when you want format conversion as part of what Miller does to your data.
  • DKVP (key-value-pair) format is the default for input and output. So, --oxtab is the same as --idkvp --oxtab.
Pro-tip: Please use either --format1, or --iformat1 --oformat2. If you use --format1 --oformat2 then what happens is that flags are set up for input and output for format1, some of which are overwritten for output in format2. For technical reasons, having --oformat2 clobber all the output-related effects of --format1 also removes some flexibility from the command-line interface. See also https://github.com/johnkerl/miller/issues/180 and https://github.com/johnkerl/miller/issues/199.

In-place mode

Use the mlr -I flag to process files in-place. For example, mlr -I --csv cut -x -f unwanted_column_name mydata/*.csv will remove unwanted_column_name from all your *.csv files in your mydata/ subdirectory.

By default, Miller output goes to the screen (or you can redirect a file using > or to another process using |). With -I, for each file name on the command line, output is written to a temporary file in the same directory. Miller writes its output into that temp file, which is then renamed over the original. Then, processing continues on the next file. Each file is processed in isolation: if the output format is CSV, CSV headers will be present in each output file; statistics are only over each file's own records; and so on.

Please see here for examples.

Compression

Options: 

  --prepipe {command}

The prepipe command is anything which reads from standard input and produces data acceptable to Miller. Nominally this allows you to use whichever decompression utilities you have installed on your system, on a per-file basis. If the command has flags, quote them: e.g. mlr --prepipe 'zcat -cf'. Examples: 

# These two produce the same output:
$ gunzip < myfile1.csv.gz | mlr cut -f hostname,uptime
$ mlr --prepipe gunzip cut -f hostname,uptime myfile1.csv.gz
# With multiple input files you need --prepipe:
$ mlr --prepipe gunzip cut -f hostname,uptime myfile1.csv.gz myfile2.csv.gz
$ mlr --prepipe gunzip --idkvp --oxtab cut -f hostname,uptime myfile1.dat.gz myfile2.dat.gz

# Similar to the above, but with compressed output as well as input:
$ gunzip < myfile1.csv.gz | mlr cut -f hostname,uptime | gzip > outfile.csv.gz
$ mlr --prepipe gunzip cut -f hostname,uptime myfile1.csv.gz | gzip > outfile.csv.gz
$ mlr --prepipe gunzip cut -f hostname,uptime myfile1.csv.gz myfile2.csv.gz | gzip > outfile.csv.gz

# Similar to the above, but with different compression tools for input and output:
$ gunzip < myfile1.csv.gz | mlr cut -f hostname,uptime | xz -z > outfile.csv.xz
$ xz -cd < myfile1.csv.xz | mlr cut -f hostname,uptime | gzip > outfile.csv.xz
$ mlr --prepipe 'xz -cd' cut -f hostname,uptime myfile1.csv.xz myfile2.csv.xz | xz -z > outfile.csv.xz

... etc.

Record/field/pair separators

Miller has record separators IRS and ORS, field separators IFS and OFS, and pair separators IPS and OPS. For example, in the DKVP line a=1,b=2,c=3, the record separator is newline, field separator is comma, and pair separator is the equals sign. These are the default values.

Options: 

  --rs --irs --ors
  --fs --ifs --ofs --repifs
  --ps --ips --ops
  • You can change a separator from input to output via e.g. --ifs = --ofs :. Or, you can specify that the same separator is to be used for input and output via e.g. --fs :.
  • The pair separator is only relevant to DKVP format.
  • Pretty-print and xtab formats ignore the separator arguments altogether.
  • The --repifs means that multiple successive occurrences of the field separator count as one. For example, in CSV data we often signify nulls by empty strings, e.g. 2,9,,,,,6,5,4. On the other hand, if the field separator is a space, it might be more natural to parse 2 4 5 the same as 2 4 5: --repifs --ifs ' ' lets this happen. In fact, the --ipprint option above is internally implemented in terms of --repifs.
  • Just write out the desired separator, e.g. --ofs '|'. But you may use the symbolic names newline, space, tab, pipe, or semicolon if you like.

Number formatting

The command-line option --ofmt {format string} is the global number format for commands which generate numeric output, e.g. stats1, stats2, histogram, and step, as well as mlr put. Examples: POKI_CARDIFY(--ofmt %.9le --ofmt %.6lf --ofmt %.0lf)HERE

These are just C printf formats applied to double-precision numbers. Please don’t use %s or %d. Additionally, if you use leading width (e.g. %18.12lf) then the output will contain embedded whitespace, which may not be what you want if you pipe the output to something else, particularly CSV. I use Miller’s pretty-print format (mlr --opprint) to column-align numerical data.

To apply formatting to a single field, overriding the global ofmt, use fmtnum function within mlr put. For example: POKI_RUN_COMMAND{{echo 'x=3.1,y=4.3' | mlr put '$z=fmtnum($x*$y,"%08lf")'}}HERE POKI_RUN_COMMAND{{echo 'x=0xffff,y=0xff' | mlr put '$z=fmtnum(int($x*$y),"%08llx")'}}HERE

Input conversion from hexadecimal is done automatically on fields handled by mlr put and mlr filter as long as the field value begins with "0x". To apply output conversion to hexadecimal on a single column, you may use fmtnum, or the keystroke-saving hexfmt function. Example: POKI_RUN_COMMAND{{echo 'x=0xffff,y=0xff' | mlr put '$z=hexfmt($x*$y)'}}HERE

Data transformations (verbs)

Please see the separate page here.

Expression language for filter and put

Please see the separate page here.

then-chaining

In accord with the Unix philosophy, you can pipe data into or out of Miller. For example: POKI_CARDIFY(mlr cut --complement -f os_version *.dat | mlr sort -f hostname,uptime)HERE

You can, if you like, instead simply chain commands together using the then keyword: POKI_CARDIFY(mlr cut --complement -f os_version then sort -f hostname,uptime *.dat)HERE

(You can precede the very first verb with then, if you like, for symmetry.) Here’s a performance comparison: POKI_INCLUDE_ESCAPED(data/then-chaining-performance.txt)HERE There are two reasons to use then-chaining: one is for performance, although I don’t expect this to be a win in all cases. Using then-chaining avoids redundant string-parsing and string-formatting at each pipeline step: instead input records are parsed once, they are fed through each pipeline stage in memory, and then output records are formatted once. On the other hand, Miller is single-threaded, while modern systems are usually multi-processor, and when streaming-data programs operate through pipes, each one can use a CPU. Rest assured you get the same results either way.

The other reason to use then-chaining is for simplicity: you don’t have re-type formatting flags (e.g. --csv --fs tab) at every pipeline stage.

Auxiliary commands

There are a few nearly-standalone programs which have nothing to do with the rest of Miller, do not participate in record streams, and do not deal with file formats. They might as well be little standalone executables but they’re delivered within the main Miller executable for convenience. POKI_RUN_COMMAND{{mlr aux-list}}HERE POKI_RUN_COMMAND{{mlr lecat --help}}HERE POKI_RUN_COMMAND{{mlr termcvt --help}}HERE POKI_RUN_COMMAND{{mlr hex --help}}HERE POKI_RUN_COMMAND{{mlr unhex --help}}HERE

Examples: POKI_RUN_COMMAND{{echo 'Hello, world!' | mlr lecat --mono}}HERE POKI_RUN_COMMAND{{echo 'Hello, world!' | mlr termcvt --lf2crlf | mlr lecat --mono}}HERE POKI_RUN_COMMAND{{mlr hex data/budget.csv}}HERE POKI_RUN_COMMAND{{mlr hex -r data/budget.csv}}HERE POKI_RUN_COMMAND{{mlr hex -r data/budget.csv | sed 's/20/2a/g' | mlr unhex}}HERE

Data types

Miller’s input and output are all string-oriented: there is (as of August 2015 anyway) no support for binary record packing. In this sense, everything is a string in and out of Miller. During processing, field names are always strings, even if they have names like "3"; field values are usually strings. Field values’ ability to be interpreted as a non-string type only has meaning when comparison or function operations are done on them. And it is an error condition if Miller encounters non-numeric (or otherwise mistyped) data in a field in which it has been asked to do numeric (or otherwise type-specific) operations.

Field values are treated as numeric for the following:

  • Numeric sort: mlr sort -n, mlr sort -nr.
  • Statistics: mlr histogram, mlr stats1, mlr stats2.
  • Cross-record arithmetic: mlr step.

For mlr put and mlr filter:

  • Miller’s types for function processing are empty-null (empty string), absent-null (reads of unset right-hand sides, or fall-through non-explicit return values from user-defined functions), error, string, float (double-precision), int (64-bit signed), and boolean.
  • On input, string values representable as numbers, e.g. "3" or "3.1", are treated as int or float, respectively. If a record has x=1,y=2 then mlr put '$z=$x+$y' will produce x=1,y=2,z=3, and mlr put '$z=$x.$y' does not give an error simply because the dot operator has been generalized to stringify non-strings. To coerce back to string for processing, use the string function: mlr put '$z=string($x).string($y)' will produce x=1,y=2,z=12.
  • On input, string values representable as boolean (e.g. "true", "false") are not automatically treated as boolean. (This is because "true" and "false" are ordinary words, and auto string-to-boolean on a column consisting of words would result in some strings mixed with some booleans.) Use the boolean function to coerce: e.g. giving the record x=1,y=2,w=false to mlr put '$z=($x<$y) || boolean($w)'.
  • Functions take types as described in mlr --help-all-functions: for example, log10 takes float input and produces float output, gmt2sec maps string to int, and sec2gmt maps int to string.
  • All math functions described in mlr --help-all-functions take integer as well as float input.

Null data: empty and absent

One of Miller’s key features is its support for heterogeneous data. For example, take mlr sort: if you try to sort on field hostname when not all records in the data stream have a field named hostname, it is not an error (although you could pre-filter the data stream using mlr having-fields --at-least hostname then sort ...). Rather, records lacking one or more sort keys are simply output contiguously by mlr sort.

Miller has two kinds of null data:

  • Empty (key present, value empty): a field name is present in a record (or in an out-of-stream variable) with empty value: e.g. x=,y=2 in the data input stream, or assignment $x="" or @x="" in mlr put.
  • Absent (key not present): a field name is not present, e.g. input record is x=1,y=2 and a put or filter expression refers to $z. Or, reading an out-of-stream variable which hasn’t been assigned a value yet, e.g. mlr put -q '@sum += $x; end{emit @sum}' or mlr put -q '@sum[$a][$b] += $x; end{emit @sum, "a", "b"}'.

You can test these programatically using the functions is_empty/is_not_empty, is_absent/is_present, and is_null/is_not_null. For the last pair, note that null means either empty or absent.

Rules for null-handling:

  • Records with one or more empty sort-field values sort after records with all sort-field values present: POKI_RUN_COMMAND{{mlr cat data/sort-null.dat}}HERE POKI_RUN_COMMAND{{mlr sort -n a data/sort-null.dat}}HERE POKI_RUN_COMMAND{{mlr sort -nr a data/sort-null.dat}}HERE
  • Functions/operators which have one or more empty arguments produce empty output: e.g. POKI_RUN_COMMAND{{echo 'x=2,y=3' | mlr put '$a=$x+$y'}}HERE POKI_RUN_COMMAND{{echo 'x=,y=3' | mlr put '$a=$x+$y'}}HERE POKI_RUN_COMMAND{{echo 'x=,y=3' | mlr put '$a=log($x);$b=log($y)'}}HERE with the exception that the min and max functions are special: if one argument is non-null, it wins: POKI_RUN_COMMAND{{echo 'x=,y=3' | mlr put '$a=min($x,$y);$b=max($x,$y)'}}HERE
  • Functions of absent variables (e.g. mlr put '$y = log10($nonesuch)') evaluate to absent, and arithmetic/bitwise/boolean operators with both operands being absent evaluate to absent. Arithmetic operators with one absent operand return the other operand. More specifically, absent values act like zero for addition/subtraction, and one for multiplication: Furthermore, any expression which evaluates to absent is not stored in the left-hand side of an assignment statement : POKI_RUN_COMMAND{{echo 'x=2,y=3' | mlr put '$a=$u+$v; $b=$u+$y; $c=$x+$y'}}HERE POKI_RUN_COMMAND{{echo 'x=2,y=3' | mlr put '$a=min($x,$v);$b=max($u,$y);$c=min($u,$v)'}}HERE
  • Likewise, for assignment to maps, absent-valued keys or values result in a skipped assignment.
The reasoning is as follows:
  • Empty values are explicit in the data so they should explicitly affect accumulations: mlr put '@sum += $x' should accumulate numeric x values into the sum but an empty x, when encountered in the input data stream, should make the sum non-numeric. To work around this you can use the is_not_null function as follows: mlr put 'is_not_null($x) { @sum += $x }'
  • Absent stream-record values should not break accumulations, since Miller by design handles heterogenous data: the running @sum in mlr put '@sum += $x' should not be invalidated for records which have no x.
  • Absent out-of-stream-variable values are precisely what allow you to write mlr put '@sum += $x'. Otherwise you would have to write mlr put 'begin{@sum = 0}; @sum += $x' — which is tolerable — but for mlr put 'begin{...}; @sum[$a][$b] += $x' you’d have to pre-initialize @sum for all values of $a and $b in your input data stream, which is intolerable.
  • The penalty for the absent feature is that misspelled variables can be hard to find: e.g. in mlr put 'begin{@sumx = 10}; ...; update @sumx somehow per-record; ...; end {@something = @sum * 2}' the accumulator is spelt @sumx in the begin-block but @sum in the end-block, where since it is absent, @sum*2 evaluates to 2. See also the section on errors and transparency.

Since absent plus absent is absent (and likewise for other operators), accumulations such as @sum += $x work correctly on heterogenous data, as do within-record formulas if both operands are absent. If one operand is present, you may get behavior you don’t desire. To work around this — namely, to set an output field only for records which have all the inputs present — you can use a pattern-action block with is_present: POKI_RUN_COMMAND{{mlr cat data/het.dkvp}}HERE POKI_RUN_COMMAND{{mlr put 'is_present($loadsec) { $loadmillis = $loadsec * 1000 }' data/het.dkvp}}HERE POKI_RUN_COMMAND{{mlr put '$loadmillis = (is_present($loadsec) ? $loadsec : 0.0) * 1000' data/het.dkvp}}HERE

If you’re interested in a formal description of how empty and absent fields participate in arithmetic, here’s a table for plus (other arithmetic/boolean/bitwise operators are similar): POKI_RUN_COMMAND{{mlr --print-type-arithmetic-info}}HERE

String literals

You can use the following backslash escapes for strings such as between the double quotes in contexts such as mlr filter '$name =~ "..."', mlr put '$name = $othername . "..."', mlr put '$name = sub($name, "...", "..."), etc.:

  • \a: ASCII code 0x07 (alarm/bell)
  • \b: ASCII code 0x08 (backspace)
  • \f: ASCII code 0x0c (formfeed)
  • \n: ASCII code 0x0a (LF/linefeed/newline)
  • \r: ASCII code 0x0d (CR/carriage return)
  • \t: ASCII code 0x09 (tab)
  • \v: ASCII code 0x0b (vertical tab)
  • \\: backslash
  • \": double quote
  • \123: Octal 123, etc. for \000 up to \377
  • \x7f: Hexadecimal 7f, etc. for \x00 up to \xff

See also https://en.wikipedia.org/wiki/Escape_sequences_in_C.

These replacements apply only to strings you key in for the DSL expressions for filter and put: that is, if you type \t in a string literal for a filter/put expression, it will be turned into a tab character. If you want a backslash followed by a t, then please type \\t.

However, these replacements are not done automatically within your data stream. If you wish to make these replacements, you can do, for example, for a field named field, mlr put '$field = gsub($field, "\\t", "\t")'. If you need to make such a replacement for all fields in your data, you should probably simply use the system sed command.

Regular expressions

Miller lets you use regular expressions (of type POSIX.2) in the following contexts:

  • In mlr filter with =~ or !=~, e.g. mlr filter '$url =~ "http.*com"'
  • In mlr put with sub or gsub, e.g. mlr put '$url = sub($url, "http.*com", "")'
  • In mlr having-fields, e.g. mlr having-fields --any-matching '^sda[0-9]'
  • In mlr cut, e.g. mlr cut -r -f '^status$,^sda[0-9]'
  • In mlr rename, e.g. mlr rename -r '^(sda[0-9]).*$,dev/\1'
  • In mlr grep, e.g. mlr --csv grep 00188555487 myfiles*.csv

Points demonstrated by the above examples:

  • There are no implicit start-of-string or end-of-string anchors; please use ^ and/or $ explicitly.
  • Miller regexes are wrapped with double quotes rather than slashes.
  • The i after the ending double quote indicates a case-insensitive regex.
  • Capture groups are wrapped with (...) rather than \(...\); use \( and \) to match against parentheses.

For filter and put, if the regular expression is a string literal (the normal case), it is precompiled at process start and reused thereafter, which is efficient. If the regular expression is a more complex expression, including string concatenation using ., or a column name (in which case you can take regular expressions from input data!), then regexes are compiled on each record which works but is less efficient. As well, in this case there is no way to specify case-insensitive matching.

Example: POKI_RUN_COMMAND{{cat data/regex-in-data.dat}}HERE POKI_RUN_COMMAND{{mlr filter '$name =~ $regex' data/regex-in-data.dat}}HERE

Regex captures

Regex captures of the form \0 through \9 are supported as follows:

  • Captures have in-function context for sub and gsub. For example, the first \1,\2 pair belong to the first sub and the second \1,\2 pair belong to the second sub: 

    mlr put '$b = sub($a, "(..)_(...)", "\2-\1"); $c = sub($a, "(..)_(.)(..)", ":\1:\2:\3")'
  • Captures endure for the entirety of a put for the =~ and !=~ operators. For example, here the \1,\2 are set by the =~ operator and are used by both subsequent assignment statements: 

    mlr put '$a =~ "(..)_(....); $b = "left_\1"; $c = "right_\2"'
  • The captures are not retained across multiple puts. For example, here the \1,\2 won’t be expanded from the regex capture: 

    mlr put '$a =~ "(..)_(....)' then {... something else ...} then put '$b = "left_\1"; $c = "right_\2"'
  • Captures are ignored in filter for the =~ and !=~ operators. For example, there is no mechanism provided to refer to the first (..) as \1 or to the second (....) as \2 in the following filter statement: 

    mlr filter '$a =~ "(..)_(....)'
  • Up to nine matches are supported: \1 through \9, while \0 is the entire match string; \15 is treated as \1 followed by an unrelated 5.

Arithmetic

Input scanning

Numbers in Miller are double-precision float or 64-bit signed integers. Anything scannable as int, e.g 123 or 0xabcd, is treated as an integer; otherwise, input scannable as float (4.56 or 8e9) is treated as float; everything else is a string.

If you want all numbers to be treated as floats, then you may use float() in your filter/put expressions (e.g. replacing $c = $a * $b with $c = float($a) * float($b)) — or, more simply, use mlr filter -F and mlr put -F which forces all numeric input, whether from expression literals or field values, to float. Likewise mlr stats1 -F and mlr step -F force integerable accumulators (such as count) to be done in floating-point.

Conversion by math routines

For most math functions, integers are cast to float on input, and produce float output: e.g. exp(0) = 1.0 rather than 1. The following, however, produce integer output if their inputs are integers: + - * / // % abs ceil floor max min round roundm sgn. As well, stats1 -a min, stats1 -a max, stats1 -a sum, step -a delta, and step -a rsum produce integer output if their inputs are integers.

Conversion by arithmetic operators

The sum, difference, and product of integers is again integer, except for when that would overflow a 64-bit integer at which point Miller converts the result to float.

The short of it is that Miller does this transparently for you so you needn’t think about it.

Implementation details of this, for the interested: integer adds and subtracts overflow by at most one bit so it suffices to check sign-changes. Thus, Miller allows you to add and subtract arbitrary 64-bit signed integers, converting only to float precisely when the result is less than -263 or greater than 263-1. Multiplies, on the other hand, can overflow by a word size and a sign-change technique does not suffice to detect overflow. Instead Miller tests whether the floating-point product exceeds the representable integer range. Now, 64-bit integers have 64-bit precision while IEEE-doubles have only 52-bit mantissas — so, there are 53 bits including implicit leading one. The following experiment explicitly demonstrates the resolution at this range: 

   64-bit integer     64-bit integer     Casted to double           Back to 64-bit
       in hex           in decimal                                    integer
0x7ffffffffffff9ff 9223372036854774271 9223372036854773760.000000 0x7ffffffffffff800
0x7ffffffffffffa00 9223372036854774272 9223372036854773760.000000 0x7ffffffffffff800
0x7ffffffffffffbff 9223372036854774783 9223372036854774784.000000 0x7ffffffffffffc00
0x7ffffffffffffc00 9223372036854774784 9223372036854774784.000000 0x7ffffffffffffc00
0x7ffffffffffffdff 9223372036854775295 9223372036854774784.000000 0x7ffffffffffffc00
0x7ffffffffffffe00 9223372036854775296 9223372036854775808.000000 0x8000000000000000
0x7ffffffffffffffe 9223372036854775806 9223372036854775808.000000 0x8000000000000000
0x7fffffffffffffff 9223372036854775807 9223372036854775808.000000 0x8000000000000000

That is, one cannot check an integer product to see if it is precisely greater than 263-1 or less than -263 using either integer arithmetic (it may have already overflowed) or using double-precision (due to granularity). Instead Miller checks for overflow in 64-bit integer multiplication by seeing whether the absolute value of the double-precision product exceeds the largest representable IEEE double less than 263, which we see from the listing above is 9223372036854774784. (An alternative would be to do all integer multiplies using handcrafted multi-word 128-bit arithmetic. This approach is not taken.)

Pythonic division

Division and remainder are pythonic:

  • Quotient of integers is floating-point: 7/2 is 3.5.
  • Integer division is done with //: 7//2 is 3. This rounds toward the negative.
  • Remainders are non-negative.

On-line help

Examples:

POKI_RUN_COMMAND{{mlr --help}}HERE POKI_RUN_COMMAND{{mlr sort --help}}HERE

miller-5.6.2/doc/content-for-release-docs.html000066400000000000000000000072461354153536500212700ustar00rootroot00000000000000POKI_PUT_TOC_HERE

For release notes per se — what changed from one release to the next — please see the following:

https://github.com/johnkerl/miller/tags

Note:

The following are full docsets as of the specified release:

miller-5.6.2/doc/content-for-why.html000066400000000000000000000270751354153536500175330ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Someone asked me the other day about design, tradeoffs, thought process, why I felt it necessary to build Miller, etc. Here are some answers.

Who is Miller for?

For background, I’m a software engineer, with a heavy devops bent and a non-trivial amount of data-engineering in my career. Initially I wrote Miller mainly for myself: I’m coder-friendly (being a coder); I’m Github-friendly; most of my data are well-structured or easily structurable (TSV-formatted SQL-query output, CSV files, log files, JSON data structures); I care about interoperability between all the various formats Miller supports (I’ve encountered them all); I do all my work on Linux or OSX.

But now there’s this neat little tool which seems to be useful for people in various disciplines. I don’t even know entirely who. I can click through Github starrers and read a bit about what they seem to do, but not everyone’s on Github (or stars things). I’ve gotten a lot of feature requests through Github — but only from people who are Github users. Not everyone’s a coder (it seems like a lot of Miller’s Github starrers are devops folks like myself, or data-science-ish people, or biology/genomics folks.) A lot of people care 100% about CSV. And so on.

So I wonder (please drop a note at https://github.com/johnkerl/miller/issues) does Miller do what you need? Do you use it for all sorts of things, or just one or two nice things? Are there things you wish it did but it doesn’t? Is it almost there, or just nowhere near what you want? Are there not enough features or way too many? Are the docs too complicated; do you have a hard time finding out how to do what you want? Should I think differently about what this tool even is in the first place? Should I think differently about who it’s for?

What was Miller created to do?

First: there are tools like xsv which handles CSV marvelously and jq which handles JSON marvelously, and so on — but I over the years of my career in the software industry I’ve found myself, and others, doing a lot of ad-hoc things which really were fundamentally the same except for format. So the number one thing about Miller is doing common things while supporting multiple formats: (a) ingest a list of records where a record is a list of key-value pairs (however represented in the input files); (b) transform that stream of records; (c) emit the transformed stream — either in the same format as input, or in a different format.

Second thing, a lot like the first: just as I didn’t want to build something only for a single file format, I didn’t want to build something only for one problem domain. In my work doing software engineering, devops, data engineering, etc. I saw a lot of commonalities and I wanted to solve as many problems simultaneously as possible.

Third: it had to be streaming. As time goes by and we (some of us, sometimes) have machines with tens or hundreds of GB of RAM, it’s maybe less important, but I’m unhappy with tools which ingest all data, then do stuff, then emit all data. One reason is to be able to handle files bigger than available RAM. Another reason is to be able to handle input which trickles in, e.g. you have some process emitting data now and then and you can pipe it to Miller and it will emit transformed records one at a time.

Fourth: it had to be fast. This precludes all sorts of very nice things written in Ruby, for example. I love Ruby as a very expressive language, and I have several very useful little utility scripts written in Ruby. But a few years ago I ported over some of my old tried-and-true C programs and the lines-of-code count was a lot lower — it was great! Until I ran them on multi-GB files and realized they took 60x as long to complete. So I couldn’t write Miller in Ruby, or in languages like it. I was going to have to do something in a low-level language in order to make it performant. I did simple experiments in several languages, and nothing was as fast as C, so I used C: see also here.

Fifth thing: I wanted Miller to be pipe-friendly and interoperate with other command-line tools. Since the basic paradigm is ingest records, transform records, emit records — where the input and output formats can be the same or different, and the transform can be complex, or just pass-through — this means you can use it to transform data, or re-format it, or both. So if you just want to do data-cleaning/prep/formatting and do all the "real" work in R, you can. If you just want a little glue script between other tools you can get that. And if you want to do non-trivial data-reduction in Miller you can.

Sixth thing: Must have comprehensive documentation and unit-test. Since Miller handles a lot of formats and solves a lot of problems, there’s a lot to test and a lot to keep working correctly as I add features or optimize. And I wanted it to be able to explain itself — not only through web docs like the one you’re reading but also through man mlr and mlr --help, mlr sort --help, etc.

Seventh thing: Must have a domain-specific language (DSL) but also must let you do common things without it. All those little verbs Miller has to help you avoid having to write for-loops are great. I use them for keystroke-saving: mlr stats1 -a mean,stddev,min,max -f quantity, for example, without you having to write for-loops or define accumulator variables. But you also have to be able to break out of that and write arbitrary code when you want to: mlr put '$distance = $rate * $time' or anything else you can think up. In Perl/AWK/etc. it’s all DSL. In xsv et al. it’s all verbs. In Miller I like having the combination.

Eighth thing: It’s an awful lot of fun to write. In my experience I didn’t find any tools which do multi-format, streaming, efficient, multi-purpose, with DSL and non-DSL, so I wrote one. But I don’t guarantee it’s unique in the world. It fills a niche in the world (people use it) but it also fills a niche in my life.

Tradeoffs

Miller is command-line-only by design. People who want a graphical user interface won’t find it here. This is in part (a) accommodating my personal preferences, and in part (b) guided by my experience/belief that the command line is very expressive. Steep learning curve, yes. I consider that price worth paying.

Another tradeoff: supporting lists of records — each with only one depth — keeps me supporting only what can be expressed in all of those formats. E.g. in JSON you can have lists of lists of lists which Miller just doesn’t handle. So Miller can’t (and won’t) handle arbitrary JSON because it only handles tabular data which can be expressed in a variety of formats.

A third tradeoff is doing build-from-scratch in a low-level language. It’d be quicker to write (but slower to run) if written in a high-level language. If Miller were written in Python, it would be implemented in significantly fewer lines of code than its current C implementation. The DSL would just be an eval of Python code. And it would run slower, but maybe not enough slower to be a problem for most folks. Later I found out about the rows tool — if you find Miller useful, you should check out rows as well.

A fourth tradeoff is in the DSL (more visibly so in 5.0.0 but already in pre-5.0.0): how much to make it dynamically typed — so you can just say y=x+1 with a minimum number of keystrokes — vs. having it do a good job of telling you when you’ve made a typo. This is a common paradigm across all languages. Some like Ruby you don’t declare anything and they’re quick to code little stuff in but programs of even a few thousand lines (which isn’t large in the software world) become insanely unmanageable. Then Java at the other extreme which is very typesafe but you have to type in a lot of punctuation, angle brackets, datatypes, repetition, etc. just to be able to get anything done. And some in the middle like Go which are typesafe but with type inference which aim to do the best of both. In the Miller (5.0.0) DSL you get y=x+1 by default but you can have things like int y = x+1 etc. so the typesafety is opt-in. See also here for more information on type-checking.

Related tools

Here’s a comprehensive list: https://github.com/dbohdan/structured-text-tools. It doesn’t mention rows so here’s a plug for that as well.

Moving forward

I originally aimed Miller at people who already know what sed/awk/cut/sort/join are and wanted some options. But as time goes by I realize that tools like this can be useful to folks who don’t know what those things are; people who aren’t primarily coders; people who are scientists, or data scientists. These days some journalists do data analysis. So moving forward in terms of docs, I am working on having more cookbook, follow-by-example stuff in addition to the existing language-reference kinds of stuff. And continuing to seek out input from people who use Miller on where to go next.

miller-5.6.2/doc/content-for-whyc-details.html000066400000000000000000000166371354153536500213230ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Overview

This section contains details substantiating the discussion at POKI_PUT_LINK_FOR_PAGE(whyc.html)HERE.

I did simple experiments in several languages. In one experiment (cat tests) I just read lines and printed them back out — a line-oriented cat. In another (cut tests) I consumed input lines like x=1,y=2,z=3 one at a time, split them on commas and equals signs to populate hash maps, transformed them (e.g. remove the y field), and emitted them. Basically mlr cut -x -f y with DKVP format. I didn’t do anything fancy — just using each language’s getline, string-split, hashmap-put, etc. (For C, the hashmap logic was my own and has turned into Miller per se.) And nothing was as fast as C, so I used C. Here are the experiments I kept (I failed to keep the Lua code, for example). Note that I re-ran the timings in 2019 using code written in 2015, for purposes of creating this page.

Timings

POKI_INCLUDE_ESCAPED(../perf/timings.txt)HERE

Discussion

  • /bin/cat is quite a bit faster than my line-oriented C code. This shows that my simple experiments here don’t exhaust the possibilities of clever programming. Rather, they serve to compare and contrast the performance of straightforward coding in various languages.
  • I didn’t get any of the other languages to do line-oriented cat as fast as C. But Go was in the ballpark and was worth a further look.
  • The cut experiments separated it out. I iteratively commented out/in various steps of the cut steps and found (as noted in the source code below) big chunks of cutgo.go’s time in the simple map and write-to-stdout library-code operations. I failed to retain cutc.c as I originally implemented it in 2015 (it morphed gradually into Miller per se) but it was sufficiently faster than cutgo.go that I stuck with C for implementing Miller.
  • The full Miller executable running mlr cat or mlr cut is slower than these bare-bones C executables — I fully implemented Miller only in one language so there’s no apples-to-apples comparison with other languages.
  • While C was the clear winner in these very simple tests, it’s quite possible that had I committed to another language for full-featured Miller, it would have been faster in that language. That was a gamble I did not take.

Source code

C cat using fgets

POKI_INCLUDE_ESCAPED(../perf/catc.c)HERE

C cat using getdelim

POKI_INCLUDE_ESCAPED(../perf/catc0.c)HERE

C cat using mmap

POKI_INCLUDE_ESCAPED(../perf/catm.c)HERE

D cat

POKI_INCLUDE_ESCAPED(../perf/catd.d)HERE

Rust cat

POKI_INCLUDE_ESCAPED(../perf/catrust.rs)HERE

Go cat

POKI_INCLUDE_ESCAPED(../perf/catgo.go)HERE

Nim cat

POKI_INCLUDE_ESCAPED(../perf/catnim.nim)HERE

D cut

POKI_INCLUDE_ESCAPED(../perf/cutd.d)HERE

Go cut

POKI_INCLUDE_ESCAPED(../perf/cutgo.go)HERE

Nim cut

POKI_INCLUDE_ESCAPED(../perf/cutnim.nim)HERE

Makefile

POKI_INCLUDE_ESCAPED(../perf/Makefile.no-autoconfig)HERE

Compiler versions

$ gcc --version
gcc (Ubuntu 7.3.0-27ubuntu1~18.04) 7.3.0
Copyright (C) 2017 Free Software Foundation, Inc.
This is free software; see the source for copying conditions.  There is NO
warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.

$ dmd --version
DMD64 D Compiler v2.088.0
Copyright (C) 1999-2019 by The D Language Foundation, All Rights Reserved written by Walter Bright

$ rustc --version
rustc 1.36.0

$ go version
go version go1.10.4 linux/amd64

$ nim --version
Nim Compiler Version 0.17.2 (2018-02-05) [Linux: amd64]
Copyright (c) 2006-2018 by Andreas Rumpf

active boot switches: -d:release

Hardware

$ uname -a
Linux sprax 4.15.0-20-generic #21-Ubuntu SMP Tue Apr 24 06:16:15 UTC 2018 x86_64 x86_64 x86_64 GNU/Linux

$ cat /proc/cpuinfo
processor	: 0
vendor_id	: GenuineIntel
cpu family	: 6
model		: 142
model name	: Intel(R) Core(TM) i7-8550U CPU @ 1.80GHz
stepping	: 10
microcode	: 0x96
cpu MHz		: 796.615
cache size	: 8192 KB
physical id	: 0
siblings	: 8
core id		: 0
cpu cores	: 4
apicid		: 0
initial apicid	: 0
fpu		: yes
fpu_exception	: yes
cpuid level	: 22
wp		: yes
flags		: fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat
pse36 clflush dts acpi mmx fxsr sse sse2 ss ht tm pbe syscall nx pdpe1gb rdtscp
lm constant_tsc art arch_perfmon pebs bts rep_good nopl xtopology nonstop_tsc
cpuid aperfmperf tsc_known_freq pni pclmulqdq dtes64 monitor ds_cpl vmx est tm2
ssse3 sdbg fma cx16 xtpr pdcm pcid sse4_1 sse4_2 x2apic movbe popcnt
tsc_deadline_timer aes xsave avx f16c rdrand lahf_lm abm 3dnowprefetch
cpuid_fault epb invpcid_single pti tpr_shadow vnmi flexpriority ept vpid
fsgsbase tsc_adjust bmi1 avx2 smep bmi2 erms invpcid mpx rdseed adx smap
clflushopt intel_pt xsaveopt xsavec xgetbv1 xsaves ibpb ibrs stibp dtherm ida
arat pln pts hwp hwp_notify hwp_act_window hwp_epp
bugs		: cpu_meltdown spectre_v1 spectre_v2
bogomips	: 3984.00
clflush size	: 64
cache_alignment	: 64
address sizes	: 39 bits physical, 48 bits virtual
power management:

... (8 CPUs total)

miller-5.6.2/doc/content-for-whyc.html000066400000000000000000000220071354153536500176640ustar00rootroot00000000000000POKI_PUT_TOC_HERE

Why not C?

C lacks many of the features found in modern, high-level languages such as Java or Go: garbage collection, collections libraries, generics/near-generics, hash-map/linked-list literals built into the language (e.g. mymap={"a"=>1,"b"=>2} or mylist=[3,4,5]), autodoc (e.g. Javadoc), and so on. Yet, while memory management is indeed Miller’s trickiest aspect, its garbage-collection needs are well-delineated and so the absence of GC is no great loss. Miller’s performance relies on the principles of touching each byte as few times as possible, and copying bytes only when necessary. This results in a baton-passing, free-on-last-use memory-management pattern which works well enough. (See also miller/c/README.md.) Miller doesn’t require a complex collections library: mostly simple hash maps, hash sets, and linked lists which aren’t difficult to code. Moreover, Miller’s primary data structure, the lrec_t, is hand-tuned to Miller’s use case and would have required hand-coding in any case.

C vs. Go, D, Rust, etc.; C is fast

I love Go (https://golang.org): I think it’s one of the best things ever to happen to our craft, and I use it often. The D language (http://dolang.org) is an exciting and elegant successor to C++ (more about which below) — D has many of Go’s strengths, with a tighter stylistic similarity to C. And initial experiments with Rust are intriguing. Yet with none of them could I obtain the throughput I get in C.

Details are written up at POKI_PUT_LINK_FOR_PAGE(whyc-details.html)HERE.

One of Go’s most powerful features is the ease with which it allows quick-to-code, error-free concurrency. Yet Miller, like most high-volume text-processing tools, spends most of its time obtaining and parsing input strings and negligible time doing all subsequent processing. Thus the absence of in-process multiprocessing is only a slight penalty in this particular application domain — parallelism here is more easily achieved by running multiple single-threaded processes, each handling its own input files, either on a single host or split across multiple hosts.

C is ubiquitous

Every Unix-like system has a C compiler (or is an apt-get or yum install away from it). This, I hope, bodes well for uptake of Miller.

C is old-school

This alone is not enough reason to program in C, but since I find myself coding in C due to the other reasons on this page, it’s happy enough to use a throwback language for a throwback tool (see POKI_PUT_LINK_FOR_PAGE(etymology.html)HERE). That said, Miller is coded in GNU C99, it uses getopt-style command-line parsing, and for development work I make use of modern tools such as valgrind. K&R was a long, long time ago. (I’m writing plain C with // comments; enough said.)

C vs. C++

I have a strong personal distaste for C++: its syntax is an ugly layer over the simplicity of C; templates and STL are even more awkward and even less elegant. (Meanwhile I find Java, Go, and D to be both elegant and modern; I ruled them out not for aesthetics but for performance as described above.) Meanwhile all the positive features I would want from C++ are easily implementable in C as follows:

this pointers and attributes

The C++ compiler implictly inserts this pointers into method calls: for example 
  class MyClass {
    private:
      char* a;
    public:
    MyClass(char* a) {
      this->a = strdup(a);
    }
    ~MyClass() {
      free(a);
    }
    int myMethod(char* b) {
      return strlen(a) + strlen(b);
    }
  };
  ...
  MyClass* myObj = new MyClass("hello");
  int x = myObj->myMethod("world");
results in something like 
  void MyClass$constructorcharptr(MyClass* this, char* a) {
    this->a = strdup(a);
  }
  void MyClass$destructor(MyClass* this) {
    free(this->a);
  }
  int MyClass$myMethod(MyClass* this, char* b) {
    return strlen(this->a) + strlen(b);
  }
  MyClass* myObj = MyClass$constructorcharptr("hello");
  int x = MyClass$myMethod(myObj, "world");
It’s easy enough to imitate this: simply use the coding convention of prepending the class name to all methods, and placing this-pointers as the first arguments to methods. Miller uses precisely this approach. For example: 
typedef struct _lrec_t {
  ...
} lrec_t;
// Constructors
lrec_t* lrec_csv_alloc(...) {
  lrec_t* prec = malloc(sizeof(lrec_t);
  ...
  prec->attribute = ...;
  return prec;
}
lrec_t* lrec_dkvp_alloc(...) {
  ...
}
// Destructor
void lrec_free(lrec_t* prec) {
  ...
  free(prec->attribute);
  ...
  free(prec);
}
// Methods
int lrec_foo(lrec_t* prec, ...) {
  return prec->...;
}
void lrec_bar(lrec_t* prec, ...) {
  prec->...;
}

This implements the object-oriented principle of encapsulation.

Interfaces and virtual-function pointers

Coding conventions again do most of the work, here accompanied by typdeffed function pointers. For example, here is Miller’s record-reader interface: 
#include <stdio.h>
#include <containers/lrec.h>
typedef lrec_t* reader_func_t(FILE* fp, void* pvstate, context_t* pctx);
typedef void    reset_func_t(void* pvstate);
typedef void    reader_free_func_t(void* pvstate);

typedef struct _reader_t {
    void*               pvstate;
    reader_func_t*      preader_func; // Interface method
    reset_func_t*       preset_func;  // Interface method
    reader_free_func_t* pfree_func;   // Interface method
} reader_t;

A class implementing this interface might look like 

// Attributes are private to this file
typedef struct _reader_csv_state_t {
  ...
} reader_csv_state_t;

// Implementation of interface methods. Marked static (file-scope) to not
// pollute the global namespace; exposed only via function pointers.
static lrec_t* reader_csv_func(FILE* input_stream, void* pvstate, context_t* pctx) {
  reader_csv_state_t* pstate = pvstate;
  ...  use various pstate->attributes ...
}
static void reset_csv_func(void* pvstate) {
  reader_csv_state_t* pstate = pvstate;
  ...  use various pstate->attributes ...
}
static void reader_csv_free(void* pvstate) {
  ...  use various pstate->attributes ...
}

// Constructor
reader_t* reader_csv_alloc(...) {
  reader_t* preader = mlr_malloc_or_die(sizeof(reader_t));

  reader_csv_state_t* pstate = mlr_malloc_or_die(sizeof(reader_csv_state_t));
  ... set various pstate->attributes ...

  preader->pvstate      = (void*)pstate;
  preader->preader_func = &reader_csv_func;
  preader->preset_func  = &reset_csv_func;
  preader->pfree_func   = &reader_csv_free;

  return preader;
}

// Factory method
  ...
  reader_t* preader = reader_csv_alloc(...);
  ...
// Method call
  ...
  lrec_t* pinrec = preader->preader_func(input_stream, preader->pvstate, pctx);
  ...

This implements the object-oriented principles of polymorphism and runtime binding.

More details are at https://github.com/johnkerl/miller/tree/master/c/containers.

miller-5.6.2/doc/cookbook.html000066400000000000000000001442521354153536500162730ustar00rootroot00000000000000 Cookbook part 1
Miller

Cookbook part 1: Common patterns
• Headerless CSV on input or output
• Doing multiple joins
• Bulk rename of fields
• Search-and-replace over all fields
• Full field renames and reassigns
• Numbering and renumbering records
• Options for dealing with duplicate rows
• Data-cleaning examples
• Splitting nested fields
• Showing differences between successive queries
• Finding missing dates
• Two-pass algorithms
    • Two-pass algorithms: computation of percentages
    • Two-pass algorithms: line-number ratios
    • Two-pass algorithms: records having max value
• Rectangularizing data
• Regularizing ragged CSV
• Feature-counting
• Unsparsing
• Parsing log-file output
• Memoization with out-of-stream variables

Headerless CSV on input or output

Sometimes we get CSV files which lack a header. For example: 

$ cat data/headerless.csv
John,23,present
Fred,34,present
Alice,56,missing
Carol,45,present

You can use Miller to add a header. The --implicit-csv-header applies positionally indexed labels: 

$ mlr --csv --implicit-csv-header cat data/headerless.csv
1,2,3
John,23,present
Fred,34,present
Alice,56,missing
Carol,45,present

Following that, you can rename the positionally indexed labels to names with meaning for your context. For example: 

$ mlr --csv --implicit-csv-header label name,age,status data/headerless.csv
name,age,status
John,23,present
Fred,34,present
Alice,56,missing
Carol,45,present

Likewise, if you need to produce CSV which is lacking its header, you can pipe Miller’s output to the system command sed 1d, or you can use Miller’s --headerless-csv-output option: 

$ head -5 data/colored-shapes.dkvp | mlr --ocsv cat
color,shape,flag,i,u,v,w,x
yellow,triangle,1,11,0.6321695890307647,0.9887207810889004,0.4364983936735774,5.7981881667050565
red,square,1,15,0.21966833570651523,0.001257332190235938,0.7927778364718627,2.944117399716207
red,circle,1,16,0.20901671281497636,0.29005231936593445,0.13810280912907674,5.065034003400998
red,square,0,48,0.9562743938458542,0.7467203085342884,0.7755423050923582,7.117831369597269
purple,triangle,0,51,0.4355354501763202,0.8591292672156728,0.8122903963006748,5.753094629505863


$ head -5 data/colored-shapes.dkvp | mlr --ocsv --headerless-csv-output cat
yellow,triangle,1,11,0.6321695890307647,0.9887207810889004,0.4364983936735774,5.7981881667050565
red,square,1,15,0.21966833570651523,0.001257332190235938,0.7927778364718627,2.944117399716207
red,circle,1,16,0.20901671281497636,0.29005231936593445,0.13810280912907674,5.065034003400998
red,square,0,48,0.9562743938458542,0.7467203085342884,0.7755423050923582,7.117831369597269
purple,triangle,0,51,0.4355354501763202,0.8591292672156728,0.8122903963006748,5.753094629505863

Lastly, often we say “CSV” or “TSV” when we have positionally indexed data in columns which are separated by commas or tabs, respectively. In this case it’s perhaps simpler to just use NIDX format which was designed for this purpose. (See also File formats.) For example: 

$ mlr --inidx --ifs comma --oxtab cut -f 1,3 data/headerless.csv
1 John
3 present

1 Fred
3 present

1 Alice
3 missing

1 Carol
3 present

Doing multiple joins

Suppose we have the following data: 

$ cat multi-join/input.csv
id,task
10,chop
20,puree
20,wash
30,fold
10,bake
20,mix
10,knead
30,clean

And we want to augment the id column with lookups from the following data files: 

$ cat multi-join/name-lookup.csv
id,name
30,Alice
10,Bob
20,Carol


$ cat multi-join/status-lookup.csv
id,status
30,occupied
10,idle
20,idle

We can run the input file through multiple join commands in a then-chain: 

$ mlr --icsv --opprint join -f multi-join/name-lookup.csv -j id then join -f multi-join/status-lookup.csv -j id multi-join/input.csv
id status   name  task
10 idle     Bob   chop
20 idle     Carol puree
20 idle     Carol wash
30 occupied Alice fold
10 idle     Bob   bake
20 idle     Carol mix
10 idle     Bob   knead
30 occupied Alice clean

Bulk rename of fields

Suppose you want to replace spaces with underscores in your column names: 

$ cat data/spaces.csv
a b c,def,g h i
123,4567,890
2468,1357,3579
9987,3312,4543

The simplest way is to use mlr rename with -g (for global replace, not just first occurrence of space within each field) and -r for pattern-matching (rather than explicit single-column renames): 

$ mlr --csv rename -g -r ' ,_'  data/spaces.csv
a_b_c,def,g_h_i
123,4567,890
2468,1357,3579
9987,3312,4543


$ mlr --csv --opprint rename -g -r ' ,_'  data/spaces.csv
a_b_c def  g_h_i
123   4567 890
2468  1357 3579
9987  3312 4543

You can also do this with a for-loop: 

$ cat data/bulk-rename-for-loop.mlr
map newrec = {};
for (oldk, v in $*) {
    newrec[gsub(oldk, " ", "_")] = v;
}
$* = newrec


$ mlr --icsv --opprint put -f data/bulk-rename-for-loop.mlr data/spaces.csv
a_b_c def  g_h_i
123   4567 890
2468  1357 3579
9987  3312 4543

Search-and-replace over all fields

How to do $name=gsub($name, "old", "new") for all fields? 

$ cat data/sar.csv
a,b,c
the quick,brown fox,jumped
over,the,lazy dogs


$ cat data/sar.mlr
  for (k in $*) {
    $[k] = gsub($[k], "e", "X");
  }


$ mlr --csv put -f data/sar.mlr data/sar.csv
a,b,c
thX quick,brown fox,jumpXd
ovXr,thX,lazy dogs

Full field renames and reassigns

Using Miller 5.0.0’s map literals and assigning to $*, you can fully generalize mlr rename, mlr reorder, etc.: 

$ cat data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729


$ mlr put '
  begin {
    @i_cumu = 0;
  }

  @i_cumu += $i;
  $* = {
    "z": $x + y,
    "KEYFIELD": $a,
    "i": @i_cumu,
    "b": $b,
    "y": $x,
    "x": $y,
  };
' data/small
z=0.346790,KEYFIELD=pan,i=1,b=pan,y=0.346790,x=0.726803
z=0.758680,KEYFIELD=eks,i=3,b=pan,y=0.758680,x=0.522151
z=0.204603,KEYFIELD=wye,i=6,b=wye,y=0.204603,x=0.338319
z=0.381399,KEYFIELD=eks,i=10,b=wye,y=0.381399,x=0.134189
z=0.573289,KEYFIELD=wye,i=15,b=pan,y=0.573289,x=0.863624

Numbering and renumbering records

The awk-like built-in variable NR is incremented for each input record: 

$ cat data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729


$ mlr put '$nr = NR' data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,nr=1
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,nr=2
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,nr=3
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,nr=4
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,nr=5

However, this is the record number within the original input stream — not after any filtering you may have done: 

$ mlr filter '$a == "wye"' then put '$nr = NR' data/small
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,nr=3
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,nr=5

There are two good options here. One is to use the cat verb with -n: 

$ mlr filter '$a == "wye"' then cat -n data/small
n=1,a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
n=2,a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729

The other is to keep your own counter within the put DSL: 

$ mlr filter '$a == "wye"' then put 'begin {@n = 1} $n = @n; @n += 1' data/small
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,n=1
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,n=2

The difference is a matter of taste (although mlr cat -n puts the counter first).

Options for dealing with duplicate rows

If your data has records appearing multiple times, you can use mlr uniq to show and/or count the unique records.

If you want to look at partial uniqueness — for example, show only the first record for each unique combination of the account_id and account_status fields — you might use mlr head -n 1 -g account_id,account_status. Please also see mlr head.

Data-cleaning examples

Here are some ways to use the type-checking options as described in the DSL reference. Suppose you have the following data file, with inconsistent typing for boolean. (Also imagine that, for the sake of discussion, we have a million-line file rather than a four-line file, so we can’t see it all at once and some automation is called for.) 

$ cat data/het-bool.csv
name,reachable
barney,false
betty,true
fred,true
wilma,1

One option is to coerce everything to boolean, or integer: 

$ mlr --icsv --opprint put '$reachable = boolean($reachable)' data/het-bool.csv
name   reachable
barney false
betty  true
fred   true
wilma  true


$ mlr --icsv --opprint put '$reachable = int(boolean($reachable))' data/het-bool.csv
name   reachable
barney 0
betty  1
fred   1
wilma  1

A second option is to flag badly formatted data within the output stream: 

$ mlr --icsv --opprint put '$format_ok = is_string($reachable)' data/het-bool.csv
name   reachable format_ok
barney false     true
betty  true      true
fred   true      true
wilma  1         false

Or perhaps to flag badly formatted data outside the output stream: 

$ mlr --icsv --opprint put 'if (!is_string($reachable)) {eprint "Malformed at NR=".NR} ' data/het-bool.csv
Malformed at NR=4
name   reachable
barney false
betty  true
fred   true
wilma  1

A third way is to abort the process on first instance of bad data: 

$ mlr --csv put '$reachable = asserting_string($reachable)' data/het-bool.csv
mlr: string type-assertion failed at NR=4 FNR=4 FILENAME=data/het-bool.csv
name,reachable
barney,false
betty,true
fred,true

Splitting nested fields

Suppose you have a TSV file like this: 

a	b
x	z
s	u:v:w

The simplest option is to use mlr nest: 

$ mlr --tsv nest --explode --values --across-records -f b --nested-fs : data/nested.tsv
a	b
x	z
s	u
s	v
s	w


$ mlr --tsv nest --explode --values --across-fields  -f b --nested-fs : data/nested.tsv
a	b_1
x	z

a	b_1	b_2	b_3
s	u	v	w

While mlr nest is simplest, let’s also take a look at a few ways to do this using the put DSL.

One option to split out the colon-delimited values in the b column is to use splitnv to create an integer-indexed map and loop over it, adding new fields to the current record: 

$ mlr --from data/nested.tsv --itsv --oxtab put 'o=splitnv($b, ":"); for (k,v in o) {$["p".k]=v}'
a  x
b  z
p1 z

a  s
b  u:v:w
p1 u
p2 v
p3 w

while another is to loop over the same map from splitnv and use it (with put -q to suppress printing the original record) to produce multiple records: 

$ mlr --from data/nested.tsv --itsv --oxtab put -q 'o=splitnv($b, ":"); for (k,v in o) {emit mapsum($*, {"b":v})}'
a x
b z

a s
b u

a s
b v

a s
b w


$ mlr --from data/nested.tsv --tsv put -q 'o=splitnv($b, ":"); for (k,v in o) {emit mapsum($*, {"b":v})}'
a	b
x	z
s	u
s	v
s	w

Showing differences between successive queries

Suppose you have a database query which you run at one point in time, producing the output on the left, then again later producing the output on the right: 

$ cat data/previous_counters.csv
color,count
red,3472
blue,6838
orange,694
purple,12


$ cat data/current_counters.csv
color,count
red,3467
orange,670
yellow,27
blue,6944

And, suppose you want to compute the differences in the counters between adjacent keys. Since the color names aren’t all in the same order, nor are they all present on both sides, we can’t just paste the two files side-by-side and do some column-four-minus-column-two arithmetic.

First, rename counter columns to make them distinct: 

$ mlr --csv rename count,previous_count data/previous_counters.csv > data/prevtemp.csv


$ cat data/prevtemp.csv
color,previous_count
red,3472
blue,6838
orange,694
purple,12


$ mlr --csv rename count,current_count data/current_counters.csv > data/currtemp.csv


$ cat data/currtemp.csv
color,current_count
red,3467
orange,670
yellow,27
blue,6944

Then, join on the key field(s), and use unsparsify to zero-fill counters absent on one side but present on the other. Use --ul and --ur to emit unpaired records (namely, purple on the left and yellow on the right): 

$ mlr --icsv --opprint \
  join -j color --ul --ur -f data/prevtemp.csv \
  then unsparsify --fill-with 0 \
  then put '$count_delta = $current_count - $previous_count' \
  data/currtemp.csv
color  previous_count current_count count_delta
red    3472           3467          -5
orange 694            670           -24
yellow 0              27            27
blue   6838           6944          106
purple 12             0             -12

Finding missing dates

Suppose you have some date-stamped data which may (or may not) be missing entries for one or more dates: 

$ head -n 10 data/miss-date.csv
date,qoh
2012-03-05,10055
2012-03-06,10486
2012-03-07,10430
2012-03-08,10674
2012-03-09,10880
2012-03-10,10718
2012-03-11,10795
2012-03-12,11043
2012-03-13,11177


$ wc -l data/miss-date.csv
1372 data/miss-date.csv

Since there are 1372 lines in the data file, some automation is called for. To find the missing dates, you can convert the dates to seconds since the epoch using strptime, then compute adjacent differences (the cat -n simply inserts record-counters): 

$ mlr --from data/miss-date.csv --icsv \
  cat -n \
  then put '$datestamp = strptime($date, "%Y-%m-%d")' \
  then step -a delta -f datestamp \
| head
n=1,date=2012-03-05,qoh=10055,datestamp=1330905600.000000,datestamp_delta=0
n=2,date=2012-03-06,qoh=10486,datestamp=1330992000.000000,datestamp_delta=86400.000000
n=3,date=2012-03-07,qoh=10430,datestamp=1331078400.000000,datestamp_delta=86400.000000
n=4,date=2012-03-08,qoh=10674,datestamp=1331164800.000000,datestamp_delta=86400.000000
n=5,date=2012-03-09,qoh=10880,datestamp=1331251200.000000,datestamp_delta=86400.000000
n=6,date=2012-03-10,qoh=10718,datestamp=1331337600.000000,datestamp_delta=86400.000000
n=7,date=2012-03-11,qoh=10795,datestamp=1331424000.000000,datestamp_delta=86400.000000
n=8,date=2012-03-12,qoh=11043,datestamp=1331510400.000000,datestamp_delta=86400.000000
n=9,date=2012-03-13,qoh=11177,datestamp=1331596800.000000,datestamp_delta=86400.000000
n=10,date=2012-03-14,qoh=11498,datestamp=1331683200.000000,datestamp_delta=86400.000000

Then, filter for adjacent difference not being 86400 (the number of seconds in a day): 

$ mlr --from data/miss-date.csv --icsv \
  cat -n \
  then put '$datestamp = strptime($date, "%Y-%m-%d")' \
  then step -a delta -f datestamp \
  then filter '$datestamp_delta != 86400 && $n != 1'
n=774,date=2014-04-19,qoh=130140,datestamp=1397865600.000000,datestamp_delta=259200.000000
n=1119,date=2015-03-31,qoh=181625,datestamp=1427760000.000000,datestamp_delta=172800.000000

Given this, it’s now easy to see where the gaps are: 

$ mlr cat -n then filter '$n >= 770 && $n <= 780' data/miss-date.csv
n=770,1=2014-04-12,2=129435
n=771,1=2014-04-13,2=129868
n=772,1=2014-04-14,2=129797
n=773,1=2014-04-15,2=129919
n=774,1=2014-04-16,2=130181
n=775,1=2014-04-19,2=130140
n=776,1=2014-04-20,2=130271
n=777,1=2014-04-21,2=130368
n=778,1=2014-04-22,2=130368
n=779,1=2014-04-23,2=130849
n=780,1=2014-04-24,2=131026


$ mlr cat -n then filter '$n >= 1115 && $n <= 1125' data/miss-date.csv
n=1115,1=2015-03-25,2=181006
n=1116,1=2015-03-26,2=180995
n=1117,1=2015-03-27,2=181043
n=1118,1=2015-03-28,2=181112
n=1119,1=2015-03-29,2=181306
n=1120,1=2015-03-31,2=181625
n=1121,1=2015-04-01,2=181494
n=1122,1=2015-04-02,2=181718
n=1123,1=2015-04-03,2=181835
n=1124,1=2015-04-04,2=182104
n=1125,1=2015-04-05,2=182528

Two-pass algorithms

Miller is a streaming record processor; commands are performed once per record. This makes Miller particularly suitable for single-pass algorithms, allowing many of its verbs to process files that are (much) larger than the amount of RAM present in your system. (Of course, Miller verbs such as sort, tac, etc. all must ingest and retain all input records before emitting any output records.) You can also use out-of-stream variables to perform multi-pass computations, at the price of retaining all input records in memory.

Two-pass algorithms: computation of percentages

For example, mapping numeric values down a column to the percentage between their min and max values is two-pass: on the first pass you find the min and max values, then on the second, map each record’s value to a percentage. 

$ mlr --from data/small --opprint put -q '
  # These are executed once per record, which is the first pass.
  # The key is to use NR to index an out-of-stream variable to
  # retain all the x-field values.
  @x_min = min($x, @x_min);
  @x_max = max($x, @x_max);
  @x[NR] = $x;

  # The second pass is in a for-loop in an end-block.
  end {
    for (nr, x in @x) {
      @x_pct[nr] = 100 * (x - @x_min) / (@x_max - @x_min);
    }
    emit (@x, @x_pct), "NR"
  }
'
NR x        x_pct
1  0.346790 25.661943
2  0.758680 100.000000
3  0.204603 0.000000
4  0.381399 31.908236
5  0.573289 66.540542

Two-pass algorithms: line-number ratios

Similarly, finding the total record count requires first reading through all the data: 

$ mlr --opprint --from data/small put -q '
  @records[NR] = $*;
  end {
    for((I,k),v in @records) {
      @records[I]["I"] = I;
      @records[I]["N"] = NR;
      @records[I]["PCT"] = 100*I/NR
    }
    emit @records,"I"
  }
' then reorder -f I,N,PCT
I N PCT a   b   i x                   y
1 5 20  pan pan 1 0.3467901443380824  0.7268028627434533
2 5 40  eks pan 2 0.7586799647899636  0.5221511083334797
3 5 60  wye wye 3 0.20460330576630303 0.33831852551664776
4 5 80  eks wye 4 0.38139939387114097 0.13418874328430463
5 5 100 wye pan 5 0.5732889198020006  0.8636244699032729

Two-pass algorithms: records having max value

The idea is to retain records having the largest value of n in the following data: 

$ mlr --itsv --opprint cat data/maxrows.tsv
a      b      n score
purple red    5 0.743231
blue   purple 2 0.093710
red    purple 2 0.802103
purple red    5 0.389055
red    purple 2 0.880457
orange red    2 0.540349
purple purple 1 0.634451
orange purple 5 0.257223
orange purple 5 0.693499
red    red    4 0.981355
blue   purple 5 0.157052
purple purple 1 0.441784
red    purple 1 0.124912
orange blue   1 0.921944
blue   purple 4 0.490909
purple red    5 0.454779
green  purple 4 0.198278
orange blue   5 0.705700
red    red    3 0.940705
purple red    5 0.072936
orange blue   3 0.389463
orange purple 2 0.664985
blue   purple 1 0.371813
red    purple 4 0.984571
green  purple 5 0.203577
green  purple 3 0.900873
purple purple 0 0.965677
blue   purple 2 0.208785
purple purple 1 0.455077
red    purple 4 0.477187
blue   red    4 0.007487

Of course, the largest value of n isn’t known until after all data have been read. Using an out-of-stream variable we can retain all records as they are read, then filter them at the end: 

$ cat data/maxrows.mlr
# Retain all records
@records[NR] = $*;
# Track max value of n
@maxn = max(@maxn, $n);

# After all records have been read, loop through retained records
# and print those with the max n value.
end {
  for (int nr in @records) {
    map record = @records[nr];
    if (record["n"] == @maxn) {
      emit record;
    }
  }
}


$ mlr --itsv --opprint put -q -f data/maxrows.mlr data/maxrows.tsv
a      b      n score
purple red    5 0.743231
purple red    5 0.389055
orange purple 5 0.257223
orange purple 5 0.693499
blue   purple 5 0.157052
purple red    5 0.454779
orange blue   5 0.705700
purple red    5 0.072936
green  purple 5 0.203577

Rectangularizing data

Suppose you have a method (in whatever language) which is printing things of the form 

outer=1
outer=2
outer=3

and then calls another method which prints things of the form 

middle=10
middle=11
middle=12
middle=20
middle=21
middle=30
middle=31

and then, perhaps, that second method calls a third method which prints things of the form 

inner1=100,inner2=101
inner1=120,inner2=121
inner1=200,inner2=201
inner1=210,inner2=211
inner1=300,inner2=301
inner1=312
inner1=313,inner2=314

with the result that your program’s output is 

outer=1
middle=10
inner1=100,inner2=101
middle=11
middle=12
inner1=120,inner2=121
outer=2
middle=20
inner1=200,inner2=201
middle=21
inner1=210,inner2=211
outer=3
middle=30
inner1=300,inner2=301
middle=31
inner1=312
inner1=313,inner2=314

The idea here is that middles starting with a 1 belong to the outer value of 1, and so on. (For example, the outer values might be account IDs, the middle values might be invoice IDs, and the inner values might be invoice line-items.) If you want all the middle and inner lines to have the context of which outers they belong to, you can modify your software to pass all those through your methods. Alternatively, don’t refactor your code just to handle some ad-hoc log-data formatting — instead, use the following to rectangularize the data. The idea is to use an out-of-stream variable to accumulate fields across records. Clear that variable when you see an outer ID; accumulate fields; emit output when you see the inner IDs. 

$ mlr --from data/rect.txt put -q '
  is_present($outer) {
    unset @r
  }
  for (k, v in $*) {
    @r[k] = v
  }
  is_present($inner1) {
    emit @r
  }'
outer=1,middle=10,inner1=100,inner2=101
outer=1,middle=12,inner1=120,inner2=121
outer=2,middle=20,inner1=200,inner2=201
outer=2,middle=21,inner1=210,inner2=211
outer=3,middle=30,inner1=300,inner2=301
outer=3,middle=31,inner1=312,inner2=301
outer=3,middle=31,inner1=313,inner2=314

Regularizing ragged CSV

Miller handles compliant CSV: in particular, it’s an error if the number of data fields in a given data line don’t match the number of header lines. But in the event that you have a CSV file in which some lines have less than the full number of fields, you can use Miller to pad them out. The trick is to use NIDX format, for which each line stands on its own without respect to a header line. 

$ cat data/ragged.csv
a,b,c
1,2,3
4,5
6,7,8,9


$ mlr --from data/ragged.csv --fs comma --nidx put '
  @maxnf = max(@maxnf, NF);
  @nf = NF;
  while(@nf < @maxnf) {
    @nf += 1;
    $[@nf] = ""
  }
'
a,b,c
1,2,3
4,5,
6,7,8,9

or, more simply, 

$ mlr --from data/ragged.csv --fs comma --nidx put '
  @maxnf = max(@maxnf, NF);
  while(NF < @maxnf) {
    $[NF+1] = "";
  }
'
a,b,c
1,2,3
4,5,
6,7,8,9

Feature-counting

Suppose you have some heterogeneous data like this: 

{ "qoh": 29874, "rate": 1.68, "latency": 0.02 }
{ "name": "alice", "uid": 572 }
{ "qoh": 1227, "rate": 1.01, "latency": 0.07 }
{ "qoh": 13458, "rate": 1.72, "latency": 0.04 }
{ "qoh": 56782, "rate": 1.64 }
{ "qoh": 23512, "rate": 1.71, "latency": 0.03 }
{ "qoh": 9876, "rate": 1.89, "latency": 0.08 }
{ "name": "bill", "uid": 684 }
{ "name": "chuck", "uid2": 908 }
{ "name": "dottie", "uid": 440 }
{ "qoh": 0, "rate": 0.40, "latency": 0.01 }
{ "qoh": 5438, "rate": 1.56, "latency": 0.17 }

A reasonable question to ask is, how many occurrences of each field are there? And, what percentage of total row count has each of them? Since the denominator of the percentage is not known until the end, this is a two-pass algorithm: 

for (key in $*) {
  @key_counts[key] += 1;
}
@record_count += 1;

end {
  for (key in @key_counts) {
      @key_fraction[key] = @key_counts[key] / @record_count
  }
  emit @record_count;
  emit @key_counts, "key";
  emit @key_fraction,"key"
}

Then 

$ mlr --json put -q -f data/feature-count.mlr data/features.json
{ "record_count": 12 }
{ "key": "qoh", "key_counts": 8 }
{ "key": "rate", "key_counts": 8 }
{ "key": "latency", "key_counts": 7 }
{ "key": "name", "key_counts": 4 }
{ "key": "uid", "key_counts": 3 }
{ "key": "uid2", "key_counts": 1 }
{ "key": "qoh", "key_fraction": 0.666667 }
{ "key": "rate", "key_fraction": 0.666667 }
{ "key": "latency", "key_fraction": 0.583333 }
{ "key": "name", "key_fraction": 0.333333 }
{ "key": "uid", "key_fraction": 0.250000 }
{ "key": "uid2", "key_fraction": 0.083333 }


$ mlr --ijson --opprint put -q -f data/feature-count.mlr data/features.json
record_count
12

key     key_counts
qoh     8
rate    8
latency 7
name    4
uid     3
uid2    1

key     key_fraction
qoh     0.666667
rate    0.666667
latency 0.583333
name    0.333333
uid     0.250000
uid2    0.083333

Unsparsing

The previous section discussed how to fill out missing data fields within CSV with full header line — so the list of all field names is present within the header line. Next, let’s look at a related problem: we have data where each record has various key names but we want to produce rectangular output having the union of all key names.

For example, suppose you have JSON input like this: 

$ cat data/sparse.json
{"a":1,"b":2,"v":3}
{"u":1,"b":2}
{"a":1,"v":2,"x":3}
{"v":1,"w":2}

There are field names a, b, v, u, x, w in the data — but not all in every record. Since we don’t know the names of all the keys until we’ve read them all, this needs to be a two-pass algorithm. On the first pass, remember all the unique key names and all the records; on the second pass, loop through the records filling in absent values, then producing output. Use put -q since we don’t want to produce per-record output, only emitting output in the end block: 

$ cat data/unsparsify.mlr
# First pass:
# Remember all unique key names:
for (k in $*) {
  @all_keys[k] = 1;
}
# Remember all input records:
@records[NR] = $*;

# Second pass:
end {
  for (nr in @records) {
    # Get the sparsely keyed input record:
    irecord = @records[nr];
    # Fill in missing keys with empty string:
    map orecord = {};
    for (k in @all_keys) {
      if (haskey(irecord, k)) {
        orecord[k] = irecord[k];
      } else {
        orecord[k] = "";
      }
    }
    # Produce the output:
    emit orecord;
  }
}


$ mlr --json put -q -f data/unsparsify.mlr data/sparse.json
{ "a": 1, "b": 2, "v": 3, "u": "", "x": "", "w": "" }
{ "a": "", "b": 2, "v": "", "u": 1, "x": "", "w": "" }
{ "a": 1, "b": "", "v": 2, "u": "", "x": 3, "w": "" }
{ "a": "", "b": "", "v": 1, "u": "", "x": "", "w": 2 }


$ mlr --ijson --ocsv put -q -f data/unsparsify.mlr data/sparse.json
a,b,v,u,x,w
1,2,3,,,
,2,,1,,
1,,2,,3,
,,1,,,2


$ mlr --ijson --opprint put -q -f data/unsparsify.mlr data/sparse.json
a b v u x w
1 2 3 - - -
- 2 - 1 - -
1 - 2 - 3 -
- - 1 - - 2

There is a keystroke-saving verb for this: mlr unsparsify.

Parsing log-file output

This, of course, depends highly on what’s in your log files. But, as an example, suppose you have log-file lines such as 

2015-10-08 08:29:09,445 INFO com.company.path.to.ClassName @ [sometext] various/sorts/of data {& punctuation} hits=1 status=0 time=2.378

I prefer to pre-filter with grep and/or sed to extract the structured text, then hand that to Miller. Example: 

grep 'various sorts' *.log | sed 's/.*} //' | mlr --fs space --repifs --oxtab stats1 -a min,p10,p50,p90,max -f time -g status

Memoization with out-of-stream variables

The recursive function for the Fibonacci sequence is famous for its computational complexity. Namely, using f(0)=1, f(1)=1, f(n)=f(n-1)+f(n-2) for n≥2, the evaluation tree branches left as well as right at each non-trivial level, resulting in millions or more paths to the root 0/1 nodes for larger n. This program 

mlr --ofmt '%.9lf' --opprint seqgen --start 1 --stop 28 then put '
  func f(n) {
      @fcount += 1;              # count number of calls to the function
      if (n < 2) {
          return 1
      } else {
          return f(n-1) + f(n-2) # recurse
      }
  }

  @fcount = 0;
  $o = f($i);
  $fcount = @fcount;

' then put '$seconds=systime()' then step -a delta -f seconds then cut -x -f seconds

produces output like this: 

i  o      fcount  seconds_delta
1  1      1       0
2  2      3       0.000039101
3  3      5       0.000015974
4  5      9       0.000019073
5  8      15      0.000026941
6  13     25      0.000036955
7  21     41      0.000056028
8  34     67      0.000086069
9  55     109     0.000134945
10 89     177     0.000217915
11 144    287     0.000355959
12 233    465     0.000506163
13 377    753     0.000811815
14 610    1219    0.001297235
15 987    1973    0.001960993
16 1597   3193    0.003417969
17 2584   5167    0.006215811
18 4181   8361    0.008294106
19 6765   13529   0.012095928
20 10946  21891   0.019592047
21 17711  35421   0.031193972
22 28657  57313   0.057254076
23 46368  92735   0.080307961
24 75025  150049  0.129482031
25 121393 242785  0.213325977
26 196418 392835  0.334423065
27 317811 635621  0.605969906
28 514229 1028457 0.971235037

Note that the time it takes to evaluate the function is blowing up exponentially as the input argument increases. Using @-variables, which persist across records, we can cache and reuse the results of previous computations: 

mlr --ofmt '%.9lf' --opprint seqgen --start 1 --stop 28 then put '
  func f(n) {
    @fcount += 1;                 # count number of calls to the function
    if (is_present(@fcache[n])) { # cache hit
      return @fcache[n]
    } else {                      # cache miss
      num rv = 1;
      if (n >= 2) {
        rv = f(n-1) + f(n-2)      # recurse
      }
      @fcache[n] = rv;
      return rv
    }
  }
  @fcount = 0;
  $o = f($i);
  $fcount = @fcount;
' then put '$seconds=systime()' then step -a delta -f seconds then cut -x -f seconds

with output like this: 

i  o      fcount seconds_delta
1  1      1      0
2  2      3      0.000053883
3  3      3      0.000035048
4  5      3      0.000045061
5  8      3      0.000014067
6  13     3      0.000028849
7  21     3      0.000028133
8  34     3      0.000027895
9  55     3      0.000014067
10 89     3      0.000015020
11 144    3      0.000012875
12 233    3      0.000033140
13 377    3      0.000014067
14 610    3      0.000012875
15 987    3      0.000029087
16 1597   3      0.000013828
17 2584   3      0.000013113
18 4181   3      0.000012875
19 6765   3      0.000013113
20 10946  3      0.000012875
21 17711  3      0.000013113
22 28657  3      0.000013113
23 46368  3      0.000015974
24 75025  3      0.000012875
25 121393 3      0.000013113
26 196418 3      0.000012875
27 317811 3      0.000013113
28 514229 3      0.000012875
miller-5.6.2/doc/cookbook2.html000066400000000000000000001021051354153536500163440ustar00rootroot00000000000000 Cookbook part 2
Miller

Cookbook part 2: Random things, and some math
• Randomly selecting words from a list
• Randomly generating jabberwocky words
• Program timing
• Computing interquartile ranges
• Computing weighted means
• Generating random numbers from various distributions
• Sieve of Eratosthenes
• Mandelbrot-set generator

Randomly selecting words from a list

Given this word list, first take a look to see what the first few lines look like: 

$ head data/english-words.txt 
a
aa
aal
aalii
aam
aardvark
aardwolf
aba
abac
abaca

Then the following will randomly sample ten words with four to eight characters in them: 

$ mlr --from data/english-words.txt --nidx filter -S 'n=strlen($1);4<=n&&n<=8' then sample -k 10
thionine
birchman
mildewy
avigate
addedly
abaze
askant
aiming
insulant
coinmate

Randomly generating jabberwocky words

These are simple n-grams as described here. Some common functions are here. Then here are scripts for 1-grams, 2-grams, 3-grams, 4-grams, and 5-grams.

The idea is that words from the input file are consumed, then taken apart and pasted back together in ways which imitate the letter-to-letter transitions found in the word list — giving us automatically generated words in the same vein as bromance and spork: 

$ mlr --nidx --from ./ngrams/gsl-2000.txt put -q -f ./ngrams/ngfuncs.mlr -f ./ngrams/ng5.mlr
beard
plastinguish
politicially
noise
loan
country
controductionary
suppery
lose
lessors
dollar
judge
rottendence
lessenger
diffendant
suggestional

Program timing

This admittedly artificial example demonstrates using Miller time and stats functions to introspectively acquire some information about Miller’s own runtime. The delta function computes the difference between successive timestamps. 

$ ruby -e '10000.times{|i|puts "i=#{i+1}"}' > lines.txt

$ head -n 5 lines.txt
i=1
i=2
i=3
i=4
i=5

mlr --ofmt '%.9le' --opprint put '$t=systime()' then step -a delta -f t lines.txt | head -n 7
i     t                 t_delta
1     1430603027.018016 1.430603027e+09
2     1430603027.018043 2.694129944e-05
3     1430603027.018048 5.006790161e-06
4     1430603027.018052 4.053115845e-06
5     1430603027.018055 2.861022949e-06
6     1430603027.018058 3.099441528e-06

mlr --ofmt '%.9le' --oxtab \
  put '$t=systime()' then \
  step -a delta -f t then \
  filter '$i>1' then \
  stats1 -a min,mean,max -f t_delta \
  lines.txt
t_delta_min  2.861022949e-06
t_delta_mean 4.077508505e-06
t_delta_max  5.388259888e-05

Computing interquartile ranges

For one or more specified field names, simply compute p25 and p75, then write the IQR as the difference of p75 and p25: 

$ mlr --oxtab stats1 -f x -a p25,p75 \
    then put '$x_iqr = $x_p75 - $x_p25' \
    data/medium
x_p25 0.246670
x_p75 0.748186
x_iqr 0.501516

For wildcarded field names, first compute p25 and p75, then loop over field names with p25 in them: 

$ mlr --oxtab stats1 --fr '[i-z]' -a p25,p75 \
    then put 'for (k,v in $*) {
      if (k =~ "(.*)_p25") {
        $["\1_iqr"] = $["\1_p75"] - $["\1_p25"]
      }
    }' \
    data/medium
i_p25 2501
i_p75 7501
x_p25 0.246670
x_p75 0.748186
y_p25 0.252137
y_p75 0.764003
i_iqr 5000
x_iqr 0.501516
y_iqr 0.511866

Computing weighted means

This might be more elegantly implemented as an option within the stats1 verb. Meanwhile, it’s expressible within the DSL: 

$ mlr --from data/medium put -q '
  # Using the y field for weighting in this example
  weight = $y;

  # Using the a field for weighted aggregation in this example
  @sumwx[$a] += weight * $i;
  @sumw[$a] += weight;

  @sumx[$a] += $i;
  @sumn[$a] += 1;

  end {
    map wmean = {};
    map mean  = {};
    for (a in @sumwx) {
      wmean[a] = @sumwx[a] / @sumw[a]
    }
    for (a in @sumx) {
      mean[a] = @sumx[a] / @sumn[a]
    }
    #emit wmean, "a";
    #emit mean, "a";
    emit (wmean, mean), "a";
  }'
a=pan,wmean=4979.563722,mean=5028.259010
a=eks,wmean=4890.381593,mean=4956.290076
a=wye,wmean=4946.987746,mean=4920.001017
a=zee,wmean=5164.719685,mean=5123.092330
a=hat,wmean=4925.533162,mean=4967.743946

Generating random numbers from various distributions

Here we can chain together a few simple building blocks: 

$ cat expo-sample.sh
# Generate 100,000 pairs of independent and identically distributed
# exponentially distributed random variables with the same rate parameter
# (namely, 2.5). Then compute histograms of one of them, along with
# histograms for their sum and their product.
#
# See also https://en.wikipedia.org/wiki/Exponential_distribution
#
# Here I'm using a specified random-number seed so this example always
# produces the same output for this web document: in everyday practice we
# wouldn't do that.

mlr -n \
  --seed 0.25 \
  --opprint \
  seqgen --stop 100000 \
  then put '
    # https://en.wikipedia.org/wiki/Inverse_transform_sampling
    func expo_sample(lambda) {
      return -log(1-urand())/lambda
    }
    $u = expo_sample(2.5);
    $v = expo_sample(2.5);
    $s = $u + $v;
    $p = $u * $v;
  ' \
  then histogram -f u,s,p --lo 0 --hi 2 --nbins 50 \
  then bar -f u_count,s_count,p_count --auto -w 20

Namely:

  • Set the Miller random-number seed so this webdoc looks the same every time I regenerate it.
  • Use pretty-printed tabular output.
  • Use pretty-printed tabular output.
  • Use seqgen to produce 100,000 records i=0, i=1, etc.
  • Send those to a put step which defines an inverse-transform-sampling function and calls it twice, then computes the sum and product of samples.
  • Send those to a histogram, and from there to a bar-plotter. This is just for visualization; you could just as well output CSV and send that off to your own plotting tool, etc.
The output is as follows: 

$ sh expo-sample.sh
bin_lo   bin_hi   u_count                        s_count                         p_count
0.000000 0.040000 [78]*******************#[9497] [353]#...................[3732] [20]*******************#[39755]
0.040000 0.080000 [78]******************..[9497] [353]*****...............[3732] [20]*******.............[39755]
0.080000 0.120000 [78]****************....[9497] [353]*********...........[3732] [20]****................[39755]
0.120000 0.160000 [78]**************......[9497] [353]************........[3732] [20]***.................[39755]
0.160000 0.200000 [78]*************.......[9497] [353]**************......[3732] [20]**..................[39755]
0.200000 0.240000 [78]************........[9497] [353]****************....[3732] [20]*...................[39755]
0.240000 0.280000 [78]**********..........[9497] [353]******************..[3732] [20]*...................[39755]
0.280000 0.320000 [78]**********..........[9497] [353]******************..[3732] [20]*...................[39755]
0.320000 0.360000 [78]*********...........[9497] [353]*******************.[3732] [20]#...................[39755]
0.360000 0.400000 [78]********............[9497] [353]*******************.[3732] [20]#...................[39755]
0.400000 0.440000 [78]*******.............[9497] [353]*******************#[3732] [20]#...................[39755]
0.440000 0.480000 [78]******..............[9497] [353]******************..[3732] [20]#...................[39755]
0.480000 0.520000 [78]*****...............[9497] [353]******************..[3732] [20]#...................[39755]
0.520000 0.560000 [78]*****...............[9497] [353]******************..[3732] [20]#...................[39755]
0.560000 0.600000 [78]****................[9497] [353]*****************...[3732] [20]#...................[39755]
0.600000 0.640000 [78]****................[9497] [353]*****************...[3732] [20]#...................[39755]
0.640000 0.680000 [78]****................[9497] [353]****************....[3732] [20]#...................[39755]
0.680000 0.720000 [78]***.................[9497] [353]****************....[3732] [20]#...................[39755]
0.720000 0.760000 [78]***.................[9497] [353]**************......[3732] [20]#...................[39755]
0.760000 0.800000 [78]**..................[9497] [353]**************......[3732] [20]#...................[39755]
0.800000 0.840000 [78]**..................[9497] [353]*************.......[3732] [20]#...................[39755]
0.840000 0.880000 [78]**..................[9497] [353]************........[3732] [20]#...................[39755]
0.880000 0.920000 [78]**..................[9497] [353]***********.........[3732] [20]#...................[39755]
0.920000 0.960000 [78]*...................[9497] [353]***********.........[3732] [20]#...................[39755]
0.960000 1.000000 [78]*...................[9497] [353]**********..........[3732] [20]#...................[39755]
1.000000 1.040000 [78]*...................[9497] [353]*********...........[3732] [20]#...................[39755]
1.040000 1.080000 [78]*...................[9497] [353]*********...........[3732] [20]#...................[39755]
1.080000 1.120000 [78]*...................[9497] [353]********............[3732] [20]#...................[39755]
1.120000 1.160000 [78]*...................[9497] [353]********............[3732] [20]#...................[39755]
1.160000 1.200000 [78]#...................[9497] [353]*******.............[3732] [20]#...................[39755]
1.200000 1.240000 [78]#...................[9497] [353]******..............[3732] [20]#...................[39755]
1.240000 1.280000 [78]#...................[9497] [353]*****...............[3732] [20]#...................[39755]
1.280000 1.320000 [78]#...................[9497] [353]*****...............[3732] [20]#...................[39755]
1.320000 1.360000 [78]#...................[9497] [353]*****...............[3732] [20]#...................[39755]
1.360000 1.400000 [78]#...................[9497] [353]****................[3732] [20]#...................[39755]
1.400000 1.440000 [78]#...................[9497] [353]****................[3732] [20]#...................[39755]
1.440000 1.480000 [78]#...................[9497] [353]***.................[3732] [20]#...................[39755]
1.480000 1.520000 [78]#...................[9497] [353]***.................[3732] [20]#...................[39755]
1.520000 1.560000 [78]#...................[9497] [353]***.................[3732] [20]#...................[39755]
1.560000 1.600000 [78]#...................[9497] [353]**..................[3732] [20]#...................[39755]
1.600000 1.640000 [78]#...................[9497] [353]**..................[3732] [20]#...................[39755]
1.640000 1.680000 [78]#...................[9497] [353]*...................[3732] [20]#...................[39755]
1.680000 1.720000 [78]#...................[9497] [353]*...................[3732] [20]#...................[39755]
1.720000 1.760000 [78]#...................[9497] [353]*...................[3732] [20]#...................[39755]
1.760000 1.800000 [78]#...................[9497] [353]*...................[3732] [20]#...................[39755]
1.800000 1.840000 [78]#...................[9497] [353]#...................[3732] [20]#...................[39755]
1.840000 1.880000 [78]#...................[9497] [353]#...................[3732] [20]#...................[39755]
1.880000 1.920000 [78]#...................[9497] [353]#...................[3732] [20]#...................[39755]
1.920000 1.960000 [78]#...................[9497] [353]#...................[3732] [20]#...................[39755]
1.960000 2.000000 [78]#...................[9497] [353]#...................[3732] [20]#...................[39755]

Sieve of Eratosthenes

The Sieve_of_Eratosthenes is a standard introductory programming topic. The idea is to find all primes up to some N by making a list of the numbers 1 to N, then striking out all multiples of 2 except 2 itself, all multiples of 3 except 3 itself, all multiples of 4 except 4 itself, and so on. Whatever survives that without getting marked is a prime. This is easy enough in Miller. Notice that here all the work is in begin and end statements; there is no file input (so we use mlr -n to keep Miller from waiting for input data). 

$ cat programs/sieve.mlr
# ================================================================
# Sieve of Eratosthenes: simple example of Miller DSL as programming language.
# ================================================================

# Put this in a begin-block so we can do either
#   mlr -n put -q -f name-of-this-file.mlr
# or
#   mlr -n put -q -f name-of-this-file.mlr -e '@n = 200'
# i.e. 100 is the default upper limit, and another can be specified using -e.
begin {
  @n = 100;
}

end {
  for (int i = 0; i <= @n; i += 1) {
    @s[i] = true;
  }
  @s[0] = false; # 0 is neither prime nor composite
  @s[1] = false; # 1 is neither prime nor composite
  # Strike out multiples
  for (int i = 2; i <= @n; i += 1) {
    for (int j = i+i; j <= @n; j += i) {
      @s[j] = false;
    }
  }
  # Print survivors
  for (int i = 0; i <= @n; i += 1) {
    if (@s[i]) {
      print i;
    }
  }
}


$ mlr -n put -f programs/sieve.mlr
2
3
5
7
11
13
17
19
23
29
31
37
41
43
47
53
59
61
67
71
73
79
83
89
97

Mandelbrot-set generator

The Mandelbrot set is also easily expressed. This isn’t an important case of data-processing in the vein for which Miller was designed, but it is an example of Miller as a general-purpose programming language — a test case for the expressiveness of the language.

The (approximate) computation of points in the complex plane which are and aren’t members is just a few lines of complex arithmetic (see the Wikipedia article); how to render them is another task. Using graphics libraries you can create PNG or JPEG files, but another fun way to do this is by printing various characters to the screen: 

$ cat programs/mand.mlr
# Mandelbrot set generator: simple example of Miller DSL as programming language.
begin {
  # Set defaults
  @rcorn     = -2.0;
  @icorn     = -2.0;
  @side      = 4.0;
  @iheight   = 50;
  @iwidth    = 100;
  @maxits    = 100;
  @levelstep = 5;
  @chars     = "@X*o-."; # Palette of characters to print to the screen.
  @verbose   = false;
  @do_julia  = false;
  @jr        = 0.0;      # Real part of Julia point, if any
  @ji        = 0.0;      # Imaginary part of Julia point, if any
}

# Here, we can override defaults from an input file (if any).  In Miller's
# put/filter DSL, absent-null right-hand sides result in no assignment so we
# can simply put @rcorn = $rcorn: if there is a field in the input like
# 'rcorn = -1.847' we'll read and use it, else we'll keep the default.
@rcorn     = $rcorn;
@icorn     = $icorn;
@side      = $side;
@iheight   = $iheight;
@iwidth    = $iwidth;
@maxits    = $maxits;
@levelstep = $levelstep;
@chars     = $chars;
@verbose   = $verbose;
@do_julia  = $do_julia;
@jr        = $jr;
@ji        = $ji;

end {
  if (@verbose) {
    print "RCORN     = ".@rcorn;
    print "ICORN     = ".@icorn;
    print "SIDE      = ".@side;
    print "IHEIGHT   = ".@iheight;
    print "IWIDTH    = ".@iwidth;
    print "MAXITS    = ".@maxits;
    print "LEVELSTEP = ".@levelstep;
    print "CHARS     = ".@chars;
  }

  # Iterate over a matrix of rows and columns, printing one character for each cell.
  for (int ii = @iheight-1; ii >= 0; ii -= 1) {
    num pi = @icorn + (ii/@iheight) * @side;
    for (int ir = 0; ir < @iwidth; ir += 1) {
      num pr = @rcorn + (ir/@iwidth) * @side;
      printn get_point_plot(pr, pi, @maxits, @do_julia, @jr, @ji);
    }
    print;
  }
}

# This is a function to approximate membership in the Mandelbrot set (or Julia
# set for a given Julia point if do_julia == true) for a given point in the
# complex plane.
func get_point_plot(pr, pi, maxits, do_julia, jr, ji) {
  num zr = 0.0;
  num zi = 0.0;
  num cr = 0.0;
  num ci = 0.0;

  if (!do_julia) {
    zr = 0.0;
    zi = 0.0;
    cr = pr;
    ci = pi;
  } else {
    zr = pr;
    zi = pi;
    cr = jr;
    ci = ji;
  }

  int iti = 0;
  bool escaped = false;
  num zt = 0;
  for (iti = 0; iti < maxits; iti += 1) {
    num mag = zr*zr + zi+zi;
    if (mag > 4.0) {
        escaped = true;
        break;
    }
    # z := z^2 + c
    zt = zr*zr - zi*zi + cr;
    zi = 2*zr*zi + ci;
    zr = zt;
  }
  if (!escaped) {
    return ".";
  } else {
    # The // operator is Miller's (pythonic) integer-division operator
    int level = (iti // @levelstep) % strlen(@chars);
    return substr(@chars, level, level);
  }
}

At standard resolution this makes a nice little ASCII plot: 

$ mlr -n put -f ./programs/mand.mlr
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXX.XXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXooXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXX**o..*XXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXX*-....-oXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXX@XXXXXXXXXX*......o*XXXXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXXX**oo*-.-........oo.XXXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXXXXXX....................X..o-XXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@XXXXXXXXXXXXXXX*oo......................oXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@XXX*XXXXXXXXXXXX**o........................*X*X@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@XXXXXXooo***o*.*XX**X..........................o-XX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@XXXXXXXX*-.......-***.............................oXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@XXXXXXXX*@..........Xo............................*XX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@XXXX@XXXXXXXX*o@oX...........@...........................oXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
.........................................................o*XXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@XXXXXXXXX*-.oX...........@...........................oXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@XXXXXXXXXX**@..........*o............................*XXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@XXXXXXXXXXXXX-........***.............................oXXXXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@XXXXXXXXXXXXoo****o*.XX***@..........................o-XXXXXXXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@XXXXX*XXXX*XXXXXXX**-........................***XXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@XXXXXXXXXXXXX*o*.....................@o*XXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXXXXX*....................*..o-XX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXX*ooo*-.o........oo.X*XXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXX**@.....*XXXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXX*o....-o*XXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXXXo*o..*XXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXXXXXX*o*XXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXXXXX@XXXXXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXXXXXX@@XXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@XXXXX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@

But using a very small font size (as small as my Mac will let me go), and by choosing the coordinates to zoom in on a particular part of the complex plane, we can get a nice little picture: 

#!/bin/bash
# Get the number of rows and columns from the terminal window dimensions
iheight=$(stty size | mlr --nidx --fs space cut -f 1)
iwidth=$(stty size | mlr --nidx --fs space cut -f 2)
echo "rcorn=-1.755350,icorn=+0.014230,side=0.000020,maxits=10000,iheight=$iheight,iwidth=$iwidth" \
  | mlr put -f programs/mand.mlr
miller-5.6.2/doc/cookbook3.html000066400000000000000000000463561354153536500163640ustar00rootroot00000000000000 Cookbook part 3
Miller

Cookbook part 3: Stats with and without out-of-stream variables
• Overview
• Mean without/with oosvars
• Keyed mean without/with oosvars
• Variance and standard deviation without/with oosvars
• Min/max without/with oosvars
• Keyed min/max without/with oosvars
• Delta without/with oosvars
• Keyed delta without/with oosvars
• Exponentially weighted moving averages without/with oosvars

Overview

One of Miller’s strengths is its compact notation: for example, given input of the form 

$ head -n 5 ../data/medium
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729

you can simply do 

$ mlr --oxtab stats1 -a sum -f x ../data/medium
x_sum 4986.019682

or 

$ mlr --opprint stats1 -a sum -f x -g b ../data/medium
b   x_sum
pan 965.763670
wye 1023.548470
zee 979.742016
eks 1016.772857
hat 1000.192668

rather than the more tedious 

$ mlr --oxtab put -q '
  @x_sum += $x;
  end {
    emit @x_sum
  }
' data/medium
x_sum 4986.019682

or 

$ mlr --opprint put -q '
  @x_sum[$b] += $x;
  end {
    emit @x_sum, "b"
  }
' data/medium
b   x_sum
pan 965.763670
wye 1023.548470
zee 979.742016
eks 1016.772857
hat 1000.192668

The former (mlr stats1 et al.) has the advantages of being easier to type, being less error-prone to type, and running faster.

Nonetheless, out-of-stream variables (which I whimsically call oosvars), begin/end blocks, and emit statements give you the ability to implement logic — if you wish to do so — which isn’t present in other Miller verbs. (If you find yourself often using the same out-of-stream-variable logic over and over, please file a request at https://github.com/johnkerl/miller/issues to get it implemented directly in C as a Miller verb of its own.)

The following examples compute some things using oosvars which are already computable using Miller verbs, by way of providing food for thought.

Mean without/with oosvars

$ mlr --opprint stats1 -a mean -f x data/medium
x_mean
0.498602


$ mlr --opprint put -q '
  @x_sum += $x;
  @x_count += 1;
  end {
    @x_mean = @x_sum / @x_count;
    emit @x_mean
  }
' data/medium
x_mean
0.498602

Keyed mean without/with oosvars

$ mlr --opprint stats1 -a mean -f x -g a,b data/medium
a   b   x_mean
pan pan 0.513314
eks pan 0.485076
wye wye 0.491501
eks wye 0.483895
wye pan 0.499612
zee pan 0.519830
eks zee 0.495463
zee wye 0.514267
hat wye 0.493813
pan wye 0.502362
zee eks 0.488393
hat zee 0.509999
hat eks 0.485879
wye hat 0.497730
pan eks 0.503672
eks eks 0.522799
hat hat 0.479931
hat pan 0.464336
zee zee 0.512756
pan hat 0.492141
pan zee 0.496604
zee hat 0.467726
wye zee 0.505907
eks hat 0.500679
wye eks 0.530604


$ mlr --opprint put -q '
  @x_sum[$a][$b] += $x;
  @x_count[$a][$b] += 1;
  end{
    for ((a, b), v in @x_sum) {
      @x_mean[a][b] = @x_sum[a][b] / @x_count[a][b];
    }
    emit @x_mean, "a", "b"
  }
' data/medium
a   b   x_mean
pan pan 0.513314
pan wye 0.502362
pan eks 0.503672
pan hat 0.492141
pan zee 0.496604
eks pan 0.485076
eks wye 0.483895
eks zee 0.495463
eks eks 0.522799
eks hat 0.500679
wye wye 0.491501
wye pan 0.499612
wye hat 0.497730
wye zee 0.505907
wye eks 0.530604
zee pan 0.519830
zee wye 0.514267
zee eks 0.488393
zee zee 0.512756
zee hat 0.467726
hat wye 0.493813
hat zee 0.509999
hat eks 0.485879
hat hat 0.479931
hat pan 0.464336

Variance and standard deviation without/with oosvars

$ mlr --oxtab stats1 -a count,sum,mean,var,stddev -f x data/medium
x_count  10000
x_sum    4986.019682
x_mean   0.498602
x_var    0.084270
x_stddev 0.290293


$ cat variance.mlr
@n += 1;
@sumx += $x;
@sumx2 += $x**2;
end {
  @mean = @sumx / @n;
  @var = (@sumx2 - @mean * (2 * @sumx - @n * @mean)) / (@n - 1);
  @stddev = sqrt(@var);
  emitf @n, @sumx, @sumx2, @mean, @var, @stddev
}


$ mlr --oxtab put -q -f variance.mlr data/medium
n      10000
sumx   4986.019682
sumx2  3328.652400
mean   0.498602
var    0.084270
stddev 0.290293

You can also do this keyed, of course, imitating the keyed-mean example above.

Min/max without/with oosvars

$ mlr --oxtab stats1 -a min,max -f x data/medium
x_min 0.000045
x_max 0.999953


$ mlr --oxtab put -q '@x_min = min(@x_min, $x); @x_max = max(@x_max, $x); end{emitf @x_min, @x_max}' data/medium
x_min 0.000045
x_max 0.999953

Keyed min/max without/with oosvars

$ mlr --opprint stats1 -a min,max -f x -g a data/medium
a   x_min    x_max
pan 0.000204 0.999403
eks 0.000692 0.998811
wye 0.000187 0.999823
zee 0.000549 0.999490
hat 0.000045 0.999953


$ mlr --opprint --from data/medium put -q '
  @min[$a] = min(@min[$a], $x);
  @max[$a] = max(@max[$a], $x);
  end{
    emit (@min, @max), "a";
  }
'
a   min      max
pan 0.000204 0.999403
eks 0.000692 0.998811
wye 0.000187 0.999823
zee 0.000549 0.999490
hat 0.000045 0.999953

Delta without/with oosvars

$ mlr --opprint step -a delta -f x data/small
a   b   i x                   y                   x_delta
pan pan 1 0.3467901443380824  0.7268028627434533  0
eks pan 2 0.7586799647899636  0.5221511083334797  0.411890
wye wye 3 0.20460330576630303 0.33831852551664776 -0.554077
eks wye 4 0.38139939387114097 0.13418874328430463 0.176796
wye pan 5 0.5732889198020006  0.8636244699032729  0.191890


$ mlr --opprint put '$x_delta = is_present(@last) ? $x - @last : 0; @last = $x' data/small
a   b   i x                   y                   x_delta
pan pan 1 0.3467901443380824  0.7268028627434533  0
eks pan 2 0.7586799647899636  0.5221511083334797  0.411890
wye wye 3 0.20460330576630303 0.33831852551664776 -0.554077
eks wye 4 0.38139939387114097 0.13418874328430463 0.176796
wye pan 5 0.5732889198020006  0.8636244699032729  0.191890

Keyed delta without/with oosvars

$ mlr --opprint step -a delta -f x -g a data/small
a   b   i x                   y                   x_delta
pan pan 1 0.3467901443380824  0.7268028627434533  0
eks pan 2 0.7586799647899636  0.5221511083334797  0
wye wye 3 0.20460330576630303 0.33831852551664776 0
eks wye 4 0.38139939387114097 0.13418874328430463 -0.377281
wye pan 5 0.5732889198020006  0.8636244699032729  0.368686


$ mlr --opprint put '$x_delta = is_present(@last[$a]) ? $x - @last[$a] : 0; @last[$a]=$x' data/small
a   b   i x                   y                   x_delta
pan pan 1 0.3467901443380824  0.7268028627434533  0
eks pan 2 0.7586799647899636  0.5221511083334797  0
wye wye 3 0.20460330576630303 0.33831852551664776 0
eks wye 4 0.38139939387114097 0.13418874328430463 -0.377281
wye pan 5 0.5732889198020006  0.8636244699032729  0.368686

Exponentially weighted moving averages without/with oosvars

$ mlr --opprint step -a ewma -d 0.1 -f x data/small
a   b   i x                   y                   x_ewma_0.1
pan pan 1 0.3467901443380824  0.7268028627434533  0.346790
eks pan 2 0.7586799647899636  0.5221511083334797  0.387979
wye wye 3 0.20460330576630303 0.33831852551664776 0.369642
eks wye 4 0.38139939387114097 0.13418874328430463 0.370817
wye pan 5 0.5732889198020006  0.8636244699032729  0.391064


$ mlr --opprint put '
  begin{ @a=0.1 };
  $e = NR==1 ? $x : @a * $x + (1 - @a) * @e;
  @e=$e
' data/small
a   b   i x                   y                   e
pan pan 1 0.3467901443380824  0.7268028627434533  0.346790
eks pan 2 0.7586799647899636  0.5221511083334797  0.387979
wye wye 3 0.20460330576630303 0.33831852551664776 0.369642
eks wye 4 0.38139939387114097 0.13418874328430463 0.370817
wye pan 5 0.5732889198020006  0.8636244699032729  0.391064

miller-5.6.2/doc/css2/000077500000000000000000000000001354153536500144415ustar00rootroot00000000000000miller-5.6.2/doc/css2/README.txt000066400000000000000000000003401354153536500161340ustar00rootroot00000000000000As of 5.6.1 I wanted to make the docs more mobile-friendly. I found to my sad surprise that my mobile device cached CSS files even on page reload. Hence ./css2 rather than ./css, solely to force devices to read the new CSS. miller-5.6.2/doc/css2/miller.css000066400000000000000000000024371354153536500164450ustar00rootroot00000000000000 a:link { color: maroon; } a:visited { color: maroon; } a:active { color: maroon; } body { color: black; background-color: white; } maroon { color: maroon; } boldmaroon { font-weight: bold; color: maroon; } body { font-family: "Avenir", sans-serif; line-height: 140%; } titleinbody { font-weight: bold; color: maroon; font-size: 120% } h1 { font-weight: bold; color: maroon; font-size: 120%; border: 1px solid #aaaaaa; background: #e8d9bc; padding: 3px; } h2 { font-weight: bold; color: maroon; font-size: 105%; border: 1px solid #aaaaaa; background: #ffffff; padding: 3px; } h3 { font-weight: bold; color: maroon; font-size: 100%; border-bottom: 1px solid #aaaaaa; } table { color: #000000; border-collapse: collapse; border-color: #808080; } .mlrbg { background: #e8d9bc; } th { vertical-align: top; padding: 5px; } td { vertical-align: top; padding: 5px; } tt { font-family: Consolas, monospace; font-size: 90%; } pre { font-family: Consolas, monospace; font-size: 90%; } .pokipanel { display: inline-block; background: #ffffff; box-shadow:0px 0px 2px 2px #C9C9C9; margin: 10px; border-color: #f1c40f; background: #e8d9bc; padding-top: 2px; padding-bottom: 2px; padding-left: 15px; padding-right: 15px; } miller-5.6.2/doc/css2/poki-callbacks.css000066400000000000000000000014121354153536500200300ustar00rootroot00000000000000 .pokinav { display: inline-block; border: 1px solid black; background: #e8d9bc; box-shadow: 0px 0px 3px 3px #C9C9C9; margin: 10px; padding-top: 10px; padding-bottom: 10px; padding-left: 10px; padding-right: 10px; } .pokitoc { display: inline-block; border: 1px solid black; background: #ffffff; box-shadow: 0px 0px 3px 3px #C9C9C9; margin: 10px; padding-top: 10px; padding-bottom: 10px; padding-left: 10px; padding-right: 10px; } .pokipanel { display: inline-block; background: #e8d9bc; box-shadow: 0px 0px 3px 3px #C9C9C9; margin: 10px; padding-top: 2px; padding-bottom: 2px; padding-left: 15px; padding-right: 15px; } miller-5.6.2/doc/data-examples.html000066400000000000000000000411341354153536500172050ustar00rootroot00000000000000 Data-diving examples
Miller

Data-diving examples
• flins data
• Color/shape data

flins data

The flins.csv file is some sample data obtained from https://support.spatialkey.com/spatialkey-sample-csv-data.

Vertical-tabular format is good for a quick look at CSV data layout — seeing what columns you have to work with: 

$ head -n 2 data/flins.csv | mlr --icsv --oxtab cat
county   Seminole
tiv_2011 22890.55
tiv_2012 20848.71
line     Residential

A few simple queries: 

$ mlr --from data/flins.csv --icsv --opprint count-distinct -f county | head
county     count
Seminole   1
Miami Dade 2
Palm Beach 1
Highlands  2
Duval      1
St. Johns  1


$ mlr --from data/flins.csv --icsv --opprint count-distinct -f construction,line

Categorization of total insured value: 

$ mlr --from data/flins.csv --icsv --opprint stats1 -a min,mean,max -f tiv_2012
tiv_2012_min tiv_2012_mean  tiv_2012_max
19757.910000 1061531.463750 2785551.630000


$ mlr --from data/flins.csv --icsv --opprint stats1 -a min,mean,max -f tiv_2012 -g construction,line


$ mlr --from data/flins.csv --icsv --oxtab stats1 -a p0,p10,p50,p90,p95,p99,p100 -f hu_site_deductible
hu_site_deductible_p0
hu_site_deductible_p10
hu_site_deductible_p50
hu_site_deductible_p90
hu_site_deductible_p95
hu_site_deductible_p99
hu_site_deductible_p100


$ mlr --from data/flins.csv --icsv --opprint stats1 -a p95,p99,p100 -f hu_site_deductible -g county then sort -f county | head
county     hu_site_deductible_p95 hu_site_deductible_p99 hu_site_deductible_p100
Duval      -                      -                      -
Highlands  -                      -                      -
Miami Dade -                      -                      -
Palm Beach -                      -                      -
Seminole   -                      -                      -
St. Johns  -                      -                      -


$ mlr --from data/flins.csv --icsv --oxtab stats2 -a corr,linreg-ols,r2 -f tiv_2011,tiv_2012
tiv_2011_tiv_2012_corr  0.935363
tiv_2011_tiv_2012_ols_m 1.089091
tiv_2011_tiv_2012_ols_b 103095.523356
tiv_2011_tiv_2012_ols_n 8
tiv_2011_tiv_2012_r2    0.874904


$ mlr --from data/flins.csv --icsv --opprint stats2 -a corr,linreg-ols,r2 -f tiv_2011,tiv_2012 -g county
county     tiv_2011_tiv_2012_corr tiv_2011_tiv_2012_ols_m tiv_2011_tiv_2012_ols_b tiv_2011_tiv_2012_ols_n tiv_2011_tiv_2012_r2
Seminole   -                      -                       -                       1                       -
Miami Dade 1.000000               0.930643                -2311.154328            2                       1.000000
Palm Beach -                      -                       -                       1                       -
Highlands  1.000000               1.055693                -4529.793939            2                       1.000000
Duval      -                      -                       -                       1                       -
St. Johns  -                      -                       -                       1                       -

Color/shape data

The colored-shapes.dkvp file is some sample data produced by the mkdat2 script. The idea is

  • Produce some data with known distributions and correlations, and verify that Miller recovers those properties empirically.
  • Each record is labeled with one of a few colors and one of a few shapes.
  • The flag field is 0 or 1, with probability dependent on color
  • The u field is plain uniform on the unit interval.
  • The v field is the same, except tightly correlated with u for red circles.
  • The w field is autocorrelated for each color/shape pair.
  • The x field is boring Gaussian with mean 5 and standard deviation about 1.2, with no dependence on color or shape.

Peek at the data: 

$ wc -l data/colored-shapes.dkvp
10078 data/colored-shapes.dkvp


$ head -n 6 data/colored-shapes.dkvp | mlr --opprint cat
color  shape    flag i  u                   v                    w                   x
yellow triangle 1    11 0.6321695890307647  0.9887207810889004   0.4364983936735774  5.7981881667050565
red    square   1    15 0.21966833570651523 0.001257332190235938 0.7927778364718627  2.944117399716207
red    circle   1    16 0.20901671281497636 0.29005231936593445  0.13810280912907674 5.065034003400998
red    square   0    48 0.9562743938458542  0.7467203085342884   0.7755423050923582  7.117831369597269
purple triangle 0    51 0.4355354501763202  0.8591292672156728   0.8122903963006748  5.753094629505863
red    square   0    64 0.2015510269821953  0.9531098083420033   0.7719912015786777  5.612050466474166

Look at uncategorized stats (using creach for spacing). Here it looks reasonable that u is unit-uniform; something’s up with v but we can’t yet see what: 

$ mlr --oxtab stats1 -a min,mean,max -f flag,u,v data/colored-shapes.dkvp | creach 3
flag_min  0
flag_mean 0.398889
flag_max  1

u_min     0.000044
u_mean    0.498326
u_max     0.999969

v_min     -0.092709
v_mean    0.497787
v_max     1.072500

The histogram shows the different distribution of 0/1 flags: 

$ mlr --opprint histogram -f flag,u,v --lo -0.1 --hi 1.1 --nbins 12 data/colored-shapes.dkvp
bin_lo    bin_hi   flag_count u_count v_count
-0.100000 0.000000 6058       0       36
0.000000  0.100000 0          1062    988
0.100000  0.200000 0          985     1003
0.200000  0.300000 0          1024    1014
0.300000  0.400000 0          1002    991
0.400000  0.500000 0          989     1041
0.500000  0.600000 0          1001    1016
0.600000  0.700000 0          972     962
0.700000  0.800000 0          1035    1070
0.800000  0.900000 0          995     993
0.900000  1.000000 4020       1013    939
1.000000  1.100000 0          0       25

Look at univariate stats by color and shape. In particular, color-dependent flag probabilities pop out, aligning with their original Bernoulli probablities from the data-generator script: 

$ mlr --opprint stats1 -a min,mean,max -f flag,u,v -g color then sort -f color data/colored-shapes.dkvp
color  flag_min flag_mean flag_max u_min    u_mean   u_max    v_min     v_mean   v_max
blue   0        0.584354  1        0.000044 0.517717 0.999969 0.001489  0.491056 0.999576
green  0        0.209197  1        0.000488 0.504861 0.999936 0.000501  0.499085 0.999676
orange 0        0.521452  1        0.001235 0.490532 0.998885 0.002449  0.487764 0.998475
purple 0        0.090193  1        0.000266 0.494005 0.999647 0.000364  0.497051 0.999975
red    0        0.303167  1        0.000671 0.492560 0.999882 -0.092709 0.496535 1.072500
yellow 0        0.892427  1        0.001300 0.497129 0.999923 0.000711  0.510627 0.999919


$ mlr --opprint stats1 -a min,mean,max -f flag,u,v -g shape then sort -f shape data/colored-shapes.dkvp
shape    flag_min flag_mean flag_max u_min    u_mean   u_max    v_min     v_mean   v_max
circle   0        0.399846  1        0.000044 0.498555 0.999923 -0.092709 0.495524 1.072500
square   0        0.396112  1        0.000188 0.499385 0.999969 0.000089  0.496538 0.999975
triangle 0        0.401542  1        0.000881 0.496859 0.999661 0.000717  0.501050 0.999995

Look at bivariate stats by color and shape. In particular, u,v pairwise correlation for red circles pops out: 

$ mlr --opprint --right stats2 -a corr -f u,v,w,x data/colored-shapes.dkvp
u_v_corr  w_x_corr
0.133418 -0.011320


$ mlr --opprint --right stats2 -a corr -f u,v,w,x -g color,shape then sort -nr u_v_corr data/colored-shapes.dkvp
 color    shape  u_v_corr  w_x_corr
   red   circle  0.980798 -0.018565
orange   square  0.176858 -0.071044
 green   circle  0.057644  0.011795
   red   square  0.055745 -0.000680
yellow triangle  0.044573  0.024605
yellow   square  0.043792 -0.044623
purple   circle  0.035874  0.134112
  blue   square  0.032412 -0.053508
  blue triangle  0.015356 -0.000608
orange   circle  0.010519 -0.162795
   red triangle  0.008098  0.012486
purple triangle  0.005155 -0.045058
purple   square -0.025680  0.057694
 green   square -0.025776 -0.003265
orange triangle -0.030457 -0.131870
yellow   circle -0.064773  0.073695
  blue   circle -0.102348 -0.030529
 green triangle -0.109018 -0.048488

miller-5.6.2/doc/data-sharing.html000066400000000000000000000477621354153536500170370ustar00rootroot00000000000000 Mixing with other languages
Miller

Mixing with other languages
• DKVP I/O in Python
• DKVP I/O in Ruby
• SQL-output examples
• SQL-input examples
• Running shell commands

As discussed in the section on File formats, Miller supports several different file formats. Different tools are good at different things, so it’s important to be able to move data into and out of other languages. CSV and JSON are well-known, of course; here are some examples using DKVP format, with Ruby and Python. Last, we show how to use arbitrary shell commands to extend functionality beyond Miller’s domain-specific language.

DKVP I/O in Python

Here are the I/O routines: 

#!/usr/bin/env python

# ================================================================
# Example of DKVP I/O using Python.
#
# Key point: Use Miller for what it's good at; pass data into/out of tools in
# other languages to do what they're good at.
#
#   bash$ python -i dkvp_io.py
#
#   # READ
#   >>> map = dkvpline2map('x=1,y=2', '=', ',')
#   >>> map
#   OrderedDict([('x', '1'), ('y', '2')])
#
#   # MODIFY
#   >>> map['z'] = map['x'] + map['y']
#   >>> map
#   OrderedDict([('x', '1'), ('y', '2'), ('z', 3)])
#
#   # WRITE
#   >>> line = map2dkvpline(map, '=', ',')
#   >>> line
#   'x=1,y=2,z=3'
#
# ================================================================

import re
import collections

# ----------------------------------------------------------------
# ips and ifs (input pair separator and input field separator) are nominally '=' and ','.
def dkvpline2map(line, ips, ifs):
	pairs = re.split(ifs, line)
	map = collections.OrderedDict()
	for pair in pairs:
		key, value = re.split(ips, pair, 1)

		# Type inference:
		try:
			value = int(value)
		except:
			try:
				value = float(value)
			except:
				pass

		map[key] = value
	return map

# ----------------------------------------------------------------
# ops and ofs (output pair separator and output field separator) are nominally '=' and ','.
def map2dkvpline(map , ops, ofs):
	line = ''
	pairs = []
	for key in map:
		pairs.append(str(key) + ops + str(map[key]))
	return str.join(ofs, pairs)

And here is an example using them: 

$ cat polyglot-dkvp-io/example.py
#!/usr/bin/env python

import sys
import re
import copy
import dkvp_io

while True:
	# Read the original record:
	line = sys.stdin.readline().strip()
	if line == '':
		break
	map = dkvp_io.dkvpline2map(line, '=', ',')

	# Drop a field:
	map.pop('x')

	# Compute some new fields:
	map['ab'] = map['a'] + map['b']
	map['iy'] = map['i'] + map['y']

	# Add new fields which show type of each already-existing field:
	omap = copy.copy(map) # since otherwise the for-loop will modify what it loops over
	keys = omap.keys()
	for key in keys:
		# Convert "<type 'int'>" to just "int", etc.:
		type_string = str(map[key].__class__)
		type_string = re.sub("<type '", "", type_string) # python2
		type_string = re.sub("<class '", "", type_string) # python3
		type_string = re.sub("'>", "", type_string)
		map['t'+key] = type_string

	# Write the modified record:
	print(dkvp_io.map2dkvpline(map, '=', ','))

Run as-is: 

$ python polyglot-dkvp-io/example.py < data/small
a=pan,b=pan,i=1,y=0.726802862743,ab=panpan,iy=1.72680286274,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float
a=eks,b=pan,i=2,y=0.522151108333,ab=ekspan,iy=2.52215110833,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float
a=wye,b=wye,i=3,y=0.338318525517,ab=wyewye,iy=3.33831852552,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float
a=eks,b=wye,i=4,y=0.134188743284,ab=ekswye,iy=4.13418874328,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float
a=wye,b=pan,i=5,y=0.863624469903,ab=wyepan,iy=5.8636244699,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float

Run as-is, then pipe to Miller for pretty-printing: 

$ python polyglot-dkvp-io/example.py < data/small | mlr --opprint cat
a   b   i y              ab     iy            ta  tb  ti  ty    tab tiy
pan pan 1 0.726802862743 panpan 1.72680286274 str str int float str float
eks pan 2 0.522151108333 ekspan 2.52215110833 str str int float str float
wye wye 3 0.338318525517 wyewye 3.33831852552 str str int float str float
eks wye 4 0.134188743284 ekswye 4.13418874328 str str int float str float
wye pan 5 0.863624469903 wyepan 5.8636244699  str str int float str float

DKVP I/O in Ruby

Here are the I/O routines: 

#!/usr/bin/env ruby

# ================================================================
# Example of DKVP I/O using Ruby.
#
# Key point: Use Miller for what it's good at; pass data into/out of tools in
# other languages to do what they're good at.
#
#   bash$ irb -I. -r dkvp_io.rb
#
#   # READ
#   irb(main):001:0> map = dkvpline2map('x=1,y=2', '=', ',')
#   => {"x"=>"1", "y"=>"2"}
#
#   # MODIFY
#   irb(main):001:0> map['z'] = map['x'] + map['y']
#   => 3
#
#   # WRITE
#   irb(main):002:0> line = map2dkvpline(map, '=', ',')
#   => "x=1,y=2,z=3"
#
# ================================================================

# ----------------------------------------------------------------
# ips and ifs (input pair separator and input field separator) are nominally '=' and ','.
def dkvpline2map(line, ips, ifs)
  map = {}
  line.split(ifs).each do |pair|
    (k, v) = pair.split(ips, 2)

    # Type inference:
    begin
      v = Integer(v)
    rescue ArgumentError
      begin
        v = Float(v)
      rescue ArgumentError
        # Leave as string
      end
    end

    map[k] = v
  end
  map
end

# ----------------------------------------------------------------
# ops and ofs (output pair separator and output field separator) are nominally '=' and ','.
def map2dkvpline(map, ops, ofs)
  map.collect{|k,v| k.to_s + ops + v.to_s}.join(ofs)
end

And here is an example using them: 

$ cat polyglot-dkvp-io/example.rb
#!/usr/bin/env ruby

require 'dkvp_io'

ARGF.each do |line|
  # Read the original record:
  map = dkvpline2map(line.chomp, '=', ',')

  # Drop a field:
  map.delete('x')

  # Compute some new fields:
  map['ab'] = map['a'] + map['b']
  map['iy'] = map['i'] + map['y']

  # Add new fields which show type of each already-existing field:
  keys = map.keys
  keys.each do |key|
    map['t'+key] = map[key].class
  end

  # Write the modified record:
  puts map2dkvpline(map, '=', ',')
end

Run as-is: 

$ ruby -I./polyglot-dkvp-io polyglot-dkvp-io/example.rb data/small
a=pan,b=pan,i=1,y=0.7268028627434533,ab=panpan,iy=1.7268028627434533,ta=String,tb=String,ti=Integer,ty=Float,tab=String,tiy=Float
a=eks,b=pan,i=2,y=0.5221511083334797,ab=ekspan,iy=2.5221511083334796,ta=String,tb=String,ti=Integer,ty=Float,tab=String,tiy=Float
a=wye,b=wye,i=3,y=0.33831852551664776,ab=wyewye,iy=3.3383185255166477,ta=String,tb=String,ti=Integer,ty=Float,tab=String,tiy=Float
a=eks,b=wye,i=4,y=0.13418874328430463,ab=ekswye,iy=4.134188743284304,ta=String,tb=String,ti=Integer,ty=Float,tab=String,tiy=Float
a=wye,b=pan,i=5,y=0.8636244699032729,ab=wyepan,iy=5.863624469903273,ta=String,tb=String,ti=Integer,ty=Float,tab=String,tiy=Float

Run as-is, then pipe to Miller for pretty-printing: 

$ ruby -I./polyglot-dkvp-io polyglot-dkvp-io/example.rb data/small | mlr --opprint cat
a   b   i y                   ab     iy                 ta     tb     ti      ty    tab    tiy
pan pan 1 0.7268028627434533  panpan 1.7268028627434533 String String Integer Float String Float
eks pan 2 0.5221511083334797  ekspan 2.5221511083334796 String String Integer Float String Float
wye wye 3 0.33831852551664776 wyewye 3.3383185255166477 String String Integer Float String Float
eks wye 4 0.13418874328430463 ekswye 4.134188743284304  String String Integer Float String Float
wye pan 5 0.8636244699032729  wyepan 5.863624469903273  String String Integer Float String Float

SQL-output examples

Please see here.

SQL-input examples

Please see here.

Running shell commands

The system DSL function allows you to run a specific shell command and put its output — minus the final newline — into a record field. The command itself is any string, either a literal string, or a concatenation of strings, perhaps including other field values or what have you. 

$ mlr --opprint put '$o = system("echo hello world")' data/small
a   b   i x                   y                   o
pan pan 1 0.3467901443380824  0.7268028627434533  hello world
eks pan 2 0.7586799647899636  0.5221511083334797  hello world
wye wye 3 0.20460330576630303 0.33831852551664776 hello world
eks wye 4 0.38139939387114097 0.13418874328430463 hello world
wye pan 5 0.5732889198020006  0.8636244699032729  hello world


$ mlr --opprint put '$o = system("echo {" . NR . "}")' data/small
a   b   i x                   y                   o
pan pan 1 0.3467901443380824  0.7268028627434533  {1}
eks pan 2 0.7586799647899636  0.5221511083334797  {2}
wye wye 3 0.20460330576630303 0.33831852551664776 {3}
eks wye 4 0.38139939387114097 0.13418874328430463 {4}
wye pan 5 0.5732889198020006  0.8636244699032729  {5}


$ mlr --opprint put '$o = system("echo -n ".$a."| sha1sum")' data/small
a   b   i x                   y                   o
pan pan 1 0.3467901443380824  0.7268028627434533  bd2bd8216b9cb4aa5a12daa6cfc98eef2ee20e56  -
eks pan 2 0.7586799647899636  0.5221511083334797  16191338e81a46c7d127f5c8899f5c92e3cd38e3  -
wye wye 3 0.20460330576630303 0.33831852551664776 14ba3c3e96a2474ab6dc7409ebf9d6b9cc3d84f0  -
eks wye 4 0.38139939387114097 0.13418874328430463 16191338e81a46c7d127f5c8899f5c92e3cd38e3  -
wye pan 5 0.5732889198020006  0.8636244699032729  14ba3c3e96a2474ab6dc7409ebf9d6b9cc3d84f0  -

Note that running a subprocess on every record takes a non-trivial amount of time. Comparing asking the system date command for the current time in nanoseconds versus computing it in process: 

$ mlr --opprint put '$t=system("date +%s.%N")' then step -a delta -f t data/small
a   b   i x                   y                   t                    t_delta
pan pan 1 0.3467901443380824  0.7268028627434533  1568774318.513903817 0
eks pan 2 0.7586799647899636  0.5221511083334797  1568774318.514722876 0.000819
wye wye 3 0.20460330576630303 0.33831852551664776 1568774318.515618046 0.000895
eks wye 4 0.38139939387114097 0.13418874328430463 1568774318.516547441 0.000929
wye pan 5 0.5732889198020006  0.8636244699032729  1568774318.517518828 0.000971


$ mlr --opprint put '$t=systime()' then step -a delta -f t data/small
a   b   i x                   y                   t                 t_delta
pan pan 1 0.3467901443380824  0.7268028627434533  1568774318.518699 0
eks pan 2 0.7586799647899636  0.5221511083334797  1568774318.518717 0.000018
wye wye 3 0.20460330576630303 0.33831852551664776 1568774318.518723 0.000006
eks wye 4 0.38139939387114097 0.13418874328430463 1568774318.518727 0.000004
wye pan 5 0.5732889198020006  0.8636244699032729  1568774318.518730 0.000003

miller-5.6.2/doc/data/000077500000000000000000000000001354153536500145005ustar00rootroot00000000000000miller-5.6.2/doc/data/a.csv000066400000000000000000000000221354153536500154270ustar00rootroot00000000000000a,b,c 1,2,3 4,5,6 miller-5.6.2/doc/data/a.dkvp000066400000000000000000000000301354153536500155770ustar00rootroot00000000000000a=1,b=2,c=3 a=4,b=5,c=6 miller-5.6.2/doc/data/b.csv000066400000000000000000000000141354153536500154310ustar00rootroot00000000000000a,b,c 7,8,9 miller-5.6.2/doc/data/b.dkvp000066400000000000000000000000141354153536500156020ustar00rootroot00000000000000a=7,b=8,c=9 miller-5.6.2/doc/data/begin-end-example-1.sh000066400000000000000000000001261354153536500204520ustar00rootroot00000000000000mlr put ' begin { @sum = 0 }; @x_sum += $x; end { emit @x_sum } ' ../data/small miller-5.6.2/doc/data/begin-end-example-2.sh000066400000000000000000000001001354153536500204430ustar00rootroot00000000000000mlr put ' @x_sum += $x; end { emit @x_sum } ' ../data/small miller-5.6.2/doc/data/begin-end-example-3.sh000066400000000000000000000001031354153536500204470ustar00rootroot00000000000000mlr put -q ' @x_sum += $x; end { emit @x_sum } ' ../data/small miller-5.6.2/doc/data/begin-end-example-4.sh000066400000000000000000000001561354153536500204600ustar00rootroot00000000000000mlr put -q ' @x_count += 1; @x_sum += $x; end { emit @x_count; emit @x_sum; } ' ../data/small miller-5.6.2/doc/data/begin-end-example-5.sh000066400000000000000000000000531354153536500204550ustar00rootroot00000000000000mlr stats1 -a count,sum -f x ../data/small miller-5.6.2/doc/data/begin-end-example-6.sh000066400000000000000000000002001354153536500204500ustar00rootroot00000000000000mlr put -q ' @x_count[$a] += 1; @x_sum[$a] += $x; end { emit @x_count, "a"; emit @x_sum, "a"; } ' ../data/small miller-5.6.2/doc/data/begin-end-example-6a.sh000066400000000000000000000002061354153536500206170ustar00rootroot00000000000000mlr --from data/medium put -q ' @x_count[$a][$b] += 1; @x_sum[$a][$b] += $x; end { emit (@x_count, @x_sum), "a", "b"; } ' miller-5.6.2/doc/data/begin-end-example-7.sh000066400000000000000000000000601354153536500204550ustar00rootroot00000000000000mlr stats1 -a count,sum -f x -g a ../data/small miller-5.6.2/doc/data/begin-end-example-7b.sh000066400000000000000000000000001354153536500206110ustar00rootroot00000000000000miller-5.6.2/doc/data/begin-end-example-8.sh000066400000000000000000000003651354153536500204660ustar00rootroot00000000000000mlr put ' begin { @num_total = 0; @num_positive = 0; }; @num_total += 1; $x > 0.0 { @num_positive += 1; $y = log10($x); $z = sqrt($y) }; end { emitf @num_total, @num_positive } ' data/put-gating-example-1.dkvp miller-5.6.2/doc/data/budget.csv000066400000000000000000000001551354153536500164700ustar00rootroot00000000000000# Asana -- here are the budget figures you asked for! type,quantity purple,456.78 green,678.12 orange,123.45 miller-5.6.2/doc/data/bulk-rename-for-loop.mlr000066400000000000000000000001331354153536500211460ustar00rootroot00000000000000map newrec = {}; for (oldk, v in $*) { newrec[gsub(oldk, " ", "_")] = v; } $* = newrec miller-5.6.2/doc/data/clean-whitespace.csv000066400000000000000000000001341354153536500204270ustar00rootroot00000000000000 Name , Preference Ann Simons, blue Bob Wang , red Carol Vee, yellow miller-5.6.2/doc/data/color-codes.csv000066400000000000000000000000431354153536500174230ustar00rootroot00000000000000id,code 3,0000ff 2,00ff00 4,ff0000 miller-5.6.2/doc/data/color-names.csv000066400000000000000000000000271354153536500174330ustar00rootroot00000000000000id,color 4,red 2,green miller-5.6.2/doc/data/colored-shapes.dkvp000066400000000000000000046002041354153536500203040ustar00rootroot00000000000000color=yellow,shape=triangle,flag=1,i=11,u=0.6321695890307647,v=0.9887207810889004,w=0.4364983936735774,x=5.7981881667050565 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color=red,shape=circle,flag=0,i=99896,u=0.3229231533121689,v=0.33710663161056176,w=0.4781650530426834,x=5.350071553734736 color=red,shape=square,flag=0,i=99907,u=0.6389417074123076,v=0.16310270270306293,w=0.5267980152655629,x=3.7422859875313157 color=yellow,shape=circle,flag=1,i=99922,u=0.5177420062217538,v=0.5626371673235627,w=0.5068390067489178,x=3.9636645948617457 color=purple,shape=square,flag=0,i=99923,u=0.22587344110808483,v=0.3529160737725947,w=0.519883718053089,x=3.421331967577624 color=blue,shape=circle,flag=1,i=99925,u=0.41222408674206745,v=0.4302961063823483,w=0.5006899693333398,x=3.2881616182365114 color=green,shape=circle,flag=0,i=99938,u=0.31517128587360044,v=0.9370877470212836,w=0.4970914108233537,x=5.006451117858268 color=red,shape=triangle,flag=0,i=99948,u=0.9107115544023052,v=0.32519669604939616,w=0.49373516335938644,x=2.931371497952684 color=purple,shape=triangle,flag=0,i=99955,u=0.516433078636893,v=0.10057092319662564,w=0.5052269474197051,x=4.048839550090146 color=blue,shape=circle,flag=1,i=99969,u=0.4845171309004245,v=0.8572710188113218,w=0.49452921927634125,x=4.034770268996462 color=blue,shape=square,flag=1,i=99974,u=0.6189062525431605,v=0.2637962404841453,w=0.5311465405784674,x=6.210738209085753 color=blue,shape=triangle,flag=0,i=99976,u=0.008110504040268474,v=0.8267274952432482,w=0.4732962944898885,x=6.146956761817328 color=yellow,shape=triangle,flag=0,i=99990,u=0.3839424618160777,v=0.55952913620132,w=0.5113763011485609,x=4.307973891915119 color=yellow,shape=circle,flag=1,i=99994,u=0.764950884927175,v=0.25284227383991364,w=0.49969878539567425,x=5.013809741826425 miller-5.6.2/doc/data/colours.csv000066400000000000000000000003161354153536500167030ustar00rootroot00000000000000KEY;DE;EN;ES;FI;FR;IT;NL;PL;RO;TR masterdata_colourcode_1;Weiß;White;Blanco;Valkoinen;Blanc;Bianco;Wit;Biały;Alb;Beyaz masterdata_colourcode_2;Schwarz;Black;Negro;Musta;Noir;Nero;Zwart;Czarny;Negru;Siyah miller-5.6.2/doc/data/current_counters.csv000066400000000000000000000000641354153536500206210ustar00rootroot00000000000000color,count red,3467 orange,670 yellow,27 blue,6944 miller-5.6.2/doc/data/currtemp.csv000066400000000000000000000000741354153536500170570ustar00rootroot00000000000000color,current_count red,3467 orange,670 yellow,27 blue,6944 miller-5.6.2/doc/data/delimiter-examples.txt000066400000000000000000000033611354153536500210360ustar00rootroot00000000000000# Use the `file` command to see if there are CR/LF terminators (in this case, # there are not): $ file data/colours.csv data/colours.csv: UTF-8 Unicode text # Look at the file to find names of fields $ cat data/colours.csv KEY;DE;EN;ES;FI;FR;IT;NL;PL;RO;TR masterdata_colourcode_1;Weiß;White;Blanco;Valkoinen;Blanc;Bianco;Wit;Biały;Alb;Beyaz masterdata_colourcode_2;Schwarz;Black;Negro;Musta;Noir;Nero;Zwart;Czarny;Negru;Siyah # Extract a few fields: $ mlr --csv cut -f KEY,PL,RO data/colours.csv (only blank lines appear) # Use XTAB output format to get a sharper picture of where records/fields # are being split: $ mlr --icsv --oxtab cat data/colours.csv KEY;DE;EN;ES;FI;FR;IT;NL;PL;RO;TR masterdata_colourcode_1;Weiß;White;Blanco;Valkoinen;Blanc;Bianco;Wit;Biały;Alb;Beyaz KEY;DE;EN;ES;FI;FR;IT;NL;PL;RO;TR masterdata_colourcode_2;Schwarz;Black;Negro;Musta;Noir;Nero;Zwart;Czarny;Negru;Siyah # Using XTAB output format makes it clearer that KEY;DE;...;RO;TR is being # treated as a single field name in the CSV header, and likewise each # subsequent line is being treated as a single field value. This is because # the default field separator is a comma but we have semicolons here. # Use XTAB again with different field separator (--fs semicolon): mlr --icsv --ifs semicolon --oxtab cat data/colours.csv KEY masterdata_colourcode_1 DE Weiß EN White ES Blanco FI Valkoinen FR Blanc IT Bianco NL Wit PL Biały RO Alb TR Beyaz KEY masterdata_colourcode_2 DE Schwarz EN Black ES Negro FI Musta FR Noir IT Nero NL Zwart PL Czarny RO Negru TR Siyah # Using the new field-separator, retry the cut: mlr --csv --fs semicolon cut -f KEY,PL,RO data/colours.csv KEY;PL;RO masterdata_colourcode_1;Biały;Alb masterdata_colourcode_2;Czarny;Negru miller-5.6.2/doc/data/dollar-sign.txt000066400000000000000000000047661354153536500174710ustar00rootroot00000000000000$ cat sample.csv EventOccurred,EventType,Description,Status,PaymentType,NameonAccount,TransactionNumber,Amount 10/1/2015,Charged Back,Reason: Authorization Revoked By Customer,Disputed,Checking,John,1,$230.36 10/1/2015,Charged Back,Reason: Authorization Revoked By Customer,Disputed,Checking,Fred,2,$32.25 10/1/2015,Charged Back,Reason: Customer Advises Not Authorized,Disputed,Checking,Bob,3,$39.02 10/1/2015,Charged Back,Reason: Authorization Revoked By Customer,Disputed,Checking,Alice,4,$57.54 10/1/2015,Charged Back,Reason: Authorization Revoked By Customer,Disputed,Checking,Jungle,5,$230.36 10/1/2015,Charged Back,Reason: Payment Stopped,Disputed,Checking,Joe,6,$281.96 10/2/2015,Charged Back,Reason: Customer Advises Not Authorized,Disputed,Checking,Joseph,7,$188.19 10/2/2015,Charged Back,Reason: Customer Advises Not Authorized,Disputed,Checking,Joseph,8,$188.19 10/2/2015,Charged Back,Reason: Payment Stopped,Disputed,Checking,Anthony,9,$250.00 $ mlr --icsv --opprint cat sample.csv EventOccurred EventType Description Status PaymentType NameonAccount TransactionNumber Amount 10/1/2015 Charged Back Reason: Authorization Revoked By Customer Disputed Checking John 1 $230.36 10/1/2015 Charged Back Reason: Authorization Revoked By Customer Disputed Checking Fred 2 $32.25 10/1/2015 Charged Back Reason: Customer Advises Not Authorized Disputed Checking Bob 3 $39.02 10/1/2015 Charged Back Reason: Authorization Revoked By Customer Disputed Checking Alice 4 $57.54 10/1/2015 Charged Back Reason: Authorization Revoked By Customer Disputed Checking Jungle 5 $230.36 10/1/2015 Charged Back Reason: Payment Stopped Disputed Checking Joe 6 $281.96 10/2/2015 Charged Back Reason: Customer Advises Not Authorized Disputed Checking Joseph 7 $188.19 10/2/2015 Charged Back Reason: Customer Advises Not Authorized Disputed Checking Joseph 8 $188.19 10/2/2015 Charged Back Reason: Payment Stopped Disputed Checking Anthony 9 $250.00 $ mlr --csv put '$Amount = sub(string($Amount), "\$", "")' then stats1 -a sum -f Amount sample.csv Amount_sum 1497.870000 $ mlr --csv --ofmt '%.2lf' put '$Amount = sub(string($Amount), "\$", "")' then stats1 -a sum -f Amount sample.csv Amount_sum 1497.87 miller-5.6.2/doc/data/dynamic-nr.sh000066400000000000000000000002541354153536500170760ustar00rootroot00000000000000mlr --opprint --from data/small put ' begin{ @nr1 = 0 } @nr1 += 1; $nr1 = @nr1 ' \ then filter '$x>0.5' \ then put ' begin{ @nr2 = 0 } @nr2 += 1; $nr2 = @nr2 ' miller-5.6.2/doc/data/emit-lashed.sh000066400000000000000000000003761354153536500172360ustar00rootroot00000000000000mlr --from data/medium --opprint put -q ' @x_count[$a][$b] += 1; @x_sum[$a][$b] += $x; end { for ((a, b), _ in @x_count) { @x_mean[a][b] = @x_sum[a][b] / @x_count[a][b] } emit (@x_sum, @x_count, @x_mean), "a", "b" } ' miller-5.6.2/doc/data/english-words.txt000066400000000000000000104507531354153536500200450ustar00rootroot00000000000000a aa aal aalii aam aardvark aardwolf aba abac abaca abacate abacay abacinate abacination abaciscus abacist aback abactinal abactinally abaction abactor abaculus abacus abaff abaft abaisance abaiser abaissed abalienate abalienation abalone abampere abandon abandonable abandoned abandonedly abandonee abandoner abandonment abaptiston abarthrosis abarticular abarticulation abas abase abased abasedly abasedness abasement abaser abash abashed abashedly abashedness abashless abashlessly abashment abasia abasic abask abastardize abatable abate abatement abater abatis abatised abaton abator abattoir abature abave abaxial abaxile abaze abb abbacomes abbacy abbas abbasi abbassi abbatial abbatical abbess abbey abbeystede abbot abbotcy abbotnullius abbotship abbreviate abbreviately abbreviation abbreviator abbreviatory abbreviature abcoulomb abdal abdat abdest abdicable abdicant abdicate abdication abdicative abdicator abditive abditory abdomen abdominal abdominalian abdominally abdominoanterior abdominocardiac abdominocentesis abdominocystic abdominogenital abdominohysterectomy abdominohysterotomy abdominoposterior abdominoscope abdominoscopy abdominothoracic abdominous abdominovaginal abdominovesical abduce abducens abducent abduct abduction abductor abeam abear abearance abecedarian abecedarium abecedary abed abeigh abele abelite abelmosk abeltree abenteric abepithymia aberdevine aberrance aberrancy aberrant aberrate aberration aberrational aberrator aberrometer aberroscope aberuncator abet abetment abettal abettor abevacuation abey abeyance abeyancy abeyant abfarad abhenry abhiseka abhominable abhor abhorrence abhorrency abhorrent abhorrently abhorrer abhorrible abhorring abidal abidance abide abider abidi abiding abidingly abidingness abietate abietene abietic abietin abietineous abietinic abigail abigailship abigeat abigeus abilao ability abilla abilo abintestate abiogenesis abiogenesist abiogenetic abiogenetical abiogenetically abiogenist abiogenous abiogeny abiological abiologically abiology abiosis abiotic abiotrophic abiotrophy abir abirritant abirritate abirritation abirritative abiston abiuret abject abjectedness abjection abjective abjectly abjectness abjoint abjudge abjudicate abjudication abjunction abjunctive abjuration abjuratory abjure abjurement abjurer abkar abkari ablach ablactate ablactation ablare ablastemic ablastous ablate ablation ablatitious ablatival ablative ablator ablaut ablaze able ableeze ablegate ableness ablepharia ablepharon ablepharous ablepsia ableptical ableptically abler ablest ablewhackets ablins abloom ablow ablude abluent ablush ablution ablutionary abluvion ably abmho abnegate abnegation abnegative abnegator abnerval abnet abneural abnormal abnormalism abnormalist abnormality abnormalize abnormally abnormalness abnormity abnormous abnumerable aboard abode abodement abody abohm aboil abolish abolisher abolishment abolition abolitionary abolitionism abolitionist abolitionize abolla aboma abomasum abomasus abominable abominableness abominably abominate abomination abominator abomine aboon aborad aboral aborally abord aboriginal aboriginality aboriginally aboriginary aborigine abort aborted aborticide abortient abortifacient abortin abortion abortional abortionist abortive abortively abortiveness abortus abouchement abound abounder abounding aboundingly about abouts above aboveboard abovedeck aboveground aboveproof abovestairs abox abracadabra abrachia abradant abrade abrader abraid abranchial abranchialism abranchian abranchiate abranchious abrasax abrase abrash abrasiometer abrasion abrasive abrastol abraum abraxas abreact abreaction abreast abrenounce abret abrico abridge abridgeable abridged abridgedly abridger abridgment abrim abrin abristle abroach abroad abrocome abrogable abrogate abrogation abrogative abrogator abrook abrotanum abrotine abrupt abruptedly abruption abruptly abruptness absampere absarokite abscess abscessed abscession abscessroot abscind abscise abscision absciss abscissa abscissae abscisse abscission absconce abscond absconded abscondedly abscondence absconder absconsa abscoulomb absence absent absentation absentee absenteeism absenteeship absenter absently absentment absentmindedly absentness absfarad abshenry absinthe absinthial absinthian absinthiate absinthic absinthin absinthine absinthism absinthismic absinthium absinthol absit absmho absohm absolute absolutely absoluteness absolution absolutism absolutist absolutistic absolutistically absolutive absolutization absolutize absolutory absolvable absolvatory absolve absolvent absolver absolvitor absolvitory absonant absonous absorb absorbability absorbable absorbed absorbedly absorbedness absorbefacient absorbency absorbent absorber absorbing absorbingly absorbition absorpt absorptance absorptiometer absorptiometric absorption absorptive absorptively absorptiveness absorptivity absquatulate abstain abstainer abstainment abstemious abstemiously abstemiousness abstention abstentionist abstentious absterge abstergent abstersion abstersive abstersiveness abstinence abstinency abstinent abstinential abstinently abstract abstracted abstractedly abstractedness abstracter abstraction abstractional abstractionism abstractionist abstractitious abstractive abstractively abstractiveness abstractly abstractness abstractor abstrahent abstricted abstriction abstruse abstrusely abstruseness abstrusion abstrusity absume absumption absurd absurdity absurdly absurdness absvolt abterminal abthain abthainrie abthainry abthanage abu abucco abulia abulic abulomania abuna abundance abundancy abundant abundantly abura aburabozu aburban aburst aburton abusable abuse abusedly abusee abuseful abusefully abusefulness abuser abusion abusious abusive abusively abusiveness abut abutment abuttal abutter abutting abuzz abvolt abwab aby abysm abysmal abysmally abyss abyssal abyssobenthonic abyssolith abyssopelagic acacatechin acacatechol acacetin acaciin acacin academe academial academian academic academical academically academicals academician academicism academism academist academite academization academize academy acadialite acajou acaleph acalephan acalephoid acalycal acalycine acalycinous acalyculate acalyptrate acampsia acana acanaceous acanonical acanth acantha acanthaceous acanthad acanthial acanthin acanthine acanthion acanthite acanthocarpous acanthocephalan acanthocephalous acanthocladous acanthodean acanthodian acanthoid acanthological acanthology acantholysis acanthoma acanthon acanthophorous acanthopod acanthopodous acanthopomatous acanthopore acanthopteran acanthopterous acanthopterygian acanthosis acanthous acanthus acapnia acapnial acapsular acapu acapulco acara acardia acardiac acari acarian acariasis acaricidal acaricide acarid acaridean acaridomatium acariform acarine acarinosis acarocecidium acarodermatitis acaroid acarol acarologist acarology acarophilous acarophobia acarotoxic acarpelous acarpous acatalectic acatalepsia acatalepsy acataleptic acatallactic acatamathesia acataphasia acataposis acatastasia acatastatic acate acategorical acatery acatharsia acatharsy acatholic acaudal acaudate acaulescent acauline acaulose acaulous acca accede accedence acceder accelerable accelerando accelerant accelerate accelerated acceleratedly acceleration accelerative accelerator acceleratory accelerograph accelerometer accend accendibility accendible accension accensor accent accentless accentor accentuable accentual accentuality accentually accentuate accentuation accentuator accentus accept acceptability acceptable acceptableness acceptably acceptance acceptancy acceptant acceptation accepted acceptedly accepter acceptilate acceptilation acception acceptive acceptor acceptress accerse accersition accersitor access accessarily accessariness accessary accessaryship accessibility accessible accessibly accession accessional accessioner accessive accessively accessless accessorial accessorily accessoriness accessorius accessory accidence accidency accident accidental accidentalism accidentalist accidentality accidentally accidentalness accidented accidential accidentiality accidently accidia accidie accinge accipient accipitral accipitrary accipitrine accismus accite acclaim acclaimable acclaimer acclamation acclamator acclamatory acclimatable acclimatation acclimate acclimatement acclimation acclimatizable acclimatization acclimatize acclimatizer acclimature acclinal acclinate acclivitous acclivity acclivous accloy accoast accoil accolade accoladed accolated accolent accolle accombination accommodable accommodableness accommodate accommodately accommodateness accommodating accommodatingly accommodation accommodational accommodative accommodativeness accommodator accompanier accompaniment accompanimental accompanist accompany accompanyist accompletive accomplice accompliceship accomplicity accomplish accomplishable accomplished accomplisher accomplishment accomplisht accompt accord accordable accordance accordancy accordant accordantly accorder according accordingly accordion accordionist accorporate accorporation accost accostable accosted accouche accouchement accoucheur accoucheuse account accountability accountable accountableness accountably accountancy accountant accountantship accounting accountment accouple accouplement accouter accouterment accoy accredit accreditate accreditation accredited accreditment accrementitial accrementition accresce accrescence accrescent accretal accrete accretion accretionary accretive accroach accroides accrual accrue accruement accruer accubation accubitum accubitus accultural acculturate acculturation acculturize accumbency accumbent accumber accumulable accumulate accumulation accumulativ accumulative accumulatively accumulativeness accumulator accuracy accurate accurately accurateness accurse accursed accursedly accursedness accusable accusably accusal accusant accusation accusatival accusative accusatively accusatorial accusatorially accusatory accusatrix accuse accused accuser accusingly accusive accustom accustomed accustomedly accustomedness ace aceacenaphthene aceanthrene aceanthrenequinone acecaffine aceconitic acedia acediamine acediast acedy acenaphthene acenaphthenyl acenaphthylene acentric acentrous aceologic aceology acephal acephalan acephalia acephaline acephalism acephalist acephalocyst acephalous acephalus aceraceous acerate acerathere aceratosis acerb acerbate acerbic acerbity acerdol acerin acerose acerous acerra acertannin acervate acervately acervation acervative acervose acervuline acervulus acescence acescency acescent aceship acesodyne acetabular acetabuliferous acetabuliform acetabulous acetabulum acetacetic acetal acetaldehydase acetaldehyde acetaldehydrase acetalization acetalize acetamide acetamidin acetamidine acetamido acetaminol acetanilid acetanilide acetanion acetaniside acetanisidide acetannin acetarious acetarsone acetate acetated acetation acetbromamide acetenyl acethydrazide acetic acetification acetifier acetify acetimeter acetimetry acetin acetize acetmethylanilide acetnaphthalide acetoacetanilide acetoacetate acetoacetic acetoamidophenol acetoarsenite acetobenzoic acetobromanilide acetochloral acetocinnamene acetoin acetol acetolysis acetolytic acetometer acetometrical acetometrically acetometry acetomorphine acetonaphthone acetonate acetonation acetone acetonemia acetonemic acetonic acetonitrile acetonization acetonize acetonuria acetonurometer acetonyl acetonylacetone acetonylidene acetophenetide acetophenin acetophenine acetophenone acetopiperone acetopyrin acetosalicylic acetose acetosity acetosoluble acetothienone acetotoluide acetotoluidine acetous acetoveratrone acetoxime acetoxyl acetoxyphthalide acetphenetid acetphenetidin acetract acettoluide acetum aceturic acetyl acetylacetonates acetylacetone acetylamine acetylate acetylation acetylator acetylbenzene acetylbenzoate acetylbenzoic acetylbiuret acetylcarbazole acetylcellulose acetylcholine acetylcyanide acetylenation acetylene acetylenediurein acetylenic acetylenyl acetylfluoride acetylglycine acetylhydrazine acetylic acetylide acetyliodide acetylizable acetylization acetylize acetylizer acetylmethylcarbinol acetylperoxide acetylphenol acetylphenylhydrazine acetylrosaniline acetylsalicylate acetylsalol acetyltannin acetylthymol acetyltropeine acetylurea ach achaetous achage achalasia achar achate ache acheilia acheilous acheiria acheirous acheirus achene achenial achenium achenocarp achenodium acher achete acheweed achievable achieve achievement achiever achigan achilary achill achilleine achillobursitis achillodynia achime aching achingly achira achlamydate achlamydeous achlorhydria achlorophyllous achloropsia acholia acholic acholous acholuria acholuric achondrite achondritic achondroplasia achondroplastic achor achordal achordate achree achroacyte achrodextrin achrodextrinase achroglobin achroiocythaemia achroiocythemia achroite achroma achromacyte achromasia achromat achromate achromatic achromatically achromaticity achromatin achromatinic achromatism achromatizable achromatization achromatize achromatocyte achromatolysis achromatope achromatophile achromatopia achromatopsia achromatopsy achromatosis achromatous achromaturia achromia achromic achromoderma achromophilous achromotrichia achromous achronical achroodextrin achroodextrinase achroous achropsia achtehalber achtel achtelthaler achy achylia achylous achymia achymous acichloride acicula acicular acicularly aciculate aciculated aciculum acid acidemia acider acidic acidiferous acidifiable acidifiant acidific acidification acidifier acidify acidimeter acidimetric acidimetrical acidimetrically acidimetry acidite acidity acidize acidly acidness acidoid acidology acidometer acidometry acidophile acidophilic acidophilous acidoproteolytic acidosis acidosteophyte acidotic acidproof acidulate acidulent acidulous aciduric acidyl acier acierage acierate acieration aciform aciliate aciliated acinaceous acinaces acinacifolious acinaciform acinar acinarious acinary acinetan acinetarian acinetic acinetiform acinetinan acinic aciniform acinose acinotubular acinous acinus acipenserid acipenserine acipenseroid aciurgy acker ackey ackman acknow acknowledge acknowledgeable acknowledged acknowledgedly acknowledger aclastic acle acleidian acleistous aclidian aclinal aclinic acloud aclys acmatic acme acmesthesia acmic acmite acne acneform acneiform acnemia acnodal acnode acocantherin acock acockbill acocotl acoelomate acoelomatous acoelomous acoelous acoin acoine acold acologic acology acolous acoluthic acolyte acolythate acoma acomia acomous aconative acondylose acondylous acone aconic aconin aconine aconital aconite aconitia aconitic aconitin aconitine acontium aconuresis acopic acopon acopyrin acopyrine acor acorea acoria acorn acorned acosmic acosmism acosmist acosmistic acotyledon acotyledonous acouasm acouchi acouchy acoumeter acoumetry acouometer acouophonia acoupa acousmata acousmatic acoustic acoustical acoustically acoustician acousticolateral acoustics acquaint acquaintance acquaintanceship acquaintancy acquaintant acquainted acquaintedness acquest acquiesce acquiescement acquiescence acquiescency acquiescent acquiescently acquiescer acquiescingly acquirability acquirable acquire acquired acquirement acquirenda acquirer acquisible acquisite acquisited acquisition acquisitive acquisitively acquisitiveness acquisitor acquisitum acquist acquit acquitment acquittal acquittance acquitter acracy acraein acraldehyde acranial acraniate acrasia acraspedote acratia acraturesis acrawl acraze acre acreable acreage acreak acream acred acreman acrestaff acrid acridan acridian acridic acridine acridinic acridinium acridity acridly acridness acridone acridonium acridophagus acridyl acriflavin acriflavine acrimonious acrimoniously acrimoniousness acrimony acrindoline acrinyl acrisia acritan acrite acritical acritol acroaesthesia acroama acroamatic acroamatics acroanesthesia acroarthritis acroasphyxia acroataxia acroatic acrobacy acrobat acrobatholithic acrobatic acrobatical acrobatically acrobatics acrobatism acroblast acrobryous acrobystitis acrocarpous acrocephalia acrocephalic acrocephalous acrocephaly acrochordon acroconidium acrocontracture acrocoracoid acrocyanosis acrocyst acrodactylum acrodermatitis acrodont acrodontism acrodrome acrodromous acrodynia acroesthesia acrogamous acrogamy acrogen acrogenic acrogenous acrogenously acrography acrogynae acrogynous acrolein acrolith acrolithan acrolithic acrologic acrologically acrologism acrologue acrology acromania acromastitis acromegalia acromegalic acromegaly acromelalgia acrometer acromial acromicria acromioclavicular acromiocoracoid acromiodeltoid acromiohumeral acromiohyoid acromion acromioscapular acromiosternal acromiothoracic acromonogrammatic acromphalus acromyodian acromyodic acromyodous acromyotonia acromyotonus acron acronarcotic acroneurosis acronical acronically acronyc acronych acronyctous acronym acronymic acronymize acronymous acronyx acrook acroparalysis acroparesthesia acropathology acropathy acropetal acropetally acrophobia acrophonetic acrophonic acrophony acropodium acropoleis acropolis acropolitan acrorhagus acrorrheuma acrosarc acrosarcum acroscleriasis acroscleroderma acroscopic acrose acrosome acrosphacelus acrospire acrospore acrosporous across acrostic acrostical acrostically acrostichal acrostichic acrostichoid acrosticism acrostolion acrostolium acrotarsial acrotarsium acroteleutic acroterial acroteric acroterium acrotic acrotism acrotomous acrotrophic acrotrophoneurosis acryl acrylaldehyde acrylate acrylic acrylonitrile acrylyl act acta actability actable actification actifier actify actin actinal actinally actinautographic actinautography actine actinenchyma acting actinian actiniarian actinic actinically actiniferous actiniform actinine actiniochrome actiniohematin actinism actinium actinobacillosis actinoblast actinobranch actinobranchia actinocarp actinocarpic actinocarpous actinochemistry actinocrinid actinocrinite actinocutitis actinodermatitis actinodielectric actinodrome actinodromous actinoelectric actinoelectrically actinoelectricity actinogonidiate actinogram actinograph actinography actinoid actinolite actinolitic actinologous actinologue actinology actinomere actinomeric actinometer actinometric actinometrical actinometry actinomorphic actinomorphous actinomorphy actinomycete actinomycetous actinomycin actinomycoma actinomycosis actinomycotic actinon actinoneuritis actinophone actinophonic actinophore actinophorous actinophryan actinopraxis actinopteran actinopterous actinopterygian actinopterygious actinoscopy actinosoma actinosome actinost actinostereoscopy actinostomal actinostome actinotherapeutic actinotherapeutics actinotherapy actinotoxemia actinotrichium actinotrocha actinouranium actinozoal actinozoan actinozoon actinula action actionable actionably actional actionary actioner actionize actionless activable activate activation activator active actively activeness activin activism activist activital activity activize actless actomyosin acton actor actorship actress actu actual actualism actualist actualistic actuality actualization actualize actually actualness actuarial actuarially actuarian actuary actuaryship actuation actuator acture acturience actutate acuaesthesia acuate acuation acuclosure acuductor acuesthesia acuity aculea aculeate aculeated aculeiform aculeolate aculeolus aculeus acumen acuminate acumination acuminose acuminous acuminulate acupress acupressure acupunctuate acupunctuation acupuncturation acupuncturator acupuncture acurative acushla acutangular acutate acute acutely acutenaculum acuteness acutiator acutifoliate acutilingual acutilobate acutiplantar acutish acutograve acutonodose acutorsion acyanoblepsia acyanopsia acyclic acyesis acyetic acyl acylamido acylamidobenzene acylamino acylate acylation acylogen acyloin acyloxy acyloxymethane acyrological acyrology acystia ad adactyl adactylia adactylism adactylous adad adage adagial adagietto adagio adamant adamantean adamantine adamantinoma adamantoblast adamantoblastoma adamantoid adamantoma adamas adambulacral adamellite adamine adamite adamsite adance adangle adapid adapt adaptability adaptable adaptation adaptational adaptationally adaptative adaptedness adapter adaption adaptional adaptionism adaptitude adaptive adaptively adaptiveness adaptometer adaptor adaptorial adarme adat adati adatom adaunt adaw adawe adawlut adawn adaxial aday adays adazzle adcraft add adda addability addable addax addebted added addedly addend addenda addendum adder adderbolt adderfish adderspit adderwort addibility addible addicent addict addicted addictedness addiction addiment additament additamentary addition additional additionally additionary additionist addititious additive additively additivity additory addle addlebrain addlebrained addlehead addleheaded addleheadedly addleheadedness addlement addleness addlepate addlepated addlepatedness addleplot addlings addlins addorsed address addressee addresser addressful addressor addrest adduce adducent adducer adducible adduct adduction adductive adductor ade adead adeem adeep adelarthrosomatous adeling adelite adelocerous adelocodonic adelomorphic adelomorphous adelopod adelphogamy adelpholite adelphophagy ademonist adempted ademption adenalgia adenalgy adenase adenasthenia adendric adendritic adenectomy adenectopia adenectopic adenemphractic adenemphraxis adenia adeniform adenine adenitis adenization adenoacanthoma adenoblast adenocancroid adenocarcinoma adenocarcinomatous adenocele adenocellulitis adenochondroma adenochondrosarcoma adenochrome adenocyst adenocystoma adenocystomatous adenodermia adenodiastasis adenodynia adenofibroma adenofibrosis adenogenesis adenogenous adenographer adenographic adenographical adenography adenohypersthenia adenoid adenoidal adenoidism adenoliomyofibroma adenolipoma adenolipomatosis adenologaditis adenological adenology adenolymphocele adenolymphoma adenoma adenomalacia adenomatome adenomatous adenomeningeal adenometritis adenomycosis adenomyofibroma adenomyoma adenomyxoma adenomyxosarcoma adenoncus adenoneural adenoneure adenopathy adenopharyngeal adenopharyngitis adenophlegmon adenophore adenophorous adenophthalmia adenophyllous adenophyma adenopodous adenosarcoma adenosclerosis adenose adenosine adenosis adenostemonous adenotome adenotomic adenotomy adenotyphoid adenotyphus adenyl adenylic adephagan adephagia adephagous adept adeptness adeptship adequacy adequate adequately adequateness adequation adequative adermia adermin adet adevism adfected adfix adfluxion adglutinate adhaka adhamant adharma adhere adherence adherency adherent adherently adherer adherescence adherescent adhesion adhesional adhesive adhesively adhesivemeter adhesiveness adhibit adhibition adiabatic adiabatically adiabolist adiactinic adiadochokinesis adiagnostic adiantiform adiaphon adiaphonon adiaphoral adiaphoresis adiaphoretic adiaphorism adiaphorist adiaphoristic adiaphorite adiaphoron adiaphorous adiate adiathermal adiathermancy adiathermanous adiathermic adiathetic adiation adicity adieu adieux adigranth adinidan adinole adion adipate adipescent adipic adipinic adipocele adipocellulose adipocere adipoceriform adipocerous adipocyte adipofibroma adipogenic adipogenous adipoid adipolysis adipolytic adipoma adipomatous adipometer adipopexia adipopexis adipose adiposeness adiposis adiposity adiposogenital adiposuria adipous adipsia adipsic adipsous adipsy adipyl adit adital aditus adjacency adjacent adjacently adjag adject adjection adjectional adjectival adjectivally adjective adjectively adjectivism adjectivitis adjiger adjoin adjoined adjoinedly adjoining adjoint adjourn adjournal adjournment adjudge adjudgeable adjudger adjudgment adjudicate adjudication adjudicative adjudicator adjudicature adjunct adjunction adjunctive adjunctively adjunctly adjuration adjuratory adjure adjurer adjust adjustable adjustably adjustage adjustation adjuster adjustive adjustment adjutage adjutancy adjutant adjutantship adjutorious adjutory adjutrice adjuvant adlay adless adlet adlumidine adlumine adman admarginate admaxillary admeasure admeasurement admeasurer admedial admedian admensuration admi adminicle adminicula adminicular adminiculary adminiculate adminiculation adminiculum administer administerd administerial administrable administrant administrate administration administrational administrative administratively administrator administratorship administratress administratrices administratrix admirability admirable admirableness admirably admiral admiralship admiralty admiration admirative admirator admire admired admiredly admirer admiring admiringly admissibility admissible admissibleness admissibly admission admissive admissory admit admittable admittance admitted admittedly admittee admitter admittible admix admixtion admixture admonish admonisher admonishingly admonishment admonition admonitioner admonitionist admonitive admonitively admonitor admonitorial admonitorily admonitory admonitrix admortization adnascence adnascent adnate adnation adnephrine adnerval adneural adnex adnexal adnexed adnexitis adnexopexy adnominal adnominally adnomination adnoun ado adobe adolesce adolescence adolescency adolescent adolescently adonidin adonin adonite adonitol adonize adoperate adoperation adopt adoptability adoptable adoptant adoptative adopted adoptedly adoptee adopter adoptian adoptianism adoptianist adoption adoptional adoptionism adoptionist adoptious adoptive adoptively adorability adorable adorableness adorably adoral adorally adorant adoration adoratory adore adorer adoringly adorn adorner adorningly adornment adosculation adossed adoulie adown adoxaceous adoxography adoxy adoze adpao adpress adpromission adradial adradially adradius adread adream adreamed adreamt adrectal adrenal adrenalectomize adrenalectomy adrenaline adrenalize adrenalone adrenergic adrenin adrenine adrenochrome adrenocortical adrenocorticotropic adrenolysis adrenolytic adrenotropic adrift adrip adroit adroitly adroitness adroop adrop adrostral adrowse adrue adry adsbud adscendent adscititious adscititiously adscript adscripted adscription adscriptitious adscriptitius adscriptive adsessor adsheart adsignification adsignify adsmith adsmithing adsorb adsorbable adsorbate adsorbent adsorption adsorptive adstipulate adstipulation adstipulator adterminal adtevac adular adularescence adularia adulate adulation adulator adulatory adulatress adult adulter adulterant adulterate adulterately adulterateness adulteration adulterator adulterer adulteress adulterine adulterize adulterous adulterously adultery adulthood adulticidal adulticide adultness adultoid adumbral adumbrant adumbrate adumbration adumbrative adumbratively adunc aduncate aduncated aduncity aduncous adusk adust adustion adustiosis advance advanceable advanced advancedness advancement advancer advancing advancingly advancive advantage advantageous advantageously advantageousness advection advectitious advective advehent advene advenience advenient advential adventitia adventitious adventitiously adventitiousness adventive adventual adventure adventureful adventurement adventurer adventureship adventuresome adventuresomely adventuresomeness adventuress adventurish adventurous adventurously adventurousness adverb adverbial adverbiality adverbialize adverbially adverbiation adversant adversaria adversarious adversary adversative adversatively adverse adversely adverseness adversifoliate adversifolious adversity advert advertence advertency advertent advertently advertisable advertise advertisee advertisement advertiser advertising advice adviceful advisability advisable advisableness advisably advisal advisatory advise advised advisedly advisedness advisee advisement adviser advisership advisive advisiveness advisor advisorily advisory advocacy advocate advocateship advocatess advocation advocator advocatory advocatress advocatrice advocatrix advolution advowee advowson ady adynamia adynamic adynamy adyta adyton adytum adz adze adzer adzooks ae aecial aecidial aecidioform aecidiospore aecidiostage aecidium aeciospore aeciostage aecioteliospore aeciotelium aecium aedeagus aedicula aedile aedileship aedilian aedilic aedilitian aedility aedoeagus aefald aefaldness aefaldy aefauld aegagropila aegagropile aegagrus aegerian aegeriid aegicrania aegirine aegirinolite aegirite aegis aegithognathism aegithognathous aegrotant aegyptilla aegyrite aeluroid aelurophobe aelurophobia aeluropodous aenach aenean aeneolithic aeneous aenigmatite aeolharmonica aeolid aeolina aeoline aeolipile aeolistic aeolodicon aeolodion aeolomelodicon aeolopantalon aeolotropic aeolotropism aeolotropy aeolsklavier aeon aeonial aeonian aeonist aequoreal aer aerage aerarian aerarium aerate aeration aerator aerenchyma aerenterectasia aerial aerialist aeriality aerially aerialness aeric aerical aerie aeried aerifaction aeriferous aerification aeriform aerify aero aerobate aerobatic aerobatics aerobe aerobian aerobic aerobically aerobiologic aerobiological aerobiologically aerobiologist aerobiology aerobion aerobiont aerobioscope aerobiosis aerobiotic aerobiotically aerobious aerobium aeroboat aerobranchiate aerobus aerocamera aerocartograph aerocolpos aerocraft aerocurve aerocyst aerodermectasia aerodone aerodonetic aerodonetics aerodrome aerodromics aerodynamic aerodynamical aerodynamicist aerodynamics aerodyne aeroembolism aeroenterectasia aerofoil aerogel aerogen aerogenes aerogenesis aerogenic aerogenically aerogenous aerogeologist aerogeology aerognosy aerogram aerograph aerographer aerographic aerographical aerographics aerography aerogun aerohydrodynamic aerohydropathy aerohydroplane aerohydrotherapy aerohydrous aeroides aerolite aerolith aerolithology aerolitic aerolitics aerologic aerological aerologist aerology aeromaechanic aeromancer aeromancy aeromantic aeromarine aeromechanical aeromechanics aerometeorograph aerometer aerometric aerometry aeromotor aeronat aeronaut aeronautic aeronautical aeronautically aeronautics aeronautism aeronef aeroneurosis aeropathy aeroperitoneum aeroperitonia aerophagia aerophagist aerophagy aerophane aerophilatelic aerophilatelist aerophilately aerophile aerophilic aerophilous aerophobia aerophobic aerophone aerophor aerophore aerophotography aerophysical aerophysics aerophyte aeroplane aeroplaner aeroplanist aeropleustic aeroporotomy aeroscepsis aeroscepsy aeroscope aeroscopic aeroscopically aeroscopy aerose aerosiderite aerosiderolite aerosol aerosphere aerosporin aerostat aerostatic aerostatical aerostatics aerostation aerosteam aerotactic aerotaxis aerotechnical aerotherapeutics aerotherapy aerotonometer aerotonometric aerotonometry aerotropic aerotropism aeroyacht aeruginous aerugo aery aes aeschynomenous aesculaceous aesthete aesthetic aesthetical aesthetically aesthetician aestheticism aestheticist aestheticize aesthetics aesthiology aesthophysiology aethalioid aethalium aetheogam aetheogamic aetheogamous aethered aethogen aethrioscope aetiogenic aetiotropic aetiotropically aetosaur aetosaurian aevia aface afaint afar afara afear afeard afeared afebrile afernan afetal affa affability affable affableness affably affabrous affair affaite affect affectable affectate affectation affectationist affected affectedly affectedness affecter affectibility affectible affecting affectingly affection affectional affectionally affectionate affectionately affectionateness affectioned affectious affective affectively affectivity affeer affeerer affeerment affeir affenpinscher affenspalte afferent affettuoso affiance affiancer affiant affidation affidavit affidavy affiliable affiliate affiliation affinal affination affine affined affinely affinitative affinitatively affinite affinition affinitive affinity affirm affirmable affirmably affirmance affirmant affirmation affirmative affirmatively affirmatory affirmer affirmingly affix affixal affixation affixer affixion affixture afflation afflatus afflict afflicted afflictedness afflicter afflicting afflictingly affliction afflictionless afflictive afflictively affluence affluent affluently affluentness afflux affluxion afforce afforcement afford affordable afforest afforestable afforestation afforestment afformative affranchise affranchisement affray affrayer affreight affreighter affreightment affricate affricated affrication affricative affright affrighted affrightedly affrighter affrightful affrightfully affrightingly affrightment affront affronte affronted affrontedly affrontedness affronter affronting affrontingly affrontingness affrontive affrontiveness affrontment affuse affusion affy afghani afield afikomen afire aflagellar aflame aflare aflat aflaunt aflicker aflight afloat aflow aflower afluking aflush aflutter afoam afoot afore aforehand aforenamed aforesaid aforethought aforetime aforetimes afortiori afoul afraid afraidness afreet afresh afret afront afrown aft aftaba after afteract afterage afterattack afterband afterbeat afterbirth afterblow afterbody afterbrain afterbreach afterbreast afterburner afterburning aftercare aftercareer aftercast aftercataract aftercause afterchance afterchrome afterchurch afterclap afterclause aftercome aftercomer aftercoming aftercooler aftercost aftercourse aftercrop aftercure afterdamp afterdate afterdays afterdeck afterdinner afterdrain afterdrops aftereffect afterend aftereye afterfall afterfame afterfeed afterfermentation afterform afterfriend afterfruits afterfuture aftergame aftergas afterglide afterglow aftergo aftergood aftergrass aftergrave aftergrief aftergrind aftergrowth afterguard afterguns afterhand afterharm afterhatch afterhelp afterhend afterhold afterhope afterhours afterimage afterimpression afterings afterking afterknowledge afterlife afterlifetime afterlight afterloss afterlove aftermark aftermarriage aftermass aftermast aftermath aftermatter aftermeal aftermilk aftermost afternight afternoon afternoons afternose afternote afteroar afterpain afterpart afterpast afterpeak afterpiece afterplanting afterplay afterpressure afterproof afterrake afterreckoning afterrider afterripening afterroll afterschool aftersend aftersensation aftershaft aftershafted aftershine aftership aftershock aftersong aftersound afterspeech afterspring afterstain afterstate afterstorm afterstrain afterstretch afterstudy afterswarm afterswarming afterswell aftertan aftertask aftertaste afterthinker afterthought afterthoughted afterthrift aftertime aftertimes aftertouch aftertreatment aftertrial afterturn aftervision afterwale afterwar afterward afterwards afterwash afterwhile afterwisdom afterwise afterwit afterwitted afterwork afterworking afterworld afterwrath afterwrist aftmost aftosa aftward aftwards afunction afunctional afwillite aga agabanee agacante agacella again against againstand agal agalactia agalactic agalactous agalawood agalaxia agalaxy agalite agalloch agallochum agallop agalma agalmatolite agalwood agama agamete agami agamian agamic agamically agamid agamobium agamogenesis agamogenetic agamogenetically agamogony agamoid agamont agamospore agamous agamy aganglionic agape agapetae agapeti agapetid agar agaric agaricaceae agaricaceous agaricic agariciform agaricin agaricine agaricoid agarita agarwal agasp agastric agastroneuria agate agateware agathin agathism agathist agathodaemon agathodaemonic agathokakological agathology agatiferous agatiform agatine agatize agatoid agaty agavose agaze agazed age aged agedly agedness agee ageless agelessness agelong agen agency agenda agendum agenesia agenesic agenesis agennetic agent agentess agential agentival agentive agentry agentship ageometrical ager ageusia ageusic ageustia agger aggerate aggeration aggerose agglomerant agglomerate agglomerated agglomeratic agglomeration agglomerative agglomerator agglutinability agglutinable agglutinant agglutinate agglutination agglutinationist agglutinative agglutinator agglutinin agglutinize agglutinogen agglutinogenic agglutinoid agglutinoscope agglutogenic aggradation aggradational aggrade aggrandizable aggrandize aggrandizement aggrandizer aggrate aggravate aggravating aggravatingly aggravation aggravative aggravator aggregable aggregant aggregate aggregately aggregateness aggregation aggregative aggregator aggregatory aggress aggressin aggression aggressionist aggressive aggressively aggressiveness aggressor aggrievance aggrieve aggrieved aggrievedly aggrievedness aggrievement aggroup aggroupment aggry aggur agha aghanee aghast aghastness agilawood agile agilely agileness agility agillawood aging agio agiotage agist agistator agistment agistor agitable agitant agitate agitatedly agitation agitational agitationist agitative agitator agitatorial agitatrix agitprop agla aglance aglaozonia aglare agleaf agleam aglet aglethead agley aglimmer aglint aglitter aglobulia aglossal aglossate aglossia aglow aglucon aglutition aglycosuric aglyphodont aglyphous agmatine agmatology agminate agminated agnail agname agnamed agnate agnathia agnathic agnathostomatous agnathous agnatic agnatically agnation agnel agnification agnize agnoiology agnomen agnomical agnominal agnomination agnosia agnosis agnostic agnostically agnosticism agnosy agnus ago agog agoge agogic agogics agoho agoing agomensin agomphiasis agomphious agomphosis agon agonal agone agoniada agoniadin agoniatite agonic agonied agonist agonistarch agonistic agonistically agonistics agonium agonize agonizedly agonizer agonizingly agonothete agonothetic agony agora agoranome agoraphobia agouara agouta agouti agpaite agpaitic agraffee agrah agral agrammatical agrammatism agranulocyte agranulocytosis agranuloplastic agraphia agraphic agrarian agrarianism agrarianize agrarianly agre agree agreeability agreeable agreeableness agreeably agreed agreeing agreeingly agreement agreer agregation agrege agrestal agrestial agrestian agrestic agria agricere agricole agricolist agricolite agricolous agricultor agricultural agriculturalist agriculturally agriculture agriculturer agriculturist agrimony agrimotor agrin agriological agriologist agriology agrionid agrise agrito agroan agrobiologic agrobiological agrobiologically agrobiologist agrobiology agrogeological agrogeologically agrogeology agrologic agrological agrologically agrology agrom agromyzid agronome agronomial agronomic agronomical agronomics agronomist agronomy agroof agrope agrosteral agrostographer agrostographic agrostographical agrostography agrostologic agrostological agrostologist agrostology agrotechny aground agrufe agruif agrypnia agrypnotic agsam agua aguacate aguavina ague aguelike agueproof agueweed aguey aguilarite aguilawood aguinaldo aguirage aguish aguishly aguishness agunah agush agust agy agynarious agynary agynous agyrate agyria ah aha ahaaina ahankara ahartalav ahaunch ahead aheap ahem ahey ahimsa ahind ahint ahluwalia ahmadi aho ahong ahorse ahorseback ahoy ahsan ahu ahuatle ahuehuete ahull ahum ahungered ahungry ahunt ahura ahush ahwal ahypnia ai aichmophobia aid aidable aidance aidant aide aider aidful aidless aiel aigialosaur aiglet aigremore aigrette aiguille aiguillesque aiguillette aiguilletted aikinite ail ailantery ailanthic ailantine ailanto aile aileron ailette ailing aillt ailment ailsyte ailuro ailuroid ailweed aim aimara aimer aimful aimfully aiming aimless aimlessly aimlessness aimworthiness ainaleh ainhum ainoi ainsell aint aion aionial air airable airampo airan airbound airbrained airbrush aircraft aircraftman aircraftsman aircraftswoman aircraftwoman aircrew aircrewman airdock airdrome airdrop aire airedale airer airfield airfoil airframe airfreight airfreighter airgraphics airhead airiferous airified airily airiness airing airish airless airlift airlike airliner airmail airman airmanship airmark airmarker airmonger airohydrogen airometer airpark airphobia airplane airplanist airport airproof airscape airscrew airship airsick airsickness airstrip airt airtight airtightly airtightness airward airwards airway airwayman airwoman airworthiness airworthy airy aischrolatreia aiseweed aisle aisled aisleless aisling aisteoir ait aitch aitchbone aitchless aitchpiece aitesis aithochroi aition aitiotropic aiwan aizle aizoaceous ajaja ajangle ajar ajari ajava ajhar ajivika ajog ajoint ajowan ajutment ak aka akala akalimba akamatsu akaroa akasa akazga akazgine akcheh ake akeake akebi akee akeki akeley akenobeite akepiro akerite akey akhoond akhrot akhyana akia akimbo akin akindle akinesia akinesic akinesis akinete akinetic akmudar akmuddar aknee ako akoasm akoasma akoluthia akonge akov akpek akra akroasis akrochordite akroterion aku akuammine akule akund al ala alabamide alabamine alabandite alabarch alabaster alabastos alabastrian alabastrine alabastrites alabastron alabastrum alacha alack alackaday alacreatine alacreatinine alacrify alacritous alacrity alada alaihi alaite alala alalite alalonga alalunga alalus alameda alamo alamodality alamonti alamosite alamoth alan aland alangin alangine alani alanine alannah alantic alantin alantol alantolactone alantolic alanyl alar alares alarm alarmable alarmed alarmedly alarming alarmingly alarmism alarmist alarum alary alas alaskaite alaskite alastrim alate alated alatern alaternus alation alaudine alb alba albacore albahaca alban albanite albarco albardine albarello albarium albaspidin albata albatross albe albedo albedograph albee albeit albertin albertite albertustaler albertype albescence albescent albespine albetad albicans albicant albication albiculi albification albificative albiflorous albify albinal albiness albinic albinism albinistic albino albinoism albinotic albinuria albite albitic albitite albitization albitophyre albocarbon albocinereous albocracy albolite albolith albopannin albopruinose alboranite albronze albuginea albugineous albuginitis albugo album albumean albumen albumenization albumenize albumenizer albumimeter albumin albuminate albuminaturia albuminiferous albuminiform albuminimeter albuminimetry albuminiparous albuminization albuminize albuminocholia albuminofibrin albuminogenous albuminoid albuminoidal albuminolysis albuminometer albuminometry albuminone albuminorrhea albuminoscope albuminose albuminosis albuminous albuminousness albuminuria albuminuric albumoid albumoscope albumose albumosuria alburn alburnous alburnum albus albutannin alcaide alcalde alcaldeship alcaldia alcalizate alcamine alcanna alcarraza alcatras alcazar alcelaphine alchemic alchemical alchemically alchemist alchemistic alchemistical alchemistry alchemize alchemy alchera alcheringa alchimy alchitran alchochoden alchymy alcidine alcine alclad alco alcoate alcogel alcogene alcohate alcohol alcoholate alcoholature alcoholdom alcoholemia alcoholic alcoholically alcoholicity alcoholimeter alcoholism alcoholist alcoholizable alcoholization alcoholize alcoholmeter alcoholmetric alcoholomania alcoholometer alcoholometric alcoholometrical alcoholometry alcoholophilia alcoholuria alcoholysis alcoholytic alcornoco alcornoque alcosol alcove alcovinometer alcyon alcyonacean alcyonarian alcyonic alcyoniform alcyonoid aldamine aldane aldazin aldazine aldeament aldebaranium aldehol aldehydase aldehyde aldehydic aldehydine aldehydrol alder alderman aldermanate aldermancy aldermaness aldermanic aldermanical aldermanity aldermanlike aldermanly aldermanry aldermanship aldern alderwoman aldim aldime aldimine aldine aldoheptose aldohexose aldoketene aldol aldolization aldolize aldononose aldopentose aldose aldoside aldoxime ale aleak aleatory alebench aleberry alec alecithal alecize aleconner alecost alectoria alectoridine alectorioid alectoromachy alectoromancy alectoromorphous alectoropodous alectryomachy alectryomancy alecup alee alef alefnull aleft alefzero alegar alehoof alehouse alem alemana alembic alembicate alembroth alemite alemmal alemonger alen aleph alephs alephzero alepidote alepole alepot alerce alerse alert alertly alertness alesan alestake aletap aletaster alethiology alethopteis alethopteroid alethoscope aletocyte alette aleukemic aleuritic aleuromancy aleurometer aleuronat aleurone aleuronic aleuroscope aleutite alevin alewife alexanders alexandrite alexia alexic alexin alexinic alexipharmacon alexipharmacum alexipharmic alexipharmical alexipyretic alexiteric alexiterical aleyard aleyrodid alf alfa alfaje alfalfa alfaqui alfaquin alfenide alfet alfilaria alfileria alfilerilla alfilerillo alfiona alfonsin alfonso alforja alfresco alfridaric alfridary alga algae algaecide algaeological algaeologist algaeology algaesthesia algaesthesis algal algalia algarroba algarrobilla algarrobin algate algebra algebraic algebraical algebraically algebraist algebraization algebraize algedo algedonic algedonics algefacient algerine algesia algesic algesis algesthesis algetic algic algid algidity algidness algific algin alginate algine alginic alginuresis algiomuscular algist algivorous algocyan algodoncillo algodonite algoesthesiometer algogenic algoid algolagnia algolagnic algolagnist algolagny algological algologist algology algometer algometric algometrical algometrically algometry algophilia algophilist algophobia algor algorism algorismic algorist algoristic algorithm algorithmic algosis algous algovite algraphic algraphy alguazil algum alhenna alias alibangbang alibi alibility alible alichel alicoche alictisal alicyclic alidade alien alienability alienable alienage alienate alienation alienator aliency alienee aliener alienicola alienigenate alienism alienist alienize alienor alienship aliethmoid aliethmoidal alif aliferous aliform aligerous alight align aligner alignment aligreek aliipoe alike alikeness alikewise alilonghi alima aliment alimental alimentally alimentariness alimentary alimentation alimentative alimentatively alimentativeness alimenter alimentic alimentive alimentiveness alimentotherapy alimentum alimonied alimony alin alinasal alineation alintatao aliofar alipata aliped aliphatic alipterion aliptes aliptic aliquant aliquot aliseptal alish alisier alismaceous alismad alismal alismoid aliso alison alisonite alisp alisphenoid alisphenoidal alist alit alite alitrunk aliturgic aliturgical aliunde alive aliveness alivincular aliyah alizarate alizari alizarin aljoba alk alkahest alkahestic alkahestica alkahestical alkalamide alkalemia alkalescence alkalescency alkalescent alkali alkalic alkaliferous alkalifiable alkalify alkaligen alkaligenous alkalimeter alkalimetric alkalimetrical alkalimetrically alkalimetry alkaline alkalinity alkalinization alkalinize alkalinuria alkalizable alkalizate alkalization alkalize alkalizer alkaloid alkaloidal alkalometry alkalosis alkalous alkamin alkamine alkane alkanet alkannin alkapton alkaptonuria alkaptonuric alkargen alkarsin alkekengi alkene alkenna alkenyl alkermes alkide alkine alkool alkoxide alkoxy alkoxyl alky alkyd alkyl alkylamine alkylate alkylation alkylene alkylic alkylidene alkylize alkylogen alkyloxy alkyne all allabuta allactite allaeanthus allagite allagophyllous allagostemonous allalinite allamotti allan allanite allanitic allantiasis allantochorion allantoic allantoid allantoidal allantoidean allantoidian allantoin allantoinase allantoinuria allantois allantoxaidin allanturic allassotonic allative allatrate allay allayer allayment allbone allecret allectory allegate allegation allegator allege allegeable allegedly allegement alleger allegiance allegiancy allegiant allegoric allegorical allegorically allegoricalness allegorism allegorist allegorister allegoristic allegorization allegorize allegorizer allegory allegretto allegro allele allelic allelism allelocatalytic allelomorph allelomorphic allelomorphism allelotropic allelotropism allelotropy alleluia alleluiatic allemand allemande allemontite allenarly allene aller allergen allergenic allergia allergic allergin allergist allergy allerion allesthesia alleviate alleviatingly alleviation alleviative alleviator alleviatory alley alleyed alleyite alleyway allgood allheal alliable alliably alliaceous alliance alliancer allicampane allice allicholly alliciency allicient allied allies alligate alligator alligatored allineate allineation allision alliteral alliterate alliteration alliterational alliterationist alliterative alliteratively alliterativeness alliterator allivalite allmouth allness allocable allocaffeine allocatable allocate allocatee allocation allocator allochetia allochetite allochezia allochiral allochirally allochiria allochlorophyll allochroic allochroite allochromatic allochroous allochthonous allocinnamic alloclase alloclasite allocochick allocrotonic allocryptic allocute allocution allocutive allocyanine allodelphite allodesmism alloeosis alloeostropha alloeotic alloerotic alloerotism allogamous allogamy allogene allogeneity allogeneous allogenic allogenically allograph alloiogenesis alloisomer alloisomeric alloisomerism allokinesis allokinetic allokurtic allomerism allomerous allometric allometry allomorph allomorphic allomorphism allomorphite allomucic allonomous allonym allonymous allopalladium allopath allopathetic allopathetically allopathic allopathically allopathist allopathy allopatric allopatrically allopatry allopelagic allophanamide allophanates allophane allophanic allophone allophyle allophylian allophylic allophytoid alloplasm alloplasmatic alloplasmic alloplast alloplastic alloplasty alloploidy allopolyploid allopsychic alloquial alloquialism alloquy allorhythmia allorrhyhmia allorrhythmic allosaur allose allosematic allosome allosyndesis allosyndetic allot allotee allotelluric allotheism allothigene allothigenetic allothigenetically allothigenic allothigenous allothimorph allothimorphic allothogenic allothogenous allotment allotriodontia allotriomorphic allotriophagia allotriophagy allotriuria allotrope allotrophic allotropic allotropical allotropically allotropicity allotropism allotropize allotropous allotropy allotrylic allottable allottee allotter allotype allotypical allover allow allowable allowableness allowably allowance allowedly allower alloxan alloxanate alloxanic alloxantin alloxuraemia alloxuremia alloxuric alloxyproteic alloy alloyage allozooid allseed allspice allthing allthorn alltud allude allure allurement allurer alluring alluringly alluringness allusion allusive allusively allusiveness alluvia alluvial alluviate alluviation alluvion alluvious alluvium allwhere allwhither allwork ally allyl allylamine allylate allylation allylene allylic allylthiourea alma almaciga almacigo almadia almadie almagest almagra almanac almandine almandite alme almeidina almemar almeriite almightily almightiness almighty almique almirah almochoden almoign almon almond almondy almoner almonership almonry almost almous alms almsdeed almsfolk almsful almsgiver almsgiving almshouse almsman almswoman almucantar almuce almud almude almug almuten aln alnage alnager alnagership alnein alnico alniresinol alniviridol alnoite alnuin alo alochia alod alodial alodialism alodialist alodiality alodially alodian alodiary alodification alodium alody aloe aloed aloelike aloemodin aloeroot aloesol aloeswood aloetic aloetical aloewood aloft alogia alogical alogically alogism alogy aloid aloin aloisiite aloma alomancy alone aloneness along alongshore alongshoreman alongside alongst aloof aloofly aloofness aloose alop alopecia alopecist alopecoid alopeke alose alouatte aloud alow alowe alp alpaca alpasotes alpeen alpenglow alpenhorn alpenstock alpenstocker alpestral alpestrian alpestrine alpha alphabet alphabetarian alphabetic alphabetical alphabetically alphabetics alphabetiform alphabetism alphabetist alphabetization alphabetize alphabetizer alphatoluic alphenic alphitomancy alphitomorphous alphol alphorn alphos alphosis alphyl alpieu alpigene alpine alpinely alpinery alpinesque alpist alqueire alquier alquifou alraun alreadiness already alright alrighty alroot alruna alsbachite alsinaceous also alsoon alstonidine alstonine alstonite alsweill alt altaite altar altarage altared altarist altarlet altarpiece altarwise altazimuth alter alterability alterable alterableness alterably alterant alterate alteration alterative altercate altercation altercative alteregoism alteregoistic alterer alterity altern alternacy alternance alternant alternariose alternate alternately alternateness alternating alternatingly alternation alternationist alternative alternatively alternativeness alternativity alternator alterne alternifoliate alternipetalous alternipinnate alternisepalous alternize alterocentric althaein althea althein altheine althionic altho althorn although altigraph altilik altiloquence altiloquent altimeter altimetrical altimetrically altimetry altin altincar altingiaceous altininck altiplano altiscope altisonant altisonous altissimo altitude altitudinal altitudinarian alto altogether altogetherness altometer altoun altrices altricial altropathy altrose altruism altruist altruistic altruistically altschin altun aludel alula alular alulet alum alumbloom alumic alumiferous alumina aluminaphone aluminate alumine aluminic aluminide aluminiferous aluminiform aluminish aluminite aluminium aluminize aluminoferric aluminographic aluminography aluminose aluminosilicate aluminosis aluminosity aluminothermic aluminothermics aluminothermy aluminotype aluminous aluminum aluminyl alumish alumite alumium alumna alumnae alumnal alumni alumniate alumnus alumohydrocalcite alumroot aluniferous alunite alunogen alupag alure alurgite alushtite aluta alutaceous alvar alvearium alveary alveloz alveola alveolar alveolariform alveolary alveolate alveolated alveolation alveole alveolectomy alveoli alveoliform alveolite alveolitis alveoloclasia alveolocondylean alveolodental alveololabial alveololingual alveolonasal alveolosubnasal alveolotomy alveolus alveus alviducous alvine alvite alvus alway always aly alycompaine alymphia alymphopotent alypin alysson alytarch am ama amaas amability amacratic amacrinal amacrine amadavat amadelphous amadou amaga amah amain amaister amakebe amala amalaita amalaka amalgam amalgamable amalgamate amalgamation amalgamationist amalgamative amalgamatize amalgamator amalgamist amalgamization amalgamize amaltas amamau amandin amang amani amania amanitin amanitine amanori amanous amantillo amanuenses amanuensis amapa amar amarantaceous amaranth amaranthaceous amaranthine amaranthoid amarantite amarelle amarevole amargoso amarillo amarin amarine amaritude amarity amaroid amaroidal amarthritis amaryllid amaryllidaceous amaryllideous amasesis amass amassable amasser amassment amasthenic amastia amasty amaterialistic amateur amateurish amateurishly amateurishness amateurism amateurship amative amatively amativeness amatol amatorial amatorially amatorian amatorious amatory amatrice amatungula amaurosis amaurotic amaze amazed amazedly amazedness amazeful amazement amazia amazing amazingly amazonite amba ambage ambagiosity ambagious ambagiously ambagiousness ambagitory ambalam amban ambar ambaree ambarella ambary ambash ambassade ambassador ambassadorial ambassadorially ambassadorship ambassadress ambassage ambassy ambatch ambatoarinite ambay ambeer amber amberfish ambergris amberiferous amberite amberoid amberous ambery ambicolorate ambicoloration ambidexter ambidexterity ambidextral ambidextrous ambidextrously ambidextrousness ambience ambiency ambiens ambient ambier ambigenous ambiguity ambiguous ambiguously ambiguousness ambilateral ambilateralaterally ambilaterality ambilevous ambilian ambilogy ambiopia ambiparous ambisinister ambisinistrous ambisporangiate ambisyllabic ambit ambital ambitendency ambition ambitionist ambitionless ambitionlessly ambitious ambitiously ambitiousness ambitty ambitus ambivalence ambivalency ambivalent ambivert amble ambler ambling amblingly amblotic amblyacousia amblyaphia amblychromatic amblygeusia amblygon amblygonal amblygonite amblyocarpous amblyope amblyopia amblyopic amblyoscope amblypod amblypodous amblystegite ambo amboceptoid amboceptor ambomalleal ambon ambonite ambos ambosexous ambosexual ambrain ambrein ambrette ambrite ambroid ambrology ambrose ambrosia ambrosiac ambrosiaceous ambrosial ambrosially ambrosian ambrosiate ambrosin ambrosine ambrosterol ambrotype ambry ambsace ambulacral ambulacriform ambulacrum ambulance ambulancer ambulant ambulate ambulatio ambulation ambulative ambulator ambulatorial ambulatorium ambulatory ambuling ambulomancy amburbial ambury ambuscade ambuscader ambush ambusher ambushment amchoor ame amebiform ameed ameen amelcorn amelia amelification ameliorable ameliorableness ameliorant ameliorate amelioration ameliorativ ameliorative ameliorator amellus ameloblast ameloblastic amelu amelus amen amenability amenable amenableness amenably amend amendable amendableness amendatory amende amender amendment amends amene amenia amenity amenorrhea amenorrheal amenorrheic amenorrhoea ament amentaceous amental amentia amentiferous amentiform amentulum amentum amerce amerceable amercement amercer amerciament americium amerism ameristic amesite ametabole ametabolia ametabolian ametabolic ametabolism ametabolous ametaboly ametallous amethodical amethodically amethyst amethystine ametoecious ametria ametrometer ametrope ametropia ametropic ametrous amgarn amhar amherstite amhran ami amiability amiable amiableness amiably amianth amianthiform amianthine amianthoid amianthoidal amianthus amic amicability amicable amicableness amicably amical amice amiced amicicide amicrobic amicron amicronucleate amid amidase amidate amidation amide amidic amidid amidide amidin amidine amido amidoacetal amidoacetic amidoacetophenone amidoaldehyde amidoazo amidoazobenzene amidoazobenzol amidocaffeine amidocapric amidofluorid amidofluoride amidogen amidoguaiacol amidohexose amidoketone amidol amidomyelin amidon amidophenol amidophosphoric amidoplast amidoplastid amidopyrine amidosuccinamic amidosulphonal amidothiazole amidoxime amidoxy amidoxyl amidrazone amidship amidships amidst amidstream amidulin amil amimia amimide amin aminate amination amine amini aminic aminity aminization aminize amino aminoacetal aminoacetanilide aminoacetic aminoacetone aminoacetophenetidine aminoacetophenone aminoacidemia aminoaciduria aminoanthraquinone aminoazobenzene aminobarbituric aminobenzaldehyde aminobenzamide aminobenzene aminobenzoic aminocaproic aminodiphenyl aminoethionic aminoformic aminogen aminoglutaric aminoguanidine aminoid aminoketone aminolipin aminolysis aminolytic aminomalonic aminomyelin aminophenol aminoplast aminoplastic aminopropionic aminopurine aminopyrine aminoquinoline aminosis aminosuccinamic aminosulphonic aminothiophen aminovaleric aminoxylol amir amiray amirship amiss amissibility amissible amissness amitosis amitotic amitotically amity amixia amla amli amlikar amlong amma amman ammelide ammelin ammeline ammer ammeter ammiaceous ammine amminochloride amminolysis amminolytic ammiolite ammo ammochaeta ammochryse ammocoete ammocoetes ammocoetid ammocoetiform ammocoetoid ammodytoid ammonal ammonate ammonation ammonia ammoniacal ammoniacum ammoniate ammoniation ammonic ammonical ammoniemia ammonification ammonifier ammonify ammoniojarosite ammonion ammonionitrate ammonite ammonitic ammoniticone ammonitiferous ammonitoid ammonium ammoniuria ammonization ammono ammonobasic ammonocarbonic ammonocarbonous ammonoid ammonoidean ammonolysis ammonolytic ammonolyze ammophilous ammoresinol ammotherapy ammu ammunition amnemonic amnesia amnesic amnestic amnesty amnia amniac amniatic amnic amnioallantoic amniocentesis amniochorial amnioclepsis amniomancy amnion amnionate amnionic amniorrhea amniote amniotic amniotitis amniotome amober amobyr amoeba amoebae amoebaean amoebaeum amoebalike amoeban amoebian amoebiasis amoebic amoebicide amoebid amoebiform amoebocyte amoeboid amoeboidism amoebous amoebula amok amoke amole amolilla amomal amomum among amongst amontillado amor amorado amoraic amoraim amoral amoralism amoralist amorality amoralize amoret amoretto amorism amorist amoristic amorosity amoroso amorous amorously amorousness amorphia amorphic amorphinism amorphism amorphophyte amorphotae amorphous amorphously amorphousness amorphus amorphy amort amortisseur amortizable amortization amortize amortizement amotion amotus amount amour amourette amovability amovable amove ampalaya ampalea ampangabeite ampasimenite ampelidaceous ampelideous ampelite ampelitic ampelographist ampelography ampelopsidin ampelopsin ampelotherapy amper amperage ampere amperemeter amperometer ampersand ampery amphanthium ampheclexis ampherotokous ampherotoky amphetamine amphiarthrodial amphiarthrosis amphiaster amphibalus amphibial amphibian amphibichnite amphibiety amphibiological amphibiology amphibion amphibiotic amphibious amphibiously amphibiousness amphibium amphiblastic amphiblastula amphiblestritis amphibole amphibolia amphibolic amphiboliferous amphiboline amphibolite amphibolitic amphibological amphibologically amphibologism amphibology amphibolous amphiboly amphibrach amphibrachic amphibryous amphicarpic amphicarpium amphicarpogenous amphicarpous amphicentric amphichroic amphichrom amphichromatic amphichrome amphicoelian amphicoelous amphicondylous amphicrania amphicreatinine amphicribral amphictyon amphictyonian amphictyonic amphictyony amphicyrtic amphicyrtous amphicytula amphid amphide amphidesmous amphidetic amphidiarthrosis amphidiploid amphidiploidy amphidisc amphidiscophoran amphierotic amphierotism amphigam amphigamous amphigastrium amphigastrula amphigean amphigen amphigene amphigenesis amphigenetic amphigenous amphigenously amphigonic amphigonium amphigonous amphigony amphigoric amphigory amphigouri amphikaryon amphilogism amphilogy amphimacer amphimictic amphimictical amphimictically amphimixis amphimorula amphineurous amphinucleus amphioxus amphipeptone amphiphloic amphiplatyan amphiploid amphiploidy amphipneust amphipneustic amphipod amphipodal amphipodan amphipodiform amphipodous amphiprostylar amphiprostyle amphiprotic amphipyrenin amphirhinal amphirhine amphisarca amphisbaena amphisbaenian amphisbaenic amphisbaenoid amphisbaenous amphiscians amphiscii amphispermous amphisporangiate amphispore amphistomatic amphistome amphistomoid amphistomous amphistylar amphistylic amphistyly amphitene amphitheater amphitheatered amphitheatral amphitheatric amphitheatrical amphitheatrically amphithecial amphithecium amphithect amphithyron amphitokal amphitokous amphitoky amphitriaene amphitrichous amphitropal amphitropous amphivasal amphivorous amphodarch amphodelite amphodiplopia amphogenous ampholyte amphopeptone amphophil amphophile amphophilic amphophilous amphora amphoral amphore amphorette amphoric amphoricity amphoriloquy amphorophony amphorous amphoteric ample amplectant ampleness amplexation amplexicaudate amplexicaul amplexicauline amplexifoliate amplexus ampliate ampliation ampliative amplicative amplidyne amplification amplificative amplificator amplificatory amplifier amplify amplitude amply ampollosity ampongue ampoule ampul ampulla ampullaceous ampullar ampullary ampullate ampullated ampulliform ampullitis ampullula amputate amputation amputational amputative amputator amputee ampyx amra amreeta amrita amsath amsel amt amtman amuck amuguis amula amulet amuletic amulla amunam amurca amurcosity amurcous amusable amuse amused amusedly amusee amusement amuser amusette amusia amusing amusingly amusingness amusive amusively amusiveness amutter amuyon amuyong amuze amvis amy amyelencephalia amyelencephalic amyelencephalous amyelia amyelic amyelinic amyelonic amyelous amygdal amygdala amygdalaceous amygdalase amygdalate amygdalectomy amygdalic amygdaliferous amygdaliform amygdalin amygdaline amygdalinic amygdalitis amygdaloid amygdaloidal amygdalolith amygdaloncus amygdalopathy amygdalothripsis amygdalotome amygdalotomy amygdonitrile amygdophenin amygdule amyl amylaceous amylamine amylan amylase amylate amylemia amylene amylenol amylic amylidene amyliferous amylin amylo amylocellulose amyloclastic amylocoagulase amylodextrin amylodyspepsia amylogen amylogenesis amylogenic amylohydrolysis amylohydrolytic amyloid amyloidal amyloidosis amyloleucite amylolysis amylolytic amylom amylometer amylon amylopectin amylophagia amylophosphate amylophosphoric amyloplast amyloplastic amyloplastid amylopsin amylose amylosis amylosynthesis amylum amyluria amynodont amyosthenia amyosthenic amyotaxia amyotonia amyotrophia amyotrophic amyotrophy amyous amyrin amyrol amyroot amyxorrhea amyxorrhoea an ana anabaptize anabasine anabasis anabasse anabata anabathmos anabatic anaberoga anabibazon anabiosis anabiotic anabo anabohitsite anabolic anabolin anabolism anabolite anabolize anabong anabranch anabrosis anabrotic anacahuita anacahuite anacalypsis anacampsis anacamptic anacamptically anacamptics anacamptometer anacanth anacanthine anacanthous anacara anacard anacardiaceous anacardic anacatadidymus anacatharsis anacathartic anacephalaeosis anacephalize anachorism anachromasis anachronic anachronical anachronically anachronism anachronismatical anachronist anachronistic anachronistical anachronistically anachronize anachronous anachronously anachueta anacid anacidity anaclasis anaclastic anaclastics anacleticum anaclinal anaclisis anaclitic anacoenosis anacoluthia anacoluthic anacoluthically anacoluthon anaconda anacrisis anacrogynae anacrogynous anacromyodian anacrotic anacrotism anacrusis anacrustic anacrustically anaculture anacusia anacusic anacusis anadem anadenia anadicrotic anadicrotism anadidymus anadiplosis anadipsia anadipsic anadrom anadromous anaematosis anaemia anaemic anaeretic anaerobation anaerobe anaerobia anaerobian anaerobic anaerobically anaerobies anaerobion anaerobiont anaerobiosis anaerobiotic anaerobiotically anaerobious anaerobism anaerobium anaerophyte anaeroplastic anaeroplasty anaesthesia anaesthesiant anaesthetically anaesthetizer anaetiological anagalactic anagap anagenesis anagenetic anagep anagignoskomena anaglyph anaglyphic anaglyphical anaglyphics anaglyphoscope anaglyphy anaglyptic anaglyptical anaglyptics anaglyptograph anaglyptographic anaglyptography anaglypton anagnorisis anagnost anagoge anagogic anagogical anagogically anagogics anagogy anagram anagrammatic anagrammatical anagrammatically anagrammatism anagrammatist anagrammatize anagrams anagraph anagua anagyrin anagyrine anahau anakinesis anakinetic anakinetomer anakinetomeric anakoluthia anakrousis anaktoron anal analabos analav analcime analcimite analcite analcitite analecta analectic analects analemma analemmatic analepsis analepsy analeptic analeptical analgen analgesia analgesic analgesis analgesist analgetic analgia analgic analgize analkalinity anallagmatic anallantoic anallantoidean anallergic anally analogic analogical analogically analogicalness analogion analogism analogist analogistic analogize analogon analogous analogously analogousness analogue analogy analphabet analphabete analphabetic analphabetical analphabetism analysability analysable analysand analysation analyse analyser analyses analysis analyst analytic analytical analytically analytics analyzability analyzable analyzation analyze analyzer anam anama anamesite anametadromous anamirtin anamite anammonid anammonide anamnesis anamnestic anamnestically anamnionic anamniote anamniotic anamorphic anamorphism anamorphoscope anamorphose anamorphosis anamorphote anamorphous anan anana ananaplas ananaples ananas ananda anandrarious anandria anandrous ananepionic anangioid anangular anankastic anantherate anantherous ananthous ananym anapaest anapaestic anapaestical anapaestically anapaganize anapaite anapanapa anapeiratic anaphalantiasis anaphase anaphia anaphora anaphoral anaphoria anaphoric anaphorical anaphrodisia anaphrodisiac anaphroditic anaphroditous anaphylactic anaphylactin anaphylactogen anaphylactogenic anaphylactoid anaphylatoxin anaphylaxis anaphyte anaplasia anaplasis anaplasm anaplasmosis anaplastic anaplasty anaplerosis anaplerotic anapnea anapneic anapnoeic anapnograph anapnoic anapnometer anapodeictic anapophysial anapophysis anapsid anapsidan anapterygote anapterygotism anapterygotous anaptotic anaptychus anaptyctic anaptyctical anaptyxis anaqua anarcestean anarch anarchal anarchial anarchic anarchical anarchically anarchism anarchist anarchistic anarchize anarchoindividualist anarchosocialist anarchosyndicalism anarchosyndicalist anarchy anarcotin anareta anaretic anaretical anargyros anarthria anarthric anarthropod anarthropodous anarthrosis anarthrous anarthrously anarthrousness anartismos anarya anasarca anasarcous anaschistic anaseismic anaspadias anaspalin anastalsis anastaltic anastasimon anastasimos anastasis anastate anastatic anastigmat anastigmatic anastomose anastomosis anastomotic anastrophe anatase anatexis anathema anathematic anathematical anathematically anathematism anathematization anathematize anathematizer anatheme anathemize anatifa anatifer anatiferous anatine anatocism anatomic anatomical anatomically anatomicobiological anatomicochirurgical anatomicomedical anatomicopathologic anatomicopathological anatomicophysiologic anatomicophysiological anatomicosurgical anatomism anatomist anatomization anatomize anatomizer anatomopathologic anatomopathological anatomy anatopism anatox anatoxin anatreptic anatripsis anatripsology anatriptic anatron anatropal anatropia anatropous anaudia anaunter anaunters anaxial anaxon anaxone anay anazoturia anba anbury ancestor ancestorial ancestorially ancestral ancestrally ancestress ancestrial ancestrian ancestry anchietin anchietine anchieutectic anchimonomineral anchithere anchitherioid anchor anchorable anchorage anchorate anchored anchorer anchoress anchoret anchoretic anchoretical anchoretish anchoretism anchorhold anchorite anchoritess anchoritic anchoritical anchoritish anchoritism anchorless anchorlike anchorwise anchovy anchusin anchusine anchylose anchylosis ancience anciency ancient ancientism anciently ancientness ancientry ancienty ancile ancilla ancillary ancipital ancipitous ancistrocladaceous ancistroid ancon anconad anconagra anconal ancone anconeal anconeous anconeus anconitis anconoid ancony ancora ancoral ancylopod ancylostome ancylostomiasis and anda andabatarian andalusite andante andantino andesine andesinite andesite andesitic andirin andirine andiroba andiron andorite andouillet andradite andranatomy andrarchy andrenid andrewsite andric androcentric androcephalous androcephalum androclinium androconium androcracy androcratic androcyte androdioecious androdioecism androdynamous androecial androecium androgametangium androgametophore androgen androgenesis androgenetic androgenic androgenous androginous androgone androgonia androgonial androgonidium androgonium andrographolide androgynal androgynary androgyne androgyneity androgynia androgynism androgynous androgynus androgyny android androidal androkinin androl androlepsia androlepsy andromania andromedotoxin andromonoecious andromonoecism andromorphous andron andronitis andropetalar andropetalous androphagous androphobia androphonomania androphore androphorous androphorum androphyll androseme androsin androsphinx androsporangium androspore androsterone androtauric androtomy anear aneath anecdota anecdotage anecdotal anecdotalism anecdote anecdotic anecdotical anecdotically anecdotist anele anelectric anelectrode anelectrotonic anelectrotonus anelytrous anematosis anemia anemic anemobiagraph anemochord anemoclastic anemogram anemograph anemographic anemographically anemography anemological anemology anemometer anemometric anemometrical anemometrically anemometrograph anemometrographic anemometrographically anemometry anemonal anemone anemonin anemonol anemony anemopathy anemophile anemophilous anemophily anemoscope anemosis anemotaxis anemotropic anemotropism anencephalia anencephalic anencephalotrophia anencephalous anencephalus anencephaly anend anenergia anenst anent anenterous anepia anepigraphic anepigraphous anepiploic anepithymia anerethisia aneretic anergia anergic anergy anerly aneroid aneroidograph anerotic anerythroplasia anerythroplastic anes anesis anesthesia anesthesiant anesthesimeter anesthesiologist anesthesiology anesthesis anesthetic anesthetically anesthetist anesthetization anesthetize anesthetizer anesthyl anethole anetiological aneuploid aneuploidy aneuria aneuric aneurilemmic aneurin aneurism aneurismally aneurysm aneurysmal aneurysmally aneurysmatic anew anfractuose anfractuosity anfractuous anfractuousness anfracture angaralite angaria angary angekok angel angelate angeldom angelet angeleyes angelfish angelhood angelic angelica angelical angelically angelicalness angelicic angelicize angelico angelin angeline angelique angelize angellike angelocracy angelographer angelolater angelolatry angelologic angelological angelology angelomachy angelophany angelot angelship anger angerly angeyok angiasthenia angico angiectasis angiectopia angiemphraxis angiitis angild angili angina anginal anginiform anginoid anginose anginous angioasthenia angioataxia angioblast angioblastic angiocarditis angiocarp angiocarpian angiocarpic angiocarpous angiocavernous angiocholecystitis angiocholitis angiochondroma angioclast angiocyst angiodermatitis angiodiascopy angioelephantiasis angiofibroma angiogenesis angiogenic angiogeny angioglioma angiograph angiography angiohyalinosis angiohydrotomy angiohypertonia angiohypotonia angioid angiokeratoma angiokinesis angiokinetic angioleucitis angiolipoma angiolith angiology angiolymphitis angiolymphoma angioma angiomalacia angiomatosis angiomatous angiomegaly angiometer angiomyocardiac angiomyoma angiomyosarcoma angioneoplasm angioneurosis angioneurotic angionoma angionosis angioparalysis angioparalytic angioparesis angiopathy angiophorous angioplany angioplasty angioplerosis angiopoietic angiopressure angiorrhagia angiorrhaphy angiorrhea angiorrhexis angiosarcoma angiosclerosis angiosclerotic angioscope angiosis angiospasm angiospastic angiosperm angiospermal angiospermatous angiospermic angiospermous angiosporous angiostegnosis angiostenosis angiosteosis angiostomize angiostomy angiostrophy angiosymphysis angiotasis angiotelectasia angiothlipsis angiotome angiotomy angiotonic angiotonin angiotribe angiotripsy angiotrophic anglaise angle angleberry angled anglehook anglepod angler anglesite anglesmith angletouch angletwitch anglewing anglewise angleworm anglicization anglicize anglimaniac angling angloid ango angolar angor angostura angrily angriness angrite angry angst angster angstrom anguid anguiform anguilliform anguilloid anguine anguineal anguineous anguiped anguis anguish anguished anguishful anguishous anguishously angula angular angulare angularity angularization angularize angularly angularness angulate angulated angulately angulateness angulation angulatogibbous angulatosinuous anguliferous angulinerved angulodentate angulometer angulosity angulosplenial angulous anguria angusticlave angustifoliate angustifolious angustirostrate angustisellate angustiseptal angustiseptate angwantibo anhalamine anhaline anhalonine anhalouidine anhang anharmonic anhedonia anhedral anhedron anhelation anhelous anhematosis anhemolytic anhidrosis anhidrotic anhima anhinga anhistic anhistous anhungered anhungry anhydrate anhydration anhydremia anhydremic anhydric anhydride anhydridization anhydridize anhydrite anhydrization anhydrize anhydroglocose anhydromyelia anhydrous anhydroxime anhysteretic ani aniconic aniconism anicular anicut anidian anidiomatic anidiomatical anidrosis aniente anigh anight anights anil anilao anilau anile anileness anilic anilid anilide anilidic anilidoxime aniline anilinism anilinophile anilinophilous anility anilla anilopyrin anilopyrine anima animability animable animableness animadversion animadversional animadversive animadversiveness animadvert animadverter animal animalcula animalculae animalcular animalcule animalculine animalculism animalculist animalculous animalculum animalhood animalian animalic animalier animalish animalism animalist animalistic animality animalivore animalivorous animalization animalize animally animastic animastical animate animated animatedly animately animateness animater animating animatingly animation animatism animatistic animative animatograph animator anime animi animikite animism animist animistic animize animosity animotheism animous animus anion anionic aniridia anis anisal anisalcohol anisaldehyde anisaldoxime anisamide anisandrous anisanilide anisate anischuria anise aniseed aniseikonia aniseikonic aniselike aniseroot anisette anisic anisidin anisidine anisil anisilic anisobranchiate anisocarpic anisocarpous anisocercal anisochromatic anisochromia anisocoria anisocotyledonous anisocotyly anisocratic anisocycle anisocytosis anisodactyl anisodactylic anisodactylous anisodont anisogamete anisogamous anisogamy anisogenous anisogeny anisognathism anisognathous anisogynous anisoin anisole anisoleucocytosis anisomelia anisomelus anisomeric anisomerous anisometric anisometrope anisometropia anisometropic anisomyarian anisomyodian anisomyodous anisopetalous anisophyllous anisophylly anisopia anisopleural anisopleurous anisopod anisopodal anisopodous anisopogonous anisopterous anisosepalous anisospore anisostaminous anisostemonous anisosthenic anisostichous anisostomous anisotonic anisotropal anisotrope anisotropic anisotropical anisotropically anisotropism anisotropous anisotropy anisoyl anisum anisuria anisyl anisylidene anither anitrogenous anjan ankaramite ankaratrite ankee anker ankerite ankh ankle anklebone anklejack anklet anklong ankus ankusha ankylenteron ankyloblepharon ankylocheilia ankylodactylia ankylodontia ankyloglossia ankylomele ankylomerism ankylophobia ankylopodia ankylopoietic ankyloproctia ankylorrhinia ankylose ankylosis ankylostoma ankylotia ankylotic ankylotome ankylotomy ankylurethria ankyroid anlace anlaut ann anna annabergite annal annale annaline annalism annalist annalistic annalize annals annat annates annatto anneal annealer annectent annection annelid annelidan annelidian annelidous annelism anneloid annerodite annet annex annexa annexable annexal annexation annexational annexationist annexer annexion annexionist annexitis annexive annexment annexure annidalin annihilability annihilable annihilate annihilation annihilationism annihilationist annihilative annihilator annihilatory annite anniversarily anniversariness anniversary anniverse annodated annona annonaceous annotate annotater annotation annotative annotator annotatory annotine annotinous announce announceable announcement announcer annoy annoyance annoyancer annoyer annoyful annoying annoyingly annoyingness annoyment annual annualist annualize annually annuary annueler annuent annuitant annuity annul annular annularity annularly annulary annulate annulated annulation annulet annulettee annulism annullable annullate annullation annuller annulment annuloid annulosan annulose annulus annunciable annunciate annunciation annunciative annunciator annunciatory anoa anocarpous anociassociation anococcygeal anodal anode anodendron anodic anodically anodize anodontia anodos anodyne anodynia anodynic anodynous anoegenetic anoesia anoesis anoestrous anoestrum anoestrus anoetic anogenic anogenital anoil anoine anoint anointer anointment anole anoli anolian anolyte anomaliflorous anomaliped anomalism anomalist anomalistic anomalistical anomalistically anomalocephalus anomaloflorous anomalogonatous anomalonomy anomaloscope anomalotrophy anomalous anomalously anomalousness anomalure anomaly anomite anomocarpous anomodont anomophyllous anomorhomboid anomorhomboidal anomphalous anomural anomuran anomurous anomy anon anonang anoncillo anonol anonychia anonym anonyma anonymity anonymous anonymously anonymousness anonymuncule anoopsia anoperineal anophele anopheline anophoria anophthalmia anophthalmos anophyte anopia anopisthographic anoplocephalic anoplonemertean anoplothere anoplotherioid anoplotheroid anopluriform anopsia anopubic anorak anorchia anorchism anorchous anorchus anorectal anorectic anorectous anorexia anorexy anorgana anorganic anorganism anorganology anormal anormality anorogenic anorth anorthic anorthite anorthitic anorthitite anorthoclase anorthographic anorthographical anorthographically anorthography anorthophyre anorthopia anorthoscope anorthose anorthosite anoscope anoscopy anosmatic anosmia anosmic anosphrasia anosphresia anospinal anostosis anoterite another anotherkins anotia anotropia anotta anotto anotus anounou anovesical anoxemia anoxemic anoxia anoxic anoxidative anoxybiosis anoxybiotic anoxyscope ansa ansar ansarian ansate ansation anserated anserine anserous anspessade ansu ansulate answer answerability answerable answerableness answerably answerer answeringly answerless answerlessly ant anta antacid antacrid antadiform antagonism antagonist antagonistic antagonistical antagonistically antagonization antagonize antagonizer antagony antal antalgesic antalgol antalkali antalkaline antambulacral antanacathartic antanaclasis antanemic antapex antaphrodisiac antaphroditic antapocha antapodosis antapology antapoplectic antarchism antarchist antarchistic antarchistical antarchy antarctic antarctica antarctical antarctically antarthritic antasphyctic antasthenic antasthmatic antatrophic antdom ante anteact anteal anteambulate anteambulation anteater antebaptismal antebath antebrachial antebrachium antebridal antecabinet antecaecal antecardium antecavern antecedaneous antecedaneously antecede antecedence antecedency antecedent antecedental antecedently antecessor antechamber antechapel antechoir antechurch anteclassical antecloset antecolic antecommunion anteconsonantal antecornu antecourt antecoxal antecubital antecurvature antedate antedawn antediluvial antediluvially antediluvian antedonin antedorsal antefebrile antefix antefixal anteflected anteflexed anteflexion antefurca antefurcal antefuture antegarden antegrade antehall antehistoric antehuman antehypophysis anteinitial antejentacular antejudiciary antejuramentum antelabium antelegal antelocation antelope antelopian antelucan antelude anteluminary antemarginal antemarital antemedial antemeridian antemetallic antemetic antemillennial antemingent antemortal antemundane antemural antenarial antenatal antenatalitial antenati antenave antenna antennae antennal antennariid antennary antennate antenniferous antenniform antennula antennular antennulary antennule antenodal antenoon antenumber anteoccupation anteocular anteopercle anteoperculum anteorbital antepagmenta antepagments antepalatal antepaschal antepast antepatriarchal antepectoral antepectus antependium antepenult antepenultima antepenultimate antephialtic antepileptic antepirrhema anteporch anteportico anteposition anteposthumous anteprandial antepredicament antepredicamental antepreterit antepretonic anteprohibition anteprostate anteprostatic antepyretic antequalm antereformation antereformational anteresurrection anterethic anterevolutional anterevolutionary anteriad anterior anteriority anteriorly anteriorness anteroclusion anterodorsal anteroexternal anterofixation anteroflexion anterofrontal anterograde anteroinferior anterointerior anterointernal anterolateral anterolaterally anteromedial anteromedian anteroom anteroparietal anteroposterior anteroposteriorly anteropygal anterospinal anterosuperior anteroventral anteroventrally antes antescript antesignanus antespring antestature antesternal antesternum antesunrise antesuperior antetemple antetype antevenient anteversion antevert antevocalic antewar anthecological anthecologist anthecology anthela anthelion anthelmintic anthem anthema anthemene anthemia anthemion anthemwise anthemy anther antheral antherid antheridial antheridiophore antheridium antheriferous antheriform antherless antherogenous antheroid antherozoid antherozoidal antherozooid antherozooidal anthesis anthesterin anthesterol antheximeter anthill anthine anthobiology anthocarp anthocarpous anthocephalous anthocerote anthochlor anthochlorine anthoclinium anthocyan anthocyanidin anthocyanin anthodium anthoecological anthoecologist anthoecology anthogenesis anthogenetic anthogenous anthography anthoid anthokyan antholite anthological anthologically anthologion anthologist anthologize anthology antholysis anthomania anthomaniac anthomedusan anthomyiid anthood anthophagous anthophile anthophilian anthophilous anthophobia anthophore anthophorous anthophyllite anthophyllitic anthophyte anthorine anthosiderite anthotaxis anthotaxy anthotropic anthotropism anthoxanthin anthozoan anthozoic anthozooid anthozoon anthracemia anthracene anthraceniferous anthrachrysone anthracia anthracic anthraciferous anthracin anthracite anthracitic anthracitiferous anthracitious anthracitism anthracitization anthracnose anthracnosis anthracocide anthracoid anthracolithic anthracomancy anthracomartian anthracometer anthracometric anthraconecrosis anthraconite anthracosis anthracothere anthracotic anthracyl anthradiol anthradiquinone anthraflavic anthragallol anthrahydroquinone anthramine anthranil anthranilate anthranilic anthranol anthranone anthranoyl anthranyl anthraphenone anthrapurpurin anthrapyridine anthraquinol anthraquinone anthraquinonyl anthrarufin anthratetrol anthrathiophene anthratriol anthrax anthraxolite anthraxylon anthribid anthrohopobiological anthroic anthrol anthrone anthropic anthropical anthropobiologist anthropobiology anthropocentric anthropocentrism anthropoclimatologist anthropoclimatology anthropocosmic anthropodeoxycholic anthropogenesis anthropogenetic anthropogenic anthropogenist anthropogenous anthropogeny anthropogeographer anthropogeographical anthropogeography anthropoglot anthropogony anthropography anthropoid anthropoidal anthropoidean anthropolater anthropolatric anthropolatry anthropolite anthropolithic anthropolitic anthropological anthropologically anthropologist anthropology anthropomancy anthropomantic anthropomantist anthropometer anthropometric anthropometrical anthropometrically anthropometrist anthropometry anthropomorph anthropomorphic anthropomorphical anthropomorphically anthropomorphism anthropomorphist anthropomorphite anthropomorphitic anthropomorphitical anthropomorphitism anthropomorphization anthropomorphize anthropomorphological anthropomorphologically anthropomorphology anthropomorphosis anthropomorphotheist anthropomorphous anthropomorphously anthroponomical anthroponomics anthroponomist anthroponomy anthropopathia anthropopathic anthropopathically anthropopathism anthropopathite anthropopathy anthropophagi anthropophagic anthropophagical anthropophaginian anthropophagism anthropophagist anthropophagistic anthropophagite anthropophagize anthropophagous anthropophagously anthropophagy anthropophilous anthropophobia anthropophuism anthropophuistic anthropophysiography anthropophysite anthropopsychic anthropopsychism anthroposcopy anthroposociologist anthroposociology anthroposomatology anthroposophical anthroposophist anthroposophy anthropoteleoclogy anthropoteleological anthropotheism anthropotomical anthropotomist anthropotomy anthropotoxin anthropurgic anthroropolith anthroxan anthroxanic anthryl anthrylene anthypophora anthypophoretic anti antiabolitionist antiabrasion antiabrin antiabsolutist antiacid antiadiaphorist antiaditis antiadministration antiae antiaesthetic antiager antiagglutinating antiagglutinin antiaggression antiaggressionist antiaggressive antiaircraft antialbumid antialbumin antialbumose antialcoholic antialcoholism antialcoholist antialdoxime antialexin antialien antiamboceptor antiamusement antiamylase antianaphylactogen antianaphylaxis antianarchic antianarchist antiangular antiannexation antiannexationist antianopheline antianthrax antianthropocentric antianthropomorphism antiantibody antiantidote antiantienzyme antiantitoxin antiaphrodisiac antiaphthic antiapoplectic antiapostle antiaquatic antiar antiarin antiaristocrat antiarthritic antiascetic antiasthmatic antiastronomical antiatheism antiatheist antiatonement antiattrition antiautolysin antibacchic antibacchius antibacterial antibacteriolytic antiballooner antibalm antibank antibasilican antibenzaldoxime antiberiberin antibibliolatry antibigotry antibilious antibiont antibiosis antibiotic antibishop antiblastic antiblennorrhagic antiblock antiblue antibody antiboxing antibreakage antibridal antibromic antibubonic antic anticachectic antical anticalcimine anticalculous anticalligraphic anticancer anticapital anticapitalism anticapitalist anticardiac anticardium anticarious anticarnivorous anticaste anticatalase anticatalyst anticatalytic anticatalyzer anticatarrhal anticathexis anticathode anticaustic anticensorship anticentralization anticephalalgic anticeremonial anticeremonialism anticeremonialist anticheater antichlor antichlorine antichloristic antichlorotic anticholagogue anticholinergic antichoromanic antichorus antichresis antichretic antichrist antichristian antichristianity antichristianly antichrome antichronical antichronically antichthon antichurch antichurchian antichymosin anticipant anticipatable anticipate anticipation anticipative anticipatively anticipator anticipatorily anticipatory anticivic anticivism anticize anticker anticlactic anticlassical anticlassicist anticlergy anticlerical anticlericalism anticlimactic anticlimax anticlinal anticline anticlinorium anticlockwise anticlogging anticly anticnemion anticness anticoagulant anticoagulating anticoagulative anticoagulin anticogitative anticolic anticombination anticomet anticomment anticommercial anticommunist anticomplement anticomplementary anticomplex anticonceptionist anticonductor anticonfederationist anticonformist anticonscience anticonscription anticonscriptive anticonstitutional anticonstitutionalist anticonstitutionally anticontagion anticontagionist anticontagious anticonventional anticonventionalism anticonvulsive anticor anticorn anticorrosion anticorrosive anticorset anticosine anticosmetic anticouncil anticourt anticourtier anticous anticovenanter anticovenanting anticreation anticreative anticreator anticreep anticreeper anticreeping anticrepuscular anticrepuscule anticrisis anticritic anticritique anticrochet anticrotalic anticryptic anticum anticyclic anticyclone anticyclonic anticyclonically anticynic anticytolysin anticytotoxin antidactyl antidancing antidecalogue antideflation antidemocrat antidemocratic antidemocratical antidemoniac antidetonant antidetonating antidiabetic antidiastase antidictionary antidiffuser antidinic antidiphtheria antidiphtheric antidiphtherin antidiphtheritic antidisciplinarian antidivine antidivorce antidogmatic antidomestic antidominican antidoron antidotal antidotally antidotary antidote antidotical antidotically antidotism antidraft antidrag antidromal antidromic antidromically antidromous antidromy antidrug antiduke antidumping antidynamic antidynastic antidyscratic antidysenteric antidysuric antiecclesiastic antiecclesiastical antiedemic antieducation antieducational antiegotism antiejaculation antiemetic antiemperor antiempirical antiendotoxin antiendowment antienergistic antienthusiastic antienzyme antienzymic antiepicenter antiepileptic antiepiscopal antiepiscopist antiepithelial antierosion antierysipelas antiethnic antieugenic antievangelical antievolution antievolutionist antiexpansionist antiexporting antiextreme antieyestrain antiface antifaction antifame antifanatic antifat antifatigue antifebrile antifederal antifederalism antifederalist antifelon antifelony antifeminism antifeminist antiferment antifermentative antifertilizer antifeudal antifeudalism antifibrinolysin antifibrinolysis antifideism antifire antiflash antiflattering antiflatulent antiflux antifoam antifoaming antifogmatic antiforeign antiforeignism antiformin antifouler antifouling antifowl antifreeze antifreezing antifriction antifrictional antifrost antifundamentalist antifungin antigalactagogue antigalactic antigambling antiganting antigen antigenic antigenicity antighostism antigigmanic antiglare antiglyoxalase antigod antigonococcic antigonorrheic antigorite antigovernment antigraft antigrammatical antigraph antigravitate antigravitational antigropelos antigrowth antiguggler antigyrous antihalation antiharmonist antihectic antihelix antihelminthic antihemagglutinin antihemisphere antihemoglobin antihemolysin antihemolytic antihemorrhagic antihemorrheidal antihero antiheroic antiheroism antiheterolysin antihidrotic antihierarchical antihierarchist antihistamine antihistaminic antiholiday antihormone antihuff antihum antihuman antihumbuggist antihunting antihydrophobic antihydropic antihydropin antihygienic antihylist antihypnotic antihypochondriac antihypophora antihysteric antikathode antikenotoxin antiketogen antiketogenesis antiketogenic antikinase antiking antiknock antilabor antilaborist antilacrosse antilacrosser antilactase antilapsarian antileague antilegalist antilegomena antilemic antilens antilepsis antileptic antilethargic antileveling antiliberal antilibration antilift antilipase antilipoid antiliquor antilithic antiliturgical antiliturgist antilobium antiloemic antilogarithm antilogic antilogical antilogism antilogous antilogy antiloimic antilottery antiluetin antilynching antilysin antilysis antilyssic antilytic antimacassar antimachine antimachinery antimagistratical antimalaria antimalarial antimallein antimaniac antimaniacal antimark antimartyr antimask antimasker antimasque antimasquer antimasquerade antimaterialist antimaterialistic antimatrimonial antimatrimonialist antimedical antimedieval antimelancholic antimellin antimeningococcic antimension antimensium antimephitic antimere antimerger antimeric antimerism antimeristem antimetabole antimetathesis antimetathetic antimeter antimethod antimetrical antimetropia antimetropic antimiasmatic antimicrobic antimilitarism antimilitarist antimilitary antiministerial antiministerialist antiminsion antimiscegenation antimission antimissionary antimissioner antimixing antimnemonic antimodel antimodern antimonarchial antimonarchic antimonarchical antimonarchically antimonarchicalness antimonarchist antimonate antimonial antimoniate antimoniated antimonic antimonid antimonide antimoniferous antimonious antimonite antimonium antimoniuret antimoniureted antimoniuretted antimonopolist antimonopoly antimonsoon antimony antimonyl antimoral antimoralism antimoralist antimosquito antimusical antimycotic antimythic antimythical antinarcotic antinarrative antinational antinationalist antinationalistic antinatural antinegro antinegroism antineologian antinephritic antinepotic antineuralgic antineuritic antineurotoxin antineutral antinial antinicotine antinion antinode antinoise antinome antinomian antinomianism antinomic antinomical antinomist antinomy antinormal antinosarian antiodont antiodontalgic antiopelmous antiophthalmic antiopium antiopiumist antiopiumite antioptimist antioptionist antiorgastic antiorthodox antioxidant antioxidase antioxidizer antioxidizing antioxygen antioxygenation antioxygenator antioxygenic antipacifist antipapacy antipapal antipapalist antipapism antipapist antipapistical antiparabema antiparagraphe antiparagraphic antiparallel antiparallelogram antiparalytic antiparalytical antiparasitic antiparastatitis antiparliament antiparliamental antiparliamentarist antiparliamentary antipart antipass antipastic antipatharian antipathetic antipathetical antipathetically antipatheticalness antipathic antipathist antipathize antipathogen antipathy antipatriarch antipatriarchal antipatriot antipatriotic antipatriotism antipedal antipeduncular antipellagric antipepsin antipeptone antiperiodic antiperistalsis antiperistaltic antiperistasis antiperistatic antiperistatical antiperistatically antipersonnel antiperthite antipestilential antipetalous antipewism antiphagocytic antipharisaic antipharmic antiphase antiphilosophic antiphilosophical antiphlogistian antiphlogistic antiphon antiphonal antiphonally antiphonary antiphoner antiphonetic antiphonic antiphonical antiphonically antiphonon antiphony antiphrasis antiphrastic antiphrastical antiphrastically antiphthisic antiphthisical antiphylloxeric antiphysic antiphysical antiphysician antiplague antiplanet antiplastic antiplatelet antipleion antiplenist antiplethoric antipleuritic antiplurality antipneumococcic antipodagric antipodagron antipodal antipode antipodean antipodes antipodic antipodism antipodist antipoetic antipoints antipolar antipole antipolemist antipolitical antipollution antipolo antipolygamy antipolyneuritic antipool antipooling antipope antipopery antipopular antipopulationist antiportable antiposition antipoverty antipragmatic antipragmatist antiprecipitin antipredeterminant antiprelate antiprelatic antiprelatist antipreparedness antiprestidigitation antipriest antipriestcraft antiprime antiprimer antipriming antiprinciple antiprism antiproductionist antiprofiteering antiprohibition antiprohibitionist antiprojectivity antiprophet antiprostate antiprostatic antiprotease antiproteolysis antiprotozoal antiprudential antipruritic antipsalmist antipsoric antiptosis antipudic antipuritan antiputrefaction antiputrefactive antiputrescent antiputrid antipyic antipyonin antipyresis antipyretic antipyrotic antipyryl antiqua antiquarian antiquarianism antiquarianize antiquarianly antiquarism antiquartan antiquary antiquate antiquated antiquatedness antiquation antique antiquely antiqueness antiquer antiquing antiquist antiquitarian antiquity antirabic antirabies antiracemate antiracer antirachitic antirachitically antiracing antiradiating antiradiation antiradical antirailwayist antirational antirationalism antirationalist antirationalistic antirattler antireactive antirealism antirealistic antirebating antirecruiting antired antireducer antireform antireformer antireforming antireformist antireligion antireligious antiremonstrant antirennet antirennin antirent antirenter antirentism antirepublican antireservationist antirestoration antireticular antirevisionist antirevolutionary antirevolutionist antirheumatic antiricin antirickets antiritual antiritualistic antirobin antiromance antiromantic antiromanticism antiroyal antiroyalist antirumor antirun antirust antisacerdotal antisacerdotalist antisaloon antisalooner antisavage antiscabious antiscale antischolastic antischool antiscians antiscientific antiscion antiscolic antiscorbutic antiscorbutical antiscrofulous antiseismic antiselene antisensitizer antisensuous antisensuousness antisepalous antisepsin antisepsis antiseptic antiseptical antiseptically antisepticism antisepticist antisepticize antiseption antiseptize antiserum antishipping antisialagogue antisialic antisiccative antisideric antisilverite antisimoniacal antisine antisiphon antisiphonal antiskeptical antiskid antiskidding antislavery antislaveryism antislickens antislip antismoking antisnapper antisocial antisocialist antisocialistic antisocialistically antisociality antisolar antisophist antisoporific antispace antispadix antispasis antispasmodic antispast antispastic antispectroscopic antispermotoxin antispiritual antispirochetic antisplasher antisplenetic antisplitting antispreader antispreading antisquama antisquatting antistadholder antistadholderian antistalling antistaphylococcic antistate antistatism antistatist antisteapsin antisterility antistes antistimulant antistock antistreptococcal antistreptococcic antistreptococcin antistreptococcus antistrike antistrophal antistrophe antistrophic antistrophically antistrophize antistrophon antistrumatic antistrumous antisubmarine antisubstance antisudoral antisudorific antisuffrage antisuffragist antisun antisupernaturalism antisupernaturalist antisurplician antisymmetrical antisyndicalism antisyndicalist antisynod antisyphilitic antitabetic antitabloid antitangent antitank antitarnish antitartaric antitax antiteetotalism antitegula antitemperance antitetanic antitetanolysin antithalian antitheft antitheism antitheist antitheistic antitheistical antitheistically antithenar antitheologian antitheological antithermic antithermin antitheses antithesis antithesism antithesize antithet antithetic antithetical antithetically antithetics antithrombic antithrombin antitintinnabularian antitobacco antitobacconal antitobacconist antitonic antitorpedo antitoxic antitoxin antitrade antitrades antitraditional antitragal antitragic antitragicus antitragus antitrismus antitrochanter antitropal antitrope antitropic antitropical antitropous antitropy antitrust antitrypsin antitryptic antituberculin antituberculosis antituberculotic antituberculous antiturnpikeism antitwilight antitypal antitype antityphoid antitypic antitypical antitypically antitypy antityrosinase antiunion antiunionist antiuratic antiurease antiusurious antiutilitarian antivaccination antivaccinationist antivaccinator antivaccinist antivariolous antivenefic antivenereal antivenin antivenom antivenomous antivermicular antivibrating antivibrator antivibratory antivice antiviral antivirus antivitalist antivitalistic antivitamin antivivisection antivivisectionist antivolition antiwar antiwarlike antiwaste antiwedge antiweed antiwit antixerophthalmic antizealot antizymic antizymotic antler antlered antlerite antlerless antlia antliate antling antluetic antodontalgic antoeci antoecian antoecians antoninianus antonomasia antonomastic antonomastical antonomastically antonomasy antonym antonymous antonymy antorbital antproof antra antral antralgia antre antrectomy antrin antritis antrocele antronasal antrophore antrophose antrorse antrorsely antroscope antroscopy antrotome antrotomy antrotympanic antrotympanitis antrum antrustion antrustionship antship antu antwise anubing anucleate anukabiet anuloma anuran anuresis anuretic anuria anuric anurous anury anus anusim anusvara anutraminosa anvasser anvil anvilsmith anxietude anxiety anxious anxiously anxiousness any anybody anyhow anyone anyplace anything anythingarian anythingarianism anyway anyways anywhen anywhere anywhereness anywheres anywhy anywise anywither aogiri aonach aorist aoristic aoristically aorta aortal aortarctia aortectasia aortectasis aortic aorticorenal aortism aortitis aortoclasia aortoclasis aortolith aortomalacia aortomalaxis aortopathy aortoptosia aortoptosis aortorrhaphy aortosclerosis aortostenosis aortotomy aosmic aoudad apa apabhramsa apace apache apachism apachite apadana apagoge apagogic apagogical apagogically apaid apalit apandry apanthropia apanthropy apar aparaphysate aparejo aparithmesis apart apartheid aparthrosis apartment apartmental apartness apasote apastron apatan apatetic apathetic apathetical apathetically apathic apathism apathist apathistical apathogenic apathy apatite ape apeak apectomy apedom apehood apeiron apelet apelike apeling apellous apenteric apepsia apepsinia apepsy apeptic aper aperch aperea aperient aperiodic aperiodically aperiodicity aperispermic aperistalsis aperitive apert apertly apertness apertometer apertural aperture apertured apery apesthesia apesthetic apesthetize apetaloid apetalose apetalous apetalousness apetaly apex apexed aphaeresis aphaeretic aphagia aphakia aphakial aphakic aphanesite aphanipterous aphanite aphanitic aphanitism aphanophyre aphanozygous aphasia aphasiac aphasic aphelian aphelion apheliotropic apheliotropically apheliotropism aphemia aphemic aphengescope aphengoscope aphenoscope apheresis apheretic aphesis apheta aphetic aphetically aphetism aphetize aphicidal aphicide aphid aphides aphidian aphidicide aphidicolous aphidid aphidious aphidivorous aphidolysin aphidophagous aphidozer aphilanthropy aphlaston aphlebia aphlogistic aphnology aphodal aphodian aphodus aphonia aphonic aphonous aphony aphoria aphorism aphorismatic aphorismer aphorismic aphorismical aphorismos aphorist aphoristic aphoristically aphorize aphorizer aphotic aphototactic aphototaxis aphototropic aphototropism aphrasia aphrite aphrizite aphrodisia aphrodisiac aphrodisiacal aphrodisian aphroditic aphroditous aphrolite aphronia aphrosiderite aphtha aphthic aphthitalite aphthoid aphthong aphthongal aphthongia aphthous aphydrotropic aphydrotropism aphyllose aphyllous aphylly aphyric apiaceous apian apiarian apiarist apiary apiator apicad apical apically apices apicifixed apicilar apicillary apicitis apickaback apicoectomy apicolysis apicula apicular apiculate apiculated apiculation apicultural apiculture apiculturist apiculus apiece apieces apigenin apii apiin apikoros apilary apinch aping apinoid apio apioid apioidal apiole apiolin apiologist apiology apionol apiose apiphobia apish apishamore apishly apishness apism apitong apitpat apivorous apjohnite aplacental aplacophoran aplacophorous aplanat aplanatic aplanatically aplanatism aplanogamete aplanospore aplasia aplastic aplenty aplite aplitic aplobasalt aplodiorite aplomb aplome aploperistomatous aplostemonous aplotaxene aplotomy aplustre apnea apneal apneic apneumatic apneumatosis apneumonous apneustic apoaconitine apoatropine apobiotic apoblast apocaffeine apocalypse apocalypst apocalypt apocalyptic apocalyptical apocalyptically apocalypticism apocalyptism apocalyptist apocamphoric apocarp apocarpous apocarpy apocatastasis apocatastatic apocatharsis apocenter apocentric apocentricity apocha apocholic apochromat apochromatic apochromatism apocinchonine apocodeine apocopate apocopated apocopation apocope apocopic apocrenic apocrisiary apocrustic apocryph apocryphal apocryphalist apocryphally apocryphalness apocryphate apocryphon apocynaceous apocyneous apod apodal apodan apodeipnon apodeixis apodema apodemal apodematal apodeme apodia apodictic apodictical apodictically apodictive apodixis apodosis apodous apodyterium apoembryony apofenchene apogaeic apogalacteum apogamic apogamically apogamous apogamously apogamy apogeal apogean apogee apogeic apogenous apogeny apogeotropic apogeotropically apogeotropism apograph apographal apoharmine apohyal apoise apojove apokrea apokreos apolar apolarity apolaustic apolegamic apollonicon apologal apologete apologetic apologetical apologetically apologetics apologia apologist apologize apologizer apologue apology apolousis apolysis apolytikion apomecometer apomecometry apometabolic apometabolism apometabolous apometaboly apomictic apomictical apomixis apomorphia apomorphine aponeurology aponeurorrhaphy aponeurosis aponeurositis aponeurotic aponeurotome aponeurotomy aponia aponic aponogetonaceous apoop apopenptic apopetalous apophantic apophasis apophatic apophlegmatic apophonia apophony apophorometer apophthegm apophthegmatist apophyge apophylactic apophylaxis apophyllite apophyllous apophysary apophysate apophyseal apophysis apophysitis apoplasmodial apoplastogamous apoplectic apoplectical apoplectically apoplectiform apoplectoid apoplex apoplexy apopyle apoquinamine apoquinine aporetic aporetical aporhyolite aporia aporobranchian aporose aporphin aporphine aporrhaoid aporrhegma aport aportoise aposafranine aposaturn aposaturnium aposematic aposematically aposepalous aposia aposiopesis aposiopetic apositia apositic aposoro aposporogony aposporous apospory apostasis apostasy apostate apostatic apostatical apostatically apostatism apostatize apostaxis apostemate apostematic apostemation apostematous aposteme aposteriori aposthia apostil apostle apostlehood apostleship apostolate apostoless apostoli apostolic apostolical apostolically apostolicalness apostolicism apostolicity apostolize apostrophal apostrophation apostrophe apostrophic apostrophied apostrophize apostrophus apotelesm apotelesmatic apotelesmatical apothecal apothecary apothecaryship apothece apothecial apothecium apothegm apothegmatic apothegmatical apothegmatically apothegmatist apothegmatize apothem apotheose apotheoses apotheosis apotheosize apothesine apothesis apotome apotracheal apotropaic apotropaion apotropaism apotropous apoturmeric apotype apotypic apout apoxesis apozem apozema apozemical apozymase appall appalling appallingly appallment appalment appanage appanagist apparatus apparel apparelment apparence apparency apparent apparently apparentness apparition apparitional apparitor appassionata appassionato appay appeal appealability appealable appealer appealing appealingly appealingness appear appearance appearanced appearer appeasable appeasableness appeasably appease appeasement appeaser appeasing appeasingly appeasive appellability appellable appellancy appellant appellate appellation appellational appellative appellatived appellatively appellativeness appellatory appellee appellor append appendage appendaged appendalgia appendance appendancy appendant appendectomy appendical appendicalgia appendice appendicectasis appendicectomy appendices appendicial appendicious appendicitis appendicle appendicocaecostomy appendicostomy appendicular appendicularian appendiculate appendiculated appenditious appendix appendorontgenography appendotome appentice apperceive apperception apperceptionism apperceptionist apperceptionistic apperceptive apperceptively appercipient appersonation appertain appertainment appertinent appet appete appetence appetency appetent appetently appetibility appetible appetibleness appetite appetition appetitional appetitious appetitive appetize appetizement appetizer appetizingly appinite applanate applanation applaud applaudable applaudably applauder applaudingly applause applausive applausively apple appleberry appleblossom applecart appledrane applegrower applejack applejohn applemonger applenut appleringy appleroot applesauce applewife applewoman appliable appliableness appliably appliance appliant applicability applicable applicableness applicably applicancy applicant applicate application applicative applicatively applicator applicatorily applicatory applied appliedly applier applique applosion applosive applot applotment apply applyingly applyment appoggiatura appoint appointable appointe appointee appointer appointive appointment appointor apport apportion apportionable apportioner apportionment apposability apposable appose apposer apposiopestic apposite appositely appositeness apposition appositional appositionally appositive appositively appraisable appraisal appraise appraisement appraiser appraising appraisingly appraisive appreciable appreciably appreciant appreciate appreciatingly appreciation appreciational appreciativ appreciative appreciatively appreciativeness appreciator appreciatorily appreciatory appredicate apprehend apprehender apprehendingly apprehensibility apprehensible apprehensibly apprehension apprehensive apprehensively apprehensiveness apprend apprense apprentice apprenticehood apprenticement apprenticeship appressed appressor appressorial appressorium appreteur apprise apprize apprizement apprizer approach approachability approachabl approachable approachableness approacher approaching approachless approachment approbate approbation approbative approbativeness approbator approbatory approof appropinquate appropinquation appropinquity appropre appropriable appropriate appropriately appropriateness appropriation appropriative appropriativeness appropriator approvable approvableness approval approvance approve approvedly approvedness approvement approver approvingly approximal approximate approximately approximation approximative approximatively approximativeness approximator appulse appulsion appulsive appulsively appurtenance appurtenant apractic apraxia apraxic apricate aprication aprickle apricot apriori apriorism apriorist aprioristic apriority aproctia aproctous apron aproneer apronful apronless apronlike apropos aprosexia aprosopia aprosopous aproterodont apse apselaphesia apselaphesis apsidal apsidally apsides apsidiole apsis apsychia apsychical apt apteral apteran apterial apterium apteroid apterous apterygial apterygote apterygotous aptitude aptitudinal aptitudinally aptly aptness aptote aptotic aptyalia aptyalism aptychus apulmonic apulse apurpose apyonin apyrene apyretic apyrexia apyrexial apyrexy apyrotype apyrous aqua aquabelle aquabib aquacade aquacultural aquaculture aquaemanale aquafortist aquage aquagreen aquamarine aquameter aquaplane aquapuncture aquarelle aquarellist aquaria aquarial aquarian aquariist aquarium aquarter aquascutum aquatic aquatical aquatically aquatile aquatint aquatinta aquatinter aquation aquativeness aquatone aquavalent aquavit aqueduct aqueoglacial aqueoigneous aqueomercurial aqueous aqueously aqueousness aquicolous aquicultural aquiculture aquiculturist aquifer aquiferous aquifoliaceous aquiform aquilawood aquilege aquiline aquilino aquincubital aquincubitalism aquintocubital aquintocubitalism aquiparous aquiver aquo aquocapsulitis aquocarbonic aquocellolitis aquopentamminecobaltic aquose aquosity aquotization aquotize ar ara araba araban arabana arabesque arabesquely arabesquerie arability arabin arabinic arabinose arabinosic arabit arabitol arabiyeh arable araca aracanga aracari araceous arachic arachidonic arachin arachnactis arachnean arachnid arachnidan arachnidial arachnidism arachnidium arachnism arachnitis arachnoid arachnoidal arachnoidea arachnoidean arachnoiditis arachnological arachnologist arachnology arachnophagous arachnopia arad arado araeostyle araeosystyle aragonite araguato arain arakawaite arake araliaceous araliad aralie aralkyl aralkylated aramayoite aramina araneid araneidan araneiform aranein araneologist araneology araneous aranga arango aranzada arapahite arapaima araphorostic arapunga arar arara araracanga ararao ararauna arariba araroba arati aration aratory araucarian arba arbacin arbalest arbalester arbalestre arbalestrier arbalist arbalister arbalo arbiter arbitrable arbitrager arbitragist arbitral arbitrament arbitrarily arbitrariness arbitrary arbitrate arbitration arbitrational arbitrationist arbitrative arbitrator arbitratorship arbitratrix arbitrement arbitrer arbitress arboloco arbor arboraceous arboral arborary arborator arboreal arboreally arborean arbored arboreous arborescence arborescent arborescently arboresque arboret arboreta arboretum arborical arboricole arboricoline arboricolous arboricultural arboriculture arboriculturist arboriform arborist arborization arborize arboroid arborolatry arborous arborvitae arborway arbuscle arbuscula arbuscular arbuscule arbusterol arbustum arbutase arbute arbutean arbutin arbutinase arbutus arc arca arcade arcadian arcana arcanal arcane arcanite arcanum arcate arcature arch archabomination archae archaecraniate archaeogeology archaeographic archaeographical archaeography archaeolatry archaeolith archaeolithic archaeologer archaeologian archaeologic archaeological archaeologically archaeologist archaeology archaeostoma archaeostomatous archagitator archaic archaical archaically archaicism archaism archaist archaistic archaize archaizer archangel archangelic archangelical archangelship archantagonist archantiquary archapostate archapostle archarchitect archarios archartist archband archbeacon archbeadle archbishop archbishopess archbishopric archbishopry archbotcher archboutefeu archbuffoon archbuilder archchampion archchaplain archcharlatan archcheater archchemic archchief archchronicler archcity archconfraternity archconsoler archconspirator archcorrupter archcorsair archcount archcozener archcriminal archcritic archcrown archcupbearer archdapifer archdapifership archdeacon archdeaconate archdeaconess archdeaconry archdeaconship archdean archdeanery archdeceiver archdefender archdemon archdepredator archdespot archdetective archdevil archdiocesan archdiocese archdiplomatist archdissembler archdisturber archdivine archdogmatist archdolt archdruid archducal archduchess archduchy archduke archdukedom arche archeal archearl archebiosis archecclesiastic archecentric arched archegone archegonial archegoniate archegoniophore archegonium archegony archeion archelogy archemperor archencephalic archenemy archengineer archenteric archenteron archeocyte archer archeress archerfish archership archery arches archespore archesporial archesporium archetypal archetypally archetype archetypic archetypical archetypically archetypist archeunuch archeus archexorcist archfelon archfiend archfire archflamen archflatterer archfoe archfool archform archfounder archfriend archgenethliac archgod archgomeral archgovernor archgunner archhead archheart archheresy archheretic archhost archhouse archhumbug archhypocrisy archhypocrite archiater archibenthal archibenthic archibenthos archiblast archiblastic archiblastoma archiblastula archicantor archicarp archicerebrum archichlamydeous archicleistogamous archicleistogamy archicoele archicontinent archicyte archicytula archidiaconal archidiaconate archididascalian archididascalos archidome archiepiscopacy archiepiscopal archiepiscopally archiepiscopate archiereus archigaster archigastrula archigenesis archigonic archigonocyte archigony archiheretical archikaryon archil archilithic archilowe archimage archimagus archimandrite archimime archimorphic archimorula archimperial archimperialism archimperialist archimperialistic archimpressionist archineuron archinfamy archinformer arching archipallial archipallium archipelagian archipelagic archipelago archipin archiplasm archiplasmic archiprelatical archipresbyter archipterygial archipterygium archisperm archisphere archispore archistome archisupreme archisymbolical architect architective architectonic architectonically architectonics architectress architectural architecturalist architecturally architecture architecturesque architis architraval architrave architraved architypographer archival archive archivist archivolt archizoic archjockey archking archknave archleader archlecher archleveler archlexicographer archliar archlute archly archmachine archmagician archmagirist archmarshal archmediocrity archmessenger archmilitarist archmime archminister archmock archmocker archmockery archmonarch archmonarchist archmonarchy archmugwump archmurderer archmystagogue archness archocele archocystosyrinx archology archon archonship archont archontate archontic archoplasm archoplasmic archoptoma archoptosis archorrhagia archorrhea archostegnosis archostenosis archosyrinx archoverseer archpall archpapist archpastor archpatriarch archpatron archphilosopher archphylarch archpiece archpilferer archpillar archpirate archplagiarist archplagiary archplayer archplotter archplunderer archplutocrat archpoet archpolitician archpontiff archpractice archprelate archprelatic archprelatical archpresbyter archpresbyterate archpresbytery archpretender archpriest archpriesthood archpriestship archprimate archprince archprophet archprotopope archprototype archpublican archpuritan archradical archrascal archreactionary archrebel archregent archrepresentative archrobber archrogue archruler archsacrificator archsacrificer archsaint archsatrap archscoundrel archseducer archsee archsewer archshepherd archsin archsnob archspirit archspy archsteward archswindler archsynagogue archtempter archthief archtraitor archtreasurer archtreasurership archturncoat archtyrant archurger archvagabond archvampire archvestryman archvillain archvillainy archvisitor archwag archway archwench archwise archworker archworkmaster archy arciferous arcifinious arciform arcing arcked arcking arcocentrous arcocentrum arcograph arctation arctian arctic arctically arctician arcticize arcticward arcticwards arctiid arctoid arctoidean arcual arcuale arcuate arcuated arcuately arcuation arcubalist arcubalister arcula arculite ardassine ardeb ardella ardency ardennite ardent ardently ardentness ardish ardoise ardor ardri ardu arduinite arduous arduously arduousness ardurous are area areach aread areal areality arear areasoner areaway arecaceous arecaidin arecaidine arecain arecaine arecolidin arecolidine arecolin arecoline ared areek areel arefact arefaction aregenerative aregeneratory areito arena arenaceous arenae arenariae arenarious arenation arend arendalite areng arenicole arenicolite arenicolous arenilitic arenoid arenose arenosity arent areocentric areographer areographic areographical areographically areography areola areolar areolate areolated areolation areole areolet areologic areological areologically areologist areology areometer areometric areometrical areometry areotectonics areroscope aretaics arete arfvedsonite argal argala argali argans argasid argeers argel argemony argenol argent argental argentamid argentamide argentamin argentamine argentate argentation argenteous argenter argenteum argentic argenticyanide argentide argentiferous argentine argentinitrate argention argentite argentojarosite argentol argentometric argentometrically argentometry argenton argentoproteinum argentose argentous argentum arghan arghel arghool argil argillaceous argilliferous argillite argillitic argilloarenaceous argillocalcareous argillocalcite argilloferruginous argilloid argillomagnesian argillous arginine argininephosphoric argo argol argolet argon argosy argot argotic arguable argue arguer argufier argufy argument argumental argumentation argumentatious argumentative argumentatively argumentativeness argumentator argumentatory argusfish argute argutely arguteness argyranthemous argyranthous argyria argyric argyrite argyrocephalous argyrodite argyrose argyrosis argyrythrose arhar arhat arhatship arhythmic aria aribine aricine arid aridge aridian aridity aridly aridness ariegite ariel arienzo arietation arietinous arietta aright arightly arigue aril ariled arillary arillate arillated arilliform arillode arillodium arilloid arillus ariose arioso ariot aripple arisard arise arisen arist arista aristarchy aristate aristocracy aristocrat aristocratic aristocratical aristocratically aristocraticalness aristocraticism aristocraticness aristocratism aristodemocracy aristodemocratical aristogenesis aristogenetic aristogenic aristogenics aristolochiaceous aristolochin aristolochine aristological aristologist aristology aristomonarchy aristorepublicanism aristotype aristulate arite arithmetic arithmetical arithmetically arithmetician arithmetization arithmetize arithmic arithmocracy arithmocratic arithmogram arithmograph arithmography arithmomania arithmometer arizonite arjun ark arkansite arkite arkose arkosic arksutite arles arm armada armadilla armadillo armagnac armament armamentarium armamentary armangite armariolum armarium armature armbone armchair armchaired armed armeniaceous armer armet armful armgaunt armhole armhoop armied armiferous armiger armigeral armigerous armil armilla armillary armillate armillated arming armipotence armipotent armisonant armisonous armistice armless armlet armload armoire armonica armor armored armorer armorial armoried armorist armorproof armorwise armory armozeen armpiece armpit armplate armrack armrest arms armscye armure army arn arna arnberry arnee arni arnica arnotta arnotto arnut aroar aroast arock aroeira aroid aroideous aroint arolium arolla aroma aromacity aromadendrin aromatic aromatically aromaticness aromatite aromatites aromatization aromatize aromatizer aromatophor aromatophore aroon arose around arousal arouse arousement arouser arow aroxyl arpeggiando arpeggiated arpeggiation arpeggio arpeggioed arpen arpent arquerite arquifoux arracach arracacha arrack arrah arraign arraigner arraignment arrame arrange arrangeable arrangement arranger arrant arrantly arras arrased arrasene arrastra arrastre arratel arrau array arrayal arrayer arrayment arrear arrearage arrect arrector arrendation arrenotokous arrenotoky arrent arrentable arrentation arreptitious arrest arrestable arrestation arrestee arrester arresting arrestingly arrestive arrestment arrestor arrhenal arrhenoid arrhenotokous arrhenotoky arrhinia arrhizal arrhizous arrhythmia arrhythmic arrhythmical arrhythmically arrhythmous arrhythmy arriage arriba arride arridge arrie arriere arrimby arris arrish arrisways arriswise arrival arrive arriver arroba arrogance arrogancy arrogant arrogantly arrogantness arrogate arrogatingly arrogation arrogative arrogator arrojadite arrope arrosive arrow arrowbush arrowed arrowhead arrowheaded arrowleaf arrowless arrowlet arrowlike arrowplate arrowroot arrowsmith arrowstone arrowweed arrowwood arrowworm arrowy arroyo arsanilic arse arsedine arsenal arsenate arsenation arseneted arsenetted arsenfast arsenferratose arsenhemol arseniasis arseniate arsenic arsenical arsenicalism arsenicate arsenicism arsenicize arsenicophagy arsenide arseniferous arsenillo arseniopleite arseniosiderite arsenious arsenism arsenite arsenium arseniuret arseniureted arsenization arseno arsenobenzene arsenobenzol arsenobismite arsenoferratin arsenofuran arsenohemol arsenolite arsenophagy arsenophen arsenophenol arsenophenylglycin arsenopyrite arsenostyracol arsenotherapy arsenotungstates arsenotungstic arsenous arsenoxide arsenyl arses arsesmart arsheen arshin arshine arsine arsinic arsino arsis arsle arsmetrik arsmetrike arsnicker arsoite arson arsonate arsonation arsonic arsonist arsonite arsonium arsono arsonvalization arsphenamine arsyl arsylene art artaba artabe artal artar artarine artcraft artefact artel artemisic artemisin arteriagra arterial arterialization arterialize arterially arteriarctia arteriasis arteriectasia arteriectasis arteriectopia arterin arterioarctia arteriocapillary arteriococcygeal arteriodialysis arteriodiastasis arteriofibrosis arteriogenesis arteriogram arteriograph arteriography arteriole arteriolith arteriology arteriolosclerosis arteriomalacia arteriometer arteriomotor arterionecrosis arteriopalmus arteriopathy arteriophlebotomy arterioplania arterioplasty arteriopressor arteriorenal arteriorrhagia arteriorrhaphy arteriorrhexis arteriosclerosis arteriosclerotic arteriospasm arteriostenosis arteriostosis arteriostrepsis arteriosympathectomy arteriotome arteriotomy arteriotrepsis arterious arteriovenous arterioversion arterioverter arteritis artery artesian artful artfully artfulness artha arthel arthemis arthragra arthral arthralgia arthralgic arthrectomy arthredema arthrempyesis arthresthesia arthritic arthritical arthriticine arthritis arthritism arthrobacterium arthrobranch arthrobranchia arthrocace arthrocarcinoma arthrocele arthrochondritis arthroclasia arthrocleisis arthroclisis arthroderm arthrodesis arthrodia arthrodial arthrodic arthrodiran arthrodire arthrodirous arthrodynia arthrodynic arthroempyema arthroempyesis arthroendoscopy arthrogastran arthrogenous arthrography arthrogryposis arthrolite arthrolith arthrolithiasis arthrology arthromeningitis arthromere arthromeric arthrometer arthrometry arthroncus arthroneuralgia arthropathic arthropathology arthropathy arthrophlogosis arthrophyma arthroplastic arthroplasty arthropleura arthropleure arthropod arthropodal arthropodan arthropodous arthropomatous arthropterous arthropyosis arthrorheumatism arthrorrhagia arthrosclerosis arthrosia arthrosis arthrospore arthrosporic arthrosporous arthrosteitis arthrosterigma arthrostome arthrostomy arthrosynovitis arthrosyrinx arthrotome arthrotomy arthrotrauma arthrotropic arthrotyphoid arthrous arthroxerosis arthrozoan arthrozoic artiad artichoke article articled articulability articulable articulacy articulant articular articulare articularly articulary articulate articulated articulately articulateness articulation articulationist articulative articulator articulatory articulite articulus artifact artifactitious artifice artificer artificership artificial artificialism artificiality artificialize artificially artificialness artiller artillerist artillery artilleryman artilleryship artiness artinite artiodactyl artiodactylous artiphyllous artisan artisanship artist artistdom artiste artistic artistical artistically artistry artless artlessly artlessness artlet artlike artocarpad artocarpeous artocarpous artolater artophagous artophorion artotype artotypy artware arty aru arui aruke arumin arundiferous arundinaceous arundineous arupa arusa arusha arustle arval arvel arvicole arvicoline arvicolous arviculture arx ary aryballoid aryballus aryepiglottic aryl arylamine arylamino arylate arytenoid arytenoidal arzan arzrunite arzun as asaddle asafetida asak asale asana asaphia asaphid asaprol asarabacca asarite asaron asarone asarotum asbest asbestic asbestiform asbestine asbestinize asbestoid asbestoidal asbestos asbestosis asbestous asbestus asbolin asbolite ascan ascare ascariasis ascaricidal ascaricide ascarid ascarides ascaridiasis ascaridole ascaron ascellus ascend ascendable ascendance ascendancy ascendant ascendence ascendency ascendent ascender ascendible ascending ascendingly ascension ascensional ascensionist ascensive ascent ascertain ascertainable ascertainableness ascertainably ascertainer ascertainment ascescency ascescent ascetic ascetical ascetically asceticism aschaffite ascham aschistic asci ascian ascidian ascidiate ascidicolous ascidiferous ascidiform ascidioid ascidiozooid ascidium asciferous ascigerous ascii ascites ascitic ascitical ascititious asclent asclepiad asclepiadaceous asclepiadeous asclepidin asclepidoid asclepin ascocarp ascocarpous ascogenous ascogone ascogonial ascogonidium ascogonium ascolichen ascoma ascomycetal ascomycete ascomycetous ascon ascophore ascophorous ascorbic ascospore ascosporic ascosporous ascot ascribable ascribe ascript ascription ascriptitii ascriptitious ascriptitius ascry ascula ascus ascyphous asdic ase asearch asecretory aseethe aseismatic aseismic aseismicity aseity aselgeia asellate asem asemasia asemia asepsis aseptate aseptic aseptically asepticism asepticize aseptify aseptol aseptolin asexual asexuality asexualization asexualize asexually asfetida ash ashake ashame ashamed ashamedly ashamedness ashamnu ashberry ashcake ashen asherah ashery ashes ashet ashily ashimmer ashine ashiness ashipboard ashiver ashkoko ashlar ashlared ashlaring ashless ashling ashman ashore ashpan ashpit ashplant ashraf ashrafi ashthroat ashur ashweed ashwort ashy asialia aside asidehand asideness asiderite asideu asiento asilid asimen asimmer asinego asinine asininely asininity asiphonate asiphonogama asitia ask askable askance askant askar askari asker askew askingly askip asklent askos aslant aslantwise aslaver asleep aslop aslope aslumber asmack asmalte asmear asmile asmoke asmolder asniffle asnort asoak asocial asok asoka asomatophyte asomatous asonant asonia asop asor asouth asp aspace aspalathus asparagic asparagine asparaginic asparaginous asparagus asparagyl asparkle aspartate aspartic aspartyl aspect aspectable aspectant aspection aspectual aspen asper asperate asperation aspergation asperge asperger aspergil aspergill aspergilliform aspergillin aspergillosis aspergillum aspergillus asperifoliate asperifolious asperite asperity aspermatic aspermatism aspermatous aspermia aspermic aspermous asperous asperously asperse aspersed asperser aspersion aspersive aspersively aspersor aspersorium aspersory asperuloside asperulous asphalt asphaltene asphalter asphaltic asphaltite asphaltum aspheterism aspheterize asphodel asphyctic asphyctous asphyxia asphyxial asphyxiant asphyxiate asphyxiation asphyxiative asphyxiator asphyxied asphyxy aspic aspiculate aspiculous aspidate aspidiaria aspidinol aspidium aspidobranchiate aspidomancy aspidospermine aspirant aspirata aspirate aspiration aspirator aspiratory aspire aspirer aspirin aspiring aspiringly aspiringness aspish asplanchnic asplenioid asporogenic asporogenous asporous asport asportation asporulate aspout asprawl aspread aspring asprout asquare asquat asqueal asquint asquirm ass assacu assagai assai assail assailable assailableness assailant assailer assailment assapan assapanic assarion assart assary assassin assassinate assassination assassinative assassinator assassinatress assassinist assate assation assault assaultable assaulter assaut assay assayable assayer assaying assbaa asse assecuration assecurator assedation assegai asself assemblable assemblage assemble assembler assembly assemblyman assent assentaneous assentation assentatious assentator assentatorily assentatory assented assenter assentient assenting assentingly assentive assentiveness assentor assert assertable assertative asserter assertible assertion assertional assertive assertively assertiveness assertor assertorial assertorially assertoric assertorical assertorically assertorily assertory assertress assertrix assertum assess assessable assessably assessed assessee assession assessionary assessment assessor assessorial assessorship assessory asset assets assever asseverate asseveratingly asseveration asseverative asseveratively asseveratory asshead assi assibilate assibilation assident assidual assidually assiduity assiduous assiduously assiduousness assientist assiento assify assign assignability assignable assignably assignat assignation assigned assignee assigneeship assigner assignment assignor assilag assimilability assimilable assimilate assimilation assimilationist assimilative assimilativeness assimilator assimilatory assis assise assish assishly assishness assist assistance assistant assistanted assistantship assistency assister assistful assistive assistless assistor assize assizement assizer assizes asslike assman assmanship associability associable associableness associate associated associatedness associateship association associational associationalism associationalist associationism associationist associationistic associative associatively associativeness associator associatory assoil assoilment assoilzie assonance assonanced assonant assonantal assonantic assonate assort assortative assorted assortedness assorter assortive assortment assuade assuage assuagement assuager assuasive assubjugate assuetude assumable assumably assume assumed assumedly assumer assuming assumingly assumingness assumpsit assumption assumptious assumptiousness assumptive assumptively assurable assurance assurant assure assured assuredly assuredness assurer assurge assurgency assurgent assuring assuringly assyntite assythment ast asta astalk astarboard astare astart astasia astatic astatically astaticism astatine astatize astatizer astay asteam asteatosis asteep asteer asteism astelic astely aster asteraceous astereognosis asteria asterial asteriated asterikos asterin asterioid asterion asterisk asterism asterismal astern asternal asternia asteroid asteroidal asteroidean asterophyllite asterospondylic asterospondylous asterwort asthenia asthenic asthenical asthenobiosis asthenobiotic asthenolith asthenology asthenopia asthenopic asthenosphere astheny asthma asthmatic asthmatical asthmatically asthmatoid asthmogenic asthore asthorin astichous astigmatic astigmatical astigmatically astigmatism astigmatizer astigmatometer astigmatoscope astigmatoscopy astigmia astigmism astigmometer astigmometry astilbe astint astipulate astir astite astomatal astomatous astomia astomous astonied astonish astonishedly astonisher astonishing astonishingly astonishingness astonishment astony astoop astor astound astoundable astounding astoundingly astoundment astraddle astraean astraeid astraeiform astragal astragalar astragalectomy astragali astragalocalcaneal astragalocentral astragalomancy astragalonavicular astragaloscaphoid astragalotibial astragalus astrain astrakanite astrakhan astral astrally astrand astraphobia astrapophobia astray astream astrer astrict astriction astrictive astrictively astrictiveness astride astrier astriferous astrild astringe astringency astringent astringently astringer astroalchemist astroblast astrochemist astrochemistry astrochronological astrocyte astrocytoma astrocytomata astrodiagnosis astrodome astrofel astrogeny astroglia astrognosy astrogonic astrogony astrograph astrographic astrography astroid astroite astrolabe astrolabical astrolater astrolatry astrolithology astrologaster astrologer astrologian astrologic astrological astrologically astrologistic astrologize astrologous astrology astromancer astromancy astromantic astrometeorological astrometeorologist astrometeorology astrometer astrometrical astrometry astronaut astronautics astronomer astronomic astronomical astronomically astronomics astronomize astronomy astrophil astrophobia astrophotographic astrophotography astrophotometer astrophotometrical astrophotometry astrophyllite astrophysical astrophysicist astrophysics astroscope astroscopy astrospectral astrospectroscopic astrosphere astrotheology astrut astucious astuciously astucity astute astutely astuteness astylar asudden asunder aswail aswarm asway asweat aswell aswim aswing aswirl aswoon aswooned asyla asyllabia asyllabic asyllabical asylum asymbiotic asymbolia asymbolic asymbolical asymmetric asymmetrical asymmetrically asymmetry asymptomatic asymptote asymptotic asymptotical asymptotically asynapsis asynaptic asynartete asynartetic asynchronism asynchronous asyndesis asyndetic asyndetically asyndeton asynergia asynergy asyngamic asyngamy asyntactic asyntrophy asystole asystolic asystolism asyzygetic at atabal atabeg atabek atacamite atactic atactiform atafter ataman atamasco atangle atap ataraxia ataraxy atatschite ataunt atavi atavic atavism atavist atavistic atavistically atavus ataxaphasia ataxia ataxiagram ataxiagraph ataxiameter ataxiaphasia ataxic ataxinomic ataxite ataxonomic ataxophemia ataxy atazir atbash atchison ate atebrin atechnic atechnical atechny ateeter atef atelectasis atelectatic ateleological atelestite atelets atelier ateliosis atelo atelocardia atelocephalous ateloglossia atelognathia atelomitic atelomyelia atelopodia ateloprosopia atelorachidia atelostomia atemporal ates ateuchi ateuchus athalamous athalline athanasia athanasy athanor athar athecate atheism atheist atheistic atheistical atheistically atheisticalness atheize atheizer athelia atheling athematic athenaeum athenee athenor atheological atheologically atheology atheous athericeran athericerous atherine athermancy athermanous athermic athermous atheroma atheromasia atheromata atheromatosis atheromatous atherosclerosis athetesis athetize athetoid athetosic athetosis athing athirst athlete athletehood athletic athletical athletically athleticism athletics athletism athletocracy athlothete athlothetes athodyd athort athrepsia athreptic athrill athrive athrob athrocyte athrocytosis athrogenic athrong athrough athwart athwarthawse athwartship athwartships athwartwise athymia athymic athymy athyreosis athyria athyrid athyroid athyroidism athyrosis atilt atimon atinga atingle atinkle atip atis atlantad atlantal atlantes atlantic atlantite atlantoaxial atlantodidymus atlantomastoid atlantoodontoid atlas atlatl atle atlee atloaxoid atloid atloidean atloidoaxoid atma atman atmiatrics atmiatry atmid atmidalbumin atmidometer atmidometry atmo atmocausis atmocautery atmoclastic atmogenic atmograph atmologic atmological atmologist atmology atmolysis atmolyzation atmolyze atmolyzer atmometer atmometric atmometry atmos atmosphere atmosphereful atmosphereless atmospheric atmospherical atmospherically atmospherics atmospherology atmostea atmosteal atmosteon atocha atocia atokal atoke atokous atoll atom atomatic atomechanics atomerg atomic atomical atomically atomician atomicism atomicity atomics atomiferous atomism atomist atomistic atomistical atomistically atomistics atomity atomization atomize atomizer atomology atomy atonable atonal atonalism atonalistic atonality atonally atone atonement atoneness atoner atonia atonic atonicity atoningly atony atop atophan atopic atopite atopy atour atoxic atoxyl atrabilarian atrabilarious atrabiliar atrabiliarious atrabiliary atrabilious atrabiliousness atracheate atragene atrail atrament atramental atramentary atramentous atraumatic atrematous atremble atrepsy atreptic atresia atresic atresy atretic atria atrial atrichia atrichosis atrichous atrickle atrienses atriensis atriocoelomic atrioporal atriopore atrioventricular atrip atrium atrocha atrochal atrochous atrocious atrociously atrociousness atrocity atrolactic atropaceous atropal atropamine atrophia atrophiated atrophic atrophied atrophoderma atrophy atropia atropic atropine atropinism atropinization atropinize atropism atropous atrorubent atrosanguineous atroscine atrous atry atta attacco attach attachable attachableness attache attached attachedly attacher attacheship attachment attack attackable attacker attacolite attacus attagen attaghan attain attainability attainable attainableness attainder attainer attainment attaint attaintment attainture attaleh attar attargul attask attemper attemperament attemperance attemperate attemperately attemperation attemperator attempt attemptability attemptable attempter attemptless attend attendance attendancy attendant attendantly attender attendingly attendment attendress attensity attent attention attentional attentive attentively attentiveness attently attenuable attenuant attenuate attenuation attenuative attenuator atter attercop attercrop atterminal attermine atterminement attern attery attest attestable attestant attestation attestative attestator attester attestive attic atticism atticize atticomastoid attid attinge attingence attingency attingent attire attired attirement attirer attitude attitudinal attitudinarian attitudinarianism attitudinize attitudinizer attorn attorney attorneydom attorneyism attorneyship attornment attract attractability attractable attractableness attractant attracter attractile attractingly attraction attractionally attractive attractively attractiveness attractivity attractor attrahent attrap attributable attributal attribute attributer attribution attributive attributively attributiveness attrist attrite attrited attriteness attrition attritive attritus attune attunely attunement atule atumble atune atwain atweel atween atwin atwirl atwist atwitch atwitter atwixt atwo atypic atypical atypically atypy auantic aube aubepine aubrietia aubrite auburn aubusson auca auchenia auchenium auchlet auction auctionary auctioneer auctorial aucuba aucupate audacious audaciously audaciousness audacity audibility audible audibleness audibly audience audiencier audient audile audio audiogenic audiogram audiologist audiology audiometer audiometric audiometry audion audiophile audiphone audit audition auditive auditor auditoria auditorial auditorially auditorily auditorium auditorship auditory auditress auditual audivise audiviser audivision auganite auge augelite augen augend auger augerer augh aught aughtlins augite augitic augitite augitophyre augment augmentable augmentation augmentationer augmentative augmentatively augmented augmentedly augmenter augmentive augur augural augurate augurial augurous augurship augury august augustal augustly augustness auh auhuhu auk auklet aula aulacocarpous aulae aularian auld auldfarrantlike auletai aulete auletes auletic auletrides auletris aulic aulicism auloi aulophyte aulos aulostomid aulu aum aumaga aumail aumbry aumery aumil aumildar aumous aumrie auncel aune aunt aunthood auntie auntish auntlike auntly auntsary auntship aupaka aura aurae aural aurally auramine aurantiaceous aurantium aurar aurate aurated aureate aureately aureateness aureation aureity aurelia aurelian aureola aureole aureolin aureoline aureomycin aureous aureously auresca aureus auribromide auric aurichalcite aurichalcum aurichloride aurichlorohydric auricle auricled auricomous auricula auriculae auricular auriculare auriculares auricularia auriculariae auricularian auricularis auricularly auriculate auriculated auriculately auriculocranial auriculoparietal auriculotemporal auriculoventricular auriculovertical auricyanhydric auricyanic auricyanide auride auriferous aurific aurification auriform aurify aurigal aurigation aurigerous aurilave aurin aurinasal auriphone auriphrygia auriphrygiate auripuncture aurir auriscalp auriscalpia auriscalpium auriscope auriscopy aurist aurite aurivorous auroauric aurobromide aurochloride aurochs aurocyanide aurodiamine auronal aurophobia aurophore aurora aurorae auroral aurorally aurore aurorean aurorium aurotellurite aurothiosulphate aurothiosulphuric aurous aurrescu aurulent aurum aurure auryl auscult auscultascope auscultate auscultation auscultative auscultator auscultatory auscultoscope auslaut auslaute auspex auspicate auspice auspices auspicial auspicious auspiciously auspiciousness auspicy austenite austenitic austere austerely austereness austerity austral australene australite australopithecine austrium austromancy ausu ausubo autacoid autacoidal autallotriomorphic autantitypy autarch autarchic autarchical autarchy autarkic autarkical autarkist autarky aute autechoscope autecious auteciously auteciousness autecism autecologic autecological autecologically autecologist autecology autecy autem authentic authentical authentically authenticalness authenticate authentication authenticator authenticity authenticly authenticness authigene authigenetic authigenic authigenous author authorcraft authoress authorhood authorial authorially authorish authorism authoritarian authoritarianism authoritative authoritatively authoritativeness authority authorizable authorization authorize authorized authorizer authorless authorling authorly authorship authotype autism autist autistic auto autoabstract autoactivation autoactive autoaddress autoagglutinating autoagglutination autoagglutinin autoalarm autoalkylation autoallogamous autoallogamy autoanalysis autoanalytic autoantibody autoanticomplement autoantitoxin autoasphyxiation autoaspiration autoassimilation autobahn autobasidia autobasidiomycetous autobasidium autobiographal autobiographer autobiographic autobiographical autobiographically autobiographist autobiography autobiology autoblast autoboat autoboating autobolide autobus autocab autocade autocall autocamp autocamper autocamping autocar autocarist autocarpian autocarpic autocarpous autocatalepsy autocatalysis autocatalytic autocatalytically autocatalyze autocatheterism autocephalia autocephality autocephalous autocephaly autoceptive autochemical autocholecystectomy autochrome autochromy autochronograph autochthon autochthonal autochthonic autochthonism autochthonous autochthonously autochthonousness autochthony autocide autocinesis autoclasis autoclastic autoclave autocoenobium autocoherer autocoid autocollimation autocollimator autocolony autocombustible autocombustion autocomplexes autocondensation autoconduction autoconvection autoconverter autocopist autocoprophagous autocorrosion autocracy autocrat autocratic autocratical autocratically autocrator autocratoric autocratorical autocratrix autocratship autocremation autocriticism autocystoplasty autocytolysis autocytolytic autodecomposition autodepolymerization autodermic autodestruction autodetector autodiagnosis autodiagnostic autodiagrammatic autodidact autodidactic autodifferentiation autodiffusion autodigestion autodigestive autodrainage autodrome autodynamic autodyne autoecholalia autoecic autoecious autoeciously autoeciousness autoecism autoecous autoecy autoeducation autoeducative autoelectrolysis autoelectrolytic autoelectronic autoelevation autoepigraph autoepilation autoerotic autoerotically autoeroticism autoerotism autoexcitation autofecundation autofermentation autoformation autofrettage autogamic autogamous autogamy autogauge autogeneal autogenesis autogenetic autogenetically autogenic autogenous autogenously autogeny autogiro autognosis autognostic autograft autografting autogram autograph autographal autographer autographic autographical autographically autographism autographist autographometer autography autogravure autoharp autoheader autohemic autohemolysin autohemolysis autohemolytic autohemorrhage autohemotherapy autoheterodyne autoheterosis autohexaploid autohybridization autohypnosis autohypnotic autohypnotism autohypnotization autoicous autoignition autoimmunity autoimmunization autoinduction autoinductive autoinfection autoinfusion autoinhibited autoinoculable autoinoculation autointellectual autointoxicant autointoxication autoirrigation autoist autojigger autojuggernaut autokinesis autokinetic autokrator autolaryngoscope autolaryngoscopic autolaryngoscopy autolater autolatry autolavage autolesion autolimnetic autolith autoloading autological autologist autologous autology autoluminescence autoluminescent autolysate autolysin autolysis autolytic autolyzate autolyze automa automacy automanual automat automata automatic automatical automatically automaticity automatin automatism automatist automatization automatize automatograph automaton automatonlike automatous automechanical automelon autometamorphosis autometric autometry automobile automobilism automobilist automobilistic automobility automolite automonstration automorph automorphic automorphically automorphism automotive automotor automower automysophobia autonegation autonephrectomy autonephrotoxin autoneurotoxin autonitridation autonoetic autonomasy autonomic autonomical autonomically autonomist autonomize autonomous autonomously autonomy autonym autoparasitism autopathic autopathography autopathy autopelagic autopepsia autophagi autophagia autophagous autophagy autophobia autophoby autophon autophone autophonoscope autophonous autophony autophotoelectric autophotograph autophotometry autophthalmoscope autophyllogeny autophyte autophytic autophytically autophytograph autophytography autopilot autoplagiarism autoplasmotherapy autoplast autoplastic autoplasty autopneumatic autopoint autopoisonous autopolar autopolo autopoloist autopolyploid autopore autoportrait autoportraiture autopositive autopotent autoprogressive autoproteolysis autoprothesis autopsic autopsical autopsy autopsychic autopsychoanalysis autopsychology autopsychorhythmia autopsychosis autoptic autoptical autoptically autopticity autopyotherapy autoracemization autoradiograph autoradiographic autoradiography autoreduction autoregenerator autoregulation autoreinfusion autoretardation autorhythmic autorhythmus autoriser autorotation autorrhaphy autoschediasm autoschediastic autoschediastical autoschediastically autoschediaze autoscience autoscope autoscopic autoscopy autosender autosensitization autosensitized autosepticemia autoserotherapy autoserum autosexing autosight autosign autosite autositic autoskeleton autosled autoslip autosomal autosomatognosis autosomatognostic autosome autosoteric autosoterism autospore autosporic autospray autostability autostage autostandardization autostarter autostethoscope autostylic autostylism autostyly autosuggestibility autosuggestible autosuggestion autosuggestionist autosuggestive autosuppression autosymbiontic autosymbolic autosymbolical autosymbolically autosymnoia autosyndesis autotelegraph autotelic autotetraploid autotetraploidy autothaumaturgist autotheater autotheism autotheist autotherapeutic autotherapy autothermy autotomic autotomize autotomous autotomy autotoxaemia autotoxic autotoxication autotoxicity autotoxicosis autotoxin autotoxis autotractor autotransformer autotransfusion autotransplant autotransplantation autotrepanation autotriploid autotriploidy autotroph autotrophic autotrophy autotropic autotropically autotropism autotruck autotuberculin autoturning autotype autotyphization autotypic autotypography autotypy autourine autovaccination autovaccine autovalet autovalve autovivisection autoxeny autoxidation autoxidator autoxidizability autoxidizable autoxidize autoxidizer autozooid autrefois autumn autumnal autumnally autumnian autumnity autunite auxamylase auxanogram auxanology auxanometer auxesis auxetic auxetical auxetically auxiliar auxiliarly auxiliary auxiliate auxiliation auxiliator auxiliatory auxilium auximone auxin auxinic auxinically auxoaction auxoamylase auxoblast auxobody auxocardia auxochrome auxochromic auxochromism auxochromous auxocyte auxoflore auxofluor auxograph auxographic auxohormone auxology auxometer auxospore auxosubstance auxotonic auxotox ava avadana avadavat avadhuta avahi avail availability available availableness availably availingly availment aval avalanche avalent avalvular avania avanious avanturine avaremotemo avarice avaricious avariciously avariciousness avascular avast avaunt ave avellan avellane avellaneous avellano avelonge aveloz avenaceous avenage avenalin avener avenge avengeful avengement avenger avengeress avenging avengingly avenin avenolith avenous avens aventail aventurine avenue aver avera average averagely averager averah averil averin averment averrable averral averruncate averruncation averruncator aversant aversation averse aversely averseness aversion aversive avert avertable averted avertedly averter avertible avian avianization avianize aviarist aviary aviate aviatic aviation aviator aviatorial aviatoriality aviatory aviatress aviatrices aviatrix avichi avicide avick avicolous avicular avicularia avicularian avicularium aviculture aviculturist avid avidious avidiously avidity avidly avidous avidya avifauna avifaunal avigate avigation avigator avijja avine aviolite avirulence avirulent aviso avital avitaminosis avitaminotic avitic avives avizandum avo avocado avocate avocation avocative avocatory avocet avodire avogadrite avoid avoidable avoidably avoidance avoider avoidless avoidment avoirdupois avolate avolation avolitional avondbloem avouch avouchable avoucher avouchment avourneen avow avowable avowableness avowably avowal avowance avowant avowed avowedly avowedness avower avowry avoyer avoyership avulse avulsion avuncular avunculate aw awa awabi awaft awag await awaiter awakable awake awaken awakenable awakener awakening awakeningly awakenment awald awalim awalt awane awanting awapuhi award awardable awarder awardment aware awaredom awareness awaruite awash awaste awat awatch awater awave away awayness awber awd awe awearied aweary aweather aweband awedness awee aweek aweel aweigh awesome awesomely awesomeness awest aweto awfu awful awfully awfulness awheel awheft awhet awhile awhir awhirl awide awiggle awikiwiki awin awing awink awiwi awkward awkwardish awkwardly awkwardness awl awless awlessness awlwort awmous awn awned awner awning awninged awnless awnlike awny awoke awork awreck awrist awrong awry ax axal axbreaker axe axed axenic axes axfetch axhammer axhammered axhead axial axiality axially axiate axiation axiform axifugal axil axile axilemma axilemmata axilla axillae axillant axillar axillary axine axinite axinomancy axiolite axiolitic axiological axiologically axiologist axiology axiom axiomatic axiomatical axiomatically axiomatization axiomatize axion axiopisty axis axised axisymmetric axisymmetrical axite axle axled axlesmith axletree axmaker axmaking axman axmanship axmaster axodendrite axofugal axogamy axoid axoidean axolemma axolotl axolysis axometer axometric axometry axon axonal axoneure axoneuron axonolipous axonometric axonometry axonophorous axonost axopetal axophyte axoplasm axopodia axopodium axospermous axostyle axseed axstone axtree axunge axweed axwise axwort ay ayacahuite ayah aye ayegreen ayelp ayenbite ayin ayless aylet ayllu ayond ayont ayous ayu azadrachta azafrin azalea azarole azedarach azelaic azelate azeotrope azeotropic azeotropism azeotropy azide aziethane azilut azimene azimethylene azimide azimine azimino aziminobenzene azimuth azimuthal azimuthally azine aziola azlactone azo azobacter azobenzene azobenzil azobenzoic azobenzol azoblack azoch azocochineal azocoralline azocorinth azocyanide azocyclic azodicarboxylic azodiphenyl azodisulphonic azoeosin azoerythrin azofication azofier azoflavine azoformamide azoformic azofy azogallein azogreen azogrenadine azohumic azoic azoimide azoisobutyronitrile azole azolitmin azomethine azon azonal azonaphthalene azonic azonium azoospermia azoparaffin azophen azophenetole azophenine azophenol azophenyl azophenylene azophosphin azophosphore azoprotein azorite azorubine azosulphine azosulphonic azotate azote azoted azotemia azotenesis azotetrazole azoth azothionium azotic azotine azotite azotize azotoluene azotometer azotorrhoea azotous azoturia azovernine azox azoxazole azoxime azoxine azoxonium azoxy azoxyanisole azoxybenzene azoxybenzoic azoxynaphthalene azoxyphenetole azoxytoluidine azteca azthionium azulene azulite azulmic azumbre azure azurean azured azureous azurine azurite azurmalachite azurous azury azygobranchiate azygomatous azygos azygosperm azygospore azygous azyme azymite azymous b ba baa baahling baal baar baba babacoote babai babasco babassu babaylan babbitt babbitter babblative babble babblement babbler babblesome babbling babblingly babblish babblishly babbly babby babe babehood babelet babelike babery babeship babesiasis babiche babied babillard babingtonite babirusa babish babished babishly babishness bablah babloh baboen baboo baboodom babooism baboon baboonery baboonish baboonroot baboot babouche babroot babu babudom babuina babuism babul babushka baby babydom babyfied babyhood babyhouse babyish babyishly babyishness babyism babylike babyolatry babyship bac bacaba bacach bacalao bacao bacbakiri bacca baccaceous baccae baccalaurean baccalaureate baccara baccarat baccate baccated bacchanal bacchanalian bacchanalianism bacchanalianly bacchanalism bacchanalization bacchanalize bacchant bacchante bacchantes bacchantic bacchar baccharis baccharoid baccheion bacchiac bacchian bacchic bacchii bacchius bacciferous bacciform baccivorous bach bache bachel bachelor bachelordom bachelorhood bachelorism bachelorize bachelorlike bachelorly bachelorship bachelorwise bachelry bacillar bacillariaceous bacillary bacillemia bacilli bacillian bacillicidal bacillicide bacillicidic bacilliculture bacilliform bacilligenic bacilliparous bacillite bacillogenic bacillogenous bacillophobia bacillosis bacilluria bacillus bacitracin back backache backaching backachy backage backband backbearing backbencher backbite backbiter backbitingly backblow backboard backbone backboned backboneless backbonelessness backbrand backbreaker backbreaking backcap backcast backchain backchat backcourt backcross backdoor backdown backdrop backed backen backer backet backfall backfatter backfield backfill backfiller backfilling backfire backfiring backflap backflash backflow backfold backframe backfriend backfurrow backgame backgammon background backhand backhanded backhandedly backhandedness backhander backhatch backheel backhooker backhouse backie backiebird backing backjaw backjoint backlands backlash backlashing backless backlet backlings backlog backlotter backmost backpedal backpiece backplate backrope backrun backsaw backscraper backset backsetting backsettler backshift backside backsight backslap backslapper backslapping backslide backslider backslidingness backspace backspacer backspang backspier backspierer backspin backspread backspringing backstaff backstage backstamp backstay backster backstick backstitch backstone backstop backstrap backstretch backstring backstrip backstroke backstromite backswept backswing backsword backswording backswordman backswordsman backtack backtender backtenter backtrack backtracker backtrick backup backveld backvelder backwall backward backwardation backwardly backwardness backwards backwash backwasher backwashing backwater backwatered backway backwood backwoods backwoodsiness backwoodsman backwoodsy backword backworm backwort backyarder baclin bacon baconer baconize baconweed bacony bacteremia bacteria bacteriaceous bacterial bacterially bacterian bacteric bactericholia bactericidal bactericide bactericidin bacterid bacteriemia bacteriform bacterin bacterioagglutinin bacterioblast bacteriocyte bacteriodiagnosis bacteriofluorescin bacteriogenic bacteriogenous bacteriohemolysin bacterioid bacterioidal bacteriologic bacteriological bacteriologically bacteriologist bacteriology bacteriolysin bacteriolysis bacteriolytic bacteriolyze bacteriopathology bacteriophage bacteriophagia bacteriophagic bacteriophagous bacteriophagy bacteriophobia bacterioprecipitin bacterioprotein bacteriopsonic bacteriopsonin bacteriopurpurin bacterioscopic bacterioscopical bacterioscopically bacterioscopist bacterioscopy bacteriosis bacteriosolvent bacteriostasis bacteriostat bacteriostatic bacteriotherapeutic bacteriotherapy bacteriotoxic bacteriotoxin bacteriotropic bacteriotropin bacteriotrypsin bacterious bacteritic bacterium bacteriuria bacterization bacterize bacteroid bacteroidal bactriticone bactritoid bacula bacule baculi baculiferous baculiform baculine baculite baculitic baculiticone baculoid baculum baculus bacury bad badan badarrah baddeleyite badderlocks baddish baddishly baddishness baddock bade badenite badge badgeless badgeman badger badgerbrush badgerer badgeringly badgerlike badgerly badgerweed badiaga badian badigeon badinage badious badland badlands badly badminton badness bae baetuli baetulus baetyl baetylic baetylus baetzner bafaro baff baffeta baffle bafflement baffler baffling bafflingly bafflingness baffy baft bafta bag baga bagani bagasse bagataway bagatelle bagatine bagattini bagattino bagel bagful baggage baggageman baggagemaster baggager baggala bagganet bagged bagger baggie baggily bagginess bagging baggit baggy baghouse bagleaves baglike bagmaker bagmaking bagman bagnio bagnut bago bagonet bagpipe bagpiper bagpipes bagplant bagrationite bagre bagreef bagroom baguette bagwig bagwigged bagworm bagwyn bah bahan bahar bahawder bahay bahera bahiaite bahisti bahnung baho bahoe bahoo baht bahur bahut bahuvrihi baidarka baiginet baignet baikalite baikerinite baikerite baikie bail bailable bailage bailee bailer bailey bailie bailiery bailieship bailiff bailiffry bailiffship bailiwick bailliage baillone bailment bailor bailpiece bailsman bailwood bain bainie baioc baiocchi baiocco bairagi bairn bairnie bairnish bairnishness bairnliness bairnly bairnteam bairntime bairnwort baister bait baiter baith baittle baitylos baize bajada bajan bajarigar bajra bajree bajri bajury baka bakal bake bakeboard baked bakehouse bakelite bakelize baken bakeoven bakepan baker bakerdom bakeress bakerite bakerless bakerly bakership bakery bakeshop bakestone bakie baking bakingly bakli baksheesh baktun baku bakula bakupari bal balachong balaclava baladine balaenid balaenoid balaenoidean balafo balagan balaghat balai balalaika balance balanceable balanced balancedness balancelle balanceman balancement balancer balancewise balancing balander balandra balandrana balaneutics balangay balanic balanid balaniferous balanism balanite balanitis balanoblennorrhea balanocele balanoid balanophoraceous balanophore balanophorin balanoplasty balanoposthitis balanopreputial balanorrhagia balantidial balantidiasis balantidic balantidiosis balao balas balata balatong balatron balatronic balausta balaustine balaustre balboa balbriggan balbutiate balbutient balbuties balconet balconied balcony bald baldachin baldachined baldachini baldachino baldberry baldcrown balden balder balderdash baldhead baldicoot baldish baldling baldly baldmoney baldness baldpate baldrib baldric baldricked baldricwise balductum baldy bale baleen balefire baleful balefully balefulness balei baleise baleless baler balete bali balibago baline balinger balinghasay balisaur balistarius balistid balistraria balita balk balker balkingly balky ball ballad ballade balladeer ballader balladeroyal balladic balladical balladier balladism balladist balladize balladlike balladling balladmonger balladmongering balladry balladwise ballahoo ballam ballan ballant ballast ballastage ballaster ballasting ballata ballate ballatoon balldom balled baller ballerina ballet balletic balletomane balli ballist ballista ballistae ballistic ballistically ballistician ballistics ballistocardiograph ballium ballmine ballogan ballonet balloon balloonation ballooner balloonery balloonet balloonfish balloonflower balloonful ballooning balloonish balloonist balloonlike ballot ballotade ballotage balloter balloting ballotist ballottement ballow ballplayer ballproof ballroom ballstock ballup ballweed bally ballyhack ballyhoo ballyhooer ballywack ballywrack balm balmacaan balmily balminess balmlike balmony balmy balneal balneary balneation balneatory balneographer balneography balneologic balneological balneologist balneology balneophysiology balneotechnics balneotherapeutics balneotherapia balneotherapy balonea baloney baloo balow balsa balsam balsamation balsameaceous balsamer balsamic balsamical balsamically balsamiferous balsamina balsaminaceous balsamine balsamitic balsamiticness balsamize balsamo balsamous balsamroot balsamum balsamweed balsamy baltei balter balteus baltimorite balu baluchithere baluchitheria baluchitherium balushai baluster balustered balustrade balustraded balustrading balut balwarra balza balzarine bam bamban bambini bambino bambocciade bamboo bamboozle bamboozlement bamboozler bamboula bamoth ban banaba banago banak banakite banal banality banally banana bananist bananivorous banat banatite banausic banc banca bancal banchi banco bancus band banda bandage bandager bandagist bandaite bandaka bandala bandalore bandanna bandannaed bandar bandarlog bandbox bandboxical bandboxy bandcase bandcutter bande bandeau banded bandelet bander banderole bandersnatch bandfish bandhava bandhook bandhu bandi bandicoot bandicoy bandie bandikai bandiness banding bandit banditism banditry banditti bandle bandless bandlessly bandlessness bandlet bandman bandmaster bando bandog bandoleer bandoleered bandoline bandonion bandore bandrol bandsman bandstand bandster bandstring bandwork bandy bandyball bandyman bane baneberry baneful banefully banefulness banewort bang banga bangalay bangalow bangboard bange banger banghy bangiaceous banging bangkok bangle bangled bangling bangster bangtail bani banian banig banilad banish banisher banishment banister baniwa baniya banjo banjoist banjore banjorine banjuke bank bankable bankbook banked banker bankera bankerdom bankeress banket bankfull banking bankman bankrider bankrupt bankruptcy bankruptism bankruptlike bankruptly bankruptship bankrupture bankshall bankside banksman bankweed banky banner bannered bannerer banneret bannerfish bannerless bannerlike bannerman bannerol bannerwise bannet banning bannister bannock banns bannut banovina banquet banqueteer banqueteering banqueter banquette bansalague banshee banstickle bant bantam bantamize bantamweight bantay bantayan banteng banter banterer banteringly bantery bantingize bantling banty banuyo banxring banya banyan banzai baobab bap baptisin baptism baptismal baptismally baptistery baptistic baptizable baptize baptizee baptizement baptizer bar bara barabara barabora barad baragnosis baragouin baragouinish barajillo barandos barangay barasingha barathea barathra barathrum barauna barb barbacou barbal barbaloin barbaralalia barbaresque barbarian barbarianism barbarianize barbaric barbarical barbarically barbarious barbariousness barbarism barbarity barbarization barbarize barbarous barbarously barbarousness barbary barbas barbasco barbastel barbate barbated barbatimao barbe barbecue barbed barbeiro barbel barbellate barbellula barbellulate barber barberess barberfish barberish barberry barbershop barbet barbette barbican barbicel barbigerous barbion barbital barbitalism barbiton barbitone barbitos barbiturate barbituric barbless barblet barbone barbotine barbudo barbulate barbule barbulyie barbwire barcarole barcella barcelona bard bardane bardash bardcraft bardel bardess bardic bardie bardiglio bardily bardiness barding bardish bardism bardlet bardlike bardling bardo bardship bardy bare bareback barebacked bareboat barebone bareboned bareca barefaced barefacedly barefacedness barefit barefoot barefooted barehanded barehead bareheaded bareheadedness barelegged barely barenecked bareness barer baresark baresma baretta barff barfish barfly barful bargain bargainee bargainer bargainor bargainwise bargander barge bargeboard bargee bargeer bargeese bargehouse bargelike bargeload bargeman bargemaster barger bargh bargham barghest bargoose bari baria baric barid barie barile barilla baring baris barish barit barite baritone barium bark barkbound barkcutter barkeeper barken barkentine barker barkery barkevikite barkevikitic barkey barkhan barking barkingly barkle barkless barklyite barkometer barkpeel barkpeeler barkpeeling barksome barky barlafumble barlafummil barless barley barleybird barleybreak barleycorn barleyhood barleymow barleysick barling barlock barlow barm barmaid barman barmaster barmbrack barmcloth barmkin barmote barmskin barmy barmybrained barn barnacle barnard barnbrack barney barnful barnhardtite barnman barnstorm barnstormer barnstorming barny barnyard barocyclonometer barodynamic barodynamics barognosis barogram barograph barographic baroi barolo barology barometer barometric barometrical barometrically barometrograph barometrography barometry barometz baromotor baron baronage baroness baronet baronetage baronetcy baronethood baronetical baronetship barong baronial baronize baronry baronship barony baroque baroscope baroscopic baroscopical barosmin barotactic barotaxis barotaxy barothermograph barothermohygrograph baroto barouche barouchet baroxyton barpost barquantine barra barrabkie barrable barrabora barracan barrack barracker barraclade barracoon barracouta barracuda barrad barragan barrage barragon barramunda barramundi barranca barrandite barras barrator barratrous barratrously barratry barred barrel barrelage barreled barreler barrelet barrelful barrelhead barrelmaker barrelmaking barrelwise barren barrenly barrenness barrenwort barrer barret barrette barretter barricade barricader barricado barrico barrier barriguda barrigudo barrikin barriness barring barrio barrister barristerial barristership barristress barroom barrow barrowful barrowman barrulee barrulet barrulety barruly barry barse barsom bartender bartending barter barterer barth barthite bartholinitis bartizan bartizaned barton baru baruria barvel barwal barway barways barwise barwood barycenter barycentric barye baryecoia baryglossia barylalia barylite baryphonia baryphonic baryphony barysilite barysphere baryta barytes barythymia barytic barytine barytocalcite barytocelestine barytocelestite baryton barytone barytophyllite barytostrontianite barytosulphate bas basal basale basalia basally basalt basaltes basaltic basaltiform basaltine basaltoid basanite basaree bascule base baseball baseballdom baseballer baseboard baseborn basebred based basehearted baseheartedness baselard baseless baselessly baselessness baselike baseliner basellaceous basely baseman basement basementward baseness basenji bases bash bashaw bashawdom bashawism bashawship bashful bashfully bashfulness bashlyk basial basialveolar basiarachnitis basiarachnoiditis basiate basiation basibranchial basibranchiate basibregmatic basic basically basichromatic basichromatin basichromatinic basichromiole basicity basicranial basicytoparaplastin basidia basidial basidigital basidigitale basidiogenetic basidiolichen basidiomycete basidiomycetous basidiophore basidiospore basidiosporous basidium basidorsal basifacial basification basifier basifixed basifugal basify basigamous basigamy basigenic basigenous basiglandular basigynium basihyal basihyoid basil basilar basilary basilateral basilemma basileus basilic basilica basilical basilican basilicate basilicon basilinna basiliscan basiliscine basilisk basilissa basilweed basilysis basilyst basimesostasis basin basinasal basinasial basined basinerved basinet basinlike basioccipital basion basiophitic basiophthalmite basiophthalmous basiotribe basiotripsy basiparachromatin basiparaplastin basipetal basiphobia basipodite basipoditic basipterygial basipterygium basipterygoid basiradial basirhinal basirostral basis basiscopic basisphenoid basisphenoidal basitemporal basiventral basivertebral bask basker basket basketball basketballer basketful basketing basketmaker basketmaking basketry basketware basketwoman basketwood basketwork basketworm basoid basommatophorous bason basophile basophilia basophilic basophilous basophobia basos basote basque basqued basquine bass bassan bassanello bassanite bassara bassarid bassarisk basset bassetite bassetta bassie bassine bassinet bassist bassness basso bassoon bassoonist bassorin bassus basswood bast basta bastard bastardism bastardization bastardize bastardliness bastardly bastardy baste basten baster bastide bastille bastinade bastinado basting bastion bastionary bastioned bastionet bastite bastnasite basto baston basurale bat bataan batad batakan bataleur batara batata batatilla batch batcher bate batea bateau bateaux bated batel bateman batement bater batfish batfowl batfowler batfowling bath bathe batheable bather bathetic bathflower bathhouse bathic bathing bathless bathman bathmic bathmism bathmotropic bathmotropism bathochromatic bathochromatism bathochrome bathochromic bathochromy bathoflore bathofloric batholite batholith batholithic batholitic bathometer bathophobia bathorse bathos bathrobe bathroom bathroomed bathroot bathtub bathukolpian bathukolpic bathvillite bathwort bathyal bathyanesthesia bathybian bathybic bathybius bathycentesis bathychrome bathycolpian bathycolpic bathycurrent bathyesthesia bathygraphic bathyhyperesthesia bathyhypesthesia bathylimnetic bathylite bathylith bathylithic bathylitic bathymeter bathymetric bathymetrical bathymetrically bathymetry bathyorographical bathypelagic bathyplankton bathyseism bathysmal bathysophic bathysophical bathysphere bathythermograph batidaceous batik batiker batikulin batikuling bating batino batiste batitinan batlan batlike batling batlon batman batoid baton batonistic batonne batophobia batrachian batrachiate batrachoid batrachophagous batrachophobia batrachoplasty bats batsman batsmanship batster batswing batt batta battailous battalia battalion battarism battarismus battel batteler batten battener battening batter batterable battercake batterdock battered batterer batterfang batteried batterman battery batteryman battik batting battish battle battled battledore battlefield battleful battleground battlement battlemented battleplane battler battleship battlesome battlestead battlewagon battleward battlewise battological battologist battologize battology battue batty batukite batule batwing batyphone batz batzen bauble baublery baubling bauch bauchle bauckie bauckiebird baud baudekin baudrons baul bauleah baumhauerite baun bauno bauson bausond bauta bauxite bauxitite bavaroy bavary bavenite baviaantje bavian baviere bavin bavoso baw bawarchi bawbee bawcock bawd bawdily bawdiness bawdry bawdship bawdyhouse bawl bawler bawley bawn bawtie baxter baxtone bay baya bayadere bayal bayamo bayard bayardly bayberry baybolt baybush baycuru bayed bayeta baygall bayhead bayish bayldonite baylet baylike bayman bayness bayok bayonet bayoneted bayoneteer bayou baywood bazaar baze bazoo bazooka bazzite bdellid bdellium bdelloid bdellotomy be beach beachcomb beachcomber beachcombing beached beachhead beachlamar beachless beachman beachmaster beachward beachy beacon beaconage beaconless beaconwise bead beaded beader beadflush beadhouse beadily beadiness beading beadle beadledom beadlehood beadleism beadlery beadleship beadlet beadlike beadman beadroll beadrow beadsman beadswoman beadwork beady beagle beagling beak beaked beaker beakerful beakerman beakermen beakful beakhead beakiron beaklike beaky beal beala bealing beallach bealtared beam beamage beambird beamed beamer beamfilling beamful beamhouse beamily beaminess beaming beamingly beamish beamless beamlet beamlike beamman beamsman beamster beamwork beamy bean beanbag beanbags beancod beanery beanfeast beanfeaster beanfield beanie beano beansetter beanshooter beanstalk beant beanweed beany beaproned bear bearable bearableness bearably bearance bearbaiter bearbaiting bearbane bearberry bearbind bearbine bearcoot beard bearded bearder beardie bearding beardless beardlessness beardom beardtongue beardy bearer bearess bearfoot bearherd bearhide bearhound bearing bearish bearishly bearishness bearlet bearlike bearm bearship bearskin beartongue bearward bearwood bearwort beast beastbane beastdom beasthood beastie beastily beastish beastishness beastlike beastlily beastliness beastling beastlings beastly beastman beastship beat beata beatable beatae beatee beaten beater beaterman beath beatific beatifical beatifically beatificate beatification beatify beatinest beating beatitude beatster beatus beau beaufin beauish beauism beaupere beauseant beauship beauteous beauteously beauteousness beauti beautician beautied beautification beautifier beautiful beautifully beautifulness beautify beautihood beauty beautydom beautyship beaux beaver beaverboard beavered beaverette beaverish beaverism beaverite beaverize beaverkin beaverlike beaverpelt beaverroot beaverteen beaverwood beavery beback bebait beballed bebang bebannered bebar bebaron bebaste bebat bebathe bebatter bebay bebeast bebed bebeerine bebeeru bebelted bebilya bebite bebization beblain beblear bebled bebless beblister beblood bebloom beblotch beblubber bebog bebop beboss bebotch bebothered bebouldered bebrave bebreech bebrine bebrother bebrush bebump bebusy bebuttoned becall becalm becalmment becap becard becarpet becarve becassocked becater because beccafico becense bechained bechalk bechance becharm bechase bechatter bechauffeur becheck becher bechern bechignoned bechirp becircled becivet beck beckelite becker becket beckiron beckon beckoner beckoning beckoningly beclad beclamor beclamour beclang beclart beclasp beclatter beclaw becloak beclog beclothe becloud beclout beclown becluster becobweb becoiffed becollier becolme becolor becombed become becomes becoming becomingly becomingness becomma becompass becompliment becoom becoresh becost becousined becovet becoward becquerelite becram becramp becrampon becrawl becreep becrime becrimson becrinolined becripple becroak becross becrowd becrown becrush becrust becry becudgel becuffed becuiba becumber becuna becurl becurry becurse becurtained becushioned becut bed bedabble bedad bedaggered bedamn bedamp bedangled bedare bedark bedarken bedash bedaub bedawn beday bedaze bedazement bedazzle bedazzlement bedazzling bedazzlingly bedboard bedbug bedcap bedcase bedchair bedchamber bedclothes bedcord bedcover bedded bedder bedding bedead bedeaf bedeafen bedebt bedeck bedecorate bedeguar bedel beden bedene bedesman bedevil bedevilment bedew bedewer bedewoman bedfast bedfellow bedfellowship bedflower bedfoot bedframe bedgery bedgoer bedgown bediademed bediamonded bediaper bedight bedikah bedim bedimple bedin bedip bedirt bedirter bedirty bedismal bedizen bedizenment bedkey bedlam bedlamer bedlamism bedlamite bedlamitish bedlamize bedlar bedless bedlids bedmaker bedmaking bedman bedmate bedoctor bedog bedolt bedot bedote bedouse bedown bedoyo bedpan bedplate bedpost bedquilt bedrabble bedraggle bedragglement bedrail bedral bedrape bedravel bedrench bedress bedribble bedrid bedridden bedriddenness bedrift bedright bedrip bedrivel bedrizzle bedrock bedroll bedroom bedrop bedrown bedrowse bedrug bedscrew bedsick bedside bedsite bedsock bedsore bedspread bedspring bedstaff bedstand bedstaves bedstead bedstock bedstraw bedstring bedtick bedticking bedtime bedub beduchess beduck beduke bedull bedumb bedunce bedunch bedung bedur bedusk bedust bedwarf bedway bedways bedwell bedye bee beearn beebread beech beechdrops beechen beechnut beechwood beechwoods beechy beedged beedom beef beefeater beefer beefhead beefheaded beefily beefin beefiness beefish beefishness beefless beeflower beefsteak beeftongue beefwood beefy beegerite beehead beeheaded beeherd beehive beehouse beeish beeishness beek beekeeper beekeeping beekite beelbow beelike beeline beelol beeman beemaster been beennut beer beerage beerbachite beerbibber beerhouse beerily beeriness beerish beerishly beermaker beermaking beermonger beerocracy beerpull beery bees beest beestings beeswax beeswing beeswinged beet beeth beetle beetled beetlehead beetleheaded beetler beetlestock beetlestone beetleweed beetmister beetrave beetroot beetrooty beety beeve beevish beeware beeway beeweed beewise beewort befall befame befamilied befamine befan befancy befanned befathered befavor befavour befeather beferned befetished befetter befezzed befiddle befilch befile befilleted befilmed befilth befinger befire befist befit befitting befittingly befittingness beflag beflannel beflap beflatter beflea befleck beflounce beflour beflout beflower beflum befluster befoam befog befool befoolment befop before beforehand beforeness beforested beforetime beforetimes befortune befoul befouler befoulment befountained befraught befreckle befreeze befreight befret befriend befriender befriendment befrill befringe befriz befrocked befrogged befrounce befrumple befuddle befuddlement befuddler befume befurbelowed befurred beg begabled begad begall begani begar begari begarlanded begarnish begartered begash begat begaud begaudy begay begaze begeck begem beget begettal begetter beggable beggar beggardom beggarer beggaress beggarhood beggarism beggarlike beggarliness beggarly beggarman beggarweed beggarwise beggarwoman beggary beggiatoaceous begging beggingly beggingwise begift begiggle begild begin beginger beginner beginning begird begirdle beglad beglamour beglare beglerbeg beglerbeglic beglerbegluc beglerbegship beglerbey beglic beglide beglitter beglobed begloom begloze begluc beglue begnaw bego begob begobs begoggled begohm begone begonia begoniaceous begorra begorry begotten begottenness begoud begowk begowned begrace begrain begrave begray begrease begreen begrett begrim begrime begrimer begroan begrown begrudge begrudgingly begruntle begrutch begrutten beguard beguess beguile beguileful beguilement beguiler beguiling beguilingly beguine begulf begum begun begunk begut behale behalf behallow behammer behap behatted behave behavior behavioral behaviored behaviorism behaviorist behavioristic behavioristically behead beheadal beheader beheadlined behear behears behearse behedge beheld behelp behemoth behen behenate behenic behest behind behinder behindhand behindsight behint behn behold beholdable beholden beholder beholding beholdingness behoney behoof behooped behoot behoove behooveful behoovefully behoovefulness behooves behooving behoovingly behorn behorror behowl behung behusband behymn behypocrite beice beige being beingless beingness beinked beira beisa bejabers bejade bejan bejant bejaundice bejazz bejel bejewel bejezebel bejig bejuggle bejumble bekah bekerchief bekick bekilted beking bekinkinite bekiss bekko beknave beknight beknit beknived beknotted beknottedly beknottedness beknow beknown bel bela belabor belaced beladle belady belage belah belam belanda belar belard belash belate belated belatedly belatedness belatticed belaud belauder belavendered belay belayer belch belcher beld beldam beldamship belderroot belduque beleaf beleaguer beleaguerer beleaguerment beleap beleave belecture beledgered belee belemnid belemnite belemnitic belemnoid beletter belfried belfry belga belibel belick belie belief beliefful belieffulness beliefless belier believability believable believableness believe believer believing believingly belight beliked belimousined belion beliquor belite belitter belittle belittlement belittler belive bell belladonna bellarmine bellbind bellbird bellbottle bellboy belle belled belledom bellehood belleric belletrist belletristic bellflower bellhanger bellhanging bellhop bellhouse bellicism bellicose bellicosely bellicoseness bellicosity bellied belliferous belligerence belligerency belligerent belligerently belling bellipotent bellite bellmaker bellmaking bellman bellmanship bellmaster bellmouth bellmouthed bellonion bellote bellow bellower bellows bellowsful bellowslike bellowsmaker bellowsmaking bellowsman bellpull belltail belltopper belltopperdom bellware bellwaver bellweed bellwether bellwind bellwine bellwood bellwort belly bellyache bellyband bellyer bellyfish bellyflaught bellyful bellying bellyland bellylike bellyman bellypiece bellypinch beloam beloeilite beloid belomancy belonesite belong belonger belonging belonid belonite belonoid belonosphaerite belord belout belove beloved below belowstairs belozenged belsire belt belted belter beltie beltine belting beltmaker beltmaking beltman belton beltwise beluga belugite belute belve belvedere bely belying belyingly belzebuth bema bemad bemadam bemaddening bemail bemaim bemajesty beman bemangle bemantle bemar bemartyr bemask bemaster bemat bemata bemaul bemazed bemeal bemean bemedaled bemedalled bementite bemercy bemingle beminstrel bemire bemirement bemirror bemirrorment bemist bemistress bemitered bemitred bemix bemoan bemoanable bemoaner bemoaning bemoaningly bemoat bemock bemoil bemoisten bemole bemolt bemonster bemoon bemotto bemoult bemouth bemuck bemud bemuddle bemuddlement bemuddy bemuffle bemurmur bemuse bemused bemusedly bemusement bemusk bemuslined bemuzzle ben bena benab bename benami benamidar benasty benben bench benchboard bencher benchership benchfellow benchful benching benchland benchlet benchman benchwork benchy bencite bend benda bendability bendable bended bender bending bendingly bendlet bendsome bendwise bendy bene beneaped beneath beneception beneceptive beneceptor benedicite benedict benediction benedictional benedictionary benedictive benedictively benedictory benedight benefaction benefactive benefactor benefactorship benefactory benefactress benefic benefice beneficed beneficeless beneficence beneficent beneficential beneficently beneficial beneficially beneficialness beneficiary beneficiaryship beneficiate beneficiation benefit benefiter beneighbored benempt benempted beneplacito benet benettle benevolence benevolent benevolently benevolentness benevolist beng bengaline beni benight benighted benightedness benighten benighter benightmare benightment benign benignancy benignant benignantly benignity benignly benison benitoite benj benjamin benjaminite benjy benmost benn benne bennel bennet bennettitaceous bennetweed benny beno benorth benote bensel bensh benshea benshee benshi bent bentang benthal benthic benthon benthonic benthos bentiness benting bentonite bentstar bentwood benty benumb benumbed benumbedness benumbing benumbingly benumbment benward benweed benzacridine benzal benzalacetone benzalacetophenone benzalaniline benzalazine benzalcohol benzalcyanhydrin benzaldehyde benzaldiphenyl benzaldoxime benzalethylamine benzalhydrazine benzalphenylhydrazone benzalphthalide benzamide benzamido benzamine benzaminic benzamino benzanalgen benzanilide benzanthrone benzantialdoxime benzazide benzazimide benzazine benzazole benzbitriazole benzdiazine benzdifuran benzdioxazine benzdioxdiazine benzdioxtriazine benzein benzene benzenediazonium benzenoid benzenyl benzhydrol benzhydroxamic benzidine benzidino benzil benzilic benzimidazole benziminazole benzinduline benzine benzo benzoate benzoated benzoazurine benzobis benzocaine benzocoumaran benzodiazine benzodiazole benzoflavine benzofluorene benzofulvene benzofuran benzofuroquinoxaline benzofuryl benzoglycolic benzoglyoxaline benzohydrol benzoic benzoid benzoin benzoinated benzoiodohydrin benzol benzolate benzole benzolize benzomorpholine benzonaphthol benzonitrile benzonitrol benzoperoxide benzophenanthrazine benzophenanthroline benzophenazine benzophenol benzophenone benzophenothiazine benzophenoxazine benzophloroglucinol benzophosphinic benzophthalazine benzopinacone benzopyran benzopyranyl benzopyrazolone benzopyrylium benzoquinoline benzoquinone benzoquinoxaline benzosulphimide benzotetrazine benzotetrazole benzothiazine benzothiazole benzothiazoline benzothiodiazole benzothiofuran benzothiophene benzothiopyran benzotoluide benzotriazine benzotriazole benzotrichloride benzotrifuran benzoxate benzoxy benzoxyacetic benzoxycamphor benzoxyphenanthrene benzoyl benzoylate benzoylation benzoylformic benzoylglycine benzpinacone benzthiophen benztrioxazine benzyl benzylamine benzylic benzylidene benzylpenicillin beode bepaid bepale bepaper beparch beparody beparse bepart bepaste bepastured bepat bepatched bepaw bepearl bepelt bepen bepepper beperiwigged bepester bepewed bephilter bephrase bepicture bepiece bepierce bepile bepill bepillared bepimple bepinch bepistoled bepity beplague beplaided beplaster beplumed bepommel bepowder bepraise bepraisement bepraiser beprank bepray bepreach bepress bepretty bepride beprose bepuddle bepuff bepun bepurple bepuzzle bepuzzlement bequalm bequeath bequeathable bequeathal bequeather bequeathment bequest bequirtle bequote ber berain berairou berakah berake berakoth berapt berascal berat berate berattle beraunite beray berbamine berberid berberidaceous berberine berberry berdache bere bereason bereave bereavement bereaven bereaver bereft berend berengelite beresite beret berewick berg bergalith bergamiol bergamot bergander bergaptene berger berghaan berginization berginize berglet bergschrund bergut bergy bergylt berhyme beribanded beribboned beriberi beriberic beride berigora beringed beringite beringleted berinse berith berkelium berkovets berkowitz berley berlin berline berlinite berm bermudite berne bernicle berobed beroll berouged beround berrendo berret berri berried berrier berrigan berrugate berry berrybush berryless berrylike berrypicker berrypicking berseem berserk berserker berth berthage berthed berther berthierite berthing bertram bertrandite bertrum beruffed beruffled berust bervie berycid beryciform berycine berycoid berycoidean beryl berylate beryllia berylline berylliosis beryllium berylloid beryllonate beryllonite beryllosis berzelianite berzeliite bes besa besagne besaiel besaint besan besanctify besauce bescab bescarf bescatter bescent bescorch bescorn bescoundrel bescour bescourge bescramble bescrape bescratch bescrawl bescreen bescribble bescurf bescurvy bescutcheon beseam besee beseech beseecher beseeching beseechingly beseechingness beseechment beseem beseeming beseemingly beseemingness beseemliness beseemly beseen beset besetment besetter besetting beshackle beshade beshadow beshag beshake beshame beshawled beshear beshell beshield beshine beshiver beshlik beshod beshout beshow beshower beshrew beshriek beshrivel beshroud besiclometer beside besides besiege besieged besiegement besieger besieging besiegingly besigh besilver besin besing besiren besit beslab beslap beslash beslave beslaver besleeve beslime beslimer beslings beslipper beslobber beslow beslubber beslur beslushed besmear besmearer besmell besmile besmirch besmircher besmirchment besmoke besmooth besmother besmouch besmudge besmut besmutch besnare besneer besnivel besnow besnuff besodden besogne besognier besoil besom besomer besonnet besoot besoothe besoothement besot besotment besotted besottedly besottedness besotting besottingly besought besoul besour bespangle bespate bespatter bespatterer bespatterment bespawl bespeak bespeakable bespeaker bespecked bespeckle bespecklement bespectacled besped bespeech bespeed bespell bespelled bespend bespete bespew bespice bespill bespin bespirit bespit besplash besplatter besplit bespoke bespoken bespot bespottedness bespouse bespout bespray bespread besprent besprinkle besprinkler bespurred besputter bespy besqueeze besquib besra bessemer bessemerize best bestab bestain bestamp bestar bestare bestarve bestatued bestay bestayed bestead besteer bestench bester bestial bestialism bestialist bestiality bestialize bestially bestiarian bestiarianism bestiary bestick bestill bestink bestir bestness bestock bestore bestorm bestove bestow bestowable bestowage bestowal bestower bestowing bestowment bestraddle bestrapped bestraught bestraw bestreak bestream bestrew bestrewment bestride bestripe bestrode bestubbled bestuck bestud besugar besuit besully beswarm besweatered besweeten beswelter beswim beswinge beswitch bet beta betacism betacismus betafite betag betail betailor betaine betainogen betalk betallow betangle betanglement betask betassel betatron betattered betaxed betear beteela beteem betel beth bethabara bethankit bethel bethflower bethink bethought bethrall bethreaten bethroot bethumb bethump bethunder bethwack betide betimber betimes betinge betipple betire betis betitle betocsin betoil betoken betokener betone betongue betony betorcin betorcinol betoss betowel betowered betrace betrail betrample betrap betravel betray betrayal betrayer betrayment betread betrend betrim betrinket betroth betrothal betrothed betrothment betrough betrousered betrumpet betrunk betso betted better betterer bettergates bettering betterly betterment bettermost betterness betters betting bettong bettonga bettor betty betuckered betulaceous betulin betulinamaric betulinic betulinol beturbaned betusked betutor betutored betwattled between betweenbrain betweenity betweenmaid betweenness betweenwhiles betwine betwit betwixen betwixt beudantite beuniformed bevatron beveil bevel beveled beveler bevelled bevelment bevenom bever beverage beverse bevesseled bevesselled beveto bevillain bevined bevoiled bevomit bevue bevy bewail bewailable bewailer bewailing bewailingly bewailment bewaitered bewall beware bewash bewaste bewater beweary beweep beweeper bewelcome bewelter bewept bewest bewet bewhig bewhiskered bewhisper bewhistle bewhite bewhiten bewidow bewig bewigged bewilder bewildered bewilderedly bewilderedness bewildering bewilderingly bewilderment bewimple bewinged bewinter bewired bewitch bewitchedness bewitcher bewitchery bewitchful bewitching bewitchingly bewitchingness bewitchment bewith bewizard bework beworm beworn beworry beworship bewrap bewrathed bewray bewrayer bewrayingly bewrayment bewreath bewreck bewrite bey beydom beylic beylical beyond beyrichite beyship bezant bezantee bezanty bezel bezesteen bezetta bezique bezoar bezoardic bezonian bezzi bezzle bezzo bhabar bhagavat bhagavata bhaiachari bhaiyachara bhakta bhakti bhalu bhandar bhandari bhang bhangi bhara bharal bhat bhava bheesty bhikku bhikshu bhoosa bhoy bhungi bhungini bhut bhutatathata biabo biacetyl biacetylene biacid biacromial biacuminate biacuru bialate biallyl bialveolar bianchite bianco biangular biangulate biangulated biangulous bianisidine biannual biannually biannulate biarchy biarcuate biarcuated biarticular biarticulate biarticulated bias biasness biasteric biaswise biatomic biauricular biauriculate biaxal biaxial biaxiality biaxially biaxillary bib bibacious bibacity bibasic bibation bibb bibber bibble bibbler bibbons bibcock bibenzyl bibi bibionid bibiri bibitory bibless biblioclasm biblioclast bibliofilm bibliogenesis bibliognost bibliognostic bibliogony bibliograph bibliographer bibliographic bibliographical bibliographically bibliographize bibliography biblioklept bibliokleptomania bibliokleptomaniac bibliolater bibliolatrous bibliolatry bibliological bibliologist bibliology bibliomancy bibliomane bibliomania bibliomaniac bibliomaniacal bibliomanian bibliomanianism bibliomanism bibliomanist bibliopegic bibliopegist bibliopegistic bibliopegy bibliophage bibliophagic bibliophagist bibliophagous bibliophile bibliophilic bibliophilism bibliophilist bibliophilistic bibliophily bibliophobia bibliopolar bibliopole bibliopolery bibliopolic bibliopolical bibliopolically bibliopolism bibliopolist bibliopolistic bibliopoly bibliosoph bibliotaph bibliotaphic bibliothec bibliotheca bibliothecal bibliothecarial bibliothecarian bibliothecary bibliotherapeutic bibliotherapist bibliotherapy bibliothetic bibliotic bibliotics bibliotist biblus biborate bibracteate bibracteolate bibulosity bibulous bibulously bibulousness bicalcarate bicameral bicameralism bicamerist bicapitate bicapsular bicarbonate bicarbureted bicarinate bicarpellary bicarpellate bicaudal bicaudate bice bicellular bicentenary bicentennial bicephalic bicephalous biceps bicetyl bichir bichloride bichord bichromate bichromatic bichromatize bichrome bichromic bichy biciliate biciliated bicipital bicipitous bicircular bicirrose bick bicker bickerer bickern biclavate biclinium bicollateral bicollaterality bicolligate bicolor bicolored bicolorous biconcave biconcavity bicondylar bicone biconic biconical biconically biconjugate biconsonantal biconvex bicorn bicornate bicorne bicorned bicornous bicornuate bicornuous bicornute bicorporal bicorporate bicorporeal bicostate bicrenate bicrescentic bicrofarad bicron bicrural bicursal bicuspid bicuspidate bicyanide bicycle bicycler bicyclic bicyclism bicyclist bicyclo bicycloheptane bicylindrical bid bidactyl bidactyle bidactylous bidar bidarka bidcock biddable biddableness biddably biddance bidder bidding biddy bide bident bidental bidentate bidented bidential bidenticulate bider bidet bidigitate bidimensional biding bidirectional bidiurnal bidri biduous bieberite bield bieldy bielectrolysis bielenite bien bienly bienness biennia biennial biennially biennium bier bierbalk biethnic bietle bifacial bifanged bifara bifarious bifariously bifer biferous biff biffin bifid bifidate bifidated bifidity bifidly bifilar bifilarly bifistular biflabellate biflagellate biflecnode biflected biflex biflorate biflorous bifluoride bifocal bifoil bifold bifolia bifoliate bifoliolate bifolium biforked biform biformed biformity biforous bifront bifrontal bifronted bifurcal bifurcate bifurcated bifurcately bifurcation big biga bigamic bigamist bigamistic bigamize bigamous bigamously bigamy bigarade bigaroon bigarreau bigbloom bigemina bigeminal bigeminate bigeminated bigeminum bigener bigeneric bigential bigeye bigg biggah biggen bigger biggest biggin biggish biggonet bigha bighead bighearted bigheartedness bighorn bight biglandular biglenoid biglot bigmouth bigmouthed bigness bignoniaceous bignoniad bignou bigoniac bigonial bigot bigoted bigotedly bigotish bigotry bigotty bigroot bigthatch biguanide biguttate biguttulate bigwig bigwigged bigwiggedness bigwiggery bigwiggism bihamate biharmonic bihourly bihydrazine bija bijasal bijou bijouterie bijoux bijugate bijugular bike bikh bikhaconitine bikini bilabe bilabial bilabiate bilalo bilamellar bilamellate bilamellated bilaminar bilaminate bilaminated bilander bilateral bilateralism bilaterality bilaterally bilateralness bilberry bilbie bilbo bilboquet bilby bilch bilcock bildar bilders bile bilestone bilge bilgy bilharzial bilharziasis bilharzic bilharziosis bilianic biliary biliate biliation bilic bilicyanin bilifaction biliferous bilification bilifuscin bilify bilihumin bilimbi bilimbing biliment bilinear bilineate bilingual bilingualism bilingually bilinguar bilinguist bilinigrin bilinite bilio bilious biliously biliousness biliprasin bilipurpurin bilipyrrhin bilirubin bilirubinemia bilirubinic bilirubinuria biliteral biliteralism bilith bilithon biliverdic biliverdin bilixanthin bilk bilker bill billa billable billabong billback billbeetle billboard billbroking billbug billed biller billet billeter billethead billeting billetwood billety billfish billfold billhead billheading billholder billhook billian billiard billiardist billiardly billiards billikin billing billingsgate billion billionaire billionism billionth billitonite billman billon billot billow billowiness billowy billposter billposting billsticker billsticking billy billyboy billycan billycock billyer billyhood billywix bilo bilobated bilobe bilobed bilobiate bilobular bilocation bilocellate bilocular biloculate biloculine bilophodont bilsh bilsted biltong biltongue bimaculate bimaculated bimalar bimanal bimane bimanous bimanual bimanually bimarginate bimarine bimastic bimastism bimastoid bimasty bimaxillary bimbil bimeby bimensal bimester bimestrial bimetalic bimetallism bimetallist bimetallistic bimillenary bimillennium bimillionaire bimodal bimodality bimolecular bimonthly bimotored bimotors bimucronate bimuscular bin binal binaphthyl binarium binary binate binately bination binational binaural binauricular binbashi bind binder bindery bindheimite binding bindingly bindingness bindle bindlet bindoree bindweb bindweed bindwith bindwood bine binervate bineweed bing binge bingey binghi bingle bingo bingy binh biniodide bink binman binna binnacle binning binnite binnogue bino binocle binocular binocularity binocularly binoculate binodal binode binodose binodous binomenclature binomial binomialism binomially binominal binominated binominous binormal binotic binotonous binous binoxalate binoxide bint bintangor binturong binuclear binucleate binucleated binucleolate binukau biobibliographical biobibliography bioblast bioblastic biocatalyst biocellate biocentric biochemic biochemical biochemically biochemics biochemist biochemistry biochemy biochore bioclimatic bioclimatology biocoenose biocoenosis biocoenotic biocycle biod biodynamic biodynamical biodynamics biodyne bioecologic bioecological bioecologically bioecologist bioecology biogen biogenase biogenesis biogenesist biogenetic biogenetical biogenetically biogenetics biogenous biogeny biogeochemistry biogeographic biogeographical biogeographically biogeography biognosis biograph biographee biographer biographic biographical biographically biographist biographize biography bioherm biokinetics biolinguistics biolith biologese biologic biological biologically biologicohumanistic biologism biologist biologize biology bioluminescence bioluminescent biolysis biolytic biomagnetic biomagnetism biomathematics biome biomechanical biomechanics biometeorology biometer biometric biometrical biometrically biometrician biometricist biometrics biometry biomicroscopy bion bionergy bionomic bionomical bionomically bionomics bionomist bionomy biophagism biophagous biophagy biophilous biophore biophotophone biophysical biophysicochemical biophysics biophysiography biophysiological biophysiologist biophysiology biophyte bioplasm bioplasmic bioplast bioplastic bioprecipitation biopsic biopsy biopsychic biopsychical biopsychological biopsychologist biopsychology biopyribole bioral biorbital biordinal bioreaction biorgan bios bioscope bioscopic bioscopy biose biosis biosocial biosociological biosphere biostatic biostatical biostatics biostatistics biosterin biosterol biostratigraphy biosynthesis biosynthetic biosystematic biosystematics biosystematist biosystematy biota biotaxy biotechnics biotic biotical biotics biotin biotite biotitic biotome biotomy biotope biotype biotypic biovular biovulate bioxalate bioxide bipack bipaleolate bipalmate biparasitic biparental biparietal biparous biparted bipartible bipartient bipartile bipartisan bipartisanship bipartite bipartitely bipartition biparty bipaschal bipectinate bipectinated biped bipedal bipedality bipedism bipeltate bipennate bipennated bipenniform biperforate bipersonal bipetalous biphase biphasic biphenol biphenyl biphenylene bipinnaria bipinnate bipinnated bipinnately bipinnatifid bipinnatiparted bipinnatipartite bipinnatisect bipinnatisected biplanal biplanar biplane biplicate biplicity biplosion biplosive bipod bipolar bipolarity bipolarize biporose biporous biprism biprong bipunctal bipunctate bipunctual bipupillate bipyramid bipyramidal bipyridine bipyridyl biquadrantal biquadrate biquadratic biquarterly biquartz biquintile biracial biracialism biradial biradiate biradiated biramous birational birch birchbark birchen birching birchman birchwood bird birdbander birdbanding birdbath birdberry birdcall birdcatcher birdcatching birdclapper birdcraft birddom birdeen birder birdglue birdhood birdhouse birdie birdikin birding birdland birdless birdlet birdlike birdlime birdling birdlore birdman birdmouthed birdnest birdnester birdseed birdstone birdweed birdwise birdwoman birdy birectangular birefracting birefraction birefractive birefringence birefringent bireme biretta biri biriba birimose birk birken birkie birkremite birl birle birler birlie birlieman birlinn birma birn birny birostrate birostrated birotation birotatory birr birse birsle birsy birth birthbed birthday birthland birthless birthmark birthmate birthnight birthplace birthright birthroot birthstone birthstool birthwort birthy bis bisabol bisaccate bisacromial bisalt bisantler bisaxillary bisbeeite biscacha biscayen bischofite biscotin biscuit biscuiting biscuitlike biscuitmaker biscuitmaking biscuitroot biscuitry bisdiapason bisdimethylamino bisect bisection bisectional bisectionally bisector bisectrices bisectrix bisegment biseptate biserial biserially biseriate biseriately biserrate bisetose bisetous bisexed bisext bisexual bisexualism bisexuality bisexually bisexuous bisglyoxaline bishop bishopdom bishopess bishopful bishophood bishopless bishoplet bishoplike bishopling bishopric bishopship bishopweed bisiliac bisilicate bisiliquous bisimine bisinuate bisinuation bisischiadic bisischiatic bislings bismar bismarine bismerpund bismillah bismite bismuth bismuthal bismuthate bismuthic bismuthide bismuthiferous bismuthine bismuthinite bismuthite bismuthous bismuthyl bismutite bismutoplagionite bismutosmaltite bismutosphaerite bisnaga bison bisonant bisontine bisphenoid bispinose bispinous bispore bisporous bisque bisquette bissext bissextile bisson bistate bistephanic bister bistered bistetrazole bisti bistipular bistipulate bistipuled bistort bistournage bistoury bistratal bistratose bistriate bistriazole bistro bisubstituted bisubstitution bisulcate bisulfid bisulphate bisulphide bisulphite bisyllabic bisyllabism bisymmetric bisymmetrical bisymmetrically bisymmetry bit bitable bitangent bitangential bitanhol bitartrate bitbrace bitch bite bitemporal bitentaculate biter biternate biternately bitesheep bitewing bitheism biti biting bitingly bitingness bitless bito bitolyl bitonality bitreadle bitripartite bitripinnatifid bitriseptate bitrochanteric bitstock bitstone bitt bitted bitten bitter bitterbark bitterblain bitterbloom bitterbur bitterbush bitterful bitterhead bitterhearted bitterheartedness bittering bitterish bitterishness bitterless bitterling bitterly bittern bitterness bitternut bitterroot bitters bittersweet bitterweed bitterwood bitterworm bitterwort bitthead bittie bittock bitty bitubercular bituberculate bituberculated bitulithic bitume bitumed bitumen bituminate bituminiferous bituminization bituminize bituminoid bituminous bitwise bityite bitypic biune biunial biunity biunivocal biurate biurea biuret bivalence bivalency bivalent bivalve bivalved bivalvian bivalvous bivalvular bivariant bivariate bivascular bivaulted bivector biventer biventral biverbal bivinyl bivious bivittate bivocal bivocalized bivoltine bivoluminous bivouac biwa biweekly biwinter bixaceous bixbyite bixin biyearly biz bizardite bizarre bizarrely bizarreness bizet bizonal bizone bizygomatic bizz blab blabber blabberer blachong black blackacre blackamoor blackback blackball blackballer blackband blackbelly blackberry blackbine blackbird blackbirder blackbirding blackboard blackboy blackbreast blackbush blackbutt blackcap blackcoat blackcock blackdamp blacken blackener blackening blacker blacketeer blackey blackeyes blackface blackfellow blackfellows blackfin blackfire blackfish blackfisher blackfishing blackfoot blackguard blackguardism blackguardize blackguardly blackguardry blackhead blackheads blackheart blackhearted blackheartedness blackie blacking blackish blackishly blackishness blackit blackjack blackland blackleg blackleggery blacklegism blacklegs blackly blackmail blackmailer blackneb blackneck blackness blacknob blackout blackpoll blackroot blackseed blackshirted blacksmith blacksmithing blackstick blackstrap blacktail blackthorn blacktongue blacktree blackwash blackwasher blackwater blackwood blackwork blackwort blacky blad bladder bladderet bladderless bladderlike bladdernose bladdernut bladderpod bladderseed bladderweed bladderwort bladdery blade bladebone bladed bladelet bladelike blader bladesmith bladewise blading bladish blady bladygrass blae blaeberry blaeness blaewort blaff blaffert blaflum blah blahlaut blain blair blairmorite blake blakeberyed blamable blamableness blamably blame blamed blameful blamefully blamefulness blameless blamelessly blamelessness blamer blameworthiness blameworthy blaming blamingly blan blanc blanca blancard blanch blancher blanching blanchingly blancmange blancmanger blanco bland blanda blandiloquence blandiloquious blandiloquous blandish blandisher blandishing blandishingly blandishment blandly blandness blank blankard blankbook blanked blankeel blanket blanketed blanketeer blanketflower blanketing blanketless blanketmaker blanketmaking blanketry blanketweed blankety blanking blankish blankite blankly blankness blanky blanque blanquillo blare blarney blarneyer blarnid blarny blart blas blase blash blashy blaspheme blasphemer blasphemous blasphemously blasphemousness blasphemy blast blasted blastema blastemal blastematic blastemic blaster blastful blasthole blastid blastie blasting blastment blastocarpous blastocheme blastochyle blastocoele blastocolla blastocyst blastocyte blastoderm blastodermatic blastodermic blastodisk blastogenesis blastogenetic blastogenic blastogeny blastogranitic blastoid blastoma blastomata blastomere blastomeric blastomycete blastomycetic blastomycetous blastomycosis blastomycotic blastoneuropore blastophitic blastophoral blastophore blastophoric blastophthoria blastophthoric blastophyllum blastoporal blastopore blastoporic blastoporphyritic blastosphere blastospheric blastostylar blastostyle blastozooid blastplate blastula blastulae blastular blastulation blastule blasty blat blatancy blatant blatantly blate blately blateness blather blatherer blatherskite blathery blatjang blatta blatter blatterer blatti blattid blattiform blattoid blaubok blauwbok blaver blaw blawort blay blaze blazer blazing blazingly blazon blazoner blazoning blazonment blazonry blazy bleaberry bleach bleachability bleachable bleached bleacher bleacherite bleacherman bleachery bleachfield bleachground bleachhouse bleaching bleachman bleachworks bleachyard bleak bleakish bleakly bleakness bleaky blear bleared blearedness bleareye bleariness blearness bleary bleat bleater bleating bleatingly bleaty bleb blebby blechnoid bleck blee bleed bleeder bleeding bleekbok bleery bleeze bleezy blellum blemish blemisher blemishment blench blencher blenching blenchingly blencorn blend blendcorn blende blended blender blending blendor blendure blendwater blennadenitis blennemesis blennenteria blennenteritis blenniid blenniiform blennioid blennocele blennocystitis blennoemesis blennogenic blennogenous blennoid blennoma blennometritis blennophlogisma blennophlogosis blennophthalmia blennoptysis blennorrhagia blennorrhagic blennorrhea blennorrheal blennorrhinia blennosis blennostasis blennostatic blennothorax blennotorrhea blennuria blenny blennymenitis blent bleo blephara blepharadenitis blepharal blepharanthracosis blepharedema blepharelcosis blepharemphysema blepharism blepharitic blepharitis blepharoadenitis blepharoadenoma blepharoatheroma blepharoblennorrhea blepharocarcinoma blepharochalasis blepharochromidrosis blepharoclonus blepharocoloboma blepharoconjunctivitis blepharodiastasis blepharodyschroia blepharohematidrosis blepharolithiasis blepharomelasma blepharoncosis blepharoncus blepharophimosis blepharophryplasty blepharophthalmia blepharophyma blepharoplast blepharoplastic blepharoplasty blepharoplegia blepharoptosis blepharopyorrhea blepharorrhaphy blepharospasm blepharospath blepharosphincterectomy blepharostat blepharostenosis blepharosymphysis blepharosyndesmitis blepharosynechia blepharotomy blepharydatis blesbok blesbuck bless blessed blessedly blessedness blesser blessing blessingly blest blet bletheration blewits blibe blick blickey blight blightbird blighted blighter blighting blightingly blighty blimbing blimp blimy blind blindage blindball blinded blindedly blinder blindeyes blindfast blindfish blindfold blindfolded blindfoldedness blindfolder blindfoldly blinding blindingly blindish blindless blindling blindly blindness blindstory blindweed blindworm blink blinkard blinked blinker blinkered blinking blinkingly blinks blinky blinter blintze blip bliss blissful blissfully blissfulness blissless blissom blister blistered blistering blisteringly blisterweed blisterwort blistery blite blithe blithebread blitheful blithefully blithehearted blithelike blithely blithemeat blithen blitheness blither blithering blithesome blithesomely blithesomeness blitter blitz blitzbuggy blitzkrieg blizz blizzard blizzardly blizzardous blizzardy blo bloat bloated bloatedness bloater bloating blob blobbed blobber blobby bloc block blockade blockader blockage blockbuster blocked blocker blockhead blockheaded blockheadedly blockheadedness blockheadish blockheadishness blockheadism blockholer blockhouse blockiness blocking blockish blockishly blockishness blocklayer blocklike blockmaker blockmaking blockman blockpate blockship blocky blodite bloke blolly blomstrandine blonde blondeness blondine blood bloodalley bloodalp bloodbeat bloodberry bloodbird bloodcurdler bloodcurdling blooddrop blooddrops blooded bloodfin bloodflower bloodguilt bloodguiltiness bloodguiltless bloodguilty bloodhound bloodied bloodily bloodiness bloodleaf bloodless bloodlessly bloodlessness bloodletter bloodletting bloodline bloodmobile bloodmonger bloodnoun bloodripe bloodripeness bloodroot bloodshed bloodshedder bloodshedding bloodshot bloodshotten bloodspiller bloodspilling bloodstain bloodstained bloodstainedness bloodstanch bloodstock bloodstone bloodstroke bloodsuck bloodsucker bloodsucking bloodthirst bloodthirster bloodthirstily bloodthirstiness bloodthirsting bloodthirsty bloodweed bloodwite bloodwood bloodworm bloodwort bloodworthy bloody bloodybones blooey bloom bloomage bloomer bloomerism bloomers bloomery bloomfell blooming bloomingly bloomingness bloomkin bloomless bloomy bloop blooper blooping blore blosmy blossom blossombill blossomed blossomhead blossomless blossomry blossomtime blossomy blot blotch blotched blotchy blotless blotter blottesque blottesquely blotting blottingly blotto blotty bloubiskop blouse bloused blousing blout blow blowback blowball blowcock blowdown blowen blower blowfish blowfly blowgun blowhard blowhole blowiness blowing blowings blowiron blowlamp blowline blown blowoff blowout blowpipe blowpoint blowproof blowspray blowth blowtorch blowtube blowup blowy blowze blowzed blowzing blowzy blub blubber blubberer blubbering blubberingly blubberman blubberous blubbery blucher bludgeon bludgeoned bludgeoneer bludgeoner blue blueback bluebead bluebeard bluebell bluebelled blueberry bluebill bluebird blueblaw bluebonnet bluebook bluebottle bluebreast bluebuck bluebush bluebutton bluecap bluecoat bluecup bluefish bluegill bluegown bluegrass bluehearted bluehearts blueing bluejack bluejacket bluejoint blueleg bluelegs bluely blueness bluenose blueprint blueprinter bluer blues bluesides bluestem bluestocking bluestockingish bluestockingism bluestone bluestoner bluet bluethroat bluetongue bluetop blueweed bluewing bluewood bluey bluff bluffable bluffer bluffly bluffness bluffy bluggy bluing bluish bluishness bluism blunder blunderbuss blunderer blunderful blunderhead blunderheaded blunderheadedness blundering blunderingly blundersome blunge blunger blunk blunker blunks blunnen blunt blunter blunthead blunthearted bluntie bluntish bluntly bluntness blup blur blurb blurbist blurred blurredness blurrer blurry blurt blush blusher blushful blushfully blushfulness blushiness blushing blushingly blushless blushwort blushy bluster blusteration blusterer blustering blusteringly blusterous blusterously blustery blype bo boa boagane boanergism boar boarcite board boardable boarder boarding boardinghouse boardlike boardly boardman boardwalk boardy boarfish boarhound boarish boarishly boarishness boarship boarskin boarspear boarstaff boarwood boast boaster boastful boastfully boastfulness boasting boastive boastless boat boatable boatage boatbill boatbuilder boatbuilding boater boatfalls boatful boathead boatheader boathouse boatie boating boatkeeper boatless boatlike boatlip boatload boatloader boatloading boatly boatman boatmanship boatmaster boatowner boatsetter boatshop boatside boatsman boatswain boattail boatward boatwise boatwoman boatwright bob boba bobac bobbed bobber bobbery bobbin bobbiner bobbinet bobbing bobbinwork bobbish bobbishly bobble bobby bobcat bobcoat bobeche bobfly bobierrite bobization bobjerom bobo bobolink bobotie bobsled bobsleigh bobstay bobtail bobtailed bobwhite bobwood bocaccio bocal bocardo bocasine bocca boccale boccarella boccaro bocce boce bocedization bocher bock bockerel bockeret bocking bocoy bod bodach bodacious bodaciously bode bodeful bodega bodement boden bodenbenderite boder bodewash bodge bodger bodgery bodhi bodhisattva bodice bodiced bodicemaker bodicemaking bodied bodier bodieron bodikin bodiless bodilessness bodiliness bodily bodiment boding bodingly bodkin bodkinwise bodle bodock body bodybending bodybuilder bodyguard bodyhood bodyless bodymaker bodymaking bodyplate bodywise bodywood bodywork boeotarch bog boga bogan bogard bogart bogberry bogey bogeyman boggart boggin bogginess boggish boggle bogglebo boggler boggy boghole bogie bogieman bogier bogland boglander bogle bogledom boglet bogman bogmire bogo bogong bogsucker bogtrot bogtrotter bogtrotting bogue bogum bogus bogusness bogway bogwood bogwort bogy bogydom bogyism bogyland bohawn bohea bohemium bohereen bohireen boho bohor bohunk boid boil boilable boildown boiled boiler boilerful boilerhouse boilerless boilermaker boilermaking boilerman boilersmith boilerworks boilery boiling boilinglike boilingly boilover boily boist boisterous boisterously boisterousness bojite bojo bokadam bokard bokark boke bokom bola bolar bold bolden boldhearted boldine boldly boldness boldo bole bolection bolectioned boled boleite bolelike bolero boletaceous bolete boleweed bolewort bolide bolimba bolis bolivar bolivarite bolivia boliviano bolk boll bollard bolled boller bolling bollock bollworm bolly bolo bolograph bolographic bolographically bolography boloman bolometer bolometric boloney boloroot bolson bolster bolsterer bolsterwork bolt boltage boltant boltcutter boltel bolter bolthead boltheader boltheading bolthole bolti bolting boltless boltlike boltmaker boltmaking boltonite boltrope boltsmith boltstrake boltuprightness boltwork bolus bom boma bomb bombable bombacaceous bombard bombarde bombardelle bombarder bombardier bombardment bombardon bombast bombaster bombastic bombastically bombastry bombazet bombazine bombed bomber bombiccite bombilate bombilation bombinate bombination bombo bombola bombonne bombous bombproof bombshell bombsight bombycid bombyciform bombycine bon bonaci bonagh bonaght bonair bonairly bonairness bonally bonang bonanza bonasus bonaventure bonavist bonbon bonce bond bondage bondager bondar bonded bonder bonderman bondfolk bondholder bondholding bonding bondless bondman bondmanship bondsman bondstone bondswoman bonduc bondwoman bone boneache bonebinder boneblack bonebreaker boned bonedog bonefish boneflower bonehead boneheaded boneless bonelessly bonelessness bonelet bonelike boner boneset bonesetter bonesetting boneshaker boneshaw bonetail bonewood bonework bonewort bonfire bong bongo bonhomie boniata bonification boniform bonify boniness boninite bonitarian bonitary bonito bonk bonnaz bonnet bonneted bonneter bonnethead bonnetless bonnetlike bonnetman bonnibel bonnily bonniness bonny bonnyclabber bonnyish bonnyvis bonsai bonspiel bontebok bontebuck bontequagga bonus bonxie bony bonyfish bonze bonzer bonzery bonzian boo boob boobery boobily boobook booby boobyalla boobyish boobyism bood boodie boodle boodledom boodleism boodleize boodler boody boof booger boogiewoogie boohoo boojum book bookable bookbinder bookbindery bookbinding bookboard bookcase bookcraft bookdealer bookdom booked booker bookery bookfold bookful bookholder bookhood bookie bookiness booking bookish bookishly bookishness bookism bookkeeper bookkeeping bookland bookless booklet booklike bookling booklore booklover bookmaker bookmaking bookman bookmark bookmarker bookmate bookmobile bookmonger bookplate bookpress bookrack bookrest bookroom bookseller booksellerish booksellerism bookselling bookshelf bookshop bookstack bookstall bookstand bookstore bookward bookwards bookways bookwise bookwork bookworm bookwright booky bool booly boolya boom boomable boomage boomah boomboat boomdas boomer boomerang booming boomingly boomless boomlet boomorah boomslang boomslange boomster boomy boon boondock boondocks boondoggle boondoggler boonfellow boongary boonk boonless boopis boor boorish boorishly boorishness boort boose boost booster boosterism boosy boot bootblack bootboy booted bootee booter bootery bootful booth boother boothite bootholder boothose bootied bootikin booting bootjack bootlace bootleg bootlegger bootlegging bootless bootlessly bootlessness bootlick bootlicker bootmaker bootmaking boots bootstrap booty bootyless booze boozed boozer boozily booziness boozy bop bopeep boppist bopyrid bopyridian bor bora borable borachio boracic boraciferous boracous borage boraginaceous borak boral borasca borasque borate borax borborygmic borborygmus bord bordage bordar bordarius bordel bordello border bordered borderer bordering borderism borderland borderlander borderless borderline bordermark bordroom bordure bordured bore boreable boread boreal borealis borean borecole boredom boree boreen boregat borehole boreism borele borer boresome borg borgh borghalpenny borh boric borickite boride borine boring boringly boringness borish borism bority borize borlase born borne borneol borning bornite bornitic bornyl boro borocalcite borocarbide borocitrate borofluohydric borofluoric borofluoride borofluorin boroglycerate boroglyceride boroglycerine borolanite boron boronatrocalcite boronic borophenol borophenylic borosalicylate borosalicylic borosilicate borosilicic borotungstate borotungstic borough boroughlet boroughmaster boroughmonger boroughmongering boroughmongery boroughship borowolframic borracha borrel borrow borrowable borrower borrowing borsch borscht borsholder borsht borstall bort bortsch borty bortz borwort boryl borzoi boscage bosch boschbok boschvark boschveld bose boser bosh bosher bosjesman bosk bosker bosket boskiness bosky bosn bosom bosomed bosomer bosomy bosporus boss bossage bossdom bossed bosselated bosselation bosser bosset bossiness bossing bossism bosslet bossship bossy bostangi bostanji bosthoon boston bostonite bostrychid bostrychoid bostrychoidal bostryx bosun bot bota botanic botanical botanically botanist botanize botanizer botanomancy botanophile botanophilist botany botargo botch botched botchedly botcher botcherly botchery botchily botchiness botchka botchy bote botella boterol botfly both bother botheration botherer botherheaded botherment bothersome bothlike bothrenchyma bothrium bothropic bothros bothsided bothsidedness bothway bothy botonee botong botryogen botryoid botryoidal botryoidally botryolite botryomycoma botryomycosis botryomycotic botryopterid botryose botryotherapy bott bottekin bottine bottle bottlebird bottled bottleflower bottleful bottlehead bottleholder bottlelike bottlemaker bottlemaking bottleman bottleneck bottlenest bottlenose bottler bottling bottom bottomchrome bottomed bottomer bottoming bottomless bottomlessly bottomlessness bottommost bottomry bottstick botuliform botulin botulinum botulism botulismus bouchal bouchaleen boucharde bouche boucher boucherism boucherize bouchette boud boudoir bouffancy bouffant bougar bouge bouget bough boughed boughless boughpot bought boughten boughy bougie bouillabaisse bouillon bouk boukit boulangerite boulder boulderhead bouldering bouldery boule boulevard boulevardize boultel boulter boulterer boun bounce bounceable bounceably bouncer bouncing bouncingly bound boundable boundary bounded boundedly boundedness bounden bounder bounding boundingly boundless boundlessly boundlessness boundly boundness bounteous bounteously bounteousness bountied bountiful bountifully bountifulness bountith bountree bounty bountyless bouquet bourasque bourbon bourbonize bourd bourder bourdon bourette bourg bourgeois bourgeoise bourgeoisie bourgeoisitic bourn bournless bournonite bourock bourse bourtree bouse bouser boussingaultite boustrophedon boustrophedonic bousy bout boutade bouto boutonniere boutylka bouw bovarism bovarysm bovate bovenland bovicide boviculture bovid boviform bovine bovinely bovinity bovoid bovovaccination bovovaccine bow bowable bowback bowbells bowbent bowboy bowdlerism bowdlerization bowdlerize bowed bowedness bowel boweled bowelless bowellike bowels bowenite bower bowerbird bowerlet bowermaiden bowermay bowerwoman bowery bowet bowfin bowgrace bowhead bowie bowieful bowing bowingly bowk bowkail bowker bowknot bowl bowla bowleg bowlegged bowleggedness bowler bowless bowlful bowlike bowline bowling bowllike bowlmaker bowls bowly bowmaker bowmaking bowman bowpin bowralite bowshot bowsprit bowstave bowstring bowstringed bowwoman bowwood bowwort bowwow bowyer boxberry boxboard boxbush boxcar boxen boxer boxfish boxful boxhaul boxhead boxing boxkeeper boxlike boxmaker boxmaking boxman boxthorn boxty boxwallah boxwood boxwork boxy boy boyang boyar boyard boyardism boyardom boyarism boycott boycottage boycotter boycottism boydom boyer boyhood boyish boyishly boyishness boyism boyla boylike boyology boysenberry boyship boza bozal bozo bozze bra brab brabagious brabant brabble brabblement brabbler brabblingly braca braccate braccia bracciale braccianite braccio brace braced bracelet braceleted bracer bracero braces brach brachelytrous bracherer brachering brachet brachial brachialgia brachialis brachiate brachiation brachiator brachiferous brachigerous brachiocephalic brachiocrural brachiocubital brachiocyllosis brachiofacial brachiofaciolingual brachioganoid brachiolaria brachiolarian brachiopod brachiopode brachiopodist brachiopodous brachioradial brachioradialis brachiorrhachidian brachiorrheuma brachiosaur brachiostrophosis brachiotomy brachistocephali brachistocephalic brachistocephalous brachistocephaly brachistochrone brachistochronic brachistochronous brachium brachtmema brachyaxis brachycardia brachycatalectic brachycephal brachycephalic brachycephalism brachycephalization brachycephalize brachycephalous brachycephaly brachyceral brachyceric brachycerous brachychronic brachycnemic brachycranial brachydactyl brachydactylic brachydactylism brachydactylous brachydactyly brachydiagonal brachydodrome brachydodromous brachydomal brachydomatic brachydome brachydont brachydontism brachyfacial brachyglossal brachygnathia brachygnathism brachygnathous brachygrapher brachygraphic brachygraphical brachygraphy brachyhieric brachylogy brachymetropia brachymetropic brachyphalangia brachypinacoid brachypinacoidal brachypleural brachypnea brachypodine brachypodous brachyprism brachyprosopic brachypterous brachypyramid brachyrrhinia brachysclereid brachyskelic brachysm brachystaphylic brachystochrone brachystomatous brachystomous brachytic brachytypous brachyural brachyuran brachyuranic brachyure brachyurous bracing bracingly bracingness brack brackebuschite bracken brackened bracker bracket bracketing bracketwise brackish brackishness brackmard bracky braconid bract bractea bracteal bracteate bracted bracteiform bracteolate bracteole bracteose bractless bractlet brad bradawl bradenhead bradmaker bradsot bradyacousia bradycardia bradycauma bradycinesia bradycrotic bradydactylia bradyesthesia bradyglossia bradykinesia bradykinetic bradylalia bradylexia bradylogia bradynosus bradypepsia bradypeptic bradyphagia bradyphasia bradyphemia bradyphrasia bradyphrenia bradypnea bradypnoea bradypod bradypode bradypodoid bradyseism bradyseismal bradyseismic bradyseismical bradyseismism bradyspermatism bradysphygmia bradystalsis bradyteleocinesia bradyteleokinesis bradytocia bradytrophic bradyuria brae braeface braehead braeman braeside brag braggardism braggart braggartism braggartly braggartry braggat bragger braggery bragget bragging braggingly braggish braggishly bragite bragless braguette brahmachari braid braided braider braiding brail brain brainache braincap braincraft brainer brainfag brainge braininess brainless brainlessly brainlessness brainlike brainpan brains brainsick brainsickly brainsickness brainstone brainward brainwash brainwasher brainwashing brainwater brainwood brainwork brainworker brainy braird braireau brairo braise brake brakeage brakehand brakehead brakeless brakeload brakemaker brakemaking brakeman braker brakeroot brakesman brakie braky bramble brambleberry bramblebush brambled brambling brambly brambrack bran brancard branch branchage branched brancher branchery branchful branchi branchia branchiae branchial branchiate branchicolous branchiferous branchiform branchihyal branchiness branching branchiocardiac branchiogenous branchiomere branchiomeric branchiomerism branchiopallial branchiopod branchiopodan branchiopodous branchiopulmonate branchiosaur branchiosaurian branchiostegal branchiostegite branchiostegous branchiostomid branchireme branchiurous branchless branchlet branchlike branchling branchman branchstand branchway branchy brand branded brander brandering brandied brandify brandise brandish brandisher brandisite brandless brandling brandreth brandy brandyball brandyman brandywine brangle brangled branglement brangler brangling branial brank brankie brankursine branle branner brannerite branny bransle bransolder brant brantail brantness brash brashiness brashness brashy brasiletto brasque brass brassage brassard brassart brassbound brassbounder brasse brasser brasset brassic brassicaceous brassidic brassie brassiere brassily brassiness brassish brasslike brassware brasswork brassworker brassworks brassy brassylic brat bratling bratstvo brattach brattice bratticer bratticing brattie brattish brattishing brattle brauna braunite bravade bravado bravadoism brave bravehearted bravely braveness braver bravery braving bravish bravo bravoite bravura bravuraish braw brawl brawler brawling brawlingly brawlsome brawly brawlys brawn brawned brawnedness brawner brawnily brawniness brawny braws braxy bray brayer brayera brayerin braystone braza braze brazen brazenface brazenfaced brazenfacedly brazenly brazenness brazer brazera brazier braziery brazil brazilein brazilette brazilin brazilite brazilwood breach breacher breachful breachy bread breadbasket breadberry breadboard breadbox breadearner breadearning breaden breadfruit breadless breadlessness breadmaker breadmaking breadman breadnut breadroot breadseller breadstuff breadth breadthen breadthless breadthriders breadthways breadthwise breadwinner breadwinning breaghe break breakable breakableness breakably breakage breakaway breakax breakback breakbones breakdown breaker breakerman breakfast breakfaster breakfastless breaking breakless breakneck breakoff breakout breakover breakshugh breakstone breakthrough breakup breakwater breakwind bream breards breast breastband breastbeam breastbone breasted breaster breastfeeding breastful breastheight breasthook breastie breasting breastless breastmark breastpiece breastpin breastplate breastplow breastrail breastrope breastsummer breastweed breastwise breastwood breastwork breath breathable breathableness breathe breathed breather breathful breathiness breathing breathingly breathless breathlessly breathlessness breathseller breathy breba breccia breccial brecciated brecciation brecham breck brecken bred bredbergite brede bredi bree breech breechblock breechcloth breechclout breeched breeches breechesflower breechesless breeching breechless breechloader breed breedable breedbate breeder breediness breeding breedy breek breekless breekums breeze breezeful breezeless breezelike breezeway breezily breeziness breezy bregma bregmata bregmate bregmatic brehon brehonship brei breislakite breithauptite brekkle brelaw breloque breme bremely bremeness bremsstrahlung brennage brent brephic bret bretelle bretesse breth brethren brett brettice breunnerite breva breve brevet brevetcy breviary breviate breviature brevicaudate brevicipitid breviconic brevier brevifoliate breviger brevilingual breviloquence breviloquent breviped brevipen brevipennate breviradiate brevirostral brevirostrate brevit brevity brew brewage brewer brewership brewery brewhouse brewing brewis brewmaster brewst brewster brewsterite brey briar briarberry briarroot bribe bribee bribegiver bribegiving bribemonger briber bribery bribetaker bribetaking bribeworthy brichen brichette brick brickbat brickcroft brickel bricken brickfield brickfielder brickhood bricking brickish brickkiln bricklayer bricklaying brickle brickleness bricklike brickliner bricklining brickly brickmaker brickmaking brickmason brickset bricksetter bricktimber brickwise brickwork bricky brickyard bricole bridal bridale bridaler bridally bride bridebed bridebowl bridecake bridechamber bridecup bridegod bridegroom bridegroomship bridehead bridehood brideknot bridelace brideless bridelike bridely bridemaid bridemaiden bridemaidship brideship bridesmaid bridesmaiding bridesman bridestake bridewain brideweed bridewell bridewort bridge bridgeable bridgeboard bridgebote bridgebuilder bridgebuilding bridged bridgehead bridgekeeper bridgeless bridgelike bridgemaker bridgemaking bridgeman bridgemaster bridgepot bridger bridgetree bridgeward bridgewards bridgeway bridgework bridging bridle bridled bridleless bridleman bridler bridling bridoon brief briefing briefless brieflessly brieflessness briefly briefness briefs brier brierberry briered brierroot brierwood briery brieve brig brigade brigadier brigadiership brigalow brigand brigandage brigander brigandine brigandish brigandishly brigandism brigantine brigatry brigbote brigetty bright brighten brightener brightening brighteyes brightish brightly brightness brightsmith brightsome brightsomeness brightwork brill brilliance brilliancy brilliandeer brilliant brilliantine brilliantly brilliantness brilliantwise brilliolette brillolette brills brim brimborion brimborium brimful brimfully brimfulness briming brimless brimmed brimmer brimming brimmingly brimstone brimstonewort brimstony brin brindlish brine brinehouse brineless brineman briner bring bringal bringall bringer brininess brinish brinishness brinjal brinjarry brink brinkless briny brioche briolette brique briquette brisk brisken brisket briskish briskly briskness brisling brisque briss bristle bristlebird bristlecone bristled bristleless bristlelike bristler bristletail bristlewort bristliness bristly brisure brit britchka brith brither britska britten brittle brittlebush brittlely brittleness brittlestem brittlewood brittlewort brittling brizz broach broacher broad broadacre broadax broadbill broadbrim broadcast broadcaster broadcloth broaden broadhead broadhearted broadhorn broadish broadleaf broadloom broadly broadmouth broadness broadpiece broadshare broadsheet broadside broadspread broadsword broadtail broadthroat broadway broadways broadwife broadwise brob brocade brocaded brocard brocardic brocatel brocatello broccoli broch brochan brochant brochantite broche brochette brochidodromous brocho brochure brock brockage brocked brocket brockle brod brodder brodeglass brodequin broderer brog brogan brogger broggerite broggle brogue brogueful brogueneer broguer broguery broguish broider broiderer broideress broidery broigne broil broiler broiling broilingly brokage broke broken brokenhearted brokenheartedly brokenheartedness brokenly brokenness broker brokerage brokeress brokership broking brolga broll brolly broma bromacetanilide bromacetate bromacetic bromacetone bromal bromalbumin bromamide bromargyrite bromate bromaurate bromauric brombenzamide brombenzene brombenzyl bromcamphor bromcresol brome bromeigon bromeikon bromeliaceous bromeliad bromelin bromellite bromethyl bromethylene bromgelatin bromhidrosis bromhydrate bromhydric bromic bromide bromidic bromidically bromidrosis brominate bromination bromindigo bromine brominism brominize bromiodide bromism bromite bromization bromize bromizer bromlite bromoacetone bromoaurate bromoauric bromobenzene bromobenzyl bromocamphor bromochlorophenol bromocresol bromocyanidation bromocyanide bromocyanogen bromoethylene bromoform bromogelatin bromohydrate bromohydrin bromoil bromoiodide bromoiodism bromoiodized bromoketone bromol bromomania bromomenorrhea bromomethane bromometric bromometrical bromometrically bromometry bromonaphthalene bromophenol bromopicrin bromopnea bromoprotein bromothymol bromous bromphenol brompicrin bromthymol bromuret bromvogel bromyrite bronc bronchadenitis bronchi bronchia bronchial bronchially bronchiarctia bronchiectasis bronchiectatic bronchiloquy bronchiocele bronchiocrisis bronchiogenic bronchiolar bronchiole bronchioli bronchiolitis bronchiolus bronchiospasm bronchiostenosis bronchitic bronchitis bronchium bronchoadenitis bronchoalveolar bronchoaspergillosis bronchoblennorrhea bronchocavernous bronchocele bronchocephalitis bronchoconstriction bronchoconstrictor bronchodilatation bronchodilator bronchoegophony bronchoesophagoscopy bronchogenic bronchohemorrhagia broncholemmitis broncholith broncholithiasis bronchomotor bronchomucormycosis bronchomycosis bronchopathy bronchophonic bronchophony bronchophthisis bronchoplasty bronchoplegia bronchopleurisy bronchopneumonia bronchopneumonic bronchopulmonary bronchorrhagia bronchorrhaphy bronchorrhea bronchoscope bronchoscopic bronchoscopist bronchoscopy bronchospasm bronchostenosis bronchostomy bronchotetany bronchotome bronchotomist bronchotomy bronchotracheal bronchotyphoid bronchotyphus bronchovesicular bronchus bronco broncobuster brongniardite bronk bronteon brontephobia bronteum brontide brontogram brontograph brontolite brontology brontometer brontophobia brontoscopy bronze bronzed bronzelike bronzen bronzer bronzesmith bronzewing bronzify bronzine bronzing bronzite bronzitite bronzy broo brooch brood brooder broodiness brooding broodingly broodless broodlet broodling broody brook brookable brooked brookflower brookie brookite brookless brooklet brooklike brooklime brookside brookweed brooky brool broom broombush broomcorn broomer broommaker broommaking broomrape broomroot broomshank broomstaff broomstick broomstraw broomtail broomweed broomwood broomwort broomy broon broose broozled brose brosot brosy brot brotan brotany broth brothel brotheler brothellike brothelry brother brotherhood brotherless brotherlike brotherliness brotherly brothership brotherwort brothy brotocrystal brotulid brotuliform brough brougham brought brow browache browallia browband browbeat browbeater browbound browden browed browis browless browman brown brownback browner brownie browniness browning brownish brownly brownness brownout brownstone browntail browntop brownweed brownwort browny browpiece browpost browse browser browsick browsing browst bruang brucellosis brucia brucina brucine brucite bruckle bruckled bruckleness brugh brugnatellite bruin bruise bruiser bruisewort bruising bruit bruiter bruke brulee brulyie brulyiement brumal brumby brume brummagem brumous brumstane brumstone brunch brunelliaceous brunet brunetness brunette brunetteness brunissure brunneous brunswick brunt bruscus brush brushable brushball brushbird brushbush brushed brusher brushes brushet brushful brushiness brushing brushite brushland brushless brushlessness brushlet brushlike brushmaker brushmaking brushman brushoff brushproof brushwood brushwork brushy brusque brusquely brusqueness brustle brut brutage brutal brutalism brutalist brutalitarian brutality brutalization brutalize brutally brute brutedom brutelike brutely bruteness brutification brutify bruting brutish brutishly brutishness brutism brutter bruzz bryaceous bryogenin bryological bryologist bryology bryonidin bryonin bryony bryophyte bryophytic bryozoan bryozoon bryozoum bu bual buaze bub buba bubal bubaline bubalis bubble bubbleless bubblement bubbler bubbling bubblingly bubblish bubbly bubby bubbybush bubinga bubo buboed bubonalgia bubonic bubonocele bubukle bucare bucca buccal buccally buccan buccaneer buccaneerish buccate buccina buccinal buccinator buccinatory bucciniform buccinoid buccobranchial buccocervical buccogingival buccolabial buccolingual bucconasal buccopharyngeal buccula bucentaur buchite buchnerite buchonite buchu buck buckaroo buckberry buckboard buckbrush buckbush bucked buckeen bucker bucket bucketer bucketful bucketing bucketmaker bucketmaking bucketman buckety buckeye buckhorn buckhound buckie bucking buckish buckishly buckishness buckjump buckjumper bucklandite buckle buckled buckleless buckler buckling bucklum bucko buckplate buckpot buckra buckram bucksaw buckshee buckshot buckskin buckskinned buckstall buckstay buckstone bucktail buckthorn bucktooth buckwagon buckwash buckwasher buckwashing buckwheat buckwheater buckwheatlike bucky bucoliast bucolic bucolical bucolically bucolicism bucrane bucranium bud buda buddage budder buddhi budding buddle buddleman buddler buddy budge budger budgeree budgereegah budgerigar budgerow budget budgetary budgeteer budgeter budgetful budless budlet budlike budmash budtime budwood budworm budzat bufagin buff buffable buffalo buffaloback buffball buffcoat buffed buffer buffet buffeter buffing buffle bufflehead bufflehorn buffont buffoon buffoonery buffoonesque buffoonish buffoonism buffware buffy bufidin bufo bufonite bufotalin bug bugaboo bugan bugbane bugbear bugbeardom bugbearish bugbite bugdom bugfish bugger buggery bugginess buggy buggyman bughead bughouse bugle bugled bugler buglet bugleweed buglewort bugloss bugologist bugology bugproof bugre bugseed bugweed bugwort buhl buhr buhrstone build buildable builder building buildingless buildress buildup built buirdly buisson buist bukh bukshi bulak bulb bulbaceous bulbar bulbed bulbiferous bulbiform bulbil bulbilla bulbless bulblet bulblike bulbocapnin bulbocapnine bulbocavernosus bulbocavernous bulbomedullary bulbomembranous bulbonuclear bulborectal bulbose bulbospinal bulbotuber bulbous bulbul bulbule bulby bulchin bulge bulger bulginess bulgy bulimia bulimiac bulimic bulimiform bulimoid bulimy bulk bulked bulker bulkhead bulkheaded bulkily bulkiness bulkish bulky bull bulla bullace bullamacow bullan bullary bullate bullated bullation bullback bullbaiting bullbat bullbeggar bullberry bullbird bullboat bullcart bullcomber bulldog bulldogged bulldoggedness bulldoggy bulldogism bulldoze bulldozer buller bullet bulleted bullethead bulletheaded bulletheadedness bulletin bulletless bulletlike bulletmaker bulletmaking bulletproof bulletwood bullety bullfeast bullfight bullfighter bullfighting bullfinch bullfist bullflower bullfoot bullfrog bullhead bullheaded bullheadedly bullheadedness bullhide bullhoof bullhorn bulliform bullimong bulling bullion bullionism bullionist bullionless bullish bullishly bullishness bullism bullit bullneck bullnose bullnut bullock bullocker bullockman bullocky bullous bullpates bullpoll bullpout bullskin bullsticker bullsucker bullswool bulltoad bullule bullweed bullwhack bullwhacker bullwhip bullwort bully bullyable bullydom bullyhuff bullying bullyism bullyrag bullyragger bullyragging bullyrook bulrush bulrushlike bulrushy bulse bult bulter bultey bultong bultow bulwand bulwark bum bumbailiff bumbailiffship bumbarge bumbaste bumbaze bumbee bumbershoot bumble bumblebee bumbleberry bumblefoot bumblekite bumblepuppy bumbler bumbo bumboat bumboatman bumboatwoman bumclock bumicky bummalo bummaree bummed bummer bummerish bummie bumming bummler bummock bump bumpee bumper bumperette bumpily bumpiness bumping bumpingly bumpkin bumpkinet bumpkinish bumpkinly bumpology bumptious bumptiously bumptiousness bumpy bumtrap bumwood bun buna buncal bunce bunch bunchberry buncher bunchflower bunchily bunchiness bunchy buncombe bund bunder bundle bundler bundlerooted bundlet bundobust bundook bundweed bundy bunemost bung bungaloid bungalow bungarum bungee bungerly bungey bungfu bungfull bunghole bungle bungler bunglesome bungling bunglingly bungmaker bungo bungwall bungy bunion bunk bunker bunkerman bunkery bunkhouse bunkie bunkload bunko bunkum bunnell bunny bunnymouth bunodont bunolophodont bunoselenodont bunsenite bunt buntal bunted bunter bunting buntline bunton bunty bunya bunyah bunyip buoy buoyage buoyance buoyancy buoyant buoyantly buoyantness buphthalmia buphthalmic bupleurol buplever buprestid buprestidan bur buran burao burbank burbankian burbark burble burbler burbly burbot burbush burd burdalone burden burdener burdenless burdenous burdensome burdensomely burdensomeness burdie burdock burdon bure bureau bureaucracy bureaucrat bureaucratic bureaucratical bureaucratically bureaucratism bureaucratist bureaucratization bureaucratize bureaux burel burele buret burette burfish burg burgage burgality burgall burgee burgensic burgeon burgess burgessdom burggrave burgh burghal burghalpenny burghbote burghemot burgher burgherage burgherdom burgheress burgherhood burghermaster burghership burghmaster burghmoot burglar burglarious burglariously burglarize burglarproof burglary burgle burgomaster burgomastership burgonet burgoo burgoyne burgrave burgraviate burgul burgus burgware burhead buri burial burian buried burier burin burinist burion buriti burka burke burker burkundaz burl burlap burled burler burlesque burlesquely burlesquer burlet burletta burlily burliness burly burmanniaceous burmite burn burnable burnbeat burned burner burnet burnetize burnfire burnie burniebee burning burningly burnish burnishable burnisher burnishing burnishment burnoose burnoosed burnous burnout burnover burnside burnsides burnt burntweed burnut burnwood burny buro burp burr burrah burrawang burred burrel burrer burrgrailer burring burrish burrito burrknot burro burrobrush burrow burroweed burrower burrowstown burry bursa bursal bursar bursarial bursarship bursary bursate bursattee bursautee burse burseed bursicle bursiculate bursiform bursitis burst burster burstwort burt burthenman burton burtonization burtonize burucha burweed bury burying bus busby buscarl buscarle bush bushbeater bushbuck bushcraft bushed bushel busheler bushelful bushelman bushelwoman busher bushfighter bushfighting bushful bushhammer bushi bushily bushiness bushing bushland bushless bushlet bushlike bushmaker bushmaking bushmanship bushmaster bushment bushranger bushranging bushrope bushveld bushwa bushwhack bushwhacker bushwhacking bushwife bushwoman bushwood bushy busied busily busine business businesslike businesslikeness businessman businesswoman busk busked busker busket buskin buskined buskle busky busman buss busser bussock bussu bust bustard busted bustee buster busthead bustic busticate bustle bustled bustler bustling bustlingly busy busybodied busybody busybodyish busybodyism busybodyness busyhead busying busyish busyness busywork but butadiene butadiyne butanal butane butanoic butanol butanolid butanolide butanone butch butcher butcherbird butcherdom butcherer butcheress butchering butcherless butcherliness butcherly butcherous butchery butein butene butenyl buteonine butic butine butler butlerage butlerdom butleress butlerism butlerlike butlership butlery butment butomaceous butoxy butoxyl butt butte butter butteraceous butterback butterball butterbill butterbird butterbox butterbump butterbur butterbush buttercup buttered butterfat butterfingered butterfingers butterfish butterflower butterfly butterflylike butterhead butterine butteriness butteris butterjags butterless butterlike buttermaker buttermaking butterman buttermilk buttermonger buttermouth butternose butternut butterroot butterscotch butterweed butterwife butterwoman butterworker butterwort butterwright buttery butteryfingered buttgenbachite butting buttinsky buttle buttock buttocked buttocker button buttonball buttonbur buttonbush buttoned buttoner buttonhold buttonholder buttonhole buttonholer buttonhook buttonless buttonlike buttonmold buttons buttonweed buttonwood buttony buttress buttressless buttresslike buttstock buttwoman buttwood butty buttyman butyl butylamine butylation butylene butylic butyne butyr butyraceous butyral butyraldehyde butyrate butyric butyrically butyrin butyrinase butyrochloral butyrolactone butyrometer butyrometric butyrone butyrous butyrousness butyryl buxaceous buxerry buxom buxomly buxomness buy buyable buyer buzane buzylene buzz buzzard buzzardlike buzzardly buzzer buzzerphone buzzgloak buzzies buzzing buzzingly buzzle buzzwig buzzy by bycoket bye byee byegaein byeman byepath byerite byerlite byestreet byeworker byeworkman bygane byganging bygo bygoing bygone byhand bylaw bylawman byname bynedestin byon byordinar byordinary byous byously bypass bypasser bypast bypath byplay byre byreman byrewards byrewoman byrlaw byrlawman byrnie byroad byrrus byrthynsak bysen bysmalith byspell byssaceous byssal byssiferous byssin byssine byssinosis byssogenous byssoid byssolite byssus bystander bystreet byth bytime bytownite bytownitite bywalk bywalker byway bywoner byword bywork c ca caam caama caaming caapeba caatinga cab caba cabaan caback cabaho cabal cabala cabalassou cabaletta cabalic cabalism cabalist cabalistic cabalistical cabalistically caballer caballine caban cabana cabaret cabas cabasset cabassou cabbage cabbagehead cabbagewood cabbagy cabber cabble cabbler cabby cabda cabdriver cabdriving cabellerote caber cabernet cabestro cabezon cabilliau cabin cabinet cabinetmaker cabinetmaking cabinetry cabinetwork cabinetworker cabinetworking cabio cable cabled cablegram cableless cablelike cableman cabler cablet cableway cabling cabman cabob caboceer cabochon cabocle caboodle cabook caboose caboshed cabot cabotage cabree cabrerite cabreuva cabrilla cabriole cabriolet cabrit cabstand cabureiba cabuya cacam cacanthrax cacao cacesthesia cacesthesis cachalot cachaza cache cachectic cachemia cachemic cachet cachexia cachexic cachexy cachibou cachinnate cachinnation cachinnator cachinnatory cacholong cachou cachrys cachucha cachunde cacidrosis caciocavallo cacique caciqueship caciquism cack cackerel cackle cackler cacocholia cacochroia cacochylia cacochymia cacochymic cacochymical cacochymy cacocnemia cacodaemoniac cacodaemonial cacodaemonic cacodemon cacodemonia cacodemoniac cacodemonial cacodemonic cacodemonize cacodemonomania cacodontia cacodorous cacodoxian cacodoxical cacodoxy cacodyl cacodylate cacodylic cacoeconomy cacoepist cacoepistic cacoepy cacoethes cacoethic cacogalactia cacogastric cacogenesis cacogenic cacogenics cacogeusia cacoglossia cacographer cacographic cacographical cacography cacology cacomagician cacomelia cacomistle cacomixl cacomixle cacomorphia cacomorphosis caconychia caconym caconymic cacoon cacopathy cacopharyngia cacophonia cacophonic cacophonical cacophonically cacophonist cacophonize cacophonous cacophonously cacophony cacophthalmia cacoplasia cacoplastic cacoproctia cacorhythmic cacorrhachis cacorrhinia cacosmia cacospermia cacosplanchnia cacostomia cacothansia cacotheline cacothesis cacothymia cacotrichia cacotrophia cacotrophic cacotrophy cacotype cacoxene cacoxenite cacozeal cacozealous cacozyme cactaceous cacti cactiform cactoid cacuminal cacuminate cacumination cacuminous cacur cad cadalene cadamba cadastral cadastration cadastre cadaver cadaveric cadaverine cadaverize cadaverous cadaverously cadaverousness cadbait cadbit cadbote caddice caddiced caddie caddis caddised caddish caddishly caddishness caddle caddow caddy cade cadelle cadence cadenced cadency cadent cadential cadenza cader caderas cadet cadetcy cadetship cadette cadew cadge cadger cadgily cadginess cadgy cadi cadilesker cadinene cadism cadiueio cadjan cadlock cadmia cadmic cadmide cadmiferous cadmium cadmiumize cados cadrans cadre cadua caduac caduca caducary caducean caduceus caduciary caducibranch caducibranchiate caducicorn caducity caducous cadus cadweed caeca caecal caecally caecectomy caeciform caecilian caecitis caecocolic caecostomy caecotomy caecum caelometer caenostylic caenostyly caeoma caeremoniarius caesalpiniaceous caesaropapacy caesaropapism caesaropopism caesious caesura caesural caesuric cafeneh cafenet cafeteria caffa caffeate caffeic caffeina caffeine caffeinic caffeinism caffeism caffeol caffeone caffetannic caffetannin caffiso caffle caffoline caffoy cafh cafiz caftan caftaned cag cage caged cageful cageless cagelike cageling cageman cager cagester cagework cagey caggy cagily cagit cagmag cahincic cahiz cahoot cahot cahow caickle caid cailcedra cailleach caimacam caimakam caiman caimitillo caimito cain caique caiquejee caird cairn cairned cairngorm cairngorum cairny caisson caissoned caitiff cajeput cajole cajolement cajoler cajolery cajoling cajolingly cajuela cajun cajuput cajuputene cajuputol cake cakebox cakebread cakehouse cakemaker cakemaking caker cakette cakewalk cakewalker cakey caky cal calaba calabash calabaza calabazilla calaber calaboose calabrasella calabrese calade calais calalu calamanco calamansi calamariaceous calamarian calamarioid calamaroid calamary calambac calambour calamiferous calamiform calaminary calamine calamint calamistral calamistrum calamite calamitean calamitoid calamitous calamitously calamitousness calamity calamondin calamus calander calandria calangay calantas calapite calascione calash calathian calathidium calathiform calathiscus calathus calaverite calbroben calcaneal calcaneoastragalar calcaneoastragaloid calcaneocuboid calcaneofibular calcaneonavicular calcaneoplantar calcaneoscaphoid calcaneotibial calcaneum calcaneus calcar calcarate calcareoargillaceous calcareobituminous calcareocorneous calcareosiliceous calcareosulphurous calcareous calcareously calcareousness calcariferous calcariform calcarine calced calceiform calcemia calceolate calcic calciclase calcicole calcicolous calcicosis calciferol calciferous calcific calcification calcified calciform calcifugal calcifuge calcifugous calcify calcigenous calcigerous calcimeter calcimine calciminer calcinable calcination calcinatory calcine calcined calciner calcinize calciobiotite calciocarnotite calcioferrite calcioscheelite calciovolborthite calcipexy calciphile calciphilia calciphilous calciphobe calciphobous calciphyre calciprivic calcisponge calcite calcitestaceous calcitic calcitrant calcitrate calcitreation calcium calcivorous calcographer calcographic calcography calcrete calculability calculable calculary calculate calculated calculatedly calculating calculatingly calculation calculational calculative calculator calculatory calculi calculiform calculist calculous calculus calden caldron calean caledonite calefacient calefaction calefactive calefactor calefactory calelectric calelectrical calelectricity calendal calendar calendarer calendarial calendarian calendaric calender calenderer calendric calendrical calendry calends calendulin calentural calenture calenturist calepin calescence calescent calf calfbound calfhood calfish calfkill calfless calflike calfling calfskin caliber calibered calibogus calibrate calibration calibrator calibre calicate calices caliciform calicle calico calicoback calicoed calicular caliculate calid calidity caliduct californite californium caliga caligated caliginous caliginously caligo calinda calinut caliological caliologist caliology calipash calipee caliper caliperer calipers caliph caliphal caliphate caliphship calistheneum calisthenic calisthenical calisthenics caliver calix calk calkage calker calkin calking call callable callainite callant callboy caller callet calli callid callidity callidness calligraph calligrapha calligrapher calligraphic calligraphical calligraphically calligraphist calligraphy calling calliophone calliper calliperer calliphorid calliphorine callipygian callipygous callisection callisteia callithump callithumpian callitrichaceous callitype callo callosal callose callosity callosomarginal callosum callous callously callousness callow callower callowman callowness callus calm calmant calmative calmer calmierer calmingly calmly calmness calmy calodemon calography calomba calomel calomorphic calool calor calorescence calorescent caloric caloricity calorie calorifacient calorific calorifical calorifically calorification calorifics calorifier calorify calorigenic calorimeter calorimetric calorimetrical calorimetrically calorimetry calorimotor caloris calorisator calorist calorize calorizer calotermitid calotte calotype calotypic calotypist caloyer calp calpac calpack calpacked calpulli caltrap caltrop calumba calumet calumniate calumniation calumniative calumniator calumniatory calumnious calumniously calumniousness calumny calutron calvaria calvarium calve calved calver calves calvish calvities calvity calvous calx calycanth calycanthaceous calycanthemous calycanthemy calycanthine calycate calyceraceous calyces calyciferous calycifloral calyciflorate calyciflorous calyciform calycinal calycine calycle calycled calycoid calycoideous calycophoran calycozoan calycozoic calycozoon calycular calyculate calyculated calycule calyculus calymma calyphyomy calypsist calypso calypsonian calypter calyptoblastic calyptra calyptrate calyptriform calyptrimorphous calyptro calyptrogen calyx cam camaca camagon camail camailed camalote caman camansi camara camaraderie camarilla camass camata camatina camb cambaye camber cambial cambiform cambiogenetic cambism cambist cambistry cambium cambogia cambrel cambresine cambricleaf cambuca came cameist camel camelback cameleer cameline camelish camelishness camelkeeper camellike camellin camelman cameloid camelopard camelry cameo cameograph cameography camera cameral cameralism cameralist cameralistic cameralistics cameraman camerate camerated cameration camerier camerist camerlingo camilla camillus camion camisado camise camisia camisole camlet camleteen cammed cammock cammocky camomile camoodi camoodie camouflage camouflager camp campagna campagnol campaign campaigner campana campane campanero campaniform campanile campaniliform campanilla campanini campanist campanistic campanologer campanological campanologically campanologist campanology campanulaceous campanular campanularian campanulate campanulated campanulous campbellite campcraft campephagine camper campestral campfight campfire campground camphane camphanic camphanone camphanyl camphene camphine camphire campho camphocarboxylic camphoid camphol campholic campholide campholytic camphor camphoraceous camphorate camphoric camphorize camphorone camphoronic camphoroyl camphorphorone camphorwood camphory camphoryl camphylene campimeter campimetrical campimetry campion cample campmaster campo campodeid campodeiform campodeoid campody campoo camporee campshed campshedding campsheeting campshot campstool camptodrome camptonite campulitropal campulitropous campus campward campylite campylodrome campylometer campylospermous campylotropal campylotropous camshach camshachle camshaft camstane camstone camuning camus camused camwood can canaba canada canadine canadite canadol canaigre canaille canajong canal canalage canalboat canalicular canaliculate canaliculated canaliculation canaliculi canaliculization canaliculus canaliferous canaliform canalization canalize canaller canalling canalman canalside canamo canape canapina canard canari canarin canary canasta canaster canaut canavalin cancan cancel cancelable cancelation canceleer canceler cancellarian cancellate cancellated cancellation cancelli cancellous cancellus cancelment cancer cancerate canceration cancerdrops cancered cancerigenic cancerism cancerophobe cancerophobia cancerous cancerously cancerousness cancerroot cancerweed cancerwort canch canchalagua cancriform cancrinite cancrisocial cancrivorous cancrizans cancroid cancrophagous cancrum cand candareen candela candelabra candelabrum candelilla candent candescence candescent candescently candid candidacy candidate candidateship candidature candidly candidness candied candier candify candiru candle candleball candlebeam candleberry candlebomb candlebox candlefish candleholder candlelight candlelighted candlelighter candlelighting candlelit candlemaker candlemaking candlenut candlepin candler candlerent candleshine candleshrift candlestand candlestick candlesticked candlestickward candlewaster candlewasting candlewick candlewood candlewright candock candolleaceous candor candroy candy candymaker candymaking candys candystick candytuft candyweed cane canebrake canel canelike canella canellaceous canelo caneology canephor canephore canephoros canephroi caner canescence canescent canette canewise canework canfieldite canful cangan cangia cangle cangler cangue canhoop canicola canicular canicule canid canille caninal canine caniniform caninity caninus canioned canions canistel canister canities canjac cank canker cankerberry cankerbird cankereat cankered cankeredly cankeredness cankerflower cankerous cankerroot cankerweed cankerworm cankerwort cankery canmaker canmaking canman canna cannabic cannabinaceous cannabine cannabinol cannabism cannaceous cannach canned cannel cannelated cannelure cannelured cannequin canner cannery cannet cannibal cannibalean cannibalic cannibalish cannibalism cannibalistic cannibalistically cannibality cannibalization cannibalize cannibally cannikin cannily canniness canning cannon cannonade cannoned cannoneer cannoneering cannonproof cannonry cannot cannula cannular cannulate cannulated canny canoe canoeing canoeist canoeload canoeman canoewood canon canoncito canoness canonic canonical canonically canonicalness canonicals canonicate canonicity canonics canonist canonistic canonistical canonizant canonization canonize canonizer canonlike canonry canonship canoodle canoodler canopic canopy canorous canorously canorousness canroy canroyer canso cant cantabank cantabile cantala cantalite cantaloupe cantankerous cantankerously cantankerousness cantar cantara cantaro cantata cantation cantative cantatory cantboard canted canteen cantefable canter canterer canthal cantharidal cantharidate cantharides cantharidian cantharidin cantharidism cantharidize cantharis cantharophilous cantharus canthectomy canthitis cantholysis canthoplasty canthorrhaphy canthotomy canthus cantic canticle cantico cantilena cantilene cantilever cantilevered cantillate cantillation cantily cantina cantiness canting cantingly cantingness cantion cantish cantle cantlet canto canton cantonal cantonalism cantoned cantoner cantonment cantoon cantor cantoral cantoris cantorous cantorship cantred cantref cantrip cantus cantwise canty canun canvas canvasback canvasman canvass canvassy cany canyon canzon canzonet caoba caoutchouc caoutchoucin cap capability capable capableness capably capacious capaciously capaciousness capacitance capacitate capacitation capacitative capacitativly capacitive capacitor capacity capanna capanne caparison capax capcase cape caped capel capelet capelin capeline capellet caper caperbush capercaillie capercally capercut caperer capering caperingly capernoited capernoitie capernoity capersome caperwort capes capeskin capeweed capewise capful caph caphar caphite capias capicha capillaceous capillaire capillament capillarectasia capillarily capillarimeter capillariness capillariomotor capillarity capillary capillation capilliculture capilliform capillitial capillitium capillose capistrate capital capitaldom capitaled capitalism capitalist capitalistic capitalistically capitalizable capitalization capitalize capitally capitalness capitan capitate capitated capitatim capitation capitative capitatum capitellar capitellate capitelliform capitellum capitoul capitoulate capitulant capitular capitularly capitulary capitulate capitulation capitulator capitulatory capituliform capitulum capivi capkin capless caplin capmaker capmaking capman capmint capnomancy capocchia capomo capon caponier caponize caponizer caporal capot capote cappadine capparidaceous capped cappelenite capper cappie capping capple cappy caprate caprelline capreol capreolar capreolary capreolate capreoline capric capriccetto capricci capriccio caprice capricious capriciously capriciousness caprid caprificate caprification caprificator caprifig caprifoliaceous caprifolium capriform caprigenous caprimulgine caprin caprine caprinic capriole capriped capripede caprizant caproate caproic caproin caprone capronic capronyl caproyl capryl caprylate caprylene caprylic caprylin caprylone caprylyl capsa capsaicin capsheaf capshore capsicin capsicum capsid capsizal capsize capstan capstone capsula capsulae capsular capsulate capsulated capsulation capsule capsulectomy capsuler capsuliferous capsuliform capsuligerous capsulitis capsulociliary capsulogenous capsulolenticular capsulopupillary capsulorrhaphy capsulotome capsulotomy capsumin captaculum captain captaincy captainess captainly captainry captainship captance captation caption captious captiously captiousness captivate captivately captivating captivatingly captivation captivative captivator captivatrix captive captivity captor captress capturable capture capturer capuche capuched capuchin capucine capulet capulin capybara car carabao carabeen carabid carabidan carabideous carabidoid carabin carabineer caraboid carabus caracal caracara caracol caracole caracoler caracoli caracolite caracoller caracore caract caracter carafe caraguata caraibe caraipi carajura caramba carambola carambole caramel caramelan caramelen caramelin caramelization caramelize caramoussal carancha caranda caranday carane carangid carangoid caranna carapace carapaced carapacic carapato carapax carapine carapo carat caratch caraunda caravan caravaneer caravanist caravanner caravansary caravanserai caravanserial caravel caraway carbacidometer carbamate carbamic carbamide carbamido carbamine carbamino carbamyl carbanil carbanilic carbanilide carbarn carbasus carbazic carbazide carbazine carbazole carbazylic carbeen carbene carberry carbethoxy carbethoxyl carbide carbimide carbine carbinol carbinyl carbo carboazotine carbocinchomeronic carbodiimide carbodynamite carbogelatin carbohemoglobin carbohydrase carbohydrate carbohydraturia carbohydrazide carbohydride carbohydrogen carbolate carbolated carbolfuchsin carbolic carbolineate carbolize carboluria carbolxylol carbomethene carbomethoxy carbomethoxyl carbon carbona carbonaceous carbonade carbonado carbonatation carbonate carbonation carbonatization carbonator carbonemia carbonero carbonic carbonide carboniferous carbonification carbonify carbonigenous carbonimeter carbonimide carbonite carbonitride carbonium carbonizable carbonization carbonize carbonizer carbonless carbonometer carbonometry carbonous carbonuria carbonyl carbonylene carbonylic carbophilous carbora carborundum carbosilicate carbostyril carboxide carboxy carboxyhemoglobin carboxyl carboxylase carboxylate carboxylation carboxylic carboy carboyed carbro carbromal carbuilder carbuncle carbuncled carbuncular carbungi carburant carburate carburation carburator carbure carburet carburetant carburetor carburization carburize carburizer carburometer carbyl carbylamine carcajou carcake carcanet carcaneted carcass carceag carcel carceral carcerate carceration carchariid carcharioid carcharodont carcinemia carcinogen carcinogenesis carcinogenic carcinoid carcinological carcinologist carcinology carcinolysin carcinolytic carcinoma carcinomata carcinomatoid carcinomatosis carcinomatous carcinomorphic carcinophagous carcinopolypus carcinosarcoma carcinosarcomata carcinosis carcoon card cardaissin cardamom cardboard cardcase cardecu carded cardel carder cardholder cardia cardiac cardiacal cardiacean cardiagra cardiagram cardiagraph cardiagraphy cardial cardialgia cardialgy cardiameter cardiamorphia cardianesthesia cardianeuria cardiant cardiaplegia cardiarctia cardiasthenia cardiasthma cardiataxia cardiatomy cardiatrophia cardiauxe cardicentesis cardiectasis cardiectomize cardiectomy cardielcosis cardiemphraxia cardiform cardigan cardin cardinal cardinalate cardinalic cardinalism cardinalist cardinalitial cardinalitian cardinally cardinalship cardines carding cardioaccelerator cardioarterial cardioblast cardiocarpum cardiocele cardiocentesis cardiocirrhosis cardioclasia cardioclasis cardiodilator cardiodynamics cardiodynia cardiodysesthesia cardiodysneuria cardiogenesis cardiogenic cardiogram cardiograph cardiographic cardiography cardiohepatic cardioid cardiokinetic cardiolith cardiological cardiologist cardiology cardiolysis cardiomalacia cardiomegaly cardiomelanosis cardiometer cardiometric cardiometry cardiomotility cardiomyoliposis cardiomyomalacia cardioncus cardionecrosis cardionephric cardioneural cardioneurosis cardionosus cardioparplasis cardiopathic cardiopathy cardiopericarditis cardiophobe cardiophobia cardiophrenia cardioplasty cardioplegia cardiopneumatic cardiopneumograph cardioptosis cardiopulmonary cardiopuncture cardiopyloric cardiorenal cardiorespiratory cardiorrhaphy cardiorrheuma cardiorrhexis cardioschisis cardiosclerosis cardioscope cardiospasm cardiosphygmogram cardiosphygmograph cardiosymphysis cardiotherapy cardiotomy cardiotonic cardiotoxic cardiotrophia cardiotrophotherapy cardiovascular cardiovisceral cardipaludism cardipericarditis cardisophistical carditic carditis cardlike cardmaker cardmaking cardo cardol cardon cardona cardoncillo cardooer cardoon cardophagus cardplayer cardroom cardsharp cardsharping cardstock carduaceous care carecloth careen careenage careener career careerer careering careeringly careerist carefree careful carefully carefulness careless carelessly carelessness carene carer caress caressant caresser caressing caressingly caressive caressively carest caret caretaker caretaking careworn carfare carfax carfuffle carful carga cargo cargoose carhop carhouse cariacine cariama caribou caricaceous caricatura caricaturable caricatural caricature caricaturist caricetum caricographer caricography caricologist caricology caricous carid caridean caridoid caries carillon carillonneur carina carinal carinate carinated carination cariniform cariole carioling cariosity carious cariousness caritative caritive cark carking carkingly carkled carl carless carlet carlie carlin carline carling carlings carlish carlishness carload carloading carloadings carlot carls carmagnole carmalum carman carmele carmeloite carminative carmine carminette carminic carminite carminophilous carmoisin carmot carnage carnaged carnal carnalism carnalite carnality carnalize carnallite carnally carnalness carnaptious carnassial carnate carnation carnationed carnationist carnauba carnaubic carnaubyl carnelian carneol carneole carneous carney carnic carniferous carniferrin carnifex carnification carnifices carnificial carniform carnify carnival carnivaler carnivalesque carnivoracity carnivoral carnivore carnivorism carnivorous carnivorously carnivorousness carnose carnosine carnosity carnotite carnous caroa carob caroba caroche carol caroler caroli carolin caroline carolus carom carombolette carone caronic caroome caroon carotene carotenoid carotic carotid carotidal carotidean carotin carotinemia carotinoid caroubier carousal carouse carouser carousing carousingly carp carpaine carpal carpale carpalia carpel carpellary carpellate carpent carpenter carpentering carpentership carpentry carper carpet carpetbag carpetbagger carpetbaggery carpetbaggism carpetbagism carpetbeater carpeting carpetlayer carpetless carpetmaker carpetmaking carpetmonger carpetweb carpetweed carpetwork carpetwoven carpholite carphosiderite carpid carpidium carpincho carping carpingly carpintero carpitis carpium carpocace carpocarpal carpocephala carpocephalum carpocerite carpocervical carpogam carpogamy carpogenic carpogenous carpogone carpogonial carpogonium carpolite carpolith carpological carpologically carpologist carpology carpomania carpometacarpal carpometacarpus carpopedal carpophagous carpophalangeal carpophore carpophyll carpophyte carpopodite carpopoditic carpoptosia carpoptosis carport carpos carposperm carposporangia carposporangial carposporangium carpospore carposporic carposporous carpostome carpus carquaise carr carrack carrageen carrageenin carrel carriable carriage carriageable carriageful carriageless carriagesmith carriageway carrick carried carrier carrion carritch carritches carriwitchet carrizo carroch carrollite carronade carrot carrotage carroter carrotiness carrottop carrotweed carrotwood carroty carrousel carrow carry carryall carrying carrytale carse carshop carsick carsmith cart cartable cartaceous cartage cartboot cartbote carte cartel cartelism cartelist cartelization cartelize carter cartful carthame carthamic carthamin cartilage cartilaginean cartilagineous cartilaginification cartilaginoid cartilaginous cartisane cartload cartmaker cartmaking cartman cartobibliography cartogram cartograph cartographer cartographic cartographical cartographically cartography cartomancy carton cartonnage cartoon cartoonist cartouche cartridge cartsale cartulary cartway cartwright cartwrighting carty carua carucage carucal carucate carucated caruncle caruncula carunculae caruncular carunculate carunculated carunculous carvacrol carvacryl carval carve carvel carven carvene carver carvership carvestrene carving carvoepra carvol carvomenthene carvone carvyl carwitchet caryatic caryatid caryatidal caryatidean caryatidic caryl caryocaraceous caryophyllaceous caryophyllene caryophylleous caryophyllin caryophyllous caryopilite caryopses caryopsides caryopsis casaba casabe casal casalty casate casaun casava casave casavi casbah cascabel cascade cascadite cascado cascalho cascalote cascara cascarilla cascaron casco cascol case casease caseate caseation casebook casebox cased caseful casefy caseharden caseic casein caseinate caseinogen casekeeper caseless caselessly casemaker casemaking casemate casemated casement casemented caseolysis caseose caseous caser casern caseum caseweed casewood casework caseworker caseworm cash casha cashable cashableness cashaw cashbook cashbox cashboy cashcuttee cashel cashew cashgirl cashier cashierer cashierment cashkeeper cashment cashmere cashmerette casing casino casiri cask casket casking casklike casque casqued casquet casquetel casquette cass cassabanana cassabully cassady cassareep cassation casse casselty cassena casserole cassia cassican cassideous cassidid cassidony cassiduloid cassie cassimere cassina cassine cassinette cassino cassinoid cassioberry cassiopeium cassis cassiterite cassock cassolette casson cassonade cassoon cassowary cassumunar cast castable castagnole castanean castaneous castanet castaway caste casteless castelet castellan castellano castellanship castellany castellar castellate castellated castellation caster casterless casthouse castice castigable castigate castigation castigative castigator castigatory casting castle castled castlelike castlet castlewards castlewise castling castock castoff castor castoreum castorial castorin castorite castorized castory castra castral castrametation castrate castrater castration castrator castrensial castrensian castrum castuli casual casualism casualist casuality casually casualness casualty casuarinaceous casuary casuist casuistess casuistic casuistical casuistically casuistry casula caswellite cat catabaptist catabases catabasis catabatic catabibazon catabiotic catabolic catabolically catabolin catabolism catabolite catabolize catacaustic catachreses catachresis catachrestic catachrestical catachrestically catachthonian cataclasm cataclasmic cataclastic cataclinal cataclysm cataclysmal cataclysmatic cataclysmatist cataclysmic cataclysmically cataclysmist catacomb catacorolla catacoustics catacromyodian catacrotic catacrotism catacumbal catadicrotic catadicrotism catadioptric catadioptrical catadioptrics catadromous catafalco catafalque catagenesis catagenetic catagmatic catakinesis catakinetic catakinetomer catakinomeric catalase catalecta catalectic catalecticant catalepsis catalepsy cataleptic cataleptiform cataleptize cataleptoid catalexis catalina catalineta catalinite catallactic catallactically catallactics catallum catalogia catalogic catalogical catalogist catalogistic catalogue cataloguer cataloguish cataloguist cataloguize catalowne catalpa catalufa catalyses catalysis catalyst catalyte catalytic catalytical catalytically catalyzator catalyze catalyzer catamaran catamenia catamenial catamite catamited catamiting catamount catamountain catan catapan catapasm catapetalous cataphasia cataphatic cataphora cataphoresis cataphoretic cataphoria cataphoric cataphract cataphrenia cataphrenic cataphrygianism cataphyll cataphylla cataphyllary cataphyllum cataphysical cataplasia cataplasis cataplasm catapleiite cataplexy catapult catapultic catapultier cataract cataractal cataracted cataractine cataractous cataractwise cataria catarinite catarrh catarrhal catarrhally catarrhed catarrhine catarrhinian catarrhous catasarka catasta catastaltic catastasis catastate catastatic catasterism catastrophal catastrophe catastrophic catastrophical catastrophically catastrophism catastrophist catathymic catatonia catatoniac catatonic catawampous catawampously catawamptious catawamptiously catawampus catberry catbird catboat catcall catch catchable catchall catchcry catcher catchfly catchiness catching catchingly catchingness catchland catchment catchpenny catchplate catchpole catchpolery catchpoleship catchpoll catchpollery catchup catchwater catchweed catchweight catchword catchwork catchy catclaw catdom cate catechesis catechetic catechetical catechetically catechin catechism catechismal catechist catechistic catechistical catechistically catechizable catechization catechize catechizer catechol catechu catechumen catechumenal catechumenate catechumenical catechumenically catechumenism catechumenship catechutannic categorem categorematic categorematical categorematically categorial categoric categorical categorically categoricalness categorist categorization categorize category catelectrotonic catelectrotonus catella catena catenae catenarian catenary catenate catenated catenation catenoid catenulate catepuce cater cateran catercap catercorner caterer caterership cateress caterpillar caterpillared caterpillarlike caterva caterwaul caterwauler caterwauling cateye catface catfaced catfacing catfall catfish catfoot catfooted catgut catharization catharize catharpin catharping catharsis cathartic cathartical cathartically catharticalness cathead cathect cathectic cathection cathedra cathedral cathedraled cathedralesque cathedralic cathedrallike cathedralwise cathedratic cathedratica cathedratical cathedratically cathedraticum cathepsin catheter catheterism catheterization catheterize catheti cathetometer cathetometric cathetus cathexion cathexis cathidine cathin cathine cathinine cathion cathisma cathodal cathode cathodic cathodical cathodically cathodofluorescence cathodograph cathodography cathodoluminescence cathograph cathography cathole catholic catholical catholically catholicalness catholicate catholicism catholicist catholicity catholicize catholicizer catholicly catholicness catholicon catholicos catholicus catholyte cathood cathop cathro cation cationic cativo catjang catkin catkinate catlap catlike catlin catling catlinite catmalison catmint catnip catoblepas catocalid catocathartic catoctin catodont catogene catogenic catoptric catoptrical catoptrically catoptrics catoptrite catoptromancy catoptromantic catostomid catostomoid catpiece catpipe catproof catskin catstep catstick catstitch catstitcher catstone catsup cattabu cattail cattalo cattery cattily cattimandoo cattiness catting cattish cattishly cattishness cattle cattlebush cattlegate cattleless cattleman cattleya cattleyak catty cattyman catvine catwalk catwise catwood catwort caubeen cauboge cauch cauchillo caucho caucus cauda caudad caudae caudal caudally caudalward caudata caudate caudated caudation caudatolenticular caudatory caudatum caudex caudices caudicle caudiform caudillism caudle caudocephalad caudodorsal caudofemoral caudolateral caudotibial caudotibialis caught cauk caul cauld cauldrife cauldrifeness caulerpaceous caules caulescent caulicle caulicole caulicolous caulicule cauliculus cauliferous cauliflorous cauliflory cauliflower cauliform cauligenous caulinar caulinary cauline caulis caulivorous caulocarpic caulocarpous caulome caulomer caulomic caulophylline caulopteris caulosarc caulotaxis caulotaxy caulote caum cauma caumatic caunch caup caupo caupones caurale causability causable causal causalgia causality causally causate causation causational causationism causationist causative causatively causativeness causativity cause causeful causeless causelessly causelessness causer causerie causeway causewayman causey causidical causing causingness causse causson caustic caustical caustically causticiser causticism causticity causticization causticize causticizer causticly causticness caustification caustify cautel cautelous cautelously cautelousness cauter cauterant cauterization cauterize cautery caution cautionary cautioner cautionry cautious cautiously cautiousness cautivo cava cavae caval cavalcade cavalero cavalier cavalierish cavalierishness cavalierism cavalierly cavalierness cavaliero cavaliership cavalla cavalry cavalryman cavascope cavate cavatina cave caveat caveator cavekeeper cavel cavelet cavelike cavendish cavern cavernal caverned cavernicolous cavernitis cavernlike cavernoma cavernous cavernously cavernulous cavesson cavetto caviar cavicorn cavie cavil caviler caviling cavilingly cavilingness cavillation caving cavings cavish cavitary cavitate cavitation cavitied cavity caviya cavort cavus cavy caw cawk cawky cawney cawquaw caxiri caxon cay cayenne cayenned cayman caza cazimi ce cearin cease ceaseless ceaselessly ceaselessness ceasmic cebell cebian cebid cebil cebine ceboid cebollite cebur cecidiologist cecidiology cecidium cecidogenous cecidologist cecidology cecidomyian cecidomyiid cecidomyiidous cecilite cecils cecity cecograph cecomorphic cecostomy cecutiency cedar cedarbird cedared cedarn cedarware cedarwood cedary cede cedent ceder cedilla cedrat cedrate cedre cedrene cedrin cedrine cedriret cedrium cedrol cedron cedry cedula cee ceibo ceil ceile ceiler ceilidh ceiling ceilinged ceilingward ceilingwards ceilometer celadon celadonite celandine celastraceous celation celative celature celebrant celebrate celebrated celebratedness celebrater celebration celebrative celebrator celebratory celebrity celemin celemines celeomorph celeomorphic celeriac celerity celery celesta celeste celestial celestiality celestialize celestially celestialness celestina celestine celestite celestitude celiac celiadelphus celiagra celialgia celibacy celibatarian celibate celibatic celibatist celibatory celidographer celidography celiectasia celiectomy celiemia celiitis celiocele celiocentesis celiocolpotomy celiocyesis celiodynia celioelytrotomy celioenterotomy celiogastrotomy celiohysterotomy celiolymph celiomyalgia celiomyodynia celiomyomectomy celiomyomotomy celiomyositis celioncus celioparacentesis celiopyosis celiorrhaphy celiorrhea celiosalpingectomy celiosalpingotomy celioschisis celioscope celioscopy celiotomy celite cell cella cellae cellar cellarage cellarer cellaress cellaret cellaring cellarless cellarman cellarous cellarway cellarwoman cellated celled cellepore celliferous celliform cellifugal cellipetal cellist cello cellobiose celloid celloidin celloist cellophane cellose cellular cellularity cellularly cellulase cellulate cellulated cellulation cellule cellulicidal celluliferous cellulifugal cellulifugally cellulin cellulipetal cellulipetally cellulitis cellulocutaneous cellulofibrous celluloid celluloided cellulose cellulosic cellulosity cellulotoxic cellulous celotomy celsian celt celtiform celtium celtuce cembalist cembalo cement cemental cementation cementatory cementer cementification cementin cementite cementitious cementless cementmaker cementmaking cementoblast cementoma cementum cemeterial cemetery cenacle cenaculum cenanthous cenanthy cencerro cendre cenobian cenobite cenobitic cenobitical cenobitically cenobitism cenobium cenoby cenogenesis cenogenetic cenogenetically cenogonous cenosite cenosity cenospecies cenospecific cenospecifically cenotaph cenotaphic cenotaphy cenozoology cense censer censerless censive censor censorable censorate censorial censorious censoriously censoriousness censorship censual censurability censurable censurableness censurably censure censureless censurer censureship census cent centage cental centare centaur centaurdom centauress centauri centaurial centaurian centauric centauromachia centauromachy centaurus centaury centavo centena centenar centenarian centenarianism centenary centenier centenionalis centennial centennially center centerable centerboard centered centerer centering centerless centermost centerpiece centervelic centerward centerwise centesimal centesimally centesimate centesimation centesimi centesimo centesis centetid centgener centiar centiare centibar centifolious centigrade centigram centile centiliter centillion centillionth centime centimeter centimo centimolar centinormal centipedal centipede centiplume centipoise centistere centistoke centner cento centonical centonism centrad central centrale centralism centralist centralistic centrality centralization centralize centralizer centrally centralness centranth centrarchid centrarchoid centraxonial centric centrical centricality centrically centricalness centricipital centriciput centricity centriffed centrifugal centrifugalization centrifugalize centrifugaller centrifugally centrifugate centrifugation centrifuge centrifugence centriole centripetal centripetalism centripetally centripetence centripetency centriscid centrisciform centriscoid centrist centroacinar centrobaric centrobarical centroclinal centrode centrodesmose centrodesmus centrodorsal centrodorsally centroid centroidal centrolecithal centrolepidaceous centrolinead centrolineal centromere centronucleus centroplasm centrosome centrosomic centrosphere centrosymmetric centrosymmetry centrum centry centum centumvir centumviral centumvirate centuple centuplicate centuplication centuply centuria centurial centuriate centuriation centuriator centuried centurion century ceorl ceorlish cep cepa cepaceous cepe cephaeline cephalad cephalagra cephalalgia cephalalgic cephalalgy cephalanthium cephalanthous cephalate cephaldemae cephalemia cephaletron cephalhematoma cephalhydrocele cephalic cephalin cephaline cephalism cephalitis cephalization cephaloauricular cephalobranchiate cephalocathartic cephalocaudal cephalocele cephalocentesis cephalocercal cephalochord cephalochordal cephalochordate cephaloclasia cephaloclast cephalocone cephaloconic cephalocyst cephalodiscid cephalodymia cephalodymus cephalodynia cephalofacial cephalogenesis cephalogram cephalograph cephalohumeral cephalohumeralis cephaloid cephalology cephalomancy cephalomant cephalomelus cephalomenia cephalomeningitis cephalomere cephalometer cephalometric cephalometry cephalomotor cephalomyitis cephalon cephalonasal cephalopagus cephalopathy cephalopharyngeal cephalophine cephalophorous cephalophyma cephaloplegia cephaloplegic cephalopod cephalopodan cephalopodic cephalopodous cephalorachidian cephalorhachidian cephalosome cephalospinal cephalostyle cephalotaceous cephalotheca cephalothecal cephalothoracic cephalothoracopagus cephalothorax cephalotome cephalotomy cephalotractor cephalotribe cephalotripsy cephalotrocha cephalous cephid ceps ceptor cequi ceraceous cerago ceral ceramal cerambycid ceramiaceous ceramic ceramicite ceramics ceramidium ceramist ceramographic ceramography cerargyrite ceras cerasein cerasin cerastes cerata cerate ceratectomy cerated ceratiasis ceratiid ceratioid ceration ceratite ceratitic ceratitoid ceratoblast ceratobranchial ceratocricoid ceratofibrous ceratoglossal ceratoglossus ceratohyal ceratohyoid ceratoid ceratomandibular ceratomania ceratophyllaceous ceratophyte ceratopsian ceratopsid ceratopteridaceous ceratorhine ceratospongian ceratotheca ceratothecal ceraunia ceraunics ceraunogram ceraunograph ceraunomancy ceraunophone ceraunoscope ceraunoscopy cercal cercaria cercarial cercarian cercariform cercelee cerci cercomonad cercopid cercopithecid cercopithecoid cercopod cercus cere cereal cerealian cerealin cerealism cerealist cerealose cerebella cerebellar cerebellifugal cerebellipetal cerebellocortex cerebellopontile cerebellopontine cerebellorubral cerebellospinal cerebellum cerebra cerebral cerebralgia cerebralism cerebralist cerebralization cerebralize cerebrally cerebrasthenia cerebrasthenic cerebrate cerebration cerebrational cerebric cerebricity cerebriform cerebriformly cerebrifugal cerebrin cerebripetal cerebritis cerebrize cerebrocardiac cerebrogalactose cerebroganglion cerebroganglionic cerebroid cerebrology cerebroma cerebromalacia cerebromedullary cerebromeningeal cerebromeningitis cerebrometer cerebron cerebronic cerebroparietal cerebropathy cerebropedal cerebrophysiology cerebropontile cerebropsychosis cerebrorachidian cerebrosclerosis cerebroscope cerebroscopy cerebrose cerebrosensorial cerebroside cerebrosis cerebrospinal cerebrospinant cerebrosuria cerebrotomy cerebrotonia cerebrotonic cerebrovisceral cerebrum cerecloth cered cereless cerement ceremonial ceremonialism ceremonialist ceremonialize ceremonially ceremonious ceremoniously ceremoniousness ceremony cereous cerer ceresin cerevis ceria cerianthid cerianthoid ceric ceride ceriferous cerigerous cerillo ceriman cerin cerine ceriops cerise cerite cerithioid cerium cermet cern cerniture cernuous cero cerograph cerographic cerographist cerography ceroline cerolite ceroma ceromancy cerophilous ceroplast ceroplastic ceroplastics ceroplasty cerotate cerote cerotene cerotic cerotin cerotype cerous ceroxyle cerrero cerrial cerris certain certainly certainty certie certifiable certifiableness certifiably certificate certification certificative certificator certificatory certified certifier certify certiorari certiorate certioration certis certitude certosina certosino certy cerule cerulean cerulein ceruleite ceruleolactite ceruleous cerulescent ceruleum cerulignol cerulignone cerumen ceruminal ceruminiferous ceruminous cerumniparous ceruse cerussite cervantite cervical cervicaprine cervicectomy cervicicardiac cervicide cerviciplex cervicispinal cervicitis cervicoauricular cervicoaxillary cervicobasilar cervicobrachial cervicobregmatic cervicobuccal cervicodorsal cervicodynia cervicofacial cervicohumeral cervicolabial cervicolingual cervicolumbar cervicomuscular cerviconasal cervicorn cervicoscapular cervicothoracic cervicovaginal cervicovesical cervid cervine cervisia cervisial cervix cervoid cervuline ceryl cesarevitch cesarolite cesious cesium cespititous cespitose cespitosely cespitulose cess cessantly cessation cessative cessavit cesser cession cessionaire cessionary cessor cesspipe cesspit cesspool cest cestode cestoid cestoidean cestraciont cestrum cestus cetacean cetaceous cetaceum cetane cetene ceterach ceti cetic ceticide cetin cetiosaurian cetological cetologist cetology cetomorphic cetonian cetorhinid cetorhinoid cetotolite cetraric cetrarin cetyl cetylene cetylic cevadilla cevadilline cevadine cevine cevitamic ceylanite ceylonite ceyssatite cha chaa chab chabasie chabazite chabot chabouk chabuk chabutra chacate chachalaca chack chacker chackle chackler chacma chacona chacte chad chadacryst chaeta chaetiferous chaetodont chaetodontid chaetognath chaetognathan chaetognathous chaetophoraceous chaetophorous chaetopod chaetopodan chaetopodous chaetopterin chaetosema chaetotactic chaetotaxy chafe chafer chafery chafewax chafeweed chaff chaffcutter chaffer chafferer chaffinch chaffiness chaffing chaffingly chaffless chafflike chaffman chaffseed chaffwax chaffweed chaffy chaft chafted chagan chagrin chaguar chagul chahar chai chain chainage chained chainer chainette chainless chainlet chainmaker chainmaking chainman chainon chainsmith chainwale chainwork chair chairer chairless chairmaker chairmaking chairman chairmanship chairmender chairmending chairwarmer chairwoman chais chaise chaiseless chaitya chaja chaka chakar chakari chakazi chakdar chakobu chakra chakram chakravartin chaksi chal chalaco chalana chalastic chalaza chalazal chalaze chalazian chalaziferous chalazion chalazogam chalazogamic chalazogamy chalazoidite chalcanthite chalcedonic chalcedonous chalcedony chalcedonyx chalchuite chalcid chalcidicum chalcidid chalcidiform chalcidoid chalcites chalcocite chalcograph chalcographer chalcographic chalcographical chalcographist chalcography chalcolite chalcolithic chalcomancy chalcomenite chalcon chalcone chalcophanite chalcophyllite chalcopyrite chalcosiderite chalcosine chalcostibite chalcotrichite chalcotript chalcus chalder chaldron chalet chalice chaliced chalicosis chalicothere chalicotheriid chalicotherioid chalinine chalk chalkcutter chalker chalkiness chalklike chalkography chalkosideric chalkstone chalkstony chalkworker chalky challah challenge challengeable challengee challengeful challenger challengingly challie challis challote chalmer chalon chalone chalque chalta chalumeau chalutz chalutzim chalybeate chalybeous chalybite cham chamaecranial chamaeprosopic chamaerrhine chamal chamar chamber chamberdeacon chambered chamberer chambering chamberlain chamberlainry chamberlainship chamberlet chamberleted chamberletted chambermaid chamberwoman chambray chambrel chambul chamecephalic chamecephalous chamecephalus chamecephaly chameleon chameleonic chameleonize chameleonlike chamfer chamferer chamfron chamisal chamiso chamite chamma chamois chamoisite chamoline champ champac champaca champacol champagne champagneless champagnize champaign champain champaka champer champertor champertous champerty champignon champion championess championize championless championlike championship champleve champy chance chanceful chancefully chancefulness chancel chanceled chanceless chancellery chancellor chancellorate chancelloress chancellorism chancellorship chancer chancery chancewise chanche chanchito chanco chancre chancriform chancroid chancroidal chancrous chancy chandala chandam chandelier chandi chandler chandleress chandlering chandlery chandoo chandu chandul chanfrin chang changa changar change changeability changeable changeableness changeably changedale changedness changeful changefully changefulness changeless changelessly changelessness changeling changement changer chank chankings channel channelbill channeled channeler channeling channelization channelize channelled channeller channelling channelwards channer chanson chansonnette chanst chant chantable chanter chanterelle chantership chantey chanteyman chanticleer chanting chantingly chantlate chantress chantry chao chaogenous chaology chaos chaotic chaotical chaotically chaoticness chap chapah chaparral chaparro chapatty chapbook chape chapeau chapeaux chaped chapel chapeless chapelet chapelgoer chapelgoing chapellage chapellany chapelman chapelmaster chapelry chapelward chaperno chaperon chaperonage chaperone chaperonless chapfallen chapin chapiter chapitral chaplain chaplaincy chaplainry chaplainship chapless chaplet chapleted chapman chapmanship chapournet chapournetted chappaul chapped chapper chappie chappin chapping chappow chappy chaps chapt chaptalization chaptalize chapter chapteral chapterful chapwoman char charabanc charabancer charac characeous characetum characin characine characinid characinoid character characterful characterial characterical characterism characterist characteristic characteristical characteristically characteristicalness characteristicness characterizable characterization characterize characterizer characterless characterlessness characterological characterologist characterology charactery charade charadriiform charadrine charadrioid charas charbon charcoal charcoaly charcutier chard chardock chare charer charet charette charge chargeability chargeable chargeableness chargeably chargee chargeless chargeling chargeman charger chargeship charging charier charily chariness chariot charioted chariotee charioteer charioteership chariotlike chariotman chariotry chariotway charism charisma charismatic charisticary charitable charitableness charitably charity charityless charivari chark charka charkha charkhana charlady charlatan charlatanic charlatanical charlatanically charlatanish charlatanism charlatanistic charlatanry charlatanship charlock charm charmedly charmel charmer charmful charmfully charmfulness charming charmingly charmingness charmless charmlessly charmwise charnel charnockite charpit charpoy charqued charqui charr charry charshaf charsingha chart chartaceous charter charterable charterage chartered charterer charterhouse charterless chartermaster charthouse charting chartist chartless chartographist chartology chartometer chartophylax chartreuse chartroom chartula chartulary charuk charwoman chary chasable chase chaseable chaser chasing chasm chasma chasmal chasmed chasmic chasmogamic chasmogamous chasmogamy chasmophyte chasmy chasse chassepot chasseur chassignite chassis chaste chastely chasten chastener chasteness chasteningly chastenment chasteweed chastisable chastise chastisement chastiser chastity chasuble chasubled chat chataka chateau chateaux chatelain chatelaine chatelainry chatellany chathamite chati chatoyance chatoyancy chatoyant chatsome chatta chattable chattation chattel chattelhood chattelism chattelization chattelize chattelship chatter chatteration chatterbag chatterbox chatterer chattering chatteringly chattermag chattermagging chattery chattily chattiness chatting chattingly chatty chatwood chaudron chauffer chauffeur chauffeurship chauk chaukidari chaulmoogra chaulmoograte chaulmoogric chaus chausseemeile chaute chauth chauvinism chauvinist chauvinistic chauvinistically chavender chavibetol chavicin chavicine chavicol chavish chaw chawan chawbacon chawer chawk chawl chawstick chay chaya chayaroot chayote chayroot chazan che cheap cheapen cheapener cheapery cheaping cheapish cheaply cheapness cheat cheatable cheatableness cheatee cheater cheatery cheating cheatingly cheatrie chebec chebel chebog chebule chebulinic check checkable checkage checkbird checkbite checkbook checked checker checkerbelly checkerberry checkerbloom checkerboard checkerbreast checkered checkerist checkers checkerwise checkerwork checkhook checkless checkman checkmate checkoff checkrack checkrein checkroll checkroom checkrope checkrow checkrowed checkrower checkstone checkstrap checkstring checkup checkweigher checkwork checky cheddaring cheddite cheder chedlock chee cheecha cheechako cheek cheekbone cheeker cheekily cheekiness cheekish cheekless cheekpiece cheeky cheep cheeper cheepily cheepiness cheepy cheer cheered cheerer cheerful cheerfulize cheerfully cheerfulness cheerfulsome cheerily cheeriness cheering cheeringly cheerio cheerleader cheerless cheerlessly cheerlessness cheerly cheery cheese cheeseboard cheesebox cheeseburger cheesecake cheesecloth cheesecurd cheesecutter cheeseflower cheeselip cheesemonger cheesemongering cheesemongerly cheesemongery cheeseparer cheeseparing cheeser cheesery cheesewood cheesiness cheesy cheet cheetah cheeter cheetie chef chegoe chegre cheilitis cheilostomatous cheir cheiragra cheirognomy cheirography cheirolin cheirology cheiromancy cheiromegaly cheiropatagium cheiropodist cheiropody cheiropompholyx cheiropterygium cheirosophy cheirospasm chekan cheke cheki chekmak chela chelaship chelate chelation chelem chelerythrine chelicer chelicera cheliceral chelicerate chelicere chelide chelidon chelidonate chelidonian chelidonic chelidonine cheliferous cheliform chelingo cheliped chello chelodine chelone chelonian chelonid cheloniid chelonin chelophore chelp chelydroid chelys chemasthenia chemawinite chemesthesis chemiatric chemiatrist chemiatry chemic chemical chemicalization chemicalize chemically chemicker chemicoastrological chemicobiologic chemicobiology chemicocautery chemicodynamic chemicoengineering chemicoluminescence chemicomechanical chemicomineralogical chemicopharmaceutical chemicophysical chemicophysics chemicophysiological chemicovital chemigraph chemigraphic chemigraphy chemiloon chemiluminescence chemiotactic chemiotaxic chemiotaxis chemiotropic chemiotropism chemiphotic chemis chemise chemisette chemism chemisorb chemisorption chemist chemistry chemitype chemitypy chemoceptor chemokinesis chemokinetic chemolysis chemolytic chemolyze chemoreception chemoreceptor chemoreflex chemoresistance chemoserotherapy chemosis chemosmosis chemosmotic chemosynthesis chemosynthetic chemotactic chemotactically chemotaxis chemotaxy chemotherapeutic chemotherapeutics chemotherapist chemotherapy chemotic chemotropic chemotropically chemotropism chemurgic chemurgical chemurgy chena chende chenevixite cheng chenica chenille cheniller chenopod chenopodiaceous cheoplastic chepster cheque chercock cherem cherimoya cherish cherishable cherisher cherishing cherishingly cherishment chernozem cheroot cherried cherry cherryblossom cherrylike chersonese chert cherte cherty cherub cherubic cherubical cherubically cherubim cherubimic cherubimical cherubin chervil chervonets cheson chess chessboard chessdom chessel chesser chessist chessman chessmen chesstree chessylite chest chester chesterfield chesterlite chestful chestily chestiness chestnut chestnutty chesty cheth chettik chetty chetverik chetvert chevage cheval chevalier chevaline chevance cheve cheven chevener chevesaile chevin chevisance chevise chevon chevrette chevron chevrone chevronel chevronelly chevronwise chevrony chevrotain chevy chew chewbark chewer chewink chewstick chewy cheyney chhatri chi chia chiaroscurist chiaroscuro chiasm chiasma chiasmal chiasmatype chiasmatypy chiasmic chiasmodontid chiasmus chiastic chiastolite chiastoneural chiastoneurous chiastoneury chiaus chibinite chibouk chibrit chic chicane chicaner chicanery chicaric chicayote chichi chichicaste chichimecan chichipate chichipe chichituna chick chickabiddy chickadee chickaree chickasaw chickell chicken chickenberry chickenbill chickenbreasted chickenhearted chickenheartedly chickenheartedness chickenhood chickenweed chickenwort chicker chickhood chickling chickstone chickweed chickwit chicky chicle chicness chico chicory chicot chicote chicqued chicquer chicquest chicquing chid chidden chide chider chiding chidingly chidingness chidra chief chiefdom chiefery chiefess chiefest chiefish chiefless chiefling chiefly chiefship chieftain chieftaincy chieftainess chieftainry chieftainship chieftess chield chien chiffer chiffon chiffonade chiffonier chiffony chifforobe chigetai chiggak chigger chiggerweed chignon chignoned chigoe chih chihfu chikara chil chilacavote chilalgia chilarium chilblain child childbearing childbed childbirth childcrowing childe childed childhood childing childish childishly childishness childkind childless childlessness childlike childlikeness childly childness childrenite childridden childship childward chile chilectropion chilenite chili chiliad chiliadal chiliadic chiliagon chiliahedron chiliarch chiliarchia chiliarchy chiliasm chiliast chiliastic chilicote chilicothe chilidium chiliomb chilitis chill chilla chillagite chilled chiller chillily chilliness chilling chillingly chillish chillness chillo chillroom chillsome chillum chillumchee chilly chilognath chilognathan chilognathous chilogrammo chiloma chiloncus chiloplasty chilopod chilopodan chilopodous chilostomatous chilostome chilotomy chilver chimaera chimaerid chimaeroid chimango chimble chime chimer chimera chimeric chimerical chimerically chimericalness chimesmaster chiminage chimney chimneyhead chimneyless chimneyman chimopeelagic chimpanzee chin china chinaberry chinalike chinamania chinamaniac chinampa chinanta chinaphthol chinar chinaroot chinaware chinawoman chinband chinch chincha chinchayote chinche chincherinchee chinchilla chinching chincloth chincough chine chined ching chingma chinik chinin chink chinkara chinker chinkerinchee chinking chinkle chinks chinky chinless chinnam chinned chinny chino chinoa chinol chinotoxine chinotti chinpiece chinquapin chinse chint chintz chinwood chiococcine chiolite chionablepsia chiotilla chip chipchap chipchop chiplet chipling chipmunk chippable chippage chipped chipper chipping chippy chips chipwood chiragra chiral chiralgia chirality chirapsia chirarthritis chirata chirimen chirinola chiripa chirivita chirk chirm chiro chirocosmetics chirogale chirognomic chirognomically chirognomist chirognomy chirognostic chirograph chirographary chirographer chirographic chirographical chirography chirogymnast chirological chirologically chirologist chirology chiromance chiromancer chiromancist chiromancy chiromant chiromantic chiromantical chiromegaly chirometer chironomic chironomid chironomy chironym chiropatagium chiroplasty chiropod chiropodial chiropodic chiropodical chiropodist chiropodistry chiropodous chiropody chiropompholyx chiropractic chiropractor chiropraxis chiropter chiropteran chiropterite chiropterophilous chiropterous chiropterygian chiropterygious chiropterygium chirosophist chirospasm chirotherian chirothesia chirotonsor chirotonsory chirotony chirotype chirp chirper chirpily chirpiness chirping chirpingly chirpling chirpy chirr chirrup chirruper chirrupy chirurgeon chirurgery chisel chiseled chiseler chisellike chiselly chiselmouth chit chitak chital chitchat chitchatty chitin chitinization chitinized chitinocalcareous chitinogenous chitinoid chitinous chiton chitosamine chitosan chitose chitra chittamwood chitter chitterling chitty chivalresque chivalric chivalrous chivalrously chivalrousness chivalry chive chivey chiviatite chkalik chladnite chlamyd chlamydate chlamydeous chlamydobacteriaceous chlamydospore chlamydozoan chlamyphore chlamys chloanthite chloasma chlor chloracetate chloragogen chloral chloralformamide chloralide chloralism chloralization chloralize chloralose chloralum chloramide chloramine chloramphenicol chloranemia chloranemic chloranhydride chloranil chloranthaceous chloranthy chlorapatite chlorastrolite chlorate chlorazide chlorcosane chlordan chlordane chlore chlorellaceous chloremia chlorenchyma chlorhydrate chlorhydric chloric chloridate chloridation chloride chlorider chloridize chlorimeter chlorimetric chlorimetry chlorinate chlorination chlorinator chlorine chlorinize chlorinous chloriodide chlorite chloritic chloritization chloritize chloritoid chlorize chlormethane chlormethylic chloroacetate chloroacetic chloroacetone chloroacetophenone chloroamide chloroamine chloroanaemia chloroanemia chloroaurate chloroauric chloroaurite chlorobenzene chlorobromide chlorocalcite chlorocarbonate chlorochromates chlorochromic chlorochrous chlorocresol chlorocruorin chlorodize chloroform chloroformate chloroformic chloroformism chloroformist chloroformization chloroformize chlorogenic chlorogenine chlorohydrin chlorohydrocarbon chloroiodide chloroleucite chloroma chloromelanite chlorometer chloromethane chlorometric chlorometry chloronitrate chloropal chloropalladates chloropalladic chlorophane chlorophenol chlorophoenicite chlorophyceous chlorophyl chlorophyll chlorophyllaceous chlorophyllan chlorophyllase chlorophyllian chlorophyllide chlorophylliferous chlorophylligenous chlorophylligerous chlorophyllin chlorophyllite chlorophylloid chlorophyllose chlorophyllous chloropia chloropicrin chloroplast chloroplastic chloroplastid chloroplatinate chloroplatinic chloroplatinite chloroplatinous chloroprene chloropsia chloroquine chlorosilicate chlorosis chlorospinel chlorosulphonic chlorotic chlorous chlorozincate chlorsalol chloryl cho choachyte choana choanate choanocytal choanocyte choanoflagellate choanoid choanophorous choanosomal choanosome choate choaty chob choca chocard chocho chock chockablock chocker chockler chockman chocolate choel choenix choffer choga chogak chogset choice choiceful choiceless choicelessness choicely choiceness choicy choil choiler choir choirboy choirlike choirman choirmaster choirwise chokage choke chokeberry chokebore chokecherry chokedamp choker chokered chokerman chokestrap chokeweed chokidar choking chokingly chokra choky chol chola cholagogic cholagogue cholalic cholane cholangioitis cholangitis cholanic cholanthrene cholate chold choleate cholecyanine cholecyst cholecystalgia cholecystectasia cholecystectomy cholecystenterorrhaphy cholecystenterostomy cholecystgastrostomy cholecystic cholecystitis cholecystnephrostomy cholecystocolostomy cholecystocolotomy cholecystoduodenostomy cholecystogastrostomy cholecystogram cholecystography cholecystoileostomy cholecystojejunostomy cholecystokinin cholecystolithiasis cholecystolithotripsy cholecystonephrostomy cholecystopexy cholecystorrhaphy cholecystostomy cholecystotomy choledoch choledochal choledochectomy choledochitis choledochoduodenostomy choledochoenterostomy choledocholithiasis choledocholithotomy choledocholithotripsy choledochoplasty choledochorrhaphy choledochostomy choledochotomy cholehematin choleic choleine choleinic cholelith cholelithiasis cholelithic cholelithotomy cholelithotripsy cholelithotrity cholemia choleokinase cholepoietic choler cholera choleraic choleric cholericly cholericness choleriform cholerigenous cholerine choleroid choleromania cholerophobia cholerrhagia cholestane cholestanol cholesteatoma cholesteatomatous cholestene cholesterate cholesteremia cholesteric cholesterin cholesterinemia cholesterinic cholesterinuria cholesterol cholesterolemia cholesteroluria cholesterosis cholesteryl choletelin choletherapy choleuria choli choliamb choliambic choliambist cholic choline cholinergic cholinesterase cholinic cholla choller cholochrome cholocyanine chologenetic choloidic choloidinic chololith chololithic cholophein cholorrhea choloscopy cholterheaded cholum choluria chomp chondral chondralgia chondrarsenite chondre chondrectomy chondrenchyma chondric chondrification chondrify chondrigen chondrigenous chondrin chondrinous chondriocont chondriome chondriomere chondriomite chondriosomal chondriosome chondriosphere chondrite chondritic chondritis chondroadenoma chondroalbuminoid chondroangioma chondroarthritis chondroblast chondroblastoma chondrocarcinoma chondrocele chondroclasis chondroclast chondrocoracoid chondrocostal chondrocranial chondrocranium chondrocyte chondrodite chondroditic chondrodynia chondrodystrophia chondrodystrophy chondroendothelioma chondroepiphysis chondrofetal chondrofibroma chondrofibromatous chondrogen chondrogenesis chondrogenetic chondrogenous chondrogeny chondroglossal chondroglossus chondrography chondroid chondroitic chondroitin chondrolipoma chondrology chondroma chondromalacia chondromatous chondromucoid chondromyoma chondromyxoma chondromyxosarcoma chondropharyngeal chondropharyngeus chondrophore chondrophyte chondroplast chondroplastic chondroplasty chondroprotein chondropterygian chondropterygious chondrosamine chondrosarcoma chondrosarcomatous chondroseptum chondrosin chondrosis chondroskeleton chondrostean chondrosteoma chondrosteous chondrosternal chondrotome chondrotomy chondroxiphoid chondrule chondrus chonolith chonta chontawood choop choosable choosableness choose chooser choosing choosingly choosy chop chopa chopboat chopfallen chophouse chopin chopine choplogic chopped chopper choppered chopping choppy chopstick choragic choragion choragium choragus choragy choral choralcelo choraleon choralist chorally chord chorda chordacentrous chordacentrum chordaceous chordal chordally chordamesoderm chordate chorded chorditis chordoid chordomesoderm chordotomy chordotonal chore chorea choreal choreatic choree choregic choregus choregy choreic choreiform choreograph choreographer choreographic choreographical choreography choreoid choreomania chorepiscopal chorepiscopus choreus choreutic chorial choriamb choriambic choriambize choriambus choric chorine chorioadenoma chorioallantoic chorioallantoid chorioallantois choriocapillaris choriocapillary choriocarcinoma choriocele chorioepithelioma chorioid chorioidal chorioiditis chorioidocyclitis chorioidoiritis chorioidoretinitis chorioma chorion chorionepithelioma chorionic chorioptic chorioretinal chorioretinitis choripetalous choriphyllous chorisepalous chorisis chorism chorist choristate chorister choristership choristic choristoblastoma choristoma choristry chorization chorizont chorizontal chorizontes chorizontic chorizontist chorogi chorograph chorographer chorographic chorographical chorographically chorography choroid choroidal choroidea choroiditis choroidocyclitis choroidoiritis choroidoretinitis chorological chorologist chorology choromania choromanic chorometry chorook chort chorten chortle chortler chortosterol chorus choruser choruslike choryos chose chosen chott chouette chough chouka choultry choup chouquette chous chouse chouser chousingha chow chowchow chowder chowderhead chowderheaded chowk chowry choya choyroot chrematheism chrematist chrematistic chrematistics chreotechnics chresmology chrestomathic chrestomathics chrestomathy chria chrimsel chrism chrisma chrismal chrismary chrismatine chrismation chrismatite chrismatize chrismatory chrismon chrisom chrisomloosing chrisroot christcross christen christened christener christening christianite chroatol chroma chromaffin chromaffinic chromammine chromaphil chromaphore chromascope chromate chromatic chromatical chromatically chromatician chromaticism chromaticity chromatics chromatid chromatin chromatinic chromatism chromatist chromatize chromatocyte chromatodysopia chromatogenous chromatogram chromatograph chromatographic chromatography chromatoid chromatology chromatolysis chromatolytic chromatometer chromatone chromatopathia chromatopathic chromatopathy chromatophil chromatophile chromatophilia chromatophilic chromatophilous chromatophobia chromatophore chromatophoric chromatophorous chromatoplasm chromatopsia chromatoptometer chromatoptometry chromatoscope chromatoscopy chromatosis chromatosphere chromatospheric chromatrope chromaturia chromatype chromazurine chromdiagnosis chrome chromene chromesthesia chromic chromicize chromid chromidial chromidiogamy chromidiosome chromidium chromidrosis chromiferous chromiole chromism chromite chromitite chromium chromo chromoblast chromocenter chromocentral chromochalcographic chromochalcography chromocollograph chromocollographic chromocollography chromocollotype chromocollotypy chromocratic chromocyte chromocytometer chromodermatosis chromodiascope chromogen chromogene chromogenesis chromogenetic chromogenic chromogenous chromogram chromograph chromoisomer chromoisomeric chromoisomerism chromoleucite chromolipoid chromolith chromolithic chromolithograph chromolithographer chromolithographic chromolithography chromolysis chromomere chromometer chromone chromonema chromoparous chromophage chromophane chromophile chromophilic chromophilous chromophobic chromophore chromophoric chromophorous chromophotograph chromophotographic chromophotography chromophotolithograph chromophyll chromoplasm chromoplasmic chromoplast chromoplastid chromoprotein chromopsia chromoptometer chromoptometrical chromosantonin chromoscope chromoscopic chromoscopy chromosomal chromosome chromosphere chromospheric chromotherapist chromotherapy chromotrope chromotropic chromotropism chromotropy chromotype chromotypic chromotypographic chromotypography chromotypy chromous chromoxylograph chromoxylography chromule chromy chromyl chronal chronanagram chronaxia chronaxie chronaxy chronic chronical chronically chronicity chronicle chronicler chronicon chronisotherm chronist chronobarometer chronocinematography chronocrator chronocyclegraph chronodeik chronogeneous chronogenesis chronogenetic chronogram chronogrammatic chronogrammatical chronogrammatically chronogrammatist chronogrammic chronograph chronographer chronographic chronographical chronographically chronography chronoisothermal chronologer chronologic chronological chronologically chronologist chronologize chronology chronomancy chronomantic chronometer chronometric chronometrical chronometrically chronometry chrononomy chronopher chronophotograph chronophotographic chronophotography chronoscope chronoscopic chronoscopically chronoscopy chronosemic chronostichon chronothermal chronothermometer chronotropic chronotropism chroococcaceous chroococcoid chrotta chrysal chrysalid chrysalidal chrysalides chrysalidian chrysaline chrysalis chrysaloid chrysamine chrysammic chrysamminic chrysaniline chrysanisic chrysanthemin chrysanthemum chrysanthous chrysarobin chrysatropic chrysazin chrysazol chryselectrum chryselephantine chrysene chrysenic chrysid chrysidid chrysin chrysoaristocracy chrysoberyl chrysobull chrysocarpous chrysochlore chrysochlorous chrysochrous chrysocolla chrysocracy chrysoeriol chrysogen chrysograph chrysographer chrysography chrysohermidin chrysoidine chrysolite chrysolitic chrysology chrysomelid chrysomonad chrysomonadine chrysopal chrysopee chrysophan chrysophanic chrysophenine chrysophilist chrysophilite chrysophyll chrysopid chrysopoeia chrysopoetic chrysopoetics chrysoprase chrysorin chrysosperm chrysotile chrystocrene chthonian chthonic chthonophagia chthonophagy chub chubbed chubbedness chubbily chubbiness chubby chuck chucker chuckhole chuckies chucking chuckingly chuckle chucklehead chuckleheaded chuckler chucklingly chuckrum chuckstone chuckwalla chucky chuddar chufa chuff chuffy chug chugger chuhra chukar chukker chukor chulan chullpa chum chummage chummer chummery chummily chummy chump chumpaka chumpish chumpishness chumpy chumship chun chunari chunga chunk chunkhead chunkily chunkiness chunky chunner chunnia chunter chupak chupon chuprassie chuprassy church churchanity churchcraft churchdom churchful churchgoer churchgoing churchgrith churchianity churchified churchiness churching churchish churchism churchite churchless churchlet churchlike churchliness churchly churchman churchmanly churchmanship churchmaster churchscot churchward churchwarden churchwardenism churchwardenize churchwardenship churchwards churchway churchwise churchwoman churchy churchyard churel churinga churl churled churlhood churlish churlishly churlishness churly churm churn churnability churnful churning churnmilk churnstaff churr churruck churrus churrworm chut chute chuter chutney chyack chyak chylaceous chylangioma chylaqueous chyle chylemia chylidrosis chylifaction chylifactive chylifactory chyliferous chylific chylification chylificatory chyliform chylify chylocaulous chylocauly chylocele chylocyst chyloid chylomicron chylopericardium chylophyllous chylophylly chylopoiesis chylopoietic chylosis chylothorax chylous chyluria chymaqueous chymase chyme chymia chymic chymiferous chymification chymify chymosin chymosinogen chymotrypsin chymotrypsinogen chymous chypre chytra chytrid chytridiaceous chytridial chytridiose chytridiosis cibarial cibarian cibarious cibation cibol cibophobia ciborium cibory ciboule cicad cicada cicadid cicala cicatrice cicatrices cicatricial cicatricle cicatricose cicatricula cicatricule cicatrisive cicatrix cicatrizant cicatrizate cicatrization cicatrize cicatrizer cicatrose cicely cicer ciceronage cicerone ciceroni ciceronism ciceronize cichlid cichloid cichoraceous cichoriaceous cicindelid cicindelidae cicisbeism ciclatoun ciconian ciconiid ciconiiform ciconine ciconioid cicutoxin cidarid cidaris cider ciderish ciderist ciderkin cig cigala cigar cigaresque cigarette cigarfish cigarillo cigarito cigarless cigua ciguatera cilectomy cilia ciliary ciliate ciliated ciliately ciliation cilice cilicious ciliella ciliferous ciliform ciliiferous ciliiform cilioflagellate ciliograde ciliolate ciliolum cilioretinal cilioscleral ciliospinal ciliotomy cilium cillosis cimbia cimelia cimex cimicid cimicide cimiciform cimicifugin cimicoid ciminite cimline cimolite cinch cincher cincholoipon cincholoiponic cinchomeronic cinchonaceous cinchonamine cinchonate cinchonia cinchonic cinchonicine cinchonidia cinchonidine cinchonine cinchoninic cinchonism cinchonization cinchonize cinchonology cinchophen cinchotine cinchotoxine cincinnal cincinnus cinclis cinct cincture cinder cinderlike cinderman cinderous cindery cine cinecamera cinefilm cinel cinema cinematic cinematical cinematically cinematize cinematograph cinematographer cinematographic cinematographical cinematographically cinematographist cinematography cinemelodrama cinemize cinemograph cinenchyma cinenchymatous cinene cinenegative cineole cineolic cinephone cinephotomicrography cineplastics cineplasty cineraceous cinerarium cinerary cineration cinerator cinerea cinereal cinereous cineritious cinevariety cingle cingular cingulate cingulated cingulum cinnabar cinnabaric cinnabarine cinnamal cinnamaldehyde cinnamate cinnamein cinnamene cinnamenyl cinnamic cinnamol cinnamomic cinnamon cinnamoned cinnamonic cinnamonlike cinnamonroot cinnamonwood cinnamyl cinnamylidene cinnoline cinnyl cinquain cinque cinquecentism cinquecentist cinquecento cinquefoil cinquefoiled cinquepace cinter cinuran cinurous cion cionectomy cionitis cionocranial cionocranian cionoptosis cionorrhaphia cionotome cionotomy cipher cipherable cipherdom cipherer cipherhood cipo cipolin cippus circa circinal circinate circinately circination circiter circle circled circler circlet circlewise circling circovarian circuit circuitable circuital circuiteer circuiter circuition circuitman circuitor circuitous circuitously circuitousness circuity circulable circulant circular circularism circularity circularization circularize circularizer circularly circularness circularwise circulate circulation circulative circulator circulatory circumagitate circumagitation circumambages circumambagious circumambience circumambiency circumambient circumambulate circumambulation circumambulator circumambulatory circumanal circumantarctic circumarctic circumarticular circumaviate circumaviation circumaviator circumaxial circumaxile circumaxillary circumbasal circumbendibus circumboreal circumbuccal circumbulbar circumcallosal circumcenter circumcentral circumcinct circumcincture circumcircle circumcise circumciser circumcision circumclude circumclusion circumcolumnar circumcone circumconic circumcorneal circumcrescence circumcrescent circumdenudation circumdiction circumduce circumduct circumduction circumesophagal circumesophageal circumference circumferential circumferentially circumferentor circumflant circumflect circumflex circumflexion circumfluence circumfluent circumfluous circumforaneous circumfulgent circumfuse circumfusile circumfusion circumgenital circumgyrate circumgyration circumgyratory circumhorizontal circumincession circuminsession circuminsular circumintestinal circumitineration circumjacence circumjacency circumjacent circumlental circumlitio circumlittoral circumlocute circumlocution circumlocutional circumlocutionary circumlocutionist circumlocutory circummeridian circummeridional circummigration circummundane circummure circumnatant circumnavigable circumnavigate circumnavigation circumnavigator circumnavigatory circumneutral circumnuclear circumnutate circumnutation circumnutatory circumocular circumoesophagal circumoral circumorbital circumpacific circumpallial circumparallelogram circumpentagon circumplicate circumplication circumpolar circumpolygon circumpose circumposition circumradius circumrenal circumrotate circumrotation circumrotatory circumsail circumscissile circumscribable circumscribe circumscribed circumscriber circumscript circumscription circumscriptive circumscriptively circumscriptly circumsinous circumspangle circumspatial circumspect circumspection circumspective circumspectively circumspectly circumspectness circumspheral circumstance circumstanced circumstantiability circumstantiable circumstantial circumstantiality circumstantially circumstantialness circumstantiate circumstantiation circumtabular circumterraneous circumterrestrial circumtonsillar circumtropical circumumbilical circumundulate circumundulation circumvallate circumvallation circumvascular circumvent circumventer circumvention circumventive circumventor circumviate circumvolant circumvolute circumvolution circumvolutory circumvolve circumzenithal circus circusy cirque cirrate cirrated cirrhosed cirrhosis cirrhotic cirrhous cirri cirribranch cirriferous cirriform cirrigerous cirrigrade cirriped cirripedial cirrolite cirropodous cirrose cirrous cirrus cirsectomy cirsocele cirsoid cirsomphalos cirsophthalmia cirsotome cirsotomy ciruela cirurgian cisalpine cisandine cisatlantic cisco cise cisele cisgangetic cisjurane cisleithan cismarine cismontane cisoceanic cispadane cisplatine cispontine cisrhenane cissing cissoid cissoidal cist cista cistaceous cistae cisted cistern cisterna cisternal cistic cistophoric cistophorus cistvaen cit citable citadel citation citator citatory cite citee citer citess cithara citharist citharista citharoedi citharoedic citharoedus cither citied citification citified citify citigrade citizen citizendom citizeness citizenhood citizenish citizenism citizenize citizenly citizenry citizenship citole citraconate citraconic citral citramide citramontane citrange citrangeade citrate citrated citrean citrene citreous citric citriculture citriculturist citril citrin citrination citrine citrinin citrinous citrometer citron citronade citronella citronellal citronelle citronellic citronellol citronin citronwood citropten citrous citrullin citrus citrylidene cittern citua city citycism citydom cityfolk cityful cityish cityless cityness cityscape cityward citywards cive civet civetlike civetone civic civically civicism civics civil civilian civility civilizable civilization civilizational civilizatory civilize civilized civilizedness civilizee civilizer civilly civilness civism civvy cixiid clabber clabbery clachan clack clackdish clacker clacket clackety clad cladanthous cladautoicous cladding cladine cladocarpous cladoceran cladocerous cladode cladodial cladodont cladodontid cladogenous cladoniaceous cladonioid cladophoraceous cladophyll cladophyllum cladoptosis cladose cladoselachian cladosiphonic cladus clag claggum claggy claim claimable claimant claimer claimless clairaudience clairaudient clairaudiently clairce clairecole clairecolle clairschach clairschacher clairsentience clairsentient clairvoyance clairvoyancy clairvoyant clairvoyantly claith claithes claiver clam clamant clamantly clamative clamatorial clamatory clamb clambake clamber clamberer clamcracker clame clamer clammed clammer clammily clamminess clamming clammish clammy clammyweed clamor clamorer clamorist clamorous clamorously clamorousness clamorsome clamp clamper clamshell clamworm clan clancular clancularly clandestine clandestinely clandestineness clandestinity clanfellow clang clangful clangingly clangor clangorous clangorously clanjamfray clanjamfrey clanjamfrie clanjamphrey clank clankety clanking clankingly clankingness clankless clanless clanned clanning clannishly clannishness clansfolk clanship clansman clansmanship clanswoman clap clapboard clapbread clapmatch clapnet clapped clapper clapperclaw clapperclawer clapperdudgeon clappermaclaw clapping clapt claptrap clapwort claque claquer clarabella clarain clarendon claret claribella clarifiant clarification clarifier clarify clarigation clarin clarinet clarinetist clarinettist clarion clarionet clarity clark clarkeite claro clarshech clart clarty clary clash clasher clashingly clashy clasmatocyte clasmatosis clasp clasper clasping claspt class classable classbook classed classer classes classfellow classic classical classicalism classicalist classicality classicalize classically classicalness classicism classicist classicistic classicize classicolatry classifiable classific classifically classification classificational classificator classificatory classified classifier classis classism classman classmanship classmate classroom classwise classwork classy clastic clat clatch clathraceous clathrarian clathrate clathroid clathrose clathrulate clatter clatterer clatteringly clattertrap clattery clatty claudent claudetite claudicant claudicate claudication claught clausal clause clausthalite claustra claustral claustration claustrophobia claustrum clausula clausular clausule clausure claut clava clavacin claval clavariaceous clavate clavated clavately clavation clave clavecin clavecinist clavel clavelization clavelize clavellate clavellated claver clavial claviature clavicembalo clavichord clavichordist clavicithern clavicle clavicorn clavicornate clavicotomy clavicular clavicularium claviculate claviculus clavicylinder clavicymbal clavicytherium clavier clavierist claviform claviger clavigerous claviharp clavilux claviol clavipectoral clavis clavodeltoid clavodeltoideus clavola clavolae clavolet clavus clavy claw clawed clawer clawk clawker clawless clay claybank claybrained clayen clayer clayey clayiness clayish claylike clayman claymore claypan clayware clayweed cleach clead cleaded cleading cleam cleamer clean cleanable cleaner cleanhanded cleanhandedness cleanhearted cleaning cleanish cleanlily cleanliness cleanly cleanness cleanout cleansable cleanse cleanser cleansing cleanskins cleanup clear clearable clearage clearance clearcole clearedness clearer clearheaded clearheadedly clearheadedness clearhearted clearing clearinghouse clearish clearly clearness clearskins clearstarch clearweed clearwing cleat cleavability cleavable cleavage cleave cleaveful cleavelandite cleaver cleavers cleaverwort cleaving cleavingly cleche cleck cled cledge cledgy cledonism clee cleek cleeked cleeky clef cleft clefted cleg cleidagra cleidarthritis cleidocostal cleidocranial cleidohyoid cleidomancy cleidomastoid cleidorrhexis cleidoscapular cleidosternal cleidotomy cleidotripsy cleistocarp cleistocarpous cleistogamic cleistogamically cleistogamous cleistogamously cleistogamy cleistogene cleistogenous cleistogeny cleistothecium cleithral cleithrum clem clematite clemence clemency clement clemently clench cleoid clep clepsydra cleptobiosis cleptobiotic clerestoried clerestory clergy clergyable clergylike clergyman clergywoman cleric clerical clericalism clericalist clericality clericalize clerically clericate clericature clericism clericity clerid clerihew clerisy clerk clerkage clerkdom clerkery clerkess clerkhood clerking clerkish clerkless clerklike clerkliness clerkly clerkship cleromancy cleronomy cleruch cleruchial cleruchic cleruchy cletch clethraceous cleuch cleve cleveite clever cleverality cleverish cleverishly cleverly cleverness clevis clew cliack clianthus cliche click clicker clicket clickless clicky cliency client clientage cliental cliented clientelage clientele clientless clientry clientship cliff cliffed cliffless clifflet clifflike cliffside cliffsman cliffweed cliffy clift cliftonite clifty clima climaciaceous climacteric climacterical climacterically climactic climactical climactically climacus climata climatal climate climath climatic climatical climatically climatize climatographical climatography climatologic climatological climatologically climatologist climatology climatometer climatotherapeutics climatotherapy climature climax climb climbable climber climbing clime climograph clinal clinamen clinamina clinandria clinandrium clinanthia clinanthium clinch clincher clinchingly clinchingness cline cling clinger clingfish clinging clingingly clingingness clingstone clingy clinia clinic clinical clinically clinician clinicist clinicopathological clinium clink clinker clinkerer clinkery clinking clinkstone clinkum clinoaxis clinocephalic clinocephalism clinocephalous clinocephalus clinocephaly clinochlore clinoclase clinoclasite clinodiagonal clinodomatic clinodome clinograph clinographic clinohedral clinohedrite clinohumite clinoid clinologic clinology clinometer clinometric clinometrical clinometry clinopinacoid clinopinacoidal clinoprism clinopyramid clinopyroxene clinorhombic clinospore clinostat clinquant clint clinting clintonite clinty clip clipei clipeus clippable clipped clipper clipperman clipping clips clipse clipsheet clipsome clipt clique cliquedom cliqueless cliquish cliquishly cliquishness cliquism cliquy cliseometer clisere clishmaclaver clit clitch clite clitella clitellar clitelliferous clitelline clitellum clitellus clites clithe clithral clithridiate clitia clition clitoridauxe clitoridean clitoridectomy clitoriditis clitoridotomy clitoris clitorism clitoritis clitter clitterclatter clival clive clivers clivis clivus cloaca cloacal cloacaline cloacean cloacinal cloacinean cloacitis cloak cloakage cloaked cloakedly cloaking cloakless cloaklet cloakmaker cloakmaking cloakroom cloakwise cloam cloamen cloamer clobber clobberer clochan cloche clocher clochette clock clockbird clockcase clocked clocker clockface clockhouse clockkeeper clockless clocklike clockmaker clockmaking clockmutch clockroom clocksmith clockwise clockwork clod clodbreaker clodder cloddily cloddiness cloddish cloddishly cloddishness cloddy clodhead clodhopper clodhopping clodlet clodpate clodpated clodpoll cloff clog clogdogdo clogger cloggily clogginess cloggy cloghad cloglike clogmaker clogmaking clogwood clogwyn cloiochoanitic cloisonless cloisonne cloister cloisteral cloistered cloisterer cloisterless cloisterlike cloisterliness cloisterly cloisterwise cloistral cloistress cloit clomb clomben clonal clone clonic clonicity clonicotonic clonism clonorchiasis clonus cloof cloop cloot clootie clop cloragen clorargyrite cloriodid closable close closecross closed closefisted closefistedly closefistedness closehanded closehearted closely closemouth closemouthed closen closeness closer closestool closet closewing closh closish closter clostridial closure clot clotbur clote cloth clothbound clothe clothes clothesbag clothesbasket clothesbrush clotheshorse clothesline clothesman clothesmonger clothespin clothespress clothesyard clothier clothify clothing clothmaker clothmaking clothworker clothy clottage clottedness clotter clotty cloture clotweed cloud cloudage cloudberry cloudburst cloudcap clouded cloudful cloudily cloudiness clouding cloudland cloudless cloudlessly cloudlessness cloudlet cloudlike cloudling cloudology cloudscape cloudship cloudward cloudwards cloudy clough clour clout clouted clouter clouterly clouty clove cloven clovene clover clovered cloverlay cloverleaf cloveroot cloverroot clovery clow clown clownade clownage clownery clownheal clownish clownishly clownishness clownship clowring cloy cloyedness cloyer cloying cloyingly cloyingness cloyless cloysome club clubbability clubbable clubbed clubber clubbily clubbing clubbish clubbism clubbist clubby clubdom clubfellow clubfisted clubfoot clubfooted clubhand clubhaul clubhouse clubionid clubland clubman clubmate clubmobile clubmonger clubridden clubroom clubroot clubstart clubster clubweed clubwoman clubwood cluck clue cluff clump clumpish clumproot clumpy clumse clumsily clumsiness clumsy clunch clung clunk clupanodonic clupeid clupeiform clupeine clupeoid cluricaune clusiaceous cluster clusterberry clustered clusterfist clustering clusteringly clustery clutch clutchman cluther clutter clutterer clutterment cluttery cly clyer clyfaker clyfaking clype clypeal clypeastroid clypeate clypeiform clypeolar clypeolate clypeole clypeus clysis clysma clysmian clysmic clyster clysterize cnemapophysis cnemial cnemidium cnemis cneoraceous cnicin cnida cnidarian cnidoblast cnidocell cnidocil cnidocyst cnidophore cnidophorous cnidopod cnidosac cnidosis coabode coabound coabsume coacceptor coacervate coacervation coach coachability coachable coachbuilder coachbuilding coachee coacher coachfellow coachful coaching coachlet coachmaker coachmaking coachman coachmanship coachmaster coachsmith coachsmithing coachway coachwhip coachwise coachwoman coachwork coachwright coachy coact coaction coactive coactively coactivity coactor coadamite coadapt coadaptation coadequate coadjacence coadjacency coadjacent coadjacently coadjudicator coadjust coadjustment coadjutant coadjutator coadjute coadjutement coadjutive coadjutor coadjutorship coadjutress coadjutrix coadjuvancy coadjuvant coadjuvate coadminister coadministration coadministrator coadministratrix coadmiration coadmire coadmit coadnate coadore coadsorbent coadunate coadunation coadunative coadunatively coadunite coadventure coadventurer coadvice coaffirmation coafforest coaged coagency coagent coaggregate coaggregated coaggregation coagitate coagitator coagment coagonize coagriculturist coagula coagulability coagulable coagulant coagulase coagulate coagulation coagulative coagulator coagulatory coagulin coagulometer coagulose coagulum coaid coaita coak coakum coal coalbag coalbagger coalbin coalbox coaldealer coaler coalesce coalescence coalescency coalescent coalfish coalfitter coalhole coalification coalify coalition coalitional coalitioner coalitionist coalize coalizer coalless coalmonger coalmouse coalpit coalrake coalsack coalternate coalternation coalternative coaltitude coaly coalyard coambassador coambulant coamiable coaming coanimate coannex coannihilate coapostate coapparition coappear coappearance coapprehend coapprentice coappriser coapprover coapt coaptate coaptation coaration coarb coarbiter coarbitrator coarctate coarctation coardent coarrange coarrangement coarse coarsely coarsen coarseness coarsish coascend coassert coasserter coassession coassessor coassignee coassist coassistance coassistant coassume coast coastal coastally coaster coastguardman coasting coastland coastman coastside coastwaiter coastward coastwards coastways coastwise coat coated coatee coater coati coatie coatimondie coatimundi coating coatless coatroom coattail coattailed coattend coattest coattestation coattestator coaudience coauditor coaugment coauthor coauthority coauthorship coawareness coax coaxal coaxation coaxer coaxial coaxially coaxing coaxingly coaxy cob cobaea cobalt cobaltammine cobaltic cobalticyanic cobalticyanides cobaltiferous cobaltinitrite cobaltite cobaltocyanic cobaltocyanide cobaltous cobang cobbed cobber cobberer cobbing cobble cobbler cobblerfish cobblerism cobblerless cobblership cobblery cobblestone cobbling cobbly cobbra cobby cobcab cobego cobelief cobeliever cobelligerent cobenignity coberger cobewail cobhead cobia cobiron cobishop coble cobleman cobless cobloaf cobnut cobola coboundless cobourg cobra cobreathe cobridgehead cobriform cobrother cobstone coburg coburgess coburgher coburghership cobweb cobwebbery cobwebbing cobwebby cobwork coca cocaceous cocaine cocainism cocainist cocainization cocainize cocainomania cocainomaniac cocamine cocarboxylase cocash cocashweed cocause cocautioner coccagee coccal coccerin cocci coccid coccidia coccidial coccidian coccidioidal coccidiosis coccidium coccidology cocciferous cocciform coccigenic coccinella coccinellid coccionella cocco coccobacillus coccochromatic coccogone coccogonium coccoid coccolite coccolith coccolithophorid coccosphere coccostean coccosteid coccothraustine coccous coccule cocculiferous cocculus coccus coccydynia coccygalgia coccygeal coccygean coccygectomy coccygerector coccyges coccygeus coccygine coccygodynia coccygomorph coccygomorphic coccygotomy coccyodynia coccyx cocentric cochairman cochal cochief cochineal cochlea cochlear cochleare cochlearifoliate cochleariform cochleate cochleated cochleiform cochleitis cochleous cochlidiid cochliodont cochlospermaceous cochurchwarden cocillana cocircular cocircularity cocitizen cocitizenship cock cockade cockaded cockal cockalorum cockamaroo cockarouse cockateel cockatoo cockatrice cockawee cockbell cockbill cockbird cockboat cockbrain cockchafer cockcrow cockcrower cockcrowing cocked cocker cockerel cockermeg cockernony cocket cockeye cockeyed cockfight cockfighting cockhead cockhorse cockieleekie cockily cockiness cocking cockish cockle cockleboat cocklebur cockled cockler cockleshell cocklet cocklewife cocklight cockling cockloft cockly cockmaster cockmatch cockmate cockneian cockneity cockney cockneybred cockneydom cockneyese cockneyess cockneyfication cockneyfy cockneyish cockneyishly cockneyism cockneyize cockneyland cockneyship cockpit cockroach cockscomb cockscombed cocksfoot cockshead cockshot cockshut cockshy cockshying cockspur cockstone cocksure cocksuredom cocksureism cocksurely cocksureness cocksurety cocktail cockthrowing cockup cockweed cocky coco cocoa cocoach cocobolo coconnection coconqueror coconscious coconsciously coconsciousness coconsecrator coconspirator coconstituent cocontractor coconut cocoon cocoonery cocorico cocoroot cocotte cocovenantor cocowood cocowort cocozelle cocreate cocreator cocreatorship cocreditor cocrucify coctile coction coctoantigen coctoprecipitin cocuisa cocullo cocurator cocurrent cocuswood cocuyo cod coda codamine codbank codder codding coddle coddler code codebtor codeclination codecree codefendant codeine codeless codelight codelinquency codelinquent codenization codeposit coder coderive codescendant codespairer codex codfish codfisher codfishery codger codhead codheaded codiaceous codical codices codicil codicilic codicillary codictatorship codification codifier codify codilla codille codiniac codirectional codirector codiscoverer codisjunct codist codivine codling codman codo codol codomestication codominant codon codpiece codpitchings codshead codworm coe coecal coecum coed coeditor coeditorship coeducate coeducation coeducational coeducationalism coeducationalize coeducationally coeffect coefficacy coefficient coefficiently coeffluent coeffluential coelacanth coelacanthid coelacanthine coelacanthoid coelacanthous coelanaglyphic coelar coelarium coelastraceous coelder coeldership coelect coelection coelector coelectron coelelminth coelelminthic coelenterate coelenteric coelenteron coelestine coelevate coelho coelia coeliac coelialgia coelian coeligenous coelin coeline coeliomyalgia coeliorrhea coeliorrhoea coelioscopy coeliotomy coeloblastic coeloblastula coelodont coelogastrula coelom coeloma coelomate coelomatic coelomatous coelomesoblast coelomic coelomopore coelonavigation coelongated coeloplanula coelosperm coelospermous coelostat coelozoic coemanate coembedded coembody coembrace coeminency coemperor coemploy coemployee coemployment coempt coemption coemptional coemptionator coemptive coemptor coenact coenactor coenaculous coenamor coenamorment coenamourment coenanthium coendear coendure coenenchym coenenchyma coenenchymal coenenchymatous coenenchyme coenesthesia coenesthesis coenflame coengage coengager coenjoy coenobe coenobiar coenobic coenobioid coenobium coenoblast coenoblastic coenocentrum coenocyte coenocytic coenodioecism coenoecial coenoecic coenoecium coenogamete coenomonoecism coenosarc coenosarcal coenosarcous coenosite coenospecies coenospecific coenospecifically coenosteal coenosteum coenotrope coenotype coenotypic coenthrone coenurus coenzyme coequal coequality coequalize coequally coequalness coequate coequated coequation coerce coercement coercer coercibility coercible coercibleness coercibly coercion coercionary coercionist coercitive coercive coercively coerciveness coercivity coeruleolactite coessential coessentiality coessentially coessentialness coestablishment coestate coetaneity coetaneous coetaneously coetaneousness coeternal coeternally coeternity coetus coeval coevality coevally coexchangeable coexclusive coexecutant coexecutor coexecutrix coexert coexertion coexist coexistence coexistency coexistent coexpand coexpanded coexperiencer coexpire coexplosion coextend coextension coextensive coextensively coextensiveness coextent cofactor cofaster cofather cofathership cofeature cofeoffee coferment cofermentation coff coffee coffeebush coffeecake coffeegrower coffeegrowing coffeehouse coffeeleaf coffeepot coffeeroom coffeetime coffeeweed coffeewood coffer cofferdam cofferer cofferfish coffering cofferlike cofferwork coffin coffinless coffinmaker coffinmaking coffle coffret cofighter coforeknown coformulator cofounder cofoundress cofreighter coft cofunction cog cogence cogency cogener cogeneric cogent cogently cogged cogger coggie cogging coggle coggledy cogglety coggly coghle cogitability cogitable cogitabund cogitabundity cogitabundly cogitabundous cogitant cogitantly cogitate cogitatingly cogitation cogitative cogitatively cogitativeness cogitativity cogitator coglorify coglorious cogman cognac cognate cognateness cognatic cognatical cognation cognisable cognisance cognition cognitional cognitive cognitively cognitum cognizability cognizable cognizableness cognizably cognizance cognizant cognize cognizee cognizer cognizor cognomen cognominal cognominate cognomination cognosce cognoscent cognoscibility cognoscible cognoscitive cognoscitively cogon cogonal cogovernment cogovernor cogracious cograil cogrediency cogredient cogroad coguarantor coguardian cogue cogway cogwheel cogwood cohabit cohabitancy cohabitant cohabitation coharmonious coharmoniously coharmonize coheartedness coheir coheiress coheirship cohelper cohelpership cohenite coherald cohere coherence coherency coherent coherently coherer coheretic coheritage coheritor cohesibility cohesible cohesion cohesive cohesively cohesiveness cohibit cohibition cohibitive cohibitor coho cohoba cohobate cohobation cohobator cohol cohort cohortation cohortative cohosh cohune cohusband coidentity coif coifed coiffure coign coigue coil coiled coiler coiling coilsmith coimmense coimplicant coimplicate coimplore coin coinable coinage coincide coincidence coincidency coincident coincidental coincidentally coincidently coincider coinclination coincline coinclude coincorporate coindicant coindicate coindication coindwelling coiner coinfeftment coinfer coinfinite coinfinity coinhabit coinhabitant coinhabitor coinhere coinherence coinherent coinheritance coinheritor coining coinitial coinmaker coinmaking coinmate coinspire coinstantaneity coinstantaneous coinstantaneously coinstantaneousness coinsurance coinsure cointense cointension cointensity cointer cointerest cointersecting cointise coinventor coinvolve coiny coir coislander coistrel coistril coital coition coiture coitus cojudge cojuror cojusticiar coke cokelike cokeman coker cokernut cokery coking coky col cola colaborer colalgia colander colane colarin colate colation colatitude colatorium colature colauxe colback colberter colbertine colcannon colchicine colchyte colcothar cold colder coldfinch coldhearted coldheartedly coldheartedness coldish coldly coldness coldproof coldslaw cole coleader colecannon colectomy colegatee colegislator colemanite colemouse coleochaetaceous coleopter coleopteral coleopteran coleopterist coleopteroid coleopterological coleopterology coleopteron coleopterous coleoptile coleoptilum coleorhiza coleplant coleseed coleslaw colessee colessor coletit coleur colewort coli colibacillosis colibacterin colibri colic colical colichemarde colicky colicolitis colicroot colicweed colicwort colicystitis colicystopyelitis coliform colilysin colima colin colinear colinephritis coling coliplication colipuncture colipyelitis colipyuria colisepsis coliseum colitic colitis colitoxemia coliuria colk coll collaborate collaboration collaborationism collaborationist collaborative collaboratively collaborator collage collagen collagenic collagenous collapse collapsibility collapsible collar collarband collarbird collarbone collard collare collared collaret collarino collarless collarman collatable collate collatee collateral collaterality collaterally collateralness collation collationer collatitious collative collator collatress collaud collaudation colleague colleagueship collect collectability collectable collectanea collectarium collected collectedly collectedness collectibility collectible collection collectional collectioner collective collectively collectiveness collectivism collectivist collectivistic collectivistically collectivity collectivization collectivize collector collectorate collectorship collectress colleen collegatary college colleger collegial collegialism collegiality collegian collegianer collegiate collegiately collegiateness collegiation collegium collembolan collembole collembolic collembolous collenchyma collenchymatic collenchymatous collenchyme collencytal collencyte collery collet colleter colleterial colleterium colletic colletin colletside colley collibert colliculate colliculus collide collidine collie collied collier colliery collieshangie colliform colligate colligation colligative colligible collimate collimation collimator collin collinal colline collinear collinearity collinearly collineate collineation colling collingly collingual collins collinsite colliquate colliquation colliquative colliquativeness collision collisional collisive colloblast collobrierite collocal collocate collocation collocationable collocative collocatory collochemistry collochromate collock collocution collocutor collocutory collodiochloride collodion collodionization collodionize collodiotype collodium collogue colloid colloidal colloidality colloidize colloidochemical collop colloped collophanite collophore colloque colloquia colloquial colloquialism colloquialist colloquiality colloquialize colloquially colloquialness colloquist colloquium colloquize colloquy collothun collotype collotypic collotypy colloxylin colluctation collude colluder collum collumelliaceous collusion collusive collusively collusiveness collutorium collutory colluvial colluvies colly collyba collyrite collyrium collywest collyweston collywobbles colmar colobin colobium coloboma colocentesis colocephalous coloclysis colocola colocolic colocynth colocynthin colodyspepsia coloenteritis cologarithm cololite colombier colombin colometric colometrically colometry colon colonalgia colonate colonel colonelcy colonelship colongitude colonial colonialism colonialist colonialize colonially colonialness colonic colonist colonitis colonizability colonizable colonization colonizationist colonize colonizer colonnade colonnaded colonnette colonopathy colonopexy colonoscope colonoscopy colony colopexia colopexotomy colopexy colophane colophany colophene colophenic colophon colophonate colophonic colophonist colophonite colophonium colophony coloplication coloproctitis coloptosis colopuncture coloquintid coloquintida color colorability colorable colorableness colorably colorado coloradoite colorant colorate coloration colorational colorationally colorative coloratura colorature colorcast colorectitis colorectostomy colored colorer colorfast colorful colorfully colorfulness colorific colorifics colorimeter colorimetric colorimetrical colorimetrically colorimetrics colorimetrist colorimetry colorin coloring colorist coloristic colorization colorize colorless colorlessly colorlessness colormaker colormaking colorman colorrhaphy colors colortype colory coloss colossal colossality colossally colossean colossi colossus colostomy colostral colostration colostric colostrous colostrum colotomy colotyphoid colove colp colpenchyma colpeo colpeurynter colpeurysis colpindach colpitis colpocele colpocystocele colpohyperplasia colpohysterotomy colpoperineoplasty colpoperineorrhaphy colpoplastic colpoplasty colpoptosis colporrhagia colporrhaphy colporrhea colporrhexis colport colportage colporter colporteur colposcope colposcopy colpotomy colpus colt colter colthood coltish coltishly coltishness coltpixie coltpixy coltsfoot coltskin colubrid colubriform colubrine colubroid colugo columbaceous columbarium columbary columbate columbeion columbiad columbic columbier columbiferous columbin columbine columbite columbium columbo columboid columbotantalate columbotitanate columella columellar columellate columelliform column columnal columnar columnarian columnarity columnated columned columner columniation columniferous columniform columning columnist columnization columnwise colunar colure coly colymbiform colymbion colyone colyonic colytic colyum colyumist colza coma comacine comagistracy comagmatic comaker comal comamie comanic comart comate comatose comatosely comatoseness comatosity comatous comatula comatulid comb combaron combat combatable combatant combater combative combatively combativeness combativity combed comber combfish combflower combinable combinableness combinant combinantive combinate combination combinational combinative combinator combinatorial combinatory combine combined combinedly combinedness combinement combiner combing combining comble combless comblessness combmaker combmaking comboloio comboy combretaceous combure comburendo comburent comburgess comburimeter comburimetry comburivorous combust combustibility combustible combustibleness combustibly combustion combustive combustor combwise combwright comby come comeback comedial comedian comediant comedic comedical comedienne comedietta comedist comedo comedown comedy comelily comeliness comeling comely comendite comenic comephorous comer comes comestible comet cometarium cometary comether cometic cometical cometlike cometographer cometographical cometography cometoid cometology cometwise comeuppance comfit comfiture comfort comfortable comfortableness comfortably comforter comfortful comforting comfortingly comfortless comfortlessly comfortlessness comfortress comfortroot comfrey comfy comic comical comicality comically comicalness comicocratic comicocynical comicodidactic comicography comicoprosaic comicotragedy comicotragic comicotragical comicry comiferous coming comingle comino comism comital comitant comitatensian comitative comitatus comitia comitial comitragedy comity comma command commandable commandant commandedness commandeer commander commandership commandery commanding commandingly commandingness commandless commandment commando commandoman commandress commassation commassee commatic commation commatism commeasurable commeasure commeddle commelinaceous commemorable commemorate commemoration commemorational commemorative commemoratively commemorativeness commemorator commemoratory commemorize commence commenceable commencement commencer commend commendable commendableness commendably commendador commendam commendatary commendation commendator commendatory commender commendingly commendment commensal commensalism commensalist commensalistic commensality commensally commensurability commensurable commensurableness commensurably commensurate commensurately commensurateness commensuration comment commentarial commentarialism commentary commentate commentation commentator commentatorial commentatorially commentatorship commenter commerce commerceless commercer commerciable commercial commercialism commercialist commercialistic commerciality commercialization commercialize commercially commercium commerge commie comminate commination comminative comminator comminatory commingle comminglement commingler comminister comminuate comminute comminution comminutor commiserable commiserate commiseratingly commiseration commiserative commiseratively commiserator commissar commissarial commissariat commissary commissaryship commission commissionaire commissional commissionate commissioner commissionership commissionship commissive commissively commissural commissure commissurotomy commit commitment committable committal committee committeeism committeeman committeeship committeewoman committent committer committible committor commix commixt commixtion commixture commodatary commodate commodation commodatum commode commodious commodiously commodiousness commoditable commodity commodore common commonable commonage commonality commonalty commoner commonership commoney commonish commonition commonize commonly commonness commonplace commonplaceism commonplacely commonplaceness commonplacer commons commonsensible commonsensibly commonsensical commonsensically commonty commonweal commonwealth commonwealthism commorancy commorant commorient commorth commot commotion commotional commotive commove communa communal communalism communalist communalistic communality communalization communalize communalizer communally communard commune communer communicability communicable communicableness communicably communicant communicate communicatee communicating communication communicative communicatively communicativeness communicator communicatory communion communionist communique communism communist communistery communistic communistically communital communitarian communitary communitive communitorium community communization communize commutability commutable commutableness commutant commutate commutation commutative commutatively commutator commute commuter commuting commutual commutuality comoid comolecule comortgagee comose comourn comourner comournful comous compact compacted compactedly compactedness compacter compactible compaction compactly compactness compactor compacture compages compaginate compagination companator companion companionability companionable companionableness companionably companionage companionate companionize companionless companionship companionway company comparability comparable comparableness comparably comparascope comparate comparatival comparative comparatively comparativeness comparativist comparator compare comparer comparison comparition comparograph compart compartition compartment compartmental compartmentalization compartmentalize compartmentally compartmentize compass compassable compasser compasses compassing compassion compassionable compassionate compassionately compassionateness compassionless compassive compassivity compassless compaternity compatibility compatible compatibleness compatibly compatriot compatriotic compatriotism compear compearance compearant compeer compel compellable compellably compellation compellative compellent compeller compelling compellingly compend compendency compendent compendia compendiary compendiate compendious compendiously compendiousness compendium compenetrate compenetration compensable compensate compensating compensatingly compensation compensational compensative compensativeness compensator compensatory compense compenser compesce compete competence competency competent competently competentness competition competitioner competitive competitively competitiveness competitor competitorship competitory competitress competitrix compilation compilator compilatory compile compilement compiler compital compitum complacence complacency complacent complacential complacentially complacently complain complainable complainant complainer complainingly complainingness complaint complaintive complaintiveness complaisance complaisant complaisantly complaisantness complanar complanate complanation complect complected complement complemental complementally complementalness complementariness complementarism complementary complementation complementative complementer complementoid complete completedness completely completement completeness completer completion completive completively completory complex complexedness complexification complexify complexion complexionably complexional complexionally complexioned complexionist complexionless complexity complexively complexly complexness complexus compliable compliableness compliably compliance compliancy compliant compliantly complicacy complicant complicate complicated complicatedly complicatedness complication complicative complice complicitous complicity complier compliment complimentable complimental complimentally complimentalness complimentarily complimentariness complimentary complimentation complimentative complimenter complimentingly complin complot complotter compluvium comply compo compoer compole compone componed componency componendo component componental componented compony comport comportment compos compose composed composedly composedness composer composita composite compositely compositeness composition compositional compositionally compositive compositively compositor compositorial compositous composograph compossibility compossible compost composture composure compotation compotationship compotator compotatory compote compotor compound compoundable compoundedness compounder compounding compoundness comprachico comprador comprecation compreg compregnate comprehend comprehender comprehendible comprehendingly comprehense comprehensibility comprehensible comprehensibleness comprehensibly comprehension comprehensive comprehensively comprehensiveness comprehensor compresbyter compresbyterial compresence compresent compress compressed compressedly compressibility compressible compressibleness compressingly compression compressional compressive compressively compressometer compressor compressure comprest compriest comprisable comprisal comprise comprised compromise compromiser compromising compromisingly compromissary compromission compromissorial compromit compromitment comprovincial compter comptroller comptrollership compulsative compulsatively compulsatorily compulsatory compulsed compulsion compulsitor compulsive compulsively compulsiveness compulsorily compulsoriness compulsory compunction compunctionary compunctionless compunctious compunctiously compunctive compurgation compurgator compurgatorial compurgatory compursion computability computable computably computation computational computative computativeness compute computer computist computus comrade comradely comradery comradeship comstockery comurmurer con conacaste conacre conal conalbumin conamed conarial conarium conation conational conationalistic conative conatus conaxial concamerate concamerated concameration concanavalin concaptive concassation concatenary concatenate concatenation concatenator concausal concause concavation concave concavely concaveness concaver concavity conceal concealable concealed concealedly concealedness concealer concealment concede conceded concededly conceder conceit conceited conceitedly conceitedness conceitless conceity conceivability conceivable conceivableness conceivably conceive conceiver concelebrate concelebration concent concenter concentive concentralization concentrate concentrated concentration concentrative concentrativeness concentrator concentric concentrically concentricity concentual concentus concept conceptacle conceptacular conceptaculum conception conceptional conceptionist conceptism conceptive conceptiveness conceptual conceptualism conceptualist conceptualistic conceptuality conceptualization conceptualize conceptually conceptus concern concerned concernedly concernedness concerning concerningly concerningness concernment concert concerted concertedly concertgoer concertina concertinist concertist concertize concertizer concertmaster concertmeister concertment concerto concertstuck concessible concession concessionaire concessional concessionary concessioner concessionist concessive concessively concessiveness concessor concettism concettist conch concha conchal conchate conche conched concher conchiferous conchiform conchinine conchiolin conchitic conchitis conchoid conchoidal conchoidally conchological conchologically conchologist conchologize conchology conchometer conchometry conchotome conchuela conchy conchyliated conchyliferous conchylium concierge concile conciliable conciliabule conciliabulum conciliar conciliate conciliating conciliatingly conciliation conciliationist conciliative conciliator conciliatorily conciliatoriness conciliatory concilium concinnity concinnous concionator concipiency concipient concise concisely conciseness concision conclamant conclamation conclave conclavist concludable conclude concluder concluding concludingly conclusion conclusional conclusionally conclusive conclusively conclusiveness conclusory concoagulate concoagulation concoct concocter concoction concoctive concoctor concolor concolorous concomitance concomitancy concomitant concomitantly conconscious concord concordal concordance concordancer concordant concordantial concordantly concordat concordatory concorder concordial concordist concordity concorporate concourse concreate concremation concrement concresce concrescence concrescible concrescive concrete concretely concreteness concreter concretion concretional concretionary concretism concretive concretively concretize concretor concubinage concubinal concubinarian concubinary concubinate concubine concubinehood concubitancy concubitant concubitous concubitus concupiscence concupiscent concupiscible concupiscibleness concupy concur concurrence concurrency concurrent concurrently concurrentness concurring concurringly concursion concurso concursus concuss concussant concussion concussional concussive concutient concyclic concyclically cond condemn condemnable condemnably condemnate condemnation condemnatory condemned condemner condemning condemningly condensability condensable condensance condensary condensate condensation condensational condensative condensator condense condensed condensedly condensedness condenser condensery condensity condescend condescendence condescendent condescender condescending condescendingly condescendingness condescension condescensive condescensively condescensiveness condiction condictious condiddle condiddlement condign condigness condignity condignly condiment condimental condimentary condisciple condistillation condite condition conditional conditionalism conditionalist conditionality conditionalize conditionally conditionate conditioned conditioner condivision condolatory condole condolement condolence condolent condoler condoling condolingly condominate condominium condonable condonance condonation condonative condone condonement condoner condor conduce conducer conducing conducingly conducive conduciveness conduct conductance conductibility conductible conductility conductimeter conductio conduction conductional conductitious conductive conductively conductivity conductometer conductometric conductor conductorial conductorless conductorship conductory conductress conductus conduit conduplicate conduplicated conduplication condurangin condurango condylar condylarth condylarthrosis condylarthrous condyle condylectomy condylion condyloid condyloma condylomatous condylome condylopod condylopodous condylos condylotomy condylure cone coned coneen coneflower conehead coneighboring coneine conelet conemaker conemaking conenose conepate coner cones conessine confab confabular confabulate confabulation confabulator confabulatory confact confarreate confarreation confated confect confection confectionary confectioner confectionery confederacy confederal confederalist confederate confederater confederatio confederation confederationist confederatism confederative confederatize confederator confelicity conferee conference conferential conferment conferrable conferral conferrer conferruminate conferted confervaceous conferval confervoid confervous confess confessable confessant confessarius confessary confessedly confesser confessing confessingly confession confessional confessionalian confessionalism confessionalist confessionary confessionist confessor confessorship confessory confidant confide confidence confidency confident confidential confidentiality confidentially confidentialness confidentiary confidently confidentness confider confiding confidingly confidingness configural configurate configuration configurational configurationally configurationism configurationist configurative configure confinable confine confineable confined confinedly confinedness confineless confinement confiner confining confinity confirm confirmable confirmand confirmation confirmative confirmatively confirmatorily confirmatory confirmed confirmedly confirmedness confirmee confirmer confirming confirmingly confirmity confirmment confirmor confiscable confiscatable confiscate confiscation confiscator confiscatory confitent confiteor confiture confix conflagrant conflagrate conflagration conflagrative conflagrator conflagratory conflate conflated conflation conflict conflicting conflictingly confliction conflictive conflictory conflow confluence confluent confluently conflux confluxibility confluxible confluxibleness confocal conform conformability conformable conformableness conformably conformal conformance conformant conformate conformation conformator conformer conformist conformity confound confoundable confounded confoundedly confoundedness confounder confounding confoundingly confrater confraternal confraternity confraternization confrere confriar confrication confront confrontal confrontation confronte confronter confrontment confusability confusable confusably confuse confused confusedly confusedness confusingly confusion confusional confusticate confustication confutable confutation confutative confutator confute confuter conga congeable congeal congealability congealable congealableness congealedness congealer congealment congee congelation congelative congelifraction congeliturbate congeliturbation congener congeneracy congeneric congenerical congenerous congenerousness congenetic congenial congeniality congenialize congenially congenialness congenital congenitally congenitalness conger congeree congest congested congestible congestion congestive congiary congius conglobate conglobately conglobation conglobe conglobulate conglomerate conglomeratic conglomeration conglutin conglutinant conglutinate conglutination conglutinative congou congratulable congratulant congratulate congratulation congratulational congratulator congratulatory congredient congreet congregable congreganist congregant congregate congregation congregational congregationalism congregationalize congregationally congregationist congregative congregativeness congregator congress congresser congressional congressionalist congressionally congressionist congressist congressive congressman congresswoman congroid congruence congruency congruent congruential congruently congruism congruist congruistic congruity congruous congruously congruousness conhydrine conic conical conicality conically conicalness coniceine conichalcite conicine conicity conicle conicoid conicopoly conics conidia conidial conidian conidiiferous conidioid conidiophore conidiophorous conidiospore conidium conifer coniferin coniferophyte coniferous conification coniform conima conimene conin conine coniosis coniroster conirostral conject conjective conjecturable conjecturably conjectural conjecturalist conjecturality conjecturally conjecture conjecturer conjobble conjoin conjoined conjoinedly conjoiner conjoint conjointly conjointment conjointness conjubilant conjugable conjugacy conjugal conjugality conjugally conjugant conjugata conjugate conjugated conjugately conjugateness conjugation conjugational conjugationally conjugative conjugator conjugial conjugium conjunct conjunction conjunctional conjunctionally conjunctiva conjunctival conjunctive conjunctively conjunctiveness conjunctivitis conjunctly conjunctur conjunctural conjuncture conjuration conjurator conjure conjurement conjurer conjurership conjuror conjury conk conkanee conker conkers conky conn connach connaraceous connarite connascency connascent connatal connate connately connateness connation connatural connaturality connaturalize connaturally connaturalness connature connaught connect connectable connectant connected connectedly connectedness connectible connection connectional connectival connective connectively connectivity connector connellite conner connex connexion connexionalism connexity connexive connexivum connexus conning conniption connivance connivancy connivant connivantly connive connivent conniver connoissance connoisseur connoisseurship connotation connotative connotatively connote connotive connotively connubial connubiality connubially connubiate connubium connumerate connumeration conoclinium conocuneus conodont conoid conoidal conoidally conoidic conoidical conoidically conominee cononintelligent conopid conoplain conopodium conormal conoscope conourish conphaseolin conplane conquedle conquer conquerable conquerableness conqueress conquering conqueringly conquerment conqueror conquest conquian conquinamine conquinine conquistador conrector conrectorship conred consanguine consanguineal consanguinean consanguineous consanguineously consanguinity conscience conscienceless consciencelessly consciencelessness consciencewise conscient conscientious conscientiously conscientiousness conscionable conscionableness conscionably conscious consciously consciousness conscribe conscript conscription conscriptional conscriptionist conscriptive consecrate consecrated consecratedness consecrater consecration consecrative consecrator consecratory consectary consecute consecution consecutive consecutively consecutiveness consecutives consenescence consenescency consension consensual consensually consensus consent consentable consentaneity consentaneous consentaneously consentaneousness consentant consenter consentful consentfully consentience consentient consentiently consenting consentingly consentingness consentive consentively consentment consequence consequency consequent consequential consequentiality consequentially consequentialness consequently consertal conservable conservacy conservancy conservant conservate conservation conservational conservationist conservatism conservatist conservative conservatively conservativeness conservatize conservatoire conservator conservatorio conservatorium conservatorship conservatory conservatrix conserve conserver consider considerability considerable considerableness considerably considerance considerate considerately considerateness consideration considerative consideratively considerativeness considerator considered considerer considering consideringly consign consignable consignatary consignation consignatory consignee consigneeship consigner consignificant consignificate consignification consignificative consignificator consignify consignment consignor consiliary consilience consilient consimilar consimilarity consimilate consist consistence consistency consistent consistently consistorial consistorian consistory consociate consociation consociational consociationism consociative consocies consol consolable consolableness consolably consolation consolatorily consolatoriness consolatory consolatrix console consolement consoler consolidant consolidate consolidated consolidation consolidationist consolidative consolidator consoling consolingly consolute consomme consonance consonancy consonant consonantal consonantic consonantism consonantize consonantly consonantness consonate consonous consort consortable consorter consortial consortion consortism consortium consortship consound conspecies conspecific conspectus consperse conspersion conspicuity conspicuous conspicuously conspicuousness conspiracy conspirant conspiration conspirative conspirator conspiratorial conspiratorially conspiratory conspiratress conspire conspirer conspiring conspiringly conspue constable constablery constableship constabless constablewick constabular constabulary constancy constant constantan constantly constantness constat constatation constate constatory constellate constellation constellatory consternate consternation constipate constipation constituency constituent constituently constitute constituter constitution constitutional constitutionalism constitutionalist constitutionality constitutionalization constitutionalize constitutionally constitutionary constitutioner constitutionist constitutive constitutively constitutiveness constitutor constrain constrainable constrained constrainedly constrainedness constrainer constraining constrainingly constrainment constraint constrict constricted constriction constrictive constrictor constringe constringency constringent construability construable construct constructer constructible construction constructional constructionally constructionism constructionist constructive constructively constructiveness constructivism constructivist constructor constructorship constructure construe construer constuprate constupration consubsist consubsistency consubstantial consubstantialism consubstantialist consubstantiality consubstantially consubstantiate consubstantiation consubstantiationist consubstantive consuete consuetitude consuetude consuetudinal consuetudinary consul consulage consular consularity consulary consulate consulship consult consultable consultant consultary consultation consultative consultatory consultee consulter consulting consultive consultively consultor consultory consumable consume consumedly consumeless consumer consuming consumingly consumingness consummate consummately consummation consummative consummatively consummativeness consummator consummatory consumpt consumpted consumptible consumption consumptional consumptive consumptively consumptiveness consumptivity consute contabescence contabescent contact contactor contactual contactually contagion contagioned contagionist contagiosity contagious contagiously contagiousness contagium contain containable container containment contakion contaminable contaminant contaminate contamination contaminative contaminator contaminous contangential contango conte contect contection contemn contemner contemnible contemnibly contemning contemningly contemnor contemper contemperate contemperature contemplable contemplamen contemplant contemplate contemplatingly contemplation contemplatist contemplative contemplatively contemplativeness contemplator contemplature contemporanean contemporaneity contemporaneous contemporaneously contemporaneousness contemporarily contemporariness contemporary contemporize contempt contemptful contemptibility contemptible contemptibleness contemptibly contemptuous contemptuously contemptuousness contendent contender contending contendingly contendress content contentable contented contentedly contentedness contentful contention contentional contentious contentiously contentiousness contentless contently contentment contentness contents conter conterminal conterminant contermine conterminous conterminously conterminousness contest contestable contestableness contestably contestant contestation contestee contester contestingly contestless context contextive contextual contextually contextural contexture contextured conticent contignation contiguity contiguous contiguously contiguousness continence continency continent continental continentalism continentalist continentality continentally continently contingence contingency contingent contingential contingentialness contingently contingentness continuable continual continuality continually continualness continuance continuancy continuando continuant continuantly continuate continuately continuateness continuation continuative continuatively continuativeness continuator continue continued continuedly continuedness continuer continuingly continuist continuity continuous continuously continuousness continuum contise contline conto contorniate contorsive contort contorted contortedly contortedness contortion contortional contortionate contortioned contortionist contortionistic contortive contour contourne contra contraband contrabandage contrabandery contrabandism contrabandist contrabandista contrabass contrabassist contrabasso contracapitalist contraception contraceptionist contraceptive contracivil contraclockwise contract contractable contractant contractation contracted contractedly contractedness contractee contracter contractibility contractible contractibleness contractibly contractile contractility contraction contractional contractionist contractive contractively contractiveness contractor contractual contractually contracture contractured contradebt contradict contradictable contradictedness contradicter contradiction contradictional contradictious contradictiously contradictiousness contradictive contradictively contradictiveness contradictor contradictorily contradictoriness contradictory contradiscriminate contradistinct contradistinction contradistinctive contradistinctively contradistinctly contradistinguish contradivide contrafacture contrafagotto contrafissura contraflexure contraflow contrafocal contragredience contragredient contrahent contrail contraindicate contraindication contraindicative contralateral contralto contramarque contranatural contrantiscion contraoctave contraparallelogram contraplex contrapolarization contrapone contraponend contrapose contraposit contraposita contraposition contrapositive contraprogressist contraprop contraproposal contraption contraptious contrapuntal contrapuntalist contrapuntally contrapuntist contrapunto contrarational contraregular contraregularity contraremonstrance contraremonstrant contrarevolutionary contrariant contrariantly contrariety contrarily contrariness contrarious contrariously contrariousness contrariwise contrarotation contrary contrascriptural contrast contrastable contrastably contrastedly contrastimulant contrastimulation contrastimulus contrastingly contrastive contrastively contrastment contrasty contrasuggestible contratabular contrate contratempo contratenor contravalence contravallation contravariant contravene contravener contravention contraversion contravindicate contravindication contrawise contrayerva contrectation contreface contrefort contretemps contributable contribute contribution contributional contributive contributively contributiveness contributor contributorial contributorship contributory contrite contritely contriteness contrition contriturate contrivance contrivancy contrive contrivement contriver control controllability controllable controllableness controllably controller controllership controlless controllingly controlment controversial controversialism controversialist controversialize controversially controversion controversional controversionalism controversionalist controversy controvert controverter controvertible controvertibly controvertist contubernal contubernial contubernium contumacious contumaciously contumaciousness contumacity contumacy contumelious contumeliously contumeliousness contumely contund conturbation contuse contusion contusioned contusive conubium conumerary conumerous conundrum conundrumize conurbation conure conus conusable conusance conusant conusee conusor conutrition conuzee conuzor convalesce convalescence convalescency convalescent convalescently convallamarin convallariaceous convallarin convect convection convectional convective convectively convector convenable convenably convene convenee convener convenership convenience conveniency convenient conveniently convenientness convent conventical conventically conventicle conventicler conventicular convention conventional conventionalism conventionalist conventionality conventionalization conventionalize conventionally conventionary conventioner conventionism conventionist conventionize conventual conventually converge convergement convergence convergency convergent convergescence converging conversable conversableness conversably conversance conversancy conversant conversantly conversation conversationable conversational conversationalist conversationally conversationism conversationist conversationize conversative converse conversely converser conversibility conversible conversion conversional conversionism conversionist conversive convert converted convertend converter convertibility convertible convertibleness convertibly converting convertingness convertise convertism convertite convertive convertor conveth convex convexed convexedly convexedness convexity convexly convexness convey conveyable conveyal conveyance conveyancer conveyancing conveyer convict convictable conviction convictional convictism convictive convictively convictiveness convictment convictor convince convinced convincedly convincedness convincement convincer convincibility convincible convincing convincingly convincingness convival convive convivial convivialist conviviality convivialize convivially convocant convocate convocation convocational convocationally convocationist convocative convocator convoke convoker convolute convoluted convolutely convolution convolutional convolutionary convolutive convolve convolvement convolvulaceous convolvulad convolvuli convolvulic convolvulin convolvulinic convolvulinolic convoy convulsant convulse convulsedly convulsibility convulsible convulsion convulsional convulsionary convulsionism convulsionist convulsive convulsively convulsiveness cony conycatcher conyrine coo cooba coodle cooee cooer coof cooing cooingly cooja cook cookable cookbook cookdom cookee cookeite cooker cookery cookhouse cooking cookish cookishly cookless cookmaid cookout cookroom cookshack cookshop cookstove cooky cool coolant coolen cooler coolerman coolheaded coolheadedly coolheadedness coolhouse coolibah coolie cooling coolingly coolingness coolish coolly coolness coolth coolung coolweed coolwort cooly coom coomb coomy coon cooncan coonily cooniness coonroot coonskin coontail coontie coony coop cooper cooperage coopering coopery cooree coorie cooruptibly cooser coost coot cooter cootfoot coothay cootie cop copa copable copacetic copaene copaiba copaibic copaivic copaiye copal copalche copalcocote copaliferous copalite copalm coparallel coparcenary coparcener coparceny coparent copart copartaker copartner copartnership copartnery coparty copassionate copastor copastorate copatain copatentee copatriot copatron copatroness cope copei copelate copellidine copeman copemate copen copending copenetrate copepod copepodan copepodous coper coperception coperiodic coperta copesman copesmate copestone copetitioner cophasal cophosis copiability copiable copiapite copied copier copilot coping copiopia copiopsia copiosity copious copiously copiousness copis copist copita coplaintiff coplanar coplanarity copleased coplotter coploughing coplowing copolar copolymer copolymerization copolymerize coppaelite copped copper copperas copperbottom copperer copperhead copperheadism coppering copperish copperization copperize copperleaf coppernose coppernosed copperplate copperproof coppersidesman copperskin coppersmith coppersmithing copperware copperwing copperworks coppery copperytailed coppet coppice coppiced coppicing coppin copping copple copplecrown coppled coppy copr copra coprecipitate coprecipitation copremia copremic copresbyter copresence copresent coprincipal coprincipate coprisoner coprodaeum coproduce coproducer coprojector coprolagnia coprolagnist coprolalia coprolaliac coprolite coprolith coprolitic coprology copromisor copromoter coprophagan coprophagia coprophagist coprophagous coprophagy coprophilia coprophiliac coprophilic coprophilism coprophilous coprophyte coproprietor coproprietorship coprose coprostasis coprosterol coprozoic copse copsewood copsewooded copsing copsy copter copula copulable copular copularium copulate copulation copulative copulatively copulatory copunctal copurchaser copus copy copybook copycat copygraph copygraphed copyhold copyholder copyholding copyism copyist copyman copyreader copyright copyrightable copyrighter copywise coque coquecigrue coquelicot coqueluche coquet coquetoon coquetry coquette coquettish coquettishly coquettishness coquicken coquilla coquille coquimbite coquina coquita coquito cor cora corach coracial coraciiform coracine coracle coracler coracoacromial coracobrachial coracobrachialis coracoclavicular coracocostal coracohumeral coracohyoid coracoid coracoidal coracomandibular coracomorph coracomorphic coracopectoral coracoprocoracoid coracoradialis coracoscapular coracovertebral coradical coradicate corah coraise coral coralberry coralbush coraled coralflower coralist corallet corallic corallidomous coralliferous coralliform coralligenous coralligerous corallike corallinaceous coralline corallite coralloid coralloidal corallum coralroot coralwort coram coranto corban corbeau corbeil corbel corbeling corbicula corbiculate corbiculum corbie corbiestep corbovinum corbula corcass corcir corcopali cord cordage cordaitaceous cordaitalean cordaitean cordant cordate cordately cordax corded cordel cordeliere cordelle corder cordewane cordial cordiality cordialize cordially cordialness cordiceps cordicole cordierite cordies cordiform cordigeri cordillera cordilleran cordiner cording cordite corditis cordleaf cordmaker cordoba cordon cordonnet corduroy corduroyed cordwain cordwainer cordwainery cordwood cordy cordyl core corebel coreceiver coreciprocal corectome corectomy corector cored coredeem coredeemer coredemptress coreductase coreflexed coregence coregency coregent coregnancy coregnant coregonid coregonine coregonoid coreid coreign coreigner corejoice coreless coreligionist corella corelysis coremaker coremaking coremium coremorphosis corenounce coreometer coreplastic coreplasty corer coresidence coresidual coresign coresonant coresort corespect corespondency corespondent coretomy coreveler coreveller corevolve corf corge corgi coriaceous corial coriamyrtin coriander coriandrol coriariaceous coriin corindon coring corinne coriparian corium cork corkage corkboard corke corked corker corkiness corking corkish corkite corkmaker corkmaking corkscrew corkscrewy corkwing corkwood corky corm cormel cormidium cormoid cormophyte cormophytic cormorant cormous cormus corn cornaceous cornage cornbell cornberry cornbin cornbinks cornbird cornbole cornbottle cornbrash corncake corncob corncracker corncrib corncrusher corndodger cornea corneagen corneal cornein corneitis cornel cornelian cornemuse corneocalcareous corneosclerotic corneosiliceous corneous corner cornerbind cornered cornerer cornerpiece cornerstone cornerways cornerwise cornet cornetcy cornettino cornettist corneule corneum cornfield cornfloor cornflower corngrower cornhouse cornhusk cornhusker cornhusking cornic cornice cornicle corniculate corniculer corniculum cornific cornification cornified corniform cornigerous cornin corning corniplume cornland cornless cornloft cornmaster cornmonger cornopean cornpipe cornrick cornroot cornstalk cornstarch cornstook cornu cornual cornuate cornuated cornubianite cornucopia cornucopian cornucopiate cornule cornulite cornupete cornute cornuted cornutine cornuto cornwallis cornwallite corny coroa corocleisis corodiary corodiastasis corodiastole corody corol corolla corollaceous corollarial corollarially corollary corollate corollated corolliferous corolliform corollike corolline corollitic corometer corona coronach coronad coronadite coronae coronagraph coronagraphic coronal coronale coronaled coronally coronamen coronary coronate coronated coronation coronatorial coroner coronership coronet coroneted coronetted coronetty coroniform coronillin coronion coronitis coronium coronize coronobasilar coronofacial coronofrontal coronoid coronule coroparelcysis coroplast coroplasta coroplastic coroscopy corotomy corozo corp corpora corporal corporalism corporality corporally corporalship corporas corporate corporately corporateness corporation corporational corporationer corporationism corporative corporator corporature corporeal corporealist corporeality corporealization corporealize corporeally corporealness corporeals corporeity corporeous corporification corporify corporosity corposant corps corpsbruder corpse corpsman corpulence corpulency corpulent corpulently corpulentness corpus corpuscle corpuscular corpuscularian corpuscularity corpusculated corpuscule corpusculous corpusculum corrade corradial corradiate corradiation corral corrasion corrasive correal correality correct correctable correctant corrected correctedness correctible correcting correctingly correction correctional correctionalist correctioner correctitude corrective correctively correctiveness correctly correctness corrector correctorship correctress correctrice corregidor correlatable correlate correlated correlation correlational correlative correlatively correlativeness correlativism correlativity correligionist corrente correption corresol correspond correspondence correspondency correspondent correspondential correspondentially correspondently correspondentship corresponder corresponding correspondingly corresponsion corresponsive corresponsively corridor corridored corrie corrige corrigenda corrigendum corrigent corrigibility corrigible corrigibleness corrigibly corrival corrivality corrivalry corrivalship corrivate corrivation corrobboree corroborant corroborate corroboration corroborative corroboratively corroborator corroboratorily corroboratory corroboree corrode corrodent corroder corrodiary corrodibility corrodible corrodier corroding corrosibility corrosible corrosibleness corrosion corrosional corrosive corrosively corrosiveness corrosivity corrugate corrugated corrugation corrugator corrupt corrupted corruptedly corruptedness corrupter corruptful corruptibility corruptible corruptibleness corrupting corruptingly corruption corruptionist corruptive corruptively corruptly corruptness corruptor corruptress corsac corsage corsaint corsair corse corselet corsepresent corsesque corset corseting corsetless corsetry corsie corsite corta cortege cortex cortez cortical cortically corticate corticated corticating cortication cortices corticiferous corticiform corticifugal corticifugally corticipetal corticipetally corticoafferent corticoefferent corticoline corticopeduncular corticose corticospinal corticosterone corticostriate corticous cortin cortina cortinarious cortinate cortisone cortlandtite coruco coruler corundophilite corundum corupay coruscant coruscate coruscation corver corvette corvetto corviform corvillosum corvina corvine corvoid corybantiasm corybantic corybantish corybulbin corybulbine corycavamine corycavidin corycavidine corycavine corydalin corydaline corydine coryl corylaceous corylin corymb corymbed corymbiate corymbiated corymbiferous corymbiform corymbose corymbous corynebacterial corynine corynocarpaceous coryphaenid coryphaenoid coryphaeus coryphee coryphene coryphodont coryphylly corytuberine coryza cos cosalite cosaque cosavior coscet coscinomancy coscoroba coseasonal coseat cosec cosecant cosech cosectarian cosectional cosegment coseism coseismal coseismic cosenator cosentiency cosentient coservant cosession coset cosettler cosh cosharer cosheath cosher cosherer coshering coshery cosignatory cosigner cosignitary cosily cosinage cosine cosiness cosingular cosinusoid cosmecology cosmesis cosmetic cosmetical cosmetically cosmetician cosmetiste cosmetological cosmetologist cosmetology cosmic cosmical cosmicality cosmically cosmism cosmist cosmocracy cosmocrat cosmocratic cosmogenesis cosmogenetic cosmogenic cosmogeny cosmogonal cosmogoner cosmogonic cosmogonical cosmogonist cosmogonize cosmogony cosmographer cosmographic cosmographical cosmographically cosmographist cosmography cosmolabe cosmolatry cosmologic cosmological cosmologically cosmologist cosmology cosmometry cosmopathic cosmoplastic cosmopoietic cosmopolicy cosmopolis cosmopolitan cosmopolitanism cosmopolitanization cosmopolitanize cosmopolitanly cosmopolite cosmopolitic cosmopolitical cosmopolitics cosmopolitism cosmorama cosmoramic cosmorganic cosmos cosmoscope cosmosophy cosmosphere cosmotellurian cosmotheism cosmotheist cosmotheistic cosmothetic cosmotron cosmozoan cosmozoic cosmozoism cosonant cosounding cosovereign cosovereignty cospecies cospecific cosphered cosplendor cosplendour coss cossas cosse cosset cossette cossid cossnent cossyrite cost costa costal costalgia costally costander costar costard costate costated costean costeaning costectomy costellate coster costerdom costermonger costicartilage costicartilaginous costicervical costiferous costiform costing costipulator costispinal costive costively costiveness costless costlessness costliness costly costmary costoabdominal costoapical costocentral costochondral costoclavicular costocolic costocoracoid costodiaphragmatic costogenic costoinferior costophrenic costopleural costopneumopexy costopulmonary costoscapular costosternal costosuperior costothoracic costotome costotomy costotrachelian costotransversal costotransverse costovertebral costoxiphoid costraight costrel costula costulation costume costumer costumery costumic costumier costumiere costuming costumist costusroot cosubject cosubordinate cosuffer cosufferer cosuggestion cosuitor cosurety cosustain coswearer cosy cosymmedian cot cotangent cotangential cotarius cotarnine cotch cote coteful coteline coteller cotemporane cotemporanean cotemporaneous cotemporaneously cotemporary cotenancy cotenant cotenure coterell coterie coterminous coth cothamore cothe cotheorist cothish cothon cothurn cothurnal cothurnate cothurned cothurnian cothurnus cothy cotidal cotillage cotillion cotingid cotingoid cotise cotitular cotland cotman coto cotoin cotonier cotorment cotoro cotorture cotquean cotraitor cotransfuse cotranslator cotranspire cotransubstantiate cotrine cotripper cotrustee cotset cotsetla cotsetle cotta cottabus cottage cottaged cottager cottagers cottagey cotte cotted cotter cotterel cotterite cotterway cottid cottier cottierism cottiform cottoid cotton cottonade cottonbush cottonee cottoneer cottoner cottonization cottonize cottonless cottonmouth cottonocracy cottonseed cottontail cottontop cottonweed cottonwood cottony cotty cotuit cotula cotunnite cotutor cotwin cotwinned cotwist cotyla cotylar cotyledon cotyledonal cotyledonar cotyledonary cotyledonous cotyliform cotyligerous cotyliscus cotyloid cotylophorous cotylopubic cotylosacral cotylosaur cotylosaurian cotype couac coucal couch couchancy couchant couched couchee coucher couching couchmaker couchmaking couchmate couchy coude coudee coue cougar cough cougher coughroot coughweed coughwort cougnar coul could couldron coulee coulisse coulomb coulometer coulterneb coulure couma coumalic coumalin coumara coumaran coumarate coumaric coumarilic coumarin coumarinic coumarone coumarou council councilist councilman councilmanic councilor councilorship councilwoman counderstand counite couniversal counsel counselable counselee counselful counselor counselorship count countable countableness countably countdom countenance countenancer counter counterabut counteraccusation counteracquittance counteract counteractant counteracter counteracting counteractingly counteraction counteractive counteractively counteractivity counteractor counteraddress counteradvance counteradvantage counteradvice counteradvise counteraffirm counteraffirmation counteragency counteragent counteragitate counteragitation counteralliance counterambush counterannouncement counteranswer counterappeal counterappellant counterapproach counterapse counterarch counterargue counterargument counterartillery counterassertion counterassociation counterassurance counterattack counterattestation counterattired counterattraction counterattractive counterattractively counteraverment counteravouch counteravouchment counterbalance counterbarrage counterbase counterbattery counterbeating counterbend counterbewitch counterbid counterblast counterblow counterbond counterborder counterbore counterboycott counterbrace counterbranch counterbrand counterbreastwork counterbuff counterbuilding countercampaign countercarte countercause counterchange counterchanged countercharge countercharm countercheck countercheer counterclaim counterclaimant counterclockwise countercolored countercommand countercompetition countercomplaint countercompony countercondemnation counterconquest counterconversion countercouchant countercoupe countercourant countercraft countercriticism countercross countercry countercurrent countercurrently countercurrentwise counterdance counterdash counterdecision counterdeclaration counterdecree counterdefender counterdemand counterdemonstration counterdeputation counterdesire counterdevelopment counterdifficulty counterdigged counterdike counterdiscipline counterdisengage counterdisengagement counterdistinction counterdistinguish counterdoctrine counterdogmatism counterdraft counterdrain counterdrive counterearth counterefficiency countereffort counterembattled counterembowed counterenamel counterend counterenergy counterengagement counterengine counterenthusiasm counterentry counterequivalent counterermine counterespionage counterestablishment counterevidence counterexaggeration counterexcitement counterexcommunication counterexercise counterexplanation counterexposition counterexpostulation counterextend counterextension counterfact counterfallacy counterfaller counterfeit counterfeiter counterfeitly counterfeitment counterfeitness counterferment counterfessed counterfire counterfix counterflange counterflashing counterflight counterflory counterflow counterflux counterfoil counterforce counterformula counterfort counterfugue countergabble countergabion countergambit countergarrison countergauge countergauger countergift countergirded counterglow counterguard counterhaft counterhammering counterhypothesis counteridea counterideal counterimagination counterimitate counterimitation counterimpulse counterindentation counterindented counterindicate counterindication counterinfluence counterinsult counterintelligence counterinterest counterinterpretation counterintrigue counterinvective counterirritant counterirritate counterirritation counterjudging counterjumper counterlath counterlathing counterlatration counterlaw counterleague counterlegislation counterlife counterlocking counterlode counterlove counterly countermachination counterman countermand countermandable countermaneuver countermanifesto countermarch countermark countermarriage countermeasure countermeet countermessage countermigration countermine countermission countermotion countermount countermove countermovement countermure countermutiny counternaiant counternarrative counternatural counternecromancy counternoise counternotice counterobjection counterobligation counteroffensive counteroffer counteropening counteropponent counteropposite counterorator counterorder counterorganization counterpaled counterpaly counterpane counterpaned counterparadox counterparallel counterparole counterparry counterpart counterpassant counterpassion counterpenalty counterpendent counterpetition counterpicture counterpillar counterplan counterplay counterplayer counterplea counterplead counterpleading counterplease counterplot counterpoint counterpointe counterpointed counterpoise counterpoison counterpole counterponderate counterpose counterposition counterposting counterpotence counterpotency counterpotent counterpractice counterpray counterpreach counterpreparation counterpressure counterprick counterprinciple counterprocess counterproject counterpronunciamento counterproof counterpropaganda counterpropagandize counterprophet counterproposal counterproposition counterprotection counterprotest counterprove counterpull counterpunch counterpuncture counterpush counterquartered counterquarterly counterquery counterquestion counterquip counterradiation counterraid counterraising counterrampant counterrate counterreaction counterreason counterreckoning counterrecoil counterreconnaissance counterrefer counterreflected counterreform counterreformation counterreligion counterremonstrant counterreply counterreprisal counterresolution counterrestoration counterretreat counterrevolution counterrevolutionary counterrevolutionist counterrevolutionize counterriposte counterroll counterround counterruin countersale countersalient counterscale counterscalloped counterscarp counterscoff countersconce counterscrutiny countersea counterseal countersecure countersecurity counterselection countersense counterservice countershade countershaft countershafting countershear countershine countershout counterside countersiege countersign countersignal countersignature countersink countersleight counterslope countersmile countersnarl counterspying counterstain counterstamp counterstand counterstatant counterstatement counterstatute counterstep counterstimulate counterstimulation counterstimulus counterstock counterstratagem counterstream counterstrike counterstroke counterstruggle countersubject countersuggestion countersuit countersun countersunk countersurprise counterswing countersworn countersympathy countersynod countertack countertail countertally countertaste countertechnicality countertendency countertenor counterterm counterterror countertheme countertheory counterthought counterthreat counterthrust counterthwarting countertierce countertime countertouch countertraction countertrades countertransference countertranslation countertraverse countertreason countertree countertrench countertrespass countertrippant countertripping countertruth countertug counterturn counterturned countertype countervail countervair countervairy countervallation countervaunt countervene countervengeance countervenom countervibration counterview countervindication countervolition countervolley countervote counterwager counterwall counterwarmth counterwave counterweigh counterweight counterweighted counterwheel counterwill counterwilling counterwind counterwitness counterword counterwork counterworker counterwrite countess countfish counting countinghouse countless countor countrified countrifiedness country countryfolk countryman countrypeople countryseat countryside countryward countrywoman countship county coup coupage coupe couped coupee coupelet couper couple coupled couplement coupler coupleress couplet coupleteer coupling coupon couponed couponless coupstick coupure courage courageous courageously courageousness courager courant courante courap couratari courb courbache courbaril courbash courge courida courier couril courlan course coursed courser coursing court courtbred courtcraft courteous courteously courteousness courtepy courter courtesan courtesanry courtesanship courtesy courtezanry courtezanship courthouse courtier courtierism courtierly courtiership courtin courtless courtlet courtlike courtliness courtling courtly courtman courtroom courtship courtyard courtzilite couscous couscousou couseranite cousin cousinage cousiness cousinhood cousinly cousinry cousinship cousiny coussinet coustumier coutel coutelle couter couth couthie couthily couthiness couthless coutil coutumier couvade couxia covado covalence covalent covariable covariance covariant covariation covassal cove coved covelline covellite covenant covenantal covenanted covenantee covenanter covenanting covenantor covent coventrate coventrize cover coverage coveralls coverchief covercle covered coverer covering coverless coverlet coverlid coversed coverside coversine coverslut covert covertical covertly covertness coverture covet covetable coveter coveting covetingly covetiveness covetous covetously covetousness covey covibrate covibration covid covillager covin coving covinous covinously covisit covisitor covite covolume covotary cow cowal coward cowardice cowardliness cowardly cowardness cowardy cowbane cowbell cowberry cowbind cowbird cowboy cowcatcher cowdie coween cower cowfish cowgate cowgram cowhage cowheart cowhearted cowheel cowherb cowherd cowhide cowhiding cowhorn cowish cowitch cowkeeper cowl cowle cowled cowleech cowleeching cowlick cowlicks cowlike cowling cowlstaff cowman cowpath cowpea cowpen cowperitis cowpock cowpox cowpuncher cowquake cowrie cowroid cowshed cowskin cowslip cowslipped cowsucker cowtail cowthwort cowtongue cowweed cowwheat cowy cowyard cox coxa coxal coxalgia coxalgic coxankylometer coxarthritis coxarthrocace coxarthropathy coxbones coxcomb coxcombess coxcombhood coxcombic coxcombical coxcombicality coxcombically coxcombity coxcombry coxcomby coxcomical coxcomically coxite coxitis coxocerite coxoceritic coxodynia coxofemoral coxopodite coxswain coxy coy coyan coydog coyish coyishness coyly coyness coynye coyo coyol coyote coyotillo coyoting coypu coyure coz coze cozen cozenage cozener cozening cozeningly cozier cozily coziness cozy crab crabbed crabbedly crabbedness crabber crabbery crabbing crabby crabcatcher crabeater craber crabhole crablet crablike crabman crabmill crabsidle crabstick crabweed crabwise crabwood crack crackable crackajack crackbrain crackbrained crackbrainedness crackdown cracked crackedness cracker crackerberry crackerjack crackers crackhemp crackiness cracking crackjaw crackle crackled crackless crackleware crackling crackly crackmans cracknel crackpot crackskull cracksman cracky cracovienne craddy cradge cradle cradleboard cradlechild cradlefellow cradleland cradlelike cradlemaker cradlemaking cradleman cradlemate cradler cradleside cradlesong cradletime cradling craft craftily craftiness craftless craftsman craftsmanship craftsmaster craftswoman craftwork craftworker crafty crag craggan cragged craggedness craggily cragginess craggy craglike cragsman cragwork craichy craigmontite crain craisey craizey crajuru crake crakefeet crakow cram cramasie crambambulee crambambuli crambe cramberry crambid cramble crambly crambo crammer cramp cramped crampedness cramper crampet crampfish cramping crampingly crampon cramponnee crampy cran cranage cranberry crance crandall crandallite crane cranelike craneman craner cranesman craneway craney crania craniacromial craniad cranial cranially cranian craniate cranic craniectomy craniocele craniocerebral cranioclasis cranioclasm cranioclast cranioclasty craniodidymus craniofacial craniognomic craniognomy craniognosy craniograph craniographer craniography craniological craniologically craniologist craniology craniomalacia craniomaxillary craniometer craniometric craniometrical craniometrically craniometrist craniometry craniopagus craniopathic craniopathy craniopharyngeal craniophore cranioplasty craniopuncture craniorhachischisis craniosacral cranioschisis cranioscopical cranioscopist cranioscopy craniospinal craniostenosis craniostosis craniotabes craniotome craniotomy craniotopography craniotympanic craniovertebral cranium crank crankbird crankcase cranked cranker crankery crankily crankiness crankle crankless crankly crankman crankous crankpin crankshaft crankum cranky crannage crannied crannock crannog crannoger cranny cranreuch crantara crants crap crapaud crapaudine crape crapefish crapehanger crapelike crappie crappin crapple crappo craps crapshooter crapulate crapulence crapulent crapulous crapulously crapulousness crapy craquelure crare crash crasher crasis craspedal craspedodromous craspedon craspedotal craspedote crass crassamentum crassier crassilingual crassitude crassly crassness crassulaceous cratch cratchens cratches crate crateful cratemaker cratemaking crateman crater crateral cratered crateriform crateris craterkin craterless craterlet craterlike craterous craticular cratometer cratometric cratometry craunch craunching craunchingly cravat crave craven cravenette cravenhearted cravenly cravenness craver craving cravingly cravingness cravo craw crawberry crawdad crawfish crawfoot crawful crawl crawler crawlerize crawley crawleyroot crawling crawlingly crawlsome crawly crawm crawtae crayer crayfish crayon crayonist crayonstone craze crazed crazedly crazedness crazily craziness crazingmill crazy crazycat crazyweed crea creagh creaght creak creaker creakily creakiness creakingly creaky cream creambush creamcake creamcup creamer creamery creameryman creamfruit creamily creaminess creamless creamlike creammaker creammaking creamometer creamsacs creamware creamy creance creancer creant crease creaseless creaser creashaks creasing creasy creat creatable create createdness creatic creatine creatinephosphoric creatinine creatininemia creatinuria creation creational creationary creationism creationist creationistic creative creatively creativeness creativity creatophagous creator creatorhood creatorrhea creatorship creatotoxism creatress creatrix creatural creature creaturehood creatureless creatureliness creatureling creaturely creatureship creaturize crebricostate crebrisulcate crebrity crebrous creche creddock credence credencive credenciveness credenda credensive credensiveness credent credential credently credenza credibility credible credibleness credibly credit creditability creditable creditableness creditably creditive creditless creditor creditorship creditress creditrix crednerite credulity credulous credulously credulousness cree creed creedal creedalism creedalist creeded creedist creedite creedless creedlessness creedmore creedsman creek creeker creekfish creekside creekstuff creeky creel creeler creem creen creep creepage creeper creepered creeperless creephole creepie creepiness creeping creepingly creepmouse creepmousy creepy creese creesh creeshie creeshy creirgist cremaster cremasterial cremasteric cremate cremation cremationism cremationist cremator crematorial crematorium crematory crembalum cremnophobia cremocarp cremometer cremone cremor cremorne cremule crena crenate crenated crenately crenation crenature crenel crenelate crenelated crenelation crenele creneled crenelet crenellate crenellation crenic crenitic crenology crenotherapy crenula crenulate crenulated crenulation creodont creole creoleize creolian creolism creolization creolize creophagia creophagism creophagist creophagous creophagy creosol creosote creosoter creosotic crepance crepe crepehanger crepine crepiness crepitaculum crepitant crepitate crepitation crepitous crepitus crepon crept crepuscle crepuscular crepuscule crepusculine crepusculum crepy cresamine crescendo crescent crescentade crescentader crescentic crescentiform crescentlike crescentoid crescentwise crescive crescograph crescographic cresegol cresol cresolin cresorcinol cresotate cresotic cresotinic cresoxide cresoxy cresphontes cress cressed cresselle cresset cresson cressweed cresswort cressy crest crested crestfallen crestfallenly crestfallenness cresting crestless crestline crestmoreite cresyl cresylate cresylene cresylic cresylite creta cretaceous cretaceously cretefaction cretic cretification cretify cretin cretinic cretinism cretinization cretinize cretinoid cretinous cretion cretionary cretonne crevalle crevasse crevice creviced crew crewel crewelist crewellery crewelwork crewer crewless crewman crib cribbage cribber cribbing cribble cribellum cribo cribral cribrate cribrately cribration cribriform cribrose cribwork cric cricetine crick cricket cricketer cricketing crickety crickey crickle cricoarytenoid cricoid cricopharyngeal cricothyreoid cricothyreotomy cricothyroid cricothyroidean cricotomy cricotracheotomy cried crier criey crig crile crime crimeful crimeless crimelessness crimeproof criminal criminaldom criminalese criminalism criminalist criminalistic criminalistician criminalistics criminality criminally criminalness criminaloid criminate crimination criminative criminator criminatory crimine criminogenesis criminogenic criminologic criminological criminologist criminology criminosis criminous criminously criminousness crimogenic crimp crimpage crimper crimping crimple crimpness crimpy crimson crimsonly crimsonness crimsony crin crinal crinanite crinated crinatory crine crined crinet cringe cringeling cringer cringing cringingly cringingness cringle crinicultural criniculture criniferous crinigerous criniparous crinite crinitory crinivorous crink crinkle crinkleroot crinkly crinoid crinoidal crinoidean crinoline crinose crinosity crinula criobolium criocephalus crioceratite crioceratitic criophore criosphinx cripes crippingly cripple crippledom crippleness crippler crippling cripply crises crisic crisis crisp crispate crispated crispation crispature crisped crisper crispily crispine crispiness crisping crisply crispness crispy criss crissal crisscross crissum crista cristate cristiform cristobalite critch criteria criteriology criterion criterional criterium crith crithmene crithomancy critic critical criticality critically criticalness criticaster criticasterism criticastry criticisable criticism criticist criticizable criticize criticizer criticizingly critickin criticship criticule critique critling crizzle cro croak croaker croakily croakiness croaky croc crocard croceic crocein croceine croceous crocetin croche crochet crocheter crocheting croci crocidolite crocin crock crocker crockery crockeryware crocket crocketed crocky crocodile crocodilian crocodiline crocodilite crocodiloid crocoisite crocoite croconate croconic crocus crocused croft crofter crofterization crofterize crofting croftland croisette croissante cromaltite crome cromfordite cromlech cromorna cromorne crone croneberry cronet cronish cronk cronkness cronstedtite crony crood croodle crook crookback crookbacked crookbill crookbilled crooked crookedly crookedness crooken crookesite crookfingered crookheaded crookkneed crookle crooklegged crookneck crooknecked crooknosed crookshouldered crooksided crooksterned crooktoothed crool croon crooner crooning crooningly crop crophead cropland cropman croppa cropper croppie cropplecrown croppy cropshin cropsick cropsickness cropweed croquet croquette crore crosa crosier crosiered crosnes cross crossability crossable crossarm crossband crossbar crossbeak crossbeam crossbelt crossbill crossbolt crossbolted crossbones crossbow crossbowman crossbred crossbreed crosscurrent crosscurrented crosscut crosscutter crosscutting crosse crossed crosser crossette crossfall crossfish crossflow crossflower crossfoot crosshackle crosshand crosshatch crosshaul crosshauling crosshead crossing crossite crossjack crosslegs crosslet crossleted crosslight crosslighted crossline crossly crossness crossopodia crossopterygian crossosomataceous crossover crosspatch crosspath crosspiece crosspoint crossrail crossroad crossroads crossrow crossruff crosstail crosstie crosstied crosstoes crosstrack crosstree crosswalk crossway crossways crossweb crossweed crosswise crossword crosswort crostarie crotal crotalic crotaliform crotaline crotalism crotalo crotaloid crotalum crotaphic crotaphion crotaphite crotaphitic crotch crotched crotchet crotcheteer crotchetiness crotchety crotchy crotin crotonaldehyde crotonate crotonic crotonization crotonyl crotonylene crottels crottle crotyl crouch crouchant crouched croucher crouching crouchingly crounotherapy croup croupade croupal croupe crouperbush croupier croupily croupiness croupous croupy crouse crousely crout croute crouton crow crowbait crowbar crowberry crowbill crowd crowded crowdedly crowdedness crowder crowdweed crowdy crower crowflower crowfoot crowfooted crowhop crowing crowingly crowkeeper crowl crown crownbeard crowned crowner crownless crownlet crownling crownmaker crownwork crownwort crowshay crowstep crowstepped crowstick crowstone crowtoe croy croyden croydon croze crozer crozzle crozzly crubeen cruce cruces crucethouse cruche crucial cruciality crucially crucian cruciate cruciately cruciation crucible crucifer cruciferous crucificial crucified crucifier crucifix crucifixion cruciform cruciformity cruciformly crucify crucigerous crucilly crucily cruck crude crudely crudeness crudity crudwort cruel cruelhearted cruelize cruelly cruelness cruels cruelty cruent cruentation cruet cruety cruise cruiser cruisken cruive cruller crum crumb crumbable crumbcloth crumber crumble crumblement crumblet crumbliness crumblingness crumblings crumbly crumby crumen crumenal crumlet crummie crummier crummiest crummock crummy crump crumper crumpet crumple crumpled crumpler crumpling crumply crumpy crunch crunchable crunchiness crunching crunchingly crunchingness crunchweed crunchy crunk crunkle crunodal crunode crunt cruor crupper crural crureus crurogenital cruroinguinal crurotarsal crus crusade crusader crusado cruse crush crushability crushable crushed crusher crushing crushingly crusie crusily crust crusta crustaceal crustacean crustaceological crustaceologist crustaceology crustaceous crustade crustal crustalogical crustalogist crustalogy crustate crustated crustation crusted crustedly cruster crustific crustification crustily crustiness crustless crustose crustosis crusty crutch crutched crutcher crutching crutchlike cruth crutter crux cruzeiro cry cryable cryaesthesia cryalgesia cryanesthesia crybaby cryesthesia crying cryingly crymodynia crymotherapy cryoconite cryogen cryogenic cryogenics cryogeny cryohydrate cryohydric cryolite cryometer cryophile cryophilic cryophoric cryophorus cryophyllite cryophyte cryoplankton cryoscope cryoscopic cryoscopy cryosel cryostase cryostat crypt crypta cryptal cryptamnesia cryptamnesic cryptanalysis cryptanalyst cryptarch cryptarchy crypted cryptesthesia cryptesthetic cryptic cryptical cryptically cryptoagnostic cryptobatholithic cryptobranch cryptobranchiate cryptocarp cryptocarpic cryptocarpous cryptocephalous cryptocerous cryptoclastic cryptococci cryptococcic cryptococcus cryptocommercial cryptocrystalline cryptocrystallization cryptodeist cryptodiran cryptodire cryptodirous cryptodouble cryptodynamic cryptogam cryptogamian cryptogamic cryptogamical cryptogamist cryptogamous cryptogamy cryptogenetic cryptogenic cryptogenous cryptoglioma cryptogram cryptogrammatic cryptogrammatical cryptogrammatist cryptogrammic cryptograph cryptographal cryptographer cryptographic cryptographical cryptographically cryptographist cryptography cryptoheresy cryptoheretic cryptoinflationist cryptolite cryptologist cryptology cryptolunatic cryptomere cryptomerous cryptomnesia cryptomnesic cryptomonad cryptonema cryptoneurous cryptonym cryptonymous cryptopapist cryptoperthite cryptophthalmos cryptophyte cryptopine cryptoporticus cryptoproselyte cryptoproselytism cryptopyic cryptopyrrole cryptorchid cryptorchidism cryptorchis cryptorrhesis cryptorrhetic cryptoscope cryptoscopy cryptosplenetic cryptostoma cryptostomate cryptostome cryptous cryptovalence cryptovalency cryptozonate cryptozygosity cryptozygous crystal crystallic crystalliferous crystalliform crystalligerous crystallin crystalline crystallinity crystallite crystallitic crystallitis crystallizability crystallizable crystallization crystallize crystallized crystallizer crystalloblastic crystallochemical crystallochemistry crystallogenesis crystallogenetic crystallogenic crystallogenical crystallogeny crystallogram crystallographer crystallographic crystallographical crystallographically crystallography crystalloid crystalloidal crystallology crystalloluminescence crystallomagnetic crystallomancy crystallometric crystallometry crystallophyllian crystallose crystallurgy crystalwort crystic crystograph crystoleum crystosphene csardas ctene ctenidial ctenidium cteniform ctenocyst ctenodactyl ctenodont ctenoid ctenoidean ctenoidian ctenolium ctenophoral ctenophoran ctenophore ctenophoric ctenophorous ctenostomatous ctenostome ctetology cuadra cuapinole cuarenta cuarta cuarteron cuartilla cuartillo cub cubage cubangle cubanite cubatory cubature cubbing cubbish cubbishly cubbishness cubby cubbyhole cubbyhouse cubbyyew cubdom cube cubeb cubelet cuber cubhood cubi cubic cubica cubical cubically cubicalness cubicity cubicle cubicly cubicone cubicontravariant cubicovariant cubicular cubiculum cubiform cubism cubist cubit cubital cubitale cubited cubitiere cubito cubitocarpal cubitocutaneous cubitodigital cubitometacarpal cubitopalmar cubitoplantar cubitoradial cubitus cubmaster cubocalcaneal cuboctahedron cubocube cubocuneiform cubododecahedral cuboid cuboidal cuboides cubomancy cubomedusan cubometatarsal cubonavicular cuck cuckhold cuckold cuckoldom cuckoldry cuckoldy cuckoo cuckooflower cuckoomaid cuckoopint cuckoopintle cuckstool cucoline cuculiform cuculine cuculla cucullaris cucullate cucullately cuculliform cucullus cuculoid cucumber cucumiform cucurbit cucurbitaceous cucurbite cucurbitine cud cudava cudbear cudden cuddle cuddleable cuddlesome cuddly cuddy cuddyhole cudgel cudgeler cudgerie cudweed cue cueball cueca cueist cueman cuemanship cuerda cuesta cuff cuffer cuffin cuffy cuffyism cuggermugger cuichunchulli cuinage cuir cuirass cuirassed cuirassier cuisinary cuisine cuissard cuissart cuisse cuissen cuisten cuittikin cuke culbut culebra culet culeus culgee culicid culicidal culicide culiciform culicifugal culicifuge culicine culilawan culinarily culinary cull culla cullage culler cullet culling cullion cullis cully culm culmen culmicolous culmiferous culmigenous culminal culminant culminate culmination culmy culotte culottes culottic culottism culpa culpability culpable culpableness culpably culpatory culpose culprit cult cultch cultellation cultellus culteranismo cultic cultigen cultirostral cultish cultism cultismo cultist cultivability cultivable cultivably cultivar cultivatability cultivatable cultivate cultivated cultivation cultivator cultrate cultrated cultriform cultrirostral cultual culturable cultural culturally culture cultured culturine culturist culturization culturize culturological culturologically culturologist culturology cultus culver culverfoot culverhouse culverin culverineer culverkey culvert culvertage culverwort cum cumacean cumaceous cumal cumaldehyde cumaphyte cumaphytic cumaphytism cumay cumbent cumber cumberer cumberlandite cumberless cumberment cumbersome cumbersomely cumbersomeness cumberworld cumbha cumbly cumbraite cumbrance cumbre cumbrous cumbrously cumbrousness cumbu cumene cumengite cumenyl cumflutter cumhal cumic cumidin cumidine cumin cuminal cuminic cuminoin cuminol cuminole cuminseed cuminyl cummer cummerbund cummin cummingtonite cumol cump cumshaw cumulant cumular cumulate cumulately cumulation cumulatist cumulative cumulatively cumulativeness cumuli cumuliform cumulite cumulophyric cumulose cumulous cumulus cumyl cunabular cunctation cunctatious cunctative cunctator cunctatorship cunctatury cunctipotent cundeamor cuneal cuneate cuneately cuneatic cuneator cuneiform cuneiformist cuneocuboid cuneonavicular cuneoscaphoid cunette cuneus cungeboi cunicular cuniculus cunila cunjah cunjer cunjevoi cunner cunnilinctus cunnilingus cunning cunningly cunningness cunoniaceous cunye cuorin cup cupay cupbearer cupboard cupcake cupel cupeler cupellation cupflower cupful cuphead cupholder cupidinous cupidity cupidon cupidone cupless cupmaker cupmaking cupman cupmate cupola cupolaman cupolar cupolated cupped cupper cupping cuppy cuprammonia cuprammonium cupreine cuprene cupreous cupressineous cupric cupride cupriferous cuprite cuproammonium cuprobismutite cuprocyanide cuprodescloizite cuproid cuproiodargyrite cupromanganese cupronickel cuproplumbite cuproscheelite cuprose cuprosilicon cuprotungstite cuprous cuprum cupseed cupstone cupula cupulate cupule cupuliferous cupuliform cur curability curable curableness curably curacao curacy curare curarine curarization curarize curassow curatage curate curatel curateship curatess curatial curatic curation curative curatively curativeness curatize curatolatry curator curatorial curatorium curatorship curatory curatrix curb curbable curber curbing curbless curblike curbstone curbstoner curby curcas curch curcuddoch curculionid curculionist curcumin curd curdiness curdle curdler curdly curdwort curdy cure cureless curelessly curemaster curer curettage curette curettement curfew curial curialism curialist curialistic curiality curiate curiboca curie curiescopy curietherapy curin curine curing curio curiologic curiologically curiologics curiology curiomaniac curiosa curiosity curioso curious curiously curiousness curite curium curl curled curledly curledness curler curlew curlewberry curlicue curliewurly curlike curlily curliness curling curlingly curlpaper curly curlycue curlyhead curlylocks curmudgeon curmudgeonery curmudgeonish curmudgeonly curmurring curn curney curnock curple curr currach currack curragh currant curratow currawang currency current currently currentness currentwise curricle curricula curricular curricularization curricularize curriculum curried currier curriery currish currishly currishness curry currycomb curryfavel cursal curse cursed cursedly cursedness curser curship cursitor cursive cursively cursiveness cursor cursorary cursorial cursorily cursoriness cursorious cursory curst curstful curstfully curstly curstness cursus curt curtail curtailed curtailedly curtailer curtailment curtain curtaining curtainless curtainwise curtal curtate curtation curtesy curtilage curtly curtness curtsy curua curuba curucucu curule cururo curvaceous curvaceousness curvacious curvant curvate curvation curvature curve curved curvedly curvedness curver curvesome curvesomeness curvet curvicaudate curvicostate curvidentate curvifoliate curviform curvilineal curvilinear curvilinearity curvilinearly curvimeter curvinervate curvinerved curvirostral curviserial curvital curvity curvograph curvometer curvous curvulate curvy curwhibble curwillet cuscohygrine cusconine cuscus cuscutaceous cusec cuselite cush cushag cushat cushaw cushewbird cushion cushioned cushionflower cushionless cushionlike cushiony cushlamochree cushy cusie cusinero cusk cusp cuspal cusparidine cusparine cuspate cusped cuspid cuspidal cuspidate cuspidation cuspidine cuspidor cuspule cuss cussed cussedly cussedness cusser cusso custard custerite custodee custodes custodial custodiam custodian custodianship custodier custody custom customable customarily customariness customary customer customhouse customs custumal cut cutaneal cutaneous cutaneously cutaway cutback cutch cutcher cutcherry cute cutely cuteness cutheal cuticle cuticolor cuticula cuticular cuticularization cuticularize cuticulate cutidure cutie cutification cutigeral cutin cutinization cutinize cutireaction cutis cutisector cutitis cutization cutlass cutler cutleress cutleriaceous cutlery cutlet cutling cutlips cutocellulose cutoff cutout cutover cutpurse cuttable cuttage cuttail cuttanee cutted cutter cutterhead cutterman cutthroat cutting cuttingly cuttingness cuttle cuttlebone cuttlefish cuttler cuttoo cutty cuttyhunk cutup cutwater cutweed cutwork cutworm cuvette cuvy cuya cwierc cwm cyamelide cyan cyanacetic cyanamide cyananthrol cyanate cyanaurate cyanauric cyanbenzyl cyancarbonic cyanean cyanemia cyaneous cyanephidrosis cyanformate cyanformic cyanhidrosis cyanhydrate cyanhydric cyanhydrin cyanic cyanicide cyanidation cyanide cyanidin cyanidine cyanidrosis cyanimide cyanin cyanine cyanite cyanize cyanmethemoglobin cyanoacetate cyanoacetic cyanoaurate cyanoauric cyanobenzene cyanocarbonic cyanochlorous cyanochroia cyanochroic cyanocrystallin cyanoderma cyanogen cyanogenesis cyanogenetic cyanogenic cyanoguanidine cyanohermidin cyanohydrin cyanol cyanole cyanomaclurin cyanometer cyanomethaemoglobin cyanomethemoglobin cyanometric cyanometry cyanopathic cyanopathy cyanophile cyanophilous cyanophoric cyanophose cyanophycean cyanophyceous cyanophycin cyanopia cyanoplastid cyanoplatinite cyanoplatinous cyanopsia cyanose cyanosed cyanosis cyanotic cyanotrichite cyanotype cyanuramide cyanurate cyanuret cyanuric cyanurine cyanus cyaphenine cyath cyatheaceous cyathiform cyathium cyathoid cyatholith cyathophylline cyathophylloid cyathos cyathozooid cyathus cybernetic cyberneticist cybernetics cycad cycadaceous cycadean cycadeoid cycadeous cycadiform cycadlike cycadofilicale cycadofilicinean cyclamen cyclamin cyclamine cyclammonium cyclane cyclanthaceous cyclar cyclarthrodial cyclarthrsis cyclas cycle cyclecar cycledom cyclene cycler cyclesmith cyclian cyclic cyclical cyclically cyclicism cyclide cycling cyclism cyclist cyclistic cyclitic cyclitis cyclization cyclize cycloalkane cyclobutane cyclocoelic cyclocoelous cyclodiolefin cycloganoid cyclogram cyclograph cyclographer cycloheptane cycloheptanone cyclohexane cyclohexanol cyclohexanone cyclohexene cyclohexyl cycloid cycloidal cycloidally cycloidean cycloidian cycloidotrope cyclolith cyclomania cyclometer cyclometric cyclometrical cyclometry cyclomyarian cyclonal cyclone cyclonic cyclonical cyclonically cyclonist cyclonite cyclonologist cyclonology cyclonometer cyclonoscope cycloolefin cycloparaffin cyclope cyclopean cyclopedia cyclopedic cyclopedical cyclopedically cyclopedist cyclopentadiene cyclopentane cyclopentanone cyclopentene cyclopes cyclophoria cyclophoric cyclophrenia cyclopia cyclopism cyclopite cycloplegia cycloplegic cyclopoid cyclopropane cyclopteroid cyclopterous cyclopy cyclorama cycloramic cyclorrhaphous cycloscope cyclose cyclosis cyclospermous cyclospondylic cyclospondylous cyclosporous cyclostomate cyclostomatous cyclostome cyclostomous cyclostrophic cyclostyle cyclothem cyclothure cyclothurine cyclothyme cyclothymia cyclothymiac cyclothymic cyclotome cyclotomic cyclotomy cyclotron cyclovertebral cyclus cydippian cydippid cydonium cyesiology cyesis cygneous cygnet cygnine cyke cylinder cylindered cylinderer cylinderlike cylindraceous cylindrarthrosis cylindrelloid cylindrenchyma cylindric cylindrical cylindricality cylindrically cylindricalness cylindricity cylindricule cylindriform cylindrite cylindrocellular cylindrocephalic cylindroconical cylindroconoidal cylindrocylindric cylindrodendrite cylindrograph cylindroid cylindroidal cylindroma cylindromatous cylindrometric cylindroogival cylindruria cylix cyllosis cyma cymagraph cymaphen cymaphyte cymaphytic cymaphytism cymar cymation cymatium cymba cymbaeform cymbal cymbaleer cymbaler cymbaline cymbalist cymballike cymbalo cymbalon cymbate cymbiform cymbling cymbocephalic cymbocephalous cymbocephaly cyme cymelet cymene cymiferous cymling cymogene cymograph cymographic cymoid cymometer cymophane cymophanous cymophenol cymoscope cymose cymosely cymotrichous cymotrichy cymous cymule cymulose cynanche cynanthropy cynaraceous cynarctomachy cynareous cynaroid cynebot cynegetic cynegetics cynegild cynhyena cyniatria cyniatrics cynic cynical cynically cynicalness cynicism cynicist cynipid cynipidous cynipoid cynism cynocephalic cynocephalous cynocephalus cynoclept cynocrambaceous cynodont cynogenealogist cynogenealogy cynography cynoid cynology cynomoriaceous cynomorphic cynomorphous cynophile cynophilic cynophilist cynophobe cynophobia cynopithecoid cynopodous cynorrhodon cynosural cynosure cynotherapy cyp cyperaceous cyphella cyphellate cyphonautes cyphonism cypraeid cypraeiform cypraeoid cypre cypres cypress cypressed cypressroot cypridinoid cyprine cyprinid cypriniform cyprinine cyprinodont cyprinodontoid cyprinoid cyprinoidean cypsela cypseliform cypseline cypseloid cypselomorph cypselomorphic cypselous cyptozoic cyrillaceous cyriologic cyriological cyrtoceracone cyrtoceratite cyrtoceratitic cyrtograph cyrtolite cyrtometer cyrtopia cyrtosis cyrus cyst cystadenoma cystadenosarcoma cystal cystalgia cystamine cystaster cystatrophia cystatrophy cystectasia cystectasy cystectomy cysted cysteine cysteinic cystelcosis cystenchyma cystenchymatous cystencyte cysterethism cystic cysticarpic cysticarpium cysticercoid cysticercoidal cysticercosis cysticercus cysticolous cystid cystidean cystidicolous cystidium cystiferous cystiform cystigerous cystignathine cystine cystinuria cystirrhea cystis cystitis cystitome cystoadenoma cystocarcinoma cystocarp cystocarpic cystocele cystocolostomy cystocyte cystodynia cystoelytroplasty cystoenterocele cystoepiplocele cystoepithelioma cystofibroma cystoflagellate cystogenesis cystogenous cystogram cystoid cystoidean cystolith cystolithectomy cystolithiasis cystolithic cystoma cystomatous cystomorphous cystomyoma cystomyxoma cystonectous cystonephrosis cystoneuralgia cystoparalysis cystophore cystophotography cystophthisis cystoplasty cystoplegia cystoproctostomy cystoptosis cystopyelitis cystopyelography cystopyelonephritis cystoradiography cystorrhagia cystorrhaphy cystorrhea cystosarcoma cystoschisis cystoscope cystoscopic cystoscopy cystose cystospasm cystospastic cystospore cystostomy cystosyrinx cystotome cystotomy cystotrachelotomy cystoureteritis cystourethritis cystous cytase cytasic cytinaceous cytioderm cytisine cytitis cytoblast cytoblastema cytoblastemal cytoblastematous cytoblastemic cytoblastemous cytochemistry cytochrome cytochylema cytocide cytoclasis cytoclastic cytococcus cytocyst cytode cytodendrite cytoderm cytodiagnosis cytodieresis cytodieretic cytogamy cytogene cytogenesis cytogenetic cytogenetical cytogenetically cytogeneticist cytogenetics cytogenic cytogenous cytogeny cytoglobin cytohyaloplasm cytoid cytokinesis cytolist cytologic cytological cytologically cytologist cytology cytolymph cytolysin cytolysis cytolytic cytoma cytomere cytometer cytomicrosome cytomitome cytomorphosis cyton cytoparaplastin cytopathologic cytopathological cytopathologically cytopathology cytophagous cytophagy cytopharynx cytophil cytophysics cytophysiology cytoplasm cytoplasmic cytoplast cytoplastic cytoproct cytopyge cytoreticulum cytoryctes cytosine cytosome cytost cytostomal cytostome cytostroma cytostromatic cytotactic cytotaxis cytotoxic cytotoxin cytotrophoblast cytotrophy cytotropic cytotropism cytozoic cytozoon cytozymase cytozyme cytula cyzicene czar czardas czardom czarevitch czarevna czarian czaric czarina czarinian czarish czarism czarist czaristic czaritza czarowitch czarowitz czarship d da daalder dab dabb dabba dabber dabble dabbler dabbling dabblingly dabblingness dabby dabchick dablet daboia daboya dabster dace dacelonine dachshound dachshund dacite dacitic dacker dacoit dacoitage dacoity dacryadenalgia dacryadenitis dacryagogue dacrycystalgia dacryelcosis dacryoadenalgia dacryoadenitis dacryoblenorrhea dacryocele dacryocyst dacryocystalgia dacryocystitis dacryocystoblennorrhea dacryocystocele dacryocystoptosis dacryocystorhinostomy dacryocystosyringotomy dacryocystotome dacryocystotomy dacryohelcosis dacryohemorrhea dacryolite dacryolith dacryolithiasis dacryoma dacryon dacryops dacryopyorrhea dacryopyosis dacryosolenitis dacryostenosis dacryosyrinx dacryuria dactyl dactylar dactylate dactylic dactylically dactylioglyph dactylioglyphic dactylioglyphist dactylioglyphtic dactylioglyphy dactyliographer dactyliographic dactyliography dactyliology dactyliomancy dactylion dactyliotheca dactylist dactylitic dactylitis dactylogram dactylograph dactylographic dactylography dactyloid dactylology dactylomegaly dactylonomy dactylopatagium dactylopodite dactylopore dactylorhiza dactyloscopic dactyloscopy dactylose dactylosternal dactylosymphysis dactylotheca dactylous dactylozooid dactylus dacyorrhea dad dada dadap dadder daddle daddock daddocky daddy daddynut dade dadenhudd dado daduchus dae daedal daedaloid daemon daemonic daemonurgist daemonurgy daemony daer daff daffery daffing daffish daffle daffodil daffodilly daffy daffydowndilly daft daftberry daftlike daftly daftness dag dagaba dagame dagassa dagesh dagga dagger daggerbush daggered daggerlike daggerproof daggers daggle daggletail daggletailed daggly daggy daghesh daglock dagoba dags daguerreotype daguerreotyper daguerreotypic daguerreotypist daguerreotypy dah dahabeah dahoon daidle daidly daiker daikon dailiness daily daimen daimiate daimio daimon daimonic daimonion daimonistic daimonology dain daincha dainteth daintify daintihood daintily daintiness daintith dainty daira dairi dairy dairying dairymaid dairyman dairywoman dais daisied daisy daisybush daitya daiva dak daker dakir daktylon daktylos dal dalar dale daleman daler dalesfolk dalesman dalespeople daleswoman daleth dali dalk dallack dalle dalles dalliance dallier dally dallying dallyingly dalmatic dalt dalteen dalton dam dama damage damageability damageable damageableness damageably damagement damager damages damagingly daman damascene damascened damascener damascenine damask damaskeen damasse damassin dambonitol dambose dambrod dame damenization damewort damiana damie damier damine damkjernite damlike dammar damme dammer dammish damn damnability damnable damnableness damnably damnation damnatory damned damner damnification damnify damning damningly damningness damnonians damnous damnously damoiseau damonico damourite damp dampang damped dampen dampener damper damping dampish dampishly dampishness damply dampness dampproof dampproofer dampproofing dampy damsel damselfish damselhood damson dan danaid danaide danaine danaite danalite danburite dancalite dance dancer danceress dancery dancette dancing dancingly dand danda dandelion dander dandiacal dandiacally dandically dandification dandify dandilly dandily dandiprat dandizette dandle dandler dandling dandlingly dandruff dandruffy dandy dandydom dandyish dandyism dandyize dandyling dang danger dangerful dangerfully dangerless dangerous dangerously dangerousness dangersome dangle dangleberry danglement dangler danglin dangling danglingly danicism danio dank dankish dankishness dankly dankness danli dannemorite danner dannock danoranja dansant danseuse danta danton dao daoine dap daphnetin daphnin daphnioid daphnoid dapicho dapico dapifer dapper dapperling dapperly dapperness dapple dappled dar darabukka darac daraf darat darbha darby dardanarius dardanium dardaol dare dareall daredevil daredevilism daredevilry daredeviltry dareful darer daresay darg dargah darger dargsman dargue dari daribah daric daring daringly daringness dariole dark darken darkener darkening darkful darkhearted darkheartedness darkish darkishness darkle darkling darklings darkly darkmans darkness darkroom darkskin darksome darksomeness darky darling darlingly darlingness darn darnation darned darnel darner darnex darning daroga daroo darr darrein darshana darst dart dartars dartboard darter darting dartingly dartingness dartle dartlike dartman dartoic dartoid dartos dartre dartrose dartrous darts dartsman darzee das dash dashboard dashed dashedly dashee dasheen dasher dashing dashingly dashmaker dashplate dashpot dashwheel dashy dasi dasnt dassie dassy dastard dastardize dastardliness dastardly dastur dasturi dasycladaceous dasymeter dasypaedal dasypaedes dasypaedic dasyphyllous dasypodoid dasyproctine dasyure dasyurine dasyuroid data datable datableness datably dataria datary datch datcha date dateless datemark dater datil dating dation datiscaceous datiscetin datiscin datiscoside datival dative datively dativogerundial datolite datolitic dattock datum daturic daturism daub daube dauber daubery daubing daubingly daubreeite daubreelite daubster dauby daud daughter daughterhood daughterkin daughterless daughterlike daughterliness daughterling daughterly daughtership daunch dauncy daunt daunter daunting dauntingly dauntingness dauntless dauntlessly dauntlessness daunton dauphin dauphine dauphiness daut dautie dauw davach daven davenport daver daverdy davidsonite daviesite davit davoch davy davyne daw dawdle dawdler dawdling dawdlingly dawdy dawish dawkin dawn dawning dawnlight dawnlike dawnstreak dawnward dawny dawsoniaceous dawsonite dawtet dawtit dawut day dayabhaga dayal daybeam dayberry dayblush daybook daybreak daydawn daydream daydreamer daydreamy daydrudge dayflower dayfly daygoing dayless daylight daylit daylong dayman daymare daymark dayroom days dayshine daysman dayspring daystar daystreak daytale daytide daytime daytimes dayward daywork dayworker daywrit daze dazed dazedly dazedness dazement dazingly dazy dazzle dazzlement dazzler dazzlingly de deacetylate deacetylation deacidification deacidify deacon deaconal deaconate deaconess deaconhood deaconize deaconry deaconship deactivate deactivation dead deadbeat deadborn deadcenter deaden deadener deadening deader deadeye deadfall deadhead deadheadism deadhearted deadheartedly deadheartedness deadhouse deading deadish deadishly deadishness deadlatch deadlight deadlily deadline deadliness deadlock deadly deadman deadmelt deadness deadpan deadpay deadtongue deadwood deadwort deaerate deaeration deaerator deaf deafen deafening deafeningly deafforest deafforestation deafish deafly deafness deair deal dealable dealate dealated dealation dealbate dealbation dealbuminize dealcoholist dealcoholization dealcoholize dealer dealerdom dealership dealfish dealing dealkalize dealkylate dealkylation dealt deambulation deambulatory deamidase deamidate deamidation deamidization deamidize deaminase deaminate deamination deaminization deaminize deammonation dean deanathematize deaner deanery deaness deanimalize deanship deanthropomorphic deanthropomorphism deanthropomorphization deanthropomorphize deappetizing deaquation dear dearborn dearie dearly dearness dearomatize dearsenicate dearsenicator dearsenicize dearth dearthfu dearticulation dearworth dearworthily dearworthiness deary deash deasil deaspirate deaspiration deassimilation death deathbed deathblow deathday deathful deathfully deathfulness deathify deathin deathiness deathless deathlessly deathlessness deathlike deathliness deathling deathly deathroot deathshot deathsman deathtrap deathward deathwards deathwatch deathweed deathworm deathy deave deavely deb debacle debadge debamboozle debar debarbarization debarbarize debark debarkation debarkment debarment debarrance debarrass debarration debase debasedness debasement debaser debasingly debatable debate debateful debatefully debatement debater debating debatingly debauch debauched debauchedly debauchedness debauchee debaucher debauchery debauchment debby debeige debellate debellation debellator deben debenture debentured debenzolize debile debilissima debilitant debilitate debilitated debilitation debilitative debility debind debit debiteuse debituminization debituminize deblaterate deblateration deboistly deboistness debonair debonaire debonairity debonairly debonairness debonnaire debord debordment debosh deboshed debouch debouchment debride debrief debris debrominate debromination debruise debt debtee debtful debtless debtor debtorship debullition debunk debunker debunkment debus debut debutant debutante decachord decad decadactylous decadal decadally decadarch decadarchy decadary decadation decade decadence decadency decadent decadentism decadently decadescent decadianome decadic decadist decadrachm decadrachma decaesarize decaffeinate decaffeinize decafid decagon decagonal decagram decagramme decahedral decahedron decahydrate decahydrated decahydronaphthalene decal decalcification decalcifier decalcify decalcomania decalcomaniac decalescence decalescent decaliter decalitre decalobate decalvant decalvation decameral decamerous decameter decametre decamp decampment decan decanal decanally decanate decane decangular decani decanically decannulation decanonization decanonize decant decantate decantation decanter decantherous decap decapetalous decaphyllous decapitable decapitalization decapitalize decapitate decapitation decapitator decapod decapodal decapodan decapodiform decapodous decapper decapsulate decapsulation decarbonate decarbonator decarbonization decarbonize decarbonized decarbonizer decarboxylate decarboxylation decarboxylization decarboxylize decarburation decarburization decarburize decarch decarchy decardinalize decare decarhinus decarnate decarnated decart decasemic decasepalous decaspermal decaspermous decast decastellate decastere decastich decastyle decasualization decasualize decasyllabic decasyllable decasyllabon decate decathlon decatholicize decatize decatizer decatoic decator decatyl decaudate decaudation decay decayable decayed decayedness decayer decayless decease deceased decedent deceit deceitful deceitfully deceitfulness deceivability deceivable deceivableness deceivably deceive deceiver deceiving deceivingly decelerate deceleration decelerator decelerometer decemcostate decemdentate decemfid decemflorous decemfoliate decemfoliolate decemjugate decemlocular decempartite decempeda decempedal decempedate decempennate decemplex decemplicate decempunctate decemstriate decemuiri decemvir decemviral decemvirate decemvirship decenary decence decency decene decennal decennary decennia decenniad decennial decennially decennium decennoval decent decenter decently decentness decentralism decentralist decentralization decentralize decentration decentre decenyl decephalization deceptibility deceptible deception deceptious deceptiously deceptitious deceptive deceptively deceptiveness deceptivity decerebrate decerebration decerebrize decern decerniture decernment decess decession dechemicalization dechemicalize dechenite dechlore dechlorination dechoralize dechristianization dechristianize deciare deciatine decibel deciceronize decidable decide decided decidedly decidedness decider decidingly decidua decidual deciduary deciduate deciduitis deciduoma deciduous deciduously deciduousness decigram decigramme decil decile deciliter decillion decillionth decima decimal decimalism decimalist decimalization decimalize decimally decimate decimation decimator decimestrial decimeter decimolar decimole decimosexto decinormal decipher decipherability decipherable decipherably decipherer decipherment decipium decipolar decision decisional decisive decisively decisiveness decistere decitizenize decivilization decivilize deck decke decked deckel decker deckhead deckhouse deckie decking deckle deckload deckswabber declaim declaimant declaimer declamation declamatoriness declamatory declarable declarant declaration declarative declaratively declarator declaratorily declaratory declare declared declaredly declaredness declarer declass declassicize declassify declension declensional declensionally declericalize declimatize declinable declinal declinate declination declinational declinatory declinature decline declined declinedness decliner declinograph declinometer declivate declive declivitous declivity declivous declutch decoagulate decoagulation decoat decocainize decoct decoctible decoction decoctive decoctum decode decohere decoherence decoherer decohesion decoic decoke decollate decollated decollation decollator decolletage decollete decolor decolorant decolorate decoloration decolorimeter decolorization decolorize decolorizer decolour decommission decompensate decompensation decomplex decomponible decomposability decomposable decompose decomposed decomposer decomposite decomposition decomposure decompound decompoundable decompoundly decompress decompressing decompression decompressive deconcatenate deconcentrate deconcentration deconcentrator decongestive deconsecrate deconsecration deconsider deconsideration decontaminate decontamination decontrol deconventionalize decopperization decopperize decorability decorable decorably decorament decorate decorated decoration decorationist decorative decoratively decorativeness decorator decoratory decorist decorous decorously decorousness decorrugative decorticate decortication decorticator decorticosis decorum decostate decoy decoyer decoyman decrassify decream decrease decreaseless decreasing decreasingly decreation decreative decree decreeable decreement decreer decreet decrement decrementless decremeter decrepit decrepitate decrepitation decrepitly decrepitness decrepitude decrescence decrescendo decrescent decretal decretalist decrete decretist decretive decretively decretorial decretorily decretory decretum decrew decrial decried decrier decrown decrudescence decrustation decry decrystallization decubital decubitus decultivate deculturate decuman decumana decumanus decumary decumbence decumbency decumbent decumbently decumbiture decuple decuplet decuria decurion decurionate decurrence decurrency decurrent decurrently decurring decursion decursive decursively decurtate decurvation decurvature decurve decury decus decussate decussated decussately decussation decussis decussorium decyl decylene decylenic decylic decyne dedecorate dedecoration dedecorous dedendum dedentition dedicant dedicate dedicatee dedication dedicational dedicative dedicator dedicatorial dedicatorily dedicatory dedicature dedifferentiate dedifferentiation dedimus deditician dediticiancy dedition dedo dedoggerelize dedogmatize dedolation deduce deducement deducibility deducible deducibleness deducibly deducive deduct deductible deduction deductive deductively deductory deduplication dee deed deedbox deedeed deedful deedfully deedily deediness deedless deedy deem deemer deemie deemster deemstership deep deepen deepener deepening deepeningly deeping deepish deeplier deeply deepmost deepmouthed deepness deepsome deepwater deepwaterman deer deerberry deerdog deerdrive deerfood deerhair deerherd deerhorn deerhound deerlet deermeat deerskin deerstalker deerstalking deerstand deerstealer deertongue deerweed deerwood deeryard deevey deevilick deface defaceable defacement defacer defacing defacingly defalcate defalcation defalcator defalk defamation defamatory defame defamed defamer defamingly defassa defat default defaultant defaulter defaultless defaulture defeasance defeasanced defease defeasibility defeasible defeasibleness defeat defeater defeatism defeatist defeatment defeature defecant defecate defecation defecator defect defectibility defectible defection defectionist defectious defective defectively defectiveness defectless defectology defector defectoscope defedation defeminize defence defend defendable defendant defender defendress defenestration defensative defense defenseless defenselessly defenselessness defensibility defensible defensibleness defensibly defension defensive defensively defensiveness defensor defensorship defensory defer deferable deference deferent deferentectomy deferential deferentiality deferentially deferentitis deferment deferrable deferral deferred deferrer deferrization deferrize defervesce defervescence defervescent defeudalize defiable defial defiance defiant defiantly defiantness defiber defibrinate defibrination defibrinize deficience deficiency deficient deficiently deficit defier defiguration defilade defile defiled defiledness defilement defiler defiliation defiling defilingly definability definable definably define defined definedly definement definer definiendum definiens definite definitely definiteness definition definitional definitiones definitive definitively definitiveness definitization definitize definitor definitude deflagrability deflagrable deflagrate deflagration deflagrator deflate deflation deflationary deflationist deflator deflect deflectable deflected deflection deflectionization deflectionize deflective deflectometer deflector deflesh deflex deflexibility deflexible deflexion deflexure deflocculant deflocculate deflocculation deflocculator deflorate defloration deflorescence deflower deflowerer defluent defluous defluvium defluxion defoedation defog defoliage defoliate defoliated defoliation defoliator deforce deforcement deforceor deforcer deforciant deforest deforestation deforester deform deformability deformable deformalize deformation deformational deformative deformed deformedly deformedness deformer deformeter deformism deformity defortify defoul defraud defraudation defrauder defraudment defray defrayable defrayal defrayer defrayment defreeze defrication defrock defrost defroster deft defterdar deftly deftness defunct defunction defunctionalization defunctionalize defunctness defuse defusion defy defyingly deg deganglionate degarnish degas degasification degasifier degasify degasser degauss degelatinize degelation degeneracy degeneralize degenerate degenerately degenerateness degeneration degenerationist degenerative degenerescence degenerescent degentilize degerm degerminate degerminator degged degger deglaciation deglaze deglutinate deglutination deglutition deglutitious deglutitive deglutitory deglycerin deglycerine degorge degradable degradand degradation degradational degradative degrade degraded degradedly degradedness degradement degrader degrading degradingly degradingness degraduate degraduation degrain degrease degreaser degree degreeless degreewise degression degressive degressively degu deguelin degum degummer degust degustation dehair dehairer deheathenize dehematize dehepatize dehisce dehiscence dehiscent dehistoricize dehnstufe dehonestate dehonestation dehorn dehorner dehors dehort dehortation dehortative dehortatory dehorter dehull dehumanization dehumanize dehumidification dehumidifier dehumidify dehusk dehydrant dehydrase dehydrate dehydration dehydrator dehydroascorbic dehydrocorydaline dehydrofreezing dehydrogenase dehydrogenate dehydrogenation dehydrogenization dehydrogenize dehydromucic dehydrosparteine dehypnotize deice deicer deicidal deicide deictic deictical deictically deidealize deific deifical deification deificatory deifier deiform deiformity deify deign deincrustant deindividualization deindividualize deindividuate deindustrialization deindustrialize deink deinos deinsularize deintellectualization deintellectualize deionize deiparous deipnodiplomatic deipnophobia deipnosophism deipnosophist deipnosophistic deipotent deiseal deisidaimonia deism deist deistic deistical deistically deisticalness deity deityship deject dejecta dejected dejectedly dejectedness dejectile dejection dejectly dejectory dejecture dejerate dejeration dejerator dejeune dejeuner dejunkerize dekaparsec dekapode dekko dekle deknight delabialization delabialize delacrimation delactation delaine delaminate delamination delapse delapsion delate delater delatinization delatinize delation delator delatorian delawn delay delayable delayage delayer delayful delaying delayingly dele delead delectability delectable delectableness delectably delectate delectation delectus delegable delegacy delegalize delegant delegate delegatee delegateship delegation delegative delegator delegatory delenda delesseriaceous delete deleterious deleteriously deleteriousness deletion deletive deletory delf delft delftware deliberalization deliberalize deliberant deliberate deliberately deliberateness deliberation deliberative deliberatively deliberativeness deliberator delible delicacy delicate delicately delicateness delicatesse delicatessen delicense delicioso delicious deliciously deliciousness delict delictum deligated deligation delight delightable delighted delightedly delightedness delighter delightful delightfully delightfulness delighting delightingly delightless delightsome delightsomely delightsomeness delignate delignification delime delimit delimitate delimitation delimitative delimiter delimitize delineable delineament delineate delineation delineative delineator delineatory delineature delinquence delinquency delinquent delinquently delint delinter deliquesce deliquescence deliquescent deliquium deliracy delirament deliration deliriant delirifacient delirious deliriously deliriousness delirium delitescence delitescency delitescent deliver deliverable deliverance deliverer deliveress deliveror delivery deliveryman dell dellenite delocalization delocalize delomorphic delomorphous deloul delouse delphacid delphine delphinic delphinin delphinine delphinite delphinoid delphinoidine delphocurarine delta deltafication deltaic deltal deltarium deltation delthyrial delthyrium deltic deltidial deltidium deltiology deltohedron deltoid deltoidal delubrum deludable delude deluder deludher deluding deludingly deluge deluminize delundung delusion delusional delusionist delusive delusively delusiveness delusory deluster deluxe delve delver demagnetizable demagnetization demagnetize demagnetizer demagog demagogic demagogical demagogically demagogism demagogue demagoguery demagogy demal demand demandable demandant demander demanding demandingly demanganization demanganize demantoid demarcate demarcation demarcator demarch demarchy demargarinate demark demarkation demast dematerialization dematerialize dematiaceous deme demean demeanor demegoric demency dement dementate dementation demented dementedly dementedness dementholize dementia demephitize demerit demeritorious demeritoriously demersal demersed demersion demesman demesmerize demesne demesnial demetallize demethylate demethylation demetricize demi demiadult demiangel demiassignation demiatheism demiatheist demibarrel demibastion demibastioned demibath demibeast demibelt demibob demibombard demibrassart demibrigade demibrute demibuckram demicadence demicannon demicanon demicanton demicaponier demichamfron demicircle demicircular demicivilized demicolumn demicoronal demicritic demicuirass demiculverin demicylinder demicylindrical demidandiprat demideify demideity demidevil demidigested demidistance demiditone demidoctor demidog demidolmen demidome demieagle demifarthing demifigure demiflouncing demifusion demigardebras demigauntlet demigentleman demiglobe demigod demigoddess demigoddessship demigorge demigriffin demigroat demihag demihearse demiheavenly demihigh demihogshead demihorse demihuman demijambe demijohn demikindred demiking demilance demilancer demilawyer demilegato demilion demilitarization demilitarize demiliterate demilune demiluster demilustre demiman demimark demimentoniere demimetope demimillionaire demimondaine demimonde demimonk deminatured demineralization demineralize deminude deminudity demioctagonal demioctangular demiofficial demiorbit demiourgoi demiowl demiox demipagan demiparallel demipauldron demipectinate demipesade demipike demipillar demipique demiplacate demiplate demipomada demipremise demipremiss demipriest demipronation demipuppet demiquaver demiracle demiram demirelief demirep demirevetment demirhumb demirilievo demirobe demisability demisable demisacrilege demisang demisangue demisavage demise demiseason demisecond demisemiquaver demisemitone demisheath demishirt demisovereign demisphere demiss demission demissionary demissly demissness demissory demisuit demit demitasse demitint demitoilet demitone demitrain demitranslucence demitube demiturned demiurge demiurgeous demiurgic demiurgical demiurgically demiurgism demivambrace demivirgin demivoice demivol demivolt demivotary demiwivern demiwolf demnition demob demobilization demobilize democracy democrat democratian democratic democratical democratically democratifiable democratism democratist democratization democratize demodectic demoded demodulation demodulator demogenic demographer demographic demographical demographically demographist demography demoid demoiselle demolish demolisher demolishment demolition demolitionary demolitionist demological demology demon demonastery demoness demonetization demonetize demoniac demoniacal demoniacally demoniacism demonial demonian demonianism demoniast demonic demonical demonifuge demonish demonism demonist demonize demonkind demonland demonlike demonocracy demonograph demonographer demonography demonolater demonolatrous demonolatrously demonolatry demonologer demonologic demonological demonologically demonologist demonology demonomancy demonophobia demonry demonship demonstrability demonstrable demonstrableness demonstrably demonstrant demonstratable demonstrate demonstratedly demonstrater demonstration demonstrational demonstrationist demonstrative demonstratively demonstrativeness demonstrator demonstratorship demonstratory demophil demophilism demophobe demoralization demoralize demoralizer demorphinization demorphism demos demote demotic demotics demotion demotist demount demountability demountable dempster demulce demulcent demulsibility demulsify demulsion demure demurely demureness demurity demurrable demurrage demurral demurrant demurrer demurring demurringly demutization demy demyship den denarcotization denarcotize denarius denaro denary denat denationalization denationalize denaturalization denaturalize denaturant denaturate denaturation denature denaturization denaturize denaturizer denazify denda dendrachate dendral dendraxon dendric dendriform dendrite dendritic dendritical dendritically dendritiform dendrobe dendroceratine dendrochronological dendrochronologist dendrochronology dendroclastic dendrocoelan dendrocoele dendrocoelous dendrocolaptine dendrodont dendrograph dendrography dendroid dendroidal dendrolatry dendrolite dendrologic dendrological dendrologist dendrologous dendrology dendrometer dendron dendrophil dendrophile dendrophilous dene denegate denegation denehole denervate denervation deneutralization dengue deniable denial denicotinize denier denierage denierer denigrate denigration denigrator denim denitrate denitration denitrator denitrificant denitrification denitrificator denitrifier denitrify denitrize denization denizen denizenation denizenize denizenship dennet denominable denominate denomination denominational denominationalism denominationalist denominationalize denominationally denominative denominatively denominator denotable denotation denotative denotatively denotativeness denotatum denote denotement denotive denouement denounce denouncement denouncer dense densely densen denseness denshare densher denshire densification densifier densify densimeter densimetric densimetrically densimetry densitometer density dent dentagra dental dentale dentalgia dentalism dentality dentalization dentalize dentally dentaphone dentary dentata dentate dentated dentately dentation dentatoangulate dentatocillitate dentatocostate dentatocrenate dentatoserrate dentatosetaceous dentatosinuate dentel dentelated dentelle dentelure denter dentex dentical denticate denticle denticular denticulate denticulately denticulation denticule dentiferous dentification dentiform dentifrice dentigerous dentil dentilabial dentilated dentilation dentile dentilingual dentiloquist dentiloquy dentimeter dentin dentinal dentinalgia dentinasal dentine dentinitis dentinoblast dentinocemental dentinoid dentinoma dentiparous dentiphone dentiroster dentirostral dentirostrate dentiscalp dentist dentistic dentistical dentistry dentition dentoid dentolabial dentolingual dentonasal dentosurgical dentural denture denty denucleate denudant denudate denudation denudative denude denuder denumerable denumerably denumeral denumerant denumerantive denumeration denumerative denunciable denunciant denunciate denunciation denunciative denunciatively denunciator denunciatory denutrition deny denyingly deobstruct deobstruent deoccidentalize deoculate deodand deodara deodorant deodorization deodorize deodorizer deontological deontologist deontology deoperculate deoppilant deoppilate deoppilation deoppilative deordination deorganization deorganize deorientalize deorsumvergence deorsumversion deorusumduction deossification deossify deota deoxidant deoxidate deoxidation deoxidative deoxidator deoxidization deoxidize deoxidizer deoxygenate deoxygenation deoxygenization deozonization deozonize deozonizer depa depaganize depaint depancreatization depancreatize depark deparliament depart departed departer departisanize departition department departmental departmentalism departmentalization departmentalize departmentally departmentization departmentize departure depas depascent depass depasturable depasturage depasturation depasture depatriate depauperate depauperation depauperization depauperize depencil depend dependability dependable dependableness dependably dependence dependency dependent dependently depender depending dependingly depeople deperdite deperditely deperition depersonalization depersonalize depersonize depetalize depeter depetticoat dephase dephilosophize dephlegmate dephlegmation dephlegmatize dephlegmator dephlegmatory dephlegmedness dephlogisticate dephlogisticated dephlogistication dephosphorization dephosphorize dephysicalization dephysicalize depickle depict depicter depiction depictive depicture depiedmontize depigment depigmentate depigmentation depigmentize depilate depilation depilator depilatory depilitant depilous deplaceable deplane deplasmolysis deplaster deplenish deplete deplethoric depletion depletive depletory deploitation deplorability deplorable deplorableness deplorably deploration deplore deplored deploredly deploredness deplorer deploringly deploy deployment deplumate deplumated deplumation deplume deplump depoetize depoh depolarization depolarize depolarizer depolish depolishing depolymerization depolymerize depone deponent depopularize depopulate depopulation depopulative depopulator deport deportable deportation deportee deporter deportment deposable deposal depose deposer deposit depositary depositation depositee deposition depositional depositive depositor depository depositum depositure depot depotentiate depotentiation depravation deprave depraved depravedly depravedness depraver depravingly depravity deprecable deprecate deprecatingly deprecation deprecative deprecator deprecatorily deprecatoriness deprecatory depreciable depreciant depreciate depreciatingly depreciation depreciative depreciatively depreciator depreciatoriness depreciatory depredate depredation depredationist depredator depredatory depress depressant depressed depressibility depressible depressing depressingly depressingness depression depressive depressively depressiveness depressomotor depressor depreter deprint depriorize deprivable deprival deprivate deprivation deprivative deprive deprivement depriver deprovincialize depside depth depthen depthing depthless depthometer depthwise depullulation depurant depurate depuration depurative depurator depuratory depursement deputable deputation deputational deputationist deputationize deputative deputatively deputator depute deputize deputy deputyship dequeen derabbinize deracialize deracinate deracination deradelphus deradenitis deradenoncus derah deraign derail derailer derailment derange derangeable deranged derangement deranger derat derate derater derationalization derationalize deratization deray derby derbylite dere deregister deregulationize dereism dereistic dereistically derelict dereliction derelictly derelictness dereligion dereligionize derencephalocele derencephalus deresinate deresinize deric deride derider deridingly derisible derision derisive derisively derisiveness derisory derivability derivable derivably derival derivant derivate derivately derivation derivational derivationally derivationist derivatist derivative derivatively derivativeness derive derived derivedly derivedness deriver derm derma dermad dermahemia dermal dermalgia dermalith dermamyiasis dermanaplasty dermapostasis dermapteran dermapterous dermaskeleton dermasurgery dermatagra dermatalgia dermataneuria dermatatrophia dermatauxe dermathemia dermatic dermatine dermatitis dermatocele dermatocellulitis dermatoconiosis dermatocoptic dermatocyst dermatodynia dermatogen dermatoglyphics dermatograph dermatographia dermatography dermatoheteroplasty dermatoid dermatological dermatologist dermatology dermatolysis dermatoma dermatome dermatomere dermatomic dermatomuscular dermatomyces dermatomycosis dermatomyoma dermatoneural dermatoneurology dermatoneurosis dermatonosus dermatopathia dermatopathic dermatopathology dermatopathophobia dermatophobia dermatophone dermatophony dermatophyte dermatophytic dermatophytosis dermatoplasm dermatoplast dermatoplastic dermatoplasty dermatopnagic dermatopsy dermatoptic dermatorrhagia dermatorrhea dermatorrhoea dermatosclerosis dermatoscopy dermatosis dermatoskeleton dermatotherapy dermatotome dermatotomy dermatotropic dermatoxerasia dermatozoon dermatozoonosis dermatrophia dermatrophy dermenchysis dermestid dermestoid dermic dermis dermitis dermoblast dermobranchiata dermobranchiate dermochrome dermococcus dermogastric dermographia dermographic dermographism dermography dermohemal dermohemia dermohumeral dermoid dermoidal dermoidectomy dermol dermolysis dermomuscular dermomycosis dermoneural dermoneurosis dermonosology dermoosseous dermoossification dermopathic dermopathy dermophlebitis dermophobe dermophyte dermophytic dermoplasty dermopteran dermopterous dermoreaction dermorhynchous dermosclerite dermoskeletal dermoskeleton dermostenosis dermostosis dermosynovitis dermotropic dermovaccine dermutation dern dernier derodidymus derogate derogately derogation derogative derogatively derogator derogatorily derogatoriness derogatory derotremate derotrematous derotreme derout derrick derricking derrickman derride derries derringer derry dertrotheca dertrum deruinate deruralize derust dervish dervishhood dervishism dervishlike desaccharification desacralization desacralize desalt desamidization desand desaturate desaturation desaurin descale descant descanter descantist descend descendable descendance descendant descendence descendent descendental descendentalism descendentalist descendentalistic descender descendibility descendible descending descendingly descension descensional descensionist descensive descent descloizite descort describability describable describably describe describer descrier descript description descriptionist descriptionless descriptive descriptively descriptiveness descriptory descrive descry deseasonalize desecrate desecrater desecration desectionalize deseed desegmentation desegmented desensitization desensitize desensitizer desentimentalize deseret desert deserted desertedly desertedness deserter desertful desertfully desertic deserticolous desertion desertism desertless desertlessly desertlike desertness desertress desertrice desertward deserve deserved deservedly deservedness deserveless deserver deserving deservingly deservingness desex desexualization desexualize deshabille desi desiccant desiccate desiccation desiccative desiccator desiccatory desiderant desiderata desiderate desideration desiderative desideratum desight desightment design designable designate designation designative designator designatory designatum designed designedly designedness designee designer designful designfully designfulness designing designingly designless designlessly designlessness desilicate desilicification desilicify desiliconization desiliconize desilver desilverization desilverize desilverizer desinence desinent desiodothyroxine desipience desipiency desipient desirability desirable desirableness desirably desire desired desiredly desiredness desireful desirefulness desireless desirer desiringly desirous desirously desirousness desist desistance desistive desition desize desk desklike deslime desma desmachymatous desmachyme desmacyte desman desmarestiaceous desmectasia desmepithelium desmic desmid desmidiaceous desmidiologist desmidiology desmine desmitis desmocyte desmocytoma desmodont desmodynia desmogen desmogenous desmognathism desmognathous desmography desmohemoblast desmoid desmology desmoma desmon desmoneoplasm desmonosology desmopathologist desmopathology desmopathy desmopelmous desmopexia desmopyknosis desmorrhexis desmosis desmosite desmotomy desmotrope desmotropic desmotropism desocialization desocialize desolate desolately desolateness desolater desolating desolatingly desolation desolative desonation desophisticate desophistication desorption desoxalate desoxyanisoin desoxybenzoin desoxycinchonine desoxycorticosterone desoxymorphine desoxyribonucleic despair despairer despairful despairfully despairfulness despairing despairingly despairingness despecialization despecialize despecificate despecification despect desperacy desperado desperadoism desperate desperately desperateness desperation despicability despicable despicableness despicably despiritualization despiritualize despisable despisableness despisal despise despisedness despisement despiser despisingly despite despiteful despitefully despitefulness despiteous despiteously despoil despoiler despoilment despoliation despond despondence despondency despondent despondently desponder desponding despondingly despot despotat despotic despotically despoticalness despoticly despotism despotist despotize despumate despumation desquamate desquamation desquamative desquamatory dess dessa dessert dessertspoon dessertspoonful dessiatine dessil destabilize destain destandardize desterilization desterilize destinate destination destine destinezite destinism destinist destiny destitute destitutely destituteness destitution destour destress destrier destroy destroyable destroyer destroyingly destructibility destructible destructibleness destruction destructional destructionism destructionist destructive destructively destructiveness destructivism destructivity destructor destructuralize desubstantiate desucration desuete desuetude desugar desugarize desulphur desulphurate desulphuration desulphurization desulphurize desulphurizer desultor desultorily desultoriness desultorious desultory desuperheater desyatin desyl desynapsis desynaptic desynonymization desynonymize detach detachability detachable detachableness detachably detached detachedly detachedness detacher detachment detail detailed detailedly detailedness detailer detailism detailist detain detainable detainal detainer detainingly detainment detar detassel detax detect detectability detectable detectably detectaphone detecter detectible detection detective detectivism detector detenant detent detention detentive deter deterge detergence detergency detergent detergible deteriorate deterioration deteriorationist deteriorative deteriorator deteriorism deteriority determent determinability determinable determinableness determinably determinacy determinant determinantal determinate determinately determinateness determination determinative determinatively determinativeness determinator determine determined determinedly determinedness determiner determinism determinist deterministic determinoid deterrence deterrent detersion detersive detersively detersiveness detest detestability detestable detestableness detestably detestation detester dethronable dethrone dethronement dethroner dethyroidism detin detinet detinue detonable detonate detonation detonative detonator detorsion detour detoxicant detoxicate detoxication detoxicator detoxification detoxify detract detracter detractingly detraction detractive detractively detractiveness detractor detractory detractress detrain detrainment detribalization detribalize detriment detrimental detrimentality detrimentally detrimentalness detrital detrited detrition detritus detrude detruncate detruncation detrusion detrusive detrusor detubation detumescence detune detur deuce deuced deucedly deul deurbanize deutencephalic deutencephalon deuteragonist deuteranomal deuteranomalous deuteranope deuteranopia deuteranopic deuteric deuteride deuterium deuteroalbumose deuterocanonical deuterocasease deuterocone deuteroconid deuterodome deuteroelastose deuterofibrinose deuterogamist deuterogamy deuterogelatose deuterogenic deuteroglobulose deuteromorphic deuteromyosinose deuteron deuteropathic deuteropathy deuteroplasm deuteroprism deuteroproteose deuteroscopic deuteroscopy deuterostoma deuterostomatous deuterotokous deuterotoky deuterotype deuterovitellose deuterozooid deutobromide deutocarbonate deutochloride deutomala deutomalal deutomalar deutomerite deuton deutonephron deutonymph deutonymphal deutoplasm deutoplasmic deutoplastic deutoscolex deutoxide dev deva devachan devadasi devall devaloka devalorize devaluate devaluation devalue devance devaporate devaporation devast devastate devastating devastatingly devastation devastative devastator devastavit devaster devata develin develop developability developable developedness developer developist development developmental developmentalist developmentally developmentarian developmentary developmentist developoid devertebrated devest deviability deviable deviancy deviant deviate deviation deviationism deviationist deviative deviator deviatory device deviceful devicefully devicefulness devil devilbird devildom deviled deviler deviless devilet devilfish devilhood deviling devilish devilishly devilishness devilism devilize devilkin devillike devilman devilment devilmonger devilry devilship deviltry devilward devilwise devilwood devily devious deviously deviousness devirginate devirgination devirginator devirilize devisable devisal deviscerate devisceration devise devisee deviser devisor devitalization devitalize devitalized devitaminize devitrification devitrify devocalization devocalize devoice devoid devoir devolatilize devolute devolution devolutionary devolutionist devolve devolvement devonite devonport devonshire devorative devote devoted devotedly devotedness devotee devoteeism devotement devoter devotion devotional devotionalism devotionalist devotionality devotionally devotionalness devotionate devotionist devour devourable devourer devouress devouring devouringly devouringness devourment devout devoutless devoutlessly devoutlessness devoutly devoutness devow devulcanization devulcanize devulgarize devvel dew dewan dewanee dewanship dewater dewaterer dewax dewbeam dewberry dewclaw dewclawed dewcup dewdamp dewdrop dewdropper dewer deweylite dewfall dewflower dewily dewiness dewlap dewlapped dewless dewlight dewlike dewool deworm dewret dewtry dewworm dewy dexiocardia dexiotrope dexiotropic dexiotropism dexiotropous dexter dexterical dexterity dexterous dexterously dexterousness dextrad dextral dextrality dextrally dextran dextraural dextrin dextrinase dextrinate dextrinize dextrinous dextro dextroaural dextrocardia dextrocardial dextrocerebral dextrocular dextrocularity dextroduction dextroglucose dextrogyrate dextrogyration dextrogyratory dextrogyrous dextrolactic dextrolimonene dextropinene dextrorotary dextrorotatary dextrorotation dextrorsal dextrorse dextrorsely dextrosazone dextrose dextrosinistral dextrosinistrally dextrosuria dextrotartaric dextrotropic dextrotropous dextrous dextrously dextrousness dextroversion dey deyhouse deyship deywoman dezinc dezincation dezincification dezincify dezymotize dha dhabb dhai dhak dhamnoo dhan dhangar dhanuk dhanush dharana dharani dharma dharmakaya dharmashastra dharmasmriti dharmasutra dharmsala dharna dhaura dhauri dhava dhaw dheri dhobi dhole dhoni dhoon dhoti dhoul dhow dhu dhunchee dhunchi dhurra dhyal dhyana di diabase diabasic diabetes diabetic diabetogenic diabetogenous diabetometer diablerie diabolarch diabolarchy diabolatry diabolepsy diaboleptic diabolic diabolical diabolically diabolicalness diabolification diabolify diabolism diabolist diabolization diabolize diabological diabology diabolology diabrosis diabrotic diacanthous diacaustic diacetamide diacetate diacetic diacetin diacetine diacetonuria diaceturia diacetyl diacetylene diachoretic diachronic diachylon diachylum diacid diacipiperazine diaclase diaclasis diaclastic diacle diaclinal diacodion diacoele diacoelia diaconal diaconate diaconia diaconicon diaconicum diacope diacranterian diacranteric diacrisis diacritic diacritical diacritically diacromyodian diact diactin diactinal diactinic diactinism diadelphian diadelphic diadelphous diadem diaderm diadermic diadoche diadochite diadochokinesia diadochokinetic diadromous diadumenus diaene diaereses diaeresis diaeretic diaetetae diagenesis diagenetic diageotropic diageotropism diaglyph diaglyphic diagnosable diagnose diagnoseable diagnoses diagnosis diagnostic diagnostically diagnosticate diagnostication diagnostician diagnostics diagometer diagonal diagonality diagonalize diagonally diagonalwise diagonic diagram diagrammatic diagrammatical diagrammatician diagrammatize diagrammeter diagrammitically diagraph diagraphic diagraphical diagraphics diagredium diagrydium diaheliotropic diaheliotropically diaheliotropism diakinesis dial dialcohol dialdehyde dialect dialectal dialectalize dialectally dialectic dialectical dialectically dialectician dialecticism dialecticize dialectics dialectologer dialectological dialectologist dialectology dialector dialer dialin dialing dialist dialkyl dialkylamine diallage diallagic diallagite diallagoid diallel diallelon diallelus diallyl dialogic dialogical dialogically dialogism dialogist dialogistic dialogistical dialogistically dialogite dialogize dialogue dialoguer dialuric dialycarpous dialypetalous dialyphyllous dialysepalous dialysis dialystaminous dialystelic dialystely dialytic dialytically dialyzability dialyzable dialyzate dialyzation dialyzator dialyze dialyzer diamagnet diamagnetic diamagnetically diamagnetism diamantiferous diamantine diamantoid diamb diambic diamesogamous diameter diametral diametrally diametric diametrical diametrically diamicton diamide diamidogen diamine diaminogen diaminogene diammine diamminobromide diamminonitrate diammonium diamond diamondback diamonded diamondiferous diamondize diamondlike diamondwise diamondwork diamorphine diamylose dian diander diandrian diandrous dianetics dianilid dianilide dianisidin dianisidine dianite dianodal dianoetic dianoetical dianoetically diapalma diapase diapasm diapason diapasonal diapause diapedesis diapedetic diapensiaceous diapente diaper diapering diaphane diaphaneity diaphanie diaphanometer diaphanometric diaphanometry diaphanoscope diaphanoscopy diaphanotype diaphanous diaphanously diaphanousness diaphany diaphone diaphonia diaphonic diaphonical diaphony diaphoresis diaphoretic diaphoretical diaphorite diaphote diaphototropic diaphototropism diaphragm diaphragmal diaphragmatic diaphragmatically diaphtherin diaphysial diaphysis diaplasma diaplex diaplexal diaplexus diapnoic diapnotic diapophysial diapophysis diapositive diapsid diapsidan diapyesis diapyetic diarch diarchial diarchic diarchy diarhemia diarial diarian diarist diaristic diarize diarrhea diarrheal diarrheic diarrhetic diarsenide diarthric diarthrodial diarthrosis diarticular diary diaschisis diaschisma diaschistic diascope diascopy diascord diascordium diaskeuasis diaskeuast diaspidine diaspine diaspirin diaspore diastaltic diastase diastasic diastasimetry diastasis diastataxic diastataxy diastatic diastatically diastem diastema diastematic diastematomyelia diaster diastole diastolic diastomatic diastral diastrophe diastrophic diastrophism diastrophy diasynthesis diasyrm diatessaron diathermacy diathermal diathermancy diathermaneity diathermanous diathermic diathermize diathermometer diathermotherapy diathermous diathermy diathesic diathesis diathetic diatom diatomacean diatomaceoid diatomaceous diatomean diatomic diatomicity diatomiferous diatomin diatomist diatomite diatomous diatonic diatonical diatonically diatonous diatoric diatreme diatribe diatribist diatropic diatropism diaulic diaulos diaxial diaxon diazenithal diazeuctic diazeuxis diazide diazine diazoamine diazoamino diazoaminobenzene diazoanhydride diazoate diazobenzene diazohydroxide diazoic diazoimide diazoimido diazole diazoma diazomethane diazonium diazotate diazotic diazotizability diazotizable diazotization diazotize diazotype dib dibase dibasic dibasicity dibatag dibber dibble dibbler dibbuk dibenzophenazine dibenzopyrrole dibenzoyl dibenzyl dibhole diblastula diborate dibrach dibranch dibranchiate dibranchious dibrom dibromid dibromide dibromoacetaldehyde dibromobenzene dibs dibstone dibutyrate dibutyrin dicacodyl dicaeology dicalcic dicalcium dicarbonate dicarbonic dicarboxylate dicarboxylic dicarpellary dicaryon dicaryophase dicaryophyte dicaryotic dicast dicastery dicastic dicatalectic dicatalexis dice diceboard dicebox dicecup dicellate diceman dicentrine dicephalism dicephalous dicephalus diceplay dicer dicerion dicerous dicetyl dich dichas dichasial dichasium dichastic dichlamydeous dichloramine dichlorhydrin dichloride dichloroacetic dichlorohydrin dichloromethane dichocarpism dichocarpous dichogamous dichogamy dichopodial dichoptic dichord dichoree dichotic dichotomal dichotomic dichotomically dichotomist dichotomistic dichotomization dichotomize dichotomous dichotomously dichotomy dichroic dichroiscope dichroism dichroite dichroitic dichromasy dichromat dichromate dichromatic dichromatism dichromic dichromism dichronous dichrooscope dichroous dichroscope dichroscopic dicing dick dickcissel dickens dicker dickey dickeybird dickinsonite dicky diclinic diclinism diclinous dicoccous dicodeine dicoelious dicolic dicolon dicondylian dicot dicotyl dicotyledon dicotyledonary dicotyledonous dicotylous dicoumarin dicranaceous dicranoid dicranterian dicrotal dicrotic dicrotism dicrotous dicta dictate dictatingly dictation dictational dictative dictator dictatorial dictatorialism dictatorially dictatorialness dictatorship dictatory dictatress dictatrix dictature dictic diction dictionary dictum dictynid dictyoceratine dictyodromous dictyogen dictyogenous dictyoid dictyonine dictyopteran dictyosiphonaceous dictyosome dictyostele dictyostelic dictyotaceous dictyotic dicyanide dicyanine dicyanodiamide dicyanogen dicycle dicyclic dicyclist dicyemid dicynodont did didactic didactical didacticality didactically didactician didacticism didacticity didactics didactive didactyl didactylism didactylous didapper didascalar didascaliae didascalic didascalos didascaly didder diddle diddler diddy didelph didelphian didelphic didelphid didelphine didelphoid didelphous didepsid didepside didie didine didle didna didnt didodecahedral didodecahedron didrachma didrachmal didromy didst diductor didym didymate didymia didymitis didymium didymoid didymolite didymous didymus didynamian didynamic didynamous didynamy die dieb dieback diectasis diedral diedric diehard dielectric dielectrically dielike diem diemaker diemaking diencephalic diencephalon diene dier diesel dieselization dieselize diesinker diesinking diesis diestock diet dietal dietarian dietary dieter dietetic dietetically dietetics dietetist diethanolamine diethyl diethylamine diethylenediamine diethylstilbestrol dietic dietician dietics dietine dietist dietitian dietotherapeutics dietotherapy dietotoxic dietotoxicity dietrichite dietzeite diewise diezeugmenon diferrion diffame diffarreation differ difference differencingly different differentia differentiable differential differentialize differentially differentiant differentiate differentiation differentiator differently differentness differingly difficile difficileness difficult difficultly difficultness difficulty diffidation diffide diffidence diffident diffidently diffidentness diffinity diffluence diffluent difform difformed difformity diffract diffraction diffractive diffractively diffractiveness diffractometer diffrangibility diffrangible diffugient diffusate diffuse diffused diffusedly diffusely diffuseness diffuser diffusibility diffusible diffusibleness diffusibly diffusimeter diffusiometer diffusion diffusionism diffusionist diffusive diffusively diffusiveness diffusivity diffusor diformin dig digallate digallic digametic digamist digamma digammated digammic digamous digamy digastric digeneous digenesis digenetic digenic digenous digeny digerent digest digestant digested digestedly digestedness digester digestibility digestible digestibleness digestibly digestion digestional digestive digestively digestiveness digestment diggable digger digging diggings dight dighter digit digital digitalein digitalin digitalis digitalism digitalization digitalize digitally digitate digitated digitately digitation digitiform digitigrade digitigradism digitinervate digitinerved digitipinnate digitize digitizer digitogenin digitonin digitoplantar digitorium digitoxin digitoxose digitule digitus digladiate digladiation digladiator diglossia diglot diglottic diglottism diglottist diglucoside diglyceride diglyph diglyphic digmeat dignification dignified dignifiedly dignifiedness dignify dignitarial dignitarian dignitary dignity digoneutic digoneutism digonoporous digonous digram digraph digraphic digredience digrediency digredient digress digressingly digression digressional digressionary digressive digressively digressiveness digressory digs diguanide digynian digynous dihalide dihalo dihalogen dihedral dihedron dihexagonal dihexahedral dihexahedron dihybrid dihybridism dihydrate dihydrated dihydrazone dihydric dihydride dihydrite dihydrocupreine dihydrocuprin dihydrogen dihydrol dihydronaphthalene dihydronicotine dihydrotachysterol dihydroxy dihydroxysuccinic dihydroxytoluene dihysteria diiamb diiambus diiodide diiodo diiodoform diipenates diisatogen dijudicate dijudication dika dikage dikamali dikaryon dikaryophase dikaryophasic dikaryophyte dikaryophytic dikaryotic dike dikegrave dikelocephalid diker dikereeve dikeside diketo diketone dikkop diktyonite dilacerate dilaceration dilambdodont dilamination dilapidate dilapidated dilapidation dilapidator dilatability dilatable dilatableness dilatably dilatancy dilatant dilatate dilatation dilatative dilatator dilatatory dilate dilated dilatedly dilatedness dilater dilatingly dilation dilative dilatometer dilatometric dilatometry dilator dilatorily dilatoriness dilatory dildo dilection dilemma dilemmatic dilemmatical dilemmatically dilettant dilettante dilettanteish dilettanteism dilettanteship dilettanti dilettantish dilettantism dilettantist diligence diligency diligent diligentia diligently diligentness dilker dill dilleniaceous dilleniad dilli dillier dilligrout dilling dillseed dillue dilluer dillweed dilly dillydallier dillydally dillyman dilo dilogy diluent dilute diluted dilutedly dilutedness dilutee dilutely diluteness dilutent diluter dilution dilutive dilutor diluvia diluvial diluvialist diluvian diluvianism diluvion diluvium dim dimagnesic dimanganion dimanganous dimastigate dimber dimberdamber dimble dime dimensible dimension dimensional dimensionality dimensionally dimensioned dimensionless dimensive dimer dimeran dimercuric dimercurion dimercury dimeric dimeride dimerism dimerization dimerlie dimerous dimetallic dimeter dimethoxy dimethyl dimethylamine dimethylamino dimethylaniline dimethylbenzene dimetria dimetric dimication dimidiate dimidiation diminish diminishable diminishableness diminisher diminishingly diminishment diminuendo diminutal diminute diminution diminutival diminutive diminutively diminutiveness diminutivize dimiss dimission dimissorial dimissory dimit dimity dimly dimmed dimmedness dimmer dimmest dimmet dimmish dimness dimolecular dimoric dimorph dimorphic dimorphism dimorphous dimple dimplement dimply dimps dimpsy dimyarian dimyaric din dinamode dinaphthyl dinar dinder dindle dine diner dinergate dineric dinero dinette dineuric ding dingar dingbat dingdong dinge dingee dinghee dinghy dingily dinginess dingle dingleberry dinglebird dingledangle dingly dingmaul dingo dingus dingy dinheiro dinic dinical dining dinitrate dinitril dinitrile dinitro dinitrobenzene dinitrocellulose dinitrophenol dinitrotoluene dink dinkey dinkum dinky dinmont dinner dinnerless dinnerly dinnertime dinnerware dinnery dinoceratan dinoceratid dinoflagellate dinomic dinornithic dinornithid dinornithine dinornithoid dinosaur dinosaurian dinothere dinotherian dinsome dint dintless dinus diobely diobol diocesan diocese dioctahedral diode diodont dioecian dioeciodimorphous dioeciopolygamous dioecious dioeciously dioeciousness dioecism dioecy dioestrous dioestrum dioestrus diogenite dioicous diol diolefin diolefinic dionise dionym dionymal diopside dioptase diopter dioptograph dioptometer dioptometry dioptoscopy dioptra dioptral dioptrate dioptric dioptrical dioptrically dioptrics dioptrometer dioptrometry dioptroscopy dioptry diorama dioramic diordinal diorite dioritic diorthosis diorthotic dioscoreaceous dioscorein dioscorine diose diosmin diosmose diosmosis diosmotic diosphenol diospyraceous diota diotic diovular dioxane dioxide dioxime dioxindole dioxy dip diparentum dipartite dipartition dipaschal dipentene dipeptid dipeptide dipetalous dipetto diphase diphaser diphasic diphead diphenol diphenyl diphenylamine diphenylchloroarsine diphenylene diphenylenimide diphenylguanidine diphenylmethane diphenylquinomethane diphenylthiourea diphosgene diphosphate diphosphide diphosphoric diphosphothiamine diphrelatic diphtheria diphtherial diphtherian diphtheric diphtheritic diphtheritically diphtheritis diphtheroid diphtheroidal diphtherotoxin diphthong diphthongal diphthongalize diphthongally diphthongation diphthongic diphthongization diphthongize diphycercal diphycercy diphygenic diphyletic diphyllous diphyodont diphyozooid diphyzooid dipicrate dipicrylamin dipicrylamine diplacusis diplanar diplanetic diplanetism diplantidian diplarthrism diplarthrous diplasiasmus diplasic diplasion diplegia dipleidoscope dipleura dipleural dipleurogenesis dipleurogenetic diplex diplobacillus diplobacterium diploblastic diplocardia diplocardiac diplocaulescent diplocephalous diplocephalus diplocephaly diplochlamydeous diplococcal diplococcemia diplococcic diplococcoid diplococcus diploconical diplocoria diploe diploetic diplogangliate diplogenesis diplogenetic diplogenic diploglossate diplograph diplographic diplographical diplography diplohedral diplohedron diploic diploid diploidic diploidion diploidy diplois diplokaryon diploma diplomacy diplomat diplomate diplomatic diplomatical diplomatically diplomatics diplomatism diplomatist diplomatize diplomatology diplomyelia diplonema diplonephridia diploneural diplont diploperistomic diplophase diplophyte diplopia diplopic diploplacula diploplacular diploplaculate diplopod diplopodic diplopterous diplopy diplosis diplosome diplosphenal diplosphene diplospondylic diplospondylism diplostemonous diplostemony diplostichous diplotegia diplotene diplumbic dipneumonous dipneustal dipnoan dipnoid dipnoous dipode dipodic dipody dipolar dipolarization dipolarize dipole diporpa dipotassic dipotassium dipped dipper dipperful dipping diprimary diprismatic dipropargyl dipropyl diprotodont dipsacaceous dipsaceous dipsas dipsetic dipsey dipsomania dipsomaniac dipsomaniacal dipsosis dipter dipteraceous dipterad dipteral dipteran dipterist dipterocarp dipterocarpaceous dipterocarpous dipterocecidium dipterological dipterologist dipterology dipteron dipteros dipterous diptote diptych dipware dipygus dipylon dipyre dipyrenous dipyridyl dird dirdum dire direct directable directed directer direction directional directionally directionless directitude directive directively directiveness directivity directly directness director directoral directorate directorial directorially directorship directory directress directrices directrix direful direfully direfulness direly dirempt diremption direness direption dirge dirgeful dirgelike dirgeman dirgler dirhem dirigent dirigibility dirigible dirigomotor diriment dirk dirl dirndl dirt dirtbird dirtboard dirten dirtily dirtiness dirtplate dirty dis disability disable disabled disablement disabusal disabuse disacceptance disaccharide disaccharose disaccommodate disaccommodation disaccord disaccordance disaccordant disaccustom disaccustomed disaccustomedness disacidify disacknowledge disacknowledgement disacquaint disacquaintance disadjust disadorn disadvance disadvantage disadvantageous disadvantageously disadvantageousness disadventure disadventurous disadvise disaffect disaffectation disaffected disaffectedly disaffectedness disaffection disaffectionate disaffiliate disaffiliation disaffirm disaffirmance disaffirmation disaffirmative disafforest disafforestation disafforestment disagglomeration disaggregate disaggregation disaggregative disagio disagree disagreeability disagreeable disagreeableness disagreeably disagreed disagreement disagreer disalicylide disalign disalignment disalike disallow disallowable disallowableness disallowance disally disamenity disanagrammatize disanalogous disangularize disanimal disanimate disanimation disannex disannexation disannul disannuller disannulment disanoint disanswerable disapostle disapparel disappear disappearance disappearer disappearing disappoint disappointed disappointedly disappointer disappointing disappointingly disappointingness disappointment disappreciate disappreciation disapprobation disapprobative disapprobatory disappropriate disappropriation disapprovable disapproval disapprove disapprover disapprovingly disaproned disarchbishop disarm disarmament disarmature disarmed disarmer disarming disarmingly disarrange disarrangement disarray disarticulate disarticulation disarticulator disasinate disasinize disassemble disassembly disassimilate disassimilation disassimilative disassociate disassociation disaster disastimeter disastrous disastrously disastrousness disattaint disattire disattune disauthenticate disauthorize disavow disavowable disavowal disavowedly disavower disavowment disawa disazo disbalance disbalancement disband disbandment disbar disbark disbarment disbelief disbelieve disbeliever disbelieving disbelievingly disbench disbenchment disbloom disbody disbosom disbowel disbrain disbranch disbud disbudder disburden disburdenment disbursable disburse disbursement disburser disburthen disbury disbutton disc discage discal discalceate discalced discanonization discanonize discanter discantus discapacitate discard discardable discarder discardment discarnate discarnation discase discastle discept disceptation disceptator discern discerner discernible discernibleness discernibly discerning discerningly discernment discerp discerpibility discerpible discerpibleness discerptibility discerptible discerptibleness discerption discharacter discharge dischargeable dischargee discharger discharging discharity discharm dischase discifloral disciform discigerous discinct discinoid disciple disciplelike discipleship disciplinability disciplinable disciplinableness disciplinal disciplinant disciplinarian disciplinarianism disciplinarily disciplinary disciplinative disciplinatory discipline discipliner discipular discircumspection discission discitis disclaim disclaimant disclaimer disclamation disclamatory disclass disclassify disclike disclimax discloister disclose disclosed discloser disclosive disclosure discloud discoach discoactine discoblastic discoblastula discobolus discocarp discocarpium discocarpous discocephalous discodactyl discodactylous discogastrula discoglossid discoglossoid discographical discography discohexaster discoid discoidal discolichen discolith discolor discolorate discoloration discolored discoloredness discolorization discolorment discolourization discomedusan discomedusoid discomfit discomfiter discomfiture discomfort discomfortable discomfortableness discomforting discomfortingly discommend discommendable discommendableness discommendably discommendation discommender discommode discommodious discommodiously discommodiousness discommodity discommon discommons discommunity discomorula discompliance discompose discomposed discomposedly discomposedness discomposing discomposingly discomposure discomycete discomycetous disconanthous disconcert disconcerted disconcertedly disconcertedness disconcerting disconcertingly disconcertingness disconcertion disconcertment disconcord disconduce disconducive disconform disconformable disconformity discongruity disconjure disconnect disconnected disconnectedly disconnectedness disconnecter disconnection disconnective disconnectiveness disconnector disconsider disconsideration disconsolate disconsolately disconsolateness disconsolation disconsonancy disconsonant discontent discontented discontentedly discontentedness discontentful discontenting discontentive discontentment discontiguity discontiguous discontiguousness discontinuable discontinuance discontinuation discontinue discontinuee discontinuer discontinuity discontinuor discontinuous discontinuously discontinuousness disconula disconvenience disconvenient disconventicle discophile discophoran discophore discophorous discoplacenta discoplacental discoplacentalian discoplasm discopodous discord discordance discordancy discordant discordantly discordantness discordful discording discorporate discorrespondency discorrespondent discount discountable discountenance discountenancer discounter discouple discourage discourageable discouragement discourager discouraging discouragingly discouragingness discourse discourseless discourser discoursive discoursively discoursiveness discourteous discourteously discourteousness discourtesy discous discovenant discover discoverability discoverable discoverably discovered discoverer discovert discoverture discovery discreate discreation discredence discredit discreditability discreditable discreet discreetly discreetness discrepance discrepancy discrepant discrepantly discrepate discrepation discrested discrete discretely discreteness discretion discretional discretionally discretionarily discretionary discretive discretively discretiveness discriminability discriminable discriminal discriminant discriminantal discriminate discriminately discriminateness discriminating discriminatingly discrimination discriminational discriminative discriminatively discriminator discriminatory discrown disculpate disculpation disculpatory discumber discursative discursativeness discursify discursion discursive discursively discursiveness discursory discursus discurtain discus discuss discussable discussant discusser discussible discussion discussional discussionism discussionist discussive discussment discutable discutient disdain disdainable disdainer disdainful disdainfully disdainfulness disdainly disdeceive disdenominationalize disdiaclast disdiaclastic disdiapason disdiazo disdiplomatize disdodecahedroid disdub disease diseased diseasedly diseasedness diseaseful diseasefulness disecondary disedge disedification disedify diseducate diselder diselectrification diselectrify diselenide disematism disembargo disembark disembarkation disembarkment disembarrass disembarrassment disembattle disembed disembellish disembitter disembocation disembodiment disembody disembogue disemboguement disembosom disembowel disembowelment disembower disembroil disemburden diseme disemic disemplane disemploy disemployment disempower disenable disenablement disenact disenactment disenamor disenamour disenchain disenchant disenchanter disenchantingly disenchantment disenchantress disencharm disenclose disencumber disencumberment disencumbrance disendow disendower disendowment disenfranchise disenfranchisement disengage disengaged disengagedness disengagement disengirdle disenjoy disenjoyment disenmesh disennoble disennui disenshroud disenslave disensoul disensure disentail disentailment disentangle disentanglement disentangler disenthral disenthrall disenthrallment disenthralment disenthrone disenthronement disentitle disentomb disentombment disentrain disentrainment disentrammel disentrance disentrancement disentwine disenvelop disepalous disequalize disequalizer disequilibrate disequilibration disequilibrium disestablish disestablisher disestablishment disestablishmentarian disesteem disesteemer disestimation disexcommunicate disfaith disfame disfashion disfavor disfavorer disfeature disfeaturement disfellowship disfen disfiguration disfigurative disfigure disfigurement disfigurer disfiguringly disflesh disfoliage disforest disforestation disfranchise disfranchisement disfranchiser disfrequent disfriar disfrock disfurnish disfurnishment disgarland disgarnish disgarrison disgavel disgeneric disgenius disgig disglorify disglut disgood disgorge disgorgement disgorger disgospel disgown disgrace disgraceful disgracefully disgracefulness disgracement disgracer disgracious disgradation disgrade disgregate disgregation disgruntle disgruntlement disguisable disguisal disguise disguised disguisedly disguisedness disguiseless disguisement disguiser disguising disgulf disgust disgusted disgustedly disgustedness disguster disgustful disgustfully disgustfulness disgusting disgustingly disgustingness dish dishabilitate dishabilitation dishabille dishabituate dishallow dishallucination disharmonic disharmonical disharmonious disharmonism disharmonize disharmony dishboard dishcloth dishclout disheart dishearten disheartener disheartening dishearteningly disheartenment disheaven dished dishellenize dishelm disher disherent disherison disherit disheritment dishevel disheveled dishevelment dishexecontahedroid dishful dishlike dishling dishmaker dishmaking dishmonger dishome dishonest dishonestly dishonor dishonorable dishonorableness dishonorably dishonorary dishonorer dishorn dishorner dishorse dishouse dishpan dishpanful dishrag dishumanize dishwasher dishwashing dishwashings dishwater dishwatery dishwiper dishwiping disidentify disilane disilicane disilicate disilicic disilicid disilicide disillude disilluminate disillusion disillusionist disillusionize disillusionizer disillusionment disillusive disimagine disimbitter disimitate disimitation disimmure disimpark disimpassioned disimprison disimprisonment disimprove disimprovement disincarcerate disincarceration disincarnate disincarnation disinclination disincline disincorporate disincorporation disincrust disincrustant disincrustion disindividualize disinfect disinfectant disinfecter disinfection disinfective disinfector disinfest disinfestation disinfeudation disinflame disinflate disinflation disingenuity disingenuous disingenuously disingenuousness disinherison disinherit disinheritable disinheritance disinhume disinsulation disinsure disintegrable disintegrant disintegrate disintegration disintegrationist disintegrative disintegrator disintegratory disintegrity disintegrous disintensify disinter disinterest disinterested disinterestedly disinterestedness disinteresting disinterment disintertwine disintrench disintricate disinvagination disinvest disinvestiture disinvigorate disinvite disinvolve disjasked disject disjection disjoin disjoinable disjoint disjointed disjointedly disjointedness disjointly disjointure disjunct disjunction disjunctive disjunctively disjunctor disjuncture disjune disk diskelion diskless disklike dislaurel disleaf dislegitimate dislevelment dislicense dislikable dislike dislikelihood disliker disliking dislimn dislink dislip disload dislocability dislocable dislocate dislocated dislocatedly dislocatedness dislocation dislocator dislocatory dislodge dislodgeable dislodgement dislove disloyal disloyalist disloyally disloyalty disluster dismain dismal dismality dismalize dismally dismalness disman dismantle dismantlement dismantler dismarble dismark dismarket dismask dismast dismastment dismay dismayable dismayed dismayedness dismayful dismayfully dismayingly disme dismember dismembered dismemberer dismemberment dismembrate dismembrator disminion disminister dismiss dismissable dismissal dismissible dismissingly dismission dismissive dismissory dismoded dismount dismountable dismutation disna disnaturalization disnaturalize disnature disnest disnew disniche disnosed disnumber disobedience disobedient disobediently disobey disobeyal disobeyer disobligation disoblige disobliger disobliging disobligingly disobligingness disoccupation disoccupy disodic disodium disomatic disomatous disomic disomus disoperculate disorb disorchard disordained disorder disordered disorderedly disorderedness disorderer disorderliness disorderly disordinated disordination disorganic disorganization disorganize disorganizer disorient disorientate disorientation disown disownable disownment disoxygenate disoxygenation disozonize dispapalize disparage disparageable disparagement disparager disparaging disparagingly disparate disparately disparateness disparation disparity dispark dispart dispartment dispassionate dispassionately dispassionateness dispassioned dispatch dispatcher dispatchful dispatriated dispauper dispauperize dispeace dispeaceful dispel dispeller dispend dispender dispendious dispendiously dispenditure dispensability dispensable dispensableness dispensary dispensate dispensation dispensational dispensative dispensatively dispensator dispensatorily dispensatory dispensatress dispensatrix dispense dispenser dispensingly dispeople dispeoplement dispeopler dispergate dispergation dispergator dispericraniate disperiwig dispermic dispermous dispermy dispersal dispersant disperse dispersed dispersedly dispersedness dispersement disperser dispersibility dispersible dispersion dispersity dispersive dispersively dispersiveness dispersoid dispersoidological dispersoidology dispersonalize dispersonate dispersonification dispersonify dispetal disphenoid dispiece dispireme dispirit dispirited dispiritedly dispiritedness dispiritingly dispiritment dispiteous dispiteously dispiteousness displace displaceability displaceable displacement displacency displacer displant display displayable displayed displayer displease displeased displeasedly displeaser displeasing displeasingly displeasingness displeasurable displeasurably displeasure displeasurement displenish displicency displume displuviate dispondaic dispondee dispone disponee disponent disponer dispope dispopularize disporous disport disportive disportment disposability disposable disposableness disposal dispose disposed disposedly disposedness disposer disposingly disposition dispositional dispositioned dispositive dispositively dispossess dispossession dispossessor dispossessory dispost disposure dispowder dispractice dispraise dispraiser dispraisingly dispread dispreader disprejudice disprepare disprince disprison disprivacied disprivilege disprize disprobabilization disprobabilize disprobative dispromise disproof disproportion disproportionable disproportionableness disproportionably disproportional disproportionality disproportionally disproportionalness disproportionate disproportionately disproportionateness disproportionation disprovable disproval disprove disprovement disproven disprover dispulp dispunct dispunishable dispunitive disputability disputable disputableness disputably disputant disputation disputatious disputatiously disputatiousness disputative disputatively disputativeness disputator dispute disputeless disputer disqualification disqualify disquantity disquiet disquieted disquietedly disquietedness disquieten disquieter disquieting disquietingly disquietly disquietness disquietude disquiparancy disquiparant disquiparation disquisite disquisition disquisitional disquisitionary disquisitive disquisitively disquisitor disquisitorial disquisitory disquixote disrank disrate disrealize disrecommendation disregard disregardable disregardance disregardant disregarder disregardful disregardfully disregardfulness disrelated disrelation disrelish disrelishable disremember disrepair disreputability disreputable disreputableness disreputably disreputation disrepute disrespect disrespecter disrespectful disrespectfully disrespectfulness disrestore disring disrobe disrobement disrober disroof disroost disroot disrudder disrump disrupt disruptability disruptable disrupter disruption disruptionist disruptive disruptively disruptiveness disruptment disruptor disrupture diss dissatisfaction dissatisfactoriness dissatisfactory dissatisfied dissatisfiedly dissatisfiedness dissatisfy dissaturate disscepter disseat dissect dissected dissectible dissecting dissection dissectional dissective dissector disseize disseizee disseizin disseizor disseizoress disselboom dissemblance dissemble dissembler dissemblingly dissembly dissemilative disseminate dissemination disseminative disseminator disseminule dissension dissensualize dissent dissentaneous dissentaneousness dissenter dissenterism dissentience dissentiency dissentient dissenting dissentingly dissentious dissentiously dissentism dissentment dissepiment dissepimental dissert dissertate dissertation dissertational dissertationist dissertative dissertator disserve disservice disserviceable disserviceableness disserviceably dissettlement dissever disseverance disseverment disshadow dissheathe disshroud dissidence dissident dissidently dissight dissightly dissiliency dissilient dissimilar dissimilarity dissimilarly dissimilars dissimilate dissimilation dissimilatory dissimile dissimilitude dissimulate dissimulation dissimulative dissimulator dissimule dissimuler dissipable dissipate dissipated dissipatedly dissipatedness dissipater dissipation dissipative dissipativity dissipator dissociability dissociable dissociableness dissocial dissociality dissocialize dissociant dissociate dissociation dissociative dissoconch dissogeny dissogony dissolubility dissoluble dissolubleness dissolute dissolutely dissoluteness dissolution dissolutional dissolutionism dissolutionist dissolutive dissolvable dissolvableness dissolve dissolveability dissolvent dissolver dissolving dissolvingly dissonance dissonancy dissonant dissonantly dissonous dissoul dissuade dissuader dissuasion dissuasive dissuasively dissuasiveness dissuasory dissuit dissuitable dissuited dissyllabic dissyllabification dissyllabify dissyllabism dissyllabize dissyllable dissymmetric dissymmetrical dissymmetrically dissymmetry dissympathize dissympathy distad distaff distain distal distale distally distalwards distance distanceless distancy distannic distant distantly distantness distaste distasted distasteful distastefully distastefulness distater distemonous distemper distemperature distempered distemperedly distemperedness distemperer distenant distend distendedly distender distensibility distensible distensive distent distention disthene disthrall disthrone distich distichous distichously distill distillable distillage distilland distillate distillation distillatory distilled distiller distillery distilling distillmint distinct distinctify distinction distinctional distinctionless distinctive distinctively distinctiveness distinctly distinctness distingue distinguish distinguishability distinguishable distinguishableness distinguishably distinguished distinguishedly distinguisher distinguishing distinguishingly distinguishment distoclusion distomatosis distomatous distome distomian distomiasis distort distorted distortedly distortedness distorter distortion distortional distortionist distortionless distortive distract distracted distractedly distractedness distracter distractibility distractible distractingly distraction distractive distractively distrain distrainable distrainee distrainer distrainment distrainor distraint distrait distraite distraught distress distressed distressedly distressedness distressful distressfully distressfulness distressing distressingly distributable distributary distribute distributed distributedly distributee distributer distribution distributional distributionist distributival distributive distributively distributiveness distributor distributress district distrouser distrust distruster distrustful distrustfully distrustfulness distrustingly distune disturb disturbance disturbative disturbed disturbedly disturber disturbing disturbingly disturn disturnpike disubstituted disubstitution disulfonic disulfuric disulphate disulphide disulphonate disulphone disulphonic disulphoxide disulphuret disulphuric disuniform disuniformity disunify disunion disunionism disunionist disunite disuniter disunity disusage disusance disuse disutility disutilize disvaluation disvalue disvertebrate disvisage disvoice disvulnerability diswarren diswench diswood disworth disyllabic disyllable disyoke dit dita dital ditch ditchbank ditchbur ditchdigger ditchdown ditcher ditchless ditchside ditchwater dite diter diterpene ditertiary ditetragonal dithalous dithecal ditheism ditheist ditheistic ditheistical dithematic dither dithery dithiobenzoic dithioglycol dithioic dithion dithionate dithionic dithionite dithionous dithymol dithyramb dithyrambic dithyrambically ditokous ditolyl ditone ditrematous ditremid ditrichotomous ditriglyph ditriglyphic ditrigonal ditrigonally ditrochean ditrochee ditrochous ditroite dittamy dittander dittany dittay dittied ditto dittogram dittograph dittographic dittography dittology ditty diumvirate diuranate diureide diuresis diuretic diuretically diureticalness diurnal diurnally diurnalness diurnation diurne diurnule diuturnal diuturnity div diva divagate divagation divalence divalent divan divariant divaricate divaricately divaricating divaricatingly divarication divaricator divata dive divekeeper divel divellent divellicate diver diverge divergement divergence divergency divergent divergently diverging divergingly divers diverse diversely diverseness diversicolored diversifiability diversifiable diversification diversified diversifier diversiflorate diversiflorous diversifoliate diversifolious diversiform diversify diversion diversional diversionary diversipedate diversisporous diversity diversly diversory divert divertedly diverter divertibility divertible diverticle diverticular diverticulate diverticulitis diverticulosis diverticulum diverting divertingly divertingness divertisement divertive divertor divest divestible divestitive divestiture divestment divesture dividable dividableness divide divided dividedly dividedness dividend divider dividing dividingly dividual dividualism dividually dividuity dividuous divinable divinail divination divinator divinatory divine divinely divineness diviner divineress diving divinify divining diviningly divinity divinityship divinization divinize divinyl divisibility divisible divisibleness divisibly division divisional divisionally divisionary divisionism divisionist divisionistic divisive divisively divisiveness divisor divisorial divisory divisural divorce divorceable divorcee divorcement divorcer divorcible divorcive divot divoto divulgate divulgater divulgation divulgatory divulge divulgement divulgence divulger divulse divulsion divulsive divulsor divus divvy diwata dixenite dixie dixit dixy dizain dizen dizenment dizoic dizygotic dizzard dizzily dizziness dizzy djasakid djave djehad djerib djersa do doab doable doarium doat doated doater doating doatish dob dobbed dobber dobbin dobbing dobby dobe dobla doblon dobra dobrao dobson doby doc docent docentship dochmiac dochmiacal dochmiasis dochmius docibility docible docibleness docile docilely docility docimasia docimastic docimastical docimasy docimology docity dock dockage docken docker docket dockhead dockhouse dockization dockize dockland dockmackie dockman dockmaster dockside dockyard dockyardman docmac docoglossan docoglossate docosane doctor doctoral doctorally doctorate doctorbird doctordom doctoress doctorfish doctorhood doctorial doctorially doctorization doctorize doctorless doctorlike doctorly doctorship doctress doctrinaire doctrinairism doctrinal doctrinalism doctrinalist doctrinality doctrinally doctrinarian doctrinarianism doctrinarily doctrinarity doctrinary doctrinate doctrine doctrinism doctrinist doctrinization doctrinize doctrix document documental documentalist documentarily documentary documentation documentize dod dodd doddart dodded dodder doddered dodderer doddering doddery doddie dodding doddle doddy doddypoll dodecade dodecadrachm dodecafid dodecagon dodecagonal dodecahedral dodecahedric dodecahedron dodecahydrate dodecahydrated dodecamerous dodecane dodecanoic dodecant dodecapartite dodecapetalous dodecarch dodecarchy dodecasemic dodecastyle dodecastylos dodecasyllabic dodecasyllable dodecatemory dodecatoic dodecatyl dodecatylic dodecuplet dodecyl dodecylene dodecylic dodge dodgeful dodger dodgery dodgily dodginess dodgy dodkin dodlet dodman dodo dodoism dodrans doe doebird doeglic doegling doer does doeskin doesnt doest doff doffer doftberry dog dogal dogate dogbane dogberry dogbite dogblow dogboat dogbolt dogbush dogcart dogcatcher dogdom doge dogedom dogeless dogeship dogface dogfall dogfight dogfish dogfoot dogged doggedly doggedness dogger doggerel doggereler doggerelism doggerelist doggerelize doggerelizer doggery doggess doggish doggishly doggishness doggo doggone doggoned doggrel doggrelize doggy doghead doghearted doghole doghood doghouse dogie dogless doglike dogly dogma dogman dogmata dogmatic dogmatical dogmatically dogmaticalness dogmatician dogmatics dogmatism dogmatist dogmatization dogmatize dogmatizer dogmouth dogplate dogproof dogs dogship dogshore dogskin dogsleep dogstone dogtail dogtie dogtooth dogtoothing dogtrick dogtrot dogvane dogwatch dogwood dogy doigt doiled doily doina doing doings doit doited doitkin doitrified doke dokhma dokimastic dola dolabra dolabrate dolabriform dolcan dolcian dolciano dolcino doldrum doldrums dole dolefish doleful dolefully dolefulness dolefuls dolent dolently dolerite doleritic dolerophanite dolesman dolesome dolesomely dolesomeness doless doli dolia dolichoblond dolichocephal dolichocephali dolichocephalic dolichocephalism dolichocephalize dolichocephalous dolichocephaly dolichocercic dolichocnemic dolichocranial dolichofacial dolichohieric dolichopellic dolichopodous dolichoprosopic dolichos dolichosaur dolichostylous dolichotmema dolichuric dolichurus dolina doline dolioform dolium doll dollar dollarbird dollardee dollardom dollarfish dollarleaf dollbeer dolldom dollface dollfish dollhood dollhouse dollier dolliness dollish dollishly dollishness dollmaker dollmaking dollop dollship dolly dollyman dollyway dolman dolmen dolmenic dolomite dolomitic dolomitization dolomitize dolomization dolomize dolor doloriferous dolorific dolorifuge dolorous dolorously dolorousness dolose dolous dolphin dolphinlike dolt dolthead doltish doltishly doltishness dom domain domainal domal domanial domatium domatophobia domba dome domelike doment domer domesday domestic domesticable domesticality domestically domesticate domestication domesticative domesticator domesticity domesticize domett domeykite domic domical domically domicile domicilement domiciliar domiciliary domiciliate domiciliation dominance dominancy dominant dominantly dominate dominated dominatingly domination dominative dominator domine domineer domineerer domineering domineeringly domineeringness dominial dominical dominicale dominie dominion dominionism dominionist dominium domino dominus domitable domite domitic domn domnei domoid dompt domy don donable donaciform donary donatary donate donated donatee donation donative donatively donator donatory donatress donax doncella done donee doney dong donga dongon donjon donkey donkeyback donkeyish donkeyism donkeyman donkeywork donna donnered donnert donnish donnishness donnism donnot donor donorship donought donship donsie dont donum doob doocot doodab doodad doodle doodlebug doodler doodlesack doohickey doohickus doohinkey doohinkus dooja dook dooket dookit dool doolee dooley dooli doolie dooly doom doomage doombook doomer doomful dooms doomsday doomsman doomstead doon door doorba doorbell doorboy doorbrand doorcase doorcheek doored doorframe doorhead doorjamb doorkeeper doorknob doorless doorlike doormaid doormaker doormaking doorman doornail doorplate doorpost doorsill doorstead doorstep doorstone doorstop doorward doorway doorweed doorwise dooryard dop dopa dopamelanin dopaoxidase dopatta dope dopebook doper dopester dopey doppelkummel dopper doppia dopplerite dor dorab dorad dorado doraphobia dorbeetle dorcastry doree dorestane dorhawk doria dorje dorlach dorlot dorm dormancy dormant dormer dormered dormie dormient dormilona dormition dormitive dormitory dormouse dormy dorn dorneck dornic dornick dornock dorp dorsabdominal dorsabdominally dorsad dorsal dorsale dorsalgia dorsalis dorsally dorsalmost dorsalward dorsalwards dorsel dorser dorsibranch dorsibranchiate dorsicollar dorsicolumn dorsicommissure dorsicornu dorsiduct dorsiferous dorsifixed dorsiflex dorsiflexion dorsiflexor dorsigrade dorsilateral dorsilumbar dorsimedian dorsimesal dorsimeson dorsiparous dorsispinal dorsiventral dorsiventrality dorsiventrally dorsoabdominal dorsoanterior dorsoapical dorsocaudad dorsocaudal dorsocentral dorsocephalad dorsocephalic dorsocervical dorsocervically dorsodynia dorsoepitrochlear dorsointercostal dorsointestinal dorsolateral dorsolumbar dorsomedial dorsomedian dorsomesal dorsonasal dorsonuchal dorsopleural dorsoposteriad dorsoposterior dorsoradial dorsosacral dorsoscapular dorsosternal dorsothoracic dorsoventrad dorsoventral dorsoventrally dorsulum dorsum dorsumbonal dorter dortiness dortiship dorts dorty doruck dory doryphorus dos dosa dosadh dosage dose doser dosimeter dosimetric dosimetrician dosimetrist dosimetry dosiology dosis dosology doss dossal dossel dosser dosseret dossier dossil dossman dot dotage dotal dotard dotardism dotardly dotardy dotate dotation dotchin dote doted doter dothideaceous dothienenteritis dotiness doting dotingly dotingness dotish dotishness dotkin dotless dotlike dotriacontane dotted dotter dotterel dottily dottiness dotting dottle dottler dotty doty douar double doubled doubledamn doubleganger doublegear doublehanded doublehandedly doublehandedness doublehatching doublehearted doubleheartedness doublehorned doubleleaf doublelunged doubleness doubler doublet doubleted doubleton doubletone doubletree doublets doubling doubloon doubly doubt doubtable doubtably doubtedly doubter doubtful doubtfully doubtfulness doubting doubtingly doubtingness doubtless doubtlessly doubtlessness doubtmonger doubtous doubtsome douc douce doucely douceness doucet douche doucin doucine doudle dough doughbird doughboy doughface doughfaceism doughfoot doughhead doughiness doughlike doughmaker doughmaking doughman doughnut dought doughtily doughtiness doughty doughy doulocracy doum doundake doup douping dour dourine dourly dourness douse douser dout douter doutous douzepers douzieme dove dovecot doveflower dovefoot dovehouse dovekey dovekie dovelet dovelike doveling dover dovetail dovetailed dovetailer dovetailwise doveweed dovewood dovish dow dowable dowager dowagerism dowcet dowd dowdily dowdiness dowdy dowdyish dowdyism dowed dowel dower doweral doweress dowerless dowery dowf dowie dowily dowiness dowitch dowitcher dowl dowlas dowless down downbear downbeard downbeat downby downcast downcastly downcastness downcome downcomer downcoming downcry downcurved downcut downdale downdraft downer downface downfall downfallen downfalling downfeed downflow downfold downfolded downgate downgone downgrade downgrowth downhanging downhaul downheaded downhearted downheartedly downheartedness downhill downily downiness downland downless downlie downlier downligging downlike downline downlooked downlooker downlying downmost downness downpour downpouring downright downrightly downrightness downrush downrushing downset downshare downshore downside downsinking downsitting downsliding downslip downslope downsman downspout downstage downstairs downstate downstater downstream downstreet downstroke downswing downtake downthrow downthrown downthrust downtown downtrampling downtreading downtrend downtrodden downtroddenness downturn downward downwardly downwardness downway downweed downweigh downweight downweighted downwind downwith downy dowp dowry dowsabel dowse dowser dowset doxa doxastic doxasticon doxographer doxographical doxography doxological doxologically doxologize doxology doxy doze dozed dozen dozener dozenth dozer dozily doziness dozy dozzled drab drabbet drabbish drabble drabbler drabbletail drabbletailed drabby drably drabness drachm drachma drachmae drachmai drachmal dracma draconic draconites draconitic dracontian dracontiasis dracontic dracontine dracontites dracunculus draegerman draff draffman draffy draft draftage draftee drafter draftily draftiness drafting draftman draftmanship draftproof draftsman draftsmanship draftswoman draftswomanship draftwoman drafty drag dragade dragbar dragbolt dragged dragger draggily dragginess dragging draggingly draggle draggletail draggletailed draggletailedly draggletailedness draggly draggy draghound dragline dragman dragnet drago dragoman dragomanate dragomanic dragomanish dragon dragonesque dragoness dragonet dragonfish dragonfly dragonhead dragonhood dragonish dragonism dragonize dragonkind dragonlike dragonnade dragonroot dragontail dragonwort dragoon dragoonable dragoonade dragoonage dragooner dragrope dragsaw dragsawing dragsman dragstaff drail drain drainable drainage drainboard draine drained drainer drainerman drainless drainman drainpipe draintile draisine drake drakestone drakonite dram drama dramalogue dramatic dramatical dramatically dramaticism dramatics dramaticule dramatism dramatist dramatizable dramatization dramatize dramatizer dramaturge dramaturgic dramaturgical dramaturgist dramaturgy dramm drammage dramme drammed drammer dramming drammock dramseller dramshop drang drank drant drapable drape drapeable draper draperess draperied drapery drapetomania drapping drassid drastic drastically drat dratchell drate dratted dratting draught draughtboard draughthouse draughtman draughtmanship draughts draughtsman draughtsmanship draughtswoman draughtswomanship dravya draw drawable drawarm drawback drawbar drawbeam drawbench drawboard drawbolt drawbore drawboy drawbridge drawcut drawdown drawee drawer drawers drawfile drawfiling drawgate drawgear drawglove drawhead drawhorse drawing drawk drawknife drawknot drawl drawlatch drawler drawling drawlingly drawlingness drawlink drawloom drawly drawn drawnet drawoff drawout drawplate drawpoint drawrod drawshave drawsheet drawspan drawspring drawstop drawstring drawtongs drawtube dray drayage drayman drazel dread dreadable dreader dreadful dreadfully dreadfulness dreadingly dreadless dreadlessly dreadlessness dreadly dreadness dreadnought dream dreamage dreamer dreamery dreamful dreamfully dreamfulness dreamhole dreamily dreaminess dreamingly dreamish dreamland dreamless dreamlessly dreamlessness dreamlet dreamlike dreamlit dreamlore dreamsily dreamsiness dreamsy dreamt dreamtide dreamwhile dreamwise dreamworld dreamy drear drearfully drearily dreariment dreariness drearisome drearly drearness dreary dredge dredgeful dredger dredging dree dreep dreepiness dreepy dreg dreggily dregginess dreggish dreggy dregless dregs dreiling dreissiger drench drencher drenching drenchingly dreng drengage drepaniform drepanium drepanoid dress dressage dressed dresser dressership dressily dressiness dressing dressline dressmaker dressmakership dressmakery dressmaking dressy drest drew drewite drias drib dribble dribblement dribbler driblet driddle dried drier drierman driest drift driftage driftbolt drifter drifting driftingly driftland driftless driftlessness driftlet driftman driftpiece driftpin driftway driftweed driftwind driftwood drifty drightin drill driller drillet drilling drillman drillmaster drillstock dringle drink drinkability drinkable drinkableness drinkably drinker drinking drinkless drinkproof drinn drip dripper dripping dripple dripproof drippy dripstick dripstone drisheen drisk drivable drivage drive driveaway driveboat drivebolt drivehead drivel driveler drivelingly driven drivepipe driver driverless drivership drivescrew driveway drivewell driving drivingly drizzle drizzly drochuil droddum drofland drogh drogher drogherman drogue droit droitsman droitural droiturel droll drollery drollingly drollish drollishness drollist drollness drolly dromaeognathism dromaeognathous drome dromedarian dromedarist dromedary drometer dromic dromograph dromomania dromometer dromond dromos dromotropic drona dronage drone dronepipe droner drongo droningly dronish dronishly dronishness dronkgrass drony drool droop drooper drooping droopingly droopingness droopt droopy drop dropberry dropcloth dropflower drophead droplet droplight droplike dropling dropman dropout dropper dropping droppingly droppy dropseed dropsical dropsically dropsicalness dropsied dropsy dropsywort dropt dropwise dropworm dropwort droseraceous droshky drosky drosograph drosometer dross drossel drosser drossiness drossless drossy drostdy droud drought droughtiness droughty drouk drove drover drovy drow drown drowner drowningly drowse drowsily drowsiness drowsy drub drubber drubbing drubbly drucken drudge drudger drudgery drudgingly drudgism druery drug drugeteria drugger druggery drugget druggeting druggist druggister druggy drugless drugman drugshop drugstore druid druidess druidic druidical druidism druidry druith drum drumbeat drumble drumbledore drumbler drumfire drumfish drumhead drumheads drumlike drumlin drumline drumlinoid drumloid drumloidal drumly drummer drumming drummy drumskin drumstick drumwood drung drungar drunk drunkard drunken drunkenly drunkenness drunkensome drunkenwise drunkery drupaceous drupal drupe drupel drupelet drupeole drupetum drupiferous druse drusy druxiness druxy dry dryad dryadetum dryadic dryas dryasdust drybeard drybrained drycoal dryfoot drygoodsman dryhouse drying dryish dryly dryness dryopithecid dryopithecine dryopteroid drysalter drysaltery dryster dryth dryworker duad duadic dual duali dualin dualism dualist dualistic dualistically duality dualization dualize dually dualogue duarch duarchy dub dubash dubb dubba dubbah dubbeltje dubber dubbing dubby dubiety dubiocrystalline dubiosity dubious dubiously dubiousness dubitable dubitably dubitancy dubitant dubitate dubitatingly dubitation dubitative dubitatively duboisin duboisine dubs ducal ducally ducamara ducape ducat ducato ducatoon ducdame duces duchess duchesse duchesslike duchy duck duckbill duckblind duckboard duckboat ducker duckery duckfoot duckhearted duckhood duckhouse duckhunting duckie ducking duckling ducklingship duckmeat duckpin duckpond duckstone duckweed duckwife duckwing duct ducted ductibility ductible ductile ductilely ductileness ductilimeter ductility ductilize duction ductless ductor ductule dud dudaim dudder duddery duddies dude dudeen dudgeon dudine dudish dudishness dudism dudler dudley dudleyite dudman due duel dueler dueling duelist duelistic duello dueness duenna duennadom duennaship duer duet duettist duff duffadar duffel duffer dufferdom duffing dufoil dufrenite dufrenoysite dufter dufterdar duftery dug dugal dugdug duggler dugong dugout dugway duhat duiker duikerbok duim duit dujan duke dukedom dukeling dukely dukery dukeship dukhn dukker dukkeripen dulbert dulcet dulcetly dulcetness dulcian dulciana dulcification dulcifluous dulcify dulcigenic dulcimer dulcitol dulcitude dulcose duledge duler dulia dull dullard dullardism dullardness dullbrained duller dullery dullhead dullhearted dullification dullify dullish dullity dullness dullpate dullsome dully dulosis dulotic dulse dulseman dult dultie dulwilly duly dum duma dumaist dumb dumba dumbbell dumbbeller dumbcow dumbfounder dumbfounderment dumbhead dumbledore dumbly dumbness dumdum dumetose dumfound dumfounder dumfounderment dummel dummered dumminess dummy dummyism dummyweed dumontite dumortierite dumose dumosity dump dumpage dumpcart dumper dumpily dumpiness dumping dumpish dumpishly dumpishness dumple dumpling dumpoke dumpy dumsola dun dunair dunal dunbird dunce duncedom duncehood duncery dunch duncical duncify duncish duncishly duncishness dundasite dunder dunderhead dunderheaded dunderheadedness dunderpate dune dunelike dunfish dung dungannonite dungaree dungbeck dungbird dungbred dungeon dungeoner dungeonlike dunger dunghill dunghilly dungol dungon dungy dungyard dunite dunk dunkadoo dunker dunlin dunnage dunne dunner dunness dunnish dunnite dunnock dunny dunpickle dunst dunstable dunt duntle duny dunziekte duo duocosane duodecahedral duodecahedron duodecane duodecennial duodecillion duodecimal duodecimality duodecimally duodecimfid duodecimo duodecimole duodecuple duodena duodenal duodenary duodenate duodenation duodene duodenectomy duodenitis duodenocholangitis duodenocholecystostomy duodenocholedochotomy duodenocystostomy duodenoenterostomy duodenogram duodenojejunal duodenojejunostomy duodenopancreatectomy duodenoscopy duodenostomy duodenotomy duodenum duodrama duograph duogravure duole duoliteral duologue duomachy duopod duopolistic duopoly duopsonistic duopsony duosecant duotone duotriacontane duotype dup dupability dupable dupe dupedom duper dupery dupion dupla duplation duple duplet duplex duplexity duplicability duplicable duplicand duplicate duplication duplicative duplicator duplicature duplicia duplicident duplicidentate duplicipennate duplicitas duplicity duplification duplify duplone dupondius duppy dura durability durable durableness durably durain dural duramatral duramen durance durangite durant duraplasty duraquara duraspinalis duration durational durationless durative durax durbachite durbar durdenite dure durene durenol duress duressor durgan durian duridine during duringly durity durmast durn duro durometer duroquinone durra durrie durrin durry durst durukuli durwaun duryl dusack duscle dush dusio dusk dusken duskily duskiness duskingtide duskish duskishly duskishness duskly duskness dusky dust dustbin dustbox dustcloth dustee duster dusterman dustfall dustily dustiness dusting dustless dustlessness dustman dustpan dustproof dustuck dustwoman dusty dustyfoot dutch duteous duteously duteousness dutiability dutiable dutied dutiful dutifully dutifulness dutra duty dutymonger duumvir duumviral duumvirate duvet duvetyn dux duyker dvaita dvandva dwale dwalm dwang dwarf dwarfish dwarfishly dwarfishness dwarfism dwarfling dwarfness dwarfy dwayberry dwell dwelled dweller dwelling dwelt dwindle dwindlement dwine dyad dyadic dyakisdodecahedron dyarchic dyarchical dyarchy dyaster dyce dye dyeable dyehouse dyeing dyeleaves dyemaker dyemaking dyer dyester dyestuff dyeware dyeweed dyewood dygogram dying dyingly dyingness dyke dykehopper dyker dykereeve dynagraph dynameter dynametric dynametrical dynamic dynamical dynamically dynamics dynamis dynamism dynamist dynamistic dynamitard dynamite dynamiter dynamitic dynamitical dynamitically dynamiting dynamitish dynamitism dynamitist dynamization dynamize dynamo dynamoelectric dynamoelectrical dynamogenesis dynamogenic dynamogenous dynamogenously dynamogeny dynamometamorphic dynamometamorphism dynamometamorphosed dynamometer dynamometric dynamometrical dynamometry dynamomorphic dynamoneure dynamophone dynamostatic dynamotor dynast dynastical dynastically dynasticism dynastid dynastidan dynasty dynatron dyne dyophone dyotheism dyphone dysacousia dysacousis dysanalyte dysaphia dysarthria dysarthric dysarthrosis dysbulia dysbulic dyschiria dyschroa dyschroia dyschromatopsia dyschromatoptic dyschronous dyscrasia dyscrasial dyscrasic dyscrasite dyscratic dyscrystalline dysenteric dysenterical dysentery dysepulotic dysepulotical dyserethisia dysergasia dysergia dysesthesia dysesthetic dysfunction dysgenesic dysgenesis dysgenetic dysgenic dysgenical dysgenics dysgeogenous dysgnosia dysgraphia dysidrosis dyskeratosis dyskinesia dyskinetic dyslalia dyslexia dyslogia dyslogistic dyslogistically dyslogy dysluite dyslysin dysmenorrhea dysmenorrheal dysmerism dysmeristic dysmerogenesis dysmerogenetic dysmeromorph dysmeromorphic dysmetria dysmnesia dysmorphism dysmorphophobia dysneuria dysnomy dysodile dysodontiasis dysorexia dysorexy dysoxidation dysoxidizable dysoxidize dyspathetic dyspathy dyspepsia dyspepsy dyspeptic dyspeptical dyspeptically dysphagia dysphagic dysphasia dysphasic dysphemia dysphonia dysphonic dysphoria dysphoric dysphotic dysphrasia dysphrenia dyspituitarism dysplasia dysplastic dyspnea dyspneal dyspneic dyspnoic dysprosia dysprosium dysraphia dyssnite dysspermatism dyssynergia dyssystole dystaxia dystectic dysteleological dysteleologist dysteleology dysthyroidism dystocia dystocial dystome dystomic dystomous dystrophia dystrophic dystrophy dysuria dysuric dysyntribite dytiscid dzeren e ea each eachwhere eager eagerly eagerness eagle eaglelike eagless eaglestone eaglet eaglewood eagre ean ear earache earbob earcap earcockle eardrop eardropper eardrum eared earflower earful earhole earing earjewel earl earlap earldom earless earlet earlike earliness earlish earlock earlship early earmark earn earner earnest earnestly earnestness earnful earning earnings earphone earpick earpiece earplug earreach earring earringed earscrew earshot earsore earsplitting eartab earth earthboard earthborn earthbred earthdrake earthed earthen earthenhearted earthenware earthfall earthfast earthgall earthgrubber earthian earthiness earthkin earthless earthlight earthlike earthliness earthling earthly earthmaker earthmaking earthnut earthpea earthquake earthquaked earthquaken earthquaking earthshine earthshock earthslide earthsmoke earthstar earthtongue earthwall earthward earthwards earthwork earthworm earthy earwax earwig earwigginess earwiggy earwitness earworm earwort ease easeful easefully easefulness easel easeless easement easer easier easiest easily easiness easing east eastabout eastbound easter easterling easterly eastern easterner easternmost easting eastland eastmost eastward eastwardly easy easygoing easygoingness eat eatability eatable eatableness eatage eatberry eaten eater eatery eating eats eave eaved eavedrop eaver eaves eavesdrop eavesdropper eavesdropping ebb ebbman ebenaceous ebeneous eboe ebon ebonist ebonite ebonize ebony ebracteate ebracteolate ebriate ebriety ebriosity ebrious ebriously ebullate ebullience ebulliency ebullient ebulliently ebulliometer ebullioscope ebullioscopic ebullioscopy ebullition ebullitive ebulus eburated eburine eburnated eburnation eburnean eburneoid eburneous eburnian eburnification ecad ecalcarate ecanda ecardinal ecarinate ecarte ecaudate ecbatic ecblastesis ecbole ecbolic eccaleobion eccentrate eccentric eccentrical eccentrically eccentricity eccentring eccentrometer ecchondroma ecchondrosis ecchondrotome ecchymoma ecchymose ecchymosis ecclesia ecclesial ecclesiarch ecclesiarchy ecclesiast ecclesiastic ecclesiastical ecclesiastically ecclesiasticism ecclesiasticize ecclesiastics ecclesiastry ecclesioclastic ecclesiography ecclesiolater ecclesiolatry ecclesiologic ecclesiological ecclesiologically ecclesiologist ecclesiology ecclesiophobia eccoprotic eccoproticophoric eccrinology eccrisis eccritic eccyclema eccyesis ecdemic ecdemite ecderon ecderonic ecdysiast ecdysis ecesic ecesis ecgonine eche echea echelette echelon echelonment echeneidid echeneidoid echidna echinal echinate echinid echinital echinite echinochrome echinococcus echinoderm echinodermal echinodermatous echinodermic echinoid echinologist echinology echinopsine echinostome echinostomiasis echinulate echinulated echinulation echinuliform echinus echitamine echiurid echiuroid echo echoer echoic echoingly echoism echoist echoize echolalia echolalic echoless echometer echopractic echopraxia echowise eciliate ecize ecklein eclair eclampsia eclamptic eclat eclectic eclectical eclectically eclecticism eclecticize eclectism eclectist eclegm eclegma eclipsable eclipsareon eclipsation eclipse eclipser eclipsis ecliptic ecliptical ecliptically eclogite eclogue eclosion ecmnesia ecoid ecole ecologic ecological ecologically ecologist ecology econometer econometric econometrician econometrics economic economical economically economics economism economist economization economize economizer economy ecophene ecophobia ecorticate ecospecies ecospecific ecospecifically ecostate ecosystem ecotonal ecotone ecotype ecotypic ecotypically ecphonesis ecphorable ecphore ecphoria ecphorization ecphorize ecphrasis ecrasite ecru ecrustaceous ecstasis ecstasize ecstasy ecstatic ecstatica ecstatical ecstatically ecstaticize ecstrophy ectad ectadenia ectal ectally ectasia ectasis ectatic ectene ectental ectepicondylar ectethmoid ectethmoidal ecthetically ecthlipsis ecthyma ectiris ectobatic ectoblast ectoblastic ectobronchium ectocardia ectocarpaceous ectocarpic ectocarpous ectocinerea ectocinereal ectocoelic ectocondylar ectocondyle ectocondyloid ectocornea ectocranial ectocuneiform ectocuniform ectocyst ectodactylism ectoderm ectodermal ectodermic ectodermoidal ectodermosis ectodynamomorphic ectoentad ectoenzyme ectoethmoid ectogenesis ectogenic ectogenous ectoglia ectolecithal ectoloph ectomere ectomeric ectomesoblast ectomorph ectomorphic ectomorphy ectonephridium ectoparasite ectoparasitic ectopatagium ectophloic ectophyte ectophytic ectopia ectopic ectoplacenta ectoplasm ectoplasmatic ectoplasmic ectoplastic ectoplasy ectoproctan ectoproctous ectopterygoid ectopy ectoretina ectorganism ectorhinal ectosarc ectosarcous ectoskeleton ectosomal ectosome ectosphenoid ectosphenotic ectosphere ectosteal ectosteally ectostosis ectotheca ectotoxin ectotrophic ectozoa ectozoan ectozoic ectozoon ectrodactylia ectrodactylism ectrodactyly ectrogenic ectrogeny ectromelia ectromelian ectromelic ectromelus ectropion ectropium ectropometer ectrosyndactyly ectypal ectype ectypography ecuelling ecumenic ecumenical ecumenicalism ecumenicality ecumenically ecumenicity ecyphellate eczema eczematization eczematoid eczematosis eczematous edacious edaciously edaciousness edacity edaphic edaphology edaphon edder eddish eddo eddy eddyroot edea edeagra edeitis edelweiss edema edematous edemic edenite edental edentalous edentate edentulate edentulous edeodynia edeology edeomania edeoscopy edeotomy edestan edestin edge edgebone edged edgeless edgemaker edgemaking edgeman edger edgerman edgeshot edgestone edgeways edgeweed edgewise edginess edging edgingly edgrew edgy edh edibility edible edibleness edict edictal edictally edicule edificable edification edificator edificatory edifice edificial edifier edify edifying edifyingly edifyingness edingtonite edit edital edition editor editorial editorialize editorially editorship editress edriophthalmatous edriophthalmian edriophthalmic edriophthalmous educabilian educability educable educand educatable educate educated educatee education educationable educational educationalism educationalist educationally educationary educationist educative educator educatory educatress educe educement educible educive educt eduction eductive eductor edulcorate edulcoration edulcorative edulcorator eegrass eel eelboat eelbob eelbobber eelcake eelcatcher eeler eelery eelfare eelfish eelgrass eellike eelpot eelpout eelshop eelskin eelspear eelware eelworm eely eer eerie eerily eeriness eerisome effable efface effaceable effacement effacer effect effecter effectful effectible effective effectively effectiveness effectivity effectless effector effects effectual effectuality effectualize effectually effectualness effectuate effectuation effeminacy effeminate effeminately effeminateness effemination effeminatize effeminization effeminize effendi efferent effervesce effervescence effervescency effervescent effervescible effervescingly effervescive effete effeteness effetman efficacious efficaciously efficaciousness efficacity efficacy efficience efficiency efficient efficiently effigial effigiate effigiation effigurate effiguration effigy efflate efflation effloresce efflorescence efflorescency efflorescent efflower effluence effluency effluent effluvia effluvial effluviate effluviography effluvious effluvium efflux effluxion effodient efform efformation efformative effort effortful effortless effortlessly effossion effraction effranchise effranchisement effrontery effulge effulgence effulgent effulgently effund effuse effusiometer effusion effusive effusively effusiveness eflagelliferous efoliolate efoliose efoveolate eft eftest eftsoons egad egalitarian egalitarianism egality egence egeran egest egesta egestion egestive egg eggberry eggcup eggcupful eggeater egger eggfish eggfruit egghead egghot egging eggler eggless egglike eggnog eggplant eggshell eggy egilops egipto eglandular eglandulose eglantine eglatere eglestonite egma ego egocentric egocentricity egocentrism egohood egoism egoist egoistic egoistical egoistically egoity egoize egoizer egol egolatrous egomania egomaniac egomaniacal egomism egophonic egophony egosyntonic egotheism egotism egotist egotistic egotistical egotistically egotize egregious egregiously egregiousness egress egression egressive egressor egret egrimony egueiite egurgitate eguttulate eh eheu ehlite ehrwaldite ehuawa eichbergite eichwaldite eicosane eident eidently eider eidetic eidograph eidolic eidolism eidology eidolology eidolon eidoptometry eidouranion eigenfunction eigenvalue eight eighteen eighteenfold eighteenmo eighteenth eighteenthly eightfoil eightfold eighth eighthly eightieth eightling eightpenny eightscore eightsman eightsome eighty eightyfold eigne eikonology eimer einkorn eiresione eisegesis eisegetical eisodic eisteddfod eisteddfodic eisteddfodism either ejaculate ejaculation ejaculative ejaculator ejaculatory eject ejecta ejectable ejection ejective ejectively ejectivity ejectment ejector ejicient ejoo ekaboron ekacaesium ekaha ekamanganese ekasilicon ekatantalum eke ekebergite eker ekerite eking ekka ekphore ektene ektenes ektodynamorphic el elaborate elaborately elaborateness elaboration elaborative elaborator elaboratory elabrate elachistaceous elaeagnaceous elaeoblast elaeoblastic elaeocarpaceous elaeodochon elaeomargaric elaeometer elaeoptene elaeosaccharum elaeothesium elaidate elaidic elaidin elaidinic elain elaine elaioleucite elaioplast elaiosome elance eland elanet elaphine elaphure elaphurine elapid elapine elapoid elapse elasmobranch elasmobranchian elasmobranchiate elasmosaur elasmothere elastance elastic elastica elastically elastician elasticin elasticity elasticize elasticizer elasticness elastin elastivity elastomer elastomeric elastometer elastometry elastose elatcha elate elated elatedly elatedness elater elaterid elaterin elaterite elaterium elateroid elatinaceous elation elative elator elatrometer elb elbow elbowboard elbowbush elbowchair elbowed elbower elbowpiece elbowroom elbowy elcaja elchee eld elder elderberry elderbrotherhood elderbrotherish elderbrotherly elderbush elderhood elderliness elderly elderman eldership eldersisterly elderwoman elderwood elderwort eldest eldin elding eldress eldritch elecampane elect electable electee electicism election electionary electioneer electioneerer elective electively electiveness electivism electivity electly elector electoral electorally electorate electorial electorship electragist electragy electralize electrepeter electress electret electric electrical electricalize electrically electricalness electrician electricity electricize electrics electriferous electrifiable electrification electrifier electrify electrion electrionic electrizable electrization electrize electrizer electro electroacoustic electroaffinity electroamalgamation electroanalysis electroanalytic electroanalytical electroanesthesia electroballistic electroballistics electrobath electrobiological electrobiologist electrobiology electrobioscopy electroblasting electrobrasser electrobus electrocapillarity electrocapillary electrocardiogram electrocardiograph electrocardiographic electrocardiography electrocatalysis electrocatalytic electrocataphoresis electrocataphoretic electrocauterization electrocautery electroceramic electrochemical electrochemically electrochemist electrochemistry electrochronograph electrochronographic electrochronometer electrochronometric electrocoagulation electrocoating electrocolloidal electrocontractility electrocorticogram electroculture electrocute electrocution electrocutional electrocutioner electrocystoscope electrode electrodeless electrodentistry electrodeposit electrodepositable electrodeposition electrodepositor electrodesiccate electrodesiccation electrodiagnosis electrodialysis electrodialyze electrodialyzer electrodiplomatic electrodispersive electrodissolution electrodynamic electrodynamical electrodynamics electrodynamism electrodynamometer electroencephalogram electroencephalograph electroencephalography electroendosmose electroendosmosis electroendosmotic electroengrave electroengraving electroergometer electroetching electroethereal electroextraction electroform electroforming electrofuse electrofused electrofusion electrogalvanic electrogalvanize electrogenesis electrogenetic electrogild electrogilding electrogilt electrograph electrographic electrographite electrography electroharmonic electrohemostasis electrohomeopathy electrohorticulture electrohydraulic electroimpulse electroindustrial electroionic electroirrigation electrokinematics electrokinetic electrokinetics electrolier electrolithotrity electrologic electrological electrologist electrology electroluminescence electroluminescent electrolysis electrolyte electrolytic electrolytical electrolytically electrolyzability electrolyzable electrolyzation electrolyze electrolyzer electromagnet electromagnetic electromagnetical electromagnetically electromagnetics electromagnetism electromagnetist electromassage electromechanical electromechanics electromedical electromer electromeric electromerism electrometallurgical electrometallurgist electrometallurgy electrometer electrometric electrometrical electrometrically electrometry electromobile electromobilism electromotion electromotive electromotivity electromotograph electromotor electromuscular electromyographic electron electronarcosis electronegative electronervous electronic electronics electronographic electrooptic electrooptical electrooptically electrooptics electroosmosis electroosmotic electroosmotically electrootiatrics electropathic electropathology electropathy electropercussive electrophobia electrophone electrophore electrophoresis electrophoretic electrophoric electrophorus electrophotometer electrophotometry electrophototherapy electrophrenic electrophysics electrophysiological electrophysiologist electrophysiology electropism electroplate electroplater electroplating electroplax electropneumatic electropneumatically electropoion electropolar electropositive electropotential electropower electropsychrometer electropult electropuncturation electropuncture electropuncturing electropyrometer electroreceptive electroreduction electrorefine electroscission electroscope electroscopic electrosherardizing electroshock electrosmosis electrostatic electrostatical electrostatically electrostatics electrosteel electrostenolysis electrostenolytic electrostereotype electrostriction electrosurgery electrosurgical electrosynthesis electrosynthetic electrosynthetically electrotactic electrotautomerism electrotaxis electrotechnic electrotechnical electrotechnician electrotechnics electrotechnology electrotelegraphic electrotelegraphy electrotelethermometer electrotellurograph electrotest electrothanasia electrothanatosis electrotherapeutic electrotherapeutical electrotherapeutics electrotherapeutist electrotherapist electrotherapy electrothermal electrothermancy electrothermic electrothermics electrothermometer electrothermostat electrothermostatic electrothermotic electrotitration electrotonic electrotonicity electrotonize electrotonus electrotrephine electrotropic electrotropism electrotype electrotyper electrotypic electrotyping electrotypist electrotypy electrovalence electrovalency electrovection electroviscous electrovital electrowin electrum electuary eleemosynarily eleemosynariness eleemosynary elegance elegancy elegant elegantly elegiac elegiacal elegiambic elegiambus elegiast elegist elegit elegize elegy eleidin element elemental elementalism elementalist elementalistic elementalistically elementality elementalize elementally elementarily elementariness elementary elementoid elemi elemicin elemin elench elenchi elenchic elenchical elenchically elenchize elenchtic elenchtical elenctic elenge eleoblast eleolite eleomargaric eleometer eleonorite eleoptene eleostearate eleostearic elephant elephanta elephantiac elephantiasic elephantiasis elephantic elephanticide elephantine elephantlike elephantoid elephantoidal elephantous elephantry eleutherarch eleutherism eleutherodactyl eleutheromania eleutheromaniac eleutheromorph eleutheropetalous eleutherophyllous eleutherosepalous eleutherozoan elevate elevated elevatedly elevatedness elevating elevatingly elevation elevational elevator elevatory eleven elevener elevenfold eleventh eleventhly elevon elf elfenfolk elfhood elfic elfin elfinwood elfish elfishly elfishness elfkin elfland elflike elflock elfship elfwife elfwort eliasite elicit elicitable elicitate elicitation elicitor elicitory elide elidible eligibility eligible eligibleness eligibly eliminable eliminand eliminant eliminate elimination eliminative eliminator eliminatory eliquate eliquation elision elisor elite elixir elk elkhorn elkhound elkslip elkwood ell ellachick ellagate ellagic ellagitannin elle elleck ellenyard ellfish ellipse ellipses ellipsis ellipsograph ellipsoid ellipsoidal ellipsone ellipsonic elliptic elliptical elliptically ellipticalness ellipticity elliptograph elliptoid ellops ellwand elm elmy elocular elocute elocution elocutionary elocutioner elocutionist elocutionize elod eloge elogium eloign eloigner eloignment elongate elongated elongation elongative elope elopement eloper elops eloquence eloquent eloquential eloquently eloquentness elotillo elpasolite elpidite els else elsehow elsewards elseways elsewhen elsewhere elsewheres elsewhither elsewise elsin elt eluate elucidate elucidation elucidative elucidator elucidatory elucubrate elucubration elude eluder elusion elusive elusively elusiveness elusoriness elusory elute elution elutor elutriate elutriation elutriator eluvial eluviate eluviation eluvium elvan elvanite elvanitic elver elves elvet elvish elvishly elydoric elysia elytral elytriferous elytriform elytrigerous elytrin elytrocele elytroclasia elytroid elytron elytroplastic elytropolypus elytroposis elytrorhagia elytrorrhagia elytrorrhaphy elytrostenosis elytrotomy elytrous elytrum em emaciate emaciation emajagua emanant emanate emanation emanational emanationism emanationist emanatism emanatist emanatistic emanativ emanative emanatively emanator emanatory emancipate emancipation emancipationist emancipatist emancipative emancipator emancipatory emancipatress emancipist emandibulate emanium emarcid emarginate emarginately emargination emasculate emasculation emasculative emasculator emasculatory emball emballonurid emballonurine embalm embalmer embalmment embank embankment embannered embar embargo embargoist embark embarkation embarkment embarras embarrass embarrassed embarrassedly embarrassing embarrassingly embarrassment embarrel embassage embassy embastioned embathe embatholithic embattle embattled embattlement embay embayment embed embedment embeggar embelic embellish embellisher embellishment ember embergoose emberizidae emberizine embezzle embezzlement embezzler embind embiotocid embiotocoid embira embitter embitterer embitterment emblaze emblazer emblazon emblazoner emblazonment emblazonry emblem emblema emblematic emblematical emblematically emblematicalness emblematicize emblematist emblematize emblematology emblement emblemist emblemize emblemology emblic emblossom embodier embodiment embody embog emboitement embolden emboldener embole embolectomy embolemia embolic emboliform embolism embolismic embolismus embolite embolium embolize embolo embololalia embolomerism embolomerous embolomycotic embolum embolus emboly emborder emboscata embosom emboss embossage embosser embossing embossman embossment embosture embottle embouchure embound embow embowed embowel emboweler embowelment embower embowerment embowment embox embrace embraceable embraceably embracement embraceor embracer embracery embracing embracingly embracingness embracive embrail embranchment embrangle embranglement embrasure embreathe embreathement embright embrittle embrittlement embroaden embrocate embrocation embroider embroiderer embroideress embroidery embroil embroiler embroilment embronze embrown embryectomy embryo embryocardia embryoctonic embryoctony embryoferous embryogenesis embryogenetic embryogenic embryogeny embryogony embryographer embryographic embryography embryoid embryoism embryologic embryological embryologically embryologist embryology embryoma embryon embryonal embryonary embryonate embryonated embryonic embryonically embryoniferous embryoniform embryony embryopathology embryophagous embryophore embryophyte embryoplastic embryoscope embryoscopic embryotega embryotic embryotome embryotomy embryotrophic embryotrophy embryous embryulcia embryulcus embubble embuia embus embusk embuskin emcee eme emeer emeership emend emendable emendandum emendate emendation emendator emendatory emender emerald emeraldine emeraude emerge emergence emergency emergent emergently emergentness emerited emeritus emerize emerse emersed emersion emery emesis emetatrophia emetic emetically emetine emetocathartic emetology emetomorphine emgalla emication emiction emictory emigrant emigrate emigration emigrational emigrationist emigrative emigrator emigratory emigree eminence eminency eminent eminently emir emirate emirship emissarium emissary emissaryship emissile emission emissive emissivity emit emittent emitter emma emmarble emmarvel emmenagogic emmenagogue emmenic emmeniopathy emmenology emmensite emmer emmergoose emmet emmetrope emmetropia emmetropic emmetropism emmetropy emodin emollescence emolliate emollient emoloa emolument emolumental emolumentary emote emotion emotionable emotional emotionalism emotionalist emotionality emotionalization emotionalize emotionally emotioned emotionist emotionize emotionless emotionlessness emotive emotively emotiveness emotivity empacket empaistic empall empanel empanelment empanoply empaper emparadise emparchment empark empasm empathic empathically empathize empathy empeirema emperor emperorship empery empetraceous emphases emphasis emphasize emphatic emphatical emphatically emphaticalness emphlysis emphractic emphraxis emphysema emphysematous emphyteusis emphyteuta emphyteutic empicture empiecement empire empirema empiric empirical empiricalness empiricism empiricist empirics empiriocritcism empiriocritical empiriological empirism empiristic emplace emplacement emplane emplastic emplastration emplastrum emplectite empleomania employ employability employable employed employee employer employless employment emplume empocket empodium empoison empoisonment emporetic emporeutic emporia emporial emporium empower empowerment empress emprise emprosthotonic emprosthotonos emprosthotonus empt emptier emptily emptiness emptings emptins emption emptional emptor empty emptyhearted emptysis empurple empyema empyemic empyesis empyocele empyreal empyrean empyreuma empyreumatic empyreumatical empyreumatize empyromancy emu emulable emulant emulate emulation emulative emulatively emulator emulatory emulatress emulgence emulgent emulous emulously emulousness emulsibility emulsible emulsifiability emulsifiable emulsification emulsifier emulsify emulsin emulsion emulsionize emulsive emulsoid emulsor emunctory emundation emyd emydian emydosaurian en enable enablement enabler enact enactable enaction enactive enactment enactor enactory enaena enage enalid enaliosaur enaliosaurian enallachrome enallage enaluron enam enamber enambush enamdar enamel enameler enameling enamelist enamelless enamellist enameloma enamelware enamor enamorato enamored enamoredness enamorment enamourment enanguish enanthem enanthema enanthematous enanthesis enantiobiosis enantioblastic enantioblastous enantiomer enantiomeride enantiomorph enantiomorphic enantiomorphism enantiomorphous enantiomorphously enantiomorphy enantiopathia enantiopathic enantiopathy enantiosis enantiotropic enantiotropy enantobiosis enapt enarbor enarbour enarch enarched enargite enarm enarme enarthrodia enarthrodial enarthrosis enate enatic enation enbrave encaenia encage encake encalendar encallow encamp encampment encanker encanthis encapsulate encapsulation encapsule encarditis encarnadine encarnalize encarpium encarpus encase encasement encash encashable encashment encasserole encastage encatarrhaphy encauma encaustes encaustic encaustically encave encefalon encell encenter encephala encephalalgia encephalasthenia encephalic encephalin encephalitic encephalitis encephalocele encephalocoele encephalodialysis encephalogram encephalograph encephalography encephaloid encephalolith encephalology encephaloma encephalomalacia encephalomalacosis encephalomalaxis encephalomeningitis encephalomeningocele encephalomere encephalomeric encephalometer encephalometric encephalomyelitis encephalomyelopathy encephalon encephalonarcosis encephalopathia encephalopathic encephalopathy encephalophyma encephalopsychesis encephalopyosis encephalorrhagia encephalosclerosis encephaloscope encephaloscopy encephalosepsis encephalospinal encephalothlipsis encephalotome encephalotomy encephalous enchain enchainment enchair enchalice enchannel enchant enchanter enchanting enchantingly enchantingness enchantment enchantress encharge encharnel enchase enchaser enchasten enchequer enchest enchilada enchiridion enchondroma enchondromatous enchondrosis enchorial enchurch enchylema enchylematous enchymatous enchytrae enchytraeid encina encinal encincture encinder encinillo encipher encircle encirclement encircler encist encitadel enclaret enclasp enclave enclavement enclisis enclitic enclitical enclitically encloak encloister enclose encloser enclosure enclothe encloud encoach encode encoffin encoignure encoil encolden encollar encolor encolpion encolumn encomendero encomia encomiast encomiastic encomiastical encomiastically encomic encomienda encomiologic encomium encommon encompass encompasser encompassment encoop encorbelment encore encoronal encoronate encoronet encounter encounterable encounterer encourage encouragement encourager encouraging encouragingly encowl encraal encradle encranial encratic encraty encreel encrimson encrinal encrinic encrinidae encrinital encrinite encrinitic encrinitical encrinoid encrisp encroach encroacher encroachingly encroachment encrotchet encrown encrownment encrust encrustment encrypt encryption encuirassed encumber encumberer encumberingly encumberment encumbrance encumbrancer encup encurl encurtain encushion encyclic encyclical encyclopedia encyclopediac encyclopediacal encyclopedial encyclopedian encyclopediast encyclopedic encyclopedically encyclopedism encyclopedist encyclopedize encyrtid encyst encystation encystment end endable endamage endamageable endamagement endamask endameba endamebic endamoebiasis endamoebic endanger endangerer endangerment endangium endaortic endaortitis endarch endarchy endarterial endarteritis endarterium endaspidean endaze endboard endbrain endear endearance endeared endearedly endearedness endearing endearingly endearingness endearment endeavor endeavorer ended endeictic endellionite endemial endemic endemically endemicity endemiological endemiology endemism endenizen ender endere endermatic endermic endermically enderon enderonic endevil endew endgate endiadem endiaper ending endite endive endless endlessly endlessness endlichite endlong endmatcher endmost endoabdominal endoangiitis endoaortitis endoappendicitis endoarteritis endoauscultation endobatholithic endobiotic endoblast endoblastic endobronchial endobronchially endobronchitis endocannibalism endocardiac endocardial endocarditic endocarditis endocardium endocarp endocarpal endocarpic endocarpoid endocellular endocentric endoceratite endoceratitic endocervical endocervicitis endochondral endochorion endochorionic endochrome endochylous endoclinal endocline endocoelar endocoele endocoeliac endocolitis endocolpitis endocondensation endocone endoconidium endocorpuscular endocortex endocranial endocranium endocrinal endocrine endocrinic endocrinism endocrinological endocrinologist endocrinology endocrinopathic endocrinopathy endocrinotherapy endocrinous endocritic endocycle endocyclic endocyemate endocyst endocystitis endoderm endodermal endodermic endodermis endodontia endodontic endodontist endodynamomorphic endoenteritis endoenzyme endoesophagitis endofaradism endogalvanism endogamic endogamous endogamy endogastric endogastrically endogastritis endogen endogenesis endogenetic endogenic endogenous endogenously endogeny endoglobular endognath endognathal endognathion endogonidium endointoxication endokaryogamy endolabyrinthitis endolaryngeal endolemma endolumbar endolymph endolymphangial endolymphatic endolymphic endolysin endomastoiditis endome endomesoderm endometrial endometritis endometrium endometry endomitosis endomitotic endomixis endomorph endomorphic endomorphism endomorphy endomysial endomysium endoneurial endoneurium endonuclear endonucleolus endoparasite endoparasitic endopathic endopelvic endopericarditis endoperidial endoperidium endoperitonitis endophagous endophagy endophasia endophasic endophlebitis endophragm endophragmal endophyllous endophytal endophyte endophytic endophytically endophytous endoplasm endoplasma endoplasmic endoplast endoplastron endoplastular endoplastule endopleura endopleural endopleurite endopleuritic endopod endopodite endopoditic endoproct endoproctous endopsychic endopterygote endopterygotic endopterygotism endopterygotous endorachis endoral endore endorhinitis endorsable endorsation endorse endorsed endorsee endorsement endorser endorsingly endosalpingitis endosarc endosarcode endosarcous endosclerite endoscope endoscopic endoscopy endosecretory endosepsis endosiphon endosiphonal endosiphonate endosiphuncle endoskeletal endoskeleton endosmometer endosmometric endosmosic endosmosis endosmotic endosmotically endosome endosperm endospermic endospore endosporium endosporous endoss endosteal endosteally endosteitis endosteoma endosternite endosternum endosteum endostitis endostoma endostome endostosis endostracal endostracum endostylar endostyle endostylic endotheca endothecal endothecate endothecial endothecium endothelia endothelial endothelioblastoma endotheliocyte endothelioid endotheliolysin endotheliolytic endothelioma endotheliomyoma endotheliomyxoma endotheliotoxin endothelium endothermal endothermic endothermous endothermy endothoracic endothorax endothys endotoxic endotoxin endotoxoid endotracheitis endotrachelitis endotrophic endotys endovaccination endovasculitis endovenous endow endower endowment endozoa endpiece endue enduement endungeon endura endurability endurable endurableness endurably endurance endurant endure endurer enduring enduringly enduringness endways endwise endyma endymal endysis eneclann enema enemy enemylike enemyship enepidermic energeia energesis energetic energetical energetically energeticalness energeticist energetics energetistic energic energical energid energism energist energize energizer energumen energumenon energy enervate enervation enervative enervator eneuch eneugh enface enfacement enfamous enfasten enfatico enfeature enfeeble enfeeblement enfeebler enfelon enfeoff enfeoffment enfester enfetter enfever enfigure enfilade enfilading enfile enfiled enflagellate enflagellation enflesh enfleurage enflower enfoil enfold enfolden enfolder enfoldment enfonced enforce enforceability enforceable enforced enforcedly enforcement enforcer enforcibility enforcible enforcingly enfork enfoul enframe enframement enfranchisable enfranchise enfranchisement enfranchiser enfree enfrenzy enfuddle enfurrow engage engaged engagedly engagedness engagement engager engaging engagingly engagingness engaol engarb engarble engarland engarment engarrison engastrimyth engastrimythic engaud engaze engem engender engenderer engenderment engerminate enghosted engild engine engineer engineering engineership enginehouse engineless enginelike engineman enginery enginous engird engirdle engirt engjateigur englacial englacially englad engladden englobe englobement engloom englory englut englyn engnessang engobe engold engolden engore engorge engorgement engouled engrace engraff engraft engraftation engrafter engraftment engrail engrailed engrailment engrain engrained engrainedly engrainer engram engramma engrammatic engrammic engrandize engrandizement engraphia engraphic engraphically engraphy engrapple engrasp engrave engraved engravement engraver engraving engreen engrieve engroove engross engrossed engrossedly engrosser engrossing engrossingly engrossingness engrossment enguard engulf engulfment engyscope engysseismology enhallow enhalo enhamper enhance enhanced enhancement enhancer enhancive enharmonic enharmonical enharmonically enhat enhaunt enhearse enheart enhearten enhedge enhelm enhemospore enherit enheritage enheritance enhorror enhunger enhusk enhydrite enhydritic enhydros enhydrous enhypostasia enhypostasis enhypostatic enhypostatize eniac enigma enigmatic enigmatical enigmatically enigmaticalness enigmatist enigmatization enigmatize enigmatographer enigmatography enigmatology enisle enjail enjamb enjambed enjambment enjelly enjeopard enjeopardy enjewel enjoin enjoinder enjoiner enjoinment enjoy enjoyable enjoyableness enjoyably enjoyer enjoying enjoyingly enjoyment enkerchief enkernel enkindle enkindler enkraal enlace enlacement enlard enlarge enlargeable enlargeableness enlarged enlargedly enlargedness enlargement enlarger enlarging enlargingly enlaurel enleaf enleague enlevement enlief enlife enlight enlighten enlightened enlightenedly enlightenedness enlightener enlightening enlighteningly enlightenment enlink enlinkment enlist enlisted enlister enlistment enliven enlivener enlivening enliveningly enlivenment enlock enlodge enlodgement enmarble enmask enmass enmesh enmeshment enmist enmity enmoss enmuffle enneacontahedral enneacontahedron ennead enneadianome enneadic enneagon enneagynous enneahedral enneahedria enneahedron enneapetalous enneaphyllous enneasemic enneasepalous enneaspermous enneastyle enneastylos enneasyllabic enneateric enneatic enneatical ennerve enniche ennoble ennoblement ennobler ennobling ennoblingly ennoic ennomic ennui enocyte enodal enodally enoil enol enolate enolic enolizable enolization enolize enomania enomaniac enomotarch enomoty enophthalmos enophthalmus enoplan enoptromancy enorganic enorm enormity enormous enormously enormousness enostosis enough enounce enouncement enow enphytotic enplane enquicken enquire enquirer enquiry enrace enrage enraged enragedly enragement enrange enrank enrapt enrapture enrapturer enravish enravishingly enravishment enray enregiment enregister enregistration enregistry enrib enrich enricher enriching enrichingly enrichment enring enrive enrobe enrobement enrober enrockment enrol enroll enrolled enrollee enroller enrollment enrolment enroot enrough enruin enrut ens ensaffron ensaint ensample ensand ensandal ensanguine ensate enscene ensconce enscroll ensculpture ense enseam enseat enseem ensellure ensemble ensepulcher ensepulchre enseraph enserf ensete enshade enshadow enshawl ensheathe enshell enshelter enshield enshrine enshrinement enshroud ensiform ensign ensigncy ensignhood ensignment ensignry ensignship ensilage ensilate ensilation ensile ensilist ensilver ensisternum ensky enslave enslavedness enslavement enslaver ensmall ensnare ensnarement ensnarer ensnaring ensnaringly ensnarl ensnow ensorcelize ensorcell ensoul enspell ensphere enspirit enstamp enstar enstate enstatite enstatitic enstatolite ensteel enstool enstore enstrengthen ensuable ensuance ensuant ensue ensuer ensuingly ensulphur ensure ensurer enswathe enswathement ensweep entablature entablatured entablement entach entad entail entailable entailer entailment ental entame entamoebiasis entamoebic entangle entangled entangledly entangledness entanglement entangler entangling entanglingly entapophysial entapophysis entarthrotic entasia entasis entelam entelechy entellus entelodont entempest entemple entente entepicondylar enter enterable enteraden enteradenographic enteradenography enteradenological enteradenology enteral enteralgia enterate enterauxe enterclose enterectomy enterer entergogenic enteria enteric entericoid entering enteritidis enteritis entermete enteroanastomosis enterobiliary enterocele enterocentesis enterochirurgia enterochlorophyll enterocholecystostomy enterocinesia enterocinetic enterocleisis enteroclisis enteroclysis enterocoele enterocoelic enterocoelous enterocolitis enterocolostomy enterocrinin enterocyst enterocystoma enterodynia enteroepiplocele enterogastritis enterogastrone enterogenous enterogram enterograph enterography enterohelcosis enterohemorrhage enterohepatitis enterohydrocele enteroid enterointestinal enteroischiocele enterokinase enterokinesia enterokinetic enterolith enterolithiasis enterology enteromegalia enteromegaly enteromere enteromesenteric enteromycosis enteromyiasis enteron enteroneuritis enteroparalysis enteroparesis enteropathy enteropexia enteropexy enterophthisis enteroplasty enteroplegia enteropneust enteropneustan enteroptosis enteroptotic enterorrhagia enterorrhaphy enterorrhea enteroscope enterosepsis enterospasm enterostasis enterostenosis enterostomy enterosyphilis enterotome enterotomy enterotoxemia enterotoxication enterozoa enterozoan enterozoic enterprise enterpriseless enterpriser enterprising enterprisingly enterritoriality entertain entertainable entertainer entertaining entertainingly entertainingness entertainment enthalpy entheal enthelmintha enthelminthes enthelminthic enthetic enthral enthraldom enthrall enthralldom enthraller enthralling enthrallingly enthrallment enthralment enthrone enthronement enthronization enthronize enthuse enthusiasm enthusiast enthusiastic enthusiastical enthusiastically enthusiastly enthymematic enthymematical enthymeme entia entice enticeable enticeful enticement enticer enticing enticingly enticingness entifical entification entify entincture entire entirely entireness entirety entiris entitative entitatively entitle entitlement entity entoblast entoblastic entobranchiate entobronchium entocalcaneal entocarotid entocele entocnemial entocoele entocoelic entocondylar entocondyle entocondyloid entocone entoconid entocornea entocranial entocuneiform entocuniform entocyemate entocyst entoderm entodermal entodermic entogastric entogenous entoglossal entohyal entoil entoilment entomb entombment entomere entomeric entomic entomical entomion entomogenous entomoid entomologic entomological entomologically entomologist entomologize entomology entomophagan entomophagous entomophilous entomophily entomophthoraceous entomophthorous entomophytous entomostracan entomostracous entomotaxy entomotomist entomotomy entone entonement entoolitic entoparasite entoparasitic entoperipheral entophytal entophyte entophytic entophytically entophytous entopic entopical entoplasm entoplastic entoplastral entoplastron entopopliteal entoproctous entopterygoid entoptic entoptical entoptically entoptics entoptoscope entoptoscopic entoptoscopy entoretina entorganism entosarc entosclerite entosphenal entosphenoid entosphere entosternal entosternite entosternum entothorax entotic entotympanic entourage entozoa entozoal entozoan entozoarian entozoic entozoological entozoologically entozoologist entozoology entozoon entracte entrail entrails entrain entrainer entrainment entrammel entrance entrancedly entrancement entranceway entrancing entrancingly entrant entrap entrapment entrapper entrappingly entreasure entreat entreating entreatingly entreatment entreaty entree entremets entrench entrenchment entrepas entrepot entrepreneur entrepreneurial entrepreneurship entresol entrochite entrochus entropion entropionize entropium entropy entrough entrust entrustment entry entryman entryway enturret entwine entwinement entwist enucleate enucleation enucleator enumerable enumerate enumeration enumerative enumerator enunciability enunciable enunciate enunciation enunciative enunciatively enunciator enunciatory enure enuresis enuretic enurny envapor envapour envassal envassalage envault enveil envelop envelope enveloper envelopment envenom envenomation enverdure envermeil enviable enviableness enviably envied envier envineyard envious enviously enviousness environ environage environal environic environment environmental environmentalism environmentalist environmentally environs envisage envisagement envision envolume envoy envoyship envy envying envyingly enwallow enwiden enwind enwisen enwoman enwomb enwood enworthed enwound enwrap enwrapment enwreathe enwrite enwrought enzone enzootic enzooty enzym enzymatic enzyme enzymic enzymically enzymologist enzymology enzymolysis enzymolytic enzymosis enzymotic eoan eolation eolith eolithic eon eonism eophyte eophytic eophyton eorhyolite eosate eoside eosin eosinate eosinic eosinoblast eosinophile eosinophilia eosinophilic eosinophilous eosphorite eozoon eozoonal epacmaic epacme epacrid epacridaceous epact epactal epagoge epagogic epagomenae epagomenal epagomenic epagomenous epaleaceous epalpate epanadiplosis epanalepsis epanaleptic epanaphora epanaphoral epanastrophe epanisognathism epanisognathous epanodos epanody epanorthosis epanorthotic epanthous epapillate epappose eparch eparchate eparchial eparchy eparcuale eparterial epaule epaulement epaulet epauleted epauletted epauliere epaxial epaxially epedaphic epee epeeist epeiric epeirid epeirogenesis epeirogenetic epeirogenic epeirogeny epeisodion epembryonic epencephal epencephalic epencephalon ependyma ependymal ependyme ependymitis ependymoma ependytes epenthesis epenthesize epenthetic epephragmal epepophysial epepophysis epergne eperotesis epexegesis epexegetic epexegetical epexegetically epha ephah epharmonic epharmony ephebe ephebeion ephebeum ephebic ephebos ephebus ephectic ephedrine ephelcystic ephelis ephemera ephemerae ephemeral ephemerality ephemerally ephemeralness ephemeran ephemerid ephemerides ephemeris ephemerist ephemeromorph ephemeromorphic ephemeron ephemerous ephetae ephete ephetic ephialtes ephidrosis ephippial ephippium ephod ephor ephoral ephoralty ephorate ephoric ephorship ephorus ephphatha ephthianure ephydriad ephydrid ephymnium ephyra ephyrula epibasal epibatholithic epibenthic epibenthos epiblast epiblastema epiblastic epiblema epibole epibolic epibolism epiboly epiboulangerite epibranchial epic epical epically epicalyx epicanthic epicanthus epicardia epicardiac epicardial epicardium epicarid epicaridan epicarp epicede epicedial epicedian epicedium epicele epicene epicenism epicenity epicenter epicentral epicentrum epicerebral epicheirema epichil epichile epichilium epichindrotic epichirema epichondrosis epichordal epichorial epichoric epichorion epichoristic epicism epicist epiclastic epicleidian epicleidium epiclesis epiclidal epiclinal epicly epicnemial epicoelar epicoele epicoelia epicoeliac epicoelian epicoeloma epicoelous epicolic epicondylar epicondyle epicondylian epicondylic epicontinental epicoracohumeral epicoracoid epicoracoidal epicormic epicorolline epicortical epicostal epicotyl epicotyleal epicotyledonary epicranial epicranium epicranius epicrisis epicritic epicrystalline epicure epicurish epicurishly epicycle epicyclic epicyclical epicycloid epicycloidal epicyemate epicyesis epicystotomy epicyte epideictic epideictical epideistic epidemic epidemical epidemically epidemicalness epidemicity epidemiographist epidemiography epidemiological epidemiologist epidemiology epidemy epidendral epidendric epiderm epiderma epidermal epidermatic epidermatoid epidermatous epidermic epidermical epidermically epidermidalization epidermis epidermization epidermoid epidermoidal epidermolysis epidermomycosis epidermophytosis epidermose epidermous epidesmine epidialogue epidiascope epidiascopic epidictic epidictical epididymal epididymectomy epididymis epididymite epididymitis epididymodeferentectomy epididymodeferential epididymovasostomy epidiorite epidiorthosis epidosite epidote epidotic epidotiferous epidotization epidural epidymides epifascial epifocal epifolliculitis epigamic epigaster epigastraeum epigastral epigastrial epigastric epigastrical epigastriocele epigastrium epigastrocele epigeal epigean epigeic epigene epigenesis epigenesist epigenetic epigenetically epigenic epigenist epigenous epigeous epiglottal epiglottic epiglottidean epiglottiditis epiglottis epiglottitis epignathous epigonal epigonation epigone epigonic epigonium epigonos epigonous epigram epigrammatic epigrammatical epigrammatically epigrammatism epigrammatist epigrammatize epigrammatizer epigraph epigrapher epigraphic epigraphical epigraphically epigraphist epigraphy epiguanine epigyne epigynous epigynum epigyny epihyal epihydric epihydrinic epikeia epiklesis epilabrum epilamellar epilaryngeal epilate epilation epilatory epilegomenon epilemma epilemmal epilepsy epileptic epileptically epileptiform epileptogenic epileptogenous epileptoid epileptologist epileptology epilimnion epilobe epilogation epilogic epilogical epilogist epilogistic epilogize epilogue epimacus epimandibular epimanikia epimer epimeral epimere epimeric epimeride epimerite epimeritic epimeron epimerum epimorphic epimorphosis epimysium epimyth epinaos epinastic epinastically epinasty epineolithic epinephrine epinette epineural epineurial epineurium epinglette epinicial epinician epinicion epinine epiopticon epiotic epipaleolithic epiparasite epiparodos epipastic epiperipheral epipetalous epiphanous epipharyngeal epipharynx epiphenomenal epiphenomenalism epiphenomenalist epiphenomenon epiphloedal epiphloedic epiphloeum epiphonema epiphora epiphragm epiphylline epiphyllous epiphysary epiphyseal epiphyseolysis epiphysial epiphysis epiphysitis epiphytal epiphyte epiphytic epiphytical epiphytically epiphytism epiphytology epiphytotic epiphytous epipial epiplankton epiplanktonic epiplasm epiplasmic epiplastral epiplastron epiplectic epipleura epipleural epiplexis epiploce epiplocele epiploic epiploitis epiploon epiplopexy epipodial epipodiale epipodite epipoditic epipodium epipolic epipolism epipolize epiprecoracoid epipteric epipterous epipterygoid epipubic epipubis epirhizous epirogenic epirogeny epirotulian epirrhema epirrhematic epirrheme episarcine episcenium episclera episcleral episcleritis episcopable episcopacy episcopal episcopalian episcopalism episcopality episcopally episcopate episcopature episcope episcopicide episcopization episcopize episcopolatry episcotister episematic episepalous episiocele episiohematoma episioplasty episiorrhagia episiorrhaphy episiostenosis episiotomy episkeletal episkotister episodal episode episodial episodic episodical episodically epispadiac epispadias epispastic episperm epispermic epispinal episplenitis episporangium epispore episporium epistapedial epistasis epistatic epistaxis epistemic epistemolog epistemological epistemologically epistemologist epistemology epistemonic epistemonical epistemophilia epistemophiliac epistemophilic episternal episternalia episternite episternum epistilbite epistlar epistle epistler epistolarian epistolarily epistolary epistolatory epistoler epistolet epistolic epistolical epistolist epistolizable epistolization epistolize epistolizer epistolographer epistolographic epistolographist epistolography epistoma epistomal epistome epistomian epistroma epistrophe epistropheal epistropheus epistrophic epistrophy epistylar epistyle episyllogism episynaloephe episynthetic episyntheton epitactic epitaph epitapher epitaphial epitaphian epitaphic epitaphical epitaphist epitaphize epitaphless epitasis epitela epitendineum epitenon epithalamia epithalamial epithalamiast epithalamic epithalamion epithalamium epithalamize epithalamus epithalamy epithalline epitheca epithecal epithecate epithecium epithelia epithelial epithelioblastoma epithelioceptor epitheliogenetic epithelioglandular epithelioid epitheliolysin epitheliolysis epitheliolytic epithelioma epitheliomatous epitheliomuscular epitheliosis epitheliotoxin epithelium epithelization epithelize epitheloid epithem epithesis epithet epithetic epithetical epithetically epithetician epithetize epitheton epithumetic epithyme epithymetic epithymetical epitimesis epitoke epitomator epitomatory epitome epitomic epitomical epitomically epitomist epitomization epitomize epitomizer epitonic epitonion epitoxoid epitrachelion epitrichial epitrichium epitrite epitritic epitrochlea epitrochlear epitrochoid epitrochoidal epitrope epitrophic epitrophy epituberculosis epituberculous epitympanic epitympanum epityphlitis epityphlon epiural epivalve epixylous epizeuxis epizoa epizoal epizoan epizoarian epizoic epizoicide epizoon epizootic epizootiology epoch epocha epochal epochally epochism epochist epode epodic epollicate eponychium eponym eponymic eponymism eponymist eponymize eponymous eponymus eponymy epoophoron epopee epopoean epopoeia epopoeist epopt epoptes epoptic epoptist epornitic epornitically epos epruinose epsilon epsomite epulary epulation epulis epulo epuloid epulosis epulotic epupillate epural epurate epuration epyllion equability equable equableness equably equaeval equal equalable equaling equalist equalitarian equalitarianism equality equalization equalize equalizer equalizing equalling equally equalness equangular equanimity equanimous equanimously equanimousness equant equatable equate equation equational equationally equationism equationist equator equatorial equatorially equatorward equatorwards equerry equerryship equestrial equestrian equestrianism equestrianize equestrianship equestrienne equianchorate equiangle equiangular equiangularity equianharmonic equiarticulate equiatomic equiaxed equiaxial equibalance equibiradiate equicellular equichangeable equicohesive equiconvex equicostate equicrural equicurve equid equidense equidensity equidiagonal equidifferent equidimensional equidistance equidistant equidistantial equidistantly equidistribution equidiurnal equidivision equidominant equidurable equielliptical equiexcellency equiform equiformal equiformity equiglacial equigranular equijacent equilateral equilaterally equilibrant equilibrate equilibration equilibrative equilibrator equilibratory equilibria equilibrial equilibriate equilibrio equilibrious equilibrist equilibristat equilibristic equilibrity equilibrium equilibrize equilobate equilobed equilocation equilucent equimodal equimolar equimolecular equimomental equimultiple equinate equine equinecessary equinely equinia equinity equinoctial equinoctially equinovarus equinox equinumerally equinus equiomnipotent equip equipaga equipage equiparant equiparate equiparation equipartile equipartisan equipartition equiped equipedal equiperiodic equipluve equipment equipoise equipollence equipollency equipollent equipollently equipollentness equiponderance equiponderancy equiponderant equiponderate equiponderation equipostile equipotent equipotential equipotentiality equipper equiprobabilism equiprobabilist equiprobability equiproducing equiproportional equiproportionality equiradial equiradiate equiradical equirotal equisegmented equisetaceous equisetic equisided equisignal equisized equison equisonance equisonant equispaced equispatial equisufficiency equisurface equitable equitableness equitably equitangential equitant equitation equitative equitemporal equitemporaneous equites equitist equitriangular equity equivalence equivalenced equivalency equivalent equivalently equivaliant equivalue equivaluer equivalve equivalved equivalvular equivelocity equivocacy equivocal equivocality equivocally equivocalness equivocate equivocatingly equivocation equivocator equivocatory equivoluminal equivoque equivorous equivote equoid equoidean equuleus er era erade eradiate eradiation eradicable eradicant eradicate eradication eradicative eradicator eradicatory eradiculose eral eranist erasable erase erased erasement eraser erasion erasure erbia erbium erd erdvark ere erect erectable erecter erectile erectility erecting erection erective erectly erectness erectopatent erector erelong eremacausis eremic eremital eremite eremiteship eremitic eremitical eremitish eremitism eremochaetous eremology eremophyte erenach erenow erepsin erept ereptase ereptic ereption erethic erethisia erethism erethismic erethistic erethitic erewhile erewhiles erg ergal ergamine ergasia ergasterion ergastic ergastoplasm ergastoplasmic ergastulum ergatandromorph ergatandromorphic ergatandrous ergatandry ergates ergatocracy ergatocrat ergatogyne ergatogynous ergatogyny ergatoid ergatomorph ergatomorphic ergatomorphism ergmeter ergodic ergogram ergograph ergographic ergoism ergology ergomaniac ergometer ergometric ergometrine ergon ergonovine ergophile ergophobia ergophobiac ergoplasm ergostat ergosterin ergosterol ergot ergotamine ergotaminine ergoted ergothioneine ergotic ergotin ergotinine ergotism ergotist ergotization ergotize ergotoxin ergotoxine ergusia eria eric ericaceous ericad erical ericetal ericeticolous ericetum erichthus erichtoid ericineous ericius ericoid ericolin ericophyte erigible eriglossate erika erikite erinaceous erineum erinite erinose eriocaulaceous erioglaucine eriometer erionite eriophyllous eristic eristical eristically erizo erlking ermelin ermine ermined erminee ermines erminites erminois erne erode eroded erodent erodible erogeneity erogenesis erogenetic erogenic erogenous erogeny eros erose erosely erosible erosion erosional erosionist erosive erostrate eroteme erotesis erotetic erotic erotica erotical erotically eroticism eroticize eroticomania erotism erotogenesis erotogenetic erotogenic erotogenicity erotomania erotomaniac erotopath erotopathic erotopathy erpetologist err errability errable errableness errabund errancy errand errant errantly errantness errantry errata erratic erratical erratically erraticalness erraticism erraticness erratum errhine erring erringly errite erroneous erroneously erroneousness error errorful errorist errorless ers ersatz erth erthen erthling erthly erubescence erubescent erubescite eruc eruca erucic eruciform erucin erucivorous eruct eructance eructation eructative eruction erudit erudite eruditely eruditeness eruditical erudition eruditional eruditionist erugate erugation erugatory erumpent erupt eruption eruptional eruptive eruptively eruptiveness eruptivity ervenholder eryhtrism eryngo erysipelas erysipelatoid erysipelatous erysipeloid erysipelous erythema erythematic erythematous erythemic erythrasma erythrean erythremia erythremomelalgia erythrene erythrin erythrine erythrismal erythristic erythrite erythritic erythritol erythroblast erythroblastic erythroblastosis erythrocarpous erythrocatalysis erythrochroic erythrochroism erythroclasis erythroclastic erythrocyte erythrocytic erythrocytoblast erythrocytolysin erythrocytolysis erythrocytolytic erythrocytometer erythrocytorrhexis erythrocytoschisis erythrocytosis erythrodegenerative erythrodermia erythrodextrin erythrogenesis erythrogenic erythroglucin erythrogonium erythroid erythrol erythrolein erythrolitmin erythrolysin erythrolysis erythrolytic erythromelalgia erythron erythroneocytosis erythronium erythropenia erythrophage erythrophagous erythrophilous erythrophleine erythrophobia erythrophore erythrophyll erythrophyllin erythropia erythroplastid erythropoiesis erythropoietic erythropsia erythropsin erythrorrhexis erythroscope erythrose erythrosiderite erythrosin erythrosinophile erythrosis erythroxylaceous erythroxyline erythrozincite erythrozyme erythrulose es esca escadrille escalade escalader escalado escalan escalate escalator escalin escalloniaceous escalop escaloped escambio escambron escapable escapade escapage escape escapee escapeful escapeless escapement escaper escapingly escapism escapist escarbuncle escargatoire escarole escarp escarpment eschalot eschar eschara escharine escharoid escharotic eschatocol eschatological eschatologist eschatology escheat escheatable escheatage escheatment escheator escheatorship eschew eschewal eschewance eschewer eschynite esclavage escoba escobadura escobilla escobita escolar esconson escopette escort escortage escortee escortment escribe escritoire escritorial escrol escropulo escrow escruage escudo esculent esculetin esculin escutcheon escutcheoned escutellate esdragol esemplastic esemplasy eseptate esere eserine esexual eshin esiphonal esker esmeraldite esne esoanhydride esocataphoria esociform esocyclic esodic esoenteritis esoethmoiditis esogastritis esonarthex esoneural esophagal esophagalgia esophageal esophagean esophagectasia esophagectomy esophagi esophagism esophagismus esophagitis esophago esophagocele esophagodynia esophagogastroscopy esophagogastrostomy esophagomalacia esophagometer esophagomycosis esophagopathy esophagoplasty esophagoplegia esophagoplication esophagoptosis esophagorrhagia esophagoscope esophagoscopy esophagospasm esophagostenosis esophagostomy esophagotome esophagotomy esophagus esophoria esophoric esoteric esoterica esoterical esoterically esotericism esotericist esoterics esoterism esoterist esoterize esotery esothyropexy esotrope esotropia esotropic espacement espadon espalier espantoon esparcet esparsette esparto espathate espave especial especially especialness esperance espial espichellite espier espinal espingole espinillo espino espionage esplanade esplees esponton espousal espouse espousement espouser espringal espundia espy esquamate esquamulose esquire esquirearchy esquiredom esquireship ess essang essay essayer essayette essayical essayish essayism essayist essayistic essayistical essaylet essed essence essency essentia essential essentialism essentialist essentiality essentialize essentially essentialness essenwood essexite essling essoin essoinee essoiner essoinment essonite essorant establish establishable established establisher establishment establishmentarian establishmentarianism establishmentism estacade estadal estadio estado estafette estafetted estamene estamp estampage estampede estampedero estate estatesman esteem esteemable esteemer ester esterase esterellite esteriferous esterification esterify esterization esterize esterlin esterling estevin esthematology estherian esthesia esthesio esthesioblast esthesiogen esthesiogenic esthesiogeny esthesiography esthesiology esthesiometer esthesiometric esthesiometry esthesioneurosis esthesiophysiology esthesis esthetology esthetophore esthiomene estimable estimableness estimably estimate estimatingly estimation estimative estimator estipulate estivage estival estivate estivation estivator estmark estoc estoile estop estoppage estoppel estovers estrade estradiol estradiot estragole estrange estrangedness estrangement estranger estrapade estray estre estreat estrepe estrepement estriate estriche estrin estriol estrogen estrogenic estrone estrous estrual estruate estruation estuarial estuarine estuary estufa estuous estus esugarization esurience esurient esuriently eta etaballi etacism etacist etalon etamine etch etcher etching eternal eternalism eternalist eternalization eternalize eternally eternalness eternity eternization eternize etesian ethal ethaldehyde ethanal ethanamide ethane ethanedial ethanediol ethanedithiol ethanethial ethanethiol ethanol ethanolamine ethanolysis ethanoyl ethel ethene ethenic ethenoid ethenoidal ethenol ethenyl etheostomoid ether etherate ethereal etherealism ethereality etherealization etherealize ethereally etherealness etherean ethered ethereous etheric etherification etheriform etherify etherin etherion etherism etherization etherize etherizer etherolate etherous ethic ethical ethicalism ethicality ethically ethicalness ethician ethicism ethicist ethicize ethicoaesthetic ethicophysical ethicopolitical ethicoreligious ethicosocial ethics ethid ethide ethidene ethine ethiodide ethionic ethiops ethmofrontal ethmoid ethmoidal ethmoiditis ethmolachrymal ethmolith ethmomaxillary ethmonasal ethmopalatal ethmopalatine ethmophysal ethmopresphenoidal ethmosphenoid ethmosphenoidal ethmoturbinal ethmoturbinate ethmovomer ethmovomerine ethmyphitis ethnal ethnarch ethnarchy ethnic ethnical ethnically ethnicism ethnicist ethnicize ethnicon ethnize ethnobiological ethnobiology ethnobotanic ethnobotanical ethnobotanist ethnobotany ethnocentric ethnocentrism ethnocracy ethnodicy ethnoflora ethnogenic ethnogeny ethnogeographer ethnogeographic ethnogeographical ethnogeographically ethnogeography ethnographer ethnographic ethnographical ethnographically ethnographist ethnography ethnologer ethnologic ethnological ethnologically ethnologist ethnology ethnomaniac ethnopsychic ethnopsychological ethnopsychology ethnos ethnotechnics ethnotechnography ethnozoological ethnozoology ethography etholide ethologic ethological ethology ethonomic ethonomics ethopoeia ethos ethoxide ethoxycaffeine ethoxyl ethrog ethyl ethylamide ethylamine ethylate ethylation ethylene ethylenediamine ethylenic ethylenimine ethylenoid ethylhydrocupreine ethylic ethylidene ethylidyne ethylin ethylmorphine ethylsulphuric ethyne ethynyl etiogenic etiolate etiolation etiolin etiolize etiological etiologically etiologist etiologue etiology etiophyllin etioporphyrin etiotropic etiotropically etiquette etiquettical etna ettle etua etude etui etym etymic etymography etymologer etymologic etymological etymologically etymologicon etymologist etymologization etymologize etymology etymon etymonic etypic etypical etypically eu euangiotic euaster eubacterium eucaine eucairite eucalypt eucalypteol eucalyptian eucalyptic eucalyptography eucalyptol eucalyptole eucalyptus eucatropine eucephalous eucharistial eucharistic eucharistical eucharistically eucharistize euchlorhydria euchloric euchlorine euchological euchologion euchology euchre euchred euchroic euchroite euchromatic euchromatin euchrome euchromosome euchrone euclase eucolite eucone euconic eucosmid eucrasia eucrasite eucrasy eucrite eucryphiaceous eucryptite eucrystalline euctical eucyclic eudaemon eudaemonia eudaemonic eudaemonical eudaemonics eudaemonism eudaemonist eudaemonistic eudaemonistical eudaemonistically eudaemonize eudaemony eudaimonia eudaimonism eudaimonist eudiagnostic eudialyte eudiaphoresis eudidymite eudiometer eudiometric eudiometrical eudiometrically eudiometry eudipleural euge eugenesic eugenesis eugenetic eugenic eugenical eugenically eugenicist eugenics eugenism eugenist eugenol eugenolate eugeny euglenoid euglobulin eugranitic euharmonic euhedral euhemerism euhemerist euhemeristic euhemeristically euhemerize euhyostylic euhyostyly euktolite eulachon eulalia eulamellibranch eulogia eulogic eulogical eulogically eulogious eulogism eulogist eulogistic eulogistical eulogistically eulogium eulogization eulogize eulogizer eulogy eulysite eulytine eulytite eumenid eumenorrhea eumerism eumeristic eumerogenesis eumerogenetic eumeromorph eumeromorphic eumitosis eumitotic eumoiriety eumoirous eumorphous eumycete eumycetic eunicid eunomy eunuch eunuchal eunuchism eunuchize eunuchoid eunuchoidism eunuchry euomphalid euonym euonymin euonymous euonymy euornithic euosmite euouae eupad eupathy eupatoriaceous eupatorin eupatory eupatrid eupatridae eupepsia eupepsy eupeptic eupepticism eupepticity euphausiid euphemian euphemious euphemiously euphemism euphemist euphemistic euphemistical euphemistically euphemize euphemizer euphemous euphemy euphon euphone euphonetic euphonetics euphonia euphonic euphonical euphonically euphonicalness euphonious euphoniously euphoniousness euphonism euphonium euphonize euphonon euphonous euphony euphonym euphorbiaceous euphorbium euphoria euphoric euphory euphrasy euphroe euphuism euphuist euphuistic euphuistical euphuistically euphuize eupione eupittonic euplastic euploid euploidy eupnea eupolyzoan eupractic eupraxia eupsychics eupyrchroite eupyrene eupyrion eureka eurhodine eurhodol euripus eurite eurobin europium euryalean euryalidan eurybathic eurybenthic eurycephalic eurycephalous eurygnathic eurygnathism eurygnathous euryhaline eurylaimoid euryon euryprognathous euryprosopic eurypterid eurypteroid eurypylous euryscope eurystomatous eurythermal eurythermic eurythmic eurythmical eurythmics eurythmy eurytomid euryzygous eusol eusporangiate eustachium eustatic eustomatous eustyle eusuchian eusynchite eutannin eutaxic eutaxite eutaxitic eutaxy eutechnic eutechnics eutectic eutectoid eutexia euthanasia euthanasy euthenics euthenist eutherian euthermic euthycomic euthyneural euthyneurous euthytatic euthytropic eutomous eutony eutrophic eutrophy eutropic eutropous euxanthate euxanthic euxanthone euxenite evacuant evacuate evacuation evacuative evacuator evacue evacuee evadable evade evader evadingly evagation evaginable evaginate evagination evaluable evaluate evaluation evaluative evalue evanesce evanescence evanescency evanescent evanescently evanescible evangel evangelary evangelian evangeliarium evangeliary evangelical evangelicalism evangelicality evangelically evangelicalness evangelican evangelicism evangelicity evangelion evangelism evangelist evangelistarion evangelistarium evangelistary evangelistic evangelistically evangelistics evangelistship evangelium evangelization evangelize evangelizer evanish evanishment evanition evansite evaporability evaporable evaporate evaporation evaporative evaporativity evaporator evaporimeter evaporize evaporometer evase evasible evasion evasional evasive evasively evasiveness eve evechurr evection evectional evejar evelight evelong even evenblush evendown evener evenfall evenforth evenglow evenhanded evenhandedly evenhandedness evening evenlight evenlong evenly evenmete evenminded evenmindedness evenness evens evensong event eventful eventfully eventfulness eventide eventime eventless eventlessly eventlessness eventognath eventognathous eventration eventual eventuality eventualize eventually eventuate eventuation evenwise evenworthy eveque ever everbearer everbearing everbloomer everblooming everduring everglade evergreen evergreenery evergreenite everlasting everlastingly everlastingness everliving evermore evernioid eversible eversion eversive eversporting evert evertebral evertebrate evertile evertor everwhich everwho every everybody everyday everydayness everyhow everylike everyman everyness everyone everything everywhen everywhence everywhere everywhereness everywheres everywhither evestar evetide eveweed evict eviction evictor evidence evidencive evident evidential evidentially evidentiary evidently evidentness evil evildoer evilhearted evilly evilmouthed evilness evilproof evilsayer evilspeaker evilspeaking evilwishing evince evincement evincible evincibly evincingly evincive evirate eviration eviscerate evisceration evisite evitable evitate evitation evittate evocable evocate evocation evocative evocatively evocator evocatory evocatrix evoe evoke evoker evolute evolution evolutional evolutionally evolutionary evolutionism evolutionist evolutionize evolutive evolutoid evolvable evolve evolvement evolvent evolver evovae evulgate evulgation evulse evulsion evzone ewder ewe ewelease ewer ewerer ewery ewry ex exacerbate exacerbation exacerbescence exacerbescent exact exactable exacter exacting exactingly exactingness exaction exactitude exactive exactiveness exactly exactment exactness exactor exactress exadversum exaggerate exaggerated exaggeratedly exaggerating exaggeratingly exaggeration exaggerative exaggeratively exaggerativeness exaggerator exaggeratory exagitate exagitation exairesis exalate exalbuminose exalbuminous exallotriote exalt exaltation exaltative exalted exaltedly exaltedness exalter exam examen examinability examinable examinant examinate examination examinational examinationism examinationist examinative examinator examinatorial examinatory examine examinee examiner examinership examining examiningly example exampleless exampleship exanimate exanimation exanthem exanthema exanthematic exanthematous exappendiculate exarate exaration exarch exarchal exarchate exarchateship exarchist exarchy exareolate exarillate exaristate exarteritis exarticulate exarticulation exasperate exasperated exasperatedly exasperater exasperating exasperatingly exasperation exasperative exaspidean exaugurate exauguration excalate excalation excalcarate excalceate excalceation excamb excamber excambion excandescence excandescency excandescent excantation excarnate excarnation excathedral excaudate excavate excavation excavationist excavator excavatorial excavatory excave excecate excecation excedent exceed exceeder exceeding exceedingly exceedingness excel excelente excellence excellency excellent excellently excelsin excelsior excelsitude excentral excentric excentrical excentricity except exceptant excepting exception exceptionable exceptionableness exceptionably exceptional exceptionality exceptionally exceptionalness exceptionary exceptionless exceptious exceptiousness exceptive exceptively exceptiveness exceptor excerebration excerpt excerptible excerption excerptive excerptor excess excessive excessively excessiveness excessman exchange exchangeability exchangeable exchangeably exchanger exchequer excide excipient exciple excipular excipule excipuliform excipulum excircle excisable excise exciseman excisemanship excision excisor excitability excitable excitableness excitancy excitant excitation excitative excitator excitatory excite excited excitedly excitedness excitement exciter exciting excitingly excitive excitoglandular excitometabolic excitomotion excitomotor excitomotory excitomuscular excitonutrient excitor excitory excitosecretory excitovascular exclaim exclaimer exclaiming exclaimingly exclamation exclamational exclamative exclamatively exclamatorily exclamatory exclave exclosure excludable exclude excluder excluding excludingly exclusion exclusionary exclusioner exclusionism exclusionist exclusive exclusively exclusiveness exclusivism exclusivist exclusivity exclusory excogitable excogitate excogitation excogitative excogitator excommunicable excommunicant excommunicate excommunication excommunicative excommunicator excommunicatory exconjugant excoriable excoriate excoriation excoriator excorticate excortication excrement excremental excrementary excrementitial excrementitious excrementitiously excrementitiousness excrementive excresce excrescence excrescency excrescent excrescential excreta excretal excrete excreter excretes excretion excretionary excretitious excretive excretory excriminate excruciable excruciate excruciating excruciatingly excruciation excruciator excubant excudate exculpable exculpate exculpation exculpative exculpatorily exculpatory excurrent excurse excursion excursional excursionary excursioner excursionism excursionist excursionize excursive excursively excursiveness excursory excursus excurvate excurvated excurvation excurvature excurved excusability excusable excusableness excusably excusal excusative excusator excusatory excuse excuseful excusefully excuseless excuser excusing excusingly excusive excuss excyst excystation excysted excystment exdelicto exdie exeat execrable execrableness execrably execrate execration execrative execratively execrator execratory executable executancy executant execute executed executer execution executional executioneering executioner executioneress executionist executive executively executiveness executiveship executor executorial executorship executory executress executrices executrix executrixship executry exedent exedra exegeses exegesis exegesist exegete exegetic exegetical exegetically exegetics exegetist exemplar exemplaric exemplarily exemplariness exemplarism exemplarity exemplary exemplifiable exemplification exemplificational exemplificative exemplificator exemplifier exemplify exempt exemptible exemptile exemption exemptionist exemptive exencephalia exencephalic exencephalous exencephalus exendospermic exendospermous exenterate exenteration exequatur exequial exequy exercisable exercise exerciser exercitant exercitation exercitor exercitorial exercitorian exeresis exergual exergue exert exertion exertionless exertive exes exeunt exfiguration exfigure exfiltration exflagellate exflagellation exflect exfodiate exfodiation exfoliate exfoliation exfoliative exfoliatory exgorgitation exhalable exhalant exhalation exhalatory exhale exhaust exhausted exhaustedly exhaustedness exhauster exhaustibility exhaustible exhausting exhaustingly exhaustion exhaustive exhaustively exhaustiveness exhaustless exhaustlessly exhaustlessness exheredate exheredation exhibit exhibitable exhibitant exhibiter exhibition exhibitional exhibitioner exhibitionism exhibitionist exhibitionistic exhibitionize exhibitive exhibitively exhibitor exhibitorial exhibitorship exhibitory exhilarant exhilarate exhilarating exhilaratingly exhilaration exhilarative exhilarator exhilaratory exhort exhortation exhortative exhortatively exhortator exhortatory exhorter exhortingly exhumate exhumation exhumator exhumatory exhume exhumer exigence exigency exigent exigenter exigently exigible exiguity exiguous exiguously exiguousness exilarch exilarchate exile exiledom exilement exiler exilian exilic exility eximious eximiously eximiousness exinanite exinanition exindusiate exinguinal exist existability existence existent existential existentialism existentialist existentialistic existentialize existentially existently exister existibility existible existlessness exit exite exition exitus exlex exmeridian exoarteritis exoascaceous exocannibalism exocardia exocardiac exocardial exocarp exocataphoria exoccipital exocentric exochorion exoclinal exocline exocoelar exocoele exocoelic exocoelom exocolitis exocone exocrine exoculate exoculation exocyclic exode exoderm exodermis exodic exodist exodontia exodontist exodos exodromic exodromy exodus exody exoenzyme exoenzymic exoerythrocytic exogamic exogamous exogamy exogastric exogastrically exogastritis exogen exogenetic exogenic exogenous exogenously exogeny exognathion exognathite exolemma exometritis exomion exomis exomologesis exomorphic exomorphism exomphalos exomphalous exomphalus exon exonarthex exoner exonerate exoneration exonerative exonerator exoneural exonship exopathic exoperidium exophagous exophagy exophasia exophasic exophoria exophoric exophthalmic exophthalmos exoplasm exopod exopodite exopoditic exopterygotic exopterygotism exopterygotous exorability exorable exorableness exorbital exorbitance exorbitancy exorbitant exorbitantly exorbitate exorbitation exorcisation exorcise exorcisement exorciser exorcism exorcismal exorcisory exorcist exorcistic exorcistical exordia exordial exordium exordize exorganic exorhason exormia exornation exosepsis exoskeletal exoskeleton exosmic exosmose exosmosis exosmotic exosperm exosporal exospore exosporium exosporous exostome exostosed exostosis exostotic exostra exostracism exostracize exoteric exoterical exoterically exotericism exoterics exotheca exothecal exothecate exothecium exothermal exothermic exothermous exotic exotically exoticalness exoticism exoticist exoticity exoticness exotism exotospore exotoxic exotoxin exotropia exotropic exotropism expalpate expand expanded expandedly expandedness expander expanding expandingly expanse expansibility expansible expansibleness expansibly expansile expansion expansional expansionary expansionism expansionist expansive expansively expansiveness expansivity expansometer expansure expatiate expatiater expatiatingly expatiation expatiative expatiator expatiatory expatriate expatriation expect expectable expectance expectancy expectant expectantly expectation expectative expectedly expecter expectingly expective expectorant expectorate expectoration expectorative expectorator expede expediate expedience expediency expedient expediential expedientially expedientist expediently expeditate expeditation expedite expedited expeditely expediteness expediter expedition expeditionary expeditionist expeditious expeditiously expeditiousness expel expellable expellant expellee expeller expend expendability expendable expender expendible expenditor expenditrix expenditure expense expenseful expensefully expensefulness expenseless expensilation expensive expensively expensiveness expenthesis expergefacient expergefaction experience experienceable experienced experienceless experiencer experiencible experient experiential experientialism experientialist experientially experiment experimental experimentalism experimentalist experimentalize experimentally experimentarian experimentation experimentative experimentator experimented experimentee experimenter experimentist experimentize experimently expert expertism expertize expertly expertness expertship expiable expiate expiation expiational expiatist expiative expiator expiatoriness expiatory expilate expilation expilator expirable expirant expirate expiration expirator expiratory expire expiree expirer expiring expiringly expiry expiscate expiscation expiscator expiscatory explain explainable explainer explaining explainingly explanate explanation explanative explanatively explanator explanatorily explanatoriness explanatory explant explantation explement explemental expletive expletively expletiveness expletory explicable explicableness explicate explication explicative explicatively explicator explicatory explicit explicitly explicitness explodable explode exploded explodent exploder exploit exploitable exploitage exploitation exploitationist exploitative exploiter exploitive exploiture explorable exploration explorational explorative exploratively explorativeness explorator exploratory explore explorement explorer exploring exploringly explosibility explosible explosion explosionist explosive explosively explosiveness expone exponence exponency exponent exponential exponentially exponentiation exponible export exportability exportable exportation exporter exposal expose exposed exposedness exposer exposit exposition expositional expositionary expositive expositively expositor expositorial expositorially expositorily expositoriness expository expositress expostulate expostulating expostulatingly expostulation expostulative expostulatively expostulator expostulatory exposure expound expoundable expounder express expressable expressage expressed expresser expressibility expressible expressibly expression expressionable expressional expressionful expressionism expressionist expressionistic expressionless expressionlessly expressionlessness expressive expressively expressiveness expressivism expressivity expressless expressly expressman expressness expressway exprimable exprobrate exprobration exprobratory expromission expromissor expropriable expropriate expropriation expropriator expugn expugnable expuition expulsatory expulse expulser expulsion expulsionist expulsive expulsory expunction expunge expungeable expungement expunger expurgate expurgation expurgative expurgator expurgatorial expurgatory expurge exquisite exquisitely exquisiteness exquisitism exquisitively exradio exradius exrupeal exsanguinate exsanguination exsanguine exsanguineous exsanguinity exsanguinous exsanguious exscind exscissor exscriptural exsculptate exscutellate exsect exsectile exsection exsector exsequatur exsert exserted exsertile exsertion exship exsibilate exsibilation exsiccant exsiccatae exsiccate exsiccation exsiccative exsiccator exsiliency exsomatic exspuition exsputory exstipulate exstrophy exsuccous exsuction exsufflate exsufflation exsufflicate exsurge exsurgent extant extemporal extemporally extemporalness extemporaneity extemporaneous extemporaneously extemporaneousness extemporarily extemporariness extemporary extempore extemporization extemporize extemporizer extend extended extendedly extendedness extender extendibility extendible extending extense extensibility extensible extensibleness extensile extensimeter extension extensional extensionist extensity extensive extensively extensiveness extensometer extensor extensory extensum extent extenuate extenuating extenuatingly extenuation extenuative extenuator extenuatory exter exterior exteriorate exterioration exteriority exteriorization exteriorize exteriorly exteriorness exterminable exterminate extermination exterminative exterminator exterminatory exterminatress exterminatrix exterminist extern external externalism externalist externalistic externality externalization externalize externally externals externate externation externe externity externization externize externomedian externum exteroceptist exteroceptive exteroceptor exterraneous exterrestrial exterritorial exterritoriality exterritorialize exterritorially extima extinct extinction extinctionist extinctive extinctor extine extinguish extinguishable extinguishant extinguished extinguisher extinguishment extipulate extirpate extirpation extirpationist extirpative extirpator extirpatory extispex extispicious extispicy extogenous extol extoll extollation extoller extollingly extollment extolment extoolitic extorsive extorsively extort extorter extortion extortionary extortionate extortionately extortioner extortionist extortive extra extrabold extrabranchial extrabronchial extrabuccal extrabulbar extrabureau extraburghal extracalendar extracalicular extracanonical extracapsular extracardial extracarpal extracathedral extracellular extracellularly extracerebral extracivic extracivically extraclassroom extraclaustral extracloacal extracollegiate extracolumella extraconscious extraconstellated extraconstitutional extracorporeal extracorpuscular extracosmic extracosmical extracostal extracranial extract extractable extractant extracted extractible extractiform extraction extractive extractor extractorship extracultural extracurial extracurricular extracurriculum extracutaneous extracystic extradecretal extradialectal extraditable extradite extradition extradomestic extrados extradosed extradotal extraduction extradural extraembryonic extraenteric extraepiphyseal extraequilibrium extraessential extraessentially extrafascicular extrafloral extrafocal extrafoliaceous extraforaneous extraformal extragalactic extragastric extrait extrajudicial extrajudicially extralateral extralite extrality extramarginal extramatrical extramedullary extramental extrameridian extrameridional extrametaphysical extrametrical extrametropolitan extramodal extramolecular extramorainal extramorainic extramoral extramoralist extramundane extramural extramurally extramusical extranational extranatural extranean extraneity extraneous extraneously extraneousness extranidal extranormal extranuclear extraocular extraofficial extraoral extraorbital extraorbitally extraordinarily extraordinariness extraordinary extraorganismal extraovate extraovular extraparenchymal extraparental extraparietal extraparliamentary extraparochial extraparochially extrapatriarchal extrapelvic extraperineal extraperiodic extraperiosteal extraperitoneal extraphenomenal extraphysical extraphysiological extrapituitary extraplacental extraplanetary extrapleural extrapoetical extrapolar extrapolate extrapolation extrapolative extrapolator extrapopular extraprofessional extraprostatic extraprovincial extrapulmonary extrapyramidal extraquiz extrared extraregarding extraregular extraregularly extrarenal extraretinal extrarhythmical extrasacerdotal extrascholastic extraschool extrascientific extrascriptural extrascripturality extrasensible extrasensory extrasensuous extraserous extrasocial extrasolar extrasomatic extraspectral extraspherical extraspinal extrastapedial extrastate extrasterile extrastomachal extrasyllabic extrasyllogistic extrasyphilitic extrasystole extrasystolic extratabular extratarsal extratellurian extratelluric extratemporal extratension extratensive extraterrene extraterrestrial extraterritorial extraterritoriality extraterritorially extrathecal extratheistic extrathermodynamic extrathoracic extratorrid extratracheal extratribal extratropical extratubal extratympanic extrauterine extravagance extravagancy extravagant extravagantly extravagantness extravaganza extravagate extravaginal extravasate extravasation extravascular extraventricular extraversion extravert extravillar extraviolet extravisceral extrazodiacal extreme extremeless extremely extremeness extremism extremist extremistic extremital extremity extricable extricably extricate extricated extrication extrinsic extrinsical extrinsicality extrinsically extrinsicalness extrinsicate extrinsication extroitive extropical extrorsal extrorse extrorsely extrospect extrospection extrospective extroversion extroversive extrovert extrovertish extrude extruder extruding extrusile extrusion extrusive extrusory extubate extubation extumescence extund extusion exuberance exuberancy exuberant exuberantly exuberantness exuberate exuberation exudate exudation exudative exude exudence exulcerate exulceration exulcerative exulceratory exult exultance exultancy exultant exultantly exultation exultet exultingly exululate exumbral exumbrella exumbrellar exundance exundancy exundate exundation exuviability exuviable exuviae exuvial exuviate exuviation exzodiacal ey eyah eyalet eyas eye eyeball eyebalm eyebar eyebeam eyeberry eyeblink eyebolt eyebree eyebridled eyebright eyebrow eyecup eyed eyedness eyedot eyedrop eyeflap eyeful eyeglance eyeglass eyehole eyelash eyeless eyelessness eyelet eyeleteer eyeletter eyelid eyelight eyelike eyeline eyemark eyen eyepiece eyepit eyepoint eyer eyereach eyeroot eyesalve eyeseed eyeservant eyeserver eyeservice eyeshade eyeshield eyeshot eyesight eyesome eyesore eyespot eyestalk eyestone eyestrain eyestring eyetooth eyewaiter eyewash eyewater eyewear eyewink eyewinker eyewitness eyewort eyey eying eyn eyne eyot eyoty eyra eyre eyrie eyrir ezba f fa fabaceous fabella fabes fabiform fable fabled fabledom fableist fableland fablemaker fablemonger fablemongering fabler fabliau fabling fabric fabricant fabricate fabrication fabricative fabricator fabricatress fabrikoid fabular fabulist fabulosity fabulous fabulously fabulousness faburden facadal facade face faceable facebread facecloth faced faceless facellite facemaker facemaking faceman facemark facepiece faceplate facer facet facete faceted facetely faceteness facetiae facetiation facetious facetiously facetiousness facewise facework facia facial facially faciation faciend facient facies facile facilely facileness facilitate facilitation facilitative facilitator facility facing facingly facinorous facinorousness faciobrachial faciocervical faciolingual facioplegia facioscapulohumeral fack fackeltanz fackings fackins facks facsimile facsimilist facsimilize fact factable factabling factful facticide faction factional factionalism factionary factioneer factionist factionistism factious factiously factiousness factish factitial factitious factitiously factitive factitively factitude factive factor factorability factorable factorage factordom factoress factorial factorially factorist factorization factorize factorship factory factoryship factotum factrix factual factuality factually factualness factum facture facty facula facular faculous facultate facultative facultatively facultied facultize faculty facund facy fad fadable faddiness faddish faddishness faddism faddist faddle faddy fade fadeaway faded fadedly fadedness fadeless faden fader fadge fading fadingly fadingness fadmonger fadmongering fadmongery fadridden fady fae faerie faery faeryland faff faffle faffy fag fagaceous fagald fage fager fagger faggery fagging faggingly fagine fagopyrism fagopyrismus fagot fagoter fagoting fagottino fagottist fagoty faham fahlerz fahlore fahlunite faience fail failing failingly failingness faille failure fain fainaigue fainaiguer faineance faineancy faineant faineantism fainly fainness fains faint fainter faintful faintheart fainthearted faintheartedly faintheartedness fainting faintingly faintish faintishness faintly faintness faints fainty faipule fair fairer fairfieldite fairgoer fairgoing fairgrass fairground fairily fairing fairish fairishly fairkeeper fairlike fairling fairly fairm fairness fairstead fairtime fairwater fairway fairy fairydom fairyfolk fairyhood fairyish fairyism fairyland fairylike fairyologist fairyology fairyship faith faithbreach faithbreaker faithful faithfully faithfulness faithless faithlessly faithlessness faithwise faithworthiness faithworthy faitour fake fakement faker fakery fakiness fakir fakirism faky falanaka falbala falcade falcate falcated falcation falcer falces falchion falcial falciform falciparum falcon falconbill falconelle falconer falconet falconine falconlike falconoid falconry falcopern falcula falcular falculate faldage falderal faldfee faldstool fall fallace fallacious fallaciously fallaciousness fallacy fallage fallation fallaway fallback fallectomy fallen fallenness faller fallfish fallibility fallible fallibleness fallibly falling fallostomy fallotomy fallow fallowist fallowness falltime fallway fally falsary false falsehearted falseheartedly falseheartedness falsehood falsely falsen falseness falser falsettist falsetto falsework falsidical falsie falsifiable falsificate falsification falsificator falsifier falsify falsism faltboat faltche falter falterer faltering falteringly falutin falx fam famatinite famble fame fameflower fameful fameless famelessly famelessness fameworthy familia familial familiar familiarism familiarity familiarization familiarize familiarizer familiarizingly familiarly familiarness familism familist familistery familistic familistical family familyish famine famish famishment famous famously famousness famulary famulus fan fana fanal fanam fanatic fanatical fanatically fanaticalness fanaticism fanaticize fanback fanbearer fanciable fancical fancied fancier fanciful fancifully fancifulness fancify fanciless fancy fancymonger fancysick fancywork fand fandangle fandango fandom fanega fanegada fanfarade fanfare fanfaron fanfaronade fanfaronading fanflower fanfoot fang fanged fangle fangled fanglement fangless fanglet fanglomerate fangot fangy fanhouse faniente fanion fanioned fanlight fanlike fanmaker fanmaking fanman fannel fanner fannier fanning fanon fant fantail fantasia fantasie fantasied fantasist fantasque fantassin fantast fantastic fantastical fantasticality fantastically fantasticalness fantasticate fantastication fantasticism fantasticly fantasticness fantastico fantastry fantasy fantigue fantoccini fantocine fantod fantoddish fanweed fanwise fanwork fanwort fanwright faon far farad faradaic faraday faradic faradism faradization faradize faradizer faradmeter faradocontractility faradomuscular faradonervous faradopalpation farandole farasula faraway farawayness farce farcelike farcer farcetta farcial farcialize farcical farcicality farcically farcicalness farcied farcify farcing farcinoma farcist farctate farcy farde fardel fardelet fardh fardo fare farer farewell farfara farfel farfetched farfetchedness fargoing fargood farina farinaceous farinaceously faring farinometer farinose farinosely farinulent farish farkleberry farl farleu farm farmable farmage farmer farmeress farmerette farmerlike farmership farmery farmhold farmhouse farmhousey farming farmost farmplace farmstead farmsteading farmtown farmy farmyard farmyardy farnesol farness faro farolito farraginous farrago farrand farrandly farrantly farreate farreation farrier farrierlike farriery farrisite farrow farruca farsalah farse farseeing farseeingness farseer farset farsighted farsightedly farsightedness farther farthermost farthest farthing farthingale farthingless farweltered fasces fascet fascia fascial fasciate fasciated fasciately fasciation fascicle fascicled fascicular fascicularly fasciculate fasciculated fasciculately fasciculation fascicule fasciculus fascinate fascinated fascinatedly fascinating fascinatingly fascination fascinative fascinator fascinatress fascine fascinery fasciodesis fasciola fasciolar fasciole fasciolet fascioliasis fascioloid fascioplasty fasciotomy fascis fascism fascist fascisticization fascisticize fascistization fascistize fash fasher fashery fashion fashionability fashionable fashionableness fashionably fashioned fashioner fashionist fashionize fashionless fashionmonger fashionmonging fashious fashiousness fasibitikite fasinite fass fassalite fast fasten fastener fastening faster fastgoing fasthold fastidiosity fastidious fastidiously fastidiousness fastidium fastigate fastigated fastigiate fastigium fasting fastingly fastish fastland fastness fastuous fastuously fastuousness fastus fat fatal fatalism fatalist fatalistic fatalistically fatality fatalize fatally fatalness fatbird fatbrained fate fated fateful fatefully fatefulness fatelike fathead fatheaded fatheadedness fathearted father fathercraft fathered fatherhood fatherland fatherlandish fatherless fatherlessness fatherlike fatherliness fatherling fatherly fathership fathmur fathom fathomable fathomage fathomer fathomless fathomlessly fathomlessness fatidic fatidical fatidically fatiferous fatigability fatigable fatigableness fatigue fatigueless fatiguesome fatiguing fatiguingly fatiha fatil fatiloquent fatiscence fatiscent fatless fatling fatly fatness fatsia fattable fatten fattenable fattener fatter fattily fattiness fattish fattishness fattrels fatty fatuism fatuitous fatuitousness fatuity fatuoid fatuous fatuously fatuousness fatwood faucal faucalize fauces faucet fauchard faucial faucitis faucre faugh faujasite fauld fault faultage faulter faultfind faultfinder faultfinding faultful faultfully faultily faultiness faulting faultless faultlessly faultlessness faultsman faulty faun faunal faunally faunated faunish faunist faunistic faunistical faunistically faunlike faunological faunology faunule fause faussebraie faussebrayed faust fauterer fautor fautorship fauve favaginous favella favellidium favelloid faveolate faveolus faviform favilla favillous favism favissa favn favonian favor favorable favorableness favorably favored favoredly favoredness favorer favoress favoring favoringly favorite favoritism favorless favose favosely favosite favositoid favous favus fawn fawner fawnery fawning fawningly fawningness fawnlike fawnskin fawny fay fayalite fayles faze fazenda fe feaberry feague feak feal fealty fear fearable feared fearedly fearedness fearer fearful fearfully fearfulness fearingly fearless fearlessly fearlessness fearnought fearsome fearsomely fearsomeness feasance feasibility feasible feasibleness feasibly feasor feast feasten feaster feastful feastfully feastless feat feather featherback featherbed featherbedding featherbird featherbone featherbrain featherbrained featherdom feathered featheredge featheredged featherer featherfew featherfoil featherhead featherheaded featheriness feathering featherleaf featherless featherlessness featherlet featherlike featherman feathermonger featherpate featherpated featherstitch featherstitching feathertop featherway featherweed featherweight featherwing featherwise featherwood featherwork featherworker feathery featliness featly featness featous featural featurally feature featured featureful featureless featureliness featurely featy feaze feazings febricant febricide febricity febricula febrifacient febriferous febrific febrifugal febrifuge febrile febrility februation fecal fecalith fecaloid feces feck feckful feckfully feckless fecklessly fecklessness feckly fecula feculence feculency feculent fecund fecundate fecundation fecundative fecundator fecundatory fecundify fecundity fecundize fed feddan federacy federal federalism federalist federalization federalize federally federalness federate federation federationist federatist federative federatively federator fee feeable feeble feeblebrained feeblehearted feebleheartedly feebleheartedness feebleness feebling feeblish feebly feed feedable feedback feedbin feedboard feedbox feeder feedhead feeding feedman feedsman feedstuff feedway feedy feel feelable feeler feeless feeling feelingful feelingless feelinglessly feelingly feelingness feer feere feering feetage feetless feeze fefnicute fegary fei feif feigher feign feigned feignedly feignedness feigner feigning feigningly feil feint feis feist feisty feldsher feldspar feldsparphyre feldspathic feldspathization feldspathoid felicide felicific felicitate felicitation felicitator felicitous felicitously felicitousness felicity felid feliform feline felinely felineness felinity felinophile felinophobe fell fellable fellage fellah fellaheen fellahin fellatio fellation fellen feller fellic felliducous fellifluous felling fellingbird fellinic fellmonger fellmongering fellmongery fellness felloe fellow fellowcraft fellowess fellowheirship fellowless fellowlike fellowship fellside fellsman felly feloid felon feloness felonious feloniously feloniousness felonry felonsetter felonsetting felonweed felonwood felonwort felony fels felsite felsitic felsobanyite felsophyre felsophyric felsosphaerite felstone felt felted felter felting feltlike feltmaker feltmaking feltmonger feltness feltwork feltwort felty feltyfare felucca felwort female femalely femaleness femality femalize feme femerell femic femicide feminacy feminal feminality feminate femineity feminie feminility feminin feminine femininely feminineness femininism femininity feminism feminist feministic feministics feminity feminization feminize feminologist feminology feminophobe femora femoral femorocaudal femorocele femorococcygeal femorofibular femoropopliteal femororotulian femorotibial femur fen fenbank fenberry fence fenceful fenceless fencelessness fencelet fenceplay fencer fenceress fenchene fenchone fenchyl fencible fencing fend fendable fender fendering fenderless fendillate fendillation fendy feneration fenestella fenestra fenestral fenestrate fenestrated fenestration fenestrato fenestrule fenite fenks fenland fenlander fenman fennec fennel fennelflower fennig fennish fenny fenouillet fensive fent fenter fenugreek feod feodal feodality feodary feodatory feoff feoffee feoffeeship feoffment feoffor feower feracious feracity feral feralin ferash ferberite ferdwit feretory feretrum ferfathmur ferfet ferganite fergusite fergusonite feria ferial feridgi ferie ferine ferinely ferineness ferity ferk ferling ferly fermail ferme ferment fermentability fermentable fermentarian fermentation fermentative fermentatively fermentativeness fermentatory fermenter fermentescible fermentitious fermentive fermentology fermentor fermentum fermerer fermery fermila fermorite fern fernandinite fernbird fernbrake ferned fernery ferngale ferngrower fernland fernleaf fernless fernlike fernshaw fernsick ferntickle ferntickled fernwort ferny ferocious ferociously ferociousness ferocity feroher ferrado ferrament ferrate ferrated ferrateen ferratin ferrean ferreous ferret ferreter ferreting ferretto ferrety ferri ferriage ferric ferrichloride ferricyanate ferricyanhydric ferricyanic ferricyanide ferricyanogen ferrier ferriferous ferrihydrocyanic ferriprussiate ferriprussic ferrite ferritization ferritungstite ferrivorous ferroalloy ferroaluminum ferroboron ferrocalcite ferrocerium ferrochrome ferrochromium ferroconcrete ferroconcretor ferrocyanate ferrocyanhydric ferrocyanic ferrocyanide ferrocyanogen ferroglass ferrogoslarite ferrohydrocyanic ferroinclave ferromagnesian ferromagnetic ferromagnetism ferromanganese ferromolybdenum ferronatrite ferronickel ferrophosphorus ferroprint ferroprussiate ferroprussic ferrosilicon ferrotitanium ferrotungsten ferrotype ferrotyper ferrous ferrovanadium ferrozirconium ferruginate ferrugination ferruginean ferruginous ferrule ferruler ferrum ferruminate ferrumination ferry ferryboat ferryhouse ferryman ferryway ferthumlungur fertile fertilely fertileness fertility fertilizable fertilization fertilizational fertilize fertilizer feru ferula ferulaceous ferule ferulic fervanite fervency fervent fervently ferventness fervescence fervescent fervid fervidity fervidly fervidness fervor fervorless fescenninity fescue fess fessely fesswise fest festal festally fester festerment festilogy festinance festinate festinately festination festine festival festivally festive festively festiveness festivity festivous festology festoon festoonery festoony festuca festucine fet fetal fetalism fetalization fetation fetch fetched fetcher fetching fetchingly feteless feterita fetial fetiales fetichmonger feticidal feticide fetid fetidity fetidly fetidness fetiferous fetiparous fetish fetisheer fetishic fetishism fetishist fetishistic fetishization fetishize fetishmonger fetishry fetlock fetlocked fetlow fetography fetometry fetoplacental fetor fetter fetterbush fetterer fetterless fetterlock fetticus fettle fettler fettling fetus feu feuage feuar feucht feud feudal feudalism feudalist feudalistic feudality feudalizable feudalization feudalize feudally feudatorial feudatory feudee feudist feudovassalism feued feuille feuilletonism feuilletonist feuilletonistic feulamort fever feverberry feverbush fevercup feveret feverfew fevergum feverish feverishly feverishness feverless feverlike feverous feverously feverroot fevertrap fevertwig fevertwitch feverweed feverwort few fewness fewsome fewter fewterer fewtrils fey feyness fez fezzed fezzy fi fiacre fiance fiancee fianchetto fiar fiard fiasco fiat fiatconfirmatio fib fibber fibbery fibdom fiber fiberboard fibered fiberize fiberizer fiberless fiberware fibration fibreless fibreware fibriform fibril fibrilla fibrillar fibrillary fibrillate fibrillated fibrillation fibrilled fibrilliferous fibrilliform fibrillose fibrillous fibrin fibrinate fibrination fibrine fibrinemia fibrinoalbuminous fibrinocellular fibrinogen fibrinogenetic fibrinogenic fibrinogenous fibrinolysin fibrinolysis fibrinolytic fibrinoplastic fibrinoplastin fibrinopurulent fibrinose fibrinosis fibrinous fibrinuria fibroadenia fibroadenoma fibroadipose fibroangioma fibroareolar fibroblast fibroblastic fibrobronchitis fibrocalcareous fibrocarcinoma fibrocartilage fibrocartilaginous fibrocaseose fibrocaseous fibrocellular fibrochondritis fibrochondroma fibrochondrosteal fibrocrystalline fibrocyst fibrocystic fibrocystoma fibrocyte fibroelastic fibroenchondroma fibrofatty fibroferrite fibroglia fibroglioma fibrohemorrhagic fibroid fibroin fibrointestinal fibroligamentous fibrolipoma fibrolipomatous fibrolite fibrolitic fibroma fibromata fibromatoid fibromatosis fibromatous fibromembrane fibromembranous fibromucous fibromuscular fibromyectomy fibromyitis fibromyoma fibromyomatous fibromyomectomy fibromyositis fibromyotomy fibromyxoma fibromyxosarcoma fibroneuroma fibronuclear fibronucleated fibropapilloma fibropericarditis fibroplastic fibropolypus fibropsammoma fibropurulent fibroreticulate fibrosarcoma fibrose fibroserous fibrosis fibrositis fibrotic fibrotuberculosis fibrous fibrously fibrousness fibrovasal fibrovascular fibry fibster fibula fibulae fibular fibulare fibulocalcaneal ficary fice ficelle fiche fichtelite fichu ficiform fickle ficklehearted fickleness ficklety ficklewise fickly fico ficoid ficoides fictation fictile fictileness fictility fiction fictional fictionalize fictionally fictionary fictioneer fictioner fictionist fictionistic fictionization fictionize fictionmonger fictious fictitious fictitiously fictitiousness fictive fictively fid fidalgo fidate fidation fiddle fiddleback fiddlebrained fiddlecome fiddledeedee fiddlefaced fiddlehead fiddleheaded fiddler fiddlerfish fiddlery fiddlestick fiddlestring fiddlewood fiddley fiddling fide fideicommiss fideicommissary fideicommission fideicommissioner fideicommissor fideicommissum fideism fideist fidejussion fidejussionary fidejussor fidejussory fidelity fidepromission fidepromissor fidfad fidge fidget fidgeter fidgetily fidgetiness fidgeting fidgetingly fidgety fidicinal fidicinales fidicula fiducia fiducial fiducially fiduciarily fiduciary fiducinales fie fiedlerite fiefdom field fieldball fieldbird fielded fielder fieldfare fieldish fieldman fieldpiece fieldsman fieldward fieldwards fieldwork fieldworker fieldwort fieldy fiend fiendful fiendfully fiendhead fiendish fiendishly fiendishness fiendism fiendlike fiendliness fiendly fiendship fient fierasferid fierasferoid fierce fiercehearted fiercely fiercen fierceness fierding fierily fieriness fiery fiesta fieulamort fife fifer fifie fifish fifo fifteen fifteener fifteenfold fifteenth fifteenthly fifth fifthly fiftieth fifty fiftyfold fig figaro figbird figeater figent figged figgery figging figgle figgy fight fightable fighter fighteress fighting fightingly fightwite figless figlike figment figmental figpecker figshell figulate figulated figuline figurability figurable figural figurant figurante figurate figurately figuration figurative figuratively figurativeness figure figured figuredly figurehead figureheadless figureheadship figureless figurer figuresome figurette figurial figurine figurism figurist figurize figury figworm figwort fike fikie filace filaceous filacer filament filamentar filamentary filamented filamentiferous filamentoid filamentose filamentous filamentule filander filanders filao filar filaria filarial filarian filariasis filaricidal filariform filariid filarious filasse filate filator filature filbert filch filcher filchery filching filchingly file filefish filelike filemaker filemaking filemot filer filesmith filet filial filiality filially filialness filiate filiation filibeg filibranch filibranchiate filibuster filibusterer filibusterism filibusterous filical filicauline filicic filicidal filicide filiciform filicin filicinean filicite filicologist filicology filiety filiferous filiform filiformed filigerous filigree filing filings filionymic filiopietistic filioque filipendulous filippo filipuncture filite fill fillable filled fillemot filler fillercap fillet filleter filleting filletlike filletster filleul filling fillingly fillingness fillip fillipeen fillister fillmass fillock fillowite filly film filmable filmdom filmet filmgoer filmgoing filmic filmiform filmily filminess filmish filmist filmize filmland filmlike filmogen filmslide filmstrip filmy filo filoplumaceous filoplume filopodium filose filoselle fils filter filterability filterable filterableness filterer filtering filterman filth filthify filthily filthiness filthless filthy filtrability filtrable filtratable filtrate filtration fimble fimbria fimbrial fimbriate fimbriated fimbriation fimbriatum fimbricate fimbricated fimbrilla fimbrillate fimbrilliferous fimbrillose fimbriodentate fimetarious fimicolous fin finable finableness finagle finagler final finale finalism finalist finality finalize finally finance financial financialist financially financier financiery financist finback finch finchbacked finched finchery find findability findable findal finder findfault finding findjan fine fineable finebent fineish fineleaf fineless finely finement fineness finer finery finespun finesse finesser finestill finestiller finetop finfish finfoot fingent finger fingerable fingerberry fingerbreadth fingered fingerer fingerfish fingerflower fingerhold fingerhook fingering fingerleaf fingerless fingerlet fingerlike fingerling fingernail fingerparted fingerprint fingerprinting fingerroot fingersmith fingerspin fingerstall fingerstone fingertip fingerwise fingerwork fingery fingrigo finial finialed finical finicality finically finicalness finicism finick finickily finickiness finicking finickingly finickingness finific finify finikin finiking fining finis finish finishable finished finisher finishing finite finitely finiteness finitesimal finitive finitude finity finjan fink finkel finland finless finlet finlike finnac finned finner finnesko finnip finny finochio fiord fiorded fiorin fiorite fip fipenny fipple fique fir firca fire fireable firearm firearmed fireback fireball firebird fireblende fireboard fireboat firebolt firebolted firebote firebox fireboy firebrand firebrat firebreak firebrick firebug fireburn firecoat firecracker firecrest fired firedamp firedog firedrake firefall firefang firefanged fireflaught fireflirt fireflower firefly fireguard firehouse fireless firelight firelike fireling firelit firelock fireman firemanship firemaster fireplace fireplug firepower fireproof fireproofing fireproofness firer fireroom firesafe firesafeness firesafety fireshaft fireshine fireside firesider firesideship firespout firestone firestopping firetail firetop firetrap firewarden firewater fireweed firewood firework fireworkless fireworky fireworm firing firk firker firkin firlot firm firmament firmamental firman firmance firmer firmhearted firmisternal firmisternial firmisternous firmly firmness firn firring firry first firstcomer firsthand firstling firstly firstness firstship firth fisc fiscal fiscalify fiscalism fiscalization fiscalize fiscally fischerite fise fisetin fish fishable fishback fishbed fishberry fishbolt fishbone fisheater fished fisher fisherboat fisherboy fisheress fisherfolk fishergirl fisherman fisherpeople fisherwoman fishery fishet fisheye fishfall fishful fishgarth fishgig fishhood fishhook fishhooks fishhouse fishify fishily fishiness fishing fishingly fishless fishlet fishlike fishline fishling fishman fishmonger fishmouth fishplate fishpond fishpool fishpot fishpotter fishpound fishskin fishtail fishway fishweed fishweir fishwife fishwoman fishwood fishworker fishworks fishworm fishy fishyard fisnoga fissate fissicostate fissidactyl fissidentaceous fissile fissileness fissilingual fissility fission fissionable fissipalmate fissipalmation fissiparation fissiparism fissiparity fissiparous fissiparously fissiparousness fissiped fissipedal fissipedate fissipedial fissirostral fissirostrate fissive fissural fissuration fissure fissureless fissuriform fissury fist fisted fister fistful fistiana fistic fistical fisticuff fisticuffer fisticuffery fistify fistiness fisting fistlike fistmele fistnote fistuca fistula fistular fistularioid fistulate fistulated fistulatome fistulatous fistule fistuliform fistulize fistulose fistulous fistwise fisty fit fitch fitched fitchee fitcher fitchery fitchet fitchew fitful fitfully fitfulness fitly fitment fitness fitout fitroot fittable fittage fitted fittedness fitten fitter fitters fittily fittiness fitting fittingly fittingness fitty fittyfied fittyways fittywise fitweed five fivebar fivefold fivefoldness fiveling fivepence fivepenny fivepins fiver fives fivescore fivesome fivestones fix fixable fixage fixate fixatif fixation fixative fixator fixature fixed fixedly fixedness fixer fixidity fixing fixity fixture fixtureless fixure fizelyite fizgig fizz fizzer fizzle fizzy fjarding fjeld fjerding flabbergast flabbergastation flabbily flabbiness flabby flabellarium flabellate flabellation flabellifoliate flabelliform flabellinerved flabellum flabrum flaccid flaccidity flaccidly flaccidness flacherie flack flacked flacker flacket flacourtiaceous flaff flaffer flag flagboat flagellant flagellantism flagellar flagellariaceous flagellate flagellated flagellation flagellative flagellator flagellatory flagelliferous flagelliform flagellist flagellosis flagellula flagellum flageolet flagfall flagger flaggery flaggily flagginess flagging flaggingly flaggish flaggy flagitate flagitation flagitious flagitiously flagitiousness flagleaf flagless flaglet flaglike flagmaker flagmaking flagman flagon flagonet flagonless flagpole flagrance flagrancy flagrant flagrantly flagrantness flagroot flagship flagstaff flagstick flagstone flagworm flail flaillike flair flaith flaithship flajolotite flak flakage flake flakeless flakelet flaker flakily flakiness flaky flam flamant flamb flambeau flambeaux flamberg flamboyance flamboyancy flamboyant flamboyantism flamboyantize flamboyantly flamboyer flame flamed flameflower flameless flamelet flamelike flamen flamenco flamenship flameproof flamer flamfew flamineous flaming flamingly flamingo flaminica flaminical flammability flammable flammeous flammiferous flammulated flammulation flammule flamy flan flancard flanch flanched flanconade flandan flandowser flane flange flangeless flanger flangeway flank flankard flanked flanker flanking flankwise flanky flannel flannelbush flanneled flannelette flannelflower flannelleaf flannelly flannelmouth flannelmouthed flannels flanque flap flapcake flapdock flapdoodle flapdragon flapjack flapmouthed flapper flapperdom flapperhood flapperish flapperism flare flareback flareboard flareless flaring flaringly flary flaser flash flashboard flasher flashet flashily flashiness flashing flashingly flashlight flashlike flashly flashness flashover flashpan flashproof flashtester flashy flask flasker flasket flasklet flasque flat flatboat flatbottom flatcap flatcar flatdom flated flatfish flatfoot flathat flathead flatiron flatland flatlet flatling flatly flatman flatness flatnose flatten flattener flattening flatter flatterable flattercap flatterdock flatterer flattering flatteringly flatteringness flattery flattie flatting flattish flattop flatulence flatulency flatulent flatulently flatulentness flatus flatware flatway flatways flatweed flatwise flatwoods flatwork flatworm flaught flaughter flaunt flaunter flauntily flauntiness flaunting flauntingly flaunty flautino flautist flavanilin flavaniline flavanthrene flavanthrone flavedo flavescence flavescent flavic flavicant flavid flavin flavine flavo flavone flavoprotein flavopurpurin flavor flavored flavorer flavorful flavoring flavorless flavorous flavorsome flavory flavour flaw flawed flawflower flawful flawless flawlessly flawlessness flawn flawy flax flaxboard flaxbush flaxdrop flaxen flaxlike flaxman flaxseed flaxtail flaxweed flaxwench flaxwife flaxwoman flaxwort flaxy flay flayer flayflint flea fleabane fleabite fleadock fleam fleaseed fleaweed fleawood fleawort fleay flebile fleche flechette fleck flecken flecker fleckiness fleckled fleckless flecklessly flecky flecnodal flecnode flection flectional flectionless flector fled fledge fledgeless fledgling fledgy flee fleece fleeceable fleeced fleeceflower fleeceless fleecelike fleecer fleech fleechment fleecily fleeciness fleecy fleer fleerer fleering fleeringly fleet fleeter fleetful fleeting fleetingly fleetingness fleetings fleetly fleetness fleetwing flemish flench flense flenser flerry flesh fleshbrush fleshed fleshen flesher fleshful fleshhood fleshhook fleshiness fleshing fleshings fleshless fleshlike fleshlily fleshliness fleshly fleshment fleshmonger fleshpot fleshy flet fletch fletcher flether fleuret fleurettee fleuronnee fleury flew flewed flewit flews flex flexanimous flexed flexibility flexible flexibleness flexibly flexile flexility flexion flexionless flexor flexuose flexuosity flexuous flexuously flexuousness flexural flexure flexured fley fleyedly fleyedness fleyland fleysome flibbertigibbet flicflac flick flicker flickering flickeringly flickerproof flickertail flickery flicky flidder flier fligger flight flighted flighter flightful flightily flightiness flighting flightless flightshot flighty flimflam flimflammer flimflammery flimmer flimp flimsily flimsiness flimsy flinch flincher flinching flinchingly flinder flindosa flindosy fling flinger flingy flinkite flint flinter flinthearted flintify flintily flintiness flintless flintlike flintlock flintwood flintwork flintworker flinty flioma flip flipe flipjack flippancy flippant flippantly flippantness flipper flipperling flippery flirt flirtable flirtation flirtational flirtationless flirtatious flirtatiously flirtatiousness flirter flirtigig flirting flirtingly flirtish flirtishness flirtling flirty flisk flisky flit flitch flitchen flite flitfold fliting flitter flitterbat flittermouse flittern flitting flittingly flitwite flivver flix flixweed float floatability floatable floatage floatation floatative floatboard floater floatiness floating floatingly floative floatless floatmaker floatman floatplane floatsman floatstone floaty flob flobby floc floccillation floccipend floccose floccosely flocculable flocculant floccular flocculate flocculation flocculator floccule flocculence flocculency flocculent flocculently flocculose flocculus floccus flock flocker flocking flockless flocklike flockman flockmaster flockowner flockwise flocky flocoon flodge floe floeberg floey flog floggable flogger flogging floggingly flogmaster flogster flokite flong flood floodable floodage floodboard floodcock flooded flooder floodgate flooding floodless floodlet floodlight floodlighting floodlike floodmark floodometer floodproof floodtime floodwater floodway floodwood floody floor floorage floorcloth floorer floorhead flooring floorless floorman floorwalker floorward floorway floorwise floozy flop flophouse flopover flopper floppers floppily floppiness floppy flopwing flora floral floralize florally floramor floran florate floreal floreate florence florent florentium flores florescence florescent floressence floret floreted floretum floriate floriated floriation florican floricin floricultural floriculturally floriculture floriculturist florid floridean florideous floridity floridly floridness floriferous floriferously floriferousness florification floriform florigen florigenic florigraphy florikan floriken florilegium florimania florimanist florin floriparous floripondio floriscope florist floristic floristically floristics floristry florisugent florivorous floroon floroscope florula florulent flory floscular floscularian floscule flosculose flosculous flosh floss flosser flossflower flossification flossing flossy flot flota flotage flotant flotation flotative flotilla flotorial flotsam flounce flouncey flouncing flounder floundering flounderingly flour flourish flourishable flourisher flourishing flourishingly flourishment flourishy flourlike floury flouse flout flouter flouting floutingly flow flowable flowage flower flowerage flowered flowerer floweret flowerful flowerily floweriness flowering flowerist flowerless flowerlessness flowerlet flowerlike flowerpecker flowerpot flowerwork flowery flowing flowingly flowingness flowmanostat flowmeter flown flowoff flu fluate fluavil flub flubdub flubdubbery flucan fluctiferous fluctigerous fluctisonant fluctisonous fluctuability fluctuable fluctuant fluctuate fluctuation fluctuosity fluctuous flue flued flueless fluellen fluellite flueman fluency fluent fluently fluentness fluer fluework fluey fluff fluffer fluffily fluffiness fluffy flugelman fluible fluid fluidacetextract fluidal fluidally fluidextract fluidglycerate fluidible fluidic fluidification fluidifier fluidify fluidimeter fluidism fluidist fluidity fluidization fluidize fluidly fluidness fluidram fluigram fluitant fluke fluked flukeless flukeworm flukewort flukily flukiness fluking fluky flumdiddle flume flumerin fluminose flummadiddle flummer flummery flummox flummydiddle flump flung flunk flunker flunkeydom flunkeyhood flunkeyish flunkeyize flunky flunkydom flunkyhood flunkyish flunkyism flunkyistic flunkyite flunkyize fluoaluminate fluoaluminic fluoarsenate fluoborate fluoboric fluoborid fluoboride fluoborite fluobromide fluocarbonate fluocerine fluocerite fluochloride fluohydric fluophosphate fluor fluoran fluoranthene fluorapatite fluorate fluorbenzene fluorene fluorenyl fluoresage fluoresce fluorescein fluorescence fluorescent fluorescigenic fluorescigenous fluorescin fluorhydric fluoric fluoridate fluoridation fluoride fluoridization fluoridize fluorimeter fluorinate fluorination fluorindine fluorine fluorite fluormeter fluorobenzene fluoroborate fluoroform fluoroformol fluorogen fluorogenic fluorography fluoroid fluorometer fluoroscope fluoroscopic fluoroscopy fluorosis fluorotype fluorspar fluoryl fluosilicate fluosilicic fluotantalate fluotantalic fluotitanate fluotitanic fluozirconic flurn flurr flurried flurriedly flurriment flurry flush flushboard flusher flusherman flushgate flushing flushingly flushness flushy flusk flusker fluster flusterate flusteration flusterer flusterment flustery flustrine flustroid flustrum flute flutebird fluted flutelike flutemouth fluter flutework flutina fluting flutist flutter flutterable flutteration flutterer fluttering flutteringly flutterless flutterment fluttersome fluttery fluty fluvial fluvialist fluviatic fluviatile fluvicoline fluvioglacial fluviograph fluviolacustrine fluviology fluviomarine fluviometer fluviose fluvioterrestrial fluviovolcanic flux fluxation fluxer fluxibility fluxible fluxibleness fluxibly fluxile fluxility fluxion fluxional fluxionally fluxionary fluxionist fluxmeter fluxroot fluxweed fly flyable flyaway flyback flyball flybane flybelt flyblow flyblown flyboat flyboy flycatcher flyeater flyer flyflap flyflapper flyflower flying flyingly flyleaf flyless flyman flyness flypaper flype flyproof flyspeck flytail flytier flytrap flyway flyweight flywheel flywinch flywort foal foalfoot foalhood foaly foam foambow foamer foamflower foamily foaminess foaming foamingly foamless foamlike foamy fob focal focalization focalize focally focaloid foci focimeter focimetry focoids focometer focometry focsle focus focusable focuser focusless fod fodda fodder fodderer foddering fodderless foder fodge fodgel fodient foe foehn foehnlike foeish foeless foelike foeman foemanship foenngreek foeship foetalization fog fogbound fogbow fogdog fogdom fogeater fogey fogfruit foggage fogged fogger foggily fogginess foggish foggy foghorn fogle fogless fogman fogo fogon fogou fogproof fogram fogramite fogramity fogscoffer fogus fogy fogydom fogyish fogyism fohat foible foil foilable foiler foiling foilsman foining foiningly foison foisonless foist foister foistiness foisty foiter fold foldable foldage foldboat foldcourse folded foldedly folden folder folding foldless foldskirt foldure foldwards foldy fole folgerite folia foliaceous foliaceousness foliage foliaged foliageous folial foliar foliary foliate foliated foliation foliature folie foliicolous foliiferous foliiform folio foliobranch foliobranchiate foliocellosis foliolate foliole folioliferous foliolose foliose foliosity foliot folious foliously folium folk folkcraft folkfree folkland folklore folkloric folklorish folklorism folklorist folkloristic folkmoot folkmooter folkmot folkmote folkmoter folkright folksiness folksy folkway folky folles folletage follicle follicular folliculate folliculated follicule folliculin folliculitis folliculose folliculosis folliculous folliful follis follow followable follower followership following followingly folly follyproof foment fomentation fomenter fomes fomites fondak fondant fondish fondle fondler fondlesome fondlike fondling fondlingly fondly fondness fondu fondue fonduk fonly fonnish fono fons font fontal fontally fontanel fontange fonted fontful fonticulus fontinal fontinalaceous fontlet foo food fooder foodful foodless foodlessness foodstuff foody foofaraw fool fooldom foolery fooless foolfish foolhardihood foolhardily foolhardiness foolhardiship foolhardy fooling foolish foolishly foolishness foollike foolocracy foolproof foolproofness foolscap foolship fooner fooster foosterer foot footage footback football footballer footballist footband footblower footboard footboy footbreadth footbridge footcloth footed footeite footer footfall footfarer footfault footfolk footful footganger footgear footgeld foothalt foothill foothold foothook foothot footing footingly footings footle footler footless footlicker footlight footlights footling footlining footlock footmaker footman footmanhood footmanry footmanship footmark footnote footnoted footpace footpad footpaddery footpath footpick footplate footprint footrail footrest footrill footroom footrope foots footscald footslog footslogger footsore footsoreness footstalk footstall footstep footstick footstock footstone footstool footwalk footwall footway footwear footwork footworn footy fooyoung foozle foozler fop fopling foppery foppish foppishly foppishness foppy fopship for fora forage foragement forager foralite foramen foraminated foramination foraminifer foraminiferal foraminiferan foraminiferous foraminose foraminous foraminulate foraminule foraminulose foraminulous forane foraneen foraneous forasmuch foray forayer forb forbade forbar forbathe forbear forbearable forbearance forbearant forbearantly forbearer forbearing forbearingly forbearingness forbesite forbid forbiddable forbiddal forbiddance forbidden forbiddenly forbiddenness forbidder forbidding forbiddingly forbiddingness forbit forbled forblow forbore forborne forbow forby force forceable forced forcedly forcedness forceful forcefully forcefulness forceless forcemeat forcement forceps forcepslike forcer forchase forche forcibility forcible forcibleness forcibly forcing forcingly forcipate forcipated forcipes forcipiform forcipressure forcipulate forcleave forconceit ford fordable fordableness fordays fording fordless fordo fordone fordwine fordy fore foreaccounting foreaccustom foreacquaint foreact foreadapt foreadmonish foreadvertise foreadvice foreadvise foreallege foreallot foreannounce foreannouncement foreanswer foreappoint foreappointment forearm foreassign foreassurance forebackwardly forebay forebear forebemoan forebemoaned forebespeak forebitt forebitten forebitter forebless foreboard forebode forebodement foreboder foreboding forebodingly forebodingness forebody foreboot forebowels forebowline forebrace forebrain forebreast forebridge foreburton forebush forecar forecarriage forecast forecaster forecasting forecastingly forecastle forecastlehead forecastleman forecatching forecatharping forechamber forechase forechoice forechoose forechurch forecited foreclaw foreclosable foreclose foreclosure forecome forecomingness forecommend foreconceive foreconclude forecondemn foreconscious foreconsent foreconsider forecontrive forecool forecooler forecounsel forecount forecourse forecourt forecover forecovert foredate foredawn foreday foredeck foredeclare foredecree foredeep foredefeated foredefine foredenounce foredescribe foredeserved foredesign foredesignment foredesk foredestine foredestiny foredetermination foredetermine foredevised foredevote forediscern foredispose foredivine foredone foredoom foredoomer foredoor foreface forefather forefatherly forefault forefeel forefeeling forefeelingly forefelt forefield forefigure forefin forefinger forefit foreflank foreflap foreflipper forefoot forefront foregallery foregame foreganger foregate foregift foregirth foreglance foregleam foreglimpse foreglow forego foregoer foregoing foregone foregoneness foreground foreguess foreguidance forehalf forehall forehammer forehand forehanded forehandedness forehandsel forehard forehatch forehatchway forehead foreheaded forehear forehearth foreheater forehill forehinting forehold forehood forehoof forehook foreign foreigneering foreigner foreignership foreignism foreignization foreignize foreignly foreignness foreimagination foreimagine foreimpressed foreimpression foreinclined foreinstruct foreintend foreiron forejudge forejudgment forekeel foreking foreknee foreknow foreknowable foreknower foreknowing foreknowingly foreknowledge forel forelady foreland forelay foreleech foreleg forelimb forelive forellenstein forelock forelook foreloop forelooper foreloper foremade foreman foremanship foremarch foremark foremartyr foremast foremasthand foremastman foremean foremeant foremelt foremention forementioned foremessenger foremilk foremisgiving foremistress foremost foremostly foremother forename forenamed forenews forenight forenoon forenote forenoted forenotice forenotion forensal forensic forensical forensicality forensically foreordain foreordainment foreorder foreordinate foreordination foreorlop forepad forepale foreparents forepart forepassed forepast forepaw forepayment forepeak foreperiod forepiece foreplace foreplan foreplanting forepole foreporch forepossessed forepost forepredicament forepreparation foreprepare forepretended foreproduct foreproffer forepromise forepromised foreprovided foreprovision forepurpose forequarter forequoted foreran forerank forereach forereaching foreread forereading forerecited forereckon forerehearsed foreremembered forereport forerequest forerevelation forerib forerigging foreright foreroom foreroyal forerun forerunner forerunnership forerunnings foresaddle foresaid foresail foresay forescene forescent foreschool foreschooling forescript foreseason foreseat foresee foreseeability foreseeable foreseeingly foreseer foreseize foresend foresense foresentence foreset foresettle foresettled foreshadow foreshadower foreshaft foreshank foreshape foresheet foreshift foreship foreshock foreshoe foreshop foreshore foreshorten foreshortening foreshot foreshoulder foreshow foreshower foreshroud foreside foresight foresighted foresightedness foresightful foresightless foresign foresignify foresin foresing foresinger foreskin foreskirt foresleeve foresound forespeak forespecified forespeed forespencer forest forestaff forestage forestair forestal forestall forestaller forestallment forestarling forestate forestation forestay forestaysail forestcraft forested foresteep forestem forestep forester forestership forestful forestial forestick forestine forestish forestless forestlike forestology forestral forestress forestry forestside forestudy forestwards foresty foresummer foresummon foresweat foretack foretackle foretalk foretalking foretaste foretaster foretell foretellable foreteller forethink forethinker forethought forethoughted forethoughtful forethoughtfully forethoughtfulness forethoughtless forethrift foretime foretimed foretoken foretold foretop foretopman foretrace foretrysail foreturn foretype foretypified foreuse foreutter forevalue forever forevermore foreview forevision forevouch forevouched forevow forewarm forewarmer forewarn forewarner forewarning forewarningly forewaters foreween foreweep foreweigh forewing forewinning forewisdom forewish forewoman forewonted foreword foreworld foreworn forewritten forewrought foreyard foreyear forfairn forfar forfare forfars forfault forfaulture forfeit forfeiter forfeits forfeiture forfend forficate forficated forfication forficiform forficulate forfouchten forfoughen forfoughten forgainst forgather forge forgeability forgeable forged forgedly forgeful forgeman forger forgery forget forgetful forgetfully forgetfulness forgetive forgetness forgettable forgetter forgetting forgettingly forgie forging forgivable forgivableness forgivably forgive forgiveless forgiveness forgiver forgiving forgivingly forgivingness forgo forgoer forgot forgotten forgottenness forgrow forgrown forhoo forhooy forhow forinsec forint forisfamiliate forisfamiliation forjesket forjudge forjudger fork forkable forkbeard forked forkedly forkedness forker forkful forkhead forkiness forkless forklike forkman forksmith forktail forkwise forky forleft forlet forlorn forlornity forlornly forlornness form formability formable formably formagen formagenic formal formalazine formaldehyde formaldehydesulphoxylate formaldehydesulphoxylic formaldoxime formalesque formalism formalist formalistic formalith formality formalization formalize formalizer formally formalness formamide formamidine formamido formamidoxime formanilide formant format formate formation formational formative formatively formativeness formature formazyl forme formed formedon formee formel formene formenic former formeret formerly formerness formful formiate formic formican formicarian formicarioid formicarium formicaroid formicary formicate formication formicative formicicide formicid formicide formicine formicivorous formidability formidable formidableness formidably formin forminate forming formless formlessly formlessness formolite formonitrile formose formoxime formula formulable formulae formulaic formular formularism formularist formularistic formularization formularize formulary formulate formulation formulator formulatory formule formulism formulist formulistic formulization formulize formulizer formwork formy formyl formylal formylate formylation fornacic fornaxid fornenst fornent fornical fornicate fornicated fornication fornicator fornicatress fornicatrix forniciform forninst fornix forpet forpine forpit forprise forrad forrard forride forrit forritsome forrue forsake forsaken forsakenly forsakenness forsaker forset forslow forsooth forspeak forspend forspread forsterite forswear forswearer forsworn forswornness fort fortalice forte fortescue fortescure forth forthbring forthbringer forthcome forthcomer forthcoming forthcomingness forthcut forthfare forthfigured forthgaze forthgo forthgoing forthink forthputting forthright forthrightly forthrightness forthrights forthtell forthteller forthwith forthy forties fortieth fortifiable fortification fortifier fortify fortifying fortifyingly fortin fortis fortissimo fortitude fortitudinous fortlet fortnight fortnightly fortravail fortread fortress fortuitism fortuitist fortuitous fortuitously fortuitousness fortuity fortunate fortunately fortunateness fortune fortuned fortuneless fortunetell fortuneteller fortunetelling fortunite forty fortyfold forum forumize forwander forward forwardal forwardation forwarder forwarding forwardly forwardness forwards forwean forweend forwent forwoden forworden fosh fosie fossa fossage fossane fossarian fosse fossed fossette fossick fossicker fossiform fossil fossilage fossilated fossilation fossildom fossiled fossiliferous fossilification fossilify fossilism fossilist fossilizable fossilization fossilize fossillike fossilogist fossilogy fossilological fossilologist fossilology fossor fossorial fossorious fossula fossulate fossule fossulet fostell foster fosterable fosterage fosterer fosterhood fostering fosteringly fosterite fosterland fosterling fostership fostress fot fotch fother fotmal fotui fou foud foudroyant fouette fougade fougasse fought foughten foughty foujdar foujdary foul foulage foulard fouler fouling foulish foully foulmouthed foulmouthedly foulmouthedness foulness foulsome foumart foun found foundation foundational foundationally foundationary foundationed foundationer foundationless foundationlessness founder founderous foundership foundery founding foundling foundress foundry foundryman fount fountain fountained fountaineer fountainhead fountainless fountainlet fountainous fountainously fountainwise fountful fouquieriaceous four fourble fourche fourchee fourcher fourchette fourchite fourer fourflusher fourfold fourling fourpence fourpenny fourpounder fourre fourrier fourscore foursome foursquare foursquarely foursquareness fourstrand fourteen fourteener fourteenfold fourteenth fourteenthly fourth fourther fourthly foussa foute fouter fouth fovea foveal foveate foveated foveation foveiform foveola foveolarious foveolate foveolated foveole foveolet fow fowk fowl fowler fowlerite fowlery fowlfoot fowling fox foxbane foxberry foxchop foxer foxery foxfeet foxfinger foxfish foxglove foxhole foxhound foxily foxiness foxing foxish foxlike foxproof foxship foxskin foxtail foxtailed foxtongue foxwood foxy foy foyaite foyaitic foyboat foyer foziness fozy fra frab frabbit frabjous frabjously frabous fracas fracedinous frache frack fractable fractabling fracted fractile fraction fractional fractionalism fractionalize fractionally fractionary fractionate fractionating fractionation fractionator fractionization fractionize fractionlet fractious fractiously fractiousness fractocumulus fractonimbus fractostratus fractuosity fracturable fractural fracture fractureproof frae fraghan fragile fragilely fragileness fragility fragment fragmental fragmentally fragmentarily fragmentariness fragmentary fragmentation fragmented fragmentist fragmentitious fragmentize fragrance fragrancy fragrant fragrantly fragrantness fraid fraik frail frailejon frailish frailly frailness frailty fraise fraiser framable framableness frambesia frame framea frameable frameableness framed frameless framer framesmith framework framing frammit frampler frampold franc franchisal franchise franchisement franchiser francisc francisca francium franco francolin francolite frangent frangibility frangible frangibleness frangipane frangipani frangula frangulic frangulin frangulinic frank frankability frankable frankalmoign frankeniaceous franker frankfurter frankhearted frankheartedly frankheartedness frankincense frankincensed franking franklandite franklin franklinite frankly frankmarriage frankness frankpledge frantic frantically franticly franticness franzy frap frappe frapping frasco frase frasier frass frat fratch fratched fratcheous fratcher fratchety fratchy frater fraternal fraternalism fraternalist fraternality fraternally fraternate fraternation fraternism fraternity fraternization fraternize fraternizer fratery fratority fratricidal fratricide fratry fraud fraudful fraudfully fraudless fraudlessly fraudlessness fraudproof fraudulence fraudulency fraudulent fraudulently fraudulentness fraughan fraught frawn fraxetin fraxin fraxinella fray frayed frayedly frayedness fraying frayn frayproof fraze frazer frazil frazzle frazzling freak freakdom freakery freakful freakily freakiness freakish freakishly freakishness freaky fream freath freck frecken freckened frecket freckle freckled freckledness freckleproof freckling frecklish freckly frederik fredricite free freeboard freeboot freebooter freebootery freebooting freeborn freed freedman freedom freedwoman freehand freehanded freehandedly freehandedness freehearted freeheartedly freeheartedness freehold freeholder freeholdership freeholding freeing freeish freelage freeloving freelovism freely freeman freemanship freemartin freemason freemasonic freemasonical freemasonism freemasonry freeness freer freesilverism freesilverite freestanding freestone freet freethinker freethinking freetrader freety freeward freeway freewheel freewheeler freewheeling freewill freewoman freezable freeze freezer freezing freezingly freibergite freieslebenite freight freightage freighter freightless freightment freir freit freity fremd fremdly fremdness fremescence fremescent fremitus frenal frenate frenched frenchification frenchify frenching frenetic frenetical frenetically frenular frenulum frenum frenzelite frenzied frenziedly frenzy frequence frequency frequent frequentable frequentage frequentation frequentative frequenter frequently frequentness frescade fresco frescoer frescoist fresh freshen freshener freshet freshhearted freshish freshly freshman freshmanhood freshmanic freshmanship freshness freshwoman fresnel fresno fret fretful fretfully fretfulness fretless fretsome frett frettage frettation frette fretted fretter fretting frettingly fretty fretum fretways fretwise fretwork fretworked freyalite friability friable friableness friand friandise friar friarbird friarhood friarling friarly friary frib fribble fribbleism fribbler fribblery fribbling fribblish fribby fricandeau fricandel fricassee frication fricative fricatrice friction frictionable frictional frictionally frictionize frictionless frictionlessly frictionproof fridstool fried friedcake friedelite friedrichsdor friend friended friendless friendlessness friendlike friendlily friendliness friendliwise friendly friendship frier frieseite frieze friezer friezy frig frigate frigatoon friggle fright frightable frighten frightenable frightened frightenedly frightenedness frightener frightening frighteningly frighter frightful frightfully frightfulness frightless frightment frighty frigid frigidarium frigidity frigidly frigidness frigiferous frigolabile frigoric frigorific frigorifical frigorify frigorimeter frigostable frigotherapy frijol frijolillo frijolito frike frill frillback frilled friller frillery frillily frilliness frilling frilly frim fringe fringed fringeflower fringeless fringelet fringent fringepod fringillaceous fringilliform fringilline fringilloid fringing fringy fripperer frippery frisca frisette frisk frisker frisket friskful friskily friskiness frisking friskingly frisky frisolee frison frist frisure frit frith frithborh frithbot frithles frithsoken frithstool frithwork fritillary fritt fritter fritterer frivol frivoler frivolism frivolist frivolity frivolize frivolous frivolously frivolousness frixion friz frize frizer frizz frizzer frizzily frizziness frizzing frizzle frizzler frizzly frizzy fro frock frocking frockless frocklike frockmaker froe frog frogbit frogeater frogeye frogface frogfish frogflower frogfoot frogged froggery frogginess frogging froggish froggy froghood froghopper frogland frogleaf frogleg froglet froglike frogling frogman frogmouth frognose frogskin frogstool frogtongue frogwort froise frolic frolicful frolicker frolicky frolicly frolicness frolicsome frolicsomely frolicsomeness from fromward fromwards frond frondage fronded frondent frondesce frondescence frondescent frondiferous frondiform frondigerous frondivorous frondlet frondose frondosely frondous front frontad frontage frontager frontal frontalis frontality frontally frontbencher fronted fronter frontier frontierlike frontierman frontiersman fronting frontingly frontispiece frontless frontlessly frontlessness frontlet frontoauricular frontoethmoid frontogenesis frontolysis frontomallar frontomaxillary frontomental frontonasal frontooccipital frontoorbital frontoparietal frontopontine frontosphenoidal frontosquamosal frontotemporal frontozygomatic frontpiece frontsman frontstall frontward frontways frontwise froom frore frory frosh frost frostation frostbird frostbite frostbow frosted froster frostfish frostflower frostily frostiness frosting frostless frostlike frostproof frostproofing frostroot frostweed frostwork frostwort frosty frot froth frother frothily frothiness frothing frothless frothsome frothy frotton froufrou frough froughy frounce frounceless frow froward frowardly frowardness frower frowl frown frowner frownful frowning frowningly frownless frowny frowst frowstily frowstiness frowsty frowy frowze frowzily frowziness frowzled frowzly frowzy froze frozen frozenhearted frozenly frozenness fruchtschiefer fructed fructescence fructescent fructicultural fructiculture fructiferous fructiferously fructification fructificative fructifier fructiform fructify fructiparous fructivorous fructose fructoside fructuary fructuosity fructuous fructuously fructuousness frugal frugalism frugalist frugality frugally frugalness fruggan frugivorous fruit fruitade fruitage fruitarian fruitarianism fruitcake fruited fruiter fruiterer fruiteress fruitery fruitful fruitfullness fruitfully fruitgrower fruitgrowing fruitiness fruiting fruition fruitist fruitive fruitless fruitlessly fruitlessness fruitlet fruitling fruitstalk fruittime fruitwise fruitwoman fruitwood fruitworm fruity frumentaceous frumentarious frumentation frumenty frump frumpery frumpily frumpiness frumpish frumpishly frumpishness frumple frumpy frush frustrate frustrately frustrater frustration frustrative frustratory frustule frustulent frustulose frustum frutescence frutescent fruticetum fruticose fruticous fruticulose frutify fry fryer fu fub fubby fubsy fucaceous fucate fucation fucatious fuchsin fuchsine fuchsinophil fuchsinophilous fuchsite fuchsone fuci fucinita fuciphagous fucoid fucoidal fucosan fucose fucous fucoxanthin fucus fud fuddle fuddler fuder fudge fudger fudgy fuel fueler fuelizer fuerte fuff fuffy fugacious fugaciously fugaciousness fugacity fugal fugally fuggy fugient fugitate fugitation fugitive fugitively fugitiveness fugitivism fugitivity fugle fugleman fuglemanship fugler fugu fugue fuguist fuidhir fuirdays fuji fulciform fulcral fulcrate fulcrum fulcrumage fulfill fulfiller fulfillment fulgent fulgently fulgentness fulgid fulgide fulgidity fulgor fulgorid fulgorous fulgural fulgurant fulgurantly fulgurata fulgurate fulgurating fulguration fulgurator fulgurite fulgurous fulham fulicine fuliginosity fuliginous fuliginously fuliginousness fuliguline fulk full fullam fullback fuller fullering fullery fullface fullhearted fulling fullish fullmouth fullmouthed fullmouthedly fullness fullom fully fulmar fulmicotton fulminancy fulminant fulminate fulminating fulmination fulminator fulminatory fulmine fulmineous fulminic fulminous fulminurate fulminuric fulsome fulsomely fulsomeness fulth fulvene fulvescent fulvid fulvidness fulvous fulwa fulyie fulzie fum fumacious fumado fumage fumagine fumarate fumariaceous fumaric fumarine fumarium fumaroid fumaroidal fumarole fumarolic fumaryl fumatorium fumatory fumble fumbler fumbling fume fumeless fumer fumeroot fumet fumette fumewort fumiduct fumiferous fumigant fumigate fumigation fumigator fumigatorium fumigatory fumily fuminess fuming fumingly fumistery fumitory fumose fumosity fumous fumously fumy fun funambulate funambulation funambulator funambulatory funambulic funambulism funambulist funambulo funariaceous function functional functionalism functionalist functionality functionalize functionally functionarism functionary functionate functionation functionize functionless fund fundable fundal fundament fundamental fundamentalism fundamentalist fundamentality fundamentally fundamentalness fundatorial fundatrix funded funder fundholder fundi fundic fundiform funditor fundless fundmonger fundmongering funds funduline fundungi fundus funebrial funeral funeralize funerary funereal funereally funest fungaceous fungal fungate fungation fungi fungian fungibility fungible fungic fungicidal fungicide fungicolous fungiferous fungiform fungilliform fungin fungistatic fungivorous fungo fungoid fungoidal fungological fungologist fungology fungose fungosity fungous fungus fungused funguslike fungusy funicle funicular funiculate funicule funiculitis funiculus funiform funipendulous funis funk funker funkiness funky funmaker funmaking funnel funneled funnelform funnellike funnelwise funnily funniment funniness funny funnyman funori funt fur furacious furaciousness furacity fural furaldehyde furan furanoid furazan furazane furbelow furbish furbishable furbisher furbishment furca furcal furcate furcately furcation furcellate furciferine furciferous furciform furcula furcular furculum furdel furfur furfuraceous furfuraceously furfural furfuralcohol furfuraldehyde furfuramide furfuran furfuration furfurine furfuroid furfurole furfurous furfuryl furfurylidene furiant furibund furied furify furil furilic furiosa furiosity furioso furious furiously furiousness furison furl furlable furler furless furlong furlough furnace furnacelike furnaceman furnacer furnacite furnage furner furnish furnishable furnished furnisher furnishing furnishment furniture furnitureless furodiazole furoic furoid furoin furole furomethyl furomonazole furor furore furphy furred furrier furriered furriery furrily furriness furring furrow furrower furrowless furrowlike furrowy furry furstone further furtherance furtherer furtherest furtherly furthermore furthermost furthersome furthest furtive furtively furtiveness furuncle furuncular furunculoid furunculosis furunculous fury furyl furze furzechat furzed furzeling furzery furzetop furzy fusain fusarial fusariose fusariosis fusarole fusate fusc fuscescent fuscin fuscohyaline fuscous fuse fuseboard fused fusee fuselage fuseplug fusht fusibility fusible fusibleness fusibly fusiform fusil fusilier fusillade fusilly fusinist fusion fusional fusionism fusionist fusionless fusoid fuss fusser fussification fussify fussily fussiness fussock fussy fust fustanella fustee fusteric fustet fustian fustianish fustianist fustianize fustic fustigate fustigation fustigator fustigatory fustilugs fustily fustin fustiness fustle fusty fusuma fusure fut futchel fute futhorc futile futilely futileness futilitarian futilitarianism futility futilize futtermassel futtock futural future futureless futureness futuric futurism futurist futuristic futurition futurity futurize futwa fuye fuze fuzz fuzzball fuzzily fuzziness fuzzy fyke fylfot fyrd g ga gab gabardine gabbard gabber gabble gabblement gabbler gabbro gabbroic gabbroid gabbroitic gabby gabelle gabelled gabelleman gabeller gaberdine gaberlunzie gabgab gabi gabion gabionade gabionage gabioned gablatores gable gableboard gablelike gablet gablewise gablock gaby gad gadabout gadbee gadbush gadded gadder gaddi gadding gaddingly gaddish gaddishness gade gadfly gadge gadger gadget gadid gadinine gadling gadman gadoid gadolinia gadolinic gadolinite gadolinium gadroon gadroonage gadsman gaduin gadwall gaen gaet gaff gaffe gaffer gaffle gaffsman gag gagate gage gageable gagee gageite gagelike gager gagership gagger gaggery gaggle gaggler gagman gagor gagroot gagtooth gahnite gaiassa gaiety gaily gain gainable gainage gainbirth gaincall gaincome gaine gainer gainful gainfully gainfulness gaining gainless gainlessness gainliness gainly gains gainsay gainsayer gainset gainsome gainspeaker gainspeaking gainst gainstrive gainturn gaintwist gainyield gair gairfish gaisling gait gaited gaiter gaiterless gaiting gaize gaj gal gala galactagogue galactagoguic galactan galactase galactemia galacthidrosis galactic galactidrosis galactite galactocele galactodendron galactodensimeter galactogenetic galactohemia galactoid galactolipide galactolipin galactolysis galactolytic galactoma galactometer galactometry galactonic galactopathy galactophagist galactophagous galactophlebitis galactophlysis galactophore galactophoritis galactophorous galactophthysis galactophygous galactopoiesis galactopoietic galactopyra galactorrhea galactorrhoea galactoscope galactose galactoside galactosis galactostasis galactosuria galactotherapy galactotrophy galacturia galagala galah galanas galanga galangin galant galantine galany galapago galatea galatotrophic galaxian galaxy galban galbanum galbulus gale galea galeage galeate galeated galee galeeny galegine galeid galeiform galempung galena galenic galenical galenite galenobismutite galenoid galeoid galeproof galera galericulate galerum galerus galet galewort galey galgal gali galilee galimatias galingale galiongee galiot galipidine galipine galipoidin galipoidine galipoipin galipot gall galla gallacetophenone gallah gallanilide gallant gallantize gallantly gallantness gallantry gallate gallature gallberry gallbush galleass galled gallein galleon galler gallerian galleried gallery gallerylike gallet galley galleylike galleyman galleyworm gallflower gallfly galliambic galliambus galliard galliardise galliardly galliardness gallic gallicola gallicole gallicolous galliferous gallification galliform galligaskin gallimaufry gallinacean gallinaceous gallinazo galline galling gallingly gallingness gallinipper gallinule gallinuline gallipot gallisin gallium gallivant gallivanter gallivat gallivorous galliwasp gallnut gallocyanin gallocyanine galloflavine galloglass gallon gallonage galloner galloon gallooned gallop gallopade galloper galloping galloptious gallotannate gallotannic gallotannin gallous galloway gallowglass gallows gallowsmaker gallowsness gallowsward gallstone galluses gallweed gallwort gally gallybagger gallybeggar gallycrow galoot galop galore galosh galp galravage galravitch galt galuchat galumph galumptious galuth galvanic galvanical galvanically galvanism galvanist galvanization galvanize galvanized galvanizer galvanocauterization galvanocautery galvanocontractility galvanofaradization galvanoglyph galvanoglyphy galvanograph galvanographic galvanography galvanologist galvanology galvanolysis galvanomagnet galvanomagnetic galvanomagnetism galvanometer galvanometric galvanometrical galvanometrically galvanometry galvanoplastic galvanoplastical galvanoplastically galvanoplastics galvanoplasty galvanopsychic galvanopuncture galvanoscope galvanoscopic galvanoscopy galvanosurgery galvanotactic galvanotaxis galvanotherapy galvanothermometer galvanothermy galvanotonic galvanotropic galvanotropism galvayne galvayning galyac galyak galziekte gam gamahe gamashes gamasid gamb gamba gambade gambado gambang gambeer gambeson gambet gambette gambia gambier gambist gambit gamble gambler gamblesome gamblesomeness gambling gambodic gamboge gambogian gambogic gamboised gambol gambrel gambreled gambroon gamdeboo game gamebag gameball gamecock gamecraft gameful gamekeeper gamekeeping gamelang gameless gamelike gamelotte gamely gamene gameness gamesome gamesomely gamesomeness gamester gamestress gametal gametange gametangium gamete gametic gametically gametocyst gametocyte gametogenesis gametogenic gametogenous gametogeny gametogonium gametogony gametoid gametophagia gametophore gametophyll gametophyte gametophytic gamic gamily gamin gaminesque gaminess gaming gaminish gamma gammacism gammacismus gammadion gammarid gammarine gammaroid gammation gammelost gammer gammerel gammerstang gammick gammock gammon gammoner gammoning gammy gamobium gamodesmic gamodesmy gamogenesis gamogenetic gamogenetical gamogenetically gamogony gamomania gamont gamopetalous gamophagia gamophagy gamophyllous gamori gamosepalous gamostele gamostelic gamostely gamotropic gamotropism gamp gamphrel gamut gamy gan ganam ganancial ganch gander ganderess gandergoose gandermooner ganderteeth gandul gandum gandurah gane ganef gang ganga gangan gangava gangboard gangdom gange ganger ganggang ganging gangism gangland ganglander ganglia gangliac ganglial gangliar gangliasthenia gangliate gangliated gangliectomy gangliform gangliitis gangling ganglioblast gangliocyte ganglioform ganglioid ganglioma ganglion ganglionary ganglionate ganglionectomy ganglioneural ganglioneure ganglioneuroma ganglioneuron ganglionic ganglionitis ganglionless ganglioplexus gangly gangman gangmaster gangplank gangrel gangrene gangrenescent gangrenous gangsman gangster gangsterism gangtide gangue gangway gangwayman ganister ganja ganner gannet ganocephalan ganocephalous ganodont ganoid ganoidal ganoidean ganoidian ganoin ganomalite ganophyllite ganosis gansel gansey gansy gant ganta gantang gantlet gantline ganton gantries gantry gantryman gantsl ganza ganzie gaol gaolbird gaoler gap gapa gape gaper gapes gapeseed gapeworm gaping gapingly gapingstock gapo gappy gapy gar gara garabato garad garage garageman garance garancine garapata garava garavance garawi garb garbage garbardine garbel garbell garbill garble garbleable garbler garbless garbling garboard garboil garbure garce gardant gardeen garden gardenable gardencraft gardened gardener gardenership gardenesque gardenful gardenhood gardenin gardening gardenize gardenless gardenlike gardenly gardenmaker gardenmaking gardenwards gardenwise gardeny garderobe gardevin gardy gardyloo gare garefowl gareh garetta garewaite garfish garganey garget gargety gargle gargol gargoyle gargoyled gargoyley gargoylish gargoylishly gargoylism garial gariba garibaldi garish garishly garishness garland garlandage garlandless garlandlike garlandry garlandwise garle garlic garlicky garliclike garlicmonger garlicwort garment garmentless garmentmaker garmenture garmentworker garn garnel garner garnerage garnet garnetberry garneter garnetiferous garnets garnett garnetter garnetwork garnetz garnice garniec garnierite garnish garnishable garnished garnishee garnisheement garnisher garnishment garnishry garniture garoo garookuh garrafa garran garret garreted garreteer garretmaster garrison garrot garrote garroter garruline garrulity garrulous garrulously garrulousness garrupa garse garsil garston garten garter gartered gartering garterless garth garthman garum garvanzo garvey garvock gas gasbag gascoigny gasconade gasconader gascromh gaseity gaselier gaseosity gaseous gaseousness gasfiring gash gashes gashful gashliness gashly gasholder gashouse gashy gasifiable gasification gasifier gasiform gasify gasket gaskin gasking gaskins gasless gaslight gaslighted gaslighting gaslit gaslock gasmaker gasman gasogenic gasoliery gasoline gasolineless gasoliner gasometer gasometric gasometrical gasometry gasp gasparillo gasper gaspereau gaspergou gaspiness gasping gaspingly gasproof gaspy gasser gassiness gassing gassy gast gastaldite gastaldo gaster gasteralgia gasteromycete gasteromycetous gasteropod gasterosteid gasterosteiform gasterosteoid gasterotheca gasterothecal gasterotrichan gasterozooid gastight gastightness gastradenitis gastraea gastraead gastraeal gastraeum gastral gastralgia gastralgic gastralgy gastraneuria gastrasthenia gastratrophia gastrectasia gastrectasis gastrectomy gastrelcosis gastric gastricism gastrilegous gastriloquial gastriloquism gastriloquist gastriloquous gastriloquy gastrin gastritic gastritis gastroadenitis gastroadynamic gastroalbuminorrhea gastroanastomosis gastroarthritis gastroatonia gastroatrophia gastroblennorrhea gastrocatarrhal gastrocele gastrocentrous gastrocnemial gastrocnemian gastrocnemius gastrocoel gastrocolic gastrocoloptosis gastrocolostomy gastrocolotomy gastrocolpotomy gastrocystic gastrocystis gastrodialysis gastrodiaphanoscopy gastrodidymus gastrodisk gastroduodenal gastroduodenitis gastroduodenoscopy gastroduodenotomy gastrodynia gastroelytrotomy gastroenteralgia gastroenteric gastroenteritic gastroenteritis gastroenteroanastomosis gastroenterocolitis gastroenterocolostomy gastroenterological gastroenterologist gastroenterology gastroenteroptosis gastroenterostomy gastroenterotomy gastroepiploic gastroesophageal gastroesophagostomy gastrogastrotomy gastrogenital gastrograph gastrohelcosis gastrohepatic gastrohepatitis gastrohydrorrhea gastrohyperneuria gastrohypertonic gastrohysterectomy gastrohysteropexy gastrohysterorrhaphy gastrohysterotomy gastroid gastrointestinal gastrojejunal gastrojejunostomy gastrolater gastrolatrous gastrolienal gastrolith gastrologer gastrological gastrologist gastrology gastrolysis gastrolytic gastromalacia gastromancy gastromelus gastromenia gastromyces gastromycosis gastromyxorrhea gastronephritis gastronome gastronomer gastronomic gastronomical gastronomically gastronomist gastronomy gastronosus gastropancreatic gastropancreatitis gastroparalysis gastroparesis gastroparietal gastropathic gastropathy gastroperiodynia gastropexy gastrophile gastrophilism gastrophilist gastrophilite gastrophrenic gastrophthisis gastroplasty gastroplenic gastropleuritis gastroplication gastropneumatic gastropneumonic gastropod gastropodan gastropodous gastropore gastroptosia gastroptosis gastropulmonary gastropulmonic gastropyloric gastrorrhagia gastrorrhaphy gastrorrhea gastroschisis gastroscope gastroscopic gastroscopy gastrosoph gastrosopher gastrosophy gastrospasm gastrosplenic gastrostaxis gastrostegal gastrostege gastrostenosis gastrostomize gastrostomy gastrosuccorrhea gastrotheca gastrothecal gastrotome gastrotomic gastrotomy gastrotrichan gastrotubotomy gastrotympanites gastrovascular gastroxynsis gastrozooid gastrula gastrular gastrulate gastrulation gasworker gasworks gat gata gatch gatchwork gate gateado gateage gated gatehouse gatekeeper gateless gatelike gatemaker gateman gatepost gater gatetender gateward gatewards gateway gatewayman gatewise gatewoman gateworks gatewright gather gatherable gatherer gathering gating gator gatter gatteridge gau gaub gauby gauche gauchely gaucheness gaucherie gaud gaudery gaudful gaudily gaudiness gaudless gaudsman gaudy gaufer gauffer gauffered gauffre gaufre gaufrette gauge gaugeable gauger gaugership gauging gaulding gauleiter gaulin gault gaulter gaultherase gaultherin gaum gaumish gaumless gaumlike gaumy gaun gaunt gaunted gauntlet gauntleted gauntly gauntness gauntry gaunty gaup gaupus gaur gaus gauss gaussage gaussbergite gauster gausterer gaut gauteite gauze gauzelike gauzewing gauzily gauziness gauzy gavall gave gavel gaveler gavelkind gavelkinder gavelman gavelock gavial gavialoid gavotte gavyuti gaw gawby gawcie gawk gawkhammer gawkihood gawkily gawkiness gawkish gawkishly gawkishness gawky gawm gawn gawney gawsie gay gayal gayatri gaybine gaycat gaydiang gayish gaylussite gayment gayness gaysome gaywings gayyou gaz gazabo gazangabin gaze gazebo gazee gazehound gazel gazeless gazelle gazelline gazement gazer gazettal gazette gazetteer gazetteerage gazetteerish gazetteership gazi gazing gazingly gazingstock gazogene gazon gazophylacium gazy gazzetta ge geadephagous geal gean geanticlinal geanticline gear gearbox geared gearing gearksutite gearless gearman gearset gearshift gearwheel gease geason geat gebang gebanga gebbie gebur geck gecko geckoid geckotian geckotid geckotoid ged gedackt gedanite gedder gedeckt gedecktwork gedrite gee geebong geebung geejee geek geelbec geeldikkop geelhout geepound geerah geest geet geezer gegg geggee gegger geggery gehlenite geikielite gein geira geisha geison geisotherm geisothermal geissospermin geissospermine geitjie geitonogamous geitonogamy gekkonid gekkonoid gel gelable gelada gelandejump gelandelaufer gelandesprung gelastic gelatification gelatigenous gelatin gelatinate gelatination gelatined gelatiniferous gelatiniform gelatinify gelatinigerous gelatinity gelatinizability gelatinizable gelatinization gelatinize gelatinizer gelatinobromide gelatinochloride gelatinoid gelatinotype gelatinous gelatinously gelatinousness gelation gelatose geld geldability geldable geldant gelder gelding gelechiid gelid gelidity gelidly gelidness gelignite gelilah gelinotte gell gelly gelogenic gelong geloscopy gelose gelosin gelotherapy gelotometer gelotoscopy gelototherapy gelsemic gelsemine gelseminic gelseminine gelt gem gematria gematrical gemauve gemel gemeled gemellione gemellus geminate geminated geminately gemination geminative geminiflorous geminiform geminous gemitorial gemless gemlike gemma gemmaceous gemmae gemmate gemmation gemmative gemmeous gemmer gemmiferous gemmiferousness gemmification gemmiform gemmily gemminess gemmipara gemmipares gemmiparity gemmiparous gemmiparously gemmoid gemmology gemmula gemmulation gemmule gemmuliferous gemmy gemot gemsbok gemsbuck gemshorn gemul gemuti gemwork gen gena genal genapp genapper genarch genarcha genarchaship genarchship gendarme gendarmery gender genderer genderless gene genealogic genealogical genealogically genealogist genealogize genealogizer genealogy genear geneat genecologic genecological genecologically genecologist genecology geneki genep genera generability generable generableness general generalate generalcy generale generalia generalific generalism generalissima generalissimo generalist generalistic generality generalizable generalization generalize generalized generalizer generall generally generalness generalship generalty generant generate generating generation generational generationism generative generatively generativeness generator generatrix generic generical generically genericalness generification generosity generous generously generousness geneserine genesial genesic genesiology genesis genesiurgic genet genethliac genethliacal genethliacally genethliacon genethliacs genethlialogic genethlialogical genethlialogy genethlic genetic genetical genetically geneticism geneticist genetics genetmoil genetous genetrix geneva genevoise genial geniality genialize genially genialness genian genic genicular geniculate geniculated geniculately geniculation geniculum genie genii genin genioglossal genioglossi genioglossus geniohyoglossal geniohyoglossus geniohyoid geniolatry genion genioplasty genip genipa genipap genipapada genisaro genista genistein genital genitalia genitals genitival genitivally genitive genitocrural genitofemoral genitor genitorial genitory genitourinary geniture genius genizah genizero genoblast genoblastic genocidal genocide genoese genom genome genomic genonema genos genotype genotypic genotypical genotypically genovino genre genro gens genson gent genteel genteelish genteelism genteelize genteelly genteelness gentes genthite gentian gentianaceous gentianella gentianic gentianin gentianose gentianwort gentile gentiledom gentilesse gentilic gentilism gentilitial gentilitian gentilitious gentility gentilization gentilize gentiobiose gentiopicrin gentisein gentisic gentisin gentle gentlefolk gentlehearted gentleheartedly gentleheartedness gentlehood gentleman gentlemanhood gentlemanism gentlemanize gentlemanlike gentlemanlikeness gentlemanliness gentlemanly gentlemanship gentlemens gentlemouthed gentleness gentlepeople gentleship gentlewoman gentlewomanhood gentlewomanish gentlewomanlike gentlewomanliness gentlewomanly gently gentman gentrice gentry genty genu genua genual genuclast genuflect genuflection genuflector genuflectory genuflex genuflexuous genuine genuinely genuineness genus genyantrum genyoplasty genys geo geoaesthesia geoagronomic geobiologic geobiology geobiont geobios geoblast geobotanic geobotanical geobotanist geobotany geocarpic geocentric geocentrical geocentrically geocentricism geocerite geochemical geochemist geochemistry geochronic geochronology geochrony geocoronium geocratic geocronite geocyclic geodaesia geodal geode geodesic geodesical geodesist geodesy geodete geodetic geodetical geodetically geodetician geodetics geodiatropism geodic geodiferous geodist geoduck geodynamic geodynamical geodynamics geoethnic geoffroyin geoffroyine geoform geogenesis geogenetic geogenic geogenous geogeny geoglyphic geognosis geognosist geognost geognostic geognostical geognostically geognosy geogonic geogonical geogony geographer geographic geographical geographically geographics geographism geographize geography geohydrologist geohydrology geoid geoidal geoisotherm geolatry geologer geologian geologic geological geologically geologician geologist geologize geology geomagnetic geomagnetician geomagnetics geomagnetist geomalic geomalism geomaly geomance geomancer geomancy geomant geomantic geomantical geomantically geometer geometric geometrical geometrically geometrician geometricize geometrid geometriform geometrine geometrize geometroid geometry geomoroi geomorphic geomorphist geomorphogenic geomorphogenist geomorphogeny geomorphological geomorphology geomorphy geomyid geonavigation geonegative geonoma geonyctinastic geonyctitropic geoparallelotropic geophagia geophagism geophagist geophagous geophagy geophilid geophilous geophone geophysical geophysicist geophysics geophyte geophytic geoplagiotropism geopolar geopolitic geopolitical geopolitically geopolitician geopolitics geoponic geoponical geoponics geopony geopositive georama georgiadesite georgic geoscopic geoscopy geoselenic geosid geoside geosphere geostatic geostatics geostrategic geostrategist geostrategy geostrophic geosynclinal geosyncline geotactic geotactically geotaxis geotaxy geotechnic geotechnics geotectology geotectonic geotectonics geotherm geothermal geothermic geothermometer geotic geotical geotilla geotonic geotonus geotropic geotropically geotropism geotropy geoty gephyrean gephyrocercal gephyrocercy ger gerah geraniaceous geranial geranic geraniol geranium geranomorph geranomorphic geranyl gerardia gerastian gerate gerated geratic geratologic geratologous geratology geraty gerb gerbe gerbil gercrow gereagle gerefa gerenda gerendum gerent gerenuk gerfalcon gerhardtite geriatric geriatrician geriatrics gerim gerip germ germal german germander germane germanely germaneness germanic germanious germanite germanity germanium germanization germanize germanous germanyl germarium germen germfree germicidal germicide germifuge germigenous germin germina germinability germinable germinal germinally germinance germinancy germinant germinate germination germinative germinatively germinator germing germinogony germiparity germless germlike germling germon germproof germule germy gernitz gerocomia gerocomical gerocomy geromorphism geront gerontal gerontes gerontic gerontine gerontism geronto gerontocracy gerontocrat gerontocratic gerontogeous gerontology gerontophilia gerontoxon gerrhosaurid gerrymander gerrymanderer gers gersdorffite gersum gerund gerundial gerundially gerundival gerundive gerundively gerusia gervao gerygone geryonid gesith gesithcund gesithcundman gesneraceous gesneria gesneriaceous gesning gessamine gesso gest gestalter gestaltist gestant gestate gestation gestational gestative gestatorial gestatorium gestatory geste gested gesten gestening gestic gestical gesticulacious gesticulant gesticular gesticularious gesticulate gesticulation gesticulative gesticulatively gesticulator gesticulatory gestion gestning gestural gesture gestureless gesturer get geta getah getaway gether gethsemane gethsemanic getling getpenny gettable getter getting getup geum gewgaw gewgawed gewgawish gewgawry gewgawy gey geyan geyerite geyser geyseral geyseric geyserine geyserish geyserite gez ghafir ghaist ghalva gharial gharnao gharry ghastily ghastlily ghastliness ghastly ghat ghatti ghatwal ghatwazi ghazi ghazism ghebeta ghee gheleem gherkin ghetchoo ghetti ghetto ghettoization ghettoize ghizite ghoom ghost ghostcraft ghostdom ghoster ghostess ghostfish ghostflower ghosthood ghostified ghostily ghostish ghostism ghostland ghostless ghostlet ghostlify ghostlike ghostlily ghostliness ghostly ghostmonger ghostology ghostship ghostweed ghostwrite ghosty ghoul ghoulery ghoulish ghoulishly ghoulishness ghrush ghurry giant giantesque giantess gianthood giantish giantism giantize giantkind giantlike giantly giantry giantship giardia giardiasis giarra giarre gib gibaro gibbals gibbed gibber gibbergunyah gibberish gibberose gibberosity gibbet gibbetwise gibblegabble gibblegabbler gibbles gibbon gibbose gibbosity gibbous gibbously gibbousness gibbsite gibbus gibby gibe gibel gibelite giber gibing gibingly gibleh giblet giblets gibstaff gibus gid giddap giddea giddify giddily giddiness giddy giddyberry giddybrain giddyhead giddyish gidgee gie gied gien gieseckite gif giffgaff gift gifted giftedly giftedness giftie giftless giftling giftware gig gigantean gigantesque gigantic gigantical gigantically giganticidal giganticide giganticness gigantism gigantize gigantoblast gigantocyte gigantolite gigantological gigantology gigantomachy gigantostracan gigantostracous gigartinaceous gigback gigelira gigeria gigerium gigful gigger giggish giggit giggle giggledom gigglement giggler gigglesome giggling gigglingly gigglish giggly giglet gigliato giglot gigman gigmaness gigmanhood gigmania gigmanic gigmanically gigmanism gigmanity gignate gignitive gigolo gigot gigsman gigster gigtree gigunu gilbert gilbertage gilbertite gild gildable gilded gilden gilder gilding gilguy gilia gilim gill gillaroo gillbird gilled giller gillflirt gillhooter gillie gilliflirt gilling gilliver gillotage gillotype gillstoup gilly gillyflower gillygaupus gilo gilpy gilravage gilravager gilse gilsonite gilt giltcup gilthead gilttail gim gimbal gimbaled gimbaljawed gimberjawed gimble gimcrack gimcrackery gimcrackiness gimcracky gimel gimlet gimleteyed gimlety gimmal gimmer gimmerpet gimmick gimp gimped gimper gimping gin ging ginger gingerade gingerberry gingerbread gingerbready gingerin gingerleaf gingerline gingerliness gingerly gingerness gingernut gingerol gingerous gingerroot gingersnap gingerspice gingerwork gingerwort gingery gingham ginghamed gingili gingiva gingivae gingival gingivalgia gingivectomy gingivitis gingivoglossitis gingivolabial ginglyform ginglymoarthrodia ginglymoarthrodial ginglymodian ginglymoid ginglymoidal ginglymostomoid ginglymus ginglyni ginhouse gink ginkgo ginkgoaceous ginned ginner ginners ginnery ginney ginning ginnle ginny ginseng ginward gio giobertite giornata giornatate gip gipon gipper gipser gipsire gipsyweed giraffe giraffesque giraffine giraffoid girandola girandole girasol girasole girba gird girder girderage girderless girding girdingly girdle girdlecake girdlelike girdler girdlestead girdling girdlingly girl girleen girlery girlfully girlhood girlie girliness girling girlish girlishly girlishness girlism girllike girly girn girny giro giroflore girouette girouettism girr girse girsh girsle girt girth girtline gisarme gish gisla gisler gismondine gismondite gist git gitaligenin gitalin gith gitonin gitoxigenin gitoxin gittern gittith giustina give giveable giveaway given givenness giver givey giving gizz gizzard gizzen gizzern glabella glabellae glabellar glabellous glabellum glabrate glabrescent glabrous glace glaceed glaceing glaciable glacial glacialism glacialist glacialize glacially glaciaria glaciarium glaciate glaciation glacier glaciered glacieret glacierist glacification glacioaqueous glaciolacustrine glaciological glaciologist glaciology glaciomarine glaciometer glacionatant glacis glack glad gladden gladdener gladdon gladdy glade gladelike gladeye gladful gladfully gladfulness gladhearted gladiate gladiator gladiatorial gladiatorism gladiatorship gladiatrix gladify gladii gladiola gladiolar gladiole gladioli gladiolus gladius gladkaite gladless gladly gladness gladsome gladsomely gladsomeness glady glaga glaieul glaik glaiket glaiketness glair glaireous glairiness glairy glaister glaive glaived glaked glaky glam glamberry glamorize glamorous glamorously glamour glamoury glance glancer glancing glancingly gland glandaceous glandarious glandered glanderous glanders glandes glandiferous glandiform glandless glandlike glandular glandularly glandule glanduliferous glanduliform glanduligerous glandulose glandulosity glandulous glandulousness glans glar glare glareless glareole glareous glareproof glareworm glarily glariness glaring glaringly glaringness glarry glary glaserite glashan glass glassen glasser glasses glassfish glassful glasshouse glassie glassily glassine glassiness glassless glasslike glassmaker glassmaking glassman glassophone glassrope glassteel glassware glassweed glasswork glassworker glassworking glassworks glasswort glassy glauberite glaucescence glaucescent glaucin glaucine glaucochroite glaucodot glaucolite glaucoma glaucomatous glauconiferous glauconite glauconitic glauconitization glaucophane glaucophanite glaucophanization glaucophanize glaucophyllous glaucosuria glaucous glaucously glaum glaumrie glaur glaury glaver glaze glazed glazen glazer glazework glazier glaziery glazily glaziness glazing glazy gleam gleamily gleaminess gleaming gleamingly gleamless gleamy glean gleanable gleaner gleaning gleary gleba glebal glebe glebeless glebous glede gledy glee gleed gleeful gleefully gleefulness gleeishly gleek gleemaiden gleeman gleesome gleesomely gleesomeness gleet gleety gleewoman gleg glegly glegness glen glenohumeral glenoid glenoidal glent glessite gleyde glia gliadin glial glib glibbery glibly glibness glidder gliddery glide glideless glideness glider gliderport glidewort gliding glidingly gliff gliffing glime glimmer glimmering glimmeringly glimmerite glimmerous glimmery glimpse glimpser glink glint glioma gliomatous gliosa gliosis gliriform glirine glisk glisky glissade glissader glissando glissette glisten glistening glisteningly glister glisteringly glitter glitterance glittering glitteringly glittersome glittery gloam gloaming gloat gloater gloating gloatingly global globally globate globated globe globed globefish globeflower globeholder globelet globiferous globigerine globin globoid globose globosely globoseness globosite globosity globosphaerite globous globously globousness globular globulariaceous globularity globularly globularness globule globulet globulicidal globulicide globuliferous globuliform globulimeter globulin globulinuria globulite globulitic globuloid globulolysis globulose globulous globulousness globulysis globy glochid glochideous glochidia glochidial glochidian glochidiate glochidium glochis glockenspiel gloea gloeal gloeocapsoid gloeosporiose glom glome glomerate glomeration glomeroporphyritic glomerular glomerulate glomerule glomerulitis glomerulonephritis glomerulose glomerulus glommox glomus glonoin glonoine gloom gloomful gloomfully gloomily gloominess glooming gloomingly gloomless gloomth gloomy glop gloppen glor glore gloriation gloriette glorifiable glorification glorifier glorify gloriole gloriosity glorious gloriously gloriousness glory gloryful glorying gloryingly gloryless gloss glossa glossagra glossal glossalgia glossalgy glossanthrax glossarial glossarially glossarian glossarist glossarize glossary glossate glossator glossatorial glossectomy glossed glosser glossic glossily glossiness glossing glossingly glossist glossitic glossitis glossless glossmeter glossocarcinoma glossocele glossocoma glossocomon glossodynamometer glossodynia glossoepiglottic glossoepiglottidean glossograph glossographer glossographical glossography glossohyal glossoid glossokinesthetic glossolabial glossolabiolaryngeal glossolabiopharyngeal glossolalia glossolalist glossolaly glossolaryngeal glossological glossologist glossology glossolysis glossoncus glossopalatine glossopalatinus glossopathy glossopetra glossophagine glossopharyngeal glossopharyngeus glossophorous glossophytia glossoplasty glossoplegia glossopode glossopodium glossoptosis glossopyrosis glossorrhaphy glossoscopia glossoscopy glossospasm glossosteresis glossotomy glossotype glossy glost glottal glottalite glottalize glottic glottid glottidean glottis glottiscope glottogonic glottogonist glottogony glottologic glottological glottologist glottology glout glove gloveless glovelike glovemaker glovemaking glover gloveress glovey gloving glow glower glowerer glowering gloweringly glowfly glowing glowingly glowworm gloy gloze glozing glozingly glub glucase glucemia glucid glucide glucidic glucina glucine glucinic glucinium glucinum gluck glucofrangulin glucokinin glucolipid glucolipide glucolipin glucolipine glucolysis glucosaemia glucosamine glucosan glucosane glucosazone glucose glucosemia glucosic glucosid glucosidal glucosidase glucoside glucosidic glucosidically glucosin glucosine glucosone glucosuria glucuronic glue glued gluemaker gluemaking gluepot gluer gluey glueyness glug gluish gluishness glum gluma glumaceous glumal glume glumiferous glumly glummy glumness glumose glumosity glump glumpily glumpiness glumpish glumpy glunch glusid gluside glut glutamic glutamine glutaminic glutaric glutathione glutch gluteal glutelin gluten glutenin glutenous gluteofemoral gluteoinguinal gluteoperineal gluteus glutin glutinate glutination glutinative glutinize glutinose glutinosity glutinous glutinously glutinousness glutition glutoid glutose glutter gluttery glutting gluttingly glutton gluttoness gluttonish gluttonism gluttonize gluttonous gluttonously gluttonousness gluttony glyceraldehyde glycerate glyceric glyceride glycerin glycerinate glycerination glycerine glycerinize glycerite glycerize glycerizin glycerizine glycerogel glycerogelatin glycerol glycerolate glycerole glycerolize glycerophosphate glycerophosphoric glycerose glyceroxide glyceryl glycid glycide glycidic glycidol glycine glycinin glycocholate glycocholic glycocin glycocoll glycogelatin glycogen glycogenesis glycogenetic glycogenic glycogenize glycogenolysis glycogenous glycogeny glycohaemia glycohemia glycol glycolaldehyde glycolate glycolic glycolide glycolipid glycolipide glycolipin glycolipine glycoluric glycoluril glycolyl glycolylurea glycolysis glycolytic glycolytically glyconic glyconin glycoproteid glycoprotein glycosaemia glycose glycosemia glycosin glycosine glycosuria glycosuric glycuresis glycuronic glycyl glycyphyllin glycyrrhizin glyoxal glyoxalase glyoxalic glyoxalin glyoxaline glyoxim glyoxime glyoxyl glyoxylic glyph glyphic glyphograph glyphographer glyphographic glyphography glyptic glyptical glyptician glyptodont glyptodontoid glyptograph glyptographer glyptographic glyptography glyptolith glyptological glyptologist glyptology glyptotheca glyster gmelinite gnabble gnaphalioid gnar gnarl gnarled gnarliness gnarly gnash gnashingly gnat gnatcatcher gnatflower gnathal gnathalgia gnathic gnathidium gnathion gnathism gnathite gnathitis gnathobase gnathobasic gnathometer gnathonic gnathonical gnathonically gnathonism gnathonize gnathophorous gnathoplasty gnathopod gnathopodite gnathopodous gnathostegite gnathostomatous gnathostome gnathostomous gnathotheca gnatling gnatproof gnatsnap gnatsnapper gnatter gnatty gnatworm gnaw gnawable gnawer gnawing gnawingly gnawn gneiss gneissic gneissitic gneissoid gneissose gneissy gnetaceous gnocchetti gnome gnomed gnomesque gnomic gnomical gnomically gnomide gnomish gnomist gnomologic gnomological gnomologist gnomology gnomon gnomonic gnomonical gnomonics gnomonological gnomonologically gnomonology gnosiological gnosiology gnosis gnostic gnostical gnostically gnosticity gnosticize gnosticizer gnostology gnu go goa goad goadsman goadster goaf goal goalage goalee goalie goalkeeper goalkeeping goalless goalmouth goanna goat goatbeard goatbrush goatbush goatee goateed goatfish goatherd goatherdess goatish goatishly goatishness goatland goatlike goatling goatly goatroot goatsbane goatsbeard goatsfoot goatskin goatstone goatsucker goatweed goaty goave gob goback goban gobang gobbe gobber gobbet gobbin gobbing gobble gobbledygook gobbler gobby gobelin gobernadora gobi gobiesocid gobiesociform gobiid gobiiform gobioid goblet gobleted gobletful goblin gobline goblinesque goblinish goblinism goblinize goblinry gobmouthed gobo gobonated gobony gobstick goburra goby gobylike gocart god godchild goddard goddaughter godded goddess goddesshood goddessship goddikin goddize gode godet godfather godfatherhood godfathership godhead godhood godkin godless godlessly godlessness godlet godlike godlikeness godlily godliness godling godly godmaker godmaking godmamma godmother godmotherhood godmothership godown godpapa godparent godsend godship godson godsonship godwit goeduck goel goelism goer goes goetia goetic goetical goety goff goffer goffered gofferer goffering goffle gog gogga goggan goggle goggled goggler gogglers goggly goglet gogo goi goiabada going goitcho goiter goitered goitral goitrogen goitrogenic goitrous gol gola golach goladar golandaas golandause gold goldbeater goldbeating goldbrick goldbricker goldbug goldcrest goldcup golden goldenback goldeneye goldenfleece goldenhair goldenknop goldenlocks goldenly goldenmouthed goldenness goldenpert goldenrod goldenseal goldentop goldenwing golder goldfielder goldfinch goldfinny goldfish goldflower goldhammer goldhead goldie goldilocks goldin goldish goldless goldlike goldseed goldsinny goldsmith goldsmithery goldsmithing goldspink goldstone goldtail goldtit goldwater goldweed goldwork goldworker goldy golee golem golf golfdom golfer goli goliard goliardery goliardic goliath goliathize golkakra golland gollar golliwogg golly goloe golpe gomari gomart gomashta gomavel gombay gombeen gombeenism gombroon gomer gomeral gomlah gommelin gomphodont gomphosis gomuti gon gonad gonadal gonadial gonadic gonadotropic gonadotropin gonaduct gonagra gonakie gonal gonalgia gonangial gonangium gonapod gonapophysal gonapophysial gonapophysis gonarthritis gondang gondite gondola gondolet gondolier gone goneness goneoclinic gonepoiesis gonepoietic goner gonesome gonfalcon gonfalonier gonfalonierate gonfaloniership gonfanon gong gongman gongoristic gonia goniac gonial goniale goniatite goniatitic goniatitid goniatitoid gonid gonidangium gonidia gonidial gonidic gonidiferous gonidiogenous gonidioid gonidiophore gonidiose gonidiospore gonidium gonimic gonimium gonimolobe gonimous goniocraniometry goniometer goniometric goniometrical goniometrically goniometry gonion goniostat goniotropous gonitis gonium gonnardite gonne gonoblast gonoblastic gonoblastidial gonoblastidium gonocalycine gonocalyx gonocheme gonochorism gonochorismal gonochorismus gonochoristic gonococcal gonococcic gonococcoid gonococcus gonocoel gonocyte gonoecium gonomere gonomery gonophore gonophoric gonophorous gonoplasm gonopoietic gonorrhea gonorrheal gonorrheic gonosomal gonosome gonosphere gonostyle gonotheca gonothecal gonotokont gonotome gonotype gonozooid gony gonyalgia gonydeal gonydial gonyocele gonyoncus gonys gonystylaceous gonytheca goo goober good goodeniaceous goodhearted goodheartedly goodheartedness gooding goodish goodishness goodlihead goodlike goodliness goodly goodman goodmanship goodness goods goodsome goodwife goodwill goodwillit goodwilly goody goodyear goodyish goodyism goodyness goodyship goof goofer goofily goofiness goofy googly googol googolplex googul gook gool goolah gools gooma goon goondie goonie goosander goose goosebeak gooseberry goosebill goosebird goosebone gooseboy goosecap goosefish gooseflower goosefoot goosegirl goosegog gooseherd goosehouse gooselike goosemouth gooseneck goosenecked gooserumped goosery goosetongue gooseweed goosewing goosewinged goosish goosishly goosishness goosy gopher gopherberry gopherroot gopherwood gopura gor gora goracco goral goran gorb gorbal gorbellied gorbelly gorbet gorble gorblimy gorce gorcock gorcrow gordiacean gordiaceous gordolobo gordunite gore gorer gorevan gorfly gorge gorgeable gorged gorgedly gorgelet gorgeous gorgeously gorgeousness gorger gorgerin gorget gorgeted gorglin gorgonacean gorgonaceous gorgonesque gorgoneum gorgoniacean gorgoniaceous gorgonian gorgonin gorgonize gorgonlike gorhen goric gorilla gorillaship gorillian gorilline gorilloid gorily goriness goring gorlin gorlois gormandize gormandizer gormaw gormed gorra gorraf gorry gorse gorsebird gorsechat gorsedd gorsehatch gorsy gory gos gosain goschen gosh goshawk goshenite goslarite goslet gosling gosmore gospel gospeler gospelist gospelize gospellike gospelly gospelmonger gospelwards gospodar gosport gossamer gossamered gossamery gossampine gossan gossaniferous gossard gossip gossipdom gossipee gossiper gossiphood gossipiness gossiping gossipingly gossipmonger gossipred gossipry gossipy gossoon gossy gossypine gossypol gossypose got gotch gote gothite gotra gotraja gotten gouaree gouge gouger goujon goulash goumi goup gourami gourd gourde gourdful gourdhead gourdiness gourdlike gourdworm gourdy gourmand gourmander gourmanderie gourmandism gourmet gourmetism gourounut goustrous gousty gout goutify goutily goutiness goutish goutte goutweed goutwort gouty gove govern governability governable governableness governably governail governance governess governessdom governesshood governessy governing governingly government governmental governmentalism governmentalist governmentalize governmentally governmentish governor governorate governorship gowan gowdnie gowf gowfer gowiddie gowk gowked gowkedly gowkedness gowkit gowl gown gownlet gownsman gowpen goy goyazite goyim goyin goyle gozell gozzard gra grab grabbable grabber grabble grabbler grabbling grabbots graben grabhook grabouche grace graceful gracefully gracefulness graceless gracelessly gracelessness gracelike gracer gracilariid gracile gracileness gracilescent gracilis gracility graciosity gracioso gracious graciously graciousness grackle grad gradable gradal gradate gradation gradational gradationally gradationately gradative gradatively gradatory graddan grade graded gradefinder gradely grader gradgrind gradient gradienter gradin gradine grading gradiometer gradiometric gradometer gradual gradualism gradualist gradualistic graduality gradually gradualness graduand graduate graduated graduateship graduatical graduating graduation graduator gradus graff graffage graffer graffito grafship graft graftage graftdom grafted grafter grafting graftonite graftproof graham grahamite grail grailer grailing grain grainage grained grainedness grainer grainering grainery grainfield graininess graining grainland grainless grainman grainsick grainsickness grainsman grainways grainy graip graisse graith grallatorial grallatory grallic gralline gralloch gram grama gramarye gramashes grame gramenite gramicidin graminaceous gramineal gramineous gramineousness graminicolous graminiferous graminifolious graminiform graminin graminivore graminivorous graminological graminology graminous grammalogue grammar grammarian grammarianism grammarless grammatic grammatical grammatically grammaticalness grammaticaster grammaticism grammaticize grammatics grammatist grammatistical grammatite grammatolator grammatolatry gramme gramoches gramophone gramophonic gramophonical gramophonically gramophonist gramp grampa grampus granada granadilla granadillo granage granary granate granatum granch grand grandam grandame grandaunt grandchild granddad granddaddy granddaughter granddaughterly grandee grandeeism grandeeship grandesque grandeur grandeval grandfather grandfatherhood grandfatherish grandfatherless grandfatherly grandfathership grandfer grandfilial grandiloquence grandiloquent grandiloquently grandiloquous grandiose grandiosely grandiosity grandisonant grandisonous grandly grandma grandmaternal grandmother grandmotherhood grandmotherism grandmotherliness grandmotherly grandnephew grandness grandniece grandpa grandparent grandparentage grandparental grandpaternal grandsire grandson grandsonship grandstand grandstander granduncle grane grange granger grangerism grangerite grangerization grangerize grangerizer graniform granilla granite granitelike graniteware granitic granitical graniticoline granitiferous granitification granitiform granitite granitization granitize granitoid granivore granivorous granjeno grank grannom granny grannybush grano granoblastic granodiorite granogabbro granolite granolith granolithic granomerite granophyre granophyric granose granospherite grant grantable grantedly grantee granter grantor granula granular granularity granularly granulary granulate granulated granulater granulation granulative granulator granule granulet granuliferous granuliform granulite granulitic granulitis granulitization granulitize granulize granuloadipose granulocyte granuloma granulomatous granulometric granulosa granulose granulous granza granzita grape graped grapeflower grapefruit grapeful grapeless grapelet grapelike grapenuts graperoot grapery grapeshot grapeskin grapestalk grapestone grapevine grapewise grapewort graph graphalloy graphic graphical graphically graphicalness graphicly graphicness graphics graphiological graphiologist graphiology graphite graphiter graphitic graphitization graphitize graphitoid graphitoidal graphologic graphological graphologist graphology graphomania graphomaniac graphometer graphometric graphometrical graphometry graphomotor graphophone graphophonic graphorrhea graphoscope graphospasm graphostatic graphostatical graphostatics graphotype graphotypic graphy graping grapnel grappa grapple grappler grappling grapsoid graptolite graptolitic graptomancy grapy grasp graspable grasper grasping graspingly graspingness graspless grass grassant grassation grassbird grasschat grasscut grasscutter grassed grasser grasset grassflat grassflower grasshop grasshopper grasshopperdom grasshopperish grasshouse grassiness grassing grassland grassless grasslike grassman grassnut grassplot grassquit grasswards grassweed grasswidowhood grasswork grassworm grassy grat grate grateful gratefully gratefulness grateless grateman grater gratewise grather graticulate graticulation graticule gratification gratified gratifiedly gratifier gratify gratifying gratifyingly gratility gratillity gratinate grating gratiolin gratiosolin gratis gratitude gratten grattoir gratuitant gratuitous gratuitously gratuitousness gratuity gratulant gratulate gratulation gratulatorily gratulatory graupel gravamen gravamina grave graveclod gravecloth graveclothes graved gravedigger gravegarth gravel graveless gravelike graveling gravelish gravelliness gravelly gravelroot gravelstone gravelweed gravely gravemaker gravemaking graveman gravemaster graven graveness graveolence graveolency graveolent graver graveship graveside gravestead gravestone graveward gravewards graveyard gravic gravicembalo gravid gravidity gravidly gravidness gravigrade gravimeter gravimetric gravimetrical gravimetrically gravimetry graving gravitate gravitater gravitation gravitational gravitationally gravitative gravitometer gravity gravure gravy grawls gray grayback graybeard graycoat grayfish grayfly grayhead grayish graylag grayling grayly graymalkin graymill grayness graypate graywacke grayware graywether grazable graze grazeable grazer grazier grazierdom graziery grazing grazingly grease greasebush greasehorn greaseless greaselessness greaseproof greaseproofness greaser greasewood greasily greasiness greasy great greatcoat greatcoated greaten greater greathead greatheart greathearted greatheartedness greatish greatly greatmouthed greatness greave greaved greaves grebe grece gree greed greedily greediness greedless greedsome greedy greedygut greedyguts green greenable greenage greenalite greenback greenbark greenbone greenbrier greencoat greener greenery greeney greenfinch greenfish greengage greengill greengrocer greengrocery greenhead greenheaded greenheart greenhearted greenhew greenhide greenhood greenhorn greenhornism greenhouse greening greenish greenishness greenkeeper greenkeeping greenlandite greenleek greenless greenlet greenling greenly greenness greenockite greenovite greenroom greensand greensauce greenshank greensick greensickness greenside greenstone greenstuff greensward greenswarded greentail greenth greenuk greenweed greenwing greenwithe greenwood greenwort greeny greenyard greet greeter greeting greetingless greetingly greffier greffotome gregal gregale gregaloid gregarian gregarianism gregarine gregarinidal gregariniform gregarinosis gregarinous gregarious gregariously gregariousness gregaritic grege greggle grego greige grein greisen gremial gremlin grenade grenadier grenadierial grenadierly grenadiership grenadin grenadine gressorial gressorious greund grew grewhound grey greyhound greyly greyness gribble grice grid griddle griddlecake griddler gride gridelin gridiron griece grieced grief griefful grieffully griefless grieflessness grieshoch grievance grieve grieved grievedly griever grieveship grieving grievingly grievous grievously grievousness griff griffade griffado griffaun griffe griffin griffinage griffinesque griffinhood griffinish griffinism griffithite griffon griffonage griffonne grift grifter grig griggles grignet grigri grihastha grihyasutra grike grill grillade grillage grille grilled griller grillroom grillwork grilse grim grimace grimacer grimacier grimacing grimacingly grimalkin grime grimful grimgribber grimily griminess grimliness grimly grimme grimmiaceous grimmish grimness grimp grimy grin grinagog grinch grind grindable grinder grinderman grindery grinding grindingly grindle grindstone gringo gringolee gringophobia grinner grinning grinningly grinny grintern grip gripe gripeful griper gripgrass griphite griping gripingly gripless gripman gripment grippal grippe gripper grippiness gripping grippingly grippingness gripple grippleness grippotoxin grippy gripsack gripy griquaite gris grisaille grisard griseous grisette grisettish grisgris griskin grisliness grisly grison grisounite grisoutine grissens grissons grist gristbite grister gristle gristliness gristly gristmill gristmiller gristmilling gristy grit grith grithbreach grithman gritless gritrock grits gritstone gritten gritter grittily grittiness grittle gritty grivet grivna grizzle grizzled grizzler grizzly grizzlyman groan groaner groanful groaning groaningly groat groats groatsworth grobian grobianism grocer grocerdom groceress grocerly grocerwise grocery groceryman groff grog groggery groggily grogginess groggy grogram grogshop groin groined groinery groining gromatic gromatics grommet gromwell groom groomer groomish groomishly groomlet groomling groomsman groomy groop groose groot grooty groove grooveless groovelike groover grooverhead grooviness grooving groovy grope groper groping gropingly gropple grorudite gros grosbeak groschen groser groset grosgrain grosgrained gross grossart grossen grosser grossification grossify grossly grossness grosso grossulaceous grossular grossularia grossulariaceous grossularious grossularite grosz groszy grot grotesque grotesquely grotesqueness grotesquerie grothine grothite grottesco grotto grottoed grottolike grottowork grouch grouchily grouchiness grouchingly grouchy grouf grough ground groundable groundably groundage groundberry groundbird grounded groundedly groundedness groundenell grounder groundflower grounding groundless groundlessly groundlessness groundliness groundling groundly groundman groundmass groundneedle groundnut groundplot grounds groundsel groundsill groundsman groundward groundwood groundwork groundy group groupage groupageness grouped grouper grouping groupist grouplet groupment groupwise grouse grouseberry grouseless grouser grouseward grousewards grousy grout grouter grouthead grouts grouty grouze grove groved grovel groveler groveless groveling grovelingly grovelings grovy grow growable growan growed grower growing growingly growingupness growl growler growlery growling growlingly growly grown grownup growse growsome growth growthful growthiness growthless growthy grozart grozet grr grub grubbed grubber grubbery grubbily grubbiness grubby grubhood grubless grubroot grubs grubstake grubstaker grubstreet grubworm grudge grudgeful grudgefully grudgekin grudgeless grudger grudgery grudging grudgingly grudgingness grudgment grue gruel grueler grueling gruelly gruesome gruesomely gruesomeness gruff gruffily gruffiness gruffish gruffly gruffness gruffs gruffy grufted grugru gruiform gruine grum grumble grumbler grumblesome grumbling grumblingly grumbly grume grumly grummel grummels grummet grummeter grumness grumose grumous grumousness grump grumph grumphie grumphy grumpily grumpiness grumpish grumpy grun grundy grunerite gruneritization grunion grunt grunter grunting gruntingly gruntle gruntled gruntling grush grushie gruss grutch grutten gryde grylli gryllid gryllos gryllus grypanian gryposis grysbok guaba guacacoa guachamaca guacharo guachipilin guacimo guacin guaco guaconize guadalcazarite guaiac guaiacol guaiacolize guaiaconic guaiacum guaiaretic guaiasanol guaiol guaka guama guan guana guanabana guanabano guanaco guanajuatite guanamine guanase guanay guaneide guango guanidine guanidopropionic guaniferous guanine guanize guano guanophore guanosine guanyl guanylic guao guapena guapilla guapinol guar guara guarabu guaracha guaraguao guarana guarani guaranine guarantee guaranteeship guarantor guarantorship guaranty guarapucu guard guardable guardant guarded guardedly guardedness guardeen guarder guardfish guardful guardfully guardhouse guardian guardiancy guardianess guardianless guardianly guardianship guarding guardingly guardless guardlike guardo guardrail guardroom guardship guardsman guardstone guariba guarinite guarneri guarri guasa guatambu guativere guava guavaberry guavina guayaba guayabi guayabo guayacan guayroto guayule guaza gubbertush gubbo gubernacula gubernacular gubernaculum gubernative gubernator gubernatorial gubernatrix guberniya gucki gud gudame guddle gude gudebrother gudefather gudemother gudesake gudesakes gudesire gudewife gudge gudgeon gudget gudok gue guebucu guejarite guemal guenepe guenon guepard guerdon guerdonable guerdoner guerdonless guereza guernsey guernseyed guerrilla guerrillaism guerrillaship guess guessable guesser guessing guessingly guesswork guessworker guest guestchamber guesten guester guesthouse guesting guestive guestless guestling guestmaster guestship guestwise gufa guff guffaw guffer guffin guffy gugal guggle gugglet guglet guglia guglio gugu guhr guib guiba guidable guidage guidance guide guideboard guidebook guidebookish guidecraft guideless guideline guidepost guider guideress guidership guideship guideway guidman guidon guidwilly guige guignol guijo guild guilder guildhall guildic guildry guildship guildsman guile guileful guilefully guilefulness guileless guilelessly guilelessness guilery guillemet guillemot guillevat guilloche guillochee guillotinade guillotine guillotinement guillotiner guillotinism guillotinist guilt guiltily guiltiness guiltless guiltlessly guiltlessness guiltsick guilty guily guimbard guimpe guinea guipure guisard guise guiser guising guitar guitarfish guitarist guitermanite guitguit gul gula gulae gulaman gulancha gular gularis gulch gulden guldengroschen gule gules gulf gulflike gulfside gulfwards gulfweed gulfy gulgul gulinula gulinulae gulinular gulix gull gullery gullet gulleting gullibility gullible gullibly gullion gullish gullishly gullishness gully gullyhole gulonic gulose gulosity gulp gulper gulpin gulping gulpingly gulpy gulravage gulsach gum gumbo gumboil gumbotil gumby gumchewer gumdigger gumdigging gumdrop gumfield gumflower gumihan gumless gumlike gumly gumma gummage gummaker gummaking gummata gummatous gummed gummer gummiferous gumminess gumming gummite gummose gummosis gummosity gummous gummy gump gumphion gumption gumptionless gumptious gumpus gumshoe gumweed gumwood gun guna gunate gunation gunbearer gunboat gunbright gunbuilder guncotton gundi gundy gunebo gunfire gunflint gunge gunhouse gunite gunj gunk gunl gunless gunlock gunmaker gunmaking gunman gunmanship gunnage gunne gunnel gunner gunneress gunnership gunnery gunnies gunning gunnung gunny gunocracy gunong gunpaper gunplay gunpowder gunpowderous gunpowdery gunpower gunrack gunreach gunrunner gunrunning gunsel gunshop gunshot gunsman gunsmith gunsmithery gunsmithing gunster gunstick gunstock gunstocker gunstocking gunstone gunter gunwale gunyah gunyang gunyeh gup guppy guptavidya gur gurdfish gurdle gurdwara gurge gurgeon gurgeons gurges gurgitation gurgle gurglet gurgling gurglingly gurgly gurgoyle gurgulation gurjun gurk gurl gurly gurnard gurnet gurnetty gurniad gurr gurrah gurry gurt guru guruship gush gusher gushet gushily gushiness gushing gushingly gushingness gushy gusla gusle guss gusset gussie gust gustable gustation gustative gustativeness gustatory gustful gustfully gustfulness gustily gustiness gustless gusto gustoish gusty gut gutless gutlike gutling gutt gutta guttable guttate guttated guttatim guttation gutte gutter gutterblood guttering gutterlike gutterling gutterman guttersnipe guttersnipish gutterspout gutterwise guttery gutti guttide guttie guttiferal guttiferous guttiform guttiness guttle guttler guttula guttulae guttular guttulate guttule guttural gutturalism gutturality gutturalization gutturalize gutturally gutturalness gutturize gutturonasal gutturopalatal gutturopalatine gutturotetany guttus gutty gutweed gutwise gutwort guvacine guvacoline guy guydom guyer guytrash guz guze guzmania guzzle guzzledom guzzler gwag gweduc gweed gweeon gwely gwine gwyniad gyascutus gyle gym gymel gymkhana gymnanthous gymnasia gymnasial gymnasiarch gymnasiarchy gymnasiast gymnasic gymnasium gymnast gymnastic gymnastically gymnastics gymnemic gymnetrous gymnic gymnical gymnics gymnite gymnoblastic gymnocarpic gymnocarpous gymnoceratous gymnocidium gymnodiniaceous gymnodont gymnogen gymnogenous gymnoglossate gymnogynous gymnolaematous gymnopaedic gymnophiona gymnoplast gymnorhinal gymnosoph gymnosophist gymnosophy gymnosperm gymnospermal gymnospermic gymnospermism gymnospermy gymnospore gymnosporous gymnostomous gymnotid gymnotokous gymnure gymnurine gympie gyn gynaecea gynaeceum gynaecocoenic gynander gynandrarchic gynandrarchy gynandria gynandrian gynandrism gynandroid gynandromorph gynandromorphic gynandromorphism gynandromorphous gynandromorphy gynandrophore gynandrosporous gynandrous gynandry gynantherous gynarchic gynarchy gyne gynecic gynecidal gynecide gynecocentric gynecocracy gynecocrat gynecocratic gynecocratical gynecoid gynecolatry gynecologic gynecological gynecologist gynecology gynecomania gynecomastia gynecomastism gynecomasty gynecomazia gynecomorphous gyneconitis gynecopathic gynecopathy gynecophore gynecophoric gynecophorous gynecotelic gynecratic gyneocracy gyneolater gyneolatry gynephobia gynethusia gyniatrics gyniatry gynic gynics gynobase gynobaseous gynobasic gynocardia gynocardic gynocracy gynocratic gynodioecious gynodioeciously gynodioecism gynoecia gynoecium gynogenesis gynomonecious gynomonoeciously gynomonoecism gynophagite gynophore gynophoric gynosporangium gynospore gynostegia gynostegium gynostemium gyp gype gypper gyps gypseian gypseous gypsiferous gypsine gypsiologist gypsite gypsography gypsologist gypsology gypsophila gypsophilous gypsophily gypsoplast gypsous gypster gypsum gypsy gypsydom gypsyesque gypsyfy gypsyhead gypsyhood gypsyish gypsyism gypsylike gypsyry gypsyweed gypsywise gypsywort gyral gyrally gyrant gyrate gyration gyrational gyrator gyratory gyre gyrencephalate gyrencephalic gyrencephalous gyrene gyrfalcon gyri gyric gyrinid gyro gyrocar gyroceracone gyroceran gyrochrome gyrocompass gyrogonite gyrograph gyroidal gyroidally gyrolite gyrolith gyroma gyromagnetic gyromancy gyromele gyrometer gyron gyronny gyrophoric gyropigeon gyroplane gyroscope gyroscopic gyroscopically gyroscopics gyrose gyrostabilizer gyrostat gyrostatic gyrostatically gyrostatics gyrous gyrovagi gyrovagues gyrowheel gyrus gyte gytling gyve h ha haab haaf habanera habble habdalah habeas habena habenal habenar habendum habenula habenular haberdash haberdasher haberdasheress haberdashery haberdine habergeon habilable habilatory habile habiliment habilimentation habilimented habilitate habilitation habilitator hability habille habit habitability habitable habitableness habitably habitacle habitacule habitally habitan habitance habitancy habitant habitat habitate habitation habitational habitative habited habitual habituality habitualize habitually habitualness habituate habituation habitude habitudinal habitue habitus habnab haboob habronemiasis habronemic habu habutai habutaye hache hachure hacienda hack hackamatak hackamore hackbarrow hackberry hackbolt hackbush hackbut hackbuteer hacked hackee hacker hackery hackin hacking hackingly hackle hackleback hackler hacklog hackly hackmack hackman hackmatack hackney hackneyed hackneyer hackneyism hackneyman hacksaw hacksilber hackster hackthorn hacktree hackwood hacky had hadbot hadden haddie haddo haddock haddocker hade hadentomoid hading hadj hadji hadland hadrome hadromycosis hadrosaur haec haecceity haem haemaspectroscope haematherm haemathermal haemathermous haematinon haematinum haematite haematobranchiate haematocryal haematophiline haematorrhachis haematosepsis haematothermal haematoxylic haematoxylin haemoconcentration haemodilution haemodoraceous haemoglobin haemogram haemonchiasis haemonchosis haemony haemophile haemorrhage haemorrhagia haemorrhagic haemorrhoid haemorrhoidal haemosporid haemosporidian haemuloid haeremai haet haff haffet haffkinize haffle hafiz hafnium hafnyl haft hafter hag hagberry hagboat hagborn hagbush hagdon hageen hagfish haggada haggaday haggadic haggadical haggadist haggadistic haggard haggardly haggardness hagged hagger haggis haggish haggishly haggishness haggister haggle haggler haggly haggy hagi hagia hagiarchy hagiocracy hagiographal hagiographer hagiographic hagiographical hagiographist hagiography hagiolater hagiolatrous hagiolatry hagiologic hagiological hagiologist hagiology hagiophobia hagioscope hagioscopic haglet haglike haglin hagride hagrope hagseed hagship hagstone hagtaper hagweed hagworm hah haidingerite haik haikai haikal haikwan hail hailer hailproof hailse hailshot hailstone hailstorm hailweed haily hain hainberry haine hair hairband hairbeard hairbird hairbrain hairbreadth hairbrush haircloth haircut haircutter haircutting hairdo hairdress hairdresser hairdressing haire haired hairen hairhoof hairhound hairif hairiness hairlace hairless hairlessness hairlet hairline hairlock hairmeal hairmonger hairpin hairsplitter hairsplitting hairspring hairstone hairstreak hairtail hairup hairweed hairwood hairwork hairworm hairy haje hajib hajilij hak hakam hakdar hake hakeem hakenkreuz hakim hako haku hala halakah halakic halakist halakistic halal halalcor halation halazone halberd halberdier halberdman halberdsman halbert halch halcyon halcyonian halcyonic halcyonine hale halebi haleness haler halerz halesome half halfback halfbeak halfer halfheaded halfhearted halfheartedly halfheartedness halfling halfman halfness halfpace halfpaced halfpenny halfpennyworth halfway halfwise halibios halibiotic halibiu halibut halibuter halichondrine halichondroid halide halidom halieutic halieutically halieutics halimous halinous haliographer haliography haliotoid haliplankton haliplid halisteresis halisteretic halite halitosis halituosity halituous halitus hall hallabaloo hallage hallah hallan hallanshaker hallebardier hallecret halleflinta halleflintoid hallel hallelujah hallelujatic hallex halliblash halling hallman hallmark hallmarked hallmarker hallmoot halloo hallopodous hallow hallowed hallowedly hallowedness hallower halloysite hallucal hallucinate hallucination hallucinational hallucinative hallucinator hallucinatory hallucined hallucinosis hallux hallway halma halmalille halmawise halo halobios halobiotic halochromism halochromy haloesque halogen halogenate halogenation halogenoid halogenous halohydrin haloid halolike halolimnic halomancy halometer halomorphic halophile halophilism halophilous halophyte halophytic halophytism haloragidaceous haloscope halotrichite haloxene hals halse halsen halsfang halt halter halterbreak halteres halterproof halting haltingly haltingness haltless halucket halukkah halurgist halurgy halutz halvaner halvans halve halved halvelings halver halves halyard ham hamacratic hamadryad hamal hamald hamamelidaceous hamamelidin hamamelin hamartiologist hamartiology hamartite hamate hamated hamatum hambergite hamble hambroline hamburger hame hameil hamel hamesucken hamewith hamfat hamfatter hami hamiform hamingja hamirostrate hamlah hamlet hamleted hamleteer hamletization hamletize hamlinite hammada hammam hammer hammerable hammerbird hammercloth hammerdress hammerer hammerfish hammerhead hammerheaded hammering hammeringly hammerkop hammerless hammerlike hammerman hammersmith hammerstone hammertoe hammerwise hammerwork hammerwort hammochrysos hammock hammy hamose hamous hamper hamperedly hamperedness hamperer hamperman hamrongite hamsa hamshackle hamster hamstring hamular hamulate hamule hamulose hamulus hamus hamza han hanaper hanaster hanbury hance hanced hanch hancockite hand handbag handball handballer handbank handbanker handbarrow handbill handblow handbolt handbook handbow handbreadth handcar handcart handclap handclasp handcloth handcraft handcraftman handcraftsman handcuff handed handedness hander handersome handfast handfasting handfastly handfastness handflower handful handgrasp handgravure handgrip handgriping handgun handhaving handhold handhole handicap handicapped handicapper handicraft handicraftship handicraftsman handicraftsmanship handicraftswoman handicuff handily handiness handistroke handiwork handkercher handkerchief handkerchiefful handlaid handle handleable handled handleless handler handless handlike handling handmade handmaid handmaiden handmaidenly handout handpost handprint handrail handrailing handreader handreading handsale handsaw handsbreadth handscrape handsel handseller handset handshake handshaker handshaking handsmooth handsome handsomeish handsomely handsomeness handspade handspike handspoke handspring handstaff handstand handstone handstroke handwear handwheel handwhile handwork handworkman handwrist handwrite handwriting handy handyblow handybook handygrip hangability hangable hangalai hangar hangbird hangby hangdog hange hangee hanger hangfire hangie hanging hangingly hangkang hangle hangman hangmanship hangment hangnail hangnest hangout hangul hangwoman hangworm hangworthy hanif hanifism hanifite hanifiya hank hanker hankerer hankering hankeringly hankie hankle hanksite hanky hanna hannayite hansa hanse hansel hansgrave hansom hant hantle hao haole haoma haori hap hapalote hapaxanthous haphazard haphazardly haphazardness haphtarah hapless haplessly haplessness haplite haplocaulescent haplochlamydeous haplodont haplodonty haplography haploid haploidic haploidy haplolaly haplologic haplology haploma haplomid haplomous haplont haploperistomic haploperistomous haplopetalous haplophase haplophyte haploscope haploscopic haplosis haplostemonous haplotype haply happen happening happenstance happier happiest happify happiless happily happiness happing happy hapten haptene haptenic haptere hapteron haptic haptics haptometer haptophor haptophoric haptophorous haptotropic haptotropically haptotropism hapu hapuku haqueton harakeke harangue harangueful haranguer harass harassable harassedly harasser harassingly harassment haratch harbergage harbi harbinge harbinger harbingership harbingery harbor harborage harborer harborless harborous harborside harborward hard hardanger hardback hardbake hardbeam hardberry harden hardenable hardener hardening hardenite harder hardfern hardfist hardfisted hardfistedness hardhack hardhanded hardhandedness hardhead hardheaded hardheadedly hardheadedness hardhearted hardheartedly hardheartedness hardihood hardily hardim hardiment hardiness hardish hardishrew hardly hardmouth hardmouthed hardness hardock hardpan hardship hardstand hardstanding hardtack hardtail hardware hardwareman hardwood hardy hardystonite hare harebell harebottle harebrain harebrained harebrainedly harebrainedness harebur harefoot harefooted harehearted harehound harelike harelip harelipped harem haremism haremlik harengiform harfang haricot harigalds hariolate hariolation hariolize harish hark harka harl harlequin harlequina harlequinade harlequinery harlequinesque harlequinic harlequinism harlequinize harling harlock harlot harlotry harm harmal harmala harmaline harman harmattan harmel harmer harmful harmfully harmfulness harmine harminic harmless harmlessly harmlessness harmonia harmoniacal harmonial harmonic harmonica harmonical harmonically harmonicalness harmonichord harmonici harmonicism harmonicon harmonics harmonious harmoniously harmoniousness harmoniphon harmoniphone harmonist harmonistic harmonistically harmonium harmonizable harmonization harmonize harmonizer harmonogram harmonograph harmonometer harmony harmost harmotome harmotomic harmproof harn harness harnesser harnessry harnpan harp harpago harpagon harper harperess harpier harpings harpist harpless harplike harpoon harpooner harpress harpsichord harpsichordist harpula harpwaytuning harpwise harpylike harquebus harquebusade harquebusier harr harrateen harridan harrier harrisite harrow harrower harrowing harrowingly harrowingness harrowment harry harsh harshen harshish harshly harshness harshweed harstigite hart hartal hartberry hartebeest hartin hartite hartshorn hartstongue harttite haruspex haruspical haruspicate haruspication haruspice haruspices haruspicy harvest harvestbug harvester harvestless harvestman harvestry harvesttime harzburgite hasan hasenpfeffer hash hashab hasher hashish hashy hask haskness hasky haslet haslock hasp hassar hassel hassle hassock hassocky hasta hastate hastately hastati hastatolanceolate hastatosagittate haste hasteful hastefully hasteless hastelessness hasten hastener hasteproof haster hastilude hastily hastiness hastings hastingsite hastish hastler hasty hat hatable hatband hatbox hatbrim hatbrush hatch hatchability hatchable hatchel hatcheler hatcher hatchery hatcheryman hatchet hatchetback hatchetfish hatchetlike hatchetman hatchettine hatchettolite hatchety hatchgate hatching hatchling hatchman hatchment hatchminder hatchway hatchwayman hate hateable hateful hatefully hatefulness hateless hatelessness hater hatful hath hatherlite hathi hatless hatlessness hatlike hatmaker hatmaking hatpin hatrack hatrail hatred hatress hatstand hatt hatted hatter hattery hatting hattock hatty hau hauberget hauberk hauchecornite hauerite haugh haughland haught haughtily haughtiness haughtly haughtness haughtonite haughty haul haulabout haulage haulageway haulback hauld hauler haulier haulm haulmy haulster haunch haunched hauncher haunching haunchless haunchy haunt haunter hauntingly haunty hauriant haurient hause hausen hausmannite hausse haustellate haustellated haustellous haustellum haustement haustorial haustorium haustral haustrum hautboy hautboyist hauteur hauynite hauynophyre havage have haveable haveage havel haveless havelock haven havenage havener havenership havenet havenful havenless havent havenward haver havercake haverel haverer havergrass havermeal havers haversack haversine havier havildar havingness havoc havocker haw hawaiite hawbuck hawcubite hawer hawfinch hawk hawkbill hawkbit hawked hawker hawkery hawkie hawking hawkish hawklike hawknut hawkweed hawkwise hawky hawm hawok hawse hawsehole hawseman hawsepiece hawsepipe hawser hawserwise hawthorn hawthorned hawthorny hay haya hayband haybird haybote haycap haycart haycock haydenite hayey hayfield hayfork haygrower haylift hayloft haymaker haymaking haymarket haymow hayrack hayrake hayraker hayrick hayseed haysel haystack haysuck haytime hayward hayweed haywire hayz hazard hazardable hazarder hazardful hazardize hazardless hazardous hazardously hazardousness hazardry haze hazel hazeled hazeless hazelly hazelnut hazelwood hazelwort hazen hazer hazily haziness hazing hazle haznadar hazy hazzan he head headache headachy headband headbander headboard headborough headcap headchair headcheese headchute headcloth headdress headed headender header headfirst headforemost headframe headful headgear headily headiness heading headkerchief headland headledge headless headlessness headlight headlighting headlike headline headliner headlock headlong headlongly headlongs headlongwise headman headmark headmaster headmasterly headmastership headmistress headmistressship headmold headmost headnote headpenny headphone headpiece headplate headpost headquarter headquarters headrace headrail headreach headrent headrest headright headring headroom headrope headsail headset headshake headship headsill headskin headsman headspring headstall headstand headstick headstock headstone headstream headstrong headstrongly headstrongness headwaiter headwall headward headwark headwater headway headwear headwork headworker headworking heady heaf heal healable heald healder healer healful healing healingly healless healsome healsomeness health healthcraft healthful healthfully healthfulness healthguard healthily healthiness healthless healthlessness healthsome healthsomely healthsomeness healthward healthy heap heaper heaps heapstead heapy hear hearable hearer hearing hearingless hearken hearkener hearsay hearse hearsecloth hearselike hearst heart heartache heartaching heartbeat heartbird heartblood heartbreak heartbreaker heartbreaking heartbreakingly heartbroken heartbrokenly heartbrokenness heartburn heartburning heartdeep heartease hearted heartedly heartedness hearten heartener heartening hearteningly heartfelt heartful heartfully heartfulness heartgrief hearth hearthless hearthman hearthpenny hearthrug hearthstead hearthstone hearthward hearthwarming heartikin heartily heartiness hearting heartland heartleaf heartless heartlessly heartlessness heartlet heartling heartly heartnut heartpea heartquake heartroot hearts heartscald heartsease heartseed heartsette heartsick heartsickening heartsickness heartsome heartsomely heartsomeness heartsore heartstring heartthrob heartward heartwater heartweed heartwise heartwood heartwort hearty heat heatable heatdrop heatedly heater heaterman heatful heath heathberry heathbird heathen heathendom heatheness heathenesse heathenhood heathenish heathenishly heathenishness heathenism heathenize heathenness heathenry heathenship heather heathered heatheriness heathery heathless heathlike heathwort heathy heating heatingly heatless heatlike heatmaker heatmaking heatproof heatronic heatsman heatstroke heaume heaumer heautarit heautomorphism heautophany heave heaveless heaven heavenful heavenhood heavenish heavenishly heavenize heavenless heavenlike heavenliness heavenly heavens heavenward heavenwardly heavenwardness heavenwards heaver heavies heavily heaviness heaving heavisome heavity heavy heavyback heavyhanded heavyhandedness heavyheaded heavyhearted heavyheartedness heavyweight hebamic hebdomad hebdomadal hebdomadally hebdomadary hebdomader hebdomarian hebdomary hebeanthous hebecarpous hebecladous hebegynous hebenon hebeosteotomy hebepetalous hebephrenia hebephrenic hebetate hebetation hebetative hebete hebetic hebetomy hebetude hebetudinous hebronite hecastotheism hecatomb hecatomped hecatompedon hecatonstylon hecatontarchy hecatontome hecatophyllous hech heck heckelphone heckimal heckle heckler hectare hecte hectic hectical hectically hecticly hecticness hectocotyl hectocotyle hectocotyliferous hectocotylization hectocotylize hectocotylus hectogram hectograph hectographic hectography hectoliter hectometer hector hectoringly hectorism hectorly hectorship hectostere hectowatt heddle heddlemaker heddler hedebo hedenbergite heder hederaceous hederaceously hederated hederic hederiferous hederiform hederigerent hederin hederose hedge hedgeberry hedgeborn hedgebote hedgebreaker hedgehog hedgehoggy hedgehop hedgehopper hedgeless hedgemaker hedgemaking hedger hedgerow hedgesmith hedgeweed hedgewise hedgewood hedging hedgingly hedgy hedonic hedonical hedonically hedonics hedonism hedonist hedonistic hedonistically hedonology hedriophthalmous hedrocele hedrumite hedyphane heed heeder heedful heedfully heedfulness heedily heediness heedless heedlessly heedlessness heedy heehaw heel heelball heelband heelcap heeled heeler heelgrip heelless heelmaker heelmaking heelpath heelpiece heelplate heelpost heelprint heelstrap heeltap heeltree heemraad heer heeze heezie heezy heft hefter heftily heftiness hefty hegari hegemon hegemonic hegemonical hegemonist hegemonizer hegemony hegira hegumen hegumene hei heiau heifer heiferhood heigh heighday height heighten heightener heii heimin heinous heinously heinousness heintzite heir heirdom heiress heiressdom heiresshood heirless heirloom heirship heirskip heitiki hekteus helbeh helcoid helcology helcoplasty helcosis helcotic heldentenor helder hele helenin helenioid helepole heliacal heliacally heliaean helianthaceous helianthic helianthin heliast heliastic heliazophyte helical helically heliced helices helichryse helichrysum heliciform helicin helicine helicitic helicline helicograph helicogyrate helicogyre helicoid helicoidal helicoidally helicometry helicon heliconist helicoprotein helicopter helicorubin helicotrema helictite helide heling helio heliocentric heliocentrical heliocentrically heliocentricism heliocentricity heliochrome heliochromic heliochromoscope heliochromotype heliochromy helioculture heliodon heliodor helioelectric helioengraving heliofugal heliogram heliograph heliographer heliographic heliographical heliographically heliography heliogravure helioid heliolater heliolatrous heliolatry heliolite heliolithic heliologist heliology heliometer heliometric heliometrical heliometrically heliometry heliomicrometer heliophilia heliophiliac heliophilous heliophobe heliophobia heliophobic heliophobous heliophotography heliophyllite heliophyte heliopticon helioscope helioscopic helioscopy heliosis heliostat heliostatic heliotactic heliotaxis heliotherapy heliothermometer heliotrope heliotroper heliotropian heliotropic heliotropical heliotropically heliotropine heliotropism heliotropy heliotype heliotypic heliotypically heliotypography heliotypy heliozoan heliozoic heliport helispheric helispherical helium helix helizitic hell hellandite hellanodic hellbender hellborn hellbox hellbred hellbroth hellcat helldog helleboraceous helleboraster hellebore helleborein helleboric helleborin helleborism heller helleri hellgrammite hellhag hellhole hellhound hellicat hellier hellion hellish hellishly hellishness hellkite hellness hello hellroot hellship helluo hellward hellweed helly helm helmage helmed helmet helmeted helmetlike helmetmaker helmetmaking helminth helminthagogic helminthagogue helminthiasis helminthic helminthism helminthite helminthoid helminthologic helminthological helminthologist helminthology helminthosporiose helminthosporoid helminthous helmless helmsman helmsmanship helobious heloderm helodermatoid helodermatous helodes heloe heloma helonin helosis helotage helotism helotize helotomy helotry help helpable helper helpful helpfully helpfulness helping helpingly helpless helplessly helplessness helply helpmate helpmeet helpsome helpworthy helsingkite helve helvell helvellaceous helvellic helver helvite hem hemabarometer hemachate hemachrome hemachrosis hemacite hemad hemadrometer hemadrometry hemadromograph hemadromometer hemadynameter hemadynamic hemadynamics hemadynamometer hemafibrite hemagglutinate hemagglutination hemagglutinative hemagglutinin hemagogic hemagogue hemal hemalbumen hemamoeba hemangioma hemangiomatosis hemangiosarcoma hemaphein hemapod hemapodous hemapoiesis hemapoietic hemapophyseal hemapophysial hemapophysis hemarthrosis hemase hemaspectroscope hemastatics hematachometer hematachometry hematal hematein hematemesis hematemetic hematencephalon hematherapy hematherm hemathermal hemathermous hemathidrosis hematic hematid hematidrosis hematimeter hematin hematinic hematinometer hematinometric hematinuria hematite hematitic hematobic hematobious hematobium hematoblast hematobranchiate hematocatharsis hematocathartic hematocele hematochezia hematochrome hematochyluria hematoclasia hematoclasis hematocolpus hematocrit hematocryal hematocrystallin hematocyanin hematocyst hematocystis hematocyte hematocytoblast hematocytogenesis hematocytometer hematocytotripsis hematocytozoon hematocyturia hematodynamics hematodynamometer hematodystrophy hematogen hematogenesis hematogenetic hematogenic hematogenous hematoglobulin hematography hematohidrosis hematoid hematoidin hematolin hematolite hematological hematologist hematology hematolymphangioma hematolysis hematolytic hematoma hematomancy hematometer hematometra hematometry hematomphalocele hematomyelia hematomyelitis hematonephrosis hematonic hematopathology hematopericardium hematopexis hematophobia hematophyte hematoplast hematoplastic hematopoiesis hematopoietic hematoporphyrin hematoporphyrinuria hematorrhachis hematorrhea hematosalpinx hematoscope hematoscopy hematose hematosepsis hematosin hematosis hematospectrophotometer hematospectroscope hematospermatocele hematospermia hematostibiite hematotherapy hematothermal hematothorax hematoxic hematozoal hematozoan hematozoic hematozoon hematozymosis hematozymotic hematuresis hematuria hematuric hemautogram hemautograph hemautographic hemautography heme hemellitene hemellitic hemelytral hemelytron hemen hemera hemeralope hemeralopia hemeralopic hemerologium hemerology hemerythrin hemiablepsia hemiacetal hemiachromatopsia hemiageusia hemiageustia hemialbumin hemialbumose hemialbumosuria hemialgia hemiamaurosis hemiamb hemiamblyopia hemiamyosthenia hemianacusia hemianalgesia hemianatropous hemianesthesia hemianopia hemianopic hemianopsia hemianoptic hemianosmia hemiapraxia hemiasynergia hemiataxia hemiataxy hemiathetosis hemiatrophy hemiazygous hemibasidium hemibathybian hemibenthic hemibenthonic hemibranch hemibranchiate hemic hemicanities hemicardia hemicardiac hemicarp hemicatalepsy hemicataleptic hemicellulose hemicentrum hemicephalous hemicerebrum hemichordate hemichorea hemichromatopsia hemicircle hemicircular hemiclastic hemicollin hemicrane hemicrania hemicranic hemicrany hemicrystalline hemicycle hemicyclic hemicyclium hemicylindrical hemidactylous hemidemisemiquaver hemidiapente hemidiaphoresis hemiditone hemidomatic hemidome hemidrachm hemidysergia hemidysesthesia hemidystrophy hemiekton hemielliptic hemiepilepsy hemifacial hemiform hemigastrectomy hemigeusia hemiglossal hemiglossitis hemiglyph hemignathous hemihdry hemihedral hemihedrally hemihedric hemihedrism hemihedron hemiholohedral hemihydrate hemihydrated hemihydrosis hemihypalgesia hemihyperesthesia hemihyperidrosis hemihypertonia hemihypertrophy hemihypesthesia hemihypoesthesia hemihypotonia hemikaryon hemikaryotic hemilaminectomy hemilaryngectomy hemilethargy hemiligulate hemilingual hemimellitene hemimellitic hemimelus hemimetabole hemimetabolic hemimetabolism hemimetabolous hemimetaboly hemimetamorphic hemimetamorphosis hemimetamorphous hemimorph hemimorphic hemimorphism hemimorphite hemimorphy hemin hemina hemine heminee hemineurasthenia hemiobol hemiolia hemiolic hemionus hemiope hemiopia hemiopic hemiorthotype hemiparalysis hemiparanesthesia hemiparaplegia hemiparasite hemiparasitic hemiparasitism hemiparesis hemiparesthesia hemiparetic hemipenis hemipeptone hemiphrase hemipic hemipinnate hemiplane hemiplankton hemiplegia hemiplegic hemiplegy hemipodan hemipode hemiprism hemiprismatic hemiprotein hemipter hemipteral hemipteran hemipteroid hemipterological hemipterology hemipteron hemipterous hemipyramid hemiquinonoid hemiramph hemiramphine hemisaprophyte hemisaprophytic hemiscotosis hemisect hemisection hemispasm hemispheral hemisphere hemisphered hemispherical hemispherically hemispheroid hemispheroidal hemispherule hemistater hemistich hemistichal hemistrumectomy hemisymmetrical hemisymmetry hemisystole hemiterata hemiteratic hemiteratics hemiteria hemiterpene hemitery hemithyroidectomy hemitone hemitremor hemitrichous hemitriglyph hemitropal hemitrope hemitropic hemitropism hemitropous hemitropy hemitype hemitypic hemivagotony heml hemlock hemmel hemmer hemoalkalimeter hemoblast hemochromatosis hemochrome hemochromogen hemochromometer hemochromometry hemoclasia hemoclasis hemoclastic hemocoel hemocoele hemocoelic hemocoelom hemoconcentration hemoconia hemoconiosis hemocry hemocrystallin hemoculture hemocyanin hemocyte hemocytoblast hemocytogenesis hemocytolysis hemocytometer hemocytotripsis hemocytozoon hemocyturia hemodiagnosis hemodilution hemodrometer hemodrometry hemodromograph hemodromometer hemodynameter hemodynamic hemodynamics hemodystrophy hemoerythrin hemoflagellate hemofuscin hemogastric hemogenesis hemogenetic hemogenic hemogenous hemoglobic hemoglobin hemoglobinemia hemoglobiniferous hemoglobinocholia hemoglobinometer hemoglobinophilic hemoglobinous hemoglobinuria hemoglobinuric hemoglobulin hemogram hemogregarine hemoid hemokonia hemokoniosis hemol hemoleucocyte hemoleucocytic hemologist hemology hemolymph hemolymphatic hemolysin hemolysis hemolytic hemolyze hemomanometer hemometer hemometry hemonephrosis hemopathology hemopathy hemopericardium hemoperitoneum hemopexis hemophage hemophagia hemophagocyte hemophagocytosis hemophagous hemophagy hemophile hemophilia hemophiliac hemophilic hemophobia hemophthalmia hemophthisis hemopiezometer hemoplasmodium hemoplastic hemopneumothorax hemopod hemopoiesis hemopoietic hemoproctia hemoptoe hemoptysis hemopyrrole hemorrhage hemorrhagic hemorrhagin hemorrhea hemorrhodin hemorrhoid hemorrhoidal hemorrhoidectomy hemosalpinx hemoscope hemoscopy hemosiderin hemosiderosis hemospasia hemospastic hemospermia hemosporid hemosporidian hemostasia hemostasis hemostat hemostatic hemotachometer hemotherapeutics hemotherapy hemothorax hemotoxic hemotoxin hemotrophe hemotropic hemozoon hemp hempbush hempen hemplike hempseed hempstring hempweed hempwort hempy hemstitch hemstitcher hen henad henbane henbill henbit hence henceforth henceforward henceforwards henchboy henchman henchmanship hencoop hencote hend hendecacolic hendecagon hendecagonal hendecahedron hendecane hendecasemic hendecasyllabic hendecasyllable hendecatoic hendecoic hendecyl hendiadys hendly hendness heneicosane henequen henfish henhearted henhouse henhussy henism henlike henmoldy henna hennery hennin hennish henny henogeny henotheism henotheist henotheistic henotic henpeck henpen henroost henry hent henter hentriacontane henware henwife henwise henwoodite henyard heortological heortologion heortology hep hepar heparin heparinize hepatalgia hepatatrophia hepatatrophy hepatauxe hepatectomy hepatic hepatica hepatical hepaticoduodenostomy hepaticoenterostomy hepaticogastrostomy hepaticologist hepaticology hepaticopulmonary hepaticostomy hepaticotomy hepatite hepatitis hepatization hepatize hepatocele hepatocirrhosis hepatocolic hepatocystic hepatoduodenal hepatoduodenostomy hepatodynia hepatodysentery hepatoenteric hepatoflavin hepatogastric hepatogenic hepatogenous hepatography hepatoid hepatolenticular hepatolith hepatolithiasis hepatolithic hepatological hepatologist hepatology hepatolysis hepatolytic hepatoma hepatomalacia hepatomegalia hepatomegaly hepatomelanosis hepatonephric hepatopathy hepatoperitonitis hepatopexia hepatopexy hepatophlebitis hepatophlebotomy hepatophyma hepatopneumonic hepatoportal hepatoptosia hepatoptosis hepatopulmonary hepatorenal hepatorrhagia hepatorrhaphy hepatorrhea hepatorrhexis hepatorrhoea hepatoscopy hepatostomy hepatotherapy hepatotomy hepatotoxemia hepatoumbilical hepcat hephthemimer hephthemimeral hepialid heppen hepper heptacapsular heptace heptachord heptachronous heptacolic heptacosane heptad heptadecane heptadecyl heptaglot heptagon heptagonal heptagynous heptahedral heptahedrical heptahedron heptahexahedral heptahydrate heptahydrated heptahydric heptahydroxy heptal heptameride heptamerous heptameter heptamethylene heptametrical heptanaphthene heptandrous heptane heptangular heptanoic heptanone heptapetalous heptaphyllous heptaploid heptaploidy heptapodic heptapody heptarch heptarchal heptarchic heptarchical heptarchist heptarchy heptasemic heptasepalous heptaspermous heptastich heptastrophic heptastylar heptastyle heptasulphide heptasyllabic heptatomic heptatonic heptavalent heptene hepteris heptine heptite heptitol heptoic heptorite heptose heptoxide heptyl heptylene heptylic heptyne her herald heraldess heraldic heraldical heraldically heraldist heraldize heraldress heraldry heraldship herapathite herb herbaceous herbaceously herbage herbaged herbager herbagious herbal herbalism herbalist herbalize herbane herbaria herbarial herbarian herbarism herbarist herbarium herbarize herbary herbescent herbicidal herbicide herbicolous herbiferous herbish herbist herbivore herbivority herbivorous herbless herblet herblike herbman herborist herborization herborize herborizer herbose herbosity herbous herbwife herbwoman herby hercogamous hercogamy hercynite herd herdbook herdboy herder herderite herdic herding herdship herdsman herdswoman herdwick here hereabout hereadays hereafter hereafterward hereamong hereat hereaway hereaways herebefore hereby heredipetous heredipety hereditability hereditable hereditably hereditament hereditarian hereditarianism hereditarily hereditariness hereditarist hereditary hereditation hereditative hereditism hereditist hereditivity heredity heredium heredofamilial heredolues heredoluetic heredosyphilis heredosyphilitic heredosyphilogy heredotuberculosis herefrom heregeld herein hereinabove hereinafter hereinbefore hereinto herem hereness hereniging hereof hereon hereright heresiarch heresimach heresiographer heresiography heresiologer heresiologist heresiology heresy heresyphobia heresyproof heretic heretical heretically hereticalness hereticate heretication hereticator hereticide hereticize hereto heretoch heretofore heretoforetime heretoga heretrix hereunder hereunto hereupon hereward herewith herewithal herile heriot heriotable herisson heritability heritable heritably heritage heritance heritor heritress heritrix herl herling herma hermaean hermaic hermaphrodite hermaphroditic hermaphroditical hermaphroditically hermaphroditish hermaphroditism hermaphroditize hermeneut hermeneutic hermeneutical hermeneutically hermeneutics hermeneutist hermetic hermetical hermetically hermeticism hermidin hermit hermitage hermitary hermitess hermitic hermitical hermitically hermitish hermitism hermitize hermitry hermitship hermodact hermodactyl hermoglyphic hermoglyphist hermokopid hern hernandiaceous hernanesell hernani hernant herne hernia hernial herniarin herniary herniate herniated herniation hernioenterotomy hernioid herniology herniopuncture herniorrhaphy herniotome herniotomist herniotomy hero heroarchy herodian herodionine heroess herohead herohood heroic heroical heroically heroicalness heroicity heroicly heroicness heroicomic heroicomical heroid heroify heroin heroine heroineship heroinism heroinize heroism heroistic heroization heroize herolike heromonger heron heroner heronite heronry heroogony heroologist heroology heroship herotheism herpes herpestine herpetic herpetiform herpetism herpetography herpetoid herpetologic herpetological herpetologically herpetologist herpetology herpetomonad herpetophobia herpetotomist herpetotomy herpolhode herrengrundite herring herringbone herringer hers herschelite herse hersed herself hership hersir hertz hertzian hesitance hesitancy hesitant hesitantly hesitate hesitater hesitating hesitatingly hesitatingness hesitation hesitative hesitatively hesitatory hesperid hesperidate hesperidene hesperideous hesperidin hesperidium hesperiid hesperinon hesperitin hesperornithid hesperornithoid hessite hessonite hest hestern hesternal hesthogenous hesychastic het hetaera hetaeria hetaeric hetaerism hetaerist hetaeristic hetaerocracy hetaerolite hetaery heteradenia heteradenic heterakid heterandrous heterandry heteratomic heterauxesis heteraxial heteric heterically hetericism hetericist heterism heterization heterize hetero heteroagglutinin heteroalbumose heteroauxin heteroblastic heteroblastically heteroblasty heterocarpism heterocarpous heterocaseose heterocellular heterocentric heterocephalous heterocerc heterocercal heterocercality heterocercy heterocerous heterochiral heterochlamydeous heterochromatic heterochromatin heterochromatism heterochromatization heterochromatized heterochrome heterochromia heterochromic heterochromosome heterochromous heterochromy heterochronic heterochronism heterochronistic heterochronous heterochrony heterochrosis heterochthon heterochthonous heterocline heteroclinous heteroclital heteroclite heteroclitica heteroclitous heterocoelous heterocycle heterocyclic heterocyst heterocystous heterodactyl heterodactylous heterodont heterodontism heterodontoid heterodox heterodoxal heterodoxical heterodoxly heterodoxness heterodoxy heterodromous heterodromy heterodyne heteroecious heteroeciously heteroeciousness heteroecism heteroecismal heteroecy heteroepic heteroepy heteroerotic heteroerotism heterofermentative heterofertilization heterogalactic heterogamete heterogametic heterogametism heterogamety heterogamic heterogamous heterogamy heterogangliate heterogen heterogene heterogeneal heterogenean heterogeneity heterogeneous heterogeneously heterogeneousness heterogenesis heterogenetic heterogenic heterogenicity heterogenist heterogenous heterogeny heteroglobulose heterognath heterogone heterogonism heterogonous heterogonously heterogony heterograft heterographic heterographical heterography heterogynal heterogynous heteroicous heteroimmune heteroinfection heteroinoculable heteroinoculation heterointoxication heterokaryon heterokaryosis heterokaryotic heterokinesis heterokinetic heterokontan heterolalia heterolateral heterolecithal heterolith heterolobous heterologic heterological heterologically heterologous heterology heterolysin heterolysis heterolytic heteromallous heteromastigate heteromastigote heteromeral heteromeric heteromerous heterometabole heterometabolic heterometabolism heterometabolous heterometaboly heterometric heteromorphic heteromorphism heteromorphite heteromorphosis heteromorphous heteromorphy heteromyarian heteronereid heteronereis heteronomous heteronomously heteronomy heteronuclear heteronym heteronymic heteronymous heteronymously heteronymy heteroousia heteroousian heteroousious heteropathic heteropathy heteropelmous heteropetalous heterophagous heterophasia heterophemism heterophemist heterophemistic heterophemize heterophemy heterophile heterophoria heterophoric heterophylesis heterophyletic heterophyllous heterophylly heterophyly heterophyte heterophytic heteroplasia heteroplasm heteroplastic heteroplasty heteroploid heteroploidy heteropod heteropodal heteropodous heteropolar heteropolarity heteropoly heteroproteide heteroproteose heteropter heteropterous heteroptics heteropycnosis heteroscope heteroscopy heterosexual heterosexuality heteroside heterosis heterosomatous heterosome heterosomous heterosporic heterosporous heterospory heterostatic heterostemonous heterostracan heterostrophic heterostrophous heterostrophy heterostyled heterostylism heterostylous heterostyly heterosuggestion heterosyllabic heterotactic heterotactous heterotaxia heterotaxic heterotaxis heterotaxy heterotelic heterothallic heterothallism heterothermal heterothermic heterotic heterotopia heterotopic heterotopism heterotopous heterotopy heterotransplant heterotransplantation heterotrich heterotrichosis heterotrichous heterotropal heterotroph heterotrophic heterotrophy heterotropia heterotropic heterotropous heterotype heterotypic heterotypical heteroxanthine heteroxenous heterozetesis heterozygosis heterozygosity heterozygote heterozygotic heterozygous heterozygousness hething hetman hetmanate hetmanship hetter hetterly heuau heugh heulandite heumite heuretic heuristic heuristically hevi hew hewable hewel hewer hewettite hewhall hewn hewt hex hexa hexabasic hexabiose hexabromide hexacanth hexacanthous hexacapsular hexacarbon hexace hexachloride hexachlorocyclohexane hexachloroethane hexachord hexachronous hexacid hexacolic hexacorallan hexacosane hexacosihedroid hexact hexactinal hexactine hexactinellid hexactinellidan hexactinelline hexactinian hexacyclic hexad hexadactyle hexadactylic hexadactylism hexadactylous hexadactyly hexadecahedroid hexadecane hexadecanoic hexadecene hexadecyl hexadic hexadiene hexadiyne hexafoil hexaglot hexagon hexagonal hexagonally hexagonial hexagonical hexagonous hexagram hexagrammoid hexagyn hexagynian hexagynous hexahedral hexahedron hexahydrate hexahydrated hexahydric hexahydride hexahydrite hexahydrobenzene hexahydroxy hexakisoctahedron hexakistetrahedron hexameral hexameric hexamerism hexameron hexamerous hexameter hexamethylenamine hexamethylene hexamethylenetetramine hexametral hexametric hexametrical hexametrist hexametrize hexametrographer hexamitiasis hexammine hexammino hexanaphthene hexandric hexandrous hexandry hexane hexanedione hexangular hexangularly hexanitrate hexanitrodiphenylamine hexapartite hexaped hexapetaloid hexapetaloideous hexapetalous hexaphyllous hexapla hexaplar hexaplarian hexaplaric hexaploid hexaploidy hexapod hexapodal hexapodan hexapodous hexapody hexapterous hexaradial hexarch hexarchy hexaseme hexasemic hexasepalous hexaspermous hexastemonous hexaster hexastich hexastichic hexastichon hexastichous hexastichy hexastigm hexastylar hexastyle hexastylos hexasulphide hexasyllabic hexatetrahedron hexathlon hexatomic hexatriacontane hexatriose hexavalent hexecontane hexenbesen hexene hexer hexerei hexeris hexestrol hexicological hexicology hexine hexiological hexiology hexis hexitol hexoctahedral hexoctahedron hexode hexoestrol hexogen hexoic hexokinase hexone hexonic hexosamine hexosaminic hexosan hexose hexosediphosphoric hexosemonophosphoric hexosephosphatase hexosephosphoric hexoylene hexpartite hexyl hexylene hexylic hexylresorcinol hexyne hey heyday hi hia hiant hiatal hiate hiation hiatus hibbin hibernacle hibernacular hibernaculum hibernal hibernate hibernation hibernator hic hicatee hiccup hick hickey hickory hickwall hidable hidage hidalgism hidalgo hidalgoism hidated hidation hidden hiddenite hiddenly hiddenmost hiddenness hide hideaway hidebind hidebound hideboundness hided hideland hideless hideling hideosity hideous hideously hideousness hider hidling hidlings hidradenitis hidrocystoma hidromancy hidropoiesis hidrosis hidrotic hie hieder hielaman hield hielmite hiemal hiemation hieracosphinx hierapicra hierarch hierarchal hierarchic hierarchical hierarchically hierarchism hierarchist hierarchize hierarchy hieratic hieratical hieratically hieraticism hieratite hierocracy hierocratic hierocratical hierodule hierodulic hierogamy hieroglyph hieroglypher hieroglyphic hieroglyphical hieroglyphically hieroglyphist hieroglyphize hieroglyphology hieroglyphy hierogram hierogrammat hierogrammate hierogrammateus hierogrammatic hierogrammatical hierogrammatist hierograph hierographer hierographic hierographical hierography hierolatry hierologic hierological hierologist hierology hieromachy hieromancy hieromnemon hieromonach hieron hieropathic hierophancy hierophant hierophantes hierophantic hierophantically hierophanticly hieros hieroscopy hierurgical hierurgy hifalutin higdon higgaion higginsite higgle higglehaggle higgler higglery high highball highbelia highbinder highborn highboy highbred higher highermost highest highfalutin highfaluting highfalutinism highflying highhanded highhandedly highhandedness highhearted highheartedly highheartedness highish highjack highjacker highland highlander highlandish highlight highliving highly highman highmoor highmost highness highroad hight hightoby hightop highway highwayman higuero hijack hike hiker hilarious hilariously hilariousness hilarity hilasmic hilch hilding hiliferous hill hillberry hillbilly hillculture hillebrandite hiller hillet hilliness hillman hillock hillocked hillocky hillsale hillsalesman hillside hillsman hilltop hilltrot hillward hillwoman hilly hilsa hilt hiltless hilum hilus him himation himp himself himward himwards hin hinau hinch hind hindberry hindbrain hindcast hinddeck hinder hinderance hinderer hinderest hinderful hinderfully hinderingly hinderlands hinderlings hinderlins hinderly hinderment hindermost hindersome hindhand hindhead hindmost hindquarter hindrance hindsaddle hindsight hindward hing hinge hingecorner hingeflower hingeless hingelike hinger hingeways hingle hinney hinnible hinny hinoid hinoideous hinoki hinsdalite hint hintedly hinter hinterland hintingly hintproof hintzeite hiodont hiortdahlite hip hipbone hipe hiper hiphalt hipless hipmold hippalectryon hipparch hipped hippen hippian hippiater hippiatric hippiatrical hippiatrics hippiatrist hippiatry hippic hipping hippish hipple hippo hippoboscid hippocamp hippocampal hippocampi hippocampine hippocampus hippocastanaceous hippocaust hippocentaur hippocentauric hippocerf hippocoprosterol hippocras hippocrateaceous hippocrepian hippocrepiform hippodamous hippodrome hippodromic hippodromist hippogastronomy hippogriff hippogriffin hippoid hippolite hippolith hippological hippologist hippology hippomachy hippomancy hippomanes hippomelanin hippometer hippometric hippometry hipponosological hipponosology hippopathological hippopathology hippophagi hippophagism hippophagist hippophagistical hippophagous hippophagy hippophile hippophobia hippopod hippopotami hippopotamian hippopotamic hippopotamine hippopotamoid hippopotamus hippotigrine hippotomical hippotomist hippotomy hippotragine hippurate hippuric hippurid hippurite hippuritic hippuritoid hippus hippy hipshot hipwort hirable hiragana hircarra hircine hircinous hircocerf hircocervus hircosity hire hired hireless hireling hireman hirer hirmologion hirmos hiro hirondelle hirple hirrient hirse hirsel hirsle hirsute hirsuteness hirsuties hirsutism hirsutulous hirtellous hirudine hirudinean hirudiniculture hirudinize hirudinoid hirundine hirundinous his hish hisingerite hisn hispanidad hispid hispidity hispidulate hispidulous hiss hisser hissing hissingly hissproof hist histaminase histamine histaminic histidine histie histiocyte histiocytic histioid histiology histoblast histochemic histochemical histochemistry histoclastic histocyte histodiagnosis histodialysis histodialytic histogen histogenesis histogenetic histogenetically histogenic histogenous histogeny histogram histographer histographic histographical histography histoid histologic histological histologically histologist histology histolysis histolytic histometabasis histomorphological histomorphologically histomorphology histon histonal histone histonomy histopathologic histopathological histopathologist histopathology histophyly histophysiological histophysiology histoplasmin histoplasmosis historial historian historiated historic historical historically historicalness historician historicism historicity historicize historicocabbalistical historicocritical historicocultural historicodogmatic historicogeographical historicophilosophica historicophysical historicopolitical historicoprophetic historicoreligious historics historicus historied historier historiette historify historiograph historiographer historiographership historiographic historiographical historiographically historiography historiological historiology historiometric historiometry historionomer historious historism historize history histotherapist histotherapy histotome histotomy histotrophic histotrophy histotropic histozoic histozyme histrio histrion histrionic histrionical histrionically histrionicism histrionism hit hitch hitcher hitchhike hitchhiker hitchily hitchiness hitchproof hitchy hithe hither hithermost hitherto hitherward hitless hittable hitter hive hiveless hiver hives hiveward hizz ho hoar hoard hoarder hoarding hoardward hoarfrost hoarhead hoarheaded hoarhound hoarily hoariness hoarish hoarness hoarse hoarsely hoarsen hoarseness hoarstone hoarwort hoary hoaryheaded hoast hoastman hoatzin hoax hoaxee hoaxer hoaxproof hob hobber hobbet hobbil hobble hobblebush hobbledehoy hobbledehoydom hobbledehoyhood hobbledehoyish hobbledehoyishness hobbledehoyism hobbledygee hobbler hobbling hobblingly hobbly hobby hobbyhorse hobbyhorsical hobbyhorsically hobbyism hobbyist hobbyless hobgoblin hoblike hobnail hobnailed hobnailer hobnob hobo hoboism hobthrush hocco hock hockelty hocker hocket hockey hockshin hocky hocus hod hodden hodder hoddle hoddy hodening hodful hodgepodge hodgkinsonite hodiernal hodman hodmandod hodograph hodometer hodometrical hoe hoecake hoedown hoeful hoer hoernesite hog hoga hogan hogback hogbush hogfish hogframe hogged hogger hoggerel hoggery hogget hoggie hoggin hoggish hoggishly hoggishness hoggism hoggy hogherd hoghide hoghood hoglike hogling hogmace hogmanay hognose hognut hogpen hogreeve hogrophyte hogshead hogship hogshouther hogskin hogsty hogward hogwash hogweed hogwort hogyard hoi hoick hoin hoise hoist hoistaway hoister hoisting hoistman hoistway hoit hoju hokey hokeypokey hokum holagogue holarctic holard holarthritic holarthritis holaspidean holcad holcodont hold holdable holdall holdback holden holdenite holder holdership holdfast holdfastness holding holdingly holdout holdover holdsman holdup hole holeable holectypoid holeless holeman holeproof holer holethnic holethnos holewort holey holia holiday holidayer holidayism holidaymaker holidaymaking holily holiness holing holinight holism holistic holistically holl holla hollaite hollandaise hollandite holler hollin holliper hollo hollock hollong hollow hollower hollowfaced hollowfoot hollowhearted hollowheartedness hollowly hollowness holluschick holly hollyhock holm holmberry holmgang holmia holmic holmium holmos holobaptist holobenthic holoblastic holoblastically holobranch holocaine holocarpic holocarpous holocaust holocaustal holocaustic holocentrid holocentroid holocephalan holocephalian holocephalous holochoanitic holochoanoid holochoanoidal holochordate holochroal holoclastic holocrine holocryptic holocrystalline holodactylic holodedron hologamous hologamy hologastrula hologastrular holognathous hologonidium holograph holographic holographical holohedral holohedric holohedrism holohemihedral holohyaline holomastigote holometabole holometabolian holometabolic holometabolism holometabolous holometaboly holometer holomorph holomorphic holomorphism holomorphosis holomorphy holomyarian holoparasite holoparasitic holophane holophotal holophote holophotometer holophrase holophrasis holophrasm holophrastic holophyte holophytic holoplankton holoplanktonic holoplexia holopneustic holoproteide holoptic holoptychian holoptychiid holoquinoid holoquinoidal holoquinonic holoquinonoid holorhinal holosaprophyte holosaprophytic holosericeous holoside holosiderite holosiphonate holosomatous holospondaic holostean holosteous holosteric holostomate holostomatous holostome holostomous holostylic holosymmetric holosymmetrical holosymmetry holosystematic holosystolic holothecal holothoracic holothurian holothurioid holotonia holotonic holotony holotrich holotrichal holotrichous holotype holour holozoic holster holstered holt holy holyday holyokeite holystone holytide homage homageable homager homalogonatous homalographic homaloid homaloidal homalosternal homarine homaroid homatomic homaxial homaxonial homaxonic home homebody homeborn homebound homebred homecomer homecraft homecroft homecrofter homecrofting homefarer homefelt homegoer homekeeper homekeeping homeland homelander homeless homelessly homelessness homelet homelike homelikeness homelily homeliness homeling homely homelyn homemade homemaker homemaking homeoblastic homeochromatic homeochromatism homeochronous homeocrystalline homeogenic homeogenous homeoid homeoidal homeoidality homeokinesis homeokinetic homeomerous homeomorph homeomorphic homeomorphism homeomorphous homeomorphy homeopath homeopathic homeopathically homeopathician homeopathicity homeopathist homeopathy homeophony homeoplasia homeoplastic homeoplasy homeopolar homeosis homeostasis homeostatic homeotic homeotransplant homeotransplantation homeotype homeotypic homeotypical homeowner homeozoic homer homeseeker homesick homesickly homesickness homesite homesome homespun homestall homestead homesteader homester homestretch homeward homewardly homework homeworker homewort homey homeyness homicidal homicidally homicide homicidious homiculture homilete homiletic homiletical homiletically homiletics homiliarium homiliary homilist homilite homilize homily hominal hominess hominid hominiform hominify hominine hominisection hominivorous hominoid hominy homish homishness homo homoanisaldehyde homoanisic homoarecoline homobaric homoblastic homoblasty homocarpous homocategoric homocentric homocentrical homocentrically homocerc homocercal homocercality homocercy homocerebrin homochiral homochlamydeous homochromatic homochromatism homochrome homochromic homochromosome homochromous homochromy homochronous homoclinal homocline homocoelous homocreosol homocyclic homodermic homodermy homodont homodontism homodox homodoxian homodromal homodrome homodromous homodromy homodynamic homodynamous homodynamy homodyne homoecious homoeoarchy homoeoblastic homoeochromatic homoeochronous homoeocrystalline homoeogenic homoeogenous homoeography homoeokinesis homoeomerae homoeomeria homoeomerian homoeomerianism homoeomeric homoeomerical homoeomerous homoeomery homoeomorph homoeomorphic homoeomorphism homoeomorphous homoeomorphy homoeopath homoeopathic homoeopathically homoeopathician homoeopathicity homoeopathist homoeopathy homoeophony homoeophyllous homoeoplasia homoeoplastic homoeoplasy homoeopolar homoeosis homoeotel homoeoteleutic homoeoteleuton homoeotic homoeotopy homoeotype homoeotypic homoeotypical homoeozoic homoerotic homoerotism homofermentative homogametic homogamic homogamous homogamy homogangliate homogen homogenate homogene homogeneal homogenealness homogeneate homogeneity homogeneization homogeneize homogeneous homogeneously homogeneousness homogenesis homogenetic homogenetical homogenic homogenization homogenize homogenizer homogenous homogentisic homogeny homoglot homogone homogonous homogonously homogony homograft homograph homographic homography homohedral homoiotherm homoiothermal homoiothermic homoiothermism homoiothermous homoiousia homoiousian homoiousious homolateral homolecithal homolegalis homologate homologation homologic homological homologically homologist homologize homologizer homologon homologoumena homologous homolographic homolography homologue homology homolosine homolysin homolysis homomallous homomeral homomerous homometrical homometrically homomorph homomorphic homomorphism homomorphosis homomorphous homomorphy homonomous homonomy homonuclear homonym homonymic homonymous homonymously homonymy homoousia homoousious homopathy homoperiodic homopetalous homophene homophenous homophone homophonic homophonous homophony homophthalic homophylic homophyllous homophyly homopiperonyl homoplasis homoplasmic homoplasmy homoplast homoplastic homoplasy homopolar homopolarity homopolic homopter homopteran homopteron homopterous homorganic homoseismal homosexual homosexualism homosexualist homosexuality homosporous homospory homostyled homostylic homostylism homostylous homostyly homosystemic homotactic homotatic homotaxeous homotaxia homotaxial homotaxially homotaxic homotaxis homotaxy homothallic homothallism homothetic homothety homotonic homotonous homotonously homotony homotopic homotransplant homotransplantation homotropal homotropous homotypal homotype homotypic homotypical homotypy homovanillic homovanillin homoveratric homoveratrole homozygosis homozygosity homozygote homozygous homozygousness homrai homuncle homuncular homunculus homy honda hondo hone honest honestly honestness honestone honesty honewort honey honeybee honeyberry honeybind honeyblob honeybloom honeycomb honeycombed honeydew honeydewed honeydrop honeyed honeyedly honeyedness honeyfall honeyflower honeyfogle honeyful honeyhearted honeyless honeylike honeylipped honeymoon honeymooner honeymoonlight honeymoonshine honeymoonstruck honeymoony honeymouthed honeypod honeypot honeystone honeysuck honeysucker honeysuckle honeysuckled honeysweet honeyware honeywood honeywort hong honied honily honk honker honor honorability honorable honorableness honorableship honorably honorance honoraria honorarily honorarium honorary honoree honorer honoress honorific honorifically honorless honorous honorsman honorworthy hontish hontous hooch hoochinoo hood hoodcap hooded hoodedness hoodful hoodie hoodless hoodlike hoodlum hoodlumish hoodlumism hoodlumize hoodman hoodmold hoodoo hoodsheaf hoodshy hoodshyness hoodwink hoodwinkable hoodwinker hoodwise hoodwort hooey hoof hoofbeat hoofbound hoofed hoofer hoofiness hoofish hoofless hooflet hooflike hoofmark hoofprint hoofrot hoofs hoofworm hoofy hook hookah hookaroon hooked hookedness hookedwise hooker hookerman hookers hookheal hookish hookless hooklet hooklike hookmaker hookmaking hookman hooknose hooksmith hooktip hookum hookup hookweed hookwise hookworm hookwormer hookwormy hooky hooligan hooliganism hooliganize hoolock hooly hoon hoonoomaun hoop hooped hooper hooping hoopla hoople hoopless hooplike hoopmaker hoopman hoopoe hoopstick hoopwood hoose hoosegow hoosh hoot hootay hooter hootingly hoove hooven hoovey hop hopbine hopbush hopcrease hope hoped hopeful hopefully hopefulness hopeite hopeless hopelessly hopelessness hoper hopi hopingly hoplite hoplitic hoplitodromos hoplology hoplomachic hoplomachist hoplomachos hoplomachy hoplonemertean hoplonemertine hopoff hopped hopper hopperburn hopperdozer hopperette hoppergrass hopperings hopperman hoppers hoppestere hoppet hoppingly hoppity hopple hoppy hopscotch hopscotcher hoptoad hopvine hopyard hora horal horary horbachite hordarian hordary horde hordeaceous hordeiform hordein hordenine horehound horismology horizometer horizon horizonless horizontal horizontalism horizontality horizontalization horizontalize horizontally horizontalness horizontic horizontical horizontically horizonward horme hormic hormigo hormion hormist hormogon hormogonium hormogonous hormonal hormone hormonic hormonize hormonogenesis hormonogenic hormonology hormonopoiesis hormonopoietic hormos horn hornbeam hornbill hornblende hornblendic hornblendite hornblendophyre hornblower hornbook horned hornedness horner hornerah hornet hornety hornfair hornfels hornfish hornful horngeld hornify hornily horniness horning hornish hornist hornito hornless hornlessness hornlet hornlike hornotine hornpipe hornplant hornsman hornstay hornstone hornswoggle horntail hornthumb horntip hornwood hornwork hornworm hornwort horny hornyhanded hornyhead horograph horographer horography horokaka horologe horologer horologic horological horologically horologiography horologist horologium horologue horology horometrical horometry horopito horopter horopteric horoptery horoscopal horoscope horoscoper horoscopic horoscopical horoscopist horoscopy horrendous horrendously horrent horrescent horreum horribility horrible horribleness horribly horrid horridity horridly horridness horrific horrifically horrification horrify horripilant horripilate horripilation horrisonant horror horrorful horrorish horrorist horrorize horrormonger horrormongering horrorous horrorsome horse horseback horsebacker horseboy horsebreaker horsecar horsecloth horsecraft horsedom horsefair horsefettler horsefight horsefish horseflesh horsefly horsefoot horsegate horsehair horsehaired horsehead horseherd horsehide horsehood horsehoof horsejockey horsekeeper horselaugh horselaugher horselaughter horseleech horseless horselike horseload horseman horsemanship horsemastership horsemint horsemonger horseplay horseplayful horsepond horsepower horsepox horser horseshoe horseshoer horsetail horsetongue horsetree horseway horseweed horsewhip horsewhipper horsewoman horsewomanship horsewood horsfordite horsify horsily horsiness horsing horst horsy horsyism hortation hortative hortatively hortator hortatorily hortatory hortensial hortensian horticultural horticulturally horticulture horticulturist hortite hortonolite hortulan hory hosanna hose hosed hosel hoseless hoselike hoseman hosier hosiery hosiomartyr hospice hospitable hospitableness hospitably hospitage hospital hospitalary hospitaler hospitalism hospitality hospitalization hospitalize hospitant hospitate hospitation hospitator hospitious hospitium hospitize hospodar hospodariat hospodariate host hostage hostager hostageship hostel hosteler hostelry hoster hostess hostie hostile hostilely hostileness hostility hostilize hosting hostler hostlership hostlerwife hostless hostly hostry hostship hot hotbed hotblood hotbox hotbrained hotch hotchpot hotchpotch hotchpotchly hotel hoteldom hotelhood hotelier hotelization hotelize hotelkeeper hotelless hotelward hotfoot hothead hotheaded hotheadedly hotheadedness hothearted hotheartedly hotheartedness hothouse hoti hotly hotmouthed hotness hotspur hotspurred hotter hottery hottish houbara hough houghband hougher houghite houghmagandy hounce hound hounder houndfish hounding houndish houndlike houndman houndsbane houndsberry houndshark houndy houppelande hour hourful hourglass houri hourless hourly housage housal house houseball houseboat houseboating housebote housebound houseboy housebreak housebreaker housebreaking housebroke housebroken housebug housebuilder housebuilding housecarl housecoat housecraft housefast housefather housefly houseful housefurnishings household householder householdership householding householdry housekeep housekeeper housekeeperlike housekeeperly housekeeping housel houseleek houseless houselessness houselet houseline houseling housemaid housemaidenly housemaiding housemaidy houseman housemaster housemastership housemate housemating houseminder housemistress housemother housemotherly houseowner houser houseridden houseroom housesmith housetop houseward housewares housewarm housewarmer housewarming housewear housewife housewifeliness housewifely housewifery housewifeship housewifish housewive housework housewright housing housty housy houtou houvari hove hovedance hovel hoveler hoven hover hoverer hovering hoveringly hoverly how howadji howardite howbeit howdah howder howdie howdy howe howel however howff howish howitzer howk howkit howl howler howlet howling howlingly howlite howso howsoever howsomever hox hoy hoyden hoydenhood hoydenish hoydenism hoyle hoyman huaca huaco huajillo huamuchil huantajayite huaracho huarizo hub hubb hubba hubber hubble hubbly hubbub hubbuboo hubby hubmaker hubmaking hubnerite hubristic hubshi huccatoon huchen hucho huck huckaback huckle huckleback hucklebacked huckleberry hucklebone huckmuck huckster hucksterage hucksterer hucksteress hucksterize huckstery hud huddle huddledom huddlement huddler huddling huddlingly huddock huddroun huddup hudsonite hue hued hueful hueless huelessness huer huff huffier huffily huffiness huffingly huffish huffishly huffishness huffle huffler huffy hug huge hugelite hugely hugeness hugeous hugeously hugeousness huggable hugger huggermugger huggermuggery hugging huggingly huggle hugsome huh huia huipil huisache huiscoyol huitain huke hula huldee hulk hulkage hulking hulky hull hullabaloo huller hullock hulloo hulotheism hulsite hulster hulu hulver hulverhead hulverheaded hum human humane humanely humaneness humanhood humanics humanification humaniform humaniformian humanify humanish humanism humanist humanistic humanistical humanistically humanitarian humanitarianism humanitarianist humanitarianize humanitary humanitian humanity humanitymonger humanization humanize humanizer humankind humanlike humanly humanness humanoid humate humble humblebee humblehearted humblemouthed humbleness humbler humblie humblingly humbly humbo humboldtilite humboldtine humboldtite humbug humbugability humbugable humbugger humbuggery humbuggism humbuzz humdinger humdrum humdrumminess humdrummish humdrummishness humdudgeon humect humectant humectate humectation humective humeral humeri humeroabdominal humerocubital humerodigital humerodorsal humerometacarpal humeroradial humeroscapular humeroulnar humerus humet humetty humhum humic humicubation humid humidate humidification humidifier humidify humidistat humidity humidityproof humidly humidness humidor humific humification humifuse humify humiliant humiliate humiliating humiliatingly humiliation humiliative humiliator humiliatory humilific humilitude humility humin humistratous humite humlie hummel hummeler hummer hummie humming hummingbird hummock hummocky humor humoral humoralism humoralist humoralistic humoresque humoresquely humorful humorific humorism humorist humoristic humoristical humorize humorless humorlessness humorology humorous humorously humorousness humorproof humorsome humorsomely humorsomeness humourful humous hump humpback humpbacked humped humph humpiness humpless humpty humpy humstrum humulene humulone humus humuslike hunch hunchback hunchbacked hunchet hunchy hundi hundred hundredal hundredary hundreder hundredfold hundredman hundredpenny hundredth hundredweight hundredwork hung hungarite hunger hungerer hungeringly hungerless hungerly hungerproof hungerweed hungrify hungrily hungriness hungry hunh hunk hunker hunkerous hunkerousness hunkers hunkies hunks hunky hunt huntable huntedly hunterlike huntilite hunting huntress huntsman huntsmanship huntswoman hup hupaithric hura hurcheon hurdies hurdis hurdle hurdleman hurdler hurdlewise hurds hure hureaulite hureek hurgila hurkle hurl hurlbarrow hurled hurler hurley hurleyhouse hurling hurlock hurly huron hurr hurrah hurricane hurricanize hurricano hurried hurriedly hurriedness hurrier hurrisome hurrock hurroo hurroosh hurry hurryingly hurryproof hursinghar hurst hurt hurtable hurted hurter hurtful hurtfully hurtfulness hurting hurtingest hurtle hurtleberry hurtless hurtlessly hurtlessness hurtlingly hurtsome hurty husband husbandable husbandage husbander husbandfield husbandhood husbandland husbandless husbandlike husbandliness husbandly husbandman husbandress husbandry husbandship huse hush hushable hushaby hushcloth hushedly husheen hushel husher hushful hushfully hushing hushingly hushion husho husk huskanaw husked huskened husker huskershredder huskily huskiness husking huskroot huskwort husky huso huspil huss hussar hussy hussydom hussyness husting hustle hustlecap hustlement hustler hut hutch hutcher hutchet hutchinsonite huthold hutholder hutia hutkeeper hutlet hutment huttoning huttonweed hutukhtu huvelyk huzoor huzz huzza huzzard hyacinth hyacinthian hyacinthine hyaena hyaenodont hyaenodontoid hyalescence hyalescent hyaline hyalinization hyalinize hyalinocrystalline hyalinosis hyalite hyalitis hyaloandesite hyalobasalt hyalocrystalline hyalodacite hyalogen hyalograph hyalographer hyalography hyaloid hyaloiditis hyaloliparite hyalolith hyalomelan hyalomucoid hyalophagia hyalophane hyalophyre hyalopilitic hyaloplasm hyaloplasma hyaloplasmic hyalopsite hyalopterous hyalosiderite hyalotekite hyalotype hyaluronic hyaluronidase hybodont hybosis hybrid hybridal hybridation hybridism hybridist hybridity hybridizable hybridization hybridize hybridizer hybridous hydantoate hydantoic hydantoin hydathode hydatid hydatidiform hydatidinous hydatidocele hydatiform hydatigenous hydatogenesis hydatogenic hydatogenous hydatoid hydatomorphic hydatomorphism hydatopneumatic hydatopneumatolytic hydatopyrogenic hydatoscopy hydnaceous hydnocarpate hydnocarpic hydnoid hydnoraceous hydracetin hydrachnid hydracid hydracoral hydracrylate hydracrylic hydractinian hydradephagan hydradephagous hydragogue hydragogy hydramine hydramnion hydramnios hydrangeaceous hydrant hydranth hydrarch hydrargillite hydrargyrate hydrargyria hydrargyriasis hydrargyric hydrargyrism hydrargyrosis hydrargyrum hydrarthrosis hydrarthrus hydrastine hydrate hydrated hydration hydrator hydratropic hydraucone hydraulic hydraulically hydraulician hydraulicity hydraulicked hydraulicon hydraulics hydraulist hydraulus hydrazide hydrazidine hydrazimethylene hydrazine hydrazino hydrazo hydrazoate hydrazobenzene hydrazoic hydrazone hydrazyl hydremia hydremic hydrencephalocele hydrencephaloid hydrencephalus hydria hydriatric hydriatrist hydriatry hydric hydrically hydride hydriform hydrindene hydriodate hydriodic hydriodide hydriotaphia hydro hydroa hydroadipsia hydroaeric hydroalcoholic hydroaromatic hydroatmospheric hydroaviation hydrobarometer hydrobenzoin hydrobilirubin hydrobiological hydrobiologist hydrobiology hydrobiosis hydrobiplane hydrobomb hydroboracite hydroborofluoric hydrobranchiate hydrobromate hydrobromic hydrobromide hydrocarbide hydrocarbon hydrocarbonaceous hydrocarbonate hydrocarbonic hydrocarbonous hydrocarbostyril hydrocardia hydrocaryaceous hydrocatalysis hydrocauline hydrocaulus hydrocele hydrocellulose hydrocephalic hydrocephalocele hydrocephaloid hydrocephalous hydrocephalus hydrocephaly hydroceramic hydrocerussite hydrocharidaceous hydrocharitaceous hydrochemical hydrochemistry hydrochlorate hydrochlorauric hydrochloric hydrochloride hydrochlorplatinic hydrochlorplatinous hydrocholecystis hydrocinchonine hydrocinnamic hydrocirsocele hydrocladium hydroclastic hydroclimate hydrocobalticyanic hydrocoele hydrocollidine hydroconion hydrocoralline hydrocorisan hydrocotarnine hydrocoumaric hydrocupreine hydrocyanate hydrocyanic hydrocyanide hydrocycle hydrocyclic hydrocyclist hydrocyst hydrocystic hydrodrome hydrodromican hydrodynamic hydrodynamical hydrodynamics hydrodynamometer hydroeconomics hydroelectric hydroelectricity hydroelectrization hydroergotinine hydroextract hydroextractor hydroferricyanic hydroferrocyanate hydroferrocyanic hydrofluate hydrofluoboric hydrofluoric hydrofluorid hydrofluoride hydrofluosilicate hydrofluosilicic hydrofluozirconic hydrofoil hydroforming hydrofranklinite hydrofuge hydrogalvanic hydrogel hydrogen hydrogenase hydrogenate hydrogenation hydrogenator hydrogenic hydrogenide hydrogenium hydrogenization hydrogenize hydrogenolysis hydrogenous hydrogeological hydrogeology hydroglider hydrognosy hydrogode hydrograph hydrographer hydrographic hydrographical hydrographically hydrography hydrogymnastics hydrohalide hydrohematite hydrohemothorax hydroid hydroidean hydroiodic hydrokinetic hydrokinetical hydrokinetics hydrol hydrolase hydrolatry hydrolize hydrologic hydrological hydrologically hydrologist hydrology hydrolysis hydrolyst hydrolyte hydrolytic hydrolyzable hydrolyzate hydrolyzation hydrolyze hydromagnesite hydromancer hydromancy hydromania hydromaniac hydromantic hydromantical hydromantically hydrome hydromechanical hydromechanics hydromedusa hydromedusan hydromedusoid hydromel hydromeningitis hydromeningocele hydrometallurgical hydrometallurgically hydrometallurgy hydrometamorphism hydrometeor hydrometeorological hydrometeorology hydrometer hydrometra hydrometric hydrometrical hydrometrid hydrometry hydromica hydromicaceous hydromonoplane hydromorph hydromorphic hydromorphous hydromorphy hydromotor hydromyelia hydromyelocele hydromyoma hydrone hydronegative hydronephelite hydronephrosis hydronephrotic hydronitric hydronitroprussic hydronitrous hydronium hydroparacoumaric hydropath hydropathic hydropathical hydropathist hydropathy hydropericarditis hydropericardium hydroperiod hydroperitoneum hydroperitonitis hydroperoxide hydrophane hydrophanous hydrophid hydrophil hydrophile hydrophilic hydrophilid hydrophilism hydrophilite hydrophiloid hydrophilous hydrophily hydrophobe hydrophobia hydrophobic hydrophobical hydrophobist hydrophobophobia hydrophobous hydrophoby hydrophoid hydrophone hydrophoran hydrophore hydrophoria hydrophorous hydrophthalmia hydrophthalmos hydrophthalmus hydrophylacium hydrophyll hydrophyllaceous hydrophylliaceous hydrophyllium hydrophysometra hydrophyte hydrophytic hydrophytism hydrophyton hydrophytous hydropic hydropical hydropically hydropigenous hydroplane hydroplanula hydroplatinocyanic hydroplutonic hydropneumatic hydropneumatosis hydropneumopericardium hydropneumothorax hydropolyp hydroponic hydroponicist hydroponics hydroponist hydropositive hydropot hydropropulsion hydrops hydropsy hydroptic hydropult hydropultic hydroquinine hydroquinol hydroquinoline hydroquinone hydrorachis hydrorhiza hydrorhizal hydrorrhachis hydrorrhachitis hydrorrhea hydrorrhoea hydrorubber hydrosalpinx hydrosalt hydrosarcocele hydroscope hydroscopic hydroscopical hydroscopicity hydroscopist hydroselenic hydroselenide hydroselenuret hydroseparation hydrosilicate hydrosilicon hydrosol hydrosomal hydrosomatous hydrosome hydrosorbic hydrosphere hydrospire hydrospiric hydrostat hydrostatic hydrostatical hydrostatically hydrostatician hydrostatics hydrostome hydrosulphate hydrosulphide hydrosulphite hydrosulphocyanic hydrosulphurated hydrosulphuret hydrosulphureted hydrosulphuric hydrosulphurous hydrosulphuryl hydrotachymeter hydrotactic hydrotalcite hydrotasimeter hydrotaxis hydrotechnic hydrotechnical hydrotechnologist hydrotechny hydroterpene hydrotheca hydrothecal hydrotherapeutic hydrotherapeutics hydrotherapy hydrothermal hydrothoracic hydrothorax hydrotic hydrotical hydrotimeter hydrotimetric hydrotimetry hydrotomy hydrotropic hydrotropism hydroturbine hydrotype hydrous hydrovane hydroxamic hydroxamino hydroxide hydroximic hydroxy hydroxyacetic hydroxyanthraquinone hydroxybutyricacid hydroxyketone hydroxyl hydroxylactone hydroxylamine hydroxylate hydroxylation hydroxylic hydroxylization hydroxylize hydrozincite hydrozoal hydrozoan hydrozoic hydrozoon hydrula hydurilate hydurilic hyena hyenadog hyenanchin hyenic hyeniform hyenine hyenoid hyetal hyetograph hyetographic hyetographical hyetographically hyetography hyetological hyetology hyetometer hyetometrograph hygeiolatry hygeist hygeistic hygeology hygiantic hygiantics hygiastic hygiastics hygieist hygienal hygiene hygienic hygienical hygienically hygienics hygienist hygienization hygienize hygiologist hygiology hygric hygrine hygroblepharic hygrodeik hygroexpansivity hygrograph hygrology hygroma hygromatous hygrometer hygrometric hygrometrical hygrometrically hygrometry hygrophaneity hygrophanous hygrophilous hygrophobia hygrophthalmic hygrophyte hygrophytic hygroplasm hygroplasma hygroscope hygroscopic hygroscopical hygroscopically hygroscopicity hygroscopy hygrostat hygrostatics hygrostomia hygrothermal hygrothermograph hying hyke hylactic hylactism hylarchic hylarchical hyle hyleg hylegiacal hylic hylicism hylicist hylism hylist hylobatian hylobatic hylobatine hylogenesis hylogeny hyloid hylology hylomorphic hylomorphical hylomorphism hylomorphist hylomorphous hylopathism hylopathist hylopathy hylophagous hylotheism hylotheist hylotheistic hylotheistical hylotomous hylozoic hylozoism hylozoist hylozoistic hylozoistically hymen hymenal hymeneal hymeneally hymeneals hymenean hymenial hymenic hymenicolar hymeniferous hymeniophore hymenium hymenogeny hymenoid hymenomycetal hymenomycete hymenomycetoid hymenomycetous hymenophore hymenophorum hymenophyllaceous hymenopter hymenopteran hymenopterist hymenopterological hymenopterologist hymenopterology hymenopteron hymenopterous hymenotomy hymn hymnal hymnarium hymnary hymnbook hymner hymnic hymnist hymnless hymnlike hymnode hymnodical hymnodist hymnody hymnographer hymnography hymnologic hymnological hymnologically hymnologist hymnology hymnwise hynde hyne hyobranchial hyocholalic hyocholic hyoepiglottic hyoepiglottidean hyoglossal hyoglossus hyoglycocholic hyoid hyoidal hyoidan hyoideal hyoidean hyoides hyolithid hyolithoid hyomandibula hyomandibular hyomental hyoplastral hyoplastron hyoscapular hyoscine hyoscyamine hyosternal hyosternum hyostylic hyostyly hyothere hyothyreoid hyothyroid hyp hypabyssal hypaethral hypaethron hypaethros hypaethrum hypalgesia hypalgia hypalgic hypallactic hypallage hypanthial hypanthium hypantrum hypapophysial hypapophysis hyparterial hypaspist hypate hypaton hypautomorphic hypaxial hyper hyperabelian hyperabsorption hyperaccurate hyperacid hyperacidaminuria hyperacidity hyperacoustics hyperaction hyperactive hyperactivity hyperacuity hyperacusia hyperacusis hyperacute hyperacuteness hyperadenosis hyperadiposis hyperadiposity hyperadrenalemia hyperaeolism hyperalbuminosis hyperalgebra hyperalgesia hyperalgesic hyperalgesis hyperalgetic hyperalimentation hyperalkalinity hyperaltruism hyperaminoacidemia hyperanabolic hyperanarchy hyperangelical hyperaphia hyperaphic hyperapophyseal hyperapophysial hyperapophysis hyperarchaeological hyperarchepiscopal hyperazotemia hyperbarbarous hyperbatic hyperbatically hyperbaton hyperbola hyperbolaeon hyperbole hyperbolic hyperbolically hyperbolicly hyperbolism hyperbolize hyperboloid hyperboloidal hyperboreal hyperborean hyperbrachycephal hyperbrachycephalic hyperbrachycephaly hyperbrachycranial hyperbrachyskelic hyperbranchia hyperbrutal hyperbulia hypercalcemia hypercarbamidemia hypercarbureted hypercarburetted hypercarnal hypercatalectic hypercatalexis hypercatharsis hypercathartic hypercathexis hypercenosis hyperchamaerrhine hyperchlorhydria hyperchloric hypercholesterinemia hypercholesterolemia hypercholia hypercivilization hypercivilized hyperclassical hyperclimax hypercoagulability hypercoagulable hypercomplex hypercomposite hyperconcentration hypercone hyperconfident hyperconformist hyperconscientious hyperconscientiousness hyperconscious hyperconsciousness hyperconservatism hyperconstitutional hypercoracoid hypercorrect hypercorrection hypercorrectness hypercosmic hypercreaturely hypercritic hypercritical hypercritically hypercriticism hypercriticize hypercryalgesia hypercube hypercyanotic hypercycle hypercylinder hyperdactyl hyperdactylia hyperdactyly hyperdeify hyperdelicacy hyperdelicate hyperdemocracy hyperdemocratic hyperdeterminant hyperdiabolical hyperdialectism hyperdiapason hyperdiapente hyperdiastole hyperdiatessaron hyperdiazeuxis hyperdicrotic hyperdicrotism hyperdicrotous hyperdimensional hyperdimensionality hyperdissyllable hyperdistention hyperditone hyperdivision hyperdolichocephal hyperdolichocephalic hyperdolichocephaly hyperdolichocranial hyperdoricism hyperdulia hyperdulic hyperdulical hyperelegant hyperelliptic hyperemesis hyperemetic hyperemia hyperemic hyperemotivity hyperemphasize hyperenthusiasm hypereosinophilia hyperephidrosis hyperequatorial hypererethism hyperessence hyperesthesia hyperesthetic hyperethical hypereuryprosopic hypereutectic hypereutectoid hyperexaltation hyperexcitability hyperexcitable hyperexcitement hyperexcursive hyperexophoria hyperextend hyperextension hyperfastidious hyperfederalist hyperfine hyperflexion hyperfocal hyperfunction hyperfunctional hyperfunctioning hypergalactia hypergamous hypergamy hypergenesis hypergenetic hypergeometric hypergeometrical hypergeometry hypergeusia hypergeustia hyperglycemia hyperglycemic hyperglycorrhachia hyperglycosuria hypergoddess hypergol hypergolic hypergrammatical hyperhedonia hyperhemoglobinemia hyperhilarious hyperhypocrisy hypericaceous hypericin hypericism hypericum hyperidealistic hyperideation hyperimmune hyperimmunity hyperimmunization hyperimmunize hyperingenuity hyperinosis hyperinotic hyperinsulinization hyperinsulinize hyperintellectual hyperintelligence hyperinvolution hyperirritability hyperirritable hyperisotonic hyperite hyperkeratosis hyperkinesia hyperkinesis hyperkinetic hyperlactation hyperleptoprosopic hyperleucocytosis hyperlipemia hyperlipoidemia hyperlithuria hyperlogical hyperlustrous hypermagical hypermakroskelic hypermedication hypermenorrhea hypermetabolism hypermetamorphic hypermetamorphism hypermetamorphosis hypermetamorphotic hypermetaphorical hypermetaphysical hypermetaplasia hypermeter hypermetric hypermetrical hypermetron hypermetrope hypermetropia hypermetropic hypermetropical hypermetropy hypermiraculous hypermixolydian hypermnesia hypermnesic hypermnesis hypermnestic hypermodest hypermonosyllable hypermoral hypermorph hypermorphism hypermorphosis hypermotile hypermotility hypermyotonia hypermyotrophy hypermyriorama hypermystical hypernatural hypernephroma hyperneuria hyperneurotic hypernic hypernitrogenous hypernomian hypernomic hypernormal hypernote hypernutrition hyperoartian hyperobtrusive hyperodontogeny hyperoon hyperope hyperopia hyperopic hyperorganic hyperorthognathic hyperorthognathous hyperorthognathy hyperosmia hyperosmic hyperostosis hyperostotic hyperothodox hyperothodoxy hyperotretan hyperotretous hyperoxidation hyperoxide hyperoxygenate hyperoxygenation hyperoxygenize hyperpanegyric hyperparasite hyperparasitic hyperparasitism hyperparasitize hyperparoxysm hyperpathetic hyperpatriotic hyperpencil hyperpepsinia hyperper hyperperistalsis hyperperistaltic hyperpersonal hyperphalangeal hyperphalangism hyperpharyngeal hyperphenomena hyperphoria hyperphoric hyperphosphorescence hyperphysical hyperphysically hyperphysics hyperpiesia hyperpiesis hyperpietic hyperpietist hyperpigmentation hyperpigmented hyperpinealism hyperpituitarism hyperplagiarism hyperplane hyperplasia hyperplasic hyperplastic hyperplatyrrhine hyperploid hyperploidy hyperpnea hyperpnoea hyperpolysyllabic hyperpredator hyperprism hyperproduction hyperprognathous hyperprophetical hyperprosexia hyperpulmonary hyperpure hyperpurist hyperpyramid hyperpyretic hyperpyrexia hyperpyrexial hyperquadric hyperrational hyperreactive hyperrealize hyperresonance hyperresonant hyperreverential hyperrhythmical hyperridiculous hyperritualism hypersacerdotal hypersaintly hypersalivation hypersceptical hyperscholastic hyperscrupulosity hypersecretion hypersensibility hypersensitive hypersensitiveness hypersensitivity hypersensitization hypersensitize hypersensual hypersensualism hypersensuous hypersentimental hypersolid hypersomnia hypersonic hypersophisticated hyperspace hyperspatial hyperspeculative hypersphere hyperspherical hyperspiritualizing hypersplenia hypersplenism hypersthene hypersthenia hypersthenic hypersthenite hyperstoic hyperstrophic hypersubtlety hypersuggestibility hypersuperlative hypersurface hypersusceptibility hypersusceptible hypersystole hypersystolic hypertechnical hypertelic hypertely hypertense hypertensin hypertension hypertensive hyperterrestrial hypertetrahedron hyperthermal hyperthermalgesia hyperthermesthesia hyperthermia hyperthermic hyperthermy hyperthesis hyperthetic hyperthetical hyperthyreosis hyperthyroid hyperthyroidism hyperthyroidization hyperthyroidize hypertonia hypertonic hypertonicity hypertonus hypertorrid hypertoxic hypertoxicity hypertragical hypertragically hypertranscendent hypertrichosis hypertridimensional hypertrophic hypertrophied hypertrophous hypertrophy hypertropia hypertropical hypertype hypertypic hypertypical hyperurbanism hyperuresis hypervascular hypervascularity hypervenosity hyperventilate hyperventilation hypervigilant hyperviscosity hypervitalization hypervitalize hypervitaminosis hypervolume hyperwrought hypesthesia hypesthesic hypethral hypha hyphaeresis hyphal hyphedonia hyphema hyphen hyphenate hyphenated hyphenation hyphenic hyphenism hyphenization hyphenize hypho hyphodrome hyphomycete hyphomycetic hyphomycetous hyphomycosis hypidiomorphic hypidiomorphically hypinosis hypinotic hypnaceous hypnagogic hypnesthesis hypnesthetic hypnoanalysis hypnobate hypnocyst hypnody hypnoetic hypnogenesis hypnogenetic hypnoid hypnoidal hypnoidization hypnoidize hypnologic hypnological hypnologist hypnology hypnone hypnophobia hypnophobic hypnophoby hypnopompic hypnoses hypnosis hypnosperm hypnosporangium hypnospore hypnosporic hypnotherapy hypnotic hypnotically hypnotism hypnotist hypnotistic hypnotizability hypnotizable hypnotization hypnotize hypnotizer hypnotoid hypnotoxin hypo hypoacid hypoacidity hypoactive hypoactivity hypoadenia hypoadrenia hypoaeolian hypoalimentation hypoalkaline hypoalkalinity hypoaminoacidemia hypoantimonate hypoazoturia hypobasal hypobatholithic hypobenthonic hypobenthos hypoblast hypoblastic hypobole hypobranchial hypobranchiate hypobromite hypobromous hypobulia hypobulic hypocalcemia hypocarp hypocarpium hypocarpogean hypocatharsis hypocathartic hypocathexis hypocaust hypocentrum hypocephalus hypochil hypochilium hypochlorhydria hypochlorhydric hypochloric hypochlorite hypochlorous hypochloruria hypochnose hypochondria hypochondriac hypochondriacal hypochondriacally hypochondriacism hypochondrial hypochondriasis hypochondriast hypochondrium hypochondry hypochordal hypochromia hypochrosis hypochylia hypocist hypocleidian hypocleidium hypocoelom hypocondylar hypocone hypoconid hypoconule hypoconulid hypocoracoid hypocorism hypocoristic hypocoristical hypocoristically hypocotyl hypocotyleal hypocotyledonary hypocotyledonous hypocotylous hypocrater hypocrateriform hypocraterimorphous hypocreaceous hypocrisis hypocrisy hypocrital hypocrite hypocritic hypocritical hypocritically hypocrize hypocrystalline hypocycloid hypocycloidal hypocystotomy hypocytosis hypodactylum hypoderm hypoderma hypodermal hypodermatic hypodermatically hypodermatoclysis hypodermatomy hypodermic hypodermically hypodermis hypodermoclysis hypodermosis hypodermous hypodiapason hypodiapente hypodiastole hypodiatessaron hypodiazeuxis hypodicrotic hypodicrotous hypoditone hypodorian hypodynamia hypodynamic hypoeliminator hypoendocrinism hypoeosinophilia hypoeutectic hypoeutectoid hypofunction hypogastric hypogastrium hypogastrocele hypogeal hypogean hypogee hypogeic hypogeiody hypogene hypogenesis hypogenetic hypogenic hypogenous hypogeocarpous hypogeous hypogeum hypogeusia hypoglobulia hypoglossal hypoglossitis hypoglossus hypoglottis hypoglycemia hypoglycemic hypognathism hypognathous hypogonation hypogynic hypogynium hypogynous hypogyny hypohalous hypohemia hypohidrosis hypohyal hypohyaline hypoid hypoiodite hypoiodous hypoionian hypoischium hypoisotonic hypokeimenometry hypokinesia hypokinesis hypokinetic hypokoristikon hypolemniscus hypoleptically hypoleucocytosis hypolimnion hypolocrian hypolydian hypomania hypomanic hypomelancholia hypomeral hypomere hypomeron hypometropia hypomixolydian hypomnematic hypomnesis hypomochlion hypomorph hypomotility hypomyotonia hyponastic hyponastically hyponasty hyponeuria hyponitric hyponitrite hyponitrous hyponoetic hyponoia hyponome hyponomic hyponychial hyponychium hyponym hyponymic hyponymous hypopepsia hypopepsinia hypopepsy hypopetalous hypopetaly hypophalangism hypophamin hypophamine hypophare hypopharyngeal hypopharynx hypophloeodal hypophloeodic hypophloeous hypophonic hypophonous hypophora hypophoria hypophosphate hypophosphite hypophosphoric hypophosphorous hypophrenia hypophrenic hypophrenosis hypophrygian hypophyge hypophyll hypophyllium hypophyllous hypophyllum hypophyse hypophyseal hypophysectomize hypophysectomy hypophyseoprivic hypophyseoprivous hypophysial hypophysical hypophysics hypophysis hypopial hypopinealism hypopituitarism hypoplankton hypoplanktonic hypoplasia hypoplastic hypoplastral hypoplastron hypoplasty hypoplasy hypoploid hypoploidy hypopodium hypopraxia hypoprosexia hypopselaphesia hypopteral hypopteron hypoptilar hypoptilum hypoptosis hypoptyalism hypopus hypopygial hypopygidium hypopygium hypopyon hyporadial hyporadiolus hyporadius hyporchema hyporchematic hyporcheme hyporchesis hyporhachidian hyporhachis hyporhined hyporit hyporrhythmic hyposcenium hyposcleral hyposcope hyposecretion hyposensitization hyposensitize hyposkeletal hyposmia hypospadiac hypospadias hyposphene hypospray hypostase hypostasis hypostasization hypostasize hypostasy hypostatic hypostatical hypostatically hypostatization hypostatize hyposternal hyposternum hyposthenia hyposthenic hyposthenuria hypostigma hypostilbite hypostoma hypostomatic hypostomatous hypostome hypostomial hypostomous hypostrophe hypostyle hypostypsis hypostyptic hyposulphite hyposulphurous hyposuprarenalism hyposyllogistic hyposynaphe hyposynergia hyposystole hypotactic hypotarsal hypotarsus hypotaxia hypotaxic hypotaxis hypotension hypotensive hypotensor hypotenusal hypotenuse hypothalamic hypothalamus hypothalline hypothallus hypothec hypotheca hypothecal hypothecary hypothecate hypothecation hypothecative hypothecator hypothecatory hypothecial hypothecium hypothenal hypothenar hypothermal hypothermia hypothermic hypothermy hypotheses hypothesis hypothesist hypothesize hypothesizer hypothetic hypothetical hypothetically hypothetics hypothetist hypothetize hypothetizer hypothyreosis hypothyroid hypothyroidism hypotonia hypotonic hypotonicity hypotonus hypotony hypotoxic hypotoxicity hypotrachelium hypotrich hypotrichosis hypotrichous hypotrochanteric hypotrochoid hypotrochoidal hypotrophic hypotrophy hypotympanic hypotypic hypotypical hypotyposis hypovalve hypovanadate hypovanadic hypovanadious hypovanadous hypovitaminosis hypoxanthic hypoxanthine hypozeugma hypozeuxis hypozoan hypozoic hyppish hypsibrachycephalic hypsibrachycephalism hypsibrachycephaly hypsicephalic hypsicephaly hypsidolichocephalic hypsidolichocephalism hypsidolichocephaly hypsiliform hypsiloid hypsilophodont hypsilophodontid hypsilophodontoid hypsistenocephalic hypsistenocephalism hypsistenocephaly hypsobathymetric hypsocephalous hypsochrome hypsochromic hypsochromy hypsodont hypsodontism hypsodonty hypsographic hypsographical hypsography hypsoisotherm hypsometer hypsometric hypsometrical hypsometrically hypsometrist hypsometry hypsophobia hypsophonous hypsophyll hypsophyllar hypsophyllary hypsophyllous hypsophyllum hypsothermometer hypural hyraces hyraceum hyracid hyraciform hyracodont hyracodontid hyracodontoid hyracoid hyracoidean hyracothere hyracotherian hyrax hyson hyssop hystazarin hysteralgia hysteralgic hysteranthous hysterectomy hysterelcosis hysteresial hysteresis hysteretic hysteretically hysteria hysteriac hysteric hysterical hysterically hystericky hysterics hysteriform hysterioid hysterocatalepsy hysterocele hysterocleisis hysterocrystalline hysterocystic hysterodynia hysterogen hysterogenetic hysterogenic hysterogenous hysterogeny hysteroid hysterolaparotomy hysterolith hysterolithiasis hysterology hysterolysis hysteromania hysterometer hysterometry hysteromorphous hysteromyoma hysteromyomectomy hysteron hysteroneurasthenia hysteropathy hysteropexia hysteropexy hysterophore hysterophytal hysterophyte hysteroproterize hysteroptosia hysteroptosis hysterorrhaphy hysterorrhexis hysteroscope hysterosis hysterotome hysterotomy hysterotraumatism hystriciasis hystricid hystricine hystricism hystricismus hystricoid hystricomorph hystricomorphic hystricomorphous i iamatology iamb iambelegus iambi iambic iambically iambist iambize iambographer iambus ianthine ianthinite iao iatraliptic iatraliptics iatric iatrical iatrochemic iatrochemical iatrochemist iatrochemistry iatrological iatrology iatromathematical iatromathematician iatromathematics iatromechanical iatromechanist iatrophysical iatrophysicist iatrophysics iatrotechnics iba iberite ibex ibices ibid ibidine ibis ibisbill ibolium ibota icacinaceous icaco ice iceberg iceblink iceboat icebone icebound icebox icebreaker icecap icecraft iced icefall icefish icehouse iceland iceleaf iceless icelike iceman icequake iceroot icework ich ichneumon ichneumoned ichneumonid ichneumonidan ichneumoniform ichneumonized ichneumonoid ichneumonology ichneumous ichneutic ichnite ichnographic ichnographical ichnographically ichnography ichnolite ichnolithology ichnolitic ichnological ichnology ichnomancy icho ichoglan ichor ichorous ichorrhea ichorrhemia ichthulin ichthulinic ichthus ichthyal ichthyic ichthyism ichthyismus ichthyization ichthyized ichthyobatrachian ichthyocephalous ichthyocol ichthyocolla ichthyocoprolite ichthyodian ichthyodont ichthyodorulite ichthyofauna ichthyoform ichthyographer ichthyographia ichthyographic ichthyography ichthyoid ichthyoidal ichthyolatrous ichthyolatry ichthyolite ichthyolitic ichthyologic ichthyological ichthyologically ichthyologist ichthyology ichthyomancy ichthyomantic ichthyomorphic ichthyomorphous ichthyonomy ichthyopaleontology ichthyophagan ichthyophagi ichthyophagian ichthyophagist ichthyophagize ichthyophagous ichthyophagy ichthyophile ichthyophobia ichthyophthalmite ichthyophthiriasis ichthyopolism ichthyopolist ichthyopsid ichthyopsidan ichthyopterygian ichthyopterygium ichthyornithic ichthyornithoid ichthyosaur ichthyosaurian ichthyosaurid ichthyosauroid ichthyosis ichthyosism ichthyotic ichthyotomist ichthyotomous ichthyotomy ichthyotoxin ichthyotoxism ichthytaxidermy ichu icica icicle icicled icily iciness icing icon iconic iconical iconism iconoclasm iconoclast iconoclastic iconoclastically iconoclasticism iconodule iconodulic iconodulist iconoduly iconograph iconographer iconographic iconographical iconographist iconography iconolater iconolatrous iconolatry iconological iconologist iconology iconomachal iconomachist iconomachy iconomania iconomatic iconomatically iconomaticism iconomatography iconometer iconometric iconometrical iconometrically iconometry iconophile iconophilism iconophilist iconophily iconoplast iconoscope iconostas iconostasion iconostasis iconotype icosahedral icosasemic icosian icositetrahedron icosteid icosteine icotype icteric icterical icterine icteritious icterode icterogenetic icterogenic icterogenous icterohematuria icteroid icterus ictic ictuate ictus icy id idalia idant iddat ide idea ideaed ideaful ideagenous ideal idealess idealism idealist idealistic idealistical idealistically ideality idealization idealize idealizer idealless ideally idealness ideamonger ideate ideation ideational ideationally ideative ideist idempotent identic identical identicalism identically identicalness identifiable identifiableness identification identifier identify identism identity ideogenetic ideogenical ideogenous ideogeny ideoglyph ideogram ideogrammic ideograph ideographic ideographical ideographically ideography ideolatry ideologic ideological ideologically ideologist ideologize ideologue ideology ideomotion ideomotor ideophone ideophonetics ideophonous ideoplastia ideoplastic ideoplastics ideoplasty ideopraxist ides idgah idiasm idic idiobiology idioblast idioblastic idiochromatic idiochromatin idiochromosome idiocrasis idiocrasy idiocratic idiocratical idiocy idiocyclophanous idioelectric idioelectrical idiogenesis idiogenetic idiogenous idioglossia idioglottic idiograph idiographic idiographical idiohypnotism idiolalia idiolatry idiologism idiolysin idiom idiomatic idiomatical idiomatically idiomaticalness idiomelon idiometer idiomography idiomology idiomorphic idiomorphically idiomorphism idiomorphous idiomuscular idiopathetic idiopathic idiopathical idiopathically idiopathy idiophanism idiophanous idiophonic idioplasm idioplasmatic idioplasmic idiopsychological idiopsychology idioreflex idiorepulsive idioretinal idiorrhythmic idiosome idiospasm idiospastic idiostatic idiosyncrasy idiosyncratic idiosyncratical idiosyncratically idiot idiotcy idiothalamous idiothermous idiothermy idiotic idiotical idiotically idioticalness idioticon idiotish idiotism idiotize idiotropian idiotry idiotype idiotypic idite iditol idle idleful idleheaded idlehood idleman idlement idleness idler idleset idleship idlety idlish idly idocrase idol idola idolaster idolater idolatress idolatric idolatrize idolatrizer idolatrous idolatrously idolatrousness idolatry idolify idolism idolist idolistic idolization idolize idolizer idoloclast idoloclastic idolodulia idolographical idololatrical idololatry idolomancy idolomania idolothyte idolothytic idolous idolum idoneal idoneity idoneous idoneousness idorgan idosaccharic idose idrialin idrialine idrialite idryl idyl idyler idylism idylist idylize idyllian idyllic idyllical idyllically idyllicism ie if ife iffy igelstromite igloo ignatia ignavia igneoaqueous igneous ignescent ignicolist igniferous igniferousness igniform ignifuge ignify ignigenous ignipotent ignipuncture ignitability ignite igniter ignitibility ignitible ignition ignitive ignitor ignitron ignivomous ignivomousness ignobility ignoble ignobleness ignoblesse ignobly ignominious ignominiously ignominiousness ignominy ignorable ignoramus ignorance ignorant ignorantism ignorantist ignorantly ignorantness ignoration ignore ignorement ignorer ignote iguana iguanian iguanid iguaniform iguanodont iguanodontoid iguanoid ihi ihleite ihram iiwi ijma ijolite ijussite ikat ikey ikeyness ikona ikra ileac ileectomy ileitis ileocaecal ileocaecum ileocolic ileocolitis ileocolostomy ileocolotomy ileon ileosigmoidostomy ileostomy ileotomy ilesite ileum ileus ilex ilia iliac iliacus iliahi ilial iliau ilicaceous ilicic ilicin ilima iliocaudal iliocaudalis iliococcygeal iliococcygeus iliococcygian iliocostal iliocostalis iliodorsal iliofemoral iliohypogastric ilioinguinal ilioischiac ilioischiatic iliolumbar iliopectineal iliopelvic ilioperoneal iliopsoas iliopsoatic iliopubic iliosacral iliosciatic ilioscrotal iliospinal iliotibial iliotrochanteric ilium ilk ilka ilkane ill illaborate illachrymable illachrymableness illapsable illapse illapsive illaqueate illaqueation illation illative illatively illaudable illaudably illaudation illaudatory illecebrous illeck illegal illegality illegalize illegally illegalness illegibility illegible illegibleness illegibly illegitimacy illegitimate illegitimately illegitimateness illegitimation illegitimatize illeism illeist illess illfare illguide illiberal illiberalism illiberality illiberalize illiberally illiberalness illicit illicitly illicitness illimitability illimitable illimitableness illimitably illimitate illimitation illimited illimitedly illimitedness illinition illinium illipene illiquation illiquid illiquidity illiquidly illish illision illiteracy illiteral illiterate illiterately illiterateness illiterature illium illness illocal illocality illocally illogic illogical illogicality illogically illogicalness illogician illogicity illoricate illoricated illoyal illoyalty illth illucidate illucidation illucidative illude illudedly illuder illume illumer illuminability illuminable illuminance illuminant illuminate illuminated illuminati illuminating illuminatingly illumination illuminational illuminatism illuminatist illuminative illuminato illuminator illuminatory illuminatus illumine illuminee illuminer illuminist illuminometer illuminous illupi illure illurement illusible illusion illusionable illusional illusionary illusioned illusionism illusionist illusionistic illusive illusively illusiveness illusor illusorily illusoriness illusory illustrable illustratable illustrate illustration illustrational illustrative illustratively illustrator illustratory illustratress illustre illustricity illustrious illustriously illustriousness illutate illutation illuvial illuviate illuviation illy ilmenite ilmenitite ilmenorutile ilot ilvaite ilysioid image imageable imageless imager imagerial imagerially imagery imaginability imaginable imaginableness imaginably imaginal imaginant imaginarily imaginariness imaginary imaginate imagination imaginational imaginationalism imaginative imaginatively imaginativeness imaginator imagine imaginer imagines imaginist imaginous imagism imagist imagistic imago imam imamah imamate imambarah imamic imamship imaret imbalance imban imband imbannered imbarge imbark imbarn imbased imbastardize imbat imbauba imbe imbecile imbecilely imbecilic imbecilitate imbecility imbed imbellious imber imbibe imbiber imbibition imbibitional imbibitory imbirussu imbitter imbitterment imbolish imbondo imbonity imbordure imborsation imbosom imbower imbreathe imbreviate imbrex imbricate imbricated imbricately imbrication imbricative imbroglio imbrue imbruement imbrute imbrutement imbue imbuement imburse imbursement imi imidazole imidazolyl imide imidic imidogen iminazole imine imino iminohydrin imitability imitable imitableness imitancy imitant imitate imitatee imitation imitational imitationist imitative imitatively imitativeness imitator imitatorship imitatress imitatrix immaculacy immaculance immaculate immaculately immaculateness immalleable immanacle immanation immane immanely immanence immanency immaneness immanent immanental immanentism immanentist immanently immanifest immanifestness immanity immantle immarble immarcescible immarcescibly immarcibleness immarginate immask immatchable immaterial immaterialism immaterialist immateriality immaterialize immaterially immaterialness immaterials immateriate immatriculate immatriculation immature immatured immaturely immatureness immaturity immeability immeasurability immeasurable immeasurableness immeasurably immeasured immechanical immechanically immediacy immedial immediate immediately immediateness immediatism immediatist immedicable immedicableness immedicably immelodious immember immemorable immemorial immemorially immense immensely immenseness immensity immensive immensurability immensurable immensurableness immensurate immerd immerge immergence immergent immerit immerited immeritorious immeritoriously immeritous immerse immersement immersible immersion immersionism immersionist immersive immethodic immethodical immethodically immethodicalness immethodize immetrical immetrically immetricalness immew immi immigrant immigrate immigration immigrator immigratory imminence imminency imminent imminently imminentness immingle imminution immiscibility immiscible immiscibly immission immit immitigability immitigable immitigably immix immixable immixture immobile immobility immobilization immobilize immoderacy immoderate immoderately immoderateness immoderation immodest immodestly immodesty immodulated immolate immolation immolator immoment immomentous immonastered immoral immoralism immoralist immorality immoralize immorally immorigerous immorigerousness immortability immortable immortal immortalism immortalist immortality immortalizable immortalization immortalize immortalizer immortally immortalness immortalship immortelle immortification immortified immotile immotioned immotive immound immovability immovable immovableness immovably immund immundity immune immunist immunity immunization immunize immunochemistry immunogen immunogenetic immunogenetics immunogenic immunogenically immunogenicity immunologic immunological immunologically immunologist immunology immunoreaction immunotoxin immuration immure immurement immusical immusically immutability immutable immutableness immutably immutation immute immutilate immutual imonium imp impacability impacable impack impackment impact impacted impaction impactionize impactment impactual impages impaint impair impairable impairer impairment impala impalace impalatable impale impalement impaler impall impalm impalpability impalpable impalpably impalsy impaludism impanate impanation impanator impane impanel impanelment impapase impapyrate impar imparadise imparalleled imparasitic impardonable impardonably imparidigitate imparipinnate imparisyllabic imparity impark imparkation imparl imparlance imparsonee impart impartable impartance impartation imparter impartial impartialism impartialist impartiality impartially impartialness impartibilibly impartibility impartible impartibly imparticipable impartite impartive impartivity impartment impassability impassable impassableness impassably impasse impassibilibly impassibility impassible impassibleness impassion impassionable impassionate impassionately impassioned impassionedly impassionedness impassionment impassive impassively impassiveness impassivity impastation impaste impasto impasture impaternate impatible impatience impatiency impatient impatientaceous impatiently impatientness impatronize impave impavid impavidity impavidly impawn impayable impeach impeachability impeachable impeacher impeachment impearl impeccability impeccable impeccably impeccance impeccancy impeccant impectinate impecuniary impecuniosity impecunious impecuniously impecuniousness impedance impede impeder impedibility impedible impedient impediment impedimenta impedimental impedimentary impeding impedingly impedite impedition impeditive impedometer impeevish impel impellent impeller impen impend impendence impendency impendent impending impenetrability impenetrable impenetrableness impenetrably impenetrate impenetration impenetrative impenitence impenitent impenitently impenitentness impenitible impenitibleness impennate impent imperance imperant imperate imperation imperatival imperative imperatively imperativeness imperator imperatorial imperatorially imperatorian imperatorious imperatorship imperatory imperatrix imperceivable imperceivableness imperceivably imperceived imperceiverant imperceptibility imperceptible imperceptibleness imperceptibly imperception imperceptive imperceptiveness imperceptivity impercipience impercipient imperence imperent imperfect imperfected imperfectibility imperfectible imperfection imperfectious imperfective imperfectly imperfectness imperforable imperforate imperforated imperforation imperformable imperia imperial imperialin imperialine imperialism imperialist imperialistic imperialistically imperiality imperialization imperialize imperially imperialness imperialty imperil imperilment imperious imperiously imperiousness imperish imperishability imperishable imperishableness imperishably imperite imperium impermanence impermanency impermanent impermanently impermeability impermeabilization impermeabilize impermeable impermeableness impermeably impermeated impermeator impermissible impermutable imperscriptible imperscrutable impersonable impersonal impersonality impersonalization impersonalize impersonally impersonate impersonation impersonative impersonator impersonatress impersonatrix impersonification impersonify impersonization impersonize imperspicuity imperspicuous imperspirability imperspirable impersuadable impersuadableness impersuasibility impersuasible impersuasibleness impersuasibly impertinacy impertinence impertinency impertinent impertinently impertinentness impertransible imperturbability imperturbable imperturbableness imperturbably imperturbation imperturbed imperverse impervertible impervestigable imperviability imperviable imperviableness impervial impervious imperviously imperviousness impest impestation impester impeticos impetiginous impetigo impetition impetrate impetration impetrative impetrator impetratory impetre impetulant impetulantly impetuosity impetuous impetuously impetuousness impetus imphee impi impicture impierceable impiety impignorate impignoration impinge impingement impingence impingent impinger impinguate impious impiously impiousness impish impishly impishness impiteous impitiably implacability implacable implacableness implacably implacement implacental implacentate implant implantation implanter implastic implasticity implate implausibility implausible implausibleness implausibly impleach implead impleadable impleader impledge implement implemental implementation implementiferous implete impletion impletive implex impliable implial implicant implicate implicately implicateness implication implicational implicative implicatively implicatory implicit implicitly implicitness impliedly impliedness impling implode implodent implorable imploration implorator imploratory implore implorer imploring imploringly imploringness implosion implosive implosively implume implumed implunge impluvium imply impocket impofo impoison impoisoner impolarizable impolicy impolished impolite impolitely impoliteness impolitic impolitical impolitically impoliticalness impoliticly impoliticness impollute imponderabilia imponderability imponderable imponderableness imponderably imponderous impone imponent impoor impopular impopularly imporosity imporous import importability importable importableness importably importance importancy important importantly importation importer importless importment importraiture importray importunacy importunance importunate importunately importunateness importunator importune importunely importunement importuner importunity imposable imposableness imposal impose imposement imposer imposing imposingly imposingness imposition impositional impositive impossibilification impossibilism impossibilist impossibilitate impossibility impossible impossibleness impossibly impost imposter imposterous impostor impostorism impostorship impostress impostrix impostrous impostumate impostumation impostume imposture imposturism imposturous imposure impot impotable impotence impotency impotent impotently impotentness impound impoundable impoundage impounder impoundment impoverish impoverisher impoverishment impracticability impracticable impracticableness impracticably impractical impracticality impracticalness imprecant imprecate imprecation imprecator imprecatorily imprecatory imprecise imprecisely imprecision impredicability impredicable impreg impregn impregnability impregnable impregnableness impregnably impregnant impregnate impregnation impregnative impregnator impregnatory imprejudice impremeditate impreparation impresa impresario imprescience imprescribable imprescriptibility imprescriptible imprescriptibly imprese impress impressable impressedly impresser impressibility impressible impressibleness impressibly impression impressionability impressionable impressionableness impressionably impressional impressionalist impressionality impressionally impressionary impressionism impressionist impressionistic impressionistically impressionless impressive impressively impressiveness impressment impressor impressure imprest imprestable impreventability impreventable imprevisibility imprevisible imprevision imprimatur imprime imprimitive imprimitivity imprint imprinter imprison imprisonable imprisoner imprisonment improbability improbabilize improbable improbableness improbably improbation improbative improbatory improbity improcreant improcurability improcurable improducible improficience improficiency improgressive improgressively improgressiveness improlificical impromptitude impromptu impromptuary impromptuist improof improper improperation improperly improperness impropriate impropriation impropriator impropriatrix impropriety improvability improvable improvableness improvably improve improvement improver improvership improvidence improvident improvidentially improvidently improving improvingly improvisate improvisation improvisational improvisator improvisatorial improvisatorially improvisatorize improvisatory improvise improvisedly improviser improvision improviso improvisor imprudence imprudency imprudent imprudential imprudently imprudentness impship impuberal impuberate impuberty impubic impudence impudency impudent impudently impudentness impudicity impugn impugnability impugnable impugnation impugner impugnment impuissance impuissant impulse impulsion impulsive impulsively impulsiveness impulsivity impulsory impunctate impunctual impunctuality impunely impunible impunibly impunity impure impurely impureness impuritan impuritanism impurity imputability imputable imputableness imputably imputation imputative imputatively imputativeness impute imputedly imputer imputrescence imputrescibility imputrescible imputrid impy imshi imsonic imu in inability inabordable inabstinence inaccentuated inaccentuation inacceptable inaccessibility inaccessible inaccessibleness inaccessibly inaccordance inaccordancy inaccordant inaccordantly inaccuracy inaccurate inaccurately inaccurateness inachid inachoid inacquaintance inacquiescent inactinic inaction inactionist inactivate inactivation inactive inactively inactiveness inactivity inactuate inactuation inadaptability inadaptable inadaptation inadaptive inadept inadequacy inadequate inadequately inadequateness inadequation inadequative inadequatively inadherent inadhesion inadhesive inadjustability inadjustable inadmissibility inadmissible inadmissibly inadventurous inadvertence inadvertency inadvertent inadvertently inadvisability inadvisable inadvisableness inadvisedly inaesthetic inaffability inaffable inaffectation inagglutinability inagglutinable inaggressive inagile inaidable inaja inalacrity inalienability inalienable inalienableness inalienably inalimental inalterability inalterable inalterableness inalterably inamissibility inamissible inamissibleness inamorata inamorate inamoration inamorato inamovability inamovable inane inanely inanga inangulate inanimadvertence inanimate inanimated inanimately inanimateness inanimation inanition inanity inantherate inapathy inapostate inapparent inappealable inappeasable inappellability inappellable inappendiculate inapperceptible inappertinent inappetence inappetency inappetent inappetible inapplicability inapplicable inapplicableness inapplicably inapplication inapposite inappositely inappositeness inappreciable inappreciably inappreciation inappreciative inappreciatively inappreciativeness inapprehensible inapprehension inapprehensive inapprehensiveness inapproachability inapproachable inapproachably inappropriable inappropriableness inappropriate inappropriately inappropriateness inapt inaptitude inaptly inaptness inaqueous inarable inarch inarculum inarguable inarguably inarm inarticulacy inarticulate inarticulated inarticulately inarticulateness inarticulation inartificial inartificiality inartificially inartificialness inartistic inartistical inartisticality inartistically inasmuch inassimilable inassimilation inassuageable inattackable inattention inattentive inattentively inattentiveness inaudibility inaudible inaudibleness inaudibly inaugur inaugural inaugurate inauguration inaugurative inaugurator inauguratory inaugurer inaurate inauration inauspicious inauspiciously inauspiciousness inauthentic inauthenticity inauthoritative inauthoritativeness inaxon inbe inbeaming inbearing inbeing inbending inbent inbirth inblow inblowing inblown inboard inbond inborn inbound inbread inbreak inbreaking inbreathe inbreather inbred inbreed inbring inbringer inbuilt inburning inburnt inburst inby incalculability incalculable incalculableness incalculably incalescence incalescency incalescent incaliculate incalver incalving incameration incandent incandesce incandescence incandescency incandescent incandescently incanous incantation incantational incantator incantatory incanton incapability incapable incapableness incapably incapacious incapaciousness incapacitate incapacitation incapacity incapsulate incapsulation incaptivate incarcerate incarceration incarcerator incardinate incardination incarmined incarn incarnadine incarnant incarnate incarnation incarnational incarnationist incarnative incase incasement incast incatenate incatenation incaution incautious incautiously incautiousness incavate incavated incavation incavern incedingly incelebrity incendiarism incendiary incendivity incensation incense incenseless incensement incensory incensurable incensurably incenter incentive incentively incentor incept inception inceptive inceptively inceptor inceration incertitude incessable incessably incessancy incessant incessantly incessantness incest incestuous incestuously incestuousness inch inched inchmeal inchoacy inchoant inchoate inchoately inchoateness inchoation inchoative inchpin inchworm incide incidence incident incidental incidentalist incidentally incidentalness incidentless incidently incinerable incinerate incineration incinerator incipience incipient incipiently incircumscription incircumspect incircumspection incircumspectly incircumspectness incisal incise incisely incisiform incision incisive incisively incisiveness incisor incisorial incisory incisure incitability incitable incitant incitation incite incitement inciter incitingly incitive incitress incivic incivility incivilization incivism inclemency inclement inclemently inclementness inclinable inclinableness inclination inclinational inclinator inclinatorily inclinatorium inclinatory incline incliner inclinograph inclinometer inclip inclose inclosure includable include included includedness includer inclusa incluse inclusion inclusionist inclusive inclusively inclusiveness inclusory incoagulable incoalescence incoercible incog incogent incogitability incogitable incogitancy incogitant incogitantly incogitative incognita incognitive incognito incognizability incognizable incognizance incognizant incognoscent incognoscibility incognoscible incoherence incoherency incoherent incoherentific incoherently incoherentness incohering incohesion incohesive incoincidence incoincident incombustibility incombustible incombustibleness incombustibly incombustion income incomeless incomer incoming incommensurability incommensurable incommensurableness incommensurably incommensurate incommensurately incommensurateness incommiscibility incommiscible incommodate incommodation incommode incommodement incommodious incommodiously incommodiousness incommodity incommunicability incommunicable incommunicableness incommunicably incommunicado incommunicative incommunicatively incommunicativeness incommutability incommutable incommutableness incommutably incompact incompactly incompactness incomparability incomparable incomparableness incomparably incompassionate incompassionately incompassionateness incompatibility incompatible incompatibleness incompatibly incompendious incompensated incompensation incompetence incompetency incompetent incompetently incompetentness incompletability incompletable incompletableness incomplete incompleted incompletely incompleteness incompletion incomplex incompliance incompliancy incompliant incompliantly incomplicate incomplying incomposed incomposedly incomposedness incomposite incompossibility incompossible incomprehended incomprehending incomprehendingly incomprehensibility incomprehensible incomprehensibleness incomprehensibly incomprehension incomprehensive incomprehensively incomprehensiveness incompressibility incompressible incompressibleness incompressibly incomputable inconcealable inconceivability inconceivable inconceivableness inconceivably inconcinnate inconcinnately inconcinnity inconcinnous inconcludent inconcluding inconclusion inconclusive inconclusively inconclusiveness inconcrete inconcurrent inconcurring incondensability incondensable incondensibility incondensible incondite inconditionate inconditioned inconducive inconfirm inconformable inconformably inconformity inconfused inconfusedly inconfusion inconfutable inconfutably incongealable incongealableness incongenerous incongenial incongeniality inconglomerate incongruence incongruent incongruently incongruity incongruous incongruously incongruousness inconjoinable inconnected inconnectedness inconnu inconscience inconscient inconsciently inconscious inconsciously inconsecutive inconsecutively inconsecutiveness inconsequence inconsequent inconsequential inconsequentiality inconsequentially inconsequently inconsequentness inconsiderable inconsiderableness inconsiderably inconsiderate inconsiderately inconsiderateness inconsideration inconsidered inconsistence inconsistency inconsistent inconsistently inconsistentness inconsolability inconsolable inconsolableness inconsolably inconsolate inconsolately inconsonance inconsonant inconsonantly inconspicuous inconspicuously inconspicuousness inconstancy inconstant inconstantly inconstantness inconstruable inconsultable inconsumable inconsumably inconsumed incontaminable incontaminate incontaminateness incontemptible incontestability incontestable incontestableness incontestably incontinence incontinency incontinent incontinently incontinuity incontinuous incontracted incontractile incontraction incontrollable incontrollably incontrolled incontrovertibility incontrovertible incontrovertibleness incontrovertibly inconvenience inconveniency inconvenient inconveniently inconvenientness inconversable inconversant inconversibility inconvertibility inconvertible inconvertibleness inconvertibly inconvinced inconvincedly inconvincibility inconvincible inconvincibly incopresentability incopresentable incoronate incoronated incoronation incorporable incorporate incorporated incorporatedness incorporation incorporative incorporator incorporeal incorporealism incorporealist incorporeality incorporealize incorporeally incorporeity incorporeous incorpse incorrect incorrection incorrectly incorrectness incorrespondence incorrespondency incorrespondent incorresponding incorrigibility incorrigible incorrigibleness incorrigibly incorrodable incorrodible incorrosive incorrupt incorrupted incorruptibility incorruptible incorruptibleness incorruptibly incorruption incorruptly incorruptness incourteous incourteously incrash incrassate incrassated incrassation incrassative increasable increasableness increase increasedly increaseful increasement increaser increasing increasingly increate increately increative incredibility incredible incredibleness incredibly increditable incredited incredulity incredulous incredulously incredulousness increep incremate incremation increment incremental incrementation increpate increpation increscence increscent increst incretion incretionary incretory incriminate incrimination incriminator incriminatory incross incrossbred incrossing incrotchet incruent incruental incruentous incrust incrustant incrustate incrustation incrustator incrustive incrustment incrystal incrystallizable incubate incubation incubational incubative incubator incubatorium incubatory incubi incubous incubus incudal incudate incudectomy incudes incudomalleal incudostapedial inculcate inculcation inculcative inculcator inculcatory inculpability inculpable inculpableness inculpably inculpate inculpation inculpative inculpatory incult incultivation inculture incumbence incumbency incumbent incumbentess incumbently incumber incumberment incumbrance incumbrancer incunable incunabula incunabular incunabulist incunabulum incuneation incur incurability incurable incurableness incurably incuriosity incurious incuriously incuriousness incurrable incurrence incurrent incurse incursion incursionist incursive incurvate incurvation incurvature incurve incus incuse incut incutting indaba indaconitine indagate indagation indagative indagator indagatory indamine indan indane indanthrene indart indazin indazine indazol indazole inde indebt indebted indebtedness indebtment indecence indecency indecent indecently indecentness indeciduate indeciduous indecipherability indecipherable indecipherableness indecipherably indecision indecisive indecisively indecisiveness indeclinable indeclinableness indeclinably indecomponible indecomposable indecomposableness indecorous indecorously indecorousness indecorum indeed indeedy indefaceable indefatigability indefatigable indefatigableness indefatigably indefeasibility indefeasible indefeasibleness indefeasibly indefeatable indefectibility indefectible indefectibly indefective indefensibility indefensible indefensibleness indefensibly indefensive indeficiency indeficient indeficiently indefinable indefinableness indefinably indefinite indefinitely indefiniteness indefinitive indefinitively indefinitiveness indefinitude indefinity indeflectible indefluent indeformable indehiscence indehiscent indelectable indelegability indelegable indeliberate indeliberately indeliberateness indeliberation indelibility indelible indelibleness indelibly indelicacy indelicate indelicately indelicateness indemnification indemnificator indemnificatory indemnifier indemnify indemnitee indemnitor indemnity indemnization indemoniate indemonstrability indemonstrable indemonstrableness indemonstrably indene indent indentation indented indentedly indentee indenter indention indentment indentor indenture indentured indentureship indentwise independable independence independency independent independentism independently indeposable indeprehensible indeprivability indeprivable inderivative indescribability indescribable indescribableness indescribably indescript indescriptive indesert indesignate indesirable indestructibility indestructible indestructibleness indestructibly indetectable indeterminable indeterminableness indeterminably indeterminacy indeterminate indeterminately indeterminateness indetermination indeterminative indetermined indeterminism indeterminist indeterministic indevirginate indevoted indevotion indevotional indevout indevoutly indevoutness index indexed indexer indexical indexically indexing indexless indexlessness indexterity indiadem indianaite indianite indianization indianize indic indicable indican indicant indicanuria indicate indication indicative indicatively indicator indicatory indicatrix indices indicia indicial indicible indicium indicolite indict indictable indictably indictee indicter indiction indictional indictive indictment indictor indiferous indifference indifferency indifferent indifferential indifferentism indifferentist indifferentistic indifferently indigena indigenal indigenate indigence indigency indigene indigeneity indigenist indigenity indigenous indigenously indigenousness indigent indigently indigested indigestedness indigestibility indigestible indigestibleness indigestibly indigestion indigestive indigitamenta indigitate indigitation indign indignance indignancy indignant indignantly indignation indignatory indignify indignity indignly indigo indigoberry indigoferous indigoid indigotic indigotin indigotindisulphonic indiguria indimensible indimensional indiminishable indimple indirect indirected indirection indirectly indirectness indirubin indiscernibility indiscernible indiscernibleness indiscernibly indiscerptibility indiscerptible indiscerptibleness indiscerptibly indisciplinable indiscipline indisciplined indiscoverable indiscoverably indiscovered indiscreet indiscreetly indiscreetness indiscrete indiscretely indiscretion indiscretionary indiscriminate indiscriminated indiscriminately indiscriminateness indiscriminating indiscriminatingly indiscrimination indiscriminative indiscriminatively indiscriminatory indiscussable indiscussible indispellable indispensability indispensable indispensableness indispensably indispose indisposed indisposedness indisposition indisputability indisputable indisputableness indisputably indissipable indissociable indissolubility indissoluble indissolubleness indissolubly indissolute indissolvability indissolvable indissolvableness indissolvably indissuadable indissuadably indistinct indistinction indistinctive indistinctively indistinctiveness indistinctly indistinctness indistinguishability indistinguishable indistinguishableness indistinguishably indistinguished indistortable indistributable indisturbable indisturbance indisturbed indite inditement inditer indium indivertible indivertibly individable individua individual individualism individualist individualistic individualistically individuality individualization individualize individualizer individualizingly individually individuate individuation individuative individuator individuity individuum indivinable indivisibility indivisible indivisibleness indivisibly indivision indocibility indocible indocibleness indocile indocility indoctrinate indoctrination indoctrinator indoctrine indoctrinization indoctrinize indogen indogenide indole indolence indolent indolently indoles indoline indoloid indolyl indomitability indomitable indomitableness indomitably indoor indoors indophenin indophenol indorsation indorse indoxyl indoxylic indoxylsulphuric indraft indraught indrawal indrawing indrawn indri indubious indubiously indubitable indubitableness indubitably indubitatively induce induced inducedly inducement inducer induciae inducible inducive induct inductance inductee inducteous inductile inductility induction inductional inductionally inductionless inductive inductively inductiveness inductivity inductometer inductophone inductor inductorium inductory inductoscope indue induement indulge indulgeable indulgement indulgence indulgenced indulgency indulgent indulgential indulgentially indulgently indulgentness indulger indulging indulgingly induline indult indulto indument indumentum induna induplicate induplication induplicative indurable indurate induration indurative indurite indusial indusiate indusiated indusiform indusioid indusium industrial industrialism industrialist industrialization industrialize industrially industrialness industrious industriously industriousness industrochemical industry induviae induvial induviate indwell indweller indy indyl indylic inearth inebriacy inebriant inebriate inebriation inebriative inebriety inebrious ineconomic ineconomy inedibility inedible inedited ineducabilian ineducability ineducable ineducation ineffability ineffable ineffableness ineffably ineffaceability ineffaceable ineffaceably ineffectible ineffectibly ineffective ineffectively ineffectiveness ineffectual ineffectuality ineffectually ineffectualness ineffervescence ineffervescent ineffervescibility ineffervescible inefficacious inefficaciously inefficaciousness inefficacity inefficacy inefficience inefficiency inefficient inefficiently ineffulgent inelaborate inelaborated inelaborately inelastic inelasticate inelasticity inelegance inelegancy inelegant inelegantly ineligibility ineligible ineligibleness ineligibly ineliminable ineloquence ineloquent ineloquently ineluctability ineluctable ineluctably ineludible ineludibly inembryonate inemendable inemotivity inemulous inenarrable inenergetic inenubilable inenucleable inept ineptitude ineptly ineptness inequable inequal inequalitarian inequality inequally inequalness inequation inequiaxial inequicostate inequidistant inequigranular inequilateral inequilibrium inequilobate inequilobed inequipotential inequipotentiality inequitable inequitableness inequitably inequity inequivalent inequivalve inequivalvular ineradicable ineradicableness ineradicably inerasable inerasableness inerasably inerasible inerm inermous inerrability inerrable inerrableness inerrably inerrancy inerrant inerrantly inerratic inerring inerringly inerroneous inert inertance inertia inertial inertion inertly inertness inerubescent inerudite ineruditely inerudition inescapable inescapableness inescapably inesculent inescutcheon inesite inessential inessentiality inestimability inestimable inestimableness inestimably inestivation inethical ineunt ineuphonious inevadible inevadibly inevaporable inevasible inevidence inevident inevitability inevitable inevitableness inevitably inexact inexacting inexactitude inexactly inexactness inexcellence inexcitability inexcitable inexclusive inexclusively inexcommunicable inexcusability inexcusable inexcusableness inexcusably inexecutable inexecution inexertion inexhausted inexhaustedly inexhaustibility inexhaustible inexhaustibleness inexhaustibly inexhaustive inexhaustively inexigible inexist inexistence inexistency inexistent inexorability inexorable inexorableness inexorably inexpansible inexpansive inexpectancy inexpectant inexpectation inexpected inexpectedly inexpectedness inexpedience inexpediency inexpedient inexpediently inexpensive inexpensively inexpensiveness inexperience inexperienced inexpert inexpertly inexpertness inexpiable inexpiableness inexpiably inexpiate inexplainable inexplicability inexplicable inexplicableness inexplicables inexplicably inexplicit inexplicitly inexplicitness inexplorable inexplosive inexportable inexposable inexposure inexpress inexpressibility inexpressible inexpressibleness inexpressibles inexpressibly inexpressive inexpressively inexpressiveness inexpugnability inexpugnable inexpugnableness inexpugnably inexpungeable inexpungible inextant inextended inextensibility inextensible inextensile inextension inextensional inextensive inexterminable inextinct inextinguishable inextinguishably inextirpable inextirpableness inextricability inextricable inextricableness inextricably inface infall infallibilism infallibilist infallibility infallible infallibleness infallibly infalling infalsificable infame infamiliar infamiliarity infamize infamonize infamous infamously infamousness infamy infancy infand infandous infang infanglement infangthief infant infanta infantado infante infanthood infanticidal infanticide infantile infantilism infantility infantine infantlike infantry infantryman infarct infarctate infarcted infarction infare infatuate infatuatedly infatuation infatuator infaust infeasibility infeasible infeasibleness infect infectant infected infectedness infecter infectible infection infectionist infectious infectiously infectiousness infective infectiveness infectivity infector infectress infectuous infecund infecundity infeed infeft infeftment infelicific infelicitous infelicitously infelicitousness infelicity infelonious infelt infeminine infer inferable inference inferent inferential inferentialism inferentialist inferentially inferior inferiorism inferiority inferiorize inferiorly infern infernal infernalism infernality infernalize infernally infernalry infernalship inferno inferoanterior inferobranchiate inferofrontal inferolateral inferomedian inferoposterior inferrer inferribility inferrible inferringly infertile infertilely infertileness infertility infest infestant infestation infester infestive infestivity infestment infeudation infibulate infibulation inficete infidel infidelic infidelical infidelism infidelistic infidelity infidelize infidelly infield infielder infieldsman infighter infighting infill infilling infilm infilter infiltrate infiltration infiltrative infinitant infinitarily infinitary infinitate infinitation infinite infinitely infiniteness infinitesimal infinitesimalism infinitesimality infinitesimally infinitesimalness infiniteth infinitieth infinitival infinitivally infinitive infinitively infinitize infinitude infinituple infinity infirm infirmarer infirmaress infirmarian infirmary infirmate infirmation infirmative infirmity infirmly infirmness infissile infit infitter infix infixion inflame inflamed inflamedly inflamedness inflamer inflaming inflamingly inflammability inflammable inflammableness inflammably inflammation inflammative inflammatorily inflammatory inflatable inflate inflated inflatedly inflatedness inflater inflatile inflatingly inflation inflationary inflationism inflationist inflative inflatus inflect inflected inflectedness inflection inflectional inflectionally inflectionless inflective inflector inflex inflexed inflexibility inflexible inflexibleness inflexibly inflexive inflict inflictable inflicter infliction inflictive inflood inflorescence inflorescent inflow inflowering influence influenceable influencer influencive influent influential influentiality influentially influenza influenzal influenzic influx influxable influxible influxibly influxion influxionism infold infolder infolding infoldment infoliate inform informable informal informality informalize informally informant information informational informative informatively informatory informed informedly informer informidable informingly informity infortiate infortitude infortunate infortunately infortunateness infortune infra infrabasal infrabestial infrabranchial infrabuccal infracanthal infracaudal infracelestial infracentral infracephalic infraclavicle infraclavicular infraclusion infraconscious infracortical infracostal infracostalis infracotyloid infract infractible infraction infractor infradentary infradiaphragmatic infragenual infraglacial infraglenoid infraglottic infragrant infragular infrahuman infrahyoid infralabial infralapsarian infralapsarianism infralinear infralittoral inframammary inframammillary inframandibular inframarginal inframaxillary inframedian inframercurial inframercurian inframolecular inframontane inframundane infranatural infranaturalism infrangibility infrangible infrangibleness infrangibly infranodal infranuclear infraoccipital infraocclusion infraocular infraoral infraorbital infraordinary infrapapillary infrapatellar infraperipherial infrapose infraposition infraprotein infrapubian infraradular infrared infrarenal infrarenally infrarimal infrascapular infrascapularis infrascientific infraspinal infraspinate infraspinatus infraspinous infrastapedial infrasternal infrastigmatal infrastipular infrastructure infrasutral infratemporal infraterrene infraterritorial infrathoracic infratonsillar infratracheal infratrochanteric infratrochlear infratubal infraturbinal infravaginal infraventral infrequency infrequent infrequently infrigidate infrigidation infrigidative infringe infringement infringer infringible infructiferous infructuose infructuosity infructuous infructuously infrugal infrustrable infrustrably infula infumate infumated infumation infundibular infundibulate infundibuliform infundibulum infuriate infuriately infuriatingly infuriation infuscate infuscation infuse infusedly infuser infusibility infusible infusibleness infusile infusion infusionism infusionist infusive infusorial infusorian infusoriform infusorioid infusorium infusory ing ingallantry ingate ingather ingatherer ingathering ingeldable ingeminate ingemination ingenerability ingenerable ingenerably ingenerate ingenerately ingeneration ingenerative ingeniosity ingenious ingeniously ingeniousness ingenit ingenue ingenuity ingenuous ingenuously ingenuousness ingerminate ingest ingesta ingestible ingestion ingestive ingiver ingiving ingle inglenook ingleside inglobate inglobe inglorious ingloriously ingloriousness inglutition ingluvial ingluvies ingluviitis ingoing ingot ingotman ingraft ingrain ingrained ingrainedly ingrainedness ingrammaticism ingrandize ingrate ingrateful ingratefully ingratefulness ingrately ingratiate ingratiating ingratiatingly ingratiation ingratiatory ingratitude ingravescent ingravidate ingravidation ingredient ingress ingression ingressive ingressiveness ingross ingrow ingrown ingrownness ingrowth inguen inguinal inguinoabdominal inguinocrural inguinocutaneous inguinodynia inguinolabial inguinoscrotal ingulf ingulfment ingurgitate ingurgitation inhabit inhabitability inhabitable inhabitancy inhabitant inhabitation inhabitative inhabitativeness inhabited inhabitedness inhabiter inhabitiveness inhabitress inhalant inhalation inhalator inhale inhalement inhalent inhaler inharmonic inharmonical inharmonious inharmoniously inharmoniousness inharmony inhaul inhauler inhaust inhaustion inhearse inheaven inhere inherence inherency inherent inherently inherit inheritability inheritable inheritableness inheritably inheritage inheritance inheritor inheritress inheritrice inheritrix inhesion inhiate inhibit inhibitable inhibiter inhibition inhibitionist inhibitive inhibitor inhibitory inhomogeneity inhomogeneous inhomogeneously inhospitable inhospitableness inhospitably inhospitality inhuman inhumane inhumanely inhumanism inhumanity inhumanize inhumanly inhumanness inhumate inhumation inhumationist inhume inhumer inhumorous inhumorously inial inidoneity inidoneous inimicable inimical inimicality inimically inimicalness inimitability inimitable inimitableness inimitably iniome iniomous inion iniquitable iniquitably iniquitous iniquitously iniquitousness iniquity inirritability inirritable inirritant inirritative inissuable initial initialer initialist initialize initially initiant initiary initiate initiation initiative initiatively initiator initiatorily initiatory initiatress initiatrix initis initive inject injectable injection injector injelly injudicial injudicially injudicious injudiciously injudiciousness injunct injunction injunctive injunctively injurable injure injured injuredly injuredness injurer injurious injuriously injuriousness injury injustice ink inkberry inkbush inken inker inket inkfish inkholder inkhorn inkhornism inkhornist inkhornize inkhornizer inkindle inkiness inkish inkle inkless inklike inkling inkmaker inkmaking inknot inkosi inkpot inkroot inks inkshed inkslinger inkslinging inkstain inkstand inkstandish inkstone inkweed inkwell inkwood inkwriter inky inlagation inlaid inlaik inlake inland inlander inlandish inlaut inlaw inlawry inlay inlayer inlaying inleague inleak inleakage inlet inlier inlook inlooker inly inlying inmate inmeats inmixture inmost inn innascibility innascible innate innately innateness innatism innative innatural innaturality innaturally inneity inner innerly innermore innermost innermostly innerness innervate innervation innervational innerve inness innest innet innholder inning inninmorite innkeeper innless innocence innocency innocent innocently innocentness innocuity innocuous innocuously innocuousness innominable innominables innominata innominate innominatum innovant innovate innovation innovational innovationist innovative innovator innovatory innoxious innoxiously innoxiousness innuendo innumerability innumerable innumerableness innumerably innumerous innutrient innutrition innutritious innutritive innyard inobedience inobedient inobediently inoblast inobnoxious inobscurable inobservable inobservance inobservancy inobservant inobservantly inobservantness inobservation inobtainable inobtrusive inobtrusively inobtrusiveness inobvious inoccupation inochondritis inochondroma inoculability inoculable inoculant inocular inoculate inoculation inoculative inoculator inoculum inocystoma inocyte inodorous inodorously inodorousness inoepithelioma inoffending inoffensive inoffensively inoffensiveness inofficial inofficially inofficiosity inofficious inofficiously inofficiousness inogen inogenesis inogenic inogenous inoglia inohymenitic inolith inoma inominous inomyoma inomyositis inomyxoma inone inoneuroma inoperable inoperative inoperativeness inopercular inoperculate inopinable inopinate inopinately inopine inopportune inopportunely inopportuneness inopportunism inopportunist inopportunity inoppressive inoppugnable inopulent inorb inorderly inordinacy inordinary inordinate inordinately inordinateness inorganic inorganical inorganically inorganizable inorganization inorganized inoriginate inornate inosclerosis inoscopy inosculate inosculation inosic inosin inosinic inosite inositol inostensible inostensibly inotropic inower inoxidability inoxidable inoxidizable inoxidize inparabola inpardonable inpatient inpayment inpensioner inphase inpolygon inpolyhedron inport inpour inpush input inquaintance inquartation inquest inquestual inquiet inquietation inquietly inquietness inquietude inquiline inquilinism inquilinity inquilinous inquinate inquination inquirable inquirant inquiration inquire inquirendo inquirent inquirer inquiring inquiringly inquiry inquisite inquisition inquisitional inquisitionist inquisitive inquisitively inquisitiveness inquisitor inquisitorial inquisitorially inquisitorialness inquisitorious inquisitorship inquisitory inquisitress inquisitrix inquisiturient inradius inreality inrigged inrigger inrighted inring inro inroad inroader inroll inrooted inrub inrun inrunning inruption inrush insack insagacity insalivate insalivation insalubrious insalubrity insalutary insalvability insalvable insane insanely insaneness insanify insanitariness insanitary insanitation insanity insapiency insapient insatiability insatiable insatiableness insatiably insatiate insatiated insatiately insatiateness insatiety insatisfaction insatisfactorily insaturable inscenation inscibile inscience inscient inscribable inscribableness inscribe inscriber inscript inscriptible inscription inscriptional inscriptioned inscriptionist inscriptionless inscriptive inscriptively inscriptured inscroll inscrutability inscrutable inscrutableness inscrutables inscrutably insculp insculpture insea inseam insect insectan insectarium insectary insectean insected insecticidal insecticide insectiferous insectiform insectifuge insectile insectine insection insectival insectivore insectivorous insectlike insectmonger insectologer insectologist insectology insectproof insecure insecurely insecureness insecurity insee inseer inselberg inseminate insemination insenescible insensate insensately insensateness insense insensibility insensibilization insensibilize insensibilizer insensible insensibleness insensibly insensitive insensitiveness insensitivity insensuous insentience insentiency insentient inseparability inseparable inseparableness inseparably inseparate inseparately insequent insert insertable inserted inserter insertion insertional insertive inserviceable insessor insessorial inset insetter inseverable inseverably inshave insheathe inshell inshining inship inshoe inshoot inshore inside insider insidiosity insidious insidiously insidiousness insight insightful insigne insignia insignificance insignificancy insignificant insignificantly insimplicity insincere insincerely insincerity insinking insinuant insinuate insinuating insinuatingly insinuation insinuative insinuatively insinuativeness insinuator insinuatory insinuendo insipid insipidity insipidly insipidness insipience insipient insipiently insist insistence insistency insistent insistently insister insistingly insistive insititious insnare insnarement insnarer insobriety insociability insociable insociableness insociably insocial insocially insofar insolate insolation insole insolence insolency insolent insolently insolentness insolid insolidity insolubility insoluble insolubleness insolubly insolvability insolvable insolvably insolvence insolvency insolvent insomnia insomniac insomnious insomnolence insomnolency insomnolent insomuch insonorous insooth insorb insorbent insouciance insouciant insouciantly insoul inspan inspeak inspect inspectability inspectable inspectingly inspection inspectional inspectioneer inspective inspector inspectoral inspectorate inspectorial inspectorship inspectress inspectrix inspheration insphere inspirability inspirable inspirant inspiration inspirational inspirationalism inspirationally inspirationist inspirative inspirator inspiratory inspiratrix inspire inspired inspiredly inspirer inspiring inspiringly inspirit inspiriter inspiriting inspiritingly inspiritment inspirometer inspissant inspissate inspissation inspissator inspissosis inspoke inspoken inspreith instability instable install installant installation installer installment instance instancy instanding instant instantaneity instantaneous instantaneously instantaneousness instanter instantial instantly instantness instar instate instatement instaurate instauration instaurator instead instealing insteam insteep instellation instep instigant instigate instigatingly instigation instigative instigator instigatrix instill instillation instillator instillatory instiller instillment instinct instinctive instinctively instinctivist instinctivity instinctual instipulate institor institorial institorian institory institute instituter institution institutional institutionalism institutionalist institutionality institutionalization institutionalize institutionally institutionary institutionize institutive institutively institutor institutress institutrix instonement instratified instreaming instrengthen instressed instroke instruct instructed instructedly instructedness instructer instructible instruction instructional instructionary instructive instructively instructiveness instructor instructorship instructress instrument instrumental instrumentalism instrumentalist instrumentality instrumentalize instrumentally instrumentary instrumentate instrumentation instrumentative instrumentist instrumentman insuavity insubduable insubjection insubmergible insubmersible insubmission insubmissive insubordinate insubordinately insubordinateness insubordination insubstantial insubstantiality insubstantiate insubstantiation insubvertible insuccess insuccessful insucken insuetude insufferable insufferableness insufferably insufficience insufficiency insufficient insufficiently insufflate insufflation insufflator insula insulance insulant insular insularism insularity insularize insularly insulary insulate insulated insulating insulation insulator insulin insulize insulse insulsity insult insultable insultant insultation insulter insulting insultingly insultproof insunk insuperability insuperable insuperableness insuperably insupportable insupportableness insupportably insupposable insuppressible insuppressibly insuppressive insurability insurable insurance insurant insure insured insurer insurge insurgence insurgency insurgent insurgentism insurgescence insurmountability insurmountable insurmountableness insurmountably insurpassable insurrect insurrection insurrectional insurrectionally insurrectionary insurrectionism insurrectionist insurrectionize insurrectory insusceptibility insusceptible insusceptibly insusceptive inswamp inswarming insweeping inswell inswept inswing inswinger intabulate intact intactile intactly intactness intagliated intagliation intaglio intagliotype intake intaker intangibility intangible intangibleness intangibly intarissable intarsia intarsiate intarsist intastable intaxable intechnicality integer integrability integrable integral integrality integralization integralize integrally integrand integrant integraph integrate integration integrative integrator integrifolious integrious integriously integripalliate integrity integrodifferential integropallial integropalliate integument integumental integumentary integumentation inteind intellect intellectation intellected intellectible intellection intellective intellectively intellectual intellectualism intellectualist intellectualistic intellectualistically intellectuality intellectualization intellectualize intellectualizer intellectually intellectualness intelligence intelligenced intelligencer intelligency intelligent intelligential intelligently intelligentsia intelligibility intelligible intelligibleness intelligibly intelligize intemerate intemerately intemerateness intemeration intemperable intemperably intemperament intemperance intemperate intemperately intemperateness intemperature intempestive intempestively intempestivity intemporal intemporally intenability intenable intenancy intend intendance intendancy intendant intendantism intendantship intended intendedly intendedness intendence intender intendible intending intendingly intendit intendment intenerate inteneration intenible intensate intensation intensative intense intensely intenseness intensification intensifier intensify intension intensional intensionally intensitive intensity intensive intensively intensiveness intent intention intentional intentionalism intentionality intentionally intentioned intentionless intentive intentively intentiveness intently intentness inter interabsorption interacademic interaccessory interaccuse interacinar interacinous interact interaction interactional interactionism interactionist interactive interactivity interadaptation interadditive interadventual interaffiliation interagency interagent interagglutinate interagglutination interagree interagreement interalar interallied interally interalveolar interambulacral interambulacrum interamnian interangular interanimate interannular interantagonism interantennal interantennary interapophyseal interapplication interarboration interarch interarcualis interarmy interarticular interartistic interarytenoid interassociation interassure interasteroidal interastral interatomic interatrial interattrition interaulic interaural interauricular interavailability interavailable interaxal interaxial interaxillary interaxis interbalance interbanded interbank interbedded interbelligerent interblend interbody interbonding interborough interbourse interbrachial interbrain interbranch interbranchial interbreath interbreed interbrigade interbring interbronchial intercadence intercadent intercalare intercalarily intercalarium intercalary intercalate intercalation intercalative intercalatory intercale intercalm intercanal intercanalicular intercapillary intercardinal intercarotid intercarpal intercarpellary intercarrier intercartilaginous intercaste intercatenated intercausative intercavernous intercede interceder intercellular intercensal intercentral intercentrum intercept intercepter intercepting interception interceptive interceptor interceptress intercerebral intercession intercessional intercessionary intercessionment intercessive intercessor intercessorial intercessory interchaff interchange interchangeability interchangeable interchangeableness interchangeably interchanger interchapter intercharge interchase intercheck interchoke interchondral interchurch interciliary intercilium intercircle intercirculate intercirculation intercision intercitizenship intercity intercivic intercivilization interclash interclasp interclass interclavicle interclavicular interclerical intercloud interclub intercoastal intercoccygeal intercoccygean intercohesion intercollege intercollegian intercollegiate intercolline intercolonial intercolonially intercolonization intercolumn intercolumnal intercolumnar intercolumniation intercom intercombat intercombination intercombine intercome intercommission intercommon intercommonable intercommonage intercommoner intercommunal intercommune intercommuner intercommunicability intercommunicable intercommunicate intercommunication intercommunicative intercommunicator intercommunion intercommunity intercompany intercomparable intercompare intercomparison intercomplexity intercomplimentary interconal interconciliary intercondenser intercondylar intercondylic intercondyloid interconfessional interconfound interconnect interconnection intercontinental intercontorted intercontradiction intercontradictory interconversion interconvertibility interconvertible interconvertibly intercooler intercooling intercoracoid intercorporate intercorpuscular intercorrelate intercorrelation intercortical intercosmic intercosmically intercostal intercostally intercostobrachial intercostohumeral intercotylar intercounty intercourse intercoxal intercranial intercreate intercrescence intercrinal intercrop intercross intercrural intercrust intercrystalline intercrystallization intercrystallize intercultural interculture intercurl intercurrence intercurrent intercurrently intercursation intercuspidal intercutaneous intercystic interdash interdebate interdenominational interdental interdentally interdentil interdepartmental interdepartmentally interdepend interdependable interdependence interdependency interdependent interdependently interderivative interdespise interdestructive interdestructiveness interdetermination interdetermine interdevour interdict interdiction interdictive interdictor interdictory interdictum interdifferentiation interdiffuse interdiffusion interdiffusive interdiffusiveness interdigital interdigitate interdigitation interdine interdiscal interdispensation interdistinguish interdistrict interdivision interdome interdorsal interdrink intereat interelectrode interelectrodic interempire interenjoy interentangle interentanglement interepidemic interepimeral interepithelial interequinoctial interessee interest interested interestedly interestedness interester interesting interestingly interestingness interestless interestuarine interface interfacial interfactional interfamily interfascicular interfault interfector interfederation interfemoral interfenestral interfenestration interferant interfere interference interferent interferential interferer interfering interferingly interferingness interferometer interferometry interferric interfertile interfertility interfibrillar interfibrillary interfibrous interfilamentar interfilamentary interfilamentous interfilar interfiltrate interfinger interflange interflashing interflow interfluence interfluent interfluminal interfluous interfluve interfluvial interflux interfold interfoliaceous interfoliar interfoliate interfollicular interforce interfraternal interfraternity interfret interfretted interfriction interfrontal interfruitful interfulgent interfuse interfusion interganglionic intergenerant intergenerating intergeneration intergential intergesture intergilt interglacial interglandular interglobular interglyph intergossip intergovernmental intergradation intergrade intergradient intergraft intergranular intergrapple intergrave intergroupal intergrow intergrown intergrowth intergular intergyral interhabitation interhemal interhemispheric interhostile interhuman interhyal interhybridize interim interimist interimistic interimistical interimistically interimperial interincorporation interindependence interindicate interindividual interinfluence interinhibition interinhibitive interinsert interinsular interinsurance interinsurer interinvolve interionic interior interiority interiorize interiorly interiorness interirrigation interisland interjacence interjacency interjacent interjaculate interjaculatory interjangle interjealousy interject interjection interjectional interjectionalize interjectionally interjectionary interjectionize interjectiveness interjector interjectorily interjectory interjectural interjoin interjoist interjudgment interjunction interkinesis interkinetic interknit interknot interknow interknowledge interlaboratory interlace interlaced interlacedly interlacement interlacery interlacustrine interlaid interlake interlamellar interlamellation interlaminar interlaminate interlamination interlanguage interlap interlapse interlard interlardation interlardment interlatitudinal interlaudation interlay interleaf interleague interleave interleaver interlibel interlibrary interlie interligamentary interligamentous interlight interlimitation interline interlineal interlineally interlinear interlinearily interlinearly interlineary interlineate interlineation interlinement interliner interlingual interlinguist interlinguistic interlining interlink interloan interlobar interlobate interlobular interlocal interlocally interlocate interlocation interlock interlocker interlocular interloculus interlocution interlocutive interlocutor interlocutorily interlocutory interlocutress interlocutrice interlocutrix interloop interlope interloper interlot interlucation interlucent interlude interluder interludial interlunar interlunation interlying intermalleolar intermammary intermammillary intermandibular intermanorial intermarginal intermarine intermarriage intermarriageable intermarry intermason intermastoid intermat intermatch intermaxilla intermaxillar intermaxillary intermaze intermeasurable intermeasure intermeddle intermeddlement intermeddler intermeddlesome intermeddlesomeness intermeddling intermeddlingly intermediacy intermediae intermedial intermediary intermediate intermediately intermediateness intermediation intermediator intermediatory intermedium intermedius intermeet intermelt intermembral intermembranous intermeningeal intermenstrual intermenstruum interment intermental intermention intermercurial intermesenterial intermesenteric intermesh intermessage intermessenger intermetacarpal intermetallic intermetameric intermetatarsal intermew intermewed intermewer intermezzo intermigration interminability interminable interminableness interminably interminant interminate intermine intermingle intermingledom interminglement interminister interministerial interministerium intermission intermissive intermit intermitted intermittedly intermittence intermittency intermittent intermittently intermitter intermitting intermittingly intermix intermixedly intermixtly intermixture intermobility intermodification intermodillion intermodulation intermolar intermolecular intermomentary intermontane intermorainic intermotion intermountain intermundane intermundial intermundian intermundium intermunicipal intermunicipality intermural intermuscular intermutation intermutual intermutually intermutule intern internal internality internalization internalize internally internalness internals internarial internasal internation international internationalism internationalist internationality internationalization internationalize internationally interneciary internecinal internecine internecion internecive internee internetted interneural interneuronic internidal internist internment internobasal internodal internode internodial internodian internodium internodular internship internuclear internuncial internunciary internunciatory internuncio internuncioship internuncius internuptial interobjective interoceanic interoceptive interoceptor interocular interoffice interolivary interopercle interopercular interoperculum interoptic interorbital interorbitally interoscillate interosculant interosculate interosculation interosseal interosseous interownership interpage interpalatine interpalpebral interpapillary interparenchymal interparental interparenthetical interparenthetically interparietal interparietale interparliament interparliamentary interparoxysmal interparty interpause interpave interpeal interpectoral interpeduncular interpel interpellant interpellate interpellation interpellator interpenetrable interpenetrant interpenetrate interpenetration interpenetrative interpenetratively interpermeate interpersonal interpervade interpetaloid interpetiolar interpetiolary interphalangeal interphase interphone interpiece interpilaster interpilastering interplacental interplait interplanetary interplant interplanting interplay interplea interplead interpleader interpledge interpleural interplical interplicate interplication interplight interpoint interpolable interpolar interpolary interpolate interpolater interpolation interpolative interpolatively interpolator interpole interpolitical interpolity interpollinate interpolymer interpone interportal interposable interposal interpose interposer interposing interposingly interposition interposure interpour interprater interpressure interpret interpretability interpretable interpretableness interpretably interpretament interpretation interpretational interpretative interpretatively interpreter interpretership interpretive interpretively interpretorial interpretress interprismatic interproduce interprofessional interproglottidal interproportional interprotoplasmic interprovincial interproximal interproximate interpterygoid interpubic interpulmonary interpunct interpunction interpunctuate interpunctuation interpupillary interquarrel interquarter interrace interracial interracialism interradial interradially interradiate interradiation interradium interradius interrailway interramal interramicorn interramification interreceive interreflection interregal interregimental interregional interregna interregnal interregnum interreign interrelate interrelated interrelatedly interrelatedness interrelation interrelationship interreligious interrenal interrenalism interrepellent interrepulsion interrer interresponsibility interresponsible interreticular interreticulation interrex interrhyme interright interriven interroad interrogability interrogable interrogant interrogate interrogatedness interrogatee interrogatingly interrogation interrogational interrogative interrogatively interrogator interrogatorily interrogatory interrogatrix interrogee interroom interrule interrun interrupt interrupted interruptedly interruptedness interrupter interruptible interrupting interruptingly interruption interruptive interruptively interruptor interruptory intersale intersalute interscapilium interscapular interscapulum interscene interscholastic interschool interscience interscribe interscription interseaboard interseamed intersect intersectant intersection intersectional intersegmental interseminal intersentimental interseptal intersertal intersesamoid intersession intersessional interset intersex intersexual intersexualism intersexuality intershade intershifting intershock intershoot intershop intersidereal intersituate intersocial intersocietal intersociety intersole intersolubility intersoluble intersomnial intersomnious intersonant intersow interspace interspatial interspatially interspeaker interspecial interspecific interspersal intersperse interspersedly interspersion interspheral intersphere interspicular interspinal interspinalis interspinous interspiral interspiration intersporal intersprinkle intersqueeze interstadial interstage interstaminal interstapedial interstate interstation interstellar interstellary intersterile intersterility intersternal interstice intersticed interstimulate interstimulation interstitial interstitially interstitious interstratification interstratify interstreak interstream interstreet interstrial interstriation interstrive intersubjective intersubsistence intersubstitution intersuperciliary intersusceptation intersystem intersystematical intertalk intertangle intertanglement intertarsal interteam intertentacular intertergal interterminal interterritorial intertessellation intertexture interthing interthreaded interthronging intertidal intertie intertill intertillage intertinge intertissued intertone intertongue intertonic intertouch intertown intertrabecular intertrace intertrade intertrading intertraffic intertragian intertransformability intertransformable intertransmissible intertransmission intertranspicuous intertransversal intertransversalis intertransversary intertransverse intertrappean intertribal intertriginous intertriglyph intertrigo intertrinitarian intertrochanteric intertropic intertropical intertropics intertrude intertuberal intertubercular intertubular intertwin intertwine intertwinement intertwining intertwiningly intertwist intertwistingly interungular interungulate interunion interuniversity interurban interureteric intervaginal interval intervale intervalley intervallic intervallum intervalvular intervarietal intervary intervascular intervein interveinal intervenant intervene intervener intervenience interveniency intervenient intervenium intervention interventional interventionism interventionist interventive interventor interventral interventralia interventricular intervenular interverbal interversion intervert intervertebra intervertebral intervertebrally intervesicular interview interviewable interviewee interviewer intervillous intervisibility intervisible intervisit intervisitation intervital intervocal intervocalic intervolute intervolution intervolve interwar interweave interweavement interweaver interweaving interweavingly interwed interweld interwhiff interwhile interwhistle interwind interwish interword interwork interworks interworld interworry interwound interwove interwoven interwovenly interwrap interwreathe interwrought interxylary interzonal interzone interzooecial interzygapophysial intestable intestacy intestate intestation intestinal intestinally intestine intestineness intestiniform intestinovesical intext intextine intexture inthrall inthrallment inthrong inthronistic inthronization inthronize inthrow inthrust intil intima intimacy intimal intimate intimately intimateness intimater intimation intimidate intimidation intimidator intimidatory intimidity intimity intinction intine intitule into intoed intolerability intolerable intolerableness intolerably intolerance intolerancy intolerant intolerantly intolerantness intolerated intolerating intoleration intonable intonate intonation intonator intone intonement intoner intoothed intorsion intort intortillage intown intoxation intoxicable intoxicant intoxicate intoxicated intoxicatedly intoxicatedness intoxicating intoxicatingly intoxication intoxicative intoxicator intrabiontic intrabranchial intrabred intrabronchial intrabuccal intracalicular intracanalicular intracanonical intracapsular intracardiac intracardial intracarpal intracarpellary intracartilaginous intracellular intracellularly intracephalic intracerebellar intracerebral intracerebrally intracervical intrachordal intracistern intracity intraclitelline intracloacal intracoastal intracoelomic intracolic intracollegiate intracommunication intracompany intracontinental intracorporeal intracorpuscular intracortical intracosmic intracosmical intracosmically intracostal intracranial intracranially intractability intractable intractableness intractably intractile intracutaneous intracystic intrada intradepartmental intradermal intradermally intradermic intradermically intradermo intradistrict intradivisional intrados intraduodenal intradural intraecclesiastical intraepiphyseal intraepithelial intrafactory intrafascicular intrafissural intrafistular intrafoliaceous intraformational intrafusal intragastric intragemmal intraglacial intraglandular intraglobular intragroup intragroupal intragyral intrahepatic intrahyoid intraimperial intrait intrajugular intralamellar intralaryngeal intralaryngeally intraleukocytic intraligamentary intraligamentous intralingual intralobar intralobular intralocular intralogical intralumbar intramammary intramarginal intramastoid intramatrical intramatrically intramedullary intramembranous intrameningeal intramental intrametropolitan intramolecular intramontane intramorainic intramundane intramural intramuralism intramuscular intramuscularly intramyocardial intranarial intranasal intranatal intranational intraneous intraneural intranidal intranquil intranquillity intranscalency intranscalent intransferable intransformable intransfusible intransgressible intransient intransigency intransigent intransigentism intransigentist intransigently intransitable intransitive intransitively intransitiveness intransitivity intranslatable intransmissible intransmutability intransmutable intransparency intransparent intrant intranuclear intraoctave intraocular intraoral intraorbital intraorganization intraossal intraosseous intraosteal intraovarian intrapair intraparenchymatous intraparietal intraparochial intraparty intrapelvic intrapericardiac intrapericardial intraperineal intraperiosteal intraperitoneal intraperitoneally intrapetiolar intraphilosophic intrapial intraplacental intraplant intrapleural intrapolar intrapontine intraprostatic intraprotoplasmic intrapsychic intrapsychical intrapsychically intrapulmonary intrapyretic intrarachidian intrarectal intrarelation intrarenal intraretinal intrarhachidian intraschool intrascrotal intrasegmental intraselection intrasellar intraseminal intraseptal intraserous intrashop intraspecific intraspinal intrastate intrastromal intrasusception intrasynovial intratarsal intratelluric intraterritorial intratesticular intrathecal intrathoracic intrathyroid intratomic intratonsillar intratrabecular intratracheal intratracheally intratropical intratubal intratubular intratympanic intravaginal intravalvular intravasation intravascular intravenous intravenously intraventricular intraverbal intraversable intravertebral intravertebrally intravesical intravital intravitelline intravitreous intraxylary intreat intrench intrenchant intrencher intrenchment intrepid intrepidity intrepidly intrepidness intricacy intricate intricately intricateness intrication intrigant intrigue intrigueproof intriguer intriguery intriguess intriguing intriguingly intrine intrinse intrinsic intrinsical intrinsicality intrinsically intrinsicalness introactive introceptive introconversion introconvertibility introconvertible introdden introduce introducee introducement introducer introducible introduction introductive introductively introductor introductorily introductoriness introductory introductress introflex introflexion introgression introgressive introinflection introit introitus introject introjection introjective intromissibility intromissible intromission intromissive intromit intromittence intromittent intromitter intropression intropulsive introreception introrsal introrse introrsely introsensible introsentient introspect introspectable introspection introspectional introspectionism introspectionist introspective introspectively introspectiveness introspectivism introspectivist introspector introsuction introsuscept introsusception introthoracic introtraction introvenient introverse introversibility introversible introversion introversive introversively introvert introverted introvertive introvision introvolution intrudance intrude intruder intruding intrudingly intrudress intruse intrusion intrusional intrusionism intrusionist intrusive intrusively intrusiveness intrust intubate intubation intubationist intubator intube intue intuent intuicity intuit intuitable intuition intuitional intuitionalism intuitionalist intuitionally intuitionism intuitionist intuitionistic intuitionless intuitive intuitively intuitiveness intuitivism intuitivist intumesce intumescence intumescent inturbidate inturn inturned inturning intussuscept intussusception intussusceptive intwist inula inulaceous inulase inulin inuloid inumbrate inumbration inunct inunction inunctum inunctuosity inunctuous inundable inundant inundate inundation inundator inundatory inunderstandable inurbane inurbanely inurbaneness inurbanity inure inured inuredness inurement inurn inusitate inusitateness inusitation inustion inutile inutilely inutility inutilized inutterable invaccinate invaccination invadable invade invader invaginable invaginate invagination invalescence invalid invalidate invalidation invalidator invalidcy invalidhood invalidish invalidism invalidity invalidly invalidness invalidship invalorous invaluable invaluableness invaluably invalued invariability invariable invariableness invariably invariance invariancy invariant invariantive invariantively invariantly invaried invasion invasionist invasive invecked invected invection invective invectively invectiveness invectivist invector inveigh inveigher inveigle inveiglement inveigler inveil invein invendibility invendible invendibleness invenient invent inventable inventary inventer inventful inventibility inventible inventibleness invention inventional inventionless inventive inventively inventiveness inventor inventoriable inventorial inventorially inventory inventress inventurous inveracious inveracity inverisimilitude inverity inverminate invermination invernacular inversable inversatile inverse inversed inversedly inversely inversion inversionist inversive invert invertase invertebracy invertebral invertebrate invertebrated inverted invertedly invertend inverter invertibility invertible invertile invertin invertive invertor invest investable investible investigable investigatable investigate investigating investigatingly investigation investigational investigative investigator investigatorial investigatory investitive investitor investiture investment investor inveteracy inveterate inveterately inveterateness inviability invictive invidious invidiously invidiousness invigilance invigilancy invigilation invigilator invigor invigorant invigorate invigorating invigoratingly invigoratingness invigoration invigorative invigoratively invigorator invinate invination invincibility invincible invincibleness invincibly inviolability inviolable inviolableness inviolably inviolacy inviolate inviolated inviolately inviolateness invirile invirility invirtuate inviscate inviscation inviscid inviscidity invised invisibility invisible invisibleness invisibly invitable invital invitant invitation invitational invitatory invite invitee invitement inviter invitiate inviting invitingly invitingness invitress invitrifiable invivid invocable invocant invocate invocation invocative invocator invocatory invoice invoke invoker involatile involatility involucel involucellate involucellated involucral involucrate involucre involucred involucriform involucrum involuntarily involuntariness involuntary involute involuted involutedly involutely involution involutional involutionary involutorial involutory involve involved involvedly involvedness involvement involvent involver invulnerability invulnerable invulnerableness invulnerably invultuation inwale inwall inwandering inward inwardly inwardness inwards inweave inwedged inweed inweight inwick inwind inwit inwith inwood inwork inworn inwound inwoven inwrap inwrapment inwreathe inwrit inwrought inyoite inyoke io iodate iodation iodhydrate iodhydric iodhydrin iodic iodide iodiferous iodinate iodination iodine iodinium iodinophil iodinophilic iodinophilous iodism iodite iodization iodize iodizer iodo iodobehenate iodobenzene iodobromite iodocasein iodochloride iodochromate iodocresol iododerma iodoethane iodoform iodogallicin iodohydrate iodohydric iodohydrin iodol iodomercurate iodomercuriate iodomethane iodometric iodometrical iodometry iodonium iodopsin iodoso iodosobenzene iodospongin iodotannic iodotherapy iodothyrin iodous iodoxy iodoxybenzene iodyrite iolite ion ionic ionium ionizable ionization ionize ionizer ionogen ionogenic ionone ionosphere ionospheric iontophoresis iota iotacism iotacismus iotacist iotization iotize ipecac ipecacuanha ipecacuanhic ipid ipil ipomea ipomoein ipseand ipsedixitish ipsedixitism ipsedixitist ipseity ipsilateral iracund iracundity iracundulous irade irascent irascibility irascible irascibleness irascibly irate irately ire ireful irefully irefulness ireless irenarch irene irenic irenical irenically irenicism irenicist irenicon irenics irenicum irian irid iridaceous iridadenosis iridal iridalgia iridate iridauxesis iridectome iridectomize iridectomy iridectropium iridemia iridencleisis iridentropium irideous irideremia irides iridesce iridescence iridescency iridescent iridescently iridial iridian iridiate iridic iridical iridin iridine iridiocyte iridiophore iridioplatinum iridious iridite iridium iridization iridize iridoavulsion iridocapsulitis iridocele iridoceratitic iridochoroiditis iridocoloboma iridoconstrictor iridocyclitis iridocyte iridodesis iridodiagnosis iridodialysis iridodonesis iridokinesia iridomalacia iridomotor iridoncus iridoparalysis iridophore iridoplegia iridoptosis iridopupillary iridorhexis iridosclerotomy iridosmine iridosmium iridotasis iridotome iridotomy iris irisated irisation iriscope irised irisin irislike irisroot iritic iritis irk irksome irksomely irksomeness irok iroko iron ironback ironbark ironbound ironbush ironclad irone ironer ironfisted ironflower ironhanded ironhandedly ironhandedness ironhard ironhead ironheaded ironhearted ironheartedly ironheartedness ironical ironically ironicalness ironice ironish ironism ironist ironize ironless ironlike ironly ironmaker ironmaking ironman ironmaster ironmonger ironmongering ironmongery ironness ironshod ironshot ironside ironsided ironsides ironsmith ironstone ironware ironweed ironwood ironwork ironworked ironworker ironworking ironworks ironwort irony irradiance irradiancy irradiant irradiate irradiated irradiatingly irradiation irradiative irradiator irradicable irradicate irrarefiable irrationability irrationable irrationably irrational irrationalism irrationalist irrationalistic irrationality irrationalize irrationally irrationalness irreality irrealizable irrebuttable irreceptive irreceptivity irreciprocal irreciprocity irreclaimability irreclaimable irreclaimableness irreclaimably irreclaimed irrecognition irrecognizability irrecognizable irrecognizably irrecognizant irrecollection irreconcilability irreconcilable irreconcilableness irreconcilably irreconcile irreconcilement irreconciliability irreconciliable irreconciliableness irreconciliably irreconciliation irrecordable irrecoverable irrecoverableness irrecoverably irrecusable irrecusably irredeemability irredeemable irredeemableness irredeemably irredeemed irredenta irredential irredressibility irredressible irredressibly irreducibility irreducible irreducibleness irreducibly irreductibility irreductible irreduction irreferable irreflection irreflective irreflectively irreflectiveness irreflexive irreformability irreformable irrefragability irrefragable irrefragableness irrefragably irrefrangibility irrefrangible irrefrangibleness irrefrangibly irrefusable irrefutability irrefutable irrefutableness irrefutably irregardless irregeneracy irregenerate irregeneration irregular irregularism irregularist irregularity irregularize irregularly irregularness irregulate irregulated irregulation irrelate irrelated irrelation irrelative irrelatively irrelativeness irrelevance irrelevancy irrelevant irrelevantly irreliability irrelievable irreligion irreligionism irreligionist irreligionize irreligiosity irreligious irreligiously irreligiousness irreluctant irremeable irremeably irremediable irremediableness irremediably irrememberable irremissibility irremissible irremissibleness irremissibly irremission irremissive irremovability irremovable irremovableness irremovably irremunerable irrenderable irrenewable irrenunciable irrepair irrepairable irreparability irreparable irreparableness irreparably irrepassable irrepealability irrepealable irrepealableness irrepealably irrepentance irrepentant irrepentantly irreplaceable irreplaceably irrepleviable irreplevisable irreportable irreprehensible irreprehensibleness irreprehensibly irrepresentable irrepresentableness irrepressibility irrepressible irrepressibleness irrepressibly irrepressive irreproachability irreproachable irreproachableness irreproachably irreproducible irreproductive irreprovable irreprovableness irreprovably irreptitious irrepublican irresilient irresistance irresistibility irresistible irresistibleness irresistibly irresoluble irresolubleness irresolute irresolutely irresoluteness irresolution irresolvability irresolvable irresolvableness irresolved irresolvedly irresonance irresonant irrespectability irrespectable irrespectful irrespective irrespectively irrespirable irrespondence irresponsibility irresponsible irresponsibleness irresponsibly irresponsive irresponsiveness irrestrainable irrestrainably irrestrictive irresultive irresuscitable irresuscitably irretention irretentive irretentiveness irreticence irreticent irretraceable irretraceably irretractable irretractile irretrievability irretrievable irretrievableness irretrievably irrevealable irrevealably irreverence irreverend irreverendly irreverent irreverential irreverentialism irreverentially irreverently irreversibility irreversible irreversibleness irreversibly irrevertible irreviewable irrevisable irrevocability irrevocable irrevocableness irrevocably irrevoluble irrigable irrigably irrigant irrigate irrigation irrigational irrigationist irrigative irrigator irrigatorial irrigatory irriguous irriguousness irrision irrisor irrisory irritability irritable irritableness irritably irritament irritancy irritant irritate irritatedly irritating irritatingly irritation irritative irritativeness irritator irritatory irritomotile irritomotility irrorate irrotational irrotationally irrubrical irrupt irruptible irruption irruptive irruptively is isabelina isabelita isabnormal isaconitine isacoustic isadelphous isagoge isagogic isagogical isagogically isagogics isagon isallobar isallotherm isamine isandrous isanemone isanomal isanomalous isanthous isapostolic isarioid isatate isatic isatide isatin isatinic isatogen isatogenic isazoxy isba ischemia ischemic ischiac ischiadic ischiadicus ischial ischialgia ischialgic ischiatic ischidrosis ischioanal ischiobulbar ischiocapsular ischiocaudal ischiocavernosus ischiocavernous ischiocele ischiocerite ischiococcygeal ischiofemoral ischiofibular ischioiliac ischioneuralgia ischioperineal ischiopodite ischiopubic ischiopubis ischiorectal ischiorrhogic ischiosacral ischiotibial ischiovaginal ischiovertebral ischium ischocholia ischuretic ischuria ischury isenergic isentropic isepiptesial isepiptesis iserine iserite isethionate isethionic ishpingo ishshakku isidiiferous isidioid isidiophorous isidiose isidium isidoid isindazole isinglass island islander islandhood islandic islandish islandless islandlike islandman islandress islandry islandy islay isle isleless islesman islet isleted isleward islot ism ismal ismatic ismatical ismaticalness ismdom ismy iso isoabnormal isoagglutination isoagglutinative isoagglutinin isoagglutinogen isoalantolactone isoallyl isoamarine isoamide isoamyl isoamylamine isoamylene isoamylethyl isoamylidene isoantibody isoantigen isoapiole isoasparagine isoaurore isobar isobarbaloin isobarbituric isobare isobaric isobarism isobarometric isobase isobath isobathic isobathytherm isobathythermal isobathythermic isobenzofuran isobilateral isobilianic isobiogenetic isoborneol isobornyl isobront isobronton isobutane isobutyl isobutylene isobutyraldehyde isobutyrate isobutyric isobutyryl isocamphor isocamphoric isocaproic isocarbostyril isocarpic isocarpous isocellular isocephalic isocephalism isocephalous isocephaly isocercal isocercy isochasm isochasmic isocheim isocheimal isocheimenal isocheimic isocheimonal isochlor isochlorophyll isochlorophyllin isocholanic isocholesterin isocholesterol isochor isochoric isochromatic isochronal isochronally isochrone isochronic isochronical isochronism isochronize isochronon isochronous isochronously isochroous isocinchomeronic isocinchonine isocitric isoclasite isoclimatic isoclinal isocline isoclinic isocodeine isocola isocolic isocolon isocoria isocorybulbin isocorybulbine isocorydine isocoumarin isocracy isocrat isocratic isocreosol isocrotonic isocrymal isocryme isocrymic isocyanate isocyanic isocyanide isocyanine isocyano isocyanogen isocyanurate isocyanuric isocyclic isocymene isocytic isodactylism isodactylous isodiabatic isodialuric isodiametric isodiametrical isodiazo isodiazotate isodimorphic isodimorphism isodimorphous isodomic isodomous isodomum isodont isodontous isodrome isodulcite isodurene isodynamia isodynamic isodynamical isoelectric isoelectrically isoelectronic isoelemicin isoemodin isoenergetic isoerucic isoeugenol isoflavone isoflor isogamete isogametic isogametism isogamic isogamous isogamy isogen isogenesis isogenetic isogenic isogenotype isogenotypic isogenous isogeny isogeotherm isogeothermal isogeothermic isogloss isoglossal isognathism isognathous isogon isogonal isogonality isogonally isogonic isogoniostat isogonism isograft isogram isograph isographic isographical isographically isography isogynous isohaline isohalsine isohel isohemopyrrole isoheptane isohesperidin isohexyl isohydric isohydrocyanic isohydrosorbic isohyet isohyetal isoimmune isoimmunity isoimmunization isoimmunize isoindazole isoindigotin isoindole isoionone isokeraunic isokeraunographic isokeraunophonic isokontan isokurtic isolability isolable isolapachol isolate isolated isolatedly isolating isolation isolationism isolationist isolative isolecithal isoleucine isolichenin isolinolenic isologous isologue isology isolysin isolysis isomagnetic isomaltose isomastigate isomelamine isomenthone isomer isomere isomeric isomerical isomerically isomeride isomerism isomerization isomerize isomeromorphism isomerous isomery isometric isometrical isometrically isometrograph isometropia isometry isomorph isomorphic isomorphism isomorphous isomyarian isoneph isonephelic isonergic isonicotinic isonitramine isonitrile isonitroso isonomic isonomous isonomy isonuclear isonym isonymic isonymy isooleic isoosmosis isopachous isopag isoparaffin isopectic isopelletierin isopelletierine isopentane isoperimeter isoperimetric isoperimetrical isoperimetry isopetalous isophanal isophane isophasal isophene isophenomenal isophoria isophorone isophthalic isophthalyl isophyllous isophylly isopicramic isopiestic isopiestically isopilocarpine isoplere isopleth isopleural isopleuran isopleurous isopod isopodan isopodiform isopodimorphous isopodous isopogonous isopolite isopolitical isopolity isopoly isoprene isopropenyl isopropyl isopropylacetic isopropylamine isopsephic isopsephism isopterous isoptic isopulegone isopurpurin isopycnic isopyre isopyromucic isopyrrole isoquercitrin isoquinine isoquinoline isorcinol isorhamnose isorhodeose isorithm isorosindone isorrhythmic isorropic isosaccharic isosaccharin isoscele isosceles isoscope isoseismal isoseismic isoseismical isoseist isoserine isosmotic isospondylous isospore isosporic isosporous isospory isostasist isostasy isostatic isostatical isostatically isostemonous isostemony isostere isosteric isosterism isostrychnine isosuccinic isosulphide isosulphocyanate isosulphocyanic isosultam isotac isoteles isotely isotheral isothere isotherm isothermal isothermally isothermic isothermical isothermobath isothermobathic isothermous isotherombrose isothiocyanates isothiocyanic isothiocyano isothujone isotimal isotome isotomous isotonia isotonic isotonicity isotony isotope isotopic isotopism isotopy isotrehalose isotrimorphic isotrimorphism isotrimorphous isotron isotrope isotropic isotropism isotropous isotropy isotype isotypic isotypical isovalerate isovalerianate isovalerianic isovaleric isovalerone isovaline isovanillic isovoluminal isoxanthine isoxazine isoxazole isoxime isoxylene isoyohimbine isozooid ispaghul ispravnik issanguila issei issite issuable issuably issuance issuant issue issueless issuer issuing ist isthmi isthmial isthmian isthmiate isthmic isthmoid isthmus istiophorid istle istoke isuret isuretine isuroid it itabirite itacism itacist itacistic itacolumite itaconate itaconic italicization italicize italics italite itamalate itamalic itatartaric itatartrate itch itchiness itching itchingly itchless itchproof itchreed itchweed itchy itcze item iteming itemization itemize itemizer itemy iter iterable iterance iterancy iterant iterate iteration iterative iteratively iterativeness ithagine ither ithomiid ithyphallic ithyphyllous itineracy itinerancy itinerant itinerantly itinerarian itinerary itinerate itineration itmo itonidid itoubou its itself iturite itzebu iva ivied ivin ivoried ivorine ivoriness ivorist ivory ivorylike ivorytype ivorywood ivy ivybells ivyberry ivyflower ivylike ivyweed ivywood ivywort iwa iwaiwa iwis ixodian ixodic ixodid iyo izar izard izle izote iztle izzard j jab jabbed jabber jabberer jabbering jabberingly jabberment jabberwockian jabbing jabbingly jabble jabers jabia jabiru jaborandi jaborine jabot jaboticaba jabul jacal jacamar jacameropine jacami jacamin jacana jacare jacate jacchus jacent jacinth jacinthe jack jackal jackanapes jackanapish jackaroo jackass jackassery jackassification jackassism jackassness jackbird jackbox jackboy jackdaw jackeen jacker jacket jacketed jacketing jacketless jacketwise jackety jackfish jackhammer jackknife jackleg jackman jacko jackpudding jackpuddinghood jackrod jacksaw jackscrew jackshaft jackshay jacksnipe jackstay jackstone jackstraw jacktan jackweed jackwood jacobaea jacobaean jacobsite jacobus jacoby jaconet jactance jactancy jactant jactation jactitate jactitation jacu jacuaru jaculate jaculation jaculative jaculator jaculatorial jaculatory jaculiferous jacutinga jadder jade jaded jadedly jadedness jadeite jadery jadesheen jadeship jadestone jadish jadishly jadishness jady jaeger jag jagat jager jagged jaggedly jaggedness jagger jaggery jaggy jagir jagirdar jagla jagless jagong jagrata jagua jaguar jaguarete jail jailage jailbird jaildom jailer jaileress jailering jailership jailhouse jailish jailkeeper jaillike jailmate jailward jailyard jajman jake jakes jako jalap jalapa jalapin jalkar jalloped jalopy jalouse jalousie jalousied jalpaite jam jama jaman jamb jambalaya jambeau jambo jambolan jambone jambool jamboree jambosa jambstone jamdani jamesonite jami jamlike jammedness jammer jammy jampan jampani jamrosade jamwood janapa janapan jane jangada jangkar jangle jangler jangly janiceps janissary janitor janitorial janitorship janitress janitrix jank janker jann jannock jantu janua jaob jap japaconine japaconitine japan japanned japanner japannery jape japer japery japing japingly japish japishly japishness japonica japygoid jaquima jar jara jaragua jararaca jararacussu jarbird jarble jarbot jardiniere jarfly jarful jarg jargon jargonal jargoneer jargonelle jargoner jargonesque jargonic jargonish jargonist jargonistic jargonium jargonization jargonize jarkman jarl jarldom jarless jarlship jarnut jarool jarosite jarra jarrah jarring jarringly jarringness jarry jarvey jasey jaseyed jasmine jasmined jasminewood jasmone jaspachate jaspagate jasper jasperated jaspered jasperize jasperoid jaspery jaspidean jaspideous jaspilite jaspis jaspoid jasponyx jaspopal jass jassid jassoid jatamansi jateorhizine jatha jati jato jatrophic jatrorrhizine jaudie jauk jaun jaunce jaunder jaundice jaundiceroot jaunt jauntie jauntily jauntiness jauntingly jaunty jaup javali javelin javelina javeline javelineer javer jaw jawab jawbation jawbone jawbreaker jawbreaking jawbreakingly jawed jawfall jawfallen jawfish jawfoot jawfooted jawless jawsmith jawy jay jayhawk jayhawker jaypie jaywalk jaywalker jazerant jazz jazzer jazzily jazziness jazzy jealous jealously jealousness jealousy jean jeans jecoral jecorin jecorize jed jedcock jedding jeddock jeel jeep jeer jeerer jeering jeeringly jeerproof jeery jeewhillijers jeewhillikens jeff jefferisite jeffersonite jehu jehup jejunal jejunator jejune jejunely jejuneness jejunitis jejunity jejunoduodenal jejunoileitis jejunostomy jejunotomy jejunum jelab jelerang jelick jell jellica jellico jellied jelliedness jellification jellify jellily jelloid jelly jellydom jellyfish jellyleaf jellylike jelutong jemadar jemmily jemminess jemmy jenkin jenna jennerization jennerize jennet jenneting jennier jenny jentacular jeofail jeopard jeoparder jeopardize jeopardous jeopardously jeopardousness jeopardy jequirity jerboa jereed jeremejevite jeremiad jerez jerib jerk jerker jerkily jerkin jerkined jerkiness jerkingly jerkish jerksome jerkwater jerky jerl jerm jermonal jerque jerquer jerry jerryism jersey jerseyed jert jervia jervina jervine jess jessakeed jessamine jessamy jessant jessed jessur jest jestbook jestee jester jestful jesting jestingly jestingstock jestmonger jestproof jestwise jestword jet jetbead jete jetsam jettage jetted jetter jettied jettiness jettingly jettison jetton jetty jettyhead jettywise jetware jewbird jewbush jewel jeweler jewelhouse jeweling jewelless jewellike jewelry jewelsmith jewelweed jewely jewfish jezail jezekite jeziah jharal jheel jhool jhow jib jibbah jibber jibbings jibby jibe jibhead jibi jibman jiboa jibstay jicama jicara jiff jiffle jiffy jig jigamaree jigger jiggerer jiggerman jiggers jigget jiggety jigginess jiggish jiggle jiggly jiggumbob jiggy jiglike jigman jihad jikungu jillet jillflirt jilt jiltee jilter jiltish jimbang jimberjaw jimberjawed jimjam jimmy jimp jimply jimpness jimpricute jimsedge jina jincamas jing jingal jingbang jingle jingled jinglejangle jingler jinglet jingling jinglingly jingly jingo jingodom jingoish jingoism jingoist jingoistic jinja jinjili jink jinker jinket jinkle jinks jinn jinnestan jinni jinniwink jinniyeh jinny jinriki jinrikiman jinrikisha jinshang jinx jipijapa jipper jiqui jirble jirga jirkinet jiti jitneur jitneuse jitney jitneyman jitro jitter jitterbug jitters jittery jiva jive jixie jo joaquinite job jobade jobarbe jobation jobber jobbernowl jobbernowlism jobbery jobbet jobbing jobbish jobble jobholder jobless joblessness jobman jobmaster jobmistress jobmonger jobo jobsmith joch jock jocker jockey jockeydom jockeyish jockeyism jockeylike jockeyship jocko jockteleg jocoque jocose jocosely jocoseness jocoseriosity jocoserious jocosity jocote jocu jocular jocularity jocularly jocularness joculator jocum jocuma jocund jocundity jocundly jocundness jodel jodelr jodhpurs joe joebush joewood joey jog jogger joggle joggler jogglety jogglework joggly jogtrottism johannes johannite johnin johnnycake johnnydom johnstrupite join joinable joinant joinder joiner joinery joining joiningly joint jointage jointed jointedly jointedness jointer jointing jointist jointless jointly jointress jointure jointureless jointuress jointweed jointworm jointy joist joisting joistless jojoba joke jokeless jokelet jokeproof joker jokesmith jokesome jokesomeness jokester jokingly jokish jokist jokul joky joll jolleyman jollier jollification jollify jollily jolliness jollity jollop jolloped jolly jollytail jolt jolter jolterhead jolterheaded jolterheadedness jolthead joltiness jolting joltingly joltless joltproof jolty jonglery jongleur jonque jonquil jonquille jonvalization jonvalize jookerie joola joom jordan jordanite joree jorum josefite joseite josephinite josh josher joshi josie joskin joss jossakeed josser jostle jostlement jostler jot jota jotation jotisi jotter jotting jotty joubarb joug jough jouk joukerypawkery joule joulean joulemeter jounce journal journalese journalish journalism journalist journalistic journalistically journalization journalize journalizer journey journeycake journeyer journeying journeyman journeywoman journeywork journeyworker jours joust jouster jovial jovialist jovialistic joviality jovialize jovially jovialness jovialty jovilabe jow jowar jowari jowel jower jowery jowl jowler jowlish jowlop jowly jowpy jowser jowter joy joyance joyancy joyant joyful joyfully joyfulness joyhop joyleaf joyless joylessly joylessness joylet joyous joyously joyousness joyproof joysome joyweed juba jubate jubbah jubbe jube juberous jubilance jubilancy jubilant jubilantly jubilarian jubilate jubilatio jubilation jubilatory jubilean jubilee jubilist jubilization jubilize jubilus juck juckies jucundity jud judcock judex judge judgeable judgelike judger judgeship judgingly judgmatic judgmatical judgmatically judgment judicable judicate judication judicative judicator judicatorial judicatory judicature judices judiciable judicial judiciality judicialize judicially judicialness judiciarily judiciary judicious judiciously judiciousness judo jufti jug jugal jugale jugate jugated jugation juger jugerum jugful jugger juggernaut juggins juggle jugglement juggler jugglery juggling jugglingly juglandaceous juglandin juglone jugular jugulary jugulate jugulum jugum juice juiceful juiceless juicily juiciness juicy jujitsu juju jujube jujuism jujuist juke jukebox julep julid julidan julienite julienne julio juloid juloidian julole julolidin julolidine julolin juloline jumart jumba jumble jumblement jumbler jumblingly jumbly jumbo jumboesque jumboism jumbuck jumby jumelle jument jumentous jumfru jumillite jumma jump jumpable jumper jumperism jumpiness jumpingly jumpness jumprock jumpseed jumpsome jumpy juncaceous juncaginaceous juncagineous junciform juncite juncous junction junctional junctive juncture june junectomy jungermanniaceous jungle jungled jungleside junglewards junglewood jungli jungly juniata junior juniorate juniority juniorship juniper junk junkboard junker junkerdom junkerish junkerism junket junketer junketing junking junkman junt junta junto jupati jupe jupon jural jurally jurament juramentado juramental juramentally juramentum jurant jurara jurat juration jurative jurator juratorial juratory jure jurel juridic juridical juridically juring jurisconsult jurisdiction jurisdictional jurisdictionalism jurisdictionally jurisdictive jurisprudence jurisprudent jurisprudential jurisprudentialist jurisprudentially jurist juristic juristical juristically juror jurupaite jury juryless juryman jurywoman jusquaboutisme jusquaboutist jussel jussion jussive jussory just justen justice justicehood justiceless justicelike justicer justiceship justiceweed justiciability justiciable justicial justiciar justiciarship justiciary justiciaryship justicies justifiability justifiable justifiableness justifiably justification justificative justificator justificatory justifier justify justifying justifyingly justly justment justness justo jut jute jutka jutting juttingly jutty juvenal juvenate juvenescence juvenescent juvenile juvenilely juvenileness juvenilify juvenilism juvenility juvenilize juventude juvia juvite juxtalittoral juxtamarine juxtapose juxtaposit juxtaposition juxtapositional juxtapositive juxtapyloric juxtaspinal juxtaterrestrial juxtatropical jyngine jynx k ka kabaragoya kabaya kabel kaberu kabiet kabuki kachin kadaya kadein kadikane kadischi kados kaempferol kaferita kaffir kaffiyeh kafir kafirin kafiz kafta kago kagu kaha kahar kahau kahikatea kahili kahu kahuna kai kaid kaik kaikara kaikawaka kail kailyard kailyarder kailyardism kainga kainite kainsi kainyn kairine kairoline kaiser kaiserdom kaiserism kaisership kaitaka kaiwhiria kaiwi kajawah kajugaru kaka kakapo kakar kakarali kakariki kakawahie kaki kakidrosis kakistocracy kakkak kakke kakortokite kala kaladana kalamalo kalamansanai kalashnikov kalasie kale kaleidophon kaleidophone kaleidoscope kaleidoscopic kaleidoscopical kaleidoscopically kalema kalends kalewife kaleyard kali kalian kaliborite kalidium kaliform kaligenous kalinite kaliophilite kalipaya kalium kallah kallege kallilite kallitype kalo kalogeros kalokagathia kalon kalong kalpis kalsomine kalsominer kalumpang kalumpit kalymmaukion kalymmocyte kamachile kamacite kamahi kamala kamaloka kamansi kamao kamarezite kamarupa kamarupic kamas kamassi kambal kamboh kame kameeldoorn kameelthorn kamelaukion kamerad kamias kamichi kamik kamikaze kammalan kammererite kamperite kampong kamptomorph kan kana kanae kanagi kanap kanara kanari kanat kanchil kande kandol kaneh kanephore kanephoros kang kanga kangani kangaroo kangarooer kankie kannume kanoon kans kantele kanteletar kanten kaoliang kaolin kaolinate kaolinic kaolinite kaolinization kaolinize kapa kapai kapeika kapok kapp kappa kappe kappland kapur kaput karagan karaka karakul karamu karaoke karate karaya karbi karch kareao kareeta karela karite karma karmic karmouth karo kaross karou karree karri karroo karrusel karsha karst karstenite karstic kartel kartometer kartos karwar karyaster karyenchyma karyochrome karyochylema karyogamic karyogamy karyokinesis karyokinetic karyologic karyological karyologically karyology karyolymph karyolysis karyolytic karyomere karyomerite karyomicrosome karyomitoic karyomitome karyomiton karyomitosis karyomitotic karyon karyoplasm karyoplasma karyoplasmatic karyoplasmic karyopyknosis karyorrhexis karyoschisis karyosome karyotin karyotype kasa kasbah kasbeke kascamiol kasher kashga kashi kashima kashruth kasida kasm kasolite kassabah kassu kastura kat katabasis katabatic katabella katabolic katabolically katabolism katabolite katabolize katabothron katachromasis katacrotic katacrotism katagenesis katagenetic katakana katakinesis katakinetic katakinetomer katakinetomeric katakiribori katalase katalysis katalyst katalytic katalyze katamorphism kataphoresis kataphoretic kataphoric kataphrenia kataplasia kataplectic kataplexy katar katastate katastatic katathermometer katatonia katatonic katatype katchung katcina kath katha kathal katharometer katharsis kathartic kathemoglobin kathenotheism kathodic katipo katmon katogle katsup katuka katun katurai katydid kauri kava kavaic kavass kawaka kawika kay kayak kayaker kayles kayo kazi kazoo kea keach keacorn keawe keb kebab kebbie kebbuck kechel keck keckle keckling kecksy kecky ked keddah kedge kedger kedgeree kedlock keech keek keeker keel keelage keelbill keelblock keelboat keelboatman keeled keeler keelfat keelhale keelhaul keelie keeling keelivine keelless keelman keelrake keelson keen keena keened keener keenly keenness keep keepable keeper keeperess keepering keeperless keepership keeping keepsake keepsaky keepworthy keerogue keeshond keest keet keeve kef keffel kefir kefiric keg kegler kehaya kehillah kehoeite keilhauite keita keitloa kekotene kekuna kelchin keld kele kelebe kelectome keleh kelek kelep kelk kell kella kellion kellupweed kelly keloid keloidal kelp kelper kelpfish kelpie kelpware kelpwort kelpy kelt kelter kelty kelvin kelyphite kemb kemp kemperyman kempite kemple kempster kempt kempy ken kenaf kenareh kench kend kendir kendyr kenlore kenmark kennebecker kennebunker kennel kennelly kennelman kenner kenning kenningwort kenno keno kenogenesis kenogenetic kenogenetically kenogeny kenosis kenotic kenoticism kenoticist kenotism kenotist kenotoxin kenotron kensington kenspac kenspeck kenspeckle kent kentallenite kentledge kentrogon kentrolite kenyte kep kepi kept keracele keralite kerana keraphyllocele keraphyllous kerasin kerasine kerat keratalgia keratectasia keratectomy keratin keratinization keratinize keratinoid keratinose keratinous keratitis keratoangioma keratocele keratocentesis keratoconjunctivitis keratoconus keratocricoid keratode keratodermia keratogenic keratogenous keratoglobus keratoglossus keratohelcosis keratohyal keratoid keratoiritis keratoleukoma keratolysis keratolytic keratoma keratomalacia keratome keratometer keratometry keratomycosis keratoncus keratonosus keratonyxis keratophyre keratoplastic keratoplasty keratorrhexis keratoscope keratoscopy keratose keratosis keratotome keratotomy keratto keraulophon keraulophone keraunion keraunograph keraunographic keraunography keraunophone keraunophonic keraunoscopia keraunoscopy kerbstone kerchief kerchiefed kerchoo kerchug kerchunk kerectomy kerel kerf kerflap kerflop kerflummox kermes kermesic kermesite kermis kern kernel kerneled kernelless kernelly kerner kernetty kernish kernite kernos kerogen kerosene kerplunk kerrie kerrikerri kerril kerrite kerry kersantite kersey kerseymere kerslam kerslosh kersmash kerugma kerwham kerygma kerygmatic kerykeion kerystic kerystics kesslerman kestrel ket keta ketal ketapang ketazine ketch ketchcraft ketchup ketembilla keten ketene ketimide ketimine ketipate ketipic keto ketogen ketogenesis ketogenic ketoheptose ketohexose ketoketene ketol ketole ketolysis ketolytic ketone ketonemia ketonic ketonimid ketonimide ketonimin ketonimine ketonization ketonize ketonuria ketose ketoside ketosis ketosuccinic ketoxime kette ketting kettle kettlecase kettledrum kettledrummer kettleful kettlemaker kettlemaking kettler ketty ketuba ketupa ketyl keup keurboom kevalin kevel kevelhead kevutzah keweenawite kewpie kex kexy key keyage keyboard keyed keyhole keyless keylet keylock keynote keynoter keyseater keyserlick keysmith keystone keystoned keyway khaddar khadi khagiarite khahoon khaiki khair khaja khajur khakanship khaki khakied khalifa khalsa khamsin khan khanate khanda khandait khanjar khanjee khankah khansamah khanum khar kharaj kharouba kharroubah kharua khass khat khatib khatri khediva khedival khedivate khedive khediviah khedivial khediviate khepesh khet khidmatgar khilat khir khirka khoja khoka khot khu khubber khula khuskhus khutbah khutuktu khvat kiack kiaki kialee kiang kiaugh kibber kibble kibbler kibblerman kibe kibei kibitka kibitz kibitzer kiblah kibosh kiby kick kickable kickback kickee kicker kicking kickish kickless kickoff kickout kickseys kickshaw kickup kidder kiddier kiddish kiddush kiddushin kiddy kidhood kidlet kidling kidnap kidnapee kidnaper kidney kidneyroot kidneywort kidskin kidsman kiefekil kiekie kiel kier kieselguhr kieserite kiestless kieye kikar kikawaeo kike kiki kiku kikuel kikumon kil kiladja kilah kilampere kilan kilbrickenite kildee kilderkin kileh kilerg kiley kilhig kiliare kilim kill killable killadar killas killcalf killcrop killcu killdeer killeekillee killeen killer killick killifish killing killingly killingness killinite killogie killweed killwort killy kiln kilneye kilnhole kilnman kilnrib kilo kiloampere kilobar kilocalorie kilocycle kilodyne kilogauss kilogram kilojoule kiloliter kilolumen kilometer kilometrage kilometric kilometrical kiloparsec kilostere kiloton kilovar kilovolt kilowatt kilp kilt kilter kiltie kilting kim kimbang kimberlin kimberlite kimigayo kimnel kimono kimonoed kin kina kinaesthesia kinaesthesis kinah kinase kinbote kinch kinchin kinchinmort kincob kind kindergarten kindergartener kindergartening kindergartner kindheart kindhearted kindheartedly kindheartedness kindle kindler kindlesome kindlily kindliness kindling kindly kindness kindred kindredless kindredly kindredness kindredship kinematic kinematical kinematically kinematics kinematograph kinemometer kineplasty kinepox kinesalgia kinescope kinesiatric kinesiatrics kinesic kinesics kinesimeter kinesiologic kinesiological kinesiology kinesiometer kinesis kinesitherapy kinesodic kinesthesia kinesthesis kinesthetic kinetic kinetical kinetically kinetics kinetochore kinetogenesis kinetogenetic kinetogenetically kinetogenic kinetogram kinetograph kinetographer kinetographic kinetography kinetomer kinetomeric kinetonema kinetonucleus kinetophone kinetophonograph kinetoplast kinetoscope kinetoscopic king kingbird kingbolt kingcob kingcraft kingcup kingdom kingdomed kingdomful kingdomless kingdomship kingfish kingfisher kinghead kinghood kinghunter kingless kinglessness kinglet kinglihood kinglike kinglily kingliness kingling kingly kingmaker kingmaking kingpiece kingpin kingrow kingship kingsman kingweed kingwood kink kinkable kinkaider kinkajou kinkcough kinkhab kinkhost kinkily kinkiness kinkle kinkled kinkly kinksbush kinky kinless kinnikinnick kino kinofluous kinology kinoplasm kinoplasmic kinospore kinotannic kinsfolk kinship kinsman kinsmanly kinsmanship kinspeople kinswoman kintar kioea kiosk kiotome kip kipage kipe kippeen kipper kipperer kippy kipsey kipskin kiri kirimon kirk kirker kirkify kirking kirkinhead kirklike kirkman kirktown kirkward kirkyard kirmew kirn kirombo kirsch kirtle kirtled kirve kirver kischen kish kishen kishon kishy kiskatom kismet kismetic kisra kiss kissability kissable kissableness kissage kissar kisser kissing kissingly kissproof kisswise kissy kist kistful kiswa kit kitab kitabis kitar kitcat kitchen kitchendom kitchener kitchenette kitchenful kitchenless kitchenmaid kitchenman kitchenry kitchenward kitchenwards kitchenware kitchenwife kitcheny kite kiteflier kiteflying kith kithe kithless kitish kitling kittel kitten kittendom kittenhearted kittenhood kittenish kittenishly kittenishness kittenless kittenship kitter kittereen kitthoge kittiwake kittle kittlepins kittles kittlish kittly kittock kittul kitty kittysol kiva kiver kivikivi kivu kiwi kiwikiwi kiyas kiyi kjeldahlization kjeldahlize klafter klaftern klam klaprotholite klavern klaxon kleeneboc klendusic klendusity klendusive klepht klephtic klephtism kleptic kleptistic kleptomania kleptomaniac kleptomanist kleptophobia klicket klip klipbok klipdachs klipdas klipfish klippe klippen klipspringer klister klockmannite klom klootchman klop klops klosh klystron kmet knab knabble knack knackebrod knacker knackery knacky knag knagged knaggy knap knapbottle knape knappan knapper knappish knappishly knapsack knapsacked knapsacking knapweed knar knark knarred knarry knave knavery knaveship knavess knavish knavishly knavishness knawel knead kneadability kneadable kneader kneading kneadingly knebelite knee kneebrush kneecap kneed kneehole kneel kneeler kneelet kneeling kneelingly kneepad kneepan kneepiece kneestone knell knelt knet knew knez knezi kniaz kniazi knick knicker knickerbockered knickerbockers knickered knickers knickknack knickknackatory knickknacked knickknackery knickknacket knickknackish knickknacky knickpoint knife knifeboard knifeful knifeless knifelike knifeman knifeproof knifer knifesmith knifeway knight knightage knightess knighthead knighthood knightless knightlihood knightlike knightliness knightling knightly knightship knightswort knit knitback knitch knitted knitter knitting knittle knitwear knitweed knitwork knived knivey knob knobbed knobber knobbiness knobble knobbler knobbly knobby knobkerrie knoblike knobstick knobstone knobular knobweed knobwood knock knockabout knockdown knockemdown knocker knocking knockless knockoff knockout knockstone knockup knoll knoller knolly knop knopite knopped knopper knoppy knopweed knorhaan knosp knosped knot knotberry knotgrass knothole knothorn knotless knotlike knotroot knotted knotter knottily knottiness knotting knotty knotweed knotwork knotwort knout know knowability knowable knowableness knowe knower knowing knowingly knowingness knowledge knowledgeable knowledgeableness knowledgeably knowledged knowledgeless knowledgement knowledging known knowperts knoxvillite knub knubbly knubby knublet knuckle knucklebone knuckled knuckler knuckling knuckly knuclesome knur knurl knurled knurling knurly knut knutty knyaz knyazi ko koa koae koala koali kob koban kobellite kobi kobird kobold kobong kobu kochliarion koda kodak kodaker kodakist kodakry kodro kodurite koeberliniaceous koechlinite koel koenenite koff koft koftgar koftgari koggelmannetje kohemp kohl kohlrabi kohua koi koil koila koilanaglyphic koilon koimesis koine koinon koinonia kojang kokako kokam kokan kokerboom kokil kokio koklas koklass koko kokoon kokoromiko kokowai kokra koksaghyz koku kokum kokumin kokumingun kola kolach kolea koleroga kolhoz kolinski kolinsky kolkhos kolkhoz kollast kollaster koller kollergang kolo kolobion kolobus kolokolo kolsun koltunna koltunnor komatik kombu kominuter kommetje kommos komondor kompeni kon kona konak kongoni kongsbergite kongu konimeter koninckite konini koniology koniscope konjak konstantin kontakion kooka kookaburra kookeree kookery kookri koolah kooletah kooliman koolokamba koombar koomkie kootcha kop kopeck koph kopi koppa koppen koppite kor kora koradji korait korakan korari kore korec koreci korero kori korimako korin kornerupine kornskeppa kornskeppur korntonde korntonder korntunna korntunnur koromika koromiko korona korova korrel korrigum korumburra koruna korymboi korymbos korzec kos kosher kosin kosmokrator kosong kosotoxin koswite kotal koto kotschubeite kottigite kotuku kotukutuku kotwal kotwalee kotyle kotylos kou koulan kouza kovil kowhai kowtow koyan kozo kra kraal kraft kragerite krageroite krait kraken krakowiak kral krama krameriaceous kran krantzite kras krasis kratogen kratogenic kraurite kraurosis kraurotic krausen krausite kraut kreis kreistle kreittonite krelos kremersite kremlin krems kreng krennerite kreplech kreutzer kriegspiel krieker krimmer krina krisuvigite kritarchy kritrima krobyloi krobylos krocket krohnkite krome kromeski kromogram kromskop krona krone kronen kroner kronor kronur kroon krosa krouchka kroushka krummhorn kryokonite krypsis kryptic krypticism kryptocyanine kryptol kryptomere krypton kuan kuba kubba kubuklion kuchen kudize kudos kudu kudzu kuei kuge kugel kuichua kukoline kukri kuku kukui kukupa kula kulack kulah kulaite kulak kulakism kulang kulimit kulkarni kullaite kulm kulmet kumbi kumhar kumiss kummel kumquat kumrah kunai kung kunk kunkur kunzite kupfernickel kupfferite kuphar kupper kurbash kurchicine kurchine kurgan kurmburra kurrajong kurtosis kuruma kurumaya kurung kurus kurvey kurveyor kusa kusam kusha kusimansel kuskite kuskos kuskus kusti kusum kutcha kuttab kuttar kuttaur kuvasz kvass kvint kvinter kwamme kwan kwarta kwarterka kwazoku kyack kyah kyar kyat kyaung kyl kyle kylite kylix kymation kymatology kymbalon kymogram kymograph kymographic kynurenic kynurine kyphoscoliosis kyphoscoliotic kyphosis kyphotic kyrine kyschtymite kyte l la laager laang lab labara labarum labba labber labdacism labdacismus labdanum labefact labefactation labefaction labefy label labeler labella labellate labeller labelloid labellum labia labial labialism labialismus labiality labialization labialize labially labiate labiated labidophorous labiella labile lability labilization labilize labioalveolar labiocervical labiodental labioglossal labioglossolaryngeal labioglossopharyngeal labiograph labioguttural labiolingual labiomancy labiomental labionasal labiopalatal labiopalatalize labiopalatine labiopharyngeal labioplasty labiose labiotenaculum labiovelar labioversion labis labium lablab labor laborability laborable laborage laborant laboratorial laboratorian laboratory labordom labored laboredly laboredness laborer laboress laborhood laboring laboringly laborious laboriously laboriousness laborism laborist laborite laborless laborous laborously laborousness laborsaving laborsome laborsomely laborsomeness laboulbeniaceous labour labra labradorite labradoritic labral labret labretifery labroid labrosaurid labrosauroid labrose labrum labrusca labrys labyrinth labyrinthal labyrinthally labyrinthian labyrinthibranch labyrinthibranchiate labyrinthic labyrinthical labyrinthically labyrinthiform labyrinthine labyrinthitis labyrinthodont labyrinthodontian labyrinthodontid labyrinthodontoid lac lacca laccaic laccainic laccase laccol laccolith laccolithic laccolitic lace lacebark laced laceflower laceleaf laceless lacelike lacemaker lacemaking laceman lacepiece lacepod lacer lacerability lacerable lacerant lacerate lacerated lacerately laceration lacerative lacertian lacertiform lacertilian lacertiloid lacertine lacertoid lacertose lacery lacet lacewing lacewoman lacewood lacework laceworker laceybark lache laches lachryma lachrymae lachrymaeform lachrymal lachrymally lachrymalness lachrymary lachrymation lachrymator lachrymatory lachrymiform lachrymist lachrymogenic lachrymonasal lachrymosal lachrymose lachrymosely lachrymosity lachrymous lachsa lacily laciness lacing lacinia laciniate laciniated laciniation laciniform laciniola laciniolate laciniose lacinula lacinulate lacinulose lacis lack lackadaisical lackadaisicality lackadaisically lackadaisicalness lackadaisy lackaday lacker lackey lackeydom lackeyed lackeyism lackeyship lackland lackluster lacklusterness lacklustrous lacksense lackwit lackwittedly lackwittedness lacmoid lacmus laconic laconica laconically laconicalness laconicism laconicum laconism laconize laconizer lacquer lacquerer lacquering lacquerist lacroixite lacrosse lacrosser lacrym lactagogue lactalbumin lactam lactamide lactant lactarene lactarious lactarium lactary lactase lactate lactation lactational lacteal lactean lactenin lacteous lactesce lactescence lactescency lactescent lactic lacticinia lactid lactide lactiferous lactiferousness lactific lactifical lactification lactiflorous lactifluous lactiform lactifuge lactify lactigenic lactigenous lactigerous lactim lactimide lactinate lactivorous lacto lactobacilli lactobacillus lactobutyrometer lactocele lactochrome lactocitrate lactodensimeter lactoflavin lactoglobulin lactoid lactol lactometer lactone lactonic lactonization lactonize lactophosphate lactoproteid lactoprotein lactoscope lactose lactoside lactosuria lactothermometer lactotoxin lactovegetarian lactucarium lactucerin lactucin lactucol lactucon lactyl lacuna lacunae lacunal lacunar lacunaria lacunary lacune lacunose lacunosity lacunule lacunulose lacuscular lacustral lacustrian lacustrine lacwork lacy lad ladakin ladanigerous ladanum ladder laddered laddering ladderlike ladderway ladderwise laddery laddess laddie laddikie laddish laddock lade lademan laden lader ladhood ladies ladify lading ladkin ladle ladleful ladler ladlewood ladrone ladronism ladronize lady ladybird ladybug ladyclock ladydom ladyfinger ladyfish ladyfly ladyfy ladyhood ladyish ladyism ladykin ladykind ladyless ladylike ladylikely ladylikeness ladyling ladylintywhite ladylove ladyly ladyship laemodipod laemodipodan laemodipodiform laemodipodous laemoparalysis laemostenosis laeotropic laeotropism laet laeti laetic laevoduction laevogyrate laevogyre laevogyrous laevolactic laevorotation laevorotatory laevotartaric laevoversion lafayette lag lagan lagarto lagen lagena lagend lageniform lager lagetto laggar laggard laggardism laggardly laggardness lagged laggen lagger laggin lagging laglast lagna lagniappe lagomorph lagomorphic lagomorphous lagonite lagoon lagoonal lagoonside lagophthalmos lagopode lagopodous lagopous lagostoma lagwort lai laic laical laicality laically laich laicism laicity laicization laicize laicizer laid laigh lain laine laiose lair lairage laird lairdess lairdie lairdly lairdocracy lairdship lairless lairman lairstone lairy laitance laity lak lakarpite lakatoi lake lakeland lakelander lakeless lakelet lakelike lakemanship laker lakeside lakeward lakeweed lakie laking lakish lakishness lakism lakist laky lalang lall lallation lalling lalo laloneurosis lalopathy lalophobia laloplegia lam lama lamaic lamantin lamany lamasary lamasery lamastery lamb lamba lambale lambaste lambda lambdacism lambdoid lambdoidal lambeau lambency lambent lambently lamber lambert lambhood lambie lambiness lambish lambkill lambkin lambliasis lamblike lambling lambly lamboys lambrequin lambsdown lambskin lambsuccory lamby lame lamedh lameduck lamel lamella lamellar lamellarly lamellary lamellate lamellated lamellately lamellation lamellibranch lamellibranchiate lamellicorn lamellicornate lamellicornous lamelliferous lamelliform lamellirostral lamellirostrate lamelloid lamellose lamellosity lamellule lamely lameness lament lamentable lamentableness lamentably lamentation lamentational lamentatory lamented lamentedly lamenter lamentful lamenting lamentingly lamentive lamentory lamester lamestery lameter lametta lamia lamiaceous lamiger lamiid lamin lamina laminability laminable laminae laminar laminariaceous laminarian laminarin laminarioid laminarite laminary laminate laminated lamination laminboard laminectomy laminiferous laminiform laminiplantar laminiplantation laminitis laminose laminous lamish lamiter lammas lammer lammergeier lammock lammy lamnectomy lamnid lamnoid lamp lampad lampadary lampadedromy lampadephore lampadephoria lampadite lampas lampatia lampblack lamper lampern lampers lampflower lampfly lampful lamphole lamping lampion lampist lampistry lampless lamplet lamplight lamplighted lamplighter lamplit lampmaker lampmaking lampman lampoon lampooner lampoonery lampoonist lamppost lamprey lamprophony lamprophyre lamprophyric lamprotype lampstand lampwick lampyrid lampyrine lamziekte lan lanameter lanarkite lanas lanate lanated lanaz lance lanced lancegay lancelet lancelike lancely lanceman lanceolar lanceolate lanceolated lanceolately lanceolation lancepesade lancepod lanceproof lancer lances lancet lanceted lanceteer lancewood lancha lanciers lanciferous lanciform lancinate lancination land landamman landau landaulet landaulette landblink landbook landdrost landed lander landesite landfall landfast landflood landgafol landgravate landgrave landgraveship landgravess landgraviate landgravine landholder landholdership landholding landimere landing landlady landladydom landladyhood landladyish landladyship landless landlessness landlike landline landlock landlocked landlook landlooker landloper landlord landlordism landlordly landlordry landlordship landlouper landlouping landlubber landlubberish landlubberly landlubbing landman landmark landmil landmonger landocracy landocrat landolphia landowner landownership landowning landplane landraker landreeve landright landsale landscape landscapist landshard landship landsick landside landskip landslide landslip landsman landspout landspringy landstorm landwaiter landward landwash landways landwhin landwire landwrack lane lanete laneway laney langaha langarai langbanite langbeinite langca langi langite langlauf langlaufer langle langoon langooty langrage langsat langsettle langspiel langsyne language languaged languageless langued languescent languet languid languidly languidness languish languisher languishing languishingly languishment languor languorous languorously langur laniariform laniary laniate laniferous lanific laniflorous laniform lanigerous laniiform lanioid lanista lank lanket lankily lankiness lankish lankly lankness lanky lanner lanneret lanolin lanose lanosity lansat lansdowne lanseh lansfordite lansknecht lanson lansquenet lant lantaca lanterloo lantern lanternflower lanternist lanternleaf lanternman lanthana lanthanide lanthanite lanthanum lanthopine lantum lanuginose lanuginous lanuginousness lanugo lanum lanx lanyard lap lapacho lapachol lapactic laparectomy laparocele laparocholecystotomy laparocolectomy laparocolostomy laparocolotomy laparocolpohysterotomy laparocolpotomy laparocystectomy laparocystotomy laparoelytrotomy laparoenterostomy laparoenterotomy laparogastroscopy laparogastrotomy laparohepatotomy laparohysterectomy laparohysteropexy laparohysterotomy laparoileotomy laparomyitis laparomyomectomy laparomyomotomy laparonephrectomy laparonephrotomy laparorrhaphy laparosalpingectomy laparosalpingotomy laparoscopy laparosplenectomy laparosplenotomy laparostict laparothoracoscopy laparotome laparotomist laparotomize laparotomy laparotrachelotomy lapboard lapcock lapel lapeler lapelled lapful lapicide lapidarian lapidarist lapidary lapidate lapidation lapidator lapideon lapideous lapidescent lapidicolous lapidific lapidification lapidify lapidist lapidity lapidose lapilliform lapillo lapillus lapon lappaceous lappage lapped lapper lappet lappeted lapping lapsability lapsable lapsation lapse lapsed lapser lapsi lapsing lapsingly lapstone lapstreak lapstreaked lapstreaker laputically lapwing lapwork laquear laquearian laqueus lar larboard larbolins larbowlines larcener larcenic larcenish larcenist larcenous larcenously larceny larch larchen lard lardacein lardaceous larder larderellite larderer larderful larderlike lardiform lardite lardizabalaceous lardon lardworm lardy lareabell large largebrained largehanded largehearted largeheartedness largely largemouth largemouthed largen largeness largess larghetto largifical largish largition largitional largo lari lariat larick larid laridine larigo larigot lariid larin larine larithmics larixin lark larker larkiness larking larkingly larkish larkishness larklike larkling larksome larkspur larky larmier larmoyant larnax laroid larrigan larrikin larrikinalian larrikiness larrikinism larriman larrup larry larsenite larva larvae larval larvarium larvate larve larvicidal larvicide larvicolous larviform larvigerous larvikite larviparous larviposit larviposition larvivorous larvule laryngal laryngalgia laryngeal laryngeally laryngean laryngeating laryngectomy laryngemphraxis laryngendoscope larynges laryngic laryngismal laryngismus laryngitic laryngitis laryngocele laryngocentesis laryngofission laryngofissure laryngograph laryngography laryngological laryngologist laryngology laryngometry laryngoparalysis laryngopathy laryngopharyngeal laryngopharyngitis laryngophony laryngophthisis laryngoplasty laryngoplegia laryngorrhagia laryngorrhea laryngoscleroma laryngoscope laryngoscopic laryngoscopical laryngoscopist laryngoscopy laryngospasm laryngostasis laryngostenosis laryngostomy laryngostroboscope laryngotome laryngotomy laryngotracheal laryngotracheitis laryngotracheoscopy laryngotracheotomy laryngotyphoid laryngovestibulitis larynx las lasa lasarwort lascar lascivious lasciviously lasciviousness laser laserwort lash lasher lashingly lashless lashlite lasianthous lasiocampid lasiocarpous lask lasket laspring lasque lass lasset lassie lassiehood lassieish lassitude lasslorn lasso lassock lassoer last lastage laster lasting lastingly lastingness lastly lastness lastre lastspring lasty lat lata latah latch latcher latchet latching latchkey latchless latchman latchstring late latebra latebricole latecomer latecoming lated lateen lateener lately laten latence latency lateness latensification latent latentize latently latentness later latera laterad lateral lateralis laterality lateralization lateralize laterally latericumbent lateriflexion laterifloral lateriflorous laterifolious laterigrade laterinerved laterite lateritic lateritious lateriversion laterization lateroabdominal lateroanterior laterocaudal laterocervical laterodeviation laterodorsal lateroduction lateroflexion lateromarginal lateronuchal lateroposition lateroposterior lateropulsion laterostigmatal laterostigmatic laterotemporal laterotorsion lateroventral lateroversion latescence latescent latesome latest latewhile latex latexosis lath lathe lathee latheman lathen lather latherability latherable lathereeve latherer latherin latheron latherwort lathery lathesman lathhouse lathing lathwork lathy lathyric lathyrism latibulize latices laticiferous laticlave laticostate latidentate latifundian latifundium latigo latinism lation latipennate latiplantar latirostral latirostrous latisept latiseptal latiseptate latish latisternal latitancy latitant latitat latite latitude latitudinal latitudinally latitudinarian latitudinarianisn latitudinary latitudinous latomy latrant latration latreutic latria latrine latro latrobe latrobite latrocinium latron latten lattener latter latterkin latterly lattermath lattermost latterness lattice latticed latticewise latticework latticing latticinio latus lauan laubanite laud laudability laudable laudableness laudably laudanidine laudanin laudanine laudanosine laudanum laudation laudative laudator laudatorily laudatory lauder laudification laudist laugh laughable laughableness laughably laughee laugher laughful laughing laughingly laughingstock laughsome laughter laughterful laughterless laughworthy laughy lauia laumonite laumontite laun launce launch launcher launchful launchways laund launder launderability launderable launderer laundry laundrymaid laundryman laundryowner laundrywoman laur laura lauraceous lauraldehyde laurate laurdalite laureate laureated laureateship laureation laurel laureled laurellike laurelship laurelwood laureole lauric laurin laurinoxylon laurionite laurite laurone laurotetanine laurustine laurustinus laurvikite lauryl lautarite lautitious lava lavable lavabo lavacre lavage lavaliere lavalike lavanga lavant lavaret lavatic lavation lavational lavatorial lavatory lave laveer lavement lavender lavenite laver laverock laverwort lavialite lavic lavish lavisher lavishing lavishingly lavishly lavishment lavishness lavolta lavrovite law lawbook lawbreaker lawbreaking lawcraft lawful lawfully lawfulness lawgiver lawgiving lawing lawish lawk lawlants lawless lawlessly lawlessness lawlike lawmaker lawmaking lawman lawmonger lawn lawned lawner lawnlet lawnlike lawny lawproof lawrencite lawrightman lawsonite lawsuit lawsuiting lawter lawyer lawyeress lawyerism lawyerlike lawyerling lawyerly lawyership lawyery lawzy lax laxate laxation laxative laxatively laxativeness laxiflorous laxifoliate laxifolious laxism laxist laxity laxly laxness lay layaway layback layboy layer layerage layered layery layette laying layland layman laymanship layne layoff layout layover layship laystall laystow laywoman lazar lazaret lazaretto lazarlike lazarly lazarole laze lazily laziness lazule lazuli lazuline lazulite lazulitic lazurite lazy lazybird lazybones lazyboots lazyhood lazyish lazylegs lazyship lazzarone lazzaroni lea leach leacher leachman leachy lead leadable leadableness leadage leadback leaded leaden leadenhearted leadenheartedness leadenly leadenness leadenpated leader leaderess leaderette leaderless leadership leadhillite leadin leadiness leading leadingly leadless leadman leadoff leadout leadproof leadsman leadstone leadway leadwood leadwork leadwort leady leaf leafage leafboy leafcup leafdom leafed leafen leafer leafery leafgirl leafit leafless leaflessness leaflet leafleteer leaflike leafstalk leafwork leafy league leaguelong leaguer leak leakage leakance leaker leakiness leakless leakproof leaky leal lealand leally lealness lealty leam leamer lean leaner leaning leanish leanly leanness leant leap leapable leaper leapfrog leapfrogger leapfrogging leaping leapingly leapt lear learn learnable learned learnedly learnedness learner learnership learning learnt leasable lease leasehold leaseholder leaseholding leaseless leasemonger leaser leash leashless leasing leasow least leastways leastwise leat leath leather leatherback leatherbark leatherboard leatherbush leathercoat leathercraft leatherer leatherfish leatherflower leatherhead leatherine leatheriness leathering leatherize leatherjacket leatherleaf leatherlike leathermaker leathermaking leathern leatherneck leatherroot leatherside leatherware leatherwing leatherwood leatherwork leatherworker leatherworking leathery leathwake leatman leave leaved leaveless leavelooker leaven leavening leavenish leavenless leavenous leaver leaverwood leaves leaving leavy leawill leban lebbek lebensraum lebrancho lecama lecaniid lecanine lecanomancer lecanomancy lecanomantic lecanoraceous lecanorine lecanoroid lecanoscopic lecanoscopy lech lecher lecherous lecherously lecherousness lechery lechriodont lechuguilla lechwe lecideaceous lecideiform lecideine lecidioid lecithal lecithalbumin lecithality lecithin lecithinase lecithoblast lecithoprotein leck lecker lecontite lecotropal lectern lection lectionary lectisternium lector lectorate lectorial lectorship lectotype lectress lectrice lectual lecture lecturee lectureproof lecturer lectureship lecturess lecturette lecyth lecythid lecythidaceous lecythoid lecythus led lede leden lederite ledge ledged ledgeless ledger ledgerdom ledging ledgment ledgy ledol lee leeangle leeboard leech leecheater leecher leechery leeches leechkin leechlike leechwort leed leefang leeftail leek leekish leeky leep leepit leer leerily leeringly leerish leerness leeroway leery lees leet leetman leewan leeward leewardly leewardmost leewardness leeway leewill left leftish leftism leftist leftments leftmost leftness leftover leftward leftwardly leftwards leg legacy legal legalese legalism legalist legalistic legalistically legality legalization legalize legally legalness legantine legatary legate legatee legateship legatine legation legationary legative legato legator legatorial legend legenda legendarian legendary legendic legendist legendless legendry leger legerdemain legerdemainist legerity leges legged legger legginess legging legginged leggy leghorn legibility legible legibleness legibly legific legion legionary legioned legioner legionnaire legionry legislate legislation legislational legislativ legislative legislatively legislator legislatorial legislatorially legislatorship legislatress legislature legist legit legitim legitimacy legitimate legitimately legitimateness legitimation legitimatist legitimatize legitimism legitimist legitimistic legitimity legitimization legitimize leglen legless leglessness leglet leglike legman legoa legpiece legpull legpuller legpulling legrope legua leguan leguleian leguleious legume legumelin legumen legumin leguminiform leguminose leguminous lehr lehrbachite lehrman lehua lei leighton leimtype leiocephalous leiocome leiodermatous leiodermia leiomyofibroma leiomyoma leiomyomatous leiomyosarcoma leiophyllous leiotrichine leiotrichous leiotrichy leiotropic leishmaniasis leister leisterer leisurable leisurably leisure leisured leisureful leisureless leisureliness leisurely leisureness leitmotiv leitneriaceous lek lekach lekane lekha leman lemel lemma lemmata lemming lemmitis lemmoblastic lemmocyte lemnaceous lemnad lemniscate lemniscatic lemniscus lemography lemology lemon lemonade lemonish lemonlike lemonweed lemonwood lemony lempira lemur lemures lemurian lemurid lemuriform lemurine lemuroid lenad lenard lench lend lendable lendee lender lene length lengthen lengthener lengther lengthful lengthily lengthiness lengthsman lengthsome lengthsomeness lengthways lengthwise lengthy lenience leniency lenient leniently lenify lenis lenitic lenitive lenitively lenitiveness lenitude lenity lennilite lennoaceous lennow leno lens lensed lensless lenslike lent lenth lenthways lentibulariaceous lenticel lenticellate lenticle lenticonus lenticula lenticular lenticulare lenticularis lenticularly lenticulate lenticulated lenticule lenticulostriate lenticulothalamic lentiform lentigerous lentiginous lentigo lentil lentisc lentiscine lentisco lentiscus lentisk lentitude lentitudinous lento lentoid lentor lentous lenvoi lenvoy leoncito leonhardite leonine leoninely leonines leonite leontiasis leontocephalous leopard leoparde leopardess leopardine leopardite leopardwood leopoldite leotard lepa lepadoid lepargylic leper leperdom lepered lepidene lepidine lepidoblastic lepidodendraceous lepidodendrid lepidodendroid lepidoid lepidolite lepidomelane lepidophyllous lepidophyte lepidophytic lepidoporphyrin lepidopter lepidopteral lepidopteran lepidopterid lepidopterist lepidopterological lepidopterologist lepidopterology lepidopteron lepidopterous lepidosaurian lepidosirenoid lepidosis lepidosteoid lepidote lepidotic lepismoid lepocyte leporid leporide leporiform leporine lepospondylous lepothrix lepra lepralian leprechaun lepric leproid leprologic leprologist leprology leproma lepromatous leprosarium leprose leprosery leprosied leprosis leprosity leprosy leprous leprously leprousness leptandrin leptid leptiform leptinolite leptite leptocardian leptocentric leptocephalan leptocephali leptocephalia leptocephalic leptocephalid leptocephaloid leptocephalous leptocephalus leptocephaly leptocercal leptochlorite leptochroa leptochrous leptoclase leptodactyl leptodactylous leptodermatous leptodermous leptokurtic leptomatic leptome leptomedusan leptomeningeal leptomeninges leptomeningitis leptomeninx leptometer leptomonad lepton leptonecrosis leptonema leptopellic leptophyllous leptoprosope leptoprosopic leptoprosopous leptoprosopy leptorrhin leptorrhine leptorrhinian leptorrhinism leptosome leptosperm leptospirosis leptosporangiate leptostracan leptostracous leptotene leptus leptynite lernaeiform lernaeoid lerot lerp lerret lesche lesion lesional lesiy leskeaceous less lessee lesseeship lessen lessener lesser lessive lessn lessness lesson lessor lest lestiwarite lestobiosis lestobiotic lestrad let letch letchy letdown lete lethal lethality lethalize lethally lethargic lethargical lethargically lethargicalness lethargize lethargus lethargy lethiferous lethologica letoff lettable letten letter lettered letterer letteret lettergram letterhead letterin lettering letterleaf letterless letterpress letterspace letterweight letterwood lettrin lettsomite lettuce letup leu leucaemia leucaemic leucaethiop leucaethiopic leucaniline leucanthous leucaugite leucaurin leucemia leucemic leuch leuchaemia leuchemia leuchtenbergite leucine leucism leucite leucitic leucitis leucitite leucitohedron leucitoid leuco leucobasalt leucoblast leucoblastic leucocarpous leucochalcite leucocholic leucocholy leucochroic leucocidic leucocidin leucocism leucocrate leucocratic leucocyan leucocytal leucocyte leucocythemia leucocythemic leucocytic leucocytoblast leucocytogenesis leucocytoid leucocytology leucocytolysin leucocytolysis leucocytolytic leucocytometer leucocytopenia leucocytopenic leucocytoplania leucocytopoiesis leucocytosis leucocytotherapy leucocytotic leucoderma leucodermatous leucodermic leucoencephalitis leucogenic leucoid leucoindigo leucoindigotin leucolytic leucoma leucomaine leucomatous leucomelanic leucomelanous leucon leucopenia leucopenic leucophane leucophanite leucophoenicite leucophore leucophyllous leucophyre leucoplakia leucoplakial leucoplast leucoplastid leucopoiesis leucopoietic leucopyrite leucoquinizarin leucorrhea leucorrheal leucoryx leucosis leucospermous leucosphenite leucosphere leucospheric leucostasis leucosyenite leucotactic leucotic leucotome leucotomy leucotoxic leucous leucoxene leucyl leud leuk leukemia leukemic leukocidic leukocidin leukosis leukotic leuma lev levance levant levanter levator levee level leveler levelheaded levelheadedly levelheadedness leveling levelish levelism levelly levelman levelness lever leverage leverer leveret leverman levers leverwood leviable leviathan levier levigable levigate levigation levigator levin levining levir levirate leviratical leviration levitant levitate levitation levitational levitative levitator levity levo levoduction levogyrate levogyre levogyrous levolactic levolimonene levorotation levorotatory levotartaric levoversion levulic levulin levulinic levulose levulosuria levy levyist levynite lew lewd lewdly lewdness lewis lewisite lewisson lewth lexia lexical lexicalic lexicality lexicographer lexicographian lexicographic lexicographical lexicographically lexicographist lexicography lexicologic lexicological lexicologist lexicology lexicon lexiconist lexiconize lexigraphic lexigraphical lexigraphically lexigraphy lexiphanic lexiphanicism ley leyland leysing lherzite lherzolite li liability liable liableness liaison liana liang liar liard libament libaniferous libanophorous libanotophorous libant libate libation libationary libationer libatory libber libbet libbra libel libelant libelee libeler libelist libellary libellate libellulid libelluloid libelous libelously liber liberal liberalism liberalist liberalistic liberality liberalization liberalize liberalizer liberally liberalness liberate liberation liberationism liberationist liberative liberator liberatory liberatress liberomotor libertarian libertarianism liberticidal liberticide libertinage libertine libertinism liberty libertyless libethenite libidibi libidinal libidinally libidinosity libidinous libidinously libidinousness libido libken libra libral librarian librarianess librarianship librarious librarius library libraryless librate libration libratory libretti librettist libretto libriform libroplast licareol licca licensable license licensed licensee licenseless licenser licensor licensure licentiate licentiateship licentiation licentious licentiously licentiousness lich licham lichanos lichen lichenaceous lichened licheniasis lichenic lichenicolous licheniform lichenin lichenism lichenist lichenivorous lichenization lichenize lichenlike lichenographer lichenographic lichenographical lichenographist lichenography lichenoid lichenologic lichenological lichenologist lichenology lichenose licheny lichi licit licitation licitly licitness lick licker lickerish lickerishly lickerishness licking lickpenny lickspit lickspittle lickspittling licorice licorn licorne lictor lictorian lid lidded lidder lidflower lidgate lidless lie liebenerite liebigite lied lief liege liegedom liegeful liegefully liegeless liegely liegeman lieger lien lienal lienculus lienee lienic lienitis lienocele lienogastric lienointestinal lienomalacia lienomedullary lienomyelogenous lienopancreatic lienor lienorenal lienotoxin lienteria lienteric lientery lieproof lieprooflier lieproofliest lier lierne lierre liesh liespfund lieu lieue lieutenancy lieutenant lieutenantry lieutenantship lieve lievrite life lifeblood lifeboat lifeboatman lifeday lifedrop lifeful lifefully lifefulness lifeguard lifehold lifeholder lifeless lifelessly lifelessness lifelet lifelike lifelikeness lifeline lifelong lifer liferent liferenter liferentrix liferoot lifesaver lifesaving lifesome lifesomely lifesomeness lifespring lifetime lifeward lifework lifey lifo lift liftable lifter lifting liftless liftman ligable ligament ligamental ligamentary ligamentous ligamentously ligamentum ligas ligate ligation ligator ligature ligeance ligger light lightable lightboat lightbrained lighten lightener lightening lighter lighterage lighterful lighterman lightface lightful lightfulness lighthead lightheaded lightheadedly lightheadedness lighthearted lightheartedly lightheartedness lighthouse lighthouseman lighting lightish lightkeeper lightless lightlessness lightly lightman lightmanship lightmouthed lightness lightning lightninglike lightningproof lightproof lightroom lightscot lightship lightsman lightsome lightsomely lightsomeness lighttight lightwards lightweight lightwood lightwort lignaloes lignatile ligne ligneous lignescent lignicole lignicoline lignicolous ligniferous lignification ligniform lignify lignin ligninsulphonate ligniperdous lignite lignitic lignitiferous lignitize lignivorous lignocellulose lignoceric lignography lignone lignose lignosity lignosulphite lignosulphonate lignum ligroine ligula ligular ligulate ligulated ligule liguliflorous liguliform ligulin liguloid ligure ligurite ligurition ligustrin liin lija likability likable likableness like likelihead likelihood likeliness likely liken likeness liker likesome likeways likewise likin liking liknon lilac lilaceous lilacin lilacky lilacthroat lilactide lile liliaceous lilied liliform lill lillianite lillibullero lilt liltingly liltingness lily lilyfy lilyhanded lilylike lilywood lilywort lim limacel limaceous limaciform limacine limacinid limacoid limacon limaille liman limation limb limbal limbat limbate limbation limbeck limbed limber limberham limberly limberness limbers limbic limbie limbiferous limbless limbmeal limbo limboinfantum limbous limburgite limbus limby lime limeade limeberry limebush limehouse limekiln limeless limelight limelighter limelike limeman limen limequat limer limes limestone limetta limettin limewash limewater limewort limey limicoline limicolous liminal liminary liminess liming limit limitable limitableness limital limitarian limitary limitate limitation limitative limitatively limited limitedly limitedness limiter limiting limitive limitless limitlessly limitlessness limitrophe limivorous limma limmer limmock limmu limn limnanth limnanthaceous limner limnery limnetic limniad limnimeter limnimetric limnite limnobiologic limnobiological limnobiologically limnobiology limnobios limnograph limnologic limnological limnologically limnologist limnology limnometer limnophile limnophilid limnophilous limnoplankton limnorioid limoid limonene limoniad limonin limonite limonitic limonitization limonium limose limous limousine limp limper limpet limphault limpid limpidity limpidly limpidness limpily limpin limpiness limping limpingly limpingness limpish limpkin limply limpness limpsy limpwort limpy limsy limu limulid limuloid limurite limy lin lina linable linaceous linaga linage linaloa linalol linalool linamarin linarite linch linchbolt linchet linchpin linchpinned lincloth linctus lindackerite lindane linden linder lindo lindoite line linea lineage lineaged lineal lineality lineally lineament lineamental lineamentation lineameter linear linearifolius linearity linearization linearize linearly lineate lineated lineation lineature linecut lined lineiform lineless linelet lineman linen linenette linenize linenizer linenman lineocircular lineograph lineolate lineolated liner linesman linewalker linework ling linga lingberry lingbird linge lingel lingenberry linger lingerer lingerie lingo lingonberry lingtow lingtowman lingua linguacious linguaciousness linguadental linguaeform lingual linguale linguality lingualize lingually linguanasal linguatuline linguatuloid linguet linguidental linguiform linguipotence linguist linguister linguistic linguistical linguistically linguistician linguistics linguistry lingula lingulate lingulated lingulid linguliferous linguliform linguloid linguodental linguodistal linguogingival linguopalatal linguopapillitis linguoversion lingwort lingy linha linhay linie liniment linin lininess lining linitis liniya linja linje link linkable linkage linkboy linked linkedness linker linking linkman links linksmith linkwork linky linn linnaeite linnet lino linolate linoleic linolein linolenate linolenic linolenin linoleum linolic linolin linometer linon linotype linotyper linotypist linous linoxin linoxyn linpin linseed linsey linstock lint lintel linteled linteling linten linter lintern lintie lintless lintonite lintseed lintwhite linty linwood liny liodermia liomyofibroma liomyoma lion lioncel lionel lionesque lioness lionet lionheart lionhearted lionheartedness lionhood lionism lionizable lionization lionize lionizer lionlike lionly lionproof lionship liotrichine lip lipa lipacidemia lipaciduria liparian liparid liparite liparocele liparoid liparomphalus liparous lipase lipectomy lipemia lipide lipin lipless liplet liplike lipoblast lipoblastoma lipocaic lipocardiac lipocele lipoceratous lipocere lipochondroma lipochrome lipochromogen lipoclasis lipoclastic lipocyte lipodystrophia lipodystrophy lipoferous lipofibroma lipogenesis lipogenetic lipogenic lipogenous lipogram lipogrammatic lipogrammatism lipogrammatist lipography lipohemia lipoid lipoidal lipoidemia lipoidic lipolysis lipolytic lipoma lipomata lipomatosis lipomatous lipometabolic lipometabolism lipomorph lipomyoma lipomyxoma lipopexia lipophagic lipophore lipopod lipoprotein liposarcoma liposis liposome lipostomy lipothymial lipothymic lipothymy lipotrophic lipotrophy lipotropic lipotropy lipotype lipovaccine lipoxenous lipoxeny lipped lippen lipper lipperings lippiness lipping lippitude lippitudo lippy lipsanographer lipsanotheca lipstick lipuria lipwork liquable liquamen liquate liquation liquefacient liquefaction liquefactive liquefiable liquefier liquefy liquesce liquescence liquescency liquescent liqueur liquid liquidable liquidamber liquidate liquidation liquidator liquidatorship liquidity liquidize liquidizer liquidless liquidly liquidness liquidogenic liquidogenous liquidy liquiform liquor liquorer liquorish liquorishly liquorishness liquorist liquorless lira lirate liration lire lirella lirellate lirelliform lirelline lirellous liripipe liroconite lis lisere lish lisk lisle lisp lisper lispingly lispund liss lissamphibian lissencephalic lissencephalous lissoflagellate lissom lissome lissomely lissomeness lissotrichan lissotrichous lissotrichy list listable listed listedness listel listen listener listening lister listerellosis listing listless listlessly listlessness listred listwork lit litaneutical litany litanywise litas litation litch litchi lite liter literacy literaily literal literalism literalist literalistic literality literalization literalize literalizer literally literalminded literalmindedness literalness literarian literariness literary literaryism literate literati literation literatist literato literator literature literatus literose literosity lith lithagogue lithangiuria lithanthrax litharge lithe lithectasy lithectomy lithely lithemia lithemic litheness lithesome lithesomeness lithi lithia lithiasis lithiastic lithiate lithic lithifaction lithification lithify lithite lithium litho lithobiid lithobioid lithocenosis lithochemistry lithochromatic lithochromatics lithochromatographic lithochromatography lithochromography lithochromy lithoclase lithoclast lithoclastic lithoclasty lithoculture lithocyst lithocystotomy lithodesma lithodialysis lithodid lithodomous lithofracteur lithofractor lithogenesis lithogenetic lithogenous lithogeny lithoglyph lithoglypher lithoglyphic lithoglyptic lithoglyptics lithograph lithographer lithographic lithographical lithographically lithographize lithography lithogravure lithoid lithoidite litholabe litholapaxy litholatrous litholatry lithologic lithological lithologically lithologist lithology litholysis litholyte litholytic lithomancy lithomarge lithometer lithonephria lithonephritis lithonephrotomy lithontriptic lithontriptist lithontriptor lithopedion lithopedium lithophagous lithophane lithophanic lithophany lithophilous lithophone lithophotography lithophotogravure lithophthisis lithophyl lithophyllous lithophysa lithophysal lithophyte lithophytic lithophytous lithopone lithoprint lithoscope lithosian lithosiid lithosis lithosol lithosperm lithospermon lithospermous lithosphere lithotint lithotome lithotomic lithotomical lithotomist lithotomize lithotomous lithotomy lithotony lithotresis lithotripsy lithotriptor lithotrite lithotritic lithotritist lithotrity lithotype lithotypic lithotypy lithous lithoxyl lithsman lithuresis lithuria lithy liticontestation litigable litigant litigate litigation litigationist litigator litigatory litigiosity litigious litigiously litigiousness litiscontest litiscontestation litiscontestational litmus litorinoid litotes litra litster litten litter litterateur litterer littermate littery little littleleaf littleneck littleness littlewale littling littlish littoral littress lituiform lituite lituoline lituoloid liturate liturgical liturgically liturgician liturgics liturgiological liturgiologist liturgiology liturgism liturgist liturgistic liturgistical liturgize liturgy litus lituus litz livability livable livableness live liveborn lived livedo livelihood livelily liveliness livelong lively liven liveness liver liverance liverberry livered liverhearted liverheartedness liveried liverish liverishness liverleaf liverless liverwort liverwurst livery liverydom liveryless liveryman livestock livid lividity lividly lividness livier living livingless livingly livingness livingstoneite livor livre liwan lixive lixivial lixiviate lixiviation lixiviator lixivious lixivium lizard lizardtail llama llano llautu llyn lo loa loach load loadage loaded loaden loader loading loadless loadpenny loadsome loadstone loaf loafer loaferdom loaferish loafing loafingly loaflet loaghtan loam loamily loaminess loaming loamless loamy loan loanable loaner loanin loanmonger loanword loasaceous loath loathe loather loathful loathfully loathfulness loathing loathingly loathliness loathly loathness loathsome loathsomely loathsomeness loave lob lobal lobar lobate lobated lobately lobation lobber lobbish lobby lobbyer lobbyism lobbyist lobbyman lobcock lobe lobectomy lobed lobefoot lobefooted lobeless lobelet lobeliaceous lobelin lobeline lobellated lobfig lobiform lobigerous lobing lobiped loblolly lobo lobola lobopodium lobose lobotomy lobscourse lobscouse lobscouser lobster lobstering lobsterish lobsterlike lobsterproof lobtail lobular lobularly lobulate lobulated lobulation lobule lobulette lobulose lobulous lobworm loca locable local locale localism localist localistic locality localizable localization localize localizer locally localness locanda locate location locational locative locator locellate locellus loch lochage lochan lochetic lochia lochial lochiocolpos lochiocyte lochiometra lochiometritis lochiopyra lochiorrhagia lochiorrhea lochioschesis lochometritis lochoperitonitis lochopyra lochus lochy loci lociation lock lockable lockage lockbox locked locker lockerman locket lockful lockhole locking lockjaw lockless locklet lockmaker lockmaking lockman lockout lockpin lockram locksman locksmith locksmithery locksmithing lockspit lockup lockwork locky loco locodescriptive locofoco locoism locomobile locomobility locomote locomotility locomotion locomotive locomotively locomotiveman locomotiveness locomotivity locomotor locomotory locomutation locoweed loculament loculamentose loculamentous locular loculate loculated loculation locule loculicidal loculicidally loculose loculus locum locus locust locusta locustal locustberry locustelle locustid locusting locustlike locution locutor locutorship locutory lod lode lodemanage lodesman lodestar lodestone lodestuff lodge lodgeable lodged lodgeful lodgeman lodgepole lodger lodgerdom lodging lodginghouse lodgings lodgment lodicule loess loessal loessial loessic loessland loessoid lof lofstelle loft lofter loftily loftiness lofting loftless loftman loftsman lofty log loganberry loganiaceous loganin logaoedic logarithm logarithmal logarithmetic logarithmetical logarithmetically logarithmic logarithmical logarithmically logarithmomancy logbook logcock loge logeion logeum loggat logged logger loggerhead loggerheaded loggia loggin logging loggish loghead logheaded logia logic logical logicalist logicality logicalization logicalize logically logicalness logicaster logician logicism logicist logicity logicize logicless logie login logion logistic logistical logistician logistics logium loglet loglike logman logocracy logodaedaly logogogue logogram logogrammatic logograph logographer logographic logographical logographically logography logogriph logogriphic logoi logolatry logology logomach logomacher logomachic logomachical logomachist logomachize logomachy logomancy logomania logomaniac logometer logometric logometrical logometrically logopedia logopedics logorrhea logos logothete logotype logotypy logroll logroller logrolling logway logwise logwood logwork logy lohan lohoch loimic loimography loimology loin loincloth loined loir loiter loiterer loiteringly loiteringness loka lokao lokaose lokapala loke loket lokiec loll loller lollingite lollingly lollipop lollop lollopy lolly loma lomastome lomatine lomatinous lombard lomboy loment lomentaceous lomentariaceous lomentum lomita lommock lone lonelihood lonelily loneliness lonely loneness lonesome lonesomely lonesomeness long longa longan longanimity longanimous longbeak longbeard longboat longbow longcloth longe longear longer longeval longevity longevous longfelt longfin longful longhair longhand longhead longheaded longheadedly longheadedness longhorn longicaudal longicaudate longicone longicorn longilateral longilingual longiloquence longimanous longimetric longimetry longing longingly longingness longinquity longipennate longipennine longirostral longirostrate longirostrine longisection longish longitude longitudinal longitudinally longjaw longleaf longlegs longly longmouthed longness longs longshanks longshore longshoreman longsome longsomely longsomeness longspun longspur longtail longue longulite longway longways longwise longwool longwork longwort lonquhard lontar loo looby lood loof loofah loofie loofness look looker looking lookout lookum loom loomer loomery looming loon loonery looney loony loop looper loopful loophole looping loopist looplet looplike loopy loose loosely loosemouthed loosen loosener looseness looser loosestrife loosing loosish loot lootable looten looter lootie lootiewallah lootsman lop lope loper lophiid lophine lophiodont lophiodontoid lophiostomate lophiostomous lophobranch lophobranchiate lophocalthrops lophocercal lophodont lophophoral lophophore lophophorine lophophytosis lophosteon lophotriaene lophotrichic lophotrichous lopolith loppard lopper loppet lopping loppy lopseed lopsided lopsidedly lopsidedness lopstick loquacious loquaciously loquaciousness loquacity loquat loquence loquent loquently lora loral loran lorandite loranskite loranthaceous lorarius lorate lorcha lord lording lordkin lordless lordlet lordlike lordlily lordliness lordling lordly lordolatry lordosis lordotic lordship lordwood lordy lore loreal lored loreless lorenzenite lorettoite lorgnette lori loric lorica loricarian loricarioid loricate lorication loricoid lorikeet lorilet lorimer loriot loris lormery lorn lornness loro lorriker lorry lors lorum lory losable losableness lose losel loselism losenger loser losh losing loss lossenite lossless lossproof lost lostling lostness lot lota lotase lote lotebush lotic lotiform lotion lotment lotophagous lotophagously lotrite lots lotter lottery lotto lotus lotusin lotuslike louch louchettes loud louden loudering loudish loudly loudmouthed loudness louey lough lougheen louisine louk loukoum loulu lounder lounderer lounge lounger lounging loungingly loungy loup loupe lour lourdy louse louseberry lousewort lousily lousiness louster lousy lout louter louther loutish loutishly loutishness loutrophoros louty louvar louver louvered louvering louverwork lovability lovable lovableness lovably lovage love lovebird loveflower loveful lovelass loveless lovelessly lovelessness lovelihead lovelily loveliness loveling lovelock lovelorn lovelornness lovely loveman lovemate lovemonger loveproof lover loverdom lovered loverhood lovering loverless loverliness loverly lovership loverwise lovesick lovesickness lovesome lovesomely lovesomeness loveworth loveworthy loving lovingly lovingness low lowa lowan lowbell lowborn lowboy lowbred lowdah lowder loweite lower lowerable lowerclassman lowerer lowering loweringly loweringness lowermost lowery lowigite lowish lowishly lowishness lowland lowlander lowlily lowliness lowly lowmen lowmost lown lowness lownly lowth lowwood lowy lox loxia loxic loxoclase loxocosm loxodograph loxodont loxodontous loxodrome loxodromic loxodromical loxodromically loxodromics loxodromism loxolophodont loxophthalmus loxotic loxotomy loy loyal loyalism loyalist loyalize loyally loyalness loyalty lozenge lozenged lozenger lozengeways lozengewise lozengy lubber lubbercock lubberlike lubberliness lubberly lube lubra lubric lubricant lubricate lubrication lubricational lubricative lubricator lubricatory lubricious lubricity lubricous lubrifaction lubrification lubrify lubritorian lubritorium lucanid lucarne lucban luce lucence lucency lucent lucently lucern lucernal lucernarian lucerne lucet lucible lucid lucida lucidity lucidly lucidness lucifee luciferase luciferin luciferoid luciferous luciferously luciferousness lucific luciform lucifugal lucifugous lucigen lucimeter lucinoid lucivee luck lucken luckful luckie luckily luckiness luckless lucklessly lucklessness lucky lucration lucrative lucratively lucrativeness lucre lucriferous lucriferousness lucrific lucrify luctation luctiferous luctiferousness lucubrate lucubration lucubrator lucubratory lucule luculent luculently lucullite lucumia lucumony lucy ludden ludefisk ludibrious ludibry ludicropathetic ludicroserious ludicrosity ludicrosplenetic ludicrous ludicrously ludicrousness ludification ludlamite ludo ludwigite lue lues luetic luetically lufberry lufbery luff lug luge luger luggage luggageless luggar lugged lugger luggie lugmark lugsail lugsome lugubriosity lugubrious lugubriously lugubriousness lugworm luhinga luigino lujaurite luke lukely lukeness lukewarm lukewarmish lukewarmly lukewarmness lukewarmth lulab lull lullaby luller lulliloo lullingly lulu lum lumachel lumbaginous lumbago lumbang lumbar lumbarization lumbayao lumber lumberdar lumberdom lumberer lumbering lumberingly lumberingness lumberjack lumberless lumberly lumberman lumbersome lumberyard lumbocolostomy lumbocolotomy lumbocostal lumbodorsal lumbodynia lumbosacral lumbovertebral lumbrical lumbricalis lumbriciform lumbricine lumbricoid lumbricosis lumbrous lumen luminaire luminal luminance luminant luminarious luminarism luminarist luminary luminate lumination luminative luminator lumine luminesce luminescence luminescent luminiferous luminificent luminism luminist luminologist luminometer luminosity luminous luminously luminousness lummox lummy lump lumper lumpet lumpfish lumpily lumpiness lumping lumpingly lumpish lumpishly lumpishness lumpkin lumpman lumpsucker lumpy luna lunacy lunambulism lunar lunare lunarian lunarist lunarium lunary lunate lunatellus lunately lunatic lunatically lunation lunatize lunatum lunch luncheon luncheoner luncheonette luncheonless luncher lunchroom lundress lundyfoot lune lunes lunette lung lunge lunged lungeous lunger lungfish lungflower lungful lungi lungie lungis lungless lungmotor lungsick lungworm lungwort lungy lunicurrent luniform lunisolar lunistice lunistitial lunitidal lunkhead lunn lunoid lunt lunula lunular lunulate lunulated lunule lunulet lunulite lupanarian lupanine lupe lupeol lupeose lupetidine lupicide lupiform lupinaster lupine lupinin lupinine lupinosis lupinous lupis lupoid lupous lupulic lupulin lupuline lupulinic lupulinous lupulinum lupulus lupus lupuserythematosus lura lural lurch lurcher lurchingfully lurchingly lurchline lurdan lurdanism lure lureful lurement lurer luresome lurg lurgworm lurid luridity luridly luridness luringly lurk lurker lurkingly lurkingness lurky lurrier lurry luscious lusciously lusciousness lush lushburg lusher lushly lushness lushy lusk lusky lusory lust luster lusterer lusterless lusterware lustful lustfully lustfulness lustihead lustily lustiness lustless lustra lustral lustrant lustrate lustration lustrative lustratory lustreless lustrical lustrification lustrify lustrine lustring lustrous lustrously lustrousness lustrum lusty lut lutaceous lutanist lutany lutation lute luteal lutecia lutecium lutein luteinization luteinize lutelet lutemaker lutemaking luteo luteocobaltic luteofulvous luteofuscescent luteofuscous luteolin luteolous luteoma luteorufescent luteous luteovirescent luter lutescent lutestring lutetium luteway lutfisk luthern luthier lutianid lutianoid lutidine lutidinic luting lutist lutose lutrin lutrine lutulence lutulent lux luxate luxation luxe luxulianite luxuriance luxuriancy luxuriant luxuriantly luxuriantness luxuriate luxuriation luxurious luxuriously luxuriousness luxurist luxury luxus ly lyam lyard lycaenid lycanthrope lycanthropia lycanthropic lycanthropist lycanthropize lycanthropous lycanthropy lyceal lyceum lychnomancy lychnoscope lychnoscopic lycid lycodoid lycopene lycoperdaceous lycoperdoid lycoperdon lycopin lycopod lycopode lycopodiaceous lycorine lycosid lyctid lyddite lydite lye lyencephalous lyery lygaeid lying lyingly lymantriid lymhpangiophlebitis lymnaean lymnaeid lymph lymphad lymphadenectasia lymphadenectasis lymphadenia lymphadenitis lymphadenoid lymphadenoma lymphadenopathy lymphadenosis lymphaemia lymphagogue lymphangeitis lymphangial lymphangiectasis lymphangiectatic lymphangiectodes lymphangiitis lymphangioendothelioma lymphangiofibroma lymphangiology lymphangioma lymphangiomatous lymphangioplasty lymphangiosarcoma lymphangiotomy lymphangitic lymphangitis lymphatic lymphatical lymphation lymphatism lymphatitis lymphatolysin lymphatolysis lymphatolytic lymphectasia lymphedema lymphemia lymphenteritis lymphoblast lymphoblastic lymphoblastoma lymphoblastosis lymphocele lymphocyst lymphocystosis lymphocyte lymphocythemia lymphocytic lymphocytoma lymphocytomatosis lymphocytosis lymphocytotic lymphocytotoxin lymphodermia lymphoduct lymphogenic lymphogenous lymphoglandula lymphogranuloma lymphoid lymphoidectomy lymphology lymphoma lymphomatosis lymphomatous lymphomonocyte lymphomyxoma lymphopathy lymphopenia lymphopenial lymphopoiesis lymphopoietic lymphoprotease lymphorrhage lymphorrhagia lymphorrhagic lymphorrhea lymphosarcoma lymphosarcomatosis lymphosarcomatous lymphosporidiosis lymphostasis lymphotaxis lymphotome lymphotomy lymphotoxemia lymphotoxin lymphotrophic lymphotrophy lymphous lymphuria lymphy lyncean lynch lynchable lyncher lyncine lynnhaven lynx lyomerous lyonetiid lyonnaise lyophile lyophilization lyophilize lyophobe lyopomatous lyotrope lypemania lypothymia lyra lyrate lyrated lyrately lyraway lyre lyrebird lyreflower lyreman lyretail lyric lyrical lyrically lyricalness lyrichord lyricism lyricist lyricize lyriform lyrism lyrist lys lysate lyse lysidine lysigenic lysigenous lysigenously lysimeter lysin lysine lysis lysogen lysogenesis lysogenetic lysogenic lysozyme lyssa lyssic lyssophobia lyterian lythraceous lytic lytta lyxose m ma maam maamselle mabi mabolo mac macaasim macabre macabresque macaco macadam macadamite macadamization macadamize macadamizer macan macana macao macaque macarism macarize macaroni macaronic macaronical macaronically macaronicism macaronism macaroon macaw maccaboy macco maccoboy mace macedoine macehead maceman macer macerate macerater maceration machairodont machan machar machete machi machiavellist machicolate machicolation machicoulis machila machin machinability machinable machinal machinate machination machinator machine machineful machineless machinelike machinely machineman machinemonger machiner machinery machinification machinify machinism machinist machinization machinize machinoclast machinofacture machinotechnique machinule machopolyp machree macies macilence macilency macilent mack mackenboy mackerel mackereler mackereling mackins mackintosh mackintoshite mackle macklike macle macled maclurin maco maconite macracanthrorhynchiasis macradenous macrame macrander macrandrous macrauchene macraucheniid macraucheniiform macrauchenioid macrencephalic macrencephalous macro macroanalysis macroanalyst macroanalytical macrobacterium macrobian macrobiosis macrobiote macrobiotic macrobiotics macroblast macrobrachia macrocarpous macrocephalia macrocephalic macrocephalism macrocephalous macrocephalus macrocephaly macrochaeta macrocheilia macrochemical macrochemically macrochemistry macrochiran macrochiria macrochiropteran macrocladous macroclimate macroclimatic macrococcus macrocoly macroconidial macroconidium macroconjugant macrocornea macrocosm macrocosmic macrocosmical macrocosmology macrocosmos macrocrystalline macrocyst macrocyte macrocythemia macrocytic macrocytosis macrodactyl macrodactylia macrodactylic macrodactylism macrodactylous macrodactyly macrodiagonal macrodomatic macrodome macrodont macrodontia macrodontism macroelement macroergate macroevolution macrofarad macrogamete macrogametocyte macrogamy macrogastria macroglossate macroglossia macrognathic macrognathism macrognathous macrogonidium macrograph macrographic macrography macrolepidoptera macrolepidopterous macrology macromandibular macromania macromastia macromazia macromelia macromeral macromere macromeric macromerite macromeritic macromesentery macrometer macromethod macromolecule macromyelon macromyelonal macron macronuclear macronucleus macronutrient macropetalous macrophage macrophagocyte macrophagus macrophotograph macrophotography macrophyllous macrophysics macropia macropinacoid macropinacoidal macroplankton macroplasia macroplastia macropleural macropodia macropodine macropodous macroprism macroprosopia macropsia macropteran macropterous macropyramid macroreaction macrorhinia macroscelia macroscian macroscopic macroscopical macroscopically macroseism macroseismic macroseismograph macrosepalous macroseptum macrosmatic macrosomatia macrosomatous macrosomia macrosplanchnic macrosporange macrosporangium macrospore macrosporic macrosporophore macrosporophyl macrosporophyll macrostomatous macrostomia macrostructural macrostructure macrostylospore macrostylous macrosymbiont macrothere macrotherioid macrotherm macrotia macrotin macrotome macrotone macrotous macrourid macrozoogonidium macrozoospore macrural macruran macruroid macrurous mactation mactroid macuca macula macular maculate maculated maculation macule maculicole maculicolous maculiferous maculocerebral maculopapular maculose macuta mad madam madame madapollam madarosis madarotic madbrain madbrained madcap madden maddening maddeningly maddeningness madder madderish madderwort madding maddingly maddish maddle made madefaction madefy madeline madescent madhouse madhuca madid madidans madisterium madling madly madman madnep madness mado madoqua madrague madrasah madreperl madreporacean madreporarian madrepore madreporian madreporic madreporiform madreporite madreporitic madrier madrigal madrigaler madrigaletto madrigalian madrigalist madrona madship madstone maduro madweed madwoman madwort mae maeandrine maeandriniform maeandrinoid maeandroid maegbote maenad maenadic maenadism maenaite maestri maestro maffia maffick mafficker maffle mafflin mafic mafoo mafura mag magadis magadize magani magas magazinable magazinage magazine magazinelet magaziner magazinette magazinish magazinism magazinist magaziny mage magenta magged maggle maggot maggotiness maggotpie maggoty magi magic magical magicalize magically magicdom magician magicianship magicked magicking magiric magirics magirist magiristic magirological magirologist magirology magister magisterial magisteriality magisterially magisterialness magistery magistracy magistral magistrality magistrally magistrand magistrant magistrate magistrateship magistratic magistratical magistratically magistrative magistrature magma magmatic magnanimity magnanimous magnanimously magnanimousness magnascope magnascopic magnate magnecrystallic magnelectric magneoptic magnes magnesia magnesial magnesian magnesic magnesioferrite magnesite magnesium magnet magneta magnetic magnetical magnetically magneticalness magnetician magnetics magnetiferous magnetification magnetify magnetimeter magnetism magnetist magnetite magnetitic magnetizability magnetizable magnetization magnetize magnetizer magneto magnetobell magnetochemical magnetochemistry magnetod magnetodynamo magnetoelectric magnetoelectrical magnetoelectricity magnetogenerator magnetogram magnetograph magnetographic magnetoid magnetomachine magnetometer magnetometric magnetometrical magnetometrically magnetometry magnetomotive magnetomotor magneton magnetooptic magnetooptical magnetooptics magnetophone magnetophonograph magnetoplumbite magnetoprinter magnetoscope magnetostriction magnetotelegraph magnetotelephone magnetotherapy magnetotransmitter magnetron magnicaudate magnicaudatous magnifiable magnific magnifical magnifically magnification magnificative magnifice magnificence magnificent magnificently magnificentness magnifico magnifier magnify magniloquence magniloquent magniloquently magniloquy magnipotence magnipotent magnirostrate magnisonant magnitude magnitudinous magnochromite magnoferrite magnolia magnoliaceous magnum magot magpie magpied magpieish magsman maguari maguey maha mahaleb mahalla mahant mahar maharaja maharajrana maharana maharanee maharani maharao maharawal maharawat mahatma mahatmaism mahmal mahmudi mahoe mahoganize mahogany mahoitre maholi maholtine mahone mahout mahseer mahua mahuang maid maidan maiden maidenhair maidenhead maidenhood maidenish maidenism maidenlike maidenliness maidenly maidenship maidenweed maidhood maidish maidism maidkin maidlike maidling maidservant maidy maiefic maieutic maieutical maieutics maigre maiid mail mailable mailbag mailbox mailclad mailed mailer mailguard mailie maillechort mailless mailman mailplane maim maimed maimedly maimedness maimer maimon main mainferre mainlander mainly mainmast mainmortable mainour mainpast mainpernable mainpernor mainpin mainport mainpost mainprise mains mainsail mainsheet mainspring mainstay maint maintain maintainable maintainableness maintainer maintainment maintainor maintenance maintop maintopman maioid maioidean mairatour maire maisonette maitlandite maize maizebird maizenic maizer majagua majestic majestical majestically majesticalness majesticness majestious majesty majestyship majo majolica majolist majoon major majorate majoration majorette majority majorize majorship majuscular majuscule makable make makebate makedom makefast maker makeress makership makeshift makeshiftiness makeshiftness makeshifty makeweight makhzan maki makimono making makluk mako makroskelic makuk mal mala malaanonang malabathrum malacanthid malacanthine malaccident malaceous malachite malacia malacoderm malacodermatous malacodermous malacoid malacolite malacological malacologist malacology malacon malacophilous malacophonous malacophyllous malacopod malacopodous malacopterygian malacopterygious malacostracan malacostracology malacostracous malactic maladaptation maladdress maladive maladjust maladjusted maladjustive maladjustment maladminister maladministration maladministrator maladroit maladroitly maladroitness maladventure malady malagma malaguena malahack malaise malakin malalignment malambo malandered malanders malandrous malanga malapaho malapert malapertly malapertness malapi malapplication malappointment malappropriate malappropriation malaprop malapropian malapropish malapropism malapropoism malapropos malar malaria malarial malariaproof malarin malarioid malariologist malariology malarious malarkey malaroma malarrangement malasapsap malassimilation malassociation malate malati malattress malax malaxable malaxage malaxate malaxation malaxator malaxerman malbehavior malbrouck malchite malconceived malconduct malconformation malconstruction malcontent malcontented malcontentedly malcontentedness malcontentism malcontently malcontentment malconvenance malcreated malcultivation maldeveloped maldevelopment maldigestion maldirection maldistribution maldonite malduck male malease maleate maledicent maledict malediction maledictive maledictory maleducation malefaction malefactor malefactory malefactress malefical malefically maleficence maleficent maleficial maleficiate maleficiation maleic maleinoid malella maleness malengine maleo maleruption malesherbiaceous malevolence malevolency malevolent malevolently malexecution malfeasance malfeasant malfed malformation malformed malfortune malfunction malgovernment malgrace malguzar malguzari malhonest malhygiene mali malic malice maliceful maliceproof malicho malicious maliciously maliciousness malicorium malidentification maliferous maliform malign malignance malignancy malignant malignantly malignation maligner malignify malignity malignly malignment malik malikadna malikala malikana maline malines malinfluence malinger malingerer malingery malinowskite malinstitution malinstruction malintent malism malison malist malistic malkin mall malladrite mallangong mallard mallardite malleability malleabilization malleable malleableize malleableized malleableness malleablize malleal mallear malleate malleation mallee malleiferous malleiform mallein malleinization malleinize mallemaroking mallemuck malleoincudal malleolable malleolar malleolus mallet malleus mallophagan mallophagous malloseismic mallow mallowwort mallum mallus malm malmignatte malmsey malmstone malmy malnourished malnourishment malnutrite malnutrition malo malobservance malobservation maloccluded malocclusion malodor malodorant malodorous malodorously malodorousness malojilla malonate malonic malonyl malonylurea maloperation malorganization malorganized malouah malpais malpighiaceous malplaced malpoise malposed malposition malpractice malpractioner malpraxis malpresentation malproportion malproportioned malpropriety malpublication malreasoning malrotation malshapen malt maltable maltase malter maltha malthouse maltiness malting maltman maltobiose maltodextrin maltodextrine maltolte maltose maltreat maltreatment maltreator maltster malturned maltworm malty malunion malurine malvaceous malvasia malvasian malversation malverse malvoisie malvolition mamba mambo mameliere mamelonation mameluco mamlatdar mamma mammal mammalgia mammalian mammaliferous mammality mammalogical mammalogist mammalogy mammary mammate mammectomy mammee mammer mammiferous mammiform mammilla mammillaplasty mammillar mammillary mammillate mammillated mammillation mammilliform mammilloid mammitis mammock mammogen mammogenic mammogenically mammon mammondom mammoniacal mammonish mammonism mammonist mammonistic mammonite mammonitish mammonization mammonize mammonolatry mammoth mammothrept mammula mammular mammy mamo man mana manacle manage manageability manageable manageableness manageably managee manageless management managemental manager managerdom manageress managerial managerially managership managery manaism manakin manal manas manatee manatine manatoid manavel manavelins manbird manbot manche manchet manchineel mancinism mancipable mancipant mancipate mancipation mancipative mancipatory mancipee mancipium manciple mancipleship mancipular mancono mancus mand mandala mandament mandamus mandant mandarah mandarin mandarinate mandarindom mandariness mandarinic mandarinism mandarinize mandarinship mandatary mandate mandatee mandation mandative mandator mandatorily mandatory mandatum mandelate mandelic mandible mandibula mandibular mandibulary mandibulate mandibulated mandibuliform mandibulohyoid mandibulomaxillary mandibulopharyngeal mandibulosuspensorial mandil mandilion mandola mandolin mandolinist mandolute mandom mandora mandore mandra mandragora mandrake mandrel mandriarch mandrill mandrin mandruka mandua manducable manducate manducation manducatory mandyas mane maned manege manei maneless manent manerial manes manesheet maness maneuver maneuverability maneuverable maneuverer maneuvrability maneuvrable maney manful manfully manfulness mang manga mangabeira mangabey mangal manganapatite manganate manganblende manganbrucite manganeisen manganese manganesian manganetic manganhedenbergite manganic manganiferous manganite manganium manganize manganocalcite manganocolumbite manganophyllite manganosiderite manganosite manganostibiite manganotantalite manganous manganpectolite mange mangeao mangel mangelin manger mangerite mangi mangily manginess mangle mangleman mangler mangling manglingly mango mangona mangonel mangonism mangonization mangonize mangosteen mangrass mangrate mangrove mangue mangy manhandle manhead manhole manhood mani mania maniable maniac maniacal maniacally manic manicate manichord manicole manicure manicurist manid manienie manifest manifestable manifestant manifestation manifestational manifestationist manifestative manifestatively manifested manifestedness manifester manifestive manifestly manifestness manifesto manifold manifolder manifoldly manifoldness manifoldwise maniform manify manikin manikinism manila manilla manille manioc maniple manipulable manipular manipulatable manipulate manipulation manipulative manipulatively manipulator manipulatory manism manist manistic manito manitrunk maniu manjak mank mankeeper mankin mankind manless manlessly manlessness manlet manlihood manlike manlikely manlikeness manlily manliness manling manly manna mannan mannequin manner mannerable mannered mannerhood mannering mannerism mannerist manneristic manneristical manneristically mannerize mannerless mannerlessness mannerliness mannerly manners mannersome manness mannide mannie manniferous mannify mannikinism manning mannish mannishly mannishness mannite mannitic mannitol mannitose mannoheptite mannoheptitol mannoheptose mannoketoheptose mannonic mannosan mannose manny mano manoc manograph manometer manometric manometrical manometry manomin manor manorial manorialism manorialize manorship manoscope manostat manostatic manque manred manrent manroot manrope mansard mansarded manscape manse manservant manship mansion mansional mansionary mansioned mansioneer mansionry manslaughter manslaughterer manslaughtering manslaughterous manslayer manslaying manso mansonry manstealer manstealing manstopper manstopping mansuete mansuetely mansuetude mant manta mantal manteau mantel mantelet manteline mantelletta mantellone mantelpiece mantelshelf manteltree manter mantes mantevil mantic manticism manticore mantid mantilla mantis mantispid mantissa mantistic mantle mantled mantlet mantling manto mantoid mantologist mantology mantra mantrap mantua mantuamaker mantuamaking manual manualii manualism manualist manualiter manually manuao manubrial manubriated manubrium manucaption manucaptor manucapture manucode manucodiata manuduce manuduction manuductor manuductory manufactory manufacturable manufactural manufacture manufacturer manufacturess manuka manul manuma manumea manumisable manumission manumissive manumit manumitter manumotive manurable manurage manurance manure manureless manurer manurial manurially manus manuscript manuscriptal manuscription manuscriptural manusina manustupration manutagi manward manwards manway manweed manwise many manyberry manyfold manyness manyplies manyroot manyways manywhere manywise manzana manzanilla manzanillo manzanita manzil mao maomao map mapach mapau maphrian mapland maple maplebush mapo mappable mapper mappist mappy mapwise maquahuitl maquette maqui maquis mar marabotin marabou marabuto maraca maracan maracock marae marajuana marakapas maral maranatha marang marantaceous marantic marara mararie marasca maraschino marasmic marasmoid marasmous marasmus marathon marathoner marattiaceous maraud marauder maravedi marbelize marble marbled marblehead marbleheader marblehearted marbleization marbleize marbleizer marblelike marbleness marbler marbles marblewood marbling marblish marbly marbrinus marc marcantant marcasite marcasitic marcasitical marcel marceline marcella marceller marcello marcescence marcescent marcgraviaceous march marchantiaceous marcher marchetto marchioness marchite marchland marchman marchpane marcid marco marconi marconigram marconigraph marconigraphy marcor marcottage mardy mare mareblob marechal marekanite maremma maremmatic maremmese marengo marennin marfire margarate margaric margarin margarine margarita margaritaceous margarite margaritiferous margaritomancy margarodid margarodite margarosanite margay marge margeline margent margin marginal marginalia marginality marginalize marginally marginate marginated margination margined marginelliform marginiform margining marginirostral marginoplasty margosa margravate margrave margravely margravial margraviate margravine marguerite marhala maria marialite maricolous marid mariengroschen marigenous marigold marigram marigraph marigraphic marijuana marikina marimba marimonda marina marinade marinate marinated marine mariner marinheiro marinist marinorama mariola marionette mariposite maris marish marishness maritage marital maritality maritally mariticidal mariticide maritime maritorious mariupolite marjoram mark marka markdown marked markedly markedness marker market marketability marketable marketableness marketably marketeer marketer marketing marketman marketstead marketwise markfieldite markhor marking markka markless markman markmoot markshot marksman marksmanly marksmanship markswoman markup markweed markworthy marl marlaceous marlberry marled marler marli marlin marline marlinespike marlite marlitic marllike marlock marlpit marly marm marmalade marmalady marmarization marmarize marmarosis marmatite marmelos marmennill marmit marmite marmolite marmoraceous marmorate marmorated marmoration marmoreal marmoreally marmorean marmoric marmose marmoset marmot maro marocain marok maroon marooner maroquin marplot marplotry marque marquee marquess marquetry marquis marquisal marquisate marquisdom marquise marquisette marquisina marquisotte marquisship marquito marranism marranize marrano marree marrer marriable marriage marriageability marriageable marriageableness marriageproof married marrier marron marrot marrow marrowbone marrowed marrowfat marrowish marrowless marrowlike marrowsky marrowskyer marrowy marry marryer marrying marrymuffe marseilles marsh marshal marshalate marshalcy marshaler marshaless marshalman marshalment marshalship marshberry marshbuck marshfire marshflower marshiness marshite marshland marshlander marshlike marshlocks marshman marshwort marshy marsileaceous marsipobranch marsipobranchiate marsoon marsupial marsupialian marsupialization marsupialize marsupian marsupiate marsupium mart martagon martel marteline martellate martellato marten martensite martensitic martext martial martialism martiality martialization martialize martially martialness martin martinet martineta martinetish martinetishness martinetism martinetship martingale martinico martinoe martite martlet martyniaceous martyr martyrdom martyress martyrium martyrization martyrize martyrizer martyrlike martyrly martyrolatry martyrologic martyrological martyrologist martyrologistic martyrologium martyrology martyrship martyry maru marvel marvelment marvelous marvelously marvelousness marvelry marver mary marybud marysole marzipan mas masa masaridid mascagnine mascagnite mascally mascara mascaron mascled mascleless mascot mascotism mascotry mascularity masculate masculation masculine masculinely masculineness masculinism masculinist masculinity masculinization masculinize masculist masculofeminine masculonucleus masculy masdeu mash masha mashal mashallah mashelton masher mashie mashing mashman mashru mashy masjid mask masked maskelynite masker maskette maskflower masklike maskoid maslin masochism masochist masochistic mason masoned masoner masonic masonite masonry masonwork masooka masoola masque masquer masquerade masquerader mass massa massacre massacrer massage massager massageuse massagist massaranduba massasauga masse massebah massecuite massedly massedness massel masser masseter masseteric masseur masseuse massicot massier massiest massif massily massiness massive massively massiveness massivity masskanne massless masslike massotherapy massoy massula massy mast mastaba mastadenitis mastadenoma mastage mastalgia mastatrophia mastatrophy mastauxe mastax mastectomy masted master masterable masterate masterdom masterer masterful masterfully masterfulness masterhood masterless masterlessness masterlike masterlily masterliness masterling masterly masterman mastermind masterous masterpiece masterproof mastership masterwork masterwort mastery mastful masthead masthelcosis mastic masticability masticable masticate mastication masticator masticatory mastiche masticic masticurous mastiff mastigate mastigium mastigobranchia mastigobranchial mastigophoran mastigophoric mastigophorous mastigopod mastigopodous mastigote mastigure masting mastitis mastless mastlike mastman mastocarcinoma mastoccipital mastochondroma mastochondrosis mastodon mastodonsaurian mastodont mastodontic mastodontine mastodontoid mastodynia mastoid mastoidal mastoidale mastoideal mastoidean mastoidectomy mastoideocentesis mastoideosquamous mastoiditis mastoidohumeral mastoidohumeralis mastoidotomy mastological mastologist mastology mastomenia mastoncus mastooccipital mastoparietal mastopathy mastopexy mastoplastia mastorrhagia mastoscirrhus mastosquamose mastotomy mastotympanic masturbate masturbation masturbational masturbator masturbatory mastwood masty masu masurium mat matachin matachina mataco matadero matador mataeological mataeologue mataeology matagory matagouri matai matajuelo matalan matamata matamoro matanza matapan matapi matara matax matboard match matchable matchableness matchably matchboard matchboarding matchbook matchbox matchcloth matchcoat matcher matching matchless matchlessly matchlessness matchlock matchmaker matchmaking matchmark matchsafe matchstick matchwood matchy mate mategriffon matehood mateless matelessness matelote mately mater materfamilias material materialism materialist materialistic materialistical materialistically materiality materialization materialize materializee materializer materially materialman materialness materiate materiation materiel maternal maternality maternalize maternally maternalness maternity maternology mateship matey matezite matfelon matgrass math mathematic mathematical mathematically mathematicals mathematician mathematicize mathematics mathematize mathemeg mathes mathesis mathetic matico matildite matin matinal matinee mating matins matipo matka matless matlockite matlow matmaker matmaking matra matral matranee matrass matreed matriarch matriarchal matriarchalism matriarchate matriarchic matriarchist matriarchy matric matrical matrices matricidal matricide matricula matriculable matriculant matricular matriculate matriculation matriculator matriculatory matriheritage matriherital matrilineal matrilineally matrilinear matrilinearism matriliny matrilocal matrimonial matrimonially matrimonious matrimoniously matrimony matriotism matripotestal matris matrix matroclinic matroclinous matrocliny matron matronage matronal matronhood matronism matronize matronlike matronliness matronly matronship matronymic matross matsu matsuri matta mattamore mattaro mattboard matte matted mattedly mattedness matter matterate matterative matterful matterfulness matterless mattery matti matting mattock mattoid mattoir mattress mattulla maturable maturate maturation maturative mature maturely maturement matureness maturer maturescence maturescent maturing maturish maturity matutinal matutinally matutinary matutine matutinely matweed maty matzo matzoon matzos matzoth mau maucherite maud maudle maudlin maudlinism maudlinize maudlinly maudlinwort mauger maugh maul mauler mauley mauling maulstick maumet maumetry maun maund maunder maunderer maundful maundy maunge mausolea mausoleal mausolean mausoleum mauther mauve mauveine mauvette mauvine maux maverick mavis mavournin mavrodaphne maw mawbound mawk mawkish mawkishly mawkishness mawky mawp maxilla maxillar maxillary maxilliferous maxilliform maxilliped maxillipedary maxillodental maxillofacial maxillojugal maxillolabial maxillomandibular maxillopalatal maxillopalatine maxillopharyngeal maxillopremaxillary maxilloturbinal maxillozygomatic maxim maxima maximal maximally maximate maximation maximed maximist maximistic maximite maximization maximize maximizer maximum maximus maxixe maxwell may maya mayacaceous maybe maybush maycock mayday mayfish mayhap mayhappen mayhem maynt mayonnaise mayor mayoral mayoralty mayoress mayorship maypop maysin mayten mayweed maza mazalgia mazame mazapilite mazard mazarine maze mazed mazedly mazedness mazeful mazement mazer mazic mazily maziness mazocacothesis mazodynia mazolysis mazolytic mazopathia mazopathic mazopexy mazuca mazuma mazurka mazut mazy mazzard mbalolo mbori me meable meaching mead meader meadow meadowbur meadowed meadower meadowing meadowink meadowland meadowless meadowsweet meadowwort meadowy meadsman meager meagerly meagerness meagre meak meal mealable mealberry mealer mealies mealily mealiness mealless mealman mealmonger mealmouth mealmouthed mealproof mealtime mealy mealymouth mealymouthed mealymouthedly mealymouthedness mealywing mean meander meanderingly meandrine meandriniform meandrite meandrous meaned meaner meaning meaningful meaningfully meaningless meaninglessly meaninglessness meaningly meaningness meanish meanly meanness meant meantone meanwhile mease measle measled measledness measles measlesproof measly measondue measurability measurable measurableness measurably measuration measure measured measuredly measuredness measureless measurelessly measurelessness measurely measurement measurer measuring meat meatal meatbird meatcutter meated meathook meatily meatiness meatless meatman meatometer meatorrhaphy meatoscope meatoscopy meatotome meatotomy meatus meatworks meaty mecate mechanal mechanality mechanalize mechanic mechanical mechanicalism mechanicalist mechanicality mechanicalization mechanicalize mechanically mechanicalness mechanician mechanicochemical mechanicocorpuscular mechanicointellectual mechanicotherapy mechanics mechanism mechanist mechanistic mechanistically mechanization mechanize mechanizer mechanolater mechanology mechanomorphic mechanomorphism mechanotherapeutic mechanotherapeutics mechanotherapist mechanotherapy mechoacan meckelectomy mecodont mecometer mecometry mecon meconic meconidium meconin meconioid meconium meconology meconophagism meconophagist mecopteran mecopteron mecopterous medal medaled medalet medalist medalize medallary medallic medallically medallion medallionist meddle meddlecome meddlement meddler meddlesome meddlesomely meddlesomeness meddling meddlingly media mediacid mediacy mediad mediaevalize mediaevally medial medialization medialize medialkaline medially median medianic medianimic medianimity medianism medianity medianly mediant mediastinal mediastine mediastinitis mediastinotomy mediastinum mediate mediately mediateness mediating mediatingly mediation mediative mediatization mediatize mediator mediatorial mediatorialism mediatorially mediatorship mediatory mediatress mediatrice mediatrix medic medicable medical medically medicament medicamental medicamentally medicamentary medicamentation medicamentous medicaster medicate medication medicative medicator medicatory medicinable medicinableness medicinal medicinally medicinalness medicine medicinelike medicinemonger mediciner medico medicobotanical medicochirurgic medicochirurgical medicodental medicolegal medicolegally medicomania medicomechanic medicomechanical medicomoral medicophysical medicopsychological medicopsychology medicostatistic medicosurgical medicotopographic medicozoologic mediety medieval medievalism medievalist medievalistic medievalize medievally medifixed mediglacial medimn medimno medimnos medimnus medino medio medioanterior mediocarpal medioccipital mediocre mediocrist mediocrity mediocubital mediodepressed mediodigital mediodorsal mediodorsally mediofrontal mediolateral mediopalatal mediopalatine mediopassive mediopectoral medioperforate mediopontine medioposterior mediosilicic mediostapedial mediotarsal medioventral medisance medisect medisection meditant meditate meditating meditatingly meditation meditationist meditatist meditative meditatively meditativeness meditator mediterranean mediterraneous medithorax meditullium medium mediumism mediumistic mediumization mediumize mediumship medius medjidie medlar medley medregal medrick medrinaque medulla medullar medullary medullate medullated medullation medullispinal medullitis medullization medullose medusal medusalike medusan medusiferous medusiform medusoid meebos meece meed meedless meek meeken meekhearted meekheartedness meekling meekly meekness meered meerkat meerschaum meese meet meetable meeten meeter meeterly meethelp meethelper meeting meetinger meetinghouse meetly meetness megabar megacephalia megacephalic megacephaly megacerine megacerotine megachilid megachiropteran megachiropterous megacolon megacosm megacoulomb megacycle megadont megadynamics megadyne megaerg megafarad megafog megagamete megagametophyte megajoule megakaryocyte megaleme megalerg megalesthete megalethoscope megalith megalithic megaloblast megaloblastic megalocardia megalocarpous megalocephalia megalocephalic megalocephalous megalocephaly megalochirous megalocornea megalocyte megalocytosis megalodactylia megalodactylism megalodactylous megalodont megalodontia megaloenteron megalogastria megaloglossia megalograph megalography megalohepatia megalokaryocyte megalomania megalomaniac megalomaniacal megalomelia megalopa megalopenis megalophonic megalophonous megalophthalmus megalopia megalopic megalopine megaloplastocyte megalopolis megalopolitan megalopolitanism megalopore megalops megalopsia megalosaur megalosaurian megalosauroid megaloscope megaloscopy megalosphere megalospheric megalosplenia megalosyndactyly megaloureter megamastictoral megamere megameter megampere meganucleus megaparsec megaphone megaphonic megaphotographic megaphotography megaphyllous megapod megapode megaprosopous megapterine megaron megasclere megascleric megasclerous megasclerum megascope megascopic megascopical megascopically megaseism megaseismic megaseme megasporange megasporangium megaspore megasporic megasporophyll megasynthetic megathere megatherian megatherine megatherioid megatherm megathermic megatheroid megaton megatype megatypy megavolt megawatt megaweber megazooid megazoospore megerg megilp megmho megohm megohmit megohmmeter megophthalmus megotalc megrim megrimish mehalla mehari meharist mehmandar mehtar mehtarship meile mein meinie meio meiobar meionite meiophylly meiosis meiotaxy meiotic meith meizoseismal meizoseismic mejorana mekometer mel mela melaconite melada meladiorite melagabbro melagra melagranite melalgia melam melamed melamine melampodium melampyritol melanagogal melanagogue melancholia melancholiac melancholic melancholically melancholily melancholiness melancholious melancholiously melancholiousness melancholish melancholist melancholize melancholomaniac melancholy melancholyish melanconiaceous melanemia melanemic melange melanger melangeur melanian melanic melaniferous melanilin melaniline melanin melanism melanistic melanite melanitic melanize melano melanoblast melanocarcinoma melanocerite melanochroite melanochroous melanocomous melanocrate melanocratic melanocyte melanoderma melanodermia melanodermic melanogen melanoid melanoidin melanoma melanopathia melanopathy melanophore melanoplakia melanorrhagia melanorrhea melanosarcoma melanosarcomatosis melanoscope melanose melanosed melanosis melanosity melanospermous melanotekite melanotic melanotrichous melanous melanterite melanthaceous melanure melanuresis melanuria melanuric melaphyre melasma melasmic melassigenic melastomaceous melastomad melatope melaxuma melch meld melder meldometer meldrop mele meleagrine melebiose melee melena melene melenic melezitase melezitose meliaceous melianthaceous meliatin melibiose melic melicera meliceric meliceris melicerous melichrous melicitose melicraton melilite melilitite melilot meline melinite meliorability meliorable meliorant meliorate meliorater melioration meliorative meliorator meliorism meliorist melioristic meliority meliphagan meliphagidan meliphagous meliphanite meliponine melisma melismatic melismatics melissyl melissylic melitemia melithemia melitis melitose melitriose melittologist melittology melituria melituric mell mellaginous mellate mellay melleous meller melliferous mellificate mellification mellifluence mellifluent mellifluently mellifluous mellifluously mellifluousness mellimide mellisonant mellisugent mellit mellitate mellite mellitic mellivorous mellon mellonides mellophone mellow mellowly mellowness mellowy mellsman melocoton melodeon melodia melodial melodially melodic melodica melodically melodicon melodics melodiograph melodion melodious melodiously melodiousness melodism melodist melodize melodizer melodram melodrama melodramatic melodramatical melodramatically melodramaticism melodramatics melodramatist melodramatize melodrame melody melodyless meloe melogram melograph melographic meloid melologue melolonthidan melolonthine melomane melomania melomaniac melomanic melon meloncus melongena melongrower melonist melonite melonlike melonmonger melonry melophone melophonic melophonist melopiano meloplast meloplastic meloplasty melopoeia melopoeic melos melosa melotragedy melotragic melotrope melt meltability meltable meltage melted meltedness melteigite melter melters melting meltingly meltingness melton mem member membered memberless membership membracid membracine membral membrally membrana membranaceous membranaceously membranate membrane membraned membraneless membranelike membranelle membraneous membraniferous membraniform membranin membranocalcareous membranocartilaginous membranocoriaceous membranocorneous membranogenic membranoid membranology membranonervous membranosis membranous membranously membranula membranule membretto memento meminna memo memoir memoirism memoirist memorabilia memorability memorable memorableness memorably memoranda memorandist memorandize memorandum memorative memoria memorial memorialist memorialization memorialize memorializer memorially memoried memorious memorist memorizable memorization memorize memorizer memory memoryless men menaccanite menaccanitic menace menaceable menaceful menacement menacer menacing menacingly menacme menadione menage menagerie menagerist menald menarche mend mendable mendacious mendaciously mendaciousness mendacity mendee mendelyeevite mender mendicancy mendicant mendicate mendication mendicity mending mendipite mendole mendozite mends meneghinite menfolk meng menhaden menhir menial menialism meniality menially menilite meningeal meninges meningic meningina meningism meningitic meningitis meningocele meningocephalitis meningocerebritis meningococcal meningococcemia meningococcic meningococcus meningocortical meningoencephalitis meningoencephalocele meningomalacia meningomyclitic meningomyelitis meningomyelocele meningomyelorrhaphy meningorachidian meningoradicular meningorhachidian meningorrhagia meningorrhea meningorrhoea meningosis meningospinal meningotyphoid meninting meninx meniscal meniscate menisciform meniscitis meniscoid meniscoidal meniscus menisperm menispermaceous menispermine menkind mennom menognath menognathous menologium menology menometastasis menopausal menopause menopausic menophania menoplania menorhynchous menorrhagia menorrhagic menorrhagy menorrhea menorrheic menorrhoea menorrhoeic menoschesis menoschetic menosepsis menostasia menostasis menostatic menostaxis menotyphlic menoxenia mensa mensal mensalize mense menseful menseless menses mensk menstrual menstruant menstruate menstruation menstruous menstruousness menstruum mensual mensurability mensurable mensurableness mensurably mensural mensuralist mensurate mensuration mensurational mensurative mentagra mental mentalis mentalism mentalist mentalistic mentality mentalization mentalize mentally mentary mentation menthaceous menthadiene menthane menthene menthenol menthenone menthol mentholated menthone menthyl menticide menticultural menticulture mentiferous mentiform mentigerous mentimeter mentimutation mention mentionability mentionable mentionless mentoanterior mentobregmatic mentocondylial mentohyoid mentolabial mentomeckelian mentonniere mentoposterior mentor mentorial mentorism mentorship mentum menu meny menyie menzie mephitic mephitical mephitine mephitis mephitism meralgia meraline merbaby mercal mercantile mercantilely mercantilism mercantilist mercantilistic mercantility mercaptal mercaptan mercaptides mercaptids mercapto mercaptol mercaptole mercatorial mercenarily mercenariness mercenary mercer merceress mercerization mercerize mercerizer mercership mercery merch merchandisable merchandise merchandiser merchant merchantable merchantableness merchanter merchanthood merchantish merchantlike merchantly merchantman merchantry merchantship merchet merciful mercifully mercifulness merciless mercilessly mercilessness merciment mercurate mercuration mercurial mercurialism mercuriality mercurialization mercurialize mercurially mercurialness mercuriamines mercuriammonium mercuriate mercuric mercuride mercurification mercurify mercurization mercurize mercurophen mercurous mercy mercyproof merdivorous mere merel merely merenchyma merenchymatous meresman merestone meretricious meretriciously meretriciousness meretrix merfold merfolk merganser merge mergence merger mergh meriah mericarp merice meridian meridional meridionality meridionally meril meringue meringued meriquinoid meriquinoidal meriquinone meriquinonic meriquinonoid merism merismatic merismoid merist meristele meristelic meristem meristematic meristematically meristic meristically meristogenous merit meritable merited meritedly meriter meritful meritless meritmonger meritmongering meritmongery meritorious meritoriously meritoriousness merk merkhet merkin merl merle merlette merlin merlon mermaid mermaiden merman mermithaner mermithergate mermithization mermithized mermithogyne mermother mero meroblastic meroblastically merocele merocelic merocerite meroceritic merocrystalline merocyte merogamy merogastrula merogenesis merogenetic merogenic merognathite merogonic merogony merohedral merohedric merohedrism meroistic meromorphic meromyarian merop meropia meropidan meroplankton meroplanktonic meropodite meropoditic merorganization merorganize meros merosomal merosomatous merosome merosthenic merostomatous merostome merostomous merosymmetrical merosymmetry merosystematic merotomize merotomy merotropism merotropy meroxene merozoite merpeople merribauks merribush merriless merrily merriment merriness merrow merry merrymake merrymaker merrymaking merryman merrymeeting merrythought merrytrotter merrywing merse meruline merulioid merveileux merwinite merwoman merycism merycismus mesa mesabite mesaconate mesaconic mesad mesadenia mesail mesal mesalike mesally mesameboid mesange mesaortitis mesaraic mesaraical mesarch mesarteritic mesarteritis mesaticephal mesaticephali mesaticephalic mesaticephalism mesaticephalous mesaticephaly mesatipellic mesatipelvic mesatiskelic mesaxonic mescal mescaline mescalism mesdames mese mesectoderm mesem mesembryo mesembryonic mesencephalic mesencephalon mesenchyma mesenchymal mesenchymatal mesenchymatic mesenchymatous mesenchyme mesendoderm mesenna mesenterial mesenteric mesenterical mesenterically mesenteriform mesenteriolum mesenteritic mesenteritis mesenteron mesenteronic mesentery mesentoderm mesepimeral mesepimeron mesepisternal mesepisternum mesepithelial mesepithelium mesethmoid mesethmoidal mesh meshed meshrabiyeh meshwork meshy mesiad mesial mesially mesian mesic mesically mesilla mesiobuccal mesiocervical mesioclusion mesiodistal mesiodistally mesiogingival mesioincisal mesiolabial mesiolingual mesion mesioocclusal mesiopulpal mesioversion mesitite mesityl mesitylene mesitylenic mesmerian mesmeric mesmerical mesmerically mesmerism mesmerist mesmerite mesmerizability mesmerizable mesmerization mesmerize mesmerizee mesmerizer mesmeromania mesmeromaniac mesnality mesnalty mesne meso mesoappendicitis mesoappendix mesoarial mesoarium mesobar mesobenthos mesoblast mesoblastema mesoblastemic mesoblastic mesobranchial mesobregmate mesocaecal mesocaecum mesocardia mesocardium mesocarp mesocentrous mesocephal mesocephalic mesocephalism mesocephalon mesocephalous mesocephaly mesochilium mesochondrium mesochroic mesocoele mesocoelian mesocoelic mesocolic mesocolon mesocoracoid mesocranial mesocratic mesocuneiform mesode mesoderm mesodermal mesodermic mesodic mesodisilicic mesodont mesofurca mesofurcal mesogaster mesogastral mesogastric mesogastrium mesogloea mesogloeal mesognathic mesognathion mesognathism mesognathous mesognathy mesogyrate mesohepar mesokurtic mesolabe mesole mesolecithal mesolimnion mesolite mesolithic mesologic mesological mesology mesomere mesomeric mesomerism mesometral mesometric mesometrium mesomorph mesomorphic mesomorphous mesomorphy mesomyodian mesomyodous meson mesonasal mesonephric mesonephridium mesonephritic mesonephros mesonic mesonotal mesonotum mesoparapteral mesoparapteron mesopectus mesoperiodic mesopetalum mesophile mesophilic mesophilous mesophragm mesophragma mesophragmal mesophryon mesophyll mesophyllous mesophyllum mesophyte mesophytic mesophytism mesopic mesoplankton mesoplanktonic mesoplast mesoplastic mesoplastral mesoplastron mesopleural mesopleuron mesoplodont mesopodial mesopodiale mesopodium mesopotamia mesopotamic mesoprescutal mesoprescutum mesoprosopic mesopterygial mesopterygium mesopterygoid mesorchial mesorchium mesorectal mesorectum mesorrhin mesorrhinal mesorrhinian mesorrhinism mesorrhinium mesorrhiny mesosalpinx mesosaur mesoscapula mesoscapular mesoscutal mesoscutellar mesoscutellum mesoscutum mesoseismal mesoseme mesosiderite mesosigmoid mesoskelic mesosoma mesosomatic mesosome mesosperm mesospore mesosporic mesosporium mesostasis mesosternal mesosternebra mesosternebral mesosternum mesostethium mesostomid mesostyle mesostylous mesosuchian mesotarsal mesotartaric mesothelial mesothelium mesotherm mesothermal mesothesis mesothet mesothetic mesothetical mesothoracic mesothoracotheca mesothorax mesothorium mesotonic mesotroch mesotrocha mesotrochal mesotrochous mesotron mesotropic mesotympanic mesotype mesovarian mesovarium mesoventral mesoventrally mesoxalate mesoxalic mesoxalyl mesozoan mespil mesquite mess message messagery messaline messan messe messelite messenger messengership messer messet messianically messieurs messily messin messiness messing messman messmate messor messroom messrs messtin messuage messy mestee mester mestiza mestizo mestome mesymnion met meta metabasis metabasite metabatic metabiological metabiology metabiosis metabiotic metabiotically metabismuthic metabisulphite metabletic metabola metabole metabolian metabolic metabolism metabolite metabolizable metabolize metabolon metabolous metaboly metaborate metaboric metabranchial metabrushite metabular metacarpal metacarpale metacarpophalangeal metacarpus metacenter metacentral metacentric metacentricity metachemic metachemistry metachlamydeous metachromasis metachromatic metachromatin metachromatinic metachromatism metachrome metachronism metachrosis metacinnabarite metacism metacismus metaclase metacneme metacoele metacoelia metaconal metacone metaconid metaconule metacoracoid metacrasis metacresol metacromial metacromion metacryst metacyclic metacymene metad metadiabase metadiazine metadiorite metadiscoidal metadromous metafluidal metaformaldehyde metafulminuric metagalactic metagalaxy metagaster metagastric metagastrula metage metagelatin metagenesis metagenetic metagenetically metagenic metageometer metageometrical metageometry metagnath metagnathism metagnathous metagnomy metagnostic metagnosticism metagram metagrammatism metagrammatize metagraphic metagraphy metahewettite metahydroxide metaigneous metainfective metakinesis metakinetic metal metalammonium metalanguage metalbumin metalcraft metaldehyde metalepsis metaleptic metaleptical metaleptically metaler metaline metalined metaling metalinguistic metalinguistics metalism metalist metalization metalize metallary metalleity metallic metallical metallically metallicity metallicize metallicly metallics metallide metallifacture metalliferous metallification metalliform metallify metallik metalline metallism metallization metallize metallochrome metallochromy metallogenetic metallogenic metallogeny metallograph metallographer metallographic metallographical metallographist metallography metalloid metalloidal metallometer metallophone metalloplastic metallorganic metallotherapeutic metallotherapy metallurgic metallurgical metallurgically metallurgist metallurgy metalmonger metalogic metalogical metaloph metalorganic metaloscope metaloscopy metaluminate metaluminic metalware metalwork metalworker metalworking metalworks metamathematical metamathematics metamer metameral metamere metameric metamerically metameride metamerism metamerization metamerized metamerous metamery metamorphic metamorphism metamorphize metamorphopsia metamorphopsy metamorphosable metamorphose metamorphoser metamorphoses metamorphosian metamorphosic metamorphosical metamorphosis metamorphostical metamorphotic metamorphous metamorphy metanalysis metanauplius metanephric metanephritic metanephron metanephros metanepionic metanilic metanitroaniline metanomen metanotal metanotum metantimonate metantimonic metantimonious metantimonite metantimonous metanym metaorganism metaparapteral metaparapteron metapectic metapectus metapepsis metapeptone metaperiodic metaphase metaphenomenal metaphenomenon metaphenylene metaphenylenediamin metaphenylenediamine metaphloem metaphonical metaphonize metaphony metaphor metaphoric metaphorical metaphorically metaphoricalness metaphorist metaphorize metaphosphate metaphosphoric metaphosphorous metaphragm metaphragmal metaphrase metaphrasis metaphrast metaphrastic metaphrastical metaphrastically metaphyseal metaphysic metaphysical metaphysically metaphysician metaphysicianism metaphysicist metaphysicize metaphysicous metaphysics metaphysis metaphyte metaphytic metaphyton metaplasia metaplasis metaplasm metaplasmic metaplast metaplastic metapleural metapleure metapleuron metaplumbate metaplumbic metapneumonic metapneustic metapodial metapodiale metapodium metapolitic metapolitical metapolitician metapolitics metapophyseal metapophysial metapophysis metapore metapostscutellar metapostscutellum metaprescutal metaprescutum metaprotein metapsychic metapsychical metapsychics metapsychism metapsychist metapsychological metapsychology metapsychosis metapterygial metapterygium metapterygoid metarabic metarhyolite metarossite metarsenic metarsenious metarsenite metasaccharinic metascutal metascutellar metascutellum metascutum metasedimentary metasilicate metasilicic metasoma metasomal metasomasis metasomatic metasomatism metasomatosis metasome metasperm metaspermic metaspermous metastability metastable metastannate metastannic metastasis metastasize metastatic metastatical metastatically metasternal metasternum metasthenic metastibnite metastigmate metastoma metastome metastrophe metastrophic metastyle metatantalic metatarsal metatarsale metatarse metatarsophalangeal metatarsus metatatic metatatically metataxic metate metathalamus metatheology metatherian metatheses metathesis metathetic metathetical metathetically metathoracic metathorax metatitanate metatitanic metatoluic metatoluidine metatracheal metatrophic metatungstic metatype metatypic metavanadate metavanadic metavauxite metavoltine metaxenia metaxite metaxylem metaxylene metayer metazoal metazoan metazoea metazoic metazoon mete metel metempiric metempirical metempirically metempiricism metempiricist metempirics metempsychic metempsychosal metempsychose metempsychoses metempsychosical metempsychosis metempsychosize metemptosis metencephalic metencephalon metensarcosis metensomatosis metenteron metenteronic meteogram meteograph meteor meteorgraph meteoric meteorical meteorically meteorism meteorist meteoristic meteorital meteorite meteoritic meteoritics meteorization meteorize meteorlike meteorogram meteorograph meteorographic meteorography meteoroid meteoroidal meteorolite meteorolitic meteorologic meteorological meteorologically meteorologist meteorology meteorometer meteoroscope meteoroscopy meteorous metepencephalic metepencephalon metepimeral metepimeron metepisternal metepisternum meter meterage metergram meterless meterman metership metestick metewand meteyard methacrylate methacrylic methadone methanal methanate methane methanoic methanolysis methanometer metheglin methemoglobin methemoglobinemia methemoglobinuria methenamine methene methenyl mether methid methide methine methinks methiodide methionic methionine methobromide method methodaster methodeutic methodic methodical methodically methodicalness methodics methodism methodist methodization methodize methodizer methodless methodological methodologically methodologist methodology methought methoxide methoxychlor methoxyl methronic methyl methylacetanilide methylal methylamine methylaniline methylanthracene methylate methylation methylator methylcholanthrene methylene methylenimine methylenitan methylethylacetic methylglycine methylglycocoll methylglyoxal methylic methylmalonic methylnaphthalene methylol methylolurea methylosis methylotic methylpentose methylpentoses methylpropane methylsulfanol metic meticulosity meticulous meticulously meticulousness metier metis metochous metochy metoestrous metoestrum metonym metonymic metonymical metonymically metonymous metonymously metonymy metope metopic metopion metopism metopomancy metopon metoposcopic metoposcopical metoposcopist metoposcopy metosteal metosteon metoxazine metoxenous metoxeny metra metralgia metranate metranemia metratonia metrectasia metrectatic metrectomy metrectopia metrectopic metrectopy metreless metreship metreta metrete metretes metria metric metrical metrically metrician metricism metricist metricize metrics metrification metrifier metrify metriocephalic metrist metritis metrocampsis metrocarat metrocarcinoma metrocele metroclyst metrocolpocele metrocracy metrocratic metrocystosis metrodynia metrofibroma metrological metrologist metrologue metrology metrolymphangitis metromalacia metromalacoma metromalacosis metromania metromaniac metromaniacal metrometer metroneuria metronome metronomic metronomical metronomically metronymic metronymy metroparalysis metropathia metropathic metropathy metroperitonitis metrophlebitis metrophotography metropole metropolis metropolitan metropolitanate metropolitancy metropolitanism metropolitanize metropolitanship metropolite metropolitic metropolitical metropolitically metroptosia metroptosis metroradioscope metrorrhagia metrorrhagic metrorrhea metrorrhexis metrorthosis metrosalpingitis metrosalpinx metroscirrhus metroscope metroscopy metrostaxis metrostenosis metrosteresis metrostyle metrosynizesis metrotherapist metrotherapy metrotome metrotomy mettar mettle mettled mettlesome mettlesomely mettlesomeness metusia metze meuse meute mew meward mewer mewl mewler meyerhofferite mezcal mezereon mezereum mezuzah mezzanine mezzo mezzograph mezzotint mezzotinter mezzotinto mho mhometer mi miamia mian miaow miaower miargyrite miarolitic mias miaskite miasm miasma miasmal miasmata miasmatic miasmatical miasmatically miasmatize miasmatology miasmatous miasmic miasmology miasmous miaul miauler mib mica micaceous micacious micacite micasization micasize micate mication mice micellar micelle miche micher michigan miching micht mick mickle mico miconcave micramock micranatomy micrander micrandrous micraner micranthropos micrencephalia micrencephalic micrencephalous micrencephalus micrencephaly micrergate micresthete micrify micro microammeter microampere microanalysis microanalyst microanalytical microangstrom microapparatus microbal microbalance microbar microbarograph microbattery microbe microbeless microbeproof microbial microbian microbic microbicidal microbicide microbiologic microbiological microbiologically microbiologist microbiology microbion microbiosis microbiota microbiotic microbious microbism microbium microblast microblepharia microblepharism microblephary microbrachia microbrachius microburet microburette microburner microcaltrop microcardia microcardius microcarpous microcellular microcentrosome microcentrum microcephal microcephalia microcephalic microcephalism microcephalous microcephalus microcephaly microceratous microchaeta microcharacter microcheilia microcheiria microchemic microchemical microchemically microchemistry microchiria microchiropteran microchiropterous microchromosome microchronometer microcinema microcinematograph microcinematographic microcinematography microclastic microclimate microclimatic microclimatologic microclimatological microclimatology microcline microcnemia microcoat micrococcal microcoleoptera microcolon microcolorimeter microcolorimetric microcolorimetrically microcolorimetry microcolumnar microcombustion microconidial microconidium microconjugant microconstituent microcopy microcoria microcosm microcosmal microcosmian microcosmic microcosmical microcosmography microcosmology microcosmos microcosmus microcoulomb microcranous microcrith microcryptocrystalline microcrystal microcrystalline microcrystallogeny microcrystallography microcrystalloscopy microcurie microcyst microcyte microcythemia microcytosis microdactylia microdactylism microdactylous microdentism microdentous microdetection microdetector microdetermination microdiactine microdissection microdistillation microdont microdontism microdontous microdose microdrawing microdrive microelectrode microelectrolysis microelectroscope microelement microerg microestimation microeutaxitic microevolution microexamination microfarad microfauna microfelsite microfelsitic microfilaria microfilm microflora microfluidal microfoliation microfossil microfungus microfurnace microgalvanometer microgamete microgametocyte microgametophyte microgamy microgastria microgastrine microgeological microgeologist microgeology microgilbert microglia microglossia micrognathia micrognathic micrognathous microgonidial microgonidium microgram microgramme microgranite microgranitic microgranitoid microgranular microgranulitic micrograph micrographer micrographic micrographical micrographically micrographist micrography micrograver microgravimetric microgroove microgyne microgyria microhenry microhepatia microhistochemical microhistology microhm microhmmeter microhymenopteron microinjection microjoule microlepidopter microlepidoptera microlepidopteran microlepidopterist microlepidopteron microlepidopterous microleukoblast microlevel microlite microliter microlith microlithic microlitic micrologic micrological micrologically micrologist micrologue micrology microlux micromania micromaniac micromanipulation micromanipulator micromanometer micromazia micromeasurement micromechanics micromelia micromelic micromelus micromembrane micromeral micromere micromeric micromerism micromeritic micromeritics micromesentery micrometallographer micrometallography micrometallurgy micrometer micromethod micrometrical micrometrically micrometry micromicrofarad micromicron micromil micromillimeter micromineralogical micromineralogy micromorph micromotion micromotoscope micromyelia micromyeloblast micron micronization micronize micronometer micronuclear micronucleus micronutrient microorganic microorganism microorganismal micropaleontology micropantograph microparasite microparasitic micropathological micropathologist micropathology micropegmatite micropegmatitic micropenis microperthite microperthitic micropetalous micropetrography micropetrologist micropetrology microphage microphagocyte microphagous microphagy microphakia microphallus microphone microphonic microphonics microphonograph microphot microphotograph microphotographic microphotography microphotometer microphotoscope microphthalmia microphthalmic microphthalmos microphthalmus microphyllous microphysical microphysics microphysiography microphytal microphyte microphytic microphytology micropia micropin micropipette microplakite microplankton microplastocyte microplastometer micropodal micropodia micropoecilitic micropoicilitic micropoikilitic micropolariscope micropolarization micropore microporosity microporous microporphyritic microprint microprojector micropsia micropsy micropterism micropterous micropterygid micropterygious micropylar micropyle micropyrometer microradiometer microreaction microrefractometer microrhabdus microrheometer microrheometric microrheometrical microsaurian microsclere microsclerous microsclerum microscopal microscope microscopial microscopic microscopical microscopically microscopics microscopist microscopize microscopy microsecond microsection microseism microseismic microseismical microseismograph microseismology microseismometer microseismometrograph microseismometry microseme microseptum microsmatic microsmatism microsoma microsomatous microsome microsomia microsommite microspecies microspectroscope microspectroscopic microspectroscopy microspermous microsphaeric microsphere microspheric microspherulitic microsplanchnic microsplenia microsplenic microsporange microsporangium microspore microsporiasis microsporic microsporidian microsporophore microsporophyll microsporosis microsporous microstat microsthene microsthenic microstomatous microstome microstomia microstomous microstructural microstructure microstylospore microstylous microsublimation microtasimeter microtechnic microtechnique microtelephone microtelephonic microtheos microtherm microthermic microthorax microtia microtine microtitration microtome microtomic microtomical microtomist microtomy microtone microtypal microtype microtypical microvolt microvolume microvolumetric microwatt microwave microweber microzoa microzoal microzoan microzoaria microzoarian microzoary microzoic microzone microzooid microzoology microzoon microzoospore microzyma microzyme microzymian micrurgic micrurgical micrurgist micrurgy miction micturate micturition mid midafternoon midautumn midaxillary midbrain midday midden middenstead middle middlebreaker middlebuster middleman middlemanism middlemanship middlemost middler middlesplitter middlewards middleway middleweight middlewoman middling middlingish middlingly middlingness middlings middorsal middy mide midevening midewiwin midfacial midforenoon midfrontal midge midget midgety midgy midheaven midiron midland midlandward midlatitude midleg midlenting midmain midmandibular midmonth midmonthly midmorn midmorning midmost midnight midnightly midnoon midparent midparentage midparental midpit midrange midrash midrashic midrib midribbed midriff mids midseason midsentence midship midshipman midshipmanship midshipmite midships midspace midst midstory midstout midstream midstreet midstroke midstyled midsummer midsummerish midsummery midtap midvein midverse midward midwatch midway midweek midweekly midwestward midwife midwifery midwinter midwinterly midwintry midwise midyear mien miersite miff miffiness miffy mig might mightily mightiness mightless mightnt mighty mightyhearted mightyship miglio migmatite migniardise mignon mignonette mignonne mignonness migraine migrainoid migrainous migrant migrate migration migrational migrationist migrative migrator migratorial migratory miharaite mihrab mijakite mijl mikado mikadoate mikadoism mike mikie mil mila milady milammeter milarite milch milcher milchy mild milden milder mildew mildewer mildewy mildhearted mildheartedness mildish mildly mildness mile mileage milepost miler milesima milestone mileway milfoil milha miliaceous miliarensis miliaria miliarium miliary milieu milioliform milioline miliolite miliolitic militancy militant militantly militantness militarily militariness militarism militarist militaristic militaristically militarization militarize military militaryism militaryment militaster militate militation militia militiaman militiate milium milk milkbush milken milker milkeress milkfish milkgrass milkhouse milkily milkiness milking milkless milklike milkmaid milkman milkness milkshed milkshop milksick milksop milksopism milksoppery milksopping milksoppish milksoppy milkstone milkweed milkwood milkwort milky mill milla millable millage millboard millclapper millcourse milldam mille milled millefiori milleflorous millefoliate millenarian millenarianism millenarist millenary millennia millennial millennialism millennialist millennially millennian millenniarism millenniary millennium millepede millepore milleporiform milleporine milleporite milleporous millepunctate miller milleress millering millerite millerole millesimal millesimally millet millfeed millful millhouse milliad milliammeter milliamp milliampere milliamperemeter milliangstrom milliard milliardaire milliare milliarium milliary millibar millicron millicurie millieme milliequivalent millifarad millifold milliform milligal milligrade milligram milligramage millihenry millilambert millile milliliter millilux millimeter millimicron millimolar millimole millincost milline milliner millinerial millinering millinery milling millinormal millinormality millioctave millioersted million millionaire millionairedom millionairess millionairish millionairism millionary millioned millioner millionfold millionism millionist millionize millionocracy millions millionth milliphot millipoise millisecond millistere millithrum millivolt millivoltmeter millman millocracy millocrat millocratism millosevichite millowner millpond millpool millpost millrace millrynd millsite millstock millstone millstream milltail millward millwork millworker millwright millwrighting milner milo milord milpa milreis milsey milsie milt milter miltlike miltsick miltwaste milty milvine milvinous milzbrand mim mima mimbar mimble mime mimeo mimeograph mimeographic mimeographically mimeographist mimer mimesis mimester mimetene mimetesite mimetic mimetical mimetically mimetism mimetite mimiambi mimiambic mimiambics mimic mimical mimically mimicism mimicker mimicry mimine miminypiminy mimly mimmation mimmest mimmock mimmocking mimmocky mimmood mimmoud mimmouthed mimmouthedness mimodrama mimographer mimography mimologist mimosaceous mimosis mimosite mimotype mimotypic mimp mimsey min mina minable minacious minaciously minaciousness minacity minar minaret minareted minargent minasragrite minatorial minatorially minatorily minatory minaway mince mincemeat mincer minchery minchiate mincing mincingly mincingness mind minded minder mindful mindfully mindfulness minding mindless mindlessly mindlessness mindsight mine mineowner miner mineragraphic mineragraphy mineraiogic mineral mineralizable mineralization mineralize mineralizer mineralogical mineralogically mineralogist mineralogize mineralogy minerval minery mines minette mineworker ming minge mingelen mingle mingleable mingledly minglement mingler minglingly minguetite mingwort mingy minhag minhah miniaceous miniate miniator miniature miniaturist minibus minicam minicamera minienize minification minify minikin minikinly minim minima minimacid minimal minimalism minimalkaline minimally minimetric minimifidian minimifidianism minimism minimistic minimitude minimization minimize minimizer minimum minimus minimuscular mining minion minionette minionism minionly minionship minish minisher minishment minister ministeriable ministerial ministerialism ministerialist ministeriality ministerially ministerialness ministerium ministership ministrable ministrant ministration ministrative ministrator ministrer ministress ministry ministryship minitant minium miniver minivet mink minkery minkish minnesinger minnesong minnie minniebush minning minnow minny mino minoize minometer minor minorage minorate minoration minoress minority minorship minot minsitive minster minsteryard minstrel minstreless minstrelship minstrelsy mint mintage mintbush minter mintmaker mintmaking mintman mintmaster minty minuend minuet minuetic minuetish minus minuscular minuscule minutary minutation minute minutely minuteman minuteness minuter minuthesis minutia minutiae minutial minutiose minutiously minutissimic minverite minx minxish minxishly minxishness minxship miny minyan miocardia miolithic mioplasmia miothermic miqra miquelet mir mirabiliary mirabilite mirach miracidial miracidium miracle miraclemonger miraclemongering miraclist miraculist miraculize miraculosity miraculous miraculously miraculousness mirador mirage miragy mirandous mirate mirbane mird mirdaha mire mirepoix mirid mirific miriness mirish mirk mirkiness mirksome mirliton miro mirror mirrored mirrorize mirrorlike mirrorscope mirrory mirth mirthful mirthfully mirthfulness mirthless mirthlessly mirthlessness mirthsome mirthsomeness miry miryachit mirza misaccent misaccentuation misachievement misacknowledge misact misadapt misadaptation misadd misaddress misadjust misadmeasurement misadministration misadvantage misadventure misadventurer misadventurous misadventurously misadvertence misadvice misadvise misadvised misadvisedly misadvisedness misaffected misaffection misaffirm misagent misaim misalienate misalignment misallegation misallege misalliance misallotment misallowance misally misalphabetize misalter misanalyze misandry misanswer misanthrope misanthropia misanthropic misanthropical misanthropically misanthropism misanthropist misanthropize misanthropy misapparel misappear misappearance misappellation misapplication misapplier misapply misappoint misappointment misappraise misappraisement misappreciate misappreciation misappreciative misapprehend misapprehendingly misapprehensible misapprehension misapprehensive misapprehensively misapprehensiveness misappropriate misappropriately misappropriation misarchism misarchist misarrange misarrangement misarray misascribe misascription misasperse misassay misassent misassert misassign misassociate misassociation misatone misattend misattribute misattribution misaunter misauthorization misauthorize misaward misbandage misbaptize misbecome misbecoming misbecomingly misbecomingness misbefitting misbeget misbegin misbegotten misbehave misbehavior misbeholden misbelief misbelieve misbeliever misbelievingly misbelove misbeseem misbestow misbestowal misbetide misbias misbill misbind misbirth misbode misborn misbrand misbuild misbusy miscalculate miscalculation miscalculator miscall miscaller miscanonize miscarriage miscarriageable miscarry miscast miscasualty misceability miscegenate miscegenation miscegenationist miscegenator miscegenetic miscegine miscellanarian miscellanea miscellaneity miscellaneous miscellaneously miscellaneousness miscellanist miscellany mischallenge mischance mischanceful mischancy mischaracterization mischaracterize mischarge mischief mischiefful mischieve mischievous mischievously mischievousness mischio mischoice mischoose mischristen miscibility miscible miscipher misclaim misclaiming misclass misclassification misclassify miscognizant miscoin miscoinage miscollocation miscolor miscoloration miscommand miscommit miscommunicate miscompare miscomplacence miscomplain miscomplaint miscompose miscomprehend miscomprehension miscomputation miscompute misconceive misconceiver misconception misconclusion miscondition misconduct misconfer misconfidence misconfident misconfiguration misconjecture misconjugate misconjugation misconjunction misconsecrate misconsequence misconstitutional misconstruable misconstruct misconstruction misconstructive misconstrue misconstruer miscontinuance misconvenient misconvey miscook miscookery miscorrect miscorrection miscounsel miscount miscovet miscreancy miscreant miscreate miscreation miscreative miscreator miscredited miscredulity miscreed miscript miscrop miscue miscultivated misculture miscurvature miscut misdate misdateful misdaub misdeal misdealer misdecide misdecision misdeclaration misdeclare misdeed misdeem misdeemful misdefine misdeformed misdeliver misdelivery misdemean misdemeanant misdemeanist misdemeanor misdentition misderivation misderive misdescribe misdescriber misdescription misdescriptive misdesire misdetermine misdevise misdevoted misdevotion misdiet misdirect misdirection misdispose misdisposition misdistinguish misdistribute misdistribution misdivide misdivision misdo misdoer misdoing misdoubt misdower misdraw misdread misdrive mise misease misecclesiastic misedit miseducate miseducation miseducative miseffect misemphasis misemphasize misemploy misemployment misencourage misendeavor misenforce misengrave misenite misenjoy misenroll misentitle misenunciation miser miserabilism miserabilist miserabilistic miserability miserable miserableness miserably miserdom miserected miserhood misericord miserism miserliness miserly misery misesteem misestimate misestimation misexample misexecute misexecution misexpectation misexpend misexpenditure misexplain misexplanation misexplication misexposition misexpound misexpress misexpression misexpressive misfaith misfare misfashion misfather misfault misfeasance misfeasor misfeature misfield misfigure misfile misfire misfit misfond misform misformation misfortunate misfortunately misfortune misfortuned misfortuner misframe misgauge misgesture misgive misgiving misgivingly misgo misgotten misgovern misgovernance misgovernment misgovernor misgracious misgraft misgrave misground misgrow misgrown misgrowth misguess misguggle misguidance misguide misguided misguidedly misguidedness misguider misguiding misguidingly mishandle mishap mishappen mishmash mishmee misidentification misidentify misimagination misimagine misimpression misimprove misimprovement misimputation misimpute misincensed misincite misinclination misincline misinfer misinference misinflame misinform misinformant misinformation misinformer misingenuity misinspired misinstruct misinstruction misinstructive misintelligence misintelligible misintend misintention misinter misinterment misinterpret misinterpretable misinterpretation misinterpreter misintimation misjoin misjoinder misjudge misjudgement misjudger misjudgingly misjudgment miskeep misken miskenning miskill miskindle misknow misknowledge misky mislabel mislabor mislanguage mislay mislayer mislead misleadable misleader misleading misleadingly misleadingness mislear misleared mislearn misled mislest mislight mislike misliken mislikeness misliker mislikingly mislippen mislive mislocate mislocation mislodge mismade mismake mismanage mismanageable mismanagement mismanager mismarriage mismarry mismatch mismatchment mismate mismeasure mismeasurement mismenstruation misminded mismingle mismotion mismove misname misnarrate misnatured misnavigation misnomed misnomer misnumber misnurture misnutrition misobedience misobey misobservance misobserve misocapnic misocapnist misocatholic misoccupy misogallic misogamic misogamist misogamy misogyne misogynic misogynical misogynism misogynist misogynistic misogynistical misogynous misogyny misohellene misologist misology misomath misoneism misoneist misoneistic misopaterist misopedia misopedism misopedist misopinion misopolemical misorder misordination misorganization misorganize misoscopist misosophist misosophy misotheism misotheist misotheistic misotramontanism misotyranny misoxene misoxeny mispage mispagination mispaint misparse mispart mispassion mispatch mispay misperceive misperception misperform misperformance mispersuade misperuse misphrase mispick mispickel misplace misplacement misplant misplay misplead mispleading misplease mispoint mispoise mispolicy misposition mispossessed mispractice mispraise misprejudiced misprincipled misprint misprisal misprision misprize misprizer misproceeding misproduce misprofess misprofessor mispronounce mispronouncement mispronunciation misproportion misproposal mispropose misproud misprovide misprovidence misprovoke mispunctuate mispunctuation mispurchase mispursuit misput misqualify misquality misquotation misquote misquoter misraise misrate misread misreader misrealize misreason misreceive misrecital misrecite misreckon misrecognition misrecognize misrecollect misrefer misreference misreflect misreform misregulate misrehearsal misrehearse misrelate misrelation misreliance misremember misremembrance misrender misrepeat misreport misreporter misreposed misrepresent misrepresentation misrepresentative misrepresenter misreprint misrepute misresemblance misresolved misresult misreward misrhyme misrhymer misrule miss missable missal missay missayer misseem missel missemblance missentence misserve misservice misset misshape misshapen misshapenly misshapenness misshood missible missile missileproof missiness missing missingly mission missional missionarize missionary missionaryship missioner missionize missionizer missis missish missishness missive missmark missment missourite misspeak misspeech misspell misspelling misspend misspender misstate misstatement misstater misstay misstep missuade missuggestion missummation missuppose missy missyish missyllabication missyllabify mist mistakable mistakableness mistakably mistake mistakeful mistaken mistakenly mistakenness mistakeproof mistaker mistaking mistakingly mistassini mistaught mistbow misteach misteacher misted mistell mistempered mistend mistendency mister misterm mistetch mistfall mistflower mistful misthink misthought misthread misthrift misthrive misthrow mistic mistide mistify mistigris mistily mistime mistiness mistitle mistle mistless mistletoe mistone mistonusk mistook mistouch mistradition mistrain mistral mistranscribe mistranscript mistranscription mistranslate mistranslation mistreat mistreatment mistress mistressdom mistresshood mistressless mistressly mistrial mistrist mistrust mistruster mistrustful mistrustfully mistrustfulness mistrusting mistrustingly mistrustless mistry mistryst misturn mistutor misty mistyish misunderstand misunderstandable misunderstander misunderstanding misunderstandingly misunderstood misunderstoodness misura misusage misuse misuseful misusement misuser misusurped misvaluation misvalue misventure misventurous misvouch miswed miswisdom miswish misword misworship misworshiper misworshipper miswrite misyoke miszealous mitapsis mitchboard mite miteproof miter mitered miterer miterflower miterwort mithridate mithridatic mithridatism mithridatize miticidal miticide mitigable mitigant mitigate mitigatedly mitigation mitigative mitigator mitigatory mitis mitochondria mitochondrial mitogenetic mitome mitosis mitosome mitotic mitotically mitra mitrailleuse mitral mitrate mitre mitrer mitriform mitsumata mitt mittelhand mitten mittened mittimus mitty mity miurus mix mixable mixableness mixblood mixed mixedly mixedness mixen mixer mixeress mixhill mixible mixite mixobarbaric mixochromosome mixolydian mixoploid mixoploidy mixotrophic mixtiform mixtilineal mixtilion mixtion mixture mixy mizmaze mizzen mizzenmast mizzenmastman mizzentopman mizzle mizzler mizzly mizzonite mizzy mlechchha mneme mnemic mnemonic mnemonical mnemonicalist mnemonically mnemonicon mnemonics mnemonism mnemonist mnemonization mnemonize mnemotechnic mnemotechnical mnemotechnics mnemotechnist mnemotechny mnesic mnestic mniaceous mnioid mo moan moanful moanfully moanification moaning moaningly moanless moat mob mobable mobbable mobber mobbish mobbishly mobbishness mobbism mobbist mobby mobcap mobed mobile mobilianer mobiliary mobility mobilizable mobilization mobilize mobilometer moble moblike mobocracy mobocrat mobocratic mobocratical mobolatry mobproof mobship mobsman mobster moccasin mocha mochras mock mockable mockado mockbird mocker mockernut mockery mockful mockfully mockground mockingbird mockingstock mocmain mocomoco mocuck modal modalism modalist modalistic modality modalize modally mode model modeler modeless modelessness modeling modelist modeller modelmaker modelmaking modena moderant moderantism moderantist moderate moderately moderateness moderation moderationist moderatism moderatist moderato moderator moderatorship moderatrix modern moderner modernicide modernish modernism modernist modernistic modernity modernizable modernization modernize modernizer modernly modernness modest modestly modestness modesty modiation modicity modicum modifiability modifiable modifiableness modifiably modificability modificable modification modificationist modificative modificator modificatory modifier modify modillion modiolar modiolus modish modishly modishness modist modiste modistry modius modulability modulant modular modulate modulation modulative modulator modulatory module modulo modulus modumite moellon moerithere moeritherian mofette moff mofussil mofussilite mog mogador mogadore mogdad moggan moggy mogigraphia mogigraphic mogigraphy mogilalia mogilalism mogiphonia mogitocia mogo mogographia moguey mogulship moha mohabat mohair mohar mohawkite mohel mohnseed moho mohr mohur moider moidore moieter moiety moil moiler moiles moiley moiling moilingly moilsome moineau moio moire moirette moise moissanite moist moisten moistener moistful moistify moistish moistishness moistless moistly moistness moisture moistureless moistureproof moisty moit moity mojarra mojo mokaddam moke moki mokihana moko moksha mokum moky mola molal molality molar molariform molarimeter molarity molary molasses molassied molassy molave mold moldability moldable moldableness moldavite moldboard molder moldery moldiness molding moldmade moldproof moldwarp moldy mole molecast molecula molecular molecularist molecularity molecularly molecule molehead moleheap molehill molehillish molehilly moleism molelike molendinar molendinary molengraaffite moleproof moler moleskin molest molestation molester molestful molestfully molimen moliminous molinary moline molka molland molle mollescence mollescent molleton mollichop mollicrush mollie mollienisia mollient molliently mollifiable mollification mollifiedly mollifier mollify mollifying mollifyingly mollifyingness molligrant molligrubs mollipilose mollisiose mollities mollitious mollitude molluscan molluscivorous molluscoid molluscoidal molluscoidan molluscoidean molluscous molluscousness molluscum mollusk molly mollycoddle mollycoddler mollycoddling mollycosset mollycot mollyhawk molman moloid moloker molompi molosse molossic molossine molossoid molossus molpe molrooken molt molten moltenly molter moly molybdate molybdena molybdenic molybdeniferous molybdenite molybdenous molybdenum molybdic molybdite molybdocardialgia molybdocolic molybdodyspepsia molybdomancy molybdomenite molybdonosus molybdoparesis molybdophyllite molybdosis molybdous molysite mombin momble mome moment momenta momental momentally momentaneall momentaneity momentaneous momentaneously momentaneousness momentarily momentariness momentary momently momentous momentously momentousness momentum momiology momism momme mommet mommy momo mon mona monacanthid monacanthine monacanthous monachal monachate monachism monachist monachization monachize monactin monactine monactinellid monactinellidan monad monadelph monadelphian monadelphous monadic monadical monadically monadiform monadigerous monadism monadistic monadnock monadology monaene monal monamniotic monander monandrian monandric monandrous monandry monanthous monapsal monarch monarchal monarchally monarchess monarchial monarchian monarchianism monarchianist monarchianistic monarchic monarchical monarchically monarchism monarchist monarchistic monarchize monarchizer monarchlike monarchomachic monarchomachist monarchy monarthritis monarticular monas monascidian monase monaster monasterial monasterially monastery monastic monastical monastically monasticism monasticize monatomic monatomicity monatomism monaulos monaural monaxial monaxile monaxon monaxonial monaxonic monazine monazite monchiquite mone monel monembryary monembryonic monembryony monepic monepiscopacy monepiscopal moner moneral moneran monergic monergism monergist monergistic moneric moneron monerozoan monerozoic monerula monesia monetarily monetary monetite monetization monetize money moneyage moneybag moneybags moneyed moneyer moneyflower moneygrub moneygrubber moneygrubbing moneylender moneylending moneyless moneymonger moneymongering moneysaving moneywise moneywort mong mongcorn monger mongering mongery mongler mongoose mongrel mongreldom mongrelish mongrelism mongrelity mongrelization mongrelize mongrelly mongrelness mongst monheimite monial moniker monilated monilethrix moniliaceous monilicorn moniliform moniliformly monilioid moniment monimiaceous monimolite monimostylic monism monist monistic monistical monistically monition monitive monitor monitorial monitorially monitorish monitorship monitory monitress monitrix monk monkbird monkcraft monkdom monkery monkess monkey monkeyboard monkeyface monkeyfy monkeyhood monkeyish monkeyishly monkeyishness monkeylike monkeynut monkeypod monkeypot monkeyry monkeyshine monkeytail monkfish monkflower monkhood monkish monkishly monkishness monkism monklike monkliness monkly monkmonger monkship monkshood monmouthite monny mono monoacetate monoacetin monoacid monoacidic monoamide monoamine monoamino monoammonium monoazo monobacillary monobase monobasic monobasicity monoblastic monoblepsia monoblepsis monobloc monobranchiate monobromacetone monobromated monobromide monobrominated monobromination monobromized monobromoacetanilide monobromoacetone monobutyrin monocalcium monocarbide monocarbonate monocarbonic monocarboxylic monocardian monocarp monocarpal monocarpellary monocarpian monocarpic monocarpous monocellular monocentric monocentrid monocentroid monocephalous monocercous monoceros monocerous monochasial monochasium monochlamydeous monochlor monochloracetic monochloranthracene monochlorbenzene monochloride monochlorinated monochlorination monochloro monochloroacetic monochlorobenzene monochloromethane monochoanitic monochord monochordist monochordize monochroic monochromasy monochromat monochromate monochromatic monochromatically monochromatism monochromator monochrome monochromic monochromical monochromically monochromist monochromous monochromy monochronic monochronous monociliated monocle monocled monocleid monoclinal monoclinally monocline monoclinian monoclinic monoclinism monoclinometric monoclinous monocoelian monocoelic monocondylar monocondylian monocondylic monocondylous monocormic monocot monocotyledon monocotyledonous monocracy monocrat monocratic monocrotic monocrotism monocular monocularity monocularly monoculate monocule monoculist monoculous monocultural monoculture monoculus monocyanogen monocycle monocyclic monocystic monocyte monocytic monocytopoiesis monodactyl monodactylate monodactyle monodactylism monodactylous monodactyly monodelph monodelphian monodelphic monodelphous monodermic monodic monodically monodimetric monodist monodize monodomous monodont monodontal monodram monodrama monodramatic monodramatist monodromic monodromy monody monodynamic monodynamism monoecian monoecious monoeciously monoeciousness monoecism monoeidic monoestrous monoethanolamine monoethylamine monofilament monofilm monoflagellate monoformin monogamian monogamic monogamist monogamistic monogamous monogamously monogamousness monogamy monoganglionic monogastric monogene monogeneity monogeneous monogenesis monogenesist monogenesy monogenetic monogenic monogenism monogenist monogenistic monogenous monogeny monoglot monoglycerid monoglyceride monogoneutic monogonoporic monogonoporous monogony monogram monogrammatic monogrammatical monogrammed monogrammic monograph monographer monographic monographical monographically monographist monography monograptid monogynic monogynious monogynist monogynoecial monogynous monogyny monohybrid monohydrate monohydrated monohydric monohydrogen monohydroxy monoicous monoid monoketone monolater monolatrist monolatrous monolatry monolayer monoline monolingual monolinguist monoliteral monolith monolithal monolithic monolobular monolocular monologian monologic monological monologist monologize monologue monologuist monology monomachist monomachy monomania monomaniac monomaniacal monomastigate monomeniscous monomer monomeric monomerous monometallic monometallism monometallist monometer monomethyl monomethylated monomethylic monometric monometrical monomial monomict monomineral monomineralic monomolecular monomolybdate monomorphic monomorphism monomorphous monomyarian mononaphthalene mononch mononeural mononitrate mononitrated mononitration mononitride mononitrobenzene mononomial mononomian monont mononuclear mononucleated mononucleosis mononychous mononym mononymic mononymization mononymize mononymy monoousian monoousious monoparental monoparesis monoparesthesia monopathic monopathy monopectinate monopersonal monopersulfuric monopersulphuric monopetalous monophagism monophagous monophagy monophase monophasia monophasic monophobia monophone monophonic monophonous monophony monophotal monophote monophthalmic monophthalmus monophthong monophthongal monophthongization monophthongize monophyletic monophyleticism monophylite monophyllous monophyodont monophyodontism monopitch monoplacula monoplacular monoplaculate monoplane monoplanist monoplasmatic monoplast monoplastic monoplegia monoplegic monopneumonian monopneumonous monopode monopodial monopodially monopodic monopodium monopodous monopody monopolar monopolaric monopolarity monopole monopolism monopolist monopolistic monopolistically monopolitical monopolizable monopolization monopolize monopolizer monopolous monopoly monopolylogist monopolylogue monopotassium monoprionid monoprionidian monopsonistic monopsony monopsychism monopteral monopteroid monopteron monopteros monopterous monoptic monoptical monoptote monoptotic monopylean monopyrenous monorail monorailroad monorailway monorchid monorchidism monorchis monorchism monorganic monorhinal monorhine monorhyme monorhymed monorhythmic monosaccharide monosaccharose monoschemic monoscope monose monosemic monosepalous monoservice monosilane monosilicate monosilicic monosiphonic monosiphonous monosodium monosomatic monosomatous monosome monosomic monosperm monospermal monospermic monospermous monospermy monospherical monospondylic monosporangium monospore monospored monosporiferous monosporous monostele monostelic monostelous monostely monostich monostichous monostomatous monostome monostomous monostromatic monostrophe monostrophic monostrophics monostylous monosubstituted monosubstitution monosulfone monosulfonic monosulphide monosulphone monosulphonic monosyllabic monosyllabical monosyllabically monosyllabism monosyllabize monosyllable monosymmetric monosymmetrical monosymmetrically monosymmetry monosynthetic monotelephone monotelephonic monotellurite monothalamian monothalamous monothecal monotheism monotheist monotheistic monotheistical monotheistically monothelious monothetic monotic monotint monotocardiac monotocardian monotocous monotomous monotone monotonic monotonical monotonically monotonist monotonize monotonous monotonously monotonousness monotony monotremal monotremate monotrematous monotreme monotremous monotrichous monotriglyph monotriglyphic monotrochal monotrochian monotrochous monotropaceous monotrophic monotropic monotropy monotypal monotype monotypic monotypical monotypous monoureide monovalence monovalency monovalent monovariant monoverticillate monovoltine monovular monoxenous monoxide monoxime monoxyle monoxylic monoxylon monoxylous monozoan monozoic monozygotic monrolite monseigneur monsieur monsieurship monsignor monsignorial monsoon monsoonal monsoonish monsoonishly monster monsterhood monsterlike monstership monstrance monstrate monstration monstrator monstricide monstriferous monstrification monstrify monstrosity monstrous monstrously monstrousness montage montana montane montanic montanin montanite montant montbretia monte montebrasite monteith montem montgolfier month monthly monthon monticellite monticle monticoline monticulate monticule monticuliporidean monticuliporoid monticulose monticulous monticulus montiform montigeneous montilla montjoy montmartrite montmorilonite monton montroydite monture monument monumental monumentalism monumentality monumentalization monumentalize monumentally monumentary monumentless monumentlike monzodiorite monzogabbro monzonite monzonitic moo mooch moocha moocher moochulka mood mooder moodily moodiness moodish moodishly moodishness moodle moody mooing mool moolet moolings mools moolum moon moonack moonbeam moonbill moonblink mooncalf mooncreeper moondown moondrop mooned mooner moonery mooneye moonface moonfaced moonfall moonfish moonflower moonglade moonglow moonhead moonily mooniness mooning moonish moonite moonja moonjah moonless moonlet moonlight moonlighted moonlighter moonlighting moonlighty moonlike moonlikeness moonlit moonlitten moonman moonpath moonpenny moonproof moonraker moonraking moonrise moonsail moonscape moonseed moonset moonshade moonshine moonshiner moonshining moonshiny moonsick moonsickness moonstone moontide moonwalker moonwalking moonward moonwards moonway moonwort moony moop moor moorage moorball moorband moorberry moorbird moorburn moorburner moorburning moorflower moorfowl mooring moorish moorishly moorishness moorland moorlander moorman moorn moorpan moors moorsman moorstone moortetter moorup moorwort moory moosa moose mooseberry moosebird moosebush moosecall mooseflower moosehood moosemise moosetongue moosewob moosewood moosey moost moot mootable mooter mooth mooting mootman mootstead mootworthy mop mopane mopboard mope moper moph mophead mopheaded moping mopingly mopish mopishly mopishness mopla mopper moppet moppy mopstick mopsy mopus moquette mor mora moraceous morainal moraine morainic moral morale moralism moralist moralistic moralistically morality moralization moralize moralizer moralizingly moralless morally moralness morals morass morassic morassweed morassy morat morate moration moratoria moratorium moratory moravite moray morbid morbidity morbidize morbidly morbidness morbiferal morbiferous morbific morbifical morbifically morbify morbility morbillary morbilli morbilliform morbillous morcellate morcellated morcellation mordacious mordaciously mordacity mordancy mordant mordantly mordellid mordelloid mordenite mordent mordicate mordication mordicative mordore more moreen morefold moreish morel morella morello morencite moreness morenita morenosite moreover morepork mores morfrey morg morga morgan morganatic morganatical morganatically morganic morganite morganize morgay morgen morgengift morgenstern morglay morgue moribund moribundity moribundly moric moriche moriform morigerate morigeration morigerous morigerously morigerousness morillon morin morindin morindone morinel moringaceous moringad moringuid moringuoid morion morkin morlop mormaor mormaordom mormaorship mormo mormon mormyr mormyre mormyrian mormyrid mormyroid morn morne morned morning morningless morningly mornings morningtide morningward mornless mornlike morntime mornward moro moroc morocco morocota morological morologically morologist morology moromancy moron moroncy morong moronic moronism moronity moronry morosaurian morosauroid morose morosely moroseness morosis morosity moroxite morph morphallaxis morphea morpheme morphemic morphemics morphetic morphew morphia morphiate morphic morphically morphinate morphine morphinic morphinism morphinist morphinization morphinize morphinomania morphinomaniac morphiomania morphiomaniac morphogenesis morphogenetic morphogenic morphogeny morphographer morphographic morphographical morphographist morphography morpholine morphologic morphological morphologically morphologist morphology morphometrical morphometry morphon morphonomic morphonomy morphophonemic morphophonemically morphophonemics morphophyly morphoplasm morphoplasmic morphosis morphotic morphotropic morphotropism morphotropy morphous morrhuate morrhuine morricer morris morrow morrowing morrowless morrowmass morrowspeech morrowtide morsal morse morsel morselization morselize morsing morsure mort mortacious mortal mortalism mortalist mortality mortalize mortally mortalness mortalwise mortar mortarboard mortarize mortarless mortarlike mortarware mortary mortbell mortcloth mortersheen mortgage mortgageable mortgagee mortgagor morth morthwyrtha mortician mortier mortiferous mortiferously mortiferousness mortific mortification mortified mortifiedly mortifiedness mortifier mortify mortifying mortifyingly mortise mortiser mortling mortmain mortmainer mortuarian mortuary mortuous morula morular morulation morule moruloid morvin morwong mosaic mosaical mosaically mosaicism mosaicist mosaist mosandrite mosasaur mosasaurian mosasaurid mosasauroid moschate moschatel moschatelline moschiferous moschine mosesite mosette mosey moskeneer mosker moslings mosque mosquelet mosquish mosquital mosquito mosquitobill mosquitocidal mosquitocide mosquitoey mosquitoish mosquitoproof moss mossback mossberry mossbunker mossed mosser mossery mossful mosshead mossiness mossless mosslike mosstrooper mosstroopery mosstrooping mosswort mossy mossyback most moste mostlike mostlings mostly mostness mot motacillid motacilline motatorious motatory mote moted motel moteless moter motet motettist motey moth mothed mother motherdom mothered motherer mothergate motherhood motheriness mothering motherkin motherland motherless motherlessness motherlike motherliness motherling motherly mothership mothersome motherward motherwise motherwort mothery mothless mothlike mothproof mothworm mothy motif motific motile motility motion motionable motional motionless motionlessly motionlessness motitation motivate motivation motivational motive motiveless motivelessly motivelessness motiveness motivity motley motleyness motmot motofacient motograph motographic motomagnetic motoneuron motophone motor motorable motorboat motorboatman motorbus motorcab motorcade motorcar motorcycle motorcyclist motordom motordrome motored motorial motoric motoring motorism motorist motorium motorization motorize motorless motorman motorneer motorphobe motorphobia motorphobiac motorway motory motricity mott motte mottle mottled mottledness mottlement mottler mottling motto mottoed mottoless mottolike mottramite motyka mou moucharaby mouchardism mouche mouchrabieh moud moudie moudieman moudy mouflon mouillation mouille mouillure moujik moul mould moulded moule moulin moulinage moulinet moulleen moulrush mouls moulter mouly mound moundiness moundlet moundwork moundy mount mountable mountably mountain mountained mountaineer mountainet mountainette mountainless mountainlike mountainous mountainously mountainousness mountainside mountaintop mountainward mountainwards mountainy mountant mountebank mountebankery mountebankish mountebankism mountebankly mounted mounter mounting mountingly mountlet mounture moup mourn mourner mourneress mournful mournfully mournfulness mourning mourningly mournival mournsome mouse mousebane mousebird mousefish mousehawk mousehole mousehound mousekin mouselet mouselike mouseproof mouser mousery mouseship mousetail mousetrap mouseweb mousey mousily mousiness mousing mousingly mousle mousmee mousquetaire mousse moustoc mousy mout moutan mouth mouthable mouthbreeder mouthed mouther mouthful mouthily mouthiness mouthing mouthingly mouthishly mouthless mouthlike mouthpiece mouthroot mouthwash mouthwise mouthy mouton moutonnee mouzah mouzouna movability movable movableness movably movant move moveability moveableness moveably moveless movelessly movelessness movement mover movie moviedom movieize movieland moving movingly movingness mow mowable mowana mowburn mowburnt mowch mowcht mower mowha mowie mowing mowland mown mowra mowrah mowse mowstead mowt mowth moxa moxieberry moy moyen moyenless moyenne moyite moyle moyo mozambique mozemize mozing mozzetta mpret mu muang mubarat mucago mucaro mucedin mucedinaceous mucedine mucedinous much muchfold muchly muchness mucic mucid mucidness muciferous mucific muciform mucigen mucigenous mucilage mucilaginous mucilaginously mucilaginousness mucin mucinogen mucinoid mucinous muciparous mucivore mucivorous muck muckender mucker muckerish muckerism mucket muckiness muckite muckle muckluck muckman muckment muckmidden muckna muckrake muckraker mucksweat mucksy muckthrift muckweed muckworm mucky mucluc mucocele mucocellulose mucocellulosic mucocutaneous mucodermal mucofibrous mucoflocculent mucoid mucomembranous muconic mucoprotein mucopurulent mucopus mucor mucoraceous mucorine mucorioid mucormycosis mucorrhea mucosa mucosal mucosanguineous mucose mucoserous mucosity mucosocalcareous mucosogranular mucosopurulent mucososaccharine mucous mucousness mucro mucronate mucronately mucronation mucrones mucroniferous mucroniform mucronulate mucronulatous muculent mucus mucusin mud mudar mudbank mudcap mudd mudde mudden muddify muddily muddiness mudding muddish muddle muddlebrained muddledom muddlehead muddleheaded muddleheadedness muddlement muddleproof muddler muddlesome muddlingly muddy muddybrained muddybreast muddyheaded mudee mudfish mudflow mudguard mudhead mudhole mudhopper mudir mudiria mudland mudlark mudlarker mudless mudproof mudra mudsill mudskipper mudslinger mudslinging mudspate mudstain mudstone mudsucker mudtrack mudweed mudwort muermo muezzin muff muffed muffet muffetee muffin muffineer muffish muffishness muffle muffled muffleman muffler mufflin muffy mufti mufty mug muga mugearite mugful mugg mugger mugget muggily mugginess muggins muggish muggles muggy mughouse mugience mugiency mugient mugiliform mugiloid mugweed mugwort mugwump mugwumpery mugwumpian mugwumpism muhammadi muid muir muirburn muircock muirfowl muishond muist mujtahid mukluk muktar muktatma mukti mulaprakriti mulatta mulatto mulattoism mulattress mulberry mulch mulcher mulct mulctable mulctary mulctation mulctative mulctatory mulctuary mulder mule muleback mulefoot mulefooted muleman muleta muleteer muletress muletta mulewort muley mulga muliebral muliebria muliebrile muliebrity muliebrous mulier mulierine mulierose mulierosity mulish mulishly mulishness mulism mulita mulk mull mulla mullah mullar mullein mullenize muller mullet mulletry mullets mulley mullid mulligan mulligatawny mulligrubs mullion mullite mullock mullocker mullocky mulloid mulloway mulmul mulse mulsify mult multangular multangularly multangularness multangulous multangulum multanimous multarticulate multeity multiangular multiareolate multiarticular multiarticulate multiarticulated multiaxial multiblade multibladed multibranched multibranchiate multibreak multicamerate multicapitate multicapsular multicarinate multicarinated multicellular multicentral multicentric multicharge multichord multichrome multiciliate multiciliated multicipital multicircuit multicoccous multicoil multicolor multicolored multicolorous multicomponent multiconductor multiconstant multicore multicorneal multicostate multicourse multicrystalline multicuspid multicuspidate multicycle multicylinder multicylindered multidentate multidenticulate multidenticulated multidigitate multidimensional multidirectional multidisperse multiengine multiengined multiexhaust multifaced multifaceted multifactorial multifamilial multifarious multifariously multifariousness multiferous multifetation multifibered multifid multifidly multifidous multifidus multifilament multifistular multiflagellate multiflagellated multiflash multiflorous multiflow multiflue multifocal multifoil multifoiled multifold multifoliate multifoliolate multiform multiformed multiformity multifurcate multiganglionic multigap multigranulate multigranulated multigraph multigrapher multiguttulate multigyrate multihead multihearth multihued multijet multijugate multijugous multilaciniate multilamellar multilamellate multilamellous multilaminar multilaminate multilaminated multilateral multilaterally multilighted multilineal multilinear multilingual multilinguist multilirate multiliteral multilobar multilobate multilobe multilobed multilobular multilobulate multilobulated multilocation multilocular multiloculate multiloculated multiloquence multiloquent multiloquious multiloquous multiloquy multimacular multimammate multimarble multimascular multimedial multimetalic multimetallism multimetallist multimillion multimillionaire multimodal multimodality multimolecular multimotor multimotored multinational multinervate multinervose multinodal multinodate multinodous multinodular multinomial multinominal multinominous multinuclear multinucleate multinucleated multinucleolar multinucleolate multinucleolated multiovular multiovulate multipara multiparient multiparity multiparous multipartisan multipartite multiped multiperforate multiperforated multipersonal multiphase multiphaser multiphotography multipinnate multiplane multiple multiplepoinding multiplet multiplex multipliable multipliableness multiplicability multiplicable multiplicand multiplicate multiplication multiplicational multiplicative multiplicatively multiplicator multiplicity multiplier multiply multiplying multipointed multipolar multipole multiported multipotent multipresence multipresent multiradial multiradiate multiradiated multiradicate multiradicular multiramified multiramose multiramous multirate multireflex multirooted multirotation multirotatory multisaccate multisacculate multisacculated multiscience multiseated multisect multisector multisegmental multisegmentate multisegmented multisensual multiseptate multiserial multiserially multiseriate multishot multisiliquous multisonous multispeed multispermous multispicular multispiculate multispindle multispinous multispiral multispired multistage multistaminate multistoried multistory multistratified multistratous multistriate multisulcate multisulcated multisyllabic multisyllability multisyllable multitarian multitentaculate multitheism multithreaded multititular multitoed multitoned multitube multituberculate multituberculated multituberculism multituberculy multitubular multitude multitudinal multitudinary multitudinism multitudinist multitudinistic multitudinosity multitudinous multitudinously multitudinousness multiturn multivagant multivalence multivalency multivalent multivalve multivalved multivalvular multivane multivariant multivarious multiversant multiverse multivibrator multivincular multivious multivocal multivocalness multivoiced multivolent multivoltine multivolumed multivorous multocular multum multungulate multure multurer mum mumble mumblebee mumblement mumbler mumbling mumblingly mummer mummery mummichog mummick mummied mummification mummiform mummify mumming mummy mummydom mummyhood mummylike mumness mump mumper mumphead mumpish mumpishly mumpishness mumps mumpsimus mumruffin mun munch muncheel muncher munchet mund mundane mundanely mundaneness mundanism mundanity mundatory mundic mundificant mundification mundifier mundify mundil mundivagant mundle mung munga munge mungey mungo mungofa munguba mungy municipal municipalism municipalist municipality municipalization municipalize municipalizer municipally municipium munific munificence munificency munificent munificently munificentness muniment munition munitionary munitioneer munitioner munitions munity munj munjeet munjistin munnion munshi munt muntin muntjac mura muraenoid murage mural muraled muralist murally murasakite murchy murder murderer murderess murdering murderingly murderish murderment murderous murderously murderousness murdrum mure murenger murex murexan murexide murga murgavi murgeon muriate muriated muriatic muricate muricid muriciform muricine muricoid muriculate murid muridism muriform muriformly murine murinus muriti murium murk murkily murkiness murkish murkly murkness murksome murky murlin murly murmur murmuration murmurator murmurer murmuring murmuringly murmurish murmurless murmurlessly murmurous murmurously muromontite murphy murra murrain murre murrelet murrey murrhine murrina murrnong murshid murumuru muruxi murva murza musaceous musal musang musar muscade muscadel muscadine muscardine muscariform muscarine muscat muscatel muscatorium muscicapine muscicide muscicole muscicoline muscicolous muscid musciform muscle muscled muscleless musclelike muscling muscly muscoid muscologic muscological muscologist muscology muscone muscose muscoseness muscosity muscot muscovadite muscovado muscovite muscovitization muscovitize muscovy muscular muscularity muscularize muscularly musculation musculature muscule musculin musculoarterial musculocellular musculocutaneous musculodermic musculoelastic musculofibrous musculointestinal musculoligamentous musculomembranous musculopallial musculophrenic musculospinal musculospiral musculotegumentary musculotendinous muse mused museful musefully museist museless muselike museographist museography museologist museology muser musery musette museum museumize mush musha mushaa mushed musher mushhead mushheaded mushheadedness mushily mushiness mushla mushmelon mushrebiyeh mushroom mushroomer mushroomic mushroomlike mushroomy mushru mushy music musical musicale musicality musicalization musicalize musically musicalness musicate musician musiciana musicianer musicianly musicianship musicker musicless musiclike musicmonger musico musicoartistic musicodramatic musicofanatic musicographer musicography musicological musicologist musicologue musicology musicomania musicomechanical musicophilosophical musicophobia musicophysical musicopoetic musicotherapy musicproof musie musily musimon musing musingly musk muskat muskeg muskeggy muskellunge musket musketade musketeer musketlike musketoon musketproof musketry muskflower muskie muskiness muskish musklike muskmelon muskrat muskroot muskwood musky muslin muslined muslinet musnud musophagine musquash musquashroot musquashweed musquaspen musquaw musrol muss mussable mussably mussal mussalchee mussel musseled musseler mussily mussiness mussitate mussitation mussuk mussurana mussy must mustache mustached mustachial mustachio mustachioed mustafina mustang mustanger mustard mustarder mustee mustelid musteline mustelinous musteloid muster musterable musterdevillers musterer mustermaster mustify mustily mustiness mustnt musty muta mutability mutable mutableness mutably mutafacient mutage mutagenic mutant mutarotate mutarotation mutase mutate mutation mutational mutationally mutationism mutationist mutative mutatory mutawalli mutch mute mutedly mutely muteness mutesarif mutescence mutessarifat muth muthmannite muthmassel mutic muticous mutilate mutilation mutilative mutilator mutilatory mutillid mutilous mutineer mutinous mutinously mutinousness mutiny mutism mutist mutistic mutive mutivity mutoscope mutoscopic mutsje mutsuddy mutt mutter mutterer muttering mutteringly mutton muttonbird muttonchop muttonfish muttonhead muttonheaded muttonhood muttonmonger muttonwood muttony mutual mutualism mutualist mutualistic mutuality mutualization mutualize mutually mutualness mutuary mutuatitious mutulary mutule mutuum mux muyusa muzhik muzz muzzily muzziness muzzle muzzler muzzlewood muzzy my myal myalgia myalgic myalism myall myarian myasthenia myasthenic myatonia myatonic myatony myatrophy mycele mycelia mycelial mycelian mycelioid mycelium myceloid mycetism mycetocyte mycetogenesis mycetogenetic mycetogenic mycetogenous mycetoid mycetological mycetology mycetoma mycetomatous mycetophagous mycetophilid mycetous mycetozoan mycetozoon mycocecidium mycocyte mycoderm mycoderma mycodermatoid mycodermatous mycodermic mycodermitis mycodesmoid mycodomatium mycogastritis mycohaemia mycohemia mycoid mycologic mycological mycologically mycologist mycologize mycology mycomycete mycomycetous mycomyringitis mycophagist mycophagous mycophagy mycophyte mycoplasm mycoplasmic mycoprotein mycorhiza mycorhizal mycorrhizal mycose mycosin mycosis mycosozin mycosterol mycosymbiosis mycotic mycotrophic mycteric mycterism myctophid mydaleine mydatoxine mydine mydriasine mydriasis mydriatic mydriatine myectomize myectomy myectopia myectopy myelalgia myelapoplexy myelasthenia myelatrophy myelauxe myelemia myelencephalic myelencephalon myelencephalous myelic myelin myelinate myelinated myelination myelinic myelinization myelinogenesis myelinogenetic myelinogeny myelitic myelitis myeloblast myeloblastic myelobrachium myelocele myelocerebellar myelocoele myelocyst myelocystic myelocystocele myelocyte myelocythaemia myelocythemia myelocytic myelocytosis myelodiastasis myeloencephalitis myeloganglitis myelogenesis myelogenetic myelogenous myelogonium myeloic myeloid myelolymphangioma myelolymphocyte myeloma myelomalacia myelomatoid myelomatosis myelomenia myelomeningitis myelomeningocele myelomere myelon myelonal myeloneuritis myelonic myeloparalysis myelopathic myelopathy myelopetal myelophthisis myeloplast myeloplastic myeloplax myeloplegia myelopoiesis myelopoietic myelorrhagia myelorrhaphy myelosarcoma myelosclerosis myelospasm myelospongium myelosyphilis myelosyphilosis myelosyringosis myelotherapy myelozoan myentasis myenteric myenteron myesthesia mygale mygalid mygaloid myiasis myiferous myiodesopsia myiosis myitis mykiss myliobatid myliobatine myliobatoid mylodont mylohyoid mylohyoidean mylonite mylonitic mymarid myna mynpacht mynpachtbrief myoalbumin myoalbumose myoatrophy myoblast myoblastic myocardiac myocardial myocardiogram myocardiograph myocarditic myocarditis myocardium myocele myocellulitis myoclonic myoclonus myocoele myocoelom myocolpitis myocomma myocyte myodegeneration myodiastasis myodynamia myodynamic myodynamics myodynamiometer myodynamometer myoedema myoelectric myoendocarditis myoepicardial myoepithelial myofibril myofibroma myogen myogenesis myogenetic myogenic myogenous myoglobin myoglobulin myogram myograph myographer myographic myographical myographist myography myohematin myoid myoidema myokinesis myolemma myolipoma myoliposis myologic myological myologist myology myolysis myoma myomalacia myomancy myomantic myomatous myomectomy myomelanosis myomere myometritis myometrium myomohysterectomy myomorph myomorphic myomotomy myoneme myoneural myoneuralgia myoneurasthenia myoneure myoneuroma myoneurosis myonosus myopachynsis myoparalysis myoparesis myopathia myopathic myopathy myope myoperitonitis myophan myophore myophorous myophysical myophysics myopia myopic myopical myopically myoplasm myoplastic myoplasty myopolar myoporaceous myoporad myoproteid myoprotein myoproteose myops myopy myorrhaphy myorrhexis myosalpingitis myosarcoma myosarcomatous myosclerosis myoscope myoseptum myosin myosinogen myosinose myosis myositic myositis myosote myospasm myospasmia myosuture myosynizesis myotacismus myotasis myotenotomy myothermic myotic myotome myotomic myotomy myotonia myotonic myotonus myotony myotrophy myowun myoxine myrabalanus myrabolam myrcene myrcia myriacanthous myriacoulomb myriad myriaded myriadfold myriadly myriadth myriagram myriagramme myrialiter myrialitre myriameter myriametre myriapod myriapodan myriapodous myriarch myriarchy myriare myrica myricaceous myricetin myricin myricyl myricylic myringa myringectomy myringitis myringodectomy myringodermatitis myringomycosis myringoplasty myringotome myringotomy myriological myriologist myriologue myriophyllite myriophyllous myriopodous myriorama myrioscope myriosporous myriotheism myriotrichiaceous myristate myristic myristica myristicaceous myristicivorous myristin myristone myrmecobine myrmecochorous myrmecochory myrmecoid myrmecoidy myrmecological myrmecologist myrmecology myrmecophagine myrmecophagoid myrmecophagous myrmecophile myrmecophilism myrmecophilous myrmecophily myrmecophobic myrmecophyte myrmecophytic myrmekite myrmicid myrmicine myrmicoid myrmotherine myrobalan myron myronate myronic myrosin myrosinase myrothamnaceous myrrh myrrhed myrrhic myrrhine myrrhol myrrhophore myrrhy myrsinaceous myrsinad myrtaceous myrtal myrtiform myrtle myrtleberry myrtlelike myrtol mysel myself mysell mysid mysidean mysogynism mysoid mysophobia mysosophist mysost myst mystacial mystagogic mystagogical mystagogically mystagogue mystagogy mystax mysterial mysteriarch mysteriosophic mysteriosophy mysterious mysteriously mysteriousness mysterize mystery mystes mystic mystical mysticality mystically mysticalness mysticete mysticetous mysticism mysticity mysticize mysticly mystific mystifically mystification mystificator mystificatory mystifiedly mystifier mystify mystifyingly mytacism myth mythical mythicalism mythicality mythically mythicalness mythicism mythicist mythicize mythicizer mythification mythify mythism mythist mythize mythland mythmaker mythmaking mythoclast mythoclastic mythogenesis mythogonic mythogony mythographer mythographist mythography mythogreen mythoheroic mythohistoric mythologema mythologer mythological mythologically mythologist mythologize mythologizer mythologue mythology mythomania mythomaniac mythometer mythonomy mythopastoral mythopoeic mythopoeism mythopoeist mythopoem mythopoesis mythopoesy mythopoet mythopoetic mythopoetize mythopoetry mythos mythus mytilacean mytilaceous mytilid mytiliform mytiloid mytilotoxine myxa myxadenitis myxadenoma myxaemia myxamoeba myxangitis myxasthenia myxedema myxedematoid myxedematous myxedemic myxemia myxinoid myxo myxobacteriaceous myxoblastoma myxochondroma myxochondrosarcoma myxocystoma myxocyte myxoenchondroma myxofibroma myxofibrosarcoma myxoflagellate myxogaster myxogastric myxogastrous myxoglioma myxoid myxoinoma myxolipoma myxoma myxomatosis myxomatous myxomycete myxomycetous myxomyoma myxoneuroma myxopapilloma myxophycean myxopod myxopodan myxopodium myxopodous myxopoiesis myxorrhea myxosarcoma myxospongian myxospore myxosporidian myxosporous myxotheca myzodendraceous myzont myzostomatous myzostome myzostomid myzostomidan myzostomous n na naa naam nab nabak nabber nabk nabla nable nabob nabobery nabobess nabobical nabobish nabobishly nabobism nabobry nabobship nabs nacarat nacarine nace nacelle nach nachani nacket nacre nacred nacreous nacrine nacrite nacrous nacry nadder nadir nadiral nadorite nae naebody naegate naegates nael naemorhedine naether naething nag naga nagaika nagana nagara nagatelite nagger naggin nagging naggingly naggingness naggish naggle naggly naggy naght nagkassar nagmaal nagman nagnag nagnail nagor nagsman nagster nagual nagualism nagualist nagyagite naiad naiadaceous naiant naid naif naifly naig naigie naik nail nailbin nailbrush nailer naileress nailery nailhead nailing nailless naillike nailprint nailproof nailrod nailshop nailsick nailsmith nailwort naily nain nainsel nainsook naio naipkin nairy nais naish naissance naissant naither naive naively naiveness naivete naivety nak nake naked nakedish nakedize nakedly nakedness nakedweed nakedwood naker nakhlite nakhod nakhoda nako nakong nakoo nallah nam namability namable namaqua namaycush namaz namazlik namda name nameability nameable nameboard nameless namelessly namelessness nameling namely namer namesake naming nammad nan nana nanawood nancy nandi nandine nandow nandu nane nanes nanga nanism nanization nankeen nankin nannander nannandrium nannandrous nannoplankton nanny nannyberry nannybush nanocephalia nanocephalic nanocephalism nanocephalous nanocephalus nanocephaly nanoid nanomelia nanomelous nanomelus nanosoma nanosomia nanosomus nanpie nant nantle nantokite naological naology naometry naos nap napa napal napalm nape napead napecrest napellus naperer napery naphtha naphthacene naphthalate naphthalene naphthaleneacetic naphthalenesulphonic naphthalenic naphthalenoid naphthalic naphthalidine naphthalin naphthaline naphthalization naphthalize naphthalol naphthamine naphthanthracene naphthene naphthenic naphthinduline naphthionate naphtho naphthoic naphthol naphtholate naphtholize naphtholsulphonate naphtholsulphonic naphthoquinone naphthoresorcinol naphthosalol naphthous naphthoxide naphthyl naphthylamine naphthylaminesulphonic naphthylene naphthylic naphtol napiform napkin napkining napless naplessness napoleon napoleonite napoo nappe napped napper nappiness napping nappishness nappy naprapath naprapathy napron napthionic napu nar narceine narcism narcissi narcissism narcissist narcissistic narcist narcistic narcoanalysis narcoanesthesia narcohypnia narcohypnosis narcolepsy narcoleptic narcoma narcomania narcomaniac narcomaniacal narcomatous narcomedusan narcose narcosis narcostimulant narcosynthesis narcotherapy narcotia narcotic narcotical narcotically narcoticalness narcoticism narcoticness narcotina narcotine narcotinic narcotism narcotist narcotization narcotize narcous nard nardine nardoo nares narghile nargil narial naric narica naricorn nariform narine naringenin naringin nark narky narr narra narras narratable narrate narrater narration narrational narrative narratively narrator narratory narratress narratrix narrawood narrow narrower narrowhearted narrowheartedness narrowingness narrowish narrowly narrowness narrowy narsarsukite narsinga narthecal narthex narwhal narwhalian nary nasab nasal nasalis nasalism nasality nasalization nasalize nasally nasalward nasalwards nasard nascence nascency nascent nasch naseberry nasethmoid nash nashgab nashgob nasi nasial nasicorn nasicornous nasiform nasilabial nasillate nasillation nasioalveolar nasiobregmatic nasioinial nasiomental nasion nasitis nasoalveola nasoantral nasobasilar nasobronchial nasobuccal nasoccipital nasociliary nasoethmoidal nasofrontal nasolabial nasolachrymal nasological nasologist nasology nasomalar nasomaxillary nasonite nasoorbital nasopalatal nasopalatine nasopharyngeal nasopharyngitis nasopharynx nasoprognathic nasoprognathism nasorostral nasoscope nasoseptal nasosinuitis nasosinusitis nasosubnasal nasoturbinal nasrol nassellarian nassology nast nastaliq nastic nastika nastily nastiness nasturtion nasturtium nasty nasus nasute nasuteness nasutiform nasutus nat natability nataka natal natality nataloin natals natant natantly natation natational natator natatorial natatorious natatorium natatory natch natchbone natchnee nates nathe nather nathless naticiform naticine naticoid natiform natimortality nation national nationalism nationalist nationalistic nationalistically nationality nationalization nationalize nationalizer nationally nationalness nationalty nationhood nationless nationwide native natively nativeness nativism nativist nativistic nativity natr natricine natrium natrochalcite natrojarosite natrolite natron natter nattered natteredness natterjack nattily nattiness nattle natty natuary natural naturalesque naturalism naturalist naturalistic naturalistically naturality naturalization naturalize naturalizer naturally naturalness nature naturecraft naturelike naturing naturism naturist naturistic naturistically naturize naturopath naturopathic naturopathist naturopathy naucrar naucrary naufragous nauger naught naughtily naughtiness naughty naujaite naumachia naumachy naumannite naumk naumkeag naumkeager naunt nauntle naupathia nauplial naupliiform nauplioid nauplius nauropometer nauscopy nausea nauseant nauseaproof nauseate nauseatingly nauseation nauseous nauseously nauseousness naut nautch nauther nautic nautical nauticality nautically nautics nautiform nautilacean nautilicone nautiliform nautilite nautiloid nautiloidean nautilus naval navalese navalism navalist navalistic navalistically navally navar navarch navarchy nave navel naveled navellike navelwort navet navette navew navicella navicert navicula naviculaeform navicular naviculare naviculoid naviform navigability navigable navigableness navigably navigant navigate navigation navigational navigator navigerous navipendular navipendulum navite navvy navy naw nawab nawabship nawt nay nayaur naysay naysayer nayward nayword naze nazim nazir ne nea neal neallotype neanic neanthropic neap neaped nearable nearabout nearabouts nearaivays nearaway nearby nearest nearish nearly nearmost nearness nearsighted nearsightedly nearsightedness nearthrosis neat neaten neath neatherd neatherdess neathmost neatify neatly neatness neb neback nebalian nebalioid nebbed nebbuck nebbuk nebby nebel nebelist nebenkern nebris nebula nebulae nebular nebularization nebularize nebulated nebulation nebule nebulescent nebuliferous nebulite nebulium nebulization nebulize nebulizer nebulose nebulosity nebulous nebulously nebulousness necessar necessarian necessarianism necessarily necessariness necessary necessism necessist necessitarian necessitarianism necessitate necessitatedly necessitatingly necessitation necessitative necessitous necessitously necessitousness necessitude necessity neck neckar neckatee neckband neckcloth necked necker neckercher neckerchief neckful neckguard necking neckinger necklace necklaced necklaceweed neckless necklet necklike neckline neckmold neckpiece neckstock necktie necktieless neckward neckwear neckweed neckyoke necrectomy necremia necrobacillary necrobacillosis necrobiosis necrobiotic necrogenic necrogenous necrographer necrolatry necrologic necrological necrologically necrologist necrologue necrology necromancer necromancing necromancy necromantic necromantically necromorphous necronite necropathy necrophagan necrophagous necrophile necrophilia necrophilic necrophilism necrophilistic necrophilous necrophily necrophobia necrophobic necropoleis necropoles necropolis necropolitan necropsy necroscopic necroscopical necroscopy necrose necrosis necrotic necrotization necrotize necrotomic necrotomist necrotomy necrotype necrotypic nectar nectareal nectarean nectared nectareous nectareously nectareousness nectarial nectarian nectaried nectariferous nectarine nectarious nectarium nectarivorous nectarize nectarlike nectarous nectary nectiferous nectocalycine nectocalyx nectophore nectopod nectriaceous nedder neddy nee neebor neebour need needer needfire needful needfully needfulness needgates needham needily neediness needing needle needlebill needlebook needlebush needlecase needled needlefish needleful needlelike needlemaker needlemaking needleman needlemonger needleproof needler needles needless needlessly needlessness needlestone needlewoman needlewood needlework needleworked needleworker needling needly needments needs needsome needy neeger neeld neele neelghan neem neencephalic neencephalon neep neepour neer neese neet neetup neeze nef nefandous nefandousness nefarious nefariously nefariousness nefast neffy neftgil negate negatedness negation negationalist negationist negative negatively negativeness negativer negativism negativist negativistic negativity negator negatory negatron neger neginoth neglect neglectable neglectedly neglectedness neglecter neglectful neglectfully neglectfulness neglectingly neglection neglective neglectively neglector neglectproof negligee negligence negligency negligent negligently negligibility negligible negligibleness negligibly negotiability negotiable negotiant negotiate negotiation negotiator negotiatory negotiatress negotiatrix negrillo negrine negro negrodom negrohead negrohood negroish negrolike negus nehiloth nei neif neigh neighbor neighbored neighborer neighboress neighborhood neighboring neighborless neighborlike neighborliness neighborly neighborship neighborstained neighbourless neighbourlike neighbourship neigher neiper neist neither nekton nektonic nelson nelsonite nelumbian nema nemaline nemalite nematelminth nemathece nemathecial nemathecium nemathelminth nematic nematoblast nematoblastic nematoceran nematocerous nematocide nematocyst nematocystic nematode nematodiasis nematogene nematogenic nematogenous nematognath nematognathous nematogone nematogonous nematoid nematoidean nematologist nematology nematophyton nematozooid nemertean nemertine nemertinean nemertoid nemeses nemesic nemoceran nemocerous nemophilist nemophilous nemophily nemoral nemoricole nenta nenuphar neo neoacademic neoanthropic neoarsphenamine neoblastic neobotanist neobotany neocerotic neoclassic neoclassicism neoclassicist neocosmic neocracy neocriticism neocyanine neocyte neocytosis neodamode neodidymium neodymium neofetal neofetus neoformation neoformative neogamous neogamy neogenesis neogenetic neognathic neognathous neogrammarian neogrammatical neographic neohexane neoholmia neoholmium neoimpressionism neoimpressionist neolalia neolater neolatry neolith neolithic neologian neologianism neologic neological neologically neologism neologist neologistic neologistical neologization neologize neology neomedievalism neomenia neomenian neomiracle neomodal neomorph neomorphic neomorphism neon neonatal neonate neonatus neonomian neonomianism neontology neonychium neopagan neopaganism neopaganize neopallial neopallium neoparaffin neophilism neophilological neophilologist neophobia neophobic neophrastic neophyte neophytic neophytish neophytism neoplasia neoplasm neoplasma neoplasmata neoplastic neoplasticism neoplasty neoprene neorama neorealism neornithic neossin neossology neossoptile neostriatum neostyle neoteinia neoteinic neotenia neotenic neoteny neoteric neoterically neoterism neoterist neoteristic neoterize neothalamus neotype neovitalism neovolcanic neoytterbium neoza nep nepenthaceous nepenthe nepenthean nepenthes neper nephalism nephalist nephele nepheligenous nepheline nephelinic nephelinite nephelinitic nephelinitoid nephelite nephelognosy nepheloid nephelometer nephelometric nephelometrical nephelometrically nephelometry nephelorometer nepheloscope nephesh nephew nephewship nephogram nephograph nephological nephologist nephology nephoscope nephradenoma nephralgia nephralgic nephrapostasis nephratonia nephrauxe nephrectasia nephrectasis nephrectomize nephrectomy nephrelcosis nephremia nephremphraxis nephria nephric nephridia nephridial nephridiopore nephridium nephrism nephrite nephritic nephritical nephritis nephroabdominal nephrocardiac nephrocele nephrocoele nephrocolic nephrocolopexy nephrocoloptosis nephrocystitis nephrocystosis nephrocyte nephrodinic nephroerysipelas nephrogastric nephrogenetic nephrogenic nephrogenous nephrogonaduct nephrohydrosis nephrohypertrophy nephroid nephrolith nephrolithic nephrolithotomy nephrologist nephrology nephrolysin nephrolysis nephrolytic nephromalacia nephromegaly nephromere nephron nephroncus nephroparalysis nephropathic nephropathy nephropexy nephrophthisis nephropore nephroptosia nephroptosis nephropyelitis nephropyeloplasty nephropyosis nephrorrhagia nephrorrhaphy nephros nephrosclerosis nephrosis nephrostoma nephrostome nephrostomial nephrostomous nephrostomy nephrotome nephrotomize nephrotomy nephrotoxic nephrotoxicity nephrotoxin nephrotuberculosis nephrotyphoid nephrotyphus nephrozymosis nepionic nepman nepotal nepote nepotic nepotious nepotism nepotist nepotistical nepouite neptunism neptunist neptunium nereidiform nereite nerine neritic neritoid nerterology nerval nervate nervation nervature nerve nerveless nervelessly nervelessness nervelet nerveproof nerver nerveroot nervid nerviduct nervily nervimotion nervimotor nervimuscular nervine nerviness nerving nervish nervism nervomuscular nervosanguineous nervose nervosism nervosity nervous nervously nervousness nervular nervule nervulet nervulose nervuration nervure nervy nescience nescient nese nesh neshly neshness nesiote nesquehonite ness nesslerization nesslerize nest nestable nestage nester nestful nestiatria nestitherapy nestle nestler nestlike nestling nestorine nesty net netball netbraider netbush netcha nete neter netful neth netheist nether nethermore nethermost netherstock netherstone netherward netherwards neti netleaf netlike netmaker netmaking netman netmonger netop netsman netsuke nettable netted netter netting nettle nettlebed nettlebird nettlefire nettlefish nettlefoot nettlelike nettlemonger nettler nettlesome nettlewort nettling nettly netty netwise network neugroschen neuma neumatic neumatize neume neumic neurad neuradynamia neural neurale neuralgia neuralgiac neuralgic neuralgiform neuralgy neuralist neurapophyseal neurapophysial neurapophysis neurarthropathy neurasthenia neurasthenic neurasthenical neurasthenically neurataxia neurataxy neuration neuratrophia neuratrophic neuratrophy neuraxial neuraxis neuraxon neuraxone neurectasia neurectasis neurectasy neurectome neurectomic neurectomy neurectopia neurectopy neurenteric neurepithelium neurergic neurexairesis neurhypnology neurhypnotist neuriatry neuric neurilema neurilematic neurilemma neurilemmal neurilemmatic neurilemmatous neurilemmitis neurility neurin neurine neurinoma neurism neurite neuritic neuritis neuroanatomical neuroanatomy neurobiotactic neurobiotaxis neuroblast neuroblastic neuroblastoma neurocanal neurocardiac neurocele neurocentral neurocentrum neurochemistry neurochitin neurochondrite neurochord neurochorioretinitis neurocirculatory neurocity neuroclonic neurocoele neurocoelian neurocyte neurocytoma neurodegenerative neurodendrite neurodendron neurodermatitis neurodermatosis neurodermitis neurodiagnosis neurodynamic neurodynia neuroepidermal neuroepithelial neuroepithelium neurofibril neurofibrilla neurofibrillae neurofibrillar neurofibroma neurofibromatosis neurofil neuroganglion neurogastralgia neurogastric neurogenesis neurogenetic neurogenic neurogenous neuroglandular neuroglia neurogliac neuroglial neurogliar neuroglic neuroglioma neurogliosis neurogram neurogrammic neurographic neurography neurohistology neurohumor neurohumoral neurohypnology neurohypnotic neurohypnotism neurohypophysis neuroid neurokeratin neurokyme neurological neurologist neurologize neurology neurolymph neurolysis neurolytic neuroma neuromalacia neuromalakia neuromast neuromastic neuromatosis neuromatous neuromere neuromerism neuromerous neuromimesis neuromimetic neuromotor neuromuscular neuromusculature neuromyelitis neuromyic neuron neuronal neurone neuronic neuronism neuronist neuronophagia neuronophagy neuronym neuronymy neuroparalysis neuroparalytic neuropath neuropathic neuropathical neuropathically neuropathist neuropathological neuropathologist neuropathology neuropathy neurophagy neurophil neurophile neurophilic neurophysiological neurophysiology neuropile neuroplasm neuroplasmic neuroplasty neuroplexus neuropodial neuropodium neuropodous neuropore neuropsychiatric neuropsychiatrist neuropsychiatry neuropsychic neuropsychological neuropsychologist neuropsychology neuropsychopathic neuropsychopathy neuropsychosis neuropter neuropteran neuropterist neuropteroid neuropterological neuropterology neuropteron neuropterous neuroretinitis neurorrhaphy neurorthopteran neurorthopterous neurosal neurosarcoma neurosclerosis neuroses neurosis neuroskeletal neuroskeleton neurosome neurospasm neurospongium neurosthenia neurosurgeon neurosurgery neurosurgical neurosuture neurosynapse neurosyphilis neurotendinous neurotension neurotherapeutics neurotherapist neurotherapy neurothlipsis neurotic neurotically neuroticism neuroticize neurotization neurotome neurotomical neurotomist neurotomize neurotomy neurotonic neurotoxia neurotoxic neurotoxin neurotripsy neurotrophic neurotrophy neurotropic neurotropism neurovaccination neurovaccine neurovascular neurovisceral neurula neurypnological neurypnologist neurypnology neuter neuterdom neuterlike neuterly neuterness neutral neutralism neutralist neutrality neutralization neutralize neutralizer neutrally neutralness neutrino neutroceptive neutroceptor neutroclusion neutrologistic neutron neutropassive neutrophile neutrophilia neutrophilic neutrophilous nevadite neve nevel never neverland nevermore nevertheless nevo nevoid nevoy nevus nevyanskite new newberyite newcal newcome newcomer newel newelty newfangle newfangled newfangledism newfangledly newfangledness newfanglement newing newings newish newlandite newly newlywed newmarket newness news newsbill newsboard newsboat newsboy newscast newscaster newscasting newsful newsiness newsless newslessness newsletter newsman newsmonger newsmongering newsmongery newspaper newspaperdom newspaperese newspaperish newspaperized newspaperman newspaperwoman newspapery newsprint newsreader newsreel newsroom newssheet newsstand newsteller newsworthiness newsworthy newsy newt newtake newton newtonite nexal next nextly nextness nexum nexus neyanda ngai ngaio ngapi ni niacin niata nib nibbana nibbed nibber nibble nibbler nibblingly nibby niblick niblike nibong nibs nibsome niccolic niccoliferous niccolite niccolous nice niceish niceling nicely niceness nicesome nicetish nicety niche nichelino nicher nick nickel nickelage nickelic nickeliferous nickeline nickeling nickelization nickelize nickellike nickelodeon nickelous nickeltype nicker nickerpecker nickey nicking nickle nickname nicknameable nicknamee nicknameless nicknamer nickstick nicky nicolayite nicolo nicotia nicotian nicotianin nicotic nicotinamide nicotine nicotinean nicotined nicotineless nicotinian nicotinic nicotinism nicotinize nicotism nicotize nictate nictation nictitant nictitate nictitation nid nidal nidamental nidana nidation nidatory niddering niddick niddle nide nidge nidget nidgety nidi nidicolous nidificant nidificate nidification nidificational nidifugous nidify niding nidologist nidology nidor nidorosity nidorous nidorulent nidulant nidulariaceous nidulate nidulation nidulus nidus niece nieceless nieceship niellated nielled niellist niello niepa nieve nieveta nievling nife nifesima niffer nific nifle nifling nifty nig niggard niggardize niggardliness niggardling niggardly niggardness nigger niggerdom niggerfish niggergoose niggerhead niggerish niggerism niggerling niggertoe niggerweed niggery niggle niggler niggling nigglingly niggly nigh nighly nighness night nightcap nightcapped nightcaps nightchurr nightdress nighted nightfall nightfish nightflit nightfowl nightgown nighthawk nightie nightingale nightingalize nightjar nightless nightlessness nightlike nightlong nightly nightman nightmare nightmarish nightmarishly nightmary nights nightshade nightshine nightshirt nightstock nightstool nighttide nighttime nightwalker nightwalking nightward nightwards nightwear nightwork nightworker nignay nignye nigori nigranilin nigraniline nigre nigrescence nigrescent nigresceous nigrescite nigrification nigrified nigrify nigrine nigrities nigritude nigritudinous nigrosine nigrous nigua nihilianism nihilianistic nihilification nihilify nihilism nihilist nihilistic nihilitic nihility nikau nikethamide niklesite nil nilgai nilpotent nim nimb nimbated nimbed nimbi nimbiferous nimbification nimble nimblebrained nimbleness nimbly nimbose nimbosity nimbus nimbused nimiety niminy nimious nimmer nimshi nincom nincompoop nincompoopery nincompoophood nincompoopish nine ninebark ninefold nineholes ninepegs ninepence ninepenny ninepin ninepins ninescore nineted nineteen nineteenfold nineteenth nineteenthly ninetieth ninety ninetyfold ninetyish ninetyknot ninny ninnyhammer ninnyish ninnyism ninnyship ninnywatch ninon ninth ninthly nintu ninut niobate niobic niobite niobium niobous niog niota nip nipa nipcheese niphablepsia niphotyphlosis nipper nipperkin nippers nippily nippiness nipping nippingly nippitate nipple nippleless nipplewort nipponium nippy nipter nirles nirmanakaya nirvana nirvanic nisei nishiki nisnas nispero nisse nisus nit nitch nitchevo nitency nitently niter niterbush nitered nither nithing nitid nitidous nitidulid nito niton nitramine nitramino nitranilic nitraniline nitrate nitratine nitration nitrator nitriary nitric nitridation nitride nitriding nitridization nitridize nitrifaction nitriferous nitrifiable nitrification nitrifier nitrify nitrile nitrite nitro nitroalizarin nitroamine nitroaniline nitrobacteria nitrobarite nitrobenzene nitrobenzol nitrobenzole nitrocalcite nitrocellulose nitrocellulosic nitrochloroform nitrocotton nitroform nitrogelatin nitrogen nitrogenate nitrogenation nitrogenic nitrogenization nitrogenize nitrogenous nitroglycerin nitrohydrochloric nitrolamine nitrolic nitrolime nitromagnesite nitrometer nitrometric nitromuriate nitromuriatic nitronaphthalene nitroparaffin nitrophenol nitrophilous nitrophyte nitrophytic nitroprussiate nitroprussic nitroprusside nitrosamine nitrosate nitrosification nitrosify nitrosite nitrosobacteria nitrosochloride nitrososulphuric nitrostarch nitrosulphate nitrosulphonic nitrosulphuric nitrosyl nitrosylsulphuric nitrotoluene nitrous nitroxyl nitryl nitter nitty nitwit nival nivation nivellate nivellation nivellator nivellization nivenite niveous nivicolous nivosity nix nixie niyoga nizam nizamate nizamut nizy njave no noa nob nobber nobbily nobble nobbler nobbut nobby nobiliary nobilify nobilitate nobilitation nobility noble noblehearted nobleheartedly nobleheartedness nobleman noblemanly nobleness noblesse noblewoman nobley nobly nobody nobodyness nobs nocake nocardiosis nocent nocerite nociassociation nociceptive nociceptor nociperception nociperceptive nock nocket nocktat noctambulant noctambulation noctambule noctambulism noctambulist noctambulistic noctambulous noctidial noctidiurnal noctiferous noctiflorous noctiluca noctilucal noctilucan noctilucence noctilucent noctilucin noctilucine noctilucous noctiluminous noctipotent noctivagant noctivagation noctivagous noctograph noctovision noctuid noctuiform noctule nocturia nocturn nocturnal nocturnally nocturne nocuity nocuous nocuously nocuousness nod nodal nodality nodated nodder nodding noddingly noddle noddy node noded nodi nodiak nodical nodicorn nodiferous nodiflorous nodiform nodosarian nodosariform nodosarine nodose nodosity nodous nodular nodulate nodulated nodulation nodule noduled nodulize nodulose nodulous nodulus nodus noegenesis noegenetic noel noematachograph noematachometer noematachometic noetic noetics nog nogada nogal noggen noggin nogging noghead nogheaded nohow noibwood noil noilage noiler noily noint nointment noir noise noiseful noisefully noiseless noiselessly noiselessness noisemaker noisemaking noiseproof noisette noisily noisiness noisome noisomely noisomeness noisy nokta nolition noll nolle nolleity nollepros nolo noma nomad nomadian nomadic nomadical nomadically nomadism nomadization nomadize nomancy nomarch nomarchy nomarthral nombril nome nomenclate nomenclative nomenclator nomenclatorial nomenclatorship nomenclatory nomenclatural nomenclature nomenclaturist nomial nomic nomina nominable nominal nominalism nominalist nominalistic nominality nominally nominate nominated nominately nomination nominatival nominative nominatively nominator nominatrix nominature nominee nomineeism nominy nomism nomisma nomismata nomistic nomocanon nomocracy nomogenist nomogenous nomogeny nomogram nomograph nomographer nomographic nomographical nomographically nomography nomological nomologist nomology nomopelmous nomophylax nomophyllous nomos nomotheism nomothete nomothetes nomothetic nomothetical non nonabandonment nonabdication nonabiding nonability nonabjuration nonabjurer nonabolition nonabridgment nonabsentation nonabsolute nonabsolution nonabsorbable nonabsorbent nonabsorptive nonabstainer nonabstaining nonabstemious nonabstention nonabstract nonacademic nonacceding nonacceleration nonaccent nonacceptance nonacceptant nonacceptation nonaccess nonaccession nonaccessory nonaccidental nonaccompaniment nonaccompanying nonaccomplishment nonaccredited nonaccretion nonachievement nonacid nonacknowledgment nonacosane nonacoustic nonacquaintance nonacquiescence nonacquiescent nonacquisitive nonacquittal nonact nonactinic nonaction nonactionable nonactive nonactuality nonaculeate nonacute nonadditive nonadecane nonadherence nonadherent nonadhesion nonadhesive nonadjacent nonadjectival nonadjournment nonadjustable nonadjustive nonadjustment nonadministrative nonadmiring nonadmission nonadmitted nonadoption nonadornment nonadult nonadvancement nonadvantageous nonadventitious nonadventurous nonadverbial nonadvertence nonadvertency nonadvocate nonaerating nonaerobiotic nonaesthetic nonaffection nonaffiliated nonaffirmation nonage nonagenarian nonagency nonagent nonagesimal nonagglutinative nonagglutinator nonaggression nonaggressive nonagon nonagrarian nonagreement nonagricultural nonahydrate nonaid nonair nonalarmist nonalcohol nonalcoholic nonalgebraic nonalienating nonalienation nonalignment nonalkaloidal nonallegation nonallegorical nonalliterated nonalliterative nonallotment nonalluvial nonalphabetic nonaltruistic nonaluminous nonamalgamable nonamendable nonamino nonamotion nonamphibious nonamputation nonanalogy nonanalytical nonanalyzable nonanalyzed nonanaphoric nonanaphthene nonanatomical nonancestral nonane nonanesthetized nonangelic nonangling nonanimal nonannexation nonannouncement nonannuitant nonannulment nonanoic nonanonymity nonanswer nonantagonistic nonanticipative nonantigenic nonapologetic nonapostatizing nonapostolic nonapparent nonappealable nonappearance nonappearer nonappearing nonappellate nonappendicular nonapplication nonapply nonappointment nonapportionable nonapposable nonappraisal nonappreciation nonapprehension nonappropriation nonapproval nonaqueous nonarbitrable nonarcing nonargentiferous nonaristocratic nonarithmetical nonarmament nonarmigerous nonaromatic nonarraignment nonarrival nonarsenical nonarterial nonartesian nonarticulated nonarticulation nonartistic nonary nonascendancy nonascertainable nonascertaining nonascetic nonascription nonaseptic nonaspersion nonasphalt nonaspirate nonaspiring nonassault nonassent nonassentation nonassented nonassenting nonassertion nonassertive nonassessable nonassessment nonassignable nonassignment nonassimilable nonassimilating nonassimilation nonassistance nonassistive nonassociable nonassortment nonassurance nonasthmatic nonastronomical nonathletic nonatmospheric nonatonement nonattached nonattachment nonattainment nonattendance nonattendant nonattention nonattestation nonattribution nonattributive nonaugmentative nonauricular nonauriferous nonauthentication nonauthoritative nonautomatic nonautomotive nonavoidance nonaxiomatic nonazotized nonbachelor nonbacterial nonbailable nonballoting nonbanishment nonbankable nonbarbarous nonbaronial nonbase nonbasement nonbasic nonbasing nonbathing nonbearded nonbearing nonbeing nonbeliever nonbelieving nonbelligerent nonbending nonbenevolent nonbetrayal nonbeverage nonbilabiate nonbilious nonbinomial nonbiological nonbitter nonbituminous nonblack nonblameless nonbleeding nonblended nonblockaded nonblocking nonblooded nonblooming nonbodily nonbookish nonborrower nonbotanical nonbourgeois nonbranded nonbreakable nonbreeder nonbreeding nonbroodiness nonbroody nonbrowsing nonbudding nonbulbous nonbulkhead nonbureaucratic nonburgage nonburgess nonburnable nonburning nonbursting nonbusiness nonbuying noncabinet noncaffeine noncaking noncalcareous noncalcified noncallability noncallable noncancellable noncannibalistic noncanonical noncanonization noncanvassing noncapillarity noncapillary noncapital noncapitalist noncapitalistic noncapitulation noncapsizable noncapture noncarbonate noncareer noncarnivorous noncarrier noncartelized noncaste noncastigation noncataloguer noncatarrhal noncatechizable noncategorical noncathedral noncatholicity noncausality noncausation nonce noncelebration noncelestial noncellular noncellulosic noncensored noncensorious noncensus noncentral noncereal noncerebral nonceremonial noncertain noncertainty noncertified nonchafing nonchalance nonchalant nonchalantly nonchalantness nonchalky nonchallenger nonchampion nonchangeable nonchanging noncharacteristic nonchargeable nonchastisement nonchastity nonchemical nonchemist nonchivalrous nonchokable nonchokebore nonchronological nonchurch nonchurched nonchurchgoer nonciliate noncircuit noncircuital noncircular noncirculation noncitation noncitizen noncivilized nonclaim nonclaimable nonclassable nonclassical nonclassifiable nonclassification nonclastic nonclearance noncleistogamic nonclergyable nonclerical nonclimbable nonclinical nonclose nonclosure nonclotting noncoagulability noncoagulable noncoagulation noncoalescing noncock noncoercion noncoercive noncognate noncognition noncognitive noncognizable noncognizance noncoherent noncohesion noncohesive noncoinage noncoincidence noncoincident noncoincidental noncoking noncollaboration noncollaborative noncollapsible noncollectable noncollection noncollegiate noncollinear noncolloid noncollusion noncollusive noncolonial noncoloring noncom noncombat noncombatant noncombination noncombining noncombustible noncombustion noncome noncoming noncommemoration noncommencement noncommendable noncommensurable noncommercial noncommissioned noncommittal noncommittalism noncommittally noncommittalness noncommonable noncommorancy noncommunal noncommunicable noncommunicant noncommunicating noncommunication noncommunion noncommunist noncommunistic noncommutative noncompearance noncompensating noncompensation noncompetency noncompetent noncompeting noncompetitive noncompetitively noncomplaisance noncompletion noncompliance noncomplicity noncomplying noncomposite noncompoundable noncompounder noncomprehension noncompressible noncompression noncompulsion noncomputation noncon nonconcealment nonconceiving nonconcentration nonconception nonconcern nonconcession nonconciliating nonconcludency nonconcludent nonconcluding nonconclusion nonconcordant nonconcur nonconcurrence nonconcurrency nonconcurrent noncondensable noncondensation noncondensible noncondensing noncondimental nonconditioned noncondonation nonconducive nonconductibility nonconductible nonconducting nonconduction nonconductive nonconductor nonconfederate nonconferrable nonconfession nonconficient nonconfident nonconfidential nonconfinement nonconfirmation nonconfirmative nonconfiscable nonconfiscation nonconfitent nonconflicting nonconform nonconformable nonconformably nonconformance nonconformer nonconforming nonconformism nonconformist nonconformistical nonconformistically nonconformitant nonconformity nonconfutation noncongealing noncongenital noncongestion noncongratulatory noncongruent nonconjectural nonconjugal nonconjugate nonconjunction nonconnection nonconnective nonconnivance nonconnotative nonconnubial nonconscientious nonconscious nonconscription nonconsecration nonconsecutive nonconsent nonconsenting nonconsequence nonconsequent nonconservation nonconservative nonconserving nonconsideration nonconsignment nonconsistorial nonconsoling nonconsonant nonconsorting nonconspirator nonconspiring nonconstituent nonconstitutional nonconstraint nonconstruable nonconstruction nonconstructive nonconsular nonconsultative nonconsumable nonconsumption noncontact noncontagion noncontagionist noncontagious noncontagiousness noncontamination noncontemplative noncontending noncontent noncontention noncontentious noncontentiously nonconterminous noncontiguity noncontiguous noncontinental noncontingent noncontinuance noncontinuation noncontinuous noncontraband noncontraction noncontradiction noncontradictory noncontributing noncontribution noncontributor noncontributory noncontrivance noncontrolled noncontrolling noncontroversial nonconvective nonconvenable nonconventional nonconvergent nonconversable nonconversant nonconversational nonconversion nonconvertible nonconveyance nonconviction nonconvivial noncoplanar noncopying noncoring noncorporate noncorporeality noncorpuscular noncorrection noncorrective noncorrelation noncorrespondence noncorrespondent noncorresponding noncorroboration noncorroborative noncorrodible noncorroding noncorrosive noncorruption noncortical noncosmic noncosmopolitism noncostraight noncottager noncotyledonous noncounty noncranking noncreation noncreative noncredence noncredent noncredibility noncredible noncreditor noncreeping noncrenate noncretaceous noncriminal noncriminality noncrinoid noncritical noncrucial noncruciform noncrusading noncrushability noncrushable noncrustaceous noncrystalline noncrystallizable noncrystallized noncrystallizing nonculmination nonculpable noncultivated noncultivation nonculture noncumulative noncurantist noncurling noncurrency noncurrent noncursive noncurtailment noncuspidate noncustomary noncutting noncyclic noncyclical nonda nondamageable nondamnation nondancer nondangerous nondatival nondealer nondebtor nondecadence nondecadent nondecalcified nondecane nondecasyllabic nondecatoic nondecaying nondeceivable nondeception nondeceptive nondeciduate nondeciduous nondecision nondeclarant nondeclaration nondeclarer nondecomposition nondecoration nondedication nondeduction nondefalcation nondefamatory nondefaulting nondefection nondefendant nondefense nondefensive nondeference nondeferential nondefiance nondefilement nondefining nondefinition nondefinitive nondeforestation nondegenerate nondegeneration nondegerming nondegradation nondegreased nondehiscent nondeist nondelegable nondelegate nondelegation nondeleterious nondeliberate nondeliberation nondelineation nondeliquescent nondelirious nondeliverance nondelivery nondemand nondemise nondemobilization nondemocratic nondemonstration nondendroid nondenial nondenominational nondenominationalism nondense nondenumerable nondenunciation nondepartmental nondeparture nondependence nondependent nondepletion nondeportation nondeported nondeposition nondepositor nondepravity nondepreciating nondepressed nondepression nondeprivable nonderivable nonderivative nonderogatory nondescript nondesecration nondesignate nondesigned nondesire nondesirous nondesisting nondespotic nondesquamative nondestructive nondesulphurized nondetachable nondetailed nondetention nondetermination nondeterminist nondeterrent nondetest nondetonating nondetrimental nondevelopable nondevelopment nondeviation nondevotional nondexterous nondiabetic nondiabolic nondiagnosis nondiagonal nondiagrammatic nondialectal nondialectical nondialyzing nondiametral nondiastatic nondiathermanous nondiazotizable nondichogamous nondichogamy nondichotomous nondictation nondictatorial nondictionary nondidactic nondieting nondifferentation nondifferentiable nondiffractive nondiffusing nondigestion nondilatable nondilution nondiocesan nondiphtheritic nondiphthongal nondiplomatic nondipterous nondirection nondirectional nondisagreement nondisappearing nondisarmament nondisbursed nondiscernment nondischarging nondisciplinary nondisclaim nondisclosure nondiscontinuance nondiscordant nondiscountable nondiscovery nondiscretionary nondiscrimination nondiscriminatory nondiscussion nondisestablishment nondisfigurement nondisfranchised nondisingenuous nondisintegration nondisinterested nondisjunct nondisjunction nondisjunctional nondisjunctive nondismemberment nondismissal nondisparaging nondisparate nondispensation nondispersal nondispersion nondisposal nondisqualifying nondissenting nondissolution nondistant nondistinctive nondistortion nondistribution nondistributive nondisturbance nondivergence nondivergent nondiversification nondivinity nondivisible nondivisiblity nondivision nondivisional nondivorce nondo nondoctrinal nondocumentary nondogmatic nondoing nondomestic nondomesticated nondominant nondonation nondramatic nondrinking nondropsical nondrying nonduality nondumping nonduplication nondutiable nondynastic nondyspeptic none nonearning noneastern noneatable nonecclesiastical nonechoic noneclectic noneclipsing nonecompense noneconomic nonedible noneditor noneditorial noneducable noneducation noneducational noneffective noneffervescent noneffete nonefficacious nonefficacy nonefficiency nonefficient noneffusion nonego nonegoistical nonejection nonelastic nonelasticity nonelect nonelection nonelective nonelector nonelectric nonelectrical nonelectrification nonelectrified nonelectrized nonelectrocution nonelectrolyte noneleemosynary nonelemental nonelementary nonelimination nonelopement nonemanating nonemancipation nonembarkation nonembellishment nonembezzlement nonembryonic nonemendation nonemergent nonemigration nonemission nonemotional nonemphatic nonemphatical nonempirical nonemploying nonemployment nonemulative nonenactment nonenclosure nonencroachment nonencyclopedic nonendemic nonendorsement nonenduring nonene nonenemy nonenergic nonenforceability nonenforceable nonenforcement nonengagement nonengineering nonenrolled nonent nonentailed nonenteric nonentertainment nonentitative nonentitive nonentitize nonentity nonentityism nonentomological nonentrant nonentres nonentry nonenumerated nonenunciation nonenvious nonenzymic nonephemeral nonepic nonepicurean nonepileptic nonepiscopal nonepiscopalian nonepithelial nonepochal nonequal nonequation nonequatorial nonequestrian nonequilateral nonequilibrium nonequivalent nonequivocating nonerasure nonerecting nonerection nonerotic nonerroneous nonerudite noneruption nones nonescape nonespionage nonespousal nonessential nonesthetic nonesuch nonet noneternal noneternity nonetheless nonethereal nonethical nonethnological nonethyl noneugenic noneuphonious nonevacuation nonevanescent nonevangelical nonevaporation nonevasion nonevasive noneviction nonevident nonevidential nonevil nonevolutionary nonevolutionist nonevolving nonexaction nonexaggeration nonexamination nonexcavation nonexcepted nonexcerptible nonexcessive nonexchangeability nonexchangeable nonexciting nonexclamatory nonexclusion nonexclusive nonexcommunicable nonexculpation nonexcusable nonexecution nonexecutive nonexemplary nonexemplificatior nonexempt nonexercise nonexertion nonexhibition nonexistence nonexistent nonexistential nonexisting nonexoneration nonexotic nonexpansion nonexpansive nonexpansively nonexpectation nonexpendable nonexperience nonexperienced nonexperimental nonexpert nonexpiation nonexpiry nonexploitation nonexplosive nonexportable nonexportation nonexposure nonexpulsion nonextant nonextempore nonextended nonextensile nonextension nonextensional nonextensive nonextenuatory nonexteriority nonextermination nonexternal nonexternality nonextinction nonextortion nonextracted nonextraction nonextraditable nonextradition nonextraneous nonextreme nonextrication nonextrinsic nonexuding nonexultation nonfabulous nonfacetious nonfacial nonfacility nonfacing nonfact nonfactious nonfactory nonfactual nonfacultative nonfaculty nonfaddist nonfading nonfailure nonfalse nonfamily nonfamous nonfanatical nonfanciful nonfarm nonfastidious nonfat nonfatal nonfatalistic nonfatty nonfavorite nonfeasance nonfeasor nonfeatured nonfebrile nonfederal nonfederated nonfeldspathic nonfelonious nonfelony nonfenestrated nonfermentability nonfermentable nonfermentation nonfermentative nonferrous nonfertile nonfertility nonfestive nonfeudal nonfibrous nonfiction nonfictional nonfiduciary nonfighter nonfigurative nonfilamentous nonfimbriate nonfinancial nonfinding nonfinishing nonfinite nonfireproof nonfiscal nonfisherman nonfissile nonfixation nonflaky nonflammable nonfloatation nonfloating nonfloriferous nonflowering nonflowing nonfluctuating nonfluid nonfluorescent nonflying nonfocal nonfood nonforeclosure nonforeign nonforeknowledge nonforest nonforested nonforfeitable nonforfeiting nonforfeiture nonform nonformal nonformation nonformulation nonfortification nonfortuitous nonfossiliferous nonfouling nonfrat nonfraternity nonfrauder nonfraudulent nonfreedom nonfreeman nonfreezable nonfreeze nonfreezing nonfricative nonfriction nonfrosted nonfruition nonfrustration nonfulfillment nonfunctional nonfundable nonfundamental nonfungible nonfuroid nonfusion nonfuturition nonfuturity nongalactic nongalvanized nonganglionic nongas nongaseous nongassy nongelatinizing nongelatinous nongenealogical nongenerative nongenetic nongentile nongeographical nongeological nongeometrical nongermination nongerundial nongildsman nongipsy nonglacial nonglandered nonglandular nonglare nonglucose nonglucosidal nonglucosidic nongod nongold nongolfer nongospel nongovernmental nongraduate nongraduated nongraduation nongrain nongranular nongraphitic nongrass nongratuitous nongravitation nongravity nongray nongreasy nongreen nongregarious nongremial nongrey nongrooming nonguarantee nonguard nonguttural nongymnast nongypsy nonhabitable nonhabitual nonhalation nonhallucination nonhandicap nonhardenable nonharmonic nonharmonious nonhazardous nonheading nonhearer nonheathen nonhedonistic nonhepatic nonhereditarily nonhereditary nonheritable nonheritor nonhero nonhieratic nonhistoric nonhistorical nonhomaloidal nonhomogeneity nonhomogeneous nonhomogenous nonhostile nonhouseholder nonhousekeeping nonhuman nonhumanist nonhumorous nonhumus nonhunting nonhydrogenous nonhydrolyzable nonhygrometric nonhygroscopic nonhypostatic nonic noniconoclastic nonideal nonidealist nonidentical nonidentity nonidiomatic nonidolatrous nonidyllic nonignitible nonignominious nonignorant nonillion nonillionth nonillumination nonillustration nonimaginary nonimbricating nonimitative nonimmateriality nonimmersion nonimmigrant nonimmigration nonimmune nonimmunity nonimmunized nonimpact nonimpairment nonimpartment nonimpatience nonimpeachment nonimperative nonimperial nonimplement nonimportation nonimporting nonimposition nonimpregnated nonimpressionist nonimprovement nonimputation nonincandescent nonincarnated nonincitement noninclination noninclusion noninclusive nonincrease nonincreasing nonincrusting nonindependent nonindictable nonindictment nonindividual nonindividualistic noninductive noninductively noninductivity nonindurated nonindustrial noninfallibilist noninfallible noninfantry noninfected noninfection noninfectious noninfinite noninfinitely noninflammability noninflammable noninflammatory noninflectional noninfluence noninformative noninfraction noninhabitant noninheritable noninherited noninitial noninjurious noninjury noninoculation noninquiring noninsect noninsertion noninstitution noninstruction noninstructional noninstructress noninstrumental noninsurance nonintegrable nonintegrity nonintellectual nonintelligence nonintelligent nonintent nonintention noninterchangeability noninterchangeable nonintercourse noninterference noninterferer noninterfering nonintermittent noninternational noninterpolation noninterposition noninterrupted nonintersecting nonintersector nonintervention noninterventionalist noninterventionist nonintoxicant nonintoxicating nonintrospective nonintrospectively nonintrusion nonintrusionism nonintrusionist nonintuitive noninverted noninvidious noninvincibility noniodized nonion nonionized nonionizing nonirate nonirradiated nonirrational nonirreparable nonirrevocable nonirrigable nonirrigated nonirrigating nonirrigation nonirritable nonirritant nonirritating nonisobaric nonisotropic nonissuable nonius nonjoinder nonjudicial nonjurable nonjurant nonjuress nonjuring nonjurist nonjuristic nonjuror nonjurorism nonjury nonjurying nonknowledge nonkosher nonlabeling nonlactescent nonlaminated nonlanguage nonlaying nonleaded nonleaking nonlegal nonlegato nonlegume nonlepidopterous nonleprous nonlevel nonlevulose nonliability nonliable nonliberation nonlicensed nonlicentiate nonlicet nonlicking nonlife nonlimitation nonlimiting nonlinear nonlipoidal nonliquefying nonliquid nonliquidating nonliquidation nonlister nonlisting nonliterary nonlitigious nonliturgical nonliving nonlixiviated nonlocal nonlocalized nonlogical nonlosable nonloser nonlover nonloving nonloxodromic nonluminescent nonluminosity nonluminous nonluster nonlustrous nonly nonmagnetic nonmagnetizable nonmaintenance nonmajority nonmalarious nonmalicious nonmalignant nonmalleable nonmammalian nonmandatory nonmanifest nonmanifestation nonmanila nonmannite nonmanual nonmanufacture nonmanufactured nonmanufacturing nonmarine nonmarital nonmaritime nonmarket nonmarriage nonmarriageable nonmarrying nonmartial nonmastery nonmaterial nonmaterialistic nonmateriality nonmaternal nonmathematical nonmathematician nonmatrimonial nonmatter nonmechanical nonmechanistic nonmedical nonmedicinal nonmedullated nonmelodious nonmember nonmembership nonmenial nonmental nonmercantile nonmetal nonmetallic nonmetalliferous nonmetallurgical nonmetamorphic nonmetaphysical nonmeteoric nonmeteorological nonmetric nonmetrical nonmetropolitan nonmicrobic nonmicroscopical nonmigratory nonmilitant nonmilitary nonmillionaire nonmimetic nonmineral nonmineralogical nonminimal nonministerial nonministration nonmiraculous nonmischievous nonmiscible nonmissionary nonmobile nonmodal nonmodern nonmolar nonmolecular nonmomentary nonmonarchical nonmonarchist nonmonastic nonmonist nonmonogamous nonmonotheistic nonmorainic nonmoral nonmorality nonmortal nonmotile nonmotoring nonmotorist nonmountainous nonmucilaginous nonmucous nonmulched nonmultiple nonmunicipal nonmuscular nonmusical nonmussable nonmutationally nonmutative nonmutual nonmystical nonmythical nonmythological nonnant nonnarcotic nonnasal nonnat nonnational nonnative nonnatural nonnaturalism nonnaturalistic nonnaturality nonnaturalness nonnautical nonnaval nonnavigable nonnavigation nonnebular nonnecessary nonnecessity nonnegligible nonnegotiable nonnegotiation nonnephritic nonnervous nonnescience nonnescient nonneutral nonneutrality nonnitrogenized nonnitrogenous nonnoble nonnomination nonnotification nonnotional nonnucleated nonnumeral nonnutrient nonnutritious nonnutritive nonobedience nonobedient nonobjection nonobjective nonobligatory nonobservable nonobservance nonobservant nonobservation nonobstetrical nonobstructive nonobvious nonoccidental nonocculting nonoccupant nonoccupation nonoccupational nonoccurrence nonodorous nonoecumenic nonoffender nonoffensive nonofficeholding nonofficial nonofficially nonofficinal nonoic nonoily nonolfactory nonomad nononerous nonopacity nonopening nonoperating nonoperative nonopposition nonoppressive nonoptical nonoptimistic nonoptional nonorchestral nonordination nonorganic nonorganization nonoriental nonoriginal nonornamental nonorthodox nonorthographical nonoscine nonostentation nonoutlawry nonoutrage nonoverhead nonoverlapping nonowner nonoxidating nonoxidizable nonoxidizing nonoxygenated nonoxygenous nonpacific nonpacification nonpacifist nonpagan nonpaid nonpainter nonpalatal nonpapal nonpapist nonpar nonparallel nonparalytic nonparasitic nonparasitism nonpareil nonparent nonparental nonpariello nonparishioner nonparliamentary nonparlor nonparochial nonparous nonpartial nonpartiality nonparticipant nonparticipating nonparticipation nonpartisan nonpartisanship nonpartner nonparty nonpassenger nonpasserine nonpastoral nonpatentable nonpatented nonpaternal nonpathogenic nonpause nonpaying nonpayment nonpeak nonpeaked nonpearlitic nonpecuniary nonpedestrian nonpedigree nonpelagic nonpeltast nonpenal nonpenalized nonpending nonpensionable nonpensioner nonperception nonperceptual nonperfection nonperforated nonperforating nonperformance nonperformer nonperforming nonperiodic nonperiodical nonperishable nonperishing nonperjury nonpermanent nonpermeability nonpermeable nonpermissible nonpermission nonperpendicular nonperpetual nonperpetuity nonpersecution nonperseverance nonpersistence nonpersistent nonperson nonpersonal nonpersonification nonpertinent nonperversive nonphagocytic nonpharmaceutical nonphenolic nonphenomenal nonphilanthropic nonphilological nonphilosophical nonphilosophy nonphonetic nonphosphatic nonphosphorized nonphotobiotic nonphysical nonphysiological nonpickable nonpigmented nonplacental nonplacet nonplanar nonplane nonplanetary nonplantowning nonplastic nonplate nonplausible nonpleading nonplus nonplusation nonplushed nonplutocratic nonpoet nonpoetic nonpoisonous nonpolar nonpolarizable nonpolarizing nonpolitical nonponderosity nonponderous nonpopery nonpopular nonpopularity nonporous nonporphyritic nonport nonportability nonportable nonportrayal nonpositive nonpossession nonposthumous nonpostponement nonpotential nonpower nonpractical nonpractice nonpraedial nonpreaching nonprecious nonprecipitation nonpredatory nonpredestination nonpredicative nonpredictable nonpreference nonpreferential nonpreformed nonpregnant nonprehensile nonprejudicial nonprelatical nonpremium nonpreparation nonprepayment nonprepositional nonpresbyter nonprescribed nonprescriptive nonpresence nonpresentation nonpreservation nonpresidential nonpress nonpressure nonprevalence nonprevalent nonpriestly nonprimitive nonprincipiate nonprincipled nonprobable nonprocreation nonprocurement nonproducer nonproducing nonproduction nonproductive nonproductively nonproductiveness nonprofane nonprofessed nonprofession nonprofessional nonprofessionalism nonprofessorial nonproficience nonproficiency nonproficient nonprofit nonprofiteering nonprognostication nonprogressive nonprohibitable nonprohibition nonprohibitive nonprojection nonprojective nonprojectively nonproletarian nonproliferous nonprolific nonprolongation nonpromiscuous nonpromissory nonpromotion nonpromulgation nonpronunciation nonpropagandistic nonpropagation nonprophetic nonpropitiation nonproportional nonproprietary nonproprietor nonprorogation nonproscriptive nonprosecution nonprospect nonprotection nonprotective nonproteid nonprotein nonprotestation nonprotractile nonprotractility nonproven nonprovided nonprovidential nonprovocation nonpsychic nonpsychological nonpublic nonpublication nonpublicity nonpueblo nonpulmonary nonpulsating nonpumpable nonpunctual nonpunctuation nonpuncturable nonpunishable nonpunishing nonpunishment nonpurchase nonpurchaser nonpurgative nonpurification nonpurposive nonpursuit nonpurulent nonpurveyance nonputrescent nonputrescible nonputting nonpyogenic nonpyritiferous nonqualification nonquality nonquota nonracial nonradiable nonradiating nonradical nonrailroader nonranging nonratability nonratable nonrated nonratifying nonrational nonrationalist nonrationalized nonrayed nonreaction nonreactive nonreactor nonreader nonreading nonrealistic nonreality nonrealization nonreasonable nonreasoner nonrebel nonrebellious nonreceipt nonreceiving nonrecent nonreception nonrecess nonrecipient nonreciprocal nonreciprocating nonreciprocity nonrecital nonreclamation nonrecluse nonrecognition nonrecognized nonrecoil nonrecollection nonrecommendation nonreconciliation nonrecourse nonrecoverable nonrecovery nonrectangular nonrectified nonrecuperation nonrecurrent nonrecurring nonredemption nonredressing nonreducing nonreference nonrefillable nonreflector nonreformation nonrefraction nonrefrigerant nonrefueling nonrefutation nonregardance nonregarding nonregenerating nonregenerative nonregent nonregimented nonregistered nonregistrability nonregistrable nonregistration nonregression nonregulation nonrehabilitation nonreigning nonreimbursement nonreinforcement nonreinstatement nonrejection nonrejoinder nonrelapsed nonrelation nonrelative nonrelaxation nonrelease nonreliance nonreligion nonreligious nonreligiousness nonrelinquishment nonremanie nonremedy nonremembrance nonremission nonremonstrance nonremuneration nonremunerative nonrendition nonrenewable nonrenewal nonrenouncing nonrenunciation nonrepair nonreparation nonrepayable nonrepealing nonrepeat nonrepeater nonrepentance nonrepetition nonreplacement nonreplicate nonreportable nonreprehensible nonrepresentation nonrepresentational nonrepresentationalism nonrepresentative nonrepression nonreprisal nonreproduction nonreproductive nonrepublican nonrepudiation nonrequirement nonrequisition nonrequital nonrescue nonresemblance nonreservation nonreserve nonresidence nonresidency nonresident nonresidental nonresidenter nonresidential nonresidentiary nonresidentor nonresidual nonresignation nonresinifiable nonresistance nonresistant nonresisting nonresistive nonresolvability nonresolvable nonresonant nonrespectable nonrespirable nonresponsibility nonrestitution nonrestraint nonrestricted nonrestriction nonrestrictive nonresumption nonresurrection nonresuscitation nonretaliation nonretention nonretentive nonreticence nonretinal nonretirement nonretiring nonretraceable nonretractation nonretractile nonretraction nonretrenchment nonretroactive nonreturn nonreturnable nonrevaluation nonrevealing nonrevelation nonrevenge nonrevenue nonreverse nonreversed nonreversible nonreversing nonreversion nonrevertible nonreviewable nonrevision nonrevival nonrevocation nonrevolting nonrevolutionary nonrevolving nonrhetorical nonrhymed nonrhyming nonrhythmic nonriding nonrigid nonrioter nonriparian nonritualistic nonrival nonromantic nonrotatable nonrotating nonrotative nonround nonroutine nonroyal nonroyalist nonrubber nonruminant nonrun nonrupture nonrural nonrustable nonsabbatic nonsaccharine nonsacerdotal nonsacramental nonsacred nonsacrifice nonsacrificial nonsailor nonsalable nonsalaried nonsale nonsaline nonsalutary nonsalutation nonsalvation nonsanctification nonsanction nonsanctity nonsane nonsanguine nonsanity nonsaponifiable nonsatisfaction nonsaturated nonsaturation nonsaving nonsawing nonscalding nonscaling nonscandalous nonschematized nonschismatic nonscholastic nonscience nonscientific nonscientist nonscoring nonscraping nonscriptural nonscripturalist nonscrutiny nonseasonal nonsecession nonseclusion nonsecrecy nonsecret nonsecretarial nonsecretion nonsecretive nonsecretory nonsectarian nonsectional nonsectorial nonsecular nonsecurity nonsedentary nonseditious nonsegmented nonsegregation nonseizure nonselected nonselection nonselective nonself nonselfregarding nonselling nonsenatorial nonsense nonsensible nonsensical nonsensicality nonsensically nonsensicalness nonsensification nonsensify nonsensitive nonsensitiveness nonsensitized nonsensorial nonsensuous nonsentence nonsentient nonseparation nonseptate nonseptic nonsequacious nonsequaciousness nonsequestration nonserial nonserif nonserious nonserous nonserviential nonservile nonsetter nonsetting nonsettlement nonsexual nonsexually nonshaft nonsharing nonshatter nonshedder nonshipper nonshipping nonshredding nonshrinkable nonshrinking nonsiccative nonsidereal nonsignatory nonsignature nonsignificance nonsignificant nonsignification nonsignificative nonsilicated nonsiliceous nonsilver nonsimplification nonsine nonsinging nonsingular nonsinkable nonsinusoidal nonsiphonage nonsister nonsitter nonsitting nonskeptical nonskid nonskidding nonskipping nonslaveholding nonslip nonslippery nonslipping nonsludging nonsmoker nonsmoking nonsmutting nonsocial nonsocialist nonsocialistic nonsociety nonsociological nonsolar nonsoldier nonsolicitation nonsolid nonsolidified nonsolution nonsolvency nonsolvent nonsonant nonsovereign nonspalling nonsparing nonsparking nonspeaker nonspeaking nonspecial nonspecialist nonspecialized nonspecie nonspecific nonspecification nonspecificity nonspecified nonspectacular nonspectral nonspeculation nonspeculative nonspherical nonspill nonspillable nonspinning nonspinose nonspiny nonspiral nonspirit nonspiritual nonspirituous nonspontaneous nonspored nonsporeformer nonsporeforming nonsporting nonspottable nonsprouting nonstainable nonstaining nonstampable nonstandard nonstandardized nonstanzaic nonstaple nonstarch nonstarter nonstarting nonstatement nonstatic nonstationary nonstatistical nonstatutory nonstellar nonsticky nonstimulant nonstipulation nonstock nonstooping nonstop nonstrategic nonstress nonstretchable nonstretchy nonstriated nonstriker nonstriking nonstriped nonstructural nonstudent nonstudious nonstylized nonsubject nonsubjective nonsubmission nonsubmissive nonsubordination nonsubscriber nonsubscribing nonsubscription nonsubsiding nonsubsidy nonsubsistence nonsubstantial nonsubstantialism nonsubstantialist nonsubstantiality nonsubstantiation nonsubstantive nonsubstitution nonsubtraction nonsuccess nonsuccessful nonsuccession nonsuccessive nonsuccour nonsuction nonsuctorial nonsufferance nonsuffrage nonsugar nonsuggestion nonsuit nonsulphurous nonsummons nonsupplication nonsupport nonsupporter nonsupporting nonsuppositional nonsuppressed nonsuppression nonsuppurative nonsurface nonsurgical nonsurrender nonsurvival nonsurvivor nonsuspect nonsustaining nonsustenance nonswearer nonswearing nonsweating nonswimmer nonswimming nonsyllabic nonsyllabicness nonsyllogistic nonsyllogizing nonsymbiotic nonsymbiotically nonsymbolic nonsymmetrical nonsympathetic nonsympathizer nonsympathy nonsymphonic nonsymptomatic nonsynchronous nonsyndicate nonsynodic nonsynonymous nonsyntactic nonsyntactical nonsynthesized nonsyntonic nonsystematic nontabular nontactical nontan nontangential nontannic nontannin nontariff nontarnishable nontarnishing nontautomeric nontautomerizable nontax nontaxability nontaxable nontaxonomic nonteachable nonteacher nonteaching nontechnical nontechnological nonteetotaler nontelegraphic nonteleological nontelephonic nontemporal nontemporizing nontenant nontenure nontenurial nonterm nonterminating nonterrestrial nonterritorial nonterritoriality nontestamentary nontextual nontheatrical nontheistic nonthematic nontheological nontheosophical nontherapeutic nonthinker nonthinking nonthoracic nonthoroughfare nonthreaded nontidal nontillable nontimbered nontitaniferous nontitular nontolerated nontopographical nontourist nontoxic nontraction nontrade nontrader nontrading nontraditional nontragic nontrailing nontransferability nontransferable nontransgression nontransient nontransitional nontranslocation nontransmission nontransparency nontransparent nontransportation nontransposing nontransposition nontraveler nontraveling nontreasonable nontreated nontreatment nontreaty nontrespass nontrial nontribal nontribesman nontributary nontrier nontrigonometrical nontronite nontropical nontrunked nontruth nontuberculous nontuned nonturbinated nontutorial nontyphoidal nontypical nontypicalness nontypographical nontyrannical nonubiquitous nonulcerous nonultrafilterable nonumbilical nonumbilicate nonumbrellaed nonunanimous nonuncial nonundergraduate nonunderstandable nonunderstanding nonunderstandingly nonunderstood nonundulatory nonuniform nonuniformist nonuniformitarian nonuniformity nonuniformly nonunion nonunionism nonunionist nonunique nonunison nonunited nonuniversal nonuniversity nonupholstered nonuple nonuplet nonupright nonurban nonurgent nonusage nonuse nonuser nonusing nonusurping nonuterine nonutile nonutilitarian nonutility nonutilized nonutterance nonvacant nonvaccination nonvacuous nonvaginal nonvalent nonvalidity nonvaluation nonvalve nonvanishing nonvariable nonvariant nonvariation nonvascular nonvassal nonvegetative nonvenereal nonvenomous nonvenous nonventilation nonverbal nonverdict nonverminous nonvernacular nonvertebral nonvertical nonvertically nonvesicular nonvesting nonvesture nonveteran nonveterinary nonviable nonvibratile nonvibration nonvibrator nonvibratory nonvicarious nonvictory nonvillager nonvillainous nonvindication nonvinous nonvintage nonviolation nonviolence nonvirginal nonvirile nonvirtue nonvirtuous nonvirulent nonviruliferous nonvisaed nonvisceral nonviscid nonviscous nonvisional nonvisitation nonvisiting nonvisual nonvisualized nonvital nonvitreous nonvitrified nonviviparous nonvocal nonvocalic nonvocational nonvolant nonvolatile nonvolatilized nonvolcanic nonvolition nonvoluntary nonvortical nonvortically nonvoter nonvoting nonvulcanizable nonvulvar nonwalking nonwar nonwasting nonwatertight nonweakness nonwestern nonwetted nonwhite nonwinged nonwoody nonworker nonworking nonworship nonwrinkleable nonya nonyielding nonyl nonylene nonylenic nonylic nonzealous nonzero nonzodiacal nonzonal nonzonate nonzoological noodle noodledom noodleism nook nooked nookery nooking nooklet nooklike nooky noological noologist noology noometry noon noonday noonflower nooning noonlight noonlit noonstead noontide noontime noonwards noop nooscopic noose nooser nopal nopalry nope nopinene nor norard norate noration norbergite norcamphane nordcaper nordenskioldine nordmarkite noreast noreaster norelin norgine nori noria norie norimon norite norland norlander norlandism norleucine norm norma normal normalcy normalism normalist normality normalization normalize normalizer normally normalness normated normative normatively normativeness normless normoblast normoblastic normocyte normocytic normotensive nornicotine nornorwest noropianic norpinic norsel norseler north northbound northeast northeaster northeasterly northeastern northeasternmost northeastward northeastwardly northeastwards norther northerliness northerly northern northerner northernize northernly northernmost northernness northest northfieldite northing northland northlander northlight northmost northness northupite northward northwardly northwards northwest northwester northwesterly northwestern northwestward northwestwardly northwestwards norward norwards norwest norwester norwestward nosarian nose nosean noseanite noseband nosebanded nosebleed nosebone noseburn nosed nosegay nosegaylike noseherb nosehole noseless noselessly noselessness noselike noselite nosepiece nosepinch noser nosesmart nosethirl nosetiology nosewards nosewheel nosewise nosey nosine nosing nosism nosocomial nosocomium nosogenesis nosogenetic nosogenic nosogeny nosogeography nosographer nosographic nosographical nosographically nosography nosohaemia nosohemia nosological nosologically nosologist nosology nosomania nosomycosis nosonomy nosophobia nosophyte nosopoetic nosopoietic nosotaxy nosotrophy nostalgia nostalgic nostalgically nostalgy nostic nostocaceous nostochine nostologic nostology nostomania nostrificate nostrification nostril nostriled nostrility nostrilsome nostrum nostrummonger nostrummongership nostrummongery nosy not notabilia notability notable notableness notably notacanthid notacanthoid notacanthous notaeal notaeum notal notalgia notalgic notan notandum notanencephalia notarial notarially notariate notarikon notarize notary notaryship notate notation notational notative notator notch notchboard notched notchel notcher notchful notching notchweed notchwing notchy note notebook notecase noted notedly notedness notehead noteholder notekin noteless notelessly notelessness notelet notencephalocele notencephalus noter notewise noteworthily noteworthiness noteworthy notharctid nother nothing nothingarian nothingarianism nothingism nothingist nothingize nothingless nothingly nothingness nothingology nothosaur nothosaurian nothous notice noticeability noticeable noticeably noticer notidanian notidanid notidanidan notidanoid notifiable notification notified notifier notify notifyee notion notionable notional notionalist notionality notionally notionalness notionary notionate notioned notionist notionless notitia notocentrous notocentrum notochord notochordal notodontian notodontid notodontoid notommatid notonectal notonectid notopodial notopodium notopterid notopteroid notorhizal notoriety notorious notoriously notoriousness nototribe notour notourly notself notum notungulate notwithstanding nougat nougatine nought noumeaite noumeite noumenal noumenalism noumenalist noumenality noumenalize noumenally noumenism noumenon noun nounal nounally nounize nounless noup nourice nourish nourishable nourisher nourishing nourishingly nourishment nouriture nous nouther nova novaculite novalia novantique novarsenobenzene novate novation novative novator novatory novatrix novcic novel novelcraft noveldom novelese novelesque novelet novelette noveletter novelettish novelettist noveletty novelish novelism novelist novelistic novelistically novelization novelize novella novelless novellike novelly novelmongering novelness novelry novelty novelwright novem novemarticulate novemcostate novemdigitate novemfid novemlobate novemnervate novemperfoliate novena novenary novendial novene novennial novercal novice novicehood novicelike noviceship noviciate novilunar novitial novitiate novitiateship novitiation novity novodamus now nowaday nowadays nowanights noway noways nowed nowel nowhat nowhen nowhence nowhere nowhereness nowheres nowhit nowhither nowise nowness nowt nowy noxa noxal noxally noxious noxiously noxiousness noy noyade noyau nozzle nozzler nth nu nuance nub nubbin nubble nubbling nubbly nubby nubecula nubia nubiferous nubiform nubigenous nubilate nubilation nubile nubility nubilous nucal nucament nucamentaceous nucellar nucellus nucha nuchal nuchalgia nuciculture nuciferous nuciform nucin nucivorous nucleal nuclear nucleary nuclease nucleate nucleation nucleator nuclei nucleiferous nucleiform nuclein nucleinase nucleoalbumin nucleoalbuminuria nucleofugal nucleohistone nucleohyaloplasm nucleohyaloplasma nucleoid nucleoidioplasma nucleolar nucleolated nucleole nucleoli nucleolinus nucleolocentrosome nucleoloid nucleolus nucleolysis nucleomicrosome nucleon nucleone nucleonics nucleopetal nucleoplasm nucleoplasmatic nucleoplasmic nucleoprotein nucleoside nucleotide nucleus nuclide nuclidic nuculanium nucule nuculid nuculiform nuculoid nudate nudation nuddle nude nudely nudeness nudge nudger nudibranch nudibranchian nudibranchiate nudicaudate nudicaul nudifier nudiflorous nudiped nudish nudism nudist nuditarian nudity nugacious nugaciousness nugacity nugator nugatoriness nugatory nuggar nugget nuggety nugify nugilogue nuisance nuisancer nuke nul null nullable nullah nullibicity nullibility nullibiquitous nullibist nullification nullificationist nullificator nullifidian nullifier nullify nullipara nulliparity nulliparous nullipennate nulliplex nullipore nulliporous nullism nullisome nullisomic nullity nulliverse nullo numb number numberable numberer numberful numberless numberous numbersome numbfish numbing numbingly numble numbles numbly numbness numda numdah numen numerable numerableness numerably numeral numerant numerary numerate numeration numerative numerator numerical numerically numericalness numerist numero numerology numerose numerosity numerous numerously numerousness numinism numinous numinously numismatic numismatical numismatically numismatician numismatics numismatist numismatography numismatologist numismatology nummary nummi nummiform nummular nummulary nummulated nummulation nummuline nummulite nummulitic nummulitoid nummuloidal nummus numskull numskulled numskulledness numskullery numskullism numud nun nunatak nunbird nunch nuncheon nunciate nunciative nunciatory nunciature nuncio nuncioship nuncle nuncupate nuncupation nuncupative nuncupatively nundinal nundination nundine nunhood nunky nunlet nunlike nunnari nunnated nunnation nunnery nunni nunnify nunnish nunnishness nunship nuptial nuptiality nuptialize nuptially nuptials nuque nuraghe nurhag nurly nursable nurse nursedom nursegirl nursehound nursekeeper nursekin nurselet nurselike nursemaid nurser nursery nurserydom nurseryful nurserymaid nurseryman nursetender nursing nursingly nursle nursling nursy nurturable nurtural nurture nurtureless nurturer nurtureship nusfiah nut nutant nutarian nutate nutation nutational nutbreaker nutcake nutcrack nutcracker nutcrackers nutcrackery nutgall nuthatch nuthook nutjobber nutlet nutlike nutmeg nutmegged nutmeggy nutpecker nutpick nutramin nutria nutrice nutricial nutricism nutrient nutrify nutriment nutrimental nutritial nutrition nutritional nutritionally nutritionist nutritious nutritiously nutritiousness nutritive nutritively nutritiveness nutritory nutseed nutshell nuttalliasis nuttalliosis nutted nutter nuttery nuttily nuttiness nutting nuttish nuttishness nutty nuzzer nuzzerana nuzzle nyanza nychthemer nychthemeral nychthemeron nyctaginaceous nyctalope nyctalopia nyctalopic nyctalopy nycteribiid nycterine nyctinastic nyctinasty nyctipelagic nyctipithecine nyctitropic nyctitropism nyctophobia nycturia nye nylast nylon nymil nymph nympha nymphae nymphaeaceous nymphaeum nymphal nymphalid nymphaline nympheal nymphean nymphet nymphic nymphical nymphid nymphine nymphiparous nymphish nymphitis nymphlike nymphlin nymphly nympholepsia nympholepsy nympholept nympholeptic nymphomania nymphomaniac nymphomaniacal nymphosis nymphotomy nymphwise nystagmic nystagmus nyxis o oadal oaf oafdom oafish oafishly oafishness oak oakberry oaken oakenshaw oaklet oaklike oakling oaktongue oakum oakweb oakwood oaky oam oar oarage oarcock oared oarfish oarhole oarial oarialgia oaric oariocele oariopathic oariopathy oariotomy oaritic oaritis oarium oarless oarlike oarlock oarlop oarman oarsman oarsmanship oarswoman oarweed oary oasal oasean oases oasis oasitic oast oasthouse oat oatbin oatcake oatear oaten oatenmeal oatfowl oath oathay oathed oathful oathlet oathworthy oatland oatlike oatmeal oatseed oaty obambulate obambulation obambulatory oban obbligato obclavate obclude obcompressed obconical obcordate obcordiform obcuneate obdeltoid obdiplostemonous obdiplostemony obdormition obduction obduracy obdurate obdurately obdurateness obduration obe obeah obeahism obeche obedience obediency obedient obediential obedientially obedientialness obedientiar obedientiary obediently obeisance obeisant obeisantly obeism obelia obeliac obelial obelion obeliscal obeliscar obelisk obeliskoid obelism obelize obelus obese obesely obeseness obesity obex obey obeyable obeyer obeyingly obfuscable obfuscate obfuscation obfuscator obfuscity obfuscous obi obispo obit obitual obituarian obituarily obituarist obituarize obituary object objectable objectation objectative objectee objecthood objectification objectify objection objectionability objectionable objectionableness objectionably objectional objectioner objectionist objectival objectivate objectivation objective objectively objectiveness objectivism objectivist objectivistic objectivity objectivize objectization objectize objectless objectlessly objectlessness objector objicient objuration objure objurgate objurgation objurgative objurgatively objurgator objurgatorily objurgatory objurgatrix oblanceolate oblate oblately oblateness oblation oblational oblationary oblatory oblectate oblectation obley obligable obligancy obligant obligate obligation obligational obligative obligativeness obligator obligatorily obligatoriness obligatory obligatum oblige obliged obligedly obligedness obligee obligement obliger obliging obligingly obligingness obligistic obligor obliquangular obliquate obliquation oblique obliquely obliqueness obliquitous obliquity obliquus obliterable obliterate obliteration obliterative obliterator oblivescence oblivial obliviality oblivion oblivionate oblivionist oblivionize oblivious obliviously obliviousness obliviscence obliviscible oblocutor oblong oblongatal oblongated oblongish oblongitude oblongitudinal oblongly oblongness obloquial obloquious obloquy obmutescence obmutescent obnebulate obnounce obnoxiety obnoxious obnoxiously obnoxiousness obnubilate obnubilation obnunciation oboe oboist obol obolary obole obolet obolus obomegoid oboval obovate obovoid obpyramidal obpyriform obreption obreptitious obreptitiously obrogate obrogation obrotund obscene obscenely obsceneness obscenity obscurancy obscurant obscurantic obscurantism obscurantist obscuration obscurative obscure obscuredly obscurely obscurement obscureness obscurer obscurism obscurist obscurity obsecrate obsecration obsecrationary obsecratory obsede obsequence obsequent obsequial obsequience obsequiosity obsequious obsequiously obsequiousness obsequity obsequium obsequy observability observable observableness observably observance observancy observandum observant observantly observantness observation observational observationalism observationally observative observatorial observatory observe observedly observer observership observing observingly obsess obsessingly obsession obsessional obsessionist obsessive obsessor obsidian obsidianite obsidional obsidionary obsidious obsignate obsignation obsignatory obsolesce obsolescence obsolescent obsolescently obsolete obsoletely obsoleteness obsoletion obsoletism obstacle obstetric obstetrical obstetrically obstetricate obstetrication obstetrician obstetrics obstetricy obstetrist obstetrix obstinacious obstinacy obstinance obstinate obstinately obstinateness obstination obstinative obstipation obstreperate obstreperosity obstreperous obstreperously obstreperousness obstriction obstringe obstruct obstructant obstructedly obstructer obstructingly obstruction obstructionism obstructionist obstructive obstructively obstructiveness obstructivism obstructivity obstructor obstruent obstupefy obtain obtainable obtainal obtainance obtainer obtainment obtect obtected obtemper obtemperate obtenebrate obtenebration obtention obtest obtestation obtriangular obtrude obtruder obtruncate obtruncation obtruncator obtrusion obtrusionist obtrusive obtrusively obtrusiveness obtund obtundent obtunder obtundity obturate obturation obturator obturatory obturbinate obtusangular obtuse obtusely obtuseness obtusifid obtusifolious obtusilingual obtusilobous obtusion obtusipennate obtusirostrate obtusish obtusity obumbrant obumbrate obumbration obvallate obvelation obvention obverse obversely obversion obvert obvertend obviable obviate obviation obviative obviator obvious obviously obviousness obvolute obvoluted obvolution obvolutive obvolve obvolvent ocarina occamy occasion occasionable occasional occasionalism occasionalist occasionalistic occasionality occasionally occasionalness occasionary occasioner occasionless occasive occident occidental occidentality occidentally occiduous occipital occipitalis occipitally occipitoanterior occipitoatlantal occipitoatloid occipitoaxial occipitoaxoid occipitobasilar occipitobregmatic occipitocalcarine occipitocervical occipitofacial occipitofrontal occipitofrontalis occipitohyoid occipitoiliac occipitomastoid occipitomental occipitonasal occipitonuchal occipitootic occipitoparietal occipitoposterior occipitoscapular occipitosphenoid occipitosphenoidal occipitotemporal occipitothalamic occiput occitone occlude occludent occlusal occluse occlusion occlusive occlusiveness occlusocervical occlusocervically occlusogingival occlusometer occlusor occult occultate occultation occulter occulting occultism occultist occultly occultness occupable occupance occupancy occupant occupation occupational occupationalist occupationally occupationless occupative occupiable occupier occupy occur occurrence occurrent occursive ocean oceaned oceanet oceanful oceanic oceanity oceanographer oceanographic oceanographical oceanographically oceanographist oceanography oceanology oceanophyte oceanside oceanward oceanwards oceanways oceanwise ocellar ocellary ocellate ocellated ocellation ocelli ocellicyst ocellicystic ocelliferous ocelliform ocelligerous ocellus oceloid ocelot och ochava ochavo ocher ocherish ocherous ochery ochidore ochlesis ochlesitic ochletic ochlocracy ochlocrat ochlocratic ochlocratical ochlocratically ochlophobia ochlophobist ochnaceous ochone ochraceous ochrea ochreate ochreous ochro ochrocarpous ochroid ochroleucous ochrolite ochronosis ochronosus ochronotic ochrous ocht ock oclock ocote ocotillo ocque ocracy ocrea ocreaceous ocreate ocreated octachloride octachord octachordal octachronous octacolic octactinal octactine octactinian octad octadecahydrate octadecane octadecanoic octadecyl octadic octadrachm octaemeron octaeteric octaeterid octagon octagonal octagonally octahedral octahedric octahedrical octahedrite octahedroid octahedron octahedrous octahydrate octahydrated octakishexahedron octamerism octamerous octameter octan octanaphthene octandrian octandrious octane octangle octangular octangularness octant octantal octapla octaploid octaploidic octaploidy octapodic octapody octarch octarchy octarius octarticulate octary octasemic octastich octastichon octastrophic octastyle octastylos octateuch octaval octavalent octavarium octave octavic octavina octavo octenary octene octennial octennially octet octic octillion octillionth octine octingentenary octoad octoalloy octoate octobass octobrachiate octocentenary octocentennial octochord octocorallan octocoralline octocotyloid octodactyl octodactyle octodactylous octodecimal octodecimo octodentate octodianome octodont octoechos octofid octofoil octofoiled octogamy octogenarian octogenarianism octogenary octogild octoglot octogynian octogynious octogynous octoic octoid octolateral octolocular octomeral octomerous octometer octonal octonare octonarian octonarius octonary octonematous octonion octonocular octoon octopartite octopean octoped octopede octopetalous octophthalmous octophyllous octopi octopine octoploid octoploidic octoploidy octopod octopodan octopodes octopodous octopolar octopus octoradial octoradiate octoradiated octoreme octoroon octose octosepalous octospermous octospore octosporous octostichous octosyllabic octosyllable octovalent octoyl octroi octroy octuor octuple octuplet octuplex octuplicate octuplication octuply octyl octylene octyne ocuby ocular ocularist ocularly oculary oculate oculated oculauditory oculiferous oculiform oculigerous oculinid oculinoid oculist oculistic oculocephalic oculofacial oculofrontal oculomotor oculomotory oculonasal oculopalpebral oculopupillary oculospinal oculozygomatic oculus ocydrome ocydromine ocypodan ocypodian ocypodoid od oda odacoid odal odalborn odalisk odalisque odaller odalman odalwoman odd oddish oddity oddlegs oddly oddman oddment oddments oddness odds oddsman ode odel odelet odeon odeum odic odically odinite odiometer odious odiously odiousness odist odium odiumproof odograph odology odometer odometrical odometry odontagra odontalgia odontalgic odontatrophia odontatrophy odontexesis odontiasis odontic odontist odontitis odontoblast odontoblastic odontocele odontocete odontocetous odontochirurgic odontoclasis odontoclast odontodynia odontogen odontogenesis odontogenic odontogeny odontoglossal odontoglossate odontognathic odontognathous odontograph odontographic odontography odontohyperesthesia odontoid odontolcate odontolcous odontolite odontolith odontological odontologist odontology odontoloxia odontoma odontomous odontonecrosis odontoneuralgia odontonosology odontopathy odontophoral odontophore odontophorine odontophorous odontoplast odontoplerosis odontorhynchous odontornithic odontorrhagia odontorthosis odontoschism odontoscope odontosis odontostomatous odontostomous odontotechny odontotherapia odontotherapy odontotomy odontotripsis odontotrypy odoom odophone odor odorant odorate odorator odored odorful odoriferant odoriferosity odoriferous odoriferously odoriferousness odorific odorimeter odorimetry odoriphore odorivector odorize odorless odorometer odorosity odorous odorously odorousness odorproof odso odum odyl odylic odylism odylist odylization odylize oe oecist oecodomic oecodomical oecoparasite oecoparasitism oecophobia oecumenian oecumenic oecumenical oecumenicalism oecumenicity oecus oedemerid oedicnemine oedogoniaceous oenanthaldehyde oenanthate oenanthic oenanthol oenanthole oenanthyl oenanthylate oenanthylic oenin oenochoe oenocyte oenocytic oenolin oenological oenologist oenology oenomancy oenomel oenometer oenophilist oenophobist oenopoetic oenotheraceous oer oersted oes oesophageal oesophagi oesophagismus oesophagostomiasis oesophagus oestradiol oestrian oestriasis oestrid oestrin oestriol oestroid oestrous oestrual oestruate oestruation oestrum oestrus of off offal offaling offbeat offcast offcome offcut offend offendable offendant offended offendedly offendedness offender offendible offendress offense offenseful offenseless offenselessly offenseproof offensible offensive offensively offensiveness offer offerable offeree offerer offering offeror offertorial offertory offgoing offgrade offhand offhanded offhandedly offhandedness office officeholder officeless officer officerage officeress officerhood officerial officerism officerless officership official officialdom officialese officialism officiality officialization officialize officially officialty officiant officiary officiate officiation officiator officinal officinally officious officiously officiousness offing offish offishly offishness offlet offlook offprint offsaddle offscape offscour offscourer offscouring offscum offset offshoot offshore offsider offspring offtake offtype offuscate offuscation offward offwards oflete oft often oftenness oftens oftentime oftentimes ofter oftest oftly oftness ofttime ofttimes oftwhiles ogaire ogam ogamic ogdoad ogdoas ogee ogeed ogganition ogham oghamic ogival ogive ogived ogle ogler ogmic ogre ogreish ogreishly ogreism ogress ogrish ogrism ogtiern ogum oh ohelo ohia ohm ohmage ohmic ohmmeter oho ohoy oidioid oidiomycosis oidiomycotic oii oikology oikoplast oil oilberry oilbird oilcan oilcloth oilcoat oilcup oildom oiled oiler oilery oilfish oilhole oilily oiliness oilless oillessness oillet oillike oilman oilmonger oilmongery oilometer oilpaper oilproof oilproofing oilseed oilskin oilskinned oilstock oilstone oilstove oiltight oiltightness oilway oily oilyish oime oinochoe oinology oinomancy oinomania oinomel oint ointment oisin oisivity oitava oiticica oka okapi okee okenite oket oki okia okoniosis okonite okra okrug okshoofd okthabah okupukupu olacaceous olam olamic old olden older oldermost oldfangled oldfangledness oldhamite oldhearted oldish oldland oldness oldster oldwife oleaceous oleaginous oleaginousness oleana oleander oleandrin olease oleaster oleate olecranal olecranarthritis olecranial olecranian olecranoid olecranon olefiant olefin olefine olefinic oleic oleiferous olein olena olenellidian olenid olenidian olent oleo oleocalcareous oleocellosis oleocyst oleoduct oleograph oleographer oleographic oleography oleomargaric oleomargarine oleometer oleoptene oleorefractometer oleoresin oleoresinous oleosaccharum oleose oleosity oleostearate oleostearin oleothorax oleous oleraceous olericultural olericulturally olericulture olethreutid olfact olfactible olfaction olfactive olfactology olfactometer olfactometric olfactometry olfactor olfactorily olfactory olfacty oliban olibanum olid oligacanthous oligaemia oligandrous oliganthous oligarch oligarchal oligarchic oligarchical oligarchically oligarchism oligarchist oligarchize oligarchy oligemia oligidria oligist oligistic oligistical oligocarpous oligochaete oligochaetous oligochete oligocholia oligochrome oligochromemia oligochronometer oligochylia oligoclase oligoclasite oligocystic oligocythemia oligocythemic oligodactylia oligodendroglia oligodendroglioma oligodipsia oligodontous oligodynamic oligogalactia oligohemia oligohydramnios oligolactia oligomenorrhea oligomerous oligomery oligometochia oligometochic oligomyodian oligomyoid oligonephric oligonephrous oligonite oligopepsia oligopetalous oligophagous oligophosphaturia oligophrenia oligophrenic oligophyllous oligoplasmia oligopnea oligopolistic oligopoly oligoprothesy oligoprothetic oligopsonistic oligopsony oligopsychia oligopyrene oligorhizous oligosepalous oligosialia oligosideric oligosiderite oligosite oligospermia oligospermous oligostemonous oligosyllabic oligosyllable oligosynthetic oligotokous oligotrichia oligotrophic oligotrophy oligotropic oliguresis oliguretic oliguria oliniaceous olio oliphant oliprance olitory oliva olivaceous olivary olive olived oliveness olivenite oliverman oliversmith olivescent olivet olivewood oliviferous oliviform olivil olivile olivilin olivine olivinefels olivinic olivinite olivinitic olla ollamh ollapod ollenite ollock olm ological ologist ologistic ology olomao olona oloroso olpe oltonde oltunna olycook olykoek om omadhaun omagra omalgia omao omarthritis omasitis omasum omber ombrette ombrifuge ombrograph ombrological ombrology ombrometer ombrophile ombrophilic ombrophilous ombrophily ombrophobe ombrophobous ombrophoby ombrophyte ombudsman ombudsmanship omega omegoid omelet omelette omen omened omenology omental omentectomy omentitis omentocele omentofixation omentopexy omentoplasty omentorrhaphy omentosplenopexy omentotomy omentulum omentum omer omicron omina ominous ominously ominousness omissible omission omissive omissively omit omitis omittable omitter omlah ommateal ommateum ommatidial ommatidium ommatophore ommatophorous omneity omniactive omniactuality omniana omniarch omnibenevolence omnibenevolent omnibus omnibusman omnicausality omnicompetence omnicompetent omnicorporeal omnicredulity omnicredulous omnidenominational omnierudite omniessence omnifacial omnifarious omnifariously omnifariousness omniferous omnific omnificent omnifidel omniform omniformal omniformity omnify omnigenous omnigerent omnigraph omnihuman omnihumanity omnilegent omnilingual omniloquent omnilucent omnimental omnimeter omnimode omnimodous omninescience omninescient omniparent omniparient omniparity omniparous omnipatient omnipercipience omnipercipiency omnipercipient omniperfect omnipotence omnipotency omnipotent omnipotentiality omnipotently omnipregnant omnipresence omnipresent omnipresently omniprevalence omniprevalent omniproduction omniprudent omnirange omniregency omnirepresentative omnirepresentativeness omnirevealing omniscience omnisciency omniscient omnisciently omniscope omniscribent omniscriptive omnisentience omnisentient omnisignificance omnisignificant omnispective omnist omnisufficiency omnisufficient omnitemporal omnitenent omnitolerant omnitonal omnitonality omnitonic omnitude omnium omnivagant omnivalence omnivalent omnivalous omnivarious omnividence omnivident omnivision omnivolent omnivoracious omnivoracity omnivorant omnivore omnivorous omnivorously omnivorousness omodynia omohyoid omoideum omophagia omophagist omophagous omophagy omophorion omoplate omoplatoscopy omostegite omosternal omosternum omphacine omphacite omphalectomy omphalic omphalism omphalitis omphalocele omphalode omphalodium omphalogenous omphaloid omphaloma omphalomesaraic omphalomesenteric omphaloncus omphalopagus omphalophlebitis omphalopsychic omphalopsychite omphalorrhagia omphalorrhea omphalorrhexis omphalos omphalosite omphaloskepsis omphalospinous omphalotomy omphalotripsy omphalus on ona onager onagra onagraceous onanism onanist onanistic onca once oncetta onchocerciasis onchocercosis oncia oncin oncograph oncography oncologic oncological oncology oncome oncometer oncometric oncometry oncoming oncosimeter oncosis oncosphere oncost oncostman oncotomy ondagram ondagraph ondameter ondascope ondatra ondine ondogram ondograph ondometer ondoscope ondy one oneanother oneberry onefold onefoldness onegite onehearted onehow oneiric oneirocrit oneirocritic oneirocritical oneirocritically oneirocriticism oneirocritics oneirodynia oneirologist oneirology oneiromancer oneiromancy oneiroscopic oneiroscopist oneiroscopy oneirotic oneism onement oneness oner onerary onerative onerosity onerous onerously onerousness onery oneself onesigned onetime onewhere oneyer onfall onflemed onflow onflowing ongaro ongoing onhanger onicolo oniomania oniomaniac onion onionet onionized onionlike onionpeel onionskin oniony onirotic onisciform oniscoid oniscoidean onium onkilonite onkos onlay onlepy onliest onliness onlook onlooker onlooking only onmarch onocentaur onofrite onolatry onomancy onomantia onomastic onomasticon onomatologist onomatology onomatomania onomatope onomatoplasm onomatopoeia onomatopoeial onomatopoeian onomatopoeic onomatopoeical onomatopoeically onomatopoesis onomatopoesy onomatopoetic onomatopoetically onomatopy onomatous onomomancy onrush onrushing ons onset onsetter onshore onside onsight onslaught onstand onstanding onstead onsweep onsweeping ontal onto ontocycle ontocyclic ontogenal ontogenesis ontogenetic ontogenetical ontogenetically ontogenic ontogenically ontogenist ontogeny ontography ontologic ontological ontologically ontologism ontologist ontologistic ontologize ontology ontosophy onus onwaiting onward onwardly onwardness onwards onycha onychatrophia onychauxis onychia onychin onychitis onychium onychogryposis onychoid onycholysis onychomalacia onychomancy onychomycosis onychonosus onychopathic onychopathology onychopathy onychophagist onychophagy onychophoran onychophorous onychophyma onychoptosis onychorrhexis onychoschizia onychosis onychotrophy onym onymal onymancy onymatic onymity onymize onymous onymy onyx onyxis onyxitis onza ooangium ooblast ooblastic oocyesis oocyst oocystaceous oocystic oocyte oodles ooecial ooecium oofbird ooftish oofy oogamete oogamous oogamy oogenesis oogenetic oogeny ooglea oogone oogonial oogoniophore oogonium oograph ooid ooidal ookinesis ookinete ookinetic oolak oolemma oolite oolitic oolly oologic oological oologically oologist oologize oology oolong oomancy oomantia oometer oometric oometry oomycete oomycetous oons oont oopak oophoralgia oophorauxe oophore oophorectomy oophoreocele oophorhysterectomy oophoric oophoridium oophoritis oophoroepilepsy oophoroma oophoromalacia oophoromania oophoron oophoropexy oophororrhaphy oophorosalpingectomy oophorostomy oophorotomy oophyte oophytic ooplasm ooplasmic ooplast oopod oopodal ooporphyrin oorali oord ooscope ooscopy oosperm oosphere oosporange oosporangium oospore oosporic oosporiferous oosporous oostegite oostegitic ootheca oothecal ootid ootocoid ootocoidean ootocous ootype ooze oozily ooziness oozooid oozy opacate opacification opacifier opacify opacite opacity opacous opacousness opah opal opaled opalesce opalescence opalescent opalesque opaline opalinid opalinine opalish opalize opaloid opaque opaquely opaqueness opdalite ope opeidoscope opelet open openable openband openbeak openbill opencast opener openhanded openhandedly openhandedness openhead openhearted openheartedly openheartedness opening openly openmouthed openmouthedly openmouthedness openness openside openwork opera operability operabily operable operae operagoer operalogue operameter operance operancy operand operant operatable operate operatee operatic operatical operatically operating operation operational operationalism operationalist operationism operationist operative operatively operativeness operativity operatize operator operatory operatrix opercle opercled opercula opercular operculate operculated operculiferous operculiform operculigenous operculigerous operculum operetta operette operettist operose operosely operoseness operosity ophelimity ophiasis ophic ophicalcite ophicephaloid ophichthyoid ophicleide ophicleidean ophicleidist ophidian ophidioid ophidiophobia ophidious ophidologist ophidology ophioglossaceous ophiography ophioid ophiolater ophiolatrous ophiolatry ophiolite ophiolitic ophiologic ophiological ophiologist ophiology ophiomancy ophiomorph ophiomorphic ophiomorphous ophionid ophionine ophiophagous ophiophilism ophiophilist ophiophobe ophiophobia ophiophoby ophiopluteus ophiostaphyle ophiouride ophite ophitic ophiuran ophiurid ophiuroid ophiuroidean ophryon ophthalaiater ophthalmagra ophthalmalgia ophthalmalgic ophthalmatrophia ophthalmectomy ophthalmencephalon ophthalmetrical ophthalmia ophthalmiac ophthalmiatrics ophthalmic ophthalmious ophthalmist ophthalmite ophthalmitic ophthalmitis ophthalmoblennorrhea ophthalmocarcinoma ophthalmocele ophthalmocopia ophthalmodiagnosis ophthalmodiastimeter ophthalmodynamometer ophthalmodynia ophthalmography ophthalmoleucoscope ophthalmolith ophthalmologic ophthalmological ophthalmologist ophthalmology ophthalmomalacia ophthalmometer ophthalmometric ophthalmometry ophthalmomycosis ophthalmomyositis ophthalmomyotomy ophthalmoneuritis ophthalmopathy ophthalmophlebotomy ophthalmophore ophthalmophorous ophthalmophthisis ophthalmoplasty ophthalmoplegia ophthalmoplegic ophthalmopod ophthalmoptosis ophthalmorrhagia ophthalmorrhea ophthalmorrhexis ophthalmoscope ophthalmoscopic ophthalmoscopical ophthalmoscopist ophthalmoscopy ophthalmostasis ophthalmostat ophthalmostatometer ophthalmothermometer ophthalmotomy ophthalmotonometer ophthalmotonometry ophthalmotrope ophthalmotropometer ophthalmy opianic opianyl opiate opiateproof opiatic opificer opiism opiliaceous opilionine opinability opinable opinably opinant opination opinative opinatively opinator opine opiner opiniaster opiniastre opiniastrety opiniastrous opiniater opiniative opiniatively opiniativeness opiniatreness opiniatrety opinion opinionable opinionaire opinional opinionate opinionated opinionatedly opinionatedness opinionately opinionative opinionatively opinionativeness opinioned opinionedness opinionist opiomania opiomaniac opiophagism opiophagy opiparous opisometer opisthenar opisthion opisthobranch opisthobranchiate opisthocoelian opisthocoelous opisthocome opisthocomine opisthocomous opisthodetic opisthodome opisthodomos opisthodomus opisthodont opisthogastric opisthoglossal opisthoglossate opisthoglyph opisthoglyphic opisthoglyphous opisthognathism opisthognathous opisthograph opisthographal opisthographic opisthographical opisthography opisthogyrate opisthogyrous opisthoparian opisthophagic opisthoporeia opisthorchiasis opisthosomal opisthotic opisthotonic opisthotonoid opisthotonos opisthotonus opium opiumism opobalsam opodeldoc opodidymus opodymus opopanax opossum opotherapy oppidan oppilate oppilation oppilative opponency opponent opportune opportuneless opportunely opportuneness opportunism opportunist opportunistic opportunistically opportunity opposability opposable oppose opposed opposeless opposer opposing opposingly opposit opposite oppositely oppositeness oppositiflorous oppositifolious opposition oppositional oppositionary oppositionism oppositionist oppositionless oppositious oppositipetalous oppositipinnate oppositipolar oppositisepalous oppositive oppositively oppositiveness opposure oppress oppressed oppressible oppression oppressionist oppressive oppressively oppressiveness oppressor opprobriate opprobrious opprobriously opprobriousness opprobrium opprobry oppugn oppugnacy oppugnance oppugnancy oppugnant oppugnate oppugnation oppugner opsigamy opsimath opsimathy opsiometer opsisform opsistype opsonic opsoniferous opsonification opsonify opsonin opsonist opsonium opsonization opsonize opsonogen opsonoid opsonology opsonometry opsonophilia opsonophilic opsonophoric opsonotherapy opsy opt optable optableness optably optant optate optation optative optatively opthalmophorium opthalmoplegy opthalmothermometer optic optical optically optician opticist opticity opticochemical opticociliary opticon opticopapillary opticopupillary optics optigraph optimacy optimal optimate optimates optime optimism optimist optimistic optimistical optimistically optimity optimization optimize optimum option optional optionality optionalize optionally optionary optionee optionor optive optoblast optogram optography optological optologist optology optomeninx optometer optometrical optometrist optometry optophone optotechnics optotype opulence opulency opulent opulently opulus opuntioid opus opuscular opuscule opusculum oquassa or ora orabassu orach oracle oracular oracularity oracularly oracularness oraculate oraculous oraculously oraculousness oraculum orad orage oragious oral oraler oralism oralist orality oralization oralize orally oralogist oralogy orang orange orangeade orangebird orangeleaf orangeman oranger orangeroot orangery orangewoman orangewood orangey orangism orangist orangite orangize orangutan orant orarian orarion orarium orary orate oration orational orationer orator oratorial oratorially oratorian oratoric oratorical oratorically oratorio oratorize oratorlike oratorship oratory oratress oratrix orb orbed orbic orbical orbicle orbicular orbicularis orbicularity orbicularly orbicularness orbiculate orbiculated orbiculately orbiculation orbiculatocordate orbiculatoelliptical orbific orbit orbital orbitale orbitar orbitary orbite orbitelar orbitelarian orbitele orbitelous orbitofrontal orbitolite orbitomalar orbitomaxillary orbitonasal orbitopalpebral orbitosphenoid orbitosphenoidal orbitostat orbitotomy orbitozygomatic orbless orblet orby orc orcanet orcein orchamus orchard orcharding orchardist orchardman orchat orchel orchella orchesis orchesography orchester orchestian orchestic orchestiid orchestra orchestral orchestraless orchestrally orchestrate orchestrater orchestration orchestrator orchestre orchestric orchestrina orchestrion orchialgia orchic orchichorea orchid orchidacean orchidaceous orchidalgia orchidectomy orchideous orchideously orchidist orchiditis orchidocele orchidocelioplasty orchidologist orchidology orchidomania orchidopexy orchidoplasty orchidoptosis orchidorrhaphy orchidotherapy orchidotomy orchiectomy orchiencephaloma orchiepididymitis orchil orchilla orchilytic orchiocatabasis orchiocele orchiodynia orchiomyeloma orchioncus orchioneuralgia orchiopexy orchioplasty orchiorrhaphy orchioscheocele orchioscirrhus orchiotomy orchitic orchitis orchotomy orcin orcinol ordain ordainable ordainer ordainment ordanchite ordeal order orderable ordered orderedness orderer orderless orderliness orderly ordinable ordinal ordinally ordinance ordinand ordinant ordinar ordinarily ordinariness ordinarius ordinary ordinaryship ordinate ordinately ordination ordinative ordinatomaculate ordinator ordinee ordines ordnance ordonnance ordonnant ordosite ordu ordure ordurous ore oread orecchion orectic orective oreillet orellin oreman orenda orendite oreodont oreodontine oreodontoid oreophasine oreotragine oreweed orewood orexis orf orfgild organ organal organbird organdy organella organelle organer organette organic organical organically organicalness organicism organicismal organicist organicistic organicity organific organing organism organismal organismic organist organistic organistrum organistship organity organizability organizable organization organizational organizationally organizationist organizatory organize organized organizer organless organoantimony organoarsenic organobismuth organoboron organochordium organogel organogen organogenesis organogenetic organogenic organogenist organogeny organogold organographic organographical organographist organography organoid organoiron organolead organoleptic organolithium organologic organological organologist organology organomagnesium organomercury organometallic organon organonomic organonomy organonym organonymal organonymic organonymy organopathy organophil organophile organophilic organophone organophonic organophyly organoplastic organoscopy organosilicon organosilver organosodium organosol organotherapy organotin organotrophic organotropic organotropically organotropism organotropy organozinc organry organule organum organzine orgasm orgasmic orgastic orgeat orgia orgiac orgiacs orgiasm orgiast orgiastic orgiastical orgic orgue orguinette orgulous orgulously orgy orgyia oribi orichalceous orichalch orichalcum oriconic oricycle oriel oriency orient oriental orientalism orientalist orientality orientalization orientalize orientally orientate orientation orientative orientator orientite orientization orientize oriently orientness orifacial orifice orificial oriflamb oriflamme oriform origan origanized origin originable original originalist originality originally originalness originant originarily originary originate origination originative originatively originator originatress originist orignal orihon orihyperbola orillion orillon orinasal orinasality oriole orismologic orismological orismology orison orisphere oristic orle orlean orlet orleways orlewise orlo orlop ormer ormolu orna ornament ornamental ornamentalism ornamentalist ornamentality ornamentalize ornamentally ornamentary ornamentation ornamenter ornamentist ornate ornately ornateness ornation ornature orneriness ornery ornis orniscopic orniscopist orniscopy ornithic ornithichnite ornithine ornithischian ornithivorous ornithobiographical ornithobiography ornithocephalic ornithocephalous ornithocoprolite ornithocopros ornithodelph ornithodelphian ornithodelphic ornithodelphous ornithogeographic ornithogeographical ornithography ornithoid ornitholite ornitholitic ornithologic ornithological ornithologically ornithologist ornithology ornithomancy ornithomantia ornithomantic ornithomantist ornithomorph ornithomorphic ornithomyzous ornithon ornithophile ornithophilist ornithophilite ornithophilous ornithophily ornithopod ornithopter ornithorhynchous ornithosaur ornithosaurian ornithoscelidan ornithoscopic ornithoscopist ornithoscopy ornithosis ornithotomical ornithotomist ornithotomy ornithotrophy ornithuric ornithurous ornoite oroanal orobanchaceous orobancheous orobathymetric orocratic orodiagnosis orogen orogenesis orogenesy orogenetic orogenic orogeny orograph orographic orographical orographically orography oroheliograph orohydrographic orohydrographical orohydrography oroide orolingual orological orologist orology orometer orometric orometry oronasal oronoco oropharyngeal oropharynx orotherapy orotund orotundity orphan orphancy orphandom orphange orphanhood orphanism orphanize orphanry orphanship orpharion orpheon orpheonist orpheum orphrey orphreyed orpiment orpine orrery orrhoid orrhology orrhotherapy orris orrisroot orseille orseilline orsel orselle orseller orsellic orsellinate orsellinic ort ortalid ortalidian ortet orthal orthantimonic orthian orthic orthicon orthid orthite orthitic ortho orthoarsenite orthoaxis orthobenzoquinone orthobiosis orthoborate orthobrachycephalic orthocarbonic orthocarpous orthocenter orthocentric orthocephalic orthocephalous orthocephaly orthoceracone orthoceratite orthoceratitic orthoceratoid orthochlorite orthochromatic orthochromatize orthoclase orthoclasite orthoclastic orthocoumaric orthocresol orthocymene orthodiaene orthodiagonal orthodiagram orthodiagraph orthodiagraphic orthodiagraphy orthodiazin orthodiazine orthodolichocephalic orthodomatic orthodome orthodontia orthodontic orthodontics orthodontist orthodox orthodoxal orthodoxality orthodoxally orthodoxian orthodoxical orthodoxically orthodoxism orthodoxist orthodoxly orthodoxness orthodoxy orthodromic orthodromics orthodromy orthoepic orthoepical orthoepically orthoepist orthoepistic orthoepy orthoformic orthogamous orthogamy orthogenesis orthogenetic orthogenic orthognathic orthognathism orthognathous orthognathus orthognathy orthogneiss orthogonal orthogonality orthogonally orthogonial orthograde orthogranite orthograph orthographer orthographic orthographical orthographically orthographist orthographize orthography orthohydrogen orthologer orthologian orthological orthology orthometopic orthometric orthometry orthonitroaniline orthopath orthopathic orthopathically orthopathy orthopedia orthopedic orthopedical orthopedically orthopedics orthopedist orthopedy orthophenylene orthophonic orthophony orthophoria orthophoric orthophosphate orthophosphoric orthophyre orthophyric orthopinacoid orthopinacoidal orthoplastic orthoplasy orthoplumbate orthopnea orthopneic orthopod orthopraxis orthopraxy orthoprism orthopsychiatric orthopsychiatrical orthopsychiatrist orthopsychiatry orthopter orthopteral orthopteran orthopterist orthopteroid orthopterological orthopterologist orthopterology orthopteron orthopterous orthoptic orthopyramid orthopyroxene orthoquinone orthorhombic orthorrhaphous orthorrhaphy orthoscope orthoscopic orthose orthosemidin orthosemidine orthosilicate orthosilicic orthosis orthosite orthosomatic orthospermous orthostatic orthostichous orthostichy orthostyle orthosubstituted orthosymmetric orthosymmetrical orthosymmetrically orthosymmetry orthotactic orthotectic orthotic orthotolidin orthotolidine orthotoluic orthotoluidin orthotoluidine orthotomic orthotomous orthotone orthotonesis orthotonic orthotonus orthotropal orthotropic orthotropism orthotropous orthotropy orthotype orthotypous orthovanadate orthovanadic orthoveratraldehyde orthoveratric orthoxazin orthoxazine orthoxylene orthron ortiga ortive ortolan ortstein ortygan ortygine orvietan orvietite ory oryctics oryctognostic oryctognostical oryctognostically oryctognosy oryssid oryzenin oryzivorous os osamin osamine osazone oscella oscheal oscheitis oscheocarcinoma oscheocele oscheolith oscheoma oscheoncus oscheoplasty oscillance oscillancy oscillant oscillariaceous oscillate oscillating oscillation oscillative oscillatively oscillator oscillatoriaceous oscillatorian oscillatory oscillogram oscillograph oscillographic oscillography oscillometer oscillometric oscillometry oscilloscope oscin oscine oscinian oscinine oscitance oscitancy oscitant oscitantly oscitate oscitation oscnode osculable osculant oscular oscularity osculate osculation osculatory osculatrix oscule osculiferous osculum oscurrantist ose osela oshac oside osier osiered osierlike osiery osmate osmatic osmatism osmazomatic osmazomatous osmazome osmesis osmeterium osmetic osmic osmidrosis osmin osmina osmious osmiridium osmium osmodysphoria osmogene osmograph osmolagnia osmology osmometer osmometric osmometry osmondite osmophore osmoregulation osmoscope osmose osmosis osmotactic osmotaxis osmotherapy osmotic osmotically osmous osmund osmundaceous osmundine osoberry osone osophy osotriazine osotriazole osphradial osphradium osphresiolagnia osphresiologic osphresiologist osphresiology osphresiometer osphresiometry osphresiophilia osphresis osphretic osphyalgia osphyalgic osphyarthritis osphyitis osphyocele osphyomelitis osprey ossal ossarium ossature osse ossein osselet ossements osseoalbuminoid osseoaponeurotic osseocartilaginous osseofibrous osseomucoid osseous osseously ossicle ossicular ossiculate ossicule ossiculectomy ossiculotomy ossiculum ossiferous ossific ossification ossified ossifier ossifluence ossifluent ossiform ossifrage ossifrangent ossify ossivorous ossuarium ossuary ossypite ostalgia ostariophysan ostariophysial ostariophysous ostarthritis osteal ostealgia osteanabrosis osteanagenesis ostearthritis ostearthrotomy ostectomy osteectomy osteectopia osteectopy ostein osteitic osteitis ostemia ostempyesis ostensibility ostensible ostensibly ostension ostensive ostensively ostensorium ostensory ostent ostentate ostentation ostentatious ostentatiously ostentatiousness ostentive ostentous osteoaneurysm osteoarthritis osteoarthropathy osteoarthrotomy osteoblast osteoblastic osteoblastoma osteocachetic osteocarcinoma osteocartilaginous osteocele osteocephaloma osteochondritis osteochondrofibroma osteochondroma osteochondromatous osteochondropathy osteochondrophyte osteochondrosarcoma osteochondrous osteoclasia osteoclasis osteoclast osteoclastic osteoclasty osteocolla osteocomma osteocranium osteocystoma osteodentin osteodentinal osteodentine osteoderm osteodermal osteodermatous osteodermia osteodermis osteodiastasis osteodynia osteodystrophy osteoencephaloma osteoenchondroma osteoepiphysis osteofibroma osteofibrous osteogangrene osteogen osteogenesis osteogenetic osteogenic osteogenist osteogenous osteogeny osteoglossid osteoglossoid osteographer osteography osteohalisteresis osteoid osteolite osteologer osteologic osteological osteologically osteologist osteology osteolysis osteolytic osteoma osteomalacia osteomalacial osteomalacic osteomancy osteomanty osteomatoid osteomere osteometric osteometrical osteometry osteomyelitis osteoncus osteonecrosis osteoneuralgia osteopaedion osteopath osteopathic osteopathically osteopathist osteopathy osteopedion osteoperiosteal osteoperiostitis osteopetrosis osteophage osteophagia osteophlebitis osteophone osteophony osteophore osteophyma osteophyte osteophytic osteoplaque osteoplast osteoplastic osteoplasty osteoporosis osteoporotic osteorrhaphy osteosarcoma osteosarcomatous osteosclerosis osteoscope osteosis osteosteatoma osteostixis osteostomatous osteostomous osteostracan osteosuture osteosynovitis osteosynthesis osteothrombosis osteotome osteotomist osteotomy osteotribe osteotrite osteotrophic osteotrophy ostial ostiary ostiate ostiolar ostiolate ostiole ostitis ostium ostleress ostmark ostosis ostracean ostraceous ostracine ostracioid ostracism ostracizable ostracization ostracize ostracizer ostracod ostracode ostracoderm ostracodous ostracoid ostracon ostracophore ostracophorous ostracum ostraite ostreaceous ostreger ostreicultural ostreiculture ostreiculturist ostreiform ostreodynamometer ostreoid ostreophage ostreophagist ostreophagous ostrich ostrichlike otacoustic otacousticon otalgia otalgic otalgy otarian otariine otarine otarioid otary otate otectomy otelcosis othelcosis othematoma othemorrhea otheoscope other otherdom otherest othergates otherguess otherhow otherism otherist otherness othersome othertime otherwards otherwhence otherwhere otherwhereness otherwheres otherwhile otherwhiles otherwhither otherwise otherwiseness otherworld otherworldliness otherworldly otherworldness othmany othygroma otiant otiatric otiatrics otiatry otic oticodinia otidiform otidine otidium otiorhynchid otiose otiosely otioseness otiosity otitic otitis otkon otoantritis otoblennorrhea otocariasis otocephalic otocephaly otocerebritis otocleisis otoconial otoconite otoconium otocrane otocranial otocranic otocranium otocyst otocystic otodynia otodynic otoencephalitis otogenic otogenous otographical otography otohemineurasthenia otolaryngologic otolaryngologist otolaryngology otolite otolith otolitic otological otologist otology otomassage otomucormycosis otomyces otomycosis otonecrectomy otoneuralgia otoneurasthenia otopathic otopathy otopharyngeal otophone otopiesis otoplastic otoplasty otopolypus otopyorrhea otopyosis otorhinolaryngologic otorhinolaryngologist otorhinolaryngology otorrhagia otorrhea otorrhoea otosalpinx otosclerosis otoscope otoscopic otoscopy otosis otosphenal otosteal otosteon ototomy ottajanite ottar ottavarima otter otterer otterhound ottinger ottingkar otto ottrelife oturia ouabain ouabaio ouabe ouachitite ouakari ouananiche oubliette ouch oudenarde oudenodont ouenite ouf ough ought oughtness oughtnt ouistiti oukia oulap ounce ounds ouphe ouphish our ourie ouroub ours ourself ourselves oust ouster out outact outadmiral outage outambush outarde outargue outask outawe outbabble outback outbacker outbake outbalance outban outbanter outbar outbargain outbark outbawl outbeam outbear outbearing outbeg outbeggar outbelch outbellow outbent outbetter outbid outbidder outbirth outblacken outblaze outbleat outbleed outbless outbloom outblossom outblot outblow outblowing outblown outbluff outblunder outblush outbluster outboard outboast outbolting outbond outbook outborn outborough outbound outboundaries outbounds outbow outbowed outbowl outbox outbrag outbranch outbranching outbrave outbray outbrazen outbreak outbreaker outbreaking outbreath outbreathe outbreather outbred outbreed outbreeding outbribe outbridge outbring outbrother outbud outbuild outbuilding outbulge outbulk outbully outburn outburst outbustle outbuy outbuzz outby outcant outcaper outcarol outcarry outcase outcast outcaste outcasting outcastness outcavil outchamber outcharm outchase outchatter outcheat outchide outcity outclamor outclass outclerk outclimb outcome outcomer outcoming outcompass outcomplete outcompliment outcorner outcountry outcourt outcrawl outcricket outcrier outcrop outcropper outcross outcrossing outcrow outcrowd outcry outcull outcure outcurse outcurve outcut outdaciousness outdance outdare outdate outdated outdazzle outdevil outdispatch outdistance outdistrict outdo outdodge outdoer outdoor outdoorness outdoors outdoorsman outdraft outdragon outdraw outdream outdress outdrink outdrive outdure outdwell outdweller outdwelling outeat outecho outed outedge outen outer outerly outermost outerness outerwear outeye outeyed outfable outface outfall outfame outfangthief outfast outfawn outfeast outfeat outfeeding outfence outferret outfiction outfield outfielder outfieldsman outfight outfighter outfighting outfigure outfish outfit outfitter outflame outflank outflanker outflanking outflare outflash outflatter outfling outfloat outflourish outflow outflue outflung outflunky outflush outflux outfly outfold outfool outfoot outform outfort outfreeman 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oversweated oversweep oversweet oversweeten oversweetly oversweetness overswell overswift overswim overswimmer overswing overswinging overswirling oversystematic oversystematically oversystematize overt overtakable overtake overtaker overtalk overtalkative overtalkativeness overtalker overtame overtamely overtameness overtapped overtare overtariff overtarry overtart overtask overtax overtaxation overteach overtechnical overtechnicality overtedious overtediously overteem overtell overtempt overtenacious overtender overtenderly overtenderness overtense overtensely overtenseness overtension overterrible overtest overthick overthin overthink overthought overthoughtful overthriftily overthriftiness overthrifty overthrong overthrow overthrowable overthrowal overthrower overthrust overthwart overthwartly overthwartness overthwartways overthwartwise overtide overtight overtightly overtill overtimbered overtime overtimer overtimorous overtimorously overtimorousness overtinseled overtint overtip overtipple overtire overtiredness overtitle overtly overtness overtoe overtoil overtoise overtone overtongued overtop overtopple overtorture overtower overtrace overtrack overtrade overtrader overtrailed overtrain overtrample overtravel overtread overtreatment overtrick overtrim overtrouble overtrue overtrump overtrust overtrustful overtruthful overtruthfully overtumble overture overturn overturnable overturner overtutor overtwine overtwist overtype overuberous overunionized overunsuitable overurbanization overurge overuse overusual overusually overvaliant overvaluable overvaluation overvalue overvariety overvault overvehemence overvehement overveil overventilate overventilation overventuresome overventurous overview overvoltage overvote overwade overwages overwake overwalk overwander overward overwash overwasted overwatch overwatcher overwater overwave overway overwealth overwealthy overweaponed overwear overweary overweather overweave overweb overween overweener overweening overweeningly overweeningness overweep overweigh overweight overweightage overwell overwelt overwet overwetness overwheel overwhelm overwhelmer overwhelming overwhelmingly overwhelmingness overwhipped overwhirl overwhisper overwide overwild overwilily overwilling overwillingly overwily overwin overwind overwing overwinter overwiped overwisdom overwise overwisely overwithered overwoman overwomanize overwomanly overwood overwooded overwoody overword overwork overworld overworn overworry overworship overwound overwove overwoven overwrap overwrest overwrested overwrestle overwrite overwroth overwrought overyear overyoung overyouthful overzeal overzealous overzealously overzealousness ovest ovey ovibovine ovicapsular ovicapsule ovicell ovicellular ovicidal ovicide ovicular oviculated oviculum ovicyst ovicystic oviducal oviduct oviductal oviferous ovification oviform ovigenesis ovigenetic ovigenic ovigenous ovigerm ovigerous ovile ovine ovinia ovipara oviparal oviparity oviparous oviparously oviparousness oviposit oviposition ovipositor ovisac oviscapt ovism ovispermary ovispermiduct ovist ovistic ovivorous ovocyte ovoelliptic ovoflavin ovogenesis ovogenetic ovogenous ovogonium ovoid ovoidal ovolemma ovolo ovological ovologist ovology ovolytic ovomucoid ovoplasm ovoplasmic ovopyriform ovorhomboid ovorhomboidal ovotesticular ovotestis ovovitellin ovoviviparism ovoviviparity ovoviviparous ovoviviparously ovoviviparousness ovular ovularian ovulary ovulate ovulation ovule ovuliferous ovuligerous ovulist ovum ow owd owe owelty ower owerance owerby owercome owergang owerloup owertaen owerword owght owing owk owl owldom owler owlery owlet owlhead owling owlish owlishly owlishness owlism owllight owllike owly own owner ownerless ownership ownhood ownness ownself ownwayish owregane owrehip owrelay owse owsen owser owtchah owyheeite ox oxacid oxadiazole oxalacetic oxalaldehyde oxalamid oxalamide oxalan oxalate oxaldehyde oxalemia oxalic oxalidaceous oxalite oxalodiacetic oxalonitril oxalonitrile oxaluramid oxaluramide oxalurate oxaluria oxaluric oxalyl oxalylurea oxamate oxamethane oxamic oxamid oxamide oxamidine oxammite oxan oxanate oxane oxanic oxanilate oxanilic oxanilide oxazine oxazole oxbane oxberry oxbird oxbiter oxblood oxbow oxboy oxbrake oxcart oxcheek oxdiacetic oxdiazole oxea oxeate oxen oxeote oxer oxetone oxeye oxfly oxgang oxgoad oxharrow oxhead oxheal oxheart oxhide oxhoft oxhorn oxhouse oxhuvud oxidability oxidable oxidant oxidase oxidate oxidation oxidational oxidative oxidator oxide oxidic oxidimetric oxidimetry oxidizability oxidizable oxidization oxidize oxidizement oxidizer oxidizing oxidoreductase oxidoreduction oxidulated oximate oximation oxime oxland oxlike oxlip oxman oxmanship oxoindoline oxonic oxonium oxozone oxozonide oxpecker oxphony oxreim oxshoe oxskin oxtail oxter oxtongue oxwort oxy oxyacanthine oxyacanthous oxyacetylene oxyacid oxyaldehyde oxyamine oxyanthracene oxyanthraquinone oxyaphia oxyaster oxybaphon oxybenzaldehyde oxybenzene oxybenzoic oxybenzyl oxyberberine oxyblepsia oxybromide oxybutyria oxybutyric oxycalcium oxycalorimeter oxycamphor oxycaproic oxycarbonate oxycellulose oxycephalic oxycephalism oxycephalous oxycephaly oxychlorate oxychloric oxychloride oxycholesterol oxychromatic oxychromatin oxychromatinic oxycinnamic oxycobaltammine oxycopaivic oxycoumarin oxycrate oxycyanide oxydactyl oxydiact oxyesthesia oxyether oxyethyl oxyfatty oxyfluoride oxygas oxygen oxygenant oxygenate oxygenation oxygenator oxygenerator oxygenic oxygenicity oxygenium oxygenizable oxygenize oxygenizement oxygenizer oxygenous oxygeusia oxygnathous oxyhalide oxyhaloid oxyhematin oxyhemocyanin oxyhemoglobin oxyhexactine oxyhexaster oxyhydrate oxyhydric oxyhydrogen oxyiodide oxyketone oxyl oxyluciferin oxyluminescence oxyluminescent oxymandelic oxymel oxymethylene oxymoron oxymuriate oxymuriatic oxynaphthoic oxynaphtoquinone oxynarcotine oxyneurin oxyneurine oxynitrate oxyntic oxyophitic oxyopia oxyosphresia oxypetalous oxyphenol oxyphenyl oxyphile oxyphilic oxyphilous oxyphonia oxyphosphate oxyphthalic oxyphyllous oxyphyte oxypicric oxyproline oxypropionic oxypurine oxypycnos oxyquinaseptol oxyquinoline oxyquinone oxyrhine oxyrhinous oxyrhynch oxyrhynchous oxyrhynchus oxyrrhynchid oxysalicylic oxysalt oxystearic oxystomatous oxystome oxysulphate oxysulphide oxyterpene oxytocia oxytocic oxytocin oxytocous oxytoluene oxytoluic oxytone oxytonesis oxytonical oxytonize oxytylotate oxytylote oxyuriasis oxyuricide oxyurous oxywelding oyapock oyer oyster oysterage oysterbird oystered oysterer oysterfish oystergreen oysterhood oysterhouse oystering oysterish oysterishness oysterlike oysterling oysterman oysterous oysterroot oysterseed oystershell oysterwife oysterwoman ozarkite ozena ozobrome ozocerite ozokerit ozokerite ozonate ozonation ozonator ozone ozoned ozonic ozonide ozoniferous ozonification ozonify ozonization ozonize ozonizer ozonometer ozonometry ozonoscope ozonoscopic ozonous ozophen ozophene ozostomia ozotype p pa paal paar paauw pabble pablo pabouch pabular pabulary pabulation pabulatory pabulous pabulum pac paca pacable pacate pacation pacative pacay pacaya pace paceboard paced pacemaker pacemaking pacer pachak pachisi pachnolite pachometer pachyacria pachyaemia pachyblepharon pachycarpous pachycephal pachycephalia pachycephalic pachycephalous pachycephaly pachychilia pachycholia pachychymia pachycladous pachydactyl pachydactylous pachydactyly pachyderm pachyderma pachydermal pachydermatocele pachydermatoid pachydermatosis pachydermatous pachydermatously pachydermia pachydermial pachydermic pachydermoid pachydermous pachyemia pachyglossal pachyglossate pachyglossia pachyglossous pachyhaemia pachyhaemic pachyhaemous pachyhematous pachyhemia pachyhymenia pachyhymenic pachylosis pachymenia pachymenic pachymeningitic pachymeningitis pachymeninx pachymeter pachynathous pachynema pachynsis pachyntic pachyodont pachyotia pachyotous pachyperitonitis pachyphyllous pachypleuritic pachypod pachypodous pachypterous pachyrhynchous pachysalpingitis pachysaurian pachysomia pachysomous pachystichous pachytene pachytrichous pachyvaginitis pacifiable pacific pacifical pacifically pacificate pacification pacificator pacificatory pacificism pacificist pacificity pacifier pacifism pacifist pacifistic pacifistically pacify pacifyingly pack packable package packbuilder packcloth packer packery packet packhouse packless packly packmaker packmaking packman packmanship packness packsack packsaddle packstaff packthread packwall packwaller packware packway paco pacouryuva pact paction pactional pactionally pad padcloth padder padding paddle paddlecock paddled paddlefish paddlelike paddler paddlewood paddling paddock paddockride paddockstone paddockstool paddy paddybird paddymelon paddywatch paddywhack padella padfoot padge padishah padle padlike padlock padmasana padmelon padnag padpiece padre padroadist padroado padronism padstone padtree paduasoy paean paeanism paeanize paedarchy paedatrophia paedatrophy paediatry paedogenesis paedogenetic paedometer paedometrical paedomorphic paedomorphism paedonymic paedonymy paedopsychologist paedotribe paedotrophic paedotrophist paedotrophy paegel paegle paenula paeon paeonic paetrick paga pagan pagandom paganic paganical paganically paganish paganishly paganism paganist paganistic paganity paganization paganize paganizer paganly paganry pagatpat page pageant pageanted pageanteer pageantic pageantry pagedom pageful pagehood pageless pagelike pager pageship pagina paginal paginary paginate pagination pagiopod pagoda pagodalike pagodite pagoscope pagrus pagurian pagurid pagurine paguroid pagus pah paha pahi pahlavi pahmi paho pahoehoe pahutan paideutic paideutics paidological paidologist paidology paidonosology paigle paik pail pailful paillasse paillette pailletted pailou paimaneh pain pained painful painfully painfulness paining painingly painkiller painless painlessly painlessness painproof painstaker painstaking painstakingly painstakingness painsworthy paint paintability paintable paintableness paintably paintbox paintbrush painted paintedness painter painterish painterlike painterly paintership paintiness painting paintingness paintless paintpot paintproof paintress paintrix paintroot painty paip pair paired pairedness pairer pairment pairwise pais paisa paisanite paiwari pajahuello pajama pajamaed pajock pakchoi pakeha paktong pal palace palaced palacelike palaceous palaceward palacewards paladin palaeanthropic palaeechinoid palaeechinoidean palaeentomology palaeethnologic palaeethnological palaeethnologist palaeethnology palaeichthyan palaeichthyic palaemonid palaemonoid palaeoalchemical palaeoanthropic palaeoanthropography palaeoanthropology palaeoatavism palaeoatavistic palaeobiogeography palaeobiologist palaeobiology palaeobotanic palaeobotanical palaeobotanically palaeobotanist palaeobotany palaeoceanography palaeochorology palaeoclimatic palaeoclimatology palaeocosmic palaeocosmology palaeocrystal palaeocrystallic palaeocrystalline palaeocrystic palaeocyclic palaeodendrologic palaeodendrological palaeodendrologically palaeodendrologist palaeodendrology palaeodictyopteran palaeodictyopteron palaeodictyopterous palaeoencephalon palaeoeremology palaeoethnic palaeoethnologic palaeoethnological palaeoethnologist palaeoethnology palaeofauna palaeogene palaeogenesis palaeogenetic palaeogeographic palaeogeography palaeoglaciology palaeoglyph palaeognathic palaeognathous palaeograph palaeographer palaeographic palaeographical palaeographically palaeographist palaeography palaeoherpetologist palaeoherpetology palaeohistology palaeohydrography palaeolatry palaeolimnology palaeolith palaeolithic palaeolithical palaeolithist palaeolithoid palaeolithy palaeological palaeologist palaeology palaeometallic palaeometeorological palaeometeorology palaeonemertean palaeonemertine palaeoniscid palaeoniscoid palaeontographic palaeontographical palaeontography palaeopathology palaeopedology palaeophile palaeophilist palaeophysiography palaeophysiology palaeophytic palaeophytological palaeophytologist palaeophytology palaeoplain palaeopotamology palaeopsychic palaeopsychological palaeopsychology palaeoptychology palaeornithine palaeornithological palaeornithology palaeosaur palaeosophy palaeostracan palaeostriatal palaeostriatum palaeostylic palaeostyly palaeotechnic palaeothalamus palaeothere palaeotherian palaeotheriodont palaeotherioid palaeotheroid palaeotype palaeotypic palaeotypical palaeotypically palaeotypographical palaeotypographist palaeotypography palaeovolcanic palaeozoological palaeozoologist palaeozoology palaestra palaestral palaestrian palaestric palaestrics palaetiological palaetiologist palaetiology palafitte palagonite palagonitic palaiotype palaite palama palamate palame palamedean palampore palander palanka palankeen palanquin palapalai palar palas palatability palatable palatableness palatably palatal palatalism palatality palatalization palatalize palate palated palateful palatefulness palateless palatelike palatial palatially palatialness palatian palatic palatinal palatinate palatine palatineship palatinite palation palatist palatitis palative palatization palatize palatoalveolar palatodental palatoglossal palatoglossus palatognathous palatogram palatograph palatography palatomaxillary palatometer palatonasal palatopharyngeal palatopharyngeus palatoplasty palatoplegia palatopterygoid palatoquadrate palatorrhaphy palatoschisis palaver palaverer palaverist palaverment palaverous palay palazzi palberry palch pale palea paleaceous paleanthropic paleate palebelly palebuck palechinoid paled paledness paleencephalon paleentomology paleethnographer paleethnologic paleethnological paleethnologist paleethnology paleface palehearted paleichthyologic paleichthyologist paleichthyology paleiform palely paleness paleoalchemical paleoandesite paleoanthropic paleoanthropography paleoanthropological paleoanthropologist paleoanthropology paleoatavism paleoatavistic paleobiogeography paleobiologist paleobiology paleobotanic paleobotanical paleobotanically paleobotanist paleobotany paleoceanography paleochorology paleoclimatic paleoclimatologist paleoclimatology paleocosmic paleocosmology paleocrystal paleocrystallic paleocrystalline paleocrystic paleocyclic paleodendrologic paleodendrological paleodendrologically paleodendrologist paleodendrology paleoecologist paleoecology paleoencephalon paleoeremology paleoethnic paleoethnography paleoethnologic paleoethnological paleoethnologist paleoethnology paleofauna paleogenesis paleogenetic paleogeographic paleogeography paleoglaciology paleoglyph paleograph paleographer paleographic paleographical paleographically paleographist paleography paleoherpetologist paleoherpetology paleohistology paleohydrography paleoichthyology paleokinetic paleola paleolate paleolatry paleolimnology paleolith paleolithic paleolithical paleolithist paleolithoid paleolithy paleological paleologist paleology paleomammalogy paleometallic paleometeorological paleometeorology paleontographic paleontographical paleontography paleontologic paleontological paleontologically paleontologist paleontology paleopathology paleopedology paleophysiography paleophysiology paleophytic paleophytological paleophytologist paleophytology paleopicrite paleoplain paleopotamoloy paleopsychic paleopsychological paleopsychology paleornithological paleornithology paleostriatal paleostriatum paleostylic paleostyly paleotechnic paleothalamus paleothermal paleothermic paleovolcanic paleoytterbium paleozoological paleozoologist paleozoology paler palestra palestral palestrian palestric palet paletiology paletot palette paletz palewise palfrey palfreyed palgat pali palification paliform paligorskite palikar palikarism palikinesia palila palilalia palillogia palilogetic palilogy palimbacchic palimbacchius palimpsest palimpsestic palinal palindrome palindromic palindromical palindromically palindromist paling palingenesia palingenesian palingenesis palingenesist palingenesy palingenetic palingenetically palingenic palingenist palingeny palinode palinodial palinodic palinodist palinody palinurid palinuroid paliphrasia palirrhea palisade palisading palisado palisander palisfy palish palistrophia palkee pall palla palladammine palladia palladic palladiferous palladinize palladion palladious palladium palladiumize palladize palladodiammine palladosammine palladous pallae pallah pallall pallanesthesia pallasite pallbearer palled pallescence pallescent pallesthesia pallet palleting palletize pallette pallholder palli pallial palliard palliasse palliata palliate palliation palliative palliatively palliator palliatory pallid pallidiflorous pallidipalpate palliditarsate pallidity pallidiventrate pallidly pallidness palliness palliobranchiate palliocardiac pallioessexite pallion palliopedal palliostratus pallium pallograph pallographic pallometric pallone pallor pallwise pally palm palma palmaceous palmad palmanesthesia palmar palmarian palmary palmate palmated palmately palmatifid palmatiform palmatilobate palmatilobed palmation palmatiparted palmatipartite palmatisect palmatisected palmature palmcrist palmed palmellaceous palmelloid palmer palmerite palmery palmesthesia palmette palmetto palmetum palmful palmicolous palmiferous palmification palmiform palmigrade palmilobate palmilobated palmilobed palminervate palminerved palmiped palmipes palmist palmister palmistry palmitate palmite palmitic palmitin palmitinic palmito palmitoleic palmitone palmiveined palmivorous palmlike palmo palmodic palmoscopy palmospasmus palmula palmus palmwise palmwood palmy palmyra palolo palombino palometa palomino palosapis palouser paloverde palp palpability palpable palpableness palpably palpacle palpal palpate palpation palpatory palpebra palpebral palpebrate palpebration palpebritis palped palpi palpicorn palpifer palpiferous palpiform palpiger palpigerous palpitant palpitate palpitatingly palpitation palpless palpocil palpon palpulus palpus palsgrave palsgravine palsied palsification palstave palster palsy palsylike palsywort palt palter palterer palterly paltrily paltriness paltry paludal paludament paludamentum paludial paludian paludic paludicole paludicoline paludicolous paludiferous paludinal paludine paludinous paludism paludose paludous paludrin paludrine palule palulus palus palustral palustrian palustrine paly palynology pam pambanmanche pament pameroon pamment pampas pampean pamper pampered pamperedly pamperedness pamperer pamperize pampero pamphagous pampharmacon pamphlet pamphletage pamphletary pamphleteer pamphleter pamphletful pamphletic pamphletical pamphletize pamphletwise pamphysical pamphysicism pampilion pampiniform pampinocele pamplegia pampootee pampootie pampre pamprodactyl pamprodactylism pamprodactylous pampsychism pampsychist pan panace panacea panacean panaceist panache panached panachure panada panade panagiarion panama panapospory panarchic panarchy panaris panaritium panarteritis panarthritis panary panatela panatrophy panautomorphic panax panbabylonian panbabylonism pancake pancarditis panchama panchayat pancheon panchion panchromatic panchromatism panchromatization panchromatize panchway panclastic panconciliatory pancosmic pancosmism pancosmist pancratian pancratiast pancratiastic pancratic pancratical pancratically pancration pancratism pancratist pancratium pancreas pancreatalgia pancreatectomize pancreatectomy pancreatemphraxis pancreathelcosis pancreatic pancreaticoduodenal pancreaticoduodenostomy pancreaticogastrostomy pancreaticosplenic pancreatin pancreatism pancreatitic pancreatitis pancreatization pancreatize pancreatoduodenectomy pancreatoenterostomy pancreatogenic pancreatogenous pancreatoid pancreatolipase pancreatolith pancreatomy pancreatoncus pancreatopathy pancreatorrhagia pancreatotomy pancreectomy pancreozymin pancyclopedic pand panda pandal pandan pandanaceous pandaram pandaric pandation pandect pandemia pandemian pandemic pandemicity pandemoniac pandemonic pandemonism pandemonium pandemy pandenominational pander panderage panderer panderess panderism panderize panderly pandermite panderous pandership pandestruction pandiabolism pandiculation pandita pandle pandlewhew pandora pandour pandowdy pandrop pandura pandurate pandurated panduriform pandy pane panecclesiastical paned panegoism panegoist panegyric panegyrical panegyrically panegyricize panegyricon panegyricum panegyris panegyrist panegyrize panegyrizer panegyry paneity panel panela panelation paneler paneless paneling panelist panellation panelling panelwise panelwork panentheism panesthesia panesthetic paneulogism panfil panfish panful pang pangamic pangamous pangamously pangamy pangane pangen pangene pangenesis pangenetic pangenetically pangenic pangful pangi pangless panglessly panglima pangolin pangrammatist panhandle panhandler panharmonic panharmonicon panhead panheaded panhidrosis panhuman panhygrous panhyperemia panhysterectomy panic panical panically panicful panichthyophagous panicked panicky panicle panicled paniclike panicmonger panicmongering paniconograph paniconographic paniconography paniculate paniculated paniculately paniculitis panidiomorphic panidrosis panification panimmunity panisc panisca paniscus panisic panivorous panjandrum pank pankin pankration panleucopenia panlogical panlogism panlogistical panman panmelodicon panmelodion panmerism panmeristic panmixia panmixy panmnesia panmug panmyelophthisis pannade pannage pannam pannationalism panne pannel panner pannery panneuritic panneuritis pannicle pannicular pannier panniered pannierman pannikin panning pannose pannosely pannum pannus pannuscorium panocha panoche panococo panoistic panomphaic panomphean panomphic panophobia panophthalmia panophthalmitis panoplied panoplist panoply panoptic panoptical panopticon panoram panorama panoramic panoramical panoramically panoramist panornithic panorpian panorpid panosteitis panostitis panotitis panotype panouchi panpathy panpharmacon panphenomenalism panphobia panplegia panpneumatism panpolism panpsychic panpsychism panpsychist panpsychistic panscientist pansciolism pansciolist pansclerosis pansclerotic panse pansexism pansexual pansexualism pansexualist pansexuality pansexualize panshard panside pansideman pansied pansinuitis pansinusitis pansmith pansophic pansophical pansophically pansophism pansophist pansophy panspermatism panspermatist panspermia panspermic panspermism panspermist panspermy pansphygmograph panstereorama pansy pansylike pant pantachromatic pantacosm pantagamy pantagogue pantagraph pantagraphic pantagraphical pantagruelion pantaleon pantaletless pantalets pantaletted pantalgia pantalon pantaloon pantalooned pantaloonery pantaloons pantameter pantamorph pantamorphia pantamorphic pantanemone pantanencephalia pantanencephalic pantaphobia pantarbe pantarchy pantas pantascope pantascopic pantatrophia pantatrophy pantatype pantechnic pantechnicon pantelegraph pantelegraphy panteleologism pantelephone pantelephonic pantellerite panter panterer pantheic pantheism pantheist pantheistic pantheistical pantheistically panthelematism panthelism pantheologist pantheology pantheon pantheonic pantheonization pantheonize panther pantheress pantherine pantherish pantherlike pantherwood pantheum pantie panties pantile pantiled pantiling panting pantingly pantisocracy pantisocrat pantisocratic pantisocratical pantisocratist pantle pantler panto pantochrome pantochromic pantochromism pantochronometer pantod pantoffle pantofle pantoganglitis pantogelastic pantoglossical pantoglot pantoglottism pantograph pantographer pantographic pantographical pantographically pantography pantoiatrical pantologic pantological pantologist pantology pantomancer pantometer pantometric pantometrical pantometry pantomime pantomimic pantomimical pantomimically pantomimicry pantomimish pantomimist pantomimus pantomnesia pantomnesic pantomorph pantomorphia pantomorphic panton pantoon pantopelagian pantophagic pantophagist pantophagous pantophagy pantophile pantophobia pantophobic pantophobous pantoplethora pantopod pantopragmatic pantopterous pantoscope pantoscopic pantosophy pantostomate pantostomatous pantostome pantotactic pantothenate pantothenic pantotherian pantotype pantoum pantropic pantropical pantry pantryman pantrywoman pants pantun panty pantywaist panung panurgic panurgy panyar panzoism panzootia panzootic panzooty paolo paon pap papa papability papable papabot papacy papagallo papain papal papalism papalist papalistic papalization papalize papalizer papally papalty papane papaphobia papaphobist papaprelatical papaprelatist paparchical paparchy papaship papaveraceous papaverine papaverous papaw papaya papayaceous papayotin papboat pape papelonne paper paperback paperbark paperboard papered paperer paperful paperiness papering paperlike papermaker papermaking papermouth papern papershell paperweight papery papess papeterie papey papicolar papicolist papilionaceous papilionid papilionine papilionoid papilla papillae papillar papillary papillate papillated papillectomy papilledema papilliferous papilliform papillitis papilloadenocystoma papillocarcinoma papilloedema papilloma papillomatosis papillomatous papillon papilloretinitis papillosarcoma papillose papillosity papillote papillous papillulate papillule papion papish papisher papism papist papistic papistical papistically papistlike papistly papistry papize papless papmeat papolater papolatrous papolatry papoose papooseroot pappescent pappi pappiferous pappiform pappose pappox pappus pappy papreg paprica paprika papula papular papulate papulated papulation papule papuliferous papuloerythematous papulopustular papulopustule papulose papulosquamous papulous papulovesicular papyr papyraceous papyral papyrean papyri papyrian papyrin papyrine papyritious papyrocracy papyrograph papyrographer papyrographic papyrography papyrological papyrologist papyrology papyrophobia papyroplastics papyrotamia papyrotint papyrotype papyrus paquet par para paraaminobenzoic parabanate parabanic parabaptism parabaptization parabasal parabasic parabasis parabema parabematic parabenzoquinone parabiosis parabiotic parablast parablastic parable parablepsia parablepsis parablepsy parableptic parabola parabolanus parabolic parabolical parabolicalism parabolically parabolicness paraboliform parabolist parabolization parabolize parabolizer paraboloid paraboloidal parabomb parabotulism parabranchia parabranchial parabranchiate parabulia parabulic paracanthosis paracarmine paracasein paracaseinate paracentesis paracentral paracentric paracentrical paracephalus paracerebellar paracetaldehyde parachaplain paracholia parachor parachordal parachrea parachroia parachroma parachromatism parachromatophorous parachromatopsia parachromatosis parachrome parachromoparous parachromophoric parachromophorous parachronism parachronistic parachrose parachute parachutic parachutism parachutist paraclete paracmasis paracme paracoele paracoelian paracolitis paracolon paracolpitis paracolpium paracondyloid paracone paraconic paraconid paraconscious paracorolla paracotoin paracoumaric paracresol paracusia paracusic paracyanogen paracyesis paracymene paracystic paracystitis paracystium parade paradeful paradeless paradelike paradenitis paradental paradentitis paradentium parader paraderm paradiastole paradiazine paradichlorbenzene paradichlorbenzol paradichlorobenzene paradichlorobenzol paradidymal paradidymis paradigm paradigmatic paradigmatical paradigmatically paradigmatize parading paradingly paradiplomatic paradisaic paradisaically paradisal paradise paradisean paradisiac paradisiacal paradisiacally paradisial paradisian paradisic paradisical parado paradoctor parados paradoses paradox paradoxal paradoxer paradoxial paradoxic paradoxical paradoxicalism paradoxicality paradoxically paradoxicalness paradoxician paradoxidian paradoxism paradoxist paradoxographer paradoxographical paradoxology paradoxure paradoxurine paradoxy paradromic paraenesis paraenesize paraenetic paraenetical paraengineer paraffin paraffine paraffiner paraffinic paraffinize paraffinoid paraffiny paraffle parafle parafloccular paraflocculus paraform paraformaldehyde parafunction paragammacism paraganglion paragaster paragastral paragastric paragastrula paragastrular parage paragenesia paragenesis paragenetic paragenic paragerontic parageusia parageusic parageusis paragglutination paraglenal paraglobin paraglobulin paraglossa paraglossal paraglossate paraglossia paraglycogen paragnath paragnathism paragnathous paragnathus paragneiss paragnosia paragoge paragogic paragogical paragogically paragogize paragon paragonimiasis paragonite paragonitic paragonless paragram paragrammatist paragraph paragrapher paragraphia paragraphic paragraphical paragraphically paragraphism paragraphist paragraphistical paragraphize parah paraheliotropic paraheliotropism parahematin parahemoglobin parahepatic parahopeite parahormone parahydrogen paraiba parakeet parakeratosis parakilya parakinesia parakinetic paralactate paralalia paralambdacism paralambdacismus paralaurionite paraldehyde parale paralectotype paraleipsis paralepsis paralexia paralexic paralgesia paralgesic paralinin paralipomena paralipsis paralitical parallactic parallactical parallactically parallax parallel parallelable parallelepiped parallelepipedal parallelepipedic parallelepipedon parallelepipedonal paralleler parallelinervate parallelinerved parallelinervous parallelism parallelist parallelistic parallelith parallelization parallelize parallelizer parallelless parallelly parallelodrome parallelodromous parallelogram parallelogrammatic parallelogrammatical parallelogrammic parallelogrammical parallelograph parallelometer parallelopiped parallelopipedon parallelotropic parallelotropism parallelwise parallepipedous paralogia paralogical paralogician paralogism paralogist paralogistic paralogize paralogy paraluminite paralyses paralysis paralytic paralytical paralytically paralyzant paralyzation paralyze paralyzedly paralyzer paralyzingly param paramagnet paramagnetic paramagnetism paramandelic paramarine paramastigate paramastitis paramastoid paramatta paramedian paramelaconite paramenia parament paramere parameric parameron paramese paramesial parameter parametric parametrical parametritic parametritis parametrium paramide paramilitary paramimia paramine paramiographer paramitome paramnesia paramo paramorph paramorphia paramorphic paramorphine paramorphism paramorphosis paramorphous paramount paramountcy paramountly paramountness paramountship paramour paramuthetic paramyelin paramylum paramyoclonus paramyosinogen paramyotone paramyotonia paranasal paranatellon parandrus paranema paranematic paranephric paranephritic paranephritis paranephros paranepionic paranete parang paranitraniline paranitrosophenol paranoia paranoiac paranoid paranoidal paranoidism paranomia paranormal paranosic paranthelion paranthracene paranuclear paranucleate paranucleic paranuclein paranucleinic paranucleus paranymph paranymphal parao paraoperation paraparesis paraparetic parapathia parapathy parapegm parapegma paraperiodic parapet parapetalous parapeted parapetless paraph paraphasia paraphasic paraphemia paraphenetidine paraphenylene paraphenylenediamine parapherna paraphernal paraphernalia paraphernalian paraphia paraphilia paraphimosis paraphonia paraphonic paraphototropism paraphrasable paraphrase paraphraser paraphrasia paraphrasian paraphrasis paraphrasist paraphrast paraphraster paraphrastic paraphrastical paraphrastically paraphrenia paraphrenic paraphrenitis paraphyllium paraphysate paraphysical paraphysiferous paraphysis paraplasis paraplasm paraplasmic paraplastic paraplastin paraplectic paraplegia paraplegic paraplegy parapleuritis parapleurum parapod parapodial parapodium parapophysial parapophysis parapraxia parapraxis paraproctitis paraproctium paraprostatitis parapsidal parapsidan parapsis parapsychical parapsychism parapsychological parapsychology parapsychosis parapteral parapteron parapterum paraquadrate paraquinone pararectal pararek parareka pararhotacism pararosaniline pararosolic pararthria parasaboteur parasalpingitis parasang parascene parascenium parasceve paraschematic parasecretion paraselene paraselenic parasemidin parasemidine parasexuality parashah parasigmatism parasigmatismus parasital parasitary parasite parasitelike parasitemia parasitic parasitical parasitically parasiticalness parasiticidal parasiticide parasitism parasitize parasitogenic parasitoid parasitoidism parasitological parasitologist parasitology parasitophobia parasitosis parasitotrope parasitotropic parasitotropism parasitotropy paraskenion parasol parasoled parasolette paraspecific parasphenoid parasphenoidal paraspotter paraspy parastas parastatic parastemon parastemonal parasternal parasternum parastichy parastyle parasubphonate parasubstituted parasuchian parasympathetic parasympathomimetic parasynapsis parasynaptic parasynaptist parasyndesis parasynesis parasynetic parasynovitis parasynthesis parasynthetic parasyntheton parasyphilis parasyphilitic parasyphilosis parasystole paratactic paratactical paratactically paratartaric parataxis parate paraterminal paratherian parathesis parathetic parathion parathormone parathymic parathyroid parathyroidal parathyroidectomize parathyroidectomy parathyroprival parathyroprivia parathyroprivic paratitla paratitles paratoloid paratoluic paratoluidine paratomial paratomium paratonic paratonically paratorium paratory paratracheal paratragedia paratragoedia paratransversan paratrichosis paratrimma paratriptic paratroop paratrooper paratrophic paratrophy paratuberculin paratuberculosis paratuberculous paratungstate paratungstic paratype paratyphlitis paratyphoid paratypic paratypical paratypically paravaginitis paravail paravane paravauxite paravent paravertebral paravesical paraxial paraxially paraxon paraxonic paraxylene parazoan parazonium parbake parboil parbuckle parcel parceling parcellary parcellate parcellation parcelling parcellization parcellize parcelment parcelwise parcenary parcener parcenership parch parchable parchedly parchedness parcheesi parchemin parcher parchesi parching parchingly parchisi parchment parchmenter parchmentize parchmentlike parchmenty parchy parcidentate parciloquy parclose parcook pard pardalote pardao parded pardesi pardine pardner pardnomastic pardo pardon pardonable pardonableness pardonably pardonee pardoner pardoning pardonless pardonmonger pare paregoric pareiasaurian parel parelectronomic parelectronomy parella paren parencephalic parencephalon parenchym parenchyma parenchymal parenchymatic parenchymatitis parenchymatous parenchymatously parenchyme parenchymous parent parentage parental parentalism parentality parentally parentdom parentela parentelic parenteral parenterally parentheses parenthesis parenthesize parenthetic parenthetical parentheticality parenthetically parentheticalness parenthood parenticide parentless parentlike parentship parepididymal parepididymis parepigastric parer parerethesis parergal parergic parergon paresis paresthesia paresthesis paresthetic parethmoid paretic paretically pareunia parfait parfilage parfleche parfocal pargana pargasite parge pargeboard parget pargeter pargeting pargo parhelia parheliacal parhelic parhelion parhomologous parhomology parhypate pari pariah pariahdom pariahism pariahship parial parian paridigitate paridrosis paries parietal parietary parietes parietofrontal parietojugal parietomastoid parietoquadrate parietosphenoid parietosphenoidal parietosplanchnic parietosquamosal parietotemporal parietovaginal parietovisceral parify parigenin pariglin parilla parillin parimutuel parine paring paripinnate parish parished parishen parishional parishionally parishionate parishioner parishionership parisis parisology parison parisonic paristhmic paristhmion parisyllabic parisyllabical parity parivincular park parka parkee parker parkin parking parkish parklike parkward parkway parky parlamento parlance parlando parlatory parlay parle parley parleyer parliament parliamental parliamentarian parliamentarianism parliamentarily parliamentariness parliamentarism parliamentarization parliamentarize parliamentary parliamenteer parliamenteering parliamenter parling parlish parlor parlorish parlormaid parlous parlously parlousness parly parma parmacety parmak parmeliaceous parmelioid parnas parnassiaceous parnel parnorpine paroarion paroarium paroccipital paroch parochial parochialic parochialism parochialist parochiality parochialization parochialize parochially parochialness parochin parochine parochiner parode parodiable parodial parodic parodical parodinia parodist parodistic parodistically parodize parodontitis parodos parody parodyproof paroecious paroeciously paroeciousness paroecism paroecy paroemia paroemiac paroemiographer paroemiography paroemiologist paroemiology paroicous parol parolable parole parolee parolfactory paroli parolist paromoeon paromologetic paromologia paromology paromphalocele paromphalocelic paronomasia paronomasial paronomasian paronomasiastic paronomastical paronomastically paronychia paronychial paronychium paronym paronymic paronymization paronymize paronymous paronymy paroophoric paroophoritis paroophoron paropsis paroptesis paroptic parorchid parorchis parorexia parosmia parosmic parosteal parosteitis parosteosis parostosis parostotic parotic parotid parotidean parotidectomy parotiditis parotis parotitic parotitis parotoid parous parousia parousiamania parovarian parovariotomy parovarium paroxazine paroxysm paroxysmal paroxysmalist paroxysmally paroxysmic paroxysmist paroxytone paroxytonic paroxytonize parpal parquet parquetage parquetry parr parrel parrhesia parrhesiastic parriable parricidal parricidally parricide parricided parricidial parricidism parrier parrock parrot parroter parrothood parrotism parrotize parrotlet parrotlike parrotry parrotwise parroty parry parsable parse parsec parser parsettensite parsimonious parsimoniously parsimoniousness parsimony parsley parsleylike parsleywort parsnip parson parsonage parsonarchy parsondom parsoned parsonese parsoness parsonet parsonhood parsonic parsonical parsonically parsoning parsonish parsonity parsonize parsonlike parsonly parsonolatry parsonology parsonry parsonship parsonsite parsony part partakable partake partaker partan partanfull partanhanded parted partedness parter parterre parterred partheniad parthenian parthenic parthenocarpelly parthenocarpic parthenocarpical parthenocarpically parthenocarpous parthenocarpy parthenogenesis parthenogenetic parthenogenetically parthenogenic parthenogenitive parthenogenous parthenogeny parthenogonidium parthenology parthenoparous parthenosperm parthenospore partial partialism partialist partialistic partiality partialize partially partialness partiary partible particate participability participable participance participancy participant participantly participate participatingly participation participative participatively participator participatory participatress participial participiality participialize participially participle particle particled particular particularism particularist particularistic particularistically particularity particularization particularize particularly particularness particulate partigen partile partimembered partimen partinium partisan partisanism partisanize partisanship partite partition partitional partitionary partitioned partitioner partitioning partitionist partitionment partitive partitively partitura partiversal partivity partless partlet partly partner partnerless partnership parto partook partridge partridgeberry partridgelike partridgewood partridging partschinite parture parturiate parturience parturiency parturient parturifacient parturition parturitive party partyism partyist partykin partyless partymonger partyship parulis parumbilical parure paruria parvanimity parvenu parvenudom parvenuism parvicellular parviflorous parvifoliate parvifolious parvipotent parvirostrate parvis parviscient parvitude parvolin parvoline parvule paryphodrome pasan pasang paschal paschalist paschite pascoite pascuage pascual pascuous pasgarde pash pasha pashadom pashalik pashaship pashm pashmina pasi pasigraphic pasigraphical pasigraphy pasilaly pasmo pasqueflower pasquil pasquilant pasquiler pasquilic pasquin pasquinade pasquinader pass passable passableness passably passade passado passage passageable passageway passalid passant passback passbook passe passee passegarde passement passementerie passen passenger passer passeriform passerine passewa passibility passible passibleness passifloraceous passimeter passing passingly passingness passion passional passionary passionate passionately passionateness passionative passioned passionflower passionful passionfully passionfulness passionist passionless passionlessly passionlessness passionlike passionometer passionproof passionwise passionwort passir passival passivate passivation passive passively passiveness passivism passivist passivity passkey passless passman passo passometer passout passover passoverish passpenny passport passportless passulate passulation passus passway passwoman password passworts passymeasure past paste pasteboard pasteboardy pasted pastedness pastedown pastel pastelist paster pasterer pastern pasterned pasteur pasteurellosis pasteurism pasteurization pasteurize pasteurizer pastiche pasticheur pastil pastile pastille pastime pastimer pastiness pasting pastness pastophor pastophorion pastophorium pastophorus pastor pastorage pastoral pastorale pastoralism pastoralist pastorality pastoralize pastorally pastoralness pastorate pastoress pastorhood pastorium pastorize pastorless pastorlike pastorling pastorly pastorship pastose pastosity pastrami pastry pastryman pasturability pasturable pasturage pastural pasture pastureless pasturer pasturewise pasty pasul pat pata pataca patacao pataco patagial patagiate patagium patagon pataka patamar patao patapat pataque patas patashte patavinity patball patballer patch patchable patcher patchery patchily patchiness patchleaf patchless patchouli patchwise patchword patchwork patchworky patchy pate patefaction patefy patel patella patellar patellaroid patellate patellidan patelliform patelline patellofemoral patelloid patellula patellulate paten patency patener patent patentability patentable patentably patentee patently patentor pater patera patercove paterfamiliar paterfamiliarly paterfamilias pateriform paterissa paternal paternalism paternalist paternalistic paternalistically paternality paternalize paternally paternity paternoster paternosterer patesi patesiate path pathbreaker pathed pathema pathematic pathematically pathematology pathetic pathetical pathetically patheticalness patheticate patheticly patheticness pathetism pathetist pathetize pathfarer pathfinder pathfinding pathic pathicism pathless pathlessness pathlet pathoanatomical pathoanatomy pathobiological pathobiologist pathobiology pathochemistry pathodontia pathogen pathogene pathogenesis pathogenesy pathogenetic pathogenic pathogenicity pathogenous pathogeny pathogerm pathogermic pathognomic pathognomical pathognomonic pathognomonical pathognomy pathognostic pathographical pathography pathologic pathological pathologically pathologicoanatomic pathologicoanatomical pathologicoclinical pathologicohistological pathologicopsychological pathologist pathology patholysis patholytic pathomania pathometabolism pathomimesis pathomimicry pathoneurosis pathonomia pathonomy pathophobia pathophoresis pathophoric pathophorous pathoplastic pathoplastically pathopoeia pathopoiesis pathopoietic pathopsychology pathopsychosis pathoradiography pathos pathosocial pathway pathwayed pathy patible patibulary patibulate patience patiency patient patientless patiently patientness patina patinate patination patine patined patinize patinous patio patisserie patly patness patnidar pato patois patola patonce patria patrial patriarch patriarchal patriarchalism patriarchally patriarchate patriarchdom patriarched patriarchess patriarchic patriarchical patriarchically patriarchism patriarchist patriarchship patriarchy patrice patrician patricianhood patricianism patricianly patricianship patriciate patricidal patricide patrico patrilineal patrilineally patrilinear patriliny patrilocal patrimonial patrimonially patrimony patrin patriolatry patriot patrioteer patriotess patriotic patriotical patriotically patriotics patriotism patriotly patriotship patrist patristic patristical patristically patristicalness patristicism patristics patrix patrizate patrization patrocinium patroclinic patroclinous patrocliny patrogenesis patrol patroller patrollotism patrolman patrologic patrological patrologist patrology patron patronage patronal patronate patrondom patroness patronessship patronite patronizable patronization patronize patronizer patronizing patronizingly patronless patronly patronomatology patronship patronym patronymic patronymically patronymy patroon patroonry patroonship patruity patta pattable patte pattee patten pattened pattener patter patterer patterist pattern patternable patterned patterner patterning patternize patternless patternlike patternmaker patternmaking patternwise patterny pattu patty pattypan patu patulent patulous patulously patulousness patwari paty pau pauciarticulate pauciarticulated paucidentate pauciflorous paucifoliate paucifolious paucify paucijugate paucilocular pauciloquent pauciloquently pauciloquy paucinervate paucipinnate pauciplicate pauciradiate pauciradiated paucispiral paucispirated paucity paughty paukpan paular pauldron paulie paulin paulopast paulopost paulospore paunch paunched paunchful paunchily paunchiness paunchy paup pauper pauperage pauperate pauperdom pauperess pauperism pauperitic pauperization pauperize pauperizer paurometabolic paurometabolism paurometabolous paurometaboly pauropod pauropodous pausably pausal pausation pause pauseful pausefully pauseless pauselessly pausement pauser pausingly paussid paut pauxi pavage pavan pavane pave pavement pavemental paver pavestone pavid pavidity pavier pavilion paving pavior paviour pavis pavisade pavisado paviser pavisor pavonated pavonazzetto pavonazzo pavonian pavonine pavonize pavy paw pawdite pawer pawing pawk pawkery pawkily pawkiness pawkrie pawky pawl pawn pawnable pawnage pawnbroker pawnbrokerage pawnbrokeress pawnbrokering pawnbrokery pawnbroking pawnee pawner pawnie pawnor pawnshop pawpaw pax paxilla paxillar paxillary paxillate paxilliferous paxilliform paxillose paxillus paxiuba paxwax pay payability payable payableness payably payday payed payee payeny payer paying paymaster paymastership payment paymistress paynim paynimhood paynimry payoff payong payor payroll paysagist pea peaberry peace peaceable peaceableness peaceably peacebreaker peacebreaking peaceful peacefully peacefulness peaceless peacelessness peacelike peacemaker peacemaking peaceman peacemonger peacemongering peacetime peach peachberry peachblossom peachblow peachen peacher peachery peachick peachify peachiness peachlet peachlike peachwood peachwort peachy peacoat peacock peacockery peacockish peacockishly peacockishness peacockism peacocklike peacockly peacockwise peacocky peacod peafowl peag peage peahen peai peaiism peak peaked peakedly peakedness peaker peakily peakiness peaking peakish peakishly peakishness peakless peaklike peakward peaky peakyish peal pealike pean peanut pear pearceite pearl pearlberry pearled pearler pearlet pearlfish pearlfruit pearlike pearlin pearliness pearling pearlish pearlite pearlitic pearlsides pearlstone pearlweed pearlwort pearly pearmain pearmonger peart pearten peartly peartness pearwood peasant peasantess peasanthood peasantism peasantize peasantlike peasantly peasantry peasantship peasecod peaselike peasen peashooter peason peastake peastaking peastick peasticking peastone peasy peat peatery peathouse peatman peatship peatstack peatwood peaty peavey peavy peba pebble pebbled pebblehearted pebblestone pebbleware pebbly pebrine pebrinous pecan peccability peccable peccadillo peccancy peccant peccantly peccantness peccary peccation peccavi pech pecht pecite peck pecked pecker peckerwood pecket peckful peckhamite peckiness peckish peckishly peckishness peckle peckled peckly pecky pecopteroid pectase pectate pecten pectic pectin pectinacean pectinaceous pectinal pectinase pectinate pectinated pectinately pectination pectinatodenticulate pectinatofimbricate pectinatopinnate pectineal pectineus pectinibranch pectinibranchian pectinibranchiate pectinic pectinid pectiniferous pectiniform pectinirostrate pectinite pectinogen pectinoid pectinose pectinous pectizable pectization pectize pectocellulose pectolite pectora pectoral pectoralgia pectoralis pectoralist pectorally pectoriloquial pectoriloquism pectoriloquous pectoriloquy pectosase pectose pectosic pectosinase pectous pectunculate pectus peculate peculation peculator peculiar peculiarism peculiarity peculiarize peculiarly peculiarness peculiarsome peculium pecuniarily pecuniary pecuniosity pecunious ped peda pedage pedagog pedagogal pedagogic pedagogical pedagogically pedagogics pedagogism pedagogist pedagogue pedagoguery pedagoguish pedagoguism pedagogy pedal pedaler pedalfer pedalferic pedaliaceous pedalian pedalier pedalism pedalist pedaliter pedality pedanalysis pedant pedantesque pedantess pedanthood pedantic pedantical pedantically pedanticalness pedanticism pedanticly pedanticness pedantism pedantize pedantocracy pedantocrat pedantocratic pedantry pedary pedate pedated pedately pedatifid pedatiform pedatilobate pedatilobed pedatinerved pedatipartite pedatisect pedatisected pedatrophia pedder peddle peddler peddleress peddlerism peddlery peddling peddlingly pedee pedelion pederast pederastic pederastically pederasty pedes pedesis pedestal pedestrial pedestrially pedestrian pedestrianate pedestrianism pedestrianize pedetentous pediadontia pediadontic pediadontist pedialgia pediatric pediatrician pediatrics pediatrist pediatry pedicab pedicel pediceled pedicellar pedicellaria pedicellate pedicellated pedicellation pedicelled pedicelliform pedicellus pedicle pedicular pediculate pediculated pedicule pediculicidal pediculicide pediculid pediculine pediculofrontal pediculoid pediculoparietal pediculophobia pediculosis pediculous pedicure pedicurism pedicurist pediferous pediform pedigerous pedigraic pedigree pedigreeless pediluvium pedimanous pediment pedimental pedimented pedimentum pedion pedionomite pedipalp pedipalpal pedipalpate pedipalpous pedipalpus pedipulate pedipulation pedipulator pedlar pedlary pedobaptism pedobaptist pedocal pedocalcic pedodontia pedodontic pedodontist pedodontology pedograph pedological pedologist pedologistical pedologistically pedology pedometer pedometric pedometrical pedometrically pedometrician pedometrist pedomorphic pedomorphism pedomotive pedomotor pedophilia pedophilic pedotribe pedotrophic pedotrophist pedotrophy pedrail pedregal pedrero pedro pedule pedum peduncle peduncled peduncular pedunculate pedunculated pedunculation pedunculus pee peed peek peekaboo peel peelable peele peeled peeledness peeler peelhouse peeling peelman peen peenge peeoy peep peeper peepeye peephole peepy peer peerage peerdom peeress peerhood peerie peeringly peerless peerlessly peerlessness peerling peerly peership peery peesash peesoreh peesweep peetweet peeve peeved peevedly peevedness peever peevish peevishly peevishness peewee peg pega pegall peganite pegasid pegasoid pegboard pegbox pegged pegger pegging peggle peggy pegless peglet peglike pegman pegmatite pegmatitic pegmatization pegmatize pegmatoid pegmatophyre pegology pegomancy pegwood peho peignoir peine peirameter peirastic peirastically peisage peise peiser peixere pejorate pejoration pejorationist pejorative pejoratively pejorism pejorist pejority pekan pekin pekoe peladic pelage pelagial pelagian pelagic pelamyd pelanos pelargic pelargomorph pelargomorphic pelargonate pelargonic pelargonidin pelargonin pelargonium pelean pelecan pelecypod pelecypodous pelelith pelerine pelf pelican pelicanry pelick pelicometer pelike peliom pelioma peliosis pelisse pelite pelitic pell pellage pellagra pellagragenic pellagrin pellagrose pellagrous pellar pellard pellas pellate pellation peller pellet pelleted pelletierine pelletlike pellety pellicle pellicula pellicular pellicularia pelliculate pellicule pellile pellitory pellmell pellock pellotine pellucent pellucid pellucidity pellucidly pellucidness pelmatic pelmatogram pelmatozoan pelmatozoic pelmet pelobatid pelobatoid pelodytid pelodytoid pelomedusid pelomedusoid pelon peloria pelorian peloriate peloric pelorism pelorization pelorize pelorus pelota pelotherapy peloton pelt pelta peltast peltate peltated peltately peltatifid peltation peltatodigitate pelter pelterer peltiferous peltifolious peltiform peltigerine peltigerous peltinerved pelting peltingly peltless peltmonger peltry pelu peludo pelveoperitonitis pelves pelvic pelviform pelvigraph pelvigraphy pelvimeter pelvimetry pelviolithotomy pelvioperitonitis pelvioplasty pelvioradiography pelvioscopy pelviotomy pelviperitonitis pelvirectal pelvis pelvisacral pelvisternal pelvisternum pelycogram pelycography pelycology pelycometer pelycometry pelycosaur pelycosaurian pembina pemican pemmican pemmicanization pemmicanize pemphigoid pemphigous pemphigus pen penacute penaeaceous penal penalist penality penalizable penalization penalize penally penalty penance penanceless penang penannular penates penbard pencatite pence pencel penceless penchant penchute pencil penciled penciler penciliform penciling pencilled penciller pencillike pencilling pencilry pencilwood pencraft pend penda pendant pendanted pendanting pendantlike pendecagon pendeloque pendency pendent pendentive pendently pendicle pendicler pending pendle pendom pendragon pendragonish pendragonship pendulant pendular pendulate pendulation pendule penduline pendulosity pendulous pendulously pendulousness pendulum pendulumlike penelopine peneplain peneplanation peneplane peneseismic penetrability penetrable penetrableness penetrably penetral penetralia penetralian penetrance penetrancy penetrant penetrate penetrating penetratingly penetratingness penetration penetrative penetratively penetrativeness penetrativity penetrator penetrology penetrometer penfieldite penfold penful penghulu pengo penguin penguinery penhead penholder penial penicillate penicillated penicillately penicillation penicilliform penicillin penide penile peninsula peninsular peninsularism peninsularity peninsulate penintime peninvariant penis penistone penitence penitencer penitent penitential penitentially penitentiary penitentiaryship penitently penk penkeeper penknife penlike penmaker penmaking penman penmanship penmaster penna pennaceous pennae pennage pennant pennate pennated pennatifid pennatilobate pennatipartite pennatisect pennatisected pennatulacean pennatulaceous pennatularian pennatulid pennatuloid penneech penneeck penner pennet penni pennia pennied penniferous penniform pennigerous penniless pennilessly pennilessness pennill penninervate penninerved penning penninite pennipotent penniveined pennon pennoned pennopluma pennoplume pennorth penny pennybird pennycress pennyearth pennyflower pennyhole pennyleaf pennyrot pennyroyal pennysiller pennystone pennyweight pennywinkle pennywort pennyworth penologic penological penologist penology penorcon penrack penroseite penscript penseful pensefulness penship pensile pensileness pensility pension pensionable pensionably pensionary pensioner pensionership pensionless pensive pensived pensively pensiveness penster penstick penstock pensum pensy pent penta pentabasic pentabromide pentacapsular pentacarbon pentacarbonyl pentacarpellary pentace pentacetate pentachenium pentachloride pentachord pentachromic pentacid pentacle pentacoccous pentacontane pentacosane pentacrinite pentacrinoid pentacron pentacrostic pentactinal pentactine pentacular pentacyanic pentacyclic pentad pentadactyl pentadactylate pentadactyle pentadactylism pentadactyloid pentadecagon pentadecahydrate pentadecahydrated pentadecane pentadecatoic pentadecoic pentadecyl pentadecylic pentadelphous pentadicity pentadiene pentadodecahedron pentadrachm pentadrachma pentaerythrite pentaerythritol pentafid pentafluoride pentagamist pentaglossal pentaglot pentaglottical pentagon pentagonal pentagonally pentagonohedron pentagonoid pentagram pentagrammatic pentagyn pentagynian pentagynous pentahalide pentahedral pentahedrical pentahedroid pentahedron pentahedrous pentahexahedral pentahexahedron pentahydrate pentahydrated pentahydric pentahydroxy pentail pentaiodide pentalobate pentalogue pentalogy pentalpha pentameral pentameran pentamerid pentamerism pentameroid pentamerous pentameter pentamethylene pentamethylenediamine pentametrist pentametrize pentander pentandrian pentandrous pentane pentanedione pentangle pentangular pentanitrate pentanoic pentanolide pentanone pentapetalous pentaphylacaceous pentaphyllous pentaploid pentaploidic pentaploidy pentapody pentapolis pentapolitan pentapterous pentaptote pentaptych pentaquine pentarch pentarchical pentarchy pentasepalous pentasilicate pentaspermous pentaspheric pentaspherical pentastich pentastichous pentastichy pentastome pentastomoid pentastomous pentastyle pentastylos pentasulphide pentasyllabic pentasyllabism pentasyllable pentateuchal pentathionate pentathionic pentathlete pentathlon pentathlos pentatomic pentatomid pentatone pentatonic pentatriacontane pentavalence pentavalency pentavalent penteconter pentecontoglossal pentecostal pentecostalism pentecostalist pentecostarion pentecoster pentecostys pentene penteteric penthemimer penthemimeral penthemimeris penthiophen penthiophene penthouse penthouselike penthrit penthrite pentimento pentine pentiodide pentit pentite pentitol pentlandite pentobarbital pentode pentoic pentol pentosan pentosane pentose pentoside pentosuria pentoxide pentremital pentremite pentrit pentrite pentrough pentstock penttail pentyl pentylene pentylic pentylidene pentyne penuchi penult penultima penultimate penultimatum penumbra penumbrae penumbral penumbrous penurious penuriously penuriousness penury penwiper penwoman penwomanship penworker penwright peon peonage peonism peony people peopledom peoplehood peopleize peopleless peopler peoplet peoplish peotomy pep peperine peperino pepful pepinella pepino peplos peplosed peplum peplus pepo peponida peponium pepper pepperbox peppercorn peppercornish peppercorny pepperer peppergrass pepperidge pepperily pepperiness pepperish pepperishly peppermint pepperoni pepperproof pepperroot pepperweed pepperwood pepperwort peppery peppily peppin peppiness peppy pepsin pepsinate pepsinhydrochloric pepsiniferous pepsinogen pepsinogenic pepsinogenous pepsis peptic peptical pepticity peptidase peptide peptizable peptization peptize peptizer peptogaster peptogenic peptogenous peptogeny peptohydrochloric peptolysis peptolytic peptonaemia peptonate peptone peptonemia peptonic peptonization peptonize peptonizer peptonoid peptonuria peptotoxine per peracephalus peracetate peracetic peracid peracidite peract peracute peradventure peragrate peragration peramble perambulant perambulate perambulation perambulator perambulatory perameline perameloid perbend perborate perborax perbromide percale percaline percarbide percarbonate percarbonic perceivability perceivable perceivableness perceivably perceivance perceivancy perceive perceivedly perceivedness perceiver perceiving perceivingness percent percentable percentably percentage percentaged percental percentile percentual percept perceptibility perceptible perceptibleness perceptibly perception perceptional perceptionalism perceptionism perceptive perceptively perceptiveness perceptivity perceptual perceptually percesocine perch percha perchable perchance percher perchlorate perchlorethane perchlorethylene perchloric perchloride perchlorinate perchlorination perchloroethane perchloroethylene perchromate perchromic percid perciform percipience percipiency percipient perclose percnosome percoct percoid percoidean percolable percolate percolation percolative percolator percomorph percomorphous percompound percontation percontatorial percribrate percribration percrystallization perculsion perculsive percur percurration percurrent percursory percuss percussion percussional percussioner percussionist percussionize percussive percussively percussiveness percussor percutaneous percutaneously percutient percylite perdicine perdition perditionable perdricide perdu perduellion perdurability perdurable perdurableness perdurably perdurance perdurant perdure perduring perduringly peregrin peregrina peregrinate peregrination peregrinator peregrinatory peregrine peregrinity peregrinoid pereion pereiopod pereira pereirine peremptorily peremptoriness peremptory perendinant perendinate perendination perendure perennate perennation perennial perenniality perennialize perennially perennibranch perennibranchiate perequitate peres perezone perfect perfectation perfected perfectedly perfecter perfecti perfectibilian perfectibilism perfectibilist perfectibilitarian perfectibility perfectible perfecting perfection perfectionate perfectionation perfectionator perfectioner perfectionism perfectionist perfectionistic perfectionize perfectionizement perfectionizer perfectionment perfectism perfectist perfective perfectively perfectiveness perfectivity perfectivize perfectly perfectness perfecto perfector perfectuation perfervent perfervid perfervidity perfervidly perfervidness perfervor perfervour perfidious perfidiously perfidiousness perfidy perfilograph perflate perflation perfluent perfoliate perfoliation perforable perforant perforate perforated perforation perforationproof perforative perforator perforatorium perforatory perforce perforcedly perform performable performance performant performative performer perfrication perfumatory perfume perfumed perfumeless perfumer perfumeress perfumery perfumy perfunctionary perfunctorily perfunctoriness perfunctorious perfunctoriously perfunctorize perfunctory perfuncturate perfusate perfuse perfusion perfusive pergameneous pergamentaceous pergamyn pergola perhalide perhalogen perhaps perhazard perhorresce perhydroanthracene perhydrogenate perhydrogenation perhydrogenize peri periacinal periacinous periactus periadenitis periamygdalitis perianal periangiocholitis periangioma periangitis perianth perianthial perianthium periaortic periaortitis periapical periappendicitis periappendicular periapt periareum periarterial periarteritis periarthric periarthritis periarticular periaster periastral periastron periastrum periatrial periauricular periaxial periaxillary periaxonal periblast periblastic periblastula periblem peribolos peribolus peribranchial peribronchial peribronchiolar peribronchiolitis peribronchitis peribulbar peribursal pericaecal pericaecitis pericanalicular pericapsular pericardia pericardiac pericardiacophrenic pericardial pericardicentesis pericardiectomy pericardiocentesis pericardiolysis pericardiomediastinitis pericardiophrenic pericardiopleural pericardiorrhaphy pericardiosymphysis pericardiotomy pericarditic pericarditis pericardium pericardotomy pericarp pericarpial pericarpic pericarpium pericarpoidal pericecal pericecitis pericellular pericemental pericementitis pericementoclasia pericementum pericenter pericentral pericentric pericephalic pericerebral perichaete perichaetial perichaetium perichete pericholangitis pericholecystitis perichondral perichondrial perichondritis perichondrium perichord perichordal perichoresis perichorioidal perichoroidal perichylous pericladium periclase periclasia periclasite periclaustral periclinal periclinally pericline periclinium periclitate periclitation pericolitis pericolpitis periconchal periconchitis pericopal pericope pericopic pericorneal pericowperitis pericoxitis pericranial pericranitis pericranium pericristate periculant pericycle pericycloid pericyclone pericyclonic pericystic pericystitis pericystium pericytial peridendritic peridental peridentium peridentoclasia periderm peridermal peridermic peridesm peridesmic peridesmitis peridesmium peridial peridiastole peridiastolic perididymis perididymitis peridiiform peridiniaceous peridinial peridinian peridinid peridiole peridiolum peridium peridot peridotic peridotite peridotitic periductal periegesis periegetic perielesis periencephalitis perienteric perienteritis perienteron periependymal periesophageal periesophagitis perifistular perifoliary perifollicular perifolliculitis perigangliitis periganglionic perigastric perigastritis perigastrula perigastrular perigastrulation perigeal perigee perigemmal perigenesis perigenital perigeum periglandular perigloea periglottic periglottis perignathic perigon perigonadial perigonal perigone perigonial perigonium perigraph perigraphic perigynial perigynium perigynous perigyny perihelial perihelian perihelion perihelium perihepatic perihepatitis perihermenial perihernial perihysteric perijejunitis perijove perikaryon perikronion peril perilabyrinth perilabyrinthitis perilaryngeal perilaryngitis perilenticular periligamentous perilless perilobar perilous perilously perilousness perilsome perilymph perilymphangial perilymphangitis perilymphatic perimartium perimastitis perimedullary perimeningitis perimeter perimeterless perimetral perimetric perimetrical perimetrically perimetritic perimetritis perimetrium perimetry perimorph perimorphic perimorphism perimorphous perimyelitis perimysial perimysium perine perineal perineocele perineoplastic perineoplasty perineorrhaphy perineoscrotal perineostomy perineosynthesis perineotomy perineovaginal perineovulvar perinephral perinephrial perinephric perinephritic perinephritis perinephrium perineptunium perineum perineural perineurial perineuritis perineurium perinium perinuclear periocular period periodate periodic periodical periodicalism periodicalist periodicalize periodically periodicalness periodicity periodide periodize periodogram periodograph periodology periodontal periodontia periodontic periodontist periodontitis periodontium periodontoclasia periodontologist periodontology periodontum periodoscope perioeci perioecians perioecic perioecid perioecus perioesophageal perioikoi periomphalic perionychia perionychium perionyx perionyxis perioophoritis periophthalmic periophthalmitis periople perioplic perioptic perioptometry perioral periorbit periorbita periorbital periorchitis periost periostea periosteal periosteitis periosteoalveolar periosteoma periosteomedullitis periosteomyelitis periosteophyte periosteorrhaphy periosteotome periosteotomy periosteous periosteum periostitic periostitis periostoma periostosis periostotomy periostracal periostracum periotic periovular peripachymeningitis peripancreatic peripancreatitis peripapillary peripatetic peripatetical peripatetically peripateticate peripatize peripatoid peripenial peripericarditis peripetalous peripetasma peripeteia peripetia peripety periphacitis peripharyngeal peripherad peripheral peripherally peripherial peripheric peripherical peripherically peripherocentral peripheroceptor peripheromittor peripheroneural peripherophose periphery periphlebitic periphlebitis periphractic periphrase periphrases periphrasis periphrastic periphrastical periphrastically periphraxy periphyllum periphyse periphysis periplasm periplast periplastic periplegmatic peripleural peripleuritis periplus peripneumonia peripneumonic peripneumony peripneustic peripolar peripolygonal periportal periproct periproctal periproctitis periproctous periprostatic periprostatitis peripteral peripterous periptery peripylephlebitis peripyloric perique perirectal perirectitis perirenal perisalpingitis perisarc perisarcal perisarcous perisaturnium periscian periscians periscii perisclerotic periscopal periscope periscopic periscopical periscopism perish perishability perishable perishableness perishably perished perishing perishingly perishless perishment perisigmoiditis perisinuitis perisinuous perisinusitis perisoma perisomal perisomatic perisome perisomial perisperm perispermal perispermatitis perispermic perisphere perispheric perispherical perisphinctean perisphinctoid perisplanchnic perisplanchnitis perisplenetic perisplenic perisplenitis perispome perispomenon perispondylic perispondylitis perispore perisporiaceous perissad perissodactyl perissodactylate perissodactyle perissodactylic perissodactylism perissodactylous perissologic perissological perissology perissosyllabic peristalith peristalsis peristaltic peristaltically peristaphyline peristaphylitis peristele peristerite peristeromorph peristeromorphic peristeromorphous peristeronic peristerophily peristeropod peristeropodan peristeropode peristeropodous peristethium peristole peristoma peristomal peristomatic peristome peristomial peristomium peristrephic peristrephical peristrumitis peristrumous peristylar peristyle peristylium peristylos peristylum perisynovial perisystole perisystolic perit perite peritectic peritendineum peritenon perithece perithecial perithecium perithelial perithelioma perithelium perithoracic perithyreoiditis perithyroiditis peritomize peritomous peritomy peritoneal peritonealgia peritoneally peritoneocentesis peritoneoclysis peritoneomuscular peritoneopathy peritoneopericardial peritoneopexy peritoneoplasty peritoneoscope peritoneoscopy peritoneotomy peritoneum peritonism peritonital peritonitic peritonitis peritonsillar peritonsillitis peritracheal peritrema peritrematous peritreme peritrich peritrichan peritrichic peritrichous peritrichously peritroch peritrochal peritrochanteric peritrochium peritrochoid peritropal peritrophic peritropous perityphlic perityphlitic perityphlitis periumbilical periungual periuranium periureteric periureteritis periurethral periurethritis periuterine periuvular perivaginal perivaginitis perivascular perivasculitis perivenous perivertebral perivesical perivisceral perivisceritis perivitellin perivitelline periwig periwigpated periwinkle periwinkled periwinkler perizonium perjink perjinkety perjinkities perjinkly perjure perjured perjuredly perjuredness perjurer perjuress perjurious perjuriously perjuriousness perjurous perjury perjurymonger perjurymongering perk perkily perkin perkiness perking perkingly perkish perknite perky perlaceous perle perlection perlid perligenous perlingual perlingually perlite perlitic perloir perlustrate perlustration perlustrator perm permafrost permalloy permanence permanency permanent permanently permanentness permanganate permanganic permansive permeability permeable permeableness permeably permeameter permeance permeant permeate permeation permeative permeator permillage permirific permissibility permissible permissibleness permissibly permission permissioned permissive permissively permissiveness permissory permit permittable permitted permittedly permittee permitter permittivity permixture permonosulphuric permoralize permutability permutable permutableness permutably permutate permutation permutational permutationist permutator permutatorial permutatory permute permuter pern pernancy pernasal pernavigate pernicious perniciously perniciousness pernicketiness pernickety pernine pernitrate pernitric pernoctation pernor pernyi peroba perobrachius perocephalus perochirus perodactylus peromelous peromelus peronate peroneal peroneocalcaneal peroneotarsal peroneotibial peronial peronium peronosporaceous peropod peropodous peropus peroral perorally perorate peroration perorational perorative perorator peroratorical peroratorically peroratory perosis perosmate perosmic perosomus perotic perovskite peroxidase peroxidate peroxidation peroxide peroxidic peroxidize peroxidizement peroxy peroxyl perozonid perozonide perpend perpendicular perpendicularity perpendicularly perpera perperfect perpetrable perpetrate perpetration perpetrator perpetratress perpetratrix perpetuable perpetual perpetualism perpetualist perpetuality perpetually perpetualness perpetuana perpetuance perpetuant perpetuate perpetuation perpetuator perpetuity perplantar perplex perplexable perplexed perplexedly perplexedness perplexer perplexing perplexingly perplexity perplexment perplication perquadrat perquest perquisite perquisition perquisitor perradial perradially perradiate perradius perridiculous perrier perron perruche perrukery perruthenate perruthenic perry perryman persalt perscent perscribe perscrutate perscrutation perscrutator perse persecute persecutee persecuting persecutingly persecution persecutional persecutive persecutiveness persecutor persecutory persecutress persecutrix perseite perseitol perseity persentiscency perseverance perseverant perseverate perseveration persevere persevering perseveringly persicary persico persicot persienne persiennes persiflage persiflate persilicic persimmon persis persist persistence persistency persistent persistently persister persisting persistingly persistive persistively persistiveness persnickety person persona personable personableness personably personage personal personalia personalism personalist personalistic personality personalization personalize personally personalness personalty personate personately personating personation personative personator personed personeity personifiable personifiant personification personificative personificator personifier personify personization personize personnel personship perspection perspective perspectived perspectiveless perspectively perspectivity perspectograph perspectometer perspicacious perspicaciously perspicaciousness perspicacity perspicuity perspicuous perspicuously perspicuousness perspirability perspirable perspirant perspirate perspiration perspirative perspiratory perspire perspiringly perspiry perstringe perstringement persuadability persuadable persuadableness persuadably persuade persuaded persuadedly persuadedness persuader persuadingly persuasibility persuasible persuasibleness persuasibly persuasion persuasive persuasively persuasiveness persuasory persulphate persulphide persulphocyanate persulphocyanic persulphuric persymmetric persymmetrical pert pertain pertaining pertainment perten perthiocyanate perthiocyanic perthiotophyre perthite perthitic perthitically perthosite pertinacious pertinaciously pertinaciousness pertinacity pertinence pertinency pertinent pertinently pertinentness pertish pertly pertness perturb perturbability perturbable perturbance perturbancy perturbant perturbate perturbation perturbational perturbatious perturbative perturbator perturbatory perturbatress perturbatrix perturbed perturbedly perturbedness perturber perturbing perturbingly perturbment pertuse pertused pertusion pertussal pertussis perty peruke perukeless perukier perukiership perula perulate perule perusable perusal peruse peruser pervade pervadence pervader pervading pervadingly pervadingness pervagate pervagation pervalvar pervasion pervasive pervasively pervasiveness perverse perversely perverseness perversion perversity perversive pervert perverted pervertedly pervertedness perverter pervertibility pervertible pervertibly pervertive perviability perviable pervicacious pervicaciously pervicaciousness pervicacity pervigilium pervious perviously perviousness pervulgate pervulgation perwitsky pes pesa pesade pesage peseta peshkar peshkash peshwa peshwaship peskily peskiness pesky peso pess pessary pessimal pessimism pessimist pessimistic pessimistically pessimize pessimum pessomancy pessoner pessular pessulus pest peste pester pesterer pesteringly pesterment pesterous pestersome pestful pesthole pesthouse pesticidal pesticide pestiduct pestiferous pestiferously pestiferousness pestifugous pestify pestilence pestilenceweed pestilencewort pestilent pestilential pestilentially pestilentialness pestilently pestle pestological pestologist pestology pestproof pet petal petalage petaled petaliferous petaliform petaline petalism petalite petalled petalless petallike petalocerous petalodic petalodont petalodontid petalodontoid petalody petaloid petaloidal petaloideous petalomania petalon petalous petalwise petaly petard petardeer petardier petary petasos petasus petaurine petaurist petchary petcock pete peteca petechiae petechial petechiate peteman peter peterman peternet petersham peterwort petful petiolar petiolary petiolate petiolated petiole petioled petiolular petiolulate petiolule petiolus petit petite petiteness petitgrain petition petitionable petitional petitionarily petitionary petitionee petitioner petitionist petitionproof petitor petitory petkin petling peto petrary petre petrean petreity petrel petrescence petrescent petricolous petrie petrifaction petrifactive petrifiable petrific petrificant petrificate petrification petrified petrifier petrify petrissage petrochemical petrochemistry petrogenesis petrogenic petrogeny petroglyph petroglyphic petroglyphy petrograph petrographer petrographic petrographical petrographically petrography petrohyoid petrol petrolage petrolatum petrolean petrolene petroleous petroleum petrolic petroliferous petrolific petrolist petrolithic petrolization petrolize petrologic petrological petrologically petromastoid petromyzont petromyzontoid petronel petronella petropharyngeal petrophilous petrosa petrosal petrosilex petrosiliceous petrosilicious petrosphenoid petrosphenoidal petrosphere petrosquamosal petrosquamous petrostearin petrostearine petrosum petrotympanic petrous petroxolin pettable petted pettedly pettedness petter pettichaps petticoat petticoated petticoaterie petticoatery petticoatism petticoatless petticoaty pettifog pettifogger pettifoggery pettifogging pettifogulize pettifogulizer pettily pettiness pettingly pettish pettitoes pettle petty pettyfog petulance petulancy petulant petulantly petune petuntse petwood petzite peucites peuhl pew pewage pewdom pewee pewfellow pewful pewholder pewing pewit pewless pewmate pewter pewterer pewterwort pewtery pewy peyote peyotl peyton peytrel pezantic pezizaceous pezizaeform peziziform pezizoid pezograph pfeffernuss pfennig pfui pfund phacelite phacella phacitis phacoanaphylaxis phacocele phacochere phacocherine phacochoere phacochoerid phacochoerine phacochoeroid phacocyst phacocystectomy phacocystitis phacoglaucoma phacoid phacoidal phacoidoscope phacolite phacolith phacolysis phacomalacia phacometer phacopid phacosclerosis phacoscope phacotherapy phaeism phaenantherous phaenanthery phaenogam phaenogamian phaenogamic phaenogamous phaenogenesis phaenogenetic phaenological phaenology phaenomenal phaenomenism phaenomenon phaenozygous phaeochrous phaeodarian phaeophore phaeophycean phaeophyceous phaeophyll phaeophytin phaeoplast phaeospore phaeosporous phaeton phage phagedena phagedenic phagedenical phagedenous phagocytable phagocytal phagocyte phagocyter phagocytic phagocytism phagocytize phagocytoblast phagocytolysis phagocytolytic phagocytose phagocytosis phagodynamometer phagolysis phagolytic phagomania phainolion phalacrocoracine phalacrosis phalaenopsid phalangal phalange phalangeal phalangean phalanger phalangerine phalanges phalangette phalangian phalangic phalangid phalangidan phalangidean phalangiform phalangigrade phalangigrady phalangiid phalangist phalangistine phalangite phalangitic phalangitis phalangologist phalangology phalansterial phalansterian phalansterianism phalansteric phalansterism phalansterist phalanstery phalanx phalanxed phalarica phalarope phalera phalerate phalerated phallaceous phallalgia phallaneurysm phallephoric phallic phallical phallicism phallicist phallin phallism phallist phallitis phallocrypsis phallodynia phalloid phalloncus phalloplasty phallorrhagia phallus phanatron phaneric phanerite phanerocephalous phanerocodonic phanerocryst phanerocrystalline phanerogam phanerogamian phanerogamic phanerogamous phanerogamy phanerogenetic phanerogenic phaneroglossal phaneroglossate phaneromania phaneromere phaneromerous phaneroscope phanerosis phanerozoic phanerozonate phanic phano phansigar phantascope phantasia phantasist phantasize phantasm phantasma phantasmagoria phantasmagorial phantasmagorially phantasmagorian phantasmagoric phantasmagorical phantasmagorist phantasmagory phantasmal phantasmalian phantasmality phantasmally phantasmascope phantasmata phantasmatic phantasmatical phantasmatically phantasmatography phantasmic phantasmical phantasmically phantasmogenesis phantasmogenetic phantasmograph phantasmological phantasmology phantast phantasy phantom phantomatic phantomic phantomical phantomically phantomize phantomizer phantomland phantomlike phantomnation phantomry phantomship phantomy phantoplex phantoscope phare pharisaical pharisaically pharisaicalness pharisee pharmacal pharmaceutic pharmaceutical pharmaceutically pharmaceutics pharmaceutist pharmacic pharmacist pharmacite pharmacodiagnosis pharmacodynamic pharmacodynamical pharmacodynamics pharmacoendocrinology pharmacognosia pharmacognosis pharmacognosist pharmacognostical pharmacognostically pharmacognostics pharmacognosy pharmacography pharmacolite pharmacologia pharmacologic pharmacological pharmacologically pharmacologist pharmacology pharmacomania pharmacomaniac pharmacomaniacal pharmacometer pharmacopedia pharmacopedic pharmacopedics pharmacopeia pharmacopeial pharmacopeian pharmacophobia pharmacopoeia pharmacopoeial pharmacopoeian pharmacopoeist pharmacopolist pharmacoposia pharmacopsychology pharmacosiderite pharmacotherapy pharmacy pharmakos pharmic pharmuthi pharology pharos pharyngal pharyngalgia pharyngalgic pharyngeal pharyngectomy pharyngemphraxis pharynges pharyngic pharyngismus pharyngitic pharyngitis pharyngoamygdalitis pharyngobranch pharyngobranchial pharyngobranchiate pharyngocele pharyngoceratosis pharyngodynia pharyngoepiglottic pharyngoepiglottidean pharyngoesophageal pharyngoglossal pharyngoglossus pharyngognath pharyngognathous pharyngographic pharyngography pharyngokeratosis pharyngolaryngeal pharyngolaryngitis pharyngolith pharyngological pharyngology pharyngomaxillary pharyngomycosis pharyngonasal pharyngopalatine pharyngopalatinus pharyngoparalysis pharyngopathy pharyngoplasty pharyngoplegia pharyngoplegic pharyngoplegy pharyngopleural pharyngopneustal pharyngorhinitis pharyngorhinoscopy pharyngoscleroma pharyngoscope pharyngoscopy pharyngospasm pharyngotherapy pharyngotomy pharyngotonsillitis pharyngotyphoid pharyngoxerosis pharynogotome pharynx phascaceous phascolome phase phaseal phaseless phaselin phasemeter phasemy phaseolin phaseolous phaseolunatin phaseometer phases phasianic phasianid phasianine phasianoid phasic phasis phasm phasma phasmatid phasmatoid phasmatrope phasmid phasmoid phasogeneous phasotropy pheal pheasant pheasantry pheasantwood phellandrene phellem phelloderm phellodermal phellogen phellogenetic phellogenic phellonic phelloplastic phelloplastics phelonion phemic phenacaine phenacetin phenaceturic phenacite phenacyl phenakism phenakistoscope phenanthrene phenanthridine phenanthridone phenanthrol phenanthroline phenarsine phenate phenazine phenazone phene phenegol phenene phenethyl phenetidine phenetole phengite phengitical phenic phenicate phenicious phenicopter phenin phenmiazine phenobarbital phenocoll phenocopy phenocryst phenocrystalline phenogenesis phenogenetic phenol phenolate phenolic phenolization phenolize phenological phenologically phenologist phenology phenoloid phenolphthalein phenolsulphonate phenolsulphonephthalein phenolsulphonic phenomena phenomenal phenomenalism phenomenalist phenomenalistic phenomenalistically phenomenality phenomenalization phenomenalize phenomenally phenomenic phenomenical phenomenism phenomenist phenomenistic phenomenize phenomenological phenomenologically phenomenology phenomenon phenoplast phenoplastic phenoquinone phenosafranine phenosal phenospermic phenospermy phenothiazine phenotype phenotypic phenotypical phenotypically phenoxazine phenoxid phenoxide phenozygous phenyl phenylacetaldehyde phenylacetamide phenylacetic phenylalanine phenylamide phenylamine phenylate phenylation phenylboric phenylcarbamic phenylcarbimide phenylene phenylenediamine phenylethylene phenylglycine phenylglycolic phenylglyoxylic phenylhydrazine phenylhydrazone phenylic phenylmethane pheon pheophyl pheophyll pheophytin pheretrer phew phi phial phiale phialful phialide phialine phiallike phialophore phialospore philadelphite philadelphy philalethist philamot philander philanderer philanthid philanthrope philanthropian philanthropic philanthropical philanthropically philanthropinism philanthropinist philanthropism philanthropist philanthropistic philanthropize philanthropy philantomba philarchaist philaristocracy philatelic philatelical philatelically philatelism philatelist philatelistic philately philathletic philematology philharmonic philhellene philhellenic philhellenism philhellenist philhippic philhymnic philiater philippicize philippize philippizer philippus philliloo phillipsine phillipsite phillyrin philobiblian philobiblic philobiblical philobiblist philobotanic philobotanist philobrutish philocalic philocalist philocaly philocathartic philocatholic philocomal philocubist philocynic philocynical philocynicism philocyny philodemic philodespot philodestructiveness philodox philodoxer philodoxical philodramatic philodramatist philofelist philofelon philogarlic philogastric philogeant philogenitive philogenitiveness philograph philographic philogynaecic philogynist philogynous philogyny philohellenian philokleptic philoleucosis philologaster philologastry philologer philologian philologic philological philologically philologist philologistic philologize philologue philology philomath philomathematic philomathematical philomathic philomathical philomathy philomel philomelanist philomuse philomusical philomystic philonatural philoneism philonium philonoist philopagan philopater philopatrian philopena philophilosophos philopig philoplutonic philopoet philopogon philopolemic philopolemical philopornist philoprogeneity philoprogenitive philoprogenitiveness philopterid philopublican philoradical philorchidaceous philornithic philorthodox philosoph philosophaster philosophastering philosophastry philosophedom philosopheme philosopher philosopheress philosophership philosophic philosophical philosophically philosophicalness philosophicide philosophicohistorical philosophicojuristic philosophicolegal philosophicoreligious philosophicotheological philosophism philosophist philosophister philosophistic philosophistical philosophization philosophize philosophizer philosophling philosophobia philosophocracy philosophuncule philosophunculist philosophy philotadpole philotechnic philotechnical philotechnist philothaumaturgic philotheism philotheist philotheistic philotheosophical philotherian philotherianism philoxygenous philozoic philozoist philozoonist philter philterer philterproof philtra philtrum philydraceous phimosed phimosis phimotic phit phiz phizes phizog phlebalgia phlebangioma phlebarteriectasia phlebarteriodialysis phlebectasia phlebectasis phlebectasy phlebectomy phlebectopia phlebectopy phlebemphraxis phlebenteric phlebenterism phlebitic phlebitis phlebogram phlebograph phlebographical phlebography phleboid phleboidal phlebolite phlebolith phlebolithiasis phlebolithic phlebolitic phlebological phlebology phlebometritis phlebopexy phleboplasty phleborrhage phleborrhagia phleborrhaphy phleborrhexis phlebosclerosis phlebosclerotic phlebostasia phlebostasis phlebostenosis phlebostrepsis phlebothrombosis phlebotome phlebotomic phlebotomical phlebotomically phlebotomist phlebotomization phlebotomize phlebotomus phlebotomy phlegm phlegma phlegmagogue phlegmasia phlegmatic phlegmatical phlegmatically phlegmaticalness phlegmaticly phlegmaticness phlegmatism phlegmatist phlegmatous phlegmless phlegmon phlegmonic phlegmonoid phlegmonous phlegmy phlobaphene phlobatannin phloem phloeophagous phloeoterma phlogisma phlogistian phlogistic phlogistical phlogisticate phlogistication phlogiston phlogistonism phlogistonist phlogogenetic phlogogenic phlogogenous phlogopite phlogosed phloretic phloroglucic phloroglucin phlorone phloxin pho phobiac phobic phobism phobist phobophobia phoby phoca phocacean phocaceous phocaenine phocal phocenate phocenic phocenin phocid phociform phocine phocodont phocodontic phocoid phocomelia phocomelous phocomelus phoebe phoenicaceous phoenicean phoenicite phoenicochroite phoenicopteroid phoenicopterous phoenicurous phoenigm phoenix phoenixity phoenixlike phoh pholad pholadian pholadid pholadoid pholcid pholcoid pholido pholidolite pholidosis pholidote phon phonal phonasthenia phonate phonation phonatory phonautogram phonautograph phonautographic phonautographically phone phoneidoscope phoneidoscopic phoneme phonemic phonemics phonendoscope phonesis phonestheme phonetic phonetical phonetically phonetician phoneticism phoneticist phoneticization phoneticize phoneticogrammatical phoneticohieroglyphic phonetics phonetism phonetist phonetization phonetize phoniatrics phoniatry phonic phonics phonikon phonism phono phonocamptic phonocinematograph phonodeik phonodynamograph phonoglyph phonogram phonogramic phonogramically phonogrammatic phonogrammatical phonogrammic phonogrammically phonograph phonographer phonographic phonographical phonographically phonographist phonography phonolite phonolitic phonologer phonologic phonological phonologically phonologist phonology phonometer phonometric phonometry phonomimic phonomotor phonopathy phonophile phonophobia phonophone phonophore phonophoric phonophorous phonophote phonophotography phonophotoscope phonophotoscopic phonoplex phonoscope phonotelemeter phonotype phonotyper phonotypic phonotypical phonotypically phonotypist phonotypy phony phoo phoranthium phoresis phoresy phoria phorid phorminx phorology phorometer phorometric phorometry phorone phoronic phoronid phoronomia phoronomic phoronomically phoronomics phoronomy phoroscope phorozooid phos phose phosgene phosgenic phosgenite phosis phosphagen phospham phosphamic phosphamide phosphamidic phosphammonium phosphatase phosphate phosphated phosphatemia phosphatese phosphatic phosphatide phosphation phosphatization phosphatize phosphaturia phosphaturic phosphene phosphenyl phosphide phosphinate phosphine phosphinic phosphite phospho phosphoaminolipide phosphocarnic phosphocreatine phosphoferrite phosphoglycerate phosphoglyceric phosphoglycoprotein phospholipide phospholipin phosphomolybdate phosphomolybdic phosphonate phosphonic phosphonium phosphophyllite phosphoprotein phosphor phosphorate phosphore phosphoreal phosphorent phosphoreous phosphoresce phosphorescence phosphorescent phosphorescently phosphoreted phosphorhidrosis phosphori phosphoric phosphorical phosphoriferous phosphorism phosphorite phosphoritic phosphorize phosphorogen phosphorogenic phosphorograph phosphorographic phosphorography phosphoroscope phosphorous phosphoruria phosphorus phosphoryl phosphorylase phosphorylation phosphosilicate phosphotartaric phosphotungstate phosphotungstic phosphowolframic phosphuranylite phosphuret phosphuria phosphyl phossy phot photaesthesia photaesthesis photaesthetic photal photalgia photechy photelectrograph photeolic photerythrous photesthesis photic photics photism photistic photo photoactinic photoactivate photoactivation photoactive photoactivity photoaesthetic photoalbum photoalgraphy photoanamorphosis photoaquatint photobathic photobiotic photobromide photocampsis photocatalysis photocatalyst photocatalytic photocatalyzer photocell photocellulose photoceptor photoceramic photoceramics photoceramist photochemic photochemical photochemically photochemigraphy photochemist photochemistry photochloride photochlorination photochromascope photochromatic photochrome photochromic photochromography photochromolithograph photochromoscope photochromotype photochromotypy photochromy photochronograph photochronographic photochronographical photochronographically photochronography photocollograph photocollographic photocollography photocollotype photocombustion photocompose photocomposition photoconductivity photocopier photocopy photocrayon photocurrent photodecomposition photodensitometer photodermatic photodermatism photodisintegration photodissociation photodrama photodramatic photodramatics photodramatist photodramaturgic photodramaturgy photodrome photodromy photodynamic photodynamical photodynamically photodynamics photodysphoria photoelastic photoelasticity photoelectric photoelectrical photoelectrically photoelectricity photoelectron photoelectrotype photoemission photoemissive photoengrave photoengraver photoengraving photoepinastic photoepinastically photoepinasty photoesthesis photoesthetic photoetch photoetcher photoetching photofilm photofinish photofinisher photofinishing photofloodlamp photogalvanograph photogalvanographic photogalvanography photogastroscope photogelatin photogen photogene photogenetic photogenic photogenically photogenous photoglyph photoglyphic photoglyphography photoglyphy photoglyptic photoglyptography photogram photogrammeter photogrammetric photogrammetrical photogrammetry photograph photographable photographee photographer photographeress photographess photographic photographical photographically photographist photographize photographometer photography photogravure photogravurist photogyric photohalide photoheliograph photoheliographic photoheliography photoheliometer photohyponastic photohyponastically photohyponasty photoimpression photoinactivation photoinduction photoinhibition photointaglio photoionization photoisomeric photoisomerization photokinesis photokinetic photolith photolitho photolithograph photolithographer photolithographic photolithography photologic photological photologist photology photoluminescence photoluminescent photolysis photolyte photolytic photoma photomacrograph photomagnetic photomagnetism photomap photomapper photomechanical photomechanically photometeor photometer photometric photometrical photometrically photometrician photometrist photometrograph photometry photomezzotype photomicrogram photomicrograph photomicrographer photomicrographic photomicrography photomicroscope photomicroscopic photomicroscopy photomontage photomorphosis photomural photon photonastic photonasty photonegative photonephograph photonephoscope photoneutron photonosus photooxidation photooxidative photopathic photopathy photoperceptive photoperimeter photoperiod photoperiodic photoperiodism photophane photophile photophilic photophilous photophily photophobe photophobia photophobic photophobous photophone photophonic photophony photophore photophoresis photophosphorescent photophygous photophysical photophysicist photopia photopic photopile photopitometer photoplay photoplayer photoplaywright photopography photopolarigraph photopolymerization photopositive photoprint photoprinter photoprinting photoprocess photoptometer photoradio photoradiogram photoreception photoreceptive photoreceptor photoregression photorelief photoresistance photosalt photosantonic photoscope photoscopic photoscopy photosculptural photosculpture photosensitive photosensitiveness photosensitivity photosensitization photosensitize photosensitizer photosensory photospectroheliograph photospectroscope photospectroscopic photospectroscopical photospectroscopy photosphere photospheric photostability photostable photostat photostationary photostereograph photosurveying photosyntax photosynthate photosynthesis photosynthesize photosynthetic photosynthetically photosynthometer phototachometer phototachometric phototachometrical phototachometry phototactic phototactically phototactism phototaxis phototaxy phototechnic phototelegraph phototelegraphic phototelegraphically phototelegraphy phototelephone phototelephony phototelescope phototelescopic phototheodolite phototherapeutic phototherapeutics phototherapic phototherapist phototherapy photothermic phototonic phototonus phototopographic phototopographical phototopography phototrichromatic phototrope phototrophic phototrophy phototropic phototropically phototropism phototropy phototube phototype phototypic phototypically phototypist phototypographic phototypography phototypy photovisual photovitrotype photovoltaic photoxylography photozinco photozincograph photozincographic photozincography photozincotype photozincotypy photuria phragma phragmocone phragmoconic phragmocyttarous phragmoid phragmosis phrasable phrasal phrasally phrase phraseable phraseless phrasemaker phrasemaking phraseman phrasemonger phrasemongering phrasemongery phraseogram phraseograph phraseographic phraseography phraseological phraseologically phraseologist phraseology phraser phrasify phrasiness phrasing phrasy phrator phratral phratria phratriac phratrial phratry phreatic phreatophyte phrenesia phrenesiac phrenesis phrenetic phrenetically phreneticness phrenic phrenicectomy phrenicocolic phrenicocostal phrenicogastric phrenicoglottic phrenicohepatic phrenicolienal phrenicopericardiac phrenicosplenic phrenicotomy phrenics phrenitic phrenitis phrenocardia phrenocardiac phrenocolic phrenocostal phrenodynia phrenogastric phrenoglottic phrenogram phrenograph phrenography phrenohepatic phrenologer phrenologic phrenological phrenologically phrenologist phrenologize phrenology phrenomagnetism phrenomesmerism phrenopathia phrenopathic phrenopathy phrenopericardiac phrenoplegia phrenoplegy phrenosin phrenosinic phrenospasm phrenosplenic phronesis phrontisterion phrontisterium phrontistery phryganeid phryganeoid phrygium phrymaceous phrynid phrynin phrynoid phthalacene phthalan phthalanilic phthalate phthalazin phthalazine phthalein phthaleinometer phthalic phthalid phthalide phthalimide phthalin phthalocyanine phthalyl phthanite phthinoid phthiocol phthiriasis phthirophagous phthisic phthisical phthisicky phthisiogenesis phthisiogenetic phthisiogenic phthisiologist phthisiology phthisiophobia phthisiotherapeutic phthisiotherapy phthisipneumonia phthisipneumony phthisis phthongal phthongometer phthor phthoric phu phugoid phulkari phulwa phulwara phut phycite phycitol phycochromaceae phycochromaceous phycochrome phycochromophyceous phycocyanin phycocyanogen phycoerythrin phycography phycological phycologist phycology phycomycete phycomycetous phycophaein phycoxanthin phycoxanthine phygogalactic phyla phylacobiosis phylacobiotic phylacteric phylacterical phylacteried phylacterize phylactery phylactic phylactocarp phylactocarpal phylactolaematous phylarch phylarchic phylarchical phylarchy phyle phylephebic phylesis phyletic phyletically phyletism phylic phyllade phyllary phylliform phyllin phylline phyllite phyllitic phyllobranchia phyllobranchial phyllobranchiate phyllocarid phyllocaridan phyllocerate phylloclad phylloclade phyllocladioid phyllocladium phyllocladous phyllocyanic phyllocyanin phyllocyst phyllocystic phyllode phyllodial phyllodination phyllodineous phyllodiniation phyllodinous phyllodium phyllody phylloerythrin phyllogenetic phyllogenous phylloid phylloidal phylloideous phyllomancy phyllomania phyllome phyllomic phyllomorph phyllomorphic phyllomorphosis phyllomorphy phyllophagous phyllophore phyllophorous phyllophyllin phyllophyte phyllopod phyllopodan phyllopode phyllopodiform phyllopodium phyllopodous phylloporphyrin phylloptosis phyllopyrrole phyllorhine phyllorhinine phylloscopine phyllosiphonic phyllosoma phyllosome phyllospondylous phyllostomatoid phyllostomatous phyllostome phyllostomine phyllostomous phyllotactic phyllotactical phyllotaxis phyllotaxy phyllous phylloxanthin phylloxeran phylloxeric phyllozooid phylogenetic phylogenetical phylogenetically phylogenic phylogenist phylogeny phylogerontic phylogerontism phylography phylology phylon phyloneanic phylonepionic phylum phyma phymata phymatic phymatid phymatoid phymatorhysin phymatosis physagogue physalian physalite physcioid physeterine physeteroid physharmonica physianthropy physiatric physiatrical physiatrics physic physical physicalism physicalist physicalistic physicalistically physicality physically physicalness physician physicianary physiciancy physicianed physicianer physicianess physicianless physicianly physicianship physicism physicist physicked physicker physicking physicky physicoastronomical physicobiological physicochemic physicochemical physicochemically physicochemist physicochemistry physicogeographical physicologic physicological physicomathematical physicomathematics physicomechanical physicomedical physicomental physicomorph physicomorphic physicomorphism physicooptics physicophilosophical physicophilosophy physicophysiological physicopsychical physicosocial physicotheological physicotheologist physicotheology physicotherapeutic physicotherapeutics physicotherapy physics physiform physiochemical physiochemically physiocracy physiocrat physiocratic physiocratism physiocratist physiogenesis physiogenetic physiogenic physiogeny physiognomic physiognomical physiognomically physiognomics physiognomist physiognomize physiognomonic physiognomonical physiognomy physiogony physiographer physiographic physiographical physiographically physiography physiolater physiolatrous physiolatry physiologer physiologian physiological physiologically physiologicoanatomic physiologist physiologize physiologue physiologus physiology physiopathological physiophilist physiophilosopher physiophilosophical physiophilosophy physiopsychic physiopsychical physiopsychological physiopsychology physiosociological physiosophic physiosophy physiotherapeutic physiotherapeutical physiotherapeutics physiotherapist physiotherapy physiotype physiotypy physique physiqued physitheism physitheistic physitism physiurgic physiurgy physocarpous physocele physoclist physoclistic physoclistous physogastric physogastrism physogastry physometra physonectous physophoran physophore physophorous physopod physopodan physostigmine physostomatous physostome physostomous phytalbumose phytase phytic phytiferous phytiform phytin phytivorous phytobacteriology phytobezoar phytobiological phytobiology phytochemical phytochemistry phytochlorin phytocidal phytodynamics phytoecological phytoecologist phytoecology phytogamy phytogenesis phytogenetic phytogenetical phytogenetically phytogenic phytogenous phytogeny phytogeographer phytogeographic phytogeographical phytogeographically phytogeography phytoglobulin phytograph phytographer phytographic phytographical phytographist phytography phytohormone phytoid phytol phytolaccaceous phytolatrous phytolatry phytolithological phytolithologist phytolithology phytologic phytological phytologically phytologist phytology phytoma phytome phytomer phytometer phytometric phytometry phytomonad phytomorphic phytomorphology phytomorphosis phyton phytonic phytonomy phytooecology phytopaleontologic phytopaleontological phytopaleontologist phytopaleontology phytoparasite phytopathogen phytopathogenic phytopathologic phytopathological phytopathologist phytopathology phytophagan phytophagic phytophagous phytophagy phytopharmacologic phytopharmacology phytophenological phytophenology phytophil phytophilous phytophylogenetic phytophylogenic phytophylogeny phytophysiological phytophysiology phytoplankton phytopsyche phytoptid phytoptose phytoptosis phytorhodin phytosaur phytosaurian phytoserologic phytoserological phytoserologically phytoserology phytosis phytosociologic phytosociological phytosociologically phytosociologist phytosociology phytosterin phytosterol phytostrote phytosynthesis phytotaxonomy phytotechny phytoteratologic phytoteratological phytoteratologist phytoteratology phytotomist phytotomy phytotopographical phytotopography phytotoxic phytotoxin phytovitellin phytozoan phytozoon phytyl pi pia piaba piacaba piacle piacular piacularity piacularly piacularness piaculum piaffe piaffer pial pialyn pian pianette pianic pianino pianism pianissimo pianist pianiste pianistic pianistically piannet piano pianoforte pianofortist pianograph pianola pianolist pianologue piarhemia piarhemic piassava piaster piastre piation piazine piazza piazzaed piazzaless piazzalike piazzian pibcorn piblokto pibroch pic pica picador picadura pical picamar picara picarel picaresque picarian picaro picaroon picary picayune picayunish picayunishly picayunishness piccadill piccadilly piccalilli piccolo piccoloist pice picene piceoferruginous piceotestaceous piceous piceworth pichi pichiciago pichuric pichurim piciform picine pick pickaback pickable pickableness pickage pickaninny pickaroon pickaway pickax picked pickedly pickedness pickee pickeer picker pickerel pickerelweed pickering pickeringite pickery picket picketboat picketeer picketer pickfork pickietar pickings pickle picklelike pickleman pickler pickleweed pickleworm picklock pickman pickmaw picknick picknicker pickover pickpocket pickpocketism pickpocketry pickpole pickpurse pickshaft picksman picksmith picksome picksomeness pickthank pickthankly pickthankness pickthatch picktooth pickup pickwick pickwork picky picnic picnicker picnickery picnickish picnicky pico picofarad picoid picoline picolinic picot picotah picotee picotite picqueter picra picramic picrasmin picrate picrated picric picrite picrocarmine picroerythrin picrol picrolite picromerite picropodophyllin picrorhiza picrorhizin picrotin picrotoxic picrotoxin picrotoxinin picryl pict pictarnie pictogram pictograph pictographic pictographically pictography pictoradiogram pictorial pictorialism pictorialist pictorialization pictorialize pictorially pictorialness pictoric pictorical pictorically picturability picturable picturableness picturably pictural picture picturecraft pictured picturedom picturedrome pictureful pictureless picturelike picturely picturemaker picturemaking picturer picturesque picturesquely picturesqueness picturesquish picturization picturize pictury picucule picuda picudilla picudo picul piculet piculule pidan piddle piddler piddling piddock pidgin pidjajap pie piebald piebaldism piebaldly piebaldness piece pieceable pieceless piecemaker piecemeal piecemealwise piecen piecener piecer piecette piecewise piecework pieceworker piecing piecrust pied piedfort piedly piedmont piedmontal piedmontite piedness piehouse pieless pielet pielum piemag pieman piemarker pien pienanny piend piepan pieplant piepoudre piepowder pieprint pier pierage pierce pierceable pierced piercel pierceless piercent piercer piercing piercingly piercingness pierdrop pierhead pierid pieridine pierine pierless pierlike pierrot pierrotic pieshop piet pietas pietic pietism pietist pietistic pietistical pietistically pietose piety piewife piewipe piewoman piezo piezochemical piezochemistry piezocrystallization piezoelectric piezoelectrically piezoelectricity piezometer piezometric piezometrical piezometry piff piffle piffler pifine pig pigbelly pigdan pigdom pigeon pigeonable pigeonberry pigeoneer pigeoner pigeonfoot pigeongram pigeonhearted pigeonhole pigeonholer pigeonman pigeonry pigeontail pigeonweed pigeonwing pigeonwood pigface pigfish pigflower pigfoot pigful piggery piggin pigging piggish piggishly piggishness piggle piggy pighead pigheaded pigheadedly pigheadedness pigherd pightle pigless piglet pigling piglinghood pigly pigmaker pigmaking pigman pigment pigmental pigmentally pigmentary pigmentation pigmentize pigmentolysis pigmentophage pigmentose pignolia pignon pignorate pignoration pignoratitious pignorative pignus pignut pigpen pigritude pigroot pigsconce pigskin pigsney pigstick pigsticker pigsty pigtail pigwash pigweed pigwidgeon pigyard piitis pik pika pike piked pikel pikelet pikeman pikemonger piker pikestaff piketail pikey piki piking pikle piky pilage pilandite pilapil pilar pilary pilaster pilastered pilastering pilastrade pilastraded pilastric pilau pilaued pilch pilchard pilcher pilcorn pilcrow pile pileata pileate pileated piled pileiform pileolated pileolus pileorhiza pileorhize pileous piler piles pileus pileweed pilework pileworm pilewort pilfer pilferage pilferer pilfering pilferingly pilferment pilgarlic pilgarlicky pilger pilgrim pilgrimage pilgrimager pilgrimatic pilgrimatical pilgrimdom pilgrimer pilgrimess pilgrimism pilgrimize pilgrimlike pilgrimwise pili pilidium pilifer piliferous piliform piligan piliganine piligerous pilikai pililloo pilimiction pilin piline piling pilipilula pilkins pill pillage pillageable pillagee pillager pillar pillared pillaret pillaring pillarist pillarize pillarlet pillarlike pillarwise pillary pillas pillbox pilled pilledness pillet pilleus pillion pilliver pilliwinks pillmaker pillmaking pillmonger pillorization pillorize pillory pillow pillowcase pillowing pillowless pillowmade pillowwork pillowy pillworm pillwort pilm pilmy pilocarpidine pilocarpine pilocystic piloerection pilomotor pilon pilonidal pilori pilose pilosebaceous pilosine pilosis pilosism pilosity pilot pilotage pilotaxitic pilotee pilothouse piloting pilotism pilotless pilotman pilotry pilotship pilotweed pilous pilpul pilpulist pilpulistic piltock pilula pilular pilule pilulist pilulous pilum pilus pilwillet pily pimaric pimelate pimelic pimelite pimelitis pimento pimenton pimgenet pimienta pimiento pimlico pimola pimp pimperlimpimp pimpernel pimpery pimping pimpish pimple pimpleback pimpled pimpleproof pimpliness pimplo pimploe pimplous pimply pimpship pin pina pinaceous pinaces pinachrome pinacle pinacocytal pinacocyte pinacoid pinacoidal pinacol pinacolate pinacolic pinacolin pinacone pinacoteca pinaculum pinafore pinakiolite pinakoidal pinakotheke pinang pinaster pinatype pinaverdol pinax pinball pinbefore pinbone pinbush pincase pincement pincer pincerlike pincers pincerweed pinch pinchable pinchback pinchbeck pinchbelly pinchcock pinchcommons pinchcrust pinche pinched pinchedly pinchedness pinchem pincher pinchfist pinchfisted pinchgut pinching pinchingly pinchpenny pincoffin pincpinc pincushion pincushiony pind pinda pindarical pindarically pinder pindling pindy pine pineal pinealism pinealoma pineapple pined pinedrops pineland pinene piner pinery pinesap pinetum pineweed pinewoods piney pinfall pinfeather pinfeathered pinfeatherer pinfeathery pinfish pinfold ping pingle pingler pingue pinguecula pinguedinous pinguefaction pinguefy pinguescence pinguescent pinguicula pinguiculaceous pinguid pinguidity pinguiferous pinguin pinguinitescent pinguite pinguitude pinguitudinous pinhead pinheaded pinheadedness pinhold pinhole pinhook pinic pinicoline pinicolous piniferous piniform pining piningly pinion pinioned pinionless pinionlike pinipicrin pinitannic pinite pinitol pinivorous pinjane pinjra pink pinkberry pinked pinkeen pinken pinker pinkeye pinkfish pinkie pinkify pinkily pinkiness pinking pinkish pinkishness pinkly pinkness pinkroot pinksome pinkweed pinkwood pinkwort pinky pinless pinlock pinmaker pinna pinnace pinnacle pinnaclet pinnae pinnaglobin pinnal pinnate pinnated pinnatedly pinnately pinnatifid pinnatifidly pinnatilobate pinnatilobed pinnation pinnatipartite pinnatiped pinnatisect pinnatisected pinnatodentate pinnatopectinate pinnatulate pinned pinnel pinner pinnet pinniferous pinniform pinnigerous pinnigrade pinninervate pinninerved pinning pinningly pinniped pinnipedian pinnisect pinnisected pinnitarsal pinnitentaculate pinniwinkis pinnock pinnoite pinnotere pinnothere pinnotherian pinnula pinnular pinnulate pinnulated pinnule pinnulet pinny pino pinochle pinocytosis pinole pinoleum pinolia pinolin pinon pinonic pinpillow pinpoint pinprick pinproof pinrail pinrowed pinscher pinsons pint pinta pintadera pintado pintadoite pintail pintano pinte pintle pinto pintura pinulus pinweed pinwing pinwork pinworm piny pinyl pinyon pioneer pioneerdom pioneership pionnotes pioscope pioted piotine piotty pioury pious piously piousness pip pipa pipage pipal pipe pipeage pipecoline pipecolinic piped pipefish pipeful pipelayer pipeless pipelike pipeline pipeman pipemouth piper piperaceous piperate piperazin piperazine piperic piperide piperideine piperidge piperidide piperidine piperine piperitious piperitone piperly piperno piperoid piperonal piperonyl pipery piperylene pipestapple pipestem pipestone pipet pipette pipewalker pipewood pipework pipewort pipi piping pipingly pipingness pipiri pipistrel pipistrelle pipit pipkin pipkinet pipless pipped pipper pippin pippiner pippinface pippy piprine piproid pipsissewa pipunculid pipy piquable piquance piquancy piquant piquantly piquantness pique piquet piquia piqure pir piracy piragua piranha pirate piratelike piratery piratess piratical piratically piratism piratize piraty pirijiri piripiri piririgua pirl pirn pirner pirnie pirny pirogue pirol piroplasm piroplasmosis pirouette pirouetter pirouettist pirr pirraura pirrmaw pirssonite pisaca pisachee pisang pisanite pisay piscary piscation piscatology piscator piscatorial piscatorialist piscatorially piscatorian piscatorious piscatory piscian piscicapture piscicapturist piscicolous piscicultural pisciculturally pisciculture pisciculturist piscifauna pisciferous pisciform piscina piscinal piscine piscinity piscivorous pisco pise pish pishaug pishogue pishu pisiform pisk pisky pismire pismirism piso pisolite pisolitic piss pissabed pissant pist pistache pistachio pistacite pistareen pistic pistil pistillaceous pistillar pistillary pistillate pistillid pistilliferous pistilliform pistilligerous pistilline pistillode pistillody pistilloid pistilogy pistle pistol pistole pistoleer pistolet pistolgram pistolgraph pistollike pistolography pistology pistolproof pistolwise piston pistonhead pistonlike pistrix pit pita pitahaya pitanga pitangua pitapat pitapatation pitarah pitau pitaya pitayita pitch pitchable pitchblende pitcher pitchered pitcherful pitcherlike pitcherman pitchfork pitchhole pitchi pitchiness pitching pitchlike pitchman pitchometer pitchout pitchpike pitchpole pitchpoll pitchstone pitchwork pitchy piteous piteously piteousness pitfall pith pithecan pithecanthrope pithecanthropic pithecanthropid pithecanthropoid pithecian pitheciine pithecism pithecoid pithecological pithecometric pithecomorphic pithecomorphism pithful pithily pithiness pithless pithlessly pithole pithos pithsome pithwork pithy pitiability pitiable pitiableness pitiably pitiedly pitiedness pitier pitiful pitifully pitifulness pitikins pitiless pitilessly pitilessness pitless pitlike pitmaker pitmaking pitman pitmark pitmirk pitometer pitpan pitpit pitside pittacal pittance pittancer pitted pitter pitticite pittine pitting pittite pittoid pittosporaceous pittospore pituital pituitary pituite pituitous pituitousness pituri pitwood pitwork pitwright pity pitying pityingly pityocampa pityproof pityriasic pityriasis pityroid piuri piuricapsular pivalic pivot pivotal pivotally pivoter pix pixie pixilated pixilation pixy pize pizza pizzeria pizzicato pizzle placability placable placableness placably placard placardeer placarder placate placater placation placative placatively placatory placcate place placeable placebo placeful placeless placelessly placemaker placemaking placeman placemanship placement placemonger placemongering placenta placental placentalian placentary placentate placentation placentiferous placentiform placentigerous placentitis placentoid placentoma placer placet placewoman placid placidity placidly placidness placitum plack placket plackless placochromatic placode placoderm placodermal placodermatous placodermoid placodont placoganoid placoganoidean placoid placoidal placoidean placophoran placoplast placula placuntitis placuntoma pladaroma pladarosis plaga plagal plagate plage plagiaplite plagiarical plagiarism plagiarist plagiaristic plagiaristically plagiarization plagiarize plagiarizer plagiary plagihedral plagiocephalic plagiocephalism plagiocephaly plagioclase plagioclasite plagioclastic plagioclinal plagiodont plagiograph plagioliparite plagionite plagiopatagium plagiophyre plagiostomatous plagiostome plagiostomous plagiotropic plagiotropically plagiotropism plagiotropous plagium plagose plagosity plague plagued plagueful plagueless plagueproof plaguer plaguesome plaguesomeness plaguily plaguy plaice plaid plaided plaidie plaiding plaidman plaidy plain plainback plainbacks plainer plainful plainhearted plainish plainly plainness plainscraft plainsfolk plainsman plainsoled plainstones plainswoman plaint plaintail plaintiff plaintiffship plaintile plaintive plaintively plaintiveness plaintless plainward plaister plait plaited plaiter plaiting plaitless plaitwork plak plakat plan planable planaea planar planarian planaridan planariform planarioid planarity planate planation planch plancheite plancher planchet planchette planching planchment plancier plandok plane planeness planer planet planeta planetable planetabler planetal planetaria planetarian planetarily planetarium planetary planeted planetesimal planeticose planeting planetist planetkin planetless planetlike planetogeny planetography planetoid planetoidal planetologic planetologist planetology planetule planform planful planfully planfulness plang plangency plangent plangently plangor plangorous planicaudate planicipital planidorsate planifolious planiform planigraph planilla planimetric planimetrical planimetry planineter planipennate planipennine planipetalous planiphyllous planirostral planirostrate planiscope planiscopic planish planisher planispheral planisphere planispheric planispherical planispiral planity plank plankage plankbuilt planker planking plankless planklike planksheer plankter planktologist planktology plankton planktonic planktont plankways plankwise planky planless planlessly planlessness planner planoblast planoblastic planoconical planocylindric planoferrite planogamete planograph planographic planographist planography planohorizontal planolindrical planometer planometry planomiller planoorbicular planorbiform planorbine planorboid planorotund planosol planosome planospiral planospore planosubulate plant planta plantable plantad plantage plantaginaceous plantagineous plantain plantal plantar plantaris plantarium plantation plantationlike plantdom planter planterdom planterly plantership plantigrade plantigrady planting plantivorous plantless plantlet plantlike plantling plantocracy plantsman plantula plantular plantule planula planulan planular planulate planuliform planuloid planuria planury planxty plap plappert plaque plaquette plash plasher plashet plashingly plashment plashy plasm plasma plasmagene plasmapheresis plasmase plasmatic plasmatical plasmation plasmatoparous plasmatorrhexis plasmic plasmocyte plasmocytoma plasmode plasmodesm plasmodesma plasmodesmal plasmodesmic plasmodesmus plasmodia plasmodial plasmodiate plasmodic plasmodiocarp plasmodiocarpous plasmodium plasmogen plasmolysis plasmolytic plasmolytically plasmolyzability plasmolyzable plasmolyze plasmoma plasmophagous plasmophagy plasmoptysis plasmosoma plasmosome plasmotomy plasome plass plasson plastein plaster plasterbill plasterboard plasterer plasteriness plastering plasterlike plasterwise plasterwork plastery plastic plastically plasticimeter plasticine plasticism plasticity plasticization plasticize plasticizer plasticly plastics plastid plastidium plastidome plastidular plastidule plastify plastin plastinoid plastisol plastochondria plastochron plastochrone plastodynamia plastodynamic plastogamic plastogamy plastogene plastomere plastometer plastosome plastotype plastral plastron plastrum plat plataleiform plataleine platan platanaceous platane platanist platano platband platch plate platea plateasm plateau plateaux plated plateful plateholder plateiasmus platelayer plateless platelet platelike platemaker platemaking plateman platen plater platerer plateresque platery plateway platework plateworker platform platformally platformed platformer platformish platformism platformist platformistic platformless platformy platic platicly platilla platina platinamine platinammine platinate plating platinic platinichloric platinichloride platiniferous platiniridium platinite platinization platinize platinochloric platinochloride platinocyanic platinocyanide platinoid platinotype platinous platinum platinumsmith platitude platitudinal platitudinarian platitudinarianism platitudinism platitudinist platitudinization platitudinize platitudinizer platitudinous platitudinously platitudinousness platode platoid platonesque platoon platopic platosamine platosammine platted platten platter platterface platterful platting plattnerite platty platurous platy platybasic platybrachycephalic platybrachycephalous platybregmatic platycarpous platycelian platycelous platycephalic platycephalism platycephaloid platycephalous platycephaly platycercine platycheiria platycnemia platycnemic platycoria platycrania platycranial platycyrtean platydactyl platydactyle platydactylous platydolichocephalic platydolichocephalous platyfish platyglossal platyglossate platyglossia platyhelminth platyhelminthic platyhieric platykurtic platylobate platymeria platymeric platymery platymesaticephalic platymesocephalic platymeter platymyoid platynite platynotal platyodont platyope platyopia platyopic platypellic platypetalous platyphyllous platypod platypodia platypodous platypus platypygous platyrhynchous platyrrhin platyrrhine platyrrhinian platyrrhinic platyrrhinism platyrrhiny platysma platysmamyoides platysomid platystaphyline platystencephalia platystencephalic platystencephalism platystencephaly platysternal platystomous platytrope platytropy plaud plaudation plaudit plaudite plauditor plauditory plauenite plausibility plausible plausibleness plausibly plausive plaustral play playa playability playable playback playbill playbook playbox playboy playboyism playbroker playcraft playcraftsman playday playdown player playerdom playeress playfellow playfellowship playfield playfolk playful playfully playfulness playgoer playgoing playground playhouse playingly playless playlet playlike playmaker playmaking playman playmare playmate playmonger playmongering playock playpen playreader playroom playscript playsome playsomely playsomeness playstead plaything playtime playward playwoman playwork playwright playwrightess playwrighting playwrightry playwriter playwriting plaza plazolite plea pleach pleached pleacher plead pleadable pleadableness pleader pleading pleadingly pleadingness pleaproof pleasable pleasableness pleasance pleasant pleasantable pleasantish pleasantly pleasantness pleasantry pleasantsome please pleasedly pleasedness pleaseman pleaser pleaship pleasing pleasingly pleasingness pleasurability pleasurable pleasurableness pleasurably pleasure pleasureful pleasurehood pleasureless pleasurelessly pleasureman pleasurement pleasuremonger pleasureproof pleasurer pleasuring pleasurist pleasurous pleat pleater pleatless pleb plebe plebeian plebeiance plebeianize plebeianly plebeianness plebeity plebianism plebicolar plebicolist plebificate plebification plebify plebiscitarian plebiscitarism plebiscitary plebiscite plebiscitic plebiscitum plebs pleck plecopteran plecopterid plecopterous plecotine plectognath plectognathic plectognathous plectopter plectopteran plectopterous plectospondyl plectospondylous plectre plectridial plectridium plectron plectrum pled pledge pledgeable pledgee pledgeless pledgeor pledger pledgeshop pledget pledgor plegaphonia plegometer pleiobar pleiochromia pleiochromic pleiomastia pleiomazia pleiomerous pleiomery pleion pleionian pleiophyllous pleiophylly pleiotaxis pleiotropic pleiotropically pleiotropism pleistoseist plemochoe plemyrameter plenarily plenariness plenarium plenarty plenary plenicorn pleniloquence plenilunal plenilunar plenilunary plenilune plenipo plenipotence plenipotent plenipotential plenipotentiality plenipotentiarily plenipotentiarize plenipotentiary plenipotentiaryship plenish plenishing plenishment plenism plenist plenitide plenitude plenitudinous plenshing plenteous plenteously plenteousness plentiful plentifully plentifulness plentify plenty plenum pleny pleochroic pleochroism pleochroitic pleochromatic pleochromatism pleochroous pleocrystalline pleodont pleomastia pleomastic pleomazia pleometrosis pleometrotic pleomorph pleomorphic pleomorphism pleomorphist pleomorphous pleomorphy pleon pleonal pleonasm pleonast pleonaste pleonastic pleonastical pleonastically pleonectic pleonexia pleonic pleophyletic pleopod pleopodite plerergate plerocercoid pleroma pleromatic plerome pleromorph plerophoric plerophory plerosis plerotic plesiobiosis plesiobiotic plesiomorphic plesiomorphism plesiomorphous plesiosaur plesiosaurian plesiosauroid plesiotype plessigraph plessimeter plessimetric plessimetry plessor plethodontid plethora plethoretic plethoretical plethoric plethorical plethorically plethorous plethory plethysmograph plethysmographic plethysmographically plethysmography pleura pleuracanthoid pleural pleuralgia pleuralgic pleurapophysial pleurapophysis pleurectomy pleurenchyma pleurenchymatous pleuric pleuriseptate pleurisy pleurite pleuritic pleuritical pleuritically pleuritis pleurobranch pleurobranchia pleurobranchial pleurobranchiate pleurobronchitis pleurocapsaceous pleurocarp pleurocarpous pleurocele pleurocentesis pleurocentral pleurocentrum pleurocerebral pleuroceroid pleurococcaceous pleurodiran pleurodire pleurodirous pleurodiscous pleurodont pleurodynia pleurodynic pleurogenic pleurogenous pleurohepatitis pleuroid pleurolith pleurolysis pleuron pleuronectid pleuronectoid pleuropedal pleuropericardial pleuropericarditis pleuroperitonaeal pleuroperitoneal pleuroperitoneum pleuropneumonia pleuropneumonic pleuropodium pleuropterygian pleuropulmonary pleurorrhea pleurospasm pleurosteal pleurostict pleurothotonic pleurothotonus pleurotomarioid pleurotomine pleurotomoid pleurotomy pleurotonic pleurotonus pleurotribal pleurotribe pleurotropous pleurotyphoid pleurovisceral pleurum pleuston pleustonic plew plex plexal plexicose plexiform pleximeter pleximetric pleximetry plexodont plexometer plexor plexure plexus pliability pliable pliableness pliably pliancy pliant pliantly pliantness plica plicable plical plicate plicated plicately plicateness plicater plicatile plication plicative plicatocontorted plicatocristate plicatolacunose plicatolobate plicatopapillose plicator plicatoundulate plicatulate plicature pliciferous pliciform plied plier plies pliers plight plighted plighter plim plimsoll plinth plinther plinthiform plinthless plinthlike pliosaur pliosaurian pliothermic pliskie plisky ploat ploce ploceiform plock plod plodder plodderly plodding ploddingly ploddingness plodge ploimate plomb plook plop ploration ploratory plosion plosive plot plote plotful plotless plotlessness plotproof plottage plotted plotter plottery plotting plottingly plotty plough ploughmanship ploughtail plouk plouked plouky plounce plousiocracy plout plouter plover ploverlike plovery plow plowable plowbote plowboy plower plowfish plowfoot plowgang plowgate plowgraith plowhead plowing plowjogger plowland plowlight plowline plowmaker plowman plowmanship plowmell plowpoint plowshare plowshoe plowstaff plowstilt plowtail plowwise plowwoman plowwright ploy ployment pluck pluckage plucked pluckedness plucker pluckily pluckiness pluckless plucklessness plucky plud pluff pluffer pluffy plug plugboard plugdrawer pluggable plugged plugger plugging pluggingly pluggy plughole plugless pluglike plugman plugtray plugtree plum pluma plumaceous plumach plumade plumage plumaged plumagery plumasite plumate plumatellid plumatelloid plumb plumbable plumbage plumbaginaceous plumbagine plumbaginous plumbago plumbate plumbean plumbeous plumber plumbership plumbery plumbet plumbic plumbiferous plumbing plumbism plumbisolvent plumbite plumbless plumbness plumbog plumbojarosite plumboniobate plumbosolvency plumbosolvent plumbous plumbum plumcot plumdamas plumdamis plume plumed plumeless plumelet plumelike plumemaker plumemaking plumeopicean plumeous plumer plumery plumet plumette plumicorn plumier plumieride plumification plumiform plumiformly plumify plumigerous pluminess plumiped plumipede plumist plumless plumlet plumlike plummer plummet plummeted plummetless plummy plumose plumosely plumoseness plumosity plumous plump plumpen plumper plumping plumpish plumply plumpness plumps plumpy plumula plumulaceous plumular plumularian plumulate plumule plumuliform plumulose plumy plunder plunderable plunderage plunderbund plunderer plunderess plundering plunderingly plunderless plunderous plunderproof plunge plunger plunging plungingly plunk plunther plup plupatriotic pluperfect pluperfectly pluperfectness plural pluralism pluralist pluralistic pluralistically plurality pluralization pluralize pluralizer plurally plurative plurennial pluriaxial pluricarinate pluricarpellary pluricellular pluricentral pluricipital pluricuspid pluricuspidate pluridentate pluries plurifacial plurifetation plurification pluriflagellate pluriflorous plurifoliate plurifoliolate plurify pluriglandular pluriguttulate plurilateral plurilingual plurilingualism plurilingualist plurilocular plurimammate plurinominal plurinucleate pluripara pluriparity pluriparous pluripartite pluripetalous pluripotence pluripotent pluripresence pluriseptate pluriserial pluriseriate pluriseriated plurisetose plurispiral plurisporous plurisyllabic plurisyllable plurivalent plurivalve plurivorous plurivory plus plush plushed plushette plushily plushiness plushlike plushy plusquamperfect plussage plutarchy pluteal plutean pluteiform pluteus plutocracy plutocrat plutocratic plutocratical plutocratically plutolatry plutological plutologist plutology plutomania plutonian plutonic plutonism plutonist plutonite plutonium plutonometamorphism plutonomic plutonomist plutonomy pluvial pluvialiform pluvialine pluvian pluvine pluviograph pluviographic pluviographical pluviography pluviometer pluviometric pluviometrical pluviometrically pluviometry pluvioscope pluviose pluviosity pluvious ply plyer plying plyingly plywood pneodynamics pneograph pneomanometer pneometer pneometry pneophore pneoscope pneuma pneumarthrosis pneumathaemia pneumatic pneumatical pneumatically pneumaticity pneumatics pneumatism pneumatist pneumatize pneumatized pneumatocardia pneumatocele pneumatochemical pneumatochemistry pneumatocyst pneumatocystic pneumatode pneumatogenic pneumatogenous pneumatogram pneumatograph pneumatographer pneumatographic pneumatography pneumatolitic pneumatologic pneumatological pneumatologist pneumatology pneumatolysis pneumatolytic pneumatometer pneumatometry pneumatomorphic pneumatonomy pneumatophany pneumatophilosophy pneumatophobia pneumatophonic pneumatophony pneumatophore pneumatophorous pneumatorrhachis pneumatoscope pneumatosic pneumatosis pneumatotactic pneumatotherapeutics pneumatotherapy pneumaturia pneumectomy pneumobacillus pneumocele pneumocentesis pneumochirurgia pneumococcal pneumococcemia pneumococcic pneumococcous pneumococcus pneumoconiosis pneumoderma pneumodynamic pneumodynamics pneumoencephalitis pneumoenteritis pneumogastric pneumogram pneumograph pneumographic pneumography pneumohemothorax pneumohydropericardium pneumohydrothorax pneumolith pneumolithiasis pneumological pneumology pneumolysis pneumomalacia pneumomassage pneumomycosis pneumonalgia pneumonectasia pneumonectomy pneumonedema pneumonia pneumonic pneumonitic pneumonitis pneumonocace pneumonocarcinoma pneumonocele pneumonocentesis pneumonocirrhosis pneumonoconiosis pneumonodynia pneumonoenteritis pneumonoerysipelas pneumonographic pneumonography pneumonokoniosis pneumonolith pneumonolithiasis pneumonolysis pneumonomelanosis pneumonometer pneumonomycosis pneumonoparesis pneumonopathy pneumonopexy pneumonophorous pneumonophthisis pneumonopleuritis pneumonorrhagia pneumonorrhaphy pneumonosis pneumonotherapy pneumonotomy pneumony pneumopericardium pneumoperitoneum pneumoperitonitis pneumopexy pneumopleuritis pneumopyothorax pneumorrachis pneumorrhachis pneumorrhagia pneumotactic pneumotherapeutics pneumotherapy pneumothorax pneumotomy pneumotoxin pneumotropic pneumotropism pneumotyphoid pneumotyphus pneumoventriculography po poaceous poach poachable poacher poachiness poachy poalike pob pobby poblacion pobs pochade pochard pochay poche pochette pocilliform pock pocket pocketable pocketableness pocketbook pocketed pocketer pocketful pocketing pocketknife pocketless pocketlike pockety pockhouse pockily pockiness pockmanteau pockmantie pockmark pockweed pockwood pocky poco pococurante pococuranteism pococurantic pococurantish pococurantism pococurantist pocosin poculary poculation poculent poculiform pod podagra podagral podagric podagrical podagrous podal podalgia podalic podargine podargue podarthral podarthritis podarthrum podatus podaxonial podded podder poddidge poddish poddle poddy podelcoma podeon podesta podesterate podetiiform podetium podex podge podger podgily podginess podgy podial podiatrist podiatry podical podices podilegous podite poditic poditti podium podler podley podlike podobranch podobranchia podobranchial podobranchiate podocarp podocarpous podocephalous pododerm pododynia podogyn podogyne podogynium podolite podology podomancy podomere podometer podometry podophthalmate podophthalmatous podophthalmian podophthalmic podophthalmite podophthalmitic podophthalmous podophyllic podophyllin podophyllotoxin podophyllous podophyllum podoscaph podoscapher podoscopy podosomatous podosperm podostemaceous podostemad podostemonaceous podostomatous podotheca podothecal podsol podsolic podsolization podsolize poduran podurid podware podzol podzolic podzolization podzolize poe poecilitic poecilocyttarous poecilogonous poecilogony poecilomere poecilonym poecilonymic poecilonymy poecilopod poecilopodous poem poematic poemet poemlet poephagous poesie poesiless poesis poesy poet poetaster poetastering poetasterism poetastery poetastress poetastric poetastrical poetastry poetcraft poetdom poetesque poetess poethood poetic poetical poeticality poetically poeticalness poeticism poeticize poeticness poetics poeticule poetito poetization poetize poetizer poetless poetlike poetling poetly poetomachia poetress poetry poetryless poetship poetwise pogamoggan pogge poggy pogoniasis pogoniate pogonion pogonip pogoniris pogonite pogonological pogonologist pogonology pogonotomy pogonotrophy pogrom pogromist pogromize pogy poh poha pohickory pohna pohutukawa poi poietic poignance poignancy poignant poignantly poignet poikilitic poikiloblast poikiloblastic poikilocyte poikilocythemia poikilocytosis poikilotherm poikilothermic poikilothermism poil poilu poimenic poimenics poind poindable poinder poinding point pointable pointage pointed pointedly pointedness pointel pointer pointful pointfully pointfulness pointillism pointillist pointing pointingly pointless pointlessly pointlessness pointlet pointleted pointmaker pointman pointment pointrel pointsman pointswoman pointways pointwise pointy poisable poise poised poiser poison poisonable poisonful poisonfully poisoning poisonless poisonlessness poisonmaker poisonous poisonously poisonousness poisonproof poisonweed poisonwood poitrail poitrel poivrade pokable poke pokeberry poked pokeful pokeloken pokeout poker pokerish pokerishly pokerishness pokeroot pokeweed pokey pokily pokiness poking pokomoo pokunt poky pol polacca polack polacre polar polaric polarigraphic polarimeter polarimetric polarimetry polariscope polariscopic polariscopically polariscopist polariscopy polaristic polaristrobometer polarity polarizability polarizable polarization polarize polarizer polarly polarogram polarograph polarographic polarographically polarography polarward polaxis poldavis poldavy polder polderboy polderman pole polearm poleax poleaxe poleaxer poleburn polecat polehead poleless poleman polemarch polemic polemical polemically polemician polemicist polemics polemist polemize polemoniaceous polemoscope polenta poler polesetter polesman polestar poleward polewards poley poliad poliadic polianite police policed policedom policeless policeman policemanish policemanism policemanlike policemanship policewoman policial policize policizer policlinic policy policyholder poliencephalitis poliencephalomyelitis poligar poligarship poligraphical polio polioencephalitis polioencephalomyelitis poliomyelitis poliomyelopathy polioneuromere poliorcetic poliorcetics poliosis polis polish polishable polished polishedly polishedness polisher polishment polisman polissoir politarch politarchic polite politeful politely politeness politesse politic political politicalism politicalize politically politicaster politician politicious politicist politicize politicizer politicly politico politicomania politicophobia politics politied politist politize polity politzerization politzerize polk polka poll pollable pollack polladz pollage pollakiuria pollam pollan pollarchy pollard pollbook polled pollen pollened polleniferous pollenigerous pollenite pollenivorous pollenless pollenlike pollenproof pollent poller polleten pollex pollical pollicar pollicate pollicitation pollinar pollinarium pollinate pollination pollinator pollinctor pollincture polling pollinia pollinic pollinical polliniferous pollinigerous pollinium pollinivorous pollinization pollinize pollinizer pollinodial pollinodium pollinoid pollinose pollinosis polliwig polliwog pollock polloi pollster pollucite pollutant pollute polluted pollutedly pollutedness polluter polluting pollutingly pollution pollux pollywog polo poloconic polocyte poloist polonaise polonium polony polos polska polt poltergeist poltfoot poltfooted poltina poltinnik poltophagic poltophagist poltophagy poltroon poltroonery poltroonish poltroonishly poltroonism poluphloisboic poluphloisboiotatotic poluphloisboiotic polverine poly polyacanthus polyacid polyacoustic polyacoustics polyact polyactinal polyactine polyad polyadelph polyadelphian polyadelphous polyadenia polyadenitis polyadenoma polyadenous polyadic polyaffectioned polyalcohol polyamide polyamylose polyandria polyandrian polyandrianism polyandric polyandrious polyandrism polyandrist polyandrium polyandrous polyandry polyangular polyantha polyanthous polyanthus polyanthy polyarch polyarchal polyarchical polyarchist polyarchy polyarteritis polyarthric polyarthritic polyarthritis polyarthrous polyarticular polyatomic polyatomicity polyautographic polyautography polyaxial polyaxon polyaxone polyaxonic polybasic polybasicity polybasite polyblast polyborine polybranch polybranchian polybranchiate polybromid polybromide polybunous polybuny polybuttoned polycarboxylic polycarpellary polycarpic polycarpous polycarpy polycellular polycentral polycentric polycephalic polycephalous polycephaly polychaete polychaetous polychasial polychasium polychloride polychoerany polychord polychotomous polychotomy polychrest polychrestic polychrestical polychresty polychroic polychroism polychromasia polychromate polychromatic polychromatism polychromatist polychromatize polychromatophil polychromatophile polychromatophilia polychromatophilic polychrome polychromia polychromic polychromism polychromize polychromous polychromy polychronious polyciliate polycitral polyclad polycladine polycladose polycladous polyclady polyclinic polyclona polycoccous polyconic polycormic polycotyl polycotyledon polycotyledonary polycotyledonous polycotyledony polycotylous polycotyly polycracy polycrase polycratic polycrotic polycrotism polycrystalline polyctenid polycttarian polycyanide polycyclic polycycly polycyesis polycystic polycythemia polycythemic polydactyl polydactyle polydactylism polydactylous polydactyly polydaemoniac polydaemonism polydaemonist polydaemonistic polydemic polydenominational polydental polydermous polydermy polydigital polydimensional polydipsia polydisperse polydomous polydymite polydynamic polyeidic polyeidism polyembryonate polyembryonic polyembryony polyemia polyemic polyenzymatic polyergic polyester polyesthesia polyesthetic polyethnic polyethylene polyfenestral polyflorous polyfoil polyfold polygalaceous polygalic polygam polygamian polygamic polygamical polygamically polygamist polygamistic polygamize polygamodioecious polygamous polygamously polygamy polyganglionic polygastric polygene polygenesic polygenesis polygenesist polygenetic polygenetically polygenic polygenism polygenist polygenistic polygenous polygeny polyglandular polyglobulia polyglobulism polyglossary polyglot polyglotry polyglottal polyglottally polyglotted polyglotter polyglottery polyglottic polyglottically polyglottism polyglottist polyglottonic polyglottous polyglotwise polyglycerol polygon polygonaceous polygonal polygonally polygoneutic polygoneutism polygonic polygonically polygonoid polygonous polygony polygram polygrammatic polygraph polygrapher polygraphic polygraphy polygroove polygrooved polygyn polygynaiky polygynian polygynic polygynious polygynist polygynoecial polygynous polygyny polygyral polygyria polyhaemia polyhaemic polyhalide polyhalite polyhalogen polyharmonic polyharmony polyhedral polyhedric polyhedrical polyhedroid polyhedron polyhedrosis polyhedrous polyhemia polyhidrosis polyhistor polyhistorian polyhistoric polyhistory polyhybrid polyhydric polyhydroxy polyideic polyideism polyidrosis polyiodide polykaryocyte polylaminated polylemma polylepidous polylinguist polylith polylithic polylobular polylogy polyloquent polymagnet polymastia polymastic polymastigate polymastigous polymastism polymastodont polymasty polymath polymathic polymathist polymathy polymazia polymelia polymelian polymely polymer polymere polymeria polymeric polymeride polymerism polymerization polymerize polymerous polymetallism polymetameric polymeter polymethylene polymetochia polymetochic polymicrian polymicrobial polymicrobic polymicroscope polymignite polymixiid polymnite polymolecular polymolybdate polymorph polymorphean polymorphic polymorphism polymorphistic polymorphonuclear polymorphonucleate polymorphosis polymorphous polymorphy polymyarian polymyodian polymyodous polymyoid polymyositis polymythic polymythy polynaphthene polynemid polynemoid polynesic polyneural polyneuric polyneuritic polyneuritis polyneuropathy polynodal polynoid polynome polynomial polynomialism polynomialist polynomic polynucleal polynuclear polynucleate polynucleated polynucleolar polynucleosis polyodont polyodontal polyodontia polyodontoid polyoecious polyoeciously polyoeciousness polyoecism polyoecy polyoicous polyommatous polyonomous polyonomy polyonychia polyonym polyonymal polyonymic polyonymist polyonymous polyonymy polyophthalmic polyopia polyopic polyopsia polyopsy polyorama polyorchidism polyorchism polyorganic polyose polyoxide polyoxymethylene polyp polypage polypaged polypapilloma polyparasitic polyparasitism polyparesis polyparia polyparian polyparium polyparous polypary polypean polyped polypeptide polypetal polypetalous polyphage polyphagia polyphagian polyphagic polyphagist polyphagous polyphagy polyphalangism polypharmacal polypharmacist polypharmacon polypharmacy polypharmic polyphasal polyphase polyphaser polyphemian polyphemic polyphemous polyphenol polyphloesboean polyphloisboioism polyphloisboism polyphobia polyphobic polyphone polyphoned polyphonia polyphonic polyphonical polyphonism polyphonist polyphonium polyphonous polyphony polyphore polyphosphoric polyphotal polyphote polyphylesis polyphyletic polyphyletically polyphylety polyphylline polyphyllous polyphylly polyphylogeny polyphyly polyphyodont polypi polypian polypide polypidom polypiferous polypigerous polypinnate polypite polyplacophoran polyplacophore polyplacophorous polyplastic polyplegia polyplegic polyploid polyploidic polyploidy polypnoea polypnoeic polypod polypodia polypodiaceous polypodous polypody polypoid polypoidal polypomorphic polyporaceous polypore polyporite polyporoid polyporous polypose polyposis polypotome polypous polypragmacy polypragmatic polypragmatical polypragmatically polypragmatism polypragmatist polypragmaty polypragmist polypragmon polypragmonic polypragmonist polyprene polyprism polyprismatic polyprothetic polyprotodont polypseudonymous polypsychic polypsychical polypsychism polypterid polypteroid polyptote polyptoton polyptych polypus polyrhizal polyrhizous polyrhythmic polyrhythmical polysaccharide polysaccharose polysalicylide polysarcia polysarcous polyschematic polyschematist polyscope polyscopic polysemant polysemantic polysemeia polysemia polysemous polysemy polysensuous polysensuousness polysepalous polyseptate polyserositis polysided polysidedness polysilicate polysilicic polysiphonic polysiphonous polysomatic polysomatous polysomaty polysomia polysomic polysomitic polysomous polysomy polyspast polyspaston polyspermal polyspermatous polyspermia polyspermic polyspermous polyspermy polyspondylic polyspondylous polyspondyly polysporangium polyspore polyspored polysporic polysporous polystachyous polystaurion polystele polystelic polystemonous polystichoid polystichous polystomatous polystome polystomium polystylar polystyle polystylous polystyrene polysulphide polysulphuration polysulphurization polysyllabic polysyllabical polysyllabically polysyllabicism polysyllabicity polysyllabism polysyllable polysyllogism polysyllogistic polysymmetrical polysymmetrically polysymmetry polysyndetic polysyndetically polysyndeton polysynthesis polysynthesism polysynthetic polysynthetical polysynthetically polysyntheticism polysynthetism polysynthetize polytechnic polytechnical polytechnics polytechnist polyterpene polythalamian polythalamic polythalamous polythecial polytheism polytheist polytheistic polytheistical polytheistically polytheize polythelia polythelism polythely polythene polythionic polytitanic polytocous polytokous polytoky polytomous polytomy polytonal polytonalism polytonality polytone polytonic polytony polytope polytopic polytopical polytrichaceous polytrichia polytrichous polytrochal polytrochous polytrope polytrophic polytropic polytungstate polytungstic polytype polytypic polytypical polytypy polyuresis polyuria polyuric polyvalence polyvalent polyvinyl polyvinylidene polyvirulent polyvoltine polyzoal polyzoan polyzoarial polyzoarium polyzoary polyzoic polyzoism polyzonal polyzooid polyzoon polzenite pom pomace pomacentrid pomacentroid pomaceous pomade pomander pomane pomarine pomarium pomate pomato pomatomid pomatorhine pomatum pombe pombo pome pomegranate pomelo pomeridian pomerium pomewater pomey pomfret pomiculture pomiculturist pomiferous pomiform pomivorous pomme pommee pommel pommeled pommeler pommet pommey pommy pomological pomologically pomologist pomology pomonal pomonic pomp pompa pompadour pompal pompano pompelmous pompey pompholix pompholygous pompholyx pomphus pompier pompilid pompiloid pompion pompist pompless pompoleon pompon pomposity pompous pompously pompousness pompster pomster pon ponce ponceau poncelet poncho ponchoed pond pondage pondbush ponder ponderability ponderable ponderableness ponderal ponderance ponderancy ponderant ponderary ponderate ponderation ponderative ponderer pondering ponderingly ponderling ponderment ponderomotive ponderosapine ponderosity ponderous ponderously ponderousness pondfish pondful pondgrass pondlet pondman pondok pondokkie pondside pondus pondweed pondwort pondy pone ponent ponerid ponerine poneroid ponerology poney pong ponga pongee poniard ponica ponier ponja pont pontage pontal pontederiaceous pontee pontes pontianak pontic ponticello ponticular ponticulus pontifex pontiff pontific pontifical pontificalia pontificalibus pontificality pontifically pontificate pontification pontifices pontificial pontificially pontificious pontify pontil pontile pontin pontine pontist pontlevis ponto pontocerebellar ponton pontonier pontoon pontooneer pontooner pontooning pontvolant pony ponzite pooa pooch pooder poodle poodledom poodleish poodleship poof poogye pooh poohpoohist pook pooka pookaun pookoo pool pooler pooli poolroom poolroot poolside poolwort pooly poon poonac poonga poonghie poop pooped poophyte poophytic poor poorhouse poorish poorliness poorling poorly poorlyish poormaster poorness poorweed poorwill poot pop popadam popal popcorn popdock pope popedom popeholy popehood popeism popeler popeless popelike popeline popely popery popeship popess popeye popeyed popglove popgun popgunner popgunnery popify popinac popinjay popish popishly popishness popjoy poplar poplared poplin poplinette popliteal popliteus poplolly popomastic popover poppa poppability poppable poppean poppel popper poppet poppethead poppied poppin popple popply poppy poppycock poppycockish poppyfish poppyhead poppylike poppywort popshop populace popular popularism popularity popularization popularize popularizer popularly popularness populate population populational populationist populationistic populationless populator populicide populin populous populously populousness popweed poral porbeagle porcate porcated porcelain porcelainization porcelainize porcelainlike porcelainous porcelaneous porcelanic porcelanite porcelanous porcellanian porcellanid porcellanize porch porched porching porchless porchlike porcine porcupine porcupinish pore pored porelike porencephalia porencephalic porencephalitis porencephalon porencephalous porencephalus porencephaly porer porge porger porgy poricidal poriferal poriferan poriferous poriform porimania poriness poring poringly poriomanic porism porismatic porismatical porismatically poristic poristical porite poritoid pork porkburger porker porkery porket porkfish porkish porkless porkling porkman porkpie porkwood porky pornerastic pornocracy pornocrat pornograph pornographer pornographic pornographically pornographist pornography pornological porodine porodite porogam porogamic porogamous porogamy porokaiwhiria porokeratosis poroma porometer porophyllous poroplastic poroporo pororoca poros poroscope poroscopic poroscopy porose poroseness porosimeter porosis porosity porotic porotype porous porously porousness porpentine porphine porphyraceous porphyratin porphyria porphyrian porphyrin porphyrine porphyrinuria porphyrion porphyrite porphyritic porphyroblast porphyroblastic porphyrogene porphyrogenite porphyrogenitic porphyrogenitism porphyrogeniture porphyrogenitus porphyroid porphyrophore porphyrous porphyry porpitoid porpoise porpoiselike porporate porr porraceous porrect porrection porrectus porret porridge porridgelike porridgy porriginous porrigo porringer porriwiggle porry port porta portability portable portableness portably portage portague portahepatis portail portal portaled portalled portalless portamento portance portass portatile portative portcrayon portcullis porteacid ported porteligature portend portendance portendment portension portent portention portentosity portentous portentously portentousness porteous porter porterage porteress porterhouse porterlike porterly portership portfire portfolio portglaive portglave portgrave porthole porthook porthors porthouse portia portico porticoed portiere portiered portifory portify portio portiomollis portion portionable portional portionally portioner portionist portionize portionless portitor portlast portless portlet portligature portlily portliness portly portman portmanmote portmanteau portmanteaux portmantle portmantologism portment portmoot porto portoise portolan portolano portrait portraitist portraitlike portraiture portray portrayable portrayal portrayer portrayist portrayment portreeve portreeveship portress portside portsider portsman portuary portugais portulacaceous portulan portunian portway porty porule porulose porulous porus porwigle pory posadaship posca pose posement poser poseur posey posh posing posingly posit position positional positioned positioner positionless positival positive positively positiveness positivism positivist positivistic positivistically positivity positivize positor positron positum positure posnet posole posologic posological posologist posology pospolite poss posse posseman possess possessable possessed possessedly possessedness possessing possessingly possessingness possession possessional possessionalism possessionalist possessionary possessionate possessioned possessioner possessionist possessionless possessionlessness possessival possessive possessively possessiveness possessor possessoress possessorial possessoriness possessorship possessory posset possibilism possibilist possibilitate possibility possible possibleness possibly possum possumwood post postabdomen postabdominal postable postabortal postacetabular postadjunct postage postal postallantoic postally postalveolar postament postamniotic postanal postanesthetic postantennal postaortic postapoplectic postappendicular postarterial postarthritic postarticular postarytenoid postaspirate postaspirated postasthmatic postatrial postauditory postauricular postaxiad postaxial postaxially postaxillary postbag postbaptismal postbox postboy postbrachial postbrachium postbranchial postbreakfast postbronchial postbuccal postbulbar postbursal postcaecal postcalcaneal postcalcarine postcanonical postcardiac postcardinal postcarnate postcarotid postcart postcartilaginous postcatarrhal postcava postcaval postcecal postcenal postcentral postcentrum postcephalic postcerebellar postcerebral postcesarean postcibal postclassic postclassical postclassicism postclavicle postclavicula postclavicular postclimax postclitellian postclival postcolon postcolonial postcolumellar postcomitial postcommissural postcommissure postcommunicant postconceptive postcondylar postconfinement postconnubial postconsonantal postcontact postcontract postconvalescent postconvulsive postcordial postcornu postcosmic postcostal postcoxal postcritical postcrural postcubital postdate postdental postdepressive postdetermined postdevelopmental postdiagnostic postdiaphragmatic postdiastolic postdicrotic postdigestive postdigital postdiluvial postdiluvian postdiphtheric postdiphtheritic postdisapproved postdisseizin postdisseizor postdoctoral postdoctorate postdural postdysenteric posted posteen postelection postelementary postembryonal postembryonic postemporal postencephalitic postencephalon postenteral postentry postepileptic poster posterette posteriad posterial posterior posterioric posteriorically posterioristic posterioristically posteriority posteriorly posteriormost posteriors posteriorums posterish posterishness posterist posterity posterize postern posteroclusion posterodorsad posterodorsal posterodorsally posteroexternal posteroinferior posterointernal posterolateral posteromedial posteromedian posteromesial posteroparietal posterosuperior posterotemporal posteroterminal posteroventral posteruptive postesophageal posteternity postethmoid postexilian postexilic postexist postexistence postexistency postexistent postface postfact postfebrile postfemoral postfetal postfix postfixal postfixation postfixed postfixial postflection postflexion postform postfoveal postfrontal postfurca postfurcal postganglionic postgangrenal postgastric postgeminum postgenial postgeniture postglacial postglenoid postglenoidal postgonorrheic postgracile postgraduate postgrippal posthabit posthaste posthemiplegic posthemorrhagic posthepatic posthetomist posthetomy posthexaplaric posthippocampal posthitis postholder posthole posthouse posthumeral posthumous posthumously posthumousness posthumus posthyoid posthypnotic posthypnotically posthypophyseal posthypophysis posthysterical postic postical postically posticous posticteric posticum postil postilion postilioned postillate postillation postillator postimpressionism postimpressionist postimpressionistic postinfective postinfluenzal posting postingly postintestinal postique postischial postjacent postjugular postlabial postlachrymal postlaryngeal postlegitimation postlenticular postless postlike postliminary postliminiary postliminious postliminium postliminous postliminy postloitic postloral postlude postludium postluetic postmalarial postmamillary postmammary postman postmandibular postmaniacal postmarital postmark postmarriage postmaster postmasterlike postmastership postmastoid postmaturity postmaxillary postmaximal postmeatal postmedia postmedial postmedian postmediastinal postmediastinum postmedullary postmeiotic postmeningeal postmenstrual postmental postmeridian postmeridional postmesenteric postmillenarian postmillenarianism postmillennial postmillennialism postmillennialist postmillennian postmineral postmistress postmortal postmortuary postmundane postmuscular postmutative postmycotic postmyxedematous postnarial postnaris postnasal postnatal postnate postnati postnecrotic postnephritic postneural postneuralgic postneuritic postneurotic postnodular postnominal postnotum postnuptial postnuptially postobituary postocular postolivary postomental postoperative postoptic postoral postorbital postordination postorgastic postosseous postotic postpagan postpaid postpalatal postpalatine postpalpebral postpaludal postparalytic postparietal postparotid postparotitic postparoxysmal postparturient postpatellar postpathological postpericardial postpharyngeal postphlogistic postphragma postphrenic postphthisic postpituitary postplace postplegic postpneumonic postponable postpone postponement postponence postponer postpontile postpose postposited postposition postpositional postpositive postpositively postprandial postprandially postpredicament postprophesy postprostate postpubertal postpubescent postpubic postpubis postpuerperal postpulmonary postpupillary postpycnotic postpyloric postpyramidal postpyretic postrachitic postramus postrectal postreduction postremogeniture postremote postrenal postresurrection postresurrectional postretinal postrheumatic postrhinal postrider postrorse postrostral postrubeolar postsaccular postsacral postscalenus postscapula postscapular postscapularis postscarlatinal postscenium postscorbutic postscribe postscript postscriptum postscutellar postscutellum postseason postsigmoid postsign postspasmodic postsphenoid postsphenoidal postsphygmic postspinous postsplenial postsplenic poststernal poststertorous postsuppurative postsurgical postsynaptic postsynsacral postsyphilitic postsystolic posttabetic posttarsal posttetanic postthalamic postthoracic postthyroidal posttibial posttonic posttoxic posttracheal posttrapezoid posttraumatic posttreaty posttubercular posttussive posttympanic posttyphoid postulancy postulant postulantship postulata postulate postulation postulational postulator postulatory postulatum postulnar postumbilical postumbonal postural posture posturer postureteric posturist posturize postuterine postvaccinal postvaricellar postvarioloid postvelar postvenereal postvenous postverbal postvertebral postvesical postvide postvocalic postwar postward postwise postwoman postxyphoid postyard postzygapophysial postzygapophysis posy pot potability potable potableness potagerie potagery potamic potamogetonaceous potamological potamologist potamology potamometer potamophilous potamoplankton potash potashery potass potassa potassamide potassic potassiferous potassium potate potation potative potato potatoes potator potatory potbank potbellied potbelly potboil potboiler potboy potboydom potch potcher potcherman potcrook potdar pote potecary poteen potence potency potent potentacy potentate potential potentiality potentialization potentialize potentially potentialness potentiate potentiation potentiometer potentiometric potentize potently potentness poter potestal potestas potestate potestative poteye potful potgirl potgun pothanger pothead pothecary potheen pother potherb potherment pothery pothole pothook pothookery pothouse pothousey pothunt pothunter pothunting poticary potichomania potichomanist potifer potion potlatch potleg potlicker potlid potlike potluck potmaker potmaking potman potomania potomato potometer potong potoo potoroo potpie potpourri potrack potsherd potshoot potshooter potstick potstone pott pottage pottagy pottah potted potter potterer potteress potteringly pottery potting pottinger pottle pottled potto potty potwaller potwalling potware potwhisky potwork potwort pouce poucer poucey pouch pouched pouchful pouchless pouchlike pouchy poudrette pouf poulaine poulard poulardize poulp poulpe poult poulter poulterer poulteress poultice poulticewise poultry poultrydom poultryist poultryless poultrylike poultryman poultryproof pounamu pounce pounced pouncer pouncet pouncing pouncingly pound poundage poundal poundcake pounder pounding poundkeeper poundless poundlike poundman poundmaster poundmeal poundstone poundworth pour pourer pourie pouring pouringly pourparler pourparley pourpiece pourpoint pourpointer pouser poussette pout pouter poutful pouting poutingly pouty poverish poverishment poverty povertyweed pow powder powderable powdered powderer powderiness powdering powderization powderize powderizer powderlike powderman powdery powdike powdry powellite power powerboat powered powerful powerfully powerfulness powerhouse powerless powerlessly powerlessness powermonger powitch powldoody pownie powsoddy powsowdy powwow powwower powwowism pox poxy poy poyou pozzolanic pozzuolana pozzuolanic praam prabble prabhu practic practicability practicable practicableness practicably practical practicalism practicalist practicality practicalization practicalize practicalizer practically practicalness practicant practice practiced practicedness practicer practician practicianism practicum practitional practitioner practitionery prad pradhana praeabdomen praeacetabular praeanal praecava praecipe praecipuum praecoces praecocial praecognitum praecoracoid praecordia praecordial praecordium praecornu praecox praecuneus praedial praedialist praediality praeesophageal praefect praefectorial praefectus praefervid praefloration praefoliation praehallux praelabrum praelection praelector praelectorship praelectress praeludium praemaxilla praemolar praemunire praenarial praeneural praenomen praenomina praenominal praeoperculum praepositor praepostor praepostorial praepubis praepuce praescutum praesertim praesidium praesphenoid praesternal praesternum praestomium praesystolic praetaxation praetexta praetor praetorial praetorian praetorianism praetorium praetorship praezygapophysis pragmatic pragmatica pragmatical pragmaticality pragmatically pragmaticalness pragmaticism pragmatics pragmatism pragmatist pragmatistic pragmatize pragmatizer prairie prairiecraft prairied prairiedom prairielike prairieweed prairillon praisable praisableness praisably praise praiseful praisefully praisefulness praiseless praiseproof praiser praiseworthy praising praisingly praisworthily praisworthiness prajna prakriti praline pralltriller pram prana prance pranceful prancer prancing prancingly prancy prandial prandially prank pranked pranker prankful prankfulness pranking prankingly prankish prankishly prankishness prankle pranksome pranksomeness prankster pranky prase praseocobaltic praseodidymium praseodymia praseodymium praseolite prasine prasinous prasoid prasophagous prasophagy prastha prat pratal prate prateful pratement pratensian prater pratey pratfall pratiloma pratincole pratincoline pratincolous prating pratingly pratique pratiyasamutpada prattfall prattle prattlement prattler prattling prattlingly prattly prau pravity prawn prawner prawny praxinoscope praxiology praxis pray praya prayer prayerful prayerfully prayerfulness prayerless prayerlessly prayerlessness prayermaker prayermaking prayerwise prayful praying prayingly prayingwise preabdomen preabsorb preabsorbent preabstract preabundance preabundant preabundantly preaccept preacceptance preaccess preaccessible preaccidental preaccidentally preaccommodate preaccommodating preaccommodatingly preaccommodation preaccomplish preaccomplishment preaccord preaccordance preaccount preaccounting preaccredit preaccumulate preaccumulation preaccusation preaccuse preaccustom preaccustomed preacetabular preach preachable preacher preacherdom preacheress preacherize preacherless preacherling preachership preachieved preachification preachify preachily preachiness preaching preachingly preachman preachment preachy preacid preacidity preacidly preacidness preacknowledge preacknowledgment preacquaint preacquaintance preacquire preacquired preacquit preacquittal preact preaction preactive preactively preactivity preacute preacutely preacuteness preadamic preadamite preadamitic preadamitical preadamitism preadapt preadaptable preadaptation preaddition preadditional preaddress preadequacy preadequate preadequately preadhere preadherence preadherent preadjectival preadjective preadjourn preadjournment preadjunct preadjust preadjustable preadjustment preadministration preadministrative preadministrator preadmire preadmirer preadmission preadmit preadmonish preadmonition preadolescent preadopt preadoption preadoration preadore preadorn preadornment preadult preadulthood preadvance preadvancement preadventure preadvertency preadvertent preadvertise preadvertisement preadvice preadvisable preadvise preadviser preadvisory preadvocacy preadvocate preaestival preaffect preaffection preaffidavit preaffiliate preaffiliation preaffirm preaffirmation preaffirmative preafflict preaffliction preafternoon preaged preaggravate preaggravation preaggression preaggressive preagitate preagitation preagonal preagony preagree preagreement preagricultural preagriculture prealarm prealcohol prealcoholic prealgebra prealgebraic prealkalic preallable preallably preallegation preallege prealliance preallied preallot preallotment preallow preallowable preallowably preallowance preallude preallusion preally prealphabet prealphabetical prealtar prealteration prealveolar preamalgamation preambassadorial preambition preambitious preamble preambled preambling preambular preambulary preambulate preambulation preambulatory preanal preanaphoral preanesthetic preanimism preannex preannounce preannouncement preannouncer preantepenult preantepenultimate preanterior preanticipate preantiquity preantiseptic preaortic preappearance preapperception preapplication preappoint preappointment preapprehension preapprise preapprobation preapproval preapprove preaptitude prearm prearrange prearrangement prearrest prearrestment prearticulate preartistic preascertain preascertainment preascitic preaseptic preassigned preassume preassurance preassure preataxic preattachment preattune preaudience preauditory preaver preavowal preaxiad preaxial preaxially prebachelor prebacillary prebake prebalance preballot preballoting prebankruptcy prebaptismal prebaptize prebarbaric prebarbarous prebargain prebasal prebasilar prebeleve prebelief prebeliever prebelieving prebellum prebeloved prebend prebendal prebendary prebendaryship prebendate prebenediction prebeneficiary prebenefit prebeset prebestow prebestowal prebetray prebetrayal prebetrothal prebid prebidding prebill prebless preblessing preblockade preblooming preboast preboding preboil preborn preborrowing preboyhood prebrachial prebrachium prebreathe prebridal prebroadcasting prebromidic prebronchial prebronze prebrute prebuccal prebudget prebudgetary prebullying preburlesque preburn precalculable precalculate precalculation precampaign precancel precancellation precancerous precandidacy precandidature precanning precanonical precant precantation precanvass precapillary precapitalist precapitalistic precaptivity precapture precarcinomatous precardiac precaria precarious precariously precariousness precarium precarnival precartilage precartilaginous precary precast precation precative precatively precatory precaudal precausation precaution precautional precautionary precautious precautiously precautiousness precava precaval precedable precede precedence precedency precedent precedentable precedentary precedented precedential precedentless precedently preceder preceding precelebrant precelebrate precelebration precensure precensus precent precentor precentorial precentorship precentory precentral precentress precentrix precentrum precept preception preceptist preceptive preceptively preceptor preceptoral preceptorate preceptorial preceptorially preceptorship preceptory preceptress preceptual preceptually preceramic precerebellar precerebral precerebroid preceremonial preceremony precertification precertify preces precess precession precessional prechallenge prechampioned prechampionship precharge prechart precheck prechemical precherish prechildhood prechill prechloric prechloroform prechoice prechoose prechordal prechoroid preciation precinct precinction precinctive preciosity precious preciously preciousness precipe precipice precipiced precipitability precipitable precipitance precipitancy precipitant precipitantly precipitantness precipitate precipitated precipitatedly precipitately precipitation precipitative precipitator precipitin precipitinogen precipitinogenic precipitous precipitously precipitousness precirculate precirculation precis precise precisely preciseness precisian precisianism precisianist precision precisional precisioner precisionism precisionist precisionize precisive precitation precite precited precivilization preclaim preclaimant preclaimer preclassic preclassical preclassification preclassified preclassify preclean precleaner precleaning preclerical preclimax preclinical preclival precloacal preclose preclosure preclothe precludable preclude preclusion preclusive preclusively precoagulation precoccygeal precocial precocious precociously precociousness precocity precogitate precogitation precognition precognitive precognizable precognizant precognize precognosce precoil precoiler precoincidence precoincident precoincidently precollapsable precollapse precollect precollectable precollection precollector precollege precollegiate precollude precollusion precollusive precolor precolorable precoloration precoloring precombat precombatant precombination precombine precombustion precommand precommend precomment precommercial precommissural precommissure precommit precommune precommunicate precommunication precommunion precompare precomparison precompass precompel precompensate precompensation precompilation precompile precompiler precompleteness precompletion precompliance precompliant precomplicate precomplication precompose precomposition precompound precompounding precompoundly precomprehend precomprehension precomprehensive precompress precompulsion precomradeship preconceal preconcealment preconcede preconceivable preconceive preconceived preconcentrate preconcentrated preconcentratedly preconcentration preconcept preconception preconceptional preconceptual preconcern preconcernment preconcert preconcerted preconcertedly preconcertedness preconcertion preconcertive preconcession preconcessive preconclude preconclusion preconcur preconcurrence preconcurrent preconcurrently precondemn precondemnation precondensation precondense precondition preconditioned preconduct preconduction preconductor precondylar precondyloid preconfer preconference preconfess preconfession preconfide preconfiguration preconfigure preconfine preconfinedly preconfinemnt preconfirm preconfirmation preconflict preconform preconformity preconfound preconfuse preconfusedly preconfusion precongenial precongested precongestion precongestive precongratulate precongratulation precongressional preconizance preconization preconize preconizer preconjecture preconnection preconnective preconnubial preconquer preconquest preconquestal preconquestual preconscious preconsciously preconsciousness preconsecrate preconsecration preconsent preconsider preconsideration preconsign preconsolation preconsole preconsolidate preconsolidated preconsolidation preconsonantal preconspiracy preconspirator preconspire preconstituent preconstitute preconstruct preconstruction preconsult preconsultation preconsultor preconsume preconsumer preconsumption precontact precontain precontained precontemn precontemplate precontemplation precontemporaneous precontemporary precontend precontent precontention precontently precontentment precontest precontinental precontract precontractive precontractual precontribute precontribution precontributive precontrivance precontrive precontrol precontrolled precontroversial precontroversy preconvention preconversation preconversational preconversion preconvert preconvey preconveyal preconveyance preconvict preconviction preconvince precook precooker precool precooler precooling precopy precoracoid precordia precordial precordiality precordially precordium precorneal precornu precoronation precorrect precorrection precorrectly precorrectness precorrespond precorrespondence precorrespondent precorridor precorrupt precorruption precorruptive precorruptly precoruptness precosmic precosmical precostal precounsel precounsellor precourse precover precovering precox precreate precreation precreative precredit precreditor precreed precritical precriticism precriticize precrucial precrural precrystalline precultivate precultivation precultural preculturally preculture precuneal precuneate precuneus precure precurrent precurricular precurriculum precursal precurse precursive precursor precursory precurtain precut precyclone precyclonic precynical precyst precystic predable predacean predaceous predaceousness predacity predamage predamn predamnation predark predarkness predata predate predation predatism predative predator predatorily predatoriness predatory predawn preday predaylight predaytime predazzite predealer predealing predeath predeathly predebate predebater predebit predebtor predecay predecease predeceaser predeceive predeceiver predeception predecession predecessor predecessorship predecide predecision predecisive predeclaration predeclare predeclination predecline predecree prededicate prededuct prededuction predefault predefeat predefect predefective predefence predefend predefense predefiance predeficiency predeficient predefine predefinite predefinition predefray predefrayal predefy predegeneracy predegenerate predegree predeication predelay predelegate predelegation predeliberate predeliberately predeliberation predelineate predelineation predelinquency predelinquent predelinquently predeliver predelivery predella predelude predelusion predemand predemocracy predemocratic predemonstrate predemonstration predemonstrative predenial predental predentary predentate predeny predepart predepartmental predeparture predependable predependence predependent predeplete predepletion predeposit predepository predepreciate predepreciation predepression predeprivation predeprive prederivation prederive predescend predescent predescribe predescription predesert predeserter predesertion predeserve predeserving predesign predesignate predesignation predesignatory predesirous predesolate predesolation predespair predesperate predespicable predespise predespond predespondency predespondent predestinable predestinarian predestinarianism predestinate predestinately predestination predestinational predestinationism predestinationist predestinative predestinator predestine predestiny predestitute predestitution predestroy predestruction predetach predetachment predetail predetain predetainer predetect predetention predeterminability predeterminable predeterminant predeterminate predeterminately predetermination predeterminative predetermine predeterminer predeterminism predeterministic predetest predetestation predetrimental predevelop predevelopment predevise predevote predevotion predevour prediagnosis prediagnostic predial prediastolic prediatory predicability predicable predicableness predicably predicament predicamental predicamentally predicant predicate predication predicational predicative predicatively predicator predicatory predicrotic predict predictability predictable predictably predictate predictation prediction predictional predictive predictively predictiveness predictor predictory prediet predietary predifferent predifficulty predigest predigestion predikant predilect predilected predilection prediligent prediligently prediluvial prediluvian prediminish prediminishment prediminution predine predinner prediphtheritic prediploma prediplomacy prediplomatic predirect predirection predirector predisability predisable predisadvantage predisadvantageous predisadvantageously predisagree predisagreeable predisagreement predisappointment predisaster predisastrous prediscern prediscernment predischarge prediscipline predisclose predisclosure prediscontent prediscontented prediscontentment prediscontinuance prediscontinuation prediscontinue prediscount prediscountable prediscourage prediscouragement prediscourse prediscover prediscoverer prediscovery prediscreet prediscretion prediscretionary prediscriminate prediscrimination prediscriminator prediscuss prediscussion predisgrace predisguise predisgust predislike predismiss predismissal predismissory predisorder predisordered predisorderly predispatch predispatcher predisperse predispersion predisplace predisplacement predisplay predisponency predisponent predisposable predisposal predispose predisposed predisposedly predisposedness predisposition predispositional predisputant predisputation predispute predisregard predisrupt predisruption predissatisfaction predissolution predissolve predissuade predistinct predistinction predistinguish predistress predistribute predistribution predistributor predistrict predistrust predistrustful predisturb predisturbance prediversion predivert predivide predividend predivider predivinable predivinity predivision predivorce predivorcement predoctorate predocumentary predomestic predominance predominancy predominant predominantly predominate predominately predominatingly predomination predominator predonate predonation predonor predoom predorsal predoubt predoubter predoubtful predraft predrainage predramatic predraw predrawer predread predreadnought predrill predriller predrive predriver predry preduplicate preduplication predusk predwell predynamite predynastic preen preener preeze prefab prefabricate prefabrication prefabricator preface prefaceable prefacer prefacial prefacist prefactor prefactory prefamiliar prefamiliarity prefamiliarly prefamous prefashion prefatial prefator prefatorial prefatorially prefatorily prefatory prefavor prefavorable prefavorably prefavorite prefearful prefearfully prefeast prefect prefectly prefectoral prefectorial prefectorially prefectorian prefectship prefectual prefectural prefecture prefecundation prefecundatory prefederal prefelic prefer preferability preferable preferableness preferably preferee preference preferent preferential preferentialism preferentialist preferentially preferment prefermentation preferred preferredly preferredness preferrer preferrous prefertile prefertility prefertilization prefertilize prefervid prefestival prefeudal prefeudalic prefeudalism prefiction prefictional prefigurate prefiguration prefigurative prefiguratively prefigurativeness prefigure prefigurement prefiller prefilter prefinal prefinance prefinancial prefine prefinish prefix prefixable prefixal prefixally prefixation prefixed prefixedly prefixion prefixture preflagellate preflatter preflattery preflavor preflavoring preflection preflexion preflight preflood prefloration preflowering prefoliation prefool preforbidden preforceps preforgive preforgiveness preforgotten preform preformant preformation preformationary preformationism preformationist preformative preformed preformism preformist preformistic preformulate preformulation prefortunate prefortunately prefortune prefoundation prefounder prefragrance prefragrant prefrankness prefraternal prefraternally prefraud prefreeze prefreshman prefriendly prefriendship prefright prefrighten prefrontal prefulfill prefulfillment prefulgence prefulgency prefulgent prefunction prefunctional prefuneral prefungoidal prefurlough prefurnish pregain pregainer pregalvanize preganglionic pregather pregathering pregeminum pregenerate pregeneration pregenerosity pregenerous pregenerously pregenial pregeniculatum pregeniculum pregenital pregeological pregirlhood preglacial pregladden pregladness preglenoid preglenoidal preglobulin pregnability pregnable pregnance pregnancy pregnant pregnantly pregnantness pregolden pregolfing pregracile pregracious pregrade pregraduation pregranite pregranitic pregratification pregratify pregreet pregreeting pregrievance pregrowth preguarantee preguarantor preguard preguess preguidance preguide preguilt preguiltiness preguilty pregust pregustant pregustation pregustator pregustic prehallux prehalter prehandicap prehandle prehaps preharden preharmonious preharmoniousness preharmony preharsh preharshness preharvest prehatred prehaunt prehaunted prehaustorium prehazard prehazardous preheal prehearing preheat preheated preheater prehemiplegic prehend prehensible prehensile prehensility prehension prehensive prehensiveness prehensor prehensorial prehensory prehepatic prehepaticus preheroic prehesitancy prehesitate prehesitation prehexameral prehistorian prehistoric prehistorical prehistorically prehistorics prehistory prehnite prehnitic preholder preholding preholiday prehorizon prehorror prehostile prehostility prehuman prehumiliate prehumiliation prehumor prehunger prehydration prehypophysis preidea preidentification preidentify preignition preilluminate preillumination preillustrate preillustration preimage preimaginary preimagination preimagine preimbibe preimbue preimitate preimitation preimitative preimmigration preimpair preimpairment preimpart preimperial preimport preimportance preimportant preimportantly preimportation preimposal preimpose preimposition preimpress preimpression preimpressive preimprove preimprovement preinaugural preinaugurate preincarnate preincentive preinclination preincline preinclude preinclusion preincorporate preincorporation preincrease preindebted preindebtedness preindemnification preindemnify preindemnity preindependence preindependent preindependently preindesignate preindicant preindicate preindication preindispose preindisposition preinduce preinducement preinduction preinductive preindulge preindulgence preindulgent preindustrial preindustry preinfect preinfection preinfer preinference preinflection preinflectional preinflict preinfluence preinform preinformation preinhabit preinhabitant preinhabitation preinhere preinherit preinheritance preinitial preinitiate preinitiation preinjure preinjurious preinjury preinquisition preinscribe preinscription preinsert preinsertion preinsinuate preinsinuating preinsinuatingly preinsinuation preinsinuative preinspect preinspection preinspector preinspire preinstall preinstallation preinstill preinstillation preinstruct preinstruction preinstructional preinstructive preinsula preinsular preinsulate preinsulation preinsult preinsurance preinsure preintellectual preintelligence preintelligent preintelligently preintend preintention preintercede preintercession preinterchange preintercourse preinterest preinterfere preinterference preinterpret preinterpretation preinterpretative preinterview preintone preinvent preinvention preinventive preinventory preinvest preinvestigate preinvestigation preinvestigator preinvestment preinvitation preinvite preinvocation preinvolve preinvolvement preiotization preiotize preirrigation preirrigational preissuance preissue prejacent prejournalistic prejudge prejudgement prejudger prejudgment prejudication prejudicative prejudicator prejudice prejudiced prejudicedly prejudiceless prejudiciable prejudicial prejudicially prejudicialness prejudicious prejudiciously prejunior prejurisdiction prejustification prejustify prejuvenile prekindergarten prekindle preknit preknow preknowledge prelabel prelabial prelabor prelabrum prelachrymal prelacrimal prelacteal prelacy prelanguage prelapsarian prelate prelatehood prelateship prelatess prelatial prelatic prelatical prelatically prelaticalness prelation prelatish prelatism prelatist prelatize prelatry prelature prelaunch prelaunching prelawful prelawfully prelawfulness prelease prelect prelection prelector prelectorship prelectress prelecture prelegacy prelegal prelegate prelegatee prelegend prelegendary prelegislative preliability preliable prelibation preliberal preliberality preliberally preliberate preliberation prelicense prelim preliminarily preliminary prelimit prelimitate prelimitation prelingual prelinguistic prelinpinpin preliquidate preliquidation preliteral preliterally preliteralness preliterary preliterate preliterature prelithic prelitigation preloan prelocalization prelocate prelogic prelogical preloral preloreal preloss prelude preluder preludial preludious preludiously preludium preludize prelumbar prelusion prelusive prelusively prelusorily prelusory preluxurious premachine premadness premaintain premaintenance premake premaker premaking premandibular premanhood premaniacal premanifest premanifestation premankind premanufacture premanufacturer premanufacturing premarital premarriage premarry premastery prematch premate prematerial prematernity prematrimonial prematuration premature prematurely prematureness prematurity premaxilla premaxillary premeasure premeasurement premechanical premedia premedial premedian premedic premedical premedicate premedication premedieval premedievalism premeditate premeditatedly premeditatedness premeditatingly premeditation premeditative premeditator premegalithic prememorandum premenace premenstrual premention premeridian premerit premetallic premethodical premial premiant premiate premidnight premidsummer premier premieral premiere premieress premierjus premiership premilitary premillenarian premillenarianism premillennial premillennialism premillennialist premillennialize premillennially premillennian preminister preministry premious premisal premise premisory premisrepresent premisrepresentation premiss premium premix premixer premixture premodel premodern premodification premodify premolar premold premolder premolding premonarchial premonetary premonish premonishment premonition premonitive premonitor premonitorily premonitory premonopolize premonopoly premonumental premoral premorality premorally premorbid premorbidly premorbidness premorning premorse premortal premortification premortify premortuary premosaic premotion premourn premove premovement premover premuddle premultiplication premultiplier premultiply premundane premunicipal premunition premunitory premusical premuster premutative premutiny premycotic premyelocyte premythical prename prenares prenarial prenaris prenasal prenatal prenatalist prenatally prenational prenative prenatural prenaval prender prendre prenebular prenecessitate preneglect preneglectful prenegligence prenegligent prenegotiate prenegotiation preneolithic prenephritic preneural preneuralgic prenight prenoble prenodal prenominal prenominate prenomination prenominical prenotation prenotice prenotification prenotify prenotion prentice prenticeship prenumber prenumbering prenuncial prenuptial prenursery preobedience preobedient preobject preobjection preobjective preobligate preobligation preoblige preobservance preobservation preobservational preobserve preobstruct preobstruction preobtain preobtainable preobtrude preobtrusion preobtrusive preobviate preobvious preobviously preobviousness preoccasioned preoccipital preocclusion preoccultation preoccupancy preoccupant preoccupate preoccupation preoccupative preoccupied preoccupiedly preoccupiedness preoccupier preoccupy preoccur preoccurrence preoceanic preocular preodorous preoffend preoffense preoffensive preoffensively preoffensiveness preoffer preoffering preofficial preofficially preominate preomission preomit preopen preopening preoperate preoperation preoperative preoperatively preoperator preopercle preopercular preoperculum preopinion preopinionated preoppose preopposition preoppress preoppression preoppressor preoptic preoptimistic preoption preoral preorally preorbital preordain preorder preordination preorganic preorganization preorganize preoriginal preoriginally preornamental preoutfit preoutline preoverthrow prep prepainful prepalatal prepalatine prepaleolithic prepanic preparable preparation preparationist preparative preparatively preparator preparatorily preparatory prepardon prepare prepared preparedly preparedness preparement preparental preparer preparietal preparingly preparliamentary preparoccipital preparoxysmal prepartake preparticipation prepartisan prepartition prepartnership prepatellar prepatent prepatriotic prepave prepavement prepay prepayable prepayment prepeduncle prepenetrate prepenetration prepenial prepense prepensely prepeople preperceive preperception preperceptive preperitoneal prepersuade prepersuasion prepersuasive preperusal preperuse prepetition prephragma prephthisical prepigmental prepink prepious prepituitary preplace preplacement preplacental preplan preplant prepledge preplot prepoetic prepoetical prepoison prepolice prepolish prepolitic prepolitical prepolitically prepollence prepollency prepollent prepollex preponder preponderance preponderancy preponderant preponderantly preponderate preponderately preponderating preponderatingly preponderation preponderous preponderously prepontile prepontine preportray preportrayal prepose preposition prepositional prepositionally prepositive prepositively prepositor prepositorial prepositure prepossess prepossessed prepossessing prepossessingly prepossessingness prepossession prepossessionary prepossessor preposterous preposterously preposterousness prepostorship prepotence prepotency prepotent prepotential prepotently prepractical prepractice preprandial prepreference prepreparation preprice preprimary preprimer preprimitive preprint preprofess preprofessional preprohibition prepromise prepromote prepromotion prepronounce prepronouncement preprophetic preprostatic preprove preprovide preprovision preprovocation preprovoke preprudent preprudently prepsychological prepsychology prepuberal prepubertal prepuberty prepubescent prepubic prepubis prepublication prepublish prepuce prepunctual prepunish prepunishment prepupa prepupal prepurchase prepurchaser prepurpose preputial preputium prepyloric prepyramidal prequalification prequalify prequarantine prequestion prequotation prequote preracing preradio prerailroad prerailroadite prerailway preramus prerational prereadiness preready prerealization prerealize prerebellion prereceipt prereceive prereceiver prerecital prerecite prereckon prereckoning prerecognition prerecognize prerecommend prerecommendation prereconcile prereconcilement prereconciliation prerectal preredeem preredemption prereduction prerefer prereference prerefine prerefinement prereform prereformation prereformatory prerefusal prerefuse preregal preregister preregistration preregulate preregulation prereject prerejection prerejoice prerelate prerelation prerelationship prerelease prereligious prereluctation preremit preremittance preremorse preremote preremoval preremove preremunerate preremuneration prerenal prerent prerental prereport prerepresent prerepresentation prereption prerepublican prerequest prerequire prerequirement prerequisite prerequisition preresemblance preresemble preresolve preresort prerespectability prerespectable prerespiration prerespire preresponsibility preresponsible prerestoration prerestrain prerestraint prerestrict prerestriction prereturn prereveal prerevelation prerevenge prereversal prereverse prereview prerevise prerevision prerevival prerevolutionary prerheumatic prerich prerighteous prerighteously prerighteousness prerogatival prerogative prerogatived prerogatively prerogativity prerolandic preromantic preromanticism preroute preroutine preroyal preroyally preroyalty prerupt preruption presacral presacrifice presacrificial presage presageful presagefully presager presagient presaging presagingly presalvation presanctification presanctified presanctify presanguine presanitary presartorial presatisfaction presatisfactory presatisfy presavage presavagery presay presbyacousia presbyacusia presbycousis presbycusis presbyope presbyophrenia presbyophrenic presbyopia presbyopic presbyopy presbyte presbyter presbyteral presbyterate presbyterated presbyteress presbyteria presbyterial presbyterially presbyterium presbytership presbytery presbytia presbytic presbytism prescapula prescapular prescapularis prescholastic preschool prescience prescient prescientific presciently prescind prescindent prescission prescored prescout prescribable prescribe prescriber prescript prescriptibility prescriptible prescription prescriptionist prescriptive prescriptively prescriptiveness prescriptorial prescrive prescutal prescutum preseal presearch preseason preseasonal presecular presecure presee preselect presell preseminal preseminary presence presenced presenceless presenile presenility presensation presension present presentability presentable presentableness presentably presental presentation presentational presentationism presentationist presentative presentatively presentee presentence presenter presential presentiality presentially presentialness presentient presentiment presentimental presentist presentive presentively presentiveness presently presentment presentness presentor preseparate preseparation preseparator preservability preservable preserval preservation preservationist preservative preservatize preservatory preserve preserver preserveress preses presession preset presettle presettlement presexual preshadow preshape preshare presharpen preshelter preship preshipment preshortage preshorten preshow preside presidence presidencia presidency president presidente presidentess presidential presidentially presidentiary presidentship presider presidial presidially presidiary presidio presidium presift presign presignal presignificance presignificancy presignificant presignification presignificative presignificator presignify presimian preslavery presmooth presocial presocialism presocialist presolar presolicit presolicitation presolution presolve presophomore presound prespecialist prespecialize prespecific prespecifically prespecification prespecify prespeculate prespeculation presphenoid presphenoidal presphygmic prespinal prespinous prespiracular presplendor presplenomegalic prespoil prespontaneity prespontaneous prespontaneously prespread presprinkle prespur press pressable pressboard pressdom pressel presser pressfat pressful pressgang pressible pressing pressingly pressingness pression pressive pressman pressmanship pressmark pressor presspack pressroom pressurage pressural pressure pressureless pressureproof pressurize pressurizer presswoman presswork pressworker prest prestabilism prestability prestable prestamp prestandard prestandardization prestandardize prestant prestate prestation prestatistical presteam presteel prester presternal presternum prestidigital prestidigitate prestidigitation prestidigitator prestidigitatorial prestige prestigiate prestigiation prestigiator prestigious prestigiously prestigiousness prestimulate prestimulation prestimulus prestissimo presto prestock prestomial prestomium prestorage prestore prestraighten prestrain prestrengthen prestress prestretch prestricken prestruggle prestubborn prestudious prestudiously prestudiousness prestudy presubdue presubiculum presubject presubjection presubmission presubmit presubordinate presubordination presubscribe presubscriber presubscription presubsist presubsistence presubsistent presubstantial presubstitute presubstitution presuccess presuccessful presuccessfully presuffer presuffering presufficiency presufficient presufficiently presuffrage presuggest presuggestion presuggestive presuitability presuitable presuitably presumable presumably presume presumedly presumer presuming presumption presumptious presumptiously presumptive presumptively presumptuous presumptuously presumptuousness presuperficial presuperficiality presuperficially presuperfluity presuperfluous presuperfluously presuperintendence presuperintendency presupervise presupervision presupervisor presupplemental presupplementary presupplicate presupplication presupply presupport presupposal presuppose presupposition presuppositionless presuppress presuppression presuppurative presupremacy presupreme presurgery presurgical presurmise presurprisal presurprise presurrender presurround presurvey presusceptibility presusceptible presuspect presuspend presuspension presuspicion presuspicious presuspiciously presuspiciousness presustain presutural preswallow presylvian presympathize presympathy presymphonic presymphony presymphysial presymptom presymptomatic presynapsis presynaptic presystematic presystematically presystole presystolic pretabulate pretabulation pretan pretangible pretangibly pretannage pretardily pretardiness pretardy pretariff pretaste preteach pretechnical pretechnically pretelegraph pretelegraphic pretelephone pretelephonic pretell pretemperate pretemperately pretemporal pretend pretendant pretended pretendedly pretender pretendership pretendingly pretendingness pretense pretenseful pretenseless pretension pretensional pretensionless pretensive pretensively pretensiveness pretentative pretentious pretentiously pretentiousness pretercanine preterchristian preterconventional preterdetermined preterdeterminedly preterdiplomatic preterdiplomatically preterequine preteressential pretergress pretergression preterhuman preterience preterient preterintentional preterist preterit preteriteness preterition preteritive preteritness preterlabent preterlegal preterlethal preterminal pretermission pretermit pretermitter preternative preternatural preternaturalism preternaturalist preternaturality preternaturally preternaturalness preternormal preternotorious preternuptial preterpluperfect preterpolitical preterrational preterregular preterrestrial preterritorial preterroyal preterscriptural preterseasonable pretersensual pretervection pretest pretestify pretestimony pretext pretexted pretextuous pretheological prethoracic prethoughtful prethoughtfully prethoughtfulness prethreaten prethrill prethrust pretibial pretimeliness pretimely pretincture pretire pretoken pretone pretonic pretorial pretorship pretorsional pretorture pretournament pretrace pretracheal pretraditional pretrain pretraining pretransact pretransaction pretranscribe pretranscription pretranslate pretranslation pretransmission pretransmit pretransport pretransportation pretravel pretreat pretreatment pretreaty pretrematic pretribal pretry prettification prettifier prettify prettikin prettily prettiness pretty prettyface prettyish prettyism pretubercular pretuberculous pretympanic pretyphoid pretypify pretypographical pretyrannical pretyranny pretzel preultimate preultimately preumbonal preunderstand preundertake preunion preunite preutilizable preutilization preutilize prevacate prevacation prevaccinate prevaccination prevail prevailance prevailer prevailingly prevailingness prevailment prevalence prevalency prevalent prevalently prevalentness prevalescence prevalescent prevalid prevalidity prevalidly prevaluation prevalue prevariation prevaricate prevarication prevaricator prevaricatory prevascular prevegetation prevelar prevenance prevenancy prevene prevenience prevenient preveniently prevent preventability preventable preventative preventer preventible preventingly prevention preventionism preventionist preventive preventively preventiveness preventorium preventure preverb preverbal preverification preverify prevernal preversion prevertebral prevesical preveto previctorious previde previdence preview previgilance previgilant previgilantly previolate previolation previous previously previousness previse previsibility previsible previsibly prevision previsional previsit previsitor previsive previsor prevocal prevocalic prevocally prevocational prevogue prevoid prevoidance prevolitional prevolunteer prevomer prevotal prevote prevoyance prevoyant prevue prewar prewarn prewarrant prewash preweigh prewelcome prewhip prewilling prewillingly prewillingness prewire prewireless prewitness prewonder prewonderment preworldliness preworldly preworship preworthily preworthiness preworthy prewound prewrap prexy prey preyer preyful preyingly preyouthful prezonal prezone prezygapophysial prezygapophysis prezygomatic priacanthid priacanthine priapism priapulid priapuloid price priceable priceably priced priceite priceless pricelessness pricer prich prick prickant pricked pricker pricket prickfoot pricking prickingly prickish prickle prickleback prickled pricklefish prickless prickliness prickling pricklingly pricklouse prickly pricklyback prickmadam prickmedainty prickproof pricks prickseam prickshot prickspur pricktimber prickwood pricky pride prideful pridefully pridefulness prideless pridelessly prideling prideweed pridian priding pridingly pridy pried prier priest priestal priestcap priestcraft priestdom priesteen priestery priestess priestfish priesthood priestianity priestish priestism priestless priestlet priestlike priestliness priestling priestly priestship priestshire prig prigdom prigger priggery priggess priggish priggishly priggishness priggism prighood prigman prill prillion prim prima primacy primage primal primality primar primarian primaried primarily primariness primary primatal primate primateship primatial primatic primatical primavera primaveral prime primegilt primely primeness primer primero primerole primeval primevalism primevally primeverose primevity primevous primevrin primigene primigenial primigenian primigenious primigenous primigravida primine priming primipara primiparity primiparous primipilar primitiae primitial primitias primitive primitively primitivism primitivist primitivistic primitivity primly primness primogenetrix primogenial primogenital primogenitary primogenitive primogenitor primogeniture primogenitureship primogenous primoprime primoprimitive primordality primordia primordial primordialism primordially primordiate primordium primosity primost primp primrose primrosed primrosetide primrosetime primrosy primsie primula primulaceous primulaverin primulaveroside primulic primuline primus primwort primy prince princeage princecraft princedom princehood princekin princeless princelet princelike princeliness princeling princely princeps princeship princess princessdom princesse princesslike princessly princewood princified princify principal principality principally principalness principalship principate principes principia principiant principiate principiation principium principle principulus princock princox prine pringle prink prinker prinkle prinky print printability printable printableness printed printer printerdom printerlike printery printing printless printline printscript printworks priodont prion prionid prionine prionodesmacean prionodesmaceous prionodesmatic prionodont prionopine prior prioracy prioral priorate prioress prioristic prioristically priorite priority priorly priorship priory prisable prisage prisal priscan prism prismal prismatic prismatical prismatically prismatization prismatize prismatoid prismatoidal prismed prismoid prismoidal prismy prisometer prison prisonable prisondom prisoner prisonful prisonlike prisonment prisonous priss prissily prissiness prissy pristane pristine pritch pritchel prithee prius privacity privacy privant private privateer privateersman privately privateness privation privative privatively privativeness privet privilege privileged privileger privily priviness privity privy prizable prize prizeable prizeholder prizeman prizer prizery prizetaker prizeworthy pro proa proabolitionist proabsolutism proabsolutist proabstinence proacademic proacceptance proacquisition proacquittal proaction proactor proaddition proadjournment proadministration proadmission proadoption proadvertising proaesthetic proaggressionist proagitation proagrarian proagreement proagricultural proagule proairesis proairplane proal proalcoholism proalien proalliance proallotment proalteration proamateur proambient proamendment proamnion proamniotic proamusement proanaphora proanaphoral proanarchic proangiosperm proangiospermic proangiospermous proanimistic proannexation proannexationist proantarctic proanthropos proapostolic proappointment proapportionment proappreciation proappropriation proapproval proaquatic proarbitration proarbitrationist proarchery proarctic proaristocratic proarmy proassessment proassociation proatheist proatheistic proathletic proatlas proattack proattendance proauction proaudience proaulion proauthor proauthority proautomobile proavian proaviation proaward prob probabiliorism probabiliorist probabilism probabilist probabilistic probability probabilize probabl probable probableness probably probachelor probal proballoon probang probanishment probankruptcy probant probargaining probaseball probasketball probate probathing probatical probation probational probationary probationer probationerhood probationership probationism probationist probationship probative probatively probator probatory probattle probattleship probe probeable probeer prober probetting probiology probituminous probity problem problematic problematical problematically problematist problematize problemdom problemist problemistic problemize problemwise problockade probonding probonus proborrowing proboscidal proboscidate proboscidean proboscideous proboscides proboscidial proboscidian proboscidiferous proboscidiform probosciform probosciformed proboscis proboscislike probouleutic proboulevard probowling proboxing proboycott probrick probridge probroadcasting probudget probudgeting probuilding probusiness probuying procacious procaciously procacity procaine procambial procambium procanal procancellation procapital procapitalism procapitalist procarnival procarp procarpium procarrier procatalectic procatalepsis procatarctic procatarxis procathedral procedendo procedural procedure proceed proceeder proceeding proceeds proceleusmatic procellarian procellarid procellariine procellas procello procellose procellous procensorship procensure procentralization procephalic procercoid procereal procerebral procerebrum proceremonial proceremonialism proceremonialist proceres procerite proceritic procerity procerus process processal procession processional processionalist processionally processionary processioner processionist processionize processionwise processive processor processual procharity prochein prochemical prochlorite prochondral prochoos prochordal prochorion prochorionic prochromosome prochronic prochronism prochronize prochurch prochurchian procidence procident procidentia procivic procivilian procivism proclaim proclaimable proclaimant proclaimer proclaiming proclaimingly proclamation proclamator proclamatory proclassic proclassical proclergy proclerical proclericalism procline proclisis proclitic proclive proclivitous proclivity proclivous proclivousness procnemial procoelia procoelian procoelous procoercive procollectivistic procollegiate procombat procombination procomedy procommemoration procomment procommercial procommission procommittee procommunal procommunism procommunist procommutation procompensation procompetition procompromise procompulsion proconcentration proconcession proconciliation procondemnation proconfederationist proconference proconfession proconfessionist proconfiscation proconformity proconquest proconscription proconscriptive proconservation proconservationist proconsolidation proconstitutional proconstitutionalism proconsul proconsular proconsulary proconsulate proconsulship proconsultation procontinuation proconvention proconventional proconviction procoracoid procoracoidal procorporation procosmetic procosmopolitan procotton procourt procrastinate procrastinating procrastinatingly procrastination procrastinative procrastinatively procrastinator procrastinatory procreant procreate procreation procreative procreativeness procreator procreatory procreatress procreatrix procremation procritic procritique procrypsis procryptic procryptically proctal proctalgia proctalgy proctatresia proctatresy proctectasia proctectomy procteurynter proctitis proctocele proctoclysis proctocolitis proctocolonoscopy proctocystoplasty proctocystotomy proctodaeal proctodaeum proctodynia proctoelytroplastic proctologic proctological proctologist proctology proctoparalysis proctoplastic proctoplasty proctoplegia proctopolypus proctoptoma proctoptosis proctor proctorage proctoral proctorial proctorially proctorical proctorization proctorize proctorling proctorrhagia proctorrhaphy proctorrhea proctorship proctoscope proctoscopic proctoscopy proctosigmoidectomy proctosigmoiditis proctospasm proctostenosis proctostomy proctotome proctotomy proctotresia proctotrypid proctotrypoid proctovalvotomy procumbent procurable procuracy procural procurance procurate procuration procurative procurator procuratorate procuratorial procuratorship procuratory procuratrix procure procurement procurer procuress procurrent procursive procurvation procurved procyoniform procyonine proczarist prod prodatary prodder proddle prodecoration prodefault prodefiance prodelay prodelision prodemocratic prodenominational prodentine prodeportation prodespotic prodespotism prodialogue prodigal prodigalish prodigalism prodigality prodigalize prodigally prodigiosity prodigious prodigiously prodigiousness prodigus prodigy prodisarmament prodisplay prodissoconch prodissolution prodistribution prodition proditorious proditoriously prodivision prodivorce prodproof prodramatic prodroma prodromal prodromatic prodromatically prodrome prodromic prodromous prodromus producal produce produceable produceableness produced producent producer producership producibility producible producibleness product producted productibility productible productid productile production productional productionist productive productively productiveness productivity productoid productor productory productress proecclesiastical proeconomy proeducation proeducational proegumenal proelectric proelectrical proelectrification proelectrocution proelimination proem proembryo proembryonic proemial proemium proemployee proemptosis proenforcement proenlargement proenzym proenzyme proepimeron proepiscopist proepisternum proequality proethical proethnic proethnically proetid proevolution proevolutionist proexamination proexecutive proexemption proexercise proexperiment proexpert proexporting proexposure proextension proextravagance prof profaculty profanable profanableness profanably profanation profanatory profanchise profane profanely profanement profaneness profaner profanism profanity profanize profarmer profection profectional profectitious profederation profeminism profeminist proferment profert profess professable professed professedly profession professional professionalism professionalist professionality professionalization professionalize professionally professionist professionize professionless professive professively professor professorate professordom professoress professorial professorialism professorially professoriate professorlike professorling professorship professory proffer profferer proficience proficiency proficient proficiently proficientness profiction proficuous proficuously profile profiler profilist profilograph profit profitability profitable profitableness profitably profiteer profiteering profiter profiting profitless profitlessly profitlessness profitmonger profitmongering profitproof proflated proflavine profligacy profligate profligately profligateness profligation proflogger profluence profluent profluvious profluvium proforeign profound profoundly profoundness profraternity profugate profulgent profunda profundity profuse profusely profuseness profusion profusive profusively profusiveness prog progambling progamete progamic proganosaur progenerate progeneration progenerative progenital progenitive progenitiveness progenitor progenitorial progenitorship progenitress progenitrix progeniture progenity progeny progeotropic progeotropism progeria progermination progestational progesterone progestin progger proglottic proglottid proglottidean proglottis prognathi prognathic prognathism prognathous prognathy progne prognose prognosis prognostic prognosticable prognostically prognosticate prognostication prognosticative prognosticator prognosticatory progoneate progospel progovernment program programist programistic programma programmar programmatic programmatically programmatist programmer progrede progrediency progredient progress progresser progression progressional progressionally progressionary progressionism progressionist progressism progressist progressive progressively progressiveness progressivism progressivist progressivity progressor proguardian progymnosperm progymnospermic progymnospermous progypsy prohaste prohibit prohibiter prohibition prohibitionary prohibitionism prohibitionist prohibitive prohibitively prohibitiveness prohibitor prohibitorily prohibitory proholiday prohostility prohuman prohumanistic prohydrotropic prohydrotropism proidealistic proimmunity proinclusion proincrease proindemnity proindustrial proinjunction proinnovationist proinquiry proinsurance prointervention proinvestment proirrigation projacient project projectable projectedly projectile projecting projectingly projection projectional projectionist projective projectively projectivity projector projectress projectrix projecture projicience projicient projiciently projournalistic projudicial proke prokeimenon proker prokindergarten proklausis prolabium prolabor prolacrosse prolactin prolamin prolan prolapse prolapsus prolarva prolarval prolate prolately prolateness prolation prolative prolatively proleague proleaguer prolectite proleg prolegate prolegislative prolegomena prolegomenal prolegomenary prolegomenist prolegomenon prolegomenous proleniency prolepsis proleptic proleptical proleptically proleptics proletairism proletarian proletarianism proletarianization proletarianize proletarianly proletarianness proletariat proletariatism proletarization proletarize proletary proletcult proleucocyte proleukocyte prolicense prolicidal prolicide proliferant proliferate proliferation proliferative proliferous proliferously prolific prolificacy prolifical prolifically prolificalness prolificate prolification prolificity prolificly prolificness prolificy prolify proligerous proline proliquor proliterary proliturgical proliturgist prolix prolixity prolixly prolixness prolocution prolocutor prolocutorship prolocutress prolocutrix prologist prologize prologizer prologos prologue prologuelike prologuer prologuist prologuize prologuizer prologus prolong prolongable prolongableness prolongably prolongate prolongation prolonge prolonger prolongment prolusion prolusionize prolusory prolyl promachinery promachos promagisterial promagistracy promagistrate promajority promammal promammalian promarriage promatrimonial promatrimonialist promaximum promemorial promenade promenader promenaderess promercantile promercy promerger promeristem promerit promeritor promethium promic promilitarism promilitarist promilitary prominence prominency prominent prominently prominimum proministry prominority promisable promiscuity promiscuous promiscuously promiscuousness promise promisee promiseful promiseless promisemonger promiseproof promiser promising promisingly promisingness promisor promissionary promissive promissor promissorily promissory promitosis promittor promnesia promoderation promoderationist promodernist promodernistic promonarchic promonarchical promonarchicalness promonarchist promonopolist promonopoly promontoried promontory promoral promorph promorphological promorphologically promorphologist promorphology promotable promote promotement promoter promotion promotional promotive promotiveness promotor promotorial promotress promotrix promovable promovent prompt promptbook prompter promptitude promptive promptly promptness promptress promptuary prompture promulgate promulgation promulgator promulge promulger promuscidate promuscis promycelial promycelium promythic pronaos pronate pronation pronational pronationalism pronationalist pronationalistic pronative pronatoflexor pronator pronaval pronavy prone pronegotiation pronegro pronegroism pronely proneness pronephric pronephridiostome pronephron pronephros proneur prong prongbuck pronged pronger pronghorn pronglike pronic pronograde pronominal pronominalize pronominally pronomination pronotal pronotum pronoun pronounal pronounce pronounceable pronounced pronouncedly pronouncement pronounceness pronouncer pronpl pronto pronuba pronubial pronuclear pronucleus pronumber pronunciability pronunciable pronuncial pronunciamento pronunciation pronunciative pronunciator pronunciatory pronymph pronymphal proo prooemiac prooemion prooemium proof proofer proofful proofing proofless prooflessly proofness proofread proofreader proofreading proofroom proofy prop propadiene propaedeutic propaedeutical propaedeutics propagability propagable propagableness propagand propaganda propagandic propagandism propagandist propagandistic propagandistically propagandize propagate propagation propagational propagative propagator propagatory propagatress propago propagulum propale propalinal propane propanedicarboxylic propanol propanone propapist proparasceve propargyl propargylic proparian proparliamental proparoxytone proparoxytonic proparticipation propatagial propatagian propatagium propatriotic propatriotism propatronage propayment propellable propellant propellent propeller propelment propend propendent propene propenoic propense propensely propenseness propension propensitude propensity propenyl propenylic proper properispome properispomenon properitoneal properly properness propertied property propertyless propertyship propessimism propessimist prophase prophasis prophecy prophecymonger prophesiable prophesier prophesy prophet prophetess prophethood prophetic prophetical propheticality prophetically propheticalness propheticism propheticly prophetism prophetize prophetless prophetlike prophetry prophetship prophilosophical prophloem prophoric prophototropic prophototropism prophylactic prophylactical prophylactically prophylaxis prophylaxy prophyll prophyllum propination propine propinoic propinquant propinque propinquity propinquous propiolaldehyde propiolate propiolic propionate propione propionic propionitril propionitrile propionyl propitiable propitial propitiate propitiatingly propitiation propitiative propitiator propitiatorily propitiatory propitious propitiously propitiousness proplasm proplasma proplastic propless propleural propleuron proplex proplexus propodeal propodeon propodeum propodial propodiale propodite propoditic propodium propolis propolitical propolization propolize propone proponement proponent proponer propons propooling propopery proportion proportionability proportionable proportionableness proportionably proportional proportionalism proportionality proportionally proportionate proportionately proportionateness proportioned proportioner proportionless proportionment proposable proposal proposant propose proposer proposition propositional propositionally propositionize propositus propound propounder propoundment propoxy proppage propper propraetor propraetorial propraetorian proprecedent propriation proprietage proprietarian proprietariat proprietarily proprietary proprietor proprietorial proprietorially proprietorship proprietory proprietous proprietress proprietrix propriety proprioception proprioceptive proprioceptor propriospinal proprium proprivilege proproctor proprofit proprovincial proprovost props propterygial propterygium proptosed proptosis propublication propublicity propugnacled propugnaculum propugnation propugnator propugner propulsation propulsatory propulsion propulsity propulsive propulsor propulsory propunishment propupa propupal propurchase propwood propygidium propyl propylacetic propylaeum propylamine propylation propylene propylic propylidene propylite propylitic propylitization propylon propyne propynoic proquaestor proracing prorailroad prorata proratable prorate proration prore proreader prorealism prorealist prorealistic proreality prorean prorebate prorebel prorecall proreciprocation prorecognition proreconciliation prorector prorectorate proredemption proreduction proreferendum proreform proreformist proregent prorelease proreptilian proreption prorepublican proresearch proreservationist proresignation prorestoration prorestriction prorevision prorevisionist prorevolution prorevolutionary prorevolutionist prorhinal proritual proritualistic prorogate prorogation prorogator prorogue proroguer proromance proromantic proromanticism proroyal proroyalty prorrhesis prorsad prorsal proruption prosabbath prosabbatical prosacral prosaic prosaical prosaically prosaicalness prosaicism prosaicness prosaism prosaist prosar prosateur proscapula proscapular proscenium proscholastic proschool proscientific proscolecine proscolex proscribable proscribe proscriber proscript proscription proscriptional proscriptionist proscriptive proscriptively proscriptiveness proscutellar proscutellum proscynemata prose prosecrecy prosecretin prosect prosection prosector prosectorial prosectorium prosectorship prosecutable prosecute prosecution prosecutor prosecutrix proselenic proselike proselyte proselyter proselytical proselytingly proselytism proselytist proselytistic proselytization proselytize proselytizer proseman proseminar proseminary proseminate prosemination prosencephalic prosencephalon prosenchyma prosenchymatous proseneschal proser prosethmoid proseucha proseuche prosification prosifier prosify prosiliency prosilient prosiliently prosilverite prosily prosimian prosiness prosing prosingly prosiphon prosiphonal prosiphonate prosish prosist proslambanomenos proslave proslaver proslavery proslaveryism prosneusis proso prosobranch prosobranchiate prosocele prosodal prosode prosodemic prosodetic prosodiac prosodiacal prosodiacally prosodial prosodially prosodian prosodic prosodical prosodically prosodion prosodist prosodus prosody prosogaster prosogyrate prosogyrous prosoma prosomal prosomatic prosonomasia prosopalgia prosopalgic prosopantritis prosopectasia prosophist prosopic prosopically prosopite prosoplasia prosopography prosopon prosoponeuralgia prosopoplegia prosopoplegic prosopopoeia prosopopoeial prosoposchisis prosopospasm prosopotocia prosopyl prosopyle prosorus prospect prospection prospective prospectively prospectiveness prospectless prospector prospectus prospectusless prospeculation prosper prosperation prosperity prosperous prosperously prosperousness prospicience prosporangium prosport pross prossy prostatauxe prostate prostatectomy prostatelcosis prostatic prostaticovesical prostatism prostatitic prostatitis prostatocystitis prostatocystotomy prostatodynia prostatolith prostatomegaly prostatometer prostatomyomectomy prostatorrhea prostatorrhoea prostatotomy prostatovesical prostatovesiculectomy prostatovesiculitis prostemmate prostemmatic prosternal prosternate prosternum prostheca prosthenic prosthesis prosthetic prosthetically prosthetics prosthetist prosthion prosthionic prosthodontia prosthodontist prostitute prostitutely prostitution prostitutor prostomial prostomiate prostomium prostrate prostration prostrative prostrator prostrike prostyle prostylos prosubmission prosubscription prosubstantive prosubstitution prosuffrage prosupervision prosupport prosurgical prosurrender prosy prosyllogism prosyndicalism prosyndicalist protactic protactinium protagon protagonism protagonist protalbumose protamine protandric protandrism protandrous protandrously protandry protanomal protanomalous protanope protanopia protanopic protargentum protargin protariff protarsal protarsus protasis protaspis protatic protatically protax protaxation protaxial protaxis prote protea proteaceous protead protean proteanly proteanwise protease protechnical protect protectant protectible protecting protectingly protectingness protection protectional protectionate protectionism protectionist protectionize protectionship protective protectively protectiveness protector protectoral protectorate protectorial protectorian protectorless protectorship protectory protectress protectrix protege protegee protegulum proteic proteide proteidean proteidogenous proteiform protein proteinaceous proteinase proteinic proteinochromogen proteinous proteinuria protelytropteran protelytropteron protelytropterous protemperance protempirical protemporaneous protend protension protensity protensive protensively proteoclastic proteogenous proteolysis proteolytic proteopectic proteopexic proteopexis proteopexy proteosaurid proteose proteosomal proteosome proteosuria protephemeroid proterandrous proterandrousness proterandry proteranthous proterobase proteroglyph proteroglyphic proteroglyphous proterogynous proterogyny proterothesis proterotype protervity protest protestable protestancy protestant protestantism protestation protestator protestatory protester protestingly protestive protestor protetrarch protevangel protevangelion protevangelium protext prothalamia prothalamion prothalamium prothallia prothallial prothallic prothalline prothallium prothalloid prothallus protheatrical protheca prothesis prothetic prothetical prothetically prothonotarial prothonotariat prothonotary prothonotaryship prothoracic prothorax prothrift prothrombin prothrombogen prothyl prothysteron protide protiodide protist protistan protistic protistological protistologist protistology protiston protium proto protoactinium protoalbumose protoamphibian protoanthropic protoapostate protoarchitect protobacco protobasidiomycetous protobasidium protobishop protoblast protoblastic protoblattoid protobranchiate protocalcium protocanonical protocaseose protocatechualdehyde protocatechuic protocercal protocerebral protocerebrum protochemist protochemistry protochloride protochlorophyll protochordate protochromium protochronicler protocitizen protoclastic protocneme protococcaceous protococcal protococcoid protocol protocolar protocolary protocoleopteran protocoleopteron protocoleopterous protocolist protocolization protocolize protoconch protoconchal protocone protoconid protoconule protoconulid protocopper protocorm protodeacon protoderm protodevil protodonatan protodonate protodont protodramatic protodynastic protoelastose protoepiphyte protoforaminifer protoforester protogaster protogelatose protogenal protogenes protogenesis protogenetic protogenic protogenist protogine protoglobulose protogod protogonous protogospel protograph protogynous protogyny protohematoblast protohemipteran protohemipteron protohemipterous protoheresiarch protohistorian protohistoric protohistory protohomo protohuman protohydrogen protohymenopteran protohymenopteron protohymenopterous protoiron protoleration protoleucocyte protoleukocyte protolithic protoliturgic protolog protologist protoloph protoma protomagister protomagnate protomagnesium protomala protomalal protomalar protomammal protomammalian protomanganese protomartyr protome protomeristem protomerite protomeritic protometal protometallic protometaphrast protomonostelic protomorph protomorphic protomyosinose proton protone protonegroid protonema protonemal protonematal protonematoid protoneme protonephridial protonephridium protonephros protoneuron protoneurone protonic protonickel protonitrate protonotater protonym protonymph protonymphal protopapas protopappas protoparent protopathia protopathic protopathy protopatriarchal protopatrician protopattern protopectin protopectinase protopepsia protoperlarian protophilosophic protophloem protophyll protophyte protophytic protopin protopine protoplasm protoplasma protoplasmal protoplasmatic protoplasmic protoplast protoplastic protopod protopodial protopodite protopoditic protopoetic protopope protoporphyrin protopragmatic protopresbyter protopresbytery protoprism protoproteose protoprotestant protopteran protopteridophyte protopterous protopyramid protore protorebel protoreligious protoreptilian protorosaur protorosaurian protorosauroid protorthopteran protorthopteron protorthopterous protosalt protosaurian protoscientific protosilicate protosilicon protosinner protosiphonaceous protosocial protosolution protospasm protospore protostele protostelic protostome protostrontium protosulphate protosulphide protosyntonose prototaxites prototheca protothecal prototheme protothere prototherian prototitanium prototraitor prototroch prototrochal prototrophic prototypal prototype prototypic prototypical prototypically prototypographer prototyrant protovanadium protoveratrine protovertebra protovertebral protovestiary protovillain protovum protoxide protoxylem protozoacidal protozoacide protozoal protozoan protozoea protozoean protozoiasis protozoic protozoological protozoologist protozoology protozoon protozoonal protracheate protract protracted protractedly protractedness protracter protractible protractile protractility protraction protractive protractor protrade protradition protraditional protragedy protragical protragie protransfer protranslation protransubstantiation protravel protreasurer protreaty protreptic protreptical protriaene protropical protrudable protrude protrudent protrusible protrusile protrusion protrusive protrusively protrusiveness protuberance protuberancy protuberant protuberantial protuberantly protuberantness protuberate protuberosity protuberous proturan protutor protutory protyl protyle protype proudful proudhearted proudish proudishly proudling proudly proudness prouniformity prounion prounionist prouniversity proustite provability provable provableness provably provaccinist provand provant provascular prove provect provection proved proveditor provedly provedor provedore proven provenance provender provenience provenient provenly proventricular proventricule proventriculus prover proverb proverbial proverbialism proverbialist proverbialize proverbially proverbic proverbiologist proverbiology proverbize proverblike provicar provicariate providable providance provide provided providence provident providential providentialism providentially providently providentness provider providing providore providoring province provincial provincialate provincialism provincialist provinciality provincialization provincialize provincially provincialship provinciate provinculum provine proving provingly provision provisional provisionality provisionally provisionalness provisionary provisioner provisioneress provisionless provisionment provisive proviso provisor provisorily provisorship provisory provitamin provivisection provivisectionist provocant provocation provocational provocative provocatively provocativeness provocator provocatory provokable provoke provokee provoker provoking provokingly provokingness provolunteering provost provostal provostess provostorial provostry provostship prow prowar prowarden prowaterpower prowed prowersite prowess prowessed prowessful prowl prowler prowling prowlingly proxenet proxenete proxenetism proxenos proxenus proxeny proxically proximad proximal proximally proximate proximately proximateness proximation proximity proximo proximobuccal proximolabial proximolingual proxy proxyship proxysm prozone prozoning prozygapophysis prozymite prude prudelike prudely prudence prudent prudential prudentialism prudentialist prudentiality prudentially prudentialness prudently prudery prudish prudishly prudishness prudist prudity pruh pruinate pruinescence pruinose pruinous prulaurasin prunable prunableness prunably prunase prunasin prune prunell prunella prunelle prunello pruner prunetin prunetol pruniferous pruniform pruning prunitrin prunt prunted prurience pruriency prurient pruriently pruriginous prurigo pruriousness pruritic pruritus prusiano prussiate prussic prut prutah pry pryer prying pryingly pryingness pryler pryproof pryse prytaneum prytanis prytanize prytany psalis psalm psalmic psalmist psalmister psalmistry psalmless psalmodial psalmodic psalmodical psalmodist psalmodize psalmody psalmograph psalmographer psalmography psalmy psaloid psalter psalterial psalterian psalterion psalterist psalterium psaltery psaltes psaltress psammite psammitic psammocarcinoma psammocharid psammogenous psammolithic psammologist psammology psammoma psammophile psammophilous psammophyte psammophytic psammosarcoma psammotherapy psammous pschent psellism psellismus psephism psephisma psephite psephitic psephomancy pseudaconine pseudaconitine pseudacusis pseudalveolar pseudambulacral pseudambulacrum pseudamoeboid pseudamphora pseudandry pseudangina pseudankylosis pseudaphia pseudaposematic pseudaposporous pseudapospory pseudapostle pseudarachnidan pseudarthrosis pseudataxic pseudatoll pseudaxine pseudaxis pseudelephant pseudelminth pseudelytron pseudembryo pseudembryonic pseudencephalic pseudencephalus pseudepigraph pseudepigrapha pseudepigraphal pseudepigraphic pseudepigraphical pseudepigraphous pseudepigraphy pseudepiploic pseudepiploon pseudepiscopacy pseudepiscopy pseudepisematic pseudesthesia pseudhalteres pseudhemal pseudimaginal pseudimago pseudisodomum pseudo pseudoacaccia pseudoacademic pseudoacademical pseudoaccidental pseudoacid pseudoaconitine pseudoacromegaly pseudoadiabatic pseudoaesthetic pseudoaffectionate pseudoalkaloid pseudoalum pseudoalveolar pseudoamateurish pseudoamatory pseudoanaphylactic pseudoanaphylaxis pseudoanatomic pseudoanatomical pseudoancestral pseudoanemia pseudoanemic pseudoangelic pseudoangina pseudoankylosis pseudoanthorine pseudoanthropoid pseudoanthropological pseudoanthropology pseudoantique pseudoapologetic pseudoapoplectic pseudoapoplexy pseudoappendicitis pseudoaquatic pseudoarchaic pseudoarchaism pseudoarchaist pseudoaristocratic pseudoarthrosis pseudoarticulation pseudoartistic pseudoascetic pseudoastringent pseudoasymmetrical pseudoasymmetry pseudoataxia pseudobacterium pseudobasidium pseudobenevolent pseudobenthonic pseudobenthos pseudobinary pseudobiological pseudoblepsia pseudoblepsis pseudobrachial pseudobrachium pseudobranch pseudobranchia pseudobranchial pseudobranchiate pseudobrookite pseudobrotherly pseudobulb pseudobulbar pseudobulbil pseudobulbous pseudobutylene pseudocandid pseudocapitulum pseudocarbamide pseudocarcinoid pseudocarp pseudocarpous pseudocartilaginous pseudocele pseudocelian pseudocelic pseudocellus pseudocentric pseudocentrous pseudocentrum pseudoceratitic pseudocercaria pseudoceryl pseudocharitable pseudochemical pseudochina pseudochromesthesia pseudochromia pseudochromosome pseudochronism pseudochronologist pseudochrysalis pseudochrysolite pseudochylous pseudocirrhosis pseudoclassic pseudoclassical pseudoclassicism pseudoclerical pseudococtate pseudocollegiate pseudocolumella pseudocolumellar pseudocommissure pseudocommisural pseudocompetitive pseudoconcha pseudoconclude pseudocone pseudoconglomerate pseudoconglomeration pseudoconhydrine pseudoconjugation pseudoconservative pseudocorneous pseudocortex pseudocosta pseudocotyledon pseudocotyledonal pseudocritical pseudocroup pseudocrystalline pseudocubic pseudocultivated pseudocultural pseudocumene pseudocumenyl pseudocumidine pseudocumyl pseudocyclosis pseudocyesis pseudocyst pseudodeltidium pseudodementia pseudodemocratic pseudoderm pseudodermic pseudodiagnosis pseudodiastolic pseudodiphtheria pseudodiphtheritic pseudodipteral pseudodipterally pseudodipteros pseudodont pseudodox pseudodoxal pseudodoxy pseudodramatic pseudodysentery pseudoedema pseudoelectoral pseudoembryo pseudoembryonic pseudoemotional pseudoencephalitic pseudoenthusiastic pseudoephedrine pseudoepiscopal pseudoequalitarian pseudoerotic pseudoeroticism pseudoerysipelas pseudoerysipelatous pseudoerythrin pseudoethical pseudoetymological pseudoeugenics pseudoevangelical pseudofamous pseudofarcy pseudofeminine pseudofever pseudofeverish pseudofilaria pseudofilarian pseudofinal pseudofluctuation pseudofluorescence pseudofoliaceous pseudoform pseudofossil pseudogalena pseudoganglion pseudogaseous pseudogaster pseudogastrula pseudogeneral pseudogeneric pseudogenerous pseudogenteel pseudogenus pseudogeometry pseudogermanic pseudogeusia pseudogeustia pseudoglanders pseudoglioma pseudoglobulin pseudoglottis pseudograph pseudographeme pseudographer pseudographia pseudographize pseudography pseudograsserie pseudogyne pseudogynous pseudogyny pseudogyrate pseudohallucination pseudohallucinatory pseudohalogen pseudohemal pseudohermaphrodite pseudohermaphroditic pseudohermaphroditism pseudoheroic pseudohexagonal pseudohistoric pseudohistorical pseudoholoptic pseudohuman pseudohydrophobia pseudohyoscyamine pseudohypertrophic pseudohypertrophy pseudoidentical pseudoimpartial pseudoindependent pseudoinfluenza pseudoinsane pseudoinsoluble pseudoisatin pseudoism pseudoisomer pseudoisomeric pseudoisomerism pseudoisotropy pseudojervine pseudolabial pseudolabium pseudolalia pseudolamellibranchiate pseudolaminated pseudolateral pseudolatry pseudolegal pseudolegendary pseudoleucite pseudoleucocyte pseudoleukemia pseudoleukemic pseudoliberal pseudolichen pseudolinguistic pseudoliterary pseudolobar pseudological pseudologically pseudologist pseudologue pseudology pseudolunule pseudomalachite pseudomalaria pseudomancy pseudomania pseudomaniac pseudomantic pseudomantist pseudomasculine pseudomedical pseudomedieval pseudomelanosis pseudomembrane pseudomembranous pseudomeningitis pseudomenstruation pseudomer pseudomeric pseudomerism pseudomery pseudometallic pseudometameric pseudometamerism pseudomica pseudomilitarist pseudomilitaristic pseudomilitary pseudoministerial pseudomiraculous pseudomitotic pseudomnesia pseudomodern pseudomodest pseudomonastic pseudomonoclinic pseudomonocotyledonous pseudomonocyclic pseudomonotropy pseudomoral pseudomorph pseudomorphia pseudomorphic pseudomorphine pseudomorphism pseudomorphose pseudomorphosis pseudomorphous pseudomorula pseudomorular pseudomucin pseudomucoid pseudomultilocular pseudomultiseptate pseudomythical pseudonarcotic pseudonational pseudonavicella pseudonavicellar pseudonavicula pseudonavicular pseudoneuropter pseudoneuropteran pseudoneuropterous pseudonitrole pseudonitrosite pseudonuclein pseudonucleolus pseudonychium pseudonym pseudonymal pseudonymic pseudonymity pseudonymous pseudonymously pseudonymousness pseudonymuncle pseudonymuncule pseudopapaverine pseudoparalysis pseudoparalytic pseudoparaplegia pseudoparasitic pseudoparasitism pseudoparenchyma pseudoparenchymatous pseudoparenchyme pseudoparesis pseudoparthenogenesis pseudopatriotic pseudopediform pseudopelletierine pseudopercular pseudoperculate pseudoperculum pseudoperianth pseudoperidium pseudoperiodic pseudoperipteral pseudopermanent pseudoperoxide pseudoperspective pseudophallic pseudophellandrene pseudophenanthrene pseudophenanthroline pseudophenocryst pseudophilanthropic pseudophilosophical pseudopionnotes pseudopious pseudoplasm pseudoplasma pseudoplasmodium pseudopneumonia pseudopod pseudopodal pseudopodia pseudopodial pseudopodian pseudopodiospore pseudopodium pseudopoetic pseudopoetical pseudopolitic pseudopolitical pseudopopular pseudopore pseudoporphyritic pseudopregnancy pseudopregnant pseudopriestly pseudoprimitive pseudoprimitivism pseudoprincely pseudoproboscis pseudoprofessional pseudoprofessorial pseudoprophetic pseudoprophetical pseudoprosperous pseudopsia pseudopsychological pseudoptics pseudoptosis pseudopupa pseudopupal pseudopurpurin pseudopyriform pseudoquinol pseudorabies pseudoracemic pseudoracemism pseudoramose pseudoramulus pseudorealistic pseudoreduction pseudoreformed pseudoregal pseudoreligious pseudoreminiscence pseudorganic pseudorheumatic pseudorhombohedral pseudoromantic pseudorunic pseudosacred pseudosacrilegious pseudosalt pseudosatirical pseudoscarlatina pseudoscholarly pseudoscholastic pseudoscientific pseudoscinine pseudosclerosis pseudoscope pseudoscopic pseudoscopically pseudoscopy pseudoscorpion pseudoscutum pseudosematic pseudosensational pseudoseptate pseudoservile pseudosessile pseudosiphonal pseudosiphuncal pseudoskeletal pseudoskeleton pseudoskink pseudosmia pseudosocial pseudosocialistic pseudosolution pseudosoph pseudosopher pseudosophical pseudosophist pseudosophy pseudospectral pseudosperm pseudospermic pseudospermium pseudospermous pseudosphere pseudospherical pseudospiracle pseudospiritual pseudosporangium pseudospore pseudosquamate pseudostalactite pseudostalactitical pseudostalagmite pseudostalagmitical pseudostereoscope pseudostereoscopic pseudostereoscopism pseudostigma pseudostigmatic pseudostoma pseudostomatous pseudostomous pseudostratum pseudosubtle pseudosuchian pseudosweating pseudosyllogism pseudosymmetric pseudosymmetrical pseudosymmetry pseudosymptomatic pseudosyphilis pseudosyphilitic pseudotabes pseudotachylite pseudotetanus pseudotetragonal pseudotetrameral pseudotetramerous pseudotrachea pseudotracheal pseudotribal pseudotributary pseudotrimeral pseudotrimerous pseudotropine pseudotubercular pseudotuberculosis pseudotuberculous pseudoturbinal pseudotyphoid pseudoval pseudovarian pseudovary pseudovelar pseudovelum pseudoventricle pseudoviaduct pseudoviperine pseudoviscosity pseudoviscous pseudovolcanic pseudovolcano pseudovum pseudowhorl pseudoxanthine pseudoyohimbine pseudozealot pseudozoea pseudozoogloeal psha pshaw psi psilanthropic psilanthropism psilanthropist psilanthropy psiloceran psiloceratan psiloceratid psiloi psilology psilomelane psilomelanic psilophyte psilosis psilosopher psilosophy psilotaceous psilothrum psilotic psithurism psittaceous psittaceously psittacine psittacinite psittacism psittacistic psittacomorphic psittacosis psoadic psoas psoatic psocid psocine psoitis psomophagic psomophagist psomophagy psora psoriasic psoriasiform psoriasis psoriatic psoriatiform psoric psoroid psorophthalmia psorophthalmic psoroptic psorosis psorosperm psorospermial psorospermiasis psorospermic psorospermiform psorospermosis psorous pssimistical pst psych psychagogic psychagogos psychagogue psychagogy psychal psychalgia psychanalysis psychanalysist psychanalytic psychasthenia psychasthenic psyche psycheometry psychesthesia psychesthetic psychiasis psychiater psychiatria psychiatric psychiatrical psychiatrically psychiatrist psychiatrize psychiatry psychic psychical psychically psychicism psychicist psychics psychid psychism psychist psychoanalysis psychoanalyst psychoanalytic psychoanalytical psychoanalytically psychoanalyze psychoanalyzer psychoautomatic psychobiochemistry psychobiologic psychobiological psychobiology psychobiotic psychocatharsis psychoclinic psychoclinical psychoclinicist psychodiagnostics psychodispositional psychodrama psychodynamic psychodynamics psychoeducational psychoepilepsy psychoethical psychofugal psychogalvanic psychogalvanometer psychogenesis psychogenetic psychogenetical psychogenetically psychogenetics psychogenic psychogeny psychognosis psychognostic psychognosy psychogonic psychogonical psychogony psychogram psychograph psychographer psychographic psychographist psychography psychoid psychokinesia psychokinesis psychokinetic psychokyme psycholepsy psycholeptic psychologer psychologian psychologic psychological psychologically psychologics psychologism psychologist psychologize psychologue psychology psychomachy psychomancy psychomantic psychometer psychometric psychometrical psychometrically psychometrician psychometrics psychometrist psychometrize psychometry psychomonism psychomoral psychomorphic psychomorphism psychomotility psychomotor psychon psychoneural psychoneurological psychoneurosis psychoneurotic psychonomic psychonomics psychonomy psychony psychoorganic psychopannychian psychopannychism psychopannychist psychopannychistic psychopannychy psychopanychite psychopath psychopathia psychopathic psychopathist psychopathologic psychopathological psychopathologist psychopathy psychopetal psychophobia psychophysic psychophysical psychophysically psychophysicist psychophysics psychophysiologic psychophysiological psychophysiologically psychophysiologist psychophysiology psychoplasm psychopomp psychopompos psychorealism psychorealist psychorealistic psychoreflex psychorhythm psychorhythmia psychorhythmic psychorhythmical psychorhythmically psychorrhagic psychorrhagy psychosarcous psychosensorial psychosensory psychoses psychosexual psychosexuality psychosexually psychosis psychosocial psychosomatic psychosomatics psychosome psychosophy psychostasy psychostatic psychostatical psychostatically psychostatics psychosurgeon psychosurgery psychosynthesis psychosynthetic psychotaxis psychotechnical psychotechnician psychotechnics psychotechnological psychotechnology psychotheism psychotherapeutic psychotherapeutical psychotherapeutics psychotherapeutist psychotherapist psychotherapy psychotic psychotrine psychovital psychroesthesia psychrograph psychrometer psychrometric psychrometrical psychrometry psychrophile psychrophilic psychrophobia psychrophore psychrophyte psychurgy psykter psylla psyllid psyllium ptarmic ptarmical ptarmigan ptenoglossate pteranodont pteraspid ptereal pterergate pteric pterideous pteridium pteridography pteridoid pteridological pteridologist pteridology pteridophilism pteridophilist pteridophilistic pteridophyte pteridophytic pteridophytous pteridosperm pteridospermaphytic pteridospermous pterion pterobranchiate pterocarpous pteroclomorphic pterodactyl pterodactylian pterodactylic pterodactylid pterodactyloid pterodactylous pterographer pterographic pterographical pterography pteroid pteroma pteromalid pteropaedes pteropaedic pteropegal pteropegous pteropegum pterophorid pteropid pteropine pteropod pteropodal pteropodan pteropodial pteropodium pteropodous pterosaur pterosaurian pterospermous pterostigma pterostigmal pterostigmatic pterostigmatical pterotheca pterothorax pterotic pteroylglutamic pterygial pterygiophore pterygium pterygobranchiate pterygode pterygodum pterygoid pterygoidal pterygoidean pterygomalar pterygomandibular pterygomaxillary pterygopalatal pterygopalatine pterygopharyngeal pterygopharyngean pterygophore pterygopodium pterygoquadrate pterygosphenoid pterygospinous pterygostaphyline pterygote pterygotous pterygotrabecular pteryla pterylographic pterylographical pterylography pterylological pterylology pterylosis ptilinal ptilinum ptilopaedes ptilopaedic ptilosis ptinid ptinoid ptisan ptochocracy ptochogony ptochology ptomain ptomaine ptomainic ptomatropine ptosis ptotic ptyalagogic ptyalagogue ptyalectasis ptyalin ptyalism ptyalize ptyalocele ptyalogenic ptyalolith ptyalolithiasis ptyalorrhea ptychoparid ptychopariid ptychopterygial ptychopterygium ptysmagogue ptyxis pu pua puan pub pubal pubble puberal pubertal pubertic puberty puberulent puberulous pubes pubescence pubescency pubescent pubian pubic pubigerous pubiotomy pubis public publican publicanism publication publichearted publicheartedness publicism publicist publicity publicize publicly publicness publish publishable publisher publisheress publishership publishment pubococcygeal pubofemoral puboiliac puboischiac puboischial puboischiatic puboprostatic puborectalis pubotibial pubourethral pubovesical pucciniaceous puccinoid puccoon puce pucelage pucellas pucelle pucherite puchero puck pucka puckball pucker puckerbush puckerel puckerer puckermouth puckery puckfist puckish puckishly puckishness puckle pucklike puckling puckneedle puckrel puckster pud puddee puddening pudder pudding puddingberry puddinghead puddingheaded puddinghouse puddinglike puddingwife puddingy puddle puddled puddlelike puddler puddling puddly puddock puddy pudency pudenda pudendal pudendous pudendum pudent pudge pudgily pudginess pudgy pudiano pudibund pudibundity pudic pudical pudicitia pudicity pudsey pudsy pudu pueblito pueblo puebloization puebloize puerer puericulture puerile puerilely puerileness puerilism puerility puerman puerpera puerperal puerperalism puerperant puerperium puerperous puerpery puff puffback puffball puffbird puffed puffer puffery puffily puffin puffiness puffinet puffing puffingly pufflet puffwig puffy pug pugged pugger puggi pugginess pugging puggish puggle puggree puggy pugh pugil pugilant pugilism pugilist pugilistic pugilistical pugilistically puglianite pugman pugmill pugmiller pugnacious pugnaciously pugnaciousness pugnacity puisne puissance puissant puissantly puissantness puist puistie puja puka pukatea pukateine puke pukeko puker pukeweed pukish pukishness pukras puku puky pul pulahan pulahanism pulasan pulaskite pulchrify pulchritude pulchritudinous pule pulegol pulegone puler pulghere puli pulicarious pulicat pulicene pulicid pulicidal pulicide pulicine pulicoid pulicose pulicosity pulicous puling pulingly pulish pulk pulka pull pullable pullback pullboat pulldevil pulldoo pulldown pulldrive pullen puller pullery pullet pulley pulleyless pulli pullorum pullulant pullulate pullulation pullus pulmobranchia pulmobranchial pulmobranchiate pulmocardiac pulmocutaneous pulmogastric pulmometer pulmometry pulmonal pulmonar pulmonarian pulmonary pulmonate pulmonated pulmonectomy pulmonic pulmonifer pulmoniferous pulmonitis pulmotracheal pulmotracheary pulmotracheate pulp pulpaceous pulpal pulpalgia pulpamenta pulpboard pulpectomy pulpefaction pulper pulpifier pulpify pulpily pulpiness pulpit pulpital pulpitarian pulpiteer pulpiter pulpitful pulpitic pulpitical pulpitically pulpitis pulpitish pulpitism pulpitize pulpitless pulpitly pulpitolatry pulpitry pulpless pulplike pulpotomy pulpous pulpousness pulpstone pulpwood pulpy pulque pulsant pulsatance pulsate pulsatile pulsatility pulsation pulsational pulsative pulsatively pulsator pulsatory pulse pulseless pulselessly pulselessness pulselike pulsellum pulsidge pulsific pulsimeter pulsion pulsive pulsojet pulsometer pultaceous pulton pulu pulveraceous pulverant pulverate pulveration pulvereous pulverin pulverizable pulverizate pulverization pulverizator pulverize pulverizer pulverous pulverulence pulverulent pulverulently pulvic pulvil pulvillar pulvilliform pulvillus pulvinar pulvinarian pulvinate pulvinated pulvinately pulvination pulvinic pulviniform pulvino pulvinule pulvinulus pulvinus pulviplume pulwar puly puma pumicate pumice pumiced pumiceous pumicer pumiciform pumicose pummel pummice pump pumpable pumpage pumpellyite pumper pumpernickel pumpkin pumpkinification pumpkinify pumpkinish pumpkinity pumple pumpless pumplike pumpman pumpsman pumpwright pun puna punaise punalua punaluan punatoo punch punchable punchboard puncheon puncher punchinello punching punchless punchlike punchproof punchy punct punctal punctate punctated punctation punctator puncticular puncticulate puncticulose punctiform punctiliar punctilio punctiliomonger punctiliosity punctilious punctiliously punctiliousness punctist punctographic punctual punctualist punctuality punctually punctualness punctuate punctuation punctuational punctuationist punctuative punctuator punctuist punctulate punctulated punctulation punctule punctulum punctum puncturation puncture punctured punctureless punctureproof puncturer pundigrion pundit pundita punditic punditically punditry pundonor pundum puneca pung punga pungapung pungar pungence pungency pungent pungently punger pungey pungi pungle pungled punicaceous puniceous punicial punicin punicine punily puniness punish punishability punishable punishableness punishably punisher punishment punishmentproof punition punitional punitionally punitive punitively punitiveness punitory punjum punk punkah punketto punkie punkwood punky punless punlet punnable punnage punner punnet punnic punnical punnigram punningly punnology punproof punster punstress punt punta puntabout puntal puntel punter punti puntil puntist punto puntout puntsman punty puny punyish punyism pup pupa pupahood pupal puparial puparium pupate pupation pupelo pupiferous pupiform pupigenous pupigerous pupil pupilability pupilage pupilar pupilate pupildom pupiled pupilize pupillarity pupillary pupilless pupillometer pupillometry pupilloscope pupilloscoptic pupilloscopy pupiparous pupivore pupivorous pupoid puppet puppetdom puppeteer puppethood puppetish puppetism puppetize puppetlike puppetly puppetman puppetmaster puppetry puppify puppily puppy puppydom puppyfish puppyfoot puppyhood puppyish puppyism puppylike puppysnatch pupulo pupunha pur purana puranic puraque purblind purblindly purblindness purchasability purchasable purchase purchaser purchasery purdah purdy pure pureblood purebred pured puree purehearted purely pureness purer purfle purfled purfler purfling purfly purga purgation purgative purgatively purgatorial purgatorian purgatory purge purgeable purger purgery purging purificant purification purificative purificator purificatory purifier puriform purify purine puriri purism purist puristic puristical puritandom puritanic puritanical puritanically puritanicalness puritanism puritanlike puritano purity purl purler purlhouse purlicue purlieu purlieuman purlin purlman purloin purloiner purohepatitis purolymph puromucous purpart purparty purple purplelip purplely purpleness purplescent purplewood purplewort purplish purplishness purply purport purportless purpose purposedly purposeful purposefully purposefulness purposeless purposelessly purposelessness purposelike purposely purposer purposive purposively purposiveness purposivism purposivist purposivistic purpresture purpura purpuraceous purpurate purpure purpureal purpurean purpureous purpurescent purpuric purpuriferous purpuriform purpurigenous purpurin purpurine purpuriparous purpurite purpurize purpurogallin purpurogenous purpuroid purpuroxanthin purr purre purree purreic purrel purrer purring purringly purrone purry purse pursed purseful purseless purselike purser pursership pursily pursiness purslane purslet pursley pursuable pursual pursuance pursuant pursuantly pursue pursuer pursuit pursuitmeter pursuivant pursy purtenance purulence purulency purulent purulently puruloid purusha purushartha purvey purveyable purveyal purveyance purveyancer purveyor purveyoress purview purvoe purwannah pus push pushball pushcart pusher pushful pushfully pushfulness pushing pushingly pushingness pushmobile pushover pushpin pushwainling pusillanimity pusillanimous pusillanimously pusillanimousness puss pusscat pussley pusslike pussy pussycat pussyfoot pussyfooted pussyfooter pussyfooting pussyfootism pussytoe pustulant pustular pustulate pustulated pustulation pustulatous pustule pustuled pustulelike pustuliform pustulose pustulous put putage putamen putaminous putanism putation putationary putative putatively putback putchen putcher puteal putelee puther puthery putid putidly putidness putlog putois putredinal putredinous putrefacient putrefactible putrefaction putrefactive putrefactiveness putrefiable putrefier putrefy putresce putrescence putrescency putrescent putrescibility putrescible putrescine putricide putrid putridity putridly putridness putrifacted putriform putrilage putrilaginous putrilaginously putschism putschist putt puttee putter putterer putteringly puttier puttock putty puttyblower puttyhead puttyhearted puttylike puttyroot puttywork puture puxy puzzle puzzleation puzzled puzzledly puzzledness puzzledom puzzlehead puzzleheaded puzzleheadedly puzzleheadedness puzzleman puzzlement puzzlepate puzzlepated puzzlepatedness puzzler puzzling puzzlingly puzzlingness pya pyal pyarthrosis pyche pycnia pycnial pycnid pycnidia pycnidial pycnidiophore pycnidiospore pycnidium pycniospore pycnite pycnium pycnoconidium pycnodont pycnodontoid pycnogonid pycnogonidium pycnogonoid pycnometer pycnometochia pycnometochic pycnomorphic pycnomorphous pycnonotine pycnosis pycnospore pycnosporic pycnostyle pycnotic pyelectasis pyelic pyelitic pyelitis pyelocystitis pyelogram pyelograph pyelographic pyelography pyelolithotomy pyelometry pyelonephritic pyelonephritis pyelonephrosis pyeloplasty pyeloscopy pyelotomy pyeloureterogram pyemesis pyemia pyemic pygal pygalgia pygarg pygargus pygidial pygidid pygidium pygmaean pygmoid pygmy pygmydom pygmyhood pygmyish pygmyism pygmyship pygmyweed pygobranchiate pygofer pygopagus pygopod pygopodine pygopodous pygostyle pygostyled pygostylous pyic pyin pyjama pyjamaed pyke pyknatom pyknic pyknotic pyla pylagore pylangial pylangium pylar pylephlebitic pylephlebitis pylethrombophlebitis pylethrombosis pylic pylon pyloralgia pylorectomy pyloric pyloristenosis pyloritis pylorocleisis pylorodilator pylorogastrectomy pyloroplasty pyloroptosis pyloroschesis pyloroscirrhus pyloroscopy pylorospasm pylorostenosis pylorostomy pylorus pyobacillosis pyocele pyoctanin pyocyanase pyocyanin pyocyst pyocyte pyodermatitis pyodermatosis pyodermia pyodermic pyogenesis pyogenetic pyogenic pyogenin pyogenous pyohemothorax pyoid pyolabyrinthitis pyolymph pyometra pyometritis pyonephritis pyonephrosis pyonephrotic pyopericarditis pyopericardium pyoperitoneum pyoperitonitis pyophagia pyophthalmia pyophylactic pyoplania pyopneumocholecystitis pyopneumocyst pyopneumopericardium pyopneumoperitoneum pyopneumoperitonitis pyopneumothorax pyopoiesis pyopoietic pyoptysis pyorrhea pyorrheal pyorrheic pyosalpingitis pyosalpinx pyosepticemia pyosepticemic pyosis pyospermia pyotherapy pyothorax pyotoxinemia pyoureter pyovesiculosis pyoxanthose pyr pyracanth pyracene pyral pyralid pyralidan pyralidid pyralidiform pyralis pyraloid pyramid pyramidaire pyramidal pyramidale pyramidalis pyramidally pyramidate pyramidellid pyramider pyramides pyramidia pyramidic pyramidical pyramidically pyramidicalness pyramidion pyramidize pyramidlike pyramidoattenuate pyramidoidal pyramidologist pyramidoprismatic pyramidwise pyramoidal pyran pyranometer pyranyl pyrargyrite pyrazine pyrazole pyrazoline pyrazolone pyrazolyl pyre pyrectic pyrena pyrene pyrenematous pyrenic pyrenin pyrenocarp pyrenocarpic pyrenocarpous pyrenodean pyrenodeine pyrenodeous pyrenoid pyrenolichen pyrenomycete pyrenomycetous pyrethrin pyrethrum pyretic pyreticosis pyretogenesis pyretogenetic pyretogenic pyretogenous pyretography pyretology pyretolysis pyretotherapy pyrewinkes pyrex pyrexia pyrexial pyrexic pyrexical pyrgeometer pyrgocephalic pyrgocephaly pyrgoidal pyrgologist pyrgom pyrheliometer pyrheliometric pyrheliometry pyrheliophor pyribole pyridazine pyridic pyridine pyridinium pyridinize pyridone pyridoxine pyridyl pyriform pyriformis pyrimidine pyrimidyl pyritaceous pyrite pyrites pyritic pyritical pyritiferous pyritization pyritize pyritohedral pyritohedron pyritoid pyritology pyritous pyro pyroacetic pyroacid pyroantimonate pyroantimonic pyroarsenate pyroarsenic pyroarsenious pyroarsenite pyrobelonite pyrobituminous pyroborate pyroboric pyrocatechin pyrocatechinol pyrocatechol pyrocatechuic pyrocellulose pyrochemical pyrochemically pyrochlore pyrochromate pyrochromic pyrocinchonic pyrocitric pyroclastic pyrocoll pyrocollodion pyrocomenic pyrocondensation pyroconductivity pyrocotton pyrocrystalline pyroelectric pyroelectricity pyrogallate pyrogallic pyrogallol pyrogen pyrogenation pyrogenesia pyrogenesis pyrogenetic pyrogenetically pyrogenic pyrogenous pyroglutamic pyrognomic pyrognostic pyrognostics pyrograph pyrographer pyrographic pyrography pyrogravure pyroguaiacin pyroheliometer pyroid pyrolaceous pyrolater pyrolatry pyroligneous pyrolignic pyrolignite pyrolignous pyrolite pyrollogical pyrologist pyrology pyrolusite pyrolysis pyrolytic pyrolyze pyromachy pyromagnetic pyromancer pyromancy pyromania pyromaniac pyromaniacal pyromantic pyromeconic pyromellitic pyrometallurgy pyrometamorphic pyrometamorphism pyrometer pyrometric pyrometrical pyrometrically pyrometry pyromorphism pyromorphite pyromorphous pyromotor pyromucate pyromucic pyromucyl pyronaphtha pyrone pyronine pyronomics pyronyxis pyrope pyropen pyrophanite pyrophanous pyrophile pyrophilous pyrophobia pyrophone pyrophoric pyrophorous pyrophorus pyrophosphate pyrophosphoric pyrophosphorous pyrophotograph pyrophotography pyrophotometer pyrophyllite pyrophysalite pyropuncture pyropus pyroracemate pyroracemic pyroscope pyroscopy pyrosis pyrosmalite pyrosome pyrosomoid pyrosphere pyrostat pyrostereotype pyrostilpnite pyrosulphate pyrosulphite pyrosulphuric pyrosulphuryl pyrotantalate pyrotartaric pyrotartrate pyrotechnian pyrotechnic pyrotechnical pyrotechnically pyrotechnician pyrotechnics pyrotechnist pyrotechny pyroterebic pyrotheology pyrotic pyrotoxin pyrotritaric pyrotritartric pyrouric pyrovanadate pyrovanadic pyroxanthin pyroxene pyroxenic pyroxenite pyroxmangite pyroxonium pyroxyle pyroxylene pyroxylic pyroxylin pyrrhic pyrrhichian pyrrhichius pyrrhicist pyrrhotine pyrrhotism pyrrhotist pyrrhotite pyrrhous pyrrodiazole pyrrol pyrrole pyrrolic pyrrolidine pyrrolidone pyrrolidyl pyrroline pyrrolylene pyrrophyllin pyrroporphyrin pyrrotriazole pyrroyl pyrryl pyrrylene pyruline pyruloid pyruvaldehyde pyruvate pyruvic pyruvil pyruvyl pyrylium pythogenesis pythogenetic pythogenic pythogenous python pythoness pythonic pythonical pythonid pythoniform pythonine pythonism pythonist pythonize pythonoid pythonomorph pythonomorphic pythonomorphous pyuria pyvuril pyx pyxidate pyxides pyxidium pyxie pyxis q qasida qere qeri qintar qoph qua quab quabird quachil quack quackery quackhood quackish quackishly quackishness quackism quackle quacksalver quackster quacky quad quadded quaddle quadmeter quadra quadrable quadragenarian quadragenarious quadragesimal quadragintesimal quadral quadrangle quadrangled quadrangular quadrangularly quadrangularness quadrangulate quadrans quadrant quadrantal quadrantes quadrantile quadrantlike quadrantly quadrat quadrate quadrated quadrateness quadratic quadratical quadratically quadratics quadratiferous quadratojugal quadratomandibular quadratosquamosal quadratrix quadratum quadrature quadratus quadrauricular quadrennia quadrennial quadrennially quadrennium quadriad quadrialate quadriannulate quadriarticulate quadriarticulated quadribasic quadric quadricapsular quadricapsulate quadricarinate quadricellular quadricentennial quadriceps quadrichord quadriciliate quadricinium quadricipital quadricone quadricorn quadricornous quadricostate quadricotyledonous quadricovariant quadricrescentic quadricrescentoid quadricuspid quadricuspidal quadricuspidate quadricycle quadricycler quadricyclist quadridentate quadridentated quadriderivative quadridigitate quadriennial quadriennium quadrienniumutile quadrifarious quadrifariously quadrifid quadrifilar quadrifocal quadrifoil quadrifoliate quadrifoliolate quadrifolious quadrifolium quadriform quadrifrons quadrifrontal quadrifurcate quadrifurcated quadrifurcation quadriga quadrigabled quadrigamist quadrigate quadrigatus quadrigeminal quadrigeminate quadrigeminous quadrigeminum quadrigenarious quadriglandular quadrihybrid quadrijugal quadrijugate quadrijugous quadrilaminar quadrilaminate quadrilateral quadrilaterally quadrilateralness quadrilingual quadriliteral quadrille quadrilled quadrillion quadrillionth quadrilobate quadrilobed quadrilocular quadriloculate quadrilogue quadrilogy quadrimembral quadrimetallic quadrimolecular quadrimum quadrinodal quadrinomial quadrinomical quadrinominal quadrinucleate quadrioxalate quadriparous quadripartite quadripartitely quadripartition quadripennate quadriphosphate quadriphyllous quadripinnate quadriplanar quadriplegia quadriplicate quadriplicated quadripolar quadripole quadriportico quadriporticus quadripulmonary quadriquadric quadriradiate quadrireme quadrisect quadrisection quadriseptate quadriserial quadrisetose quadrispiral quadristearate quadrisulcate quadrisulcated quadrisulphide quadrisyllabic quadrisyllabical quadrisyllable quadrisyllabous quadriternate quadritubercular quadrituberculate quadriurate quadrivalence quadrivalency quadrivalent quadrivalently quadrivalve quadrivalvular quadrivial quadrivious quadrivium quadrivoltine quadroon quadrual quadrum quadrumanal quadrumane quadrumanous quadruped quadrupedal quadrupedan quadrupedant quadrupedantic quadrupedantical quadrupedate quadrupedation quadrupedism quadrupedous quadruplane quadruplator quadruple quadrupleness quadruplet quadruplex quadruplicate quadruplication quadruplicature quadruplicity quadruply quadrupole quaedam quaesitum quaestor quaestorial quaestorian quaestorship quaestuary quaff quaffer quaffingly quag quagga quagginess quaggle quaggy quagmire quagmiry quahog quail quailberry quailery quailhead quaillike quaily quaint quaintance quaintise quaintish quaintly quaintness quake quakeful quakeproof quaker quakerbird quaketail quakiness quaking quakingly quaky quale qualifiable qualification qualificative qualificator qualificatory qualified qualifiedly qualifiedness qualifier qualify qualifyingly qualimeter qualitative qualitatively qualitied quality qualityless qualityship qualm qualminess qualmish qualmishly qualmishness qualmproof qualmy qualmyish qualtagh quan quandary quandong quandy quannet quant quanta quantic quantical quantifiable quantifiably quantification quantifier quantify quantimeter quantitate quantitative quantitatively quantitativeness quantitied quantitive quantitively quantity quantivalence quantivalency quantivalent quantization quantize quantometer quantulum quantum quaquaversal quaquaversally quar quarantinable quarantine quarantiner quaranty quardeel quare quarenden quarender quarentene quark quarl quarle quarred quarrel quarreled quarreler quarreling quarrelingly quarrelproof quarrelsome quarrelsomely quarrelsomeness quarriable quarried quarrier quarry quarryable quarrying quarryman quarrystone quart quartan quartane quartation quartenylic quarter quarterage quarterback quarterdeckish quartered quarterer quartering quarterization quarterland quarterly quarterman quartermaster quartermasterlike quartermastership quartern quarterpace quarters quartersaw quartersawed quarterspace quarterstaff quarterstetch quartet quartette quartetto quartful quartic quartile quartine quartiparous quarto quartodecimanism quartole quartz quartzic quartziferous quartzite quartzitic quartzless quartzoid quartzose quartzous quartzy quash quashey quashy quasi quasijudicial quasky quassation quassative quassiin quassin quat quata quatch quatercentenary quatern quaternal quaternarian quaternarius quaternary quaternate quaternion quaternionic quaternionist quaternitarian quaternity quaters quatertenses quatorzain quatorze quatrain quatral quatrayle quatre quatrefeuille quatrefoil quatrefoiled quatrefoliated quatrible quatrin quatrino quatrocentism quatrocentist quatrocento quattie quattrini quatuor quatuorvirate quauk quave quaver quaverer quavering quaveringly quaverous quavery quaverymavery quaw quawk quay quayage quayful quaylike quayman quayside quaysider qubba queach queachy queak queal quean queanish queasily queasiness queasom queasy quebrachamine quebrachine quebrachitol quebracho quebradilla quedful queechy queen queencake queencraft queencup queendom queenfish queenhood queening queenite queenless queenlet queenlike queenliness queenly queenright queenroot queensberry queenship queenweed queenwood queer queerer queerish queerishness queerity queerly queerness queersome queery queest queesting queet queeve quegh quei queintise quelch quell queller quemado queme quemeful quemefully quemely quench quenchable quenchableness quencher quenchless quenchlessly quenchlessness quenelle quenselite quercetagetin quercetic quercetin quercetum quercic quercimeritrin quercin quercine quercinic quercitannic quercitannin quercite quercitin quercitol quercitrin quercitron quercivorous querent querier queriman querimonious querimoniously querimoniousness querimony querist querken querl quern quernal quernstone querulent querulential querulist querulity querulosity querulous querulously querulousness query querying queryingly queryist quesited quesitive quest quester questeur questful questingly question questionability questionable questionableness questionably questionary questionee questioner questioningly questionist questionless questionlessly questionnaire questionous questionwise questman questor questorial questorship quet quetch quetenite quetzal queue quey quiapo quib quibble quibbleproof quibbler quibblingly quiblet quica quick quickbeam quickborn quicken quickenance quickenbeam quickener quickfoot quickhatch quickhearted quickie quicklime quickly quickness quicksand quicksandy quickset quicksilver quicksilvering quicksilverish quicksilverishness quicksilvery quickstep quickthorn quickwork quid quiddative quidder quiddit quidditative quidditatively quiddity quiddle quiddler quidnunc quiesce quiescence quiescency quiescent quiescently quiet quietable quieten quietener quieter quieting quietism quietist quietistic quietive quietlike quietly quietness quietsome quietude quietus quiff quiffing quiinaceous quila quiles quilkin quill quillai quillaic quillaja quillback quilled quiller quillet quilleted quillfish quilling quilltail quillwork quillwort quilly quilt quilted quilter quilting quin quina quinacrine quinaldic quinaldine quinaldinic quinaldinium quinaldyl quinamicine quinamidine quinamine quinanisole quinaquina quinarian quinarius quinary quinate quinatoxine quinazoline quinazolyl quince quincentenary quincentennial quincewort quinch quincubital quincubitalism quincuncial quincuncially quincunx quincunxial quindecad quindecagon quindecangle quindecasyllabic quindecemvir quindecemvirate quindecennial quindecim quindecima quindecylic quindene quinetum quingentenary quinhydrone quinia quinible quinic quinicine quinidia quinidine quinin quinina quinine quininiazation quininic quininism quininize quiniretin quinisext quinisextine quinism quinite quinitol quinizarin quinize quink quinnat quinnet quinoa quinocarbonium quinoform quinogen quinoid quinoidal quinoidation quinoidine quinol quinoline quinolinic quinolinium quinolinyl quinologist quinology quinolyl quinometry quinone quinonediimine quinonic quinonimine quinonization quinonize quinonoid quinonyl quinopyrin quinotannic quinotoxine quinova quinovatannic quinovate quinovic quinovin quinovose quinoxaline quinoxalyl quinoyl quinquagenarian quinquagenary quinquagesimal quinquarticular quinquecapsular quinquecostate quinquedentate quinquedentated quinquefarious quinquefid quinquefoliate quinquefoliated quinquefoliolate quinquegrade quinquejugous quinquelateral quinqueliteral quinquelobate quinquelobated quinquelobed quinquelocular quinqueloculine quinquenary quinquenerval quinquenerved quinquennalia quinquennia quinquenniad quinquennial quinquennialist quinquennially quinquennium quinquepartite quinquepedal quinquepedalian quinquepetaloid quinquepunctal quinquepunctate quinqueradial quinqueradiate quinquereme quinquertium quinquesect quinquesection quinqueseptate quinqueserial quinqueseriate quinquesyllabic quinquesyllable quinquetubercular quinquetuberculate quinquevalence quinquevalency quinquevalent quinquevalve quinquevalvous quinquevalvular quinqueverbal quinqueverbial quinquevir quinquevirate quinquiliteral quinquina quinquino quinse quinsied quinsy quinsyberry quinsywort quint quintad quintadena quintadene quintain quintal quintan quintant quintary quintato quinte quintelement quintennial quinternion quinteron quinteroon quintessence quintessential quintessentiality quintessentially quintessentiate quintet quintette quintetto quintic quintile quintillion quintillionth quintin quintiped quinto quintocubital quintocubitalism quintole quinton quintroon quintuple quintuplet quintuplicate quintuplication quintuplinerved quintupliribbed quintus quinuclidine quinyl quinze quinzieme quip quipful quipo quipper quippish quippishness quippy quipsome quipsomeness quipster quipu quira quire quirewise quirinca quiritarian quiritary quirk quirkiness quirkish quirksey quirksome quirky quirl quirquincho quirt quis quisby quiscos quisle quisling quisqueite quisquilian quisquiliary quisquilious quisquous quisutsch quit quitch quitclaim quite quitrent quits quittable quittance quitted quitter quittor quiver quivered quiverer quiverful quivering quiveringly quiverish quiverleaf quivery quixotic quixotical quixotically quixotism quixotize quixotry quiz quizzability quizzable quizzacious quizzatorial quizzee quizzer quizzery quizzical quizzicality quizzically quizzicalness quizzification quizzify quizziness quizzingly quizzish quizzism quizzity quizzy quo quod quoddies quoddity quodlibet quodlibetal quodlibetarian quodlibetary quodlibetic quodlibetical quodlibetically quoilers quoin quoined quoining quoit quoiter quoitlike quoits quondam quondamly quondamship quoniam quop quorum quot quota quotability quotable quotableness quotably quotation quotational quotationally quotationist quotative quote quotee quoteless quotennial quoter quoteworthy quoth quotha quotidian quotidianly quotidianness quotient quotiety quotingly quotity quotlibet quotum r ra raad raash rab raband rabanna rabat rabatine rabatte rabattement rabbanist rabbanite rabbet rabbeting rabbi rabbin rabbinate rabbindom rabbinic rabbinical rabbinically rabbinism rabbinist rabbinistic rabbinistical rabbinite rabbinize rabbinship rabbiship rabbit rabbitberry rabbiter rabbithearted rabbitlike rabbitmouth rabbitproof rabbitroot rabbitry rabbitskin rabbitweed rabbitwise rabbitwood rabbity rabble rabblelike rabblement rabbleproof rabbler rabblesome rabboni rabbonim rabic rabid rabidity rabidly rabidness rabies rabietic rabific rabiform rabigenic rabinet rabirubia rabitic rabulistic rabulous raccoon raccoonberry raccroc race raceabout racebrood racecourse racegoer racegoing racelike racemate racemation raceme racemed racemic racemiferous racemiform racemism racemization racemize racemocarbonate racemocarbonic racemomethylate racemose racemosely racemous racemously racemule racemulose racer raceway rach rache rachial rachialgia rachialgic rachianalgesia rachianesthesia rachicentesis rachides rachidial rachidian rachiform rachiglossate rachigraph rachilla rachiocentesis rachiococainize rachiocyphosis rachiodont rachiodynia rachiometer rachiomyelitis rachioparalysis rachioplegia rachioscoliosis rachiotome rachiotomy rachipagus rachis rachischisis rachitic rachitis rachitism rachitogenic rachitome rachitomous rachitomy racial racialism racialist raciality racialization racialize racially racily raciness racing racinglike racism racist rack rackabones rackan rackboard racker racket racketeer racketeering racketer racketing racketlike racketproof racketry rackett rackettail rackety rackful racking rackingly rackle rackless rackmaster rackproof rackrentable rackway rackwork racloir racon raconteur racoon racy rad rada radar radarman radarscope raddle raddleman raddlings radectomy radiability radiable radial radiale radialia radiality radialization radialize radially radian radiance radiancy radiant radiantly radiate radiated radiately radiateness radiatics radiatiform radiation radiational radiative radiatopatent radiatoporose radiatoporous radiator radiatory radiatostriate radiatosulcate radiature radical radicalism radicality radicalization radicalize radically radicalness radicand radicant radicate radicated radicating radication radicel radices radicicola radicicolous radiciferous radiciflorous radiciform radicivorous radicle radicolous radicose radicular radicule radiculectomy radiculitis radiculose radiectomy radiescent radiferous radii radio radioacoustics radioactinium radioactivate radioactive radioactively radioactivity radioamplifier radioanaphylaxis radioautograph radioautographic radioautography radiobicipital radiobroadcast radiobroadcaster radiobroadcasting radiobserver radiocarbon radiocarpal radiocast radiocaster radiochemical radiochemistry radiocinematograph radioconductor radiode radiodermatitis radiodetector radiodiagnosis radiodigital radiodontia radiodontic radiodontist radiodynamic radiodynamics radioelement radiogenic radiogoniometer radiogoniometric radiogoniometry radiogram radiograph radiographer radiographic radiographical radiographically radiography radiohumeral radioisotope radiolarian radiolead radiolite radiolitic radiolocation radiolocator radiologic radiological radiologist radiology radiolucency radiolucent radioluminescence radioluminescent radioman radiomedial radiometallography radiometeorograph radiometer radiometric radiometrically radiometry radiomicrometer radiomovies radiomuscular radionecrosis radioneuritis radionics radiopacity radiopalmar radiopaque radiopelvimetry radiophare radiophone radiophonic radiophony radiophosphorus radiophotograph radiophotography radiopraxis radioscope radioscopic radioscopical radioscopy radiosensibility radiosensitive radiosensitivity radiosonde radiosonic radiostereoscopy radiosurgery radiosurgical radiosymmetrical radiotechnology radiotelegram radiotelegraph radiotelegraphic radiotelegraphy radiotelephone radiotelephonic radiotelephony radioteria radiothallium radiotherapeutic radiotherapeutics radiotherapeutist radiotherapist radiotherapy radiothermy radiothorium radiotoxemia radiotransparency radiotransparent radiotrician radiotropic radiotropism radiovision radish radishlike radium radiumization radiumize radiumlike radiumproof radiumtherapy radius radix radknight radman radome radon radsimir radula radulate raduliferous raduliform raff raffe raffee raffery raffia raffinase raffinate raffing raffinose raffish raffishly raffishness raffle raffler rafflesia rafflesiaceous raft raftage rafter raftiness raftlike raftman raftsman rafty rag raga ragabash ragabrash ragamuffin ragamuffinism ragamuffinly rage rageful ragefully rageless rageous rageously rageousness rageproof rager ragesome ragfish ragged raggedly raggedness raggedy raggee ragger raggery raggety raggil raggily ragging raggle raggled raggy raghouse raging ragingly raglan raglanite raglet raglin ragman ragout ragpicker ragseller ragshag ragsorter ragstone ragtag ragtime ragtimer ragtimey ragule raguly ragweed ragwort rah rahdar rahdaree raia raid raider raidproof raiiform rail railage railbird railer railhead railing railingly raillery railless raillike railly railman railroad railroadana railroader railroadiana railroading railroadish railroadship railway railwaydom railwayless raiment raimentless rain rainband rainbird rainbound rainbow rainbowlike rainbowweed rainbowy rainburst raincoat raindrop rainer rainfall rainfowl rainful rainily raininess rainless rainlessness rainlight rainproof rainproofer rainspout rainstorm raintight rainwash rainworm rainy raioid rais raisable raise raised raiseman raiser raisin raising raisiny raj raja rajah rajaship rajbansi rakan rake rakeage rakeful rakehell rakehellish rakehelly raker rakery rakesteel rakestele rakh raki rakily raking rakish rakishly rakishness rakit rakshasa raku rallentando ralliance rallier ralliform ralline rally ralph ralstonite ram ramada ramage ramal ramanas ramarama ramass ramate rambeh ramberge ramble rambler rambling ramblingly ramblingness rambong rambooze rambunctious rambutan ramdohrite rame rameal ramed ramekin ramellose rament ramentaceous ramental ramentiferous ramentum rameous ramequin ramet ramex ramfeezled ramgunshoch ramhead ramhood rami ramicorn ramie ramiferous ramificate ramification ramified ramiflorous ramiform ramify ramigerous ramiparous ramisection ramisectomy ramlike ramline rammack rammel rammelsbergite rammer rammerman rammish rammishly rammishness rammy ramose ramosely ramosity ramosopalmate ramosopinnate ramososubdivided ramous ramp rampacious rampaciously rampage rampageous rampageously rampageousness rampager rampagious rampancy rampant rampantly rampart ramped ramper rampick rampike ramping rampingly rampion rampire rampler ramplor rampsman ramrace ramrod ramroddy ramscallion ramsch ramshackle ramshackled ramshackleness ramshackly ramson ramstam ramtil ramular ramule ramuliferous ramulose ramulous ramulus ramus ramuscule ran rana ranal ranarian ranarium rance rancel rancellor rancelman rancer rancescent ranch ranche rancher rancheria ranchero ranchless ranchman rancho ranchwoman rancid rancidification rancidify rancidity rancidly rancidness rancor rancorous rancorously rancorousness rancorproof rand randan randannite randem rander randing randir randle random randomish randomization randomize randomly randomness randomwise randy rane rang rangatira range ranged rangeless rangeman ranger rangership rangework rangey rangiferine ranginess ranging rangle rangler rangy rani ranid raniferous raniform ranine raninian ranivorous rank ranked ranker rankish rankle rankless ranklingly rankly rankness ranksman rankwise rann rannel rannigal ranny ransack ransacker ransackle ransel ranselman ransom ransomable ransomer ransomfree ransomless ranstead rant rantan rantankerous rantepole ranter ranting rantingly rantipole rantock ranty ranula ranular ranunculaceous ranunculi rap rapaceus rapacious rapaciously rapaciousness rapacity rapakivi rapateaceous rape rapeful raper rapeseed raphania raphany raphe raphide raphides raphidiferous raphidiid raphis rapic rapid rapidity rapidly rapidness rapier rapiered rapillo rapine rapiner raping rapinic rapist raploch rappage rapparee rappe rappel rapper rapping rappist rapport rapscallion rapscallionism rapscallionly rapscallionry rapt raptatorial raptatory raptly raptness raptor raptorial raptorious raptril rapture raptured raptureless rapturist rapturize rapturous rapturously rapturousness raptury raptus rare rarebit rarefaction rarefactional rarefactive rarefiable rarefication rarefier rarefy rarely rareness rareripe rariconstant rarish rarity ras rasa rasamala rasant rascacio rascal rascaldom rascaless rascalion rascalism rascality rascalize rascallike rascallion rascally rascalry rascalship rasceta rascette rase rasen raser rasgado rash rasher rashful rashing rashlike rashly rashness rasion rasorial rasp raspatorium raspatory raspberriade raspberry raspberrylike rasped rasper rasping raspingly raspingness raspings raspish raspite raspy rasse rassle raster rastik rastle rasure rat rata ratability ratable ratableness ratably ratafee ratafia ratal ratanhia rataplan ratbite ratcatcher ratcatching ratch ratchel ratchelly ratcher ratchet ratchetlike ratchety ratching ratchment rate rated ratel rateless ratement ratepayer ratepaying rater ratfish rath rathe rathed rathely ratheness rather ratherest ratheripe ratherish ratherly rathest rathite rathole rathskeller raticidal raticide ratification ratificationist ratifier ratify ratihabition ratine rating ratio ratiocinant ratiocinate ratiocination ratiocinative ratiocinator ratiocinatory ratiometer ration rationable rationably rational rationale rationalism rationalist rationalistic rationalistical rationalistically rationalisticism rationality rationalizable rationalization rationalize rationalizer rationally rationalness rationate rationless rationment ratite ratitous ratlike ratline ratliner ratoon ratooner ratproof ratsbane ratskeller rattage rattail rattan ratteen ratten rattener ratter rattery ratti rattinet rattish rattle rattlebag rattlebones rattlebox rattlebrain rattlebrained rattlebush rattled rattlehead rattleheaded rattlejack rattlemouse rattlenut rattlepate rattlepated rattlepod rattleproof rattler rattleran rattleroot rattlertree rattles rattleskull rattleskulled rattlesnake rattlesome rattletrap rattleweed rattlewort rattling rattlingly rattlingness rattly ratton rattoner rattrap ratty ratwa ratwood raucid raucidity raucity raucous raucously raucousness raught raugrave rauk raukle rauli raun raunge raupo rauque ravage ravagement ravager rave ravehook raveinelike ravel raveler ravelin raveling ravelly ravelment ravelproof raven ravendom ravenduck ravener ravenhood ravening ravenish ravenlike ravenous ravenously ravenousness ravenry ravens ravensara ravenstone ravenwise raver ravigote ravin ravinate ravine ravined ravinement raviney raving ravingly ravioli ravish ravishedly ravisher ravishing ravishingly ravishment ravison ravissant raw rawboned rawbones rawhead rawhide rawhider rawish rawishness rawness rax ray raya rayage rayed rayful rayless raylessness raylet rayon rayonnance rayonnant raze razee razer razoo razor razorable razorback razorbill razoredge razorless razormaker razormaking razorman razorstrop razz razzia razzly re rea reaal reabandon reabolish reabolition reabridge reabsence reabsent reabsolve reabsorb reabsorption reabuse reacceptance reaccess reaccession reacclimatization reacclimatize reaccommodate reaccompany reaccomplish reaccomplishment reaccord reaccost reaccount reaccredit reaccrue reaccumulate reaccumulation reaccusation reaccuse reaccustom reacetylation reach reachable reacher reachieve reachievement reaching reachless reachy reacidification reacidify reacknowledge reacknowledgment reacquaint reacquaintance reacquire reacquisition react reactance reactant reaction reactional reactionally reactionariness reactionarism reactionarist reactionary reactionaryism reactionism reactionist reactivate reactivation reactive reactively reactiveness reactivity reactological reactology reactor reactualization reactualize reactuate read readability readable readableness readably readapt readaptability readaptable readaptation readaptive readaptiveness readd readdition readdress reader readerdom readership readhere readhesion readily readiness reading readingdom readjourn readjournment readjudicate readjust readjustable readjuster readjustment readmeasurement readminister readmiration readmire readmission readmit readmittance readopt readoption readorn readvance readvancement readvent readventure readvertency readvertise readvertisement readvise readvocate ready reaeration reaffect reaffection reaffiliate reaffiliation reaffirm reaffirmance reaffirmation reaffirmer reafflict reafford reafforest reafforestation reaffusion reagency reagent reaggravate reaggravation reaggregate reaggregation reaggressive reagin reagitate reagitation reagree reagreement reak real realarm reales realest realgar realienate realienation realign realignment realism realist realistic realistically realisticize reality realive realizability realizable realizableness realizably realization realize realizer realizing realizingly reallegation reallege reallegorize realliance reallocate reallocation reallot reallotment reallow reallowance reallude reallusion really realm realmless realmlet realness realter realteration realtor realty ream reamage reamalgamate reamalgamation reamass reambitious reamend reamendment reamer reamerer reaminess reamputation reamuse reamy reanalysis reanalyze reanchor reanimalize reanimate reanimation reanneal reannex reannexation reannotate reannounce reannouncement reannoy reannoyance reanoint reanswer reanvil reanxiety reap reapable reapdole reaper reapologize reapology reapparel reapparition reappeal reappear reappearance reappease reapplaud reapplause reappliance reapplicant reapplication reapplier reapply reappoint reappointment reapportion reapportionment reapposition reappraisal reappraise reappraisement reappreciate reappreciation reapprehend reapprehension reapproach reapprobation reappropriate reappropriation reapproval reapprove rear rearbitrate rearbitration rearer reargue reargument rearhorse rearisal rearise rearling rearm rearmament rearmost rearousal rearouse rearrange rearrangeable rearrangement rearranger rearray rearrest rearrival rearrive rearward rearwardly rearwardness rearwards reascend reascendancy reascendant reascendency reascendent reascension reascensional reascent reascertain reascertainment reashlar reasiness reask reason reasonability reasonable reasonableness reasonably reasoned reasonedly reasoner reasoning reasoningly reasonless reasonlessly reasonlessness reasonproof reaspire reassail reassault reassay reassemblage reassemble reassembly reassent reassert reassertion reassertor reassess reassessment reasseverate reassign reassignation reassignment reassimilate reassimilation reassist reassistance reassociate reassociation reassort reassortment reassume reassumption reassurance reassure reassured reassuredly reassurement reassurer reassuring reassuringly reastiness reastonish reastonishment reastray reasty reasy reattach reattachment reattack reattain reattainment reattempt reattend reattendance reattention reattentive reattest reattire reattract reattraction reattribute reattribution reatus reaudit reauthenticate reauthentication reauthorization reauthorize reavail reavailable reave reaver reavoid reavoidance reavouch reavow reawait reawake reawaken reawakening reawakenment reaward reaware reb rebab reback rebag rebait rebake rebalance rebale reballast reballot reban rebandage rebanish rebanishment rebankrupt rebankruptcy rebaptism rebaptismal rebaptization rebaptize rebaptizer rebar rebarbarization rebarbarize rebarbative rebargain rebase rebasis rebatable rebate rebateable rebatement rebater rebathe rebato rebawl rebeamer rebear rebeat rebeautify rebec rebeck rebecome rebed rebeg rebeget rebeggar rebegin rebeginner rebeginning rebeguile rebehold rebel rebeldom rebelief rebelieve rebeller rebellike rebellion rebellious rebelliously rebelliousness rebellow rebelly rebelong rebelove rebelproof rebemire rebend rebenediction rebenefit rebeset rebesiege rebestow rebestowal rebetake rebetray rebewail rebia rebias rebid rebill rebillet rebilling rebind rebirth rebite reblade reblame reblast rebleach reblend rebless reblock rebloom reblossom reblot reblow reblue rebluff reblunder reboant reboantic reboard reboast rebob reboil reboiler reboise reboisement rebold rebolt rebone rebook rebop rebore reborn reborrow rebottle rebounce rebound reboundable rebounder reboundingness rebourbonize rebox rebrace rebraid rebranch rebrand rebrandish rebreathe rebreed rebrew rebribe rebrick rebridge rebring rebringer rebroach rebroadcast rebronze rebrown rebrush rebrutalize rebubble rebuckle rebud rebudget rebuff rebuffable rebuffably rebuffet rebuffproof rebuild rebuilder rebuilt rebukable rebuke rebukeable rebukeful rebukefully rebukefulness rebukeproof rebuker rebukingly rebulk rebunch rebundle rebunker rebuoy rebuoyage reburden reburgeon reburial reburn reburnish reburst rebury rebus rebush rebusy rebut rebute rebutment rebuttable rebuttal rebutter rebutton rebuy recable recadency recage recalcination recalcine recalcitrance recalcitrant recalcitrate recalcitration recalculate recalculation recalesce recalescence recalescent recalibrate recalibration recalk recall recallable recallist recallment recampaign recancel recancellation recandescence recandidacy recant recantation recanter recantingly recanvas recap recapacitate recapitalization recapitalize recapitulate recapitulation recapitulationist recapitulative recapitulator recapitulatory recappable recapper recaption recaptivate recaptivation recaptor recapture recapturer recarbon recarbonate recarbonation recarbonization recarbonize recarbonizer recarburization recarburize recarburizer recarnify recarpet recarriage recarrier recarry recart recarve recase recash recasket recast recaster recasting recatalogue recatch recaulescence recausticize recce recco reccy recede recedence recedent receder receipt receiptable receiptless receiptor receipts receivability receivable receivables receivablness receival receive received receivedness receiver receivership recelebrate recelebration recement recementation recency recense recension recensionist recensor recensure recensus recent recenter recently recentness recentralization recentralize recentre recept receptacle receptacular receptaculite receptaculitid receptaculitoid receptaculum receptant receptibility receptible reception receptionism receptionist receptitious receptive receptively receptiveness receptivity receptor receptoral receptorial receptual receptually recercelee recertificate recertify recess recesser recession recessional recessionary recessive recessively recessiveness recesslike recessor rechafe rechain rechal rechallenge rechamber rechange rechant rechaos rechar recharge recharter rechase rechaser rechasten rechaw recheat recheck recheer recherche rechew rechip rechisel rechoose rechristen rechuck rechurn recidivation recidive recidivism recidivist recidivistic recidivity recidivous recipe recipiangle recipience recipiency recipiend recipiendary recipient recipiomotor reciprocable reciprocal reciprocality reciprocalize reciprocally reciprocalness reciprocate reciprocation reciprocative reciprocator reciprocatory reciprocitarian reciprocity recircle recirculate recirculation recision recission recissory recitable recital recitalist recitatif recitation recitationalism recitationist recitative recitatively recitativical recitativo recite recitement reciter recivilization recivilize reck reckla reckless recklessly recklessness reckling reckon reckonable reckoner reckoning reclaim reclaimable reclaimableness reclaimably reclaimant reclaimer reclaimless reclaimment reclama reclamation reclang reclasp reclass reclassification reclassify reclean recleaner recleanse reclear reclearance reclimb reclinable reclinate reclinated reclination recline recliner reclose reclothe reclothing recluse reclusely recluseness reclusery reclusion reclusive reclusiveness reclusory recoach recoagulation recoal recoast recoat recock recoct recoction recode recodification recodify recogitate recogitation recognition recognitive recognitor recognitory recognizability recognizable recognizably recognizance recognizant recognize recognizedly recognizee recognizer recognizingly recognizor recognosce recohabitation recoil recoiler recoilingly recoilment recoin recoinage recoiner recoke recollapse recollate recollation recollectable recollected recollectedly recollectedness recollectible recollection recollective recollectively recollectiveness recolonization recolonize recolor recomb recombination recombine recomember recomfort recommand recommence recommencement recommencer recommend recommendability recommendable recommendableness recommendably recommendation recommendatory recommendee recommender recommission recommit recommitment recommittal recommunicate recommunion recompact recompare recomparison recompass recompel recompensable recompensate recompensation recompense recompenser recompensive recompete recompetition recompetitor recompilation recompile recompilement recomplain recomplaint recomplete recompletion recompliance recomplicate recomplication recomply recompose recomposer recomposition recompound recomprehend recomprehension recompress recompression recomputation recompute recon reconceal reconcealment reconcede reconceive reconcentrate reconcentration reconception reconcert reconcession reconcilability reconcilable reconcilableness reconcilably reconcile reconcilee reconcileless reconcilement reconciler reconciliability reconciliable reconciliate reconciliation reconciliative reconciliator reconciliatory reconciling reconcilingly reconclude reconclusion reconcoct reconcrete reconcur recondemn recondemnation recondensation recondense recondite reconditely reconditeness recondition recondole reconduct reconduction reconfer reconfess reconfide reconfine reconfinement reconfirm reconfirmation reconfiscate reconfiscation reconform reconfound reconfront reconfuse reconfusion recongeal recongelation recongest recongestion recongratulate recongratulation reconjoin reconjunction reconnaissance reconnect reconnection reconnoissance reconnoiter reconnoiterer reconnoiteringly reconnoitre reconnoitrer reconnoitringly reconquer reconqueror reconquest reconsecrate reconsecration reconsent reconsider reconsideration reconsign reconsignment reconsole reconsolidate reconsolidation reconstituent reconstitute reconstitution reconstruct reconstructed reconstruction reconstructional reconstructionary reconstructionist reconstructive reconstructiveness reconstructor reconstrue reconsult reconsultation recontact recontemplate recontemplation recontend recontest recontinuance recontinue recontract recontraction recontrast recontribute recontribution recontrivance recontrive recontrol reconvalesce reconvalescence reconvalescent reconvene reconvention reconventional reconverge reconverse reconversion reconvert reconvertible reconvey reconveyance reconvict reconviction reconvince reconvoke recook recool recooper recopper recopy recopyright record recordable recordant recordation recordative recordatively recordatory recordedly recorder recordership recording recordist recordless recork recorporification recorporify recorrect recorrection recorrupt recorruption recostume recounsel recount recountable recountal recountenance recounter recountless recoup recoupable recouper recouple recoupment recourse recover recoverability recoverable recoverableness recoverance recoveree recoverer recoveringly recoverless recoveror recovery recramp recrank recrate recreance recreancy recreant recreantly recreantness recrease recreate recreation recreational recreationist recreative recreatively recreativeness recreator recreatory recredit recrement recremental recrementitial recrementitious recrescence recrew recriminate recrimination recriminative recriminator recriminatory recriticize recroon recrop recross recrowd recrown recrucify recrudency recrudesce recrudescence recrudescency recrudescent recruit recruitable recruitage recruital recruitee recruiter recruithood recruiting recruitment recruity recrush recrusher recrystallization recrystallize rect recta rectal rectalgia rectally rectangle rectangled rectangular rectangularity rectangularly rectangularness rectangulate rectangulometer rectectomy recti rectifiable rectification rectificative rectificator rectificatory rectified rectifier rectify rectigrade rectilineal rectilineally rectilinear rectilinearism rectilinearity rectilinearly rectilinearness rectilineation rectinerved rection rectipetality rectirostral rectischiac rectiserial rectitic rectitis rectitude rectitudinous recto rectoabdominal rectocele rectoclysis rectococcygeal rectococcygeus rectocolitic rectocolonic rectocystotomy rectogenital rectopexy rectoplasty rector rectoral rectorate rectoress rectorial rectorrhaphy rectorship rectory rectoscope rectoscopy rectosigmoid rectostenosis rectostomy rectotome rectotomy rectovaginal rectovesical rectress rectricial rectrix rectum rectus recubant recubate recultivate recultivation recumbence recumbency recumbent recumbently recuperability recuperance recuperate recuperation recuperative recuperativeness recuperator recuperatory recur recure recureful recureless recurl recurrence recurrency recurrent recurrently recurrer recurring recurringly recurse recursion recursive recurtain recurvant recurvate recurvation recurvature recurve recurvirostral recurvopatent recurvoternate recurvous recusance recusancy recusant recusation recusative recusator recuse recushion recussion recut recycle red redact redaction redactional redactor redactorial redamage redamnation redan redare redargue redargution redargutive redargutory redarken redarn redart redate redaub redawn redback redbait redbeard redbelly redberry redbill redbird redbone redbreast redbrush redbuck redbud redcap redcoat redd redden reddendo reddendum reddening redder redding reddingite reddish reddishness reddition reddleman reddock reddsman reddy rede redeal redebate redebit redeceive redecide redecimate redecision redeck redeclaration redeclare redecline redecorate redecoration redecrease redecussate rededicate rededication rededicatory rededuct rededuction redeed redeem redeemability redeemable redeemableness redeemably redeemer redeemeress redeemership redeemless redefault redefeat redefecate redefer redefiance redefine redefinition redeflect redefy redeify redelay redelegate redelegation redeliberate redeliberation redeliver redeliverance redeliverer redelivery redemand redemandable redemise redemolish redemonstrate redemonstration redemptible redemption redemptional redemptioner redemptionless redemptive redemptively redemptor redemptorial redemptory redemptress redemptrice redenigrate redeny redepend redeploy redeployment redeposit redeposition redepreciate redepreciation redeprive rederivation redescend redescent redescribe redescription redesertion redeserve redesign redesignate redesignation redesire redesirous redesman redespise redetect redetention redetermination redetermine redevelop redeveloper redevelopment redevise redevote redevotion redeye redfin redfinch redfish redfoot redhead redheaded redheadedly redheadedness redhearted redhibition redhibitory redhoop redia redictate redictation redient redifferentiate redifferentiation redig redigest redigestion rediminish redingote redintegrate redintegration redintegrative redintegrator redip redipper redirect redirection redisable redisappear redisburse redisbursement redischarge rediscipline rediscount rediscourage rediscover rediscoverer rediscovery rediscuss rediscussion redisembark redismiss redispatch redispel redisperse redisplay redispose redisposition redispute redissect redissection redisseise redisseisin redisseisor redisseize redisseizin redisseizor redissoluble redissolution redissolvable redissolve redistend redistill redistillation redistiller redistinguish redistrain redistrainer redistribute redistributer redistribution redistributive redistributor redistributory redistrict redisturb redive rediversion redivert redivertible redivide redivision redivive redivivous redivivus redivorce redivorcement redivulge redivulgence redjacket redknees redleg redlegs redly redmouth redness redo redock redocket redolence redolency redolent redolently redominate redondilla redoom redouble redoublement redoubler redoubling redoubt redoubtable redoubtableness redoubtably redoubted redound redowa redox redpoll redraft redrag redrape redraw redrawer redream redredge redress redressable redressal redresser redressible redressive redressless redressment redressor redrill redrive redroot redry redsear redshank redshirt redskin redstart redstreak redtab redtail redthroat redtop redub redubber reduce reduceable reduceableness reduced reducement reducent reducer reducibility reducible reducibleness reducibly reducing reduct reductant reductase reductibility reduction reductional reductionism reductionist reductionistic reductive reductively reductor reductorial redue redundance redundancy redundant redundantly reduplicate reduplication reduplicative reduplicatively reduplicatory reduplicature reduviid reduvioid redux redward redware redweed redwing redwithe redwood redye ree reechy reed reedbird reedbuck reedbush reeded reeden reeder reediemadeasy reedily reediness reeding reedish reedition reedless reedlike reedling reedmaker reedmaking reedman reedplot reedwork reedy reef reefable reefer reefing reefy reek reeker reekingly reeky reel reelable reeled reeler reelingly reelrall reem reeming reemish reen reenge reeper reese reeshle reesk reesle reest reester reestle reesty reet reetam reetle reeve reeveland reeveship ref reface refacilitate refall refallow refan refascinate refascination refashion refashioner refashionment refasten refathered refavor refect refection refectionary refectioner refective refectorarian refectorary refectorer refectorial refectorian refectory refederate refeed refeel refeign refel refence refer referable referee reference referenda referendal referendary referendaryship referendum referent referential referentially referently referment referral referrer referrible referribleness refertilization refertilize refetch refight refigure refill refillable refilm refilter refinable refinage refinance refind refine refined refinedly refinedness refinement refiner refinery refinger refining refiningly refinish refire refit refitment refix refixation refixture reflag reflagellate reflame reflash reflate reflation reflationism reflect reflectance reflected reflectedly reflectedness reflectent reflecter reflectibility reflectible reflecting reflectingly reflection reflectional reflectionist reflectionless reflective reflectively reflectiveness reflectivity reflectometer reflectometry reflector reflectoscope refledge reflee reflex reflexed reflexibility reflexible reflexism reflexive reflexively reflexiveness reflexivity reflexly reflexness reflexogenous reflexological reflexologist reflexology refling refloat refloatation reflog reflood refloor reflorescence reflorescent reflourish reflourishment reflow reflower refluctuation refluence refluency refluent reflush reflux refluxed refly refocillate refocillation refocus refold refoment refont refool refoot reforbid reforce reford reforecast reforest reforestation reforestization reforestize reforestment reforfeit reforfeiture reforge reforger reforget reforgive reform reformability reformable reformableness reformado reformandum reformation reformational reformationary reformationist reformative reformatively reformatness reformatory reformed reformedly reformer reformeress reformingly reformism reformist reformistic reformproof reformulate reformulation reforsake refortification refortify reforward refound refoundation refounder refract refractable refracted refractedly refractedness refractile refractility refracting refraction refractional refractionate refractionist refractive refractively refractiveness refractivity refractometer refractometric refractometry refractor refractorily refractoriness refractory refracture refragability refragable refragableness refrain refrainer refrainment reframe refrangent refrangibility refrangible refrangibleness refreeze refrenation refrenzy refresh refreshant refreshen refreshener refresher refreshful refreshfully refreshing refreshingly refreshingness refreshment refrigerant refrigerate refrigerating refrigeration refrigerative refrigerator refrigeratory refrighten refringence refringency refringent refront refrustrate reft refuel refueling refuge refugee refugeeism refugeeship refulge refulgence refulgency refulgent refulgently refulgentness refunction refund refunder refundment refurbish refurbishment refurl refurnish refurnishment refusable refusal refuse refuser refusing refusingly refusion refusive refutability refutable refutably refutal refutation refutative refutatory refute refuter reg regain regainable regainer regainment regal regale regalement regaler regalia regalian regalism regalist regality regalize regallop regally regalness regalvanization regalvanize regard regardable regardance regardancy regardant regarder regardful regardfully regardfulness regarding regardless regardlessly regardlessness regarment regarnish regarrison regather regatta regauge regelate regelation regency regeneracy regenerance regenerant regenerate regenerateness regeneration regenerative regeneratively regenerator regeneratory regeneratress regeneratrix regenesis regent regental regentess regentship regerminate regermination reges reget regia regicidal regicide regicidism regift regifuge regild regill regime regimen regimenal regiment regimental regimentaled regimentalled regimentally regimentals regimentary regimentation regiminal regin reginal region regional regionalism regionalist regionalistic regionalization regionalize regionally regionary regioned register registered registerer registership registrability registrable registral registrant registrar registrarship registrary registrate registration registrational registrationist registrator registrer registry regive regladden reglair reglaze regle reglement reglementary reglementation reglementist reglet reglorified regloss reglove reglow reglue regma regmacarp regnal regnancy regnant regnerable regolith regorge regovern regradation regrade regraduate regraduation regraft regrant regrasp regrass regrate regrater regratification regratify regrating regratingly regrator regratress regravel regrede regreen regreet regress regression regressionist regressive regressively regressiveness regressivity regressor regret regretful regretfully regretfulness regretless regrettable regrettableness regrettably regretter regrettingly regrind regrinder regrip regroup regroupment regrow regrowth reguarantee reguard reguardant reguide regula regulable regular regularity regularization regularize regularizer regularly regularness regulatable regulate regulated regulation regulationist regulative regulatively regulator regulatorship regulatory regulatress regulatris reguli reguline regulize regulus regur regurge regurgitant regurgitate regurgitation regush reh rehabilitate rehabilitation rehabilitative rehair rehale rehallow rehammer rehandicap rehandle rehandler rehandling rehang rehappen reharden reharm reharmonize reharness reharrow reharvest rehash rehaul rehazard rehead reheal reheap rehear rehearing rehearsal rehearse rehearser rehearten reheat reheater rehedge reheel reheighten rehoe rehoist rehollow rehonor rehonour rehood rehook rehoop rehouse rehumanize rehumble rehumiliate rehumiliation rehung rehybridize rehydrate rehydration rehypothecate rehypothecation rehypothecator reichsgulden reichsmark reichspfennig reichstaler reidentification reidentify reif reification reify reign reignite reignition reignore reillume reilluminate reillumination reillumine reillustrate reillustration reim reimage reimagination reimagine reimbark reimbarkation reimbibe reimbody reimbursable reimburse reimbursement reimburser reimbush reimbushment reimkennar reimmerge reimmerse reimmersion reimmigrant reimmigration reimpact reimpark reimpart reimpatriate reimpatriation reimpel reimplant reimplantation reimply reimport reimportation reimportune reimpose reimposition reimposure reimpregnate reimpress reimpression reimprint reimprison reimprisonment reimprove reimprovement reimpulse rein reina reinability reinaugurate reinauguration reincapable reincarnadine reincarnate reincarnation reincarnationism reincarnationist reincense reincentive reincidence reincidency reincite reinclination reincline reinclude reinclusion reincorporate reincorporation reincrease reincrudate reincrudation reinculcate reincur reindebted reindebtedness reindeer reindependence reindicate reindication reindict reindictment reindifferent reindorse reinduce reinducement reindue reindulge reindulgence reinette reinfect reinfection reinfectious reinfer reinfest reinfestation reinflame reinflate reinflation reinflict reinfliction reinfluence reinforce reinforcement reinforcer reinform reinfuse reinfusion reingraft reingratiate reingress reinhabit reinhabitation reinherit reinitiate reinitiation reinject reinjure reinless reinoculate reinoculation reinquire reinquiry reins reinsane reinsanity reinscribe reinsert reinsertion reinsist reinsman reinspect reinspection reinspector reinsphere reinspiration reinspire reinspirit reinstall reinstallation reinstallment reinstalment reinstate reinstatement reinstation reinstator reinstauration reinstil reinstill reinstitute reinstitution reinstruct reinstruction reinsult reinsurance reinsure reinsurer reintegrate reintegration reintend reinter reintercede reintercession reinterchange reinterest reinterfere reinterference reinterment reinterpret reinterpretation reinterrogate reinterrogation reinterrupt reinterruption reintervene reintervention reinterview reinthrone reintimate reintimation reintitule reintrench reintroduce reintroduction reintrude reintrusion reintuition reintuitive reinvade reinvasion reinvent reinvention reinventor reinversion reinvert reinvest reinvestigate reinvestigation reinvestiture reinvestment reinvigorate reinvigoration reinvitation reinvite reinvoice reinvolve reirrigate reirrigation reis reisolation reissuable reissue reissuement reissuer reit reitbok reitbuck reitemize reiter reiterable reiterance reiterant reiterate reiterated reiteratedly reiteratedness reiteration reiterative reiteratively reiver rejail reject rejectable rejectableness rejectage rejectamenta rejecter rejectingly rejection rejective rejectment rejector rejerk rejoice rejoiceful rejoicement rejoicer rejoicing rejoicingly rejoin rejoinder rejolt rejourney rejudge rejumble rejunction rejustification rejustify rejuvenant rejuvenate rejuvenation rejuvenative rejuvenator rejuvenesce rejuvenescence rejuvenescent rejuvenize rekick rekill rekindle rekindlement rekindler reking rekiss reknit reknow rel relabel relace relacquer relade reladen relais relament relamp reland relap relapper relapsable relapse relapseproof relapser relapsing relast relaster relata relatability relatable relatch relate related relatedness relater relatinization relation relational relationality relationally relationary relationism relationist relationless relationship relatival relative relatively relativeness relativism relativist relativistic relativity relativization relativize relator relatrix relatum relaunch relax relaxable relaxant relaxation relaxative relaxatory relaxed relaxedly relaxedness relaxer relay relayman relbun relead releap relearn releasable release releasee releasement releaser releasor releather relection relegable relegate relegation relend relent relenting relentingly relentless relentlessly relentlessness relentment relessee relessor relet reletter relevance relevancy relevant relevantly relevate relevation relevator relevel relevy reliability reliable reliableness reliably reliance reliant reliantly reliberate relic relicary relicense relick reliclike relicmonger relict relicted reliction relief reliefless relier relievable relieve relieved relievedly reliever relieving relievingly relievo relift religate religation relight relightable relighten relightener relighter religion religionary religionate religioner religionism religionist religionistic religionize religionless religiose religiosity religious religiously religiousness relime relimit relimitation reline reliner relink relinquent relinquish relinquisher relinquishment reliquaire reliquary reliquefy reliquiae reliquian reliquidate reliquidation reliquism relish relishable relisher relishing relishingly relishsome relishy relist relisten relitigate relive reload reloan relocable relocate relocation relocator relock relodge relook relose relost relot relove relower relucent reluct reluctance reluctancy reluctant reluctantly reluctate reluctation reluctivity relume relumine rely remade remagnetization remagnetize remagnification remagnify remail remain remainder remainderman remaindership remainer remains remaintain remaintenance remake remaker reman remanage remanagement remanation remancipate remancipation remand remandment remanence remanency remanent remanet remanipulate remanipulation remantle remanufacture remanure remap remarch remargin remark remarkability remarkable remarkableness remarkably remarkedly remarker remarket remarque remarriage remarry remarshal remask remass remast remasticate remastication rematch rematerialize remble remeant remeasure remeasurement remede remediable remediableness remediably remedial remedially remediation remediless remedilessly remedilessness remeditate remeditation remedy remeet remelt remember rememberability rememberable rememberably rememberer remembrance remembrancer remembrancership rememorize remenace remend remerge remetal remex remica remicate remication remicle remiform remigate remigation remiges remigial remigrant remigrate remigration remilitarization remilitarize remill remimic remind remindal reminder remindful remindingly remineralization remineralize remingle reminisce reminiscence reminiscenceful reminiscencer reminiscency reminiscent reminiscential reminiscentially reminiscently reminiscer reminiscitory remint remiped remirror remise remisrepresent remisrepresentation remiss remissful remissibility remissible remissibleness remission remissive remissively remissiveness remissly remissness remissory remisunderstand remit remitment remittable remittal remittance remittancer remittee remittence remittency remittent remittently remitter remittitur remittor remix remixture remnant remnantal remobilization remobilize remock remodel remodeler remodeller remodelment remodification remodify remolade remold remollient remonetization remonetize remonstrance remonstrant remonstrantly remonstrate remonstrating remonstratingly remonstration remonstrative remonstratively remonstrator remonstratory remontado remontant remontoir remop remora remord remorse remorseful remorsefully remorsefulness remorseless remorselessly remorselessness remorseproof remortgage remote remotely remoteness remotion remotive remould remount removability removable removableness removably removal remove removed removedly removedness removement remover removing remultiplication remultiply remunerability remunerable remunerably remunerate remuneration remunerative remuneratively remunerativeness remunerator remuneratory remurmur remuster remutation renable renably renail renaissance renal rename renascence renascency renascent renascible renascibleness renature renavigate renavigation rencontre rencounter renculus rend render renderable renderer rendering renderset rendezvous rendibility rendible rendition rendlewood rendrock rendzina reneague renecessitate reneg renegade renegadism renegado renegation renege reneger reneglect renegotiable renegotiate renegotiation renegotiations renegue renerve renes renet renew renewability renewable renewably renewal renewedly renewedness renewer renewment renicardiac renickel renidification renidify reniform renin renipericardial reniportal renipuncture renish renishly renitence renitency renitent renk renky renne rennet renneting rennin renniogen renocutaneous renogastric renography renointestinal renominate renomination renopericardial renopulmonary renormalize renotation renotice renotification renotify renounce renounceable renouncement renouncer renourish renovate renovater renovatingly renovation renovative renovator renovatory renovize renown renowned renownedly renownedness renowner renownful renownless rensselaerite rent rentability rentable rentage rental rentaler rentaller rented rentee renter rentless rentrant rentrayeuse renumber renumerate renumeration renunciable renunciance renunciant renunciate renunciation renunciative renunciator renunciatory renunculus renverse renvoi renvoy reobject reobjectivization reobjectivize reobligate reobligation reoblige reobscure reobservation reobserve reobtain reobtainable reobtainment reoccasion reoccupation reoccupy reoccur reoccurrence reoffend reoffense reoffer reoffset reoil reometer reomission reomit reopen reoperate reoperation reoppose reopposition reoppress reoppression reorchestrate reordain reorder reordinate reordination reorganization reorganizationist reorganize reorganizer reorient reorientation reornament reoutfit reoutline reoutput reoutrage reovercharge reoverflow reovertake reoverwork reown reoxidation reoxidize reoxygenate reoxygenize rep repace repacification repacify repack repackage repacker repaganization repaganize repaganizer repage repaint repair repairable repairableness repairer repairman repale repand repandly repandodentate repandodenticulate repandolobate repandous repandousness repanel repaper reparability reparable reparably reparagraph reparate reparation reparative reparatory repark repartable repartake repartee reparticipate reparticipation repartition repartitionable repass repassable repassage repasser repast repaste repasture repatch repatency repatent repatriable repatriate repatriation repatronize repattern repave repavement repawn repay repayable repayal repaying repayment repeal repealability repealable repealableness repealer repealist repealless repeat repeatability repeatable repeatal repeated repeatedly repeater repeg repel repellance repellant repellence repellency repellent repellently repeller repelling repellingly repellingness repen repenetrate repension repent repentable repentance repentant repentantly repenter repentingly repeople reperceive repercept reperception repercolation repercuss repercussion repercussive repercussively repercussiveness repercutient reperform reperformance reperfume reperible repermission repermit reperplex repersonalization repersonalize repersuade repersuasion repertoire repertorial repertorily repertorium repertory reperusal reperuse repetend repetition repetitional repetitionary repetitious repetitiously repetitiousness repetitive repetitively repetitiveness repetitory repetticoat repew rephase rephonate rephosphorization rephosphorize rephotograph rephrase repic repick repicture repiece repile repin repine repineful repinement repiner repiningly repipe repique repitch repkie replace replaceability replaceable replacement replacer replait replan replane replant replantable replantation replanter replaster replate replay replead repleader repleat repledge repledger replenish replenisher replenishingly replenishment replete repletely repleteness repletion repletive repletively repletory repleviable replevin replevisable replevisor replevy repliant replica replicate replicated replicatile replication replicative replicatively replicatory replier replight replod replot replotment replotter replough replow replum replume replunder replunge reply replyingly repocket repoint repolish repoll repollute repolon repolymerization repolymerize reponder repone repope repopulate repopulation report reportable reportage reportedly reporter reporteress reporterism reportership reportingly reportion reportorial reportorially reposal repose reposed reposedly reposedness reposeful reposefully reposefulness reposer reposit repositary reposition repositor repository repossess repossession repossessor repost repostpone repot repound repour repowder repp repped repractice repray repreach reprecipitate reprecipitation repredict reprefer reprehend reprehendable reprehendatory reprehender reprehensibility reprehensible reprehensibleness reprehensibly reprehension reprehensive reprehensively reprehensory repreparation reprepare represcribe represent representability representable representamen representant representation representational representationalism representationalist representationary representationism representationist representative representatively representativeness representativeship representativity representer representment represide repress repressed repressedly represser repressible repressibly repression repressionary repressionist repressive repressively repressiveness repressment repressor repressory repressure reprice reprieval reprieve repriever reprimand reprimander reprimanding reprimandingly reprime reprimer reprint reprinter reprisal reprisalist reprise repristinate repristination reprivatization reprivatize reprivilege reproach reproachable reproachableness reproachably reproacher reproachful reproachfully reproachfulness reproachingly reproachless reproachlessness reprobacy reprobance reprobate reprobateness reprobater reprobation reprobationary reprobationer reprobative reprobatively reprobator reprobatory reproceed reprocess reproclaim reproclamation reprocurable reprocure reproduce reproduceable reproducer reproducibility reproducible reproduction reproductionist reproductive reproductively reproductiveness reproductivity reproductory reprofane reprofess reprohibit repromise repromulgate repromulgation repronounce repronunciation reproof reproofless repropagate repropitiate repropitiation reproportion reproposal repropose reprosecute reprosecution reprosper reprotect reprotection reprotest reprovable reprovableness reprovably reproval reprove reprover reprovide reprovingly reprovision reprovocation reprovoke reprune reps reptant reptatorial reptatory reptile reptiledom reptilelike reptilferous reptilian reptiliary reptiliform reptilious reptiliousness reptilism reptility reptilivorous reptiloid republic republican republicanism republicanization republicanize republicanizer republication republish republisher republishment repuddle repudiable repudiate repudiation repudiationist repudiative repudiator repudiatory repuff repugn repugnable repugnance repugnancy repugnant repugnantly repugnantness repugnate repugnatorial repugner repullulate repullulation repullulative repullulescent repulpit repulse repulseless repulseproof repulser repulsion repulsive repulsively repulsiveness repulsory repulverize repump repunish repunishment repurchase repurchaser repurge repurification repurify repurple repurpose repursue repursuit reputability reputable reputableness reputably reputation reputationless reputative reputatively repute reputed reputedly reputeless requalification requalify requarantine requeen requench request requester requestion requiem requiescence requin requirable require requirement requirer requisite requisitely requisiteness requisition requisitionary requisitioner requisitionist requisitor requisitorial requisitory requit requitable requital requitative requite requiteful requitement requiter requiz requotation requote rerack reracker reradiation rerail reraise rerake rerank rerate reread rereader rerebrace reredos reree rereel rereeve rerefief reregister reregistration reregulate reregulation rereign reremouse rerent rerental reresupper rerig rering rerise rerival rerivet rerob rerobe reroll reroof reroot rerope reroute rerow reroyalize rerub rerummage rerun resaca resack resacrifice resaddle resail resalable resale resalt resalutation resalute resalvage resample resanctify resanction resatisfaction resatisfy resaw resawer resawyer resay resazurin rescan reschedule rescind rescindable rescinder rescindment rescissible rescission rescissory rescore rescramble rescratch rescribe rescript rescription rescriptive rescriptively rescrub rescuable rescue rescueless rescuer reseal reseam research researcher researchful researchist reseat resecrete resecretion resect resection resectional reseda resedaceous resee reseed reseek resegment resegmentation reseise reseiser reseize reseizer reseizure reselect reselection reself resell reseller resemblable resemblance resemblant resemble resembler resemblingly reseminate resend resene resensation resensitization resensitize resent resentationally resentence resenter resentful resentfullness resentfully resentience resentingly resentless resentment resepulcher resequent resequester resequestration reserene reservable reserval reservation reservationist reservatory reserve reserved reservedly reservedness reservee reserveful reserveless reserver reservery reservice reservist reservoir reservor reset resettable resetter resettle resettlement resever resew resex resh reshake reshape reshare resharpen reshave reshear reshearer resheathe reshelve reshift reshine reshingle reship reshipment reshipper reshoe reshoot reshoulder reshovel reshower reshrine reshuffle reshun reshunt reshut reshuttle resiccate reside residence residencer residency resident residental residenter residential residentiality residentially residentiary residentiaryship residentship resider residua residual residuary residuation residue residuent residuous residuum resift resigh resign resignal resignatary resignation resignationism resigned resignedly resignedness resignee resigner resignful resignment resile resilement resilial resiliate resilience resiliency resilient resilifer resiliometer resilition resilium resilver resin resina resinaceous resinate resinbush resiner resinfiable resing resinic resiniferous resinification resinifluous resiniform resinify resinize resink resinlike resinoelectric resinoextractive resinogenous resinoid resinol resinolic resinophore resinosis resinous resinously resinousness resinovitreous resiny resipiscence resipiscent resist resistability resistable resistableness resistance resistant resistantly resister resistful resistibility resistible resistibleness resistibly resisting resistingly resistive resistively resistiveness resistivity resistless resistlessly resistlessness resistor resitting resize resizer resketch reskin reslash reslate reslay reslide reslot resmell resmelt resmile resmooth resnap resnatch resnatron resnub resoak resoap resoften resoil resojourn resolder resole resolemnize resolicit resolidification resolidify resolubility resoluble resolubleness resolute resolutely resoluteness resolution resolutioner resolutionist resolutory resolvability resolvable resolvableness resolvancy resolve resolved resolvedly resolvedness resolvent resolver resolvible resonance resonancy resonant resonantly resonate resonator resonatory resoothe resorb resorbence resorbent resorcin resorcine resorcinism resorcinol resorcinolphthalein resorcinum resorcylic resorption resorptive resort resorter resorufin resought resound resounder resounding resoundingly resource resourceful resourcefully resourcefulness resourceless resourcelessness resoutive resow resp respace respade respan respangle resparkle respeak respect respectability respectabilize respectable respectableness respectably respectant respecter respectful respectfully respectfulness respecting respective respectively respectiveness respectless respectlessly respectlessness respectworthy respell respersive respin respirability respirable respirableness respiration respirational respirative respirator respiratored respiratorium respiratory respire respirit respirometer respite respiteless resplend resplendence resplendency resplendent resplendently resplice resplit respoke respond responde respondence respondency respondent respondentia responder responsal responsary response responseless responser responsibility responsible responsibleness responsibly responsion responsive responsively responsiveness responsivity responsorial responsory respot respray respread respring resprout respue resquare resqueak ressaidar ressala ressaldar ressaut rest restable restack restaff restain restainable restake restamp restandardization restandardize restant restart restate restatement restaur restaurant restaurate restaurateur restauration restbalk resteal resteel resteep restem restep rester resterilize restes restful restfully restfulness restharrow resthouse restiaceous restiad restibrachium restiff restiffen restiffener restiffness restifle restiform restigmatize restimulate restimulation resting restingly restionaceous restipulate restipulation restipulatory restir restis restitch restitute restitution restitutionism restitutionist restitutive restitutor restitutory restive restively restiveness restless restlessly restlessness restock restopper restorable restorableness restoral restoration restorationer restorationism restorationist restorative restoratively restorativeness restorator restoratory restore restorer restow restowal restproof restraighten restrain restrainability restrained restrainedly restrainedness restrainer restraining restrainingly restraint restraintful restrap restratification restream restrengthen restress restretch restrict restricted restrictedly restrictedness restriction restrictionary restrictionist restrictive restrictively restrictiveness restrike restring restringe restringency restringent restrip restrive restroke restudy restuff restward restwards resty restyle resubject resubjection resubjugate resublimation resublime resubmerge resubmission resubmit resubordinate resubscribe resubscriber resubscription resubstitute resubstitution resucceed resuck resudation resue resuffer resufferance resuggest resuggestion resuing resuit result resultance resultancy resultant resultantly resultative resultful resultfully resulting resultingly resultive resultless resultlessly resultlessness resumability resumable resume resumer resummon resummons resumption resumptive resumptively resun resup resuperheat resupervise resupinate resupinated resupination resupine resupply resupport resuppose resupposition resuppress resuppression resurface resurge resurgence resurgency resurgent resurprise resurrect resurrectible resurrection resurrectional resurrectionary resurrectioner resurrectioning resurrectionism resurrectionist resurrectionize resurrective resurrector resurrender resurround resurvey resuscitable resuscitant resuscitate resuscitation resuscitative resuscitator resuspect resuspend resuspension reswage reswallow resward reswarm reswear resweat resweep reswell reswill reswim resyllabification resymbolization resymbolize resynthesis resynthesize ret retable retack retackle retag retail retailer retailment retailor retain retainability retainable retainableness retainal retainder retainer retainership retaining retake retaker retaliate retaliation retaliationist retaliative retaliator retaliatory retalk retama retame retan retanner retape retard retardance retardant retardate retardation retardative retardatory retarded retardence retardent retarder retarding retardingly retardive retardment retardure retare retariff retaste retation retattle retax retaxation retch reteach retecious retelegraph retelephone retell retelling retem retemper retempt retemptation retenant retender retene retent retention retentionist retentive retentively retentiveness retentivity retentor retepore retest retexture rethank rethatch rethaw rethe retheness rethicken rethink rethrash rethread rethreaten rethresh rethresher rethrill rethrive rethrone rethrow rethrust rethunder retia retial retiarian retiarius retiary reticella reticello reticence reticency reticent reticently reticket reticle reticula reticular reticularian reticularly reticulary reticulate reticulated reticulately reticulation reticulatocoalescent reticulatogranulate reticulatoramose reticulatovenose reticule reticuled reticulin reticulitis reticulocyte reticulocytosis reticuloramose reticulose reticulovenose reticulum retie retier retiform retighten retile retill retimber retime retin retina retinacular retinaculate retinaculum retinal retinalite retinasphalt retinasphaltum retincture retinene retinerved retinian retinispora retinite retinitis retinize retinker retinoblastoma retinochorioid retinochorioidal retinochorioiditis retinoid retinol retinopapilitis retinophoral retinophore retinoscope retinoscopic retinoscopically retinoscopist retinoscopy retinue retinula retinular retinule retip retiracied retiracy retirade retiral retire retired retiredly retiredness retirement retirer retiring retiringly retiringness retistene retoast retold retolerate retoleration retomb retonation retook retool retooth retoother retort retortable retorted retorter retortion retortive retorture retoss retotal retouch retoucher retouching retouchment retour retourable retrace retraceable retracement retrack retract retractability retractable retractation retracted retractibility retractible retractile retractility retraction retractive retractively retractiveness retractor retrad retrade retradition retrahent retrain retral retrally retramp retrample retranquilize retranscribe retranscription retransfer retransference retransfigure retransform retransformation retransfuse retransit retranslate retranslation retransmission retransmissive retransmit retransmute retransplant retransport retransportation retravel retraverse retraxit retread retreat retreatal retreatant retreater retreatful retreating retreatingness retreative retreatment retree retrench retrenchable retrencher retrenchment retrial retribute retribution retributive retributively retributor retributory retricked retrievability retrievable retrievableness retrievably retrieval retrieve retrieveless retrievement retriever retrieverish retrim retrimmer retrip retroact retroaction retroactive retroactively retroactivity retroalveolar retroauricular retrobronchial retrobuccal retrobulbar retrocaecal retrocardiac retrocecal retrocede retrocedence retrocedent retrocervical retrocession retrocessional retrocessionist retrocessive retrochoir retroclavicular retroclusion retrocognition retrocognitive retrocolic retroconsciousness retrocopulant retrocopulation retrocostal retrocouple retrocoupler retrocurved retrodate retrodeviation retrodisplacement retroduction retrodural retroesophageal retroflected retroflection retroflex retroflexed retroflexion retroflux retroform retrofract retrofracted retrofrontal retrogastric retrogenerative retrogradation retrogradatory retrograde retrogradely retrogradient retrogradingly retrogradism retrogradist retrogress retrogression retrogressionist retrogressive retrogressively retrohepatic retroinfection retroinsular retroiridian retroject retrojection retrojugular retrolabyrinthine retrolaryngeal retrolingual retrolocation retromammary retromammillary retromandibular retromastoid retromaxillary retromigration retromingent retromingently retromorphosed retromorphosis retronasal retroperitoneal retroperitoneally retropharyngeal retropharyngitis retroplacental retroplexed retroposed retroposition retropresbyteral retropubic retropulmonary retropulsion retropulsive retroreception retrorectal retroreflective retrorenal retrorse retrorsely retroserrate retroserrulate retrospect retrospection retrospective retrospectively retrospectiveness retrospectivity retrosplenic retrostalsis retrostaltic retrosternal retrosusception retrot retrotarsal retrotemporal retrothyroid retrotracheal retrotransfer retrotransference retrotympanic retrousse retrovaccinate retrovaccination retrovaccine retroverse retroversion retrovert retrovision retroxiphoid retrude retrue retrusible retrusion retrust retry retted retter rettery retting rettory retube retuck retumble retumescence retune returban returf returfer return returnability returnable returned returner returnless returnlessly retuse retwine retwist retying retype retzian reundercut reundergo reundertake reundulate reundulation reune reunfold reunification reunify reunion reunionism reunionist reunionistic reunitable reunite reunitedly reuniter reunition reunitive reunpack reuphold reupholster reuplift reurge reuse reutilization reutilize reutter reutterance rev revacate revaccinate revaccination revalenta revalescence revalescent revalidate revalidation revalorization revalorize revaluate revaluation revalue revamp revamper revampment revaporization revaporize revarnish revary reve reveal revealability revealable revealableness revealed revealedly revealer revealing revealingly revealingness revealment revegetate revegetation revehent reveil reveille revel revelability revelant revelation revelational revelationer revelationist revelationize revelative revelator revelatory reveler revellent revelly revelment revelrout revelry revenant revend revender revendicate revendication reveneer revenge revengeable revengeful revengefully revengefulness revengeless revengement revenger revengingly revent reventilate reventure revenual revenue revenued revenuer rever reverable reverb reverbatory reverberant reverberate reverberation reverberative reverberator reverberatory reverbrate reverdure revere revered reverence reverencer reverend reverendly reverendship reverent reverential reverentiality reverentially reverentialness reverently reverentness reverer reverie reverification reverify reverist revers reversability reversable reversal reverse reversed reversedly reverseful reverseless reversely reversement reverser reverseways reversewise reversi reversibility reversible reversibleness reversibly reversification reversifier reversify reversing reversingly reversion reversionable reversional reversionally reversionary reversioner reversionist reversis reversist reversive reverso revert revertal reverter revertibility revertible revertive revertively revery revest revestiary revestry revet revete revetement revetment revibrate revibration revibrational revictorious revictory revictual revictualment revie review reviewability reviewable reviewage reviewal reviewer revieweress reviewish reviewless revigorate revigoration revile revilement reviler reviling revilingly revindicate revindication reviolate reviolation revirescence revirescent revisable revisableness revisal revise revisee reviser revisership revisible revision revisional revisionary revisionism revisionist revisit revisitant revisitation revisor revisory revisualization revisualize revitalization revitalize revitalizer revivability revivable revivably revival revivalism revivalist revivalistic revivalize revivatory revive revivement reviver revivification revivifier revivify reviving revivingly reviviscence reviviscency reviviscent reviviscible revivor revocability revocable revocableness revocably revocation revocative revocatory revoice revokable revoke revokement revoker revokingly revolant revolatilize revolt revolter revolting revoltingly revoltress revolubility revoluble revolubly revolunteer revolute revoluted revolution revolutional revolutionally revolutionarily revolutionariness revolutionary revolutioneering revolutioner revolutionism revolutionist revolutionize revolutionizement revolutionizer revolvable revolvably revolve revolvement revolvency revolver revolving revolvingly revomit revote revue revuette revuist revulsed revulsion revulsionary revulsive revulsively rewade rewager rewake rewaken rewall rewallow reward rewardable rewardableness rewardably rewardedly rewarder rewardful rewardfulness rewarding rewardingly rewardless rewardproof rewarehouse rewarm rewarn rewash rewater rewave rewax rewaybill rewayle reweaken rewear reweave rewed reweigh reweigher reweight rewelcome reweld rewend rewet rewhelp rewhirl rewhisper rewhiten rewiden rewin rewind rewinder rewirable rewire rewish rewithdraw rewithdrawal rewood reword rework reworked rewound rewove rewoven rewrap rewrite rewriter rex rexen reyield reyoke reyouth rezbanyite rhabdite rhabditiform rhabdium rhabdocoelan rhabdocoele rhabdocoelidan rhabdocoelous rhabdoid rhabdoidal rhabdolith rhabdom rhabdomal rhabdomancer rhabdomancy rhabdomantic rhabdomantist rhabdomyoma rhabdomyosarcoma rhabdomysarcoma rhabdophane rhabdophanite rhabdophoran rhabdopod rhabdos rhabdosome rhabdosophy rhabdosphere rhabdus rhagades rhagadiform rhagiocrin rhagionid rhagite rhagon rhagonate rhagose rhamn rhamnaceous rhamnal rhamnetin rhamninase rhamninose rhamnite rhamnitol rhamnohexite rhamnohexitol rhamnohexose rhamnonic rhamnose rhamnoside rhamphoid rhamphotheca rhapontic rhaponticin rhapontin rhapsode rhapsodic rhapsodical rhapsodically rhapsodie rhapsodism rhapsodist rhapsodistic rhapsodize rhapsodomancy rhapsody rhason rhasophore rhatania rhatany rhe rhea rheadine rhebok rhebosis rheeboc rheebok rheen rhegmatype rhegmatypy rheic rhein rheinic rhema rhematic rhematology rheme rhenium rheobase rheocrat rheologist rheology rheometer rheometric rheometry rheophile rheophore rheophoric rheoplankton rheoscope rheoscopic rheostat rheostatic rheostatics rheotactic rheotan rheotaxis rheotome rheotrope rheotropic rheotropism rhesian rhesus rhetor rhetoric rhetorical rhetorically rhetoricalness rhetoricals rhetorician rhetorize rheum rheumarthritis rheumatalgia rheumatic rheumatical rheumatically rheumaticky rheumatism rheumatismal rheumatismoid rheumative rheumatiz rheumatize rheumatoid rheumatoidal rheumatoidally rheumed rheumic rheumily rheuminess rheumy rhexis rhigolene rhigosis rhigotic rhinal rhinalgia rhinarium rhincospasm rhine rhinencephalic rhinencephalon rhinencephalous rhinenchysis rhinestone rhineurynter rhinion rhinitis rhino rhinobyon rhinocaul rhinocele rhinocelian rhinocerial rhinocerian rhinocerine rhinoceroid rhinoceros rhinoceroslike rhinocerotic rhinocerotiform rhinocerotine rhinocerotoid rhinochiloplasty rhinodynia rhinogenous rhinolalia rhinolaryngology rhinolaryngoscope rhinolite rhinolith rhinolithic rhinological rhinologist rhinology rhinolophid rhinolophine rhinopharyngeal rhinopharyngitis rhinopharynx rhinophonia rhinophore rhinophyma rhinoplastic rhinoplasty rhinopolypus rhinorrhagia rhinorrhea rhinorrheal rhinoscleroma rhinoscope rhinoscopic rhinoscopy rhinosporidiosis rhinotheca rhinothecal rhipidate rhipidion rhipidistian rhipidium rhipidoglossal rhipidoglossate rhipidopterous rhipiphorid rhipipteran rhipipterous rhizanthous rhizautoicous rhizine rhizinous rhizocarp rhizocarpean rhizocarpian rhizocarpic rhizocarpous rhizocaul rhizocaulus rhizocephalan rhizocephalous rhizocorm rhizoctoniose rhizodermis rhizoflagellate rhizogen rhizogenetic rhizogenic rhizogenous rhizoid rhizoidal rhizoma rhizomatic rhizomatous rhizome rhizomelic rhizomic rhizomorph rhizomorphic rhizomorphoid rhizomorphous rhizoneure rhizophagous rhizophilous rhizophoraceous rhizophore rhizophorous rhizophyte rhizoplast rhizopod rhizopodal rhizopodan rhizopodist rhizopodous rhizosphere rhizostomatous rhizostome rhizostomous rhizotaxis rhizotaxy rhizote rhizotic rhizotomi rhizotomy rho rhodaline rhodamine rhodanate rhodanic rhodanine rhodanthe rhodeose rhodeswood rhodic rhoding rhodinol rhodite rhodium rhodizite rhodizonic rhodochrosite rhodocyte rhododendron rhodolite rhodomelaceous rhodonite rhodophane rhodophyceous rhodophyll rhodoplast rhodopsin rhodorhiza rhodosperm rhodospermin rhodospermous rhodymeniaceous rhomb rhombencephalon rhombenporphyr rhombic rhombical rhombiform rhomboclase rhomboganoid rhombogene rhombogenic rhombogenous rhombohedra rhombohedral rhombohedrally rhombohedric rhombohedron rhomboid rhomboidal rhomboidally rhomboideus rhomboidly rhomboquadratic rhomborectangular rhombos rhombovate rhombus rhonchal rhonchial rhonchus rhopalic rhopalism rhopalium rhopaloceral rhopalocerous rhotacism rhotacismus rhotacistic rhotacize rhubarb rhubarby rhumb rhumba rhumbatron rhyacolite rhyme rhymeless rhymelet rhymemaker rhymemaking rhymeproof rhymer rhymery rhymester rhymewise rhymic rhymist rhymy rhynchocephalian rhynchocephalic rhynchocephalous rhynchocoelan rhynchocoelic rhynchocoelous rhyncholite rhynchonelloid rhynchophoran rhynchophore rhynchophorous rhynchotal rhynchote rhynchotous rhynconellid rhyobasalt rhyodacite rhyolite rhyolitic rhyotaxitic rhyparographer rhyparographic rhyparographist rhyparography rhypography rhyptic rhyptical rhysimeter rhythm rhythmal rhythmic rhythmical rhythmicality rhythmically rhythmicity rhythmicize rhythmics rhythmist rhythmizable rhythmization rhythmize rhythmless rhythmometer rhythmopoeia rhythmproof rhytidome rhytidosis rhyton ria rial riancy riant riantly riata rib ribald ribaldish ribaldly ribaldrous ribaldry riband ribandlike ribandmaker ribandry ribat ribaudequin ribaudred ribband ribbandry ribbed ribber ribbet ribbidge ribbing ribble ribbon ribbonback ribboner ribbonfish ribbonlike ribbonmaker ribbonry ribbonweed ribbonwood ribbony ribby ribe ribless riblet riblike riboflavin ribonic ribonuclease ribonucleic ribose ribroast ribroaster ribroasting ribskin ribspare ribwork ribwort ricciaceous rice ricebird riceland ricer ricey rich richdom richellite richen riches richesse richling richly richness richt richterite richweed ricin ricine ricinelaidic ricinelaidinic ricinic ricinine ricininic ricinium ricinoleate ricinoleic ricinolein ricinolic ricinus rick rickardite ricker ricketily ricketiness ricketish rickets rickettsial rickettsialpox rickety rickey rickle rickmatic rickrack ricksha rickshaw rickstaddle rickstand rickstick rickyard ricochet ricolettaite ricrac rictal rictus rid ridable ridableness ridably riddam riddance riddel ridden ridder ridding riddle riddlemeree riddler riddling riddlingly riddlings ride rideable rideau riden rident rider ridered rideress riderless ridge ridgeband ridgeboard ridgebone ridged ridgel ridgelet ridgelike ridgeling ridgepiece ridgeplate ridgepole ridgepoled ridger ridgerope ridgetree ridgeway ridgewise ridgil ridging ridgingly ridgling ridgy ridibund ridicule ridiculer ridiculize ridiculosity ridiculous ridiculously ridiculousness riding ridingman ridotto rie riebeckite riem riempie rier rife rifely rifeness riff riffle riffler riffraff rifle riflebird rifledom rifleman riflemanship rifleproof rifler riflery rifleshot rifling rift rifter riftless rifty rig rigadoon rigamajig rigamarole rigation rigbane rigescence rigescent riggald rigger rigging riggish riggite riggot right rightabout righten righteous righteously righteousness righter rightful rightfully rightfulness rightheaded righthearted rightist rightle rightless rightlessness rightly rightmost rightness righto rightship rightward rightwardly rightwards righty rigid rigidify rigidist rigidity rigidly rigidness rigidulous rigling rigmaree rigmarole rigmarolery rigmarolic rigmarolish rigmarolishly rignum rigol rigolette rigor rigorism rigorist rigoristic rigorous rigorously rigorousness rigsby rigsdaler rigwiddie rigwiddy rikisha rikk riksha rikshaw rilawa rile riley rill rillet rillett rillette rillock rillstone rilly rim rima rimal rimate rimbase rime rimeless rimer rimester rimfire rimiform rimland rimless rimmaker rimmaking rimmed rimmer rimose rimosely rimosity rimous rimpi rimple rimption rimrock rimu rimula rimulose rimy rinceau rinch rincon rind rinded rinderpest rindle rindless rindy rine ring ringable ringbark ringbarker ringbill ringbird ringbolt ringbone ringboned ringcraft ringdove ringe ringed ringent ringer ringeye ringgiver ringgiving ringgoer ringhals ringhead ringiness ringing ringingly ringingness ringite ringle ringlead ringleader ringleaderless ringleadership ringless ringlet ringleted ringlety ringlike ringmaker ringmaking ringman ringmaster ringneck ringsail ringside ringsider ringster ringtail ringtaw ringtime ringtoss ringwalk ringwall ringwise ringworm ringy rink rinka rinker rinkite rinncefada rinneite rinner rinsable rinse rinser rinsing rinthereout rintherout rio riot rioter rioting riotingly riotist riotistic riotocracy riotous riotously riotousness riotproof riotry rip ripa ripal riparial riparian riparious ripcord ripe ripelike ripely ripen ripener ripeness ripening ripeningly riper ripgut ripicolous ripidolite ripienist ripieno ripier ripost riposte rippable ripper ripperman rippet rippier ripping rippingly rippingness rippit ripple rippleless rippler ripplet rippling ripplingly ripply rippon riprap riprapping ripsack ripsaw ripsnorter ripsnorting ripup riroriro risala risberm rise risen riser rishi rishtadar risibility risible risibleness risibles risibly rising risk risker riskful riskfulness riskily riskiness riskish riskless riskproof risky risorial risorius risp risper risque risquee rissel risser rissle rissoid rist ristori rit rita ritardando rite riteless ritelessness ritling ritornel ritornelle ritornello rittingerite ritual ritualism ritualist ritualistic ritualistically rituality ritualize ritualless ritually ritzy riva rivage rival rivalable rivaless rivalism rivality rivalize rivalless rivalrous rivalry rivalship rive rivel rivell riven river riverain riverbank riverbush riverdamp rivered riverhead riverhood riverine riverish riverless riverlet riverlike riverling riverly riverman riverscape riverside riversider riverward riverwards riverwash riverway riverweed riverwise rivery rivet riveter rivethead riveting rivetless rivetlike riving rivingly rivose rivulariaceous rivulation rivulet rivulose rix rixatrix rixy riyal riziform rizzar rizzle rizzom rizzomed rizzonite roach roachback road roadability roadable roadbed roadblock roadbook roadcraft roaded roader roadfellow roadhead roadhouse roading roadite roadless roadlessness roadlike roadman roadmaster roadside roadsider roadsman roadstead roadster roadstone roadtrack roadway roadweed roadwise roadworthiness roadworthy roam roamage roamer roaming roamingly roan roanoke roar roarer roaring roaringly roast roastable roaster roasting roastingly rob robalito robalo roband robber robberproof robbery robbin robbing robe robeless rober roberd robin robinet robing robinin robinoside roble robomb roborant roborate roboration roborative roborean roboreous robot robotesque robotian robotism robotistic robotization robotize robotlike robotry robur roburite robust robustful robustfully robustfulness robustic robusticity robustious robustiously robustiousness robustity robustly robustness roc rocambole roccellic roccellin roccelline rochelime rocher rochet rocheted rock rockable rockably rockaby rockabye rockallite rockaway rockbell rockberry rockbird rockborn rockbrush rockcist rockcraft rockelay rocker rockery rocket rocketeer rocketer rocketlike rocketor rocketry rockety rockfall rockfish rockfoil rockhair rockhearted rockiness rocking rockingly rockish rocklay rockless rocklet rocklike rockling rockman rockrose rockshaft rockslide rockstaff rocktree rockward rockwards rockweed rockwood rockwork rocky rococo rocta rod rodd roddikin roddin rodding rode rodent rodential rodentially rodentian rodenticidal rodenticide rodentproof rodeo rodge rodham roding rodingite rodknight rodless rodlet rodlike rodmaker rodman rodney rodomont rodomontade rodomontadist rodomontador rodsman rodster rodwood roe roeblingite roebuck roed roelike roentgen roentgenism roentgenization roentgenize roentgenogram roentgenograph roentgenographic roentgenographically roentgenography roentgenologic roentgenological roentgenologically roentgenologist roentgenology roentgenometer roentgenometry roentgenoscope roentgenoscopic roentgenoscopy roentgenotherapy roentgentherapy roer roestone roey rog rogan rogation rogative rogatory roger rogersite roggle rogue roguedom rogueling roguery rogueship roguing roguish roguishly roguishness rohan rohob rohun rohuna roi roid roil roily roister roisterer roistering roisteringly roisterly roisterous roisterously roit roka roke rokeage rokee rokelay roker rokey roky role roleo roll rollable rollback rolled rollejee roller rollerer rollermaker rollermaking rollerman rollerskater rollerskating rolley rolleyway rolleywayman rolliche rollichie rollick rollicker rollicking rollickingly rollickingness rollicksome rollicksomeness rollicky rolling rollingly rollix rollmop rollock rollway roloway romaika romaine romal romance romancealist romancean romanceful romanceish romanceishness romanceless romancelet romancelike romancemonger romanceproof romancer romanceress romancical romancing romancist romancy romanium romantic romantical romanticalism romanticality romantically romanticalness romanticism romanticist romanticistic romanticity romanticize romanticly romanticness romantism romantist romanza romaunt rombos rombowline romeite romerillo romero rommack romp romper romping rompingly rompish rompishly rompishness rompu rompy roncador roncet ronco rond rondache rondacher rondawel ronde rondeau rondel rondelet rondelier rondelle rondellier rondino rondle rondo rondoletto rondure rone rongeur ronquil rontgen ronyon rood roodebok roodle roodstone roof roofage roofer roofing roofless rooflet rooflike roofman rooftree roofward roofwise roofy rooibok rooinek rook rooker rookeried rookery rookie rookish rooklet rooklike rooky rool room roomage roomed roomer roomful roomie roomily roominess roomkeeper roomless roomlet roommate roomstead roomth roomthily roomthiness roomthy roomward roomy roon roorback roosa roost roosted rooster roosterfish roosterhood roosterless roosters roostership root rootage rootcap rooted rootedly rootedness rooter rootery rootfast rootfastness roothold rootiness rootle rootless rootlessness rootlet rootlike rootling rootstalk rootstock rootwalt rootward rootwise rootworm rooty roove ropable rope ropeable ropeband ropebark ropedance ropedancer ropedancing ropelayer ropelaying ropelike ropemaker ropemaking ropeman roper roperipe ropery ropes ropesmith ropetrick ropewalk ropewalker ropeway ropework ropily ropiness roping ropish ropishness ropp ropy roque roquelaure roquer roquet roquette roquist roral roratorio roric roriferous rorifluent roritorious rorqual rorty rorulent rory rosacean rosaceous rosal rosanilin rosaniline rosarian rosario rosarium rosaruby rosary rosated roscherite roscid roscoelite rose roseal roseate roseately rosebay rosebud rosebush rosed rosedrop rosefish rosehead rosehill rosehiller roseine rosel roseless roselet roselike roselite rosella rosellate roselle rosemary rosenbuschite roseola roseolar roseoliform roseolous roseous roseroot rosery roset rosetan rosetangle rosetime rosette rosetted rosetty rosetum rosety roseways rosewise rosewood rosewort rosied rosier rosieresite rosilla rosillo rosily rosin rosinate rosinduline rosiness rosinous rosinweed rosinwood rosiny rosland rosmarine rosoli rosolic rosolio rosolite rosorial ross rosser rossite rostel rostellar rostellarian rostellate rostelliform rostellum roster rostra rostral rostrally rostrate rostrated rostriferous rostriform rostroantennary rostrobranchial rostrocarinate rostrocaudal rostroid rostrolateral rostrular rostrulate rostrulum rostrum rosular rosulate rosy rot rota rotacism rotal rotalian rotaliform rotaliiform rotaman rotameter rotan rotang rotarianize rotary rotascope rotatable rotate rotated rotating rotation rotational rotative rotatively rotativism rotatodentate rotatoplane rotator rotatorian rotatory rotch rote rotella rotenone roter rotge rotgut rother rothermuck rotifer rotiferal rotiferan rotiferous rotiform rotisserie roto rotograph rotogravure rotor rotorcraft rotproof rottan rotten rottenish rottenly rottenness rottenstone rotter rotting rottle rottlera rottlerin rottock rottolo rotula rotulad rotular rotulet rotulian rotuliform rotulus rotund rotunda rotundate rotundifoliate rotundifolious rotundiform rotundify rotundity rotundly rotundness rotundo rotundotetragonal roub roucou roud roue rouelle rouge rougeau rougeberry rougelike rougemontite rougeot rough roughage roughcast roughcaster roughdraft roughdraw roughdress roughdry roughen roughener rougher roughet roughhearted roughheartedness roughhew roughhewer roughhewn roughhouse roughhouser roughhousing roughhousy roughie roughing roughings roughish roughishly roughishness roughleg roughly roughness roughometer roughride roughrider roughroot roughscuff roughsetter roughshod roughslant roughsome roughstring roughstuff roughtail roughtailed roughwork roughwrought roughy rougy rouille rouky roulade rouleau roulette roun rounce rounceval rouncy round roundabout roundaboutly roundaboutness rounded roundedly roundedness roundel roundelay roundeleer rounder roundfish roundhead roundheaded roundheadedness roundhouse rounding roundish roundishness roundlet roundline roundly roundmouthed roundness roundnose roundnosed roundridge roundseam roundsman roundtail roundtop roundtree roundup roundwise roundwood roundworm roundy roup rouper roupet roupily roupingwife roupit roupy rouse rouseabout rousedness rousement rouser rousing rousingly roussette roust roustabout rouster rousting rout route router routh routhercock routhie routhiness routhy routinary routine routineer routinely routing routinish routinism routinist routinization routinize routivarite routous routously rouvillite rove rover rovet rovetto roving rovingly rovingness row rowable rowan rowanberry rowboat rowdily rowdiness rowdy rowdydow rowdydowdy rowdyish rowdyishly rowdyishness rowdyism rowdyproof rowed rowel rowelhead rowen rower rowet rowiness rowing rowlandite rowlet rowlock rowport rowty rowy rox roxy royal royale royalet royalism royalist royalization royalize royally royalty royet royetness royetous royetously royt rozum ruach ruana rub rubasse rubato rubbed rubber rubberer rubberize rubberless rubberneck rubbernecker rubbernose rubbers rubberstone rubberwise rubbery rubbing rubbingstone rubbish rubbishing rubbishingly rubbishly rubbishry rubbishy rubble rubbler rubblestone rubblework rubbly rubdown rubedinous rubedity rubefacient rubefaction rubelet rubella rubelle rubellite rubellosis rubeola rubeolar rubeoloid ruberythric ruberythrinic rubescence rubescent rubiaceous rubianic rubiate rubiator rubican rubicelle rubiconed rubicund rubicundity rubidic rubidine rubidium rubied rubific rubification rubificative rubify rubiginous rubijervine rubine rubineous rubious ruble rublis rubor rubric rubrica rubrical rubricality rubrically rubricate rubrication rubricator rubrician rubricism rubricist rubricity rubricize rubricose rubrific rubrification rubrify rubrisher rubrospinal rubstone ruby rubylike rubytail rubythroat rubywise rucervine ruche ruching ruck rucker ruckle ruckling rucksack rucksey ruckus rucky ructation ruction rud rudas rudd rudder rudderhead rudderhole rudderless rudderlike rudderpost rudderstock ruddied ruddily ruddiness ruddle ruddleman ruddock ruddy ruddyish rude rudely rudeness rudented rudenture ruderal rudesby rudge rudiment rudimental rudimentarily rudimentariness rudimentary rudimentation rudish rudistan rudistid rudity rue rueful ruefully ruefulness ruelike ruelle ruen ruer ruesome ruesomeness ruewort rufescence rufescent ruff ruffable ruffed ruffer ruffian ruffianage ruffiandom ruffianhood ruffianish ruffianism ruffianize ruffianlike ruffianly ruffiano ruffin ruffle ruffled ruffleless rufflement ruffler rufflike ruffliness ruffling ruffly ruficarpous ruficaudate ruficoccin ruficornate rufigallic rufoferruginous rufofulvous rufofuscous rufopiceous rufotestaceous rufous rufter rufulous rufus rug ruga rugate rugged ruggedly ruggedness rugging ruggle ruggy rugheaded ruglike rugmaker rugmaking rugosa rugose rugosely rugosity rugous rugulose ruin ruinable ruinate ruination ruinatious ruinator ruined ruiner ruing ruiniform ruinlike ruinous ruinously ruinousness ruinproof rukh rulable rule ruledom ruleless rulemonger ruler rulership ruling rulingly rull ruller rullion rum rumal rumbelow rumble rumblegarie rumblegumption rumblement rumbler rumbling rumblingly rumbly rumbo rumbooze rumbowline rumbowling rumbullion rumbumptious rumbustical rumbustious rumbustiousness rumchunder rumen rumenitis rumenocentesis rumenotomy rumfustian rumgumption rumgumptious ruminal ruminant ruminantly ruminate ruminating ruminatingly rumination ruminative ruminatively ruminator rumkin rumless rumly rummage rummager rummagy rummer rummily rumminess rummish rummy rumness rumney rumor rumorer rumormonger rumorous rumorproof rumourmonger rump rumpad rumpadder rumpade rumple rumpless rumply rumpscuttle rumpuncheon rumpus rumrunner rumrunning rumshop rumswizzle rumtytoo run runabout runagate runaround runaway runback runboard runby runch runchweed runcinate rundale rundle rundlet rune runecraft runed runefolk runeless runelike runer runesmith runestaff runeword runfish rung runghead rungless runholder runic runically runiform runite runkeeper runkle runkly runless runlet runman runnable runnel runner runnet running runningly runny runoff runologist runology runout runover runproof runrig runround runt runted runtee runtiness runtish runtishly runtishness runty runway rupa rupee rupestral rupestrian rupestrine rupia rupiah rupial rupicaprine rupicoline rupicolous rupie rupitic ruptile ruption ruptive ruptuary rupturable rupture ruptured rupturewort rural ruralism ruralist ruralite rurality ruralization ruralize rurally ruralness rurban ruridecanal rurigenous ruru ruse rush rushbush rushed rushen rusher rushiness rushing rushingly rushingness rushland rushlight rushlighted rushlike rushlit rushy rusine rusk ruskin rusky rusma rusot ruspone russel russet russeting russetish russetlike russety russia russud rust rustable rustful rustic rustical rustically rusticalness rusticate rustication rusticator rusticial rusticism rusticity rusticize rusticly rusticness rusticoat rustily rustiness rustle rustler rustless rustling rustlingly rustlingness rustly rustproof rustre rustred rusty rustyback rustyish ruswut rut rutabaga rutaceous rutaecarpine rutate rutch rutelian ruth ruthenate ruthenic ruthenious ruthenium ruthenous ruther rutherford rutherfordine rutherfordite ruthful ruthfully ruthfulness ruthless ruthlessly ruthlessness rutic rutidosis rutilant rutilated rutile rutilous rutin rutinose ruttee rutter ruttiness ruttish ruttishly ruttishness rutty rutyl rutylene ruvid rux rvulsant ryal ryania rybat ryder rye ryen ryme rynchosporous rynd rynt ryot ryotwar ryotwari rype rypeck rytidosis s sa saa sab sabadilla sabadine sabadinine sabaigrass sabalo sabanut sabbat sabbath sabbatia sabbatic sabbatical sabbatine sabbatism sabbaton sabbitha sabdariffa sabe sabeca sabella sabellan sabellarian sabellid sabelloid saber saberbill sabered saberleg saberlike saberproof sabertooth saberwing sabiaceous sabicu sabina sabine sabino sable sablefish sableness sably sabora saboraim sabot sabotage saboted saboteur sabotine sabra sabretache sabromin sabuline sabulite sabulose sabulosity sabulous sabulum saburra saburral saburration sabutan sabzi sac sacalait sacaline sacaton sacatra sacbrood saccade saccadic saccate saccated saccharamide saccharase saccharate saccharated saccharephidrosis saccharic saccharide sacchariferous saccharification saccharifier saccharify saccharilla saccharimeter saccharimetric saccharimetrical saccharimetry saccharin saccharinate saccharinated saccharine saccharineish saccharinely saccharinic saccharinity saccharization saccharize saccharobacillus saccharobiose saccharobutyric saccharoceptive saccharoceptor saccharochemotropic saccharocolloid saccharofarinaceous saccharogalactorrhea saccharogenic saccharohumic saccharoid saccharoidal saccharolactonic saccharolytic saccharometabolic saccharometabolism saccharometer saccharometric saccharometry saccharomucilaginous saccharomyces saccharomycetaceous saccharomycete saccharomycetic saccharomycosis saccharon saccharonate saccharone saccharonic saccharophylly saccharorrhea saccharoscope saccharose saccharostarchy saccharosuria saccharotriose saccharous saccharulmic saccharulmin saccharum saccharuria sacciferous sacciform saccobranchiate saccoderm saccolabium saccomyian saccomyid saccomyine saccomyoid saccomyoidean saccos saccular sacculate sacculated sacculation saccule sacculoutricular sacculus saccus sacellum sacerdocy sacerdotage sacerdotal sacerdotalism sacerdotalist sacerdotalize sacerdotally sacerdotical sacerdotism sachamaker sachem sachemdom sachemic sachemship sachet sack sackage sackamaker sackbag sackbut sackcloth sackclothed sackdoudle sacked sacken sacker sackful sacking sackless sacklike sackmaker sackmaking sackman sacktime saclike saco sacope sacque sacra sacrad sacral sacralgia sacralization sacrament sacramental sacramentalism sacramentalist sacramentality sacramentally sacramentalness sacramentarian sacramentarianism sacramentarist sacramentary sacramenter sacramentism sacramentize sacramentum sacraria sacrarial sacrarium sacrectomy sacred sacredly sacredness sacrificable sacrificant sacrification sacrificator sacrificatory sacrificature sacrifice sacrificer sacrificial sacrificially sacrificing sacrilege sacrileger sacrilegious sacrilegiously sacrilegiousness sacrilegist sacrilumbal sacrilumbalis sacring sacrist sacristan sacristy sacro sacrocaudal sacrococcygeal sacrococcygean sacrococcygeus sacrococcyx sacrocostal sacrocotyloid sacrocotyloidean sacrocoxalgia sacrocoxitis sacrodorsal sacrodynia sacrofemoral sacroiliac sacroinguinal sacroischiac sacroischiadic sacroischiatic sacrolumbal sacrolumbalis sacrolumbar sacropectineal sacroperineal sacropictorial sacroposterior sacropubic sacrorectal sacrosanct sacrosanctity sacrosanctness sacrosciatic sacrosecular sacrospinal sacrospinalis sacrospinous sacrotomy sacrotuberous sacrovertebral sacrum sad sadden saddening saddeningly saddik saddirham saddish saddle saddleback saddlebag saddlebow saddlecloth saddled saddleleaf saddleless saddlelike saddlenose saddler saddlery saddlesick saddlesore saddlesoreness saddlestead saddletree saddlewise saddling sade sadh sadhe sadhearted sadhu sadic sadiron sadism sadist sadistic sadistically sadly sadness sado sadomasochism sadr saecula saeculum saernaite saeter saeume safari safe safeblower safeblowing safebreaker safebreaking safecracking safeguard safeguarder safehold safekeeper safekeeping safelight safely safemaker safemaking safen safener safeness safety saffian safflor safflorite safflow safflower saffron saffroned saffrontree saffronwood saffrony safranin safranine safranophile safrole saft sag saga sagaciate sagacious sagaciously sagaciousness sagacity sagaie sagaman sagamite sagamore sagapenum sagathy sage sagebrush sagebrusher sagebush sageleaf sagely sagene sageness sagenite sagenitic sagerose sageship sagewood sagger sagging saggon saggy saghavart saginate sagination saging sagitta sagittal sagittally sagittarius sagittary sagittate sagittiferous sagittiform sagittocyst sagittoid sagless sago sagoin sagolike saguaro sagum saguran sagvandite sagwire sagy sah sahh sahib sahme sahoukar sahukar sai saic said saiga sail sailable sailage sailboat sailcloth sailed sailer sailfish sailflying sailing sailingly sailless sailmaker sailmaking sailor sailoring sailorizing sailorless sailorlike sailorly sailorman sailorproof sailplane sailship sailsman saily saim saimiri saimy sain saint saintdom sainted saintess sainthood saintish saintism saintless saintlike saintlily saintliness saintling saintly saintologist saintology saintship saip sair sairly sairve sairy saithe saj sajou sake sakeber sakeen saker sakeret saki sakieh sakulya sal salaam salaamlike salability salable salableness salably salaceta salacious salaciously salaciousness salacity salacot salad salading salago salagrama salal salamandarin salamander salamanderlike salamandrian salamandriform salamandrine salamandroid salambao salamo salampore salangane salangid salar salariat salaried salary salaryless salat salay sale salegoer salele salema salenixon salep saleratus saleroom salesclerk saleslady salesman salesmanship salespeople salesperson salesroom saleswoman salework saleyard salfern salic salicaceous salicetum salicin salicional salicorn salicyl salicylal salicylaldehyde salicylamide salicylanilide salicylase salicylate salicylic salicylide salicylidene salicylism salicylize salicylous salicyluric salicylyl salience salient salientian saliently saliferous salifiable salification salify saligenin saligot salimeter salimetry salina salination saline salinelle salineness saliniferous salinification saliniform salinity salinize salinometer salinometry salinosulphureous salinoterreous salite salited saliva salival salivant salivary salivate salivation salivator salivatory salivous salix salle sallee salleeman sallenders sallet sallier salloo sallow sallowish sallowness sallowy sally sallyman sallywood salma salmagundi salmiac salmine salmis salmon salmonberry salmonella salmonellae salmonellosis salmonet salmonid salmoniform salmonlike salmonoid salmonsite salmwood salnatron salol salometer salometry salomon salon saloon saloonist saloonkeeper saloop salopian salp salpa salpacean salpian salpicon salpiform salpiglossis salpingectomy salpingemphraxis salpinges salpingian salpingion salpingitic salpingitis salpingocatheterism salpingocele salpingocyesis salpingomalleus salpingonasal salpingopalatal salpingopalatine salpingoperitonitis salpingopexy salpingopharyngeal salpingopharyngeus salpingopterygoid salpingorrhaphy salpingoscope salpingostaphyline salpingostenochoria salpingostomatomy salpingostomy salpingotomy salpinx salpoid salse salsifis salsify salsilla salsolaceous salsuginous salt salta saltant saltarella saltarello saltary saltate saltation saltativeness saltator saltatorial saltatorian saltatoric saltatorious saltatory saltbush saltcat saltcatch saltcellar salted saltee salten salter saltern saltery saltfat saltfoot salthouse saltier saltierra saltierwise saltigrade saltimbanco saltimbank saltimbankery saltine saltiness salting saltish saltishly saltishness saltless saltlessness saltly saltmaker saltmaking saltman saltmouth saltness saltometer saltorel saltpan saltpeter saltpetrous saltpond saltspoon saltspoonful saltsprinkler saltus saltweed saltwife saltworker saltworks saltwort salty salubrify salubrious salubriously salubriousness salubrity saluki salung salutarily salutariness salutary salutation salutational salutationless salutatious salutatorian salutatorily salutatorium salutatory salute saluter salutiferous salutiferously salvability salvable salvableness salvably salvadora salvadoraceous salvage salvageable salvagee salvageproof salvager salvaging salvarsan salvatella salvation salvational salvationism salvationist salvatory salve salveline salver salverform salvianin salvific salvifical salvifically salviniaceous salviol salvo salvor salvy salzfelle sam samadh samadhi samaj saman samara samaria samariform samarium samaroid samarra samarskite samba sambal sambaqui sambar sambhogakaya sambo sambuk sambuke sambunigrin same samekh samel sameliness samely samen sameness samesome samh samhita samiel samiresite samiri samisen samite samkara samlet sammel sammer sammier sammy samogonka samothere samovar samp sampaguita sampaloc sampan samphire sampi sample sampleman sampler samplery sampling samsara samshu samskara samson samsonite samurai san sanability sanable sanableness sanai sanative sanativeness sanatoria sanatorium sanatory sanbenito sancho sanct sancta sanctanimity sanctifiable sanctifiableness sanctifiably sanctificate sanctification sanctified sanctifiedly sanctifier sanctify sanctifyingly sanctilogy sanctiloquent sanctimonial sanctimonious sanctimoniously sanctimoniousness sanctimony sanction sanctionable sanctionary sanctionative sanctioner sanctionist sanctionless sanctionment sanctitude sanctity sanctologist sanctorium sanctuaried sanctuarize sanctuary sanctum sancyite sand sandak sandal sandaled sandaliform sandaling sandalwood sandalwort sandan sandarac sandaracin sandastros sandbag sandbagger sandbank sandbin sandblast sandboard sandbox sandboy sandbur sandclub sandculture sanded sander sanderling sanders sandfish sandflower sandglass sandheat sandhi sandiferous sandiness sanding sandiver sandix sandlapper sandless sandlike sandling sandman sandnatter sandnecker sandpaper sandpaperer sandpeep sandpiper sandproof sandrock sandspit sandspur sandstay sandstone sandstorm sandust sandweed sandweld sandwich sandwood sandworm sandwort sandy sandyish sane sanely saneness sang sanga sangar sangaree sangei sanger sangerbund sangerfest sangha sanglant sangley sangreeroot sangrel sangsue sanguicolous sanguifacient sanguiferous sanguification sanguifier sanguifluous sanguimotor sanguimotory sanguinaceous sanguinarily sanguinariness sanguinary sanguine sanguineless sanguinely sanguineness sanguineobilious sanguineophlegmatic sanguineous sanguineousness sanguineovascular sanguinicolous sanguiniferous sanguinification sanguinism sanguinity sanguinivorous sanguinocholeric sanguinolency sanguinolent sanguinopoietic sanguinous sanguisuge sanguisugent sanguisugous sanguivorous sanicle sanidine sanidinic sanidinite sanies sanification sanify sanious sanipractic sanitarian sanitarily sanitarist sanitarium sanitary sanitate sanitation sanitationist sanitist sanitize sanity sanjak sanjakate sanjakbeg sanjakship sank sankha sannaite sannup sannyasi sannyasin sanopurulent sanoserous sans sansei sanshach sansi sant santal santalaceous santalic santalin santalol santalwood santapee santene santimi santims santir santon santonica santonin santoninic santorinite sanukite sao sap sapa sapajou sapan sapanwood sapbush sapek sapful saphead sapheaded sapheadedness saphena saphenal saphenous saphie sapid sapidity sapidless sapidness sapience sapiency sapient sapiential sapientially sapientize sapiently sapin sapinda sapindaceous sapindaship sapiutan saple sapless saplessness sapling saplinghood sapo sapodilla sapogenin saponaceous saponaceousness saponacity saponarin saponary saponifiable saponification saponifier saponify saponin saponite sapophoric sapor saporific saporosity saporous sapota sapotaceous sapote sapotilha sapotilla sapotoxin sappanwood sappare sapper sapphic sapphire sapphireberry sapphired sapphirewing sapphiric sapphirine sappiness sapping sapples sappy sapremia sapremic saprine saprocoll saprodil saprodontia saprogenic saprogenous saprolegniaceous saprolegnious saprolite saprolitic sapropel sapropelic sapropelite saprophagan saprophagous saprophile saprophilous saprophyte saprophytic saprophytically saprophytism saprostomous saprozoic sapsago sapskull sapsuck sapsucker sapucaia sapucainha sapwood sapwort sar saraad sarabacan saraband saraf sarangi sarangousty sarawakite sarbacane sarbican sarcasm sarcasmproof sarcast sarcastic sarcastical sarcastically sarcasticalness sarcasticness sarcelle sarcenet sarcilis sarcine sarcitis sarcle sarcler sarcoadenoma sarcoblast sarcocarcinoma sarcocarp sarcocele sarcocollin sarcocyst sarcocystidean sarcocystidian sarcocystoid sarcocyte sarcode sarcoderm sarcodic sarcodictyum sarcodous sarcoenchondroma sarcogenic sarcogenous sarcoglia sarcoid sarcolactic sarcolemma sarcolemmic sarcolemmous sarcoline sarcolite sarcologic sarcological sarcologist sarcology sarcolysis sarcolyte sarcolytic sarcoma sarcomatoid sarcomatosis sarcomatous sarcomere sarcophagal sarcophagi sarcophagic sarcophagid sarcophagine sarcophagize sarcophagous sarcophagus sarcophagy sarcophile sarcophilous sarcoplasm sarcoplasma sarcoplasmatic sarcoplasmic sarcoplast sarcoplastic sarcopoietic sarcoptic sarcoptid sarcosepsis sarcosepta sarcoseptum sarcosine sarcosis sarcosoma sarcosperm sarcosporid sarcosporidial sarcosporidian sarcosporidiosis sarcostosis sarcostyle sarcotheca sarcotherapeutics sarcotherapy sarcotic sarcous sard sardachate sardel sardine sardinewise sardius sardonic sardonical sardonically sardonicism sardonyx sare sargasso sargassum sargo sargus sari sarif sarigue sarinda sarip sark sarkar sarkful sarkical sarkine sarking sarkinite sarkit sarkless sarlak sarlyk sarmatier sarment sarmenta sarmentaceous sarmentiferous sarmentose sarmentous sarmentum sarna sarod saron sarong saronic saronide saros sarothrum sarpler sarpo sarra sarracenia sarraceniaceous sarracenial sarraf sarrazin sarrusophone sarrusophonist sarsa sarsaparilla sarsaparillin sarsen sarsenet sart sartage sartain sartor sartoriad sartorial sartorially sartorian sartorite sartorius sarus sarwan sasa sasan sasani sasanqua sash sashay sashery sashing sashless sasin sasine saskatoon sassaby sassafac sassafrack sassafras sassolite sassy sassywood sat satable satan satang satanic satanical satanically satanicalness satanist satanize satara satchel satcheled sate sateen sateenwood sateless satelles satellitarian satellite satellited satellitesimal satellitian satellitic satellitious satellitium satellitoid satellitory satelloid satiability satiable satiableness satiably satiate satiation satient satiety satin satinbush satine satined satinette satinfin satinflower satinite satinity satinize satinleaf satinlike satinpod satinwood satiny satire satireproof satiric satirical satirically satiricalness satirist satirizable satirize satirizer satisdation satisdiction satisfaction satisfactional satisfactionist satisfactionless satisfactive satisfactorily satisfactoriness satisfactorious satisfactory satisfiable satisfice satisfied satisfiedly satisfiedness satisfier satisfy satisfying satisfyingly satisfyingness satispassion satlijk satrap satrapal satrapess satrapic satrapical satrapy satron sattle sattva satura saturability saturable saturant saturate saturated saturater saturation saturator saturnalia saturnalian saturnian saturniid saturnine saturninely saturnineness saturninity saturnism saturnity saturnize satyagrahi satyashodak satyr satyresque satyress satyriasis satyric satyrine satyrion satyrism satyrlike satyromaniac sauce sauceboat saucebox saucedish sauceless sauceline saucemaker saucemaking sauceman saucepan sauceplate saucer saucerful saucerleaf saucerless saucerlike saucily sauciness saucy sauerkraut sauf sauger saugh saughen sauld saulie sault saulter saum saumon saumont sauna saunders saunderswood saunter saunterer sauntering saunteringly sauqui saur saurel saurian sauriasis sauriosis saurischian saurodont saurognathism saurognathous saurophagous sauropod sauropodous sauropsid sauropsidan sauropsidian sauropterygian saurornithic saururaceous saururan saururous saury sausage sausagelike sausinger saussurite saussuritic saussuritization saussuritize saut saute sauterelle sauterne sauternes sauteur sauty sauve sauvegarde savable savableness savacu savage savagedom savagely savageness savagerous savagery savagess savagism savagize savanilla savanna savant savarin savation save saved saveloy saver savin saving savingly savingness savior savioress saviorhood saviorship savola savor savored savorer savorily savoriness savoringly savorless savorous savorsome savory savour savoy savoyed savoying savssat savvy saw sawah sawali sawarra sawback sawbelly sawbill sawbones sawbuck sawbwa sawder sawdust sawdustish sawdustlike sawdusty sawed sawer sawfish sawfly sawhorse sawing sawish sawlike sawmaker sawmaking sawman sawmill sawmiller sawmilling sawmon sawmont sawn sawney sawsetter sawsharper sawsmith sawt sawway sawworker sawwort sawyer sax saxatile saxboard saxcornet saxhorn saxicavous saxicole saxicoline saxicolous saxifragaceous saxifragant saxifrage saxifragous saxifrax saxigenous saxonite saxophone saxophonist saxotromba saxpence saxten saxtie saxtuba say saya sayability sayable sayableness sayer sayette sayid saying sazen sblood sbodikins scab scabbard scabbardless scabbed scabbedness scabbery scabbily scabbiness scabble scabbler scabbling scabby scabellum scaberulous scabid scabies scabietic scabinus scabiosity scabious scabish scabland scabrate scabrescent scabrid scabridity scabridulous scabrities scabriusculose scabriusculous scabrosely scabrous scabrously scabrousness scabwort scacchic scacchite scad scaddle scads scaff scaffer scaffery scaffie scaffle scaffold scaffoldage scaffolder scaffolding scaglia scagliola scagliolist scala scalable scalableness scalably scalage scalar scalare scalarian scalariform scalarwise scalation scalawag scalawaggery scalawaggy scald scaldberry scalded scalder scaldfish scaldic scalding scaldweed scaldy scale scaleback scalebark scaleboard scaled scaledrake scalefish scaleful scaleless scalelet scalelike scaleman scalena scalene scalenohedral scalenohedron scalenon scalenous scalenum scalenus scalepan scaleproof scaler scales scalesman scalesmith scaletail scalewing scalewise scalework scalewort scaliger scaliness scaling scall scalled scallion scallola scallom scallop scalloper scalloping scallopwise scalma scaloni scalp scalpeen scalpel scalpellar scalpellic scalpellum scalpellus scalper scalping scalpless scalpriform scalprum scalpture scalt scaly scalytail scam scamander scamble scambler scambling scamell scamler scamles scammoniate scammonin scammony scammonyroot scamp scampavia scamper scamperer scamphood scamping scampingly scampish scampishly scampishness scampsman scan scandal scandalization scandalize scandalizer scandalmonger scandalmongering scandalmongery scandalmonging scandalous scandalously scandalousness scandalproof scandaroon scandent scandia scandic scandicus scandium scanmag scannable scanner scanning scanningly scansion scansionist scansorial scansorious scant scanties scantily scantiness scantity scantle scantling scantlinged scantly scantness scanty scap scape scapegallows scapegoat scapegoatism scapegrace scapel scapeless scapement scapethrift scapha scaphion scaphism scaphite scaphitoid scaphocephalic scaphocephalism scaphocephalous scaphocephalus scaphocephaly scaphocerite scaphoceritic scaphognathite scaphognathitic scaphoid scapholunar scaphopod scaphopodous scapiform scapigerous scapoid scapolite scapolitization scapose scapple scappler scapula scapulalgia scapular scapulare scapulary scapulated scapulectomy scapulet scapulimancy scapuloaxillary scapulobrachial scapuloclavicular scapulocoracoid scapulodynia scapulohumeral scapulopexy scapuloradial scapulospinal scapulothoracic scapuloulnar scapulovertebral scapus scar scarab scarabaean scarabaei scarabaeid scarabaeidoid scarabaeiform scarabaeoid scarabaeus scarabee scaraboid scaramouch scarce scarcelins scarcely scarcement scarcen scarceness scarcity scare scarebabe scarecrow scarecrowish scarecrowy scareful scarehead scaremonger scaremongering scareproof scarer scaresome scarf scarface scarfed scarfer scarflike scarfpin scarfskin scarfwise scarfy scarid scarification scarificator scarifier scarify scarily scariose scarious scarlatina scarlatinal scarlatiniform scarlatinoid scarlatinous scarless scarlet scarletberry scarletseed scarlety scarman scarn scaroid scarp scarpines scarping scarpment scarproof scarred scarrer scarring scarry scart scarth scarus scarved scary scase scasely scat scatch scathe scatheful scatheless scathelessly scathing scathingly scatland scatologia scatologic scatological scatology scatomancy scatophagid scatophagoid scatophagous scatophagy scatoscopy scatter scatterable scatteration scatteraway scatterbrain scatterbrained scatterbrains scattered scatteredly scatteredness scatterer scattergood scattering scatteringly scatterling scattermouch scattery scatty scatula scaturient scaul scaum scaup scauper scaur scaurie scaut scavage scavel scavenage scavenge scavenger scavengerism scavengership scavengery scavenging scaw scawd scawl scazon scazontic sceat scelalgia scelerat scelidosaur scelidosaurian scelidosauroid sceloncus scelotyrbe scena scenario scenarioist scenarioization scenarioize scenarist scenarization scenarize scenary scend scene scenecraft sceneful sceneman scenery sceneshifter scenewright scenic scenical scenically scenist scenite scenograph scenographer scenographic scenographical scenographically scenography scent scented scenter scentful scenting scentless scentlessness scentproof scentwood scepsis scepter scepterdom sceptered scepterless sceptic sceptral sceptropherous sceptrosophy sceptry scerne sceuophorion sceuophylacium sceuophylax schaapsteker schairerite schalmei schalmey schalstein schanz schapbachite schappe schapped schapping scharf schatchen schediasm schediastic schedular schedulate schedule schedulize scheelite scheffel schefferite schelling schelly scheltopusik schema schemata schematic schematically schematism schematist schematization schematize schematizer schematogram schematograph schematologetically schematomancy schematonics scheme schemeful schemeless schemer schemery scheming schemingly schemist schemy schene schepel schepen scherm scherzando scherzi scherzo schesis scheuchzeriaceous schiavone schiffli schiller schillerfels schillerization schillerize schilling schimmel schindylesis schindyletic schipperke schism schisma schismatic schismatical schismatically schismaticalness schismatism schismatist schismatize schismic schismless schist schistaceous schistic schistocelia schistocephalus schistocoelia schistocormia schistocormus schistocyte schistocytosis schistoglossia schistoid schistomelia schistomelus schistoprosopia schistoprosopus schistorrhachis schistoscope schistose schistosity schistosome schistosomia schistosomiasis schistosomus schistosternia schistothorax schistous schistus schizaeaceous schizanthus schizaxon schizocarp schizocarpic schizocarpous schizochroal schizocoele schizocoelic schizocoelous schizocyte schizocytosis schizodinic schizogamy schizogenesis schizogenetic schizogenetically schizogenic schizogenous schizogenously schizognath schizognathism schizognathous schizogonic schizogony schizogregarine schizoid schizoidism schizolaenaceous schizolite schizolysigenous schizomycete schizomycetic schizomycetous schizomycosis schizonemertean schizonemertine schizont schizopelmous schizophasia schizophrene schizophrenia schizophreniac schizophrenic schizophyte schizophytic schizopod schizopodal schizopodous schizorhinal schizospore schizostele schizostelic schizostely schizothecal schizothoracic schizothyme schizothymia schizothymic schizotrichia schiztic schlemiel schlemihl schlenter schlieren schlieric schloop schmaltz schmelz schmelze schnabel schnapper schnapps schnauzer schneider schnitzel schnorchel schnorkel schnorrer scho schochat schochet schoenobatic schoenobatist schoenus schola scholae scholaptitude scholar scholarch scholardom scholarian scholarism scholarless scholarlike scholarliness scholarly scholarship scholasm scholastic scholastical scholastically scholasticate scholasticism scholasticly scholia scholiast scholiastic scholion scholium schone schonfelsite school schoolable schoolbag schoolbook schoolbookish schoolboy schoolboydom schoolboyhood schoolboyish schoolboyishly schoolboyishness schoolboyism schoolbutter schoolcraft schooldame schooldom schooled schoolery schoolfellow schoolfellowship schoolful schoolgirl schoolgirlhood schoolgirlish schoolgirlishly schoolgirlishness schoolgirlism schoolgirly schoolgoing schoolhouse schooling schoolingly schoolish schoolkeeper schoolkeeping schoolless schoollike schoolmaam schoolmaamish schoolmaid schoolman schoolmaster schoolmasterhood schoolmastering schoolmasterish schoolmasterishly schoolmasterishness schoolmasterism schoolmasterly schoolmastership schoolmastery schoolmate schoolmiss schoolmistress schoolmistressy schoolroom schoolteacher schoolteacherish schoolteacherly schoolteachery schoolteaching schooltide schooltime schoolward schoolwork schoolyard schoon schooner schoppen schorenbergite schorl schorlaceous schorlomite schorlous schorly schottische schottish schout schraubthaler schreiner schreinerize schriesheimite schtoff schuh schuhe schuit schule schultenite schungite schuss schute schwa schwabacher schwarz schweizer schweizerkase sciaenid sciaeniform sciaenoid scialytic sciamachy sciapod sciapodous sciarid sciatheric sciatherical sciatherically sciatic sciatica sciatical sciatically sciaticky scibile science scienced scient sciential scientician scientific scientifical scientifically scientificalness scientificogeographical scientificohistorical scientificophilosophical scientificopoetic scientificoreligious scientificoromantic scientintically scientism scientist scientistic scientistically scientize scientolism scilicet scillain scillipicrin scillitin scillitoxin scimitar scimitared scimitarpod scincid scincidoid scinciform scincoid scincoidian scind sciniph scintilla scintillant scintillantly scintillate scintillating scintillatingly scintillation scintillator scintillescent scintillize scintillometer scintilloscope scintillose scintillously scintle scintler scintling sciograph sciographic sciography sciolism sciolist sciolistic sciolous sciomachiology sciomachy sciomancy sciomantic scion sciophilous sciophyte scioptic sciopticon scioptics scioptric sciosophist sciosophy scioterical scioterique sciotheism sciotheric sciotherical sciotherically scious scirenga scirrhi scirrhogastria scirrhoid scirrhoma scirrhosis scirrhous scirrhus scirrosity scirtopod scirtopodous scissel scissible scissile scission scissiparity scissor scissorbill scissorbird scissorer scissoring scissorium scissorlike scissorlikeness scissors scissorsbird scissorsmith scissorstail scissortail scissorwise scissura scissure scissurellid sciurid sciurine sciuroid sciuromorph sciuromorphic sclaff sclate sclater sclaw scler sclera scleral scleranth scleratogenous sclere sclerectasia sclerectomy scleredema sclereid sclerema sclerencephalia sclerenchyma sclerenchymatous sclerenchyme sclererythrin scleretinite scleriasis sclerification sclerify sclerite scleritic scleritis sclerized sclerobase sclerobasic scleroblast scleroblastema scleroblastemic scleroblastic sclerocauly sclerochorioiditis sclerochoroiditis scleroconjunctival scleroconjunctivitis sclerocornea sclerocorneal sclerodactylia sclerodactyly scleroderm scleroderma sclerodermatitis sclerodermatous sclerodermia sclerodermic sclerodermite sclerodermitic sclerodermitis sclerodermous sclerogen sclerogenoid sclerogenous scleroid scleroiritis sclerokeratitis sclerokeratoiritis scleroma scleromata scleromeninx scleromere sclerometer sclerometric scleronychia scleronyxis sclerophthalmia sclerophyll sclerophyllous sclerophylly scleroprotein sclerosal sclerosarcoma scleroscope sclerose sclerosed scleroseptum sclerosis scleroskeletal scleroskeleton sclerostenosis sclerostomiasis sclerotal sclerote sclerotia sclerotial sclerotic sclerotica sclerotical scleroticectomy scleroticochorioiditis scleroticochoroiditis scleroticonyxis scleroticotomy sclerotinial sclerotiniose sclerotioid sclerotitic sclerotitis sclerotium sclerotized sclerotoid sclerotome sclerotomic sclerotomy sclerous scleroxanthin sclerozone scliff sclim sclimb scoad scob scobby scobicular scobiform scobs scoff scoffer scoffery scoffing scoffingly scoffingstock scofflaw scog scoggan scogger scoggin scogginism scogginist scoinson scoke scolb scold scoldable scoldenore scolder scolding scoldingly scoleces scoleciasis scolecid scoleciform scolecite scolecoid scolecology scolecophagous scolecospore scoleryng scolex scolia scolices scoliid scoliograptic scoliokyposis scoliometer scolion scoliorachitic scoliosis scoliotic scoliotone scolite scollop scolog scolopaceous scolopacine scolopendra scolopendrelloid scolopendrid scolopendriform scolopendrine scolopendroid scolophore scolopophore scolytid scolytoid scomberoid scombrid scombriform scombrine scombroid scombroidean scombrone sconce sconcer sconcheon sconcible scone scoon scoop scooped scooper scoopful scooping scoopingly scoot scooter scopa scoparin scoparius scopate scope scopeless scopelid scopeliform scopelism scopeloid scopet scopic scopiferous scopiform scopiformly scopine scopiped scopola scopolamine scopoleine scopoletin scopoline scopperil scops scoptical scoptically scoptophilia scoptophiliac scoptophilic scoptophobia scopula scopularian scopulate scopuliferous scopuliform scopuliped scopulite scopulous scopulousness scorbute scorbutic scorbutical scorbutically scorbutize scorbutus scorch scorched scorcher scorching scorchingly scorchingness scorchproof score scoreboard scorebook scored scorekeeper scorekeeping scoreless scorer scoria scoriac scoriaceous scoriae scorification scorifier scoriform scorify scoring scorious scorn scorned scorner scornful scornfully scornfulness scorningly scornproof scorny scorodite scorpaenid scorpaenoid scorpene scorper scorpioid scorpioidal scorpion scorpionic scorpionid scorpionweed scorpionwort scorse scortation scortatory scot scotale scotch scotcher scotching scotchman scote scoter scoterythrous scotia scotino scotodinia scotogram scotograph scotographic scotography scotoma scotomata scotomatic scotomatical scotomatous scotomia scotomic scotomy scotophobia scotopia scotopic scotoscope scotosis scouch scouk scoundrel scoundreldom scoundrelish scoundrelism scoundrelly scoundrelship scoup scour scourage scoured scourer scouress scourfish scourge scourger scourging scourgingly scouriness scouring scourings scourway scourweed scourwort scoury scouse scout scoutcraft scoutdom scouter scouth scouther scouthood scouting scoutingly scoutish scoutmaster scoutwatch scove scovel scovillite scovy scow scowbank scowbanker scowder scowl scowler scowlful scowling scowlingly scowlproof scowman scrab scrabble scrabbled scrabbler scrabe scrae scraffle scrag scragged scraggedly scraggedness scragger scraggily scragginess scragging scraggled scraggling scraggly scraggy scraily scram scramasax scramble scramblement scrambler scrambling scramblingly scrambly scrampum scran scranch scrank scranky scrannel scranning scranny scrap scrapable scrapbook scrape scrapeage scraped scrapepenny scraper scrapie scraping scrapingly scrapler scraplet scrapling scrapman scrapmonger scrappage scrapped scrapper scrappet scrappily scrappiness scrapping scrappingly scrapple scrappler scrappy scrapworks scrapy scrat scratch scratchable scratchably scratchback scratchboard scratchbrush scratchcard scratchcarding scratchcat scratcher scratches scratchification scratchiness scratching scratchingly scratchless scratchlike scratchman scratchproof scratchweed scratchwork scratchy scrath scratter scrattle scrattling scrauch scrauchle scraunch scraw scrawk scrawl scrawler scrawliness scrawly scrawm scrawnily scrawniness scrawny scray scraze screak screaking screaky scream screamer screaminess screaming screamingly screamproof screamy scree screech screechbird screecher screechily screechiness screeching screechingly screechy screed screek screel screeman screen screenable screenage screencraft screendom screened screener screening screenless screenlike screenman screenplay screensman screenwise screenwork screenwriter screeny screet screeve screeved screever screich screigh screve screver screw screwable screwage screwball screwbarrel screwdrive screwdriver screwed screwer screwhead screwiness screwing screwish screwless screwlike screwman screwmatics screwship screwsman screwstem screwstock screwwise screwworm screwy scribable scribacious scribaciousness scribal scribatious scribatiousness scribblage scribblative scribblatory scribble scribbleable scribbled scribbledom scribbleism scribblemania scribblement scribbleomania scribbler scribbling scribblingly scribbly scribe scriber scribeship scribing scribism scribophilous scride scrieve scriever scriggle scriggler scriggly scrike scrim scrime scrimer scrimmage scrimmager scrimp scrimped scrimpily scrimpiness scrimpingly scrimply scrimpness scrimption scrimpy scrimshander scrimshandy scrimshank scrimshanker scrimshaw scrimshon scrimshorn scrin scrinch scrine scringe scriniary scrip scripee scripless scrippage script scription scriptitious scriptitiously scriptitory scriptive scriptor scriptorial scriptorium scriptory scriptural scripturalism scripturalist scripturality scripturalize scripturally scripturalness scripture scriptured scripturiency scripturient scripturism scripula scripulum scritch scritoire scrivaille scrive scrivello scriven scrivener scrivenership scrivenery scrivening scrivenly scriver scrob scrobble scrobe scrobicula scrobicular scrobiculate scrobiculated scrobicule scrobiculus scrobis scrod scrodgill scroff scrofula scrofularoot scrofulaweed scrofulide scrofulism scrofulitic scrofuloderm scrofuloderma scrofulorachitic scrofulosis scrofulotuberculous scrofulous scrofulously scrofulousness scrog scroggy scrolar scroll scrolled scrollery scrollhead scrollwise scrollwork scrolly scronach scroo scrooch scrooge scroop scrophulariaceous scrota scrotal scrotectomy scrotiform scrotitis scrotocele scrotofemoral scrotum scrouge scrouger scrounge scrounger scrounging scrout scrow scroyle scrub scrubbable scrubbed scrubber scrubbery scrubbily scrubbiness scrubbird scrubbly scrubboard scrubby scrubgrass scrubland scrubwood scruf scruff scruffle scruffman scruffy scruft scrum scrummage scrummager scrump scrumple scrumption scrumptious scrumptiously scrumptiousness scrunch scrunchy scrunge scrunger scrunt scruple scrupleless scrupler scruplesome scruplesomeness scrupula scrupular scrupuli scrupulist scrupulosity scrupulous scrupulously scrupulousness scrupulum scrupulus scrush scrutability scrutable scrutate scrutation scrutator scrutatory scrutinant scrutinate scrutineer scrutinization scrutinize scrutinizer scrutinizingly scrutinous scrutinously scrutiny scruto scrutoire scruze scry scryer scud scuddaler scuddawn scudder scuddick scuddle scuddy scudi scudler scudo scuff scuffed scuffer scuffle scuffler scufflingly scuffly scuffy scuft scufter scug scuggery sculch sculduddery scull sculler scullery scullful scullion scullionish scullionize scullionship scullog sculp sculper sculpin sculpt sculptile sculptitory sculptograph sculptography sculptor sculptress sculptural sculpturally sculpturation sculpture sculptured sculpturer sculpturesque sculpturesquely sculpturesqueness sculpturing sculsh scum scumber scumble scumbling scumboard scumfish scumless scumlike scummed scummer scumming scummy scumproof scun scuncheon scunder scunner scup scupful scuppaug scupper scuppernong scuppet scuppler scur scurdy scurf scurfer scurfily scurfiness scurflike scurfy scurrier scurrile scurrilist scurrility scurrilize scurrilous scurrilously scurrilousness scurry scurvied scurvily scurviness scurvish scurvy scurvyweed scusation scuse scut scuta scutage scutal scutate scutated scutatiform scutation scutch scutcheon scutcheoned scutcheonless scutcheonlike scutcheonwise scutcher scutching scute scutel scutella scutellae scutellar scutellarin scutellate scutellated scutellation scutellerid scutelliform scutelligerous scutelliplantar scutelliplantation scutellum scutibranch scutibranchian scutibranchiate scutifer scutiferous scutiform scutiger scutigeral scutigerous scutiped scutter scuttle scuttlebutt scuttleful scuttleman scuttler scuttling scuttock scutty scutula scutular scutulate scutulated scutulum scutum scybala scybalous scybalum scye scyelite scyllarian scyllaroid scyllioid scylliorhinoid scyllite scyllitol scypha scyphae scyphate scyphi scyphiferous scyphiform scyphiphorous scyphistoma scyphistomae scyphistomoid scyphistomous scyphoi scyphomancy scyphomedusan scyphomedusoid scyphophore scyphophorous scyphopolyp scyphose scyphostoma scyphozoan scyphula scyphulus scyphus scyt scytale scythe scytheless scythelike scytheman scythesmith scythestone scythework scytitis scytoblastema scytodepsic scytonemataceous scytonematoid scytonematous scytopetalaceous sdeath sdrucciola se sea seabeach seabeard seaberry seaboard seaborderer seabound seacannie seacatch seacoast seaconny seacraft seacrafty seacunny seadog seadrome seafardinger seafare seafarer seafaring seaflood seaflower seafolk seafowl seagirt seagoer seagoing seah seahound seak seal sealable sealant sealch sealed sealer sealery sealess sealet sealette sealflower sealike sealine sealing sealless seallike sealskin sealwort seam seaman seamancraft seamanite seamanlike seamanly seamanship seamark seambiter seamed seamer seaminess seaming seamless seamlessly seamlessness seamlet seamlike seamost seamrend seamrog seamster seamstress seamy seance seapiece seaplane seaport seaquake sear searce searcer search searchable searchableness searchant searcher searcheress searcherlike searchership searchful searching searchingly searchingness searchless searchlight searchment searcloth seared searedness searer searing searlesite searness seary seascape seascapist seascout seascouting seashine seashore seasick seasickness seaside seasider season seasonable seasonableness seasonably seasonal seasonality seasonally seasonalness seasoned seasonedly seasoner seasoning seasoninglike seasonless seastrand seastroke seat seatang seated seater seathe seating seatless seatrain seatron seatsman seatwork seave seavy seawant seaward seawardly seaware seaway seaweed seaweedy seawife seawoman seaworn seaworthiness seaworthy seax sebacate sebaceous sebacic sebait sebastianite sebate sebesten sebiferous sebific sebilla sebiparous sebkha sebolith seborrhagia seborrhea seborrheal seborrheic seborrhoic sebum sebundy sec secability secable secalin secaline secalose secancy secant secantly secateur secede seceder secern secernent secernment secesh secesher secession secessional secessionalist secessioner secessionism secessionist sech seck seclude secluded secludedly secludedness secluding secluse seclusion seclusionist seclusive seclusively seclusiveness secodont secohm secohmmeter second secondar secondarily secondariness secondary seconde seconder secondhand secondhanded secondhandedly secondhandedness secondly secondment secondness secos secpar secque secre secrecy secret secreta secretage secretagogue secretarial secretarian secretariat secretariate secretary secretaryship secrete secretin secretion secretional secretionary secretitious secretive secretively secretiveness secretly secretmonger secretness secreto secretomotor secretor secretory secretum sect sectarial sectarian sectarianism sectarianize sectarianly sectarism sectarist sectary sectator sectile sectility section sectional sectionalism sectionalist sectionality sectionalization sectionalize sectionally sectionary sectionist sectionize sectioplanography sectism sectist sectiuncle sective sector sectoral sectored sectorial sectroid sectwise secular secularism secularist secularistic secularity secularization secularize secularizer secularly secularness secund secundate secundation secundiflorous secundigravida secundine secundipara secundiparity secundiparous secundly secundogeniture secundoprimary secundus securable securance secure securely securement secureness securer securicornate securifer securiferous securiform securigerous securitan security sedan sedanier sedate sedately sedateness sedation sedative sedent sedentarily sedentariness sedentary sedentation sederunt sedge sedged sedgelike sedging sedgy sedigitate sedigitated sedile sedilia sediment sedimental sedimentarily sedimentary sedimentate sedimentation sedimentous sedimetric sedimetrical sedition seditionary seditionist seditious seditiously seditiousness sedjadeh seduce seduceable seducee seducement seducer seducible seducing seducingly seducive seduct seduction seductionist seductive seductively seductiveness seductress sedulity sedulous sedulously sedulousness sedum see seeable seeableness seecatch seech seed seedage seedbed seedbird seedbox seedcake seedcase seedeater seeded seeder seedful seedgall seedily seediness seedkin seedless seedlessness seedlet seedlike seedling seedlip seedman seedness seedsman seedstalk seedtime seedy seege seeing seeingly seeingness seek seeker seeking seel seelful seely seem seemable seemably seemer seeming seemingly seemingness seemless seemlihead seemlily seemliness seemly seen seenie seep seepage seeped seepweed seepy seer seerband seercraft seeress seerfish seerhand seerhood seerlike seerpaw seership seersucker seesaw seesawiness seesee seethe seething seethingly seetulputty seg seggar seggard segged seggrom segment segmental segmentally segmentary segmentate segmentation segmented sego segol segolate segreant segregable segregant segregate segregateness segregation segregational segregationist segregative segregator seiche seidel seigneur seigneurage seigneuress seigneurial seigneury seignior seigniorage seignioral seignioralty seigniorial seigniority seigniorship seigniory seignorage seignoral seignorial seignorize seignory seilenoi seilenos seine seiner seirospore seirosporic seise seism seismal seismatical seismetic seismic seismically seismicity seismism seismochronograph seismogram seismograph seismographer seismographic seismographical seismography seismologic seismological seismologically seismologist seismologue seismology seismometer seismometric seismometrical seismometrograph seismometry seismomicrophone seismoscope seismoscopic seismotectonic seismotherapy seismotic seit seity seizable seize seizer seizin seizing seizor seizure sejant sejoin sejoined sejugate sejugous sejunct sejunctive sejunctively sejunctly sekos selachian selachoid selachostomous seladang selaginellaceous selagite selah selamin selamlik selbergite seldom seldomcy seldomer seldomly seldomness seldor seldseen sele select selectable selected selectedly selectee selection selectionism selectionist selective selectively selectiveness selectivity selectly selectman selectness selector selenate selenian seleniate selenic selenide seleniferous selenigenous selenion selenious selenite selenitic selenitical selenitiferous selenitish selenium seleniuret selenobismuthite selenocentric selenodont selenodonty selenograph selenographer selenographic selenographical selenographically selenographist selenography selenolatry selenological selenologist selenology selenomancy selenoscope selenosis selenotropic selenotropism selenotropy selensilver selensulphur self selfcide selfdom selfful selffulness selfheal selfhood selfish selfishly selfishness selfism selfist selfless selflessly selflessness selfly selfness selfpreservatory selfsame selfsameness selfward selfwards selictar seligmannite selihoth selion sell sella sellable sellably sellaite sellar sellate sellenders seller sellie selliform selling sellout selly selsoviet selsyn selt seltzogene selva selvage selvaged selvagee selvedge selzogene semanteme semantic semantical semantically semantician semanticist semantics semantological semantology semantron semaphore semaphoric semaphorical semaphorically semaphorist semarum semasiological semasiologically semasiologist semasiology semateme sematic sematographic sematography sematology sematrope semball semblable semblably semblance semblant semblative semble seme semeed semeia semeiography semeiologic semeiological semeiologist semeiology semeion semeiotic semeiotical semeiotics semelfactive semelincident semen semence semese semester semestral semestrial semi semiabstracted semiaccomplishment semiacid semiacidified semiacquaintance semiadherent semiadjectively semiadnate semiaerial semiaffectionate semiagricultural semialbinism semialcoholic semialien semiallegiance semialpine semialuminous semiamplexicaul semiamplitude semianarchist semianatomical semianatropal semianatropous semiangle semiangular semianimal semianimate semianimated semiannealed semiannual semiannually semiannular semianthracite semiantiministerial semiantique semiape semiaperiodic semiaperture semiappressed semiaquatic semiarborescent semiarc semiarch semiarchitectural semiarid semiaridity semiarticulate semiasphaltic semiatheist semiattached semiautomatic semiautomatically semiautonomous semiaxis semibacchanalian semibachelor semibald semibalked semiball semiballoon semiband semibarbarian semibarbarianism semibarbaric semibarbarism semibarbarous semibaronial semibarren semibase semibasement semibastion semibay semibeam semibejan semibelted semibifid semibituminous semibleached semiblind semiblunt semibody semiboiled semibolshevist semibolshevized semibouffant semibourgeois semibreve semibull semiburrowing semic semicadence semicalcareous semicalcined semicallipygian semicanal semicanalis semicannibalic semicantilever semicarbazide semicarbazone semicarbonate semicarbonize semicardinal semicartilaginous semicastrate semicastration semicatholicism semicaudate semicelestial semicell semicellulose semicentenarian semicentenary semicentennial semicentury semichannel semichaotic semichemical semicheviot semichevron semichiffon semichivalrous semichoric semichorus semichrome semicircle semicircled semicircular semicircularity semicircularly semicircularness semicircumference semicircumferentor semicircumvolution semicirque semicitizen semicivilization semicivilized semiclassic semiclassical semiclause semicleric semiclerical semiclimber semiclimbing semiclose semiclosed semiclosure semicoagulated semicoke semicollapsible semicollar semicollegiate semicolloid semicolloquial semicolon semicolonial semicolumn semicolumnar semicoma semicomatose semicombined semicombust semicomic semicomical semicommercial semicompact semicompacted semicomplete semicomplicated semiconceal semiconcrete semiconducting semiconductor semicone semiconfident semiconfinement semiconfluent semiconformist semiconformity semiconic semiconical semiconnate semiconnection semiconoidal semiconscious semiconsciously semiconsciousness semiconservative semiconsonant semiconsonantal semiconspicuous semicontinent semicontinuum semicontraction semicontradiction semiconvergence semiconvergent semiconversion semiconvert semicordate semicordated semicoriaceous semicorneous semicoronate semicoronated semicoronet semicostal semicostiferous semicotton semicotyle semicounterarch semicountry semicrepe semicrescentic semicretin semicretinism semicriminal semicroma semicrome semicrustaceous semicrystallinc semicubical semicubit semicup semicupium semicupola semicured semicurl semicursive semicurvilinear semicyclic semicycloid semicylinder semicylindric semicylindrical semicynical semidaily semidangerous semidark semidarkness semidead semideaf semidecay semidecussation semidefinite semideific semideification semideistical semideity semidelight semidelirious semideltaic semidemented semidenatured semidependence semidependent semideponent semidesert semidestructive semidetached semidetachment semideveloped semidiagrammatic semidiameter semidiapason semidiapente semidiaphaneity semidiaphanous semidiatessaron semidifference semidigested semidigitigrade semidigression semidilapidation semidine semidirect semidisabled semidisk semiditone semidiurnal semidivided semidivine semidocumentary semidodecagon semidole semidome semidomed semidomestic semidomesticated semidomestication semidomical semidormant semidouble semidrachm semidramatic semidress semidressy semidried semidry semidrying semiductile semidull semiduplex semiduration semieducated semieffigy semiegg semiegret semielastic semielision semiellipse semiellipsis semiellipsoidal semielliptic semielliptical semienclosed semiengaged semiequitant semierect semieremitical semiessay semiexecutive semiexpanded semiexplanation semiexposed semiexternal semiextinct semiextinction semifable semifabulous semifailure semifamine semifascia semifasciated semifashion semifast semifatalistic semiferal semiferous semifeudal semifeudalism semifib semifiction semifictional semifigurative semifigure semifinal semifinalist semifine semifinish semifinished semifiscal semifistular semifit semifitting semifixed semiflashproof semiflex semiflexed semiflexible semiflexion semiflexure semiflint semifloating semifloret semifloscular semifloscule semiflosculose semiflosculous semifluctuant semifluctuating semifluid semifluidic semifluidity semifoaming semiforbidding semiforeign semiform semiformal semiformed semifossil semifossilized semifrantic semifriable semifrontier semifuddle semifunctional semifused semifusion semify semigala semigelatinous semigentleman semigenuflection semigirder semiglaze semiglazed semiglobe semiglobose semiglobular semiglobularly semiglorious semiglutin semigod semigovernmental semigrainy semigranitic semigranulate semigravel semigroove semihand semihard semiharden semihardy semihastate semihepatization semiherbaceous semiheterocercal semihexagon semihexagonal semihiant semihiatus semihibernation semihigh semihistorical semihobo semihonor semihoral semihorny semihostile semihot semihuman semihumanitarian semihumanized semihumbug semihumorous semihumorously semihyaline semihydrate semihydrobenzoinic semihyperbola semihyperbolic semihyperbolical semijealousy semijubilee semijudicial semijuridical semilanceolate semilatent semilatus semileafless semilegendary semilegislative semilens semilenticular semilethal semiliberal semilichen semiligneous semilimber semilined semiliquid semiliquidity semiliterate semilocular semilogarithmic semilogical semilong semilooper semiloose semiloyalty semilucent semilunar semilunare semilunary semilunate semilunation semilune semiluxation semiluxury semimachine semimade semimadman semimagical semimagnetic semimajor semimalignant semimanufacture semimanufactured semimarine semimarking semimathematical semimature semimechanical semimedicinal semimember semimembranosus semimembranous semimenstrual semimercerized semimessianic semimetal semimetallic semimetamorphosis semimicrochemical semimild semimilitary semimill semimineral semimineralized semiminim semiminor semimolecule semimonastic semimonitor semimonopoly semimonster semimonthly semimoron semimucous semimute semimystic semimystical semimythical seminaked seminal seminality seminally seminaphthalidine seminaphthylamine seminar seminarcosis seminarial seminarian seminarianism seminarist seminaristic seminarize seminary seminasal seminase seminatant seminate semination seminationalization seminative seminebulous seminecessary seminegro seminervous seminiferal seminiferous seminific seminifical seminification seminist seminium seminivorous seminocturnal seminoma seminomad seminomadic seminomata seminonconformist seminonflammable seminonsensical seminormal seminose seminovel seminovelty seminude seminudity seminule seminuliferous seminuria seminvariant seminvariantive semioblivion semioblivious semiobscurity semioccasional semioccasionally semiocclusive semioctagonal semiofficial semiofficially semiography semiopacity semiopacous semiopal semiopalescent semiopaque semiopened semiorb semiorbicular semiorbicularis semiorbiculate semiordinate semiorganized semioriental semioscillation semiosseous semiostracism semiotic semiotician semioval semiovaloid semiovate semioviparous semiovoid semiovoidal semioxidated semioxidized semioxygenated semioxygenized semipagan semipalmate semipalmated semipalmation semipanic semipapal semipapist semiparallel semiparalysis semiparameter semiparasitic semiparasitism semipaste semipastoral semipasty semipause semipeace semipectinate semipectinated semipectoral semiped semipedal semipellucid semipellucidity semipendent semipenniform semiperfect semiperimeter semiperimetry semiperiphery semipermanent semipermeability semipermeable semiperoid semiperspicuous semipertinent semipervious semipetaloid semipetrified semiphase semiphilologist semiphilosophic semiphilosophical semiphlogisticated semiphonotypy semiphosphorescent semipinacolic semipinacolin semipinnate semipiscine semiplantigrade semiplastic semiplumaceous semiplume semipolar semipolitical semipolitician semipoor semipopish semipopular semiporcelain semiporous semiporphyritic semiportable semipostal semipractical semiprecious semipreservation semiprimigenous semiprivacy semiprivate semipro semiprofane semiprofessional semiprofessionalized semipronation semiprone semipronominal semiproof semiproselyte semiprosthetic semiprostrate semiprotectorate semiproven semipublic semipupa semipurulent semiputrid semipyramidal semipyramidical semipyritic semiquadrangle semiquadrantly semiquadrate semiquantitative semiquantitatively semiquartile semiquaver semiquietism semiquietist semiquinquefid semiquintile semiquote semiradial semiradiate semirapacious semirare semirattlesnake semiraw semirebellion semirecondite semirecumbent semirefined semireflex semiregular semirelief semireligious semireniform semirepublican semiresinous semiresolute semirespectability semirespectable semireticulate semiretirement semiretractile semireverberatory semirevolute semirevolution semirevolutionist semirhythm semiriddle semirigid semiring semiroll semirotary semirotating semirotative semirotatory semirotund semirotunda semiround semiroyal semiruin semirural semirustic semis semisacerdotal semisacred semisagittate semisaint semisaline semisaltire semisaprophyte semisaprophytic semisarcodic semisatiric semisaturation semisavage semisavagedom semisavagery semiscenic semischolastic semiscientific semiseafaring semisecondary semisecrecy semisecret semisection semisedentary semisegment semisensuous semisentient semisentimental semiseparatist semiseptate semiserf semiserious semiseriously semiseriousness semiservile semisevere semiseverely semiseverity semisextile semishady semishaft semisheer semishirker semishrub semishrubby semisightseeing semisilica semisimious semisimple semisingle semisixth semiskilled semislave semismelting semismile semisocial semisocialism semisociative semisocinian semisoft semisolemn semisolemnity semisolemnly semisolid semisolute semisomnambulistic semisomnolence semisomnous semisopor semisovereignty semispan semispeculation semisphere semispheric semispherical semispheroidal semispinalis semispiral semispiritous semispontaneity semispontaneous semispontaneously semispontaneousness semisport semisporting semisquare semistagnation semistaminate semistarvation semistarved semistate semisteel semistiff semistill semistock semistory semistratified semistriate semistriated semistuporous semisubterranean semisuburban semisuccess semisuccessful semisuccessfully semisucculent semisupernatural semisupinated semisupination semisupine semisuspension semisymmetric semita semitact semitae semitailored semital semitandem semitangent semitaur semitechnical semiteetotal semitelic semitendinosus semitendinous semiterete semiterrestrial semitertian semitesseral semitessular semitheological semithoroughfare semitime semitonal semitonally semitone semitonic semitonically semitontine semitorpid semitour semitrailer semitrained semitransept semitranslucent semitransparency semitransparent semitransverse semitreasonable semitrimmed semitropic semitropical semitropics semitruth semituberous semitubular semiuncial semiundressed semiuniversalist semiupright semiurban semiurn semivalvate semivault semivector semivegetable semivertebral semiverticillate semivibration semivirtue semiviscid semivital semivitreous semivitrification semivitrified semivocal semivocalic semivolatile semivolcanic semivoluntary semivowel semivulcanized semiwaking semiwarfare semiweekly semiwild semiwoody semiyearly semmet semmit semnopithecine semola semolella semolina semological semology semostomeous semostomous semperannual sempergreen semperidentical semperjuvenescent sempervirent sempervirid sempitern sempiternal sempiternally sempiternity sempiternize sempiternous sempstrywork semsem semuncia semuncial sen senaite senam senarian senarius senarmontite senary senate senator senatorial senatorially senatorian senatorship senatory senatress senatrices senatrix sence sencion send sendable sendal sendee sender sending senecioid senecionine senectitude senectude senectuous senega senegin senesce senescence senescent seneschal seneschally seneschalship seneschalsy seneschalty sengreen senicide senile senilely senilism senility senilize senior seniority seniorship senna sennegrass sennet sennight sennit sennite senocular sensa sensable sensal sensate sensation sensational sensationalism sensationalist sensationalistic sensationalize sensationally sensationary sensationish sensationism sensationist sensationistic sensationless sensatorial sensatory sense sensed senseful senseless senselessly senselessness sensibilia sensibilisin sensibilitist sensibilitous sensibility sensibilium sensibilization sensibilize sensible sensibleness sensibly sensical sensifacient sensiferous sensific sensificatory sensifics sensify sensigenous sensile sensilia sensilla sensillum sension sensism sensist sensistic sensitive sensitively sensitiveness sensitivity sensitization sensitize sensitizer sensitometer sensitometric sensitometry sensitory sensive sensize senso sensomobile sensomobility sensomotor sensoparalysis sensor sensoria sensorial sensoriglandular sensorimotor sensorimuscular sensorium sensorivascular sensorivasomotor sensorivolitional sensory sensual sensualism sensualist sensualistic sensuality sensualization sensualize sensually sensualness sensuism sensuist sensum sensuosity sensuous sensuously sensuousness sensyne sent sentence sentencer sentential sententially sententiarian sententiarist sententiary sententiosity sententious sententiously sententiousness sentience sentiendum sentient sentiently sentiment sentimental sentimentalism sentimentalist sentimentality sentimentalization sentimentalize sentimentalizer sentimentally sentimenter sentimentless sentinel sentinellike sentinelship sentinelwise sentisection sentition sentry sepad sepal sepaled sepaline sepalled sepalody sepaloid separability separable separableness separably separata separate separatedly separately separateness separates separatical separating separation separationism separationist separatism separatist separatistic separative separatively separativeness separator separatory separatress separatrix separatum sephen sephiric sephirothic sepia sepiaceous sepialike sepian sepiarian sepiary sepic sepicolous sepiment sepioid sepiolite sepion sepiost sepiostaire sepium sepone sepoy seppuku seps sepsine sepsis sept septa septal septan septane septangle septangled septangular septangularness septarian septariate septarium septate septated septation septatoarticulate septavalent septave septcentenary septectomy septemdecenary septemfid septemfluous septemfoliate septemfoliolate septemia septempartite septemplicate septemvious septemvir septemvirate septemviri septenar septenarian septenarius septenary septenate septendecennial septendecimal septennary septennate septenniad septennial septennialist septenniality septennially septennium septenous septentrional septentrionality septentrionally septentrionate septentrionic septerium septet septfoil septic septical septically septicemia septicemic septicidal septicidally septicity septicization septicolored septicopyemia septicopyemic septier septifarious septiferous septifluous septifolious septiform septifragal septifragally septilateral septile septillion septillionth septimal septimanal septimanarian septime septimetritis septimole septinsular septipartite septisyllabic septisyllable septivalent septleva septocosta septocylindrical septodiarrhea septogerm septoic septole septomarginal septomaxillary septonasal septotomy septship septuagenarian septuagenarianism septuagenary septuagesima septuagint septulate septulum septum septuncial septuor septuple septuplet septuplicate septuplication sepulcher sepulchral sepulchralize sepulchrally sepulchrous sepultural sepulture sequa sequacious sequaciously sequaciousness sequacity sequel sequela sequelae sequelant sequence sequencer sequency sequent sequential sequentiality sequentially sequently sequest sequester sequestered sequesterment sequestra sequestrable sequestral sequestrate sequestration sequestrator sequestratrices sequestratrix sequestrectomy sequestrotomy sequestrum sequin sequitur ser sera serab seragli seraglio serai serail seral seralbumin seralbuminous serang serape seraph seraphic seraphical seraphically seraphicalness seraphicism seraphicness seraphim seraphina seraphine seraphism seraphlike seraphtide serasker seraskerate seraskier seraskierat serau seraw sercial serdab sere sereh serenade serenader serenata serenate serendibite serendipity serendite serene serenely sereneness serenify serenissime serenissimi serenissimo serenity serenize sereward serf serfage serfdom serfhood serfish serfishly serfishness serfism serflike serfship serge sergeancy sergeant sergeantcy sergeantess sergeantry sergeantship sergeanty sergedesoy serger sergette serging serglobulin serial serialist seriality serialization serialize serially seriary seriate seriately seriatim seriation sericate sericated sericea sericeotomentose sericeous sericicultural sericiculture sericiculturist sericin sericipary sericite sericitic sericitization sericteria sericterium serictery sericultural sericulture sericulturist seriema series serif serific serigraph serigrapher serigraphy serimeter serin serine serinette seringa seringal seringhi serio seriocomedy seriocomic seriocomical seriocomically seriogrotesque serioline serioludicrous seriopantomimic serioridiculous seriosity serious seriously seriousness seripositor serjeant serment sermo sermocination sermocinatrix sermon sermoneer sermoner sermonesque sermonet sermonettino sermonic sermonically sermonics sermonish sermonism sermonist sermonize sermonizer sermonless sermonoid sermonolatry sermonology sermonproof sermonwise sermuncle sernamby sero seroalbumin seroalbuminuria seroanaphylaxis serobiological serocolitis serocyst serocystic serodermatosis serodermitis serodiagnosis serodiagnostic seroenteritis seroenzyme serofibrinous serofibrous serofluid serogelatinous serohemorrhagic serohepatitis seroimmunity serolactescent serolemma serolin serolipase serologic serological serologically serologist serology seromaniac seromembranous seromucous seromuscular seron seronegative seronegativity seroon seroot seroperitoneum serophthisis serophysiology seroplastic seropneumothorax seropositive seroprevention seroprognosis seroprophylaxis seroprotease seropuriform seropurulent seropus seroreaction serosa serosanguineous serosanguinolent seroscopy serositis serosity serosynovial serosynovitis serotherapeutic serotherapeutics serotherapist serotherapy serotina serotinal serotine serotinous serotoxin serous serousness serovaccine serow serozyme serpedinous serpent serpentaria serpentarium serpentary serpentcleide serpenteau serpentess serpenticidal serpenticide serpentiferous serpentiform serpentina serpentine serpentinely serpentinic serpentiningly serpentinization serpentinize serpentinoid serpentinous serpentivorous serpentize serpentlike serpently serpentoid serpentry serpentwood serphid serphoid serpierite serpiginous serpiginously serpigo serpivolant serpolet serpula serpulae serpulan serpulid serpulidan serpuline serpulite serpulitic serpuloid serra serradella serrage serran serrana serranid serrano serranoid serrate serrated serratic serratiform serratile serration serratirostral serratocrenate serratodentate serratodenticulate serratoglandulous serratospinose serrature serricorn serried serriedly serriedness serriferous serriform serriped serrirostrate serrulate serrulated serrulation serry sert serta sertularian sertularioid sertule sertulum sertum serum serumal serut servable servage serval servaline servant servantcy servantdom servantess servantless servantlike servantry servantship servation serve servente serventism server servery servet service serviceability serviceable serviceableness serviceably serviceberry serviceless servicelessness serviceman servidor servient serviential serviette servile servilely servileness servilism servility servilize serving servingman servist servitor servitorial servitorship servitress servitrix servitude serviture servo servomechanism servomotor servulate serwamby sesame sesamoid sesamoidal sesamoiditis sescuple sesma sesqui sesquialter sesquialtera sesquialteral sesquialteran sesquialterous sesquibasic sesquicarbonate sesquicentennial sesquichloride sesquiduplicate sesquihydrate sesquihydrated sesquinona sesquinonal sesquioctava sesquioctaval sesquioxide sesquipedal sesquipedalian sesquipedalianism sesquipedality sesquiplicate sesquiquadrate sesquiquarta sesquiquartal sesquiquartile sesquiquinta sesquiquintal sesquiquintile sesquisalt sesquiseptimal sesquisextal sesquisilicate sesquisquare sesquisulphate sesquisulphide sesquisulphuret sesquiterpene sesquitertia sesquitertial sesquitertian sesquitertianal sess sessile sessility session sessional sessionary sessions sesterce sestertium sestet sesti sestiad sestina sestine sestole sestuor set seta setaceous setaceously setae setal setarious setback setbolt setdown setfast seth sethead setier setiferous setiform setigerous setiparous setirostral setline setness setoff seton setophagine setose setous setout setover setscrew setsman sett settable settaine settee setter settergrass setterwort setting settle settleable settled settledly settledness settlement settler settlerdom settling settlings settlor settsman setula setule setuliform setulose setulous setup setwall setwise setwork seugh seven sevenbark sevener sevenfold sevenfolded sevenfoldness sevennight sevenpence sevenpenny sevenscore seventeen seventeenfold seventeenth seventeenthly seventh seventhly seventieth seventy seventyfold sever severable several severalfold severality severalize severally severalness severalth severalty severance severation severe severedly severely severeness severer severingly severish severity severization severize severy sew sewable sewage sewan sewed sewellel sewen sewer sewerage sewered sewerless sewerlike sewerman sewery sewing sewless sewn sewround sex sexadecimal sexagenarian sexagenarianism sexagenary sexagesimal sexagesimally sexagesimals sexagonal sexangle sexangled sexangular sexangularly sexannulate sexarticulate sexcentenary sexcuspidate sexdigital sexdigitate sexdigitated sexdigitism sexed sexenary sexennial sexennially sexennium sexern sexfarious sexfid sexfoil sexhood sexifid sexillion sexiped sexipolar sexisyllabic sexisyllable sexitubercular sexivalence sexivalency sexivalent sexless sexlessly sexlessness sexlike sexlocular sexly sexological sexologist sexology sexpartite sexradiate sext sextactic sextain sextan sextans sextant sextantal sextar sextarii sextarius sextary sextennial sextern sextet sextic sextile sextillion sextillionth sextipara sextipartite sextipartition sextiply sextipolar sexto sextodecimo sextole sextolet sexton sextoness sextonship sextry sextubercular sextuberculate sextula sextulary sextumvirate sextuple sextuplet sextuplex sextuplicate sextuply sexual sexuale sexualism sexualist sexuality sexualization sexualize sexually sexuous sexupara sexuparous sexy sey seybertite sfoot sgraffiato sgraffito sh sha shaatnez shab shabash shabbed shabbify shabbily shabbiness shabble shabby shabbyish shabrack shabunder shachle shachly shack shackanite shackatory shackbolt shackland shackle shacklebone shackledom shackler shacklewise shackling shackly shacky shad shadbelly shadberry shadbird shadbush shadchan shaddock shade shaded shadeful shadeless shadelessness shader shadetail shadflower shadily shadine shadiness shading shadkan shadoof shadow shadowable shadowbox shadowboxing shadowed shadower shadowfoot shadowgram shadowgraph shadowgraphic shadowgraphist shadowgraphy shadowily shadowiness shadowing shadowishly shadowist shadowland shadowless shadowlessness shadowlike shadowly shadowy shadrach shady shaffle shaft shafted shafter shaftfoot shafting shaftless shaftlike shaftman shaftment shaftsman shaftway shafty shag shaganappi shagbag shagbark shagged shaggedness shaggily shagginess shaggy shaglet shaglike shagpate shagrag shagreen shagreened shagroon shagtail shah shaharith shahdom shahi shahin shahzada shaikh shaitan shakable shake shakeable shakebly shakedown shakefork shaken shakenly shakeout shakeproof shaker shakerag shakers shakescene shakha shakily shakiness shaking shakingly shako shaksheer shakti shaku shaky shale shalelike shaleman shall shallal shallon shalloon shallop shallopy shallot shallow shallowbrained shallowhearted shallowish shallowist shallowly shallowness shallowpate shallowpated shallows shallowy shallu shalom shalt shalwar shaly sham shama shamable shamableness shamably shamal shamalo shaman shamaness shamanic shamanism shamanist shamanistic shamanize shamateur shamba shamble shambling shamblingly shambrier shame shameable shamed shameface shamefaced shamefacedly shamefacedness shamefast shamefastly shamefastness shameful shamefully shamefulness shameless shamelessly shamelessness shameproof shamer shamesick shameworthy shamianah shamir shammed shammer shammick shamming shammish shammock shammocking shammocky shammy shampoo shampooer shamrock shamroot shamsheer shan shanachas shanachie shandry shandrydan shandy shandygaff shangan shanghai shanghaier shank shanked shanker shankings shankpiece shanksman shanna shanny shansa shant shanty shantylike shantyman shantytown shap shapable shape shaped shapeful shapeless shapelessly shapelessness shapeliness shapely shapen shaper shapeshifter shapesmith shaping shapingly shapometer shaps shapy sharable shard sharded shardy share shareable sharebone sharebroker sharecrop sharecropper shareholder shareholdership shareman sharepenny sharer shareship sharesman sharewort shargar shark sharkful sharkish sharklet sharklike sharkship sharkskin sharky sharn sharnbud sharny sharp sharpen sharpener sharper sharpie sharpish sharply sharpness sharps sharpsaw sharpshin sharpshod sharpshooter sharpshooting sharptail sharpware sharpy sharrag sharry shastaite shaster shastra shastraik shastri shastrik shat shatan shathmont shatter shatterbrain shatterbrained shatterer shatterheaded shattering shatteringly shatterment shatterpated shatterproof shatterwit shattery shattuckite shauchle shaugh shaul shaup shauri shauwe shavable shave shaveable shaved shavee shaveling shaven shaver shavery shavester shavetail shaveweed shaving shavings shaw shawl shawled shawling shawlless shawllike shawlwise shawm shawneewood shawny shawy shay she shea sheading sheaf sheafage sheaflike sheafripe sheafy sheal shealing shear shearbill sheard shearer sheargrass shearhog shearing shearless shearling shearman shearmouse shears shearsman sheartail shearwater shearwaters sheat sheatfish sheath sheathbill sheathe sheathed sheather sheathery sheathing sheathless sheathlike sheathy sheave sheaved sheaveless sheaveman shebang shebeen shebeener shed shedded shedder shedding sheder shedhand shedlike shedman shedwise shee sheely sheen sheenful sheenless sheenly sheeny sheep sheepback sheepberry sheepbine sheepbiter sheepbiting sheepcote sheepcrook sheepfaced sheepfacedly sheepfacedness sheepfold sheepfoot sheepgate sheephead sheepheaded sheephearted sheepherder sheepherding sheephook sheephouse sheepify sheepish sheepishly sheepishness sheepkeeper sheepkeeping sheepkill sheepless sheeplet sheeplike sheepling sheepman sheepmaster sheepmonger sheepnose sheepnut sheeppen sheepshank sheepshead sheepsheadism sheepshear sheepshearer sheepshearing sheepshed sheepskin sheepsplit sheepsteal sheepstealer sheepstealing sheepwalk sheepwalker sheepweed sheepy sheer sheered sheering sheerly sheerness sheet sheetage sheeted sheeter sheetflood sheetful sheeting sheetless sheetlet sheetlike sheetling sheetways sheetwise sheetwork sheetwriting sheety shehitah sheik sheikdom sheikhlike sheikhly sheiklike sheikly shekel shela sheld sheldapple shelder sheldfowl sheldrake shelduck shelf shelfback shelffellow shelfful shelflist shelfmate shelfpiece shelfroom shelfworn shelfy shell shellac shellacker shellacking shellapple shellback shellblow shellblowing shellbound shellburst shellcracker shelleater shelled sheller shellfire shellfish shellfishery shellflower shellful shellhead shelliness shelling shellman shellmonger shellproof shellshake shellum shellwork shellworker shelly shellycoat shelta shelter shelterage sheltered shelterer shelteringly shelterless shelterlessness shelterwood sheltery sheltron shelty shelve shelver shelving shelvingly shelvingness shelvy sheminith shenanigan shend sheng sheolic shepherd shepherdage shepherddom shepherdess shepherdhood shepherdish shepherdism shepherdize shepherdless shepherdlike shepherdling shepherdly shepherdry sheppeck sheppey shepstare sher sherardize sherardizer sherbacha sherbet sherbetlee sherbetzide sheriat sherif sherifa sherifate sheriff sheriffalty sheriffdom sheriffess sheriffhood sheriffry sheriffship sheriffwick sherifi sherifian sherify sheristadar sherlock sherry sherryvallies sheth sheugh sheva shevel sheveled shevri shewa shewbread shewel sheyle shi shibah shibar shibboleth shibbolethic shibuichi shice shicer shicker shickered shide shied shiel shield shieldable shieldboard shielddrake shielded shielder shieldflower shielding shieldless shieldlessly shieldlessness shieldlike shieldling shieldmaker shieldmay shieldtail shieling shier shies shiest shift shiftable shiftage shifter shiftful shiftfulness shiftily shiftiness shifting shiftingly shiftingness shiftless shiftlessly shiftlessness shifty shiggaion shigram shih shikar shikara shikargah shikari shikasta shikimi shikimic shikimole shikimotoxin shikken shiko shikra shilf shilfa shill shilla shillaber shillelagh shillet shillety shillhouse shillibeer shilling shillingless shillingsworth shilloo shilpit shim shimal shimmer shimmering shimmeringly shimmery shimmy shimose shimper shin shinaniging shinarump shinbone shindig shindle shindy shine shineless shiner shingle shingled shingler shingles shinglewise shinglewood shingling shingly shinily shininess shining shiningly shiningness shinleaf shinner shinnery shinning shinny shinplaster shintiyan shinty shinwood shiny shinza ship shipboard shipbound shipboy shipbreaking shipbroken shipbuilder shipbuilding shipcraft shipentine shipful shipkeeper shiplap shipless shiplessly shiplet shipload shipman shipmanship shipmast shipmaster shipmate shipmatish shipment shipowner shipowning shippable shippage shipped shipper shipping shipplane shippo shippon shippy shipshape shipshapely shipside shipsmith shipward shipwards shipway shipwork shipworm shipwreck shipwrecky shipwright shipwrightery shipwrightry shipyard shirakashi shirallee shire shirehouse shireman shirewick shirk shirker shirky shirl shirlcock shirpit shirr shirring shirt shirtband shirtiness shirting shirtless shirtlessness shirtlike shirtmaker shirtmaking shirtman shirttail shirtwaist shirty shish shisham shisn shita shitepoke shither shittah shittim shittimwood shiv shivaree shive shiver shivereens shiverer shivering shiveringly shiverproof shiversome shiverweed shivery shivey shivoo shivy shivzoku sho shoad shoader shoal shoalbrain shoaler shoaliness shoalness shoalwise shoaly shoat shock shockability shockable shockedness shocker shockheaded shocking shockingly shockingness shocklike shockproof shod shodden shoddily shoddiness shoddy shoddydom shoddyism shoddyite shoddylike shoddyward shoddywards shode shoder shoe shoebill shoebinder shoebindery shoebinding shoebird shoeblack shoeboy shoebrush shoecraft shoeflower shoehorn shoeing shoeingsmith shoelace shoeless shoemaker shoemaking shoeman shoepack shoer shoescraper shoeshine shoeshop shoesmith shoestring shoewoman shoful shog shogaol shoggie shoggle shoggly shogi shogun shogunal shogunate shohet shoji shola shole shone shoneen shonkinite shoo shood shoofa shoofly shooi shook shool shooldarry shooler shoop shoopiltie shoor shoot shootable shootboard shootee shooter shoother shooting shootist shootman shop shopboard shopbook shopboy shopbreaker shopbreaking shopfolk shopful shopgirl shopgirlish shophar shopkeeper shopkeeperess shopkeeperish shopkeeperism shopkeepery shopkeeping shopland shoplet shoplifter shoplifting shoplike shopmaid shopman shopmark shopmate shopocracy shopocrat shoppe shopper shopping shoppish shoppishness shoppy shopster shoptalk shopwalker shopwear shopwife shopwindow shopwoman shopwork shopworker shopworn shoq shor shoran shore shoreberry shorebush shored shoregoing shoreland shoreless shoreman shorer shoreside shoresman shoreward shorewards shoreweed shoreyer shoring shorling shorn short shortage shortbread shortcake shortchange shortchanger shortclothes shortcoat shortcomer shortcoming shorten shortener shortening shorter shortfall shorthand shorthanded shorthandedness shorthander shorthead shorthorn shortish shortly shortness shorts shortschat shortsighted shortsightedly shortsightedness shortsome shortstaff shortstop shorttail shoshonite shot shotbush shote shotgun shotless shotlike shotmaker shotman shotproof shotsman shotstar shott shotted shotten shotter shotty shou should shoulder shouldered shoulderer shoulderette shouldering shouldna shouldnt shoupeltin shout shouter shouting shoutingly shoval shove shovegroat shovel shovelard shovelbill shovelboard shovelfish shovelful shovelhead shovelmaker shovelman shovelnose shovelweed shover show showable showance showbird showboard showboat showboater showboating showcase showdom showdown shower showerer showerful showeriness showerless showerlike showerproof showery showily showiness showing showish showless showman showmanism showmanry showmanship shown showpiece showroom showup showworthy showy showyard shoya shrab shraddha shradh shraf shrag shram shrank shrap shrapnel shrave shravey shreadhead shred shredcock shredder shredding shreddy shredless shredlike shree shreeve shrend shrew shrewd shrewdish shrewdly shrewdness shrewdom shrewdy shrewish shrewishly shrewishness shrewlike shrewly shrewmouse shrewstruck shriek shrieker shriekery shriekily shriekiness shriekingly shriekproof shrieky shrieval shrievalty shrift shrike shrill shrilling shrillish shrillness shrilly shrimp shrimper shrimpfish shrimpi shrimpish shrimpishness shrimplike shrimpy shrinal shrine shrineless shrinelet shrinelike shrink shrinkable shrinkage shrinkageproof shrinker shrinkhead shrinking shrinkingly shrinkproof shrinky shrip shrite shrive shrivel shriven shriver shriving shroff shrog shroud shrouded shrouding shroudless shroudlike shroudy shrove shrover shrub shrubbed shrubbery shrubbiness shrubbish shrubby shrubland shrubless shrublet shrublike shrubwood shruff shrug shruggingly shrunk shrunken shrups shtreimel shuba shubunkin shuck shucker shucking shuckins shuckpen shucks shudder shudderful shudderiness shudderingly shuddersome shuddery shuff shuffle shuffleboard shufflecap shuffler shufflewing shuffling shufflingly shug shul shuler shulwaurs shumac shun shune shunless shunnable shunner shunt shunter shunting shure shurf shush shusher shut shutdown shutness shutoff shutout shuttance shutten shutter shuttering shutterless shutterwise shutting shuttle shuttlecock shuttleheaded shuttlelike shuttlewise shwanpan shy shydepoke shyer shyish shyly shyness shyster si siak sial sialaden sialadenitis sialadenoncus sialagogic sialagogue sialagoguic sialemesis sialic sialid sialidan sialoangitis sialogenous sialoid sialolith sialolithiasis sialology sialorrhea sialoschesis sialosemeiology sialosis sialostenosis sialosyrinx sialozemia siamang sib sibbed sibbens sibber sibboleth sibby siberite sibilance sibilancy sibilant sibilantly sibilate sibilatingly sibilator sibilatory sibilous sibilus sibling sibness sibrede sibship sibyl sibylesque sibylic sibylism sibylla sibylline sibyllist sic sicarian sicarious sicarius sicca siccaneous siccant siccate siccation siccative siccimeter siccity sice sicilian siciliana sicilica sicilicum sicilienne sicinnian sick sickbed sicken sickener sickening sickeningly sicker sickerly sickerness sickhearted sickish sickishly sickishness sickle sicklebill sickled sicklelike sickleman sicklemia sicklemic sicklepod sickler sicklerite sickless sickleweed sicklewise sicklewort sicklied sicklily sickliness sickling sickly sickness sicknessproof sickroom sicsac sicula sicular sidder siddur side sideage sidearm sideboard sidebone sidebones sideburns sidecar sidecarist sidecheck sided sidedness sideflash sidehead sidehill sidekicker sidelang sideless sideline sideling sidelings sidelingwise sidelong sidenote sidepiece sider sideral sideration siderealize sidereally siderean siderin siderism siderite sideritic siderognost siderographic siderographical siderographist siderography siderolite siderology sideromagnetic sideromancy sideromelane sideronatrite sideronym sideroscope siderose siderosis siderostat siderostatic siderotechny siderous sidership siderurgical siderurgy sides sidesaddle sideshake sideslip sidesman sidesplitter sidesplitting sidesplittingly sidesway sideswipe sideswiper sidetrack sidewalk sideward sidewards sideway sideways sidewinder sidewipe sidewiper sidewise sidhe sidi siding sidle sidler sidling sidlingly sidth sidy sie siege siegeable siegecraft siegenite sieger siegework sienna sier siering sierozem sierra sierran siesta siestaland sieve sieveful sievelike siever sievings sievy sifac sifaka sife siffilate siffle sifflement sifflet sifflot sift siftage sifted sifter sifting sig sigatoka sigger sigh sigher sighful sighfully sighing sighingly sighingness sighless sighlike sight sightable sighted sighten sightening sighter sightful sightfulness sighthole sighting sightless sightlessly sightlessness sightlily sightliness sightly sightproof sightworthiness sightworthy sighty sigil sigilative sigillariaceous sigillarian sigillarid sigillarioid sigillarist sigillaroid sigillary sigillate sigillated sigillation sigillistic sigillographer sigillographical sigillography sigillum sigla siglarian siglos sigma sigmaspire sigmate sigmatic sigmation sigmatism sigmodont sigmoid sigmoidal sigmoidally sigmoidectomy sigmoiditis sigmoidopexy sigmoidoproctostomy sigmoidorectostomy sigmoidoscope sigmoidoscopy sigmoidostomy sign signable signal signalee signaler signalese signaletic signaletics signalism signalist signality signalize signally signalman signalment signary signatary signate signation signator signatory signatural signature signatureless signaturist signboard signee signer signet signetwise signifer signifiable significal significance significancy significant significantly significantness significate signification significatist significative significatively significativeness significator significatory significatrix significature significavit significian significs signifier signify signior signiorship signist signless signlike signman signorial signorship signory signpost signum signwriter sika sikar sikatch sike sikerly sikerness siket sikhara sikhra sil silage silaginoid silane silbergroschen silcrete sile silen silenaceous silence silenced silencer silency sileni silenic silent silential silentiary silentious silentish silently silentness silenus silesia silex silexite silhouette silhouettist silhouettograph silica silicam silicane silicate silication silicatization silicean siliceocalcareous siliceofelspathic siliceofluoric siliceous silicic silicicalcareous silicicolous silicide silicidize siliciferous silicification silicifluoric silicifluoride silicify siliciophite silicious silicium siliciuretted silicize silicle silico silicoacetic silicoalkaline silicoaluminate silicoarsenide silicocalcareous silicochloroform silicocyanide silicoethane silicoferruginous silicoflagellate silicofluoric silicofluoride silicohydrocarbon silicomagnesian silicomanganese silicomethane silicon silicone siliconize silicononane silicopropane silicosis silicotalcose silicotic silicotitanate silicotungstate silicotungstic silicula silicular silicule siliculose siliculous silicyl siliqua siliquaceous siliquae silique siliquiferous siliquiform siliquose siliquous silk silkalene silkaline silked silken silker silkflower silkgrower silkie silkily silkiness silklike silkman silkness silksman silktail silkweed silkwoman silkwood silkwork silkworks silkworm silky sill sillabub silladar sillandar sillar siller sillibouk sillikin sillily sillimanite silliness sillock sillograph sillographer sillographist sillometer sillon silly sillyhood sillyhow sillyish sillyism sillyton silo siloist silphid silphium silt siltage siltation silting siltlike silty silundum silurid siluroid silva silvan silvanity silvanry silvendy silver silverback silverbeater silverbelly silverberry silverbill silverboom silverbush silvered silverer silvereye silverfin silverfish silverhead silverily silveriness silvering silverish silverite silverize silverizer silverleaf silverless silverlike silverling silverly silvern silverness silverpoint silverrod silverside silversides silverskin silversmith silversmithing silverspot silvertail silvertip silvertop silvervine silverware silverweed silverwing silverwood silverwork silverworker silvery silvical silvicolous silvics silvicultural silviculturally silviculture silviculturist silyl sima simal simar simaroubaceous simball simbil simblin simblot sime simiad simial simian simianity simiesque similar similarity similarize similarly similative simile similimum similiter similitive similitude similitudinize simility similize similor simioid simious simiousness simity simkin simlin simling simmer simmeringly simmon simnel simnelwise simoleon simoniac simoniacal simoniacally simonious simonism simonist simony simool simoom simoon simous simp simpai simper simperer simperingly simple simplehearted simpleheartedly simpleheartedness simpleness simpler simpleton simpletonian simpletonianism simpletonic simpletonish simpletonism simplex simplexed simplexity simplicident simplicidentate simplicist simplicitarian simplicity simplicize simplification simplificative simplificator simplified simplifiedly simplifier simplify simplism simplist simplistic simply simsim simson simulacra simulacral simulacre simulacrize simulacrum simulance simulant simular simulate simulation simulative simulatively simulator simulatory simulcast simuler simuliid simulioid simultaneity simultaneous simultaneously simultaneousness sin sina sinaite sinal sinalbin sinamay sinamine sinapate sinapic sinapine sinapinic sinapis sinapism sinapize sinapoline sinarchism sinarchist sinarquism sinarquist sinarquista sinawa sincaline since sincere sincerely sincereness sincerity sincipital sinciput sind sinder sindle sindoc sindon sindry sine sinecural sinecure sinecureship sinecurism sinecurist sinew sinewed sinewiness sinewless sinewous sinewy sinfonia sinfonie sinfonietta sinful sinfully sinfulness sing singability singable singableness singally singarip singe singed singeing singeingly singer singey singh singillatim singing singingly singkamas single singlebar singled singlehanded singlehandedly singlehandedness singlehearted singleheartedly singleheartedness singlehood singleness singler singles singlestick singlesticker singlet singleton singletree singlings singly singsong singsongy singspiel singstress singular singularism singularist singularity singularization singularize singularly singularness singult singultous singultus sinh sinigrin sinigrinase sinigrosid sinigroside sinister sinisterly sinisterness sinisterwise sinistrad sinistral sinistrality sinistrally sinistration sinistrin sinistrocerebral sinistrocular sinistrodextral sinistrogyrate sinistrogyration sinistrogyric sinistromanual sinistrorsal sinistrorsally sinistrorse sinistrous sinistrously sinistruous sink sinkable sinkage sinker sinkerless sinkfield sinkhead sinkhole sinking sinkless sinklike sinkroom sinkstone sinky sinless sinlessly sinlessness sinlike sinnable sinnableness sinnen sinner sinneress sinnership sinnet sinningly sinningness sinoatrial sinoauricular sinoidal sinomenine sinopia sinopite sinople sinproof sinsion sinsring sinsyne sinter sintoc sinuate sinuated sinuatedentate sinuately sinuation sinuatocontorted sinuatodentate sinuatodentated sinuatopinnatifid sinuatoserrated sinuatoundulate sinuatrial sinuauricular sinuitis sinuose sinuosely sinuosity sinuous sinuously sinuousness sinupallial sinupalliate sinus sinusal sinusitis sinuslike sinusoid sinusoidal sinusoidally sinuventricular sinward siol sion sip sipage sipe siper siphoid siphon siphonaceous siphonage siphonal siphonapterous siphonariid siphonate siphoneous siphonet siphonia siphonial siphonic siphoniferous siphoniform siphonium siphonless siphonlike siphonobranchiate siphonogam siphonogamic siphonogamous siphonogamy siphonoglyph siphonoglyphe siphonognathid siphonognathous siphonophoran siphonophore siphonophorous siphonoplax siphonopore siphonorhinal siphonorhine siphonosome siphonostele siphonostelic siphonostely siphonostomatous siphonostome siphonostomous siphonozooid siphonula siphorhinal siphorhinian siphosome siphuncle siphuncled siphuncular siphunculate siphunculated sipid sipidity siping sipling sipper sippet sippingly sippio sipunculacean sipunculid sipunculoid sipylite sir sircar sirdar sirdarship sire sireless siren sirene sirenian sirenic sirenical sirenically sirening sirenize sirenlike sirenoid sireny sireship siress sirgang sirian siriasis siricid sirih siriometer siris sirkeer sirki sirky sirloin sirloiny siroc sirocco siroccoish siroccoishly sirpea sirple sirpoon sirrah sirree sirship siruaballi siruelas sirup siruped siruper sirupy sis sisal siscowet sise sisel siserara siserary siserskite sish sisham sisi siskin sismotherapy siss sissification sissify sissiness sissoo sissy sissyish sissyism sist sister sisterhood sisterin sistering sisterize sisterless sisterlike sisterliness sisterly sistern sistle sistomensin sistrum sisyrinchium sit sitao sitar sitatunga sitch site sitfast sith sithcund sithe sithement sithence sithens sitient sitio sitiology sitiomania sitiophobia sitology sitomania sitophobia sitophobic sitosterin sitosterol sitotoxism sittee sitten sitter sittine sitting sittringy situal situate situated situation situational situla situlae situs siva sivathere sivatherioid siver sivvens siwash six sixain sixer sixfoil sixfold sixhaend sixhynde sixpence sixpenny sixpennyworth sixscore sixsome sixte sixteen sixteener sixteenfold sixteenmo sixteenth sixteenthly sixth sixthet sixthly sixtieth sixty sixtyfold sixtypenny sizable sizableness sizably sizal sizar sizarship size sizeable sizeableness sized sizeman sizer sizes siziness sizing sizy sizygia sizygium sizz sizzard sizzing sizzle sizzling sizzlingly sjambok skaddle skaff skaffie skag skaillie skainsmate skair skaitbird skal skalawag skaldship skance skandhas skart skasely skat skate skateable skater skatikas skatiku skating skatist skatole skatosine skatoxyl skaw skean skeanockle skedaddle skedaddler skedge skedgewith skedlock skee skeed skeeg skeel skeeling skeely skeen skeenyie skeer skeered skeery skeesicks skeet skeeter skeezix skeg skegger skeif skeigh skeily skein skeiner skeipp skel skelder skelderdrake skeldrake skeletal skeletin skeletogenous skeletogeny skeletomuscular skeleton skeletonian skeletonic skeletonization skeletonize skeletonizer skeletonless skeletonweed skeletony skelf skelgoose skelic skell skellat skeller skelloch skellum skelly skelp skelper skelpin skelping skelter skemmel skemp sken skene skeo skeough skep skepful skeppist skeppund skeptic skeptical skeptically skepticalness skepticism skepticize sker skere skerret skerrick skerry sketch sketchability sketchable sketchbook sketchee sketcher sketchily sketchiness sketching sketchingly sketchist sketchlike sketchy skete sketiotai skeuomorph skeuomorphic skevish skew skewback skewbacked skewbald skewed skewer skewerer skewerwood skewings skewl skewly skewness skewwhiff skewwise skewy skey skeyting ski skiagram skiagraph skiagrapher skiagraphic skiagraphical skiagraphically skiagraphy skiameter skiametry skiapod skiapodous skiascope skiascopy skibby skibslast skice skid skidded skidder skidding skiddingly skiddoo skiddy skidpan skidproof skidway skied skieppe skiepper skier skies skiff skiffless skiffling skift skiing skijore skijorer skijoring skil skilder skildfel skilfish skill skillagalee skilled skillenton skillessness skillet skillful skillfully skillfulness skilligalee skilling skillion skilly skilpot skilts skim skimback skime skimmed skimmer skimmerton skimming skimmingly skimmington skimmity skimp skimpily skimpiness skimpingly skimpy skin skinbound skinch skinflint skinflintily skinflintiness skinflinty skinful skink skinker skinking skinkle skinless skinlike skinned skinner skinnery skinniness skinning skinny skintight skinworm skiogram skiograph skiophyte skip skipbrain skipjack skipjackly skipkennel skipman skippable skippel skipper skippered skippership skippery skippet skipping skippingly skipple skippund skippy skiptail skirl skirlcock skirling skirmish skirmisher skirmishing skirmishingly skirp skirr skirreh skirret skirt skirtboard skirted skirter skirting skirtingly skirtless skirtlike skirty skirwhit skirwort skit skite skiter skither skitter skittish skittishly skittishness skittle skittled skittler skittles skitty skittyboot skiv skive skiver skiverwood skiving skivvies sklate sklater sklent skleropelite sklinter skoal skogbolite skokiaan skomerite skoo skookum skoptsy skout skraeling skraigh skrike skrimshander skrupul skua skulduggery skulk skulker skulking skulkingly skull skullbanker skullcap skulled skullery skullfish skullful skully skulp skun skunk skunkbill skunkbush skunkdom skunkery skunkhead skunkish skunklet skunktop skunkweed skunky skuse skutterudite sky skybal skycraft skyey skyful skyish skylark skylarker skyless skylight skylike skylook skyman skyphoi skyphos skyplast skyre skyrgaliard skyrocket skyrockety skysail skyscape skyscraper skyscraping skyshine skyugle skyward skywards skyway skywrite skywriter skywriting sla slab slabbed slabber slabberer slabbery slabbiness slabbing slabby slabman slabness slabstone slack slackage slacked slacken slackener slacker slackerism slacking slackingly slackly slackness slad sladang slade slae slag slaggability slaggable slagger slagging slaggy slagless slaglessness slagman slain slainte slaister slaistery slait slake slakeable slakeless slaker slaking slaky slam slammakin slammerkin slammock slammocking slammocky slamp slampamp slampant slander slanderer slanderful slanderfully slandering slanderingly slanderous slanderously slanderousness slanderproof slane slang slangily slanginess slangish slangishly slangism slangkop slangous slangster slanguage slangular slangy slank slant slantindicular slantindicularly slanting slantingly slantingways slantly slantways slantwise slap slapdash slapdashery slape slaphappy slapjack slapper slapping slapstick slapsticky slare slart slarth slash slashed slasher slashing slashingly slashy slat slatch slate slateful slatelike slatemaker slatemaking slater slateworks slateyard slath slather slatify slatiness slating slatish slatted slatter slattern slatternish slatternliness slatternly slatternness slattery slatting slaty slaughter slaughterer slaughterhouse slaughteringly slaughterman slaughterous slaughterously slaughteryard slaum slave slaveborn slaved slaveholder slaveholding slaveland slaveless slavelet slavelike slaveling slavemonger slaveowner slaveownership slavepen slaver slaverer slavering slaveringly slavery slavey slavikite slaving slavish slavishly slavishness slavocracy slavocrat slavocratic slaw slay slayable slayer slaying sleathy sleave sleaved sleaziness sleazy sleck sled sledded sledder sledding sledful sledge sledgeless sledgemeter sledger sledging sledlike slee sleech sleechy sleek sleeken sleeker sleeking sleekit sleekly sleekness sleeky sleep sleeper sleepered sleepful sleepfulness sleepify sleepily sleepiness sleeping sleepingly sleepland sleepless sleeplessly sleeplessness sleeplike sleepmarken sleepproof sleepry sleepwaker sleepwaking sleepwalk sleepwalker sleepwalking sleepward sleepwort sleepy sleepyhead sleer sleet sleetiness sleeting sleetproof sleety sleeve sleeveband sleeveboard sleeved sleeveen sleevefish sleeveful sleeveless sleevelessness sleevelet sleevelike sleever sleigh sleigher sleighing sleight sleightful sleighty slendang slender slenderish slenderize slenderly slenderness slent slepez slept slete sleuth sleuthdog sleuthful sleuthhound sleuthlike slew slewed slewer slewing sley sleyer slice sliceable sliced slicer slich slicht slicing slicingly slick slicken slickens slickenside slicker slickered slickery slicking slickly slickness slid slidable slidableness slidably slidage slidden slidder sliddery slide slideable slideableness slideably slided slidehead slideman slideproof slider slideway sliding slidingly slidingness slidometer slifter slight slighted slighter slightily slightiness slighting slightingly slightish slightly slightness slighty slim slime slimeman slimer slimily sliminess slimish slimishness slimly slimmish slimness slimpsy slimsy slimy sline sling slingball slinge slinger slinging slingshot slingsman slingstone slink slinker slinkily slinkiness slinking slinkingly slinkskin slinkweed slinky slip slipback slipband slipboard slipbody slipcase slipcoach slipcoat slipe slipgibbet sliphorn sliphouse slipknot slipless slipman slipover slippage slipped slipper slippered slipperflower slipperily slipperiness slipperlike slipperweed slipperwort slippery slipperyback slipperyroot slippiness slipping slippingly slipproof slippy slipshod slipshoddiness slipshoddy slipshodness slipshoe slipslap slipslop slipsloppish slipsloppism slipsole slipstep slipstring sliptopped slipway slirt slish slit slitch slite slither slithering slitheroo slithers slithery slithy slitless slitlike slitshell slitted slitter slitting slitty slitwise slive sliver sliverer sliverlike sliverproof slivery sliving slivovitz sloan slob slobber slobberchops slobberer slobbers slobbery slobby slock slocken slod slodder slodge slodger sloe sloeberry sloebush sloetree slog slogan sloganeer sloganize slogger slogging slogwood sloka sloke slommock slon slone slonk sloo sloom sloomy sloop sloopman sloosh slop slopdash slope sloped slopely slopeness sloper slopeways slopewise sloping slopingly slopingness slopmaker slopmaking sloppage slopped sloppery sloppily sloppiness slopping sloppy slops slopseller slopselling slopshop slopstone slopwork slopworker slopy slorp slosh slosher sloshily sloshiness sloshy slot slote sloted sloth slothful slothfully slothfulness slothound slotted slotter slottery slotting slotwise slouch sloucher slouchily slouchiness slouching slouchingly slouchy slough sloughiness sloughy slour sloush sloven slovenlike slovenliness slovenly slovenwood slow slowbellied slowbelly slowdown slowgoing slowheaded slowhearted slowheartedness slowhound slowish slowly slowmouthed slowpoke slowrie slows slowworm sloyd slub slubber slubberdegullion slubberer slubbering slubberingly slubberly slubbery slubbing slubby slud sludder sluddery sludge sludged sludger sludgy slue sluer slug slugabed sluggard sluggarding sluggardize sluggardliness sluggardly sluggardness sluggardry slugged slugger slugging sluggingly sluggish sluggishly sluggishness sluggy sluglike slugwood sluice sluicelike sluicer sluiceway sluicing sluicy sluig sluit slum slumber slumberer slumberful slumbering slumberingly slumberland slumberless slumberous slumberously slumberousness slumberproof slumbersome slumbery slumbrous slumdom slumgullion slumgum slumland slummage slummer slumminess slumming slummock slummocky slummy slump slumpproof slumproof slumpwork slumpy slumward slumwise slung slungbody slunge slunk slunken slur slurbow slurp slurry slush slusher slushily slushiness slushy slut slutch slutchy sluther sluthood slutter sluttery sluttikin sluttish sluttishly sluttishness slutty sly slyboots slyish slyly slyness slype sma smachrie smack smackee smacker smackful smacking smackingly smacksman smaik small smallage smallclothes smallcoal smallen smaller smallhearted smallholder smalling smallish smallmouth smallmouthed smallness smallpox smalls smallsword smalltime smallware smally smalm smalt smalter smaltine smaltite smalts smaragd smaragdine smaragdite smaragdus smarm smarmy smart smarten smarting smartingly smartish smartism smartless smartly smartness smartweed smarty smash smashable smashage smashboard smasher smashery smashing smashingly smashment smashup smatter smatterer smattering smatteringly smattery smaze smear smearcase smeared smearer smeariness smearless smeary smectic smectis smectite smeddum smee smeech smeek smeeky smeer smeeth smegma smell smellable smellage smelled smeller smellful smellfungi smellfungus smelliness smelling smellproof smellsome smelly smelt smelter smelterman smeltery smeltman smeth smethe smeuse smew smich smicker smicket smiddie smiddum smidge smidgen smifligate smifligation smiggins smilacaceous smilaceous smilacin smilax smile smileable smileage smileful smilefulness smileless smilelessly smilelessness smilemaker smilemaking smileproof smiler smilet smiling smilingly smilingness smily sminthurid smirch smircher smirchless smirchy smiris smirk smirker smirking smirkingly smirkish smirkle smirkly smirky smirtle smit smitch smite smiter smith smitham smithcraft smither smithereens smithery smithing smithite smithsonite smithwork smithy smithydander smiting smitten smitting smock smocker smockface smocking smockless smocklike smog smokables smoke smokeable smokebox smokebush smoked smokefarthings smokehouse smokejack smokeless smokelessly smokelessness smokelike smokeproof smoker smokery smokestack smokestone smoketight smokewood smokily smokiness smoking smokish smoky smokyseeming smolder smolderingness smolt smooch smoochy smoodge smoodger smook smoorich smoot smooth smoothable smoothback smoothbore smoothbored smoothcoat smoothen smoother smoothification smoothify smoothing smoothingly smoothish smoothly smoothmouthed smoothness smoothpate smopple smore smorgasbord smote smother smotherable smotheration smothered smotherer smotheriness smothering smotheringly smothery smotter smouch smoucher smous smouse smouser smout smriti smudge smudged smudgedly smudgeless smudgeproof smudger smudgily smudginess smudgy smug smuggery smuggish smuggishly smuggishness smuggle smuggleable smuggler smugglery smuggling smugism smugly smugness smuisty smur smurr smurry smuse smush smut smutch smutchin smutchless smutchy smutproof smutted smutter smuttily smuttiness smutty smyth smytrie snab snabbie snabble snack snackle snackman snaff snaffle snaffles snafu snag snagbush snagged snagger snaggled snaggletooth snaggy snagrel snail snaileater snailery snailfish snailflower snailish snailishly snaillike snails snaily snaith snake snakebark snakeberry snakebird snakebite snakefish snakeflower snakehead snakeholing snakeleaf snakeless snakelet snakelike snakeling snakemouth snakeneck snakeology snakephobia snakepiece snakepipe snakeproof snaker snakeroot snakery snakeship snakeskin snakestone snakeweed snakewise snakewood snakeworm snakewort snakily snakiness snaking snakish snaky snap snapback snapbag snapberry snapdragon snape snaper snaphead snapholder snapjack snapless snappable snapped snapper snappily snappiness snapping snappingly snappish snappishly snappishness snapps snappy snaps snapsack snapshot snapshotter snapweed snapwood snapwort snapy snare snareless snarer snaringly snark snarl snarler snarleyyow snarlingly snarlish snarly snary snaste snatch snatchable snatched snatcher snatchily snatching snatchingly snatchproof snatchy snath snathe snavel snavvle snaw snead sneak sneaker sneakiness sneaking sneakingly sneakingness sneakish sneakishly sneakishness sneaksby sneaksman sneaky sneap sneath sneathe sneb sneck sneckdraw sneckdrawing sneckdrawn snecker snecket sned snee sneer sneerer sneerful sneerfulness sneering sneeringly sneerless sneery sneesh sneeshing sneest sneesty sneeze sneezeless sneezeproof sneezer sneezeweed sneezewood sneezewort sneezing sneezy snell snelly snerp snew snib snibble snibbled snibbler snibel snicher snick snickdraw snickdrawing snicker snickering snickeringly snickersnee snicket snickey snickle sniddle snide snideness sniff sniffer sniffily sniffiness sniffing sniffingly sniffish sniffishness sniffle sniffler sniffly sniffy snift snifter snifty snig snigger sniggerer sniggering sniggle sniggler sniggoringly snip snipe snipebill snipefish snipelike sniper sniperscope sniping snipish snipjack snipnose snipocracy snipper snippersnapper snipperty snippet snippetiness snippety snippiness snipping snippish snippy snipsnapsnorum sniptious snipy snirl snirt snirtle snitch snitcher snite snithe snithy snittle snivel sniveled sniveler sniveling snively snivy snob snobber snobbery snobbess snobbing snobbish snobbishly snobbishness snobbism snobby snobdom snobling snobocracy snobocrat snobographer snobography snobologist snobonomer snobscat snocher snock snocker snod snodly snoek snoeking snog snoga snoke snood snooded snooding snook snooker snookered snoop snooper snooperscope snoopy snoose snoot snootily snootiness snooty snoove snooze snoozer snooziness snoozle snoozy snop snore snoreless snorer snoring snoringly snork snorkel snorker snort snorter snorting snortingly snortle snorty snot snotter snottily snottiness snotty snouch snout snouted snouter snoutish snoutless snoutlike snouty snow snowball snowbank snowbell snowberg snowberry snowbird snowblink snowbound snowbreak snowbush snowcap snowcraft snowdrift snowdrop snowfall snowflake snowflight snowflower snowfowl snowhammer snowhouse snowie snowily snowiness snowish snowk snowl snowland snowless snowlike snowmanship snowmobile snowplow snowproof snowscape snowshade snowshed snowshine snowshoe snowshoed snowshoeing snowshoer snowslide snowslip snowstorm snowsuit snowworm snowy snozzle snub snubbable snubbed snubbee snubber snubbiness snubbing snubbingly snubbish snubbishly snubbishness snubby snubproof snuck snudge snuff snuffbox snuffboxer snuffcolored snuffer snuffers snuffiness snuffing snuffingly snuffish snuffle snuffler snuffles snuffless snuffliness snuffling snufflingly snuffly snuffman snuffy snug snugger snuggery snuggish snuggle snugify snugly snugness snum snup snupper snur snurl snurly snurp snurt snuzzle sny snying so soak soakage soakaway soaked soaken soaker soaking soakingly soakman soaky soally soam soap soapbark soapberry soapbox soapboxer soapbubbly soapbush soaper soapery soapfish soapily soapiness soaplees soapless soaplike soapmaker soapmaking soapmonger soaprock soaproot soapstone soapsud soapsuddy soapsuds soapsudsy soapweed soapwood soapwort soapy soar soarability soarable soarer soaring soaringly soary sob sobber sobbing sobbingly sobby sobeit sober soberer sobering soberingly soberize soberlike soberly soberness sobersault sobersided sobersides soberwise sobful soboles soboliferous sobproof sobralite sobrevest sobriety sobriquet sobriquetical soc socage socager soccer soccerist soccerite soce socht sociability sociable sociableness sociably social socialism socialist socialistic socialite sociality socializable socialization socialize socializer socially socialness sociation sociative societal societally societarian societarianism societary societified societism societist societologist societology society societyish societyless socii sociobiological sociocentric sociocracy sociocrat sociocratic sociocultural sociodrama sociodramatic socioeconomic socioeducational sociogenesis sociogenetic sociogeny sociography sociolatry sociolegal sociologian sociologic sociological sociologically sociologism sociologist sociologistic sociologize sociologizer sociologizing sociology sociomedical sociometric sociometry socionomic socionomics socionomy sociophagous sociopolitical socioreligious socioromantic sociostatic sociotechnical socius sock sockdolager socker socket socketful socketless sockeye sockless socklessness sockmaker sockmaking socky socle socman socmanry soco sod soda sodaclase sodaic sodaless sodalist sodalite sodalithite sodality sodamide sodbuster sodded sodden soddenly soddenness sodding soddite soddy sodic sodio sodioaluminic sodioaurous sodiocitrate sodiohydric sodioplatinic sodiosalicylate sodiotartrate sodium sodless sodoku sodomic sodomitess sodomitic sodomitical sodomitically sodomy sodwork sody soe soekoe soever sofa sofane sofar soffit soft softa softball softbrained soften softener softening softhead softheaded softhearted softheartedly softheartedness softhorn softish softling softly softner softness softship softtack softwood softy sog soger soget soggarth soggendalite soggily sogginess sogging soggy soh soho soiesette soil soilage soiled soiling soilless soilproof soilure soily soiree soixantine soja sojourn sojourner sojourney sojournment sok soka soke sokeman sokemanemot sokemanry soken sol sola solace solaceful solacement solaceproof solacer solacious solaciously solaciousness solan solanaceous solanal solander solaneine solaneous solanidine solanine solanum solar solarism solarist solaristic solaristically solaristics solarium solarization solarize solarometer solate solatia solation solatium solay sold soldado soldan soldanel soldanelle soldanrie solder solderer soldering solderless soldi soldier soldierbird soldierbush soldierdom soldieress soldierfish soldierhearted soldierhood soldiering soldierize soldierlike soldierliness soldierly soldierproof soldiership soldierwise soldierwood soldiery soldo sole solea soleas solecism solecist solecistic solecistical solecistically solecize solecizer soleiform soleil soleless solely solemn solemncholy solemnify solemnitude solemnity solemnization solemnize solemnizer solemnly solemnness solen solenacean solenaceous soleness solenette solenial solenite solenitis solenium solenoconch solenocyte solenodont solenogaster solenoglyph solenoglyphic solenoid solenoidal solenoidally solenostele solenostelic solenostomid solenostomoid solenostomous solent solentine solepiece soleplate soleprint soler soles soleus soleyn solfataric solfeggio solferino soli soliative solicit solicitant solicitation solicitationism solicited solicitee soliciter soliciting solicitor solicitorship solicitous solicitously solicitousness solicitress solicitrix solicitude solicitudinous solid solidago solidaric solidarily solidarism solidarist solidaristic solidarity solidarize solidary solidate solidi solidifiability solidifiable solidifiableness solidification solidifier solidiform solidify solidish solidism solidist solidistic solidity solidly solidness solidum solidungular solidungulate solidus solifidian solifidianism solifluction solifluctional soliform solifuge solifugean solifugid solifugous soliloquacious soliloquist soliloquium soliloquize soliloquizer soliloquizing soliloquizingly soliloquy solilunar solio soliped solipedal solipedous solipsism solipsismal solipsist solipsistic solist solitaire solitarian solitarily solitariness solitary soliterraneous solitidal solitude solitudinarian solitudinize solitudinous solivagant solivagous sollar solleret solmizate solmization solo solod solodi solodization solodize soloecophanes soloist solon solonchak solonetz solonetzic solonetzicity solonist soloth solotink solotnik solpugid solstice solsticion solstitia solstitial solstitially solstitium solubility solubilization solubilize soluble solubleness solubly solum solute solution solutional solutioner solutionist solutize solutizer solvability solvable solvableness solvate solvation solve solvement solvency solvend solvent solvently solventproof solver solvolysis solvolytic solvolyze solvsbergite soma somacule somal somaplasm somasthenia somata somatasthenia somatic somatical somatically somaticosplanchnic somaticovisceral somatics somatism somatist somatization somatochrome somatocyst somatocystic somatoderm somatogenetic somatogenic somatognosis somatognostic somatologic somatological somatologically somatologist somatology somatome somatomic somatophyte somatophytic somatoplasm somatopleural somatopleure somatopleuric somatopsychic somatosplanchnic somatotonia somatotonic somatotropic somatotropically somatotropism somatotype somatotyper somatotypy somatous somber somberish somberly somberness sombre sombrerite sombrero sombreroed sombrous sombrously sombrousness some somebody someday somedeal somegate somehow someone somepart someplace somers somersault somerset somervillite somesthesia somesthesis somesthetic something somethingness sometime sometimes someway someways somewhat somewhatly somewhatness somewhen somewhence somewhere somewheres somewhile somewhiles somewhither somewhy somewise somital somite somitic somma sommaite sommelier somnambulance somnambulancy somnambulant somnambular somnambulary somnambulate somnambulation somnambulator somnambule somnambulency somnambulic somnambulically somnambulism somnambulist somnambulistic somnambulize somnambulous somnial somniative somnifacient somniferous somniferously somnific somnifuge somnify somniloquacious somniloquence somniloquent somniloquism somniloquist somniloquize somniloquous somniloquy somnipathist somnipathy somnivolency somnivolent somnolence somnolency somnolent somnolently somnolescence somnolescent somnolism somnolize somnopathy somnorific somnus sompay sompne sompner son sonable sonance sonancy sonant sonantal sonantic sonantina sonantized sonar sonata sonatina sonation sond sondation sondeli sonderclass soneri song songbird songbook songcraft songfest songful songfully songfulness songish songland songle songless songlessly songlessness songlet songlike songman songster songstress songworthy songwright songy sonhood sonic soniferous sonification soniou sonk sonless sonlike sonlikeness sonly sonneratiaceous sonnet sonnetary sonneteer sonneteeress sonnetic sonneting sonnetish sonnetist sonnetize sonnetlike sonnetwise sonnikins sonny sonobuoy sonometer sonorant sonorescence sonorescent sonoric sonoriferous sonoriferously sonorific sonority sonorophone sonorosity sonorous sonorously sonorousness sons sonship sonsy sontag soodle soodly sook sooky sool sooloos soon sooner soonish soonly soorawn soord soorkee soot sooter sooterkin sooth soothe soother sootherer soothful soothing soothingly soothingness soothless soothsay soothsayer soothsayership soothsaying sootily sootiness sootless sootlike sootproof sooty sootylike sop sope soph sophia sophic sophical sophically sophiologic sophiology sophism sophister sophistic sophistical sophistically sophisticalness sophisticant sophisticate sophisticated sophistication sophisticative sophisticator sophisticism sophistress sophistry sophomore sophomoric sophomorical sophomorically sophoria sophronize sophy sopite sopition sopor soporiferous soporiferously soporiferousness soporific soporifical soporifically soporose sopper soppiness sopping soppy soprani sopranino sopranist soprano sora sorage soral sorb sorbate sorbefacient sorbent sorbic sorbile sorbin sorbinose sorbite sorbitic sorbitize sorbitol sorbose sorboside sorbus sorcer sorcerer sorceress sorcering sorcerous sorcerously sorcery sorchin sorda sordawalite sordellina sordes sordid sordidity sordidly sordidness sordine sordino sordor sore soredia soredial sorediate sorediferous sorediform soredioid soredium soree sorefalcon sorefoot sorehawk sorehead soreheaded soreheadedly soreheadedness sorehearted sorehon sorely sorema soreness sorgho sorghum sorgo sori soricid soricident soricine soricoid soriferous sorite sorites soritical sorn sornare sornari sorner sorning soroban sororal sororate sororial sororially sororicidal sororicide sorority sororize sorose sorosis sorosphere sorption sorra sorrel sorrento sorrily sorriness sorroa sorrow sorrower sorrowful sorrowfully sorrowfulness sorrowing sorrowingly sorrowless sorrowproof sorrowy sorry sorryhearted sorryish sort sortable sortably sortal sortation sorted sorter sortie sortilege sortileger sortilegic sortilegious sortilegus sortilegy sortiment sortition sortly sorty sorus sorva sory sosh soshed soso sosoish soss sossle sostenuto sot soterial soteriologic soteriological soteriology sotie sotnia sotnik sotol sots sottage sotted sotter sottish sottishly sottishness sou souari soubise soubrette soubrettish soucar souchet souchong souchy soud soudagur souffle souffleed sough sougher soughing sought soul soulack soulcake souled soulful soulfully soulfulness soulical soulish soulless soullessly soullessness soullike soulsaving soulward souly soum soumansite soumarque sound soundable soundage soundboard sounder soundful soundheaded soundheadedness soundhearted soundheartednes sounding soundingly soundingness soundless soundlessly soundlessness soundly soundness soundproof soundproofing soup soupbone soupcon souper souple soupless souplike soupspoon soupy sour sourbelly sourberry sourbread sourbush sourcake source sourceful sourcefulness sourceless sourcrout sourdeline sourdine soured souredness souren sourer sourhearted souring sourish sourishly sourishness sourjack sourling sourly sourness sourock soursop sourtop sourweed sourwood soury sousaphone sousaphonist souse souser souslik soutane souter souterrain south southard southbound southeast southeaster southeasterly southeastern southeasternmost southeastward southeastwardly southeastwards souther southerland southerliness southerly southermost southern southerner southernism southernize southernliness southernly southernmost southernness southernwood southing southland southlander southmost southness southpaw southron southward southwardly southwards southwest southwester southwesterly southwestern southwesternmost southwestward southwestwardly souvenir souverain souwester sov sovereign sovereigness sovereignly sovereignness sovereignship sovereignty soviet sovietdom sovietic sovietism sovietist sovietization sovietize sovite sovkhose sovkhoz sovran sovranty sow sowable sowan sowans sowar sowarry sowback sowbacked sowbane sowbelly sowbread sowdones sowel sowens sower sowfoot sowing sowins sowl sowle sowlike sowlth sown sowse sowt sowte soy soya soybean sozin sozolic sozzle sozzly spa space spaceband spaced spaceful spaceless spacer spacesaving spaceship spaciness spacing spaciosity spaciotemporal spacious spaciously spaciousness spack spacy spad spade spadebone spaded spadefish spadefoot spadeful spadelike spademan spader spadesman spadewise spadework spadger spadiceous spadices spadicifloral spadiciflorous spadiciform spadicose spadilla spadille spading spadix spadone spadonic spadonism spadrone spadroon spae spaebook spaecraft spaedom spaeman spaer spaewife spaewoman spaework spaewright spaghetti spagyric spagyrical spagyrically spagyrist spahi spaid spaik spairge spak spalacine spald spalder spalding spale spall spallation spaller spalling spalpeen spalt span spancel spandle spandrel spandy spane spanemia spanemy spang spanghew spangle spangled spangler spanglet spangly spangolite spaniel spaniellike spanielship spaning spanipelagic spank spanker spankily spanking spankingly spanky spanless spann spannel spanner spannerman spanopnoea spanpiece spantoon spanule spanworm spar sparable sparada sparadrap sparagrass sparagus sparassodont sparaxis sparch spare spareable spareless sparely spareness sparer sparerib sparesome sparganium sparganosis sparganum sparge sparger spargosis sparhawk sparid sparing sparingly sparingness spark sparkback sparked sparker sparkiness sparking sparkish sparkishly sparkishness sparkle sparkleberry sparkler sparkless sparklessly sparklet sparklike sparkliness sparkling sparklingly sparklingness sparkly sparkproof sparks sparky sparlike sparling sparm sparoid sparpiece sparred sparrer sparring sparringly sparrow sparrowbill sparrowcide sparrowdom sparrowgrass sparrowish sparrowless sparrowlike sparrowtail sparrowtongue sparrowwort sparrowy sparry sparse sparsedly sparsely sparsile sparsioplast sparsity spart spartacist sparteine sparterie sparth spartle sparver spary spasm spasmatic spasmatical spasmatomancy spasmed spasmic spasmodic spasmodical spasmodically spasmodicalness spasmodism spasmodist spasmolytic spasmophilia spasmophilic spasmotin spasmotoxin spasmous spastic spastically spasticity spat spatalamancy spatangoid spatangoidean spatchcock spate spatha spathaceous spathal spathe spathed spatheful spathic spathilae spathilla spathose spathous spathulate spatial spatiality spatialization spatialize spatially spatiate spatiation spatilomancy spatiotemporal spatling spatted spatter spatterdashed spatterdasher spatterdock spattering spatteringly spatterproof spatterwork spatting spattle spattlehoe spatula spatulamancy spatular spatulate spatulation spatule spatuliform spatulose spave spaver spavie spavied spaviet spavin spavindy spavined spawn spawneater spawner spawning spawny spay spayad spayard spaying speak speakable speakableness speakably speaker speakeress speakership speakhouse speakies speaking speakingly speakingness speakless speaklessly speal spealbone spean spear spearcast spearer spearfish spearflower spearhead spearing spearman spearmanship spearmint spearproof spearsman spearwood spearwort speary spec specchie spece special specialism specialist specialistic speciality specialization specialize specialized specializer specially specialness specialty speciation specie species speciestaler specifiable specific specifical specificality specifically specificalness specificate specification specificative specificatively specificity specificize specificly specificness specifier specifist specify specillum specimen specimenize speciology speciosity specious speciously speciousness speck specked speckedness speckfall speckiness specking speckle specklebelly specklebreast speckled speckledbill speckledness speckless specklessly specklessness speckling speckly speckproof specks specksioneer specky specs spectacle spectacled spectacleless spectaclelike spectaclemaker spectaclemaking spectacles spectacular spectacularism spectacularity spectacularly spectator spectatordom spectatorial spectatorship spectatory spectatress spectatrix specter spectered specterlike spectra spectral spectralism spectrality spectrally spectralness spectrobolograph spectrobolographic spectrobolometer spectrobolometric spectrochemical spectrochemistry spectrocolorimetry spectrocomparator spectroelectric spectrogram spectrograph spectrographic spectrographically spectrography spectroheliogram spectroheliograph spectroheliographic spectrohelioscope spectrological spectrologically spectrology spectrometer spectrometric spectrometry spectromicroscope spectromicroscopical spectrophobia spectrophone spectrophonic spectrophotoelectric spectrophotograph spectrophotography spectrophotometer spectrophotometric spectrophotometry spectropolarimeter spectropolariscope spectropyrheliometer spectropyrometer spectroradiometer spectroradiometric spectroradiometry spectroscope spectroscopic spectroscopically spectroscopist spectroscopy spectrotelescope spectrous spectrum spectry specula specular specularly speculate speculation speculatist speculative speculatively speculativeness speculativism speculator speculatory speculatrices speculatrix speculist speculum specus sped speech speechcraft speecher speechful speechfulness speechification speechifier speechify speeching speechless speechlessly speechlessness speechlore speechmaker speechmaking speechment speed speedaway speedboat speedboating speedboatman speeder speedful speedfully speedfulness speedily speediness speeding speedingly speedless speedometer speedster speedway speedwell speedy speel speelken speelless speen speer speering speerity speiskobalt speiss spekboom spelaean spelder spelding speldring speleological speleologist speleology spelk spell spellable spellbind spellbinder spellbinding spellbound spellcraft spelldown speller spellful spelling spellingdown spellingly spellmonger spellproof spellword spellwork spelt spelter spelterman speltoid speltz speluncar speluncean spelunk spelunker spence spencer spencerite spend spendable spender spendful spendible spending spendless spendthrift spendthrifty spense spent speos sperable sperate sperity sperket sperling sperm sperma spermaceti spermacetilike spermaduct spermalist spermaphyte spermaphytic spermarium spermary spermashion spermatangium spermatheca spermathecal spermatic spermatically spermatid spermatiferous spermatin spermatiogenous spermation spermatiophore spermatism spermatist spermatitis spermatium spermatize spermatoblast spermatoblastic spermatocele spermatocyst spermatocystic spermatocystitis spermatocytal spermatocyte spermatogemma spermatogenesis spermatogenetic spermatogenic spermatogenous spermatogeny spermatogonial spermatogonium spermatoid spermatolysis spermatolytic spermatophoral spermatophore spermatophorous spermatophyte spermatophytic spermatoplasm spermatoplasmic spermatoplast spermatorrhea spermatospore spermatotheca spermatova spermatovum spermatoxin spermatozoa spermatozoal spermatozoan spermatozoic spermatozoid spermatozoon spermaturia spermic spermidine spermiducal spermiduct spermigerous spermine spermiogenesis spermism spermist spermoblast spermoblastic spermocarp spermocenter spermoderm spermoduct spermogenesis spermogenous spermogone spermogoniferous spermogonium spermogonous spermologer spermological spermologist spermology spermolysis spermolytic spermophile spermophiline spermophore spermophorium spermophyte spermophytic spermosphere spermotheca spermotoxin spermous spermoviduct spermy speronara speronaro sperone sperrylite spessartite spet spetch spetrophoby speuchan spew spewer spewiness spewing spewy spex sphacel sphacelariaceous sphacelate sphacelated sphacelation sphacelia sphacelial sphacelism sphaceloderma sphacelotoxin sphacelous sphacelus sphaeraphides sphaerenchyma sphaeriaceous sphaeridia sphaeridial sphaeridium sphaeristerium sphaerite sphaeroblast sphaerocobaltite sphaerococcaceous sphaerolite sphaerolitic sphaerosiderite sphaerosome sphaerospore sphagion sphagnaceous sphagnicolous sphagnologist sphagnology sphagnous sphagnum sphalerite sphecid spheges sphegid sphendone sphene sphenethmoid sphenethmoidal sphenic sphenion spheniscine spheniscomorph spheniscomorphic sphenobasilar sphenobasilic sphenocephalia sphenocephalic sphenocephalous sphenocephaly sphenodon sphenodont sphenoethmoid sphenoethmoidal sphenofrontal sphenogram sphenographic sphenographist sphenography sphenoid sphenoidal sphenoiditis sphenolith sphenomalar sphenomandibular sphenomaxillary sphenopalatine sphenoparietal sphenopetrosal sphenophyllaceous sphenosquamosal sphenotemporal sphenotic sphenotribe sphenotripsy sphenoturbinal sphenovomerine sphenozygomatic spherable spheral spherality spheraster spheration sphere sphereless spheric spherical sphericality spherically sphericalness sphericist sphericity sphericle sphericocylindrical sphericotetrahedral sphericotriangular spherics spheriform spherify spheroconic spherocrystal spherograph spheroidal spheroidally spheroidic spheroidical spheroidically spheroidicity spheroidism spheroidity spheroidize spheromere spherometer spheroquartic spherula spherular spherulate spherule spherulite spherulitic spherulitize sphery spheterize sphexide sphincter sphincteral sphincteralgia sphincterate sphincterectomy sphincterial sphincteric sphincterismus sphincteroscope sphincteroscopy sphincterotomy sphindid sphingal sphinges sphingid sphingiform sphingine sphingoid sphingometer sphingomyelin sphingosine sphinx sphinxian sphinxianness sphinxlike sphragide sphragistic sphragistics sphygmia sphygmic sphygmochronograph sphygmodic sphygmogram sphygmograph sphygmographic sphygmography sphygmoid sphygmology sphygmomanometer sphygmomanometric sphygmomanometry sphygmometer sphygmometric sphygmophone sphygmophonic sphygmoscope sphygmus sphyraenid sphyraenoid spica spical spicant spicate spicated spiccato spice spiceable spiceberry spicebush spicecake spiced spiceful spicehouse spiceland spiceless spicelike spicer spicery spicewood spiciferous spiciform spicigerous spicilege spicily spiciness spicing spick spicket spickle spicknel spicose spicosity spicous spicousness spicula spiculae spicular spiculate spiculated spiculation spicule spiculiferous spiculiform spiculigenous spiculigerous spiculofiber spiculose spiculous spiculum spiculumamoris spicy spider spidered spiderflower spiderish spiderless spiderlike spiderling spiderly spiderweb spiderwork spiderwort spidery spidger spied spiegel spiegeleisen spiel spieler spier spiff spiffed spiffily spiffiness spiffing spiffy spiflicate spiflicated spiflication spig spiggoty spignet spigot spike spikebill spiked spikedness spikefish spikehorn spikelet spikelike spikenard spiker spiketail spiketop spikeweed spikewise spikily spikiness spiking spiky spile spilehole spiler spileworm spilikin spiling spilite spilitic spill spillage spiller spillet spillproof spillway spilly spiloma spilosite spilt spilth spilus spin spina spinacene spinaceous spinach spinachlike spinae spinage spinal spinales spinalis spinally spinate spinder spindlage spindle spindleage spindled spindleful spindlehead spindlelegs spindlelike spindler spindleshanks spindletail spindlewise spindlewood spindleworm spindliness spindling spindly spindrift spine spinebill spinebone spined spinel spineless spinelessly spinelessness spinelet spinelike spinescence spinescent spinet spinetail spingel spinibulbar spinicarpous spinicerebellar spinidentate spiniferous spinifex spiniform spinifugal spinigerous spinigrade spininess spinipetal spinitis spinituberculate spink spinnable spinnaker spinner spinneret spinnerular spinnerule spinnery spinney spinning spinningly spinobulbar spinocarpous spinocerebellar spinogalvanization spinoglenoid spinoid spinomuscular spinoneural spinoperipheral spinose spinosely spinoseness spinosity spinosodentate spinosodenticulate spinosotubercular spinosotuberculate spinosympathetic spinotectal spinothalamic spinotuberculous spinous spinousness spinster spinsterdom spinsterhood spinsterial spinsterish spinsterishly spinsterism spinsterlike spinsterly spinsterous spinstership spinstress spintext spinthariscope spinthariscopic spintherism spinulate spinulation spinule spinulescent spinuliferous spinuliform spinulose spinulosely spinulosociliate spinulosodentate spinulosodenticulate spinulosogranulate spinulososerrate spinulous spiny spionid spiracle spiracula spiracular spiraculate spiraculiferous spiraculiform spiraculum spiral spirale spiraled spiraliform spiralism spirality spiralization spiralize spirally spiraloid spiraltail spiralwise spiran spirant spiranthic spiranthy spirantic spirantize spiraster spirate spirated spiration spire spirea spired spiregrass spireless spirelet spireme spirepole spireward spirewise spiricle spiriferid spiriferoid spiriferous spiriform spirignath spirignathous spirilla spirillaceous spirillar spirillolysis spirillosis spirillotropic spirillotropism spirillum spiring spirit spiritally spiritdom spirited spiritedly spiritedness spiriter spiritful spiritfully spiritfulness spirithood spiriting spiritism spiritist spiritistic spiritize spiritland spiritleaf spiritless spiritlessly spiritlessness spiritlike spiritmonger spiritous spiritrompe spiritsome spiritual spiritualism spiritualist spiritualistic spiritualistically spirituality spiritualization spiritualize spiritualizer spiritually spiritualness spiritualship spiritualty spirituosity spirituous spirituously spirituousness spiritus spiritweed spirity spirivalve spirket spirketing spirling spiro spirobranchiate spirochaetal spirochetal spirochete spirochetemia spirochetic spirocheticidal spirocheticide spirochetosis spirochetotic spirogram spirograph spirographidin spirographin spiroid spiroloculine spirometer spirometric spirometrical spirometry spiropentane spiroscope spirous spirt spirulate spiry spise spissated spissitude spit spital spitball spitballer spitbox spitchcock spite spiteful spitefully spitefulness spiteless spiteproof spitfire spitful spithamai spithame spitish spitpoison spitscocked spitstick spitted spitten spitter spitting spittle spittlefork spittlestaff spittoon spitz spitzkop spiv spivery spizzerinctum splachnaceous splachnoid splacknuck splairge splanchnapophysial splanchnapophysis splanchnectopia splanchnemphraxis splanchnesthesia splanchnesthetic splanchnic splanchnoblast splanchnocoele splanchnoderm splanchnodiastasis splanchnodynia splanchnographer splanchnographical splanchnography splanchnolith splanchnological splanchnologist splanchnology splanchnomegalia splanchnomegaly splanchnopathy splanchnopleural splanchnopleure splanchnopleuric splanchnoptosia splanchnoptosis splanchnosclerosis splanchnoscopy splanchnoskeletal splanchnoskeleton splanchnosomatic splanchnotomical splanchnotomy splanchnotribe splash splashboard splashed splasher splashiness splashing splashingly splashproof splashy splat splatch splatcher splatchy splathering splatter splatterdash splatterdock splatterer splatterfaced splatterwork splay splayed splayer splayfoot splayfooted splaymouth splaymouthed spleen spleenful spleenfully spleenish spleenishly spleenishness spleenless spleenwort spleeny spleet spleetnew splenadenoma splenalgia splenalgic splenalgy splenatrophia splenatrophy splenauxe splenculus splendacious splendaciously splendaciousness splendent splendently splender splendescent splendid splendidly splendidness splendiferous splendiferously splendiferousness splendor splendorous splendorproof splendourproof splenectama splenectasis splenectomist splenectomize splenectomy splenectopia splenectopy splenelcosis splenemia splenemphraxis spleneolus splenepatitis splenetic splenetical splenetically splenetive splenial splenic splenical splenicterus splenification spleniform splenitis splenitive splenium splenius splenization splenoblast splenocele splenoceratosis splenocleisis splenocolic splenocyte splenodiagnosis splenodynia splenography splenohemia splenoid splenolaparotomy splenology splenolymph splenolymphatic splenolysin splenolysis splenoma splenomalacia splenomedullary splenomegalia splenomegalic splenomegaly splenomyelogenous splenoncus splenonephric splenopancreatic splenoparectama splenoparectasis splenopathy splenopexia splenopexis splenopexy splenophrenic splenopneumonia splenoptosia splenoptosis splenorrhagia splenorrhaphy splenotomy splenotoxin splenotyphoid splenulus splenunculus splet spleuchan splice spliceable splicer splicing splinder spline splineway splint splintage splinter splinterd splinterless splinternew splinterproof splintery splintwood splinty split splitbeak splitfinger splitfruit splitmouth splitnew splitsaw splittail splitten splitter splitting splitworm splodge splodgy splore splosh splotch splotchily splotchiness splotchy splother splunge splurge splurgily splurgy splurt spluther splutter splutterer spoach spode spodiosite spodium spodogenic spodogenous spodomancy spodomantic spodumene spoffish spoffle spoffy spogel spoil spoilable spoilage spoilation spoiled spoiler spoilfive spoilful spoiling spoilless spoilment spoilsman spoilsmonger spoilsport spoilt spoke spokeless spoken spokeshave spokesman spokesmanship spokester spokeswoman spokeswomanship spokewise spoky spole spolia spoliarium spoliary spoliate spoliation spoliator spoliatory spolium spondaic spondaical spondaize spondean spondee spondiac spondulics spondyl spondylalgia spondylarthritis spondylarthrocace spondylexarthrosis spondylic spondylid spondylioid spondylitic spondylitis spondylium spondylizema spondylocace spondylodiagnosis spondylodidymia spondylodymus spondyloid spondylolisthesis spondylolisthetic spondylopathy spondylopyosis spondyloschisis spondylosis spondylosyndesis spondylotherapeutics spondylotherapist spondylotherapy spondylotomy spondylous spondylus spong sponge spongecake sponged spongeful spongeless spongelet spongelike spongeous spongeproof sponger spongewood spongian spongicolous spongiculture spongiferous spongiform spongillid spongilline spongily spongin sponginblast sponginblastic sponginess sponging spongingly spongioblast spongioblastoma spongiocyte spongiolin spongiopilin spongioplasm spongioplasmic spongiose spongiosity spongiousness spongiozoon spongoblast spongoblastic spongoid spongology spongophore spongy sponsal sponsalia sponsibility sponsible sponsing sponsion sponsional sponson sponsor sponsorial sponsorship sponspeck spontaneity spontaneous spontaneously spontaneousness spontoon spoof spoofer spoofery spoofish spook spookdom spookery spookily spookiness spookish spookism spookist spookological spookologist spookology spooky spool spooler spoolful spoollike spoolwood spoom spoon spoonbill spoondrift spooner spoonerism spooneyism spooneyly spooneyness spoonflower spoonful spoonhutch spoonily spooniness spooning spoonism spoonless spoonlike spoonmaker spoonmaking spoonways spoonwood spoony spoonyism spoor spoorer spoot spor sporabola sporaceous sporades sporadial sporadic sporadical sporadically sporadicalness sporadicity sporadism sporadosiderite sporal sporange sporangia sporangial sporangidium sporangiferous sporangiform sporangioid sporangiola sporangiole sporangiolum sporangiophore sporangiospore sporangite sporangium sporation spore spored sporeformer sporeforming sporeling sporicide sporid sporidesm sporidia sporidial sporidiferous sporidiole sporidiolum sporidium sporiferous sporification sporiparity sporiparous sporoblast sporocarp sporocarpium sporocyst sporocystic sporocystid sporocyte sporodochia sporodochium sporoduct sporogenesis sporogenic sporogenous sporogeny sporogone sporogonial sporogonic sporogonium sporogony sporoid sporologist sporomycosis sporont sporophore sporophoric sporophorous sporophydium sporophyll sporophyllary sporophyllum sporophyte sporophytic sporoplasm sporosac sporostegium sporostrote sporotrichosis sporotrichotic sporous sporozoal sporozoan sporozoic sporozoite sporozoon sporran sport sportability sportable sportance sporter sportful sportfully sportfulness sportily sportiness sporting sportingly sportive sportively sportiveness sportless sportling sportly sports sportsman sportsmanlike sportsmanliness sportsmanly sportsmanship sportsome sportswear sportswoman sportswomanly sportswomanship sportula sportulae sporty sporular sporulate sporulation sporule sporuliferous sporuloid sposh sposhy spot spotless spotlessly spotlessness spotlight spotlighter spotlike spotrump spotsman spottable spotted spottedly spottedness spotteldy spotter spottily spottiness spotting spottle spotty spoucher spousage spousal spousally spouse spousehood spouseless spousy spout spouter spoutiness spouting spoutless spoutlike spoutman spouty sprachle sprack sprackish sprackle sprackly sprackness sprad spraddle sprag spragger spraggly spraich sprain spraint spraints sprang sprangle sprangly sprank sprat spratter spratty sprauchle sprawl sprawler sprawling sprawlingly sprawly spray sprayboard sprayer sprayey sprayful sprayfully sprayless spraylike sprayproof spread spreadation spreadboard spreaded spreader spreadhead spreading spreadingly spreadingness spreadover spready spreaghery spreath spreckle spree spreeuw spreng sprent spret sprew sprewl spridhogue spried sprier spriest sprig sprigged sprigger spriggy sprightful sprightfully sprightfulness sprightlily sprightliness sprightly sprighty spriglet sprigtail spring springal springald springboard springbok springbuck springe springer springerle springfinger springfish springful springhaas springhalt springhead springhouse springily springiness springing springingly springle springless springlet springlike springly springmaker springmaking springtail springtide springtime springtrap springwood springworm springwort springwurzel springy sprink sprinkle sprinkled sprinkleproof sprinkler sprinklered sprinkling sprint sprinter sprit sprite spritehood spritsail sprittail sprittie spritty sproat sprocket sprod sprogue sproil sprong sprose sprottle sprout sproutage sprouter sproutful sprouting sproutland sproutling sprowsy spruce sprucely spruceness sprucery sprucification sprucify sprue spruer sprug spruiker spruit sprung sprunny sprunt spruntly spry spryly spryness spud spudder spuddle spuddy spuffle spug spuilyie spuilzie spuke spume spumescence spumescent spumiferous spumification spumiform spumone spumose spumous spumy spun spung spunk spunkie spunkily spunkiness spunkless spunky spunny spur spurflower spurgall spurge spurgewort spuriae spuriosity spurious spuriously spuriousness spurl spurless spurlet spurlike spurling spurmaker spurmoney spurn spurner spurnpoint spurnwater spurproof spurred spurrer spurrial spurrier spurrings spurrite spurry spurt spurter spurtive spurtively spurtle spurway spurwing spurwinged spurwort sput sputa sputative sputter sputterer sputtering sputteringly sputtery sputum sputumary sputumose sputumous spy spyboat spydom spyer spyfault spyglass spyhole spyism spyproof spyship spytower squab squabash squabasher squabbed squabbish squabble squabbler squabbling squabblingly squabbly squabby squacco squad squaddy squadrate squadrism squadron squadrone squadroned squail squailer squalene squalid squalidity squalidly squalidness squaliform squall squaller squallery squallish squally squalm squalodont squaloid squalor squam squama squamaceous squamae squamate squamated squamatine squamation squamatogranulous squamatotuberculate squame squamella squamellate squamelliferous squamelliform squameous squamiferous squamiform squamify squamigerous squamipennate squamipinnate squamocellular squamoepithelial squamoid squamomastoid squamoparietal squamopetrosal squamosa squamosal squamose squamosely squamoseness squamosis squamosity squamosodentated squamosoimbricated squamosomaxillary squamosoparietal squamosoradiate squamosotemporal squamosozygomatic squamosphenoid squamosphenoidal squamotemporal squamous squamously squamousness squamozygomatic squamula squamulae squamulate squamulation squamule squamuliform squamulose squander squanderer squanderingly squandermania squandermaniac squantum squarable square squareage squarecap squared squaredly squareface squareflipper squarehead squarelike squarely squareman squaremouth squareness squarer squaretail squarewise squaring squarish squarishly squark squarrose squarrosely squarrous squarrulose squarson squarsonry squary squash squashberry squasher squashily squashiness squashy squat squatarole squatina squatinid squatinoid squatly squatment squatmore squatness squattage squatted squatter squatterarchy squatterdom squatterproof squattily squattiness squatting squattingly squattish squattocracy squattocratic squatty squatwise squaw squawberry squawbush squawdom squawfish squawflower squawk squawker squawkie squawking squawkingly squawky squawroot squawweed squdge squdgy squeak squeaker squeakery squeakily squeakiness squeaking squeakingly squeaklet squeakproof squeaky squeakyish squeal squeald squealer squealing squeam squeamish squeamishly squeamishness squeamous squeamy squeege squeegee squeezability squeezable squeezableness squeezably squeeze squeezeman squeezer squeezing squeezingly squeezy squelch squelcher squelchily squelchiness squelching squelchingly squelchingness squelchy squench squencher squeteague squib squibber squibbery squibbish squiblet squibling squid squiddle squidge squidgereen squidgy squiffed squiffer squiffy squiggle squiggly squilgee squilgeer squilla squillagee squillery squillian squillid squilloid squimmidge squin squinance squinancy squinch squinny squinsy squint squinted squinter squinting squintingly squintingness squintly squintness squinty squirage squiralty squire squirearch squirearchal squirearchical squirearchy squiredom squireen squirehood squireless squirelet squirelike squireling squirely squireocracy squireship squiress squiret squirewise squirish squirism squirk squirm squirminess squirming squirmingly squirmy squirr squirrel squirrelfish squirrelian squirreline squirrelish squirrellike squirrelproof squirreltail squirt squirter squirtiness squirting squirtingly squirtish squirty squish squishy squit squitch squitchy squitter squoze squush squushy sraddha sramana sri sruti ssu st staab stab stabber stabbing stabbingly stabile stabilify stabilist stabilitate stability stabilization stabilizator stabilize stabilizer stable stableboy stableful stablekeeper stablelike stableman stableness stabler stablestand stableward stablewards stabling stablishment stably staboy stabproof stabulate stabulation stabwort staccato stacher stachydrin stachydrine stachyose stachys stachyuraceous stack stackage stackencloud stacker stackfreed stackful stackgarth stackhousiaceous stackless stackman stackstand stackyard stacte stactometer stadda staddle staddling stade stadholder stadholderate stadholdership stadhouse stadia stadic stadimeter stadiometer stadion stadium stafette staff staffed staffelite staffer staffless staffman stag stagbush stage stageability stageable stageableness stageably stagecoach stagecoaching stagecraft staged stagedom stagehand stagehouse stageland stagelike stageman stager stagery stagese stagewise stageworthy stagewright staggard staggart staggarth stagger staggerbush staggerer staggering staggeringly staggers staggerweed staggerwort staggery staggie staggy staghead staghorn staghound staghunt staghunter staghunting stagiary stagily staginess staging staglike stagmometer stagnance stagnancy stagnant stagnantly stagnantness stagnate stagnation stagnatory stagnature stagnicolous stagnize stagnum stagskin stagworm stagy staia staid staidly staidness stain stainability stainable stainableness stainably stainer stainful stainierite staining stainless stainlessly stainlessness stainproof staio stair stairbeak stairbuilder stairbuilding staircase staired stairhead stairless stairlike stairstep stairway stairwise stairwork stairy staith staithman staiver stake stakehead stakeholder stakemaster staker stakerope stalactic stalactical stalactiform stalactital stalactite stalactited stalactitic stalactitical stalactitically stalactitiform stalactitious stalagma stalagmite stalagmitic stalagmitical stalagmitically stalagmometer stalagmometric stalagmometry stale stalely stalemate staleness staling stalk stalkable stalked stalker stalkily stalkiness stalking stalkingly stalkless stalklet stalklike stalko stalky stall stallage stallar stallboard stallenger staller stallership stalling stallion stallionize stallman stallment stalwart stalwartism stalwartize stalwartly stalwartness stam stambha stambouline stamen stamened stamin stamina staminal staminate stamineal stamineous staminiferous staminigerous staminode staminodium staminody stammel stammer stammerer stammering stammeringly stammeringness stammerwort stamnos stamp stampable stampage stampedable stampede stampeder stampedingly stampee stamper stampery stamphead stamping stample stampless stampman stampsman stampweed stance stanch stanchable stanchel stancheled stancher stanchion stanchless stanchly stanchness stand standage standard standardbred standardizable standardization standardize standardized standardizer standardwise standee standel standelwelks standelwort stander standergrass standerwort standfast standing standish standoff standoffish standoffishness standout standpat standpatism standpatter standpipe standpoint standpost standstill stane stanechat stang stanhope stanine stanjen stank stankie stannane stannary stannate stannator stannel stanner stannery stannic stannide stanniferous stannite stanno stannotype stannous stannoxyl stannum stannyl stanza stanzaed stanzaic stanzaical stanzaically stanze stap stapedectomy stapedial stapediform stapediovestibular stapedius stapelia stapes staphisagria staphyle staphyleaceous staphylectomy staphyledema staphylematoma staphylic staphyline staphylinic staphylinid staphylinideous staphylion staphylitis staphyloangina staphylococcal staphylococci staphylococcic staphylococcus staphylodermatitis staphylodialysis staphyloedema staphylohemia staphylolysin staphyloma staphylomatic staphylomatous staphylomycosis staphyloncus staphyloplastic staphyloplasty staphyloptosia staphyloptosis staphyloraphic staphylorrhaphic staphylorrhaphy staphyloschisis staphylosis staphylotome staphylotomy staphylotoxin staple stapled stapler staplewise stapling star starblind starbloom starboard starbolins starbright starch starchboard starched starchedly starchedness starcher starchflower starchily starchiness starchless starchlike starchly starchmaker starchmaking starchman starchness starchroot starchworks starchwort starchy starcraft stardom stare staree starer starets starfish starflower starfruit starful stargaze stargazer stargazing staring staringly stark starken starkly starkness starky starless starlessly starlessness starlet starlight starlighted starlights starlike starling starlit starlite starlitten starmonger starn starnel starnie starnose starost starosta starosty starred starrily starriness starring starringly starry starshake starshine starship starshoot starshot starstone starstroke start starter startful startfulness starthroat starting startingly startish startle startler startling startlingly startlingness startlish startlishness startly startor starty starvation starve starveacre starved starvedly starveling starver starvy starward starwise starworm starwort stary stases stash stashie stasidion stasimetric stasimon stasimorphy stasiphobia stasis stassfurtite statable statal statant statcoulomb state statecraft stated statedly stateful statefully statefulness statehood stateless statelet statelich statelily stateliness stately statement statemonger statequake stater stateroom statesboy stateside statesider statesman statesmanese statesmanlike statesmanly statesmanship statesmonger stateswoman stateway statfarad stathmoi stathmos static statical statically staticproof statics station stational stationarily stationariness stationary stationer stationery stationman stationmaster statiscope statism statist statistic statistical statistically statistician statisticize statistics statistology stative statoblast statocracy statocyst statolatry statolith statolithic statometer stator statoreceptor statorhab statoscope statospore statuarism statuarist statuary statue statuecraft statued statueless statuelike statuesque statuesquely statuesqueness statuette stature statured status statutable statutableness statutably statutary statute statutorily statutory statvolt staucher stauk staumer staun staunch staunchable staunchly staunchness staup stauracin stauraxonia stauraxonial staurion staurolatry staurolite staurolitic staurology stauromedusan stauropegial stauropegion stauroscope stauroscopic stauroscopically staurotide stauter stave staveable staveless staver stavers staverwort stavesacre stavewise stavewood staving stavrite staw stawn staxis stay stayable stayed stayer staylace stayless staylessness staymaker staymaking staynil stays staysail stayship stchi stead steadfast steadfastly steadfastness steadier steadily steadiment steadiness steading steadman steady steadying steadyingly steadyish steak steal stealability stealable stealage stealed stealer stealing stealingly stealth stealthful stealthfully stealthily stealthiness stealthless stealthlike stealthwise stealthy stealy steam steamboat steamboating steamboatman steamcar steamer steamerful steamerless steamerload steamily steaminess steaming steamless steamlike steampipe steamproof steamship steamtight steamtightness steamy stean steaning steapsin stearate stearic steariform stearin stearolactone stearone stearoptene stearrhea stearyl steatin steatite steatitic steatocele steatogenous steatolysis steatolytic steatoma steatomatous steatopathic steatopyga steatopygia steatopygic steatopygous steatorrhea steatosis stech stechados steckling steddle steed steedless steedlike steek steekkan steekkannen steel steeler steelhead steelhearted steelification steelify steeliness steeling steelless steellike steelmaker steelmaking steelproof steelware steelwork steelworker steelworks steely steelyard steen steenboc steenbock steenbok steenkirk steenstrupine steenth steep steepdown steepen steeper steepgrass steepish steeple steeplebush steeplechase steeplechaser steeplechasing steepled steepleless steeplelike steepletop steeply steepness steepweed steepwort steepy steer steerability steerable steerage steerageway steerer steering steeringly steerling steerman steermanship steersman steerswoman steeve steevely steever steeving steg steganogram steganographical steganographist steganography steganophthalmate steganophthalmatous steganopod steganopodan steganopodous stegnosis stegnotic stegocarpous stegocephalian stegocephalous stegodont stegodontine stegosaur stegosaurian stegosauroid steid steigh stein steinbok steinful steinkirk stekan stela stelae stelai stelar stele stell stella stellar stellary stellate stellated stellately stellature stelleridean stellerine stelliferous stellification stelliform stellify stelling stellionate stelliscript stellite stellular stellularly stellulate stelography stem stema stemhead stemless stemlet stemlike stemma stemmata stemmatiform stemmatous stemmed stemmer stemmery stemming stemmy stemonaceous stemple stempost stemson stemwards stemware sten stenar stench stenchel stenchful stenching stenchion stenchy stencil stenciler stencilmaker stencilmaking stend steng stengah stenion steno stenobathic stenobenthic stenobragmatic stenobregma stenocardia stenocardiac stenocephalia stenocephalic stenocephalous stenocephaly stenochoria stenochrome stenochromy stenocoriasis stenocranial stenocrotaphia stenog stenogastric stenogastry stenograph stenographer stenographic stenographical stenographically stenographist stenography stenohaline stenometer stenopaic stenopetalous stenophile stenophyllous stenorhyncous stenosed stenosepalous stenosis stenosphere stenostomatous stenostomia stenotelegraphy stenothermal stenothorax stenotic stenotype stenotypic stenotypist stenotypy stent stenter stenterer stenton stentorian stentorianly stentorine stentorious stentoriously stentoriousness stentoronic stentorophonic stentrel step stepaunt stepbairn stepbrother stepbrotherhood stepchild stepdame stepdaughter stepfather stepfatherhood stepfatherly stepgrandchild stepgrandfather stepgrandmother stepgrandson stephane stephanial stephanic stephanion stephanite stephanome stephanos stephanotis stepladder stepless steplike stepminnie stepmother stepmotherhood stepmotherless stepmotherliness stepmotherly stepnephew stepniece stepparent steppe stepped steppeland stepper stepping steppingstone steprelation steprelationship stepsire stepsister stepson stepstone stept stepuncle stepway stepwise steradian stercobilin stercolin stercophagic stercophagous stercoraceous stercoral stercorarious stercorary stercorate stercoration stercorean stercoremia stercoreous stercoricolous stercorite stercorol stercorous stercovorous sterculiaceous sterculiad stere stereagnosis sterelminthic sterelminthous stereo stereobate stereobatic stereoblastula stereocamera stereocampimeter stereochemic stereochemical stereochemically stereochemistry stereochromatic stereochromatically stereochrome stereochromic stereochromically stereochromy stereocomparagraph stereocomparator stereoelectric stereofluoroscopic stereofluoroscopy stereogastrula stereognosis stereognostic stereogoniometer stereogram stereograph stereographer stereographic stereographical stereographically stereography stereoisomer stereoisomeric stereoisomerical stereoisomeride stereoisomerism stereomatrix stereome stereomer stereomeric stereomerical stereomerism stereometer stereometric stereometrical stereometrically stereometry stereomicrometer stereomonoscope stereoneural stereophantascope stereophonic stereophony stereophotogrammetry stereophotograph stereophotographic stereophotography stereophotomicrograph stereophotomicrography stereophysics stereopicture stereoplanigraph stereoplanula stereoplasm stereoplasma stereoplasmic stereopsis stereoptician stereopticon stereoradiograph stereoradiography stereornithic stereoroentgenogram stereoroentgenography stereoscope stereoscopic stereoscopically stereoscopism stereoscopist stereoscopy stereospondylous stereostatic stereostatics stereotactic stereotactically stereotaxis stereotelemeter stereotelescope stereotomic stereotomical stereotomist stereotomy stereotropic stereotropism stereotypable stereotype stereotyped stereotyper stereotypery stereotypic stereotypical stereotyping stereotypist stereotypographer stereotypography stereotypy sterhydraulic steri steric sterically sterics steride sterigma sterigmata sterigmatic sterile sterilely sterileness sterilisable sterility sterilizability sterilizable sterilization sterilize sterilizer sterin sterk sterlet sterling sterlingly sterlingness stern sterna sternad sternage sternal sternalis sternbergite sterncastle sterneber sternebra sternebrae sternebral sterned sternforemost sternite sternitic sternly sternman sternmost sternness sternoclavicular sternocleidomastoid sternoclidomastoid sternocoracoid sternocostal sternofacial sternofacialis sternoglossal sternohumeral sternohyoid sternohyoidean sternomancy sternomastoid sternomaxillary sternonuchal sternopericardiac sternopericardial sternoscapular sternothere sternothyroid sternotracheal sternotribe sternovertebral sternoxiphoid sternpost sternson sternum sternutation sternutative sternutator sternutatory sternward sternway sternways sternworks stero steroid sterol sterrinck stert stertor stertorious stertoriously stertoriousness stertorous stertorously stertorousness sterve stet stetch stetharteritis stethogoniometer stethograph stethographic stethokyrtograph stethometer stethometric stethometry stethoparalysis stethophone stethophonometer stethoscope stethoscopic stethoscopical stethoscopically stethoscopist stethoscopy stethospasm stevedorage stevedore stevedoring stevel steven stevia stew stewable steward stewardess stewardly stewardry stewardship stewartry stewarty stewed stewpan stewpond stewpot stewy stey sthenia sthenic sthenochire stib stibbler stibblerig stibethyl stibial stibialism stibiate stibiated stibic stibiconite stibine stibious stibium stibnite stibonium sticcado stich sticharion sticheron stichic stichically stichid stichidium stichomancy stichometric stichometrical stichometrically stichometry stichomythic stichomythy stick stickability stickable stickadore stickadove stickage stickball sticked sticker stickers stickfast stickful stickily stickiness sticking stickit stickle stickleaf stickleback stickler stickless sticklike stickling stickly stickpin sticks stickseed sticksmanship sticktail sticktight stickum stickwater stickweed stickwork sticky stictiform stid stiddy stife stiff stiffen stiffener stiffening stiffhearted stiffish stiffleg stifflike stiffly stiffneck stiffness stiffrump stifftail stifle stifledly stifler stifling stiflingly stigma stigmai stigmal stigmaria stigmarian stigmarioid stigmasterol stigmata stigmatal stigmatic stigmatical stigmatically stigmaticalness stigmatiferous stigmatiform stigmatism stigmatist stigmatization stigmatize stigmatizer stigmatoid stigmatose stigme stigmeology stigmonose stigonomancy stilbene stilbestrol stilbite stilboestrol stile stileman stilet stiletto stilettolike still stillage stillatitious stillatory stillbirth stillborn stiller stillhouse stillicide stillicidium stilliform stilling stillion stillish stillman stillness stillroom stillstand stilly stilpnomelane stilpnosiderite stilt stiltbird stilted stilter stiltify stiltiness stiltish stiltlike stilty stim stime stimpart stimpert stimulability stimulable stimulance stimulancy stimulant stimulate stimulatingly stimulation stimulative stimulator stimulatory stimulatress stimulatrix stimuli stimulogenous stimulus stimy stine sting stingaree stingareeing stingbull stinge stinger stingfish stingily stinginess stinging stingingly stingingness stingless stingo stingproof stingray stingtail stingy stink stinkard stinkardly stinkball stinkberry stinkbird stinkbug stinkbush stinkdamp stinker stinkhorn stinking stinkingly stinkingness stinkpot stinkstone stinkweed stinkwood stinkwort stint stinted stintedly stintedness stinter stintingly stintless stinty stion stionic stipe stiped stipel stipellate stipend stipendial stipendiarian stipendiary stipendiate stipendium stipendless stipes stipiform stipitate stipitiform stipiture stippen stipple stippled stippler stippling stipply stipula stipulable stipulaceous stipulae stipular stipulary stipulate stipulation stipulator stipulatory stipule stipuled stipuliferous stipuliform stir stirabout stirk stirless stirlessly stirlessness stirp stirpicultural stirpiculture stirpiculturist stirps stirra stirrable stirrage stirrer stirring stirringly stirrup stirrupless stirruplike stirrupwise stitch stitchbird stitchdown stitcher stitchery stitching stitchlike stitchwhile stitchwork stitchwort stite stith stithy stive stiver stivy stoa stoach stoat stoater stob stocah stoccado stoccata stochastic stochastical stochastically stock stockade stockannet stockbow stockbreeder stockbreeding stockbroker stockbrokerage stockbroking stockcar stocker stockfather stockfish stockholder stockholding stockhouse stockily stockiness stockinet stocking stockinger stockingless stockish stockishly stockishness stockjobber stockjobbery stockjobbing stockjudging stockkeeper stockkeeping stockless stocklike stockmaker stockmaking stockman stockowner stockpile stockpot stockproof stockrider stockriding stocks stockstone stocktaker stocktaking stockwork stockwright stocky stockyard stod stodge stodger stodgery stodgily stodginess stodgy stoechas stoep stof stoff stog stoga stogie stogy stoic stoical stoically stoicalness stoicharion stoichiological stoichiology stoichiometric stoichiometrical stoichiometrically stoichiometry stoicism stoke stokehold stokehole stoker stokerless stokesite stola stolae stole stoled stolelike stolen stolenly stolenness stolenwise stolewise stolid stolidity stolidly stolidness stolist stolkjaerre stollen stolon stolonate stoloniferous stoloniferously stolonlike stolzite stoma stomacace stomach stomachable stomachal stomacher stomachful stomachfully stomachfulness stomachic stomachically stomachicness stomaching stomachless stomachlessness stomachy stomapod stomapodiform stomapodous stomata stomatal stomatalgia stomate stomatic stomatiferous stomatitic stomatitis stomatocace stomatodaeal stomatodaeum stomatode stomatodeum stomatodynia stomatogastric stomatograph stomatography stomatolalia stomatologic stomatological stomatologist stomatology stomatomalacia stomatomenia stomatomy stomatomycosis stomatonecrosis stomatopathy stomatophorous stomatoplastic stomatoplasty stomatopod stomatopodous stomatorrhagia stomatoscope stomatoscopy stomatose stomatosepsis stomatotomy stomatotyphus stomatous stomenorrhagia stomium stomodaea stomodaeal stomodaeum stomoxys stomp stomper stonable stond stone stoneable stonebird stonebiter stoneboat stonebow stonebrash stonebreak stonebrood stonecast stonechat stonecraft stonecrop stonecutter stoned stonedamp stonefish stonegale stonegall stonehand stonehatch stonehead stonehearted stonelayer stonelaying stoneless stonelessness stonelike stoneman stonemason stonemasonry stonen stonepecker stoner stoneroot stoneseed stoneshot stonesmatch stonesmich stonesmitch stonesmith stonewall stonewaller stonewally stoneware stoneweed stonewise stonewood stonework stoneworker stonewort stoneyard stong stonied stonifiable stonify stonily stoniness stoning stonish stonishment stonker stony stonyhearted stonyheartedly stonyheartedness stood stooded stooden stoof stooge stook stooker stookie stool stoolball stoollike stoon stoond stoop stooper stoopgallant stooping stoopingly stoory stoot stoothing stop stopa stopback stopblock stopboard stopcock stope stoper stopgap stophound stoping stopless stoplessness stopover stoppability stoppable stoppableness stoppably stoppage stopped stopper stopperless stoppeur stopping stoppit stopple stopwater stopwork storable storage storax store storeen storehouse storehouseman storekeep storekeeper storekeeping storeman storer storeroom storeship storesman storge storiate storiation storied storier storiette storify storiological storiologist storiology stork storken storkish storklike storkling storkwise storm stormable stormbird stormbound stormcock stormer stormful stormfully stormfulness stormily storminess storming stormingly stormish stormless stormlessness stormlike stormproof stormward stormwind stormwise stormy story storybook storyless storymaker storymonger storyteller storytelling storywise storywork stosh stoss stosston stot stotinka stotter stotterel stoun stound stoundmeal stoup stoupful stour stouring stourliness stourness stoury stoush stout stouten stouth stouthearted stoutheartedly stoutheartedness stoutish stoutly stoutness stoutwood stouty stove stovebrush stoveful stovehouse stoveless stovemaker stovemaking stoveman stoven stovepipe stover stovewood stow stowable stowage stowaway stowbord stowbordman stowce stowdown stower stowing stownlins stowwood stra strabism strabismal strabismally strabismic strabismical strabismometer strabismometry strabismus strabometer strabometry strabotome strabotomy strack strackling stract strad stradametrical straddle straddleback straddlebug straddler straddleways straddlewise straddling straddlingly strade stradine stradiot stradl stradld stradlings strae strafe strafer strag straggle straggler straggling stragglingly straggly stragular stragulum straight straightabout straightaway straightedge straighten straightener straightforward straightforwardly straightforwardness straightforwards straighthead straightish straightly straightness straighttail straightup straightwards straightway straightways straightwise straik strain strainable strainableness strainably strained strainedly strainedness strainer strainerman straining strainingly strainless strainlessly strainproof strainslip straint strait straiten straitlacedness straitlacing straitly straitness straitsman straitwork strake straked straky stram stramash stramazon stramineous stramineously strammel strammer stramonium stramony stramp strand strandage strander stranding strandless strandward strang strange strangeling strangely strangeness stranger strangerdom strangerhood strangerlike strangership strangerwise strangle strangleable stranglement strangler strangles strangletare strangleweed strangling stranglingly strangulable strangulate strangulation strangulative strangulatory strangullion strangurious strangury stranner strany strap straphang straphanger straphead strapless straplike strappable strappado strappan strapped strapper strapping strapple strapwork strapwort strass strata stratagem stratagematic stratagematical stratagematically stratagematist stratagemical stratagemically stratal stratameter stratege strategetic strategetics strategi strategian strategic strategical strategically strategics strategist strategize strategos strategy strath strathspey strati stratic straticulate straticulation stratification stratified stratiform stratify stratigrapher stratigraphic stratigraphical stratigraphically stratigraphist stratigraphy stratlin stratochamber stratocracy stratocrat stratocratic stratographic stratographical stratographically stratography stratonic stratopedarch stratoplane stratose stratosphere stratospheric stratospherical stratotrainer stratous stratum stratus straucht strauchten stravage strave straw strawberry strawberrylike strawbill strawboard strawbreadth strawen strawer strawflower strawfork strawless strawlike strawman strawmote strawsmall strawsmear strawstack strawstacker strawwalker strawwork strawworm strawy strawyard stray strayaway strayer strayling stre streahte streak streaked streakedly streakedness streaker streakily streakiness streaklike streakwise streaky stream streamer streamful streamhead streaminess streaming streamingly streamless streamlet streamlike streamline streamlined streamliner streamling streamside streamward streamway streamwort streamy streck streckly stree streek streel streeler streen streep street streetage streetcar streetful streetless streetlet streetlike streets streetside streetwalker streetwalking streetward streetway streetwise streite streke strelitzi streltzi stremma stremmatograph streng strengite strength strengthen strengthener strengthening strengtheningly strengthful strengthfulness strengthily strengthless strengthlessly strengthlessness strengthy strent strenth strenuity strenuosity strenuous strenuously strenuousness strepen strepent strepera streperous strephonade strephosymbolia strepitant strepitantly strepitation strepitous strepor strepsiceros strepsinema strepsipteral strepsipteran strepsipteron strepsipterous strepsis strepsitene streptaster streptobacilli streptobacillus streptococcal streptococci streptococcic streptococcus streptolysin streptomycin streptoneural streptoneurous streptosepticemia streptothricial streptothricin streptothricosis streptotrichal streptotrichosis stress stresser stressful stressfully stressless stresslessness stret stretch stretchable stretchberry stretcher stretcherman stretchiness stretchneck stretchproof stretchy stretman strette stretti stretto strew strewage strewer strewment strewn strey streyne stria striae strial striatal striate striated striation striatum striature strich striche strick stricken strickenly strickenness stricker strickle strickler strickless strict striction strictish strictly strictness stricture strictured strid stridden striddle stride strideleg stridelegs stridence stridency strident stridently strider strideways stridhan stridhana stridhanum stridingly stridling stridlins stridor stridulant stridulate stridulation stridulator stridulatory stridulent stridulous stridulously stridulousness strife strifeful strifeless strifemaker strifemaking strifemonger strifeproof striffen strig striga strigae strigal strigate striggle stright strigil strigilate strigilation strigilator strigiles strigilis strigillose strigilous strigine strigose strigous strigovite strigulose strike strikeboat strikebreaker strikebreaking strikeless striker striking strikingly strikingness strind string stringboard stringcourse stringed stringency stringene stringent stringently stringentness stringer stringful stringhalt stringhalted stringhaltedness stringiness stringing stringless stringlike stringmaker stringmaking stringman stringpiece stringsman stringways stringwood stringy stringybark strinkle striola striolae striolate striolated striolet strip stripe striped stripeless striper striplet stripling strippage stripped stripper stripping strippit strippler stript stripy strit strive strived striven striver striving strivingly strix stroam strobic strobila strobilaceous strobilae strobilate strobilation strobile strobili strobiliferous strobiliform strobiline strobilization strobiloid strobilus stroboscope stroboscopic stroboscopical stroboscopy strobotron strockle stroddle strode stroil stroke stroker strokesman stroking stroky strold stroll strolld stroller strom stroma stromal stromata stromateoid stromatic stromatiform stromatology stromatoporoid stromatous stromb strombiform strombite stromboid strombolian strombuliferous strombuliform strome stromeyerite stromming strone strong strongback strongbark strongbox strongbrained strongfully stronghand stronghead strongheadedly strongheadedness stronghearted stronghold strongish stronglike strongly strongness strongylate strongyle strongyliasis strongylid strongylidosis strongyloid strongyloidosis strongylon strongylosis strontia strontian strontianiferous strontianite strontic strontion strontitic strontium strook strooken stroot strop strophaic strophanhin strophe strophic strophical strophically strophiolate strophiolated strophiole strophoid strophomenid strophomenoid strophosis strophotaxis strophulus stropper stroppings stroth stroud strouding strounge stroup strouthiocamel strouthiocamelian strouthocamelian strove strow strowd strown stroy stroyer stroygood strub strubbly struck strucken structural structuralism structuralist structuralization structuralize structurally structuration structure structured structureless structurely structurist strudel strue struggle struggler struggling strugglingly strum struma strumae strumatic strumaticness strumectomy strumiferous strumiform strumiprivic strumiprivous strumitis strummer strumose strumous strumousness strumpet strumpetlike strumpetry strumstrum strumulose strung strunt strut struth struthian struthiform struthioid struthioniform struthious struthonine strutter strutting struttingly struv struvite strych strychnia strychnic strychnin strychnine strychninic strychninism strychninization strychninize strychnize strychnol stub stubachite stubb stubbed stubbedness stubber stubbiness stubble stubbleberry stubbled stubbleward stubbly stubborn stubbornhearted stubbornly stubbornness stubboy stubby stubchen stuber stuboy stubrunner stucco stuccoer stuccowork stuccoworker stuccoyer stuck stuckling stucturelessness stud studbook studder studdie studding studdle stude student studenthood studentless studentlike studentry studentship studerite studfish studflower studhorse studia studiable studied studiedly studiedness studier studio studious studiously studiousness studium studwork study stue stuff stuffed stuffender stuffer stuffgownsman stuffily stuffiness stuffing stuffy stug stuggy stuiver stull stuller stulm stultification stultifier stultify stultiloquence stultiloquently stultiloquious stultioquy stultloquent stum stumble stumbler stumbling stumblingly stumbly stumer stummer stummy stump stumpage stumper stumpily stumpiness stumpish stumpless stumplike stumpling stumpnose stumpwise stumpy stun stung stunk stunkard stunner stunning stunningly stunpoll stunsail stunsle stunt stunted stuntedly stuntedness stunter stuntiness stuntness stunty stupa stupe stupefacient stupefaction stupefactive stupefactiveness stupefied stupefiedness stupefier stupefy stupend stupendly stupendous stupendously stupendousness stupent stupeous stupex stupid stupidhead stupidish stupidity stupidly stupidness stupor stuporific stuporose stuporous stupose stupp stuprate stupration stuprum stupulose sturdied sturdily sturdiness sturdy sturdyhearted sturgeon sturine sturionine sturk sturniform sturnine sturnoid sturt sturtan sturtin sturtion sturtite stuss stut stutter stutterer stuttering stutteringly sty styan styca styceric stycerin stycerinol stychomythia styful styfziekte stylar stylate style stylebook styledom styleless stylelessness stylelike styler stylet stylewort stylidiaceous styliferous styliform styline styling stylish stylishly stylishness stylist stylistic stylistical stylistically stylistics stylite stylitic stylitism stylization stylize stylizer stylo styloauricularis stylobate styloglossal styloglossus stylogonidium stylograph stylographic stylographical stylographically stylography stylohyal stylohyoid stylohyoidean stylohyoideus styloid stylolite stylolitic stylomandibular stylomastoid stylomaxillary stylometer stylommatophorous stylomyloid stylopharyngeal stylopharyngeus stylopid stylopization stylopized stylopod stylopodium stylops stylospore stylosporous stylostegium stylotypite stylus stymie styphnate styphnic stypsis styptic styptical stypticalness stypticity stypticness styracaceous styracin styrax styrene styrogallol styrol styrolene styrone styryl styrylic stythe styward suability suable suably suade suaharo suant suantly suasible suasion suasionist suasive suasively suasiveness suasory suavastika suave suavely suaveness suaveolent suavify suaviloquence suaviloquent suavity sub subabbot subabdominal subability subabsolute subacademic subaccount subacetate subacid subacidity subacidly subacidness subacidulous subacrid subacrodrome subacromial subact subacuminate subacute subacutely subadditive subadjacent subadjutor subadministrate subadministration subadministrator subadult subaduncate subaerate subaeration subaerial subaerially subaetheric subaffluent subage subagency subagent subaggregate subah subahdar subahdary subahship subaid subalary subalate subalgebra subalkaline suballiance subalmoner subalpine subaltern subalternant subalternate subalternately subalternating subalternation subalternity subanal subandean subangled subangular subangulate subangulated subanniversary subantarctic subantichrist subantique subapical subaponeurotic subapostolic subapparent subappearance subappressed subapprobation subapterous subaquatic subaquean subaqueous subarachnoid subarachnoidal subarachnoidean subarboraceous subarboreal subarborescent subarch subarchesporial subarchitect subarctic subarcuate subarcuated subarcuation subarea subareolar subareolet subarmor subarouse subarrhation subartesian subarticle subarytenoid subascending subassemblage subassembly subassociation subastragalar subastragaloid subastral subastringent subatom subatomic subattenuate subattenuated subattorney subaud subaudible subaudition subauditionist subauditor subauditur subaural subauricular subautomatic subaverage subaxillar subaxillary subbailie subbailiff subbailiwick subballast subband subbank subbasal subbasaltic subbase subbasement subbass subbeadle subbeau subbias subbifid subbing subbituminous subbookkeeper subboreal subbourdon subbrachycephalic subbrachycephaly subbrachyskelic subbranch subbranched subbranchial subbreed subbrigade subbrigadier subbroker subbromid subbromide subbronchial subbureau subcaecal subcalcareous subcalcarine subcaliber subcallosal subcampanulate subcancellate subcandid subcantor subcapsular subcaptain subcaption subcarbide subcarbonate subcarbureted subcarburetted subcardinal subcarinate subcartilaginous subcase subcash subcashier subcasino subcast subcaste subcategory subcaudal subcaudate subcaulescent subcause subcavate subcavity subcelestial subcell subcellar subcenter subcentral subcentrally subchairman subchamberer subchancel subchanter subchapter subchaser subchela subchelate subcheliform subchief subchloride subchondral subchordal subchorioid subchorioidal subchorionic subchoroid subchoroidal subcinctorium subcineritious subcingulum subcircuit subcircular subcision subcity subclaim subclan subclass subclassify subclause subclavate subclavia subclavian subclavicular subclavioaxillary subclaviojugular subclavius subclerk subclimate subclimax subclinical subclover subcoastal subcollateral subcollector subcollegiate subcolumnar subcommander subcommendation subcommended subcommissary subcommissaryship subcommission subcommissioner subcommit subcommittee subcompany subcompensate subcompensation subcompressed subconcave subconcession subconcessionaire subconchoidal subconference subconformable subconical subconjunctival subconjunctively subconnate subconnect subconnivent subconscience subconscious subconsciously subconsciousness subconservator subconsideration subconstable subconstellation subconsul subcontained subcontest subcontiguous subcontinent subcontinental subcontinual subcontinued subcontinuous subcontract subcontracted subcontractor subcontraoctave subcontrariety subcontrarily subcontrary subcontrol subconvex subconvolute subcool subcoracoid subcordate subcordiform subcoriaceous subcorneous subcorporation subcortex subcortical subcortically subcorymbose subcosta subcostal subcostalis subcouncil subcranial subcreative subcreek subcrenate subcrepitant subcrepitation subcrescentic subcrest subcriminal subcrossing subcrureal subcrureus subcrust subcrustaceous subcrustal subcrystalline subcubical subcuboidal subcultrate subcultural subculture subcurate subcurator subcuratorship subcurrent subcutaneous subcutaneously subcutaneousness subcuticular subcutis subcyaneous subcyanide subcylindric subcylindrical subdatary subdate subdeacon subdeaconate subdeaconess subdeaconry subdeaconship subdealer subdean subdeanery subdeb subdebutante subdecanal subdecimal subdecuple subdeducible subdefinition subdelegate subdelegation subdelirium subdeltaic subdeltoid subdeltoidal subdemonstrate subdemonstration subdenomination subdentate subdentated subdented subdenticulate subdepartment subdeposit subdepository subdepot subdepressed subdeputy subderivative subdermal subdeterminant subdevil subdiaconal subdiaconate subdial subdialect subdialectal subdialectally subdiapason subdiapente subdiaphragmatic subdichotomize subdichotomous subdichotomously subdichotomy subdie subdilated subdirector subdiscoidal subdisjunctive subdistich subdistichous subdistinction subdistinguish subdistinguished subdistrict subdititious subdititiously subdivecious subdiversify subdividable subdivide subdivider subdividing subdividingly subdivine subdivisible subdivision subdivisional subdivisive subdoctor subdolent subdolichocephalic subdolichocephaly subdolous subdolously subdolousness subdominant subdorsal subdorsally subdouble subdrain subdrainage subdrill subdruid subduable subduableness subduably subdual subduce subduct subduction subdue subdued subduedly subduedness subduement subduer subduing subduingly subduple subduplicate subdural subdurally subecho subectodermal subedit subeditor subeditorial subeditorship subeffective subelection subelectron subelement subelementary subelliptic subelliptical subelongate subemarginate subencephalon subencephaltic subendocardial subendorse subendorsement subendothelial subendymal subenfeoff subengineer subentire subentitle subentry subepidermal subepiglottic subepithelial subepoch subequal subequality subequally subequatorial subequilateral subequivalve suber suberane suberate suberect subereous suberic suberiferous suberification suberiform suberin suberinization suberinize suberization suberize suberone suberose suberous subescheator subesophageal subessential subetheric subexaminer subexcitation subexcite subexecutor subexternal subface subfacies subfactor subfactorial subfactory subfalcate subfalcial subfalciform subfamily subfascial subfastigiate subfebrile subferryman subfestive subfeu subfeudation subfeudatory subfibrous subfief subfigure subfissure subfix subflavor subflexuose subfloor subflooring subflora subflush subfluvial subfocal subfoliar subforeman subform subformation subfossil subfossorial subfoundation subfraction subframe subfreshman subfrontal subfulgent subfumigation subfumose subfunctional subfusc subfuscous subfusiform subfusk subgalea subgallate subganger subgape subgelatinous subgeneric subgenerical subgenerically subgeniculate subgenital subgens subgenual subgenus subgeometric subget subgit subglabrous subglacial subglacially subglenoid subglobose subglobosely subglobular subglobulose subglossal subglossitis subglottic subglumaceous subgod subgoverness subgovernor subgrade subgranular subgrin subgroup subgular subgwely subgyre subgyrus subhalid subhalide subhall subharmonic subhastation subhatchery subhead subheading subheadquarters subheadwaiter subhealth subhedral subhemispherical subhepatic subherd subhero subhexagonal subhirsute subhooked subhorizontal subhornblendic subhouse subhuman subhumid subhyaline subhyaloid subhymenial subhymenium subhyoid subhyoidean subhypothesis subhysteria subicle subicteric subicular subiculum subidar subidea subideal subimaginal subimago subimbricate subimbricated subimposed subimpressed subincandescent subincident subincise subincision subincomplete subindex subindicate subindication subindicative subindices subindividual subinduce subinfer subinfeud subinfeudate subinfeudation subinfeudatory subinflammation subinflammatory subinform subingression subinguinal subinitial subinoculate subinoculation subinsert subinsertion subinspector subinspectorship subintegumental subintellection subintelligential subintelligitur subintent subintention subintercessor subinternal subinterval subintestinal subintroduce subintroduction subintroductory subinvoluted subinvolution subiodide subirrigate subirrigation subitane subitaneous subitem subjacency subjacent subjacently subjack subject subjectability subjectable subjectdom subjected subjectedly subjectedness subjecthood subjectibility subjectible subjectification subjectify subjectile subjection subjectional subjectist subjective subjectively subjectiveness subjectivism subjectivist subjectivistic subjectivistically subjectivity subjectivize subjectivoidealistic subjectless subjectlike subjectness subjectship subjee subjicible subjoin subjoinder subjoint subjudge subjudiciary subjugable subjugal subjugate subjugation subjugator subjugular subjunct subjunction subjunctive subjunctively subjunior subking subkingdom sublabial sublaciniate sublacustrine sublanate sublanceolate sublanguage sublapsarian sublapsarianism sublapsary sublaryngeal sublate sublateral sublation sublative subleader sublease sublecturer sublegislation sublegislature sublenticular sublessee sublessor sublet sublethal sublettable subletter sublevaminous sublevate sublevation sublevel sublibrarian sublicense sublicensee sublid sublieutenancy sublieutenant subligation sublighted sublimable sublimableness sublimant sublimate sublimation sublimational sublimationist sublimator sublimatory sublime sublimed sublimely sublimeness sublimer subliminal subliminally sublimish sublimitation sublimity sublimize sublinear sublineation sublingua sublinguae sublingual sublinguate sublittoral sublobular sublong subloral subloreal sublot sublumbar sublunar sublunary sublunate sublustrous subluxate subluxation submaid submain submakroskelic submammary subman submanager submania submanic submanor submarginal submarginally submarginate submargined submarine submariner submarinism submarinist submarshal submaster submaxilla submaxillary submaximal submeaning submedial submedian submediant submediation submediocre submeeting submember submembranaceous submembranous submeningeal submental submentum submerge submerged submergement submergence submergibility submergible submerse submersed submersibility submersible submersion submetallic submeter submetering submicron submicroscopic submicroscopically submiliary submind subminimal subminister submiss submissible submission submissionist submissive submissively submissiveness submissly submissness submit submittal submittance submitter submittingly submolecule submonition submontagne submontane submontanely submontaneous submorphous submortgage submotive submountain submucosa submucosal submucous submucronate submultiple submundane submuriate submuscular subnarcotic subnasal subnascent subnatural subnect subnervian subness subneural subnex subnitrate subnitrated subniveal subnivean subnormal subnormality subnotation subnote subnotochordal subnubilar subnucleus subnude subnumber subnuvolar suboblique subobscure subobscurely subobtuse suboccipital subocean suboceanic suboctave suboctile suboctuple subocular suboesophageal suboffice subofficer subofficial subolive subopaque subopercle subopercular suboperculum subopposite suboptic suboptimal suboptimum suboral suborbicular suborbiculate suborbiculated suborbital suborbitar suborbitary subordain suborder subordinacy subordinal subordinary subordinate subordinately subordinateness subordinating subordinatingly subordination subordinationism subordinationist subordinative suborganic suborn subornation subornative suborner suboval subovate subovated suboverseer subovoid suboxidation suboxide subpackage subpagoda subpallial subpalmate subpanel subparagraph subparallel subpart subpartition subpartitioned subpartitionment subparty subpass subpassage subpastor subpatron subpattern subpavement subpectinate subpectoral subpeduncle subpeduncular subpedunculate subpellucid subpeltate subpeltated subpentagonal subpentangular subpericardial subperiod subperiosteal subperiosteally subperitoneal subperitoneally subpermanent subpermanently subperpendicular subpetiolar subpetiolate subpharyngeal subphosphate subphratry subphrenic subphylar subphylum subpial subpilose subpimp subpiston subplacenta subplant subplantigrade subplat subpleural subplinth subplot subplow subpodophyllous subpoena subpoenal subpolar subpolygonal subpool subpopular subpopulation subporphyritic subport subpostmaster subpostmastership subpostscript subpotency subpotent subpreceptor subpreceptorial subpredicate subpredication subprefect subprefectorial subprefecture subprehensile subpress subprimary subprincipal subprior subprioress subproblem subproctor subproduct subprofessional subprofessor subprofessoriate subprofitable subproportional subprotector subprovince subprovincial subpubescent subpubic subpulmonary subpulverizer subpunch subpunctuation subpurchaser subpurlin subputation subpyramidal subpyriform subquadrangular subquadrate subquality subquestion subquinquefid subquintuple subrace subradial subradiance subradiate subradical subradius subradular subrailway subrameal subramose subramous subrange subrational subreader subreason subrebellion subrectangular subrector subreference subregent subregion subregional subregular subreguli subregulus subrelation subreligion subreniform subrent subrepand subrepent subreport subreptary subreption subreptitious subreputable subresin subretinal subrhombic subrhomboid subrhomboidal subrictal subrident subridently subrigid subrision subrisive subrisory subrogate subrogation subroot subrostral subround subrule subruler subsacral subsale subsaline subsalt subsample subsartorial subsatiric subsatirical subsaturated subsaturation subscapular subscapularis subscapulary subschedule subscheme subschool subscience subscleral subsclerotic subscribable subscribe subscriber subscribership subscript subscription subscriptionist subscriptive subscriptively subscripture subscrive subscriver subsea subsecive subsecretarial subsecretary subsect subsection subsecurity subsecute subsecutive subsegment subsemifusa subsemitone subsensation subsensible subsensual subsensuous subsept subseptuple subsequence subsequency subsequent subsequential subsequentially subsequently subsequentness subseries subserosa subserous subserrate subserve subserviate subservience subserviency subservient subserviently subservientness subsessile subset subsewer subsextuple subshaft subsheriff subshire subshrub subshrubby subside subsidence subsidency subsident subsider subsidiarie subsidiarily subsidiariness subsidiary subsiding subsidist subsidizable subsidization subsidize subsidizer subsidy subsilicate subsilicic subsill subsimilation subsimious subsimple subsinuous subsist subsistence subsistency subsistent subsistential subsistingly subsizar subsizarship subsmile subsneer subsocial subsoil subsoiler subsolar subsolid subsonic subsorter subsovereign subspace subspatulate subspecialist subspecialize subspecialty subspecies subspecific subspecifically subsphenoidal subsphere subspherical subspherically subspinous subspiral subspontaneous subsquadron substage substalagmite substalagmitic substance substanceless substanch substandard substandardize substant substantiability substantial substantialia substantialism substantialist substantiality substantialize substantially substantialness substantiate substantiation substantiative substantiator substantify substantious substantival substantivally substantive substantively substantiveness substantivity substantivize substantize substation substernal substituent substitutable substitute substituted substituter substituting substitutingly substitution substitutional substitutionally substitutionary substitutive substitutively substock substoreroom substory substract substraction substratal substrate substrati substrative substrator substratose substratosphere substratospheric substratum substriate substruct substruction substructional substructural substructure substylar substyle subsulfid subsulfide subsulphate subsulphid subsulphide subsult subsultive subsultorily subsultorious subsultory subsultus subsumable subsume subsumption subsumptive subsuperficial subsurety subsurface subsyndicate subsynod subsynodical subsystem subtack subtacksman subtangent subtarget subtartarean subtectal subtegminal subtegulaneous subtemperate subtenancy subtenant subtend subtense subtenure subtepid subteraqueous subterbrutish subtercelestial subterconscious subtercutaneous subterethereal subterfluent subterfluous subterfuge subterhuman subterjacent subtermarine subterminal subternatural subterpose subterposition subterrane subterraneal subterranean subterraneanize subterraneanly subterraneous subterraneously subterraneousness subterranity subterraqueous subterrene subterrestrial subterritorial subterritory subtersensual subtersensuous subtersuperlative subtersurface subtertian subtext subthalamic subthalamus subthoracic subthrill subtile subtilely subtileness subtilin subtilism subtilist subtility subtilization subtilize subtilizer subtill subtillage subtilty subtitle subtitular subtle subtleness subtlety subtlist subtly subtone subtonic subtorrid subtotal subtotem subtower subtract subtracter subtraction subtractive subtrahend subtranslucent subtransparent subtransverse subtrapezoidal subtread subtreasurer subtreasurership subtreasury subtrench subtriangular subtriangulate subtribal subtribe subtribual subtrifid subtrigonal subtrihedral subtriplicate subtriplicated subtriquetrous subtrist subtrochanteric subtrochlear subtropic subtropical subtropics subtrousers subtrude subtruncate subtrunk subtuberant subtunic subtunnel subturbary subturriculate subturriculated subtutor subtwined subtype subtypical subulate subulated subulicorn subuliform subultimate subumbellate subumbonal subumbral subumbrella subumbrellar subuncinate subunequal subungual subunguial subungulate subunit subuniverse suburb suburban suburbandom suburbanhood suburbanism suburbanite suburbanity suburbanization suburbanize suburbanly suburbed suburbia suburbican suburbicarian suburbicary suburethral subursine subvaginal subvaluation subvarietal subvariety subvassal subvassalage subvein subvendee subvene subvention subventionary subventioned subventionize subventitious subventive subventral subventricose subvermiform subversal subverse subversed subversion subversionary subversive subversivism subvert subvertebral subverter subvertible subvertical subverticillate subvesicular subvestment subvicar subvicarship subvillain subvirate subvirile subvisible subvitalized subvitreous subvocal subvola subwarden subwater subway subwealthy subweight subwink subworker subworkman subzonal subzone subzygomatic succade succedanea succedaneous succedaneum succedent succeed succeedable succeeder succeeding succeedingly succent succentor succenturiate succenturiation success successful successfully successfulness succession successional successionally successionist successionless successive successively successiveness successivity successless successlessly successlessness successor successoral successorship successory succi succin succinamate succinamic succinamide succinanil succinate succinct succinctly succinctness succinctorium succinctory succincture succinic succiniferous succinimide succinite succinoresinol succinosulphuric succinous succinyl succise succivorous succor succorable succorer succorful succorless succorrhea succory succotash succourful succourless succous succub succuba succubae succube succubine succubous succubus succula succulence succulency succulent succulently succulentness succulous succumb succumbence succumbency succumbent succumber succursal succuss succussation succussatory succussion succussive such suchlike suchness suchwise sucivilized suck suckable suckabob suckage suckauhock sucken suckener sucker suckerel suckerfish suckerlike suckfish suckhole sucking suckle suckler suckless suckling suckstone suclat sucramine sucrate sucre sucroacid sucrose suction suctional suctorial suctorian suctorious sucupira sucuri sucuriu sucuruju sud sudadero sudamen sudamina sudaminal sudarium sudary sudate sudation sudatorium sudatory sudburite sudd sudden suddenly suddenness suddenty sudder suddle suddy sudiform sudoral sudoresis sudoric sudoriferous sudoriferousness sudorific sudoriparous sudorous suds sudsman sudsy sue suede suer suet suety suff suffect suffection suffer sufferable sufferableness sufferably sufferance sufferer suffering sufferingly suffete suffice sufficeable sufficer sufficiency sufficient sufficiently sufficientness sufficing sufficingly sufficingness suffiction suffix suffixal suffixation suffixion suffixment sufflaminate sufflamination sufflate sufflation sufflue suffocate suffocating suffocatingly suffocation suffocative suffragan suffraganal suffraganate suffragancy suffraganeous suffragatory suffrage suffragette suffragettism suffragial suffragism suffragist suffragistic suffragistically suffragitis suffrago suffrutescent suffrutex suffruticose suffruticous suffruticulose suffumigate suffumigation suffusable suffuse suffused suffusedly suffusion suffusive sugamo sugan sugar sugarberry sugarbird sugarbush sugared sugarelly sugarer sugarhouse sugariness sugarless sugarlike sugarplum sugarsweet sugarworks sugary sugent sugescent suggest suggestable suggestedness suggester suggestibility suggestible suggestibleness suggestibly suggesting suggestingly suggestion suggestionability suggestionable suggestionism suggestionist suggestionize suggestive suggestively suggestiveness suggestivity suggestment suggestress suggestum suggillate suggillation sugh sugi suguaro suhuaro suicidal suicidalism suicidally suicidalwise suicide suicidical suicidism suicidist suid suidian suiform suilline suimate suine suing suingly suint suisimilar suist suit suitability suitable suitableness suitably suitcase suite suithold suiting suitor suitoress suitorship suity suji sukiyaki sukkenye sulbasutra sulcal sulcalization sulcalize sulcar sulcate sulcated sulcation sulcatoareolate sulcatocostate sulcatorimose sulciform sulcomarginal sulcular sulculate sulculus sulcus suld sulea sulfa sulfacid sulfadiazine sulfaguanidine sulfamate sulfamerazin sulfamerazine sulfamethazine sulfamethylthiazole sulfamic sulfamidate sulfamide sulfamidic sulfamine sulfaminic sulfamyl sulfanilamide sulfanilic sulfanilylguanidine sulfantimonide sulfapyrazine sulfapyridine sulfaquinoxaline sulfarsenide sulfarsenite sulfarseniuret sulfarsphenamine sulfatase sulfathiazole sulfatic sulfatize sulfato sulfazide sulfhydrate sulfhydric sulfhydryl sulfindigotate sulfindigotic sulfindylic sulfion sulfionide sulfoacid sulfoamide sulfobenzide sulfobenzoate sulfobenzoic sulfobismuthite sulfoborite sulfocarbamide sulfocarbimide sulfocarbolate sulfocarbolic sulfochloride sulfocyan sulfocyanide sulfofication sulfogermanate sulfohalite sulfohydrate sulfoindigotate sulfoleic sulfolysis sulfomethylic sulfonamic sulfonamide sulfonate sulfonation sulfonator sulfonephthalein sulfonethylmethane sulfonic sulfonium sulfonmethane sulfonyl sulfophthalein sulfopurpurate sulfopurpuric sulforicinate sulforicinic sulforicinoleate sulforicinoleic sulfoselenide sulfosilicide sulfostannide sulfotelluride sulfourea sulfovinate sulfovinic sulfowolframic sulfoxide sulfoxism sulfoxylate sulfoxylic sulfurage sulfuran sulfurate sulfuration sulfurator sulfurea sulfureous sulfureously sulfureousness sulfuret sulfuric sulfurization sulfurize sulfurosyl sulfurous sulfury sulfuryl sulk sulka sulker sulkily sulkiness sulky sulkylike sull sulla sullage sullen sullenhearted sullenly sullenness sulliable sullow sully sulpha sulphacid sulphaldehyde sulphamate sulphamic sulphamidate sulphamide sulphamidic sulphamine sulphaminic sulphamino sulphammonium sulphamyl sulphanilate sulphanilic sulphantimonate sulphantimonial sulphantimonic sulphantimonide sulphantimonious sulphantimonite sulpharsenate sulpharseniate sulpharsenic sulpharsenide sulpharsenious sulpharsenite sulpharseniuret sulpharsphenamine sulphatase sulphate sulphated sulphatic sulphation sulphatization sulphatize sulphato sulphatoacetic sulphatocarbonic sulphazide sulphazotize sulphbismuthite sulphethylate sulphethylic sulphhemoglobin sulphichthyolate sulphidation sulphide sulphidic sulphidize sulphimide sulphinate sulphindigotate sulphine sulphinic sulphinide sulphinyl sulphitation sulphite sulphitic sulphmethemoglobin sulpho sulphoacetic sulphoamid sulphoamide sulphoantimonate sulphoantimonic sulphoantimonious sulphoantimonite sulphoarsenic sulphoarsenious sulphoarsenite sulphoazotize sulphobenzide sulphobenzoate sulphobenzoic sulphobismuthite sulphoborite sulphobutyric sulphocarbamic sulphocarbamide sulphocarbanilide sulphocarbimide sulphocarbolate sulphocarbolic sulphocarbonate sulphocarbonic sulphochloride sulphochromic sulphocinnamic sulphocyan sulphocyanate sulphocyanic sulphocyanide sulphocyanogen sulphodichloramine sulphofication sulphofy sulphogallic sulphogel sulphogermanate sulphogermanic sulphohalite sulphohaloid sulphohydrate sulphoichthyolate sulphoichthyolic sulphoindigotate sulphoindigotic sulpholeate sulpholeic sulpholipin sulpholysis sulphonal sulphonalism sulphonamic sulphonamide sulphonamido sulphonamine sulphonaphthoic sulphonate sulphonated sulphonation sulphonator sulphoncyanine sulphone sulphonephthalein sulphonethylmethane sulphonic sulphonium sulphonmethane sulphonphthalein sulphonyl sulphoparaldehyde sulphophosphate sulphophosphite sulphophosphoric sulphophosphorous sulphophthalein sulphophthalic sulphopropionic sulphoproteid sulphopupuric sulphopurpurate sulphoricinate sulphoricinic sulphoricinoleate sulphoricinoleic sulphosalicylic sulphoselenide sulphoselenium sulphosilicide sulphosol sulphostannate sulphostannic sulphostannide sulphostannite sulphostannous sulphosuccinic sulphosulphurous sulphotannic sulphotelluride sulphoterephthalic sulphothionyl sulphotoluic sulphotungstate sulphotungstic sulphourea sulphovanadate sulphovinate sulphovinic sulphowolframic sulphoxide sulphoxism sulphoxylate sulphoxylic sulphoxyphosphate sulphozincate sulphur sulphurage sulphuran sulphurate sulphuration sulphurator sulphurea sulphurean sulphureity sulphureonitrous sulphureosaline sulphureosuffused sulphureous sulphureously sulphureousness sulphureovirescent sulphuret sulphureted sulphuric sulphuriferous sulphurity sulphurization sulphurize sulphurless sulphurlike sulphurosyl sulphurous sulphurously sulphurousness sulphurproof sulphurweed sulphurwort sulphury sulphuryl sulphydrate sulphydric sulphydryl sultam sultan sultana sultanaship sultanate sultane sultanesque sultaness sultanian sultanic sultanin sultanism sultanist sultanize sultanlike sultanry sultanship sultone sultrily sultriness sultry sulung sulvanite sulvasutra sum sumac sumatra sumbul sumbulic sumless sumlessness summability summable summage summand summar summarily summariness summarist summarization summarize summarizer summary summate summation summational summative summatory summed summer summerbird summercastle summerer summerhead summeriness summering summerings summerish summerite summerize summerland summerlay summerless summerlike summerliness summerling summerly summerproof summertide summertime summertree summerward summerwood summery summist summit summital summitless summity summon summonable summoner summoningly summons summula summulist summut sumner sump sumpage sumper sumph sumphish sumphishly sumphishness sumphy sumpit sumpitan sumple sumpman sumpsimus sumpter sumption sumptuary sumptuosity sumptuous sumptuously sumptuousness sun sunbeam sunbeamed sunbeamy sunberry sunbird sunblink sunbonnet sunbonneted sunbow sunbreak sunburn sunburned sunburnedness sunburnproof sunburnt sunburntness sunburst suncherchor suncup sundae sundang sundari sundek sunder sunderable sunderance sunderer sunderment sunderwise sundew sundial sundik sundog sundown sundowner sundowning sundra sundri sundries sundriesman sundrily sundriness sundrops sundry sundryman sune sunfall sunfast sunfish sunfisher sunfishery sunflower sung sungha sunglade sunglass sunglo sunglow sunk sunken sunket sunkland sunlamp sunland sunless sunlessly sunlessness sunlet sunlight sunlighted sunlike sunlit sunn sunnily sunniness sunnud sunny sunnyhearted sunnyheartedness sunproof sunquake sunray sunrise sunrising sunroom sunscald sunset sunsetting sunsetty sunshade sunshine sunshineless sunshining sunshiny sunsmit sunsmitten sunspot sunspotted sunspottedness sunspottery sunspotty sunsquall sunstone sunstricken sunstroke sunt sunup sunward sunwards sunway sunways sunweed sunwise sunyie suovetaurilia sup supa supari supawn supe supellex super superabduction superabhor superability superable superableness superably superabnormal superabominable superabomination superabound superabstract superabsurd superabundance superabundancy superabundant superabundantly superaccession superaccessory superaccommodating superaccomplished superaccrue superaccumulate superaccumulation superaccurate superacetate superachievement superacid superacidulated superacknowledgment superacquisition superacromial superactive superactivity superacute superadaptable superadd superaddition superadditional superadequate superadequately superadjacent superadministration superadmirable superadmiration superadorn superadornment superaerial superaesthetical superaffiliation superaffiuence superagency superaggravation superagitation superagrarian superalbal superalbuminosis superalimentation superalkaline superalkalinity superallowance superaltar superaltern superambitious superambulacral superanal superangelic superangelical superanimal superannuate superannuation superannuitant superannuity superapology superappreciation superaqueous superarbiter superarbitrary superarctic superarduous superarrogant superarseniate superartificial superartificially superaspiration superassertion superassociate superassume superastonish superastonishment superattachment superattainable superattendant superattraction superattractive superauditor superaural superaverage superavit superaward superaxillary superazotation superb superbelief superbeloved superbenefit superbenevolent superbenign superbias superbious superbity superblessed superblunder superbly superbness superbold superborrow superbrain superbrave superbrute superbuild superbungalow superbusy supercabinet supercalender supercallosal supercandid supercanine supercanonical supercanonization supercanopy supercapable supercaption supercarbonate supercarbonization supercarbonize supercarbureted supercargo supercargoship supercarpal supercatastrophe supercatholic supercausal supercaution supercelestial supercensure supercentral supercentrifuge supercerebellar supercerebral superceremonious supercharge supercharged supercharger superchemical superchivalrous superciliary superciliosity supercilious superciliously superciliousness supercilium supercivil supercivilization supercivilized superclaim superclass superclassified supercloth supercoincidence supercolossal supercolumnar supercolumniation supercombination supercombing supercommendation supercommentary supercommentator supercommercial supercompetition supercomplete supercomplex supercomprehension supercompression superconception superconductive superconductivity superconductor superconfident superconfirmation superconformable superconformist superconformity superconfusion supercongestion superconscious superconsciousness superconsecrated superconsequency superconservative superconstitutional supercontest supercontribution supercontrol supercool supercordial supercorporation supercow supercredit supercrescence supercrescent supercrime supercritic supercritical supercrowned supercrust supercube supercultivated supercurious supercycle supercynical superdainty superdanger superdebt superdeclamatory superdecoration superdeficit superdeity superdejection superdelegate superdelicate superdemand superdemocratic superdemonic superdemonstration superdensity superdeposit superdesirous superdevelopment superdevilish superdevotion superdiabolical superdiabolically superdicrotic superdifficult superdiplomacy superdirection superdiscount superdistention superdistribution superdividend superdivine superdivision superdoctor superdominant superdomineering superdonation superdose superdramatist superdreadnought superdubious superduplication superdural superdying superearthly supereconomy superedification superedify supereducation supereffective supereffluence supereffluently superego superelaborate superelastic superelated superelegance superelementary superelevated superelevation supereligible supereloquent supereminence supereminency supereminent supereminently superemphasis superemphasize superendorse superendorsement superendow superenergetic superenforcement superengrave superenrollment superepic superepoch superequivalent supererogant supererogantly supererogate supererogation supererogative supererogator supererogatorily supererogatory superespecial superessential superessentially superestablish superestablishment supereternity superether superethical superethmoidal superevangelical superevident superexacting superexalt superexaltation superexaminer superexceed superexceeding superexcellence superexcellency superexcellent superexcellently superexceptional superexcitation superexcited superexcitement superexcrescence superexert superexertion superexiguity superexist superexistent superexpand superexpansion superexpectation superexpenditure superexplicit superexport superexpressive superexquisite superexquisitely superexquisiteness superextend superextension superextol superextreme superfamily superfantastic superfarm superfat superfecundation superfecundity superfee superfeminine superfervent superfetate superfetation superfeudation superfibrination superficial superficialism superficialist superficiality superficialize superficially superficialness superficiary superficies superfidel superfinance superfine superfinical superfinish superfinite superfissure superfit superfix superfleet superflexion superfluent superfluid superfluitance superfluity superfluous superfluously superfluousness superflux superfoliaceous superfoliation superfolly superformal superformation superformidable superfortunate superfriendly superfrontal superfructified superfulfill superfulfillment superfunction superfunctional superfuse superfusibility superfusible superfusion supergaiety supergallant supergene supergeneric supergenerosity supergenerous supergenual supergiant superglacial superglorious superglottal supergoddess supergoodness supergovern supergovernment supergraduate supergrant supergratification supergratify supergravitate supergravitation superguarantee supergun superhandsome superhearty superheat superheater superheresy superhero superheroic superhet superheterodyne superhighway superhirudine superhistoric superhistorical superhive superhuman superhumanity superhumanize superhumanly superhumanness superhumeral superhypocrite superideal superignorant superillustrate superillustration superimpend superimpending superimpersonal superimply superimportant superimposable superimpose superimposed superimposition superimposure superimpregnated superimpregnation superimprobable superimproved superincentive superinclination superinclusive superincomprehensible superincrease superincumbence superincumbency superincumbent superincumbently superindependent superindiction superindifference superindifferent superindignant superindividual superindividualism superindividualist superinduce superinducement superinduct superinduction superindulgence superindulgent superindustrious superindustry superinenarrable superinfection superinfer superinference superinfeudation superinfinite superinfinitely superinfirmity superinfluence superinformal superinfuse superinfusion superingenious superingenuity superinitiative superinjustice superinnocent superinquisitive superinsaniated superinscription superinsist superinsistence superinsistent superinstitute superinstitution superintellectual superintend superintendence superintendency superintendent superintendential superintendentship superintender superintense superintolerable superinundation superior superioress superiority superiorly superiorness superiorship superirritability superius superjacent superjudicial superjurisdiction superjustification superknowledge superlabial superlaborious superlactation superlapsarian superlaryngeal superlation superlative superlatively superlativeness superlenient superlie superlikelihood superline superlocal superlogical superloyal superlucky superlunary superlunatical superluxurious supermagnificent supermagnificently supermalate superman supermanhood supermanifest supermanism supermanliness supermanly supermannish supermarginal supermarine supermarket supermarvelous supermasculine supermaterial supermathematical supermaxilla supermaxillary supermechanical supermedial supermedicine supermediocre supermental supermentality supermetropolitan supermilitary supermishap supermixture supermodest supermoisten supermolten supermoral supermorose supermunicipal supermuscan supermystery supernacular supernaculum supernal supernalize supernally supernatant supernatation supernation supernational supernationalism supernatural supernaturaldom supernaturalism supernaturalist supernaturality supernaturalize supernaturally supernaturalness supernature supernecessity supernegligent supernormal supernormally supernormalness supernotable supernova supernumeral supernumerariness supernumerary supernumeraryship supernumerous supernutrition superoanterior superobedience superobedient superobese superobject superobjection superobjectionable superobligation superobstinate superoccipital superoctave superocular superodorsal superoexternal superoffensive superofficious superofficiousness superofrontal superointernal superolateral superomedial superoposterior superopposition superoptimal superoptimist superoratorical superorbital superordain superorder superordinal superordinary superordinate superordination superorganic superorganism superorganization superorganize superornament superornamental superosculate superoutput superoxalate superoxide superoxygenate superoxygenation superparamount superparasite superparasitic superparasitism superparliamentary superpassage superpatient superpatriotic superpatriotism superperfect superperfection superperson superpersonal superpersonalism superpetrosal superphlogisticate superphlogistication superphosphate superphysical superpigmentation superpious superplausible superplease superplus superpolite superpolitic superponderance superponderancy superponderant superpopulation superposable superpose superposed superposition superpositive superpower superpowered superpraise superprecarious superprecise superprelatical superpreparation superprinting superprobability superproduce superproduction superproportion superprosperous superpublicity superpure superpurgation superquadrupetal superqualify superquote superradical superrational superrationally superreaction superrealism superrealist superrefine superrefined superrefinement superreflection superreform superreformation superregal superregeneration superregenerative superregistration superregulation superreliance superremuneration superrenal superrequirement superrespectable superresponsible superrestriction superreward superrheumatized superrighteous superromantic superroyal supersacerdotal supersacral supersacred supersacrifice supersafe supersagacious supersaint supersaintly supersalesman supersaliency supersalient supersalt supersanction supersanguine supersanity supersarcastic supersatisfaction supersatisfy supersaturate supersaturation superscandal superscholarly superscientific superscribe superscript superscription superscrive superseaman supersecret supersecretion supersecular supersecure supersedable supersede supersedeas supersedence superseder supersedure superselect superseminate supersemination superseminator supersensible supersensibly supersensitive supersensitiveness supersensitization supersensory supersensual supersensualism supersensualist supersensualistic supersensuality supersensually supersensuous supersensuousness supersentimental superseptal superseptuaginarian superseraphical superserious superservice superserviceable superserviceableness superserviceably supersesquitertial supersession supersessive supersevere supershipment supersignificant supersilent supersimplicity supersimplify supersincerity supersingular supersistent supersize supersmart supersocial supersoil supersolar supersolemn supersolemness supersolemnity supersolemnly supersolicit supersolicitation supersolid supersonant supersonic supersovereign supersovereignty superspecialize superspecies superspecification supersphenoid supersphenoidal superspinous superspiritual superspirituality supersquamosal superstage superstamp superstandard superstate superstatesman superstimulate superstimulation superstition superstitionist superstitionless superstitious superstitiously superstitiousness superstoical superstrain superstrata superstratum superstrenuous superstrict superstrong superstruct superstruction superstructor superstructory superstructural superstructure superstuff superstylish supersublimated supersuborder supersubsist supersubstantial supersubstantiality supersubstantiate supersubtilized supersubtle supersufficiency supersufficient supersulcus supersulphate supersulphuret supersulphureted supersulphurize supersuperabundance supersuperabundant supersuperabundantly supersuperb supersuperior supersupremacy supersupreme supersurprise supersuspicious supersweet supersympathy supersyndicate supersystem supertare supertartrate supertax supertaxation supertemporal supertempt supertemptation supertension superterranean superterraneous superterrene superterrestrial superthankful superthorough superthyroidism supertoleration supertonic supertotal supertower supertragic supertragical supertrain supertramp supertranscendent supertranscendently supertreason supertrivial supertuchun supertunic supertutelary superugly superultrafrostified superunfit superunit superunity superuniversal superuniverse superurgent supervalue supervast supervene supervenience supervenient supervenosity supervention supervestment supervexation supervictorious supervigilant supervigorous supervirulent supervisal supervisance supervise supervision supervisionary supervisive supervisor supervisorial supervisorship supervisory supervisual supervisure supervital supervive supervolition supervoluminous supervolute superwager superwealthy superweening superwise superwoman superworldly superwrought superyacht superzealous supinate supination supinator supine supinely supineness suppedaneum supper suppering supperless suppertime supperwards supping supplace supplant supplantation supplanter supplantment supple supplejack supplely supplement supplemental supplementally supplementarily supplementary supplementation supplementer suppleness suppletion suppletive suppletively suppletorily suppletory suppliable supplial suppliance suppliancy suppliant suppliantly suppliantness supplicancy supplicant supplicantly supplicat supplicate supplicating supplicatingly supplication supplicationer supplicative supplicator supplicatory supplicavit supplice supplier suppling supply support supportability supportable supportableness supportably supportance supporter supportful supporting supportingly supportive supportless supportlessly supportress supposable supposableness supposably supposal suppose supposed supposedly supposer supposing supposition suppositional suppositionally suppositionary suppositionless suppositious supposititious supposititiously supposititiousness suppositive suppositively suppository suppositum suppost suppress suppressal suppressed suppressedly suppresser suppressible suppression suppressionist suppressive suppressively suppressor supprise suppurant suppurate suppuration suppurative suppuratory suprabasidorsal suprabranchial suprabuccal supracaecal supracargo supracaudal supracensorious supracentenarian suprachorioid suprachorioidal suprachorioidea suprachoroid suprachoroidal suprachoroidea supraciliary supraclavicle supraclavicular supraclusion supracommissure supraconduction supraconductor supracondylar supracondyloid supraconscious supraconsciousness supracoralline supracostal supracoxal supracranial supracretaceous supradecompound supradental supradorsal supradural suprafeminine suprafine suprafoliaceous suprafoliar supraglacial supraglenoid supraglottic supragovernmental suprahepatic suprahistorical suprahuman suprahumanity suprahyoid suprailiac suprailium supraintellectual suprainterdorsal suprajural supralabial supralapsarian supralapsarianism supralateral supralegal supraliminal supraliminally supralineal supralinear supralocal supralocally supraloral supralunar supralunary supramammary supramarginal supramarine supramastoid supramaxilla supramaxillary supramaximal suprameatal supramechanical supramedial supramental supramolecular supramoral supramortal supramundane supranasal supranational supranatural supranaturalism supranaturalist supranaturalistic supranature supranervian supraneural supranormal supranuclear supraoccipital supraocclusion supraocular supraoesophagal supraoesophageal supraoptimal supraoptional supraoral supraorbital supraorbitar supraordinary supraordinate supraordination suprapapillary suprapedal suprapharyngeal supraposition supraprotest suprapubian suprapubic suprapygal supraquantivalence supraquantivalent suprarational suprarationalism suprarationality suprarenal suprarenalectomize suprarenalectomy suprarenalin suprarenine suprarimal suprasaturate suprascapula suprascapular suprascapulary suprascript suprasegmental suprasensible suprasensitive suprasensual suprasensuous supraseptal suprasolar suprasoriferous suprasphanoidal supraspinal supraspinate supraspinatus supraspinous suprasquamosal suprastandard suprastapedial suprastate suprasternal suprastigmal suprasubtle supratemporal supraterraneous supraterrestrial suprathoracic supratonsillar supratrochlear supratropical supratympanic supravaginal supraventricular supraversion supravital supraworld supremacy suprematism supreme supremely supremeness supremity sur sura suraddition surah surahi sural suralimentation suranal surangular surat surbase surbased surbasement surbate surbater surbed surcease surcharge surcharger surcingle surcoat surcrue surculi surculigerous surculose surculous surculus surd surdation surdeline surdent surdimutism surdity surdomute sure surely sureness sures surette surety suretyship surexcitation surf surface surfaced surfacedly surfaceless surfacely surfaceman surfacer surfacing surfactant surfacy surfbird surfboard surfboarding surfboat surfboatman surfeit surfeiter surfer surficial surfle surflike surfman surfmanship surfrappe surfuse surfusion surfy surge surgeful surgeless surgent surgeon surgeoncy surgeoness surgeonfish surgeonless surgeonship surgeproof surgerize surgery surgical surgically surginess surging surgy suricate suriga surinamine surlily surliness surly surma surmark surmaster surmisable surmisal surmisant surmise surmised surmisedly surmiser surmount surmountable surmountableness surmountal surmounted surmounter surmullet surname surnamer surnap surnay surnominal surpass surpassable surpasser surpassing surpassingly surpassingness surpeopled surplice surpliced surplicewise surplician surplus surplusage surpreciation surprint surprisable surprisal surprise surprisedly surprisement surpriseproof surpriser surprising surprisingly surprisingness surquedry surquidry surquidy surra surrealism surrealist surrealistic surrealistically surrebound surrebut surrebuttal surrebutter surrection surrejoin surrejoinder surrenal surrender surrenderee surrenderer surrenderor surreption surreptitious surreptitiously surreptitiousness surreverence surreverently surrey surrogacy surrogate surrogateship surrogation surrosion surround surrounded surroundedly surrounder surrounding surroundings sursaturation sursolid sursumduction sursumvergence sursumversion surtax surtout surturbrand surveillance surveillant survey surveyable surveyage surveyal surveyance surveying surveyor surveyorship survigrous survivability survivable survival survivalism survivalist survivance survivancy survive surviver surviving survivor survivoress survivorship susannite suscept susceptance susceptibility susceptible susceptibleness susceptibly susception susceptive susceptiveness susceptivity susceptor suscitate suscitation susi suslik susotoxin suspect suspectable suspected suspectedness suspecter suspectful suspectfulness suspectible suspectless suspector suspend suspended suspender suspenderless suspenders suspendibility suspendible suspensation suspense suspenseful suspensely suspensibility suspensible suspension suspensive suspensively suspensiveness suspensoid suspensor suspensorial suspensorium suspensory suspercollate suspicion suspicionable suspicional suspicionful suspicionless suspicious suspiciously suspiciousness suspiration suspiratious suspirative suspire suspirious sussexite sussultatory sussultorial sustain sustainable sustained sustainer sustaining sustainingly sustainment sustanedly sustenance sustenanceless sustentacula sustentacular sustentaculum sustentation sustentational sustentative sustentator sustention sustentive sustentor susu susurr susurrant susurrate susurration susurringly susurrous susurrus suterbery suther sutile sutler sutlerage sutleress sutlership sutlery sutor sutorial sutorian sutorious sutra suttee sutteeism sutten suttin suttle sutural suturally suturation suture suum suwarro suwe suz suzerain suzeraine suzerainship suzerainty svarabhakti svarabhaktic svelte sviatonosite swa swab swabber swabberly swabble swack swacken swacking swad swaddle swaddlebill swaddler swaddling swaddy swag swagbellied swagbelly swage swager swagger swaggerer swaggering swaggeringly swaggie swaggy swaglike swagman swagsman swaimous swain swainish swainishness swainship swainsona swaird swale swaler swaling swalingly swallet swallo swallow swallowable swallower swallowlike swallowling swallowpipe swallowtail swallowwort swam swami swamp swampable swampberry swamper swampish swampishness swampland swampside swampweed swampwood swampy swan swandown swanflower swang swangy swanherd swanhood swanimote swank swanker swankily swankiness swanking swanky swanlike swanmark swanmarker swanmarking swanneck swannecked swanner swannery swannish swanny swanskin swanweed swanwort swap swape swapper swapping swaraj swarajism swarajist swarbie sward swardy sware swarf swarfer swarm swarmer swarming swarmy swarry swart swartback swarth swarthily swarthiness swarthness swarthy swartish swartly swartness swartrutter swartrutting swarty swarve swash swashbuckle swashbuckler swashbucklerdom swashbucklering swashbucklery swashbuckling swasher swashing swashway swashwork swashy swastika swastikaed swat swatch swatcher swatchway swath swathable swathband swathe swatheable swather swathy swatter swattle swaver sway swayable swayed swayer swayful swaying swayingly swayless sweal sweamish swear swearer swearingly swearword sweat sweatband sweatbox sweated sweater sweatful sweath sweatily sweatiness sweating sweatless sweatproof sweatshop sweatweed sweaty swedge sweeny sweep sweepable sweepage sweepback sweepboard sweepdom sweeper sweeperess sweepforward sweeping sweepingly sweepingness sweepings sweepstake sweepwasher sweepwashings sweepy sweer sweered sweet sweetberry sweetbread sweetbrier sweetbriery sweeten sweetener sweetening sweetfish sweetful sweetheart sweetheartdom sweethearted sweetheartedness sweethearting sweetheartship sweetie sweeting sweetish sweetishly sweetishness sweetleaf sweetless sweetlike sweetling sweetly sweetmaker sweetmeat sweetmouthed sweetness sweetroot sweetshop sweetsome sweetsop sweetwater sweetweed sweetwood sweetwort sweety swego swelchie swell swellage swelldom swelldoodle swelled sweller swellfish swelling swellish swellishness swellmobsman swellness swelltoad swelly swelp swelt swelter sweltering swelteringly swelth sweltry swelty swep swept swerd swerve swerveless swerver swervily swick swidge swift swiften swifter swiftfoot swiftlet swiftlike swiftness swifty swig swigger swiggle swile swill swillbowl swiller swilltub swim swimmable swimmer swimmeret swimmily swimminess swimming swimmingly swimmingness swimmist swimmy swimsuit swimy swindle swindleable swindledom swindler swindlership swindlery swindling swindlingly swine swinebread swinecote swinehead swineherd swineherdship swinehood swinehull swinelike swinely swinepipe swinery swinestone swinesty swiney swing swingable swingback swingdevil swingdingle swinge swingeing swinger swinging swingingly swingle swinglebar swingletail swingletree swingstock swingtree swingy swinish swinishly swinishness swink swinney swipe swiper swipes swiple swipper swipy swird swire swirl swirlingly swirly swirring swish swisher swishing swishingly swishy swiss swissing switch switchback switchbacker switchboard switched switchel switcher switchgear switching switchkeeper switchlike switchman switchy switchyard swith swithe swithen swither swivel swiveled swiveleye swiveleyed swivellike swivet swivetty swiz swizzle swizzler swob swollen swollenly swollenness swom swonken swoon swooned swooning swooningly swoony swoop swooper swoosh sword swordbill swordcraft swordfish swordfisherman swordfishery swordfishing swordick swording swordless swordlet swordlike swordmaker swordmaking swordman swordmanship swordplay swordplayer swordproof swordsman swordsmanship swordsmith swordster swordstick swordswoman swordtail swordweed swore sworn swosh swot swotter swounds swow swum swung swungen swure syagush sybarism sybarist sybaritism sybotic sybotism sycamine sycamore syce sycee sychnocarpous sycock sycoma sycomancy syconarian syconate syconid syconium syconoid syconus sycophancy sycophant sycophantic sycophantical sycophantically sycophantish sycophantishly sycophantism sycophantize sycophantry sycosiform sycosis sye syenite syenitic syenodiorite syenogabbro sylid syllab syllabarium syllabary syllabatim syllabation syllabe syllabi syllabic syllabical syllabically syllabicate syllabication syllabicness syllabification syllabify syllabism syllabize syllable syllabled syllabus syllepsis sylleptic sylleptical sylleptically syllidian sylloge syllogism syllogist syllogistic syllogistical syllogistically syllogistics syllogization syllogize syllogizer sylph sylphic sylphid sylphidine sylphish sylphize sylphlike sylphy sylva sylvae sylvage sylvan sylvanesque sylvanite sylvanitic sylvanity sylvanize sylvanly sylvanry sylvate sylvatic sylvester sylvestral sylvestrene sylvestrian sylvic sylvicoline sylviine sylvine sylvinite sylvite symbasic symbasical symbasically symbasis symbiogenesis symbiogenetic symbiogenetically symbion symbiont symbiontic symbionticism symbiosis symbiot symbiote symbiotic symbiotically symbiotics symbiotism symbiotrophic symblepharon symbol symbolaeography symbolater symbolatrous symbolatry symbolic symbolical symbolically symbolicalness symbolicly symbolics symbolism symbolist symbolistic symbolistical symbolistically symbolization symbolize symbolizer symbolofideism symbological symbologist symbolography symbology symbololatry symbolology symbolry symbouleutic symbranch symbranchiate symbranchoid symbranchous symmachy symmedian symmelia symmelian symmelus symmetalism symmetral symmetric symmetrical symmetricality symmetrically symmetricalness symmetrist symmetrization symmetrize symmetroid symmetrophobia symmetry symmorphic symmorphism sympalmograph sympathectomize sympathectomy sympathetectomy sympathetic sympathetical sympathetically sympatheticism sympatheticity sympatheticness sympatheticotonia sympatheticotonic sympathetoblast sympathicoblast sympathicotonia sympathicotonic sympathicotripsy sympathism sympathist sympathize sympathizer sympathizing sympathizingly sympathoblast sympatholysis sympatholytic sympathomimetic sympathy sympatric sympatry sympetalous symphenomena symphenomenal symphile symphilic symphilism symphilous symphily symphogenous symphonetic symphonia symphonic symphonically symphonion symphonious symphoniously symphonist symphonize symphonous symphony symphoricarpous symphrase symphronistic symphyantherous symphycarpous symphylan symphyllous symphylous symphynote symphyogenesis symphyogenetic symphyostemonous symphyseal symphyseotomy symphysial symphysian symphysic symphysion symphysiotomy symphysis symphysodactylia symphysotomy symphysy symphytic symphytically symphytism symphytize sympiesometer symplasm symplectic symplesite symplocaceous symploce sympode sympodia sympodial sympodially sympodium sympolity symposia symposiac symposiacal symposial symposiarch symposiast symposiastic symposion symposium symptom symptomatic symptomatical symptomatically symptomatics symptomatize symptomatography symptomatological symptomatologically symptomatology symptomical symptomize symptomless symptosis symtomology synacme synacmic synacmy synactic synadelphite synaeresis synagogal synagogian synagogical synagogism synagogist synagogue synalgia synalgic synallactic synallagmatic synaloepha synanastomosis synange synangia synangial synangic synangium synanthema synantherological synantherologist synantherology synantherous synanthesis synanthetic synanthic synanthous synanthrose synanthy synaphea synaposematic synapse synapses synapsidan synapsis synaptai synaptase synapte synaptene synapterous synaptic synaptical synaptically synapticula synapticulae synapticular synapticulate synapticulum synaptychus synarchical synarchism synarchy synarmogoid synarquism synartesis synartete synartetic synarthrodia synarthrodial synarthrodially synarthrosis synascidian synastry synaxar synaxarion synaxarist synaxarium synaxary synaxis sync syncarp syncarpia syncarpium syncarpous syncarpy syncategorematic syncategorematical syncategorematically syncategoreme syncephalic syncephalus syncerebral syncerebrum synch synchitic synchondoses synchondrosial synchondrosially synchondrosis synchondrotomy synchoresis synchro synchroflash synchromesh synchronal synchrone synchronic synchronical synchronically synchronism synchronistic synchronistical synchronistically synchronizable synchronization synchronize synchronized synchronizer synchronograph synchronological synchronology synchronous synchronously synchronousness synchrony synchroscope synchrotron synchysis syncladous synclastic synclinal synclinally syncline synclinical synclinore synclinorial synclinorian synclinorium synclitic syncliticism synclitism syncoelom syncopal syncopate syncopated syncopation syncopator syncope syncopic syncopism syncopist syncopize syncotyledonous syncracy syncraniate syncranterian syncranteric syncrasy syncretic syncretical syncreticism syncretion syncretism syncretist syncretistic syncretistical syncretize syncrisis syncryptic syncytia syncytial syncytioma syncytiomata syncytium syndactyl syndactylia syndactylic syndactylism syndactylous syndactyly syndectomy synderesis syndesis syndesmectopia syndesmitis syndesmography syndesmology syndesmoma syndesmoplasty syndesmorrhaphy syndesmosis syndesmotic syndesmotomy syndetic syndetical syndetically syndic syndical syndicalism syndicalist syndicalistic syndicalize syndicate syndicateer syndication syndicator syndicship syndoc syndrome syndromic syndyasmian syne synecdoche synecdochic synecdochical synecdochically synecdochism synechia synechiological synechiology synechological synechology synechotomy synechthran synechthry synecology synecphonesis synectic synecticity synedral synedria synedrial synedrian synedrion synedrium synedrous syneidesis synema synemmenon synenergistic synenergistical synenergistically synentognath synentognathous syneresis synergastic synergetic synergia synergic synergically synergid synergidae synergidal synergism synergist synergistic synergistical synergistically synergize synergy synerize synesis synesthesia synesthetic synethnic syngamic syngamous syngamy syngenesian syngenesious syngenesis syngenetic syngenic syngenism syngenite syngnathid syngnathoid syngnathous syngraph synizesis synkaryon synkatathesis synkinesia synkinesis synkinetic synneurosis synneusis synochoid synochus synocreate synod synodal synodalian synodalist synodally synodical synodically synodist synodite synodontid synodontoid synodsman synoecete synoeciosis synoecious synoeciously synoeciousness synoecism synoecize synoecy synoicous synomosy synonym synonymatic synonymic synonymical synonymicon synonymics synonymist synonymity synonymize synonymous synonymously synonymousness synonymy synophthalmus synopses synopsis synopsize synopsy synoptic synoptical synoptically synoptist synorchidism synorchism synorthographic synosteology synosteosis synostose synostosis synostotic synostotical synostotically synousiacs synovectomy synovia synovial synovially synoviparous synovitic synovitis synpelmous synrhabdosome synsacral synsacrum synsepalous synspermous synsporous syntactic syntactical syntactically syntactician syntactics syntagma syntan syntasis syntax syntaxis syntaxist syntechnic syntectic syntelome syntenosis synteresis syntexis syntheme synthermal syntheses synthesis synthesism synthesist synthesization synthesize synthesizer synthete synthetic synthetical synthetically syntheticism synthetism synthetist synthetization synthetize synthetizer synthol synthroni synthronoi synthronos synthronus syntomia syntomy syntone syntonic syntonical syntonically syntonin syntonization syntonize syntonizer syntonolydian syntonous syntony syntripsis syntrope syntrophic syntropic syntropical syntropy syntype syntypic syntypicism synusia synusiast syodicon sypher syphilide syphilidography syphilidologist syphiliphobia syphilis syphilitic syphilitically syphilization syphilize syphiloderm syphilodermatous syphilogenesis syphilogeny syphilographer syphilography syphiloid syphilologist syphilology syphiloma syphilomatous syphilophobe syphilophobia syphilophobic syphilopsychosis syphilosis syphilous syre syringa syringadenous syringe syringeal syringeful syringes syringin syringitis syringium syringocoele syringomyelia syringomyelic syringotome syringotomy syrinx syrma syrphian syrphid syrt syrtic syrup syruped syruper syruplike syrupy syssarcosis syssel sysselman syssiderite syssitia syssition systaltic systasis systatic system systematic systematical systematicality systematically systematician systematicness systematics systematism systematist systematization systematize systematizer systematology systemed systemic systemically systemist systemizable systemization systemize systemizer systemless systemproof systemwise systilius systolated systole systolic systyle systylous syzygetic syzygetically syzygial syzygium syzygy szaibelyite szlachta szopelka t ta taa taar tab tabacin tabacosis tabacum tabanid tabaniform tabanuco tabard tabarded tabaret tabasheer tabashir tabaxir tabbarea tabber tabbinet tabby tabefaction tabefy tabella tabellion taberdar taberna tabernacle tabernacler tabernacular tabernariae tabes tabescence tabescent tabet tabetic tabetiform tabetless tabic tabid tabidly tabidness tabific tabifical tabinet tabitude tabla tablature table tableau tableaux tablecloth tableclothwise tableclothy tabled tablefellow tablefellowship tableful tableity tableland tableless tablelike tablemaid tablemaker tablemaking tableman tablemate tabler tables tablespoon tablespoonful tablet tabletary tableware tablewise tabling tablinum tabloid tabog taboo tabooism tabooist taboot taboparalysis taboparesis taboparetic tabophobia tabor taborer taboret taborin tabour tabourer tabouret tabret tabu tabula tabulable tabular tabulare tabularium tabularization tabularize tabularly tabulary tabulate tabulated tabulation tabulator tabulatory tabule tabuliform tabut tacahout tacamahac taccaceous taccada tach tache tacheless tacheography tacheometer tacheometric tacheometry tacheture tachhydrite tachibana tachinarian tachinid tachiol tachistoscope tachistoscopic tachogram tachograph tachometer tachometry tachoscope tachycardia tachycardiac tachygen tachygenesis tachygenetic tachygenic tachyglossal tachyglossate tachygraph tachygrapher tachygraphic tachygraphical tachygraphically tachygraphist tachygraphometer tachygraphometry tachygraphy tachyhydrite tachyiatry tachylalia tachylite tachylyte tachylytic tachymeter tachymetric tachymetry tachyphagia tachyphasia tachyphemia tachyphrasia tachyphrenia tachypnea tachyscope tachyseism tachysterol tachysystole tachythanatous tachytomy tachytype tacit tacitly tacitness taciturn taciturnist taciturnity taciturnly tack tacker tacket tackety tackey tackiness tacking tackingly tackle tackled tackleless tackleman tackler tackless tackling tackproof tacksman tacky taclocus tacmahack tacnode taconite tacso tact tactable tactful tactfully tactfulness tactic tactical tactically tactician tactics tactile tactilist tactility tactilogical tactinvariant taction tactite tactive tactless tactlessly tactlessness tactometer tactor tactosol tactual tactualist tactuality tactually tactus tacuacine tad tade tadpole tadpoledom tadpolehood tadpolelike tadpolism tae tael taen taenia taeniacidal taeniacide taeniafuge taenial taenian taeniasis taeniate taenicide taenidium taeniform taenifuge taeniiform taeniobranchiate taenioglossate taenioid taeniosome taeniosomous taenite taennin taffarel tafferel taffeta taffety taffle taffrail taffy taffylike taffymaker taffymaking taffywise tafia tafinagh taft tafwiz tag tagasaste tagatose tagboard tagetol tagetone tagged tagger taggle taggy tagilite taglet taglike taglock tagrag tagraggery tagsore tagtail tagua taguan tagwerk taha taheen tahil tahin tahkhana tahr tahseeldar tahsil tahsildar tahua tai taiaha taich taiga taigle taiglesome taihoa taikhana tail tailage tailband tailboard tailed tailender tailer tailet tailfirst tailflower tailforemost tailge tailhead tailing tailings taille tailless taillessly taillessness taillie taillight taillike tailor tailorage tailorbird tailorcraft tailordom tailoress tailorhood tailoring tailorism tailorization tailorize tailorless tailorlike tailorly tailorman tailorship tailorwise tailory tailpiece tailpin tailpipe tailrace tailsman tailstock tailward tailwards tailwise taily tailzee tailzie taimen taimyrite tain taint taintable taintless taintlessly taintlessness taintment taintor taintproof tainture taintworm taipan taipo tairge tairger tairn taisch taise taissle taistrel taistril tait taiver taivers taivert taj takable takamaka takar take takedown takedownable takeful taken taker takin taking takingly takingness takings takosis takt taky takyr tal tala talabon talahib talaje talak talalgia talanton talao talapoin talar talari talaria talaric talayot talbot talbotype talc talcer talcky talclike talcochlorite talcoid talcomicaceous talcose talcous talcum tald tale talebearer talebearing talebook talecarrier talecarrying taled taleful talemaster talemonger talemongering talent talented talentless talepyet taler tales talesman taleteller taletelling tali taliage taliation taliera taligrade talion talionic talipat taliped talipedic talipes talipomanus talipot talis talisay talisman talismanic talismanical talismanically talismanist talite talitol talk talkability talkable talkathon talkative talkatively talkativeness talker talkfest talkful talkie talkiness talking talkworthy talky tall tallage tallageability tallageable tallboy tallegalane taller tallero talles tallet talliable talliage talliar talliate tallier tallis tallish tallit tallith tallness talloel tallote tallow tallowberry tallower tallowiness tallowing tallowish tallowlike tallowmaker tallowmaking tallowman tallowroot tallowweed tallowwood tallowy tallwood tally tallyho tallyman tallymanship tallywag tallywalka tallywoman talma talmouse talocalcaneal talocalcanean talocrural talofibular talon talonavicular taloned talonic talonid taloscaphoid talose talotibial talpacoti talpatate talpetate talpicide talpid talpiform talpify talpine talpoid talthib taluk taluka talukdar talukdari talus taluto talwar talwood tam tamability tamable tamableness tamably tamacoare tamale tamandu tamandua tamanoas tamanoir tamanowus tamanu tamara tamarack tamaraite tamarao tamaricaceous tamarin tamarind tamarisk tamas tamasha tambac tambaroora tamber tambo tamboo tambookie tambor tambour tamboura tambourer tambouret tambourgi tambourin tambourinade tambourine tambourist tambreet tamburan tamburello tame tamehearted tameheartedness tamein tameless tamelessly tamelessness tamely tameness tamer tamidine tamis tamise tamlung tammie tammock tammy tamp tampala tampan tampang tamper tamperer tamperproof tampin tamping tampion tampioned tampon tamponade tamponage tamponment tampoon tan tana tanacetin tanacetone tanacetyl tanach tanager tanagrine tanagroid tanaist tanak tanan tanbark tanbur tancel tanchoir tandan tandem tandemer tandemist tandemize tandemwise tandle tandour tane tanekaha tang tanga tangalung tangantangan tanged tangeite tangelo tangence tangency tangent tangental tangentally tangential tangentiality tangentially tangently tanger tangfish tangham tanghan tanghin tanghinin tangi tangibile tangibility tangible tangibleness tangibly tangie tangilin tangka tanglad tangle tangleberry tanglefish tanglefoot tanglement tangleproof tangler tangleroot tanglesome tangless tanglewrack tangling tanglingly tangly tango tangoreceptor tangram tangs tangue tanguile tangum tangun tangy tanh tanha tanhouse tania tanica tanier tanist tanistic tanistry tanistship tanjib tanjong tank tanka tankage tankah tankard tanked tanker tankerabogus tankert tankette tankful tankle tankless tanklike tankmaker tankmaking tankman tankodrome tankroom tankwise tanling tannable tannage tannaic tannaim tannaitic tannalbin tannase tannate tanned tanner tannery tannic tannide tanniferous tannin tannined tanning tanninlike tannocaffeic tannogallate tannogallic tannogelatin tannogen tannoid tannometer tannyl tanoa tanproof tanquam tanquen tanrec tanstuff tansy tantadlin tantafflin tantalate tantalic tantaliferous tantalifluoride tantalite tantalization tantalize tantalizer tantalizingly tantalizingness tantalofluoride tantalum tantamount tantara tantarabobus tantarara tanti tantivy tantle tantra tantric tantrik tantrism tantrist tantrum tantum tanwood tanworks tanyard tanystomatous tanystome tanzeb tanzib tanzy tao taotai taoyin tap tapa tapacolo tapaculo tapadera tapadero tapalo tapamaker tapamaking tapas tapasvi tape tapeinocephalic tapeinocephalism tapeinocephaly tapeless tapelike tapeline tapemaker tapemaking tapeman tapen taper taperbearer tapered taperer tapering taperingly taperly tapermaker tapermaking taperness taperwise tapesium tapestring tapestry tapestrylike tapet tapetal tapete tapeti tapetless tapetum tapework tapeworm taphephobia taphole taphouse tapia tapinceophalism tapinocephalic tapinocephaly tapinophobia tapinophoby tapinosis tapioca tapir tapiridian tapirine tapiroid tapis tapism tapist taplash taplet tapmost tapnet tapoa tapoun tappa tappable tappableness tappall tappaul tappen tapper tapperer tappet tappietoorie tapping tappoon taproom taproot taprooted taps tapster tapsterlike tapsterly tapstress tapu tapul taqua tar tara tarabooka taraf tarafdar tarage tarairi tarakihi taramellite tarand tarantara tarantass tarantella tarantism tarantist tarantula tarantular tarantulary tarantulated tarantulid tarantulism tarantulite tarantulous tarapatch taraph tarapin tarassis tarata taratah taratantara taratantarize tarau taraxacerin taraxacin tarbadillo tarbet tarboard tarbogan tarboggin tarboosh tarbooshed tarboy tarbrush tarbush tarbuttite tardigrade tardigradous tardily tardiness tarditude tardive tardle tardy tare tarea tarefa tarefitch tarentala tarente tarentism tarentola tarepatch tarfa tarflower targe targeman targer target targeted targeteer targetlike targetman tarhood tari tarie tariff tariffable tariffication tariffism tariffist tariffite tariffize tariffless tarin tariric taririnic tarish tarkashi tarkeean tarkhan tarlatan tarlataned tarletan tarlike tarltonize tarmac tarman tarmined tarn tarnal tarnally tarnation tarnish tarnishable tarnisher tarnishment tarnishproof tarnlike tarnside taro taroc tarocco tarok taropatch tarot tarp tarpan tarpaulin tarpaulinmaker tarpon tarpot tarpum tarr tarrack tarradiddle tarradiddler tarragon tarragona tarras tarrass tarred tarrer tarri tarriance tarrie tarrier tarrify tarrily tarriness tarrish tarrock tarrow tarry tarrying tarryingly tarryingness tars tarsadenitis tarsal tarsale tarsalgia tarse tarsectomy tarsectopia tarsi tarsia tarsier tarsioid tarsitis tarsochiloplasty tarsoclasis tarsomalacia tarsome tarsometatarsal tarsometatarsus tarsonemid tarsophalangeal tarsophyma tarsoplasia tarsoplasty tarsoptosis tarsorrhaphy tarsotarsal tarsotibal tarsotomy tarsus tart tartago tartan tartana tartane tartar tartarated tartareous tartaret tartaric tartarish tartarization tartarize tartarly tartarous tartarproof tartarum tartemorion tarten tartish tartishly tartle tartlet tartly tartness tartramate tartramic tartramide tartrate tartrated tartratoferric tartrazine tartrazinic tartro tartronate tartronic tartronyl tartronylurea tartrous tartryl tartrylic tartufery tartufian tartufish tartufishly tartufism tartwoman tarve tarweed tarwhine tarwood tarworks taryard tasajo tascal tasco taseometer tash tasheriff tashie tashlik tashreef tashrif tasimeter tasimetric tasimetry task taskage tasker taskit taskless tasklike taskmaster taskmastership taskmistress tasksetter tasksetting taskwork taslet tasmanite tass tassago tassah tassal tassard tasse tassel tasseler tasselet tasselfish tassellus tasselmaker tasselmaking tassely tasser tasset tassie tassoo tastable tastableness tastably taste tasteable tasteableness tasteably tasted tasteful tastefully tastefulness tastekin tasteless tastelessly tastelessness tasten taster tastily tastiness tasting tastingly tasty tasu tat tataupa tatbeb tatchy tate tater tath tatie tatinek tatler tatou tatouay tatpurusha tatsman tatta tatter tatterdemalion tatterdemalionism tatterdemalionry tattered tatteredly tatteredness tatterly tatterwallop tattery tatther tattied tatting tattle tattlement tattler tattlery tattletale tattling tattlingly tattoo tattooage tattooer tattooing tattooist tattooment tattva tatty tatu tatukira tau taught taula taum taun taunt taunter taunting tauntingly tauntingness tauntress taupe taupo taupou taur tauranga taurean taurian tauric tauricide tauricornous tauriferous tauriform taurine taurite taurobolium tauroboly taurocephalous taurocholate taurocholic taurocol taurocolla taurodont tauroesque taurokathapsia taurolatry tauromachian tauromachic tauromachy tauromorphic tauromorphous taurophile taurophobe tauryl taut tautaug tauted tautegorical tautegory tauten tautirite tautit tautly tautness tautochrone tautochronism tautochronous tautog tautologic tautological tautologically tautologicalness tautologism tautologist tautologize tautologizer tautologous tautologously tautology tautomer tautomeral tautomeric tautomerism tautomerizable tautomerization tautomerize tautomery tautometer tautometric tautometrical tautomorphous tautonym tautonymic tautonymy tautoousian tautoousious tautophonic tautophonical tautophony tautopodic tautopody tautosyllabic tautotype tautourea tautousian tautousious tautozonal tautozonality tav tave tavell taver tavern taverner tavernize tavernless tavernlike tavernly tavernous tavernry tavernwards tavers tavert tavistockite tavola tavolatite taw tawa tawdered tawdrily tawdriness tawdry tawer tawery tawie tawite tawkee tawkin tawn tawney tawnily tawniness tawnle tawny tawpi tawpie taws tawse tawtie tax taxability taxable taxableness taxably taxaceous taxameter taxaspidean taxation taxational taxative taxatively taxator taxeater taxeating taxed taxeme taxemic taxeopod taxeopodous taxeopody taxer taxgatherer taxgathering taxi taxiable taxiarch taxiauto taxibus taxicab taxidermal taxidermic taxidermist taxidermize taxidermy taximan taximeter taximetered taxine taxing taxingly taxinomic taxinomist taxinomy taxiplane taxis taxite taxitic taxless taxlessly taxlessness taxman taxodont taxology taxometer taxon taxonomer taxonomic taxonomical taxonomically taxonomist taxonomy taxor taxpaid taxpayer taxpaying taxwax taxy tay tayer tayir taylorite tayra taysaam tazia tch tchai tcharik tchast tche tcheirek tchervonets tchervonetz tchick tchu tck te tea teaberry teaboard teabox teaboy teacake teacart teach teachability teachable teachableness teachably teache teacher teacherage teacherdom teacheress teacherhood teacherless teacherlike teacherly teachership teachery teaching teachingly teachless teachment teachy teacup teacupful tead teadish teaer teaey teagardeny teagle teahouse teaish teaism teak teakettle teakwood teal tealeafy tealery tealess teallite team teamaker teamaking teaman teameo teamer teaming teamland teamless teamman teammate teamsman teamster teamwise teamwork tean teanal teap teapot teapotful teapottykin teapoy tear tearable tearableness tearably tearage tearcat teardown teardrop tearer tearful tearfully tearfulness tearing tearless tearlessly tearlessness tearlet tearlike tearoom tearpit tearproof tearstain teart tearthroat tearthumb teary teasable teasableness teasably tease teaseable teaseableness teaseably teasehole teasel teaseler teaseller teasellike teaselwort teasement teaser teashop teasiness teasing teasingly teasler teaspoon teaspoonful teasy teat teataster teated teatfish teathe teather teatime teatlike teatling teatman teaty teave teaware teaze teazer tebbet tec teca tecali tech techily techiness technetium technic technica technical technicalism technicalist technicality technicalize technically technicalness technician technicism technicist technicological technicology technicon technics techniphone technique techniquer technism technist technocausis technochemical technochemistry technocracy technocrat technocratic technographer technographic technographical technographically technography technolithic technologic technological technologically technologist technologue technology technonomic technonomy technopsychology techous techy teck tecnoctonia tecnology tecomin tecon tectal tectibranch tectibranchian tectibranchiate tectiform tectocephalic tectocephaly tectological tectology tectonic tectonics tectorial tectorium tectosphere tectospinal tectospondylic tectospondylous tectrices tectricial tectum tecum tecuma ted tedder tedescan tedge tediosity tedious tediously tediousness tediousome tedisome tedium tee teedle teel teem teemer teemful teemfulness teeming teemingly teemingness teemless teems teen teenage teenet teens teensy teenty teeny teer teerer teest teet teetaller teetan teeter teeterboard teeterer teetertail teeth teethache teethbrush teethe teethful teethily teething teethless teethlike teethridge teethy teeting teetotal teetotaler teetotalism teetotalist teetotally teetotum teetotumism teetotumize teetotumwise teety teevee teewhaap teff teg tegmen tegmental tegmentum tegmina tegminal tegua teguexin tegula tegular tegularly tegulated tegumen tegument tegumental tegumentary tegumentum tegurium tehseel tehseeldar tehsil tehsildar teicher teiglech teil teind teindable teinder teinland teinoscope teioid tejon teju tekiah tekke tekken teknonymous teknonymy tektite tekya telacoustic telakucha telamon telang telangiectasia telangiectasis telangiectasy telangiectatic telangiosis telar telarian telary telautogram telautograph telautographic telautographist telautography telautomatic telautomatically telautomatics tele teleanemograph teleangiectasia telebarograph telebarometer telecast telecaster telechemic telechirograph telecinematography telecode telecommunication telecryptograph telectroscope teledendrion teledendrite teledendron teledu telega telegenic telegnosis telegnostic telegonic telegonous telegony telegram telegrammatic telegrammic telegraph telegraphee telegrapheme telegrapher telegraphese telegraphic telegraphical telegraphically telegraphist telegraphone telegraphophone telegraphoscope telegraphy telehydrobarometer teleianthous teleiosis telekinematography telekinesis telekinetic telelectric telelectrograph telelectroscope telemanometer telemark telemechanic telemechanics telemechanism telemetacarpal telemeteorograph telemeteorographic telemeteorography telemeter telemetric telemetrical telemetrist telemetrograph telemetrographic telemetrography telemetry telemotor telencephal telencephalic telencephalon telenergic telenergy teleneurite teleneuron telengiscope teleobjective teleocephalous teleodesmacean teleodesmaceous teleodont teleologic teleological teleologically teleologism teleologist teleology teleometer teleophobia teleophore teleophyte teleoptile teleorganic teleoroentgenogram teleoroentgenography teleosaur teleosaurian teleost teleostean teleosteous teleostomate teleostome teleostomian teleostomous teleotemporal teleotrocha teleozoic teleozoon telepathic telepathically telepathist telepathize telepathy telepheme telephone telephoner telephonic telephonical telephonically telephonist telephonograph telephonographic telephony telephote telephoto telephotograph telephotographic telephotography telepicture teleplasm teleplasmic teleplastic telepost teleprinter teleradiophone teleran telergic telergical telergically telergy telescope telescopic telescopical telescopically telescopiform telescopist telescopy telescriptor teleseism teleseismic teleseismology teleseme telesia telesis telesmeter telesomatic telespectroscope telestereograph telestereography telestereoscope telesterion telesthesia telesthetic telestial telestic telestich teletactile teletactor teletape teletherapy telethermogram telethermograph telethermometer telethermometry telethon teletopometer teletranscription teletype teletyper teletypesetter teletypewriter teletyping teleuto teleutoform teleutosorus teleutospore teleutosporic teleutosporiferous teleview televiewer televise television televisional televisionary televisor televisual televocal televox telewriter telfairic telfer telferage telford telfordize telharmonic telharmonium telharmony teli telial telic telical telically teliferous teliosorus teliospore teliosporic teliosporiferous teliostage telium tell tellable tellach tellee teller tellership telligraph tellinacean tellinaceous telling tellingly tellinoid tellsome tellt telltale telltalely telltruth tellural tellurate telluret tellureted tellurethyl telluretted tellurhydric tellurian telluric telluride telluriferous tellurion tellurism tellurist tellurite tellurium tellurize telluronium tellurous telmatological telmatology teloblast teloblastic telocentric telodendrion telodendron telodynamic telokinesis telolecithal telolemma telome telomic telomitic telonism telophase telophragma telopsis teloptic telosynapsis telosynaptic telosynaptist teloteropathic teloteropathically teloteropathy telotrematous telotroch telotrocha telotrochal telotrochous telotrophic telotype telpath telpher telpherage telpherman telpherway telson telsonic telt telurgy telyn temacha temalacatl teman tembe temblor temenos temerarious temerariously temerariousness temeritous temerity temerous temerously temerousness temiak temin temnospondylous temp temper tempera temperability temperable temperably temperality temperament temperamental temperamentalist temperamentally temperamented temperance temperate temperately temperateness temperative temperature tempered temperedly temperedness temperer temperish temperless tempersome tempery tempest tempestical tempestive tempestively tempestivity tempestuous tempestuously tempestuousness tempesty tempi templar templardom templarism templarlike templarlikeness templary template templater temple templed templeful templeless templelike templet templeward templize tempo tempora temporal temporale temporalism temporalist temporality temporalize temporally temporalness temporalty temporaneous temporaneously temporaneousness temporarily temporariness temporary temporator temporization temporizer temporizing temporizingly temporoalar temporoauricular temporocentral temporocerebellar temporofacial temporofrontal temporohyoid temporomalar temporomandibular temporomastoid temporomaxillary temporooccipital temporoparietal temporopontine temporosphenoid temporosphenoidal temporozygomatic tempre temprely tempt temptability temptable temptableness temptation temptational temptationless temptatious temptatory tempter tempting temptingly temptingness temptress temse temser temulence temulency temulent temulentive temulently ten tenability tenable tenableness tenably tenace tenacious tenaciously tenaciousness tenacity tenaculum tenai tenaille tenaillon tenancy tenant tenantable tenantableness tenanter tenantism tenantless tenantlike tenantry tenantship tench tenchweed tend tendance tendant tendence tendency tendent tendential tendentious tendentiously tendentiousness tender tenderability tenderable tenderably tenderee tenderer tenderfoot tenderfootish tenderful tenderfully tenderheart tenderhearted tenderheartedly tenderheartedness tenderish tenderize tenderling tenderloin tenderly tenderness tenderometer tendersome tendinal tending tendingly tendinitis tendinous tendinousness tendomucoid tendon tendonous tendoplasty tendosynovitis tendotome tendotomy tendour tendovaginal tendovaginitis tendresse tendril tendriled tendriliferous tendrillar tendrilly tendrilous tendron tenebra tenebricose tenebrific tenebrificate tenebrionid tenebrious tenebriously tenebrity tenebrose tenebrosity tenebrous tenebrously tenebrousness tenectomy tenement tenemental tenementary tenementer tenementization tenementize tenendas tenendum tenent teneral tenesmic tenesmus tenet tenfold tenfoldness teng tengere tengerite tengu teniacidal teniacide tenible tenio tenline tenmantale tennantite tenne tenner tennis tennisdom tennisy tenodesis tenodynia tenography tenology tenomyoplasty tenomyotomy tenon tenonectomy tenoner tenonitis tenonostosis tenontagra tenontitis tenontodynia tenontography tenontolemmitis tenontology tenontomyoplasty tenontomyotomy tenontophyma tenontoplasty tenontothecitis tenontotomy tenophony tenophyte tenoplastic tenoplasty tenor tenorist tenorister tenorite tenorless tenoroon tenorrhaphy tenositis tenostosis tenosuture tenotome tenotomist tenotomize tenotomy tenovaginitis tenpence tenpenny tenpin tenrec tense tenseless tenselessness tensely tenseness tensibility tensible tensibleness tensibly tensify tensile tensilely tensileness tensility tensimeter tensiometer tension tensional tensionless tensity tensive tenson tensor tent tentability tentable tentacle tentacled tentaclelike tentacula tentacular tentaculate tentaculated tentaculite tentaculocyst tentaculoid tentaculum tentage tentamen tentation tentative tentatively tentativeness tented tenter tenterbelly tenterer tenterhook tentful tenth tenthly tenthmeter tenthredinid tenthredinoid tentiform tentigo tentillum tention tentless tentlet tentlike tentmaker tentmaking tentmate tentorial tentorium tenture tentwards tentwise tentwork tentwort tenty tenuate tenues tenuicostate tenuifasciate tenuiflorous tenuifolious tenuious tenuiroster tenuirostral tenuirostrate tenuis tenuistriate tenuity tenuous tenuously tenuousness tenure tenurial tenurially teocalli teopan teosinte tepache tepal tepee tepefaction tepefy tepetate tephillin tephramancy tephrite tephritic tephroite tephromalacia tephromyelitic tephrosis tepid tepidarium tepidity tepidly tepidness tepomporize teponaztli tepor tequila tera teraglin terakihi teramorphous terap teraphim teras teratical teratism teratoblastoma teratogenesis teratogenetic teratogenic teratogenous teratogeny teratoid teratological teratologist teratology teratoma teratomatous teratoscopy teratosis terbia terbic terbium tercel tercelet tercentenarian tercentenarize tercentenary tercentennial tercer terceron tercet terchloride tercia tercine tercio terdiurnal terebate terebella terebellid terebelloid terebellum terebene terebenic terebenthene terebic terebilic terebinic terebinth terebinthial terebinthian terebinthic terebinthina terebinthinate terebinthine terebinthinous terebra terebral terebrant terebrate terebration terebratular terebratulid terebratuliform terebratuline terebratulite terebratuloid teredo terek terephthalate terephthalic terete teretial tereticaudate teretifolious teretipronator teretiscapular teretiscapularis teretish tereu terfez tergal tergant tergeminate tergeminous tergiferous tergite tergitic tergiversant tergiversate tergiversation tergiversator tergiversatory tergiverse tergolateral tergum terlinguaite term terma termagancy termagant termagantish termagantism termagantly termage termatic termen termer termillenary termin terminability terminable terminableness terminably terminal terminalization terminalized terminally terminant terminate termination terminational terminative terminatively terminator terminatory termine terminer termini terminine terminism terminist terministic terminize termino terminological terminologically terminologist terminology terminus termital termitarium termitary termite termitic termitid termitophagous termitophile termitophilous termless termlessly termlessness termly termolecular termon termor termtime tern terna ternal ternar ternariant ternarious ternary ternate ternately ternatipinnate ternatisect ternatopinnate terne terneplate ternery ternion ternize ternlet teroxide terp terpadiene terpane terpene terpeneless terphenyl terpilene terpin terpine terpinene terpineol terpinol terpinolene terpodion terpsichoreal terpsichoreally terpsichorean terrace terraceous terracer terracette terracewards terracewise terracework terraciform terracing terraculture terraefilial terraefilian terrage terrain terral terramara terramare terrane terranean terraneous terrapin terraquean terraqueous terraqueousness terrar terrarium terrazzo terrella terremotive terrene terrenely terreneness terreplein terrestrial terrestrialism terrestriality terrestrialize terrestrially terrestrialness terrestricity terrestrious terret terreted terribility terrible terribleness terribly terricole terricoline terricolous terrier terrierlike terrific terrifical terrifically terrification terrificly terrificness terrifiedly terrifier terrify terrifying terrifyingly terrigenous terrine territelarian territorial territorialism territorialist territoriality territorialization territorialize territorially territorian territoried territory terron terror terrorful terrorific terrorism terrorist terroristic terroristical terrorization terrorize terrorizer terrorless terrorproof terrorsome terry terse tersely terseness tersion tersulphate tersulphide tersulphuret tertenant tertia tertial tertian tertiana tertianship tertiarian tertiary tertiate tertius terton tertrinal teruncius terutero tervalence tervalency tervalent tervariant tervee terzetto terzina terzo tesack tesarovitch teschenite teschermacherite teskere teskeria tessara tessarace tessaraconter tessaradecad tessaraglot tessaraphthong tessarescaedecahedron tessel tessella tessellar tessellate tessellated tessellation tessera tesseract tesseradecade tesseraic tesseral tesserarian tesserate tesserated tesseratomic tesseratomy tessular test testa testable testacean testaceography testaceology testaceous testaceousness testacy testament testamental testamentally testamentalness testamentarily testamentary testamentate testamentation testamentum testamur testar testata testate testation testator testatorship testatory testatrices testatrix testatum teste tested testee tester testes testibrachial testibrachium testicardinate testicardine testicle testicond testicular testiculate testiculated testiere testificate testification testificator testificatory testifier testify testily testimonial testimonialist testimonialization testimonialize testimonializer testimonium testimony testiness testing testingly testis teston testone testoon testor testosterone testril testudinal testudinarious testudinate testudinated testudineal testudineous testudinous testudo testy tetanic tetanical tetanically tetaniform tetanigenous tetanilla tetanine tetanism tetanization tetanize tetanoid tetanolysin tetanomotor tetanospasmin tetanotoxin tetanus tetany tetarcone tetarconid tetard tetartemorion tetartocone tetartoconid tetartohedral tetartohedrally tetartohedrism tetartohedron tetartoid tetartosymmetry tetch tetchy tete tetel teterrimous teth tethelin tether tetherball tethery tethydan tetra tetraamylose tetrabasic tetrabasicity tetrabelodont tetrabiblos tetraborate tetraboric tetrabrach tetrabranch tetrabranchiate tetrabromid tetrabromide tetrabromo tetrabromoethane tetracadactylity tetracarboxylate tetracarboxylic tetracarpellary tetraceratous tetracerous tetrachical tetrachlorid tetrachloride tetrachloro tetrachloroethane tetrachloroethylene tetrachloromethane tetrachord tetrachordal tetrachordon tetrachoric tetrachotomous tetrachromatic tetrachromic tetrachronous tetracid tetracoccous tetracoccus tetracolic tetracolon tetracoral tetracoralline tetracosane tetract tetractinal tetractine tetractinellid tetractinellidan tetractinelline tetractinose tetracyclic tetrad tetradactyl tetradactylous tetradactyly tetradarchy tetradecane tetradecanoic tetradecapod tetradecapodan tetradecapodous tetradecyl tetradiapason tetradic tetradrachma tetradrachmal tetradrachmon tetradymite tetradynamian tetradynamious tetradynamous tetraedron tetraedrum tetraethylsilane tetrafluoride tetrafolious tetragamy tetragenous tetraglot tetraglottic tetragon tetragonal tetragonally tetragonalness tetragonidium tetragonous tetragonus tetragram tetragrammatic tetragrammatonic tetragyn tetragynian tetragynous tetrahedral tetrahedrally tetrahedric tetrahedrite tetrahedroid tetrahedron tetrahexahedral tetrahexahedron tetrahydrate tetrahydrated tetrahydric tetrahydride tetrahydro tetrahydroxy tetraiodid tetraiodide tetraiodo tetraiodophenolphthalein tetrakaidecahedron tetraketone tetrakisazo tetrakishexahedron tetralemma tetralogic tetralogue tetralogy tetralophodont tetramastia tetramastigote tetrameral tetrameralian tetrameric tetramerism tetramerous tetrameter tetramethyl tetramethylammonium tetramethylene tetramethylium tetramin tetramine tetrammine tetramorph tetramorphic tetramorphism tetramorphous tetrander tetrandrian tetrandrous tetrane tetranitrate tetranitro tetranitroaniline tetranuclear tetraodont tetraonid tetraonine tetrapartite tetrapetalous tetraphalangeate tetrapharmacal tetrapharmacon tetraphenol tetraphony tetraphosphate tetraphyllous tetrapla tetraplegia tetrapleuron tetraploid tetraploidic tetraploidy tetraplous tetrapneumonian tetrapneumonous tetrapod tetrapodic tetrapody tetrapolar tetrapolis tetrapolitan tetrapous tetraprostyle tetrapteran tetrapteron tetrapterous tetraptote tetraptych tetrapylon tetrapyramid tetrapyrenous tetraquetrous tetrarch tetrarchate tetrarchic tetrarchy tetrasaccharide tetrasalicylide tetraselenodont tetraseme tetrasemic tetrasepalous tetraskelion tetrasome tetrasomic tetrasomy tetraspermal tetraspermatous tetraspermous tetraspheric tetrasporange tetrasporangiate tetrasporangium tetraspore tetrasporic tetrasporiferous tetrasporous tetraster tetrastich tetrastichal tetrastichic tetrastichous tetrastoon tetrastyle tetrastylic tetrastylos tetrastylous tetrasubstituted tetrasubstitution tetrasulphide tetrasyllabic tetrasyllable tetrasymmetry tetrathecal tetratheism tetratheite tetrathionates tetrathionic tetratomic tetratone tetravalence tetravalency tetravalent tetraxial tetraxon tetraxonian tetraxonid tetrazane tetrazene tetrazin tetrazine tetrazo tetrazole tetrazolium tetrazolyl tetrazone tetrazotization tetrazotize tetrazyl tetremimeral tetrevangelium tetric tetrical tetricity tetricous tetrigid tetriodide tetrobol tetrobolon tetrode tetrodont tetrole tetrolic tetronic tetronymal tetrose tetroxalate tetroxide tetrsyllabical tetryl tetrylene tetter tetterish tetterous tetterwort tettery tettigoniid tettix teucrin teufit teuk teviss tew tewel tewer tewit tewly tewsome texguino text textarian textbook textbookless textiferous textile textilist textlet textman textorial textrine textual textualism textualist textuality textually textuarist textuary textural texturally texture textureless tez tezkere th tha thack thacker thackless thakur thakurate thalamencephalic thalamencephalon thalami thalamic thalamifloral thalamiflorous thalamite thalamium thalamocele thalamocoele thalamocortical thalamocrural thalamolenticular thalamomammillary thalamopeduncular thalamotegmental thalamotomy thalamus thalassal thalassian thalassic thalassinid thalassinidian thalassinoid thalassiophyte thalassiophytous thalasso thalassocracy thalassocrat thalassographer thalassographic thalassographical thalassography thalassometer thalassophilous thalassophobia thalassotherapy thalattology thalenite thaler thaliacean thalli thallic thalliferous thalliform thalline thallious thallium thallochlore thallodal thallogen thallogenic thallogenous thalloid thallome thallophyte thallophytic thallose thallous thallus thalposis thalpotic thalthan thameng thamnium thamnophile thamnophiline thamuria than thana thanadar thanage thanan thanatism thanatist thanatobiologic thanatognomonic thanatographer thanatography thanatoid thanatological thanatologist thanatology thanatomantic thanatometer thanatophidia thanatophidian thanatophobe thanatophobia thanatophobiac thanatophoby thanatopsis thanatosis thanatotic thanatousia thane thanedom thanehood thaneland thaneship thank thankee thanker thankful thankfully thankfulness thankless thanklessly thanklessness thanks thanksgiver thanksgiving thankworthily thankworthiness thankworthy thapes thapsia thar tharf tharfcake tharginyah tharm that thatch thatcher thatching thatchless thatchwood thatchwork thatchy thatn thatness thats thaught thaumasite thaumatogeny thaumatography thaumatolatry thaumatology thaumatrope thaumatropical thaumaturge thaumaturgia thaumaturgic thaumaturgical thaumaturgics thaumaturgism thaumaturgist thaumaturgy thaumoscopic thave thaw thawer thawless thawn thawy the theaceous theah theandric theanthropic theanthropical theanthropism theanthropist theanthropology theanthropophagy theanthropos theanthroposophy theanthropy thearchic thearchy theasum theat theater theatergoer theatergoing theaterless theaterlike theaterward theaterwards theaterwise theatral theatric theatricable theatrical theatricalism theatricality theatricalization theatricalize theatrically theatricalness theatricals theatrician theatricism theatricize theatrics theatrize theatrocracy theatrograph theatromania theatromaniac theatron theatrophile theatrophobia theatrophone theatrophonic theatropolis theatroscope theatry theave theb thebaine thebaism theca thecae thecal thecaphore thecasporal thecaspore thecaspored thecasporous thecate thecia thecitis thecium thecla theclan thecodont thecoglossate thecoid thecosomatous thee theek theeker theelin theelol theer theet theetsee theezan theft theftbote theftdom theftless theftproof theftuous theftuously thegether thegidder thegither thegn thegndom thegnhood thegnland thegnlike thegnly thegnship thegnworthy theiform theine theinism their theirn theirs theirselves theirsens theism theist theistic theistical theistically thelalgia thelemite theligonaceous thelitis thelium theloncus thelorrhagia thelphusian thelyblast thelyblastic thelyotokous thelyotoky thelyplasty thelytocia thelytoky thelytonic them thema themata thematic thematical thematically thematist theme themeless themelet themer themis themsel themselves then thenabouts thenadays thenal thenar thenardite thence thenceafter thenceforth thenceforward thenceforwards thencefrom thenceward thenness theoanthropomorphic theoanthropomorphism theoastrological theobromic theobromine theocentric theocentricism theocentrism theochristic theocollectivism theocollectivist theocracy theocrasia theocrasical theocrasy theocrat theocratic theocratical theocratically theocratist theodemocracy theodicaea theodicean theodicy theodidact theodolite theodolitic theodrama theody theogamy theogeological theognostic theogonal theogonic theogonism theogonist theogony theohuman theokrasia theoktonic theoktony theolatrous theolatry theolepsy theoleptic theologal theologaster theologastric theologate theologeion theologer theologi theologian theologic theological theologically theologician theologicoastronomical theologicoethical theologicohistorical theologicometaphysical theologicomilitary theologicomoral theologiconatural theologicopolitical theologics theologism theologist theologium theologization theologize theologizer theologoumena theologoumenon theologue theologus theology theomachia theomachist theomachy theomammomist theomancy theomania theomaniac theomantic theomastix theomicrist theomisanthropist theomorphic theomorphism theomorphize theomythologer theomythology theonomy theopantism theopathetic theopathic theopathy theophagic theophagite theophagous theophagy theophania theophanic theophanism theophanous theophany theophilanthrope theophilanthropic theophilanthropism theophilanthropist theophilanthropy theophile theophilist theophilosophic theophobia theophoric theophorous theophrastaceous theophylline theophysical theopneust theopneusted theopneustia theopneustic theopneusty theopolitician theopolitics theopolity theopsychism theorbist theorbo theorem theorematic theorematical theorematically theorematist theoremic theoretic theoretical theoreticalism theoretically theoretician theoreticopractical theoretics theoria theoriai theoric theorical theorically theorician theoricon theorics theorism theorist theorization theorize theorizer theorum theory theoryless theorymonger theosoph theosopheme theosophic theosophical theosophically theosophism theosophist theosophistic theosophistical theosophize theosophy theotechnic theotechnist theotechny theoteleological theoteleology theotherapy theow theowdom theowman theralite therapeusis therapeutic therapeutical therapeutically therapeutics therapeutism therapeutist theraphose theraphosid theraphosoid therapist therapsid therapy therblig there thereabouts thereabove thereacross thereafter thereafterward thereagainst thereamong thereamongst thereanent thereanents therearound thereas thereat thereaway thereaways therebeside therebesides therebetween thereby thereckly therefor therefore therefrom therehence therein thereinafter thereinbefore thereinto therence thereness thereof thereoid thereologist thereology thereon thereout thereover thereright theres therese therethrough theretill thereto theretofore theretoward thereunder thereuntil thereunto thereup thereupon therevid therewhile therewith therewithal therewithin theriac theriaca theriacal therial therianthropic therianthropism theriatrics theridiid theriodic theriodont theriolatry theriomancy theriomaniac theriomimicry theriomorph theriomorphic theriomorphism theriomorphosis theriomorphous theriotheism theriotrophical theriozoic therm thermacogenesis thermae thermal thermalgesia thermality thermally thermanalgesia thermanesthesia thermantic thermantidote thermatologic thermatologist thermatology thermesthesia thermesthesiometer thermetograph thermetrograph thermic thermically thermion thermionic thermionically thermionics thermistor thermit thermite thermo thermoammeter thermoanalgesia thermoanesthesia thermobarograph thermobarometer thermobattery thermocautery thermochemic thermochemical thermochemically thermochemist thermochemistry thermochroic thermochrosy thermocline thermocouple thermocurrent thermodiffusion thermoduric thermodynamic thermodynamical thermodynamically thermodynamician thermodynamicist thermodynamics thermodynamist thermoelectric thermoelectrical thermoelectrically thermoelectricity thermoelectrometer thermoelectromotive thermoelement thermoesthesia thermoexcitory thermogalvanometer thermogen thermogenerator thermogenesis thermogenetic thermogenic thermogenous thermogeny thermogeographical thermogeography thermogram thermograph thermography thermohyperesthesia thermojunction thermokinematics thermolabile thermolability thermological thermology thermoluminescence thermoluminescent thermolysis thermolytic thermolyze thermomagnetic thermomagnetism thermometamorphic thermometamorphism thermometer thermometerize thermometric thermometrical thermometrically thermometrograph thermometry thermomotive thermomotor thermomultiplier thermonastic thermonasty thermonatrite thermoneurosis thermoneutrality thermonous thermonuclear thermopair thermopalpation thermopenetration thermoperiod thermoperiodic thermoperiodicity thermoperiodism thermophile thermophilic thermophilous thermophobous thermophone thermophore thermophosphor thermophosphorescence thermopile thermoplastic thermoplasticity thermoplegia thermopleion thermopolymerization thermopolypnea thermopolypneic thermoradiotherapy thermoreduction thermoregulation thermoregulator thermoresistance thermoresistant thermos thermoscope thermoscopic thermoscopical thermoscopically thermosetting thermosiphon thermostability thermostable thermostat thermostatic thermostatically thermostatics thermostimulation thermosynthesis thermosystaltic thermosystaltism thermotactic thermotank thermotaxic thermotaxis thermotelephone thermotensile thermotension thermotherapeutics thermotherapy thermotic thermotical thermotically thermotics thermotropic thermotropism thermotropy thermotype thermotypic thermotypy thermovoltaic therodont theroid therolatry therologic therological therologist therology theromorph theromorphia theromorphic theromorphism theromorphological theromorphology theromorphous theropod theropodous thersitean thersitical thesauri thesaurus these theses thesial thesicle thesis thesmothetae thesmothete thesmothetes thesocyte thestreen theta thetch thetic thetical thetically thetics thetin thetine theurgic theurgical theurgically theurgist theurgy thevetin thew thewed thewless thewness thewy they theyll theyre thiacetic thiadiazole thialdine thiamide thiamin thiamine thianthrene thiasi thiasine thiasite thiasoi thiasos thiasote thiasus thiazine thiazole thiazoline thick thickbrained thicken thickener thickening thicket thicketed thicketful thickety thickhead thickheaded thickheadedly thickheadedness thickish thickleaf thicklips thickly thickneck thickness thicknessing thickset thickskin thickskull thickskulled thickwind thickwit thief thiefcraft thiefdom thiefland thiefmaker thiefmaking thiefproof thieftaker thiefwise thienone thienyl thievable thieve thieveless thiever thievery thieving thievingly thievish thievishly thievishness thig thigger thigging thigh thighbone thighed thight thightness thigmonegative thigmopositive thigmotactic thigmotactically thigmotaxis thigmotropic thigmotropically thigmotropism thilk thill thiller thilly thimber thimble thimbleberry thimbled thimbleflower thimbleful thimblelike thimblemaker thimblemaking thimbleman thimblerig thimblerigger thimbleriggery thimblerigging thimbleweed thin thinbrained thine thing thingal thingamabob thinghood thinginess thingish thingless thinglet thinglike thinglikeness thingliness thingly thingman thingness thingstead thingum thingumajig thingumbob thingummy thingy think thinkable thinkableness thinkably thinker thinkful thinking thinkingly thinkingpart thinkling thinly thinner thinness thinning thinnish thinolite thio thioacetal thioacetic thioalcohol thioaldehyde thioamide thioantimonate thioantimoniate thioantimonious thioantimonite thioarsenate thioarseniate thioarsenic thioarsenious thioarsenite thiobacteria thiobismuthite thiocarbamic thiocarbamide thiocarbamyl thiocarbanilide thiocarbimide thiocarbonate thiocarbonic thiocarbonyl thiochloride thiochrome thiocresol thiocyanate thiocyanation thiocyanic thiocyanide thiocyano thiocyanogen thiodiazole thiodiphenylamine thiofuran thiofurane thiofurfuran thiofurfurane thiogycolic thiohydrate thiohydrolysis thiohydrolyze thioindigo thioketone thiol thiolacetic thiolactic thiolic thionamic thionaphthene thionate thionation thioneine thionic thionine thionitrite thionium thionobenzoic thionthiolic thionurate thionyl thionylamine thiophen thiophene thiophenic thiophenol thiophosgene thiophosphate thiophosphite thiophosphoric thiophosphoryl thiophthene thiopyran thioresorcinol thiosinamine thiostannate thiostannic thiostannite thiostannous thiosulphate thiosulphonic thiosulphuric thiotolene thiotungstate thiotungstic thiouracil thiourea thiourethan thiourethane thioxene thiozone thiozonide thir third thirdborough thirdings thirdling thirdly thirdness thirdsman thirl thirlage thirling thirst thirster thirstful thirstily thirstiness thirsting thirstingly thirstland thirstle thirstless thirstlessness thirstproof thirsty thirt thirteen thirteener thirteenfold thirteenth thirteenthly thirtieth thirty thirtyfold thirtyish this thishow thislike thisn thisness thissen thistle thistlebird thistled thistledown thistlelike thistleproof thistlery thistlish thistly thiswise thither thitherto thitherward thitsiol thiuram thivel thixle thixolabile thixotropic thixotropy thlipsis tho thob thocht thof thoft thoftfellow thoke thokish thole tholeiite tholepin tholi tholoi tholos tholus thomasing thomisid thomsenolite thomsonite thon thonder thone thong thonged thongman thongy thoo thooid thoom thoracalgia thoracaorta thoracectomy thoracentesis thoraces thoracic thoracical thoracicoabdominal thoracicoacromial thoracicohumeral thoracicolumbar thoraciform thoracispinal thoracoabdominal thoracoacromial thoracobronchotomy thoracoceloschisis thoracocentesis thoracocyllosis thoracocyrtosis thoracodelphus thoracodidymus thoracodorsal thoracodynia thoracogastroschisis thoracograph thoracohumeral thoracolumbar thoracolysis thoracomelus thoracometer thoracometry thoracomyodynia thoracopagus thoracoplasty thoracoschisis thoracoscope thoracoscopy thoracostenosis thoracostomy thoracostracan thoracostracous thoracotomy thoral thorascope thorax thore thoria thorianite thoriate thoric thoriferous thorina thorite thorium thorn thornback thornbill thornbush thorned thornen thornhead thornily thorniness thornless thornlessness thornlet thornlike thornproof thornstone thorntail thorny thoro thorocopagous thorogummite thoron thorough thoroughbred thoroughbredness thoroughfare thoroughfarer thoroughfaresome thoroughfoot thoroughgoing thoroughgoingly thoroughgoingness thoroughgrowth thoroughly thoroughness thoroughpaced thoroughpin thoroughsped thoroughstem thoroughstitch thoroughstitched thoroughwax thoroughwort thorp thort thorter thortveitite those thou though thought thoughted thoughten thoughtful thoughtfully thoughtfulness thoughtkin thoughtless thoughtlessly thoughtlessness thoughtlet thoughtness thoughtsick thoughty thousand thousandfold thousandfoldly thousandth thousandweight thouse thow thowel thowless thowt thrack thraep thrail thrain thrall thrallborn thralldom thram thrammle thrang thrangity thranite thranitic thrap thrapple thrash thrashel thrasher thrasherman thrashing thrasonic thrasonical thrasonically thrast thrave thraver thraw thrawcrook thrawn thrawneen thread threadbare threadbareness threadbarity threaded threaden threader threadfin threadfish threadflower threadfoot threadiness threadle threadless threadlet threadlike threadmaker threadmaking threadway threadweed threadworm thready threap threaper threat threaten threatenable threatener threatening threateningly threatful threatfully threatless threatproof three threefold threefolded threefoldedness threefoldly threefoldness threeling threeness threepence threepenny threepennyworth threescore threesome thremmatology threne threnetic threnetical threnode threnodial threnodian threnodic threnodical threnodist threnody threnos threonin threonine threose threpsology threptic thresh threshel thresher thresherman threshingtime threshold threw thribble thrice thricecock thridacium thrift thriftbox thriftily thriftiness thriftless thriftlessly thriftlessness thriftlike thrifty thrill thriller thrillful thrillfully thrilling thrillingly thrillingness thrillproof thrillsome thrilly thrimble thrimp thring thrinter thrioboly thrip thripel thripple thrips thrive thriveless thriven thriver thriving thrivingly thrivingness thro throat throatal throatband throated throatful throatily throatiness throating throatlash throatlatch throatless throatlet throatroot throatstrap throatwort throaty throb throbber throbbingly throbless throck throdden throddy throe thrombase thrombin thromboangiitis thromboarteritis thrombocyst thrombocyte thrombocytopenia thrombogen thrombogenic thromboid thrombokinase thrombolymphangitis thrombopenia thrombophlebitis thromboplastic thromboplastin thrombose thrombosis thrombostasis thrombotic thrombus thronal throne thronedom throneless thronelet thronelike throneward throng thronger throngful throngingly thronize thropple throstle throstlelike throttle throttler throttling throttlingly throu throuch throucht through throughbear throughbred throughcome throughgang throughganging throughgoing throughgrow throughknow throughout throughput throve throw throwaway throwback throwdown thrower throwing thrown throwoff throwout throwster throwwort thrum thrummer thrummers thrummy thrumwort thrush thrushel thrushlike thrushy thrust thruster thrustful thrustfulness thrusting thrustings thrutch thrutchings thruv thrymsa thud thudding thuddingly thug thugdom thuggee thuggeeism thuggery thuggess thuggish thuggism thujene thujin thujone thujyl thulia thulir thulite thulium thulr thuluth thumb thumbbird thumbed thumber thumbkin thumble thumbless thumblike thumbmark thumbnail thumbpiece thumbprint thumbrope thumbscrew thumbstall thumbstring thumbtack thumby thumlungur thump thumper thumping thumpingly thunbergilene thunder thunderation thunderball thunderbearer thunderbearing thunderbird thunderblast thunderbolt thunderburst thunderclap thundercloud thundercrack thunderer thunderfish thunderflower thunderful thunderhead thunderheaded thundering thunderingly thunderless thunderlike thunderous thunderously thunderousness thunderpeal thunderplump thunderproof thundershower thundersmite thundersquall thunderstick thunderstone thunderstorm thunderstrike thunderstroke thunderstruck thunderwood thunderworm thunderwort thundery thundrous thundrously thung thunge thuoc thurible thuribuler thuribulum thurifer thuriferous thurificate thurificati thurification thurify thuringite thurl thurm thurmus thurrock thurse thurt thus thusgate thusly thusness thuswise thutter thwack thwacker thwacking thwackingly thwackstave thwaite thwart thwartedly thwarteous thwarter thwarting thwartingly thwartly thwartman thwartness thwartover thwartsaw thwartship thwartships thwartways thwartwise thwite thwittle thy thyine thylacine thylacitis thymacetin thymate thyme thymectomize thymectomy thymegol thymelaeaceous thymelcosis thymele thymelic thymelical thymelici thymene thymetic thymic thymicolymphatic thymine thymiosis thymitis thymocyte thymogenic thymol thymolate thymolize thymolphthalein thymolsulphonephthalein thymoma thymonucleic thymopathy thymoprivic thymoprivous thymopsyche thymoquinone thymotactic thymotic thymus thymy thymyl thymylic thynnid thyratron thyreoadenitis thyreoantitoxin thyreoarytenoid thyreoarytenoideus thyreocervical thyreocolloid thyreoepiglottic thyreogenic thyreogenous thyreoglobulin thyreoglossal thyreohyal thyreohyoid thyreoid thyreoidal thyreoideal thyreoidean thyreoidectomy thyreoiditis thyreoitis thyreolingual thyreoprotein thyreosis thyreotomy thyreotoxicosis thyreotropic thyridial thyridium thyrisiferous thyroadenitis thyroantitoxin thyroarytenoid thyroarytenoideus thyrocardiac thyrocele thyrocervical thyrocolloid thyrocricoid thyroepiglottic thyroepiglottidean thyrogenic thyroglobulin thyroglossal thyrohyal thyrohyoid thyrohyoidean thyroid thyroidal thyroidea thyroideal thyroidean thyroidectomize thyroidectomy thyroidism thyroiditis thyroidization thyroidless thyroidotomy thyroiodin thyrolingual thyronine thyroparathyroidectomize thyroparathyroidectomy thyroprival thyroprivia thyroprivic thyroprivous thyroprotein thyrostracan thyrotherapy thyrotomy thyrotoxic thyrotoxicosis thyrotropic thyroxine thyrse thyrsiflorous thyrsiform thyrsoid thyrsoidal thyrsus thysanopter thysanopteran thysanopteron thysanopterous thysanouran thysanourous thysanuran thysanurian thysanuriform thysanurous thysel thyself thysen ti tiang tiao tiar tiara tiaralike tiarella tib tibby tibet tibey tibia tibiad tibiae tibial tibiale tibicinist tibiocalcanean tibiofemoral tibiofibula tibiofibular tibiometatarsal tibionavicular tibiopopliteal tibioscaphoid tibiotarsal tibiotarsus tibourbou tiburon tic tical ticca tice ticement ticer tichodrome tichorrhine tick tickbean tickbird tickeater ticked ticken ticker ticket ticketer ticketing ticketless ticketmonger tickey tickicide tickie ticking tickle tickleback ticklebrain tickled ticklely ticklenburg tickleness tickleproof tickler ticklesome tickless tickleweed tickling ticklingly ticklish ticklishly ticklishness tickly tickney tickproof tickseed tickseeded ticktack ticktacker ticktacktoe ticktick ticktock tickweed ticky ticul tid tidal tidally tidbit tiddle tiddledywinks tiddler tiddley tiddling tiddlywink tiddlywinking tiddy tide tided tideful tidehead tideland tideless tidelessness tidelike tidely tidemaker tidemaking tidemark tiderace tidesman tidesurveyor tidewaiter tidewaitership tideward tidewater tideway tidiable tidily tidiness tiding tidingless tidings tidley tidological tidology tidy tidyism tidytips tie tieback tied tiemaker tiemaking tiemannite tien tiepin tier tierce tierced tierceron tiered tierer tierlike tiersman tietick tiewig tiewigged tiff tiffany tiffanyite tiffie tiffin tiffish tiffle tiffy tifinagh tift tifter tig tige tigella tigellate tigelle tigellum tigellus tiger tigerbird tigereye tigerflower tigerfoot tigerhearted tigerhood tigerish tigerishly tigerishness tigerism tigerkin tigerlike tigerling tigerly tigernut tigerproof tigerwood tigery tigger tight tighten tightener tightfisted tightish tightly tightness tightrope tights tightwad tightwire tiglaldehyde tiglic tiglinic tignum tigress tigresslike tigrine tigroid tigrolysis tigrolytic tigtag tikitiki tikka tikker tiklin tikolosh tikor tikur til tilaite tilaka tilasite tilbury tilde tile tiled tilefish tilelike tilemaker tilemaking tiler tileroot tilery tileseed tilestone tileways tilework tileworks tilewright tileyard tiliaceous tilikum tiling till tillable tillage tiller tillering tillerless tillerman tilletiaceous tilley tillite tillodont tillot tillotter tilly tilmus tilpah tilt tiltable tiltboard tilter tilth tilting tiltlike tiltmaker tiltmaking tiltup tilty tiltyard tilyer timable timaliine timaline timar timarau timawa timazite timbal timbale timbang timbe timber timbered timberer timberhead timbering timberjack timberland timberless timberlike timberling timberman timbermonger timbern timbersome timbertuned timberwood timberwork timberwright timbery timberyard timbo timbre timbrel timbreled timbreler timbrologist timbrology timbromania timbromaniac timbromanist timbrophilic timbrophilism timbrophilist timbrophily time timeable timecard timed timeful timefully timefulness timekeep timekeeper timekeepership timeless timelessly timelessness timeliine timelily timeliness timeling timely timenoguy timeous timeously timepiece timepleaser timeproof timer times timesaver timesaving timeserver timeserving timeservingness timetable timetaker timetaking timeward timework timeworker timeworn timid timidity timidly timidness timing timish timist timocracy timocratic timocratical timon timoneer timor timorous timorously timorousness timothy timpani timpanist timpano tin tinamine tinamou tinampipi tincal tinchel tinchill tinclad tinct tinction tinctorial tinctorially tinctorious tinctumutation tincture tind tindal tindalo tinder tinderbox tindered tinderish tinderlike tinderous tindery tine tinea tineal tinean tined tinegrass tineid tineine tineman tineoid tinetare tinety tineweed tinful ting tinge tinged tinger tingi tingibility tingible tingid tingitid tinglass tingle tingler tingletangle tingling tinglingly tinglish tingly tingtang tinguaite tinguaitic tinguy tinhorn tinhouse tinily tininess tining tink tinker tinkerbird tinkerdom tinkerer tinkerlike tinkerly tinkershire tinkershue tinkerwise tinkle tinkler tinklerman tinkling tinklingly tinkly tinlet tinlike tinman tinned tinner tinnery tinnet tinnified tinnily tinniness tinning tinnitus tinnock tinny tinosa tinsel tinsellike tinselly tinselmaker tinselmaking tinselry tinselweaver tinselwork tinsman tinsmith tinsmithing tinsmithy tinstone tinstuff tint tinta tintage tintamarre tintarron tinted tinter tintie tintiness tinting tintingly tintinnabula tintinnabulant tintinnabular tintinnabulary tintinnabulate tintinnabulation tintinnabulatory tintinnabulism tintinnabulist tintinnabulous tintinnabulum tintist tintless tintometer tintometric tintometry tinty tintype tintyper tinwald tinware tinwoman tinwork tinworker tinworking tiny tinzenite tip tipburn tipcart tipcat tipe tipful tiphead tipiti tiple tipless tiplet tipman tipmost tiponi tippable tipped tippee tipper tippet tipping tipple tippleman tippler tipply tipproof tippy tipsification tipsifier tipsify tipsily tipsiness tipstaff tipster tipstock tipsy tiptail tipteerer tiptilt tiptoe tiptoeing tiptoeingly tiptop tiptopness tiptopper tiptoppish tiptoppishness tiptopsome tipulid tipuloid tipup tirade tiralee tire tired tiredly tiredness tiredom tirehouse tireless tirelessly tirelessness tiremaid tiremaker tiremaking tireman tirer tireroom tiresmith tiresome tiresomely tiresomeness tiresomeweed tirewoman tiriba tiring tiringly tirl tirma tirocinium tirr tirralirra tirret tirrivee tirrlie tirrwirr tirthankara tirve tirwit tisane tisar tissual tissue tissued tissueless tissuelike tissuey tisswood tiswin tit titanate titanaugite titania titanic titaniferous titanifluoride titanite titanitic titanium titano titanocolumbate titanocyanide titanofluoride titanomagnetite titanoniobate titanosaur titanosilicate titanothere titanous titanyl titar titbit titbitty tite titer titeration titfish tithable tithal tithe tithebook titheless tithemonger tithepayer tither titheright tithing tithingman tithingpenny tithonic tithonicity tithonographic tithonometer titi titian titien titilate titillability titillant titillater titillating titillatingly titillation titillative titillator titillatory titivate titivation titivator titlark title titleboard titled titledom titleholder titleless titleproof titler titleship titlike titling titlist titmal titman titmouse titoki titrable titratable titrate titration titre titrimetric titrimetry titter titterel titterer tittering titteringly tittery tittie tittle tittlebat tittler tittup tittupy titty tittymouse titubancy titubant titubantly titubate titubation titular titularity titularly titulary titulation titule titulus tiver tivoli tivy tiza tizeur tizzy tjanting tji tjosite tlaco tmema tmesis to toa toad toadback toadeat toadeater toader toadery toadess toadfish toadflax toadflower toadhead toadier toadish toadless toadlet toadlike toadlikeness toadling toadpipe toadroot toadship toadstone toadstool toadstoollike toadwise toady toadyish toadyism toadyship toast toastable toastee toaster toastiness toastmaster toastmastery toastmistress toasty toat toatoa tobacco tobaccofied tobaccoism tobaccoite tobaccoless tobaccolike tobaccoman tobacconalian tobacconist tobacconistical tobacconize tobaccophil tobaccoroot tobaccoweed tobaccowood tobaccoy tobe tobine tobira toboggan tobogganeer tobogganer tobogganist toby tobyman tocalote toccata tocher tocherless tock toco tocodynamometer tocogenetic tocogony tocokinin tocological tocologist tocology tocome tocometer tocopherol tocororo tocsin tocusso tod today todayish todder toddick toddite toddle toddlekins toddler toddy toddyize toddyman tode tody toe toeboard toecap toecapped toed toeless toelike toellite toenail toeplate toernebohmite toetoe toff toffee toffeeman toffing toffish toffy toffyman toft tofter toftman toftstead tofu tog toga togaed togalike togata togate togated togawise together togetherhood togetheriness togetherness toggel toggery toggle toggler togless togs togt togue toher toheroa toho tohubohu tohunga toi toil toiled toiler toilet toileted toiletry toilette toiletted toiletware toilful toilfully toilinet toiling toilingly toilless toillessness toilsome toilsomely toilsomeness toilworn toise toit toitish toity tokay toke token tokened tokenless toko tokology tokonoma tokopat tol tolamine tolan tolane tolbooth told toldo tole tolerability tolerable tolerableness tolerablish tolerably tolerance tolerancy tolerant tolerantism tolerantly tolerate toleration tolerationism tolerationist tolerative tolerator tolerism tolfraedic tolguacha tolidine tolite toll tollable tollage tollbooth toller tollery tollgate tollgatherer tollhouse tolliker tolling tollkeeper tollman tollmaster tollpenny tolltaker tolly tolpatch tolpatchery tolsester tolsey tolt tolter tolu tolualdehyde toluate toluene toluic toluide toluidide toluidine toluidino toluido tolunitrile toluol toluquinaldine tolusafranine toluyl toluylene toluylenediamine toluylic tolyl tolylene tolylenediamine tolypeutine tomahawk tomahawker tomalley toman tomatillo tomato tomb tombac tombal tombe tombic tombless tomblet tomblike tombola tombolo tomboy tomboyful tomboyish tomboyishly tomboyishness tomboyism tombstone tomcat tomcod tome tomeful tomelet toment tomentose tomentous tomentulose tomentum tomfool tomfoolery tomfoolish tomfoolishness tomial tomin tomish tomium tomjohn tomkin tommy tommybag tommycod tommyrot tomnoddy tomnoup tomogram tomographic tomography tomorn tomorrow tomorrower tomorrowing tomorrowness tomosis tompiper tompon tomtate tomtit ton tonal tonalamatl tonalist tonalite tonalitive tonality tonally tonant tonation tondino tone toned toneless tonelessly tonelessness toneme toneproof toner tonetic tonetically tonetician tonetics tong tonga tonger tongkang tongman tongs tongsman tongue tonguecraft tongued tonguedoughty tonguefence tonguefencer tongueflower tongueful tongueless tonguelet tonguelike tongueman tonguemanship tongueplay tongueproof tonguer tongueshot tonguesman tonguesore tonguester tonguetip tonguey tonguiness tonguing tonic tonically tonicity tonicize tonicobalsamic tonicoclonic tonicostimulant tonify tonight tonish tonishly tonishness tonite tonitrocirrus tonitruant tonitruone tonitruous tonjon tonk tonkin tonlet tonnage tonneau tonneaued tonner tonnish tonnishly tonnishness tonoclonic tonogram tonograph tonological tonology tonometer tonometric tonometry tonophant tonoplast tonoscope tonotactic tonotaxis tonous tonsbergite tonsil tonsilectomy tonsilitic tonsillar tonsillary tonsillectome tonsillectomic tonsillectomize tonsillectomy tonsillith tonsillitic tonsillitis tonsillolith tonsillotome tonsillotomy tonsilomycosis tonsor tonsorial tonsurate tonsure tonsured tontine tontiner tonus tony tonyhoop too toodle toodleloodle took tooken tool toolbox toolbuilder toolbuilding tooler toolhead toolholder toolholding tooling toolless toolmaker toolmaking toolman toolmark toolmarking toolplate toolroom toolsetter toolslide toolsmith toolstock toolstone toom toomly toon toonwood toop toorie toorock tooroo toosh toot tooter tooth toothache toothaching toothachy toothbill toothbrush toothbrushy toothchiseled toothcomb toothcup toothdrawer toothdrawing toothed toother toothflower toothful toothill toothing toothless toothlessly toothlessness toothlet toothleted toothlike toothpick toothplate toothproof toothsome toothsomely toothsomeness toothstick toothwash toothwork toothwort toothy tootle tootler tootlish tootsy toozle toozoo top topalgia toparch toparchia toparchical toparchy topass topaz topazfels topazine topazite topazolite topazy topcap topcast topchrome topcoat topcoating tope topectomy topee topeewallah topeng topepo toper toperdom topesthesia topflight topfull topgallant toph tophaceous tophaike tophetic tophetize tophus tophyperidrosis topi topia topiarian topiarist topiarius topiary topic topical topicality topically topinambou topknot topknotted topless toplighted toplike topline toploftical toploftily toploftiness toplofty topmaker topmaking topman topmast topmost topmostly topnotch topnotcher topo topoalgia topochemical topognosia topognosis topograph topographer topographic topographical topographically topographics topographist topographize topographometric topography topolatry topologic topological topologist topology toponarcosis toponym toponymal toponymic toponymical toponymics toponymist toponymy topophobia topophone topotactic topotaxis topotype topotypic topotypical topped topper toppiece topping toppingly toppingness topple toppler topply toppy toprail toprope tops topsail topsailite topside topsl topsman topsoil topstone topswarm topsyturn toptail topwise toque tor tora torah toral toran torbanite torbanitic torbernite torc torcel torch torchbearer torchbearing torcher torchless torchlight torchlighted torchlike torchman torchon torchweed torchwood torchwort torcular torculus tordrillite tore toreador tored torero toreumatography toreumatology toreutic toreutics torfaceous torfel torgoch toric torii torma tormen torment tormenta tormentable tormentation tormentative tormented tormentedly tormentful tormentil tormentilla tormenting tormentingly tormentingness tormentive tormentor tormentous tormentress tormentry tormentum tormina torminal torminous tormodont torn tornachile tornade tornadic tornado tornadoesque tornadoproof tornal tornaria tornarian tornese torney tornillo tornote tornus toro toroid toroidal torolillo tororokombu torose torosity torotoro torous torpedineer torpedinous torpedo torpedoer torpedoist torpedolike torpedoplane torpedoproof torpent torpescence torpescent torpid torpidity torpidly torpidness torpify torpitude torpor torporific torporize torquate torquated torque torqued torques torrefaction torrefication torrefy torrent torrentful torrentfulness torrential torrentiality torrentially torrentine torrentless torrentlike torrentuous torrentwise torrid torridity torridly torridness torsade torse torsel torsibility torsigraph torsile torsimeter torsiogram torsiograph torsiometer torsion torsional torsionally torsioning torsionless torsive torsk torso torsoclusion torsometer torsoocclusion tort torta torteau torticollar torticollis torticone tortile tortility tortilla tortille tortious tortiously tortive tortoise tortoiselike tortrices tortricid tortricine tortricoid tortula tortulaceous tortulous tortuose tortuosity tortuous tortuously tortuousness torturable torturableness torture tortured torturedly tortureproof torturer torturesome torturing torturingly torturous torturously toru torula torulaceous torulaform toruliform torulin toruloid torulose torulosis torulous torulus torus torve torvid torvity torvous tory toryhillite toryweed tosaphist tosaphoth toscanite tosh toshakhana tosher toshery toshly toshnail toshy tosily toss tosser tossicated tossily tossing tossingly tossment tosspot tossup tossy tost tosticate tostication toston tosy tot total totalitarian totalitarianism totality totalization totalizator totalize totalizer totally totalness totanine totaquin totaquina totaquine totara totchka tote toteload totem totemic totemically totemism totemist totemistic totemite totemization totemy toter tother totient totipalmate totipalmation totipotence totipotency totipotent totipotential totipotentiality totitive toto totora totquot totter totterer tottergrass tottering totteringly totterish tottery totting tottle tottlish totty tottyhead totuava totum toty totyman tou toucan toucanet touch touchable touchableness touchback touchbell touchbox touchdown touched touchedness toucher touchhole touchily touchiness touching touchingly touchingness touchless touchline touchous touchpan touchpiece touchstone touchwood touchy toug tough toughen toughener toughhead toughhearted toughish toughly toughness tought tould toumnah toup toupee toupeed toupet tour touraco tourbillion tourer tourette touring tourism tourist touristdom touristic touristproof touristry touristship touristy tourize tourmaline tourmalinic tourmaliniferous tourmalinization tourmalinize tourmalite tourn tournament tournamental tournant tournasin tournay tournee tourney tourneyer tourniquet tourte tousche touse touser tousle tously tousy tout touter tovar tovariaceous tovarish tow towable towage towai towan toward towardliness towardly towardness towards towboat towcock towd towel towelette toweling towelry tower towered towering toweringly towerless towerlet towerlike towerman towerproof towerwise towerwork towerwort towery towght towhead towheaded towhee towing towkay towlike towline towmast town towned townee towner townet townfaring townfolk townful towngate townhood townify towniness townish townishly townishness townist townland townless townlet townlike townling townly townman townsboy townscape townsfellow townsfolk township townside townsite townsman townspeople townswoman townward townwards townwear towny towpath towrope towser towy tox toxa toxalbumic toxalbumin toxalbumose toxamin toxanemia toxaphene toxcatl toxemia toxemic toxic toxicaemia toxical toxically toxicant toxicarol toxication toxicemia toxicity toxicodendrol toxicoderma toxicodermatitis toxicodermatosis toxicodermia toxicodermitis toxicogenic toxicognath toxicohaemia toxicohemia toxicoid toxicologic toxicological toxicologically toxicologist toxicology toxicomania toxicopathic toxicopathy toxicophagous toxicophagy toxicophidia toxicophobia toxicosis toxicotraumatic toxicum toxidermic toxidermitis toxifer toxiferous toxigenic toxihaemia toxihemia toxiinfection toxiinfectious toxin toxinemia toxinfection toxinfectious toxinosis toxiphobia toxiphobiac toxiphoric toxitabellae toxity toxodont toxogenesis toxoglossate toxoid toxology toxolysis toxon toxone toxonosis toxophil toxophile toxophilism toxophilite toxophilitic toxophilitism toxophilous toxophily toxophoric toxophorous toxoplasmosis toxosis toxosozin toxotae toy toydom toyer toyful toyfulness toyhouse toying toyingly toyish toyishly toyishness toyland toyless toylike toymaker toymaking toyman toyon toyshop toysome toytown toywoman toywort toze tozee tozer tra trabacolo trabal trabant trabascolo trabea trabeae trabeatae trabeated trabeation trabecula trabecular trabecularism trabeculate trabeculated trabeculation trabecule trabuch trabucho trace traceability traceable traceableness traceably traceless tracelessly tracer traceried tracery trachea tracheaectasy tracheal trachealgia trachealis trachean trachearian tracheary tracheate tracheation tracheid tracheidal tracheitis trachelagra trachelate trachelectomopexia trachelectomy trachelismus trachelitis trachelium tracheloacromialis trachelobregmatic tracheloclavicular trachelocyllosis trachelodynia trachelology trachelomastoid trachelopexia tracheloplasty trachelorrhaphy tracheloscapular trachelotomy trachenchyma tracheobronchial tracheobronchitis tracheocele tracheochromatic tracheoesophageal tracheofissure tracheolar tracheolaryngeal tracheolaryngotomy tracheole tracheolingual tracheopathia tracheopathy tracheopharyngeal tracheophone tracheophonesis tracheophonine tracheophony tracheoplasty tracheopyosis tracheorrhagia tracheoschisis tracheoscopic tracheoscopist tracheoscopy tracheostenosis tracheostomy tracheotome tracheotomist tracheotomize tracheotomy trachinoid trachitis trachle trachodont trachodontid trachomatous trachomedusan trachyandesite trachybasalt trachycarpous trachychromatic trachydolerite trachyglossate trachyline trachymedusan trachyphonia trachyphonous trachypteroid trachyspermous trachyte trachytic trachytoid tracing tracingly track trackable trackage trackbarrow tracked tracker trackhound trackingscout tracklayer tracklaying trackless tracklessly tracklessness trackman trackmanship trackmaster trackscout trackshifter tracksick trackside trackwalker trackway trackwork tract tractability tractable tractableness tractably tractarian tractarianize tractate tractator tractatule tractellate tractellum tractiferous tractile tractility traction tractional tractioneering tractlet tractor tractoration tractorism tractorist tractorization tractorize tractory tractrix tradable tradal trade tradecraft tradeful tradeless trademaster trader tradership tradesfolk tradesman tradesmanlike tradesmanship tradesmanwise tradespeople tradesperson tradeswoman tradiment trading tradite tradition traditional traditionalism traditionalist traditionalistic traditionality traditionalize traditionally traditionarily traditionary traditionate traditionately traditioner traditionism traditionist traditionitis traditionize traditionless traditionmonger traditious traditive traditor traditores traditorship traduce traducement traducent traducer traducian traducianism traducianist traducianistic traducible traducing traducingly traduction traductionist trady traffic trafficability trafficable trafficableness trafficless trafficway trafflicker trafflike trag tragacanth tragacantha tragacanthin tragal tragedial tragedian tragedianess tragedical tragedienne tragedietta tragedist tragedization tragedize tragedy tragelaph tragelaphine tragi tragic tragical tragicality tragically tragicalness tragicaster tragicize tragicly tragicness tragicofarcical tragicoheroicomic tragicolored tragicomedian tragicomedy tragicomic tragicomical tragicomicality tragicomically tragicomipastoral tragicoromantic tragicose tragopan traguline traguloid tragus trah traheen traik trail trailer trailery trailiness trailing trailingly trailless trailmaker trailmaking trailman trailside trailsman traily train trainable trainage trainagraph trainband trainbearer trainbolt trainboy trained trainee trainer trainful training trainless trainload trainman trainmaster trainsick trainster traintime trainway trainy traipse trait traitless traitor traitorhood traitorism traitorize traitorlike traitorling traitorous traitorously traitorousness traitorship traitorwise traitress traject trajectile trajection trajectitious trajectory trajet tralatician tralaticiary tralatition tralatitious tralatitiously tralira tram trama tramal tramcar trame tramful tramless tramline tramman trammel trammeled trammeler trammelhead trammeling trammelingly trammelled trammellingly trammer tramming trammon tramontane tramp trampage trampdom tramper trampess tramphood trampish trampishly trampism trample trampler tramplike trampolin trampoline trampoose trampot tramroad tramsmith tramway tramwayman tramyard trance tranced trancedly tranceful trancelike tranchefer tranchet trancoidal traneen trank tranka tranker trankum tranky tranquil tranquility tranquilization tranquilize tranquilizer tranquilizing tranquilizingly tranquillity tranquillization tranquillize tranquilly tranquilness transaccidentation transact transaction transactional transactionally transactioneer transactor transalpine transalpinely transalpiner transamination transanimate transanimation transannular transapical transappalachian transaquatic transarctic transatlantic transatlantically transatlantican transatlanticism transaudient transbaikal transbaikalian transbay transboard transborder transcalency transcalent transcalescency transcalescent transceiver transcend transcendence transcendency transcendent transcendental transcendentalism transcendentalist transcendentalistic transcendentality transcendentalize transcendentally transcendently transcendentness transcendible transcending transcendingly transcendingness transcension transchannel transcolor transcoloration transconductance transcondylar transcondyloid transconscious transcontinental transcorporate transcorporeal transcortical transcreate transcribable transcribble transcribbler transcribe transcriber transcript transcription transcriptional transcriptionally transcriptitious transcriptive transcriptively transcriptural transcrystalline transcurrent transcurrently transcurvation transdermic transdesert transdialect transdiaphragmatic transdiurnal transducer transduction transect transection transelement transelementate transelementation transempirical transenna transept transeptal transeptally transequatorial transessentiate transeunt transexperiential transfashion transfeature transfer transferability transferable transferableness transferably transferal transferee transference transferent transferential transferography transferor transferotype transferred transferrer transferribility transferring transferror transferrotype transfigurate transfiguration transfigurative transfigure transfigurement transfiltration transfinite transfix transfixation transfixion transfixture transfluent transfluvial transflux transforation transform transformability transformable transformance transformation transformationist transformative transformator transformer transforming transformingly transformism transformist transformistic transfrontal transfrontier transfuge transfugitive transfuse transfuser transfusible transfusion transfusionist transfusive transfusively transgredient transgress transgressible transgressing transgressingly transgression transgressional transgressive transgressively transgressor transhape transhuman transhumanate transhumanation transhumance transhumanize transhumant transience transiency transient transiently transientness transigence transigent transiliac transilience transiliency transilient transilluminate transillumination transilluminator transimpression transincorporation transindividual transinsular transire transischiac transisthmian transistor transit transitable transiter transition transitional transitionally transitionalness transitionary transitionist transitival transitive transitively transitiveness transitivism transitivity transitman transitorily transitoriness transitory transitus translade translatable translatableness translate translater translation translational translationally translative translator translatorese translatorial translatorship translatory translatress translatrix translay transleithan transletter translinguate transliterate transliteration transliterator translocalization translocate translocation translocatory translucence translucency translucent translucently translucid transmarginal transmarine transmaterial transmateriation transmedial transmedian transmental transmentation transmeridional transmethylation transmigrant transmigrate transmigration transmigrationism transmigrationist transmigrative transmigratively transmigrator transmigratory transmissibility transmissible transmission transmissional transmissionist transmissive transmissively transmissiveness transmissivity transmissometer transmissory transmit transmittable transmittal transmittance transmittancy transmittant transmitter transmittible transmogrification transmogrifier transmogrify transmold transmontane transmorphism transmundane transmural transmuscle transmutability transmutable transmutableness transmutably transmutation transmutational transmutationist transmutative transmutatory transmute transmuter transmuting transmutive transmutual transnatation transnational transnatural transnaturation transnature transnihilation transnormal transocean transoceanic transocular transom transomed transonic transorbital transpacific transpadane transpalatine transpalmar transpanamic transparence transparency transparent transparentize transparently transparentness transparietal transparish transpeciate transpeciation transpeer transpenetrable transpeninsular transperitoneal transperitoneally transpersonal transphenomenal transphysical transpicuity transpicuous transpicuously transpierce transpirability transpirable transpiration transpirative transpiratory transpire transpirometer transplace transplant transplantability transplantable transplantar transplantation transplantee transplanter transplendency transplendent transplendently transpleural transpleurally transpolar transponibility transponible transpontine transport transportability transportable transportableness transportal transportance transportation transportational transportationist transportative transported transportedly transportedness transportee transporter transporting transportingly transportive transportment transposability transposable transposableness transposal transpose transposer transposition transpositional transpositive transpositively transpositor transpository transpour transprint transprocess transprose transproser transpulmonary transpyloric transradiable transrational transreal transrectification transrhenane transrhodanian transriverine transsegmental transsensual transseptal transsepulchral transshape transshift transship transshipment transsolid transstellar transsubjective transtemporal transthalamic transthoracic transubstantial transubstantially transubstantiate transubstantiation transubstantiationalist transubstantiationite transubstantiative transubstantiatively transubstantiatory transudate transudation transudative transudatory transude transumpt transumption transumptive transuranian transuranic transuranium transuterine transvaal transvaluate transvaluation transvalue transvasate transvasation transvase transvectant transvection transvenom transverbate transverbation transverberate transverberation transversal transversale transversalis transversality transversally transversan transversary transverse transversely transverseness transverser transversion transversive transversocubital transversomedial transversospinal transversovertical transversum transversus transvert transverter transvest transvestism transvestite transvestitism transvolation transwritten trant tranter trantlum trap trapaceous trapball trapes trapezate trapeze trapezia trapezial trapezian trapeziform trapezing trapeziometacarpal trapezist trapezium trapezius trapezohedral trapezohedron trapezoid trapezoidal trapezoidiform trapfall traphole trapiferous traplight traplike trapmaker trapmaking trappean trapped trapper trapperlike trappiness trapping trappingly trappist trappoid trappose trappous trappy traprock traps trapshoot trapshooter trapshooting trapstick trapunto trasformism trash trashery trashify trashily trashiness traship trashless trashrack trashy trass trasy traulism trauma traumasthenia traumatic traumatically traumaticin traumaticine traumatism traumatize traumatology traumatonesis traumatopnea traumatopyra traumatosis traumatotactic traumatotaxis traumatropic traumatropism travail travale travally travated trave travel travelability travelable traveldom traveled traveler traveleress travelerlike traveling travellability travellable travelled traveller travelogue traveloguer traveltime traversable traversal traversary traverse traversed traversely traverser traversewise traversework traversing traversion travertin travertine travestier travestiment travesty travis travois travoy trawl trawlboat trawler trawlerman trawlnet tray trayful traylike treacher treacherous treacherously treacherousness treachery treacle treaclelike treaclewort treacliness treacly tread treadboard treader treading treadle treadler treadmill treadwheel treason treasonable treasonableness treasonably treasonful treasonish treasonist treasonless treasonmonger treasonous treasonously treasonproof treasurable treasure treasureless treasurer treasurership treasuress treasurous treasury treasuryship treat treatable treatableness treatably treatee treater treating treatise treatiser treatment treator treaty treatyist treatyite treatyless treble trebleness trebletree trebly trebuchet trecentist trechmannite treckschuyt treddle tredecile tredille tree treebeard treebine treed treefish treeful treehair treehood treeify treeiness treeless treelessness treelet treelike treeling treemaker treemaking treeman treen treenail treescape treeship treespeeler treetop treeward treewards treey tref trefgordd trefle trefoil trefoiled trefoillike trefoilwise tregadyne tregerg tregohm trehala trehalase trehalose treillage trek trekker trekometer trekpath trellis trellised trellislike trelliswork tremandraceous trematode trematoid tremble tremblement trembler trembling tremblingly tremblingness tremblor trembly tremellaceous tremelliform tremelline tremellineous tremelloid tremellose tremendous tremendously tremendousness tremetol tremie tremolando tremolant tremolist tremolite tremolitic tremolo tremor tremorless tremorlessly tremulant tremulate tremulation tremulous tremulously tremulousness trenail trench trenchancy trenchant trenchantly trenchantness trenchboard trenched trencher trencherless trencherlike trenchermaker trenchermaking trencherman trencherside trencherwise trencherwoman trenchful trenchlet trenchlike trenchmaster trenchmore trenchward trenchwise trenchwork trend trendle trental trentepohliaceous trepan trepanation trepang trepanize trepanner trepanning trepanningly trephination trephine trephiner trephocyte trephone trepid trepidancy trepidant trepidate trepidation trepidatory trepidity trepidly trepidness treponematous treponemiasis treponemiatic treponemicidal treponemicide trepostomatous tresaiel trespass trespassage trespasser trespassory tress tressed tressful tressilate tressilation tressless tresslet tresslike tresson tressour tressure tressured tressy trest trestle trestletree trestlewise trestlework trestling tret trevally trevet trews trewsman trey tri triable triableness triace triacetamide triacetate triacetonamine triachenium triacid triacontaeterid triacontane triaconter triact triactinal triactine triad triadelphous triadic triadical triadically triadism triadist triaene triaenose triage triagonal triakisicosahedral triakisicosahedron triakisoctahedral triakisoctahedrid triakisoctahedron triakistetrahedral triakistetrahedron trial trialate trialism trialist triality trialogue triamid triamide triamine triamino triammonium triamylose triander triandrian triandrous triangle triangled triangler triangleways trianglewise trianglework triangular triangularity triangularly triangulate triangulately triangulation triangulator trianguloid triangulopyramidal triangulotriangular triannual triannulate triantelope trianthous triapsal triapsidal triarch triarchate triarchy triarctic triarcuated triareal triarii triarticulate triaster triatic triatomic triatomicity triaxial triaxon triaxonian triazane triazin triazine triazo triazoic triazole triazolic tribade tribadism tribady tribal tribalism tribalist tribally tribarred tribase tribasic tribasicity tribasilar tribble tribe tribeless tribelet tribelike tribesfolk tribeship tribesman tribesmanship tribespeople tribeswoman triblastic triblet triboelectric triboelectricity tribofluorescence tribofluorescent triboluminescence triboluminescent tribometer tribophosphorescence tribophosphorescent tribophosphoroscope triborough tribrac tribrach tribrachial tribrachic tribracteate tribracteolate tribromacetic tribromide tribromoethanol tribromophenol tribromphenate tribromphenol tribual tribually tribular tribulate tribulation tribuloid tribuna tribunal tribunate tribune tribuneship tribunitial tribunitian tribunitiary tribunitive tributable tributarily tributariness tributary tribute tributer tributist tributorian tributyrin trica tricae tricalcic tricalcium tricapsular tricar tricarballylic tricarbimide tricarbon tricarboxylic tricarinate tricarinated tricarpellary tricarpellate tricarpous tricaudal tricaudate trice tricellular tricenarious tricenarium tricenary tricennial tricentenarian tricentenary tricentennial tricentral tricephal tricephalic tricephalous tricephalus triceps triceria tricerion tricerium trichatrophia trichauxis trichechine trichechodont trichevron trichi trichia trichiasis trichina trichinae trichinal trichiniasis trichiniferous trichinization trichinize trichinoid trichinopoly trichinoscope trichinoscopy trichinosed trichinosis trichinotic trichinous trichite trichitic trichitis trichiurid trichiuroid trichloride trichlormethane trichloro trichloroacetic trichloroethylene trichloromethane trichloromethyl trichobacteria trichobezoar trichoblast trichobranchia trichobranchiate trichocarpous trichocephaliasis trichoclasia trichoclasis trichocyst trichocystic trichode trichoepithelioma trichogen trichogenous trichoglossia trichoglossine trichogyne trichogynial trichogynic trichoid trichological trichologist trichology trichoma trichomaphyte trichomatose trichomatosis trichomatous trichome trichomic trichomonad trichomoniasis trichomycosis trichonosus trichopathic trichopathy trichophore trichophoric trichophyllous trichophyte trichophytia trichophytic trichophytosis trichopore trichopter trichoptera trichopteran trichopteron trichopterous trichopterygid trichord trichorrhea trichorrhexic trichorrhexis trichoschisis trichosis trichosporange trichosporangial trichosporangium trichostasis trichostrongyle trichostrongylid trichothallic trichotillomania trichotomic trichotomism trichotomist trichotomize trichotomous trichotomously trichotomy trichroic trichroism trichromat trichromate trichromatic trichromatism trichromatist trichrome trichromic trichronous trichuriasis trichy tricinium tricipital tricircular trick tricker trickery trickful trickily trickiness tricking trickingly trickish trickishly trickishness trickle trickless tricklet tricklike trickling tricklingly trickly trickment trickproof tricksical tricksily tricksiness tricksome trickster trickstering trickstress tricksy tricktrack tricky triclad triclinate triclinia triclinial tricliniarch tricliniary triclinic triclinium triclinohedric tricoccose tricoccous tricolette tricolic tricolon tricolor tricolored tricolumnar tricompound triconch triconodont triconodontid triconodontoid triconodonty triconsonantal triconsonantalism tricophorous tricorn tricornered tricornute tricorporal tricorporate tricoryphean tricosane tricosanone tricostate tricosyl tricosylic tricot tricotine tricotyledonous tricresol tricrotic tricrotism tricrotous tricrural tricurvate tricuspal tricuspid tricuspidal tricuspidate tricuspidated tricussate tricyanide tricycle tricyclene tricycler tricyclic tricyclist tridactyl tridactylous tridaily triddler tridecane tridecene tridecilateral tridecoic tridecyl tridecylene tridecylic trident tridental tridentate tridentated tridentiferous tridepside tridermic tridiametral tridiapason tridigitate tridimensional tridimensionality tridimensioned tridiurnal tridominium tridrachm triduan triduum tridymite tridynamous tried triedly trielaidin triene triennial trienniality triennially triennium triens triental triequal trier trierarch trierarchal trierarchic trierarchy trierucin trieteric trieterics triethanolamine triethyl triethylamine triethylstibine trifa trifacial trifarious trifasciated triferous trifid trifilar trifistulary triflagellate trifle trifledom trifler triflet trifling triflingly triflingness trifloral triflorate triflorous trifluoride trifocal trifoil trifold trifoliate trifoliated trifoliolate trifoliosis trifolium trifoly triforial triforium triform triformed triformin triformity triformous trifoveolate trifuran trifurcal trifurcate trifurcation trig trigamist trigamous trigamy trigeminal trigeminous trigeneric trigesimal trigger triggered triggerfish triggerless trigintal trigintennial triglandular triglid triglochid triglochin triglot trigly triglyceride triglyceryl triglyph triglyphal triglyphed triglyphic triglyphical trigness trigon trigonal trigonally trigone trigonelline trigoneutic trigoneutism trigoniacean trigoniaceous trigonic trigonid trigonite trigonitis trigonocephalic trigonocephalous trigonocephaly trigonocerous trigonododecahedron trigonodont trigonoid trigonometer trigonometric trigonometrical trigonometrician trigonometry trigonon trigonotype trigonous trigonum trigram trigrammatic trigrammatism trigrammic trigraph trigraphic triguttulate trigyn trigynian trigynous trihalide trihedral trihedron trihemeral trihemimer trihemimeral trihemimeris trihemiobol trihemiobolion trihemitetartemorion trihoral trihourly trihybrid trihydrate trihydrated trihydric trihydride trihydrol trihydroxy trihypostatic trijugate trijugous trijunction trikaya trike triker trikeria trikerion triketo triketone trikir trilabe trilabiate trilamellar trilamellated trilaminar trilaminate trilarcenous trilateral trilaterality trilaterally trilateralness trilaurin trilby trilemma trilinear trilineate trilineated trilingual trilinguar trilinolate trilinoleate trilinolenate trilinolenin trilit trilite triliteral triliteralism triliterality triliterally triliteralness trilith trilithic trilithon trill trillachan trillet trilli trilliaceous trillibub trilliin trilling trillion trillionaire trillionize trillionth trillium trillo trilobate trilobated trilobation trilobe trilobed trilobite trilobitic trilocular triloculate trilogic trilogical trilogist trilogy trilophodont triluminar triluminous trim trimacer trimacular trimargarate trimargarin trimastigate trimellitic trimembral trimensual trimer trimercuric trimeric trimeride trimerite trimerization trimerous trimesic trimesinic trimesitic trimesitinic trimester trimestral trimestrial trimesyl trimetalism trimetallic trimeter trimethoxy trimethyl trimethylacetic trimethylamine trimethylbenzene trimethylene trimethylmethane trimethylstibine trimetric trimetrical trimetrogon trimly trimmer trimming trimmingly trimness trimodal trimodality trimolecular trimonthly trimoric trimorph trimorphic trimorphism trimorphous trimotor trimotored trimstone trimtram trimuscular trimyristate trimyristin trin trinal trinality trinalize trinary trinational trindle trine trinely trinervate trinerve trinerved trineural tringine tringle tringoid trinidado trinitarian trinitrate trinitration trinitride trinitrin trinitro trinitrocarbolic trinitrocellulose trinitrocresol trinitroglycerin trinitromethane trinitrophenol trinitroresorcin trinitrotoluene trinitroxylene trinitroxylol trinity trinityhood trink trinkerman trinket trinketer trinketry trinkety trinkle trinklement trinklet trinkums trinoctial trinodal trinode trinodine trinol trinomial trinomialism trinomialist trinomiality trinomially trinopticon trintle trinucleate trio triobol triobolon trioctile triocular triode triodia triodion triodontoid trioecious trioeciously trioecism triolcous triole trioleate triolefin trioleic triolein triolet triology trionychoid trionychoidean trionym trionymal trioperculate trior triorchis triorchism triorthogonal triose triovulate trioxazine trioxide trioxymethylene triozonide trip tripal tripaleolate tripalmitate tripalmitin tripara tripart triparted tripartedly tripartible tripartient tripartite tripartitely tripartition tripaschal tripe tripedal tripel tripelike tripeman tripemonger tripennate tripenny tripeptide tripersonal tripersonalism tripersonalist tripersonality tripersonally tripery tripeshop tripestone tripetaloid tripetalous tripewife tripewoman triphammer triphane triphase triphaser triphasic triphenyl triphenylamine triphenylated triphenylcarbinol triphenylmethane triphenylmethyl triphenylphosphine triphibian triphibious triphony triphthong triphyletic triphyline triphylite triphyllous tripinnate tripinnated tripinnately tripinnatifid tripinnatisect triplane triplasian triplasic triple tripleback triplefold triplegia tripleness triplet tripletail tripletree triplewise triplex triplexity triplicate triplication triplicative triplicature triplicity triplicostate tripliform triplinerved tripling triplite triploblastic triplocaulescent triplocaulous triploid triploidic triploidite triploidy triplopia triplopy triplum triplumbic triply tripmadam tripod tripodal tripodial tripodian tripodic tripodical tripody tripointed tripolar tripoli tripoline tripolite tripos tripotassium trippant tripper trippet tripping trippingly trippingness trippist tripple trippler tripsill tripsis tripsome tripsomely triptane tripterous triptote triptych triptyque tripudial tripudiant tripudiary tripudiate tripudiation tripudist tripudium tripunctal tripunctate tripy tripylaean tripylarian tripyrenous triquadrantal triquetra triquetral triquetric triquetrous triquetrously triquetrum triquinate triquinoyl triradial triradially triradiate triradiated triradiately triradiation trirectangular triregnum trireme trirhombohedral trirhomboidal triricinolein trisaccharide trisaccharose trisacramentarian trisalt trisazo trisceptral trisect trisected trisection trisector trisectrix triseme trisemic trisensory trisepalous triseptate triserial triserially triseriate triseriatim trisetose trishna trisilane trisilicane trisilicate trisilicic trisinuate trisinuated triskele triskelion trismegist trismegistic trismic trismus trisoctahedral trisoctahedron trisodium trisome trisomic trisomy trisonant trispast trispaston trispermous trispinose trisplanchnic trisporic trisporous trisquare trist tristachyous tristate tristearate tristearin tristeness tristetrahedron tristeza tristful tristfully tristfulness tristich tristichic tristichous tristigmatic tristigmatose tristiloquy tristisonous tristylous trisubstituted trisubstitution trisul trisula trisulcate trisulcated trisulphate trisulphide trisulphone trisulphonic trisulphoxide trisylabic trisyllabical trisyllabically trisyllabism trisyllabity trisyllable tritactic tritagonist tritangent tritangential tritanope tritanopia tritanopic tritaph trite tritely tritemorion tritencephalon triteness triternate triternately triterpene tritetartemorion tritheism tritheist tritheistic tritheistical tritheite tritheocracy trithing trithioaldehyde trithiocarbonate trithiocarbonic trithionate trithionic tritical triticality tritically triticalness triticeous triticeum triticin triticism triticoid triticum tritish tritium tritocerebral tritocerebrum tritocone tritoconid tritolo tritomite triton tritonal tritonality tritone tritonoid tritonous tritonymph tritonymphal tritopatores tritopine tritor tritoral tritorium tritoxide tritozooid tritriacontane trittichan tritubercular trituberculism trituberculy triturable tritural triturate trituration triturator triturature triturium trityl triumph triumphal triumphance triumphancy triumphant triumphantly triumphator triumpher triumphing triumphwise triumvir triumviral triumvirate triumviri triumvirship triunal triune triungulin triunification triunion triunitarian triunity triunsaturated triurid trivalence trivalency trivalent trivalerin trivalve trivalvular trivant trivantly trivariant triverbal triverbial trivet trivetwise trivia trivial trivialism trivialist triviality trivialize trivially trivialness trivirga trivirgate trivium trivoltine trivvet triweekly trizoic trizomal trizonal trizone troat troca trocaical trocar trochaic trochaicality trochal trochalopod trochalopodous trochanter trochanteric trochanterion trochantin trochantinian trochart trochate troche trocheameter trochee trocheeize trochelminth trochi trochid trochiferous trochiform trochili trochilic trochilics trochilidae trochilidine trochilidist trochiline trochilopodous trochilus troching trochiscation trochiscus trochite trochitic trochlea trochlear trochleariform trochlearis trochleary trochleate trochleiform trochocephalia trochocephalic trochocephalus trochocephaly trochodendraceous trochoid trochoidal trochoidally trochoides trochometer trochophore trochosphere trochospherical trochozoic trochozoon trochus trock troco troctolite trod trodden trode troegerite troft trog trogger troggin troglodytal troglodyte troglodytic troglodytical troglodytish troglodytism trogon trogonoid trogs trogue troika troilite troke troker troll trolldom trolleite troller trolley trolleyer trolleyful trolleyman trollflower trollimog trolling trollman trollol trollop trollopish trollops trollopy trolly tromba trombe trombiculid trombidiasis trombone trombonist trombony trommel tromometer tromometric tromometrical tromometry tromp trompe trompil trompillo tromple tron trona tronador tronage tronc trondhjemite trone troner troolie troop trooper trooperess troopfowl troopship troopwise troostite troostitic troot tropacocaine tropaeolaceae tropaeolaceous tropaeolin tropaion tropal troparia troparion tropary tropate trope tropeic tropeine troper tropesis trophaea trophaeum trophal trophallactic trophallaxis trophectoderm trophedema trophema trophesial trophesy trophi trophic trophical trophically trophicity trophied trophism trophobiont trophobiosis trophobiotic trophoblast trophoblastic trophochromatin trophocyte trophoderm trophodisc trophodynamic trophodynamics trophogenesis trophogenic trophogeny trophology trophonema trophoneurosis trophoneurotic trophonucleus trophopathy trophophore trophophorous trophophyte trophoplasm trophoplasmatic trophoplasmic trophoplast trophosomal trophosome trophosperm trophosphere trophospongia trophospongial trophospongium trophospore trophotaxis trophotherapy trophothylax trophotropic trophotropism trophozoite trophozooid trophy trophyless trophywort tropic tropical tropicality tropicalization tropicalize tropically tropicopolitan tropidine tropine tropism tropismatic tropist tropistic tropocaine tropologic tropological tropologically tropologize tropology tropometer tropopause tropophil tropophilous tropophyte tropophytic troposphere tropostereoscope tropoyl troptometer tropyl trostera trot trotcozy troth trothful trothless trothlike trothplight trotlet trotline trotol trotter trottie trottles trottoir trottoired trotty trotyl troubadour troubadourish troubadourism troubadourist trouble troubledly troubledness troublemaker troublemaking troublement troubleproof troubler troublesome troublesomely troublesomeness troubling troublingly troublous troublously troublousness troubly trough troughful troughing troughlike troughster troughway troughwise troughy trounce trouncer troupand troupe trouper troupial trouse trouser trouserdom trousered trouserettes trouserian trousering trouserless trousers trousseau trousseaux trout troutbird trouter troutflower troutful troutiness troutless troutlet troutlike trouty trouvere trouveur trove troveless trover trow trowel trowelbeak troweler trowelful trowelman trowing trowlesworthite trowman trowth troy truancy truandise truant truantcy truantism truantlike truantly truantness truantry truantship trub trubu truce trucebreaker trucebreaking truceless trucemaker trucemaking trucial trucidation truck truckage trucker truckful trucking truckle truckler trucklike truckling trucklingly truckload truckman truckmaster trucks truckster truckway truculence truculency truculent truculental truculently truculentness truddo trudellite trudge trudgen trudger true trueborn truebred truehearted trueheartedly trueheartedness truelike truelove trueness truepenny truer truff truffle truffled trufflelike truffler trufflesque trug truish truism truismatic truistic truistical trull truller trullization trullo truly trumbash trummel trump trumper trumperiness trumpery trumpet trumpetbush trumpeter trumpeting trumpetless trumpetlike trumpetry trumpetweed trumpetwood trumpety trumph trumpie trumpless trumplike trun truncage truncal truncate truncated truncately truncation truncator truncatorotund truncatosinuate truncature trunch trunched truncheon truncheoned truncher trunchman trundle trundlehead trundler trundleshot trundletail trundling trunk trunkback trunked trunkfish trunkful trunking trunkless trunkmaker trunknose trunkway trunkwork trunnel trunnion trunnioned trunnionless trush trusion truss trussed trussell trusser trussing trussmaker trussmaking trusswork trust trustability trustable trustableness trustably trustee trusteeism trusteeship trusten truster trustful trustfully trustfulness trustification trustify trustihood trustily trustiness trusting trustingly trustingness trustle trustless trustlessly trustlessness trustman trustmonger trustwoman trustworthily trustworthiness trustworthy trusty truth truthable truthful truthfully truthfulness truthify truthiness truthless truthlessly truthlessness truthlike truthlikeness truthsman truthteller truthtelling truthy truttaceous truvat truxillic truxilline try trygon tryhouse trying tryingly tryingness tryma tryout tryp trypa trypan trypaneid trypanocidal trypanocide trypanolysin trypanolysis trypanolytic trypanosoma trypanosomacidal trypanosomacide trypanosomal trypanosomatic trypanosomatosis trypanosomatous trypanosome trypanosomiasis trypanosomic trypetid trypiate trypograph trypographic trypsin trypsinize trypsinogen tryptase tryptic tryptogen tryptone tryptonize tryptophan trysail tryst tryster trysting tryt tryworks tsadik tsamba tsantsa tsar tsardom tsarevitch tsarina tsaritza tsarship tsatlee tscharik tscheffkinite tsere tsessebe tsetse tsia tsine tsingtauite tsiology tst tsuba tsubo tsumebite tsun tsunami tsungtu tu tua tuan tuarn tuart tuatara tuatera tuath tub tuba tubae tubage tubal tubaphone tubar tubate tubatoxin tubba tubbable tubbal tubbeck tubber tubbie tubbiness tubbing tubbish tubboe tubby tube tubeflower tubeform tubeful tubehead tubehearted tubeless tubelet tubelike tubemaker tubemaking tubeman tuber tuberaceous tuberation tubercle tubercled tuberclelike tubercula tubercular tuberculariaceous tubercularization tubercularize tubercularly tubercularness tuberculate tuberculated tuberculatedly tuberculately tuberculation tuberculatogibbous tuberculatonodose tuberculatoradiate tuberculatospinous tubercule tuberculed tuberculid tuberculide tuberculiferous tuberculiform tuberculin tuberculinic tuberculinization tuberculinize tuberculization tuberculize tuberculocele tuberculocidin tuberculoderma tuberculoid tuberculoma tuberculomania tuberculomata tuberculophobia tuberculoprotein tuberculose tuberculosectorial tuberculosed tuberculosis tuberculotherapist tuberculotherapy tuberculotoxin tuberculotrophic tuberculous tuberculously tuberculousness tuberculum tuberiferous tuberiform tuberin tuberization tuberize tuberless tuberoid tuberose tuberosity tuberous tuberously tuberousness tubesmith tubework tubeworks tubfish tubful tubicen tubicinate tubicination tubicolar tubicolous tubicorn tubicornous tubifacient tubifer tubiferous tubiflorous tubiform tubig tubik tubilingual tubinarial tubinarine tubing tubiparous tubipore tubiporid tubiporoid tubiporous tublet tublike tubmaker tubmaking tubman tuboabdominal tubocurarine tubolabellate tuboligamentous tuboovarial tuboovarian tuboperitoneal tuborrhea tubotympanal tubovaginal tubular tubularia tubularian tubularidan tubularity tubularly tubulate tubulated tubulation tubulator tubulature tubule tubulet tubuli tubulibranch tubulibranchian tubulibranchiate tubulidentate tubuliferan tubuliferous tubulifloral tubuliflorous tubuliform tubulipore tubuliporid tubuliporoid tubulization tubulodermoid tubuloracemose tubulosaccular tubulose tubulostriato tubulous tubulously tubulousness tubulure tubulus tubwoman tucandera tuchit tuchun tuchunate tuchunism tuchunize tuck tuckahoe tucker tuckermanity tucket tucking tuckner tuckshop tucktoo tucky tucum tucuma tucuman tudel tue tueiron tufa tufaceous tufalike tufan tuff tuffaceous tuffet tuffing tuft tuftaffeta tufted tufter tufthunter tufthunting tuftily tufting tuftlet tufty tug tugboat tugboatman tugger tuggery tugging tuggingly tughra tugless tuglike tugman tugrik tugui tugurium tui tuik tuille tuillette tuilyie tuism tuition tuitional tuitionary tuitive tuke tukra tula tulare tularemia tulasi tulchan tulchin tule tuliac tulip tulipflower tulipiferous tulipist tuliplike tulipomania tulipomaniac tulipwood tulipy tulisan tulle tullibee tulsi tulwar tum tumasha tumatakuru tumatukuru tumbak tumbester tumble tumblebug tumbled tumbledung tumbler tumblerful tumblerlike tumblerwise tumbleweed tumblification tumbling tumblingly tumbly tumbrel tume tumefacient tumefaction tumefy tumescence tumescent tumid tumidity tumidly tumidness tummals tummel tummer tummock tummy tumor tumored tumorlike tumorous tump tumpline tumtum tumular tumulary tumulate tumulation tumuli tumulose tumulosity tumulous tumult tumultuarily tumultuariness tumultuary tumultuate tumultuation tumultuous tumultuously tumultuousness tumulus tun tuna tunable tunableness tunably tunbellied tunbelly tunca tund tundagslatta tunder tundish tundra tundun tune tuned tuneful tunefully tunefulness tuneless tunelessly tunelessness tunemaker tunemaking tuner tunesome tunester tunful tung tungate tungo tungstate tungsten tungstenic tungsteniferous tungstenite tungstic tungstite tungstosilicate tungstosilicic tunhoof tunic tunicary tunicate tunicated tunicin tunicked tunicle tunicless tuniness tuning tunish tunist tunk tunket tunlike tunmoot tunna tunnel tunneled tunneler tunneling tunnelist tunnelite tunnellike tunnelly tunnelmaker tunnelmaking tunnelman tunnelway tunner tunnery tunnland tunnor tunny tuno tunu tuny tup tupakihi tupanship tupara tupek tupelo tupik tupman tuppence tuppenny tupuna tuque tur turacin turanose turb turban turbaned turbanesque turbanette turbanless turbanlike turbantop turbanwise turbary turbeh turbellarian turbellariform turbescency turbid turbidimeter turbidimetric turbidimetry turbidity turbidly turbidness turbinaceous turbinage turbinal turbinate turbinated turbination turbinatoconcave turbinatocylindrical turbinatoglobose turbinatostipitate turbine turbinectomy turbined turbinelike turbinelloid turbiner turbines turbiniform turbinoid turbinotome turbinotomy turbit turbith turbitteen turbo turboalternator turboblower turbocompressor turbodynamo turboexciter turbofan turbogenerator turbomachine turbomotor turbopump turbosupercharge turbosupercharger turbot turbotlike turboventilator turbulence turbulency turbulent turbulently turbulentness turco turcopole turcopolier turd turdiform turdine turdoid tureen tureenful turf turfage turfdom turfed turfen turfiness turfing turfite turfless turflike turfman turfwise turfy turgency turgent turgently turgesce turgescence turgescency turgescent turgescible turgid turgidity turgidly turgidness turgite turgoid turgor turgy turicata turio turion turioniferous turjaite turjite turk turken turkey turkeyback turkeyberry turkeybush turkeyfoot turkeylike turkis turkle turlough turm turma turment turmeric turmit turmoil turmoiler turn turnable turnabout turnagain turnaround turnaway turnback turnbout turnbuckle turncap turncoat turncoatism turncock turndown turndun turned turnel turner turneraceous turnerite turnery turney turngate turnhall turnicine turnicomorphic turning turningness turnip turniplike turnipweed turnipwise turnipwood turnipy turnix turnkey turnoff turnout turnover turnpike turnpiker turnpin turnplate turnplow turnrow turns turnscrew turnsheet turnskin turnsole turnspit turnstile turnstone turntable turntail turnup turnwrest turnwrist turp turpantineweed turpentine turpentineweed turpentinic turpeth turpethin turpid turpidly turpitude turps turquoise turquoiseberry turquoiselike turr turret turreted turrethead turretlike turrical turricle turricula turriculae turricular turriculate turriferous turriform turrigerous turrilite turriliticone turritella turritellid turritelloid turse tursio turtle turtleback turtlebloom turtledom turtledove turtlehead turtleize turtlelike turtler turtlet turtling turtosa tururi turus turwar tusche tush tushed tusher tushery tusk tuskar tusked tusker tuskish tuskless tusklike tuskwise tusky tussah tussal tusser tussicular tussis tussive tussle tussock tussocked tussocker tussocky tussore tussur tut tutania tutball tute tutee tutela tutelage tutelar tutelary tutenag tuth tutin tutiorism tutiorist tutly tutman tutor tutorage tutorer tutoress tutorhood tutorial tutorially tutoriate tutorism tutorization tutorize tutorless tutorly tutorship tutory tutoyer tutress tutrice tutrix tuts tutsan tutster tutti tuttiman tutty tutu tutulus tutwork tutworker tutworkman tuwi tux tuxedo tuyere tuza tuzzle twa twaddle twaddledom twaddleize twaddlement twaddlemonger twaddler twaddlesome twaddling twaddlingly twaddly twaddy twae twaesome twafauld twagger twain twaite twal twale twalpenny twalpennyworth twalt twang twanger twanginess twangle twangler twangy twank twanker twanking twankingly twankle twanky twant twarly twas twasome twat twatchel twatterlight twattle twattler twattling tway twayblade twazzy tweag tweak tweaker tweaky twee tweed tweeded tweedle tweedledee tweedledum tweedy tweeg tweel tween tweenlight tweeny tweesh tweesht tweest tweet tweeter tweeze tweezer tweezers tweil twelfhynde twelfhyndeman twelfth twelfthly twelve twelvefold twelvehynde twelvehyndeman twelvemo twelvemonth twelvepence twelvepenny twelvescore twentieth twentiethly twenty twentyfold twentymo twere twerp twibil twibilled twice twicer twicet twichild twick twiddle twiddler twiddling twiddly twifoil twifold twifoldly twig twigful twigged twiggen twigger twiggy twigless twiglet twiglike twigsome twigwithy twilight twilightless twilightlike twilighty twilit twill twilled twiller twilling twilly twilt twin twinable twinberry twinborn twindle twine twineable twinebush twineless twinelike twinemaker twinemaking twiner twinflower twinfold twinge twingle twinhood twiningly twinism twink twinkle twinkledum twinkleproof twinkler twinkles twinkless twinkling twinklingly twinkly twinleaf twinlike twinling twinly twinned twinner twinness twinning twinship twinsomeness twinter twiny twire twirk twirl twirler twirligig twirly twiscar twisel twist twistable twisted twistedly twistened twister twisterer twistical twistification twistily twistiness twisting twistingly twistiways twistiwise twistle twistless twisty twit twitch twitchel twitcheling twitcher twitchet twitchety twitchfire twitchily twitchiness twitchingly twitchy twite twitlark twitten twitter twitteration twitterboned twitterer twittering twitteringly twitterly twittery twittingly twitty twixt twixtbrain twizzened twizzle two twodecker twofold twofoldly twofoldness twoling twoness twopence twopenny twosome twyblade twyhynde tychism tychite tychoparthenogenesis tychopotamic tycoon tycoonate tyddyn tydie tye tyee tyg tying tyke tyken tykhana tyking tylarus tyleberry tylion tyloma tylopod tylopodous tylose tylosis tylosteresis tylostylar tylostyle tylostylote tylostylus tylotate tylote tylotic tylotoxea tylotoxeate tylotus tylus tymbalon tymp tympan tympana tympanal tympanectomy tympani tympanic tympanichord tympanichordal tympanicity tympaniform tympaning tympanism tympanist tympanites tympanitic tympanitis tympanocervical tympanohyal tympanomalleal tympanomandibular tympanomastoid tympanomaxillary tympanon tympanoperiotic tympanosis tympanosquamosal tympanostapedial tympanotemporal tympanotomy tympanum tympany tynd tyndallmeter typal typarchical type typecast typeholder typer typescript typeset typesetter typesetting typewrite typewriter typewriting typhaceous typhemia typhia typhic typhinia typhization typhlatonia typhlatony typhlectasis typhlectomy typhlenteritis typhlitic typhlitis typhloalbuminuria typhlocele typhloempyema typhloenteritis typhlohepatitis typhlolexia typhlolithiasis typhlology typhlomegaly typhlon typhlopexia typhlopexy typhlophile typhlopid typhloptosis typhlosis typhlosolar typhlosole typhlostenosis typhlostomy typhlotomy typhobacillosis typhoemia typhogenic typhoid typhoidal typhoidin typhoidlike typholysin typhomalaria typhomalarial typhomania typhonia typhonic typhoon typhoonish typhopneumonia typhose typhosepsis typhosis typhotoxine typhous typhus typic typica typical typicality typically typicalness typicon typicum typification typifier typify typist typo typobar typocosmy typographer typographia typographic typographical typographically typographist typography typolithographic typolithography typologic typological typologically typologist typology typomania typometry typonym typonymal typonymic typonymous typophile typorama typoscript typotelegraph typotelegraphy typothere typothetae typp typtological typtologist typtology typy tyramine tyranness tyrannial tyrannic tyrannical tyrannically tyrannicalness tyrannicidal tyrannicide tyrannicly tyrannine tyrannism tyrannize tyrannizer tyrannizing tyrannizingly tyrannoid tyrannophobia tyrannosaur tyrannous tyrannously tyrannousness tyranny tyrant tyrantcraft tyrantlike tyrantship tyre tyremesis tyriasis tyro tyrocidin tyrocidine tyroglyphid tyrolite tyrology tyroma tyromancy tyromatous tyrone tyronic tyronism tyrosinase tyrosine tyrosinuria tyrosyl tyrotoxicon tyrotoxine tysonite tyste tyt tzaritza tzolkin tzontle u uang uayeb uberant uberous uberously uberousness uberty ubi ubication ubiety ubiquarian ubiquious ubiquit ubiquitarian ubiquitariness ubiquitary ubiquitous ubiquitously ubiquitousness ubiquity ubussu uckia udal udaler udaller udalman udasi udder uddered udderful udderless udderlike udell udo udometer udometric udometry udomograph ug ugh uglification uglifier uglify uglily ugliness uglisome ugly ugsome ugsomely ugsomeness uhlan uhllo uhtensang uhtsong uily uinal uintaite uintathere uintjie uitspan uji ukase uke ukiyoye ukulele ula ulatrophia ulcer ulcerable ulcerate ulceration ulcerative ulcered ulceromembranous ulcerous ulcerously ulcerousness ulcery ulcuscle ulcuscule ule ulema ulemorrhagia ulerythema uletic ulex ulexine ulexite uliginose uliginous ulitis ull ulla ullage ullaged ullagone uller ulling ullmannite ulluco ulmaceous ulmic ulmin ulminic ulmo ulmous ulna ulnad ulnae ulnar ulnare ulnaria ulnocarpal ulnocondylar ulnometacarpal ulnoradial uloborid ulocarcinoma uloid uloncus ulorrhagia ulorrhagy ulorrhea ulotrichaceous ulotrichan ulotrichous ulotrichy ulrichite ulster ulstered ulsterette ulstering ulterior ulteriorly ultima ultimacy ultimata ultimate ultimately ultimateness ultimation ultimatum ultimity ultimo ultimobranchial ultimogenitary ultimogeniture ultimum ultra ultrabasic ultrabasite ultrabelieving ultrabenevolent ultrabrachycephalic ultrabrachycephaly ultrabrilliant ultracentenarian ultracentenarianism ultracentralizer ultracentrifuge ultraceremonious ultrachurchism ultracivil ultracomplex ultraconcomitant ultracondenser ultraconfident ultraconscientious ultraconservatism ultraconservative ultracordial ultracosmopolitan ultracredulous ultracrepidarian ultracrepidarianism ultracrepidate ultracritical ultradandyism ultradeclamatory ultrademocratic ultradespotic ultradignified ultradiscipline ultradolichocephalic ultradolichocephaly ultradolichocranial ultraeducationist ultraeligible ultraelliptic ultraemphasis ultraenergetic ultraenforcement ultraenthusiasm ultraenthusiastic ultraepiscopal ultraevangelical ultraexcessive ultraexclusive ultraexpeditious ultrafantastic ultrafashionable ultrafastidious ultrafederalist ultrafeudal ultrafidian ultrafidianism ultrafilter ultrafilterability ultrafilterable ultrafiltrate ultrafiltration ultraformal ultrafrivolous ultragallant ultragaseous ultragenteel ultragood ultragrave ultraheroic ultrahonorable ultrahuman ultraimperialism ultraimperialist ultraimpersonal ultrainclusive ultraindifferent ultraindulgent ultraingenious ultrainsistent ultraintimate ultrainvolved ultraism ultraist ultraistic ultralaborious ultralegality ultralenient ultraliberal ultraliberalism ultralogical ultraloyal ultraluxurious ultramarine ultramaternal ultramaximal ultramelancholy ultramicrochemical ultramicrochemist ultramicrochemistry ultramicrometer ultramicron ultramicroscope ultramicroscopic ultramicroscopical ultramicroscopy ultraminute ultramoderate ultramodern ultramodernism ultramodernist ultramodernistic ultramodest ultramontane ultramontanism ultramontanist ultramorose ultramulish ultramundane ultranational ultranationalism ultranationalist ultranatural ultranegligent ultranice ultranonsensical ultraobscure ultraobstinate ultraofficious ultraoptimistic ultraornate ultraorthodox ultraorthodoxy ultraoutrageous ultrapapist ultraparallel ultraperfect ultrapersuasive ultraphotomicrograph ultrapious ultraplanetary ultraplausible ultrapopish ultraproud ultraprudent ultraradical ultraradicalism ultrarapid ultrareactionary ultrared ultrarefined ultrarefinement ultrareligious ultraremuneration ultrarepublican ultrarevolutionary ultrarevolutionist ultraritualism ultraromantic ultraroyalism ultraroyalist ultrasanguine ultrascholastic ultraselect ultraservile ultrasevere ultrashrewd ultrasimian ultrasolemn ultrasonic ultrasonics ultraspartan ultraspecialization ultraspiritualism ultrasplendid ultrastandardization ultrastellar ultrasterile ultrastrenuous ultrastrict ultrasubtle ultrasystematic ultratechnical ultratense ultraterrene ultraterrestrial ultratotal ultratrivial ultratropical ultraugly ultrauncommon ultraurgent ultravicious ultraviolent ultraviolet ultravirtuous ultravirus ultravisible ultrawealthy ultrawise ultrayoung ultrazealous ultrazodiacal ultroneous ultroneously ultroneousness ulu ulua uluhi ululant ululate ululation ululative ululatory ululu ulvaceous um umangite umbeclad umbel umbeled umbella umbellar umbellate umbellated umbellately umbellet umbellic umbellifer umbelliferone umbelliferous umbelliflorous umbelliform umbelloid umbellulate umbellule umbelluliferous umbelwort umber umbethink umbilectomy umbilic umbilical umbilically umbilicar umbilicate umbilicated umbilication umbilici umbiliciform umbilicus umbiliform umbilroot umble umbo umbolateral umbonal umbonate umbonated umbonation umbone umbones umbonial umbonic umbonulate umbonule umbra umbracious umbraciousness umbraculate umbraculiferous umbraculiform umbraculum umbrae umbrage umbrageous umbrageously umbrageousness umbral umbrally umbratile umbrel umbrella umbrellaed umbrellaless umbrellalike umbrellawise umbrellawort umbrette umbriferous umbriferously umbriferousness umbril umbrine umbrose umbrosity umbrous ume umiak umiri umlaut ump umph umpirage umpire umpirer umpireship umpiress umpirism umpteen umpteenth umptekite umptieth umpty umquhile umu un unabandoned unabased unabasedly unabashable unabashed unabashedly unabatable unabated unabatedly unabating unabatingly unabbreviated unabetted unabettedness unabhorred unabiding unabidingly unabidingness unability unabject unabjured unable unableness unably unabolishable unabolished unabraded unabrased unabridgable unabridged unabrogated unabrupt unabsent unabsolute unabsolvable unabsolved unabsolvedness unabsorb unabsorbable unabsorbed unabsorbent unabstract unabsurd unabundance unabundant unabundantly unabused unacademic unacademical unaccelerated unaccent unaccented unaccentuated unaccept unacceptability unacceptable unacceptableness unacceptably unacceptance unacceptant unaccepted unaccessibility unaccessible unaccessibleness unaccessibly unaccessional unaccessory unaccidental unaccidentally unaccidented unacclimated unacclimation unacclimatization unacclimatized unaccommodable unaccommodated unaccommodatedness unaccommodating unaccommodatingly unaccommodatingness unaccompanable unaccompanied unaccompanying unaccomplishable unaccomplished unaccomplishedness unaccord unaccordable unaccordance unaccordant unaccorded unaccording unaccordingly unaccostable unaccosted unaccountability unaccountable unaccountableness unaccountably unaccounted unaccoutered unaccoutred unaccreditated unaccredited unaccrued unaccumulable unaccumulate unaccumulated unaccumulation unaccuracy unaccurate unaccurately unaccurateness unaccursed unaccusable unaccusably unaccuse unaccusing unaccustom unaccustomed unaccustomedly unaccustomedness unachievable unachieved unaching unacidulated unacknowledged unacknowledgedness unacknowledging unacknowledgment unacoustic unacquaint unacquaintable unacquaintance unacquainted unacquaintedly unacquaintedness unacquiescent unacquirable unacquirableness unacquirably unacquired unacquit unacquittable unacquitted unacquittedness unact unactability unactable unacted unacting unactinic unaction unactivated unactive unactively unactiveness unactivity unactorlike unactual unactuality unactually unactuated unacute unacutely unadapt unadaptability unadaptable unadaptableness unadaptably unadapted unadaptedly unadaptedness unadaptive unadd unaddable unadded unaddicted unaddictedness unadditional unaddress unaddressed unadequate unadequately unadequateness unadherence unadherent unadherently unadhesive unadjacent unadjacently unadjectived unadjourned unadjournment unadjudged unadjust unadjustably unadjusted unadjustment unadministered unadmirable unadmire unadmired unadmiring unadmissible unadmissibly unadmission unadmittable unadmittableness unadmittably unadmitted unadmittedly unadmitting unadmonished unadopt unadoptable unadoptably unadopted unadoption unadorable unadoration unadored unadoring unadorn unadornable unadorned unadornedly unadornedness unadornment unadult unadulterate unadulterated unadulteratedly unadulteratedness unadulterately unadulterous unadulterously unadvanced unadvancedly unadvancedness unadvancement unadvancing unadvantaged unadvantageous unadventured unadventuring unadventurous unadventurously unadverse unadversely unadverseness unadvertency unadvertised unadvertisement unadvertising unadvisability unadvisable unadvisableness unadvisably unadvised unadvisedly unadvisedness unadvocated unaerated unaesthetic unaesthetical unafeard unafeared unaffable unaffably unaffected unaffectedly unaffectedness unaffecting unaffectionate unaffectionately unaffectioned unaffianced unaffied unaffiliated unaffiliation unaffirmation unaffirmed unaffixed unafflicted unafflictedly unafflicting unaffliction unaffordable unafforded unaffranchised unaffrighted unaffrightedly unaffronted unafire unafloat unaflow unafraid unaged unaggravated unaggravating unaggregated unaggression unaggressive unaggressively unaggressiveness unaghast unagile unagility unaging unagitated unagitatedly unagitatedness unagitation unagonize unagrarian unagreeable unagreeableness unagreeably unagreed unagreeing unagreement unagricultural unaidable unaided unaidedly unaiding unailing unaimed unaiming unaired unaisled unakin unakite unal unalarm unalarmed unalarming unalcoholized unaldermanly unalert unalertly unalertness unalgebraical unalienable unalienableness unalienably unalienated unalignable unaligned unalike unalimentary unalist unalive unallayable unallayably unallayed unalleged unallegorical unalleviably unalleviated unalleviation unalliable unallied unalliedly unalliedness unallotment unallotted unallow unallowable unallowed unallowedly unallowing unalloyed unallurable unallured unalluring unalluringly unalmsed unalone unaloud unalphabeted unalphabetic unalphabetical unalterability unalterable unalterableness unalterably unalteration unaltered unaltering unalternated unamalgamable unamalgamated unamalgamating unamassed unamazed unamazedly unambiguity unambiguous unambiguously unambiguousness unambition unambitious unambitiously unambitiousness unambrosial unambush unamenability unamenable unamenableness unamenably unamend unamendable unamended unamendedly unamending unamendment unamerced unamiability unamiable unamiableness unamiably unamicable unamicably unamiss unamo unamortization unamortized unample unamplifiable unamplified unamply unamputated unamusable unamusably unamused unamusement unamusing unamusingly unamusive unanalogical unanalogous unanalogously unanalogousness unanalytic unanalytical unanalyzable unanalyzed unanalyzing unanatomizable unanatomized unancestored unancestried unanchor unanchored unanchylosed unancient unaneled unangelic unangelical unangrily unangry unangular unanimalized unanimate unanimated unanimatedly unanimatedness unanimately unanimism unanimist unanimistic unanimistically unanimity unanimous unanimously unanimousness unannealed unannex unannexed unannexedly unannexedness unannihilable unannihilated unannotated unannounced unannoyed unannoying unannullable unannulled unanointed unanswerability unanswerable unanswerableness unanswerably unanswered unanswering unantagonistic unantagonizable unantagonized unantagonizing unanticipated unanticipating unanticipatingly unanticipation unanticipative unantiquated unantiquatedness unantique unantiquity unanxiety unanxious unanxiously unanxiousness unapart unapocryphal unapologetic unapologizing unapostatized unapostolic unapostolical unapostolically unapostrophized unappalled unappareled unapparent unapparently unapparentness unappealable unappealableness unappealably unappealed unappealing unappeasable unappeasableness unappeasably unappeased unappeasedly unappeasedness unappendaged unapperceived unappertaining unappetizing unapplauded unapplauding unapplausive unappliable unappliableness unappliably unapplianced unapplicable unapplicableness unapplicably unapplied unapplying unappoint unappointable unappointableness unappointed unapportioned unapposite unappositely unappraised unappreciable unappreciableness unappreciably unappreciated unappreciating unappreciation unappreciative unappreciatively unappreciativeness unapprehendable unapprehendableness unapprehendably unapprehended unapprehending unapprehensible unapprehensibleness unapprehension unapprehensive unapprehensively unapprehensiveness unapprenticed unapprised unapprisedly unapprisedness unapproachability unapproachable unapproachableness unapproached unapproaching unapprobation unappropriable unappropriate unappropriated unappropriately unappropriateness unappropriation unapprovable unapprovableness unapprovably unapproved unapproving unapprovingly unapproximate unapproximately unaproned unapropos unapt unaptitude unaptly unaptness unarbitrarily unarbitrariness unarbitrary unarbitrated unarch unarchdeacon unarched unarchitectural unarduous unarguable unarguableness unarguably unargued unarguing unargumentative unargumentatively unarisen unarising unaristocratic unaristocratically unarithmetical unarithmetically unark unarm unarmed unarmedly unarmedness unarmored unarmorial unaromatized unarousable unaroused unarousing unarraignable unarraigned unarranged unarray unarrayed unarrestable unarrested unarresting unarrival unarrived unarriving unarrogance unarrogant unarrogating unarted unartful unartfully unartfulness unarticled unarticulate unarticulated unartificial unartificiality unartificially unartistic unartistical unartistically unartistlike unary unascendable unascendableness unascended unascertainable unascertainableness unascertainably unascertained unashamed unashamedly unashamedness unasinous unaskable unasked unasking unasleep unaspersed unasphalted unaspirated unaspiring unaspiringly unaspiringness unassailable unassailableness unassailably unassailed unassailing unassassinated unassaultable unassaulted unassayed unassaying unassembled unassented unassenting unasserted unassertive unassertiveness unassessable unassessableness unassessed unassibilated unassiduous unassignable unassignably unassigned unassimilable unassimilated unassimilating unassimilative unassisted unassisting unassociable unassociably unassociated unassociative unassociativeness unassoiled unassorted unassuageable unassuaged unassuaging unassuetude unassumable unassumed unassuming unassumingly unassumingness unassured unassuredly unassuredness unassuring unasterisk unastonish unastonished unastonishment unastray unathirst unathletically unatmospheric unatonable unatoned unatoning unattach unattachable unattached unattackable unattackableness unattackably unattacked unattainability unattainable unattainableness unattainably unattained unattaining unattainment unattaint unattainted unattaintedly unattempered unattemptable unattempted unattempting unattendance unattendant unattended unattentive unattenuated unattested unattestedness unattire unattired unattractable unattractableness unattracted unattracting unattractive unattractively unattractiveness unattributable unattributed unattuned unau unauctioned unaudible unaudibleness unaudibly unaudienced unaudited unaugmentable unaugmented unauspicious unauspiciously unauspiciousness unaustere unauthentic unauthentical unauthentically unauthenticated unauthenticity unauthorish unauthoritative unauthoritatively unauthoritativeness unauthoritied unauthoritiveness unauthorizable unauthorize unauthorized unauthorizedly unauthorizedness unautomatic unautumnal unavailability unavailable unavailableness unavailably unavailed unavailful unavailing unavailingly unavengeable unavenged unavenging unavenued unaveraged unaverred unaverted unavertible unavertibleness unavertibly unavian unavoidable unavoidableness unavoidably unavoidal unavoided unavoiding unavouchable unavouchableness unavouchably unavouched unavowable unavowableness unavowably unavowed unavowedly unawakable unawakableness unawake unawaked unawakened unawakenedness unawakening unawaking unawardable unawardableness unawardably unawarded unaware unawared unawaredly unawareness unawares unaway unawed unawful unawfully unawkward unawned unaxled unazotized unbackboarded unbacked unbackward unbadged unbaffled unbaffling unbag unbagged unbailable unbailableness unbailed unbain unbait unbaited unbaized unbaked unbalance unbalanceable unbalanceably unbalanced unbalancement unbalancing unbalconied unbale unbalked unballast unballasted unballoted unbandage unbandaged unbanded unbanished unbank unbankable unbankableness unbankably unbanked unbankrupt unbannered unbaptize unbaptized unbar unbarb unbarbarize unbarbarous unbarbed unbarbered unbare unbargained unbark unbarking unbaronet unbarrable unbarred unbarrel unbarreled unbarren unbarrenness unbarricade unbarricaded unbarricadoed unbase unbased unbasedness unbashful unbashfully unbashfulness unbasket unbastardized unbaste unbasted unbastilled unbastinadoed unbated unbathed unbating unbatted unbatten unbatterable unbattered unbattling unbay unbe unbeached unbeaconed unbeaded unbear unbearable unbearableness unbearably unbeard unbearded unbearing unbeast unbeatable unbeatableness unbeatably unbeaten unbeaued unbeauteous unbeauteously unbeauteousness unbeautified unbeautiful unbeautifully unbeautifulness unbeautify unbeavered unbeclogged unbeclouded unbecome unbecoming unbecomingly unbecomingness unbed unbedabbled unbedaggled unbedashed unbedaubed unbedded unbedecked unbedewed unbedimmed unbedinned unbedizened unbedraggled unbefit unbefitting unbefittingly unbefittingness unbefool unbefriend unbefriended unbefringed unbeget unbeggar unbegged unbegilt unbeginning unbeginningly unbeginningness unbegirded unbegirt unbegot unbegotten unbegottenly unbegottenness unbegreased unbegrimed unbegrudged unbeguile unbeguiled unbeguileful unbegun unbehaving unbeheaded unbeheld unbeholdable unbeholden unbeholdenness unbeholding unbehoveful unbehoving unbeing unbejuggled unbeknown unbeknownst unbelied unbelief unbeliefful unbelieffulness unbelievability unbelievable unbelievableness unbelievably unbelieve unbelieved unbeliever unbelieving unbelievingly unbelievingness unbell unbellicose unbelligerent unbelonging unbeloved unbelt unbemoaned unbemourned unbench unbend unbendable unbendableness unbendably unbended unbending unbendingly unbendingness unbendsome unbeneficed unbeneficent unbeneficial unbenefitable unbenefited unbenefiting unbenetted unbenevolence unbenevolent unbenevolently unbenight unbenighted unbenign unbenignant unbenignantly unbenignity unbenignly unbent unbenumb unbenumbed unbequeathable unbequeathed unbereaved unbereft unberouged unberth unberufen unbeseem unbeseeming unbeseemingly unbeseemingness unbeseemly unbeset unbesieged unbesmeared unbesmirched unbesmutted unbesot unbesought unbespeak unbespoke unbespoken unbesprinkled unbestarred unbestowed unbet unbeteared unbethink unbethought unbetide unbetoken unbetray unbetrayed unbetraying unbetrothed unbetterable unbettered unbeveled unbewailed unbewailing unbewilder unbewildered unbewilled unbewitch unbewitched unbewitching unbewrayed unbewritten unbias unbiasable unbiased unbiasedly unbiasedness unbibulous unbickered unbickering unbid unbidable unbiddable unbidden unbigged unbigoted unbilled unbillet unbilleted unbind unbindable unbinding unbiographical unbiological unbirdlike unbirdlimed unbirdly unbirthday unbishop unbishoply unbit unbiting unbitt unbitted unbitten unbitter unblacked unblackened unblade unblamable unblamableness unblamably unblamed unblaming unblanched unblanketed unblasphemed unblasted unblazoned unbleached unbleaching unbled unbleeding unblemishable unblemished unblemishedness unblemishing unblenched unblenching unblenchingly unblendable unblended unblent unbless unblessed unblessedness unblest unblighted unblightedly unblightedness unblind unblindfold unblinking unblinkingly unbliss unblissful unblistered unblithe unblithely unblock unblockaded unblocked unblooded unbloodied unbloodily unbloodiness unbloody unbloom unbloomed unblooming unblossomed unblossoming unblotted unbloused unblown unblued unbluestockingish unbluffed unbluffing unblunder unblundered unblundering unblunted unblurred unblush unblushing unblushingly unblushingness unboarded unboasted unboastful unboastfully unboasting unboat unbodied unbodiliness unbodily unboding unbodkined unbody unbodylike unbog unboggy unbohemianize unboiled unboisterous unbokel unbold unbolden unboldly unboldness unbolled unbolster unbolstered unbolt unbolted unbombast unbondable unbondableness unbonded unbone unboned unbonnet unbonneted unbonny unbooked unbookish unbooklearned unboot unbooted unboraxed unborder unbordered unbored unboring unborn unborne unborough unborrowed unborrowing unbosom unbosomer unbossed unbotanical unbothered unbothering unbottle unbottom unbottomed unbought unbound unboundable unboundableness unboundably unbounded unboundedly unboundedness unboundless unbounteous unbountiful unbountifully unbountifulness unbow unbowable unbowdlerized unbowed unbowel unboweled unbowered unbowing unbowingness unbowled unbowsome unbox unboxed unboy unboyish unboylike unbrace unbraced unbracedness unbracelet unbraceleted unbracing unbragged unbragging unbraid unbraided unbrailed unbrained unbran unbranched unbranching unbrand unbranded unbrandied unbrave unbraved unbravely unbraze unbreachable unbreached unbreaded unbreakable unbreakableness unbreakably unbreakfasted unbreaking unbreast unbreath unbreathable unbreathableness unbreathed unbreathing unbred unbreech unbreeched unbreezy unbrent unbrewed unbribable unbribableness unbribably unbribed unbribing unbrick unbridegroomlike unbridgeable unbridged unbridle unbridled unbridledly unbridledness unbridling unbrief unbriefed unbriefly unbright unbrightened unbrilliant unbrimming unbrined unbrittle unbroached unbroad unbroadcasted unbroidered unbroiled unbroke unbroken unbrokenly unbrokenness unbronzed unbrooch unbrooded unbrookable unbrookably unbrothered unbrotherlike unbrotherliness unbrotherly unbrought unbrown unbrowned unbruised unbrushed unbrutalize unbrutalized unbrute unbrutelike unbrutify unbrutize unbuckle unbuckramed unbud unbudded unbudgeability unbudgeable unbudgeableness unbudgeably unbudged unbudgeted unbudging unbuffed unbuffered unbuffeted unbuild unbuilded unbuilt unbulky unbulled unbulletined unbumped unbumptious unbunched unbundle unbundled unbung unbungling unbuoyant unbuoyed unburden unburdened unburdenment unburdensome unburdensomeness unburgessed unburiable unburial unburied unburlesqued unburly unburn unburnable unburned unburning unburnished unburnt unburrow unburrowed unburst unburstable unburstableness unburthen unbury unbush unbusied unbusily unbusiness unbusinesslike unbusk unbuskin unbuskined unbustling unbusy unbutchered unbutcherlike unbuttered unbutton unbuttoned unbuttonment unbuttressed unbuxom unbuxomly unbuxomness unbuyable unbuyableness unbuying unca uncabined uncabled uncadenced uncage uncaged uncake uncalcareous uncalcified uncalcined uncalculable uncalculableness uncalculably uncalculated uncalculating uncalculatingly uncalendered uncalk uncalked uncall uncalled uncallow uncallower uncalm uncalmed uncalmly uncalumniated uncambered uncamerated uncamouflaged uncanceled uncancellable uncancelled uncandid uncandidly uncandidness uncandied uncandor uncaned uncankered uncanned uncannily uncanniness uncanny uncanonic uncanonical uncanonically uncanonicalness uncanonize uncanonized uncanopied uncantoned uncantonized uncanvassably uncanvassed uncap uncapable uncapableness uncapably uncapacious uncapacitate uncaparisoned uncapitalized uncapped uncapper uncapsizable uncapsized uncaptained uncaptioned uncaptious uncaptiously uncaptivate uncaptivated uncaptivating uncaptived uncapturable uncaptured uncarbonated uncarboned uncarbureted uncarded uncardinal uncardinally uncareful uncarefully uncarefulness uncaressed uncargoed uncaricatured uncaring uncarnate uncarnivorous uncaroled uncarpentered uncarpeted uncarriageable uncarried uncart uncarted uncartooned uncarved uncase uncased uncasemated uncask uncasked uncasketed uncasque uncassock uncast uncaste uncastigated uncastle uncastled uncastrated uncasual uncatalogued uncatchable uncate uncatechised uncatechisedness uncatechized uncatechizedness uncategorized uncathedraled uncatholcity uncatholic uncatholical uncatholicalness uncatholicize uncatholicly uncaucusable uncaught uncausatively uncaused uncauterized uncautious uncautiously uncautiousness uncavalier uncavalierly uncave unceasable unceased unceasing unceasingly unceasingness unceded unceiled unceilinged uncelebrated uncelebrating uncelestial uncelestialized uncellar uncement uncemented uncementing uncensorable uncensored uncensorious uncensoriously uncensoriousness uncensurable uncensured uncensuring uncenter uncentered uncentral uncentrality uncentrally uncentred uncentury uncereclothed unceremented unceremonial unceremonious unceremoniously unceremoniousness uncertain uncertainly uncertainness uncertainty uncertifiable uncertifiableness uncertificated uncertified uncertifying uncertitude uncessant uncessantly uncessantness unchafed unchain unchainable unchained unchair unchaired unchalked unchallengeable unchallengeableness unchallengeably unchallenged unchallenging unchambered unchamfered unchampioned unchance unchancellor unchancy unchange unchangeability unchangeable unchangeableness unchangeably unchanged unchangedness unchangeful unchangefulness unchanging unchangingly unchangingness unchanneled unchannelled unchanted unchaperoned unchaplain unchapleted unchapter unchaptered uncharacter uncharactered uncharacteristic uncharacteristically uncharacterized uncharge unchargeable uncharged uncharging uncharily unchariness unchariot uncharitable uncharitableness uncharitably uncharity uncharm uncharmable uncharmed uncharming uncharnel uncharred uncharted unchartered unchary unchased unchaste unchastely unchastened unchasteness unchastisable unchastised unchastising unchastity unchatteled unchauffeured unchawed uncheat uncheated uncheating uncheck uncheckable unchecked uncheckered uncheerable uncheered uncheerful uncheerfully uncheerfulness uncheerily uncheeriness uncheering uncheery unchemical unchemically uncherished uncherishing unchested unchevroned unchewable unchewableness unchewed unchid unchidden unchided unchiding unchidingly unchild unchildish unchildishly unchildishness unchildlike unchilled unchiming unchinked unchipped unchiseled unchiselled unchivalric unchivalrous unchivalrously unchivalrousness unchivalry unchloridized unchoicely unchokable unchoked uncholeric unchoosable unchopped unchoral unchorded unchosen unchrisom unchristen unchristened unchristian unchristianity unchristianize unchristianized unchristianlike unchristianly unchristianness unchronicled unchronological unchronologically unchurch unchurched unchurchlike unchurchly unchurn unci uncia uncial uncialize uncially uncicatrized unciferous unciform unciliated uncinal uncinariasis uncinariatic uncinate uncinated uncinatum uncinch uncinct uncinctured uncini uncinus uncipher uncircular uncircularized uncirculated uncircumcised uncircumcisedness uncircumcision uncircumlocutory uncircumscribable uncircumscribed uncircumscribedness uncircumscript uncircumscriptible uncircumscription uncircumspect uncircumspection uncircumspectly uncircumspectness uncircumstanced uncircumstantial uncirostrate uncite uncited uncitied uncitizen uncitizenlike uncitizenly uncity uncivic uncivil uncivilish uncivility uncivilizable uncivilization uncivilize uncivilized uncivilizedly uncivilizedness uncivilly uncivilness unclad unclaimed unclaiming unclamorous unclamp unclamped unclarified unclarifying unclarity unclashing unclasp unclasped unclassable unclassableness unclassably unclassed unclassible unclassical unclassically unclassifiable unclassifiableness unclassification unclassified unclassify unclassifying unclawed unclay unclayed uncle unclead unclean uncleanable uncleaned uncleanlily uncleanliness uncleanly uncleanness uncleansable uncleanse uncleansed uncleansedness unclear uncleared unclearing uncleavable uncleave uncledom uncleft unclehood unclement unclemently unclementness unclench unclergy unclergyable unclerical unclericalize unclerically unclericalness unclerklike unclerkly uncleship unclever uncleverly uncleverness unclew unclick uncliented unclify unclimaxed unclimb unclimbable unclimbableness unclimbably unclimbed unclimbing unclinch uncling unclinical unclip unclipped unclipper uncloak uncloakable uncloaked unclog unclogged uncloister uncloistered uncloistral unclosable unclose unclosed uncloseted unclothe unclothed unclothedly unclothedness unclotted uncloud unclouded uncloudedly uncloudedness uncloudy unclout uncloven uncloyable uncloyed uncloying unclub unclubbable unclubby unclustered unclustering unclutch unclutchable unclutched unclutter uncluttered unco uncoach uncoachable uncoachableness uncoached uncoacted uncoagulable uncoagulated uncoagulating uncoat uncoated uncoatedness uncoaxable uncoaxed uncoaxing uncock uncocked uncockneyfy uncocted uncodded uncoddled uncoded uncodified uncoerced uncoffer uncoffin uncoffined uncoffle uncogent uncogged uncogitable uncognizable uncognizant uncognized uncognoscibility uncognoscible uncoguidism uncoherent uncoherently uncoherentness uncohesive uncoif uncoifed uncoil uncoiled uncoin uncoined uncoked uncoking uncollapsed uncollapsible uncollar uncollared uncollated uncollatedness uncollected uncollectedly uncollectedness uncollectible uncollectibleness uncollectibly uncolleged uncollegian uncollegiate uncolloquial uncolloquially uncolonellike uncolonial uncolonize uncolonized uncolorable uncolorably uncolored uncoloredly uncoloredness uncoloured uncolouredly uncolouredness uncolt uncoly uncombable uncombatable uncombated uncombed uncombinable uncombinableness uncombinably uncombine uncombined uncombining uncombiningness uncombustible uncome uncomelily uncomeliness uncomely uncomfort uncomfortable uncomfortableness uncomfortably uncomforted uncomforting uncomfy uncomic uncommanded uncommandedness uncommanderlike uncommemorated uncommenced uncommendable uncommendableness uncommendably uncommended uncommensurability uncommensurable uncommensurableness uncommensurate uncommented uncommenting uncommerciable uncommercial uncommercially uncommercialness uncommingled uncomminuted uncommiserated uncommiserating uncommissioned uncommitted uncommitting uncommixed uncommodious uncommodiously uncommodiousness uncommon uncommonable uncommonly uncommonness uncommonplace uncommunicable uncommunicableness uncommunicably uncommunicated uncommunicating uncommunicative uncommunicatively uncommunicativeness uncommutable uncommutative uncommuted uncompact uncompacted uncompahgrite uncompaniable uncompanied uncompanioned uncomparable uncomparably uncompared uncompass uncompassable uncompassed uncompassion uncompassionate uncompassionated uncompassionately uncompassionateness uncompassionating uncompassioned uncompatible uncompatibly uncompellable uncompelled uncompelling uncompensable uncompensated uncompetent uncompetitive uncompiled uncomplacent uncomplained uncomplaining uncomplainingly uncomplainingness uncomplaint uncomplaisance uncomplaisant uncomplaisantly uncomplemental uncompletable uncomplete uncompleted uncompletely uncompleteness uncomplex uncompliability uncompliable uncompliableness uncompliance uncompliant uncomplicated uncomplimentary uncomplimented uncomplimenting uncomplying uncomposable uncomposeable uncomposed uncompoundable uncompounded uncompoundedly uncompoundedness uncompounding uncomprehended uncomprehending uncomprehendingly uncomprehendingness uncomprehensible uncomprehension uncomprehensive uncomprehensively uncomprehensiveness uncompressed uncompressible uncomprised uncomprising uncomprisingly uncompromised uncompromising uncompromisingly uncompromisingness uncompulsive uncompulsory uncomputable uncomputableness uncomputably uncomputed uncomraded unconcatenated unconcatenating unconcealable unconcealableness unconcealably unconcealed unconcealing unconcealingly unconcealment unconceded unconceited unconceivable unconceivableness unconceivably unconceived unconceiving unconcern unconcerned unconcernedly unconcernedness unconcerning unconcernment unconcertable unconcerted unconcertedly unconcertedness unconcessible unconciliable unconciliated unconciliatedness unconciliating unconciliatory unconcludable unconcluded unconcluding unconcludingness unconclusive unconclusively unconclusiveness unconcocted unconcordant unconcrete unconcreted unconcurrent unconcurring uncondemnable uncondemned uncondensable uncondensableness uncondensed uncondensing uncondescending uncondescension uncondition unconditional unconditionality unconditionally unconditionalness unconditionate unconditionated unconditionately unconditioned unconditionedly unconditionedness uncondoled uncondoling unconducing unconducive unconduciveness unconducted unconductive unconductiveness unconfected unconfederated unconferred unconfess unconfessed unconfessing unconfided unconfidence unconfident unconfidential unconfidentialness unconfidently unconfiding unconfinable unconfine unconfined unconfinedly unconfinedness unconfinement unconfining unconfirm unconfirmative unconfirmed unconfirming unconfiscable unconfiscated unconflicting unconflictingly unconflictingness unconformability unconformable unconformableness unconformably unconformed unconformedly unconforming unconformist unconformity unconfound unconfounded unconfoundedly unconfrontable unconfronted unconfusable unconfusably unconfused unconfusedly unconfutable unconfuted unconfuting uncongeal uncongealable uncongealed uncongenial uncongeniality uncongenially uncongested unconglobated unconglomerated unconglutinated uncongratulate uncongratulated uncongratulating uncongregated uncongregational uncongressional uncongruous unconjecturable unconjectured unconjoined unconjugal unconjugated unconjunctive unconjured unconnected unconnectedly unconnectedness unconned unconnived unconniving unconquerable unconquerableness unconquerably unconquered unconscienced unconscient unconscientious unconscientiously unconscientiousness unconscionable unconscionableness unconscionably unconscious unconsciously unconsciousness unconsecrate unconsecrated unconsecratedly unconsecratedness unconsecration unconsecutive unconsent unconsentaneous unconsented unconsenting unconsequential unconsequentially unconsequentialness unconservable unconservative unconserved unconserving unconsiderable unconsiderate unconsiderately unconsiderateness unconsidered unconsideredly unconsideredness unconsidering unconsideringly unconsignable unconsigned unconsistent unconsociable unconsociated unconsolable unconsolably unconsolatory unconsoled unconsolidated unconsolidating unconsolidation unconsoling unconsonancy unconsonant unconsonantly unconsonous unconspicuous unconspicuously unconspicuousness unconspired unconspiring unconspiringly unconspiringness unconstancy unconstant unconstantly unconstantness unconstellated unconstipated unconstituted unconstitutional unconstitutionalism unconstitutionality unconstitutionally unconstrainable unconstrained unconstrainedly unconstrainedness unconstraining unconstraint unconstricted unconstruable unconstructed unconstructive unconstructural unconstrued unconsular unconsult unconsultable unconsulted unconsulting unconsumable unconsumed unconsuming unconsummate unconsummated unconsumptive uncontagious uncontainable uncontainableness uncontainably uncontained uncontaminable uncontaminate uncontaminated uncontemned uncontemnedly uncontemplated uncontemporaneous uncontemporary uncontemptuous uncontended uncontending uncontent uncontentable uncontented uncontentedly uncontentedness uncontenting uncontentingness uncontentious uncontentiously uncontentiousness uncontestable uncontestableness uncontestably uncontested uncontestedly uncontestedness uncontinence uncontinent uncontinental uncontinented uncontinently uncontinual uncontinued uncontinuous uncontorted uncontract uncontracted uncontractedness uncontractile uncontradictable uncontradictableness uncontradictably uncontradicted uncontradictedly uncontradictious uncontradictory uncontrastable uncontrasted uncontrasting uncontributed uncontributing uncontributory uncontrite uncontrived uncontriving uncontrol uncontrollability uncontrollable uncontrollableness uncontrollably uncontrolled uncontrolledly uncontrolledness uncontrolling uncontroversial uncontroversially uncontrovertable uncontrovertableness uncontrovertably uncontroverted uncontrovertedly uncontrovertible uncontrovertibleness uncontrovertibly unconvenable unconvened unconvenience unconvenient unconveniently unconventional unconventionalism unconventionality unconventionalize unconventionally unconventioned unconversable unconversableness unconversably unconversant unconversational unconversion unconvert unconverted unconvertedly unconvertedness unconvertibility unconvertible unconveyable unconveyed unconvicted unconvicting unconvince unconvinced unconvincedly unconvincedness unconvincibility unconvincible unconvincing unconvincingly unconvincingness unconvoluted unconvoyed unconvulsed uncookable uncooked uncooled uncoop uncooped uncoopered uncooping uncope uncopiable uncopied uncopious uncopyrighted uncoquettish uncoquettishly uncord uncorded uncordial uncordiality uncordially uncording uncore uncored uncork uncorked uncorker uncorking uncorned uncorner uncoronated uncoroneted uncorporal uncorpulent uncorrect uncorrectable uncorrected uncorrectible uncorrectly uncorrectness uncorrelated uncorrespondency uncorrespondent uncorresponding uncorrigible uncorrigibleness uncorrigibly uncorroborated uncorroded uncorrugated uncorrupt uncorrupted uncorruptedly uncorruptedness uncorruptibility uncorruptible uncorruptibleness uncorruptibly uncorrupting uncorruption uncorruptive uncorruptly uncorruptness uncorseted uncosseted uncost uncostliness uncostly uncostumed uncottoned uncouch uncouched uncouching uncounselable uncounseled uncounsellable uncounselled uncountable uncountableness uncountably uncounted uncountenanced uncounteracted uncounterbalanced uncounterfeit uncounterfeited uncountermandable uncountermanded uncountervailed uncountess uncountrified uncouple uncoupled uncoupler uncourageous uncoursed uncourted uncourteous uncourteously uncourteousness uncourtierlike uncourting uncourtlike uncourtliness uncourtly uncous uncousinly uncouth uncouthie uncouthly uncouthness uncouthsome uncovenant uncovenanted uncover uncoverable uncovered uncoveredly uncoveted uncoveting uncovetingly uncovetous uncowed uncowl uncoy uncracked uncradled uncraftily uncraftiness uncrafty uncram uncramp uncramped uncrampedness uncranked uncrannied uncrated uncravatted uncraven uncraving uncravingly uncrazed uncream uncreased uncreatability uncreatable uncreatableness uncreate uncreated uncreatedness uncreating uncreation uncreative uncreativeness uncreaturely uncredentialed uncredentialled uncredibility uncredible uncredibly uncreditable uncreditableness uncreditably uncredited uncrediting uncredulous uncreeping uncreosoted uncrest uncrested uncrevassed uncrib uncried uncrime uncriminal uncriminally uncrinkle uncrinkled uncrinkling uncrippled uncrisp uncritical uncritically uncriticisable uncriticised uncriticising uncriticisingly uncriticism uncriticizable uncriticized uncriticizing uncriticizingly uncrochety uncrook uncrooked uncrooking uncropped uncropt uncross uncrossable uncrossableness uncrossed uncrossexaminable uncrossexamined uncrossly uncrowded uncrown uncrowned uncrowning uncrucified uncrudded uncrude uncruel uncrumbled uncrumple uncrumpling uncrushable uncrushed uncrusted uncrying uncrystaled uncrystalled uncrystalline uncrystallizability uncrystallizable uncrystallized unction unctional unctioneer unctionless unctious unctiousness unctorium unctuose unctuosity unctuous unctuously unctuousness uncubbed uncubic uncuckold uncuckolded uncudgelled uncuffed uncular unculled uncultivability uncultivable uncultivate uncultivated uncultivation unculturable unculture uncultured uncumber uncumbered uncumbrous uncunning uncunningly uncunningness uncupped uncurable uncurableness uncurably uncurb uncurbable uncurbed uncurbedly uncurbing uncurd uncurdled uncurdling uncured uncurious uncuriously uncurl uncurled uncurling uncurrent uncurrently uncurrentness uncurricularized uncurried uncurse uncursed uncursing uncurst uncurtailed uncurtain uncurtained uncus uncushioned uncusped uncustomable uncustomarily uncustomariness uncustomary uncustomed uncut uncuth uncuticulate uncuttable uncynical uncynically uncypress undabbled undaggled undaily undaintiness undainty undallying undam undamageable undamaged undamaging undamasked undammed undamming undamn undamped undancing undandiacal undandled undangered undangerous undangerousness undared undaring undark undarken undarkened undarned undashed undatable undate undateable undated undatedness undaub undaubed undaughter undaughterliness undaughterly undauntable undaunted undauntedly undauntedness undaunting undawned undawning undazed undazing undazzle undazzled undazzling unde undead undeadened undeaf undealable undealt undean undear undebarred undebased undebatable undebated undebating undebauched undebilitated undebilitating undecagon undecanaphthene undecane undecatoic undecayable undecayableness undecayed undecayedness undecaying undeceased undeceitful undeceivable undeceivableness undeceivably undeceive undeceived undeceiver undeceiving undecency undecennary undecennial undecent undecently undeception undeceptious undeceptitious undeceptive undecidable undecide undecided undecidedly undecidedness undeciding undecimal undeciman undecimole undecipher undecipherability undecipherable undecipherably undeciphered undecision undecisive undecisively undecisiveness undeck undecked undeclaimed undeclaiming undeclamatory undeclarable undeclare undeclared undeclinable undeclinableness undeclinably undeclined undeclining undecocted undecoic undecolic undecomposable undecomposed undecompounded undecorated undecorative undecorous undecorously undecorousness undecorticated undecoyed undecreased undecreasing undecree undecreed undecried undecyl undecylenic undecylic undedicate undedicated undeducible undeducted undeeded undeemed undeemous undeemously undeep undefaceable undefaced undefalcated undefamed undefaming undefatigable undefaulted undefaulting undefeasible undefeat undefeatable undefeated undefeatedly undefeatedness undefecated undefectible undefective undefectiveness undefendable undefendableness undefendably undefended undefending undefense undefensed undefensible undeferential undeferentially undeferred undefiant undeficient undefied undefilable undefiled undefiledly undefiledness undefinable undefinableness undefinably undefine undefined undefinedly undefinedness undeflected undeflowered undeformed undeformedness undefrauded undefrayed undeft undegeneracy undegenerate undegenerated undegenerating undegraded undegrading undeification undeified undeify undeistical undejected undelated undelayable undelayed undelayedly undelaying undelayingly undelectable undelectably undelegated undeleted undeliberate undeliberated undeliberately undeliberateness undeliberating undeliberatingly undeliberative undeliberativeness undelible undelicious undelight undelighted undelightful undelightfully undelightfulness undelighting undelightsome undelimited undelineated undeliverable undeliverableness undelivered undelivery undeludable undelude undeluded undeluding undeluged undelusive undelusively undelve undelved undelylene undemagnetizable undemanded undemised undemocratic undemocratically undemocratize undemolishable undemolished undemonstrable undemonstrably undemonstratable undemonstrated undemonstrative undemonstratively undemonstrativeness undemure undemurring unden undeniable undeniableness undeniably undenied undeniedly undenizened undenominated undenominational undenominationalism undenominationalist undenominationalize undenominationally undenoted undenounced undenuded undepartableness undepartably undeparted undeparting undependable undependableness undependably undependent undepending undephlegmated undepicted undepleted undeplored undeported undeposable undeposed undeposited undepraved undepravedness undeprecated undepreciated undepressed undepressible undepressing undeprivable undeprived undepurated undeputed under underabyss underaccident underaccommodated underact underacted underacting underaction underactor underadjustment underadmiral underadventurer underage underagency underagent underagitation underaid underaim underair underalderman underanged underarch underargue underarm underaverage underback underbailiff underbake underbalance underballast underbank underbarber underbarring underbasal underbeadle underbeak underbeam underbear underbearer underbearing underbeat underbeaten underbed underbelly underbeveling underbid underbidder underbill underbillow underbishop underbishopric underbit underbite underbitted underbitten underboard underboated underbodice underbody underboil underboom underborn underborne underbottom underbough underbought underbound underbowed underbowser underbox underboy underbrace underbraced underbranch underbreath underbreathing underbred underbreeding underbrew underbridge underbrigadier underbright underbrim underbrush underbubble underbud underbuild underbuilder underbuilding underbuoy underburn underburned underburnt underbursar underbury underbush underbutler underbuy undercanopy undercanvass undercap undercapitaled undercapitalization undercapitalize undercaptain undercarder undercarriage undercarry undercarter undercarve undercarved undercase undercasing undercast undercause underceiling undercellar undercellarer underchamber underchamberlain underchancellor underchanter underchap undercharge undercharged underchief underchime underchin underchord underchurched undercircle undercitizen underclad underclass underclassman underclay underclearer underclerk underclerkship undercliff underclift undercloak undercloth underclothe underclothed underclothes underclothing underclub underclutch undercoachman undercoat undercoated undercoater undercoating undercollector undercolor undercolored undercoloring undercommander undercomment undercompounded underconcerned undercondition underconsciousness underconstable underconsume underconsumption undercook undercool undercooper undercorrect undercountenance undercourse undercourtier undercover undercovering undercovert undercrawl undercreep undercrest undercrier undercroft undercrop undercrust undercry undercrypt undercup undercurl undercurrent undercurve undercut undercutter undercutting underdauber underdeacon underdead underdebauchee underdeck underdepth underdevelop underdevelopment underdevil underdialogue underdig underdip underdish underdistinction underdistributor underditch underdive underdo underdoctor underdoer underdog underdoing underdone underdose underdot underdown underdraft underdrag underdrain underdrainage underdrainer underdraught underdraw underdrawers underdrawn underdress underdressed underdrift underdrive underdriven underdrudgery underdrumming underdry underdunged underearth undereat undereaten underedge undereducated underemployment underengraver underenter underer underescheator underestimate underestimation underexcited underexercise underexpose underexposure undereye underface underfaction underfactor underfaculty underfalconer underfall underfarmer underfeathering underfeature underfed underfeed underfeeder underfeeling underfeet underfellow underfiend underfill underfilling underfinance underfind underfire underfitting underflame underflannel underfleece underflood underfloor underflooring underflow underfold underfolded underfong underfoot underfootage underfootman underforebody underform underfortify underframe underframework underframing underfreight underfrequency underfringe underfrock underfur underfurnish underfurnisher underfurrow undergabble undergamekeeper undergaoler undergarb undergardener undergarment undergarnish undergauge undergear undergeneral undergentleman undergird undergirder undergirding undergirdle undergirth underglaze undergloom underglow undergnaw undergo undergod undergoer undergoing undergore undergoverness undergovernment undergovernor undergown undergrad undergrade undergraduate undergraduatedom undergraduateness undergraduateship undergraduatish undergraduette undergraining undergrass undergreen undergrieve undergroan underground undergrounder undergroundling undergrove undergrow undergrowl undergrown undergrowth undergrub underguard underguardian undergunner underhabit underhammer underhand underhanded underhandedly underhandedness underhang underhanging underhangman underhatch underhead underheat underheaven underhelp underhew underhid underhill underhint underhistory underhive underhold underhole underhonest underhorse underhorsed underhousemaid underhum underhung underided underinstrument underisive underissue underivable underivative underived underivedly underivedness underjacket underjailer underjanitor underjaw underjawed underjobbing underjudge underjungle underkeel underkeeper underkind underking underkingdom underlaborer underlaid underlain underland underlanguaged underlap underlapper underlash underlaundress underlawyer underlay underlayer underlaying underleaf underlease underleather underlegate underlessee underlet underletter underlevel underlever underlid underlie underlier underlieutenant underlife underlift underlight underliking underlimbed underlimit underline underlineation underlineman underlinement underlinen underliner underling underlining underlip underlive underload underlock underlodging underloft underlook underlooker underlout underlunged underly underlye underlying undermade undermaid undermaker underman undermanager undermanned undermanning undermark undermarshal undermarshalman undermasted undermaster undermatch undermatched undermate undermath undermeal undermeaning undermeasure undermediator undermelody undermentioned undermiller undermimic underminable undermine underminer undermining underminingly underminister underministry undermist undermoated undermoney undermoral undermost undermotion undermount undermountain undermusic undermuslin undern undername undernatural underneath underness underniceness undernote undernoted undernourish undernourished undernourishment undernsong underntide underntime undernurse undernutrition underoccupied underofficer underofficered underofficial underogating underogatory underopinion underorb underorganization underorseman underoverlooker underoxidize underpacking underpaid underpain underpainting underpan underpants underparticipation underpartner underpass underpassion underpay underpayment underpeep underpeer underpen underpeopled underpetticoat underpetticoated underpick underpier underpilaster underpile underpin underpinner underpinning underpitch underpitched underplain underplan underplant underplate underplay underplot underplotter underply underpoint underpole underpopulate underpopulation underporch underporter underpose underpossessor underpot underpower underpraise underprefect underprentice underpresence underpresser underpressure underprice underpriest underprincipal underprint underprior underprivileged underprize underproduce underproduction underproductive underproficient underprompt underprompter underproof underprop underproportion underproportioned underproposition underpropped underpropper underpropping underprospect underpry underpuke underqualified underqueen underquote underranger underrate underratement underrating underreach underread underreader underrealize underrealm underream underreamer underreceiver underreckon underrecompense underregion underregistration underrent underrented underrenting underrepresent underrepresentation underrespected underriddle underriding underrigged underring underripe underripened underriver underroarer underroast underrobe underrogue underroll underroller underroof underroom underroot underrooted underrower underrule underruler underrun underrunning undersacristan undersailed undersally undersap undersatisfaction undersaturate undersaturation undersavior undersaw undersawyer underscale underscheme underschool underscoop underscore underscribe underscript underscrub underscrupulous undersea underseam underseaman undersearch underseas underseated undersecretary undersecretaryship undersect undersee underseeded underseedman undersell underseller underselling undersense undersequence underservant underserve underservice underset undersetter undersetting undersettle undersettler undersettling undersexton undershapen undersharp undersheathing undershepherd undersheriff undersheriffry undersheriffship undersheriffwick undershield undershine undershining undershire undershirt undershoe undershoot undershore undershorten undershot undershrievalty undershrieve undershrievery undershrub undershrubbiness undershrubby undershunter undershut underside undersight undersighted undersign undersignalman undersigner undersill undersinging undersitter undersize undersized underskin underskirt undersky undersleep undersleeve underslip underslope undersluice underslung undersneer undersociety undersoil undersole undersomething undersong undersorcerer undersort undersoul undersound undersovereign undersow underspar undersparred underspecies underspecified underspend undersphere underspin underspinner undersplice underspore underspread underspring undersprout underspurleather undersquare understaff understage understain understairs understamp understand understandability understandable understandableness understandably understander understanding understandingly understandingness understate understatement understay understeer understem understep understeward understewardship understimulus understock understocking understood understory understrain understrap understrapper understrapping understratum understream understress understrew understride understriding understrife understrike understring understroke understrung understudy understuff understuffing undersuck undersuggestion undersuit undersupply undersupport undersurface underswain underswamp undersward underswearer undersweat undersweep underswell undertakable undertake undertakement undertaker undertakerish undertakerlike undertakerly undertakery undertaking undertakingly undertalk undertapster undertaxed underteacher underteamed underteller undertenancy undertenant undertenter undertenure underterrestrial undertest underthane underthaw underthief underthing underthink underthirst underthought underthroating underthrob underthrust undertide undertided undertie undertime undertimed undertint undertitle undertone undertoned undertook undertow undertrader undertrained undertread undertreasurer undertreat undertribe undertrick undertrodden undertruck undertrump undertruss undertub undertune undertunic underturf underturn underturnkey undertutor undertwig undertype undertyrant underusher undervaluation undervalue undervaluement undervaluer undervaluing undervaluinglike undervaluingly undervalve undervassal undervaulted undervaulting undervegetation underventilation underverse undervest undervicar underviewer undervillain undervinedresser undervitalized undervocabularied undervoice undervoltage underwage underwaist underwaistcoat underwalk underward underwarden underwarmth underwarp underwash underwatch underwatcher underwater underwave underway underweapon underwear underweft underweigh underweight underweighted underwent underwheel underwhistle underwind underwing underwit underwitch underwitted underwood underwooded underwork underworker underworking underworkman underworld underwrap underwrite underwriter underwriting underwrought underyield underyoke underzeal underzealot undescendable undescended undescendible undescribable undescribably undescribed undescried undescript undescriptive undescrying undesert undeserted undeserting undeserve undeserved undeservedly undeservedness undeserver undeserving undeservingly undeservingness undesign undesignated undesigned undesignedly undesignedness undesigning undesigningly undesigningness undesirability undesirable undesirableness undesirably undesire undesired undesiredly undesiring undesirous undesirously undesirousness undesisting undespaired undespairing undespairingly undespatched undespised undespising undespoiled undespondent undespondently undesponding undespotic undestined undestroyable undestroyed undestructible undestructive undetachable undetached undetailed undetainable undetained undetectable undetected undetectible undeteriorated undeteriorating undeterminable undeterminate undetermination undetermined undetermining undeterred undeterring undetested undetesting undethronable undethroned undetracting undetractingly undetrimental undevelopable undeveloped undeveloping undeviated undeviating undeviatingly undevil undevious undeviously undevisable undevised undevoted undevotion undevotional undevoured undevout undevoutly undevoutness undewed undewy undexterous undexterously undextrous undextrously undiademed undiagnosable undiagnosed undialed undialyzed undiametric undiamonded undiapered undiaphanous undiatonic undichotomous undictated undid undidactic undies undieted undifferenced undifferent undifferential undifferentiated undifficult undiffident undiffracted undiffused undiffusible undiffusive undig undigenous undigest undigestable undigested undigestible undigesting undigestion undigged undight undighted undigitated undignified undignifiedly undignifiedness undignify undiked undilapidated undilatable undilated undilatory undiligent undiligently undilute undiluted undilution undiluvial undim undimensioned undimerous undimidiate undiminishable undiminishableness undiminishably undiminished undiminishing undiminutive undimmed undimpled undine undined undinted undiocesed undiphthongize undiplomaed undiplomatic undipped undirect undirected undirectional undirectly undirectness undirk undisabled undisadvantageous undisagreeable undisappearing undisappointable undisappointed undisappointing undisarmed undisastrous undisbanded undisbarred undisburdened undisbursed undiscardable undiscarded undiscerned undiscernedly undiscernible undiscernibleness undiscernibly undiscerning undiscerningly undischargeable undischarged undiscipled undisciplinable undiscipline undisciplined undisciplinedness undisclaimed undisclosed undiscolored undiscomfitable undiscomfited undiscomposed undisconcerted undisconnected undiscontinued undiscordant undiscording undiscounted undiscourageable undiscouraged undiscouraging undiscoursed undiscoverable undiscoverableness undiscoverably undiscovered undiscreditable undiscredited undiscreet undiscreetly undiscreetness undiscretion undiscriminated undiscriminating undiscriminatingly undiscriminatingness undiscriminative undiscursive undiscussable undiscussed undisdained undisdaining undiseased undisestablished undisfigured undisfranchised undisfulfilled undisgorged undisgraced undisguisable undisguise undisguised undisguisedly undisguisedness undisgusted undisheartened undished undisheveled undishonored undisillusioned undisinfected undisinheritable undisinherited undisintegrated undisinterested undisjoined undisjointed undisliked undislocated undislodgeable undislodged undismantled undismay undismayable undismayed undismayedly undismembered undismissed undismounted undisobedient undisobeyed undisobliging undisordered undisorderly undisorganized undisowned undisowning undisparaged undisparity undispassionate undispatchable undispatched undispatching undispellable undispelled undispensable undispensed undispensing undispersed undispersing undisplaced undisplanted undisplay undisplayable undisplayed undisplaying undispleased undispose undisposed undisposedness undisprivacied undisprovable undisproved undisproving undisputable undisputableness undisputably undisputatious undisputatiously undisputed undisputedly undisputedness undisputing undisqualifiable undisqualified undisquieted undisreputable undisrobed undisrupted undissected undissembled undissembledness undissembling undissemblingly undisseminated undissenting undissevered undissimulated undissipated undissociated undissoluble undissolute undissolvable undissolved undissolving undissonant undissuadable undissuadably undissuade undistanced undistant undistantly undistasted undistasteful undistempered undistend undistended undistilled undistinct undistinctive undistinctly undistinctness undistinguish undistinguishable undistinguishableness undistinguishably undistinguished undistinguishing undistinguishingly undistorted undistorting undistracted undistractedly undistractedness undistracting undistractingly undistrained undistraught undistress undistressed undistributed undistrusted undistrustful undisturbable undisturbance undisturbed undisturbedly undisturbedness undisturbing undisturbingly unditched undithyrambic undittoed undiuretic undiurnal undivable undivergent undiverging undiverse undiversified undiverted undivertible undivertibly undiverting undivested undivestedly undividable undividableness undividably undivided undividedly undividedness undividing undivinable undivined undivinelike undivinely undivining undivisible undivisive undivorceable undivorced undivorcedness undivorcing undivulged undivulging undizened undizzied undo undoable undock undocked undoctor undoctored undoctrinal undoctrined undocumentary undocumented undocumentedness undodged undoer undoffed undog undogmatic undogmatical undoing undoingness undolled undolorous undomed undomestic undomesticate undomesticated undomestication undomicilable undomiciled undominated undomineering undominical undominoed undon undonated undonating undone undoneness undonkey undonnish undoomed undoped undormant undose undosed undoting undotted undouble undoubled undoubtable undoubtableness undoubtably undoubted undoubtedly undoubtedness undoubtful undoubtfully undoubtfulness undoubting undoubtingly undoubtingness undouched undoughty undovelike undoweled undowered undowned undowny undrab undraftable undrafted undrag undragoned undragooned undrainable undrained undramatic undramatical undramatically undramatizable undramatized undrape undraped undraperied undraw undrawable undrawn undreaded undreadful undreadfully undreading undreamed undreaming undreamlike undreamt undreamy undredged undreggy undrenched undress undressed undried undrillable undrilled undrinkable undrinkableness undrinkably undrinking undripping undrivable undrivableness undriven undronelike undrooping undropped undropsical undrossy undrowned undrubbed undrugged undrunk undrunken undry undryable undrying undualize undub undubbed undubitable undubitably unducal unduchess undue unduelling undueness undug unduke undulant undular undularly undulatance undulate undulated undulately undulating undulatingly undulation undulationist undulative undulatory undull undulled undullness unduloid undulose undulous unduly undumped unduncelike undunged undupable unduped unduplicability unduplicable unduplicity undurable undurableness undurably undust undusted unduteous undutiable undutiful undutifully undutifulness unduty undwarfed undwelt undwindling undy undye undyeable undyed undying undyingly undyingness uneager uneagerly uneagerness uneagled unearly unearned unearnest unearth unearthed unearthliness unearthly unease uneaseful uneasefulness uneasily uneasiness uneastern uneasy uneatable uneatableness uneaten uneath uneating unebbed unebbing unebriate uneccentric unecclesiastical unechoed unechoing uneclectic uneclipsed uneconomic uneconomical uneconomically uneconomicalness uneconomizing unecstatic unedge unedged unedible unedibleness unedibly unedified unedifying uneditable unedited uneducable uneducableness uneducably uneducate uneducated uneducatedly uneducatedness uneducative uneduced uneffaceable uneffaceably uneffaced uneffected uneffectible uneffective uneffectless uneffectual uneffectually uneffectualness uneffectuated uneffeminate uneffeminated uneffervescent uneffete unefficacious unefficient uneffigiated uneffused uneffusing uneffusive unegoist unegoistical unegoistically unegregious unejaculated unejected unelaborate unelaborated unelaborately unelaborateness unelapsed unelastic unelasticity unelated unelating unelbowed unelderly unelect unelectable unelected unelective unelectric unelectrical unelectrified unelectrify unelectrifying unelectrized unelectronic uneleemosynary unelegant unelegantly unelegantness unelemental unelementary unelevated unelicited unelided unelidible uneligibility uneligible uneligibly uneliminated unelongated uneloped uneloping uneloquent uneloquently unelucidated unelucidating uneluded unelusive unemaciated unemancipable unemancipated unemasculated unembalmed unembanked unembarrassed unembarrassedly unembarrassedness unembarrassing unembarrassment unembased unembattled unembayed unembellished unembezzled unembittered unemblazoned unembodied unembodiment unembossed unembowelled unembowered unembraceable unembraced unembroidered unembroiled unembryonic unemendable unemended unemerged unemerging unemigrating uneminent uneminently unemitted unemolumentary unemolumented unemotional unemotionalism unemotionally unemotionalness unemotioned unempaneled unemphatic unemphatical unemphatically unempirical unempirically unemploy unemployability unemployable unemployableness unemployably unemployed unemployment unempoisoned unempowered unempt unemptiable unemptied unempty unemulative unemulous unemulsified unenabled unenacted unenameled unenamored unencamped unenchafed unenchant unenchanted unencircled unenclosed unencompassed unencored unencounterable unencountered unencouraged unencouraging unencroached unencroaching unencumber unencumbered unencumberedly unencumberedness unencumbering unencysted unendable unendamaged unendangered unendeared unendeavored unended unending unendingly unendingness unendorsable unendorsed unendowed unendowing unendued unendurability unendurable unendurably unendured unenduring unenduringly unenergetic unenergized unenervated unenfeebled unenfiladed unenforceable unenforced unenforcedly unenforcedness unenforcibility unenfranchised unengaged unengaging unengendered unengineered unenglish unengraved unengraven unengrossed unenhanced unenjoined unenjoyable unenjoyed unenjoying unenjoyingly unenkindled unenlarged unenlightened unenlightening unenlisted unenlivened unenlivening unennobled unennobling unenounced unenquired unenquiring unenraged unenraptured unenrichable unenrichableness unenriched unenriching unenrobed unenrolled unenshrined unenslave unenslaved unensnared unensouled unensured unentailed unentangle unentangleable unentangled unentanglement unentangler unenterable unentered unentering unenterprise unenterprised unenterprising unenterprisingly unenterprisingness unentertainable unentertained unentertaining unentertainingly unentertainingness unenthralled unenthralling unenthroned unenthusiasm unenthusiastic unenthusiastically unenticed unenticing unentire unentitled unentombed unentomological unentrance unentranced unentrapped unentreated unentreating unentrenched unentwined unenumerable unenumerated unenveloped unenvenomed unenviable unenviably unenvied unenviedly unenvious unenviously unenvironed unenvying unenwoven unepauleted unephemeral unepic unepicurean unepigrammatic unepilogued unepiscopal unepiscopally unepistolary unepitaphed unepithelial unepitomized unequable unequableness unequably unequal unequalable unequaled unequality unequalize unequalized unequally unequalness unequated unequatorial unequestrian unequiangular unequiaxed unequilateral unequilibrated unequine unequipped unequitable unequitableness unequitably unequivalent unequivalve unequivalved unequivocal unequivocally unequivocalness uneradicable uneradicated unerasable unerased unerasing unerect unerected unermined uneroded unerrable unerrableness unerrably unerrancy unerrant unerratic unerring unerringly unerringness unerroneous unerroneously unerudite unerupted uneruptive unescaladed unescalloped unescapable unescapableness unescapably unescaped unescheated uneschewable uneschewably uneschewed unescorted unescutcheoned unesoteric unespied unespousable unespoused unessayed unessence unessential unessentially unessentialness unestablish unestablishable unestablished unestablishment unesteemed unestimable unestimableness unestimably unestimated unestopped unestranged unetched uneternal uneternized unethereal unethic unethical unethically unethicalness unethnological unethylated unetymological unetymologizable uneucharistical uneugenic uneulogized uneuphemistical uneuphonic uneuphonious uneuphoniously uneuphoniousness unevacuated unevadable unevaded unevaluated unevanescent unevangelic unevangelical unevangelized unevaporate unevaporated unevasive uneven unevenly unevenness uneventful uneventfully uneventfulness uneverted unevicted unevidenced unevident unevidential unevil unevinced unevirated uneviscerated unevitable unevitably unevokable unevoked unevolutionary unevolved unexacerbated unexact unexacted unexactedly unexacting unexactingly unexactly unexactness unexaggerable unexaggerated unexaggerating unexalted unexaminable unexamined unexamining unexampled unexampledness unexasperated unexasperating unexcavated unexceedable unexceeded unexcelled unexcellent unexcelling unexceptable unexcepted unexcepting unexceptionability unexceptionable unexceptionableness unexceptionably unexceptional unexceptionally unexceptionalness unexceptive unexcerpted unexcessive unexchangeable unexchangeableness unexchanged unexcised unexcitability unexcitable unexcited unexciting unexclaiming unexcludable unexcluded unexcluding unexclusive unexclusively unexclusiveness unexcogitable unexcogitated unexcommunicated unexcoriated unexcorticated unexcrescent unexcreted unexcruciating unexculpable unexculpably unexculpated unexcursive unexcusable unexcusableness unexcusably unexcused unexcusedly unexcusedness unexcusing unexecrated unexecutable unexecuted unexecuting unexecutorial unexemplary unexemplifiable unexemplified unexempt unexempted unexemptible unexempting unexercisable unexercise unexercised unexerted unexhalable unexhaled unexhausted unexhaustedly unexhaustedness unexhaustible unexhaustibleness unexhaustibly unexhaustion unexhaustive unexhaustiveness unexhibitable unexhibitableness unexhibited unexhilarated unexhilarating unexhorted unexhumed unexigent unexilable unexiled unexistence unexistent unexisting unexonerable unexonerated unexorable unexorableness unexorbitant unexorcisable unexorcisably unexorcised unexotic unexpandable unexpanded unexpanding unexpansive unexpectable unexpectant unexpected unexpectedly unexpectedness unexpecting unexpectingly unexpectorated unexpedient unexpeditated unexpedited unexpeditious unexpelled unexpendable unexpended unexpensive unexpensively unexpensiveness unexperience unexperienced unexperiencedness unexperient unexperiential unexperimental unexperimented unexpert unexpertly unexpertness unexpiable unexpiated unexpired unexpiring unexplainable unexplainableness unexplainably unexplained unexplainedly unexplainedness unexplaining unexplanatory unexplicable unexplicableness unexplicably unexplicated unexplicit unexplicitly unexplicitness unexploded unexploitation unexploited unexplorable unexplorative unexplored unexplosive unexportable unexported unexporting unexposable unexposed unexpostulating unexpoundable unexpounded unexpress unexpressable unexpressableness unexpressably unexpressed unexpressedly unexpressible unexpressibleness unexpressibly unexpressive unexpressively unexpressiveness unexpressly unexpropriable unexpropriated unexpugnable unexpunged unexpurgated unexpurgatedly unexpurgatedness unextended unextendedly unextendedness unextendible unextensible unextenuable unextenuated unextenuating unexterminable unexterminated unexternal unexternality unexterritoriality unextinct unextinctness unextinguishable unextinguishableness unextinguishably unextinguished unextirpated unextolled unextortable unextorted unextractable unextracted unextradited unextraneous unextraordinary unextravagance unextravagant unextravagating unextravasated unextreme unextricable unextricated unextrinsic unextruded unexuberant unexuded unexultant uneye uneyeable uneyed unfabled unfabling unfabricated unfabulous unfacaded unface unfaceable unfaced unfaceted unfacetious unfacile unfacilitated unfact unfactional unfactious unfactitious unfactorable unfactored unfactual unfadable unfaded unfading unfadingly unfadingness unfagged unfagoted unfailable unfailableness unfailably unfailed unfailing unfailingly unfailingness unfain unfaint unfainting unfaintly unfair unfairly unfairminded unfairness unfairylike unfaith unfaithful unfaithfully unfaithfulness unfaked unfallacious unfallaciously unfallen unfallenness unfallible unfallibleness unfallibly unfalling unfallowed unfalse unfalsifiable unfalsified unfalsifiedness unfalsity unfaltering unfalteringly unfamed unfamiliar unfamiliarity unfamiliarized unfamiliarly unfanatical unfanciable unfancied unfanciful unfancy unfanged unfanned unfantastic unfantastical unfantastically unfar unfarced unfarcical unfarewelled unfarmed unfarming unfarrowed unfarsighted unfasciated unfascinate unfascinated unfascinating unfashion unfashionable unfashionableness unfashionably unfashioned unfast unfasten unfastenable unfastened unfastener unfastidious unfastidiously unfastidiousness unfasting unfather unfathered unfatherlike unfatherliness unfatherly unfathomability unfathomable unfathomableness unfathomably unfathomed unfatigue unfatigueable unfatigued unfatiguing unfattable unfatted unfatten unfauceted unfaultfinding unfaulty unfavorable unfavorableness unfavorably unfavored unfavoring unfavorite unfawning unfealty unfeared unfearful unfearfully unfearing unfearingly unfeary unfeasable unfeasableness unfeasably unfeasibility unfeasible unfeasibleness unfeasibly unfeasted unfeather unfeathered unfeatured unfecund unfecundated unfed unfederal unfederated unfeeble unfeed unfeedable unfeeding unfeeing unfeelable unfeeling unfeelingly unfeelingness unfeignable unfeignableness unfeignably unfeigned unfeignedly unfeignedness unfeigning unfeigningly unfeigningness unfele unfelicitated unfelicitating unfelicitous unfelicitously unfelicitousness unfeline unfellable unfelled unfellied unfellow unfellowed unfellowlike unfellowly unfellowshiped unfelon unfelonious unfeloniously unfelony unfelt unfelted unfemale unfeminine unfemininely unfeminineness unfemininity unfeminist unfeminize unfence unfenced unfendered unfenestrated unfeoffed unfermentable unfermentableness unfermentably unfermented unfermenting unfernlike unferocious unferreted unferried unfertile unfertileness unfertility unfertilizable unfertilized unfervent unfervid unfester unfestered unfestival unfestive unfestively unfestooned unfetchable unfetched unfeted unfetter unfettered unfettled unfeudal unfeudalize unfeudalized unfeued unfevered unfeverish unfew unfibbed unfibbing unfiber unfibered unfibrous unfickle unfictitious unfidelity unfidgeting unfielded unfiend unfiendlike unfierce unfiery unfight unfightable unfighting unfigurable unfigurative unfigured unfilamentous unfilched unfile unfiled unfilial unfilially unfilialness unfill unfillable unfilled unfilleted unfilling unfilm unfilmed unfiltered unfiltrated unfinable unfinancial unfine unfined unfinessed unfingered unfinical unfinish unfinishable unfinished unfinishedly unfinishedness unfinite unfired unfireproof unfiring unfirm unfirmamented unfirmly unfirmness unfiscal unfishable unfished unfishing unfishlike unfissile unfistulous unfit unfitly unfitness unfittable unfitted unfittedness unfitten unfitting unfittingly unfittingness unfitty unfix unfixable unfixated unfixed unfixedness unfixing unfixity unflag unflagged unflagging unflaggingly unflaggingness unflagitious unflagrant unflaky unflamboyant unflaming unflanged unflank unflanked unflapping unflashing unflat unflated unflattened unflatterable unflattered unflattering unflatteringly unflaunted unflavored unflawed unflayed unflead unflecked unfledge unfledged unfledgedness unfleece unfleeced unfleeing unfleeting unflesh unfleshed unfleshliness unfleshly unfleshy unfletched unflexed unflexible unflexibleness unflexibly unflickering unflickeringly unflighty unflinching unflinchingly unflinchingness unflintify unflippant unflirtatious unflitched unfloatable unfloating unflock unfloggable unflogged unflooded unfloor unfloored unflorid unflossy unflounced unfloured unflourished unflourishing unflouted unflower unflowered unflowing unflown unfluctuating unfluent unfluid unfluked unflunked unfluorescent unflurried unflush unflushed unflustered unfluted unflutterable unfluttered unfluttering unfluvial unfluxile unflying unfoaled unfoaming unfocused unfoggy unfoilable unfoiled unfoisted unfold unfoldable unfolded unfolder unfolding unfoldment unfoldure unfoliaged unfoliated unfollowable unfollowed unfollowing unfomented unfond unfondled unfondness unfoodful unfool unfoolable unfooled unfooling unfoolish unfooted unfootsore unfoppish unforaged unforbade unforbearance unforbearing unforbid unforbidden unforbiddenly unforbiddenness unforbidding unforceable unforced unforcedly unforcedness unforceful unforcible unforcibleness unforcibly unfordable unfordableness unforded unforeboded unforeboding unforecasted unforegone unforeign unforeknowable unforeknown unforensic unforeordained unforesee unforeseeable unforeseeableness unforeseeably unforeseeing unforeseeingly unforeseen unforeseenly unforeseenness unforeshortened unforest unforestallable unforestalled unforested unforetellable unforethought unforethoughtful unforetold unforewarned unforewarnedness unforfeit unforfeitable unforfeited unforgeability unforgeable unforged unforget unforgetful unforgettable unforgettableness unforgettably unforgetting unforgettingly unforgivable unforgivableness unforgivably unforgiven unforgiveness unforgiver unforgiving unforgivingly unforgivingness unforgone unforgot unforgotten unfork unforked unforkedness unforlorn unform unformal unformality unformalized unformally unformalness unformative unformed unformidable unformulable unformularizable unformularize unformulated unformulistic unforsaken unforsaking unforsook unforsworn unforthright unfortifiable unfortified unfortify unfortuitous unfortunate unfortunately unfortunateness unfortune unforward unforwarded unfossiliferous unfossilized unfostered unfought unfoughten unfoul unfoulable unfouled unfound unfounded unfoundedly unfoundedness unfoundered unfountained unfowllike unfoxy unfractured unfragrance unfragrant unfragrantly unfrail unframable unframableness unframably unframe unframed unfranchised unfrank unfrankable unfranked unfrankly unfrankness unfraternal unfraternizing unfraudulent unfraught unfrayed unfreckled unfree unfreed unfreedom unfreehold unfreely unfreeman unfreeness unfreezable unfreeze unfreezing unfreighted unfrenchified unfrenzied unfrequency unfrequent unfrequented unfrequentedness unfrequently unfrequentness unfret unfretful unfretting unfriable unfriarlike unfricative unfrictioned unfried unfriend unfriended unfriendedness unfriending unfriendlike unfriendlily unfriendliness unfriendly unfriendship unfrighted unfrightenable unfrightened unfrightenedness unfrightful unfrigid unfrill unfrilled unfringe unfringed unfrisky unfrivolous unfrizz unfrizzled unfrizzy unfrock unfrocked unfroglike unfrolicsome unfronted unfrost unfrosted unfrosty unfrounced unfroward unfrowardly unfrowning unfroze unfrozen unfructed unfructified unfructify unfructuous unfructuously unfrugal unfrugally unfrugalness unfruitful unfruitfully unfruitfulness unfruity unfrustrable unfrustrably unfrustratable unfrustrated unfrutuosity unfuddled unfueled unfulfill unfulfillable unfulfilled unfulfilling unfulfillment unfull unfulled unfully unfulminated unfulsome unfumbled unfumbling unfumed unfumigated unfunctional unfundamental unfunded unfunnily unfunniness unfunny unfur unfurbelowed unfurbished unfurcate unfurious unfurl unfurlable unfurnish unfurnished unfurnishedness unfurnitured unfurred unfurrow unfurrowable unfurrowed unfurthersome unfused unfusible unfusibleness unfusibly unfussed unfussing unfussy unfutile unfuturistic ungabled ungag ungaged ungagged ungain ungainable ungained ungainful ungainfully ungainfulness ungaining ungainlike ungainliness ungainly ungainness ungainsaid ungainsayable ungainsayably ungainsaying ungainsome ungainsomely ungaite ungallant ungallantly ungallantness ungalling ungalvanized ungamboling ungamelike unganged ungangrened ungarbed ungarbled ungardened ungargled ungarland ungarlanded ungarment ungarmented ungarnered ungarnish ungarnished ungaro ungarrisoned ungarter ungartered ungashed ungassed ungastric ungathered ungaudy ungauged ungauntlet ungauntleted ungazetted ungazing ungear ungeared ungelatinizable ungelatinized ungelded ungelt ungeminated ungenerable ungeneral ungeneraled ungeneralized ungenerate ungenerated ungenerative ungeneric ungenerical ungenerosity ungenerous ungenerously ungenerousness ungenial ungeniality ungenially ungenialness ungenitured ungenius ungenteel ungenteelly ungenteelness ungentile ungentility ungentilize ungentle ungentled ungentleman ungentlemanize ungentlemanlike ungentlemanlikeness ungentlemanliness ungentlemanly ungentleness ungentlewomanlike ungently ungenuine ungenuinely ungenuineness ungeodetical ungeographic ungeographical ungeographically ungeological ungeometric ungeometrical ungeometrically ungeometricalness ungerminated ungerminating ungermlike ungerontic ungesting ungesturing unget ungettable unghostlike unghostly ungiant ungibbet ungiddy ungifted ungiftedness ungild ungilded ungill ungilt ungingled unginned ungird ungirded ungirdle ungirdled ungirlish ungirt ungirth ungirthed ungive ungiveable ungiven ungiving ungka unglaciated unglad ungladden ungladdened ungladly ungladness ungladsome unglamorous unglandular unglassed unglaze unglazed ungleaned unglee ungleeful unglimpsed unglistening unglittering ungloating unglobe unglobular ungloom ungloomed ungloomy unglorified unglorify unglorifying unglorious ungloriously ungloriousness unglory unglosed ungloss unglossaried unglossed unglossily unglossiness unglossy unglove ungloved unglowing unglozed unglue unglued unglutinate unglutted ungluttonous ungnarred ungnaw ungnawn ungnostic ungoaded ungoatlike ungod ungoddess ungodlike ungodlily ungodliness ungodly ungodmothered ungold ungolden ungone ungood ungoodliness ungoodly ungored ungorge ungorged ungorgeous ungospel ungospelized ungospelled ungospellike ungossiping ungot ungothic ungotten ungouged ungouty ungovernable ungovernableness ungovernably ungoverned ungovernedness ungoverning ungown ungowned ungrace ungraced ungraceful ungracefully ungracefulness ungracious ungraciously ungraciousness ungradated ungraded ungradual ungradually ungraduated ungraduating ungraft ungrafted ungrain ungrainable ungrained ungrammar ungrammared ungrammatic ungrammatical ungrammatically ungrammaticalness ungrammaticism ungrand ungrantable ungranted ungranulated ungraphic ungraphitized ungrapple ungrappled ungrappler ungrasp ungraspable ungrasped ungrasping ungrassed ungrassy ungrated ungrateful ungratefully ungratefulness ungratifiable ungratified ungratifying ungrating ungrave ungraved ungraveled ungravelly ungravely ungraven ungrayed ungrazed ungreased ungreat ungreatly ungreatness ungreeable ungreedy ungreen ungreenable ungreened ungreeted ungregarious ungrieve ungrieved ungrieving ungrilled ungrimed ungrindable ungrip ungripe ungrizzled ungroaning ungroined ungroomed ungrooved ungropeable ungross ungrotesque unground ungroundable ungroundably ungrounded ungroundedly ungroundedness ungroupable ungrouped ungrow ungrowing ungrown ungrubbed ungrudged ungrudging ungrudgingly ungrudgingness ungruesome ungruff ungrumbling ungual unguaranteed unguard unguardable unguarded unguardedly unguardedness ungueal unguent unguentaria unguentarium unguentary unguentiferous unguentous unguentum unguerdoned ungues unguessable unguessableness unguessed unguical unguicorn unguicular unguiculate unguiculated unguidable unguidableness unguidably unguided unguidedly unguiferous unguiform unguiled unguileful unguilefully unguilefulness unguillotined unguiltily unguiltiness unguilty unguinal unguinous unguirostral unguis ungula ungulae ungular ungulate ungulated unguled unguligrade ungull ungulous ungulp ungum ungummed ungushing ungutted unguttural unguyed unguzzled ungymnastic ungypsylike ungyve ungyved unhabit unhabitable unhabitableness unhabited unhabitual unhabitually unhabituate unhabituated unhacked unhackled unhackneyed unhackneyedness unhad unhaft unhafted unhaggled unhaggling unhailable unhailed unhair unhaired unhairer unhairily unhairiness unhairing unhairy unhallooed unhallow unhallowed unhallowedness unhaloed unhalsed unhalted unhalter unhaltered unhalting unhalved unhammered unhamper unhampered unhand unhandcuff unhandcuffed unhandicapped unhandily unhandiness unhandled unhandseled unhandsome unhandsomely unhandsomeness unhandy unhang unhanged unhap unhappen unhappily unhappiness unhappy unharangued unharassed unharbor unharbored unhard unharden unhardenable unhardened unhardihood unhardily unhardiness unhardness unhardy unharked unharmable unharmed unharmful unharmfully unharming unharmonic unharmonical unharmonious unharmoniously unharmoniousness unharmonize unharmonized unharmony unharness unharnessed unharped unharried unharrowed unharsh unharvested unhashed unhasp unhasped unhaste unhasted unhastened unhastily unhastiness unhasting unhasty unhat unhatchability unhatchable unhatched unhatcheled unhate unhated unhateful unhating unhatingly unhatted unhauled unhaunt unhaunted unhave unhawked unhayed unhazarded unhazarding unhazardous unhazardousness unhazed unhead unheaded unheader unheady unheal unhealable unhealableness unhealably unhealed unhealing unhealth unhealthful unhealthfully unhealthfulness unhealthily unhealthiness unhealthsome unhealthsomeness unhealthy unheaped unhearable unheard unhearing unhearsed unheart unhearten unheartsome unhearty unheatable unheated unheathen unheaved unheaven unheavenly unheavily unheaviness unheavy unhectored unhedge unhedged unheed unheeded unheededly unheedful unheedfully unheedfulness unheeding unheedingly unheedy unheeled unheelpieced unhefted unheightened unheired unheld unhele unheler unhelm unhelmed unhelmet unhelmeted unhelpable unhelpableness unhelped unhelpful unhelpfully unhelpfulness unhelping unhelved unhemmed unheppen unheralded unheraldic unherd unherded unhereditary unheretical unheritable unhermetic unhero unheroic unheroical unheroically unheroism unheroize unherolike unhesitant unhesitating unhesitatingly unhesitatingness unheuristic unhewable unhewed unhewn unhex unhid unhidable unhidableness unhidably unhidated unhidden unhide unhidebound unhideous unhieratic unhigh unhilarious unhinderable unhinderably unhindered unhindering unhinge unhingement unhinted unhipped unhired unhissed unhistoric unhistorical unhistorically unhistory unhistrionic unhit unhitch unhitched unhittable unhive unhoard unhoarded unhoarding unhoary unhoaxed unhobble unhocked unhoed unhogged unhoist unhoisted unhold unholiday unholily unholiness unhollow unhollowed unholy unhome unhomelike unhomelikeness unhomeliness unhomely unhomish unhomogeneity unhomogeneous unhomogeneously unhomologous unhoned unhonest unhonestly unhoneyed unhonied unhonorable unhonorably unhonored unhonoured unhood unhooded unhoodwink unhoodwinked unhoofed unhook unhooked unhoop unhooped unhooper unhooted unhoped unhopedly unhopedness unhopeful unhopefully unhopefulness unhoping unhopingly unhopped unhoppled unhorizoned unhorizontal unhorned unhorny unhoroscopic unhorse unhose unhosed unhospitable unhospitableness unhospitably unhostile unhostilely unhostileness unhostility unhot unhoundlike unhouse unhoused unhouseled unhouselike unhousewifely unhuddle unhugged unhull unhulled unhuman unhumanize unhumanized unhumanly unhumanness unhumble unhumbled unhumbledness unhumbleness unhumbly unhumbugged unhumid unhumiliated unhumored unhumorous unhumorously unhumorousness unhumoured unhung unhuntable unhunted unhurdled unhurled unhurried unhurriedly unhurriedness unhurrying unhurryingly unhurt unhurted unhurtful unhurtfully unhurtfulness unhurting unhusbanded unhusbandly unhushable unhushed unhushing unhusk unhusked unhustled unhustling unhutched unhuzzaed unhydraulic unhydrolyzed unhygienic unhygienically unhygrometric unhymeneal unhymned unhyphenated unhyphened unhypnotic unhypnotizable unhypnotize unhypocritical unhypocritically unhypothecated unhypothetical unhysterical uniambic uniambically uniangulate uniarticular uniarticulate uniat uniate uniauriculate uniauriculated uniaxal uniaxally uniaxial uniaxially unibasal unibivalent unible unibracteate unibracteolate unibranchiate unicalcarate unicameral unicameralism unicameralist unicamerate unicapsular unicarinate unicarinated unice uniced unicell unicellate unicelled unicellular unicellularity unicentral unichord uniciliate unicism unicist unicity uniclinal unicolor unicolorate unicolored unicolorous uniconstant unicorn unicorneal unicornic unicornlike unicornous unicornuted unicostate unicotyledonous unicum unicursal unicursality unicursally unicuspid unicuspidate unicycle unicyclist unidactyl unidactyle unidactylous unideaed unideal unidealism unidealist unidealistic unidealized unidentate unidentated unidenticulate unidentifiable unidentifiableness unidentifiably unidentified unidentifiedly unidentifying unideographic unidextral unidextrality unidigitate unidimensional unidiomatic unidiomatically unidirect unidirected unidirection unidirectional unidle unidleness unidly unidolatrous unidolized unidyllic unie uniembryonate uniequivalent uniface unifaced unifacial unifactorial unifarious unifiable unific unification unificationist unificator unified unifiedly unifiedness unifier unifilar uniflagellate unifloral uniflorate uniflorous uniflow uniflowered unifocal unifoliar unifoliate unifoliolate uniform uniformal uniformalization uniformalize uniformally uniformation uniformed uniformist uniformitarian uniformitarianism uniformity uniformization uniformize uniformless uniformly uniformness unify unigenesis unigenetic unigenist unigenistic unigenital unigeniture unigenous uniglandular uniglobular unignitable unignited unignitible unignominious unignorant unignored unigravida uniguttulate unijugate unijugous unilabiate unilabiated unilamellar unilamellate unilaminar unilaminate unilateral unilateralism unilateralist unilaterality unilateralization unilateralize unilaterally unilinear unilingual unilingualism uniliteral unilludedly unillumed unilluminated unilluminating unillumination unillumined unillusioned unillusory unillustrated unillustrative unillustrious unilobal unilobar unilobate unilobe unilobed unilobular unilocular unilocularity uniloculate unimacular unimaged unimaginable unimaginableness unimaginably unimaginary unimaginative unimaginatively unimaginativeness unimagine unimagined unimanual unimbanked unimbellished unimbezzled unimbibed unimbibing unimbittered unimbodied unimboldened unimbordered unimbosomed unimbowed unimbowered unimbroiled unimbrowned unimbrued unimbued unimedial unimitable unimitableness unimitably unimitated unimitating unimitative unimmaculate unimmanent unimmediate unimmerged unimmergible unimmersed unimmigrating unimmolated unimmortal unimmortalize unimmortalized unimmovable unimmured unimodal unimodality unimodular unimolecular unimolecularity unimpair unimpairable unimpaired unimpartable unimparted unimpartial unimpassionate unimpassioned unimpassionedly unimpassionedness unimpatient unimpawned unimpeachability unimpeachable unimpeachableness unimpeachably unimpeached unimpearled unimped unimpeded unimpededly unimpedible unimpedness unimpelled unimpenetrable unimperative unimperial unimperialistic unimperious unimpertinent unimpinging unimplanted unimplicable unimplicate unimplicated unimplicit unimplicitly unimplied unimplorable unimplored unimpoisoned unimportance unimportant unimportantly unimported unimporting unimportunate unimportunately unimportuned unimposed unimposedly unimposing unimpostrous unimpounded unimpoverished unimpowered unimprecated unimpregnable unimpregnate unimpregnated unimpressed unimpressibility unimpressible unimpressibleness unimpressibly unimpressionability unimpressionable unimpressive unimpressively unimpressiveness unimprinted unimprison unimprisonable unimprisoned unimpropriated unimprovable unimprovableness unimprovably unimproved unimprovedly unimprovedness unimprovement unimproving unimprovised unimpugnable unimpugned unimpulsive unimpurpled unimputable unimputed unimucronate unimultiplex unimuscular uninaugurated unincantoned unincarcerated unincarnate unincarnated unincensed uninchoative unincidental unincised unincisive unincited uninclinable uninclined uninclining uninclosed uninclosedness unincludable unincluded uninclusive uninclusiveness uninconvenienced unincorporate unincorporated unincorporatedly unincorporatedness unincreasable unincreased unincreasing unincubated uninculcated unincumbered unindebted unindebtedly unindebtedness unindemnified unindentable unindented unindentured unindexed unindicable unindicated unindicative unindictable unindicted unindifference unindifferency unindifferent unindifferently unindigent unindignant unindividual unindividualize unindividualized unindividuated unindorsed uninduced uninductive unindulged unindulgent unindulgently unindurated unindustrial unindustrialized unindustrious unindustriously unindwellable uninebriated uninebriating uninervate uninerved uninfallibility uninfallible uninfatuated uninfectable uninfected uninfectious uninfectiousness uninfeft uninferred uninfested uninfiltrated uninfinite uninfiniteness uninfixed uninflamed uninflammability uninflammable uninflated uninflected uninflectedness uninflicted uninfluenceable uninfluenced uninfluencing uninfluencive uninfluential uninfluentiality uninfolded uninformed uninforming uninfracted uninfringeable uninfringed uninfringible uninfuriated uninfused uningenious uningeniously uningeniousness uningenuity uningenuous uningenuously uningenuousness uningested uningrafted uningrained uninhabitability uninhabitable uninhabitableness uninhabitably uninhabited uninhabitedness uninhaled uninheritability uninheritable uninherited uninhibited uninhibitive uninhumed uninimical uniniquitous uninitialed uninitialled uninitiate uninitiated uninitiatedness uninitiation uninjectable uninjected uninjurable uninjured uninjuredness uninjuring uninjurious uninjuriously uninjuriousness uninked uninlaid uninn uninnate uninnocence uninnocent uninnocently uninnocuous uninnovating uninoculable uninoculated uninodal uninominal uninquired uninquiring uninquisitive uninquisitively uninquisitiveness uninquisitorial uninsane uninsatiable uninscribed uninserted uninshrined uninsinuated uninsistent uninsolvent uninspected uninspirable uninspired uninspiring uninspiringly uninspirited uninspissated uninstalled uninstanced uninstated uninstigated uninstilled uninstituted uninstructed uninstructedly uninstructedness uninstructible uninstructing uninstructive uninstructively uninstructiveness uninstrumental uninsular uninsulate uninsulated uninsultable uninsulted uninsulting uninsurability uninsurable uninsured unintegrated unintellective unintellectual unintellectualism unintellectuality unintellectually unintelligence unintelligent unintelligently unintelligentsia unintelligibility unintelligible unintelligibleness unintelligibly unintended unintendedly unintensive unintent unintentional unintentionality unintentionally unintentionalness unintently unintentness unintercalated unintercepted uninterchangeable uninterdicted uninterested uninterestedly uninterestedness uninteresting uninterestingly uninterestingness uninterferedwith uninterjected uninterlaced uninterlarded uninterleave uninterleaved uninterlined uninterlinked uninterlocked unintermarrying unintermediate unintermingled unintermission unintermissive unintermitted unintermittedly unintermittedness unintermittent unintermitting unintermittingly unintermittingness unintermixed uninternational uninterpleaded uninterpolated uninterposed uninterposing uninterpretable uninterpreted uninterred uninterrogable uninterrogated uninterrupted uninterruptedly uninterruptedness uninterruptible uninterruptibleness uninterrupting uninterruption unintersected uninterspersed unintervening uninterviewed unintervolved uninterwoven uninthroned unintimate unintimated unintimidated unintitled unintombed unintoned unintoxicated unintoxicatedness unintoxicating unintrenchable unintrenched unintricate unintrigued unintriguing unintroduced unintroducible unintroitive unintromitted unintrospective unintruded unintruding unintrusive unintrusively unintrusted unintuitive unintwined uninuclear uninucleate uninucleated uninundated uninured uninurned uninvadable uninvaded uninvaginated uninvalidated uninveighing uninveigled uninvented uninventful uninventibleness uninventive uninventively uninventiveness uninverted uninvested uninvestigable uninvestigated uninvestigating uninvestigative uninvidious uninvidiously uninvigorated uninvincible uninvite uninvited uninvitedly uninviting uninvoiced uninvoked uninvolved uninweaved uninwoven uninwrapped uninwreathed unio uniocular unioid union unioned unionic unionid unioniform unionism unionist unionistic unionization unionize unionoid unioval uniovular uniovulate unipara uniparental uniparient uniparous unipartite uniped unipeltate uniperiodic unipersonal unipersonalist unipersonality unipetalous uniphase uniphaser uniphonous uniplanar uniplicate unipod unipolar unipolarity uniporous unipotence unipotent unipotential unipulse uniquantic unique uniquely uniqueness uniquity uniradial uniradiate uniradiated uniradical uniramose uniramous unirascible unireme unirenic unirhyme uniridescent unironed unironical unirradiated unirrigated unirritable unirritant unirritated unirritatedly unirritating unisepalous uniseptate uniserial uniserially uniseriate uniseriately uniserrate uniserrulate unisexed unisexual unisexuality unisexually unisilicate unisoil unisolable unisolate unisolated unisomeric unisometrical unisomorphic unison unisonal unisonally unisonance unisonant unisonous unisotropic unisparker unispiculate unispinose unispiral unissuable unissued unistylist unisulcate unit unitage unital unitalicized unitarian unitarily unitariness unitarism unitarist unitary unite uniteability uniteable uniteably united unitedly unitedness unitemized unitentacular uniter uniting unitingly unition unitism unitistic unitive unitively unitiveness unitize unitooth unitrivalent unitrope unituberculate unitude unity uniunguiculate uniungulate univalence univalency univalent univalvate univalve univalvular univariant univerbal universal universalia universalism universalist universalistic universality universalization universalize universalizer universally universalness universanimous universe universeful universitarian universitarianism universitary universitize university universityless universitylike universityship universological universologist universology univied univocability univocacy univocal univocalized univocally univocity univoltine univorous unjacketed unjaded unjagged unjailed unjam unjapanned unjarred unjarring unjaundiced unjaunty unjealous unjealoused unjellied unjesting unjesuited unjesuitical unjesuitically unjewel unjeweled unjewelled unjilted unjocose unjocund unjogged unjogging unjoin unjoinable unjoint unjointed unjointedness unjointured unjoking unjokingly unjolly unjolted unjostled unjournalized unjovial unjovially unjoyed unjoyful unjoyfully unjoyfulness unjoyous unjoyously unjoyousness unjudgable unjudge unjudged unjudgelike unjudging unjudicable unjudicial unjudicially unjudicious unjudiciously unjudiciousness unjuggled unjuiced unjuicy unjumbled unjumpable unjust unjustice unjusticiable unjustifiable unjustifiableness unjustifiably unjustified unjustifiedly unjustifiedness unjustify unjustled unjustly unjustness unjuvenile unkaiserlike unkamed unked unkeeled unkembed unkempt unkemptly unkemptness unken unkenned unkennedness unkennel unkenneled unkenning unkensome unkept unkerchiefed unket unkey unkeyed unkicked unkid unkill unkillability unkillable unkilled unkilling unkilned unkin unkind unkindhearted unkindled unkindledness unkindlily unkindliness unkindling unkindly unkindness unkindred unkindredly unking unkingdom unkinged unkinger unkinglike unkingly unkink unkinlike unkirk unkiss unkissed unkist unknave unkneaded unkneeling unknelled unknew unknight unknighted unknightlike unknit unknittable unknitted unknitting unknocked unknocking unknot unknotted unknotty unknow unknowability unknowable unknowableness unknowably unknowing unknowingly unknowingness unknowledgeable unknown unknownly unknownness unknownst unkodaked unkoshered unlabeled unlabialize unlabiate unlaborable unlabored unlaboring unlaborious unlaboriously unlaboriousness unlace unlaced unlacerated unlackeyed unlacquered unlade unladen unladled unladyfied unladylike unlagging unlaid unlame unlamed unlamented unlampooned unlanced unland unlanded unlandmarked unlanguaged unlanguid unlanguishing unlanterned unlap unlapped unlapsed unlapsing unlarded unlarge unlash unlashed unlasher unlassoed unlasting unlatch unlath unlathed unlathered unlatinized unlatticed unlaudable unlaudableness unlaudably unlauded unlaugh unlaughing unlaunched unlaundered unlaureled unlaved unlaving unlavish unlavished unlaw unlawed unlawful unlawfully unlawfulness unlawlearned unlawlike unlawly unlawyered unlawyerlike unlay unlayable unleached unlead unleaded unleaderly unleaf unleafed unleagued unleaguer unleakable unleaky unleal unlean unleared unlearn unlearnability unlearnable unlearnableness unlearned unlearnedly unlearnedness unlearning unlearnt unleasable unleased unleash unleashed unleathered unleave unleaved unleavenable unleavened unlectured unled unleft unlegacied unlegal unlegalized unlegally unlegalness unlegate unlegislative unleisured unleisuredness unleisurely unlenient unlensed unlent unless unlessened unlessoned unlet unlettable unletted unlettered unletteredly unletteredness unlettering unletterlike unlevel unleveled unlevelly unlevelness unlevied unlevigated unlexicographical unliability unliable unlibeled unliberal unliberalized unliberated unlibidinous unlicensed unlicentiated unlicentious unlichened unlickable unlicked unlid unlidded unlie unlifelike unliftable unlifted unlifting unligable unligatured unlight unlighted unlightedly unlightedness unlightened unlignified unlikable unlikableness unlikably unlike unlikeable unlikeableness unlikeably unliked unlikelihood unlikeliness unlikely unliken unlikeness unliking unlimb unlimber unlime unlimed unlimitable unlimitableness unlimitably unlimited unlimitedly unlimitedness unlimitless unlimned unlimp unline unlineal unlined unlingering unlink unlinked unlionlike unliquefiable unliquefied unliquid unliquidatable unliquidated unliquidating unliquidation unliquored unlisping unlist unlisted unlistened unlistening unlisty unlit unliteral unliterally unliteralness unliterary unliterate unlitigated unlitten unlittered unliturgical unliturgize unlivable unlivableness unlivably unlive unliveable unliveableness unliveably unliveliness unlively unliveried unlivery unliving unlizardlike unload unloaded unloaden unloader unloafing unloanably unloaned unloaning unloath unloathed unloathful unloathly unloathsome unlobed unlocal unlocalizable unlocalize unlocalized unlocally unlocated unlock unlockable unlocked unlocker unlocking unlocomotive unlodge unlodged unlofty unlogged unlogic unlogical unlogically unlogicalness unlonely unlook unlooked unloop unlooped unloosable unloosably unloose unloosen unloosening unloosing unlooted unlopped unloquacious unlord unlorded unlordly unlosable unlosableness unlost unlotted unlousy unlovable unlovableness unlovably unlove unloveable unloveableness unloveably unloved unlovelily unloveliness unlovely unloverlike unloverly unloving unlovingly unlovingness unlowered unlowly unloyal unloyally unloyalty unlubricated unlucent unlucid unluck unluckful unluckily unluckiness unlucky unlucrative unludicrous unluffed unlugged unlugubrious unluminous unlumped unlunar unlured unlust unlustily unlustiness unlustrous unlusty unlute unluted unluxated unluxuriant unluxurious unlycanthropize unlying unlyrical unlyrically unmacadamized unmacerated unmachinable unmackly unmad unmadded unmaddened unmade unmagic unmagical unmagisterial unmagistratelike unmagnanimous unmagnetic unmagnetical unmagnetized unmagnified unmagnify unmaid unmaidenlike unmaidenliness unmaidenly unmail unmailable unmailableness unmailed unmaimable unmaimed unmaintainable unmaintained unmajestic unmakable unmake unmaker unmalevolent unmalicious unmalignant unmaligned unmalleability unmalleable unmalleableness unmalled unmaltable unmalted unmammalian unmammonized unman unmanacle unmanacled unmanageable unmanageableness unmanageably unmanaged unmancipated unmandated unmanducated unmaned unmaneged unmanful unmanfully unmangled unmaniable unmaniac unmaniacal unmanicured unmanifest unmanifested unmanipulatable unmanipulated unmanlike unmanlily unmanliness unmanly unmanned unmanner unmannered unmanneredly unmannerliness unmannerly unmannish unmanored unmantle unmantled unmanufacturable unmanufactured unmanumissible unmanumitted unmanurable unmanured unmappable unmapped unmarbled unmarch unmarching unmarginal unmarginated unmarine unmaritime unmarkable unmarked unmarketable unmarketed unmarled unmarred unmarriable unmarriageability unmarriageable unmarried unmarring unmarry unmarrying unmarshaled unmartial unmartyr unmartyred unmarvelous unmasculine unmashed unmask unmasked unmasker unmasking unmasquerade unmassacred unmassed unmast unmaster unmasterable unmastered unmasterful unmasticable unmasticated unmatchable unmatchableness unmatchably unmatched unmatchedness unmate unmated unmaterial unmaterialistic unmateriate unmaternal unmathematical unmathematically unmating unmatriculated unmatrimonial unmatronlike unmatted unmature unmatured unmaturely unmatureness unmaturing unmaturity unmauled unmaze unmeaning unmeaningly unmeaningness unmeant unmeasurable unmeasurableness unmeasurably unmeasured unmeasuredly unmeasuredness unmeated unmechanic unmechanical unmechanically unmechanistic unmechanize unmechanized unmedaled unmedalled unmeddle unmeddled unmeddlesome unmeddling unmeddlingly unmeddlingness unmediaeval unmediated unmediatized unmedicable unmedical unmedicated unmedicative unmedicinable unmedicinal unmeditated unmeditative unmediumistic unmedullated unmeek unmeekly unmeekness unmeet unmeetable unmeetly unmeetness unmelancholy unmeliorated unmellow unmellowed unmelodic unmelodious unmelodiously unmelodiousness unmelodized unmelodramatic unmeltable unmeltableness unmeltably unmelted unmeltedness unmelting unmember unmemoired unmemorable unmemorialized unmemoried unmemorized unmenaced unmenacing unmendable unmendableness unmendably unmendacious unmended unmenial unmenseful unmenstruating unmensurable unmental unmentionability unmentionable unmentionableness unmentionables unmentionably unmentioned unmercantile unmercenariness unmercenary unmercerized unmerchantable unmerchantlike unmerchantly unmerciful unmercifully unmercifulness unmercurial unmeretricious unmerge unmerged unmeridional unmerited unmeritedly unmeritedness unmeriting unmeritorious unmeritoriously unmeritoriousness unmerry unmesh unmesmeric unmesmerize unmesmerized unmet unmetaled unmetalized unmetalled unmetallic unmetallurgical unmetamorphosed unmetaphorical unmetaphysic unmetaphysical unmeted unmeteorological unmetered unmethodical unmethodically unmethodicalness unmethodized unmethodizing unmethylated unmeticulous unmetric unmetrical unmetrically unmetricalness unmetropolitan unmettle unmew unmewed unmicaceous unmicrobic unmicroscopic unmidwifed unmighty unmigrating unmildewed unmilitant unmilitarily unmilitariness unmilitaristic unmilitarized unmilitary unmilked unmilled unmillinered unmilted unmimicked unminable unminced unmincing unmind unminded unmindful unmindfully unmindfulness unminding unmined unmineralized unmingle unmingleable unmingled unmingling unminimized unminished unminister unministered unministerial unministerially unminted unminuted unmiracled unmiraculous unmiraculously unmired unmirrored unmirthful unmirthfully unmirthfulness unmiry unmisanthropic unmiscarrying unmischievous unmiscible unmisconceivable unmiserly unmisgiving unmisgivingly unmisguided unmisinterpretable unmisled unmissable unmissed unmissionary unmissionized unmist unmistakable unmistakableness unmistakably unmistakedly unmistaken unmistakingly unmistressed unmistrusted unmistrustful unmistrusting unmisunderstandable unmisunderstanding unmisunderstood unmiter unmitigable unmitigated unmitigatedly unmitigatedness unmitigative unmittened unmix unmixable unmixableness unmixed unmixedly unmixedness unmoaned unmoated unmobbed unmobilized unmocked unmocking unmockingly unmodel unmodeled unmodelled unmoderate unmoderately unmoderateness unmoderating unmodern unmodernity unmodernize unmodernized unmodest unmodifiable unmodifiableness unmodifiably unmodified unmodifiedness unmodish unmodulated unmoiled unmoist unmoisten unmold unmoldable unmolded unmoldered unmoldering unmoldy unmolested unmolestedly unmolesting unmollifiable unmollifiably unmollified unmollifying unmolten unmomentary unmomentous unmomentously unmonarch unmonarchical unmonastic unmonetary unmoneyed unmonistic unmonitored unmonkish unmonkly unmonopolize unmonopolized unmonopolizing unmonotonous unmonumented unmoor unmoored unmooted unmopped unmoral unmoralist unmorality unmoralize unmoralized unmoralizing unmorally unmoralness unmorbid unmordanted unmoribund unmorose unmorphological unmortal unmortared unmortgage unmortgageable unmortgaged unmortified unmortifiedly unmortifiedness unmortise unmortised unmossed unmothered unmotherly unmotionable unmotivated unmotivatedly unmotivatedness unmotived unmotorized unmottled unmounded unmount unmountable unmountainous unmounted unmounting unmourned unmournful unmourning unmouthable unmouthed unmouthpieced unmovability unmovable unmovableness unmovably unmoved unmovedly unmoving unmovingly unmovingness unmowed unmown unmucilaged unmudded unmuddied unmuddle unmuddled unmuddy unmuffle unmuffled unmulcted unmulish unmulled unmullioned unmultipliable unmultiplied unmultipliedly unmultiply unmummied unmummify unmunched unmundane unmundified unmunicipalized unmunificent unmunitioned unmurmured unmurmuring unmurmuringly unmurmurous unmuscled unmuscular unmusical unmusicality unmusically unmusicalness unmusicianly unmusked unmussed unmusted unmusterable unmustered unmutated unmutation unmuted unmutilated unmutinous unmuttered unmutual unmutualized unmuzzle unmuzzled unmuzzling unmyelinated unmysterious unmysteriously unmystery unmystical unmysticize unmystified unmythical unnabbed unnagged unnagging unnail unnailed unnaked unnamability unnamable unnamableness unnamably unname unnameability unnameable unnameableness unnameably unnamed unnapkined unnapped unnarcotic unnarrated unnarrow unnation unnational unnationalized unnative unnatural unnaturalism unnaturalist unnaturalistic unnaturality unnaturalizable unnaturalize unnaturalized unnaturally unnaturalness unnature unnautical unnavigability unnavigable unnavigableness unnavigably unnavigated unneaped unnearable unneared unnearly unnearness unneat unneatly unneatness unnebulous unnecessarily unnecessariness unnecessary unnecessitated unnecessitating unnecessity unneeded unneedful unneedfully unneedfulness unneedy unnefarious unnegated unneglected unnegligent unnegotiable unnegotiableness unnegotiably unnegotiated unnegro unneighbored unneighborlike unneighborliness unneighborly unnephritic unnerve unnerved unnervous unnest unnestle unnestled unneth unnethe unnethes unnethis unnetted unnettled unneurotic unneutral unneutralized unneutrally unnew unnewly unnewness unnibbed unnibbied unnice unnicely unniceness unniched unnicked unnickeled unnickelled unnicknamed unniggard unniggardly unnigh unnimbed unnimble unnimbleness unnimbly unnipped unnitrogenized unnobilitated unnobility unnoble unnobleness unnobly unnoised unnomadic unnominated unnonsensical unnoosed unnormal unnorthern unnose unnosed unnotable unnotched unnoted unnoteworthy unnoticeable unnoticeableness unnoticeably unnoticed unnoticing unnotified unnotify unnoting unnourishable unnourished unnourishing unnovel unnovercal unnucleated unnullified unnumberable unnumberableness unnumberably unnumbered unnumberedness unnumerical unnumerous unnurtured unnutritious unnutritive unnuzzled unnymphlike unoared unobdurate unobedience unobedient unobediently unobese unobeyed unobeying unobjected unobjectionable unobjectionableness unobjectionably unobjectional unobjective unobligated unobligatory unobliged unobliging unobligingly unobligingness unobliterable unobliterated unoblivious unobnoxious unobscene unobscure unobscured unobsequious unobsequiously unobsequiousness unobservable unobservance unobservant unobservantly unobservantness unobserved unobservedly unobserving unobservingly unobsessed unobsolete unobstinate unobstruct unobstructed unobstructedly unobstructedness unobstructive unobstruent unobtainable unobtainableness unobtainably unobtained unobtruded unobtruding unobtrusive unobtrusively unobtrusiveness unobtunded unobumbrated unobverted unobviated unobvious unoccasional unoccasioned unoccidental unoccluded unoccupancy unoccupation unoccupied unoccupiedly unoccupiedness unoccurring unoceanic unocular unode unodious unodoriferous unoecumenic unoecumenical unoffendable unoffended unoffendedly unoffender unoffending unoffendingly unoffensive unoffensively unoffensiveness unoffered unofficed unofficered unofficerlike unofficial unofficialdom unofficially unofficialness unofficiating unofficinal unofficious unofficiously unofficiousness unoffset unoften unogled unoil unoiled unoiling unoily unold unomened unominous unomitted unomnipotent unomniscient unonerous unontological unopaque unoped unopen unopenable unopened unopening unopenly unopenness unoperably unoperated unoperatic unoperating unoperative unoperculate unoperculated unopined unopinionated unoppignorated unopportune unopportunely unopportuneness unopposable unopposed unopposedly unopposedness unopposite unoppressed unoppressive unoppressively unoppressiveness unopprobrious unoppugned unopulence unopulent unoratorial unoratorical unorbed unorbital unorchestrated unordain unordainable unordained unorder unorderable unordered unorderly unordinarily unordinariness unordinary unordinate unordinately unordinateness unordnanced unorganic unorganical unorganically unorganicalness unorganizable unorganized unorganizedly unorganizedness unoriental unorientalness unoriented unoriginal unoriginality unoriginally unoriginalness unoriginate unoriginated unoriginatedness unoriginately unoriginateness unorigination unoriginative unoriginatively unoriginativeness unorn unornamental unornamentally unornamentalness unornamented unornate unornithological unornly unorphaned unorthodox unorthodoxically unorthodoxly unorthodoxness unorthodoxy unorthographical unorthographically unoscillating unosculated unossified unostensible unostentation unostentatious unostentatiously unostentatiousness unoutgrown unoutlawed unoutraged unoutspeakable unoutspoken unoutworn unoverclouded unovercome unoverdone unoverdrawn unoverflowing unoverhauled unoverleaped unoverlooked unoverpaid unoverpowered unoverruled unovert unovertaken unoverthrown unovervalued unoverwhelmed unowed unowing unown unowned unoxidable unoxidated unoxidizable unoxidized unoxygenated unoxygenized unpacable unpaced unpacifiable unpacific unpacified unpacifiedly unpacifiedness unpacifist unpack unpacked unpacker unpadded unpadlocked unpagan unpaganize unpaged unpaginal unpaid unpained unpainful unpaining unpainstaking unpaint unpaintability unpaintable unpaintableness unpaintably unpainted unpaintedly unpaintedness unpaired unpalatability unpalatable unpalatableness unpalatably unpalatal unpalatial unpale unpaled unpalisaded unpalisadoed unpalled unpalliable unpalliated unpalpable unpalped unpalpitating unpalsied unpampered unpanegyrized unpanel unpaneled unpanelled unpanged unpanniered unpanoplied unpantheistic unpanting unpapal unpapaverous unpaper unpapered unparaded unparadise unparadox unparagoned unparagonized unparagraphed unparallel unparallelable unparalleled unparalleledly unparalleledness unparallelness unparalyzed unparaphrased unparasitical unparcel unparceled unparceling unparcelled unparcelling unparch unparched unparching unpardon unpardonable unpardonableness unpardonably unpardoned unpardonedness unpardoning unpared unparented unparfit unpargeted unpark unparked unparking unparliamentary unparliamented unparodied unparrel unparriable unparried unparroted unparrying unparsed unparsimonious unparsonic unparsonical unpartable unpartableness unpartably unpartaken unpartaking unparted unpartial unpartiality unpartially unpartialness unparticipant unparticipated unparticipating unparticipative unparticular unparticularized unparticularizing unpartisan unpartitioned unpartizan unpartnered unpartook unparty unpass unpassable unpassableness unpassably unpassed unpassing unpassionate unpassionately unpassionateness unpassioned unpassive unpaste unpasted unpasteurized unpasting unpastor unpastoral unpastured unpatched unpatent unpatentable unpatented unpaternal unpathed unpathetic unpathwayed unpatient unpatiently unpatientness unpatriarchal unpatrician unpatriotic unpatriotically unpatriotism unpatristic unpatrolled unpatronizable unpatronized unpatronizing unpatted unpatterned unpaunch unpaunched unpauperized unpausing unpausingly unpave unpaved unpavilioned unpaving unpawed unpawn unpawned unpayable unpayableness unpayably unpaying unpayment unpeace unpeaceable unpeaceableness unpeaceably unpeaceful unpeacefully unpeacefulness unpealed unpearled unpebbled unpeccable unpecked unpecuniarily unpedagogical unpedantic unpeddled unpedestal unpedigreed unpeel unpeelable unpeelableness unpeeled unpeerable unpeered unpeg unpejorative unpelagic unpelted unpen unpenal unpenalized unpenanced unpenciled unpencilled unpenetrable unpenetrated unpenetrating unpenitent unpenitently unpenitentness unpenned unpennied unpennoned unpensionable unpensionableness unpensioned unpensioning unpent unpenurious unpeople unpeopled unpeopling unperceived unperceivedly unperceptible unperceptibly unperceptive unperch unperched unpercipient unpercolated unpercussed unperfect unperfected unperfectedly unperfectedness unperfectly unperfectness unperfidious unperflated unperforate unperforated unperformable unperformance unperformed unperforming unperfumed unperilous unperiodic unperiodical unperiphrased unperishable unperishableness unperishably unperished unperishing unperjured unpermanency unpermanent unpermanently unpermeable unpermeated unpermissible unpermissive unpermitted unpermitting unpermixed unpernicious unperpendicular unperpetrated unperpetuated unperplex unperplexed unperplexing unpersecuted unpersecutive unperseverance unpersevering unperseveringly unperseveringness unpersonable unpersonableness unpersonal unpersonality unpersonified unpersonify unperspicuous unperspirable unperspiring unpersuadable unpersuadableness unpersuadably unpersuaded unpersuadedness unpersuasibleness unpersuasion unpersuasive unpersuasively unpersuasiveness unpertaining unpertinent unpertinently unperturbed unperturbedly unperturbedness unperuked unperused unpervaded unperverse unpervert unperverted unpervious unpessimistic unpestered unpestilential unpetal unpetitioned unpetrified unpetrify unpetticoated unpetulant unpharasaic unpharasaical unphased unphenomenal unphilanthropic unphilanthropically unphilological unphilosophic unphilosophically unphilosophicalness unphilosophize unphilosophized unphilosophy unphlegmatic unphonetic unphoneticness unphonographed unphosphatized unphotographed unphrasable unphrasableness unphrased unphrenological unphysical unphysically unphysicianlike unphysicked unphysiological unpicaresque unpick unpickable unpicked unpicketed unpickled unpictorial unpictorially unpicturability unpicturable unpictured unpicturesque unpicturesquely unpicturesqueness unpiece unpieced unpierceable unpierced unpiercing unpiety unpigmented unpile unpiled unpilfered unpilgrimlike unpillaged unpillared unpilled unpilloried unpillowed unpiloted unpimpled unpin unpinched unpining unpinion unpinioned unpinked unpinned unpious unpiped unpiqued unpirated unpitched unpiteous unpiteously unpiteousness unpitiable unpitiably unpitied unpitiedly unpitiedness unpitiful unpitifully unpitifulness unpitted unpitying unpityingly unpityingness unplacable unplacably unplacated unplace unplaced unplacid unplagiarized unplagued unplaid unplain unplained unplainly unplainness unplait unplaited unplan unplaned unplanished unplank unplanked unplanned unplannedly unplannedness unplant unplantable unplanted unplantlike unplashed unplaster unplastered unplastic unplat unplated unplatted unplausible unplausibleness unplausibly unplayable unplayed unplayful unplaying unpleached unpleadable unpleaded unpleading unpleasable unpleasant unpleasantish unpleasantly unpleasantness unpleasantry unpleased unpleasing unpleasingly unpleasingness unpleasurable unpleasurably unpleasure unpleat unpleated unplebeian unpledged unplenished unplenteous unplentiful unplentifulness unpliable unpliableness unpliably unpliancy unpliant unpliantly unplied unplighted unplodding unplotted unplotting unplough unploughed unplow unplowed unplucked unplug unplugged unplugging unplumb unplumbed unplume unplumed unplummeted unplump unplundered unplunge unplunged unplutocratic unplutocratically unpoached unpocket unpocketed unpodded unpoetic unpoetically unpoeticalness unpoeticized unpoetize unpoetized unpoignard unpointed unpointing unpoise unpoised unpoison unpoisonable unpoisoned unpoisonous unpolarizable unpolarized unpoled unpolemical unpolemically unpoliced unpolicied unpolish unpolishable unpolished unpolishedness unpolite unpolitely unpoliteness unpolitic unpolitical unpolitically unpoliticly unpollarded unpolled unpollutable unpolluted unpollutedly unpolluting unpolymerized unpompous unpondered unpontifical unpooled unpope unpopular unpopularity unpopularize unpopularly unpopularness unpopulate unpopulated unpopulous unpopulousness unporous unportable unportended unportentous unportioned unportly unportmanteaued unportraited unportrayable unportrayed unportuous unposed unposing unpositive unpossessable unpossessed unpossessedness unpossessing unpossibility unpossible unpossibleness unpossibly unposted unpostered unposthumous unpostmarked unpostponable unpostponed unpostulated unpot unpotted unpouched unpoulticed unpounced unpounded unpoured unpowdered unpower unpowerful unpowerfulness unpracticability unpracticable unpracticableness unpracticably unpractical unpracticality unpractically unpracticalness unpractice unpracticed unpragmatical unpraisable unpraise unpraised unpraiseful unpraiseworthy unpranked unpray unprayable unprayed unprayerful unpraying unpreach unpreached unpreaching unprecarious unprecautioned unpreceded unprecedented unprecedentedly unprecedentedness unprecedential unprecedently unprecious unprecipitate unprecipitated unprecise unprecisely unpreciseness unprecluded unprecludible unprecocious unpredacious unpredestinated unpredestined unpredicable unpredicated unpredict unpredictable unpredictableness unpredictably unpredicted unpredictedness unpredicting unpredisposed unpredisposing unpreened unprefaced unpreferable unpreferred unprefigured unprefined unprefixed unpregnant unprejudged unprejudicated unprejudice unprejudiced unprejudicedly unprejudicedness unprejudiciable unprejudicial unprejudicially unprejudicialness unprelatic unprelatical unpreluded unpremature unpremeditate unpremeditated unpremeditatedly unpremeditatedness unpremeditately unpremeditation unpremonished unpremonstrated unprenominated unprenticed unpreoccupied unpreordained unpreparation unprepare unprepared unpreparedly unpreparedness unpreparing unpreponderated unpreponderating unprepossessedly unprepossessing unprepossessingly unprepossessingness unpreposterous unpresaged unpresageful unpresaging unpresbyterated unprescient unprescinded unprescribed unpresentability unpresentable unpresentableness unpresentably unpresented unpreservable unpreserved unpresidential unpresiding unpressed unpresumable unpresumed unpresuming unpresumingness unpresumptuous unpresumptuously unpresupposed unpretended unpretending unpretendingly unpretendingness unpretentious unpretentiously unpretentiousness unpretermitted unpreternatural unprettiness unpretty unprevailing unprevalent unprevaricating unpreventable unpreventableness unpreventably unprevented unpreventible unpreventive unpriceably unpriced unpricked unprickled unprickly unpriest unpriestlike unpriestly unpriggish unprim unprime unprimed unprimitive unprimmed unprince unprincelike unprinceliness unprincely unprincess unprincipal unprinciple unprincipled unprincipledly unprincipledness unprint unprintable unprintableness unprintably unprinted unpriority unprismatic unprison unprisonable unprisoned unprivate unprivileged unprizable unprized unprobated unprobationary unprobed unprobity unproblematic unproblematical unprocessed unproclaimed unprocrastinated unprocreant unprocreated unproctored unprocurable unprocurableness unprocure unprocured unproded unproduceable unproduceableness unproduceably unproduced unproducedness unproducible unproducibleness unproducibly unproductive unproductively unproductiveness unproductivity unprofanable unprofane unprofaned unprofessed unprofessing unprofessional unprofessionalism unprofessionally unprofessorial unproffered unproficiency unproficient unproficiently unprofit unprofitable unprofitableness unprofitably unprofited unprofiteering unprofiting unprofound unprofuse unprofusely unprofuseness unprognosticated unprogressed unprogressive unprogressively unprogressiveness unprohibited unprohibitedness unprohibitive unprojected unprojecting unproliferous unprolific unprolix unprologued unprolonged unpromiscuous unpromise unpromised unpromising unpromisingly unpromisingness unpromotable unpromoted unprompted unpromptly unpromulgated unpronounce unpronounceable unpronounced unpronouncing unproofread unprop unpropagated unpropelled unpropense unproper unproperly unproperness unpropertied unprophesiable unprophesied unprophetic unprophetical unprophetically unprophetlike unpropitiable unpropitiated unpropitiatedness unpropitiatory unpropitious unpropitiously unpropitiousness unproportion unproportionable unproportionableness unproportionably unproportional unproportionality unproportionally unproportionate unproportionately unproportionateness unproportioned unproportionedly unproportionedness unproposed unproposing unpropounded unpropped unpropriety unprorogued unprosaic unproscribable unproscribed unprosecutable unprosecuted unprosecuting unproselyte unproselyted unprosodic unprospected unprospective unprosperably unprospered unprosperity unprosperous unprosperously unprosperousness unprostitute unprostituted unprostrated unprotectable unprotected unprotectedly unprotectedness unprotective unprotestant unprotestantize unprotested unprotesting unprotruded unprotruding unprotrusive unproud unprovability unprovable unprovableness unprovably unproved unprovedness unproven unproverbial unprovidable unprovide unprovided unprovidedly unprovidedness unprovidenced unprovident unprovidential unprovidently unprovincial unproving unprovision unprovisioned unprovocative unprovokable unprovoke unprovoked unprovokedly unprovokedness unprovoking unproximity unprudence unprudent unprudently unpruned unprying unpsychic unpsychological unpublic unpublicity unpublishable unpublishableness unpublishably unpublished unpucker unpuckered unpuddled unpuffed unpuffing unpugilistic unpugnacious unpulled unpulleyed unpulped unpulverable unpulverize unpulverized unpulvinate unpulvinated unpumicated unpummeled unpummelled unpumpable unpumped unpunched unpunctated unpunctilious unpunctual unpunctuality unpunctually unpunctuated unpunctuating unpunishable unpunishably unpunished unpunishedly unpunishedness unpunishing unpunishingly unpurchasable unpurchased unpure unpurely unpureness unpurgeable unpurged unpurifiable unpurified unpurifying unpuritan unpurled unpurloined unpurpled unpurported unpurposed unpurposelike unpurposely unpurposing unpurse unpursed unpursuable unpursued unpursuing unpurveyed unpushed unput unputrefiable unputrefied unputrid unputtied unpuzzle unquadded unquaffed unquailed unquailing unquailingly unquakerlike unquakerly unquaking unqualifiable unqualification unqualified unqualifiedly unqualifiedness unqualify unqualifying unqualifyingly unqualitied unquality unquantified unquantitative unquarantined unquarreled unquarreling unquarrelled unquarrelling unquarrelsome unquarried unquartered unquashed unquayed unqueen unqueened unqueening unqueenlike unqueenly unquellable unquelled unquenchable unquenchableness unquenchably unquenched unqueried unquested unquestionability unquestionable unquestionableness unquestionably unquestionate unquestioned unquestionedly unquestionedness unquestioning unquestioningly unquestioningness unquibbled unquibbling unquick unquickened unquickly unquicksilvered unquiescence unquiescent unquiescently unquiet unquietable unquieted unquieting unquietly unquietness unquietude unquilleted unquilted unquit unquittable unquitted unquivered unquivering unquizzable unquizzed unquotable unquote unquoted unrabbeted unrabbinical unraced unrack unracked unracking unradiated unradical unradicalize unraffled unraftered unraided unrailed unrailroaded unrailwayed unrainy unraised unrake unraked unraking unrallied unram unrambling unramified unrammed unramped unranched unrancid unrancored unrandom unrank unranked unransacked unransomable unransomed unrapacious unraped unraptured unrare unrarefied unrash unrasped unratable unrated unratified unrational unrattled unravaged unravel unravelable unraveled unraveler unraveling unravellable unravelled unraveller unravelling unravelment unraving unravished unravishing unray unrayed unrazed unrazored unreachable unreachably unreached unreactive unread unreadability unreadable unreadableness unreadably unreadily unreadiness unready unreal unrealism unrealist unrealistic unreality unrealizable unrealize unrealized unrealizing unreally unrealmed unrealness unreaped unreared unreason unreasonability unreasonable unreasonableness unreasonably unreasoned unreasoning unreasoningly unreassuring unreassuringly unreave unreaving unrebated unrebel unrebellious unrebuffable unrebuffably unrebuilt unrebukable unrebukably unrebuked unrebuttable unrebuttableness unrebutted unrecallable unrecallably unrecalled unrecalling unrecantable unrecanted unrecaptured unreceding unreceipted unreceivable unreceived unreceiving unrecent unreceptant unreceptive unreceptivity unreciprocal unreciprocated unrecited unrecked unrecking unreckingness unreckon unreckonable unreckoned unreclaimable unreclaimably unreclaimed unreclaimedness unreclaiming unreclined unreclining unrecognition unrecognizable unrecognizableness unrecognizably unrecognized unrecognizing unrecognizingly unrecoined unrecollected unrecommendable unrecompensable unrecompensed unreconcilable unreconcilableness unreconcilably unreconciled unrecondite unreconnoitered unreconsidered unreconstructed unrecordable unrecorded unrecordedness unrecording unrecountable unrecounted unrecoverable unrecoverableness unrecoverably unrecovered unrecreant unrecreated unrecreating unrecriminative unrecruitable unrecruited unrectangular unrectifiable unrectifiably unrectified unrecumbent unrecuperated unrecurrent unrecurring unrecusant unred unredacted unredeemable unredeemableness unredeemably unredeemed unredeemedly unredeemedness unredeeming unredressable unredressed unreduceable unreduced unreducible unreducibleness unreducibly unreduct unreefed unreel unreelable unreeled unreeling unreeve unreeving unreferenced unreferred unrefilled unrefine unrefined unrefinedly unrefinedness unrefinement unrefining unrefitted unreflected unreflecting unreflectingly unreflectingness unreflective unreflectively unreformable unreformed unreformedness unreforming unrefracted unrefracting unrefrainable unrefrained unrefraining unrefreshed unrefreshful unrefreshing unrefreshingly unrefrigerated unrefulgent unrefunded unrefunding unrefusable unrefusably unrefused unrefusing unrefusingly unrefutable unrefuted unrefuting unregainable unregained unregal unregaled unregality unregally unregard unregardable unregardant unregarded unregardedly unregardful unregeneracy unregenerate unregenerately unregenerateness unregenerating unregeneration unregimented unregistered unregressive unregretful unregretfully unregretfulness unregrettable unregretted unregretting unregular unregulated unregulative unregurgitated unrehabilitated unrehearsable unrehearsed unrehearsing unreigning unreimbodied unrein unreined unreinstated unreiterable unreiterated unrejectable unrejoiced unrejoicing unrejuvenated unrelapsing unrelated unrelatedness unrelating unrelational unrelative unrelatively unrelaxable unrelaxed unrelaxing unrelaxingly unreleasable unreleased unreleasing unrelegated unrelentance unrelented unrelenting unrelentingly unrelentingness unrelentor unrelevant unreliability unreliable unreliableness unreliably unreliance unrelievable unrelievableness unrelieved unrelievedly unreligion unreligioned unreligious unreligiously unreligiousness unrelinquishable unrelinquishably unrelinquished unrelinquishing unrelishable unrelished unrelishing unreluctant unreluctantly unremaining unremanded unremarkable unremarked unremarried unremediable unremedied unremember unrememberable unremembered unremembering unremembrance unreminded unremissible unremittable unremitted unremittedly unremittent unremittently unremitting unremittingly unremittingness unremonstrant unremonstrated unremonstrating unremorseful unremorsefully unremote unremotely unremounted unremovable unremovableness unremovably unremoved unremunerated unremunerating unremunerative unremuneratively unremunerativeness unrenderable unrendered unrenewable unrenewed unrenounceable unrenounced unrenouncing unrenovated unrenowned unrenownedly unrenownedness unrent unrentable unrented unreorganized unrepaid unrepair unrepairable unrepaired unrepartable unreparted unrepealability unrepealable unrepealableness unrepealably unrepealed unrepeatable unrepeated unrepellable unrepelled unrepellent unrepent unrepentable unrepentance unrepentant unrepentantly unrepentantness unrepented unrepenting unrepentingly unrepentingness unrepetitive unrepined unrepining unrepiningly unrepiqued unreplaceable unreplaced unreplenished unrepleviable unreplevined unrepliable unrepliably unreplied unreplying unreportable unreported unreportedly unreportedness unrepose unreposed unreposeful unreposefulness unreposing unrepossessed unreprehended unrepresentable unrepresentation unrepresentative unrepresented unrepresentedness unrepressed unrepressible unreprievable unreprievably unreprieved unreprimanded unreprinted unreproachable unreproachableness unreproachably unreproached unreproachful unreproachfully unreproaching unreproachingly unreprobated unreproducible unreprovable unreprovableness unreprovably unreproved unreprovedly unreprovedness unreproving unrepublican unrepudiable unrepudiated unrepugnant unrepulsable unrepulsed unrepulsing unrepulsive unreputable unreputed unrequalified unrequested unrequickened unrequired unrequisite unrequitable unrequital unrequited unrequitedly unrequitedness unrequitement unrequiter unrequiting unrescinded unrescued unresemblant unresembling unresented unresentful unresenting unreserve unreserved unreservedly unreservedness unresifted unresigned unresistable unresistably unresistance unresistant unresistantly unresisted unresistedly unresistedness unresistible unresistibleness unresistibly unresisting unresistingly unresistingness unresolute unresolvable unresolve unresolved unresolvedly unresolvedness unresolving unresonant unresounded unresounding unresourceful unresourcefulness unrespect unrespectability unrespectable unrespected unrespectful unrespectfully unrespectfulness unrespective unrespectively unrespectiveness unrespirable unrespired unrespited unresplendent unresponding unresponsible unresponsibleness unresponsive unresponsively unresponsiveness unrest unrestable unrested unrestful unrestfully unrestfulness unresting unrestingly unrestingness unrestorable unrestored unrestrainable unrestrainably unrestrained unrestrainedly unrestrainedness unrestraint unrestrictable unrestricted unrestrictedly unrestrictedness unrestrictive unresty unresultive unresumed unresumptive unretainable unretained unretaliated unretaliating unretardable unretarded unretentive unreticent unretinued unretired unretiring unretorted unretouched unretractable unretracted unretreating unretrenchable unretrenched unretrievable unretrieved unretrievingly unretted unreturnable unreturnably unreturned unreturning unreturningly unrevealable unrevealed unrevealedness unrevealing unrevealingly unrevelationize unrevenged unrevengeful unrevengefulness unrevenging unrevengingly unrevenue unrevenued unreverberated unrevered unreverence unreverenced unreverend unreverendly unreverent unreverential unreverently unreverentness unreversable unreversed unreversible unreverted unrevertible unreverting unrevested unrevetted unreviewable unreviewed unreviled unrevised unrevivable unrevived unrevocable unrevocableness unrevocably unrevoked unrevolted unrevolting unrevolutionary unrevolutionized unrevolved unrevolving unrewardable unrewarded unrewardedly unrewarding unreworded unrhetorical unrhetorically unrhetoricalness unrhyme unrhymed unrhythmic unrhythmical unrhythmically unribbed unribboned unrich unriched unricht unricked unrid unridable unridableness unridably unridden unriddle unriddleable unriddled unriddler unriddling unride unridely unridered unridged unridiculed unridiculous unrife unriffled unrifled unrifted unrig unrigged unrigging unright unrightable unrighted unrighteous unrighteously unrighteousness unrightful unrightfully unrightfulness unrightly unrightwise unrigid unrigorous unrimpled unrind unring unringable unringed unringing unrinsed unrioted unrioting unriotous unrip unripe unriped unripely unripened unripeness unripening unrippable unripped unripping unrippled unrippling unripplingly unrisen unrising unriskable unrisked unrisky unritual unritualistic unrivalable unrivaled unrivaledly unrivaledness unrived unriven unrivet unriveted unriveting unroaded unroadworthy unroaming unroast unroasted unrobbed unrobe unrobed unrobust unrocked unrococo unrodded unroiled unroll unrollable unrolled unroller unrolling unrollment unromantic unromantical unromantically unromanticalness unromanticized unroof unroofed unroofing unroomy unroost unroosted unroosting unroot unrooted unrooting unrope unroped unrosed unrosined unrostrated unrotated unrotating unroted unrotted unrotten unrotund unrouged unrough unroughened unround unrounded unrounding unrousable unroused unroutable unrouted unrove unroved unroving unrow unrowed unroweled unroyal unroyalist unroyalized unroyally unroyalness unrubbed unrubbish unrubified unrubrical unrubricated unruddered unruddled unrueful unruffable unruffed unruffle unruffled unruffling unrugged unruinable unruinated unruined unrulable unrulableness unrule unruled unruledly unruledness unruleful unrulily unruliness unruly unruminated unruminating unruminatingly unrummaged unrumored unrumple unrumpled unrun unrung unruptured unrural unrushed unrust unrusted unrustic unrusticated unrustling unruth unsabbatical unsabered unsabled unsabred unsaccharic unsacerdotal unsacerdotally unsack unsacked unsacramental unsacramentally unsacramentarian unsacred unsacredly unsacrificeable unsacrificeably unsacrificed unsacrificial unsacrificing unsacrilegious unsad unsadden unsaddened unsaddle unsaddled unsaddling unsafe unsafeguarded unsafely unsafeness unsafety unsagacious unsage unsagging unsaid unsailable unsailed unsailorlike unsaint unsainted unsaintlike unsaintly unsalability unsalable unsalableness unsalably unsalaried unsalesmanlike unsaline unsalivated unsallying unsalmonlike unsalt unsaltable unsaltatory unsalted unsalubrious unsalutary unsaluted unsaluting unsalvability unsalvable unsalvableness unsalvaged unsalved unsampled unsanctification unsanctified unsanctifiedly unsanctifiedness unsanctify unsanctifying unsanctimonious unsanctimoniously unsanctimoniousness unsanction unsanctionable unsanctioned unsanctioning unsanctitude unsanctity unsanctuaried unsandaled unsanded unsane unsanguinary unsanguine unsanguinely unsanguineness unsanguineous unsanguineously unsanitariness unsanitary unsanitated unsanitation unsanity unsaponifiable unsaponified unsapped unsappy unsarcastic unsardonic unsartorial unsash unsashed unsatable unsatanic unsated unsatedly unsatedness unsatiability unsatiable unsatiableness unsatiably unsatiate unsatiated unsatiating unsatin unsatire unsatirical unsatirically unsatirize unsatirized unsatisfaction unsatisfactorily unsatisfactoriness unsatisfactory unsatisfiable unsatisfiableness unsatisfiably unsatisfied unsatisfiedly unsatisfiedness unsatisfying unsatisfyingly unsatisfyingness unsaturable unsaturated unsaturatedly unsaturatedness unsaturation unsatyrlike unsauced unsaurian unsavable unsaveable unsaved unsaving unsavored unsavoredly unsavoredness unsavorily unsavoriness unsavory unsawed unsawn unsay unsayability unsayable unscabbard unscabbarded unscabbed unscaffolded unscalable unscalableness unscalably unscale unscaled unscaledness unscalloped unscaly unscamped unscandalize unscandalized unscandalous unscannable unscanned unscanted unscanty unscarb unscarce unscared unscarfed unscarified unscarred unscathed unscathedly unscathedness unscattered unscavengered unscenic unscent unscented unscepter unsceptered unsceptical unsceptre unsceptred unscheduled unschematic unschematized unscholar unscholarlike unscholarly unscholastic unschool unschooled unschooledly unschooledness unscienced unscientific unscientifical unscientifically unscintillating unscioned unscissored unscoffed unscoffing unscolded unsconced unscooped unscorched unscored unscorified unscoring unscorned unscornful unscornfully unscornfulness unscotch unscotched unscottify unscoured unscourged unscowling unscramble unscrambling unscraped unscratchable unscratched unscratching unscratchingly unscrawled unscreen unscreenable unscreenably unscreened unscrew unscrewable unscrewed unscrewing unscribal unscribbled unscribed unscrimped unscriptural unscripturally unscripturalness unscrubbed unscrupled unscrupulosity unscrupulous unscrupulously unscrupulousness unscrutable unscrutinized unscrutinizing unscrutinizingly unsculptural unsculptured unscummed unscutcheoned unseafaring unseal unsealable unsealed unsealer unsealing unseam unseamanlike unseamanship unseamed unseaming unsearchable unsearchableness unsearchably unsearched unsearcherlike unsearching unseared unseason unseasonable unseasonableness unseasonably unseasoned unseat unseated unseaworthiness unseaworthy unseceding unsecluded unseclusive unseconded unsecrecy unsecret unsecretarylike unsecreted unsecreting unsecretly unsecretness unsectarian unsectarianism unsectarianize unsectional unsecular unsecularize unsecularized unsecure unsecured unsecuredly unsecuredness unsecurely unsecureness unsecurity unsedate unsedentary unseditious unseduce unseduced unseducible unseductive unsedulous unsee unseeable unseeded unseeing unseeingly unseeking unseeming unseemingly unseemlily unseemliness unseemly unseen unseethed unsegmented unsegregable unsegregated unsegregatedness unseignorial unseismic unseizable unseized unseldom unselect unselected unselecting unselective unself unselfish unselfishly unselfishness unselflike unselfness unselling unsenatorial unsenescent unsensational unsense unsensed unsensibility unsensible unsensibleness unsensibly unsensitive unsensitize unsensitized unsensory unsensual unsensualize unsensualized unsensually unsensuous unsensuousness unsent unsentenced unsententious unsentient unsentimental unsentimentalist unsentimentality unsentimentalize unsentimentally unsentineled unsentinelled unseparable unseparableness unseparably unseparate unseparated unseptate unseptated unsepulcher unsepulchered unsepulchral unsepulchre unsepulchred unsepultured unsequenced unsequential unsequestered unseraphical unserenaded unserene unserflike unserious unseriousness unserrated unserried unservable unserved unserviceability unserviceable unserviceableness unserviceably unservicelike unservile unsesquipedalian unset unsetting unsettle unsettleable unsettled unsettledness unsettlement unsettling unseverable unseverableness unsevere unsevered unseveredly unseveredness unsew unsewed unsewered unsewing unsewn unsex unsexed unsexing unsexlike unsexual unshackle unshackled unshackling unshade unshaded unshadow unshadowable unshadowed unshady unshafted unshakable unshakably unshakeable unshakeably unshaken unshakenly unshakenness unshaking unshakingness unshaled unshamable unshamableness unshamably unshameable unshameableness unshameably unshamed unshamefaced unshamefacedness unshameful unshamefully unshamefulness unshammed unshanked unshapable unshape unshapeable unshaped unshapedness unshapeliness unshapely unshapen unshapenly unshapenness unsharable unshared unsharedness unsharing unsharp unsharped unsharpen unsharpened unsharpening unsharping unshattered unshavable unshaveable unshaved unshavedly unshavedness unshaven unshavenly unshavenness unshawl unsheaf unsheared unsheathe unsheathed unsheathing unshed unsheet unsheeted unsheeting unshell unshelled unshelling unshelterable unsheltered unsheltering unshelve unshepherded unshepherding unsheriff unshewed unshieldable unshielded unshielding unshiftable unshifted unshiftiness unshifting unshifty unshimmering unshingled unshining unship unshiplike unshipment unshipped unshipping unshipshape unshipwrecked unshirking unshirted unshivered unshivering unshockable unshocked unshod unshodden unshoe unshoed unshoeing unshop unshore unshored unshorn unshort unshortened unshot unshotted unshoulder unshouted unshouting unshoved unshoveled unshowable unshowed unshowmanlike unshown unshowy unshredded unshrew unshrewd unshrewish unshrill unshrine unshrined unshrinement unshrink unshrinkability unshrinkable unshrinking unshrinkingly unshrived unshriveled unshrivelled unshriven unshroud unshrouded unshrubbed unshrugging unshrunk unshrunken unshuddering unshuffle unshuffled unshunnable unshunned unshunted unshut unshutter unshuttered unshy unshyly unshyness unsibilant unsiccated unsick unsickened unsicker unsickerly unsickerness unsickled unsickly unsided unsiding unsiege unsifted unsighing unsight unsightable unsighted unsighting unsightliness unsightly unsigmatic unsignable unsignaled unsignalized unsignalled unsignatured unsigned unsigneted unsignificancy unsignificant unsignificantly unsignificative unsignified unsignifying unsilenceable unsilenceably unsilenced unsilent unsilentious unsilently unsilicified unsilly unsilvered unsimilar unsimilarity unsimilarly unsimple unsimplicity unsimplified unsimplify unsimulated unsimultaneous unsin unsincere unsincerely unsincereness unsincerity unsinew unsinewed unsinewing unsinewy unsinful unsinfully unsinfulness unsing unsingability unsingable unsingableness unsinged unsingle unsingled unsingleness unsingular unsinister unsinkability unsinkable unsinking unsinnable unsinning unsinningness unsiphon unsipped unsister unsistered unsisterliness unsisterly unsizable unsizableness unsizeable unsizeableness unsized unskaithd unskeptical unsketchable unsketched unskewed unskewered unskilful unskilfully unskilled unskilledly unskilledness unskillful unskillfully unskillfulness unskimmed unskin unskinned unskirted unslack unslacked unslackened unslackening unslacking unslagged unslain unslakable unslakeable unslaked unslammed unslandered unslanderous unslapped unslashed unslate unslated unslating unslaughtered unslave unslayable unsleaved unsleek unsleepably unsleeping unsleepingly unsleepy unsleeve unsleeved unslender unslept unsliced unsliding unslighted unsling unslip unslipped unslippery unslipping unslit unslockened unsloped unslopped unslot unslothful unslothfully unslothfulness unslotted unsloughed unsloughing unslow unsluggish unsluice unsluiced unslumbering unslumberous unslumbrous unslung unslurred unsly unsmacked unsmart unsmartly unsmartness unsmeared unsmelled unsmelling unsmelted unsmiled unsmiling unsmilingly unsmilingness unsmirched unsmirking unsmitten unsmokable unsmokeable unsmoked unsmokified unsmoking unsmoky unsmooth unsmoothed unsmoothly unsmoothness unsmote unsmotherable unsmothered unsmudged unsmuggled unsmutched unsmutted unsmutty unsnaffled unsnagged unsnaggled unsnaky unsnap unsnapped unsnare unsnared unsnarl unsnatch unsnatched unsneck unsneering unsnib unsnipped unsnobbish unsnoring unsnouted unsnow unsnubbable unsnubbed unsnuffed unsoaked unsoaped unsoarable unsober unsoberly unsoberness unsobriety unsociability unsociable unsociableness unsociably unsocial unsocialism unsocialistic unsociality unsocializable unsocialized unsocially unsocialness unsociological unsocket unsodden unsoft unsoftened unsoftening unsoggy unsoil unsoiled unsoiledness unsolaced unsolacing unsolar unsold unsolder unsoldered unsoldering unsoldier unsoldiered unsoldierlike unsoldierly unsole unsoled unsolemn unsolemness unsolemnize unsolemnized unsolemnly unsolicitated unsolicited unsolicitedly unsolicitous unsolicitously unsolicitousness unsolid unsolidarity unsolidifiable unsolidified unsolidity unsolidly unsolidness unsolitary unsolubility unsoluble unsolvable unsolvableness unsolvably unsolved unsomatic unsomber unsombre unsome unson unsonable unsonant unsonlike unsonneted unsonorous unsonsy unsoothable unsoothed unsoothfast unsoothing unsooty unsophistical unsophistically unsophisticate unsophisticated unsophisticatedly unsophisticatedness unsophistication unsophomoric unsordid unsore unsorrowed unsorrowing unsorry unsort unsortable unsorted unsorting unsotted unsought unsoul unsoulful unsoulfully unsoulish unsound unsoundable unsoundableness unsounded unsounding unsoundly unsoundness unsour unsoured unsoused unsovereign unsowed unsown unspaced unspacious unspaded unspan unspangled unspanked unspanned unspar unsparable unspared unsparing unsparingly unsparingness unsparkling unsparred unsparse unspatial unspatiality unspattered unspawned unspayed unspeak unspeakability unspeakable unspeakableness unspeakably unspeaking unspeared unspecialized unspecializing unspecific unspecified unspecifiedly unspecious unspecked unspeckled unspectacled unspectacular unspectacularly unspecterlike unspectrelike unspeculating unspeculative unspeculatively unsped unspeed unspeedy unspeered unspell unspellable unspelled unspelt unspendable unspending unspent unspewed unsphere unsphered unsphering unspiable unspiced unspicy unspied unspike unspillable unspin unspinsterlike unspinsterlikeness unspiral unspired unspirit unspirited unspiritedly unspiriting unspiritual unspirituality unspiritualize unspiritualized unspiritually unspiritualness unspissated unspit unspited unspiteful unspitted unsplashed unsplattered unsplayed unspleened unspleenish unspleenishly unsplendid unspliced unsplinted unsplintered unsplit unspoil unspoilable unspoilableness unspoilably unspoiled unspoken unspokenly unsponged unspongy unsponsored unspontaneous unspontaneously unspookish unsported unsportful unsporting unsportive unsportsmanlike unsportsmanly unspot unspotlighted unspottable unspotted unspottedly unspottedness unspoused unspouselike unspouted unsprained unsprayed unspread unsprightliness unsprightly unspring unspringing unspringlike unsprinkled unsprinklered unsprouted unsproutful unsprouting unspruced unsprung unspun unspurned unspurred unspying unsquandered unsquarable unsquare unsquared unsquashed unsqueamish unsqueezable unsqueezed unsquelched unsquinting unsquire unsquired unsquirelike unsquirted unstabbed unstability unstable unstabled unstableness unstablished unstably unstack unstacked unstacker unstaffed unstaged unstaggered unstaggering unstagnating unstagy unstaid unstaidly unstaidness unstain unstainable unstainableness unstained unstainedly unstainedness unstaled unstalked unstalled unstammering unstamped unstampeded unstanch unstanchable unstandard unstandardized unstanzaic unstar unstarch unstarched unstarlike unstarred unstarted unstarting unstartled unstarved unstatable unstate unstateable unstated unstately unstatesmanlike unstatic unstating unstation unstationary unstationed unstatistic unstatistical unstatued unstatuesque unstatutable unstatutably unstaunch unstaunchable unstaunched unstavable unstaveable unstaved unstayable unstayed unstayedness unstaying unsteadfast unsteadfastly unsteadfastness unsteadied unsteadily unsteadiness unsteady unsteadying unstealthy unsteamed unsteaming unsteck unstecked unsteel unsteeled unsteep unsteeped unsteepled unsteered unstemmable unstemmed unstentorian unstep unstercorated unstereotyped unsterile unsterilized unstern unstethoscoped unstewardlike unstewed unstick unsticking unstickingness unsticky unstiffen unstiffened unstifled unstigmatized unstill unstilled unstillness unstilted unstimulated unstimulating unsting unstinged unstinging unstinted unstintedly unstinting unstintingly unstippled unstipulated unstirrable unstirred unstirring unstitch unstitched unstitching unstock unstocked unstocking unstockinged unstoic unstoical unstoically unstoicize unstoked unstoken unstolen unstonable unstone unstoned unstoniness unstony unstooping unstop unstoppable unstopped unstopper unstoppered unstopple unstore unstored unstoried unstormed unstormy unstout unstoved unstow unstowed unstraddled unstrafed unstraight unstraightened unstraightforward unstraightness unstrain unstrained unstraitened unstrand unstranded unstrange unstrangered unstrangled unstrangulable unstrap unstrapped unstrategic unstrategically unstratified unstraying unstreaked unstrength unstrengthen unstrengthened unstrenuous unstressed unstressedly unstressedness unstretch unstretched unstrewed unstrewn unstriated unstricken unstrictured unstridulous unstrike unstriking unstring unstringed unstringing unstrip unstriped unstripped unstriving unstroked unstrong unstructural unstruggling unstrung unstubbed unstubborn unstuccoed unstuck unstudded unstudied unstudious unstuff unstuffed unstuffing unstultified unstumbling unstung unstunned unstunted unstupefied unstupid unstuttered unstuttering unsty unstyled unstylish unstylishly unstylishness unsubdivided unsubduable unsubduableness unsubduably unsubducted unsubdued unsubduedly unsubduedness unsubject unsubjectable unsubjected unsubjectedness unsubjection unsubjective unsubjectlike unsubjugate unsubjugated unsublimable unsublimated unsublimed unsubmerged unsubmergible unsubmerging unsubmission unsubmissive unsubmissively unsubmissiveness unsubmitted unsubmitting unsubordinate unsubordinated unsuborned unsubpoenaed unsubscribed unsubscribing unsubservient unsubsided unsubsidiary unsubsiding unsubsidized unsubstanced unsubstantial unsubstantiality unsubstantialize unsubstantially unsubstantialness unsubstantiate unsubstantiated unsubstantiation unsubstituted unsubtle unsubtleness unsubtlety unsubtly unsubtracted unsubventioned unsubventionized unsubversive unsubvertable unsubverted unsubvertive unsucceedable unsucceeded unsucceeding unsuccess unsuccessful unsuccessfully unsuccessfulness unsuccessive unsuccessively unsuccessiveness unsuccinct unsuccorable unsuccored unsucculent unsuccumbing unsucked unsuckled unsued unsufferable unsufferableness unsufferably unsuffered unsuffering unsufficed unsufficience unsufficiency unsufficient unsufficiently unsufficing unsufficingness unsufflated unsuffocate unsuffocated unsuffocative unsuffused unsugared unsugary unsuggested unsuggestedness unsuggestive unsuggestiveness unsuit unsuitability unsuitable unsuitableness unsuitably unsuited unsuiting unsulky unsullen unsulliable unsullied unsulliedly unsulliedness unsulphonated unsulphureous unsulphurized unsultry unsummable unsummarized unsummed unsummered unsummerlike unsummerly unsummonable unsummoned unsumptuary unsumptuous unsun unsunburned unsundered unsung unsunk unsunken unsunned unsunny unsuperable unsuperannuated unsupercilious unsuperficial unsuperfluous unsuperior unsuperlative unsupernatural unsupernaturalize unsupernaturalized unsuperscribed unsuperseded unsuperstitious unsupervised unsupervisedly unsupped unsupplantable unsupplanted unsupple unsuppled unsupplemented unsuppliable unsupplicated unsupplied unsupportable unsupportableness unsupportably unsupported unsupportedly unsupportedness unsupporting unsupposable unsupposed unsuppressed unsuppressible unsuppressibly unsuppurated unsuppurative unsupreme unsurcharge unsurcharged unsure unsurfaced unsurfeited unsurfeiting unsurgical unsurging unsurmised unsurmising unsurmountable unsurmountableness unsurmountably unsurmounted unsurnamed unsurpassable unsurpassableness unsurpassably unsurpassed unsurplice unsurpliced unsurprised unsurprising unsurrendered unsurrendering unsurrounded unsurveyable unsurveyed unsurvived unsurviving unsusceptibility unsusceptible unsusceptibleness unsusceptibly unsusceptive unsuspectable unsuspectably unsuspected unsuspectedly unsuspectedness unsuspectful unsuspectfulness unsuspectible unsuspecting unsuspectingly unsuspectingness unsuspective unsuspended unsuspicion unsuspicious unsuspiciously unsuspiciousness unsustainable unsustained unsustaining unsutured unswabbed unswaddle unswaddled unswaddling unswallowable unswallowed unswanlike unswapped unswarming unswathable unswathe unswathed unswathing unswayable unswayed unswayedness unswaying unswear unswearing unsweat unsweated unsweating unsweepable unsweet unsweeten unsweetened unsweetenedness unsweetly unsweetness unswell unswelled unswelling unsweltered unswept unswervable unswerved unswerving unswervingly unswilled unswing unswingled unswitched unswivel unswollen unswooning unsworn unswung unsyllabic unsyllabled unsyllogistical unsymbolic unsymbolical unsymbolically unsymbolicalness unsymbolized unsymmetrical unsymmetrically unsymmetricalness unsymmetrized unsymmetry unsympathetic unsympathetically unsympathizability unsympathizable unsympathized unsympathizing unsympathizingly unsympathy unsymphonious unsymptomatic unsynchronized unsynchronous unsyncopated unsyndicated unsynonymous unsyntactical unsynthetic unsyringed unsystematic unsystematical unsystematically unsystematized unsystematizedly unsystematizing unsystemizable untabernacled untabled untabulated untack untacked untacking untackle untackled untactful untactfully untactfulness untagged untailed untailorlike untailorly untaint untaintable untainted untaintedly untaintedness untainting untakable untakableness untakeable untakeableness untaken untaking untalented untalkative untalked untalking untall untallied untallowed untamable untamableness untame untamed untamedly untamedness untamely untameness untampered untangential untangibility untangible untangibleness untangibly untangle untangled untangling untanned untantalized untantalizing untap untaped untapered untapering untapestried untappable untapped untar untarnishable untarnished untarred untarried untarrying untartarized untasked untasseled untastable untaste untasteable untasted untasteful untastefully untastefulness untasting untasty untattered untattooed untaught untaughtness untaunted untaut untautological untawdry untawed untax untaxable untaxed untaxing unteach unteachable unteachableness unteachably unteacherlike unteaching unteam unteamed unteaming untearable unteased unteasled untechnical untechnicalize untechnically untedded untedious unteem unteeming unteethed untelegraphed untell untellable untellably untelling untemper untemperamental untemperate untemperately untemperateness untempered untempering untempested untempestuous untempled untemporal untemporary untemporizing untemptability untemptable untemptably untempted untemptible untemptibly untempting untemptingly untemptingness untenability untenable untenableness untenably untenacious untenacity untenant untenantable untenantableness untenanted untended untender untendered untenderly untenderness untenible untenibleness untenibly untense untent untentaculate untented untentered untenty unterminable unterminableness unterminably unterminated unterminating unterraced unterrestrial unterrible unterribly unterrifiable unterrific unterrified unterrifying unterrorized untessellated untestable untestamentary untested untestifying untether untethered untethering untewed untextual unthank unthanked unthankful unthankfully unthankfulness unthanking unthatch unthatched unthaw unthawed unthawing untheatric untheatrical untheatrically untheistic unthematic untheological untheologically untheologize untheoretic untheoretical untheorizable untherapeutical unthick unthicken unthickened unthievish unthink unthinkability unthinkable unthinkableness unthinkably unthinker unthinking unthinkingly unthinkingness unthinned unthinning unthirsting unthirsty unthistle untholeable untholeably unthorn unthorny unthorough unthought unthoughted unthoughtedly unthoughtful unthoughtfully unthoughtfulness unthoughtlike unthrall unthralled unthrashed unthread unthreadable unthreaded unthreading unthreatened unthreatening unthreshed unthrid unthridden unthrift unthriftihood unthriftily unthriftiness unthriftlike unthrifty unthrilled unthrilling unthriven unthriving unthrivingly unthrivingness unthrob unthrone unthroned unthronged unthroning unthrottled unthrowable unthrown unthrushlike unthrust unthumbed unthumped unthundered unthwacked unthwarted untiaraed unticketed untickled untidal untidily untidiness untidy untie untied untight untighten untightness until untile untiled untill untillable untilled untilling untilt untilted untilting untimbered untimed untimedness untimeliness untimely untimeous untimeously untimesome untimorous untin untinct untinctured untine untinged untinkered untinned untinseled untinted untippable untipped untippled untipt untirability untirable untire untired untiredly untiring untiringly untissued untithability untithable untithed untitled untittering untitular unto untoadying untoasted untogaed untoggle untoggler untoiled untoileted untoiling untold untolerable untolerableness untolerably untolerated untomb untombed untonality untone untoned untongued untonsured untooled untooth untoothed untoothsome untoothsomeness untop untopographical untopped untopping untormented untorn untorpedoed untorpid untorrid untortuous untorture untortured untossed untotaled untotalled untottering untouch untouchability untouchable untouchableness untouchably untouched untouchedness untouching untough untoured untouristed untoward untowardliness untowardly untowardness untowered untown untownlike untrace untraceable untraceableness untraceably untraced untraceried untracked untractability untractable untractableness untractably untractarian untractible untractibleness untradeable untraded untradesmanlike untrading untraditional untraduced untraffickable untrafficked untragic untragical untrailed untrain untrainable untrained untrainedly untrainedness untraitored untraitorous untrammed untrammeled untrammeledness untramped untrampled untrance untranquil untranquilized untranquillize untranquillized untransacted untranscended untranscendental untranscribable untranscribed untransferable untransferred untransfigured untransfixed untransformable untransformed untransforming untransfused untransfusible untransgressed untransient untransitable untransitive untransitory untranslatability untranslatable untranslatableness untranslatably untranslated untransmigrated untransmissible untransmitted untransmutable untransmuted untransparent untranspassable untranspired untranspiring untransplanted untransportable untransported untransposed untransubstantiated untrappable untrapped untrashed untravelable untraveled untraveling untravellable untravelling untraversable untraversed untravestied untreacherous untread untreadable untreading untreasonable untreasure untreasured untreatable untreatableness untreatably untreated untreed untrekked untrellised untrembling untremblingly untremendous untremulous untrenched untrepanned untrespassed untrespassing untress untressed untriable untribal untributary untriced untrickable untricked untried untrifling untrig untrigonometrical untrill untrim untrimmable untrimmed untrimmedness untrinitarian untripe untrippable untripped untripping untrite untriturated untriumphable untriumphant untriumphed untrochaic untrod untrodden untroddenness untrolled untrophied untropical untrotted untroublable untrouble untroubled untroubledly untroubledness untroublesome untroublesomeness untrounced untrowed untruant untruck untruckled untruckling untrue untrueness untruism untruly untrumped untrumpeted untrumping untrundled untrunked untruss untrussed untrusser untrussing untrust untrustably untrusted untrustful untrustiness untrusting untrustworthily untrustworthiness untrustworthy untrusty untruth untruther untruthful untruthfully untruthfulness untrying untubbed untuck untucked untuckered untucking untufted untugged untumbled untumefied untumid untumultuous untunable untunableness untunably untune untuneable untuneableness untuneably untuned untuneful untunefully untunefulness untuning untunneled untupped unturbaned unturbid unturbulent unturf unturfed unturgid unturn unturnable unturned unturning unturpentined unturreted untusked untutelar untutored untutoredly untutoredness untwilled untwinable untwine untwineable untwined untwining untwinkling untwinned untwirl untwirled untwirling untwist untwisted untwister untwisting untwitched untying untypical untypically untyrannic untyrannical untyrantlike untz unubiquitous unugly unulcerated unultra unumpired ununanimity ununanimous ununanimously ununderstandable ununderstandably ununderstanding ununderstood unundertaken unundulatory ununifiable ununified ununiform ununiformed ununiformity ununiformly ununiformness ununitable ununitableness ununitably ununited ununiting ununiversity ununiversitylike unupbraiding unupbraidingly unupholstered unupright unuprightly unuprightness unupset unupsettable unurban unurbane unurged unurgent unurging unurn unurned unusable unusableness unusably unuse unused unusedness unuseful unusefully unusefulness unushered unusual unusuality unusually unusualness unusurious unusurped unusurping unutilizable unutterability unutterable unutterableness unutterably unuttered unuxorial unuxorious unvacant unvaccinated unvacillating unvailable unvain unvaleted unvaletudinary unvaliant unvalid unvalidated unvalidating unvalidity unvalidly unvalidness unvalorous unvaluable unvaluableness unvaluably unvalue unvalued unvamped unvanishing unvanquishable unvanquished unvantaged unvaporized unvariable unvariableness unvariably unvariant unvaried unvariedly unvariegated unvarnished unvarnishedly unvarnishedness unvarying unvaryingly unvaryingness unvascular unvassal unvatted unvaulted unvaulting unvaunted unvaunting unvauntingly unveering unveil unveiled unveiledly unveiledness unveiler unveiling unveilment unveined unvelvety unvendable unvendableness unvended unvendible unvendibleness unveneered unvenerable unvenerated unvenereal unvenged unveniable unvenial unvenom unvenomed unvenomous unventable unvented unventilated unventured unventurous unvenued unveracious unveracity unverbalized unverdant unverdured unveridical unverifiable unverifiableness unverifiably unverified unverifiedness unveritable unverity unvermiculated unverminous unvernicular unversatile unversed unversedly unversedness unversified unvertical unvessel unvesseled unvest unvested unvetoed unvexed unviable unvibrated unvibrating unvicar unvicarious unvicariously unvicious unvictimized unvictorious unvictualed unvictualled unviewable unviewed unvigilant unvigorous unvigorously unvilified unvillaged unvindicated unvindictive unvindictively unvindictiveness unvinous unvintaged unviolable unviolated unviolenced unviolent unviolined unvirgin unvirginal unvirginlike unvirile unvirility unvirtue unvirtuous unvirtuously unvirtuousness unvirulent unvisible unvisibleness unvisibly unvision unvisionary unvisioned unvisitable unvisited unvisor unvisored unvisualized unvital unvitalized unvitalness unvitiated unvitiatedly unvitiatedness unvitrescibility unvitrescible unvitrifiable unvitrified unvitriolized unvituperated unvivacious unvivid unvivified unvizard unvizarded unvocal unvocalized unvociferous unvoice unvoiced unvoiceful unvoicing unvoidable unvoided unvolatile unvolatilize unvolatilized unvolcanic unvolitioned unvoluminous unvoluntarily unvoluntariness unvoluntary unvolunteering unvoluptuous unvomited unvoracious unvote unvoted unvoting unvouched unvouchedly unvouchedness unvouchsafed unvowed unvoweled unvoyageable unvoyaging unvulcanized unvulgar unvulgarize unvulgarized unvulgarly unvulnerable unwadable unwadded unwadeable unwaded unwading unwafted unwaged unwagered unwaggable unwaggably unwagged unwailed unwailing unwainscoted unwaited unwaiting unwaked unwakeful unwakefulness unwakened unwakening unwaking unwalkable unwalked unwalking unwall unwalled unwallet unwallowed unwan unwandered unwandering unwaning unwanted unwanton unwarbled unware unwarely unwareness unwarily unwariness unwarlike unwarlikeness unwarm unwarmable unwarmed unwarming unwarn unwarned unwarnedly unwarnedness unwarnished unwarp unwarpable unwarped unwarping unwarrant unwarrantability unwarrantable unwarrantableness unwarrantably unwarranted unwarrantedly unwarrantedness unwary unwashable unwashed unwashedness unwassailing unwastable unwasted unwasteful unwastefully unwasting unwastingly unwatchable unwatched unwatchful unwatchfully unwatchfulness unwatching unwater unwatered unwaterlike unwatermarked unwatery unwattled unwaved unwaverable unwavered unwavering unwaveringly unwaving unwax unwaxed unwayed unwayward unweaken unweakened unweal unwealsomeness unwealthy unweaned unweapon unweaponed unwearable unweariability unweariable unweariableness unweariably unwearied unweariedly unweariedness unwearily unweariness unwearing unwearisome unwearisomeness unweary unwearying unwearyingly unweathered unweatherly unweatherwise unweave unweaving unweb unwebbed unwebbing unwed unwedded unweddedly unweddedness unwedge unwedgeable unwedged unweeded unweel unweelness unweened unweeping unweeting unweetingly unweft unweighable unweighed unweighing unweight unweighted unweighty unwelcome unwelcomed unwelcomely unwelcomeness unweld unweldable unwelded unwell unwellness unwelted unwept unwestern unwesternized unwet unwettable unwetted unwheedled unwheel unwheeled unwhelmed unwhelped unwhetted unwhig unwhiglike unwhimsical unwhining unwhip unwhipped unwhirled unwhisked unwhiskered unwhisperable unwhispered unwhispering unwhistled unwhite unwhited unwhitened unwhitewashed unwholesome unwholesomely unwholesomeness unwidened unwidowed unwield unwieldable unwieldily unwieldiness unwieldly unwieldy unwifed unwifelike unwifely unwig unwigged unwild unwilily unwiliness unwill unwilled unwillful unwillfully unwillfulness unwilling unwillingly unwillingness unwilted unwilting unwily unwincing unwincingly unwind unwindable unwinding unwindingly unwindowed unwindy unwingable unwinged unwinking unwinkingly unwinnable unwinning unwinnowed unwinsome unwinter unwintry unwiped unwire unwired unwisdom unwise unwisely unwiseness unwish unwished unwishful unwishing unwist unwistful unwitch unwitched unwithdrawable unwithdrawing unwithdrawn unwitherable unwithered unwithering unwithheld unwithholden unwithholding unwithstanding unwithstood unwitless unwitnessed unwitted unwittily unwitting unwittingly unwittingness unwitty unwive unwived unwoeful unwoful unwoman unwomanish unwomanize unwomanized unwomanlike unwomanliness unwomanly unwomb unwon unwonder unwonderful unwondering unwonted unwontedly unwontedness unwooded unwooed unwoof unwooly unwordable unwordably unwordily unwordy unwork unworkability unworkable unworkableness unworkably unworked unworkedness unworker unworking unworkmanlike unworkmanly unworld unworldliness unworldly unwormed unwormy unworn unworried unworriedly unworriedness unworshiped unworshipful unworshiping unworshipped unworshipping unworth unworthily unworthiness unworthy unwotting unwound unwoundable unwoundableness unwounded unwoven unwrangling unwrap unwrapped unwrapper unwrapping unwrathful unwrathfully unwreaked unwreathe unwreathed unwreathing unwrecked unwrench unwrenched unwrested unwrestedly unwresting unwrestled unwretched unwriggled unwrinkle unwrinkleable unwrinkled unwrit unwritable unwrite unwriting unwritten unwronged unwrongful unwrought unwrung unyachtsmanlike unyeaned unyearned unyearning unyielded unyielding unyieldingly unyieldingness unyoke unyoked unyoking unyoung unyouthful unyouthfully unze unzealous unzealously unzealousness unzen unzephyrlike unzone unzoned up upaisle upaithric upalley upalong upanishadic upapurana uparch uparching uparise uparm uparna upas upattic upavenue upbank upbar upbay upbear upbearer upbeat upbelch upbelt upbend upbid upbind upblacken upblast upblaze upblow upboil upbolster upbolt upboost upborne upbotch upboulevard upbound upbrace upbraid upbraider upbraiding upbraidingly upbray upbreak upbred upbreed upbreeze upbrighten upbrim upbring upbristle upbroken upbrook upbrought upbrow upbubble upbuild upbuilder upbulging upbuoy upbuoyance upburn upburst upbuy upcall upcanal upcanyon upcarry upcast upcatch upcaught upchamber upchannel upchariot upchimney upchoke upchuck upcity upclimb upclose upcloser upcoast upcock upcoil upcolumn upcome upcoming upconjure upcountry upcourse upcover upcrane upcrawl upcreek upcreep upcrop upcrowd upcry upcurl upcurrent upcurve upcushion upcut updart update updeck updelve updive updo updome updraft updrag updraw updrink updry upeat upend upeygan upfeed upfield upfill upfingered upflame upflare upflash upflee upflicker upfling upfloat upflood upflow upflower upflung upfly upfold upfollow upframe upfurl upgale upgang upgape upgather upgaze upget upgird upgirt upgive upglean upglide upgo upgorge upgrade upgrave upgrow upgrowth upgully upgush uphand uphang upharbor upharrow uphasp upheal upheap uphearted upheaval upheavalist upheave upheaven upheld uphelm uphelya upher uphill uphillward uphoard uphoist uphold upholden upholder upholster upholstered upholsterer upholsteress upholsterous upholstery upholsterydom upholstress uphung uphurl upisland upjerk upjet upkeep upkindle upknell upknit upla upladder uplaid uplake upland uplander uplandish uplane uplay uplead upleap upleg uplick uplift upliftable uplifted upliftedly upliftedness uplifter uplifting upliftingly upliftingness upliftitis upliftment uplight uplimb uplimber upline uplock uplong uplook uplooker uploom uploop uplying upmaking upmast upmix upmost upmount upmountain upmove upness upo upon uppard uppent upper upperch uppercut upperer upperest upperhandism uppermore uppermost uppers uppertendom uppile upping uppish uppishly uppishness uppity upplough upplow uppluck uppoint uppoise uppop uppour uppowoc upprick upprop uppuff uppull uppush upquiver upraisal upraise upraiser upreach uprear uprein uprend uprender uprest uprestore uprid upridge upright uprighteous uprighteously uprighteousness uprighting uprightish uprightly uprightness uprights uprip uprisal uprise uprisement uprisen upriser uprising uprist uprive upriver uproad uproar uproariness uproarious uproariously uproariousness uproom uproot uprootal uprooter uprose uprouse uproute uprun uprush upsaddle upscale upscrew upscuddle upseal upseek upseize upsend upset upsetment upsettable upsettal upsetted upsetter upsetting upsettingly upsey upshaft upshear upsheath upshoot upshore upshot upshoulder upshove upshut upside upsides upsighted upsiloid upsilon upsilonism upsit upsitten upsitting upslant upslip upslope upsmite upsnatch upsoak upsoar upsolve upspeak upspear upspeed upspew upspin upspire upsplash upspout upspread upspring upsprinkle upsprout upspurt upstaff upstage upstair upstairs upstamp upstand upstander upstanding upstare upstart upstartism upstartle upstartness upstate upstater upstaunch upstay upsteal upsteam upstem upstep upstick upstir upstraight upstream upstreamward upstreet upstretch upstrike upstrive upstroke upstruggle upsuck upsun upsup upsurge upsurgence upswallow upswarm upsway upsweep upswell upswing uptable uptake uptaker uptear uptemper uptend upthrow upthrust upthunder uptide uptie uptill uptilt uptorn uptoss uptower uptown uptowner uptrace uptrack uptrail uptrain uptree uptrend uptrill uptrunk uptruss uptube uptuck upturn uptwined uptwist upupoid upvalley upvomit upwaft upwall upward upwardly upwardness upwards upwarp upwax upway upways upwell upwent upwheel upwhelm upwhir upwhirl upwind upwith upwork upwound upwrap upwreathe upwrench upwring upwrought upyard upyoke ur ura urachal urachovesical urachus uracil uraemic uraeus ural urali uraline uralite uralitic uralitization uralitize uralium uramido uramil uramilic uramino uran uranalysis uranate uranic uranidine uraniferous uraniid uranin uranine uraninite uranion uraniscochasma uraniscoplasty uraniscoraphy uraniscorrhaphy uranism uranist uranite uranitic uranium uranocircite uranographer uranographic uranographical uranographist uranography uranolatry uranolite uranological uranology uranometria uranometrical uranometry uranophane uranophotography uranoplastic uranoplasty uranoplegia uranorrhaphia uranorrhaphy uranoschisis uranoschism uranoscope uranoscopia uranoscopic uranoscopy uranospathite uranosphaerite uranospinite uranostaphyloplasty uranostaphylorrhaphy uranotantalite uranothallite uranothorite uranotil uranous uranyl uranylic urao urare urari urase urataemia urate uratemia uratic uratoma uratosis uraturia urazine urazole urbacity urbainite urban urbane urbanely urbaneness urbanism urbanist urbanite urbanity urbanization urbanize urbarial urbian urbic urbicolous urbification urbify urbinate urceiform urceolar urceolate urceole urceoli urceolus urceus urchin urchiness urchinlike urchinly urd urde urdee ure urea ureal ureameter ureametry urease urechitin urechitoxin uredema uredine uredineal uredineous uredinia uredinial urediniospore urediniosporic uredinium uredinoid uredinologist uredinology uredinous uredo uredosorus uredospore uredosporic uredosporiferous uredosporous uredostage ureic ureid ureide ureido uremia uremic urent ureometer ureometry ureosecretory uresis uretal ureter ureteral ureteralgia uretercystoscope ureterectasia ureterectasis ureterectomy ureteric ureteritis ureterocele ureterocervical ureterocolostomy ureterocystanastomosis ureterocystoscope ureterocystostomy ureterodialysis ureteroenteric ureteroenterostomy ureterogenital ureterogram ureterograph ureterography ureterointestinal ureterolith ureterolithiasis ureterolithic ureterolithotomy ureterolysis ureteronephrectomy ureterophlegma ureteroplasty ureteroproctostomy ureteropyelitis ureteropyelogram ureteropyelography ureteropyelonephritis ureteropyelostomy ureteropyosis ureteroradiography ureterorectostomy ureterorrhagia ureterorrhaphy ureterosalpingostomy ureterosigmoidostomy ureterostegnosis ureterostenoma ureterostenosis ureterostoma ureterostomy ureterotomy ureterouteral ureterovaginal ureterovesical urethan urethane urethra urethrae urethragraph urethral urethralgia urethrameter urethrascope urethratome urethratresia urethrectomy urethremphraxis urethreurynter urethrism urethritic urethritis urethroblennorrhea urethrobulbar urethrocele urethrocystitis urethrogenital urethrogram urethrograph urethrometer urethropenile urethroperineal urethrophyma urethroplastic urethroplasty urethroprostatic urethrorectal urethrorrhagia urethrorrhaphy urethrorrhea urethrorrhoea urethroscope urethroscopic urethroscopical urethroscopy urethrosexual urethrospasm urethrostaxis urethrostenosis urethrostomy urethrotome urethrotomic urethrotomy urethrovaginal urethrovesical urethylan uretic ureylene urf urfirnis urge urgence urgency urgent urgently urgentness urger urging urgingly urheen urial uric uricacidemia uricaciduria uricaemia uricaemic uricemia uricemic uricolysis uricolytic uridrosis urinaemia urinal urinalist urinalysis urinant urinarium urinary urinate urination urinative urinator urine urinemia uriniferous uriniparous urinocryoscopy urinogenital urinogenitary urinogenous urinologist urinology urinomancy urinometer urinometric urinometry urinoscopic urinoscopist urinoscopy urinose urinosexual urinous urinousness urite urlar urled urling urluch urman urn urna urnae urnal urnflower urnful urning urningism urnism urnlike urnmaker uroacidimeter uroazotometer urobenzoic urobilin urobilinemia urobilinogen urobilinogenuria urobilinuria urocanic urocele urocerid urochloralic urochord urochordal urochordate urochrome urochromogen urocyanogen urocyst urocystic urocystitis urodaeum urodelan urodele urodelous urodialysis urodynia uroedema uroerythrin urofuscohematin urogaster urogastric urogenic urogenital urogenitary urogenous uroglaucin urogram urography urogravimeter urohematin urohyal urolagnia uroleucic uroleucinic urolith urolithiasis urolithic urolithology urologic urological urologist urology urolutein urolytic uromancy uromantia uromantist uromelanin uromelus uromere uromeric urometer uronephrosis uronic uronology uropatagium urophanic urophanous urophein urophthisis uroplania uropod uropodal uropodous uropoetic uropoiesis uropoietic uroporphyrin uropsile uroptysis uropygial uropygium uropyloric urorosein urorrhagia urorrhea urorubin urosaccharometry urosacral uroschesis uroscopic uroscopist uroscopy urosepsis uroseptic urosis urosomatic urosome urosomite urosomitic urostea urostealith urostegal urostege urostegite urosteon urosternite urosthene urosthenic urostylar urostyle urotoxia urotoxic urotoxicity urotoxin urotoxy uroxanate uroxanic uroxanthin uroxin urradhus urrhodin urrhodinic ursal ursicidal ursicide ursiform ursigram ursine ursoid ursolic urson ursone ursuk urtica urticaceous urticant urticaria urticarial urticarious urticate urticating urtication urticose urtite urubu urucu urucuri uruisg urunday urus urushi urushic urushinic urushiol urushiye urva us usability usable usableness usage usager usance usar usara usaron usation use used usedly usedness usednt usee useful usefullish usefully usefulness usehold useless uselessly uselessness usent user ush ushabti ushabtiu usher usherance usherdom usherer usheress usherette usherian usherism usherless ushership usings usitate usitative usnea usneaceous usneoid usnic usninic usque usquebaugh usself ussels usselven ussingite ust uster ustilaginaceous ustilagineous ustion ustorious ustulate ustulation usual usualism usually usualness usuary usucapient usucapion usucapionary usucapt usucaptable usucaption usucaptor usufruct usufructuary usure usurer usurerlike usuress usurious usuriously usuriousness usurp usurpation usurpative usurpatively usurpatory usurpature usurpedly usurper usurpership usurping usurpingly usurpment usurpor usurpress usury usward uswards ut uta utahite utai utas utch utchy utees utensil uteralgia uterectomy uteri uterine uteritis uteroabdominal uterocele uterocervical uterocystotomy uterofixation uterogestation uterogram uterography uterointestinal uterolith uterology uteromania uterometer uteroovarian uteroparietal uteropelvic uteroperitoneal uteropexia uteropexy uteroplacental uteroplasty uterosacral uterosclerosis uteroscope uterotomy uterotonic uterotubal uterovaginal uteroventral uterovesical uterus utfangenethef utfangethef utfangthef utfangthief utick utile utilitarian utilitarianism utilitarianist utilitarianize utilitarianly utility utilizable utilization utilize utilizer utinam utmost utmostness utopia utopian utopianism utopianist utopianizer utopiast utopism utopist utopistic utopographer utraquist utraquistic utricle utricul utricular utriculate utriculiferous utriculiform utriculitis utriculoid utriculoplastic utriculoplasty utriculosaccular utriculose utriculus utriform utrubi utrum utsuk utter utterability utterable utterableness utterance utterancy utterer utterless utterly uttermost utterness utu utum uturuncu uva uval uvalha uvanite uvarovite uvate uvea uveal uveitic uveitis uveous uvic uvid uviol uvitic uvitinic uvito uvitonic uvrou uvula uvulae uvular uvularly uvulitis uvuloptosis uvulotome uvulotomy uvver uxorial uxoriality uxorially uxoricidal uxoricide uxorious uxoriously uxoriousness uzan uzara uzarin uzaron v vaagmer vaalite vacabond vacancy vacant vacanthearted vacantheartedness vacantly vacantness vacantry vacatable vacate vacation vacational vacationer vacationist vacationless vacatur vaccary vaccenic vaccicide vaccigenous vaccina vaccinable vaccinal vaccinate vaccination vaccinationist vaccinator vaccinatory vaccine vaccinee vaccinella vaccinia vacciniaceous vaccinial vaccinifer vacciniform vacciniola vaccinist vaccinium vaccinization vaccinogenic vaccinogenous vaccinoid vaccinophobia vaccinotherapy vache vachette vacillancy vacillant vacillate vacillating vacillatingly vacillation vacillator vacillatory vacoa vacona vacoua vacouf vacual vacuate vacuation vacuefy vacuist vacuity vacuolar vacuolary vacuolate vacuolated vacuolation vacuole vacuolization vacuome vacuometer vacuous vacuously vacuousness vacuum vacuuma vacuumize vade vadimonium vadimony vadium vadose vady vag vagabond vagabondage vagabondager vagabondia vagabondish vagabondism vagabondismus vagabondize vagabondizer vagabondry vagal vagarian vagarious vagariously vagarish vagarisome vagarist vagaristic vagarity vagary vagas vage vagiform vagile vagina vaginal vaginalectomy vaginaless vaginalitis vaginant vaginate vaginated vaginectomy vaginervose vaginicoline vaginicolous vaginiferous vaginipennate vaginismus vaginitis vaginoabdominal vaginocele vaginodynia vaginofixation vaginolabial vaginometer vaginomycosis vaginoperineal vaginoperitoneal vaginopexy vaginoplasty vaginoscope vaginoscopy vaginotome vaginotomy vaginovesical vaginovulvar vaginula vaginulate vaginule vagitus vagoaccessorius vagodepressor vagoglossopharyngeal vagogram vagolysis vagosympathetic vagotomize vagotomy vagotonia vagotonic vagotropic vagotropism vagrance vagrancy vagrant vagrantism vagrantize vagrantlike vagrantly vagrantness vagrate vagrom vague vaguely vagueness vaguish vaguity vagulous vagus vahine vail vailable vain vainful vainglorious vaingloriously vaingloriousness vainglory vainly vainness vair vairagi vaire vairy vaivode vajra vajrasana vakass vakia vakil vakkaliga valance valanced valanche valbellite vale valediction valedictorian valedictorily valedictory valence valencianite valency valent valentine valentinite valeral valeraldehyde valeramide valerate valerian valerianaceous valerianate valeric valerin valerolactone valerone valeryl valerylene valet valeta valetage valetdom valethood valetism valetry valetudinarian valetudinarianism valetudinariness valetudinarist valetudinarium valetudinary valeur valeward valgoid valgus valhall vali valiance valiancy valiant valiantly valiantness valid validate validation validatory validification validity validly validness valine valise valiseful valiship vall vallancy vallar vallary vallate vallated vallation vallecula vallecular valleculate vallevarite valley valleyful valleyite valleylet valleylike valleyward valleywise vallicula vallicular vallidom vallis vallisneriaceous vallum valonia valoniaceous valor valorization valorize valorous valorously valorousness valse valsoid valuable valuableness valuably valuate valuation valuational valuator value valued valueless valuelessness valuer valuta valva valval valvate valve valved valveless valvelet valvelike valveman valviferous valviform valvotomy valvula valvular valvulate valvule valvulitis valvulotome valvulotomy valyl valylene vambrace vambraced vamfont vammazsa vamoose vamp vamped vamper vamphorn vampire vampireproof vampiric vampirish vampirism vampirize vamplate vampproof van vanadate vanadiate vanadic vanadiferous vanadinite vanadium vanadosilicate vanadous vanadyl vanaprastha vancourier vandalish vandalism vandalistic vandalization vandalize vandalroot vane vaned vaneless vanelike vanessian vanfoss vang vangee vangeli vanglo vanguard vanilla vanillal vanillaldehyde vanillate vanille vanillery vanillic vanillin vanillinic vanillism vanilloes vanillon vanilloyl vanillyl vanish vanisher vanishing vanishingly vanishment vanitarianism vanitied vanity vanjarrah vanman vanmost vanner vannerman vannet vanquish vanquishable vanquisher vanquishment vansire vantage vantageless vantbrace vantbrass vanward vapid vapidism vapidity vapidly vapidness vapocauterization vapographic vapography vapor vaporability vaporable vaporarium vaporary vaporate vapored vaporer vaporescence vaporescent vaporiferous vaporiferousness vaporific vaporiform vaporimeter vaporing vaporingly vaporish vaporishness vaporium vaporizable vaporization vaporize vaporizer vaporless vaporlike vaporograph vaporographic vaporose vaporoseness vaporosity vaporous vaporously vaporousness vaportight vapory vapulary vapulate vapulation vapulatory vara varahan varan varanid vardapet vardy vare varec vareheaded vareuse vargueno vari variability variable variableness variably variance variancy variant variate variation variational variationist variatious variative variatively variator varical varicated varication varicella varicellar varicellate varicellation varicelliform varicelloid varicellous varices variciform varicoblepharon varicocele varicoid varicolored varicolorous varicose varicosed varicoseness varicosis varicosity varicotomy varicula varied variedly variegate variegated variegation variegator varier varietal varietally varietism varietist variety variform variformed variformity variformly varigradation variocoupler variola variolar variolate variolation variole variolic varioliform variolite variolitic variolitization variolization varioloid variolous variolovaccine variolovaccinia variometer variorum variotinted various variously variousness variscite varisse varix varlet varletaille varletess varletry varletto varment varna varnashrama varnish varnished varnisher varnishing varnishlike varnishment varnishy varnpliktige varnsingite varsha varsity varsoviana varus varve varved vary varyingly vas vasa vasal vascular vascularity vascularization vascularize vascularly vasculated vasculature vasculiferous vasculiform vasculitis vasculogenesis vasculolymphatic vasculomotor vasculose vasculum vase vasectomize vasectomy vaseful vaselet vaselike vasemaker vasemaking vasewise vasework vashegyite vasicentric vasicine vasifactive vasiferous vasiform vasoconstricting vasoconstriction vasoconstrictive vasoconstrictor vasocorona vasodentinal vasodentine vasodilatation vasodilatin vasodilating vasodilation vasodilator vasoepididymostomy vasofactive vasoformative vasoganglion vasohypertonic vasohypotonic vasoinhibitor vasoinhibitory vasoligation vasoligature vasomotion vasomotor vasomotorial vasomotoric vasomotory vasoneurosis vasoparesis vasopressor vasopuncture vasoreflex vasorrhaphy vasosection vasospasm vasospastic vasostimulant vasostomy vasotomy vasotonic vasotribe vasotripsy vasotrophic vasovesiculectomy vasquine vassal vassalage vassaldom vassaless vassalic vassalism vassality vassalize vassalless vassalry vassalship vast vastate vastation vastidity vastily vastiness vastitude vastity vastly vastness vasty vasu vat vatful vatic vatically vaticanal vaticanic vaticanical vaticide vaticinal vaticinant vaticinate vaticination vaticinator vaticinatory vaticinatress vaticinatrix vatmaker vatmaking vatman vatter vau vaucheriaceous vaudeville vaudevillian vaudevillist vaudy vaugnerite vault vaulted vaultedly vaulter vaulting vaultlike vaulty vaunt vauntage vaunted vaunter vauntery vauntful vauntiness vaunting vauntingly vauntmure vaunty vauquelinite vauxite vavasor vavasory vaward veal vealer vealiness veallike vealskin vealy vectigal vection vectis vectograph vectographic vector vectorial vectorially vecture vedana vedette vedika vedro veduis vee veen veep veer veerable veeringly veery vegasite vegeculture vegetability vegetable vegetablelike vegetablewise vegetablize vegetably vegetal vegetalcule vegetality vegetant vegetarian vegetarianism vegetate vegetation vegetational vegetationless vegetative vegetatively vegetativeness vegete vegeteness vegetism vegetive vegetivorous vegetoalkali vegetoalkaline vegetoalkaloid vegetoanimal vegetobituminous vegetocarbonaceous vegetomineral vehemence vehemency vehement vehemently vehicle vehicular vehicularly vehiculary vehiculate vehiculation vehiculatory vei veigle veil veiled veiledly veiledness veiler veiling veilless veillike veilmaker veilmaking veily vein veinage veinal veinbanding veined veiner veinery veininess veining veinless veinlet veinous veinstone veinstuff veinule veinulet veinwise veinwork veiny vejoces vela velal velamen velamentous velamentum velar velardenite velaric velarium velarize velary velate velated velation velatura veldcraft veldman veldschoen veldt veldtschoen velellidous velic veliferous veliform veliger veligerous velitation vell vellala velleda velleity vellicate vellication vellicative vellinch vellon vellosine velloziaceous vellum vellumy velo velociman velocimeter velocious velociously velocipedal velocipede velocipedean velocipedic velocitous velocity velodrome velometer velours veloutine velte velum velumen velure velutinous velveret velvet velvetbreast velveted velveteen velveteened velvetiness velveting velvetleaf velvetlike velvetry velvetseed velvetweed velvetwork velvety venada venal venality venalization venalize venally venalness venanzite venatic venatical venatically venation venational venator venatorial venatorious venatory vencola vend vendace vendee vender vendetta vendettist vendibility vendible vendibleness vendibly vendicate vending venditate venditation vendition venditor vendor vendue veneer veneerer veneering venefical veneficious veneficness veneficous venenate venenation venene veneniferous venenific venenosalivary venenous venenousness venepuncture venerability venerable venerableness venerably veneracean veneraceous veneral venerance venerant venerate veneration venerational venerative veneratively venerativeness venerator venereal venerealness venereologist venereology venerer venerial veneriform venery venesect venesection venesector venesia venezolano vengeable vengeance vengeant vengeful vengefully vengefulness vengeously venger venial veniality venially venialness venie venin veniplex venipuncture venireman venison venisonivorous venisonlike venisuture vennel venner venoatrial venoauricular venom venomed venomer venomization venomize venomly venomness venomosalivary venomous venomously venomousness venomproof venomsome venomy venosal venosclerosis venose venosinal venosity venostasis venous venously venousness vent ventage ventail venter venthole ventiduct ventifact ventil ventilable ventilagin ventilate ventilating ventilation ventilative ventilator ventilatory ventless ventometer ventose ventoseness ventosity ventpiece ventrad ventral ventrally ventralmost ventralward ventric ventricle ventricolumna ventricolumnar ventricornu ventricornual ventricose ventricoseness ventricosity ventricous ventricular ventricularis ventriculite ventriculitic ventriculogram ventriculography ventriculoscopy ventriculose ventriculous ventriculus ventricumbent ventriduct ventrifixation ventrilateral ventrilocution ventriloqual ventriloqually ventriloque ventriloquial ventriloquially ventriloquism ventriloquist ventriloquistic ventriloquize ventriloquous ventriloquously ventriloquy ventrimesal ventrimeson ventrine ventripotency ventripotent ventripotential ventripyramid ventroaxial ventroaxillary ventrocaudal ventrocystorrhaphy ventrodorsad ventrodorsal ventrodorsally ventrofixation ventrohysteropexy ventroinguinal ventrolateral ventrolaterally ventromedial ventromedian ventromesal ventromesial ventromyel ventroposterior ventroptosia ventroptosis ventroscopy ventrose ventrosity ventrosuspension ventrotomy venture venturer venturesome venturesomely venturesomeness venturine venturous venturously venturousness venue venula venular venule venulose venust venville vera veracious veraciously veraciousness veracity veranda verandaed verascope veratral veratralbine veratraldehyde veratrate veratria veratric veratridine veratrine veratrinize veratrize veratroidine veratrole veratroyl veratryl veratrylidene verb verbal verbalism verbalist verbality verbalization verbalize verbalizer verbally verbarian verbarium verbasco verbascose verbate verbatim verbena verbenaceous verbenalike verbenalin verbenate verbene verbenone verberate verberation verberative verbiage verbicide verbiculture verbid verbification verbify verbigerate verbigeration verbigerative verbile verbless verbolatry verbomania verbomaniac verbomotor verbose verbosely verboseness verbosity verbous verby verchok verd verdancy verdant verdantly verdantness verdea verdelho verderer verderership verdet verdict verdigris verdigrisy verdin verditer verdoy verdugoship verdun verdure verdured verdureless verdurous verdurousness verecund verecundity verecundness verek veretilliform veretillum verge vergeboard vergence vergency vergent vergentness verger vergeress vergerism vergerless vergership vergery vergi vergiform verglas vergobret veri veridic veridical veridicality veridically veridicalness veridicous veridity verifiability verifiable verifiableness verifiably verificate verification verificative verificatory verifier verify verily verine verisimilar verisimilarly verisimilitude verisimilitudinous verisimility verism verist veristic veritability veritable veritableness veritably verite veritism veritist veritistic verity verjuice vermeil vermeologist vermeology vermetid vermetidae vermian vermicelli vermicidal vermicide vermicious vermicle vermicular vermicularly vermiculate vermiculated vermiculation vermicule vermiculite vermiculose vermiculosity vermiculous vermiform vermiformis vermiformity vermiformous vermifugal vermifuge vermifugous vermigerous vermigrade vermilinguial vermilion vermilionette vermilionize vermin verminal verminate vermination verminer verminicidal verminicide verminiferous verminlike verminly verminosis verminous verminously verminousness verminproof verminy vermiparous vermiparousness vermis vermivorous vermivorousness vermix vermorel vermouth vernacle vernacular vernacularism vernacularist vernacularity vernacularization vernacularize vernacularly vernacularness vernaculate vernal vernality vernalization vernalize vernally vernant vernation vernicose vernier vernile vernility vernin vernine vernition vernoniaceous vernonin veronalism verre verrel verriculate verriculated verricule verruca verrucano verrucariaceous verrucarioid verrucated verruciferous verruciform verrucose verrucoseness verrucosis verrucosity verrucous verruculose verruga versability versable versableness versal versant versate versatile versatilely versatileness versatility versation versative verse versecraft versed verseless verselet versemaker versemaking verseman versemanship versemonger versemongering versemongery verser versesmith verset versette verseward versewright versicle versicler versicolor versicolorate versicolored versicolorous versicular versicule versifiable versifiaster versification versificator versificatory versificatrix versifier versiform versify versiloquy versine version versional versioner versionist versionize versipel verso versor verst versta versual versus vert vertebra vertebrae vertebral vertebraless vertebrally vertebrarium vertebrarterial vertebrate vertebrated vertebration vertebre vertebrectomy vertebriform vertebroarterial vertebrobasilar vertebrochondral vertebrocostal vertebrodymus vertebrofemoral vertebroiliac vertebromammary vertebrosacral vertebrosternal vertex vertibility vertible vertibleness vertical verticalism verticality vertically verticalness vertices verticil verticillary verticillaster verticillastrate verticillate verticillated verticillately verticillation verticilliaceous verticilliose verticillus verticity verticomental verticordious vertiginate vertigines vertiginous vertigo vertilinear vertimeter veruled verumontanum vervain vervainlike verve vervecine vervel verveled vervelle vervenia vervet very vesania vesanic vesbite vesicae vesical vesicant vesicate vesication vesicatory vesicle vesicoabdominal vesicocavernous vesicocele vesicocervical vesicoclysis vesicofixation vesicointestinal vesicoprostatic vesicopubic vesicorectal vesicosigmoid vesicospinal vesicotomy vesicovaginal vesicular vesicularly vesiculary vesiculase vesiculate vesiculation vesicule vesiculectomy vesiculiferous vesiculiform vesiculigerous vesiculitis vesiculobronchial vesiculocavernous vesiculopustular vesiculose vesiculotomy vesiculotubular vesiculotympanic vesiculotympanitic vesiculous vesiculus vesicupapular veskit vespacide vespal vesper vesperal vesperian vespering vespers vespertide vespertilian vespertilio vespertilionid vespertilionine vespertinal vespertine vespery vespiary vespid vespiform vespine vespoid vessel vesseled vesselful vessignon vest vestal vestalia vestalship vestee vester vestiarian vestiarium vestiary vestibula vestibular vestibulary vestibulate vestibule vestibuled vestibulospinal vestibulum vestige vestigial vestigially vestigiary vestigium vestiment vestimental vestimentary vesting vestiture vestlet vestment vestmental vestmented vestral vestralization vestrical vestrification vestrify vestry vestrydom vestryhood vestryish vestryism vestryize vestryman vestrymanly vestrymanship vestuary vestural vesture vesturer vesuvian vesuvianite vesuviate vesuvite vesuvius veszelyite vet veta vetanda vetch vetchling vetchy veteran veterancy veteraness veteranize veterinarian veterinarianism veterinary vetitive vetivene vetivenol vetiver vetiveria vetivert vetkousie veto vetoer vetoism vetoist vetoistic vetoistical vetust vetusty veuglaire veuve vex vexable vexation vexatious vexatiously vexatiousness vexatory vexed vexedly vexedness vexer vexful vexil vexillar vexillarious vexillary vexillate vexillation vexillum vexingly vexingness vext via viability viable viaduct viaggiatory viagram viagraph viajaca vial vialful vialmaker vialmaking vialogue viameter viand viander viatic viatica viatical viaticum viatometer viator viatorial viatorially vibetoite vibex vibgyor vibix vibracular vibracularium vibraculoid vibraculum vibrance vibrancy vibrant vibrantly vibraphone vibrate vibratile vibratility vibrating vibratingly vibration vibrational vibrationless vibratiuncle vibratiunculation vibrative vibrato vibrator vibratory vibrioid vibrion vibrionic vibrissa vibrissae vibrissal vibrograph vibromassage vibrometer vibromotive vibronic vibrophone vibroscope vibroscopic vibrotherapeutics viburnic viburnin vicar vicarage vicarate vicaress vicarial vicarian vicarianism vicariate vicariateship vicarious vicariously vicariousness vicarly vicarship vice vicecomes vicecomital vicegeral vicegerency vicegerent vicegerentship viceless vicelike vicenary vicennial viceregal viceregally vicereine viceroy viceroyal viceroyalty viceroydom viceroyship vicety viceversally vichyssoise vicianin vicianose vicilin vicinage vicinal vicine vicinity viciosity vicious viciously viciousness vicissitous vicissitude vicissitudinary vicissitudinous vicissitudinousness vicoite vicontiel victim victimhood victimizable victimization victimize victimizer victless victor victordom victorfish victoriate victoriatus victorine victorious victoriously victoriousness victorium victory victoryless victress victrix victrola victual victualage victualer victualing victuallership victualless victualry victuals vicuna viddui videndum video videogenic vidette vidonia vidry viduage vidual vidually viduate viduated viduation viduine viduity viduous vidya vie vielle vier vierling viertel viertelein view viewable viewably viewer viewiness viewless viewlessly viewly viewpoint viewsome viewster viewworthy viewy vifda viga vigentennial vigesimal vigesimation vigia vigil vigilance vigilancy vigilant vigilante vigilantism vigilantly vigilantness vigilate vigilation vigintiangular vigneron vignette vignetter vignettist vignin vigonia vigor vigorist vigorless vigorous vigorously vigorousness vihara vihuela vijao viking vikingism vikinglike vikingship vila vilayet vile vilehearted vilely vileness vilicate vilification vilifier vilify vilifyingly vilipend vilipender vilipenditory vility vill villa villadom villaette village villageful villagehood villageless villagelet villagelike villageous villager villageress villagery villaget villageward villagey villagism villain villainage villaindom villainess villainist villainous villainously villainousness villainproof villainy villakin villaless villalike villanage villanella villanelle villanette villanous villanously villar villate villatic ville villein villeinage villeiness villeinhold villenage villiaumite villiferous villiform villiplacental villitis villoid villose villosity villous villously villus vim vimana vimen vimful viminal vimineous vina vinaceous vinaconic vinage vinagron vinaigrette vinaigretted vinaigrier vinaigrous vinal vinasse vinata vincent vincetoxin vincibility vincible vincibleness vincibly vincular vinculate vinculation vinculum vindemial vindemiate vindemiation vindemiatory vindex vindhyan vindicability vindicable vindicableness vindicably vindicate vindication vindicative vindicatively vindicativeness vindicator vindicatorily vindicatorship vindicatory vindicatress vindictive vindictively vindictiveness vindictivolence vindresser vine vinea vineal vineatic vined vinegar vinegarer vinegarette vinegarish vinegarist vinegarroon vinegarweed vinegary vinegerone vinegrower vineity vineland vineless vinelet vinelike viner vinery vinestalk vinewise vineyard vineyarding vineyardist vingerhoed vinhatico vinic vinicultural viniculture viniculturist vinifera viniferous vinification vinificator vinny vino vinoacetous vinolence vinolent vinologist vinology vinometer vinomethylic vinose vinosity vinosulphureous vinous vinously vinousness vinquish vint vinta vintage vintager vintaging vintem vintener vintlite vintner vintneress vintnership vintnery vintress vintry viny vinyl vinylbenzene vinylene vinylic vinylidene viol viola violability violable violableness violably violacean violaceous violaceously violal violanin violaquercitrin violate violater violation violational violative violator violatory violature violence violent violently violentness violer violescent violet violetish violetlike violette violetwise violety violin violina violine violinette violinist violinistic violinlike violinmaker violinmaking violist violmaker violmaking violon violoncellist violoncello violone violotta violuric viosterol viper viperan viperess viperfish viperian viperid viperiform viperine viperish viperishly viperlike viperling viperoid viperous viperously viperousness vipery vipolitic vipresident viqueen viragin viraginian viraginity viraginous virago viragoish viragolike viragoship viral vire virelay viremia viremic virent vireo vireonine virescence virescent virga virgal virgate virgated virgater virgation virgilia virgin virginal virginalist virginality virginally virgineous virginhead virginitis virginity virginityship virginium virginlike virginly virginship virgula virgular virgularian virgulate virgule virgultum virial viricide virid viridene viridescence viridescent viridian viridigenous viridine viridite viridity virific virify virile virilely virileness virilescence virilescent virilify viriliously virilism virilist virility viripotent viritrate virl virole viroled virological virologist virology viron virose virosis virous virtu virtual virtualism virtualist virtuality virtualize virtually virtue virtued virtuefy virtuelessness virtueproof virtuless virtuosa virtuose virtuosi virtuosic virtuosity virtuoso virtuosoship virtuous virtuouslike virtuously virtuousness virucidal virucide viruela virulence virulency virulent virulented virulently virulentness viruliferous virus viruscidal viruscide virusemic vis visa visage visaged visagraph visarga viscacha viscera visceral visceralgia viscerally viscerate visceration visceripericardial visceroinhibitory visceromotor visceroparietal visceroperitioneal visceropleural visceroptosis visceroptotic viscerosensory visceroskeletal viscerosomatic viscerotomy viscerotonia viscerotonic viscerotrophic viscerotropic viscerous viscid viscidity viscidize viscidly viscidness viscidulous viscin viscoidal viscolize viscometer viscometrical viscometrically viscometry viscontal viscoscope viscose viscosimeter viscosimetry viscosity viscount viscountcy viscountess viscountship viscounty viscous viscously viscousness viscus vise viseman visibility visibilize visible visibleness visibly visie visile vision visional visionally visionarily visionariness visionary visioned visioner visionic visionist visionize visionless visionlike visionmonger visionproof visit visita visitable visitant visitation visitational visitative visitator visitatorial visite visitee visiter visiting visitment visitor visitoress visitorial visitorship visitress visitrix visive visne vison visor visorless visorlike vista vistaed vistal vistaless vistamente visto visual visualist visuality visualization visualize visualizer visually visuoauditory visuokinesthetic visuometer visuopsychic visuosensory vita vital vitalic vitalism vitalist vitalistic vitalistically vitality vitalization vitalize vitalizer vitalizing vitalizingly vitally vitalness vitals vitamer vitameric vitamin vitaminic vitaminize vitaminology vitapath vitapathy vitaphone vitascope vitascopic vitasti vitativeness vitellarian vitellarium vitellary vitellicle vitelliferous vitelligenous vitelligerous vitellin vitelline vitellogene vitellogenous vitellose vitellus viterbite vitiable vitiate vitiated vitiation vitiator viticetum viticulose viticultural viticulture viticulturer viticulturist vitiferous vitiliginous vitiligo vitiligoidea vitiosity vitium vitochemic vitochemical vitrage vitrail vitrailed vitrailist vitrain vitraux vitreal vitrean vitrella vitremyte vitreodentinal vitreodentine vitreoelectric vitreosity vitreous vitreouslike vitreously vitreousness vitrescence vitrescency vitrescent vitrescibility vitrescible vitreum vitric vitrics vitrifaction vitrifacture vitrifiability vitrifiable vitrification vitriform vitrify vitrine vitrinoid vitriol vitriolate vitriolation vitriolic vitrioline vitriolizable vitriolization vitriolize vitriolizer vitrite vitrobasalt vitrophyre vitrophyric vitrotype vitrous vitta vittate vitular vituline vituperable vituperate vituperation vituperative vituperatively vituperator vituperatory vituperious viuva viva vivacious vivaciously vivaciousness vivacity vivandiere vivarium vivary vivax vive vively vivency viver viverriform viverrine vivers vives vivianite vivicremation vivid vividialysis vividiffusion vividissection vividity vividly vividness vivific vivificate vivification vivificative vivificator vivifier vivify viviparism viviparity viviparous viviparously viviparousness vivipary viviperfuse vivisect vivisection vivisectional vivisectionally vivisectionist vivisective vivisector vivisectorium vivisepulture vixen vixenish vixenishly vixenishness vixenlike vixenly vizard vizarded vizardless vizardlike vizardmonger vizier vizierate viziercraft vizierial viziership vizircraft vlei voar vocability vocable vocably vocabular vocabularian vocabularied vocabulary vocabulation vocabulist vocal vocalic vocalion vocalise vocalism vocalist vocalistic vocality vocalization vocalize vocalizer vocaller vocally vocalness vocate vocation vocational vocationalism vocationalization vocationalize vocationally vocative vocatively vochysiaceous vocicultural vociferance vociferant vociferate vociferation vociferative vociferator vociferize vociferosity vociferous vociferously vociferousness vocification vocimotor vocular vocule vodka voe voet voeten vog vogesite voglite vogue voguey voguish voice voiced voiceful voicefulness voiceless voicelessly voicelessness voicelet voicelike voicer voicing void voidable voidableness voidance voided voidee voider voiding voidless voidly voidness voile voiturette voivode voivodeship vol volable volage volant volantly volar volata volatic volatile volatilely volatileness volatility volatilizable volatilization volatilize volatilizer volation volational volborthite volcan volcanian volcanic volcanically volcanicity volcanism volcanist volcanite volcanity volcanization volcanize volcano volcanoism volcanological volcanologist volcanologize volcanology vole volemitol volency volent volently volery volet volhynite volipresence volipresent volitant volitate volitation volitational volitiency volitient volition volitional volitionalist volitionality volitionally volitionary volitionate volitionless volitive volitorial volley volleyball volleyer volleying volleyingly volost volplane volplanist volsella volsellum volt voltaelectric voltaelectricity voltaelectrometer voltaelectrometric voltage voltagraphy voltaic voltaism voltaite voltameter voltametric voltammeter voltaplast voltatype voltinism voltivity voltize voltmeter voltzite volubilate volubility voluble volubleness volubly volucrine volume volumed volumenometer volumenometry volumescope volumeter volumetric volumetrical volumetrically volumetry volumette voluminal voluminosity voluminous voluminously voluminousness volumist volumometer volumometrical volumometry voluntariate voluntarily voluntariness voluntarism voluntarist voluntaristic voluntarity voluntary voluntaryism voluntaryist voluntative volunteer volunteerism volunteerly volunteership volupt voluptary voluptas voluptuarian voluptuary voluptuate voluptuosity voluptuous voluptuously voluptuousness volupty voluta volutate volutation volute voluted volutiform volutin volution volutoid volva volvate volvelle volvent volvocaceous volvulus vomer vomerine vomerobasilar vomeronasal vomeropalatine vomica vomicine vomit vomitable vomiter vomiting vomitingly vomition vomitive vomitiveness vomito vomitory vomiture vomiturition vomitus vomitwort vondsira vonsenite voodoo voodooism voodooist voodooistic voracious voraciously voraciousness voracity voraginous vorago vorant vorhand vorlooper vorondreo vorpal vortex vortical vortically vorticel vorticellid vortices vorticial vorticiform vorticism vorticist vorticity vorticose vorticosely vorticular vorticularly vortiginous vota votable votal votally votaress votarist votary votation vote voteen voteless voter voting votive votively votiveness votometer votress vouch vouchable vouchee voucher voucheress vouchment vouchsafe vouchsafement vouge voussoir vow vowed vowel vowelish vowelism vowelist vowelization vowelize vowelless vowellessness vowellike vowely vower vowess vowless vowmaker vowmaking voyage voyageable voyager voyance voyeur voyeurism vraic vraicker vraicking vrbaite vriddhi vrother vug vuggy vulcanicity vulcanism vulcanist vulcanite vulcanizable vulcanizate vulcanization vulcanize vulcanizer vulcanological vulcanologist vulcanology vulgar vulgare vulgarian vulgarish vulgarism vulgarist vulgarity vulgarization vulgarize vulgarizer vulgarlike vulgarly vulgarness vulgarwise vulgate vulgus vuln vulnerability vulnerable vulnerableness vulnerably vulnerary vulnerate vulneration vulnerative vulnerose vulnific vulnose vulpecular vulpic vulpicidal vulpicide vulpicidism vulpine vulpinism vulpinite vulsella vulsellum vulsinite vulture vulturelike vulturewise vulturine vulturish vulturism vulturn vulturous vulva vulval vulvar vulvate vulviform vulvitis vulvocrural vulvouterine vulvovaginal vulvovaginitis vum vying vyingly w wa waag waapa waar wab wabber wabble wabbly wabby wabe wabeno wabster wacago wace wachna wack wacke wacken wacker wackiness wacky wad waddent wadder wadding waddler waddlesome waddling waddlingly waddly waddy waddywood wade wadeable wader wadi wading wadingly wadlike wadmaker wadmaking wadmal wadmeal wadna wadset wadsetter wae waeg waer waesome waesuck wafer waferer waferish wafermaker wafermaking waferwoman waferwork wafery waff waffle wafflike waffly waft waftage wafter wafture wafty wag waganging wagaun wagbeard wage waged wagedom wageless wagelessness wagenboom wager wagerer wagering wages wagesman wagework wageworker wageworking waggable waggably waggel wagger waggery waggie waggish waggishly waggishness waggle waggling wagglingly waggly waggy waglike wagling wagnerite wagon wagonable wagonage wagoner wagoness wagonette wagonful wagonload wagonmaker wagonmaking wagonman wagonry wagonsmith wagonway wagonwayman wagonwork wagonwright wagsome wagtail wagwag wagwants wagwit wah wahahe wahine wahoo wahpekute waiata waif waik waikly waikness wail wailer wailful wailfully wailingly wailsome waily wain wainage wainbote wainer wainful wainman wainrope wainscot wainscoting wainwright waipiro wairch waird wairepo wairsh waise waist waistband waistcloth waistcoat waistcoated waistcoateer waistcoathole waistcoating waistcoatless waisted waister waisting waistless waistline wait waiter waiterage waiterdom waiterhood waitering waiterlike waitership waiting waitingly waitress waivatua waive waiver waivery waivod waiwode wajang waka wakan wake wakeel wakeful wakefully wakefulness wakeless waken wakener wakening waker wakes waketime wakf wakif wakiki waking wakingly wakiup wakken wakon wakonda waky walahee waldflute waldgrave waldgravine waldhorn waldmeister wale waled walepiece waler walewort wali waling walk walkable walkaway walker walking walkist walkmill walkmiller walkout walkover walkrife walkside walksman walkway walkyrie wall wallaba wallaby wallah wallaroo wallbird wallboard walled waller wallet walletful walleye walleyed wallflower wallful wallhick walling wallise wallless wallman walloon wallop walloper walloping wallow wallower wallowish wallowishly wallowishness wallpaper wallpapering wallpiece wallwise wallwork wallwort wally walnut walpurgite walrus walsh walt walter walth waltz waltzer waltzlike walycoat wamara wambais wamble wambliness wambling wamblingly wambly wame wamefou wamel wammikin wamp wampee wample wampum wampumpeag wampus wamus wan wanchancy wand wander wanderable wanderer wandering wanderingly wanderingness wanderlust wanderluster wanderlustful wanderoo wandery wanderyear wandflower wandle wandlike wandoo wandsman wandy wane waned waneless wang wanga wangala wangan wangateur wanghee wangle wangler wangrace wangtooth wanhope wanhorn wanigan waning wankapin wankle wankliness wankly wanle wanly wanner wanness wannish wanny wanrufe wansonsy want wantage wanter wantful wanthill wanthrift wanting wantingly wantingness wantless wantlessness wanton wantoner wantonlike wantonly wantonness wantwit wanty wanwordy wanworth wany wap wapacut wapatoo wapentake wapiti wapp wappenschaw wappenschawing wapper wapping war warabi waratah warble warbled warblelike warbler warblerlike warblet warbling warblingly warbly warch warcraft ward wardable wardage wardapet warday warded warden wardency wardenry wardenship warder warderer wardership wardholding warding wardite wardless wardlike wardmaid wardman wardmote wardress wardrobe wardrober wardroom wardship wardsmaid wardsman wardswoman wardwite wardwoman ware warehou warehouse warehouseage warehoused warehouseful warehouseman warehouser wareless waremaker waremaking wareman wareroom warf warfare warfarer warfaring warful warily wariness waringin warish warison wark warkamoowee warl warless warlessly warlike warlikely warlikeness warlock warluck warly warm warmable warman warmed warmedly warmer warmful warmhearted warmheartedly warmheartedness warmhouse warming warmish warmly warmness warmonger warmongering warmouth warmth warmthless warmus warn warnel warner warning warningly warningproof warnish warnoth warnt warp warpable warpage warped warper warping warplane warple warplike warproof warpwise warragal warrambool warran warrand warrandice warrant warrantable warrantableness warrantably warranted warrantee warranter warrantise warrantless warrantor warranty warratau warree warren warrener warrenlike warrer warrin warrior warrioress warriorhood warriorism warriorlike warriorship warriorwise warrok warsaw warse warsel warship warsle warsler warst wart warted wartern wartflower warth wartime wartless wartlet wartlike wartproof wartweed wartwort warty wartyback warve warwards warwickite warwolf warworn wary was wasabi wase wasel wash washability washable washableness washaway washbasin washbasket washboard washbowl washbrew washcloth washday washdish washdown washed washen washer washerless washerman washerwife washerwoman washery washeryman washhand washhouse washin washiness washing washland washmaid washman washoff washout washpot washproof washrag washroad washroom washshed washstand washtail washtray washtrough washtub washway washwoman washwork washy wasnt wasp waspen wasphood waspily waspish waspishly waspishness wasplike waspling waspnesting waspy wassail wassailer wassailous wassailry wassie wast wastable wastage waste wastebasket wasteboard wasted wasteful wastefully wastefulness wastel wasteland wastelbread wasteless wasteman wastement wasteness wastepaper wasteproof waster wasterful wasterfully wasterfulness wastethrift wasteword wasteyard wasting wastingly wastingness wastland wastrel wastrife wasty wat watap watch watchable watchboat watchcase watchcry watchdog watched watcher watchfree watchful watchfully watchfulness watchglassful watchhouse watching watchingly watchkeeper watchless watchlessness watchmaker watchmaking watchman watchmanly watchmanship watchmate watchment watchout watchtower watchwise watchwoman watchword watchwork water waterage waterbailage waterbelly waterboard waterbok waterbosh waterbrain waterchat watercup waterdoe waterdrop watered waterer waterfall waterfinder waterflood waterfowl waterfront waterhead waterhorse waterie waterily wateriness watering wateringly wateringman waterish waterishly waterishness waterleave waterless waterlessly waterlessness waterlike waterline waterlog waterlogged waterloggedness waterlogger waterlogging waterman watermanship watermark watermaster watermelon watermonger waterphone waterpot waterproof waterproofer waterproofing waterproofness waterquake waterscape watershed watershoot waterside watersider waterskin watersmeet waterspout waterstead watertight watertightal watertightness waterward waterwards waterway waterweed waterwise waterwoman waterwood waterwork waterworker waterworm waterworn waterwort watery wath wathstead watt wattage wattape wattle wattlebird wattled wattless wattlework wattling wattman wattmeter wauble wauch wauchle waucht wauf waugh waughy wauken waukit waukrife waul waumle wauner wauns waup waur wauregan wauve wavable wavably wave waved waveless wavelessly wavelessness wavelet wavelike wavellite wavemark wavement wavemeter waveproof waver waverable waverer wavering waveringly waveringness waverous wavery waveson waveward wavewise wavey wavicle wavily waviness waving wavingly wavy waw wawa wawah wawaskeesh wax waxberry waxbill waxbird waxbush waxchandler waxchandlery waxen waxer waxflower waxhearted waxily waxiness waxing waxingly waxlike waxmaker waxmaking waxman waxweed waxwing waxwork waxworker waxworking waxy way wayaka wayang wayback wayberry waybill waybird waybook waybread waybung wayfare wayfarer wayfaring wayfaringly wayfellow waygang waygate waygoing waygone waygoose wayhouse waying waylaid waylaidlessness waylay waylayer wayleave wayless waymaker wayman waymark waymate waypost ways wayside waysider waysliding waythorn wayward waywarden waywardly waywardness waywiser waywode waywodeship wayworn waywort wayzgoose we weak weakbrained weaken weakener weakening weakfish weakhanded weakhearted weakheartedly weakheartedness weakish weakishly weakishness weakliness weakling weakly weakmouthed weakness weaky weal weald wealdsman wealth wealthily wealthiness wealthless wealthmaker wealthmaking wealthmonger wealthy weam wean weanable weanedness weanel weaner weanling weanyer weapon weaponed weaponeer weaponless weaponmaker weaponmaking weaponproof weaponry weaponshaw weaponshow weaponshowing weaponsmith weaponsmithy wear wearability wearable wearer weariable weariableness wearied weariedly weariedness wearier weariful wearifully wearifulness weariless wearilessly wearily weariness wearing wearingly wearish wearishly wearishness wearisome wearisomely wearisomeness wearproof weary wearying wearyingly weasand weasel weaselfish weasellike weaselly weaselship weaselskin weaselsnout weaselwise weaser weason weather weatherboard weatherboarding weatherbreak weathercock weathercockish weathercockism weathercocky weathered weatherer weatherfish weatherglass weathergleam weatherhead weatherheaded weathering weatherliness weatherly weathermaker weathermaking weatherman weathermost weatherology weatherproof weatherproofed weatherproofing weatherproofness weatherward weatherworn weathery weavable weave weaveable weaved weavement weaver weaverbird weaveress weaving weazen weazened weazeny web webbed webber webbing webby weber webeye webfoot webfooter webless weblike webmaker webmaking webster websterite webwork webworm wecht wed wedana wedbed wedbedrip wedded weddedly weddedness wedder wedding weddinger wede wedge wedgeable wedgebill wedged wedgelike wedger wedgewise wedging wedgy wedlock wedset wee weeble weed weeda weedable weedage weeded weeder weedery weedful weedhook weediness weedingtime weedish weedless weedlike weedling weedow weedproof weedy week weekday weekend weekender weekly weekwam weel weelfard weelfaured weemen ween weendigo weeness weening weenong weeny weep weepable weeper weepered weepful weeping weepingly weeps weepy weesh weeshy weet weetbird weetless weever weevil weeviled weevillike weevilproof weevily weewow weeze weft weftage wefted wefty wegenerian wegotism wehrlite weibyeite weichselwood weigelite weigh weighable weighage weighbar weighbauk weighbridge weighbridgeman weighed weigher weighership weighhouse weighin weighing weighman weighment weighshaft weight weightchaser weighted weightedly weightedness weightily weightiness weighting weightless weightlessly weightlessness weightometer weighty weinbergerite weinschenkite weir weirangle weird weirdful weirdish weirdless weirdlessness weirdlike weirdliness weirdly weirdness weirdsome weirdward weirdwoman weiring weisbachite weiselbergite weism weissite wejack weka wekau wekeen weki welcome welcomeless welcomely welcomeness welcomer welcoming welcomingly weld weldability weldable welder welding weldless weldment weldor welfare welfaring welk welkin welkinlike well wellat wellaway wellborn wellcurb wellhead wellhole welling wellington wellish wellmaker wellmaking wellman wellnear wellness wellring wellside wellsite wellspring wellstead wellstrand welly wellyard wels welsh welsher welsium welt welted welter welterweight welting wem wemless wen wench wencher wenchless wenchlike wend wende wene wennebergite wennish wenny went wentletrap wenzel wept wer were werebear werecalf werefolk werefox werehyena werejaguar wereleopard werent weretiger werewolf werewolfish werewolfism werf wergil weri wernerite werowance wert wervel wese weskit wesselton west westaway westbound weste wester westering westerliness westerly westermost western westerner westernism westernization westernize westernly westernmost westerwards westfalite westing westland westlandways westmost westness westward westwardly westwardmost westwards westy wet weta wetback wetbird wetched wetchet wether wetherhog wetherteg wetly wetness wettability wettable wetted wetter wetting wettish weve wevet wey wha whabby whack whacker whacking whacky whafabout whale whaleback whalebacker whalebird whaleboat whalebone whaleboned whaledom whalehead whalelike whaleman whaler whaleroad whalery whaleship whaling whalish whally whalm whalp whaly wham whamble whame whammle whamp whampee whample whan whand whang whangable whangam whangdoodle whangee whanghee whank whap whappet whapuka whapukee whapuku whar whare whareer wharf wharfage wharfhead wharfholder wharfing wharfinger wharfland wharfless wharfman wharfmaster wharfrae wharfside wharl wharp wharry whart wharve whase whasle what whata whatabouts whatever whatkin whatlike whatna whatness whatnot whatreck whats whatso whatsoeer whatsoever whatsomever whatten whau whauk whaup whaur whauve wheal whealworm whealy wheam wheat wheatbird wheatear wheateared wheaten wheatgrower wheatland wheatless wheatlike wheatstalk wheatworm wheaty whedder whee wheedle wheedler wheedlesome wheedling wheedlingly wheel wheelage wheelband wheelbarrow wheelbarrowful wheelbird wheelbox wheeldom wheeled wheeler wheelery wheelhouse wheeling wheelingly wheelless wheellike wheelmaker wheelmaking wheelman wheelrace wheelroad wheelsman wheelsmith wheelspin wheelswarf wheelway wheelwise wheelwork wheelwright wheelwrighting wheely wheem wheen wheencat wheenge wheep wheeple wheer wheerikins wheesht wheetle wheeze wheezer wheezily wheeziness wheezingly wheezle wheezy wheft whein whekau wheki whelk whelked whelker whelklike whelky whelm whelp whelphood whelpish whelpless whelpling whelve whemmel when whenabouts whenas whence whenceeer whenceforth whenceforward whencesoeer whencesoever whencever wheneer whenever whenness whenso whensoever whensomever where whereabout whereabouts whereafter whereanent whereas whereat whereaway whereby whereer wherefor wherefore wherefrom wherein whereinsoever whereinto whereness whereof whereon whereout whereover whereso wheresoeer wheresoever wheresomever wherethrough wheretill whereto wheretoever wheretosoever whereunder whereuntil whereunto whereup whereupon wherever wherewith wherewithal wherret wherrit wherry wherryman whet whether whetile whetrock whetstone whetter whew whewellite whewer whewl whewt whey wheybeard wheyey wheyeyness wheyface wheyfaced wheyish wheyishness wheylike wheyness whiba which whichever whichsoever whichway whichways whick whicken whicker whid whidah whidder whiff whiffenpoof whiffer whiffet whiffle whiffler whifflery whiffletree whiffling whifflingly whiffy whift whig whiggamore whigmaleerie whigship whikerby while whileen whilere whiles whilie whilk whill whillaballoo whillaloo whillilew whilly whillywha whilock whilom whils whilst whilter whim whimberry whimble whimbrel whimling whimmy whimper whimperer whimpering whimperingly whimsey whimsic whimsical whimsicality whimsically whimsicalness whimsied whimstone whimwham whin whinberry whinchacker whinchat whincheck whincow whindle whine whiner whinestone whing whinge whinger whininess whiningly whinnel whinner whinnock whinny whinstone whiny whinyard whip whipbelly whipbird whipcat whipcord whipcordy whipcrack whipcracker whipcraft whipgraft whipjack whipking whiplash whiplike whipmaker whipmaking whipman whipmanship whipmaster whippa whippable whipparee whipped whipper whippersnapper whippertail whippet whippeter whippiness whipping whippingly whippletree whippoorwill whippost whippowill whippy whipsaw whipsawyer whipship whipsocket whipstaff whipstalk whipstall whipster whipstick whipstitch whipstock whipt whiptail whiptree whipwise whipworm whir whirken whirl whirlabout whirlblast whirlbone whirlbrain whirled whirler whirley whirlgig whirlicane whirligig whirlimagig whirling whirlingly whirlmagee whirlpool whirlpuff whirlwig whirlwind whirlwindish whirlwindy whirly whirlygigum whirret whirrey whirroo whirry whirtle whish whisk whisker whiskerage whiskerando whiskerandoed whiskered whiskerer whiskerette whiskerless whiskerlike whiskery whiskey whiskful whiskied whiskified whisking whiskingly whisky whiskyfied whiskylike whisp whisper whisperable whisperation whispered whisperer whisperhood whispering whisperingly whisperingness whisperless whisperous whisperously whisperproof whispery whissle whist whister whisterpoop whistle whistlebelly whistlefish whistlelike whistler whistlerism whistlewing whistlewood whistlike whistling whistlingly whistly whistness whit white whiteback whitebait whitebark whitebeard whitebelly whitebill whitebird whiteblaze whiteblow whitebottle whitecap whitecapper whitecoat whitecomb whitecorn whitecup whited whiteface whitefish whitefisher whitefishery whitefoot whitefootism whitehanded whitehass whitehawse whitehead whiteheart whitehearted whitelike whitely whiten whitener whiteness whitening whitenose whitepot whiteroot whiterump whites whitesark whiteseam whiteshank whiteside whitesmith whitestone whitetail whitethorn whitethroat whitetip whitetop whitevein whitewall whitewards whiteware whitewash whitewasher whiteweed whitewing whitewood whiteworm whitewort whitfinch whither whitherso whithersoever whitherto whitherward whiting whitish whitishness whitleather whitling whitlow whitlowwort whitneyite whitrack whits whitster whittaw whitten whittener whitter whitterick whittle whittler whittling whittret whittrick whity whiz whizgig whizzer whizzerman whizziness whizzing whizzingly whizzle who whoa whodunit whoever whole wholehearted wholeheartedly wholeheartedness wholeness wholesale wholesalely wholesaleness wholesaler wholesome wholesomely wholesomeness wholewise wholly whom whomble whomever whomso whomsoever whone whoo whoof whoop whoopee whooper whooping whoopingly whooplike whoops whoosh whop whopper whopping whorage whore whoredom whorelike whoremaster whoremasterly whoremastery whoremonger whoremonging whoreship whoreson whorish whorishly whorishness whorl whorled whorlflower whorly whorlywort whort whortle whortleberry whose whosen whosesoever whosever whosomever whosumdever whud whuff whuffle whulk whulter whummle whun whunstane whup whush whuskie whussle whute whuther whutter whuttering whuz why whyever whyfor whyness whyo wi wice wicht wichtisite wichtje wick wickawee wicked wickedish wickedlike wickedly wickedness wicken wicker wickerby wickerware wickerwork wickerworked wickerworker wicket wicketkeep wicketkeeper wicketkeeping wicketwork wicking wickiup wickless wickup wicky wicopy wid widbin widdendream widder widdershins widdifow widdle widdy wide widegab widehearted widely widemouthed widen widener wideness widespread widespreadedly widespreadly widespreadness widewhere widework widgeon widish widow widowed widower widowered widowerhood widowership widowery widowhood widowish widowlike widowly widowman widowy width widthless widthway widthways widthwise widu wield wieldable wielder wieldiness wieldy wiener wienerwurst wienie wierangle wiesenboden wife wifecarl wifedom wifehood wifeism wifekin wifeless wifelessness wifelet wifelike wifeling wifelkin wifely wifeship wifeward wifie wifiekie wifish wifock wig wigan wigdom wigful wigged wiggen wigger wiggery wigging wiggish wiggishness wiggism wiggle wiggler wiggly wiggy wight wightly wightness wigless wiglet wiglike wigmaker wigmaking wigtail wigwag wigwagger wigwam wiikite wild wildbore wildcat wildcatter wildcatting wildebeest wilded wilder wilderedly wildering wilderment wilderness wildfire wildfowl wildgrave wilding wildish wildishly wildishness wildlife wildlike wildling wildly wildness wildsome wildwind wile wileful wileless wileproof wilga wilgers wilily wiliness wilk wilkeite wilkin will willable willawa willed willedness willemite willer willet willey willeyer willful willfully willfulness williamsite willie willier willies willing willinghearted willinghood willingly willingness williwaw willmaker willmaking willness willock willow willowbiter willowed willower willowish willowlike willowware willowweed willowworm willowwort willowy willy willyard willyart willyer wilsome wilsomely wilsomeness wilt wilter wiltproof wily wim wimberry wimble wimblelike wimbrel wime wimick wimple wimpleless wimplelike win winberry wince wincer wincey winch wincher winchman wincing wincingly wind windable windage windbag windbagged windbaggery windball windberry windbibber windbore windbracing windbreak windbreaker windbroach windclothes windcuffer winddog winded windedly windedness winder windermost windfall windfallen windfanner windfirm windfish windflaw windflower windgall windgalled windhole windhover windigo windily windiness winding windingly windingness windjammer windjamming windlass windlasser windle windles windless windlessly windlessness windlestrae windlestraw windlike windlin windling windmill windmilly windock windore window windowful windowless windowlessness windowlet windowlight windowlike windowmaker windowmaking windowman windowpane windowpeeper windowshut windowward windowwards windowwise windowy windpipe windplayer windproof windring windroad windroot windrow windrower windscreen windshield windshock windsorite windstorm windsucker windtight windup windward windwardly windwardmost windwardness windwards windway windwayward windwaywardly windy wine wineball wineberry winebibber winebibbery winebibbing wineconner wined wineglass wineglassful winegrower winegrowing winehouse wineless winelike winemay winepot winer winery wineshop wineskin winesop winetaster winetree winevat winful wing wingable wingbeat wingcut winged wingedly wingedness winger wingfish winghanded wingle wingless winglessness winglet winglike wingman wingmanship wingpiece wingpost wingseed wingspread wingstem wingy winish wink winkel winkelman winker winkered winking winkingly winkle winklehawk winklehole winklet winly winna winnable winnard winnel winnelstrae winner winning winningly winningness winnings winninish winnle winnonish winnow winnower winnowing winnowingly winrace winrow winsome winsomely winsomeness wint winter winterage winterberry winterbloom winterbourne winterdykes wintered winterer winterfeed wintergreen winterhain wintering winterish winterishly winterishness winterization winterize winterkill winterkilling winterless winterlike winterliness winterling winterly winterproof wintersome wintertide wintertime winterward winterwards winterweed wintle wintrify wintrily wintriness wintrish wintrous wintry winy winze winzeman wipe wiper wippen wips wir wirable wirble wird wire wirebar wirebird wired wiredancer wiredancing wiredraw wiredrawer wiredrawn wirehair wireless wirelessly wirelessness wirelike wiremaker wiremaking wireman wiremonger wirepull wirepuller wirepulling wirer wiresmith wirespun wiretail wireway wireweed wirework wireworker wireworking wireworks wireworm wirily wiriness wiring wirl wirling wirr wirra wirrah wirrasthru wiry wis wisdom wisdomful wisdomless wisdomproof wisdomship wise wiseacre wiseacred wiseacredness wiseacredom wiseacreish wiseacreishness wiseacreism wisecrack wisecracker wisecrackery wisehead wisehearted wiseheartedly wiseheimer wiselike wiseling wisely wiseman wisen wiseness wisenheimer wisent wiser wiseweed wisewoman wish wisha wishable wishbone wished wishedly wisher wishful wishfully wishfulness wishing wishingly wishless wishly wishmay wishness wisht wishtonwish wisket wiskinky wisp wispish wisplike wispy wiss wisse wissel wist wistaria wiste wistened wisteria wistful wistfully wistfulness wistit wistiti wistless wistlessness wistonwish wit witan witch witchbells witchcraft witched witchedly witchen witchering witchery witchet witchetty witchhood witching witchingly witchleaf witchlike witchman witchmonger witchuck witchweed witchwife witchwoman witchwood witchwork witchy witcraft wite witeless witenagemot witepenny witess witful with withal withamite withdraught withdraw withdrawable withdrawal withdrawer withdrawing withdrawingness withdrawment withdrawn withdrawnness withe withen wither witherband withered witheredly witheredness witherer withergloom withering witheringly witherite witherly withernam withers withershins withertip witherwards witherweight withery withewood withheld withhold withholdable withholdal withholder withholdment within withindoors withinside withinsides withinward withinwards withness witholden without withoutdoors withouten withoutforth withoutside withoutwards withsave withstand withstander withstandingness withstay withstood withstrain withvine withwind withy withypot withywind witjar witless witlessly witlessness witlet witling witloof witmonger witness witnessable witnessdom witnesser witney witneyer witship wittal wittawer witteboom witted witter wittering witticaster wittichenite witticism witticize wittified wittily wittiness witting wittingly wittol wittolly witty witwall witzchoura wive wiver wivern wiz wizard wizardess wizardism wizardlike wizardly wizardry wizardship wizen wizened wizenedness wizier wizzen wloka wo woad woader woadman woadwaxen woady woak woald woan wob wobbegong wobble wobbler wobbliness wobbling wobblingly wobbly wobster wocheinite wod woddie wode wodge wodgy woe woebegone woebegoneness woebegonish woeful woefully woefulness woehlerite woesome woevine woeworn woffler woft wog wogiet woibe wokas woke wokowi wold woldlike woldsman woldy wolf wolfachite wolfberry wolfdom wolfen wolfer wolfhood wolfhound wolfish wolfishly wolfishness wolfkin wolfless wolflike wolfling wolfram wolframate wolframic wolframine wolframinium wolframite wolfsbane wolfsbergite wolfskin wolfward wolfwards wollastonite wollomai wollop wolter wolve wolveboon wolver wolverine woman womanbody womandom womanfolk womanfully womanhead womanhearted womanhood womanhouse womanish womanishly womanishness womanism womanist womanity womanization womanize womanizer womankind womanless womanlike womanliness womanly womanmuckle womanness womanpost womanproof womanship womanways womanwise womb wombat wombed womble wombstone womby womenfolk womenfolks womenkind womera wommerala won wonder wonderberry wonderbright wondercraft wonderer wonderful wonderfully wonderfulness wondering wonderingly wonderland wonderlandish wonderless wonderment wondermonger wondermongering wondersmith wondersome wonderstrong wonderwell wonderwork wonderworthy wondrous wondrously wondrousness wone wonegan wong wonga wongen wongshy wongsky woning wonky wonna wonned wonner wonning wonnot wont wonted wontedly wontedness wonting woo wooable wood woodagate woodbark woodbin woodbind woodbine woodbined woodbound woodburytype woodbush woodchat woodchuck woodcock woodcockize woodcracker woodcraft woodcrafter woodcraftiness woodcraftsman woodcrafty woodcut woodcutter woodcutting wooded wooden woodendite woodenhead woodenheaded woodenheadedness woodenly woodenness woodenware woodenweary woodeny woodfish woodgeld woodgrub woodhack woodhacker woodhole woodhorse woodhouse woodhung woodine woodiness wooding woodish woodjobber woodkern woodknacker woodland woodlander woodless woodlessness woodlet woodlike woodlocked woodly woodman woodmancraft woodmanship woodmonger woodmote woodness woodpeck woodpecker woodpenny woodpile woodprint woodranger woodreeve woodrick woodrock woodroof woodrow woodrowel woodruff woodsere woodshed woodshop woodside woodsilver woodskin woodsman woodspite woodstone woodsy woodwall woodward woodwardship woodware woodwax woodwaxen woodwise woodwork woodworker woodworking woodworm woodwose woodwright woody woodyard wooer woof woofed woofell woofer woofy woohoo wooing wooingly wool woold woolder woolding wooled woolen woolenet woolenization woolenize wooler woolert woolfell woolgatherer woolgathering woolgrower woolgrowing woolhead wooliness woollike woolly woollyhead woollyish woolman woolpack woolpress woolsack woolsey woolshearer woolshearing woolshears woolshed woolskin woolsorter woolsorting woolsower woolstock woolulose woolwasher woolweed woolwheel woolwinder woolwork woolworker woolworking woom woomer woomerang woon woons woorali woorari woosh wootz woozle woozy wop woppish wops worble worcester word wordable wordably wordage wordbook wordbuilding wordcraft wordcraftsman worded worder wordily wordiness wording wordish wordishly wordishness wordle wordless wordlessly wordlessness wordlike wordlorist wordmaker wordmaking wordman wordmanship wordmonger wordmongering wordmongery wordplay wordsman wordsmanship wordsmith wordspite wordster wordy wore work workability workable workableness workaday workaway workbag workbasket workbench workbook workbox workbrittle workday worked worker workfellow workfolk workfolks workgirl workhand workhouse workhoused working workingly workingman workingwoman workless worklessness workloom workman workmanlike workmanlikeness workmanliness workmanly workmanship workmaster workmistress workout workpan workpeople workpiece workplace workroom works workship workshop worksome workstand worktable worktime workways workwise workwoman workwomanlike workwomanly worky workyard world worlded worldful worldish worldless worldlet worldlike worldlily worldliness worldling worldly worldmaker worldmaking worldproof worldquake worldward worldwards worldway worldy worm wormed wormer wormhole wormholed wormhood wormil worming wormless wormlike wormling wormproof wormroot wormseed wormship wormweed wormwood wormy worn wornil wornness worral worriable worricow worried worriedly worriedness worrier worriless worriment worrisome worrisomely worrisomeness worrit worriter worry worrying worryingly worryproof worrywart worse worsement worsen worseness worsening worser worserment worset worship worshipability worshipable worshiper worshipful worshipfully worshipfulness worshipingly worshipless worshipworth worshipworthy worst worsted wort worth worthful worthfulness worthiest worthily worthiness worthless worthlessly worthlessness worthship worthward worthy wosbird wot wote wots wottest wotteth woubit wouch wouf wough would wouldest wouldnt wouldst wound woundability woundable woundableness wounded woundedly wounder woundily wounding woundingly woundless wounds woundwort woundworth woundy wourali wourari wournil wove woven wow wowser wowserdom wowserian wowserish wowserism wowsery wowt woy wrack wracker wrackful wraggle wrainbolt wrainstaff wrainstave wraith wraithe wraithlike wraithy wraitly wramp wran wrang wrangle wrangler wranglership wranglesome wranglingly wrannock wranny wrap wrappage wrapped wrapper wrapperer wrappering wrapping wraprascal wrasse wrastle wrastler wrath wrathful wrathfully wrathfulness wrathily wrathiness wrathlike wrathy wraw wrawl wrawler wraxle wreak wreakful wreakless wreat wreath wreathage wreathe wreathed wreathen wreather wreathingly wreathless wreathlet wreathlike wreathmaker wreathmaking wreathwise wreathwork wreathwort wreathy wreck wreckage wrecker wreckfish wreckful wrecking wrecky wren wrench wrenched wrencher wrenchingly wrenlet wrenlike wrentail wrest wrestable wrester wresting wrestingly wrestle wrestler wrestlerlike wrestling wretch wretched wretchedly wretchedness wretchless wretchlessly wretchlessness wretchock wricht wrick wride wried wrier wriest wrig wriggle wriggler wrigglesome wrigglingly wriggly wright wrightine wring wringbolt wringer wringman wringstaff wrinkle wrinkleable wrinkled wrinkledness wrinkledy wrinkleful wrinkleless wrinkleproof wrinklet wrinkly wrist wristband wristbone wristed wrister wristfall wristikin wristlet wristlock wristwork writ writability writable writation writative write writeable writee writer writeress writerling writership writh writhe writhed writhedly writhedness writhen writheneck writher writhing writhingly writhy writing writinger writmaker writmaking writproof written writter wrive wrizzled wro wrocht wroke wroken wrong wrongdoer wrongdoing wronged wronger wrongful wrongfully wrongfulness wronghead wrongheaded wrongheadedly wrongheadedness wronghearted wrongheartedly wrongheartedness wrongish wrongless wronglessly wrongly wrongness wrongous wrongously wrongousness wrongwise wrossle wrote wroth wrothful wrothfully wrothily wrothiness wrothly wrothsome wrothy wrought wrox wrung wrungness wry wrybill wryly wrymouth wryneck wryness wrytail wud wuddie wudge wudu wugg wulfenite wulk wull wullawins wullcat wulliwa wumble wumman wummel wun wungee wunna wunner wunsome wup wur wurley wurmal wurrus wurset wurtzilite wurtzite wurzel wush wusp wuss wusser wust wut wuther wuzu wuzzer wuzzle wuzzy wy wyde wye wyke wyle wyliecoat wymote wyn wynd wyne wynkernel wynn wyomingite wype wyson wyss wyve wyver x xanthaline xanthamic xanthamide xanthane xanthate xanthation xanthein xanthelasma xanthelasmic xanthelasmoidea xanthene xanthic xanthide xanthin xanthine xanthinuria xanthione xanthite xanthiuria xanthocarpous xanthochroia xanthochroid xanthochroism xanthochromia xanthochromic xanthochroous xanthocobaltic xanthocone xanthoconite xanthocreatinine xanthocyanopsia xanthocyanopsy xanthocyanopy xanthoderm xanthoderma xanthodont xanthodontous xanthogen xanthogenamic xanthogenamide xanthogenate xanthogenic xantholeucophore xanthoma xanthomata xanthomatosis xanthomatous xanthomelanous xanthometer xanthomyeloma xanthone xanthophane xanthophore xanthophose xanthophyll xanthophyllite xanthophyllous xanthopia xanthopicrin xanthopicrite xanthoproteic xanthoprotein xanthoproteinic xanthopsia xanthopsin xanthopsydracia xanthopterin xanthopurpurin xanthorhamnin xanthorrhoea xanthosiderite xanthosis xanthospermous xanthotic xanthous xanthoxenite xanthoxylin xanthuria xanthydrol xanthyl xarque xebec xenacanthine xenagogue xenagogy xenarthral xenarthrous xenelasia xenelasy xenia xenial xenian xenium xenobiosis xenoblast xenocryst xenodochium xenogamous xenogamy xenogenesis xenogenetic xenogenic xenogenous xenogeny xenolite xenolith xenolithic xenomania xenomaniac xenomorphic xenomorphosis xenon xenoparasite xenoparasitism xenopeltid xenophile xenophilism xenophobe xenophobia xenophobian xenophobism xenophoby xenophoran xenophthalmia xenophya xenopodid xenopodoid xenopteran xenopterygian xenosaurid xenosauroid xenotime xenyl xenylamine xerafin xeransis xeranthemum xerantic xerarch xerasia xeric xerically xeriff xerocline xeroderma xerodermatic xerodermatous xerodermia xerodermic xerogel xerography xeroma xeromata xeromenia xeromorph xeromorphic xeromorphous xeromorphy xeromyron xeromyrum xeronate xeronic xerophagia xerophagy xerophil xerophile xerophilous xerophily xerophobous xerophthalmia xerophthalmos xerophthalmy xerophyte xerophytic xerophytically xerophytism xeroprinting xerosis xerostoma xerostomia xerotes xerotherm xerotic xerotocia xerotripsis xi xiphias xiphihumeralis xiphiid xiphiiform xiphioid xiphiplastra xiphiplastral xiphiplastron xiphisterna xiphisternal xiphisternum xiphisuran xiphocostal xiphodynia xiphoid xiphoidal xiphoidian xiphopagic xiphopagous xiphopagus xiphophyllous xiphosterna xiphosternum xiphosuran xiphosure xiphosurous xiphuous xiphydriid xoana xoanon xurel xyla xylan xylate xylem xylene xylenol xylenyl xyletic xylic xylidic xylidine xylindein xylinid xylite xylitol xylitone xylobalsamum xylocarp xylocarpous xylocopid xylogen xyloglyphy xylograph xylographer xylographic xylographical xylographically xylography xyloid xyloidin xylol xylology xyloma xylomancy xylometer xylon xylonic xylonitrile xylophagan xylophage xylophagid xylophagous xylophilous xylophone xylophonic xylophonist xyloplastic xylopyrography xyloquinone xylorcin xylorcinol xylose xyloside xylostroma xylostromata xylostromatoid xylotile xylotomist xylotomous xylotomy xylotypographic xylotypography xyloyl xylyl xylylene xylylic xyphoid xyrid xyridaceous xyst xyster xysti xystos xystum xystus y ya yaba yabber yabbi yabble yabby yabu yacal yacca yachan yacht yachtdom yachter yachting yachtist yachtman yachtmanship yachtsman yachtsmanlike yachtsmanship yachtswoman yachty yad yade yaff yaffingale yaffle yagger yaghourt yagi yagourundi yagua yaguarundi yaguaza yah yahan yahoo yair yaird yaje yajeine yajenine yajnopavita yak yakalo yakamik yakattalo yakin yakka yakman yalb yale yali yalla yallaer yallow yam yamamai yamanai yamaskite yamen yamilke yammadji yammer yamp yampa yamph yamshik yamstchik yan yancopin yander yang yangtao yank yanking yanky yaoort yaourti yap yapa yaply yapness yapok yapp yapped yapper yappiness yapping yappingly yappish yappy yapster yar yarak yaray yarb yard yardage yardang yardarm yarder yardful yarding yardkeep yardland yardman yardmaster yardsman yardstick yardwand yare yareta yark yarke yarl yarly yarm yarn yarnen yarner yarnwindle yarpha yarr yarraman yarran yarringle yarrow yarth yarthen yarwhelp yarwhip yas yashiro yashmak yat yataghan yatalite yate yati yatter yaud yauld yaupon yautia yava yaw yawl yawler yawlsman yawmeter yawn yawner yawney yawnful yawnfully yawnily yawniness yawning yawningly yawnproof yawnups yawny yawp yawper yawroot yaws yawweed yawy yaxche yaya ycie yday ye yea yeah yealing yean yeanling year yeara yearbird yearbook yeard yearday yearful yearling yearlong yearly yearn yearnful yearnfully yearnfulness yearning yearnling yearock yearth yeast yeastily yeastiness yeasting yeastlike yeasty yeat yeather yed yede yee yeel yeelaman yees yegg yeggman yeguita yeld yeldrin yeldrock yelk yell yeller yelling yelloch yellow yellowammer yellowback yellowbelly yellowberry yellowbill yellowbird yellowcrown yellowcup yellowfin yellowfish yellowhammer yellowhead yellowing yellowish yellowishness yellowlegs yellowly yellowness yellowroot yellowrump yellows yellowseed yellowshank yellowshanks yellowshins yellowtail yellowthorn yellowthroat yellowtop yellowware yellowweed yellowwood yellowwort yellowy yelm yelmer yelp yelper yelt yen yender yeni yenite yentnite yeo yeoman yeomaness yeomanette yeomanhood yeomanlike yeomanly yeomanry yeomanwise yeorling yeowoman yep yer yerb yerba yercum yerd yere yerga yerk yern yerth yes yese yeso yesso yest yester yesterday yestereve yestereven yesterevening yestermorn yestermorning yestern yesternight yesternoon yesterweek yesteryear yestreen yesty yet yeta yetapa yeth yether yetlin yeuk yeukieness yeuky yeven yew yex yez yezzy ygapo yield yieldable yieldableness yieldance yielden yielder yielding yieldingly yieldingness yieldy yigh yill yilt yin yince yinst yip yird yirk yirm yirmilik yirn yirr yirth yis yite ym yn ynambu yo yobi yocco yochel yock yockel yodel yodeler yodelist yodh yoe yoga yogasana yogh yoghurt yogi yogin yogism yogist yogoite yohimbe yohimbi yohimbine yohimbinization yohimbinize yoi yoick yoicks yojan yojana yok yoke yokeable yokeableness yokeage yokefellow yokel yokeldom yokeless yokelish yokelism yokelry yokemate yokemating yoker yokewise yokewood yoking yoky yolden yoldring yolk yolked yolkiness yolkless yolky yom yomer yon yoncopin yond yonder yonner yonside yont yook yoop yor yore yoretime york yorker yot yotacism yotacize yote you youd youden youdendrift youdith youff youl young youngberry younger younghearted youngish younglet youngling youngly youngness youngster youngun younker youp your yourn yours yoursel yourself yourselves youse youth youthen youthful youthfullity youthfully youthfulness youthhead youthheid youthhood youthily youthless youthlessness youthlike youthlikeness youthsome youthtide youthwort youthy youve youward youwards youze yoven yow yowie yowl yowler yowley yowlring yowt yox yoy yperite ypsiliform ypsiloid yr ytterbia ytterbic ytterbium yttria yttrialite yttric yttriferous yttrious yttrium yttrocerite yttrocolumbite yttrocrasite yttrofluorite yttrogummite yttrotantalite yuan yuca yucca yuck yuckel yucker yuckle yucky yuft yugada yuh yukkel yulan yule yuleblock yuletide yummy yungan yurt yurta yus yusdrum yutu yuzlik yuzluk z za zabaglione zabeta zabra zabti zabtie zac zacate zacaton zachun zad zadruga zaffar zaffer zafree zag zagged zaibatsu zain zak zakkeu zalambdodont zaman zamang zamarra zamarro zambo zamboorak zamindar zamindari zamorin zamouse zander zandmole zanella zant zante zantewood zanthoxylum zantiote zany zanyish zanyism zanyship zanze zapas zapatero zaphara zaphrentid zaphrentoid zapota zaptiah zaptieh zapupe zaqqum zar zarabanda zaratite zareba zarf zarnich zarp zarzuela zat zati zattare zax zayat zayin zeal zealful zealless zeallessness zealot zealotic zealotical zealotism zealotist zealotry zealous zealously zealousness zealousy zealproof zebra zebraic zebralike zebrass zebrawood zebrine zebrinny zebroid zebrula zebrule zebu zebub zeburro zecchini zecchino zechin zed zedoary zee zeed zehner zein zeism zeist zel zelator zelatrice zelatrix zemeism zemi zemimdari zemindar zemmi zemni zemstroist zemstvo zenana zendician zendik zendikite zenick zenith zenithal zenithward zenithwards zenocentric zenographic zenographical zenography zenu zeolite zeolitic zeolitization zeolitize zeoscope zepharovichite zephyr zephyrean zephyrless zephyrlike zephyrous zephyrus zephyry zeppelin zequin zer zerda zermahbub zero zeroaxial zeroize zerumbet zest zestful zestfully zestfulness zesty zeta zetacism zetetic zeuctocoelomatic zeuctocoelomic zeuglodon zeuglodont zeuglodontoid zeugma zeugmatic zeugmatically zeunerite zeuzerian ziamet ziara ziarat zibeline zibet zibethone zibetone zibetum ziega zieger zietrisikite ziffs zig ziganka ziggurat zigzag zigzagged zigzaggedly zigzaggedness zigzagger zigzaggery zigzaggy zigzagwise zihar zikurat zillah zimarra zimb zimbabwe zimbalon zimbaloon zimbi zimentwater zimme zimmi zimmis zimocca zinc zincate zincic zincide zinciferous zincification zincify zincing zincite zincize zincke zincky zinco zincograph zincographer zincographic zincographical zincography zincotype zincous zincum zincuret zinfandel zing zingaresca zingel zingerone zingiberaceous zingiberene zingiberol zingiberone zink zinkenite zinnwaldite zinsang zinyamunga zinziberaceous zip ziphian ziphioid zipper zipping zippingly zippy zira zirai zircite zircofluoride zircon zirconate zirconia zirconian zirconic zirconiferous zirconifluoride zirconium zirconofluoride zirconoid zirconyl zirkelite zither zitherist zizz zloty zo zoa zoacum zoanthacean zoantharian zoanthid zoanthodeme zoanthodemic zoanthoid zoanthropy zoarcidae zoaria zoarial zoarium zobo zobtenite zocco zoccolo zodiac zodiacal zodiophilous zoea zoeaform zoeal zoeform zoehemera zoehemerae zoetic zoetrope zoetropic zogan zogo zoiatria zoiatrics zoic zoid zoidiophilous zoidogamous zoisite zoisitization zoism zoist zoistic zokor zoll zolle zollpfund zolotink zolotnik zombi zombie zombiism zomotherapeutic zomotherapy zonal zonality zonally zonar zonary zonate zonated zonation zone zoned zoneless zonelet zonelike zonesthesia zonic zoniferous zoning zonite zonitid zonochlorite zonociliate zonoid zonolimnetic zonoplacental zonoskeleton zonular zonule zonulet zonure zonurid zonuroid zoo zoobenthos zooblast zoocarp zoocecidium zoochemical zoochemistry zoochemy zoochore zoocoenocyte zoocultural zooculture zoocurrent zoocyst zoocystic zoocytial zoocytium zoodendria zoodendrium zoodynamic zoodynamics zooecia zooecial zooecium zooerastia zooerythrin zoofulvin zoogamete zoogamous zoogamy zoogene zoogenesis zoogenic zoogenous zoogeny zoogeographer zoogeographic zoogeographical zoogeographically zoogeography zoogeological zoogeologist zoogeology zoogloea zoogloeal zoogloeic zoogonic zoogonidium zoogonous zoogony zoograft zoografting zoographer zoographic zoographical zoographically zoographist zoography zooid zooidal zooidiophilous zooks zoolater zoolatria zoolatrous zoolatry zoolite zoolith zoolithic zoolitic zoologer zoologic zoological zoologically zoologicoarchaeologist zoologicobotanical zoologist zoologize zoology zoom zoomagnetic zoomagnetism zoomancy zoomania zoomantic zoomantist zoomechanical zoomechanics zoomelanin zoometric zoometry zoomimetic zoomimic zoomorph zoomorphic zoomorphism zoomorphize zoomorphy zoon zoonal zoonerythrin zoonic zoonist zoonite zoonitic zoonomia zoonomic zoonomical zoonomist zoonomy zoonosis zoonosologist zoonosology zoonotic zoons zoonule zoopaleontology zoopantheon zooparasite zooparasitic zoopathological zoopathologist zoopathology zoopathy zooperal zooperist zoopery zoophagan zoophagous zoopharmacological zoopharmacy zoophile zoophilia zoophilic zoophilism zoophilist zoophilite zoophilitic zoophilous zoophily zoophobia zoophobous zoophoric zoophorus zoophysical zoophysics zoophysiology zoophytal zoophyte zoophytic zoophytical zoophytish zoophytography zoophytoid zoophytological zoophytologist zoophytology zooplankton zooplanktonic zooplastic zooplasty zoopraxiscope zoopsia zoopsychological zoopsychologist zoopsychology zooscopic zooscopy zoosis zoosmosis zoosperm zoospermatic zoospermia zoospermium zoosphere zoosporange zoosporangia zoosporangial zoosporangiophore zoosporangium zoospore zoosporic zoosporiferous zoosporocyst zoosporous zootaxy zootechnic zootechnics zootechny zooter zoothecia zoothecial zoothecium zootheism zootheist zootheistic zootherapy zoothome zootic zootomic zootomical zootomically zootomist zootomy zoototemism zootoxin zootrophic zootrophy zootype zootypic zooxanthella zooxanthellae zooxanthin zoozoo zopilote zorgite zoril zorilla zorillo zorrillo zorro zoster zosteriform zounds zowie zuccarino zucchetto zucchini zudda zugtierlast zugtierlaster zuisin zumatic zumbooruk zunyite zupanate zuurveldt zuza zwanziger zwieback zwitter zwitterion zwitterionic zyga zygadenine zygaenid zygal zygantra zygantrum zygapophyseal zygapophysis zygion zygite zygnemataceous zygobranch zygobranchiate zygodactyl zygodactylic zygodactylism zygodactylous zygodont zygolabialis zygoma zygomata zygomatic zygomaticoauricular zygomaticoauricularis zygomaticofacial zygomaticofrontal zygomaticomaxillary zygomaticoorbital zygomaticosphenoid zygomaticotemporal zygomaticum zygomaticus zygomaxillare zygomaxillary zygomorphic zygomorphism zygomorphous zygomycete zygomycetous zygon zygoneure zygophore zygophoric zygophyceous zygophyllaceous zygophyte zygopleural zygopteran zygopterid zygopteron zygopterous zygose zygosis zygosperm zygosphenal zygosphene zygosphere zygosporange zygosporangium zygospore zygosporic zygosporophore zygostyle zygotactic zygotaxis zygote zygotene zygotic zygotoblast zygotoid zygotomere zygous zygozoospore zymase zyme zymic zymin zymite zymogen zymogene zymogenesis zymogenic zymogenous zymoid zymologic zymological zymologist zymology zymolyis zymolysis zymolytic zymome zymometer zymomin zymophore zymophoric zymophosphate zymophyte zymoplastic zymoscope zymosimeter zymosis zymosterol zymosthenic zymotechnic zymotechnical zymotechnics zymotechny zymotic zymotically zymotize zymotoxic zymurgy zythem zythum miller-5.6.2/doc/data/factorial-example.sh000066400000000000000000000004741354153536500204360ustar00rootroot00000000000000mlr --opprint --from data/small put ' func f(n) { if (is_numeric(n)) { if (n > 0) { return n * f(n-1); } else { return 1; } } # implicitly return absent-null if non-numeric } $ox = f($x + NR); $oi = f($i); ' miller-5.6.2/doc/data/fe-example-1.sh000066400000000000000000000000661354153536500172170ustar00rootroot00000000000000mlr --from data/small put '$xy = sqrt($x**2 + $y**2)' miller-5.6.2/doc/data/fe-example-2.sh000066400000000000000000000001261354153536500172150ustar00rootroot00000000000000mlr --from data/small put 'func f(a, b) { return sqrt(a**2 + b**2) } $xy = f($x, $y)' miller-5.6.2/doc/data/fe-example-3.mlr000066400000000000000000000000741354153536500174000ustar00rootroot00000000000000func f(a, b) { return sqrt(a**2 + b**2) } $xy = f($x, $y) miller-5.6.2/doc/data/fe-example-4.mlr000066400000000000000000000000541354153536500173770ustar00rootroot00000000000000func f(a, b) { return sqrt(a**2 + b**2) } miller-5.6.2/doc/data/feature-count.mlr000066400000000000000000000003631354153536500177770ustar00rootroot00000000000000for (key in $*) { @key_counts[key] += 1; } @record_count += 1; end { for (key in @key_counts) { @key_fraction[key] = @key_counts[key] / @record_count } emit @record_count; emit @key_counts, "key"; emit @key_fraction,"key" } miller-5.6.2/doc/data/features.json000066400000000000000000000007511354153536500172140ustar00rootroot00000000000000{ "qoh": 29874, "rate": 1.68, "latency": 0.02 } { "name": "alice", "uid": 572 } { "qoh": 1227, "rate": 1.01, "latency": 0.07 } { "qoh": 13458, "rate": 1.72, "latency": 0.04 } { "qoh": 56782, "rate": 1.64 } { "qoh": 23512, "rate": 1.71, "latency": 0.03 } { "qoh": 9876, "rate": 1.89, "latency": 0.08 } { "name": "bill", "uid": 684 } { "name": "chuck", "uid2": 908 } { "name": "dottie", "uid": 440 } { "qoh": 0, "rate": 0.40, "latency": 0.01 } { "qoh": 5438, "rate": 1.56, "latency": 0.17 } miller-5.6.2/doc/data/fibo-cached.sh000066400000000000000000000010421354153536500171550ustar00rootroot00000000000000mlr --ofmt '%.9lf' --opprint seqgen --start 1 --stop 28 then put ' func f(n) { @fcount += 1; # count number of calls to the function if (is_present(@fcache[n])) { # cache hit return @fcache[n] } else { # cache miss num rv = 1; if (n >= 2) { rv = f(n-1) + f(n-2) # recurse } @fcache[n] = rv; return rv } } @fcount = 0; $o = f($i); $fcount = @fcount; ' then put '$seconds=systime()' then step -a delta -f seconds then cut -x -f seconds miller-5.6.2/doc/data/fibo-uncached.sh000066400000000000000000000006201354153536500175210ustar00rootroot00000000000000mlr --ofmt '%.9lf' --opprint seqgen --start 1 --stop 28 then put ' func f(n) { @fcount += 1; # count number of calls to the function if (n < 2) { return 1 } else { return f(n-1) + f(n-2) # recurse } } @fcount = 0; $o = f($i); $fcount = @fcount; ' then put '$seconds=systime()' then step -a delta -f seconds then cut -x -f seconds miller-5.6.2/doc/data/fill-down.csv000066400000000000000000000000261354153536500171060ustar00rootroot00000000000000a,b,c 1,,3 4,5,6 7,,9 miller-5.6.2/doc/data/filter-multiline-example.txt000066400000000000000000000001671354153536500221630ustar00rootroot00000000000000mlr --opprint filter ' ($x > 0.5 && $y < 0.5) || ($x < 0.5 && $y > 0.5) ' then stats2 -a corr -f x,y data/medium miller-5.6.2/doc/data/flins.csv000066400000000000000000000005521354153536500163320ustar00rootroot00000000000000county,tiv_2011,tiv_2012,line Seminole,22890.55,20848.71,Residential Miami Dade,1158674.85,1076001.08,Residential Palm Beach,1174081.5,1856589.17,Residential Miami Dade,2850980.31,2650932.72,Commercial Highlands,23006.41,19757.91,Residential Highlands,49155.16,47362.96,Residential Duval,1731888.18,2785551.63,Residential St. Johns,29589.12,35207.53,Residential miller-5.6.2/doc/data/flins.json000066400000000000000000000014201354153536500165030ustar00rootroot00000000000000{ "county": "Seminole", "tiv_2011": 22890.55, "tiv_2012": 20848.71, "line": "Residential" } { "county": "Miami Dade", "tiv_2011": 1158674.85, "tiv_2012": 1076001.08, "line": "Residential" } { "county": "Palm Beach", "tiv_2011": 1174081.5, "tiv_2012": 1856589.17, "line": "Residential" } { "county": "Miami Dade", "tiv_2011": 2850980.31, "tiv_2012": 2650932.72, "line": "Commercial" } { "county": "Highlands", "tiv_2011": 23006.41, "tiv_2012": 19757.91, "line": "Residential" } { "county": "Highlands", "tiv_2011": 49155.16, "tiv_2012": 47362.96, "line": "Residential" } { "county": "Duval", "tiv_2011": 1731888.18, "tiv_2012": 2785551.63, "line": "Residential" } { "county": "St. Johns", "tiv_2011": 29589.12, "tiv_2012": 35207.53, "line": "Residential" } miller-5.6.2/doc/data/for-oosvar-example-0a.txt000066400000000000000000000007721354153536500212730ustar00rootroot00000000000000# Parentheses are optional for single key: for (k1, v in @a["b"]["c"]) { ... } for ((k1), v in @a["b"]["c"]) { ... } # Parentheses are required for multiple keys: for ((k1, k2), v in @a["b"]["c"]) { ... } # Loop over subhashmap of a variable for ((k1, k2, k3), v in @a["b"]["c"]) { ... } # Ditto for ((k1, k2, k3), v in @a { ... } # Loop over variable starting from basename for ((k1, k2, k3), v in @* { ... } # Loop over all variables (k1 is bound to basename) miller-5.6.2/doc/data/for-oosvar-example-0b.sh000066400000000000000000000002131354153536500210550ustar00rootroot00000000000000mlr -n put --jknquoteint -q ' begin { @myvar = { 1: 2, 3: { 4 : 5 }, 6: { 7: { 8: 9 } } } } end { dump } ' miller-5.6.2/doc/data/for-oosvar-example-0c.sh000066400000000000000000000003551354153536500210650ustar00rootroot00000000000000mlr -n put --jknquoteint -q ' begin { @myvar = { 1: 2, 3: { 4 : 5 }, 6: { 7: { 8: 9 } } } } end { for (k, v in @myvar) { print "key=" . k . ",valuetype=" . typeof(v); } } ' miller-5.6.2/doc/data/for-oosvar-example-0d.sh000066400000000000000000000004161354153536500210640ustar00rootroot00000000000000mlr -n put --jknquoteint -q ' begin { @myvar = { 1: 2, 3: { 4 : 5 }, 6: { 7: { 8: 9 } } } } end { for ((k1, k2), v in @myvar) { print "key1=" . k1 . ",key2=" . k2 . ",valuetype=" . typeof(v); } } ' miller-5.6.2/doc/data/for-oosvar-example-0e.sh000066400000000000000000000004211354153536500210610ustar00rootroot00000000000000mlr -n put --jknquoteint -q ' begin { @myvar = { 1: 2, 3: { 4 : 5 }, 6: { 7: { 8: 9 } } } } end { for ((k1, k2), v in @myvar[6]) { print "key1=" . k1 . ",key2=" . k2 . ",valuetype=" . typeof(v); } } ' miller-5.6.2/doc/data/for-srec-example-1.sh000066400000000000000000000003321354153536500203410ustar00rootroot00000000000000mlr --pprint --from data/for-srec-example.tbl put ' $sum1 = $f1 + $f2 + $f3; $sum2 = 0; $sum3 = 0; for (key, value in $*) { if (key =~ "^f[0-9]+") { $sum2 += value; $sum3 += $[key]; } } ' miller-5.6.2/doc/data/for-srec-example-2.sh000066400000000000000000000002371354153536500203460ustar00rootroot00000000000000mlr --from data/small --opprint put ' $sum1 = 0; $sum2 = 0; for (k,v in $*) { if (is_numeric(v)) { $sum1 +=v; $sum2 += $[k]; } } ' miller-5.6.2/doc/data/for-srec-example-3.sh000066400000000000000000000002121354153536500203400ustar00rootroot00000000000000mlr --from data/small --opprint put ' sum = 0; for (k,v in $*) { if (is_numeric(v)) { sum += $[k]; } } $sum = sum ' miller-5.6.2/doc/data/for-srec-example.tbl000066400000000000000000000001471354153536500203560ustar00rootroot00000000000000label1 label2 f1 f2 f3 blue green 100 240 350 red green 120 11 195 yellow blue 140 0 240 miller-5.6.2/doc/data/fraction-example.csv000066400000000000000000000004071354153536500204540ustar00rootroot00000000000000u=female,v=red,n=2458 u=female,v=green,n=192 u=female,v=blue,n=337 u=female,v=purple,n=468 u=female,v=yellow,n=3 u=female,v=orange,n=17 u=male,v=red,n=143 u=male,v=green,n=227 u=male,v=blue,n=2034 u=male,v=purple,n=12 u=male,v=yellow,n=1192 u=male,v=orange,n=448 miller-5.6.2/doc/data/full-reorg.sh000066400000000000000000000002641354153536500171140ustar00rootroot00000000000000mlr put ' begin { @i_cumu = 0; } @i_cumu += $i; $* = { "z": $x + y, "KEYFIELD": $a, "i": @i_cumu, "b": $b, "y": $x, "x": $y, }; ' data/small miller-5.6.2/doc/data/headerless.csv000066400000000000000000000001021354153536500173250ustar00rootroot00000000000000John,23,present Fred,34,present Alice,56,missing Carol,45,present miller-5.6.2/doc/data/het-bool.csv000066400000000000000000000000711354153536500167240ustar00rootroot00000000000000name,reachable barney,false betty,true fred,true wilma,1 miller-5.6.2/doc/data/het.csv000066400000000000000000000003521354153536500157750ustar00rootroot00000000000000resource,loadsec,ok /path/to/file,0.45,true record_count,resource 100,/path/to/file resource,loadsec,ok /path/to/second/file,0.32,true record_count,resource 150,/path/to/second/file resource,loadsec,ok /some/other/path,0.97,false miller-5.6.2/doc/data/het.dkvp000066400000000000000000000003461354153536500161510ustar00rootroot00000000000000resource=/path/to/file,loadsec=0.45,ok=true record_count=100,resource=/path/to/file resource=/path/to/second/file,loadsec=0.32,ok=true record_count=150,resource=/path/to/second/file resource=/some/other/path,loadsec=0.97,ok=false miller-5.6.2/doc/data/if-chain.sh000066400000000000000000000001641354153536500165130ustar00rootroot00000000000000mlr put ' if (NR == 2) { ... } elif (NR ==4) { ... } elif (NR ==6) { ... } else { ... } ' miller-5.6.2/doc/data/inout.csv000066400000000000000000000001061354153536500163500ustar00rootroot00000000000000a_in,a_out,b_in,b_out 436,490,446,195 526,320,963,780 220,888,705,831 miller-5.6.2/doc/data/iqr1.sh000066400000000000000000000001401354153536500157030ustar00rootroot00000000000000mlr --oxtab stats1 -f x -a p25,p75 \ then put '$x_iqr = $x_p75 - $x_p25' \ data/medium miller-5.6.2/doc/data/iqrn.sh000066400000000000000000000002741354153536500160100ustar00rootroot00000000000000mlr --oxtab stats1 --fr '[i-z]' -a p25,p75 \ then put 'for (k,v in $*) { if (k =~ "(.*)_p25") { $["\1_iqr"] = $["\1_p75"] - $["\1_p25"] } }' \ data/medium miller-5.6.2/doc/data/join-left-example.csv000066400000000000000000000000701354153536500205320ustar00rootroot00000000000000id,name 100,alice 200,bob 300,carol 400,david 500,edgar miller-5.6.2/doc/data/join-right-example.csv000066400000000000000000000003761354153536500207260ustar00rootroot00000000000000status,idcode present,400 present,100 missing,200 present,100 present,200 missing,100 missing,200 present,300 missing,600 present,400 present,400 present,300 present,100 missing,400 present,200 present,200 present,200 present,200 present,400 present,300 miller-5.6.2/doc/data/join-u-left.csv000066400000000000000000000001531354153536500173450ustar00rootroot00000000000000hostname,ipaddr nadir.east.our.org,10.3.1.18 zenith.west.our.org,10.3.1.27 apoapsis.east.our.org,10.4.5.94 miller-5.6.2/doc/data/join-u-right.csv000066400000000000000000000004001354153536500175230ustar00rootroot00000000000000ipaddr,timestamp,bytes 10.3.1.27,1448762579,4568 10.3.1.18,1448762578,8729 10.4.5.94,1448762579,17445 10.3.1.27,1448762589,12 10.3.1.18,1448762588,44558 10.4.5.94,1448762589,8899 10.3.1.27,1448762599,0 10.3.1.18,1448762598,73425 10.4.5.94,1448762599,12200 miller-5.6.2/doc/data/json-example-1.json000066400000000000000000000033411354153536500201340ustar00rootroot00000000000000{ "color": "yellow", "shape": "triangle", "flag": 1, "i": 11, "u": 0.6321695890307647, "v": 0.9887207810889004, "w": 0.4364983936735774, "x": 5.7981881667050565 } { "color": "red", "shape": "square", "flag": 1, "i": 15, "u": 0.21966833570651523, "v": 0.001257332190235938, "w": 0.7927778364718627, "x": 2.944117399716207 } { "color": "red", "shape": "circle", "flag": 1, "i": 16, "u": 0.20901671281497636, "v": 0.29005231936593445, "w": 0.13810280912907674, "x": 5.065034003400998 } { "color": "red", "shape": "square", "flag": 0, "i": 48, "u": 0.9562743938458542, "v": 0.7467203085342884, "w": 0.7755423050923582, "x": 7.117831369597269 } { "color": "purple", "shape": "triangle", "flag": 0, "i": 51, "u": 0.4355354501763202, "v": 0.8591292672156728, "w": 0.8122903963006748, "x": 5.753094629505863 } { "color": "red", "shape": "square", "flag": 0, "i": 64, "u": 0.2015510269821953, "v": 0.9531098083420033, "w": 0.7719912015786777, "x": 5.612050466474166 } { "color": "purple", "shape": "triangle", "flag": 0, "i": 65, "u": 0.6842806710360729, "v": 0.5823723856331258, "w": 0.8014053396013747, "x": 5.805148213865135 } { "color": "yellow", "shape": "circle", "flag": 1, "i": 73, "u": 0.6033649768090676, "v": 0.42370791211283076, "w": 0.639785141788745, "x": 7.006414410739997 } { "color": "yellow", "shape": "circle", "flag": 1, "i": 87, "u": 0.2856563669907619, "v": 0.8335161523929382, "w": 0.6350579406858395, "x": 6.350035616385983 } { "color": "purple", "shape": "square", "flag": 0, "i": 91, "u": 0.25992639068499135, "v": 0.824321938346312, "w": 0.7237347131411271, "x": 6.854221024776646 } miller-5.6.2/doc/data/json-example-2.json000066400000000000000000000035341354153536500201410ustar00rootroot00000000000000{ "flag": 1, "i": 11, "attributes": { "color": "yellow", "shape": "triangle" }, "values": { "u": 0.632170, "v": 0.988721, "w": 0.436498, "x": 5.798188 } } { "flag": 1, "i": 15, "attributes": { "color": "red", "shape": "square" }, "values": { "u": 0.219668, "v": 0.001257, "w": 0.792778, "x": 2.944117 } } { "flag": 1, "i": 16, "attributes": { "color": "red", "shape": "circle" }, "values": { "u": 0.209017, "v": 0.290052, "w": 0.138103, "x": 5.065034 } } { "flag": 0, "i": 48, "attributes": { "color": "red", "shape": "square" }, "values": { "u": 0.956274, "v": 0.746720, "w": 0.775542, "x": 7.117831 } } { "flag": 0, "i": 51, "attributes": { "color": "purple", "shape": "triangle" }, "values": { "u": 0.435535, "v": 0.859129, "w": 0.812290, "x": 5.753095 } } { "flag": 0, "i": 64, "attributes": { "color": "red", "shape": "square" }, "values": { "u": 0.201551, "v": 0.953110, "w": 0.771991, "x": 5.612050 } } { "flag": 0, "i": 65, "attributes": { "color": "purple", "shape": "triangle" }, "values": { "u": 0.684281, "v": 0.582372, "w": 0.801405, "x": 5.805148 } } { "flag": 1, "i": 73, "attributes": { "color": "yellow", "shape": "circle" }, "values": { "u": 0.603365, "v": 0.423708, "w": 0.639785, "x": 7.006414 } } { "flag": 1, "i": 87, "attributes": { "color": "yellow", "shape": "circle" }, "values": { "u": 0.285656, "v": 0.833516, "w": 0.635058, "x": 6.350036 } } { "flag": 0, "i": 91, "attributes": { "color": "purple", "shape": "square" }, "values": { "u": 0.259926, "v": 0.824322, "w": 0.723735, "x": 6.854221 } } miller-5.6.2/doc/data/json-example-3.json000066400000000000000000000001521354153536500201330ustar00rootroot00000000000000{ "label": "orange", "values": [12.2, 13.8, 17.2] } { "label": "purple", "values": [27.0, 32.4] } miller-5.6.2/doc/data/keyed-mean-with-oosvars.sh000066400000000000000000000003301354153536500215120ustar00rootroot00000000000000mlr --opprint put -q ' @x_sum[$a][$b] += $x; @x_count[$a][$b] += 1; end{ for ((a, b), v in @x_sum) { @x_mean[a][b] = @x_sum[a][b] / @x_count[a][b]; } emit @x_mean, "a", "b" } ' data/medium miller-5.6.2/doc/data/keyed-min-max-with-oosvars.sh000066400000000000000000000002231354153536500221410ustar00rootroot00000000000000mlr --opprint --from data/medium put -q ' @min[$a] = min(@min[$a], $x); @max[$a] = max(@max[$a], $x); end{ emit (@min, @max), "a"; } ' miller-5.6.2/doc/data/label-example.txt000066400000000000000000000021511354153536500177500ustar00rootroot00000000000000% grep -v '^#' /etc/passwd | mlr --nidx --fs : --opprint label name,password,uid,gid,gecos,home_dir,shell | head name password uid gid gecos home_dir shell nobody * -2 -2 Unprivileged User /var/empty /usr/bin/false root * 0 0 System Administrator /var/root /bin/sh daemon * 1 1 System Services /var/root /usr/bin/false _uucp * 4 4 Unix to Unix Copy Protocol /var/spool/uucp /usr/sbin/uucico _taskgated * 13 13 Task Gate Daemon /var/empty /usr/bin/false _networkd * 24 24 Network Services /var/networkd /usr/bin/false _installassistant * 25 25 Install Assistant /var/empty /usr/bin/false _lp * 26 26 Printing Services /var/spool/cups /usr/bin/false _postfix * 27 27 Postfix Mail Server /var/spool/postfix /usr/bin/false 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as shell variables: eval $(mlr --ofs newline stats2 -a linreg-pca -f x,y data/medium-squares) # In addition to x and y, make a new yfit which is the line fit, then plot # using your favorite tool: mlr --onidx put '$yfit='$x_y_pca_m'*$x+'$x_y_pca_b then cut -x -f a,b,i data/medium-squares \ | pgr -p -title 'linreg-pca example' -xmin 0 -xmax 1 -ymin 0 -ymax 1 # Option 2 to apply the regression coefficients and produce a linear fit: use --fit option mlr --onidx stats2 -a linreg-pca --fit -f x,y then cut -f a,b,i data/medium-squares \ | pgr -p -title 'linreg-pca example' -xmin 0 -xmax 1 -ymin 0 -ymax 1 miller-5.6.2/doc/data/local-example-1.sh000077500000000000000000000013651354153536500177250ustar00rootroot00000000000000# Here I'm using a specified random-number seed so this example always # produces the same output for this web document: in everyday practice we # would leave off the --seed 12345 part. mlr --seed 12345 seqgen --start 1 --stop 10 then put ' func f(a, b) { # function arguments a and b r = 0.0; # local r scoped to the function for (int i = 0; i < 6; i += 1) { # local i scoped to the for-loop num u = urand(); # local u scoped to the for-loop r += u; # updates r from the enclosing scope } r /= 6; return a + (b - a) * r; } num o = f(10, 20); # local to the top-level scope $o = o; ' miller-5.6.2/doc/data/map-literal-example-1.sh000077500000000000000000000001321354153536500210310ustar00rootroot00000000000000mlr --opprint put ' $* = { "a": $i, "i": $a, "y": $y * 10, } ' data/small miller-5.6.2/doc/data/map-literal-example-2.sh000077500000000000000000000001701354153536500210340ustar00rootroot00000000000000mlr --from data/small put ' func f(map m): map { m["x"] *= 200; return m; } $* = f({"a": $a, "x": $x}); ' miller-5.6.2/doc/data/map-literal-example-3.sh000077500000000000000000000004711354153536500210410ustar00rootroot00000000000000mlr --from data/small put -q ' begin { @o = { "nrec": 0, "nkey": {"numeric":0, "non-numeric":0}, }; } @o["nrec"] += 1; for (k, v in $*) { if (is_numeric(v)) { @o["nkey"]["numeric"] += 1; } else { @o["nkey"]["non-numeric"] += 1; } } end { dump @o; } ' miller-5.6.2/doc/data/maxrows.mlr000066400000000000000000000005031354153536500167120ustar00rootroot00000000000000# Retain all records @records[NR] = $*; # Track max value of n @maxn = max(@maxn, $n); # After all records have been read, loop through retained records # and print those with the max n value. end { for (int nr in @records) { map record = @records[nr]; if (record["n"] == @maxn) { emit record; } } } miller-5.6.2/doc/data/maxrows.tsv000066400000000000000000000013211354153536500167330ustar00rootroot00000000000000a b n score purple red 5 0.743231 blue purple 2 0.093710 red purple 2 0.802103 purple red 5 0.389055 red purple 2 0.880457 orange red 2 0.540349 purple purple 1 0.634451 orange purple 5 0.257223 orange purple 5 0.693499 red red 4 0.981355 blue purple 5 0.157052 purple purple 1 0.441784 red purple 1 0.124912 orange blue 1 0.921944 blue purple 4 0.490909 purple red 5 0.454779 green purple 4 0.198278 orange blue 5 0.705700 red red 3 0.940705 purple red 5 0.072936 orange blue 3 0.389463 orange purple 2 0.664985 blue purple 1 0.371813 red purple 4 0.984571 green purple 5 0.203577 green purple 3 0.900873 purple purple 0 0.965677 blue purple 2 0.208785 purple purple 1 0.455077 red purple 4 0.477187 blue red 4 0.007487 miller-5.6.2/doc/data/mean-with-oosvars.sh000066400000000000000000000002051354153536500204140ustar00rootroot00000000000000mlr --opprint put -q ' @x_sum += $x; @x_count += 1; end { @x_mean = @x_sum / @x_count; emit @x_mean } ' data/medium miller-5.6.2/doc/data/medium000066400000000000000000022576271354153536500157300ustar00rootroot00000000000000a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 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a=hat,b=eks,i=21,x=0.0023058336158985338,y=0.16665492414949412 a=zee,b=wye,i=22,x=0.9270813051677103,y=0.5523236165919244 a=wye,b=pan,i=23,x=0.7975862089313748,y=0.8430307846116346 a=wye,b=hat,i=24,x=0.7286126830627567,y=0.19441962592638418 a=pan,b=eks,i=25,x=0.291444729043585,y=0.2680100577363237 a=eks,b=eks,i=26,x=0.7433678407354926,y=0.8295062256195103 a=wye,b=wye,i=27,x=0.9439687243972539,y=0.9305553444632164 a=hat,b=hat,i=28,x=0.5811879718711469,y=0.3934172489640808 a=eks,b=eks,i=29,x=0.05713488327208227,y=0.45012758797367913 a=zee,b=pan,i=30,x=0.7514525581952406,y=0.5869901584461873 a=eks,b=pan,i=31,x=0.5701563454882129,y=0.822178550628332 a=wye,b=wye,i=32,x=0.5112738997714514,y=0.33107563648490446 a=hat,b=pan,i=33,x=0.09303747345405,y=0.18404048980291832 a=hat,b=wye,i=34,x=0.49061881414751796,y=0.4721354893261027 a=zee,b=zee,i=35,x=0.12565828887119346,y=0.1936186210637818 a=pan,b=hat,i=36,x=0.9436794292675323,y=0.9111218711707734 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a=eks,b=eks,i=53,x=0.9985342548358704,y=0.9590495928336531 a=zee,b=eks,i=54,x=0.9314828033134765,y=0.8687851184407838 a=hat,b=wye,i=55,x=0.07268958233806955,y=0.49851026308988333 a=pan,b=zee,i=56,x=0.06982762802945175,y=0.033405940208281026 a=wye,b=pan,i=57,x=0.7302705254635534,y=0.7851652600343977 a=eks,b=zee,i=58,x=0.4767244077783851,y=0.6343726024100323 a=hat,b=hat,i=59,x=0.23821881669710454,y=0.2495882683265671 a=eks,b=eks,i=60,x=0.9940192460481878,y=0.23460275425446875 a=hat,b=wye,i=61,x=0.5661361038240923,y=0.30297884091448213 a=zee,b=eks,i=62,x=0.6925670766279615,y=0.6309283897492339 a=wye,b=wye,i=63,x=0.3034237022482048,y=0.4570355951663545 a=eks,b=zee,i=64,x=0.7150944451661773,y=0.44407448850132425 a=pan,b=hat,i=65,x=0.9374806227235818,y=0.5142245475995557 a=hat,b=hat,i=66,x=0.8467681996061774,y=0.7322484476601094 a=zee,b=hat,i=67,x=0.2584112989773649,y=0.4004276976232398 a=hat,b=wye,i=68,x=0.3362076167096233,y=0.10257516543234868 a=wye,b=wye,i=69,x=0.5045822356009134,y=0.37117047177904894 a=wye,b=wye,i=70,x=0.03459890490173678,y=0.6153285711977126 a=pan,b=hat,i=71,x=0.7573370490708291,y=0.07373145387947322 a=eks,b=wye,i=72,x=0.5981608655833305,y=0.6748831518079305 a=pan,b=zee,i=73,x=0.8832262928532921,y=0.41423111475143115 a=eks,b=eks,i=74,x=0.47929526118952226,y=0.04122489928296569 a=wye,b=hat,i=75,x=0.5852781359846899,y=0.2530983414392004 a=zee,b=eks,i=76,x=0.48749884261245857,y=0.4733893888865026 a=hat,b=zee,i=77,x=0.49083602889086597,y=0.9060845389367156 a=pan,b=eks,i=78,x=0.8066566257701527,y=0.5756861577587412 a=hat,b=eks,i=79,x=0.36764688836079906,y=0.3891921555248843 a=zee,b=zee,i=80,x=0.8318990957979263,y=0.9881725534495532 a=hat,b=wye,i=81,x=0.17534099646455403,y=0.2603138043676684 a=pan,b=eks,i=82,x=0.16030863176622356,y=0.3818559883741389 a=eks,b=eks,i=83,x=0.12617292637489663,y=0.2322389628774958 a=hat,b=wye,i=84,x=0.6438639100413308,y=0.7352455517915716 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a=hat,b=wye,i=9814,x=0.34212469593392425,y=0.20687141477181548 a=hat,b=pan,i=9815,x=0.17753782684157615,y=0.0015438604368104292 a=pan,b=hat,i=9816,x=0.24876592451844848,y=0.4470518528813471 a=wye,b=wye,i=9817,x=0.7049827500065716,y=0.70700844125317 a=hat,b=zee,i=9819,x=0.19261418898624927,y=0.050366139741013005 a=hat,b=pan,i=9820,x=0.5447052480269977,y=0.8699888671698426 a=eks,b=wye,i=9821,x=0.5189946092707575,y=0.6854994867317263 a=eks,b=zee,i=9822,x=0.7728584654655655,y=0.8255138151084206 a=wye,b=hat,i=9823,x=0.7885587074785081,y=0.8643021021880486 a=wye,b=hat,i=9827,x=0.2296202003399993,y=0.10085387835757498 a=pan,b=pan,i=9829,x=0.1561292001719159,y=0.16006739551266214 a=pan,b=hat,i=9831,x=0.07903067560527932,y=0.06301267712877379 a=hat,b=hat,i=9832,x=0.6422615702526209,y=0.8249323364395087 a=zee,b=hat,i=9833,x=0.10035889696290079,y=0.003028321603898987 a=hat,b=zee,i=9834,x=0.2640449383149195,y=0.37076593348410314 a=eks,b=wye,i=9835,x=0.5874685326990423,y=0.9287556289542644 a=wye,b=pan,i=9836,x=0.8763125291386116,y=0.5144780339183038 a=zee,b=eks,i=9837,x=0.65481575495434,y=0.7500209738973791 a=eks,b=pan,i=9838,x=0.6496315038661542,y=0.6072257440552286 a=eks,b=hat,i=9841,x=0.09722173469836548,y=0.36827480828558046 a=eks,b=eks,i=9847,x=0.36408179966880305,y=0.005301040380198518 a=zee,b=hat,i=9848,x=0.7494017826915185,y=0.5716008160658336 a=pan,b=pan,i=9851,x=0.001361386759249128,y=0.25792849048845146 a=wye,b=pan,i=9855,x=0.6182578764501776,y=0.7655458252282237 a=pan,b=hat,i=9856,x=0.8102716531871033,y=0.8313089740346422 a=zee,b=pan,i=9857,x=0.466306200678794,y=0.10723178210789208 a=pan,b=pan,i=9860,x=0.5805216264198891,y=0.7328584964292528 a=pan,b=eks,i=9862,x=0.5507783340308107,y=0.8117197523869161 a=hat,b=hat,i=9863,x=0.29207020272823003,y=0.3025947324662317 a=eks,b=wye,i=9864,x=0.11439725902216524,y=0.07940989075873717 a=eks,b=hat,i=9866,x=0.4975899292735726,y=0.004921317195285879 a=zee,b=eks,i=9867,x=0.02662315353765099,y=0.34265021760387904 a=pan,b=pan,i=9868,x=0.4854194107628803,y=0.3198466348114496 a=hat,b=zee,i=9869,x=0.9595189622375838,y=0.501564353037085 a=zee,b=hat,i=9871,x=0.6250842276723021,y=0.6957696470514947 a=hat,b=zee,i=9875,x=0.748712308729834,y=0.7138449723779594 a=zee,b=wye,i=9876,x=0.8136200511878549,y=0.8072663619726874 a=eks,b=zee,i=9877,x=0.4863731414322163,y=0.1035362785381897 a=zee,b=wye,i=9879,x=0.20901422499230626,y=0.4434307845301825 a=wye,b=eks,i=9880,x=0.7843765179845881,y=0.9652357480134778 a=zee,b=wye,i=9881,x=0.7862677717692486,y=0.5179978676865895 a=eks,b=zee,i=9886,x=0.6612732451934941,y=0.8821040941341458 a=zee,b=wye,i=9894,x=0.6202100179528263,y=0.9712368683190139 a=pan,b=hat,i=9895,x=0.8641234318244241,y=0.893546531152826 a=eks,b=hat,i=9896,x=0.10089977663900951,y=0.40511056317517313 a=pan,b=zee,i=9902,x=0.9054776364609202,y=0.6259317176046434 a=pan,b=zee,i=9904,x=0.5481438224523807,y=0.7183018840232132 a=eks,b=pan,i=9906,x=0.19123694955232085,y=0.1361773881166165 a=pan,b=eks,i=9911,x=0.7646508656008143,y=0.9446343254356182 a=zee,b=wye,i=9912,x=0.4701991772804557,y=0.33405458598495386 a=pan,b=eks,i=9913,x=0.8147835691088603,y=0.6617843834409757 a=pan,b=zee,i=9914,x=0.9240645650332355,y=0.8621654329742796 a=wye,b=pan,i=9916,x=0.3042515765931557,y=0.37717959119403555 a=pan,b=zee,i=9918,x=0.062017678365430595,y=0.11198470904331581 a=wye,b=wye,i=9921,x=0.6906719134435684,y=0.8555178209462388 a=hat,b=wye,i=9922,x=0.9728689411167353,y=0.8157055538148639 a=hat,b=eks,i=9926,x=0.1541309399763774,y=0.3791445762682304 a=wye,b=pan,i=9927,x=0.8783682319990223,y=0.6933957357140185 a=hat,b=hat,i=9931,x=0.22344053593327007,y=0.3136460886229182 a=hat,b=hat,i=9934,x=0.20145807804290206,y=0.41891252140867674 a=eks,b=hat,i=9936,x=0.7556816893135765,y=0.7737786856558144 a=hat,b=wye,i=9939,x=0.208097253807903,y=0.11669571201990991 a=hat,b=wye,i=9940,x=0.8460880203022336,y=0.8184128241834582 a=zee,b=wye,i=9943,x=0.4913245348903704,y=0.25864014284309744 a=zee,b=zee,i=9946,x=0.13202631656529729,y=0.021604794833400942 a=pan,b=hat,i=9947,x=0.8783008100979538,y=0.6172168477305974 a=pan,b=eks,i=9948,x=0.6047433842453397,y=0.53470873199638 a=pan,b=pan,i=9949,x=0.12278928201439199,y=0.3424112106292362 a=hat,b=eks,i=9951,x=0.23150439446451176,y=0.362011464774759 a=pan,b=eks,i=9953,x=0.9690028290247679,y=0.5626274346583657 a=eks,b=pan,i=9954,x=0.703550423241368,y=0.8640890526817995 a=pan,b=wye,i=9959,x=0.5523199497193726,y=0.844808439474632 a=eks,b=pan,i=9961,x=0.0018643836079239584,y=0.22214207434571398 a=eks,b=hat,i=9965,x=0.45140832054850244,y=0.4872441473665683 a=hat,b=zee,i=9966,x=0.09915562191171134,y=0.19911839331011605 a=eks,b=hat,i=9971,x=0.16013813822306744,y=0.18970582735969377 a=hat,b=wye,i=9972,x=0.01092212097676093,y=0.19287438329005957 a=zee,b=eks,i=9975,x=0.14164773949664755,y=0.16897907378815158 a=eks,b=zee,i=9977,x=0.4549080098494652,y=0.2027740955809184 a=pan,b=hat,i=9978,x=0.18068678390966952,y=0.24718291910572177 a=eks,b=pan,i=9981,x=0.2544586487901952,y=0.4578886296197162 a=wye,b=eks,i=9982,x=0.34998222187670314,y=0.3061867938018288 a=wye,b=hat,i=9983,x=0.4640332038264391,y=0.019243858556094673 a=pan,b=hat,i=9984,x=0.48914378417931326,y=0.36728976081695264 a=hat,b=zee,i=9985,x=0.5155567078470872,y=0.6010598365861822 a=hat,b=hat,i=9987,x=0.429284826906265,y=0.1787642439603777 a=wye,b=eks,i=9989,x=0.8561772298898314,y=0.6874185671784931 a=eks,b=pan,i=9990,x=0.06739304569008775,y=0.2341964277411741 a=hat,b=wye,i=9991,x=0.3633322891461138,y=0.12892395206278184 a=zee,b=wye,i=9996,x=0.72761807629368,y=0.6860394313092489 a=eks,b=pan,i=9998,x=0.5554835956450555,y=0.7053505857791378 a=zee,b=pan,i=10000,x=0.02349941792343435,y=0.19861196418373683 miller-5.6.2/doc/data/miss-date-1.sh000066400000000000000000000002251354153536500170570ustar00rootroot00000000000000mlr --from data/miss-date.csv --icsv \ cat -n \ then put '$datestamp = strptime($date, "%Y-%m-%d")' \ then step -a delta -f datestamp \ | head miller-5.6.2/doc/data/miss-date-2.sh000066400000000000000000000003031354153536500170550ustar00rootroot00000000000000mlr --from data/miss-date.csv --icsv \ cat -n \ then put '$datestamp = strptime($date, "%Y-%m-%d")' \ then step -a delta -f datestamp \ then filter '$datestamp_delta != 86400 && $n != 1' miller-5.6.2/doc/data/miss-date.csv000066400000000000000000000570331354153536500171130ustar00rootroot00000000000000date,qoh 2012-03-05,10055 2012-03-06,10486 2012-03-07,10430 2012-03-08,10674 2012-03-09,10880 2012-03-10,10718 2012-03-11,10795 2012-03-12,11043 2012-03-13,11177 2012-03-14,11498 2012-03-15,11664 2012-03-16,11524 2012-03-17,11703 2012-03-18,11803 2012-03-19,11787 2012-03-20,12164 2012-03-21,12063 2012-03-22,12180 2012-03-23,12304 2012-03-24,12370 2012-03-25,12563 2012-03-26,13020 2012-03-27,13329 2012-03-28,13368 2012-03-29,13175 2012-03-30,13516 2012-03-31,13937 2012-04-01,14135 2012-04-02,14114 2012-04-03,14600 2012-04-04,14694 2012-04-05,15146 2012-04-06,15123 2012-04-07,15407 2012-04-08,15360 2012-04-09,15529 2012-04-10,15452 2012-04-11,15478 2012-04-12,15420 2012-04-13,15553 2012-04-14,15954 2012-04-15,16098 2012-04-16,15995 2012-04-17,16020 2012-04-18,16274 2012-04-19,16408 2012-04-20,16876 2012-04-21,16761 2012-04-22,16998 2012-04-23,17035 2012-04-24,16902 2012-04-25,17139 2012-04-26,17260 2012-04-27,17637 2012-04-28,17705 2012-04-29,17679 2012-04-30,18174 2012-05-01,18277 2012-05-02,18542 2012-05-03,18595 2012-05-04,19073 2012-05-05,19109 2012-05-06,19566 2012-05-07,19488 2012-05-08,19716 2012-05-09,19941 2012-05-10,20412 2012-05-11,20319 2012-05-12,20529 2012-05-13,20917 2012-05-14,20790 2012-05-15,20667 2012-05-16,20557 2012-05-17,20360 2012-05-18,20816 2012-05-19,21238 2012-05-20,21202 2012-05-21,21357 2012-05-22,21391 2012-05-23,21267 2012-05-24,21761 2012-05-25,21707 2012-05-26,21634 2012-05-27,21781 2012-05-28,21668 2012-05-29,21772 2012-05-30,21917 2012-05-31,21918 2012-06-01,21824 2012-06-02,21830 2012-06-03,21861 2012-06-04,22183 2012-06-05,22097 2012-06-06,22133 2012-06-07,21984 2012-06-08,21985 2012-06-09,22266 2012-06-10,22576 2012-06-11,22408 2012-06-12,22448 2012-06-13,22281 2012-06-14,22212 2012-06-15,22678 2012-06-16,23026 2012-06-17,23008 2012-06-18,23303 2012-06-19,23653 2012-06-20,23836 2012-06-21,24070 2012-06-22,24179 2012-06-23,24071 2012-06-24,24010 2012-06-25,24232 2012-06-26,24037 2012-06-27,23869 2012-06-28,23796 2012-06-29,24199 2012-06-30,24379 2012-07-01,24230 2012-07-02,24162 2012-07-03,24271 2012-07-04,24629 2012-07-05,25027 2012-07-06,25287 2012-07-07,25370 2012-07-08,25397 2012-07-09,25538 2012-07-10,25844 2012-07-11,25660 2012-07-12,25744 2012-07-13,26064 2012-07-14,26132 2012-07-15,26264 2012-07-16,26196 2012-07-17,26610 2012-07-18,26833 2012-07-19,27102 2012-07-20,27350 2012-07-21,27661 2012-07-22,27740 2012-07-23,27689 2012-07-24,27818 2012-07-25,28249 2012-07-26,28080 2012-07-27,28500 2012-07-28,28450 2012-07-29,28885 2012-07-30,29340 2012-07-31,29216 2012-08-01,29131 2012-08-02,29234 2012-08-03,29567 2012-08-04,29579 2012-08-05,29962 2012-08-06,30223 2012-08-07,30501 2012-08-08,30388 2012-08-09,30673 2012-08-10,30578 2012-08-11,30484 2012-08-12,30367 2012-08-13,30689 2012-08-14,30558 2012-08-15,30581 2012-08-16,30518 2012-08-17,30910 2012-08-18,31016 2012-08-19,31105 2012-08-20,31287 2012-08-21,31233 2012-08-22,31082 2012-08-23,31572 2012-08-24,31530 2012-08-25,31726 2012-08-26,32083 2012-08-27,32358 2012-08-28,32659 2012-08-29,32931 2012-08-30,33119 2012-08-31,33298 2012-09-01,33180 2012-09-02,33564 2012-09-03,34027 2012-09-04,34145 2012-09-05,34271 2012-09-06,34461 2012-09-07,34873 2012-09-08,35033 2012-09-09,35473 2012-09-10,35857 2012-09-11,36116 2012-09-12,36263 2012-09-13,36567 2012-09-14,36657 2012-09-15,36948 2012-09-16,37094 2012-09-17,37284 2012-09-18,37420 2012-09-19,37878 2012-09-20,37882 2012-09-21,38366 2012-09-22,38206 2012-09-23,38152 2012-09-24,38016 2012-09-25,38265 2012-09-26,38156 2012-09-27,38443 2012-09-28,38559 2012-09-29,38867 2012-09-30,38856 2012-10-01,39210 2012-10-02,39492 2012-10-03,39837 2012-10-04,40151 2012-10-05,40271 2012-10-06,40275 2012-10-07,40556 2012-10-08,40382 2012-10-09,40841 2012-10-10,41146 2012-10-11,41042 2012-10-12,41263 2012-10-13,41452 2012-10-14,41310 2012-10-15,41198 2012-10-16,41585 2012-10-17,41856 2012-10-18,41778 2012-10-19,42103 2012-10-20,42193 2012-10-21,42673 2012-10-22,42832 2012-10-23,43056 2012-10-24,42884 2012-10-25,43040 2012-10-26,43444 2012-10-27,43541 2012-10-28,43759 2012-10-29,43640 2012-10-30,43737 2012-10-31,43961 2012-11-01,44036 2012-11-02,44118 2012-11-03,44570 2012-11-04,44739 2012-11-05,44804 2012-11-06,45029 2012-11-07,45018 2012-11-08,45278 2012-11-09,45401 2012-11-10,45429 2012-11-11,45802 2012-11-12,45802 2012-11-13,45727 2012-11-14,45908 2012-11-15,46165 2012-11-16,46398 2012-11-17,46864 2012-11-18,46824 2012-11-19,46839 2012-11-20,46948 2012-11-21,47381 2012-11-22,47694 2012-11-23,48125 2012-11-24,48433 2012-11-25,48869 2012-11-26,48678 2012-11-27,48905 2012-11-28,49377 2012-11-29,49490 2012-11-30,49350 2012-12-01,49818 2012-12-02,50259 2012-12-03,50159 2012-12-04,50467 2012-12-05,50669 2012-12-06,50901 2012-12-07,51173 2012-12-08,51453 2012-12-09,51638 2012-12-10,51578 2012-12-11,51549 2012-12-12,51397 2012-12-13,51864 2012-12-14,52139 2012-12-15,52071 2012-12-16,52310 2012-12-17,52542 2012-12-18,52416 2012-12-19,52591 2012-12-20,52413 2012-12-21,52709 2012-12-22,53126 2012-12-23,53386 2012-12-24,53858 2012-12-25,54261 2012-12-26,54274 2012-12-27,54376 2012-12-28,54182 2012-12-29,54066 2012-12-30,53933 2012-12-31,53923 2013-01-01,53810 2013-01-02,53913 2013-01-03,54227 2013-01-04,54293 2013-01-05,54553 2013-01-06,54721 2013-01-07,55010 2013-01-08,55275 2013-01-09,55080 2013-01-10,55509 2013-01-11,55405 2013-01-12,55676 2013-01-13,55855 2013-01-14,56135 2013-01-15,56444 2013-01-16,56639 2013-01-17,56532 2013-01-18,56575 2013-01-19,56401 2013-01-20,56727 2013-01-21,56913 2013-01-22,56830 2013-01-23,57286 2013-01-24,57340 2013-01-25,57370 2013-01-26,57499 2013-01-27,57731 2013-01-28,58152 2013-01-29,58099 2013-01-30,57991 2013-01-31,57949 2013-02-01,58176 2013-02-02,58023 2013-02-03,58080 2013-02-04,58510 2013-02-05,58885 2013-02-06,59080 2013-02-07,59075 2013-02-08,59070 2013-02-09,59504 2013-02-10,59833 2013-02-11,60001 2013-02-12,60073 2013-02-13,60526 2013-02-14,60461 2013-02-15,60539 2013-02-16,60381 2013-02-17,60259 2013-02-18,60481 2013-02-19,60415 2013-02-20,60850 2013-02-21,60915 2013-02-22,60969 2013-02-23,61115 2013-02-24,61498 2013-02-25,61524 2013-02-26,61752 2013-02-27,62111 2013-02-28,62397 2013-03-01,62619 2013-03-02,62997 2013-03-03,62888 2013-03-04,62854 2013-03-05,62748 2013-03-06,62556 2013-03-07,62936 2013-03-08,62990 2013-03-09,62883 2013-03-10,62692 2013-03-11,62867 2013-03-12,63244 2013-03-13,63359 2013-03-14,63719 2013-03-15,63754 2013-03-16,63762 2013-03-17,63570 2013-03-18,63394 2013-03-19,63380 2013-03-20,63384 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2015-03-19,181146 2015-03-20,180970 2015-03-21,180973 2015-03-22,180889 2015-03-23,181192 2015-03-24,181144 2015-03-25,181006 2015-03-26,180995 2015-03-27,181043 2015-03-28,181112 2015-03-29,181306 2015-03-31,181625 2015-04-01,181494 2015-04-02,181718 2015-04-03,181835 2015-04-04,182104 2015-04-05,182528 2015-04-06,182667 2015-04-07,182984 2015-04-08,182844 2015-04-09,183292 2015-04-10,183456 2015-04-11,183708 2015-04-12,184039 2015-04-13,184062 2015-04-14,184497 2015-04-15,184858 2015-04-16,184884 2015-04-17,185020 2015-04-18,185376 2015-04-19,185752 2015-04-20,185894 2015-04-21,185930 2015-04-22,185908 2015-04-23,186006 2015-04-24,185844 2015-04-25,186330 2015-04-26,186663 2015-04-27,186952 2015-04-28,186990 2015-04-29,187191 2015-04-30,187648 2015-05-01,187660 2015-05-02,187567 2015-05-03,187875 2015-05-04,187966 2015-05-05,188424 2015-05-06,188243 2015-05-07,188198 2015-05-08,188104 2015-05-09,188409 2015-05-10,188890 2015-05-11,189275 2015-05-12,189216 2015-05-13,189520 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2015-07-08,195733 2015-07-09,196150 2015-07-10,196128 2015-07-11,196506 2015-07-12,196824 2015-07-13,196749 2015-07-14,196767 2015-07-15,197058 2015-07-16,197557 2015-07-17,198016 2015-07-18,197846 2015-07-19,198314 2015-07-20,198760 2015-07-21,199148 2015-07-22,199247 2015-07-23,199377 2015-07-24,199199 2015-07-25,199488 2015-07-26,199667 2015-07-27,199613 2015-07-28,199426 2015-07-29,199329 2015-07-30,199288 2015-07-31,199283 2015-08-01,199360 2015-08-02,199629 2015-08-03,200005 2015-08-04,200503 2015-08-05,200371 2015-08-06,200617 2015-08-07,200604 2015-08-08,200454 2015-08-09,200916 2015-08-10,200890 2015-08-11,201049 2015-08-12,201078 2015-08-13,201554 2015-08-14,201498 2015-08-15,201828 2015-08-16,201994 2015-08-17,202123 2015-08-18,202594 2015-08-19,202895 2015-08-20,202843 2015-08-21,203087 2015-08-22,203259 2015-08-23,203483 2015-08-24,203336 2015-08-25,203201 2015-08-26,203127 2015-08-27,203215 2015-08-28,203645 2015-08-29,203857 2015-08-30,203891 2015-08-31,204148 2015-09-01,204370 2015-09-02,204624 2015-09-03,204904 2015-09-04,204916 2015-09-05,204997 2015-09-06,204996 2015-09-07,205496 2015-09-08,205746 2015-09-09,206131 2015-09-10,206318 2015-09-11,206201 2015-09-12,206403 2015-09-13,206670 2015-09-14,206898 2015-09-15,206777 2015-09-16,207075 2015-09-17,207382 2015-09-18,207497 2015-09-19,207871 2015-09-20,208128 2015-09-21,208581 2015-09-22,208571 2015-09-23,208387 2015-09-24,208718 2015-09-25,208534 2015-09-26,208825 2015-09-27,208997 2015-09-28,209327 2015-09-29,209713 2015-09-30,210165 2015-10-01,209998 2015-10-02,210056 2015-10-03,210091 2015-10-04,210506 2015-10-05,210545 2015-10-06,210450 2015-10-07,210889 2015-10-08,211101 2015-10-09,211473 2015-10-10,211868 2015-10-11,212363 2015-10-12,212416 2015-10-13,212506 2015-10-14,212742 2015-10-15,212953 2015-10-16,213116 2015-10-17,213032 2015-10-18,213231 2015-10-19,213703 2015-10-20,213679 2015-10-21,213753 2015-10-22,214055 2015-10-23,213969 2015-10-24,214026 2015-10-25,214301 2015-10-26,214467 2015-10-27,214324 2015-10-28,214821 2015-10-29,214746 2015-10-30,214977 2015-10-31,215351 2015-11-01,215529 2015-11-02,215511 2015-11-03,215312 2015-11-04,215372 2015-11-05,215259 2015-11-06,215504 2015-11-07,215788 2015-11-08,216261 2015-11-09,216495 2015-11-10,216730 2015-11-11,216993 2015-11-12,216811 2015-11-13,217199 2015-11-14,217233 2015-11-15,217105 2015-11-16,217446 2015-11-17,217763 2015-11-18,217900 2015-11-19,218058 2015-11-20,218420 2015-11-21,218588 2015-11-22,218643 2015-11-23,218553 2015-11-24,218384 2015-11-25,218254 2015-11-26,218119 2015-11-27,218418 2015-11-28,218421 2015-11-29,218319 2015-11-30,218228 2015-12-01,218152 2015-12-02,218001 2015-12-03,217981 2015-12-04,218364 2015-12-05,218198 2015-12-06,218009 2015-12-07,218234 2015-12-08,218126 miller-5.6.2/doc/data/multicountdown.dat000066400000000000000000000104061354153536500202660ustar00rootroot00000000000000upsec=0.002,color=green,count=1203 upsec=0.083,color=red,count=3817 upsec=0.188,color=red,count=3801 upsec=0.395,color=blue,count=2697 upsec=0.526,color=purple,count=953 upsec=0.671,color=blue,count=2684 upsec=0.899,color=purple,count=926 upsec=0.912,color=red,count=3798 upsec=1.093,color=blue,count=2662 upsec=1.327,color=purple,count=917 upsec=1.407,color=green,count=1187 upsec=1.416,color=red,count=3788 upsec=1.448,color=green,count=1177 upsec=1.587,color=red,count=3782 upsec=1.601,color=red,count=3755 upsec=1.703,color=purple,count=908 upsec=1.832,color=red,count=3717 upsec=2.064,color=blue,count=2659 upsec=2.2880000000000003,color=blue,count=2647 upsec=2.313,color=green,count=1161 upsec=2.346,color=green,count=1129 upsec=2.5580000000000003,color=red,count=3694 upsec=2.716,color=purple,count=883 upsec=2.834,color=blue,count=2646 upsec=2.967,color=green,count=1100 upsec=3.0740000000000003,color=purple,count=850 upsec=3.2820000000000005,color=blue,count=2607 upsec=3.2990000000000004,color=blue,count=2573 upsec=3.4510000000000005,color=blue,count=2563 upsec=3.4870000000000005,color=green,count=1089 upsec=3.7220000000000004,color=red,count=3672 upsec=3.7580000000000005,color=red,count=3648 upsec=3.9670000000000005,color=blue,count=2550 upsec=4.021000000000001,color=green,count=1054 upsec=4.211000000000001,color=red,count=3640 upsec=4.455000000000001,color=purple,count=836 upsec=4.515000000000001,color=red,count=3639 upsec=4.636000000000001,color=purple,count=801 upsec=4.818000000000001,color=red,count=3601 upsec=5.0390000000000015,color=purple,count=770 upsec=5.268000000000002,color=blue,count=2543 upsec=5.310000000000001,color=green,count=1039 upsec=5.319000000000002,color=blue,count=2537 upsec=5.413000000000002,color=red,count=3568 upsec=5.517000000000002,color=purple,count=755 upsec=5.750000000000002,color=green,count=1030 upsec=5.778000000000001,color=blue,count=2535 upsec=5.9380000000000015,color=green,count=1008 upsec=6.101000000000002,color=blue,count=2520 upsec=6.250000000000002,color=blue,count=2520 upsec=6.314000000000002,color=green,count=1005 upsec=6.383000000000002,color=red,count=3551 upsec=6.546000000000002,color=blue,count=2511 upsec=6.703000000000002,color=green,count=984 upsec=6.842000000000002,color=purple,count=721 upsec=6.986000000000002,color=green,count=976 upsec=7.229000000000003,color=blue,count=2488 upsec=7.376000000000003,color=red,count=3547 upsec=7.567000000000003,color=red,count=3522 upsec=7.693000000000003,color=blue,count=2454 upsec=7.869000000000003,color=green,count=937 upsec=8.051000000000004,color=purple,count=697 upsec=8.213000000000005,color=purple,count=694 upsec=8.356000000000005,color=purple,count=658 upsec=8.379000000000005,color=red,count=3516 upsec=8.619000000000005,color=red,count=3505 upsec=8.708000000000006,color=red,count=3479 upsec=8.773000000000005,color=green,count=929 upsec=8.809000000000005,color=red,count=3464 upsec=9.021000000000004,color=purple,count=634 upsec=9.268000000000004,color=blue,count=2428 upsec=9.333000000000004,color=purple,count=621 upsec=9.497000000000003,color=purple,count=606 upsec=9.539000000000003,color=purple,count=572 upsec=9.650000000000004,color=green,count=903 upsec=9.854000000000005,color=blue,count=2400 upsec=9.963000000000005,color=blue,count=2397 upsec=10.088000000000005,color=blue,count=2379 upsec=10.308000000000005,color=red,count=3431 upsec=10.321000000000005,color=red,count=3398 upsec=10.542000000000005,color=green,count=894 upsec=10.752000000000006,color=red,count=3396 upsec=10.868000000000006,color=purple,count=550 upsec=10.942000000000005,color=green,count=887 upsec=11.137000000000006,color=blue,count=2369 upsec=11.384000000000006,color=red,count=3389 upsec=11.517000000000007,color=green,count=859 upsec=11.657000000000007,color=purple,count=516 upsec=11.707000000000008,color=green,count=853 upsec=11.809000000000008,color=green,count=828 upsec=11.904000000000009,color=purple,count=514 upsec=12.09200000000001,color=red,count=3385 upsec=12.317000000000009,color=red,count=3359 upsec=12.37100000000001,color=green,count=789 upsec=12.58800000000001,color=red,count=3355 upsec=12.77200000000001,color=red,count=3348 upsec=12.856000000000009,color=red,count=3346 upsec=13.103000000000009,color=blue,count=2355 upsec=13.346000000000009,color=green,count=752 upsec=13.594000000000008,color=blue,count=2349 miller-5.6.2/doc/data/multicountdown.rb000066400000000000000000000010511354153536500201150ustar00rootroot00000000000000#!/usr/bin/ruby $stdout.sync = true # Simulates some multi-threaded program making progress over time on some set of tasks counts = {'red' => 3842, 'green' => 1224, 'blue' => 2697, 'purple' => 979} colors = counts.keys n = colors.length start_time = Time::now.to_f upsec = 0.0 while counts.any?{|color,count| count > 0} upsec += 0.001 * rand(250) color = colors[rand(n)] count = counts[color] delta = rand(40) count -= delta count = [0, count].max counts[color] = count puts "upsec=#{upsec},color=#{color},count=#{counts[color]}" end miller-5.6.2/doc/data/mydata.txt000066400000000000000000000000551354153536500165200ustar00rootroot00000000000000oh say can you see by the dawn's early light miller-5.6.2/doc/data/nested.tsv000066400000000000000000000000201354153536500165100ustar00rootroot00000000000000a b x z s u:v:w miller-5.6.2/doc/data/newline-example.txt000066400000000000000000000001321354153536500203270ustar00rootroot00000000000000mlr put ' $x = 1 $y = 2 # Syntax error ' mlr put ' $x = 1; $y = 2 # This is OK ' miller-5.6.2/doc/data/ping-delta-example.txt000066400000000000000000000011751354153536500207220ustar00rootroot00000000000000$ each 10 uptime | mlr -p step -a delta -f 11 ... 20:08 up 36 days, 10:38, 5 users, load averages: 1.42 1.62 1.73 0.000000 20:08 up 36 days, 10:38, 5 users, load averages: 1.55 1.64 1.74 0.020000 20:08 up 36 days, 10:38, 7 users, load averages: 1.58 1.65 1.74 0.010000 20:08 up 36 days, 10:38, 9 users, load averages: 1.78 1.69 1.76 0.040000 20:08 up 36 days, 10:39, 9 users, load averages: 2.12 1.76 1.78 0.070000 20:08 up 36 days, 10:39, 9 users, load averages: 2.51 1.85 1.81 0.090000 20:08 up 36 days, 10:39, 8 users, load averages: 2.79 1.92 1.83 0.070000 20:08 up 36 days, 10:39, 4 users, load averages: 2.64 1.90 1.83 -0.020000 miller-5.6.2/doc/data/previous-to-current.sh000066400000000000000000000002751354153536500210140ustar00rootroot00000000000000mlr --icsv --opprint \ join -j color --ul --ur -f data/prevtemp.csv \ then unsparsify --fill-with 0 \ then put '$count_delta = $current_count - $previous_count' \ data/currtemp.csv miller-5.6.2/doc/data/previous_counters.csv000066400000000000000000000000641354153536500210130ustar00rootroot00000000000000color,count red,3472 blue,6838 orange,694 purple,12 miller-5.6.2/doc/data/prevtemp.csv000066400000000000000000000000751354153536500170610ustar00rootroot00000000000000color,previous_count red,3472 blue,6838 orange,694 purple,12 miller-5.6.2/doc/data/put-gating-example-1.dkvp000066400000000000000000000000251354153536500212310ustar00rootroot00000000000000x=-1 x=0 x=1 x=2 x=3 miller-5.6.2/doc/data/put-gating-example-2.dkvp000066400000000000000000000000461354153536500212350ustar00rootroot00000000000000a=abc_123 a=some other name a=xyz_789 miller-5.6.2/doc/data/put-multiline-example.txt000066400000000000000000000002221354153536500214760ustar00rootroot00000000000000mlr --opprint put ' $nf = NF; $nr = NR; $fnr = FNR; $filenum = FILENUM; $filename = FILENAME ' data/small data/small2 miller-5.6.2/doc/data/question.dat000066400000000000000000000000221354153536500170330ustar00rootroot00000000000000a=is it?,b=it is! miller-5.6.2/doc/data/ragged-csv-2.sh000066400000000000000000000001761354153536500172210ustar00rootroot00000000000000mlr --from data/ragged.csv --fs comma --nidx put ' @maxnf = max(@maxnf, NF); while(NF < @maxnf) { $[NF+1] = ""; } ' miller-5.6.2/doc/data/ragged-csv.sh000077500000000000000000000002271354153536500170620ustar00rootroot00000000000000mlr --from data/ragged.csv --fs comma --nidx put ' @maxnf = max(@maxnf, NF); @nf = NF; while(@nf < @maxnf) { @nf += 1; $[@nf] = "" } ' miller-5.6.2/doc/data/ragged.csv000066400000000000000000000000301354153536500164370ustar00rootroot00000000000000a,b,c 1,2,3 4,5 6,7,8,9 miller-5.6.2/doc/data/rect-inner.txt000066400000000000000000000002171354153536500173070ustar00rootroot00000000000000inner1=100,inner2=101 inner1=120,inner2=121 inner1=200,inner2=201 inner1=210,inner2=211 inner1=300,inner2=301 inner1=312 inner1=313,inner2=314 miller-5.6.2/doc/data/rect-middle.txt000066400000000000000000000001061354153536500174270ustar00rootroot00000000000000middle=10 middle=11 middle=12 middle=20 middle=21 middle=30 middle=31 miller-5.6.2/doc/data/rect-outer.txt000066400000000000000000000000301354153536500173230ustar00rootroot00000000000000outer=1 outer=2 outer=3 miller-5.6.2/doc/data/rect.sh000066400000000000000000000002321354153536500157660ustar00rootroot00000000000000mlr --from data/rect.txt put -q ' is_present($outer) { unset @r } for (k, v in $*) { @r[k] = v } is_present($inner1) { emit @r }' miller-5.6.2/doc/data/rect.txt000066400000000000000000000003551354153536500162010ustar00rootroot00000000000000outer=1 middle=10 inner1=100,inner2=101 middle=11 middle=12 inner1=120,inner2=121 outer=2 middle=20 inner1=200,inner2=201 middle=21 inner1=210,inner2=211 outer=3 middle=30 inner1=300,inner2=301 middle=31 inner1=312 inner1=313,inner2=314 miller-5.6.2/doc/data/regex-in-data.dat000066400000000000000000000001131354153536500176120ustar00rootroot00000000000000name=jane,regex=^j.*e$ name=bill,regex=^b[ou]ll$ name=bull,regex=^b[ou]ll$ miller-5.6.2/doc/data/remove-empty-columns.csv000066400000000000000000000000421354153536500213200ustar00rootroot00000000000000a,b,c,d,e 1,,3,,5 2,,4,,5 3,,5,,7 miller-5.6.2/doc/data/repeat-example.dat000066400000000000000000000000711354153536500201010ustar00rootroot00000000000000color=blue,count=5 color=red,count=4 color=green,count=3 miller-5.6.2/doc/data/repeats.dkvp000066400000000000000000000034451354153536500170370ustar00rootroot00000000000000color=red,shape=square,flag=0 color=purple,shape=triangle,flag=0 color=yellow,shape=circle,flag=1 color=red,shape=circle,flag=1 color=red,shape=square,flag=0 color=yellow,shape=circle,flag=1 color=red,shape=square,flag=0 color=red,shape=square,flag=0 color=yellow,shape=circle,flag=1 color=red,shape=circle,flag=1 color=yellow,shape=circle,flag=1 color=yellow,shape=circle,flag=1 color=purple,shape=triangle,flag=0 color=yellow,shape=circle,flag=1 color=yellow,shape=circle,flag=1 color=red,shape=circle,flag=1 color=red,shape=square,flag=0 color=purple,shape=triangle,flag=0 color=yellow,shape=circle,flag=1 color=red,shape=square,flag=0 color=purple,shape=square,flag=0 color=red,shape=square,flag=0 color=red,shape=square,flag=1 color=red,shape=square,flag=0 color=red,shape=square,flag=0 color=purple,shape=triangle,flag=0 color=red,shape=square,flag=0 color=purple,shape=triangle,flag=0 color=red,shape=square,flag=0 color=red,shape=square,flag=0 color=purple,shape=square,flag=0 color=red,shape=square,flag=0 color=red,shape=square,flag=0 color=purple,shape=triangle,flag=0 color=yellow,shape=triangle,flag=1 color=purple,shape=square,flag=0 color=yellow,shape=circle,flag=1 color=purple,shape=triangle,flag=0 color=red,shape=circle,flag=1 color=purple,shape=triangle,flag=0 color=purple,shape=triangle,flag=0 color=red,shape=square,flag=0 color=red,shape=circle,flag=1 color=red,shape=square,flag=1 color=red,shape=square,flag=0 color=red,shape=circle,flag=1 color=purple,shape=square,flag=0 color=purple,shape=square,flag=0 color=red,shape=square,flag=1 color=purple,shape=triangle,flag=0 color=purple,shape=triangle,flag=0 color=purple,shape=square,flag=0 color=yellow,shape=circle,flag=1 color=red,shape=square,flag=0 color=yellow,shape=triangle,flag=1 color=yellow,shape=circle,flag=1 color=purple,shape=square,flag=0 miller-5.6.2/doc/data/sample-example.txt000066400000000000000000000076671354153536500201730ustar00rootroot00000000000000$ mlr --opprint sample -k 4 data/colored-shapes.dkvp color shape flag i u v w x purple triangle 0 90122 0.9986871176198068 0.3037738877233719 0.5154934457238382 5.365962021016529 red circle 0 3139 0.04835898233323954 -0.03964684310055758 0.5263660881848111 5.3758779366493625 orange triangle 0 67847 0.36746306902109926 0.5161574810505635 0.5176199566173642 3.1748088656576567 yellow square 1 33576 0.3098376725521097 0.8525628505287842 0.49774122460981685 4.494754378604669 $ mlr --opprint sample -k 4 data/colored-shapes.dkvp color shape flag i u v w x blue square 1 16783 0.09974385090654347 0.7243899920872646 0.5353718443278438 4.431057737383438 orange square 1 93291 0.5944176543007182 0.17744449786454086 0.49262281749172077 3.1548117990710653 yellow square 1 54436 0.5268161165014636 0.8785588662666121 0.5058773791931063 7.019185838783636 yellow square 1 55491 0.0025440267883102274 0.05474106287787284 0.5102729153751984 3.526301273728043 $ mlr --opprint sample -k 2 -g color data/colored-shapes.dkvp color shape flag i u v w x yellow triangle 1 11 0.6321695890307647 0.9887207810889004 0.4364983936735774 5.7981881667050565 yellow square 1 917 0.8547010348386344 0.7356782810796262 0.4531511689924275 5.774541777078352 red circle 1 4000 0.05490416175132373 0.07392337815122155 0.49416101516594396 5.355725080701707 red square 0 87506 0.6357719216821314 0.6970867759393995 0.4940826462055272 6.351579417310387 purple triangle 0 14898 0.7800986870203719 0.23998073813992293 0.5014775988383656 3.141006771777843 purple triangle 0 151 0.032614487569017414 0.7346633365041219 0.7812143304483805 2.6831992610568047 green triangle 1 126 0.1513010528347546 0.40346767294704544 0.051213231883952326 5.955109300797182 green circle 0 17635 0.029856606049114442 0.4724542934246524 0.49529606749929744 5.239153910272168 blue circle 1 1020 0.414263129226617 0.8304946402876182 0.13151094520189244 4.397873687920433 blue triangle 0 220 0.441773289968473 0.44597731903759075 0.6329360666849821 4.3064608776550894 orange square 0 1885 0.8079311983747106 0.8685956833908394 0.3116410800256374 4.390864584500387 orange triangle 0 1533 0.32904497195507487 0.23168161807490417 0.8722623057355134 5.164071635714438 $ mlr --opprint sample -k 2 -g color then sort -f color data/colored-shapes.dkvp color shape flag i u v w x blue circle 0 215 0.7803586969333292 0.33146680638888126 0.04289047852629113 5.725365736377487 blue circle 1 3616 0.8548431579124808 0.4989623130006362 0.3339426415875795 3.696785877560498 green square 0 356 0.7674272008085286 0.341578843118008 0.4570224877870851 4.830320062215299 green square 0 152 0.6684429446914862 0.016056003736548696 0.4656148241291592 5.434588759225423 orange triangle 0 587 0.5175826237797857 0.08989091493635304 0.9011709461770973 4.265854207755811 orange triangle 0 1533 0.32904497195507487 0.23168161807490417 0.8722623057355134 5.164071635714438 purple triangle 0 14192 0.5196327866973567 0.7860928603468063 0.4964368415453642 4.899167143824484 purple triangle 0 65 0.6842806710360729 0.5823723856331258 0.8014053396013747 5.805148213865135 red square 1 2431 0.38378504852300466 0.11445015005595527 0.49355539228753786 5.146756570128739 red triangle 0 57097 0.43763430414406546 0.3355450325004481 0.5322349637512487 4.144267240289442 yellow triangle 1 11 0.6321695890307647 0.9887207810889004 0.4364983936735774 5.7981881667050565 yellow square 1 158 0.41527900739142165 0.7118027080775757 0.4200799665161291 5.33279067554884 miller-5.6.2/doc/data/sar.csv000066400000000000000000000000641354153536500160020ustar00rootroot00000000000000a,b,c the quick,brown fox,jumped over,the,lazy dogs miller-5.6.2/doc/data/sar.mlr000066400000000000000000000000671354153536500160040ustar00rootroot00000000000000 for (k in $*) { $[k] = gsub($[k], "e", "X"); } miller-5.6.2/doc/data/scan-example-1.tbl000066400000000000000000000000251354153536500177130ustar00rootroot00000000000000value 1 2.0 3x hello miller-5.6.2/doc/data/scan-example-2.tbl000066400000000000000000000000741354153536500177200ustar00rootroot00000000000000value 0001 0002 0005 0005WA 0006 0007 0007WA 0008 0009 0010 miller-5.6.2/doc/data/scope-example.dat000066400000000000000000000000361354153536500177330ustar00rootroot00000000000000n=1,x=123 n=2,x=456 n=3,x=789 miller-5.6.2/doc/data/scope-example.mlr000066400000000000000000000014441354153536500177610ustar00rootroot00000000000000func f(a) { # argument is local to the function var b = 100; # local to the function c = 100; # local to the function; does not overwrite outer c return a + 1; } var a = 10; # local at top level var b = 20; # local at top level c = 30; # local at top level; there is no more-outer-scope c if (NR == 3) { var a = 40; # scoped to the if-statement; doesn't overwrite outer a b = 50; # not scoped to the if-statement; overwrites outer b c = 60; # not scoped to the if-statement; overwrites outer c d = 70; # there is no outer d so a local d is created here $inner_a = a; $inner_b = b; $inner_c = c; $inner_d = d; } $outer_a = a; $outer_b = b; $outer_c = c; $outer_d = d; # there is no outer d defined so no assignment happens miller-5.6.2/doc/data/self-join.csv000066400000000000000000000000221354153536500170750ustar00rootroot00000000000000a,b,c 1,2,3 1,4,5 miller-5.6.2/doc/data/semicolon-example.txt000066400000000000000000000001141354153536500206560ustar00rootroot00000000000000mlr put 'x=1' mlr put 'x=1;$y=2' mlr put 'x=1;$y=2;' mlr put 'x=1;;;;$y=2;' miller-5.6.2/doc/data/single-for-example-1.sh000077500000000000000000000002141354153536500206700ustar00rootroot00000000000000mlr --from data/small put ' print "NR = ".NR; for (key in $*) { value = $[key]; print " key:" . key . " value:".value; } ' miller-5.6.2/doc/data/single-for-example-2.sh000077500000000000000000000002141354153536500206710ustar00rootroot00000000000000mlr -n put ' end { o = {1:2, 3:{4:5}}; for (key in o) { print " key:" . key . " valuetype:" . typeof(o[key]); } } ' miller-5.6.2/doc/data/single-quote-example.mlr000066400000000000000000000000501354153536500212540ustar00rootroot00000000000000$a = "It's OK, I said, then 'for now'." miller-5.6.2/doc/data/small000066400000000000000000000004461354153536500155370ustar00rootroot00000000000000a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 miller-5.6.2/doc/data/small.csv000066400000000000000000000003761354153536500163330ustar00rootroot00000000000000a,b,i,x,y pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 miller-5.6.2/doc/data/small2000066400000000000000000000005111354153536500156120ustar00rootroot00000000000000a=pan,b=eks,i=9999,x=0.267481232652199086,y=0.557077185510228001 a=wye,b=eks,i=10000,x=0.734806020620654365,y=0.884788571337605134 a=pan,b=wye,i=10001,x=0.870530722602517626,y=0.009854780514656930 a=hat,b=wye,i=10002,x=0.321507044286237609,y=0.568893318795083758 a=pan,b=zee,i=10003,x=0.272054845593895200,y=0.425789896597056627 miller-5.6.2/doc/data/sort-het.dkvp000066400000000000000000000002221354153536500171270ustar00rootroot00000000000000count=500,color=green count=600 status=ok,count=250,hours=0.22 status=ok,count=200,hours=3.4 count=300,color=blue count=100,color=green count=450 miller-5.6.2/doc/data/sort-missing.dkvp000066400000000000000000000000201354153536500200140ustar00rootroot00000000000000x=2 a=3 x=4 x=1 miller-5.6.2/doc/data/sort-null.dat000066400000000000000000000000501354153536500171240ustar00rootroot00000000000000a=3,b=2 a=1,b=8 a=,b=4 x=9,b=10 a=5,b=7 miller-5.6.2/doc/data/spaces.csv000066400000000000000000000000731354153536500164730ustar00rootroot00000000000000a b c,def,g h i 123,4567,890 2468,1357,3579 9987,3312,4543 miller-5.6.2/doc/data/sparse.json000066400000000000000000000001041354153536500166630ustar00rootroot00000000000000{"a":1,"b":2,"v":3} {"u":1,"b":2} {"a":1,"v":2,"x":3} {"v":1,"w":2} miller-5.6.2/doc/data/subcommand-example.txt000066400000000000000000000001311354153536500210150ustar00rootroot00000000000000mlr tac *.dat mlr cut --complement -f os_version *.dat mlr sort -f hostname,uptime *.dat miller-5.6.2/doc/data/subr-example.sh000066400000000000000000000004371354153536500174440ustar00rootroot00000000000000mlr --opprint --from data/small put -q ' begin { @call_count = 0; } subr s(n) { @call_count += 1; if (is_numeric(n)) { if (n > 1) { call s(n-1); } else { print "numcalls=" . @call_count; } } } print "NR=" . NR; call s(NR); ' miller-5.6.2/doc/data/system-file-ojson-example.txt000066400000000000000000000007041354153536500222620ustar00rootroot00000000000000$ grep -v '^#' /etc/passwd | head -n 2 | \ mlr --nidx --fs : --ojson --jvstack --jlistwrap label name,password,uid,gid,gecos,home_dir,shell [ { "name": "nobody", "password": "*", "uid": -2, "gid": -2, "gecos": "Unprivileged User", "home_dir": "/var/empty", "shell": "/usr/bin/false" } ,{ "name": "root", "password": "*", "uid": 0, "gid": 0, "gecos": "System Administrator", "home_dir": "/var/root", "shell": "/bin/sh" } ] miller-5.6.2/doc/data/system-file-opprint-example.txt000066400000000000000000000011221354153536500226200ustar00rootroot00000000000000$ grep -v '^#' /etc/passwd | head -n 6 | mlr --nidx --fs : --opprint cat 1 2 3 4 5 6 7 nobody * -2 -2 Unprivileged User /var/empty /usr/bin/false root * 0 0 System Administrator /var/root /bin/sh daemon * 1 1 System Services /var/root /usr/bin/false _uucp * 4 4 Unix to Unix Copy Protocol /var/spool/uucp /usr/sbin/uucico _taskgated * 13 13 Task Gate Daemon /var/empty /usr/bin/false _networkd * 24 24 Network Services /var/networkd /usr/bin/false miller-5.6.2/doc/data/system-file-oxtab-example.txt000066400000000000000000000003211354153536500222420ustar00rootroot00000000000000$ grep -v '^#' /etc/passwd | head -n 2 | mlr --nidx --fs : --oxtab cat 1 nobody 2 * 3 -2 4 -2 5 Unprivileged User 6 /var/empty 7 /usr/bin/false 1 root 2 * 3 0 4 0 5 System Administrator 6 /var/root 7 /bin/sh miller-5.6.2/doc/data/then-chaining-performance.txt000066400000000000000000000004151354153536500222540ustar00rootroot00000000000000% cat piped.sh mlr cut -x -f i,y data/big | mlr sort -n y > /dev/null % time sh piped.sh real 0m2.828s user 0m3.183s sys 0m0.137s % cat chained.sh mlr cut -x -f i,y then sort -n y data/big > /dev/null % time sh chained.sh real 0m2.082s user 0m1.933s sys 0m0.137s miller-5.6.2/doc/data/then-example.csv000066400000000000000000000001651354153536500176060ustar00rootroot00000000000000Status,Payment_Type,Amount paid,cash,10.00 pending,debit,20.00 paid,cash,50.00 pending,credit,40.00 paid,debit,30.00 miller-5.6.2/doc/data/timing-example.txt000066400000000000000000000013101354153536500201540ustar00rootroot00000000000000$ ruby -e '10000.times{|i|puts "i=#{i+1}"}' > lines.txt $ head -n 5 lines.txt i=1 i=2 i=3 i=4 i=5 mlr --ofmt '%.9le' --opprint put '$t=systime()' then step -a delta -f t lines.txt | head -n 7 i t t_delta 1 1430603027.018016 1.430603027e+09 2 1430603027.018043 2.694129944e-05 3 1430603027.018048 5.006790161e-06 4 1430603027.018052 4.053115845e-06 5 1430603027.018055 2.861022949e-06 6 1430603027.018058 3.099441528e-06 mlr --ofmt '%.9le' --oxtab \ put '$t=systime()' then \ step -a delta -f t then \ filter '$i>1' then \ stats1 -a min,mean,max -f t_delta \ lines.txt t_delta_min 2.861022949e-06 t_delta_mean 4.077508505e-06 t_delta_max 5.388259888e-05 miller-5.6.2/doc/data/trailing-commas.sh000077500000000000000000000003241354153536500201240ustar00rootroot00000000000000mlr --csvlite --from data/a.csv put ' func f( num a, num b, ): num { return a**2 + b**2; } $* = { "s": $a + $b, "t": $a - $b, "u": f( $a, $b, ), "v": NR, } ' miller-5.6.2/doc/data/triple-for-example-1.sh000066400000000000000000000001741354153536500207100ustar00rootroot00000000000000mlr --from data/small --opprint put ' num suma = 0; for (a = 1; a <= NR; a += 1) { suma += a; } $suma = suma; ' miller-5.6.2/doc/data/triple-for-example-2.sh000066400000000000000000000003021354153536500207020ustar00rootroot00000000000000mlr --from data/small --opprint put ' num suma = 0; num sumb = 0; for (num a = 1, num b = 1; a <= NR; a += 1, b *= 2) { suma += a; sumb += b; } $suma = suma; $sumb = sumb; ' miller-5.6.2/doc/data/trivial-records.csv000066400000000000000000000000311354153536500203200ustar00rootroot00000000000000a,b,c 1,2,3 4,,6 ,, ,8,9 miller-5.6.2/doc/data/two-pass-percentage.sh000066400000000000000000000007151354153536500207270ustar00rootroot00000000000000mlr --from data/small --opprint put -q ' # These are executed once per record, which is the first pass. # The key is to use NR to index an out-of-stream variable to # retain all the x-field values. @x_min = min($x, @x_min); @x_max = max($x, @x_max); @x[NR] = $x; # The second pass is in a for-loop in an end-block. end { for (nr, x in @x) { @x_pct[nr] = 100 * (x - @x_min) / (@x_max - @x_min); } emit (@x, @x_pct), "NR" } ' miller-5.6.2/doc/data/two-pass-record-numbers.sh000066400000000000000000000003741354153536500215420ustar00rootroot00000000000000mlr --opprint --from data/small put -q ' @records[NR] = $*; end { for((I,k),v in @records) { @records[I]["I"] = I; @records[I]["N"] = NR; @records[I]["PCT"] = 100*I/NR } emit @records,"I" } ' then reorder -f I,N,PCT miller-5.6.2/doc/data/type-decl-example.mlr000066400000000000000000000053071354153536500205400ustar00rootroot00000000000000subr s(a, str b, int c) { # a is implicitly var (untyped). # b is explicitly str. # c is explicitly int. # The type-checking is done at the callsite # when arguments are bound to parameters. # var b = 100; # error # Re-declaration in the same scope is disallowed. int n = 10; # Declaration of variable local to the subroutine. n = 20; # Assignment is OK. int n = 30; # error # Re-declaration in the same scope is disallowed. str n = "abc"; # error # Re-declaration in the same scope is disallowed. # float f1 = 1; # error # 1 is an int, not a float. float f2 = 2.0; # 2.0 is a float. num f3 = 3; # 3 is a num. num f4 = 4.0; # 4.0 is a num. } # # call s(1, 2, 3); # Type-assertion '3 is int' is done here at the callsite. # k = "def"; # Top-level variable k. # for (str k, v in $*) { # k and v are bound here, masking outer k. print k . ":" . v; # k is explicitly str; v is implicitly var. } # # print "k is".k; # k at this scope level is still "def". print "v is".v; # v is undefined in this scope. # i = -1; # for (i = 1, int j = 2; i <= 10; i += 1, j *= 2) { # C-style triple-for variables use enclosing scope, unless # declared local: i is outer, j is local to the loop. print "inner i =" . i; # print "inner j =" . j; # } # print "outer i =" . i; # i has been modified by the loop. print "outer j =" . j; # j is undefined in this scope. miller-5.6.2/doc/data/unsparsify.mlr000066400000000000000000000010041354153536500174120ustar00rootroot00000000000000# First pass: # Remember all unique key names: for (k in $*) { @all_keys[k] = 1; } # Remember all input records: @records[NR] = $*; # Second pass: end { for (nr in @records) { # Get the sparsely keyed input record: irecord = @records[nr]; # Fill in missing keys with empty string: map orecord = {}; for (k in @all_keys) { if (haskey(irecord, k)) { orecord[k] = irecord[k]; } else { orecord[k] = ""; } } # Produce the output: emit orecord; } } miller-5.6.2/doc/data/weighted-mean.sh000066400000000000000000000010011354153536500175420ustar00rootroot00000000000000mlr --from data/medium put -q ' # Using the y field for weighting in this example weight = $y; # Using the a field for weighted aggregation in this example @sumwx[$a] += weight * $i; @sumw[$a] += weight; @sumx[$a] += $i; @sumn[$a] += 1; end { map wmean = {}; map mean = {}; for (a in @sumwx) { wmean[a] = @sumwx[a] / @sumw[a] } for (a in @sumx) { mean[a] = @sumx[a] / @sumn[a] } #emit wmean, "a"; #emit mean, "a"; emit (wmean, mean), "a"; }' miller-5.6.2/doc/data/while-example-1.sh000066400000000000000000000001231354153536500177270ustar00rootroot00000000000000echo x=1,y=2 | mlr put ' while (NF < 10) { $[NF+1] = "" } $foo = "bar" ' miller-5.6.2/doc/data/while-example-2.sh000066400000000000000000000001751354153536500177370ustar00rootroot00000000000000echo x=1,y=2 | mlr put ' do { $[NF+1] = ""; if (NF == 5) { break } } while (NF < 10); $foo = "bar" ' miller-5.6.2/doc/datagen/000077500000000000000000000000001354153536500151725ustar00rootroot00000000000000miller-5.6.2/doc/datagen/mkdat2000077500000000000000000000073451354153536500163130ustar00rootroot00000000000000#!/usr/bin/ruby # ================================================================ # Produces a variety of categorized pseudo-random data in support # of Miller documentation at http://johnkerl.org/miller/doc/index.html # # John Kerl May 2015 # ================================================================ # # Sample output: # # ./datagen/mkdat2 6 | mlr --opprint cat # color shape flag i u v w x # purple circle 0 1 0.5637512757306459 0.4981743566291943 0.36884254478967105 4.480962906000271 # orange square 1 2 0.5232158098904274 0.33717333156510765 0.44646982455699713 5.807558719657881 # red circle 1 3 0.5084894411433544 0.7025118761232125 0.672558508897624 5.094127602621387 # blue square 0 4 0.3145642940519666 0.3040179460903778 0.6388947856924174 7.517194060345607 # yellow triangle 1 5 0.06776212921515201 0.8517576443958519 0.4319941923080997 4.955913436917771 # red square 0 6 0.24407904404655156 0.4297654986740608 0.6681496181121647 4.702469482713694 # ================================================================ # Vary repeat counts to obtain non-uniform distribution on colors $colors=%w( red red red red red red red red red red red red red red red red green green green green blue blue blue blue blue orange yellow yellow yellow yellow yellow purple purple purple purple ) # Vary repeat counts to obtain non-uniform distribution on shapes $shapes = %w( circle circle circle square square square square square triangle triangle triangle triangle ) # Vary per-color probabilities of flag==1 $color_flag_ps = { 'blue' => 0.6, 'green' => 0.2, 'orange' => 0.5, 'purple' => 0.1, 'red' => 0.3, 'yellow' => 0.9, } # For autocorrelation of time series by color $eta = 0.99 # ================================================================ def main() n = 100000 n = Integer ARGV[0] if ARGV.length == 1 history_keys = [] $colors.uniq.each do |color| $shapes.uniq.each do |shape| history_keys << color + '-' + shape end end ht = HistoryTracker.new(history_keys, $eta) n.times do |i| color = $colors[rand $colors.length] shape = $shapes[rand $shapes.length] flag = bernoulli($color_flag_ps[color]) # u: plain unit-interval uniform # v: similar, except for circles, pairwise-correlate u and v u = rand v = rand if color == 'red' && shape == 'circle' v = u + 0.2*(rand-0.5) end # w: autocorrelated time series by color. If you look at stats of w you'll # see roughly uniform distribution. But if you follow each color/shape # combination then you'll see small deltas from one to the next. w = ht.emit(color + '-' + shape) # x: gaussian (boring) x = gaussian puts "color=#{color},shape=#{shape},flag=#{flag},i=#{i+1},u=#{u},v=#{v},w=#{w},x=#{x}" end end # ================================================================ # Roughly normal between 0 and 10, mean 5, stddev about 1.2 def gaussian() 10*(rand+rand+rand+rand+rand+rand)/6 end def bernoulli(p) if rand < p 1 else 0 end end # Autocorrelated time series per color. # For reference please see http://johnkerl.org/rcm/eta.pdf. class HistoryTracker def initialize(keys, eta) @keys = keys @prevs = {} @keys.each do |key| @prevs[key] = rand end @eta = eta @etac = 1.0 - eta @s = Math.sqrt((1+eta)/(1-eta)) @a = 0.5 * (1 - @s) @b = 0.5 * (1 + @s) end def emit(key) @prevs[key] = @eta * @prevs[key] + @etac * rand end end # ================================================================ begin main() rescue Errno::EPIPE # E.g. we're piped to head exit 0 end miller-5.6.2/doc/dates.csv000066400000000000000000000001201354153536500153750ustar00rootroot00000000000000date,event 2018-02-03,initialization 2018-03-07,discovery 2018-02-03,allocation miller-5.6.2/doc/etymology.html000066400000000000000000000160241354153536500165100ustar00rootroot00000000000000 Why call it Miller?

Miller

Why call it Miller?

The Unix toolkit was created in the 1970s and is a mainstay to this day. Miller is written in plain C, and its look and feel adheres closely to the classic toolkit style: if this were music, Miller would be a tribute album. Likewise, since commands are subcommands of the mlr executable, the result is a band, if you will, of command-line tools. Put these together and the namesake is another classic product of the 1970s: the Steve Miller Band. miller-5.6.2/doc/example.csv000066400000000000000000000005631354153536500157430ustar00rootroot00000000000000color,shape,flag,index,quantity,rate yellow,triangle,1,11,43.6498,9.8870 red,square,1,15,79.2778,0.0130 red,circle,1,16,13.8103,2.9010 red,square,0,48,77.5542,7.4670 purple,triangle,0,51,81.2290,8.5910 red,square,0,64,77.1991,9.5310 purple,triangle,0,65,80.1405,5.8240 yellow,circle,1,73,63.9785,4.2370 yellow,circle,1,87,63.5058,8.3350 purple,square,0,91,72.3735,8.2430 miller-5.6.2/doc/expo-sample.sh000077500000000000000000000016111354153536500163570ustar00rootroot00000000000000# Generate 100,000 pairs of independent and identically distributed # exponentially distributed random variables with the same rate parameter # (namely, 2.5). Then compute histograms of one of them, along with # histograms for their sum and their product. # # See also https://en.wikipedia.org/wiki/Exponential_distribution # # Here I'm using a specified random-number seed so this example always # produces the same output for this web document: in everyday practice we # wouldn't do that. mlr -n \ --seed 0.25 \ --opprint \ seqgen --stop 100000 \ then put ' # https://en.wikipedia.org/wiki/Inverse_transform_sampling func expo_sample(lambda) { return -log(1-urand())/lambda } $u = expo_sample(2.5); $v = expo_sample(2.5); $s = $u + $v; $p = $u * $v; ' \ then histogram -f u,s,p --lo 0 --hi 2 --nbins 50 \ then bar -f u_count,s_count,p_count --auto -w 20 miller-5.6.2/doc/faq.html000066400000000000000000001120261354153536500152260ustar00rootroot00000000000000 FAQ

Miller

FAQ
• No output at all
• Fields not selected
• Diagnosing delimiter specifications
• How do I suppress numeric conversion?
• How do I examine then-chaining?
• I assigned $9 and it’s not 9th
• How can I filter by date?
• How can I handle commas-as-data in various formats?
• How can I handle field names with special symbols in them?
• How to escape '?' in regexes?
• How can I put single-quotes into strings?
• Why doesn’t mlr cut put fields in the order I want?
• NR is not consecutive after then-chaining
• Why am I not seeing all possible joins occur?
• How to rectangularize after joins with unpaired?
• What about XML or JSON file formats?

No output at all

Try od -xcv and/or cat -e on your file to check for non-printable characters.

If you’re using Miller version less than 5.0.0 (try mlr --version on your system to find out), when the line-ending-autodetect feature was introduced, please see here.

Fields not selected

Check the field-separators of the data, e.g. with the command-line head program. Example: for CSV, Miller’s default record separator is comma; if your data is tab-delimited, e.g. aTABbTABc, then Miller won’t find three fields named a, b, and c but rather just one named aTABbTABc. Solution in this case: mlr --fs tab {remaining arguments ...}.

Also try od -xcv and/or cat -e on your file to check for non-printable characters.

Diagnosing delimiter specifications

# Use the `file` command to see if there are CR/LF terminators (in this case,
# there are not):
$ file data/colours.csv
data/colours.csv: UTF-8 Unicode text

# Look at the file to find names of fields
$ cat data/colours.csv
KEY;DE;EN;ES;FI;FR;IT;NL;PL;RO;TR
masterdata_colourcode_1;Weiß;White;Blanco;Valkoinen;Blanc;Bianco;Wit;Biały;Alb;Beyaz
masterdata_colourcode_2;Schwarz;Black;Negro;Musta;Noir;Nero;Zwart;Czarny;Negru;Siyah

# Extract a few fields:
$ mlr --csv cut -f KEY,PL,RO data/colours.csv
(only blank lines appear)

# Use XTAB output format to get a sharper picture of where records/fields
# are being split:
$ mlr --icsv --oxtab cat data/colours.csv
KEY;DE;EN;ES;FI;FR;IT;NL;PL;RO;TR masterdata_colourcode_1;Weiß;White;Blanco;Valkoinen;Blanc;Bianco;Wit;Biały;Alb;Beyaz

KEY;DE;EN;ES;FI;FR;IT;NL;PL;RO;TR masterdata_colourcode_2;Schwarz;Black;Negro;Musta;Noir;Nero;Zwart;Czarny;Negru;Siyah

# Using XTAB output format makes it clearer that KEY;DE;...;RO;TR is being
# treated as a single field name in the CSV header, and likewise each
# subsequent line is being treated as a single field value. This is because
# the default field separator is a comma but we have semicolons here.
# Use XTAB again with different field separator (--fs semicolon):
 mlr --icsv --ifs semicolon --oxtab cat data/colours.csv
KEY masterdata_colourcode_1
DE  Weiß
EN  White
ES  Blanco
FI  Valkoinen
FR  Blanc
IT  Bianco
NL  Wit
PL  Biały
RO  Alb
TR  Beyaz

KEY masterdata_colourcode_2
DE  Schwarz
EN  Black
ES  Negro
FI  Musta
FR  Noir
IT  Nero
NL  Zwart
PL  Czarny
RO  Negru
TR  Siyah

# Using the new field-separator, retry the cut:
 mlr --csv --fs semicolon cut -f KEY,PL,RO data/colours.csv
KEY;PL;RO
masterdata_colourcode_1;Biały;Alb
masterdata_colourcode_2;Czarny;Negru

How do I suppress numeric conversion?

TL;DR use put -S.

Within mlr put and mlr filter, the default behavior for scanning input records is to parse them as integer, if possible, then as float, if possible, else leave them as string: 

$ cat data/scan-example-1.tbl
value
1
2.0
3x
hello


$ mlr --pprint put '$copy = $value; $type = typeof($value)' data/scan-example-1.tbl
value copy     type
1     1        int
2.0   2.000000 float
3x    3x       string
hello hello    string

The numeric-conversion rule is simple:

  • Try to scan as integer ("1" should be int);
  • if that doesn’t succeed, try to scan as float ("1.0" should be float);
  • if that doesn’t succeed, leave the value as a string ("1x" is string).

This is a sensible default: you should be able to put '$z = $x + $y' without having to write '$z = int($x) + float($y)'. Also note that default output format for floating-point numbers created by put (and other verbs such as stats1) is six decimal places; you can override this using mlr --ofmt. Also note that Miller uses your system’s C library functions whenever possible: e.g. sscanf for converting strings to integer or floating-point.

But now suppose you have data like these: 

$ cat data/scan-example-2.tbl
value
0001
0002
0005
0005WA
0006
0007
0007WA
0008
0009
0010


$ mlr --pprint put '$copy = $value; $type = typeof($value)' data/scan-example-2.tbl
value  copy     type
0001   1        int
0002   2        int
0005   5        int
0005WA 0005WA   string
0006   6        int
0007   7        int
0007WA 0007WA   string
0008   8.000000 float
0009   9.000000 float
0010   8        int

The same conversion rules as above are being used. Namely:

  • By default field values are inferred to int, else float, else string;
  • leading zeroes indicate octal for integers (sscanf semantics);
  • since 0008 doesn't scan as integer (leading 0 requests octal but 8 isn't a valid octal digit), the float scan is tried next and it succeeds;
  • default floating-point output format is 6 decimal places (override with mlr --ofmt).

Taken individually the rules make sense; taken collectively they produce a mishmash of types here.

The solution is to use the -S flag for mlr put and/or mlr filter. Then all field values are left as string. You can type-coerce on demand using syntax like '$z = int($x) + float($y)'. (See also the put documentation; see also https://github.com/johnkerl/miller/issues/150.) 

$ mlr --pprint put -S '$copy = $value; $type = typeof($value)' data/scan-example-2.tbl
value  copy   type
0001   0001   string
0002   0002   string
0005   0005   string
0005WA 0005WA string
0006   0006   string
0007   0007   string
0007WA 0007WA string
0008   0008   string
0009   0009   string
0010   0010   string

How do I examine then-chaining?

Then-chaining found in Miller is intended to function the same as Unix pipes, but with less keystroking. You can print your data one pipeline step at a time, to see what intermediate output at one step becomes the input to the next step.

First, look at the input data: 

$ cat data/then-example.csv
Status,Payment_Type,Amount
paid,cash,10.00
pending,debit,20.00
paid,cash,50.00
pending,credit,40.00
paid,debit,30.00

Next, run the first step of your command, omitting anything from the first then onward: 

$ mlr --icsv --opprint count-distinct -f Status,Payment_Type data/then-example.csv
Status  Payment_Type count
paid    cash         2
pending debit        1
pending credit       1
paid    debit        1

After that, run it with the next then step included: 

$ mlr --icsv --opprint count-distinct -f Status,Payment_Type then sort -nr count data/then-example.csv
Status  Payment_Type count
paid    cash         2
pending debit        1
pending credit       1
paid    debit        1

Now if you use then to include another verb after that, the columns Status, Payment_Type, and count will be the input to that verb.

Note, by the way, that you’ll get the same results using pipes: 

$ mlr --csv count-distinct -f Status,Payment_Type data/then-example.csv | mlr --icsv --opprint sort -nr count
Status  Payment_Type count
paid    cash         2
pending debit        1
pending credit       1
paid    debit        1

I assigned $9 and it’s not 9th

Miller records are ordered lists of key-value pairs. For NIDX format, DKVP format when keys are missing, or CSV/CSV-lite format with --implicit-csv-header, Miller will sequentially assign keys of the form 1, 2, etc. But these are not integer array indices: they’re just field names taken from the initial field ordering in the input data. 

$ echo x,y,z | mlr --dkvp cat
1=x,2=y,3=z


$ echo x,y,z | mlr --dkvp put '$6="a";$4="b";$55="cde"'
1=x,2=y,3=z,6=a,4=b,55=cde


$ echo x,y,z | mlr --nidx cat
x,y,z


$ echo x,y,z | mlr --csv --implicit-csv-header cat
1,2,3
x,y,z


$ echo x,y,z | mlr --dkvp rename 2,999
1=x,999=y,3=z


$ echo x,y,z | mlr --dkvp rename 2,newname
1=x,newname=y,3=z


$ echo x,y,z | mlr --csv --implicit-csv-header reorder -f 3,1,2
3,1,2
z,x,y

How can I filter by date?

Given input like 

$ cat dates.csv
date,event
2018-02-03,initialization
2018-03-07,discovery
2018-02-03,allocation

we can use strptime to parse the date field into seconds-since-epoch and then do numeric comparisons. Simply match your input dataset’s date-formatting to the strptime format-string. For example: 

$ mlr --csv filter 'strptime($date, "%Y-%m-%d") > strptime("2018-03-03", "%Y-%m-%d")' dates.csv
date,event
2018-03-07,discovery

Caveat: localtime-handling in timezones with DST is still a work in progress; see https://github.com/johnkerl/miller/issues/170. See also https://github.com/johnkerl/miller/issues/208 — thanks @aborruso!

How can I handle commas-as-data in various formats?

CSV handles this well and by design: 

$ cat commas.csv
Name,Role
"Xiao, Lin",administrator
"Khavari, Darius",tester

Likewise JSON: 

$ mlr --icsv --ojson cat commas.csv
{ "Name": "Xiao, Lin", "Role": "administrator" }
{ "Name": "Khavari, Darius", "Role": "tester" }

For Miller’s XTAB there is no escaping for carriage returns, but commas work fine: 

$ mlr --icsv --oxtab cat commas.csv
Name Xiao, Lin
Role administrator

Name Khavari, Darius
Role tester

But for DKVP and NIDX, commas are the default field separator. And — as of Miller 5.4.0 anyway — there is no CSV-style double-quote-handling like there is for CSV. So commas within the data look like delimiters: 

$ mlr --icsv --odkvp cat commas.csv
Name=Xiao, Lin,Role=administrator
Name=Khavari, Darius,Role=tester

One solution is to use a different delimiter, such as a pipe character: 

$ mlr --icsv --odkvp --ofs pipe cat commas.csv
Name=Xiao, Lin|Role=administrator
Name=Khavari, Darius|Role=tester

To be extra-sure to avoid data/delimiter clashes, you can also use control characters as delimiters — here, control-A: 

$ mlr --icsv --odkvp --ofs '\001'  cat commas.csv | cat -v
Name=Xiao, Lin^ARole=administrator
Name=Khavari, Darius^ARole=tester

How can I handle field names with special symbols in them?

Simply surround the field names with curly braces: 

$ echo 'x.a=3,y:b=4,z/c=5' | mlr put '${product.all} = ${x.a} * ${y:b} * ${z/c}'
x.a=3,y:b=4,z/c=5,product.all=60

How to escape '?' in regexes?

One way is to use square brackets; an alternative is to use simple string-substitution rather than a regular expression. 

$ cat data/question.dat
a=is it?,b=it is!


$ mlr --oxtab put '$c = gsub($a, "[?]"," ...")' data/question.dat
a is it?
b it is!
c is it ...


$ mlr --oxtab put '$c = ssub($a, "?"," ...")' data/question.dat
a is it?
b it is!
c is it ...

The ssub function exists precisely for this reason: so you don’t have to escape anything.

How can I put single-quotes into strings?

This is a little tricky due to the shell’s handling of quotes. For simplicity, let’s first put an update script into a file: 

$a = "It's OK, I said, then 'for now'."


$ echo a=bcd | mlr put -f data/single-quote-example.mlr
a=It's OK, I said, then 'for now'.

So, it’s simple: Miller’s DSL uses double quotes for strings, and you can put single quotes (or backslash-escaped double-quotes) inside strings, no problem.

Without putting the update expression in a file, it’s messier: 

$ echo a=bcd | mlr put '$a="It'\''s OK, I said, '\''for now'\''."'
a=It's OK, I said, 'for now'.

The idea is that the outermost single-quotes are to protect the put expression from the shell, and the double quotes within them are for Miller. To get a single quote in the middle there, you need to actually put it outside the single-quoting for the shell. The pieces are

  • $a="It
  • \'
  • s OK, I said,
  • \'
  • for now
  • \'
  • .
all concatenated together.

Why doesn’t mlr cut put fields in the order I want?

Example: columns x,i,a were requested but they appear here in the order a,i,x: 

$ cat data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729


$ mlr cut -f x,i,a data/small
a=pan,i=1,x=0.3467901443380824
a=eks,i=2,x=0.7586799647899636
a=wye,i=3,x=0.20460330576630303
a=eks,i=4,x=0.38139939387114097
a=wye,i=5,x=0.5732889198020006

The issue is that Miller’s cut, by default, outputs cut fields in the order they appear in the input data. This design decision was made intentionally to parallel the *nix system cut command, which has the same semantics.

The solution is to use the -o option: 

$ mlr cut -o -f x,i,a data/small
x=0.3467901443380824,i=1,a=pan
x=0.7586799647899636,i=2,a=eks
x=0.20460330576630303,i=3,a=wye
x=0.38139939387114097,i=4,a=eks
x=0.5732889198020006,i=5,a=wye

NR is not consecutive after then-chaining

Given this input data: 

$ cat data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729

why don’t I see NR=1 and NR=2 here?? 

$ mlr filter '$x > 0.5' then put '$NR = NR' data/small
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,NR=2
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,NR=5

The reason is that NR is computed for the original input records and isn’t dynamically updated. By contrast, NF is dynamically updated: it’s the number of fields in the current record, and if you add/remove a field, the value of NF will change: 

$ echo x=1,y=2,z=3 | mlr put '$nf1 = NF; $u = 4; $nf2 = NF; unset $x,$y,$z; $nf3 = NF'
nf1=3,u=4,nf2=5,nf3=3

NR, by contrast (and FNR as well), retains the value from the original input stream, and records may be dropped by a filter within a then-chain. To recover consecutive record numbers, you can use out-of-stream variables as follows: 

$ mlr --opprint --from data/small put '
  begin{ @nr1 = 0 }
  @nr1 += 1;
  $nr1 = @nr1
' \
then filter '$x>0.5' \
then put '
  begin{ @nr2 = 0 }
  @nr2 += 1;
  $nr2 = @nr2
'
a   b   i x                  y                  nr1 nr2
eks pan 2 0.7586799647899636 0.5221511083334797 2   1
wye pan 5 0.5732889198020006 0.8636244699032729 5   2

Or, simply use mlr cat -n: 

$ mlr filter '$x > 0.5' then cat -n data/small
n=1,a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
n=2,a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729

Why am I not seeing all possible joins occur?

This section describes behavior before Miller 5.1.0. As of 5.1.0, -u is the default.

For example, the right file here has nine records, and the left file should add in the hostname column — so the join output should also have 9 records: 

$ mlr --icsvlite --opprint cat data/join-u-left.csv
hostname              ipaddr
nadir.east.our.org    10.3.1.18
zenith.west.our.org   10.3.1.27
apoapsis.east.our.org 10.4.5.94


$ mlr --icsvlite --opprint cat data/join-u-right.csv
ipaddr    timestamp  bytes
10.3.1.27 1448762579 4568
10.3.1.18 1448762578 8729
10.4.5.94 1448762579 17445
10.3.1.27 1448762589 12
10.3.1.18 1448762588 44558
10.4.5.94 1448762589 8899
10.3.1.27 1448762599 0
10.3.1.18 1448762598 73425
10.4.5.94 1448762599 12200


$ mlr --icsvlite --opprint join -s -j ipaddr -f data/join-u-left.csv data/join-u-right.csv
ipaddr    hostname              timestamp  bytes
10.3.1.27 zenith.west.our.org   1448762579 4568
10.4.5.94 apoapsis.east.our.org 1448762579 17445
10.4.5.94 apoapsis.east.our.org 1448762589 8899
10.4.5.94 apoapsis.east.our.org 1448762599 12200

The issue is that Miller’s join, by default (before 5.1.0), took input sorted (lexically ascending) by the sort keys on both the left and right files. This design decision was made intentionally to parallel the *nix system join command, which has the same semantics. The benefit of this default is that the joiner program can stream through the left and right files, needing to load neither entirely into memory. The drawback, of course, is that is requires sorted input.

The solution (besides pre-sorting the input files on the join keys) is to simply use mlr join -u (which is now the default). This loads the left file entirely into memory (while the right file is still streamed one line at a time) and does all possible joins without requiring sorted input: 

$ mlr --icsvlite --opprint join -u -j ipaddr -f data/join-u-left.csv data/join-u-right.csv
ipaddr    hostname              timestamp  bytes
10.3.1.27 zenith.west.our.org   1448762579 4568
10.3.1.18 nadir.east.our.org    1448762578 8729
10.4.5.94 apoapsis.east.our.org 1448762579 17445
10.3.1.27 zenith.west.our.org   1448762589 12
10.3.1.18 nadir.east.our.org    1448762588 44558
10.4.5.94 apoapsis.east.our.org 1448762589 8899
10.3.1.27 zenith.west.our.org   1448762599 0
10.3.1.18 nadir.east.our.org    1448762598 73425
10.4.5.94 apoapsis.east.our.org 1448762599 12200

General advice is to make sure the left-file is relatively small, e.g. containing name-to-number mappings, while saving large amounts of data for the right file.

How to rectangularize after joins with unpaired?

Suppose you have the following two data files: 

id,code
3,0000ff
2,00ff00
4,ff0000


id,color
4,red
2,green

Joining on color the results are as expected: 

$ mlr --csv join -j id -f data/color-codes.csv data/color-names.csv
id,code,color
4,ff0000,red
2,00ff00,green

However, if we ask for left-unpaireds, since there’s no color column, we get a row not having the same column names as the other: 

$ mlr --csv join --ul -j id -f data/color-codes.csv data/color-names.csv
id,code,color
4,ff0000,red
2,00ff00,green

id,code
3,0000ff

To fix this, we can use unsparsify: 

$ mlr --csv join --ul -j id -f data/color-codes.csv then unsparsify --fill-with "" data/color-names.csv
id,code,color
4,ff0000,red
2,00ff00,green
3,0000ff,

Thanks to @aborruso for the tip!

What about XML or JSON file formats?

Miller handles tabular data, which is a list of records each having fields which are key-value pairs. Miller also doesn’t require that each record have the same field names (see also here). Regardless, tabular data is a non-recursive data structure.

XML, JSON, etc. are, by contrast, all recursive or nested data structures. For example, in JSON you can represent a hash map whose values are lists of lists.

Now, you can put tabular data into these formats — since list-of-key-value-pairs is one of the things representable in XML or JSON. Example: 

# DKVP
x=1,y=2
z=3

# XML
<table>
  <record>
    <field>
      <key> x </key> <value> 1 </value>
    </field>
    <field>
      <key> y </key> <value> 2 </value>
    </field>
  </record>
    <field>
      <key> z </key> <value> 3 </value>
    </field>
  <record>
  </record>
</table>

# JSON
[{"x":1,"y":2},{"z":3}]

However, a tool like Miller which handles non-recursive data is never going to be able to handle full XML/JSON semantics — only a small subset. If tabular data represented in XML/JSON/etc are sufficiently well-structured, it may be easy to grep/sed out the data into a simpler text form — this is a general text-processing problem.

Miller does support tabular data represented in JSON: please see File formats. See also jq for a truly powerful, JSON-specific tool.

For XML, my suggestion is to use a tool like ff-extractor to do format conversion.

miller-5.6.2/doc/feature-comparison.html000066400000000000000000000250061354153536500202630ustar00rootroot00000000000000 Unix-toolkit context
Miller

Unix-toolkit context
• File-format awareness
• awk-like features: mlr filter and mlr put
• See also

File-format awareness

Miller respects CSV headers. If you do mlr --csv cat *.csv then the header line is written once: 

$ cat data/a.csv
a,b,c
1,2,3
4,5,6


$ cat data/b.csv
a,b,c
7,8,9


$ mlr --csv cat data/a.csv data/b.csv
a,b,c
1,2,3
4,5,6
7,8,9


$ mlr --csv sort -nr b data/a.csv data/b.csv
a,b,c
7,8,9
4,5,6
1,2,3

Likewise with mlr sort, mlr tac, and so on.

awk-like features: mlr filter and mlr put

See also

See Main reference for more on Miller’s subcommands cat, cut, head, sort, tac, tail, top, and uniq, as well as awk-like mlr filter and mlr put. miller-5.6.2/doc/file-formats.html000066400000000000000000001076701354153536500170600ustar00rootroot00000000000000 File formats

Miller

File formats
• Overview
• Examples
• CSV/TSV/ASV/USV/etc.
• DKVP: Key-value pairs
• NIDX: Index-numbered (toolkit style)
• Tabular JSON
    • Single-level JSON objects
    • Nested JSON objects
    • Arrays
    • Formatting JSON options
    • JSON non-streaming
• PPRINT: Pretty-printed tabular
• XTAB: Vertical tabular
• Markdown tabular
• Data-conversion keystroke-savers
• Autodetect of line endings
• Comments in data

Overview

Miller handles name-indexed data using several formats: some you probably know by name, such as CSV, TSV, and JSON — and other formats you’re likely already seeing and using in your structured data. Additionally, Miller gives you the option of including comments within your data.

Examples

$ mlr --usage-data-format-examples
  DKVP: delimited key-value pairs (Miller default format)
  +---------------------+
  | apple=1,bat=2,cog=3 | Record 1: "apple" => "1", "bat" => "2", "cog" => "3"
  | dish=7,egg=8,flint  | Record 2: "dish" => "7", "egg" => "8", "3" => "flint"
  +---------------------+

  NIDX: implicitly numerically indexed (Unix-toolkit style)
  +---------------------+
  | the quick brown     | Record 1: "1" => "the", "2" => "quick", "3" => "brown"
  | fox jumped          | Record 2: "1" => "fox", "2" => "jumped"
  +---------------------+

  CSV/CSV-lite: comma-separated values with separate header line
  +---------------------+
  | apple,bat,cog       |
  | 1,2,3               | Record 1: "apple => "1", "bat" => "2", "cog" => "3"
  | 4,5,6               | Record 2: "apple" => "4", "bat" => "5", "cog" => "6"
  +---------------------+

  Tabular JSON: nested objects are supported, although arrays within them are not:
  +---------------------+
  | {                   |
  |  "apple": 1,        | Record 1: "apple" => "1", "bat" => "2", "cog" => "3"
  |  "bat": 2,          |
  |  "cog": 3           |
  | }                   |
  | {                   |
  |   "dish": {         | Record 2: "dish:egg" => "7", "dish:flint" => "8", "garlic" => ""
  |     "egg": 7,       |
  |     "flint": 8      |
  |   },                |
  |   "garlic": ""      |
  | }                   |
  +---------------------+

  PPRINT: pretty-printed tabular
  +---------------------+
  | apple bat cog       |
  | 1     2   3         | Record 1: "apple => "1", "bat" => "2", "cog" => "3"
  | 4     5   6         | Record 2: "apple" => "4", "bat" => "5", "cog" => "6"
  +---------------------+

  XTAB: pretty-printed transposed tabular
  +---------------------+
  | apple 1             | Record 1: "apple" => "1", "bat" => "2", "cog" => "3"
  | bat   2             |
  | cog   3             |
  |                     |
  | dish 7              | Record 2: "dish" => "7", "egg" => "8"
  | egg  8              |
  +---------------------+

  Markdown tabular (supported for output only):
  +-----------------------+
  | | apple | bat | cog | |
  | | ---   | --- | --- | |
  | | 1     | 2   | 3   | | Record 1: "apple => "1", "bat" => "2", "cog" => "3"
  | | 4     | 5   | 6   | | Record 2: "apple" => "4", "bat" => "5", "cog" => "6"
  +-----------------------+

CSV/TSV/ASV/USV/etc.

When mlr is invoked with the --csv or --csvlite option, key names are found on the first record and values are taken from subsequent records. This includes the case of CSV-formatted files. See Record-hetrogeneity for how Miller handles changes of field names within a single data stream.

Miller has record separator RS and field separator FS, just as awk does. For TSV, use --fs tab; to convert TSV to CSV, use --ifs tab --ofs comma, etc. (See also Main reference.)

TSV (tab-separated values): the following are synonymous pairs:

  • --tsv and --csv --fs tab
  • --itsv and --icsv --ifs tab
  • --otsv and --ocsv --ofs tab
  • --tsvlite and --csvlite --fs tab
  • --itsvlite and --icsvlite --ifs tab
  • --otsvlite and --ocsvlite --ofs tab

ASV (ASCII-separated values): the flags --asv, --iasv, --oasv, --asvlite, --iasvlite, and --oasvlite are analogous except they use ASCII FS and RS 0x1f and 0x1e, respectively.

USV (Unicode-separated values): likewise, the flags --usv, --iusv, --ousv, --usvlite, --iusvlite, and --ousvlite use Unicode FS and RS U+241F (UTF-8 0x0xe2909f) and U+241E (UTF-8 0xe2909e), respectively.

Miller’s --csv flag supports RFC-4180 CSV ( https://tools.ietf.org/html/rfc4180). This includes CRLF line-terminators by default, regardless of platform.

Here are the differences between CSV and CSV-lite:

  • CSV supports RFC-4180)-style double-quoting, including the ability to have commas and/or LF/CRLF line-endings contained within an input field; CSV-lite does not.
  • CSV does not allow heterogeneous data; CSV-lite does (see also here).
  • The CSV-lite input-reading code is fractionally more efficient than the CSV input-reader.

Here are things they have in common:

  • The ability to specify record/field separators other than the default, e.g. CR-LF vs. LF, or tab instead of comma for TSV, and so on.
  • The --implicit-csv-header flag for input and the --headerless-csv-output flag for output.

DKVP: Key-value pairs

Miller’s default file format is DKVP, for delimited key-value pairs. Example: 

$ mlr cat data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729

Such data are easy to generate, e.g. in Ruby with 

puts "host=#{hostname},seconds=#{t2-t1},message=#{msg}"


puts mymap.collect{|k,v| "#{k}=#{v}"}.join(',')

or print statements in various languages, e.g. 

echo "type=3,user=$USER,date=$date\n";


logger.log("type=3,user=$USER,date=$date\n");

Fields lacking an IPS will have positional index (starting at 1) used as the key, as in NIDX format. For example, dish=7,egg=8,flint is parsed as "dish" => "7", "egg" => "8", "3" => "flint" and dish,egg,flint is parsed as "1" => "dish", "2" => "egg", "3" => "flint".

As discussed in Record-hetrogeneity, Miller handles changes of field names within the same data stream. But using DKVP format this is particularly natural. One of my favorite use-cases for Miller is in application/server logs, where I log all sorts of lines such as 

resource=/path/to/file,loadsec=0.45,ok=true
record_count=100, resource=/path/to/file
resource=/some/other/path,loadsec=0.97,ok=false

etc. and I just log them as needed. Then later, I can use grep, mlr --opprint group-like, etc. to analyze my logs.

See Main reference regarding how to specify separators other than the default equals-sign and comma.

NIDX: Index-numbered (toolkit style)

With --inidx --ifs ' ' --repifs, Miller splits lines on whitespace and assigns integer field names starting with 1. This recapitulates Unix-toolkit behavior.

Example with index-numbered output: 

$ cat data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729


$ mlr --onidx --ofs ' ' cat data/small
pan pan 1 0.3467901443380824 0.7268028627434533
eks pan 2 0.7586799647899636 0.5221511083334797
wye wye 3 0.20460330576630303 0.33831852551664776
eks wye 4 0.38139939387114097 0.13418874328430463
wye pan 5 0.5732889198020006 0.8636244699032729

Example with index-numbered input: 

$ cat data/mydata.txt
oh say can you see
by the dawn's
early light


$ mlr --inidx --ifs ' ' --odkvp cat data/mydata.txt
1=oh,2=say,3=can,4=you,5=see
1=by,2=the,3=dawn's
1=early,2=light

Example with index-numbered input and output: 

$ cat data/mydata.txt
oh say can you see
by the dawn's
early light


$ mlr --nidx --fs ' ' --repifs cut -f 2,3 data/mydata.txt
say can
the dawn's
light

Tabular JSON

JSON is a format which supports arbitrarily deep nesting of “objects” (hashmaps) and “arrays” (lists), while Miller is a tool for handling tabular data only. This means Miller cannot (and should not) handle arbitrary JSON. (Check out jq.)

But if you have tabular data represented in JSON then Miller can handle that for you.

Single-level JSON objects

An array of single-level objects is, quite simply, a table: 

$ mlr --json head -n 2 then cut -f color,shape data/json-example-1.json
{ "color": "yellow", "shape": "triangle" }
{ "color": "red", "shape": "square" }


$ mlr --json --jvstack head -n 2 then cut -f color,u,v data/json-example-1.json
{
  "color": "yellow",
  "u": 0.6321695890307647,
  "v": 0.9887207810889004
}
{
  "color": "red",
  "u": 0.21966833570651523,
  "v": 0.001257332190235938
}


$ mlr --ijson --opprint stats1 -a mean,stddev,count -f u -g shape data/json-example-1.json
shape    u_mean   u_stddev u_count
triangle 0.583995 0.131184 3
square   0.409355 0.365428 4
circle   0.366013 0.209094 3

Nested JSON objects

Additionally, Miller can tabularize nested objects by concatentating keys: 

$ mlr --json --jvstack head -n 2 data/json-example-2.json
{
  "flag": 1,
  "i": 11,
  "attributes": {
    "color": "yellow",
    "shape": "triangle"
  },
  "values": {
    "u": 0.632170,
    "v": 0.988721,
    "w": 0.436498,
    "x": 5.798188
  }
}
{
  "flag": 1,
  "i": 15,
  "attributes": {
    "color": "red",
    "shape": "square"
  },
  "values": {
    "u": 0.219668,
    "v": 0.001257,
    "w": 0.792778,
    "x": 2.944117
  }
}


$ mlr --ijson --opprint head -n 4 data/json-example-2.json
flag i  attributes:color attributes:shape values:u values:v values:w values:x
1    11 yellow           triangle         0.632170 0.988721 0.436498 5.798188
1    15 red              square           0.219668 0.001257 0.792778 2.944117
1    16 red              circle           0.209017 0.290052 0.138103 5.065034
0    48 red              square           0.956274 0.746720 0.775542 7.117831

Note in particular that as far as Miller’s put and filter, as well as other I/O formats, are concerned, these are simply field names with colons in them: 

$ mlr --json --jvstack head -n 1 then put '${values:uv} = ${values:u} * ${values:v}' data/json-example-2.json
{
  "flag": 1,
  "i": 11,
  "attributes": {
    "color": "yellow",
    "shape": "triangle"
  },
  "values": {
    "u": 0.632170,
    "v": 0.988721,
    "w": 0.436498,
    "x": 5.798188,
    "uv": 0.625040
  }
}

Arrays

Arrays aren’t supported in Miller’s put/filter DSL. By default, JSON arrays are read in as integer-keyed maps.

Suppose you have arrays like this in our input data: 

$ cat data/json-example-3.json
{
  "label": "orange",
  "values": [12.2, 13.8, 17.2]
}
{
  "label": "purple",
  "values": [27.0, 32.4]
}

Then integer indices (starting from 0 and counting up) are used as map keys: 

$ mlr --ijson --oxtab cat data/json-example-3.json
label    orange
values:0 12.2
values:1 13.8
values:2 17.2

label    purple
values:0 27.0
values:1 32.4

When the data are written back out as JSON, field names are re-expanded as above, but what were arrays on input are now maps on output: 

$ mlr --json --jvstack cat data/json-example-3.json
{
  "label": "orange",
  "values": {
    "0": 12.2,
    "1": 13.8,
    "2": 17.2
  }
}
{
  "label": "purple",
  "values": {
    "0": 27.0,
    "1": 32.4
  }
}

This is non-ideal, but it allows Miller (5.x release being latest as of this writing) to handle JSON arrays at all.

You might also use mlr --json-skip-arrays-on-input or mlr --json-fatal-arrays-on-input. To truly handle JSON, please use a JSON-processing tool such as jq.

Formatting JSON options

JSON isn’t a parameterized format, so RS, FS, PS aren’t specifiable. Nonetheless, you can do the following:

  • Use --jvstack to pretty-print JSON objects with multi-line (vertically stacked) spacing. By defaulty, each Miller record (JSON object) is one per line.
  • Use --jlistwrap to print the sequence of JSON objects wrapped in an outermost [ and ]. By default, these aren’t printed.
  • Use --jquoteall to double-quote all object values. By default, integers, floating-point numbers, and booleans true and false are not double-quoted when they appear as JSON-object keys.
  • Use --jflatsep yourstringhere to specify the string used for key concatenation: this defaults to a single colon.
  • Use --jofmt to force Miller to apply the global --ofmt to floating-point values. First note: please use sprintf-style codes for double precision, e.g. ending in %lf, %le, or %lg. Miller floats are double-precision so behavior using %f, %d, etc. is undefined. Second note: 0.123 is valid JSON; .123 is not. Thus this feature allows you to emit JSON which may be unparseable by other tools.

Again, please see jq for a truly powerful, JSON-specific tool.

JSON non-streaming

The JSON parser Miller uses does not return until all input is parsed: in particular this means that, unlike for other file formats, Miller does not (at present) handle JSON files in tail -f contexts.

PPRINT: Pretty-printed tabular

Miller’s pretty-print format is like CSV, but column-aligned. For example, compare 

$ mlr --ocsv cat data/small
a,b,i,x,y
pan,pan,1,0.3467901443380824,0.7268028627434533
eks,pan,2,0.7586799647899636,0.5221511083334797
wye,wye,3,0.20460330576630303,0.33831852551664776
eks,wye,4,0.38139939387114097,0.13418874328430463
wye,pan,5,0.5732889198020006,0.8636244699032729


$ mlr --opprint cat data/small
a   b   i x                   y
pan pan 1 0.3467901443380824  0.7268028627434533
eks pan 2 0.7586799647899636  0.5221511083334797
wye wye 3 0.20460330576630303 0.33831852551664776
eks wye 4 0.38139939387114097 0.13418874328430463
wye pan 5 0.5732889198020006  0.8636244699032729

Note that while Miller is a line-at-a-time processor and retains input lines in memory only where necessary (e.g. for sort), pretty-print output requires it to accumulate all input lines (so that it can compute maximum column widths) before producing any output. This has two consequences: (a) pretty-print output won’t work on tail -f contexts, where Miller will be waiting for an end-of-file marker which never arrives; (b) pretty-print output for large files is constrained by available machine memory.

See Record-hetrogeneity for how Miller handles changes of field names within a single data stream.

For output only (this isn’t supported in the input-scanner as of 5.0.0) you can use --barred with pprint output format: 

$ mlr --opprint --barred cat data/small
+-----+-----+---+---------------------+---------------------+
| a   | b   | i | x                   | y                   |
+-----+-----+---+---------------------+---------------------+
| pan | pan | 1 | 0.3467901443380824  | 0.7268028627434533  |
| eks | pan | 2 | 0.7586799647899636  | 0.5221511083334797  |
| wye | wye | 3 | 0.20460330576630303 | 0.33831852551664776 |
| eks | wye | 4 | 0.38139939387114097 | 0.13418874328430463 |
| wye | pan | 5 | 0.5732889198020006  | 0.8636244699032729  |
+-----+-----+---+---------------------+---------------------+

XTAB: Vertical tabular

This is perhaps most useful for looking a very wide and/or multi-column data which causes line-wraps on the screen (but see also https://github.com/twosigma/ngrid for an entirely different, very powerful option). Namely: 

$ grep -v '^#' /etc/passwd | head -n 6 | mlr --nidx --fs : --opprint cat
1          2 3  4  5                          6               7
nobody     * -2 -2 Unprivileged User          /var/empty      /usr/bin/false
root       * 0  0  System Administrator       /var/root       /bin/sh
daemon     * 1  1  System Services            /var/root       /usr/bin/false
_uucp      * 4  4  Unix to Unix Copy Protocol /var/spool/uucp /usr/sbin/uucico
_taskgated * 13 13 Task Gate Daemon           /var/empty      /usr/bin/false
_networkd  * 24 24 Network Services           /var/networkd   /usr/bin/false


$ grep -v '^#' /etc/passwd | head -n 2 | mlr --nidx --fs : --oxtab cat
1 nobody
2 *
3 -2
4 -2
5 Unprivileged User
6 /var/empty
7 /usr/bin/false

1 root
2 *
3 0
4 0
5 System Administrator
6 /var/root
7 /bin/sh


$ grep -v '^#' /etc/passwd | head -n 2 | \
  mlr --nidx --fs : --ojson --jvstack --jlistwrap label name,password,uid,gid,gecos,home_dir,shell
[
{
  "name": "nobody",
  "password": "*",
  "uid": -2,
  "gid": -2,
  "gecos": "Unprivileged User",
  "home_dir": "/var/empty",
  "shell": "/usr/bin/false"
}
,{
  "name": "root",
  "password": "*",
  "uid": 0,
  "gid": 0,
  "gecos": "System Administrator",
  "home_dir": "/var/root",
  "shell": "/bin/sh"
}
]

Markdown tabular

Markdown format looks like this: 

$ mlr --omd cat data/small
| a | b | i | x | y |
| --- | --- | --- | --- | --- |
| pan | pan | 1 | 0.3467901443380824 | 0.7268028627434533 |
| eks | pan | 2 | 0.7586799647899636 | 0.5221511083334797 |
| wye | wye | 3 | 0.20460330576630303 | 0.33831852551664776 |
| eks | wye | 4 | 0.38139939387114097 | 0.13418874328430463 |
| wye | pan | 5 | 0.5732889198020006 | 0.8636244699032729 |

which renders like this when dropped into various web tools (e.g. github comments):

As of Miller 4.3.0, markdown format is supported only for output, not input.

Data-conversion keystroke-savers

While you can do format conversion using mlr --icsv --ojson cat myfile.csv, there are also keystroke-savers for this purpose, such as mlr --c2j cat myfile.csv. For a complete list: 

$ mlr --usage-format-conversion-keystroke-saver-options
As keystroke-savers for format-conversion you may use the following:
        --c2t --c2d --c2n --c2j --c2x --c2p --c2m
  --t2c       --t2d --t2n --t2j --t2x --t2p --t2m
  --d2c --d2t       --d2n --d2j --d2x --d2p --d2m
  --n2c --n2t --n2d       --n2j --n2x --n2p --n2m
  --j2c --j2t --j2d --j2n       --j2x --j2p --j2m
  --x2c --x2t --x2d --x2n --x2j       --x2p --x2m
  --p2c --p2t --p2d --p2n --p2j --p2x       --p2m
The letters c t d n j x p m refer to formats CSV, TSV, DKVP, NIDX, JSON, XTAB,
PPRINT, and markdown, respectively. Note that markdown format is available for
output only.

Autodetect of line endings

Default line endings (--irs and --ors) are 'auto' which means autodetect from the input file format, as long as the input file(s) have lines ending in either LF (also known as linefeed, '\n', 0x0a, Unix-style) or CRLF (also known as carriage-return/linefeed pairs, '\r\n', 0x0d 0x0a, Windows style).

If both IRS and ORS are auto (which is the default) then LF input will lead to LF output and CRLF input will lead to CRLF output, regardless of the platform you’re running on.

The line-ending autodetector triggers on the first line ending detected in the input stream. E.g. if you specify a CRLF-terminated file on the command line followed by an LF-terminated file then autodetected line endings will be CRLF.

If you use --ors {something else} with (default or explicitly specified) --irs auto then line endings are autodetected on input and set to what you specify on output.

If you use --irs {something else} with (default or explicitly specified) --ors auto then the output line endings used are LF on Unix/Linux/BSD/MacOSX, and CRLF on Windows.

See also Main reference for more information about record/field/pair separators.

Comments in data

You can include comments within your data files, and either have them ignored, or passed directly through to the standard output as soon as they are encountered: 

$ mlr --usage-comments-in-data
  --skip-comments                 Ignore commented lines (prefixed by "#")
                                  within the input.
  --skip-comments-with {string}   Ignore commented lines within input, with
                                  specified prefix.
  --pass-comments                 Immediately print commented lines (prefixed by "#")
                                  within the input.
  --pass-comments-with {string}   Immediately print commented lines within input, with
                                  specified prefix.
Notes:
* Comments are only honored at the start of a line.
* In the absence of any of the above four options, comments are data like
  any other text.
* When pass-comments is used, comment lines are written to standard output
  immediately upon being read; they are not part of the record stream.
  Results may be counterintuitive. A suggestion is to place comments at the
  start of data files.

Examples: 

$ cat data/budget.csv
# Asana -- here are the budget figures you asked for!
type,quantity
purple,456.78
green,678.12
orange,123.45


$ mlr --skip-comments --icsv --opprint sort -nr quantity data/budget.csv
type   quantity
green  678.12
purple 456.78
orange 123.45


$ mlr --pass-comments --icsv --opprint sort -nr quantity data/budget.csv
# Asana -- here are the budget figures you asked for!
type   quantity
green  678.12
purple 456.78
orange 123.45

miller-5.6.2/doc/index-snippet.txt000066400000000000000000000021701354153536500171170ustar00rootroot00000000000000% mlr --csv cut -f hostname,uptime mydata.csv % mlr --csv --rs lf filter '$status != "down" && $upsec >= 10000' *.csv % mlr --nidx put '$sum = $7 < 0.0 ? 3.5 : $7 + 2.1*$8' *.dat % grep -v '^#' /etc/group | mlr --ifs : --nidx --opprint label group,pass,gid,member then sort -f group % mlr join -j account_id -f accounts.dat then group-by account_name balances.dat % mlr --json put '$attr = sub($attr, "([0-9]+)_([0-9]+)_.*", "\1:\2")' data/*.json % mlr stats1 -a min,mean,max,p10,p50,p90 -f flag,u,v data/* % mlr stats2 -a linreg-pca -f u,v -g shape data/* % mlr put -q '@sum[$a][$b] += $x; end {emit @sum, "a", "b"}' data/* % mlr --from estimates.tbl put ' for (k,v in $*) { if (isnumeric(v) && k =~ "^[t-z].*$") { $sum += v; $count += 1 } } $mean = $sum / $count # no assignment if count unset ' % mlr --from infile.dat put -f analyze.mlr % mlr --from infile.dat put 'tee > "./taps/data-".$a."-".$b, $*' % mlr --from infile.dat put 'tee | "gzip > ./taps/data-".$a."-".$b.".gz", $*' % mlr --from infile.dat put -q '@v=$*; dump | "jq .[]"' % mlr --from infile.dat put '(NR % 1000 == 0) { print > stderr, "Checkpoint ".NR}' miller-5.6.2/doc/index.html000066400000000000000000000304101354153536500155620ustar00rootroot00000000000000 About
Miller

About

Miller is like awk, sed, cut, join, and sort for name-indexed data such as CSV, TSV, and tabular JSON. You get to work with your data using named fields, without needing to count positional column indices.

This is something the Unix toolkit always could have done, and arguably always should have done. It operates on key-value-pair data while the familiar Unix tools operate on integer-indexed fields: if the natural data structure for the latter is the array, then Miller’s natural data structure is the insertion-ordered hash map. This encompasses a variety of data formats, including but not limited to the familiar CSV, TSV, and JSON. (Miller can handle positionally-indexed data as a special case.)

Features:

  • Miller is multi-purpose: it’s useful for data cleaning, data reduction, statistical reporting, devops, system administration, log-file processing, format conversion, and database-query post-processing.
  • You can use Miller to snarf and munge log-file data, including selecting out relevant substreams, then produce CSV format and load that into all-in-memory/data-frame utilities for further statistical and/or graphical processing.
  • Miller complements data-analysis tools such as R, pandas, etc.: you can use Miller to clean and prepare your data. While you can do basic statistics entirely in Miller, its streaming-data feature and single-pass algorithms enable you to reduce very large data sets.
  • Miller complements SQL databases: you can slice, dice, and reformat data on the client side on its way into or out of a database. (Examples here and here). You can also reap some of the benefits of databases for quick, setup-free one-off tasks when you just need to query some data in disk files in a hurry.
  • Miller also goes beyond the classic Unix tools by stepping fully into our modern, no-SQL world: its essential record-heterogeneity property allows Miller to operate on data where records with different schema (field names) are interleaved.
  • Miller is streaming: most operations need only a single record in memory at a time, rather than ingesting all input before producing any output. For those operations which require deeper retention (sort, tac, stats1), Miller retains only as much data as needed. This means that whenever functionally possible, you can operate on files which are larger than your system’s available RAM, and you can use Miller in tail -f contexts.
  • Miller is pipe-friendly and interoperates with the Unix toolkit
  • Miller’s I/O formats include tabular pretty-printing, positionally indexed (Unix-toolkit style), CSV, JSON, and others
  • Miller does conversion between formats
  • Miller’s processing is format-aware: e.g. CSV sort and tac keep header lines first
  • Miller has high-throughput performance on par with the Unix toolkit
  • Not unlike jq (for JSON), Miller is written in portable, modern C, with zero runtime dependencies. You can download or compile a single binary, scp it to a faraway machine, and expect it to work.

Releases and release notes: https://github.com/johnkerl/miller/releases.

Examples: 

# Column select
% mlr --csv cut -f hostname,uptime mydata.csv

# Add new columns as function of other columns
% mlr --nidx put '$sum = $7 < 0.0 ? 3.5 : $7 + 2.1*$8' *.dat

# Row filter
% mlr --csv filter '$status != "down" && $upsec >= 10000' *.csv

# Apply column labels and pretty-print
% grep -v '^#' /etc/group | mlr --ifs : --nidx --opprint label group,pass,gid,member then sort -f group

# Join multiple data sources on key columns
% mlr join -j account_id -f accounts.dat then group-by account_name balances.dat

# Multiple formats including JSON
% mlr --json put '$attr = sub($attr, "([0-9]+)_([0-9]+)_.*", "\1:\2")' data/*.json

# Aggregate per-column statistics
% mlr stats1 -a min,mean,max,p10,p50,p90 -f flag,u,v data/*

# Linear regression
% mlr stats2 -a linreg-pca -f u,v -g shape data/*

# Aggregate custom per-column statistics
% mlr put -q '@sum[$a][$b] += $x; end {emit @sum, "a", "b"}' data/*

# Iterate over data using DSL expressions
% mlr --from estimates.tbl put '
  for (k,v in $*) {
    if (is_numeric(v) && k =~ "^[t-z].*$") {
      $sum += v; $count += 1
    }
  }
  $mean = $sum / $count # no assignment if count unset
'

# Run DSL expressions from a script file
% mlr --from infile.dat put -f analyze.mlr

# Split/reduce output to multiple filenames
% mlr --from infile.dat put 'tee > "./taps/data-".$a."-".$b, $*'

# Compressed I/O
% mlr --from infile.dat put 'tee | "gzip > ./taps/data-".$a."-".$b.".gz", $*'

# Interoperate with other data-processing tools using standard pipes
% mlr --from infile.dat put -q '@v=$*; dump | "jq .[]"'

# Tap/trace
% mlr --from infile.dat put  '(NR % 1000 == 0) { print > stderr, "Checkpoint ".NR}'
miller-5.6.2/doc/internationalization.html000066400000000000000000000173171354153536500207330ustar00rootroot00000000000000 Internationalization
Miller

Internationalization

Miller handles strings with any characters other than 0x00 or 0xff, using explicit UTF-8-friendly string-length computations. (I have no plans to support UTF-16 or ISO-8859-1.)

By and large, Miller treats strings as sequences of non-null bytes without need to interpret them semantically. Intentional support for internationalization includes:

Meanwhile, regular expressions and the sub and gsub function correctly, albeit without explicit intentional support.

Please file an issue at https://github.com/johnkerl/miller if you encounter bugs related to internationalization (or anything else for that matter). miller-5.6.2/doc/lines.txt000066400000000000000000002064361354153536500154550ustar00rootroot00000000000000i=1 i=2 i=3 i=4 i=5 i=6 i=7 i=8 i=9 i=10 i=11 i=12 i=13 i=14 i=15 i=16 i=17 i=18 i=19 i=20 i=21 i=22 i=23 i=24 i=25 i=26 i=27 i=28 i=29 i=30 i=31 i=32 i=33 i=34 i=35 i=36 i=37 i=38 i=39 i=40 i=41 i=42 i=43 i=44 i=45 i=46 i=47 i=48 i=49 i=50 i=51 i=52 i=53 i=54 i=55 i=56 i=57 i=58 i=59 i=60 i=61 i=62 i=63 i=64 i=65 i=66 i=67 i=68 i=69 i=70 i=71 i=72 i=73 i=74 i=75 i=76 i=77 i=78 i=79 i=80 i=81 i=82 i=83 i=84 i=85 i=86 i=87 i=88 i=89 i=90 i=91 i=92 i=93 i=94 i=95 i=96 i=97 i=98 i=99 i=100 i=101 i=102 i=103 i=104 i=105 i=106 i=107 i=108 i=109 i=110 i=111 i=112 i=113 i=114 i=115 i=116 i=117 i=118 i=119 i=120 i=121 i=122 i=123 i=124 i=125 i=126 i=127 i=128 i=129 i=130 i=131 i=132 i=133 i=134 i=135 i=136 i=137 i=138 i=139 i=140 i=141 i=142 i=143 i=144 i=145 i=146 i=147 i=148 i=149 i=150 i=151 i=152 i=153 i=154 i=155 i=156 i=157 i=158 i=159 i=160 i=161 i=162 i=163 i=164 i=165 i=166 i=167 i=168 i=169 i=170 i=171 i=172 i=173 i=174 i=175 i=176 i=177 i=178 i=179 i=180 i=181 i=182 i=183 i=184 i=185 i=186 i=187 i=188 i=189 i=190 i=191 i=192 i=193 i=194 i=195 i=196 i=197 i=198 i=199 i=200 i=201 i=202 i=203 i=204 i=205 i=206 i=207 i=208 i=209 i=210 i=211 i=212 i=213 i=214 i=215 i=216 i=217 i=218 i=219 i=220 i=221 i=222 i=223 i=224 i=225 i=226 i=227 i=228 i=229 i=230 i=231 i=232 i=233 i=234 i=235 i=236 i=237 i=238 i=239 i=240 i=241 i=242 i=243 i=244 i=245 i=246 i=247 i=248 i=249 i=250 i=251 i=252 i=253 i=254 i=255 i=256 i=257 i=258 i=259 i=260 i=261 i=262 i=263 i=264 i=265 i=266 i=267 i=268 i=269 i=270 i=271 i=272 i=273 i=274 i=275 i=276 i=277 i=278 i=279 i=280 i=281 i=282 i=283 i=284 i=285 i=286 i=287 i=288 i=289 i=290 i=291 i=292 i=293 i=294 i=295 i=296 i=297 i=298 i=299 i=300 i=301 i=302 i=303 i=304 i=305 i=306 i=307 i=308 i=309 i=310 i=311 i=312 i=313 i=314 i=315 i=316 i=317 i=318 i=319 i=320 i=321 i=322 i=323 i=324 i=325 i=326 i=327 i=328 i=329 i=330 i=331 i=332 i=333 i=334 i=335 i=336 i=337 i=338 i=339 i=340 i=341 i=342 i=343 i=344 i=345 i=346 i=347 i=348 i=349 i=350 i=351 i=352 i=353 i=354 i=355 i=356 i=357 i=358 i=359 i=360 i=361 i=362 i=363 i=364 i=365 i=366 i=367 i=368 i=369 i=370 i=371 i=372 i=373 i=374 i=375 i=376 i=377 i=378 i=379 i=380 i=381 i=382 i=383 i=384 i=385 i=386 i=387 i=388 i=389 i=390 i=391 i=392 i=393 i=394 i=395 i=396 i=397 i=398 i=399 i=400 i=401 i=402 i=403 i=404 i=405 i=406 i=407 i=408 i=409 i=410 i=411 i=412 i=413 i=414 i=415 i=416 i=417 i=418 i=419 i=420 i=421 i=422 i=423 i=424 i=425 i=426 i=427 i=428 i=429 i=430 i=431 i=432 i=433 i=434 i=435 i=436 i=437 i=438 i=439 i=440 i=441 i=442 i=443 i=444 i=445 i=446 i=447 i=448 i=449 i=450 i=451 i=452 i=453 i=454 i=455 i=456 i=457 i=458 i=459 i=460 i=461 i=462 i=463 i=464 i=465 i=466 i=467 i=468 i=469 i=470 i=471 i=472 i=473 i=474 i=475 i=476 i=477 i=478 i=479 i=480 i=481 i=482 i=483 i=484 i=485 i=486 i=487 i=488 i=489 i=490 i=491 i=492 i=493 i=494 i=495 i=496 i=497 i=498 i=499 i=500 i=501 i=502 i=503 i=504 i=505 i=506 i=507 i=508 i=509 i=510 i=511 i=512 i=513 i=514 i=515 i=516 i=517 i=518 i=519 i=520 i=521 i=522 i=523 i=524 i=525 i=526 i=527 i=528 i=529 i=530 i=531 i=532 i=533 i=534 i=535 i=536 i=537 i=538 i=539 i=540 i=541 i=542 i=543 i=544 i=545 i=546 i=547 i=548 i=549 i=550 i=551 i=552 i=553 i=554 i=555 i=556 i=557 i=558 i=559 i=560 i=561 i=562 i=563 i=564 i=565 i=566 i=567 i=568 i=569 i=570 i=571 i=572 i=573 i=574 i=575 i=576 i=577 i=578 i=579 i=580 i=581 i=582 i=583 i=584 i=585 i=586 i=587 i=588 i=589 i=590 i=591 i=592 i=593 i=594 i=595 i=596 i=597 i=598 i=599 i=600 i=601 i=602 i=603 i=604 i=605 i=606 i=607 i=608 i=609 i=610 i=611 i=612 i=613 i=614 i=615 i=616 i=617 i=618 i=619 i=620 i=621 i=622 i=623 i=624 i=625 i=626 i=627 i=628 i=629 i=630 i=631 i=632 i=633 i=634 i=635 i=636 i=637 i=638 i=639 i=640 i=641 i=642 i=643 i=644 i=645 i=646 i=647 i=648 i=649 i=650 i=651 i=652 i=653 i=654 i=655 i=656 i=657 i=658 i=659 i=660 i=661 i=662 i=663 i=664 i=665 i=666 i=667 i=668 i=669 i=670 i=671 i=672 i=673 i=674 i=675 i=676 i=677 i=678 i=679 i=680 i=681 i=682 i=683 i=684 i=685 i=686 i=687 i=688 i=689 i=690 i=691 i=692 i=693 i=694 i=695 i=696 i=697 i=698 i=699 i=700 i=701 i=702 i=703 i=704 i=705 i=706 i=707 i=708 i=709 i=710 i=711 i=712 i=713 i=714 i=715 i=716 i=717 i=718 i=719 i=720 i=721 i=722 i=723 i=724 i=725 i=726 i=727 i=728 i=729 i=730 i=731 i=732 i=733 i=734 i=735 i=736 i=737 i=738 i=739 i=740 i=741 i=742 i=743 i=744 i=745 i=746 i=747 i=748 i=749 i=750 i=751 i=752 i=753 i=754 i=755 i=756 i=757 i=758 i=759 i=760 i=761 i=762 i=763 i=764 i=765 i=766 i=767 i=768 i=769 i=770 i=771 i=772 i=773 i=774 i=775 i=776 i=777 i=778 i=779 i=780 i=781 i=782 i=783 i=784 i=785 i=786 i=787 i=788 i=789 i=790 i=791 i=792 i=793 i=794 i=795 i=796 i=797 i=798 i=799 i=800 i=801 i=802 i=803 i=804 i=805 i=806 i=807 i=808 i=809 i=810 i=811 i=812 i=813 i=814 i=815 i=816 i=817 i=818 i=819 i=820 i=821 i=822 i=823 i=824 i=825 i=826 i=827 i=828 i=829 i=830 i=831 i=832 i=833 i=834 i=835 i=836 i=837 i=838 i=839 i=840 i=841 i=842 i=843 i=844 i=845 i=846 i=847 i=848 i=849 i=850 i=851 i=852 i=853 i=854 i=855 i=856 i=857 i=858 i=859 i=860 i=861 i=862 i=863 i=864 i=865 i=866 i=867 i=868 i=869 i=870 i=871 i=872 i=873 i=874 i=875 i=876 i=877 i=878 i=879 i=880 i=881 i=882 i=883 i=884 i=885 i=886 i=887 i=888 i=889 i=890 i=891 i=892 i=893 i=894 i=895 i=896 i=897 i=898 i=899 i=900 i=901 i=902 i=903 i=904 i=905 i=906 i=907 i=908 i=909 i=910 i=911 i=912 i=913 i=914 i=915 i=916 i=917 i=918 i=919 i=920 i=921 i=922 i=923 i=924 i=925 i=926 i=927 i=928 i=929 i=930 i=931 i=932 i=933 i=934 i=935 i=936 i=937 i=938 i=939 i=940 i=941 i=942 i=943 i=944 i=945 i=946 i=947 i=948 i=949 i=950 i=951 i=952 i=953 i=954 i=955 i=956 i=957 i=958 i=959 i=960 i=961 i=962 i=963 i=964 i=965 i=966 i=967 i=968 i=969 i=970 i=971 i=972 i=973 i=974 i=975 i=976 i=977 i=978 i=979 i=980 i=981 i=982 i=983 i=984 i=985 i=986 i=987 i=988 i=989 i=990 i=991 i=992 i=993 i=994 i=995 i=996 i=997 i=998 i=999 i=1000 i=1001 i=1002 i=1003 i=1004 i=1005 i=1006 i=1007 i=1008 i=1009 i=1010 i=1011 i=1012 i=1013 i=1014 i=1015 i=1016 i=1017 i=1018 i=1019 i=1020 i=1021 i=1022 i=1023 i=1024 i=1025 i=1026 i=1027 i=1028 i=1029 i=1030 i=1031 i=1032 i=1033 i=1034 i=1035 i=1036 i=1037 i=1038 i=1039 i=1040 i=1041 i=1042 i=1043 i=1044 i=1045 i=1046 i=1047 i=1048 i=1049 i=1050 i=1051 i=1052 i=1053 i=1054 i=1055 i=1056 i=1057 i=1058 i=1059 i=1060 i=1061 i=1062 i=1063 i=1064 i=1065 i=1066 i=1067 i=1068 i=1069 i=1070 i=1071 i=1072 i=1073 i=1074 i=1075 i=1076 i=1077 i=1078 i=1079 i=1080 i=1081 i=1082 i=1083 i=1084 i=1085 i=1086 i=1087 i=1088 i=1089 i=1090 i=1091 i=1092 i=1093 i=1094 i=1095 i=1096 i=1097 i=1098 i=1099 i=1100 i=1101 i=1102 i=1103 i=1104 i=1105 i=1106 i=1107 i=1108 i=1109 i=1110 i=1111 i=1112 i=1113 i=1114 i=1115 i=1116 i=1117 i=1118 i=1119 i=1120 i=1121 i=1122 i=1123 i=1124 i=1125 i=1126 i=1127 i=1128 i=1129 i=1130 i=1131 i=1132 i=1133 i=1134 i=1135 i=1136 i=1137 i=1138 i=1139 i=1140 i=1141 i=1142 i=1143 i=1144 i=1145 i=1146 i=1147 i=1148 i=1149 i=1150 i=1151 i=1152 i=1153 i=1154 i=1155 i=1156 i=1157 i=1158 i=1159 i=1160 i=1161 i=1162 i=1163 i=1164 i=1165 i=1166 i=1167 i=1168 i=1169 i=1170 i=1171 i=1172 i=1173 i=1174 i=1175 i=1176 i=1177 i=1178 i=1179 i=1180 i=1181 i=1182 i=1183 i=1184 i=1185 i=1186 i=1187 i=1188 i=1189 i=1190 i=1191 i=1192 i=1193 i=1194 i=1195 i=1196 i=1197 i=1198 i=1199 i=1200 i=1201 i=1202 i=1203 i=1204 i=1205 i=1206 i=1207 i=1208 i=1209 i=1210 i=1211 i=1212 i=1213 i=1214 i=1215 i=1216 i=1217 i=1218 i=1219 i=1220 i=1221 i=1222 i=1223 i=1224 i=1225 i=1226 i=1227 i=1228 i=1229 i=1230 i=1231 i=1232 i=1233 i=1234 i=1235 i=1236 i=1237 i=1238 i=1239 i=1240 i=1241 i=1242 i=1243 i=1244 i=1245 i=1246 i=1247 i=1248 i=1249 i=1250 i=1251 i=1252 i=1253 i=1254 i=1255 i=1256 i=1257 i=1258 i=1259 i=1260 i=1261 i=1262 i=1263 i=1264 i=1265 i=1266 i=1267 i=1268 i=1269 i=1270 i=1271 i=1272 i=1273 i=1274 i=1275 i=1276 i=1277 i=1278 i=1279 i=1280 i=1281 i=1282 i=1283 i=1284 i=1285 i=1286 i=1287 i=1288 i=1289 i=1290 i=1291 i=1292 i=1293 i=1294 i=1295 i=1296 i=1297 i=1298 i=1299 i=1300 i=1301 i=1302 i=1303 i=1304 i=1305 i=1306 i=1307 i=1308 i=1309 i=1310 i=1311 i=1312 i=1313 i=1314 i=1315 i=1316 i=1317 i=1318 i=1319 i=1320 i=1321 i=1322 i=1323 i=1324 i=1325 i=1326 i=1327 i=1328 i=1329 i=1330 i=1331 i=1332 i=1333 i=1334 i=1335 i=1336 i=1337 i=1338 i=1339 i=1340 i=1341 i=1342 i=1343 i=1344 i=1345 i=1346 i=1347 i=1348 i=1349 i=1350 i=1351 i=1352 i=1353 i=1354 i=1355 i=1356 i=1357 i=1358 i=1359 i=1360 i=1361 i=1362 i=1363 i=1364 i=1365 i=1366 i=1367 i=1368 i=1369 i=1370 i=1371 i=1372 i=1373 i=1374 i=1375 i=1376 i=1377 i=1378 i=1379 i=1380 i=1381 i=1382 i=1383 i=1384 i=1385 i=1386 i=1387 i=1388 i=1389 i=1390 i=1391 i=1392 i=1393 i=1394 i=1395 i=1396 i=1397 i=1398 i=1399 i=1400 i=1401 i=1402 i=1403 i=1404 i=1405 i=1406 i=1407 i=1408 i=1409 i=1410 i=1411 i=1412 i=1413 i=1414 i=1415 i=1416 i=1417 i=1418 i=1419 i=1420 i=1421 i=1422 i=1423 i=1424 i=1425 i=1426 i=1427 i=1428 i=1429 i=1430 i=1431 i=1432 i=1433 i=1434 i=1435 i=1436 i=1437 i=1438 i=1439 i=1440 i=1441 i=1442 i=1443 i=1444 i=1445 i=1446 i=1447 i=1448 i=1449 i=1450 i=1451 i=1452 i=1453 i=1454 i=1455 i=1456 i=1457 i=1458 i=1459 i=1460 i=1461 i=1462 i=1463 i=1464 i=1465 i=1466 i=1467 i=1468 i=1469 i=1470 i=1471 i=1472 i=1473 i=1474 i=1475 i=1476 i=1477 i=1478 i=1479 i=1480 i=1481 i=1482 i=1483 i=1484 i=1485 i=1486 i=1487 i=1488 i=1489 i=1490 i=1491 i=1492 i=1493 i=1494 i=1495 i=1496 i=1497 i=1498 i=1499 i=1500 i=1501 i=1502 i=1503 i=1504 i=1505 i=1506 i=1507 i=1508 i=1509 i=1510 i=1511 i=1512 i=1513 i=1514 i=1515 i=1516 i=1517 i=1518 i=1519 i=1520 i=1521 i=1522 i=1523 i=1524 i=1525 i=1526 i=1527 i=1528 i=1529 i=1530 i=1531 i=1532 i=1533 i=1534 i=1535 i=1536 i=1537 i=1538 i=1539 i=1540 i=1541 i=1542 i=1543 i=1544 i=1545 i=1546 i=1547 i=1548 i=1549 i=1550 i=1551 i=1552 i=1553 i=1554 i=1555 i=1556 i=1557 i=1558 i=1559 i=1560 i=1561 i=1562 i=1563 i=1564 i=1565 i=1566 i=1567 i=1568 i=1569 i=1570 i=1571 i=1572 i=1573 i=1574 i=1575 i=1576 i=1577 i=1578 i=1579 i=1580 i=1581 i=1582 i=1583 i=1584 i=1585 i=1586 i=1587 i=1588 i=1589 i=1590 i=1591 i=1592 i=1593 i=1594 i=1595 i=1596 i=1597 i=1598 i=1599 i=1600 i=1601 i=1602 i=1603 i=1604 i=1605 i=1606 i=1607 i=1608 i=1609 i=1610 i=1611 i=1612 i=1613 i=1614 i=1615 i=1616 i=1617 i=1618 i=1619 i=1620 i=1621 i=1622 i=1623 i=1624 i=1625 i=1626 i=1627 i=1628 i=1629 i=1630 i=1631 i=1632 i=1633 i=1634 i=1635 i=1636 i=1637 i=1638 i=1639 i=1640 i=1641 i=1642 i=1643 i=1644 i=1645 i=1646 i=1647 i=1648 i=1649 i=1650 i=1651 i=1652 i=1653 i=1654 i=1655 i=1656 i=1657 i=1658 i=1659 i=1660 i=1661 i=1662 i=1663 i=1664 i=1665 i=1666 i=1667 i=1668 i=1669 i=1670 i=1671 i=1672 i=1673 i=1674 i=1675 i=1676 i=1677 i=1678 i=1679 i=1680 i=1681 i=1682 i=1683 i=1684 i=1685 i=1686 i=1687 i=1688 i=1689 i=1690 i=1691 i=1692 i=1693 i=1694 i=1695 i=1696 i=1697 i=1698 i=1699 i=1700 i=1701 i=1702 i=1703 i=1704 i=1705 i=1706 i=1707 i=1708 i=1709 i=1710 i=1711 i=1712 i=1713 i=1714 i=1715 i=1716 i=1717 i=1718 i=1719 i=1720 i=1721 i=1722 i=1723 i=1724 i=1725 i=1726 i=1727 i=1728 i=1729 i=1730 i=1731 i=1732 i=1733 i=1734 i=1735 i=1736 i=1737 i=1738 i=1739 i=1740 i=1741 i=1742 i=1743 i=1744 i=1745 i=1746 i=1747 i=1748 i=1749 i=1750 i=1751 i=1752 i=1753 i=1754 i=1755 i=1756 i=1757 i=1758 i=1759 i=1760 i=1761 i=1762 i=1763 i=1764 i=1765 i=1766 i=1767 i=1768 i=1769 i=1770 i=1771 i=1772 i=1773 i=1774 i=1775 i=1776 i=1777 i=1778 i=1779 i=1780 i=1781 i=1782 i=1783 i=1784 i=1785 i=1786 i=1787 i=1788 i=1789 i=1790 i=1791 i=1792 i=1793 i=1794 i=1795 i=1796 i=1797 i=1798 i=1799 i=1800 i=1801 i=1802 i=1803 i=1804 i=1805 i=1806 i=1807 i=1808 i=1809 i=1810 i=1811 i=1812 i=1813 i=1814 i=1815 i=1816 i=1817 i=1818 i=1819 i=1820 i=1821 i=1822 i=1823 i=1824 i=1825 i=1826 i=1827 i=1828 i=1829 i=1830 i=1831 i=1832 i=1833 i=1834 i=1835 i=1836 i=1837 i=1838 i=1839 i=1840 i=1841 i=1842 i=1843 i=1844 i=1845 i=1846 i=1847 i=1848 i=1849 i=1850 i=1851 i=1852 i=1853 i=1854 i=1855 i=1856 i=1857 i=1858 i=1859 i=1860 i=1861 i=1862 i=1863 i=1864 i=1865 i=1866 i=1867 i=1868 i=1869 i=1870 i=1871 i=1872 i=1873 i=1874 i=1875 i=1876 i=1877 i=1878 i=1879 i=1880 i=1881 i=1882 i=1883 i=1884 i=1885 i=1886 i=1887 i=1888 i=1889 i=1890 i=1891 i=1892 i=1893 i=1894 i=1895 i=1896 i=1897 i=1898 i=1899 i=1900 i=1901 i=1902 i=1903 i=1904 i=1905 i=1906 i=1907 i=1908 i=1909 i=1910 i=1911 i=1912 i=1913 i=1914 i=1915 i=1916 i=1917 i=1918 i=1919 i=1920 i=1921 i=1922 i=1923 i=1924 i=1925 i=1926 i=1927 i=1928 i=1929 i=1930 i=1931 i=1932 i=1933 i=1934 i=1935 i=1936 i=1937 i=1938 i=1939 i=1940 i=1941 i=1942 i=1943 i=1944 i=1945 i=1946 i=1947 i=1948 i=1949 i=1950 i=1951 i=1952 i=1953 i=1954 i=1955 i=1956 i=1957 i=1958 i=1959 i=1960 i=1961 i=1962 i=1963 i=1964 i=1965 i=1966 i=1967 i=1968 i=1969 i=1970 i=1971 i=1972 i=1973 i=1974 i=1975 i=1976 i=1977 i=1978 i=1979 i=1980 i=1981 i=1982 i=1983 i=1984 i=1985 i=1986 i=1987 i=1988 i=1989 i=1990 i=1991 i=1992 i=1993 i=1994 i=1995 i=1996 i=1997 i=1998 i=1999 i=2000 i=2001 i=2002 i=2003 i=2004 i=2005 i=2006 i=2007 i=2008 i=2009 i=2010 i=2011 i=2012 i=2013 i=2014 i=2015 i=2016 i=2017 i=2018 i=2019 i=2020 i=2021 i=2022 i=2023 i=2024 i=2025 i=2026 i=2027 i=2028 i=2029 i=2030 i=2031 i=2032 i=2033 i=2034 i=2035 i=2036 i=2037 i=2038 i=2039 i=2040 i=2041 i=2042 i=2043 i=2044 i=2045 i=2046 i=2047 i=2048 i=2049 i=2050 i=2051 i=2052 i=2053 i=2054 i=2055 i=2056 i=2057 i=2058 i=2059 i=2060 i=2061 i=2062 i=2063 i=2064 i=2065 i=2066 i=2067 i=2068 i=2069 i=2070 i=2071 i=2072 i=2073 i=2074 i=2075 i=2076 i=2077 i=2078 i=2079 i=2080 i=2081 i=2082 i=2083 i=2084 i=2085 i=2086 i=2087 i=2088 i=2089 i=2090 i=2091 i=2092 i=2093 i=2094 i=2095 i=2096 i=2097 i=2098 i=2099 i=2100 i=2101 i=2102 i=2103 i=2104 i=2105 i=2106 i=2107 i=2108 i=2109 i=2110 i=2111 i=2112 i=2113 i=2114 i=2115 i=2116 i=2117 i=2118 i=2119 i=2120 i=2121 i=2122 i=2123 i=2124 i=2125 i=2126 i=2127 i=2128 i=2129 i=2130 i=2131 i=2132 i=2133 i=2134 i=2135 i=2136 i=2137 i=2138 i=2139 i=2140 i=2141 i=2142 i=2143 i=2144 i=2145 i=2146 i=2147 i=2148 i=2149 i=2150 i=2151 i=2152 i=2153 i=2154 i=2155 i=2156 i=2157 i=2158 i=2159 i=2160 i=2161 i=2162 i=2163 i=2164 i=2165 i=2166 i=2167 i=2168 i=2169 i=2170 i=2171 i=2172 i=2173 i=2174 i=2175 i=2176 i=2177 i=2178 i=2179 i=2180 i=2181 i=2182 i=2183 i=2184 i=2185 i=2186 i=2187 i=2188 i=2189 i=2190 i=2191 i=2192 i=2193 i=2194 i=2195 i=2196 i=2197 i=2198 i=2199 i=2200 i=2201 i=2202 i=2203 i=2204 i=2205 i=2206 i=2207 i=2208 i=2209 i=2210 i=2211 i=2212 i=2213 i=2214 i=2215 i=2216 i=2217 i=2218 i=2219 i=2220 i=2221 i=2222 i=2223 i=2224 i=2225 i=2226 i=2227 i=2228 i=2229 i=2230 i=2231 i=2232 i=2233 i=2234 i=2235 i=2236 i=2237 i=2238 i=2239 i=2240 i=2241 i=2242 i=2243 i=2244 i=2245 i=2246 i=2247 i=2248 i=2249 i=2250 i=2251 i=2252 i=2253 i=2254 i=2255 i=2256 i=2257 i=2258 i=2259 i=2260 i=2261 i=2262 i=2263 i=2264 i=2265 i=2266 i=2267 i=2268 i=2269 i=2270 i=2271 i=2272 i=2273 i=2274 i=2275 i=2276 i=2277 i=2278 i=2279 i=2280 i=2281 i=2282 i=2283 i=2284 i=2285 i=2286 i=2287 i=2288 i=2289 i=2290 i=2291 i=2292 i=2293 i=2294 i=2295 i=2296 i=2297 i=2298 i=2299 i=2300 i=2301 i=2302 i=2303 i=2304 i=2305 i=2306 i=2307 i=2308 i=2309 i=2310 i=2311 i=2312 i=2313 i=2314 i=2315 i=2316 i=2317 i=2318 i=2319 i=2320 i=2321 i=2322 i=2323 i=2324 i=2325 i=2326 i=2327 i=2328 i=2329 i=2330 i=2331 i=2332 i=2333 i=2334 i=2335 i=2336 i=2337 i=2338 i=2339 i=2340 i=2341 i=2342 i=2343 i=2344 i=2345 i=2346 i=2347 i=2348 i=2349 i=2350 i=2351 i=2352 i=2353 i=2354 i=2355 i=2356 i=2357 i=2358 i=2359 i=2360 i=2361 i=2362 i=2363 i=2364 i=2365 i=2366 i=2367 i=2368 i=2369 i=2370 i=2371 i=2372 i=2373 i=2374 i=2375 i=2376 i=2377 i=2378 i=2379 i=2380 i=2381 i=2382 i=2383 i=2384 i=2385 i=2386 i=2387 i=2388 i=2389 i=2390 i=2391 i=2392 i=2393 i=2394 i=2395 i=2396 i=2397 i=2398 i=2399 i=2400 i=2401 i=2402 i=2403 i=2404 i=2405 i=2406 i=2407 i=2408 i=2409 i=2410 i=2411 i=2412 i=2413 i=2414 i=2415 i=2416 i=2417 i=2418 i=2419 i=2420 i=2421 i=2422 i=2423 i=2424 i=2425 i=2426 i=2427 i=2428 i=2429 i=2430 i=2431 i=2432 i=2433 i=2434 i=2435 i=2436 i=2437 i=2438 i=2439 i=2440 i=2441 i=2442 i=2443 i=2444 i=2445 i=2446 i=2447 i=2448 i=2449 i=2450 i=2451 i=2452 i=2453 i=2454 i=2455 i=2456 i=2457 i=2458 i=2459 i=2460 i=2461 i=2462 i=2463 i=2464 i=2465 i=2466 i=2467 i=2468 i=2469 i=2470 i=2471 i=2472 i=2473 i=2474 i=2475 i=2476 i=2477 i=2478 i=2479 i=2480 i=2481 i=2482 i=2483 i=2484 i=2485 i=2486 i=2487 i=2488 i=2489 i=2490 i=2491 i=2492 i=2493 i=2494 i=2495 i=2496 i=2497 i=2498 i=2499 i=2500 i=2501 i=2502 i=2503 i=2504 i=2505 i=2506 i=2507 i=2508 i=2509 i=2510 i=2511 i=2512 i=2513 i=2514 i=2515 i=2516 i=2517 i=2518 i=2519 i=2520 i=2521 i=2522 i=2523 i=2524 i=2525 i=2526 i=2527 i=2528 i=2529 i=2530 i=2531 i=2532 i=2533 i=2534 i=2535 i=2536 i=2537 i=2538 i=2539 i=2540 i=2541 i=2542 i=2543 i=2544 i=2545 i=2546 i=2547 i=2548 i=2549 i=2550 i=2551 i=2552 i=2553 i=2554 i=2555 i=2556 i=2557 i=2558 i=2559 i=2560 i=2561 i=2562 i=2563 i=2564 i=2565 i=2566 i=2567 i=2568 i=2569 i=2570 i=2571 i=2572 i=2573 i=2574 i=2575 i=2576 i=2577 i=2578 i=2579 i=2580 i=2581 i=2582 i=2583 i=2584 i=2585 i=2586 i=2587 i=2588 i=2589 i=2590 i=2591 i=2592 i=2593 i=2594 i=2595 i=2596 i=2597 i=2598 i=2599 i=2600 i=2601 i=2602 i=2603 i=2604 i=2605 i=2606 i=2607 i=2608 i=2609 i=2610 i=2611 i=2612 i=2613 i=2614 i=2615 i=2616 i=2617 i=2618 i=2619 i=2620 i=2621 i=2622 i=2623 i=2624 i=2625 i=2626 i=2627 i=2628 i=2629 i=2630 i=2631 i=2632 i=2633 i=2634 i=2635 i=2636 i=2637 i=2638 i=2639 i=2640 i=2641 i=2642 i=2643 i=2644 i=2645 i=2646 i=2647 i=2648 i=2649 i=2650 i=2651 i=2652 i=2653 i=2654 i=2655 i=2656 i=2657 i=2658 i=2659 i=2660 i=2661 i=2662 i=2663 i=2664 i=2665 i=2666 i=2667 i=2668 i=2669 i=2670 i=2671 i=2672 i=2673 i=2674 i=2675 i=2676 i=2677 i=2678 i=2679 i=2680 i=2681 i=2682 i=2683 i=2684 i=2685 i=2686 i=2687 i=2688 i=2689 i=2690 i=2691 i=2692 i=2693 i=2694 i=2695 i=2696 i=2697 i=2698 i=2699 i=2700 i=2701 i=2702 i=2703 i=2704 i=2705 i=2706 i=2707 i=2708 i=2709 i=2710 i=2711 i=2712 i=2713 i=2714 i=2715 i=2716 i=2717 i=2718 i=2719 i=2720 i=2721 i=2722 i=2723 i=2724 i=2725 i=2726 i=2727 i=2728 i=2729 i=2730 i=2731 i=2732 i=2733 i=2734 i=2735 i=2736 i=2737 i=2738 i=2739 i=2740 i=2741 i=2742 i=2743 i=2744 i=2745 i=2746 i=2747 i=2748 i=2749 i=2750 i=2751 i=2752 i=2753 i=2754 i=2755 i=2756 i=2757 i=2758 i=2759 i=2760 i=2761 i=2762 i=2763 i=2764 i=2765 i=2766 i=2767 i=2768 i=2769 i=2770 i=2771 i=2772 i=2773 i=2774 i=2775 i=2776 i=2777 i=2778 i=2779 i=2780 i=2781 i=2782 i=2783 i=2784 i=2785 i=2786 i=2787 i=2788 i=2789 i=2790 i=2791 i=2792 i=2793 i=2794 i=2795 i=2796 i=2797 i=2798 i=2799 i=2800 i=2801 i=2802 i=2803 i=2804 i=2805 i=2806 i=2807 i=2808 i=2809 i=2810 i=2811 i=2812 i=2813 i=2814 i=2815 i=2816 i=2817 i=2818 i=2819 i=2820 i=2821 i=2822 i=2823 i=2824 i=2825 i=2826 i=2827 i=2828 i=2829 i=2830 i=2831 i=2832 i=2833 i=2834 i=2835 i=2836 i=2837 i=2838 i=2839 i=2840 i=2841 i=2842 i=2843 i=2844 i=2845 i=2846 i=2847 i=2848 i=2849 i=2850 i=2851 i=2852 i=2853 i=2854 i=2855 i=2856 i=2857 i=2858 i=2859 i=2860 i=2861 i=2862 i=2863 i=2864 i=2865 i=2866 i=2867 i=2868 i=2869 i=2870 i=2871 i=2872 i=2873 i=2874 i=2875 i=2876 i=2877 i=2878 i=2879 i=2880 i=2881 i=2882 i=2883 i=2884 i=2885 i=2886 i=2887 i=2888 i=2889 i=2890 i=2891 i=2892 i=2893 i=2894 i=2895 i=2896 i=2897 i=2898 i=2899 i=2900 i=2901 i=2902 i=2903 i=2904 i=2905 i=2906 i=2907 i=2908 i=2909 i=2910 i=2911 i=2912 i=2913 i=2914 i=2915 i=2916 i=2917 i=2918 i=2919 i=2920 i=2921 i=2922 i=2923 i=2924 i=2925 i=2926 i=2927 i=2928 i=2929 i=2930 i=2931 i=2932 i=2933 i=2934 i=2935 i=2936 i=2937 i=2938 i=2939 i=2940 i=2941 i=2942 i=2943 i=2944 i=2945 i=2946 i=2947 i=2948 i=2949 i=2950 i=2951 i=2952 i=2953 i=2954 i=2955 i=2956 i=2957 i=2958 i=2959 i=2960 i=2961 i=2962 i=2963 i=2964 i=2965 i=2966 i=2967 i=2968 i=2969 i=2970 i=2971 i=2972 i=2973 i=2974 i=2975 i=2976 i=2977 i=2978 i=2979 i=2980 i=2981 i=2982 i=2983 i=2984 i=2985 i=2986 i=2987 i=2988 i=2989 i=2990 i=2991 i=2992 i=2993 i=2994 i=2995 i=2996 i=2997 i=2998 i=2999 i=3000 i=3001 i=3002 i=3003 i=3004 i=3005 i=3006 i=3007 i=3008 i=3009 i=3010 i=3011 i=3012 i=3013 i=3014 i=3015 i=3016 i=3017 i=3018 i=3019 i=3020 i=3021 i=3022 i=3023 i=3024 i=3025 i=3026 i=3027 i=3028 i=3029 i=3030 i=3031 i=3032 i=3033 i=3034 i=3035 i=3036 i=3037 i=3038 i=3039 i=3040 i=3041 i=3042 i=3043 i=3044 i=3045 i=3046 i=3047 i=3048 i=3049 i=3050 i=3051 i=3052 i=3053 i=3054 i=3055 i=3056 i=3057 i=3058 i=3059 i=3060 i=3061 i=3062 i=3063 i=3064 i=3065 i=3066 i=3067 i=3068 i=3069 i=3070 i=3071 i=3072 i=3073 i=3074 i=3075 i=3076 i=3077 i=3078 i=3079 i=3080 i=3081 i=3082 i=3083 i=3084 i=3085 i=3086 i=3087 i=3088 i=3089 i=3090 i=3091 i=3092 i=3093 i=3094 i=3095 i=3096 i=3097 i=3098 i=3099 i=3100 i=3101 i=3102 i=3103 i=3104 i=3105 i=3106 i=3107 i=3108 i=3109 i=3110 i=3111 i=3112 i=3113 i=3114 i=3115 i=3116 i=3117 i=3118 i=3119 i=3120 i=3121 i=3122 i=3123 i=3124 i=3125 i=3126 i=3127 i=3128 i=3129 i=3130 i=3131 i=3132 i=3133 i=3134 i=3135 i=3136 i=3137 i=3138 i=3139 i=3140 i=3141 i=3142 i=3143 i=3144 i=3145 i=3146 i=3147 i=3148 i=3149 i=3150 i=3151 i=3152 i=3153 i=3154 i=3155 i=3156 i=3157 i=3158 i=3159 i=3160 i=3161 i=3162 i=3163 i=3164 i=3165 i=3166 i=3167 i=3168 i=3169 i=3170 i=3171 i=3172 i=3173 i=3174 i=3175 i=3176 i=3177 i=3178 i=3179 i=3180 i=3181 i=3182 i=3183 i=3184 i=3185 i=3186 i=3187 i=3188 i=3189 i=3190 i=3191 i=3192 i=3193 i=3194 i=3195 i=3196 i=3197 i=3198 i=3199 i=3200 i=3201 i=3202 i=3203 i=3204 i=3205 i=3206 i=3207 i=3208 i=3209 i=3210 i=3211 i=3212 i=3213 i=3214 i=3215 i=3216 i=3217 i=3218 i=3219 i=3220 i=3221 i=3222 i=3223 i=3224 i=3225 i=3226 i=3227 i=3228 i=3229 i=3230 i=3231 i=3232 i=3233 i=3234 i=3235 i=3236 i=3237 i=3238 i=3239 i=3240 i=3241 i=3242 i=3243 i=3244 i=3245 i=3246 i=3247 i=3248 i=3249 i=3250 i=3251 i=3252 i=3253 i=3254 i=3255 i=3256 i=3257 i=3258 i=3259 i=3260 i=3261 i=3262 i=3263 i=3264 i=3265 i=3266 i=3267 i=3268 i=3269 i=3270 i=3271 i=3272 i=3273 i=3274 i=3275 i=3276 i=3277 i=3278 i=3279 i=3280 i=3281 i=3282 i=3283 i=3284 i=3285 i=3286 i=3287 i=3288 i=3289 i=3290 i=3291 i=3292 i=3293 i=3294 i=3295 i=3296 i=3297 i=3298 i=3299 i=3300 i=3301 i=3302 i=3303 i=3304 i=3305 i=3306 i=3307 i=3308 i=3309 i=3310 i=3311 i=3312 i=3313 i=3314 i=3315 i=3316 i=3317 i=3318 i=3319 i=3320 i=3321 i=3322 i=3323 i=3324 i=3325 i=3326 i=3327 i=3328 i=3329 i=3330 i=3331 i=3332 i=3333 i=3334 i=3335 i=3336 i=3337 i=3338 i=3339 i=3340 i=3341 i=3342 i=3343 i=3344 i=3345 i=3346 i=3347 i=3348 i=3349 i=3350 i=3351 i=3352 i=3353 i=3354 i=3355 i=3356 i=3357 i=3358 i=3359 i=3360 i=3361 i=3362 i=3363 i=3364 i=3365 i=3366 i=3367 i=3368 i=3369 i=3370 i=3371 i=3372 i=3373 i=3374 i=3375 i=3376 i=3377 i=3378 i=3379 i=3380 i=3381 i=3382 i=3383 i=3384 i=3385 i=3386 i=3387 i=3388 i=3389 i=3390 i=3391 i=3392 i=3393 i=3394 i=3395 i=3396 i=3397 i=3398 i=3399 i=3400 i=3401 i=3402 i=3403 i=3404 i=3405 i=3406 i=3407 i=3408 i=3409 i=3410 i=3411 i=3412 i=3413 i=3414 i=3415 i=3416 i=3417 i=3418 i=3419 i=3420 i=3421 i=3422 i=3423 i=3424 i=3425 i=3426 i=3427 i=3428 i=3429 i=3430 i=3431 i=3432 i=3433 i=3434 i=3435 i=3436 i=3437 i=3438 i=3439 i=3440 i=3441 i=3442 i=3443 i=3444 i=3445 i=3446 i=3447 i=3448 i=3449 i=3450 i=3451 i=3452 i=3453 i=3454 i=3455 i=3456 i=3457 i=3458 i=3459 i=3460 i=3461 i=3462 i=3463 i=3464 i=3465 i=3466 i=3467 i=3468 i=3469 i=3470 i=3471 i=3472 i=3473 i=3474 i=3475 i=3476 i=3477 i=3478 i=3479 i=3480 i=3481 i=3482 i=3483 i=3484 i=3485 i=3486 i=3487 i=3488 i=3489 i=3490 i=3491 i=3492 i=3493 i=3494 i=3495 i=3496 i=3497 i=3498 i=3499 i=3500 i=3501 i=3502 i=3503 i=3504 i=3505 i=3506 i=3507 i=3508 i=3509 i=3510 i=3511 i=3512 i=3513 i=3514 i=3515 i=3516 i=3517 i=3518 i=3519 i=3520 i=3521 i=3522 i=3523 i=3524 i=3525 i=3526 i=3527 i=3528 i=3529 i=3530 i=3531 i=3532 i=3533 i=3534 i=3535 i=3536 i=3537 i=3538 i=3539 i=3540 i=3541 i=3542 i=3543 i=3544 i=3545 i=3546 i=3547 i=3548 i=3549 i=3550 i=3551 i=3552 i=3553 i=3554 i=3555 i=3556 i=3557 i=3558 i=3559 i=3560 i=3561 i=3562 i=3563 i=3564 i=3565 i=3566 i=3567 i=3568 i=3569 i=3570 i=3571 i=3572 i=3573 i=3574 i=3575 i=3576 i=3577 i=3578 i=3579 i=3580 i=3581 i=3582 i=3583 i=3584 i=3585 i=3586 i=3587 i=3588 i=3589 i=3590 i=3591 i=3592 i=3593 i=3594 i=3595 i=3596 i=3597 i=3598 i=3599 i=3600 i=3601 i=3602 i=3603 i=3604 i=3605 i=3606 i=3607 i=3608 i=3609 i=3610 i=3611 i=3612 i=3613 i=3614 i=3615 i=3616 i=3617 i=3618 i=3619 i=3620 i=3621 i=3622 i=3623 i=3624 i=3625 i=3626 i=3627 i=3628 i=3629 i=3630 i=3631 i=3632 i=3633 i=3634 i=3635 i=3636 i=3637 i=3638 i=3639 i=3640 i=3641 i=3642 i=3643 i=3644 i=3645 i=3646 i=3647 i=3648 i=3649 i=3650 i=3651 i=3652 i=3653 i=3654 i=3655 i=3656 i=3657 i=3658 i=3659 i=3660 i=3661 i=3662 i=3663 i=3664 i=3665 i=3666 i=3667 i=3668 i=3669 i=3670 i=3671 i=3672 i=3673 i=3674 i=3675 i=3676 i=3677 i=3678 i=3679 i=3680 i=3681 i=3682 i=3683 i=3684 i=3685 i=3686 i=3687 i=3688 i=3689 i=3690 i=3691 i=3692 i=3693 i=3694 i=3695 i=3696 i=3697 i=3698 i=3699 i=3700 i=3701 i=3702 i=3703 i=3704 i=3705 i=3706 i=3707 i=3708 i=3709 i=3710 i=3711 i=3712 i=3713 i=3714 i=3715 i=3716 i=3717 i=3718 i=3719 i=3720 i=3721 i=3722 i=3723 i=3724 i=3725 i=3726 i=3727 i=3728 i=3729 i=3730 i=3731 i=3732 i=3733 i=3734 i=3735 i=3736 i=3737 i=3738 i=3739 i=3740 i=3741 i=3742 i=3743 i=3744 i=3745 i=3746 i=3747 i=3748 i=3749 i=3750 i=3751 i=3752 i=3753 i=3754 i=3755 i=3756 i=3757 i=3758 i=3759 i=3760 i=3761 i=3762 i=3763 i=3764 i=3765 i=3766 i=3767 i=3768 i=3769 i=3770 i=3771 i=3772 i=3773 i=3774 i=3775 i=3776 i=3777 i=3778 i=3779 i=3780 i=3781 i=3782 i=3783 i=3784 i=3785 i=3786 i=3787 i=3788 i=3789 i=3790 i=3791 i=3792 i=3793 i=3794 i=3795 i=3796 i=3797 i=3798 i=3799 i=3800 i=3801 i=3802 i=3803 i=3804 i=3805 i=3806 i=3807 i=3808 i=3809 i=3810 i=3811 i=3812 i=3813 i=3814 i=3815 i=3816 i=3817 i=3818 i=3819 i=3820 i=3821 i=3822 i=3823 i=3824 i=3825 i=3826 i=3827 i=3828 i=3829 i=3830 i=3831 i=3832 i=3833 i=3834 i=3835 i=3836 i=3837 i=3838 i=3839 i=3840 i=3841 i=3842 i=3843 i=3844 i=3845 i=3846 i=3847 i=3848 i=3849 i=3850 i=3851 i=3852 i=3853 i=3854 i=3855 i=3856 i=3857 i=3858 i=3859 i=3860 i=3861 i=3862 i=3863 i=3864 i=3865 i=3866 i=3867 i=3868 i=3869 i=3870 i=3871 i=3872 i=3873 i=3874 i=3875 i=3876 i=3877 i=3878 i=3879 i=3880 i=3881 i=3882 i=3883 i=3884 i=3885 i=3886 i=3887 i=3888 i=3889 i=3890 i=3891 i=3892 i=3893 i=3894 i=3895 i=3896 i=3897 i=3898 i=3899 i=3900 i=3901 i=3902 i=3903 i=3904 i=3905 i=3906 i=3907 i=3908 i=3909 i=3910 i=3911 i=3912 i=3913 i=3914 i=3915 i=3916 i=3917 i=3918 i=3919 i=3920 i=3921 i=3922 i=3923 i=3924 i=3925 i=3926 i=3927 i=3928 i=3929 i=3930 i=3931 i=3932 i=3933 i=3934 i=3935 i=3936 i=3937 i=3938 i=3939 i=3940 i=3941 i=3942 i=3943 i=3944 i=3945 i=3946 i=3947 i=3948 i=3949 i=3950 i=3951 i=3952 i=3953 i=3954 i=3955 i=3956 i=3957 i=3958 i=3959 i=3960 i=3961 i=3962 i=3963 i=3964 i=3965 i=3966 i=3967 i=3968 i=3969 i=3970 i=3971 i=3972 i=3973 i=3974 i=3975 i=3976 i=3977 i=3978 i=3979 i=3980 i=3981 i=3982 i=3983 i=3984 i=3985 i=3986 i=3987 i=3988 i=3989 i=3990 i=3991 i=3992 i=3993 i=3994 i=3995 i=3996 i=3997 i=3998 i=3999 i=4000 i=4001 i=4002 i=4003 i=4004 i=4005 i=4006 i=4007 i=4008 i=4009 i=4010 i=4011 i=4012 i=4013 i=4014 i=4015 i=4016 i=4017 i=4018 i=4019 i=4020 i=4021 i=4022 i=4023 i=4024 i=4025 i=4026 i=4027 i=4028 i=4029 i=4030 i=4031 i=4032 i=4033 i=4034 i=4035 i=4036 i=4037 i=4038 i=4039 i=4040 i=4041 i=4042 i=4043 i=4044 i=4045 i=4046 i=4047 i=4048 i=4049 i=4050 i=4051 i=4052 i=4053 i=4054 i=4055 i=4056 i=4057 i=4058 i=4059 i=4060 i=4061 i=4062 i=4063 i=4064 i=4065 i=4066 i=4067 i=4068 i=4069 i=4070 i=4071 i=4072 i=4073 i=4074 i=4075 i=4076 i=4077 i=4078 i=4079 i=4080 i=4081 i=4082 i=4083 i=4084 i=4085 i=4086 i=4087 i=4088 i=4089 i=4090 i=4091 i=4092 i=4093 i=4094 i=4095 i=4096 i=4097 i=4098 i=4099 i=4100 i=4101 i=4102 i=4103 i=4104 i=4105 i=4106 i=4107 i=4108 i=4109 i=4110 i=4111 i=4112 i=4113 i=4114 i=4115 i=4116 i=4117 i=4118 i=4119 i=4120 i=4121 i=4122 i=4123 i=4124 i=4125 i=4126 i=4127 i=4128 i=4129 i=4130 i=4131 i=4132 i=4133 i=4134 i=4135 i=4136 i=4137 i=4138 i=4139 i=4140 i=4141 i=4142 i=4143 i=4144 i=4145 i=4146 i=4147 i=4148 i=4149 i=4150 i=4151 i=4152 i=4153 i=4154 i=4155 i=4156 i=4157 i=4158 i=4159 i=4160 i=4161 i=4162 i=4163 i=4164 i=4165 i=4166 i=4167 i=4168 i=4169 i=4170 i=4171 i=4172 i=4173 i=4174 i=4175 i=4176 i=4177 i=4178 i=4179 i=4180 i=4181 i=4182 i=4183 i=4184 i=4185 i=4186 i=4187 i=4188 i=4189 i=4190 i=4191 i=4192 i=4193 i=4194 i=4195 i=4196 i=4197 i=4198 i=4199 i=4200 i=4201 i=4202 i=4203 i=4204 i=4205 i=4206 i=4207 i=4208 i=4209 i=4210 i=4211 i=4212 i=4213 i=4214 i=4215 i=4216 i=4217 i=4218 i=4219 i=4220 i=4221 i=4222 i=4223 i=4224 i=4225 i=4226 i=4227 i=4228 i=4229 i=4230 i=4231 i=4232 i=4233 i=4234 i=4235 i=4236 i=4237 i=4238 i=4239 i=4240 i=4241 i=4242 i=4243 i=4244 i=4245 i=4246 i=4247 i=4248 i=4249 i=4250 i=4251 i=4252 i=4253 i=4254 i=4255 i=4256 i=4257 i=4258 i=4259 i=4260 i=4261 i=4262 i=4263 i=4264 i=4265 i=4266 i=4267 i=4268 i=4269 i=4270 i=4271 i=4272 i=4273 i=4274 i=4275 i=4276 i=4277 i=4278 i=4279 i=4280 i=4281 i=4282 i=4283 i=4284 i=4285 i=4286 i=4287 i=4288 i=4289 i=4290 i=4291 i=4292 i=4293 i=4294 i=4295 i=4296 i=4297 i=4298 i=4299 i=4300 i=4301 i=4302 i=4303 i=4304 i=4305 i=4306 i=4307 i=4308 i=4309 i=4310 i=4311 i=4312 i=4313 i=4314 i=4315 i=4316 i=4317 i=4318 i=4319 i=4320 i=4321 i=4322 i=4323 i=4324 i=4325 i=4326 i=4327 i=4328 i=4329 i=4330 i=4331 i=4332 i=4333 i=4334 i=4335 i=4336 i=4337 i=4338 i=4339 i=4340 i=4341 i=4342 i=4343 i=4344 i=4345 i=4346 i=4347 i=4348 i=4349 i=4350 i=4351 i=4352 i=4353 i=4354 i=4355 i=4356 i=4357 i=4358 i=4359 i=4360 i=4361 i=4362 i=4363 i=4364 i=4365 i=4366 i=4367 i=4368 i=4369 i=4370 i=4371 i=4372 i=4373 i=4374 i=4375 i=4376 i=4377 i=4378 i=4379 i=4380 i=4381 i=4382 i=4383 i=4384 i=4385 i=4386 i=4387 i=4388 i=4389 i=4390 i=4391 i=4392 i=4393 i=4394 i=4395 i=4396 i=4397 i=4398 i=4399 i=4400 i=4401 i=4402 i=4403 i=4404 i=4405 i=4406 i=4407 i=4408 i=4409 i=4410 i=4411 i=4412 i=4413 i=4414 i=4415 i=4416 i=4417 i=4418 i=4419 i=4420 i=4421 i=4422 i=4423 i=4424 i=4425 i=4426 i=4427 i=4428 i=4429 i=4430 i=4431 i=4432 i=4433 i=4434 i=4435 i=4436 i=4437 i=4438 i=4439 i=4440 i=4441 i=4442 i=4443 i=4444 i=4445 i=4446 i=4447 i=4448 i=4449 i=4450 i=4451 i=4452 i=4453 i=4454 i=4455 i=4456 i=4457 i=4458 i=4459 i=4460 i=4461 i=4462 i=4463 i=4464 i=4465 i=4466 i=4467 i=4468 i=4469 i=4470 i=4471 i=4472 i=4473 i=4474 i=4475 i=4476 i=4477 i=4478 i=4479 i=4480 i=4481 i=4482 i=4483 i=4484 i=4485 i=4486 i=4487 i=4488 i=4489 i=4490 i=4491 i=4492 i=4493 i=4494 i=4495 i=4496 i=4497 i=4498 i=4499 i=4500 i=4501 i=4502 i=4503 i=4504 i=4505 i=4506 i=4507 i=4508 i=4509 i=4510 i=4511 i=4512 i=4513 i=4514 i=4515 i=4516 i=4517 i=4518 i=4519 i=4520 i=4521 i=4522 i=4523 i=4524 i=4525 i=4526 i=4527 i=4528 i=4529 i=4530 i=4531 i=4532 i=4533 i=4534 i=4535 i=4536 i=4537 i=4538 i=4539 i=4540 i=4541 i=4542 i=4543 i=4544 i=4545 i=4546 i=4547 i=4548 i=4549 i=4550 i=4551 i=4552 i=4553 i=4554 i=4555 i=4556 i=4557 i=4558 i=4559 i=4560 i=4561 i=4562 i=4563 i=4564 i=4565 i=4566 i=4567 i=4568 i=4569 i=4570 i=4571 i=4572 i=4573 i=4574 i=4575 i=4576 i=4577 i=4578 i=4579 i=4580 i=4581 i=4582 i=4583 i=4584 i=4585 i=4586 i=4587 i=4588 i=4589 i=4590 i=4591 i=4592 i=4593 i=4594 i=4595 i=4596 i=4597 i=4598 i=4599 i=4600 i=4601 i=4602 i=4603 i=4604 i=4605 i=4606 i=4607 i=4608 i=4609 i=4610 i=4611 i=4612 i=4613 i=4614 i=4615 i=4616 i=4617 i=4618 i=4619 i=4620 i=4621 i=4622 i=4623 i=4624 i=4625 i=4626 i=4627 i=4628 i=4629 i=4630 i=4631 i=4632 i=4633 i=4634 i=4635 i=4636 i=4637 i=4638 i=4639 i=4640 i=4641 i=4642 i=4643 i=4644 i=4645 i=4646 i=4647 i=4648 i=4649 i=4650 i=4651 i=4652 i=4653 i=4654 i=4655 i=4656 i=4657 i=4658 i=4659 i=4660 i=4661 i=4662 i=4663 i=4664 i=4665 i=4666 i=4667 i=4668 i=4669 i=4670 i=4671 i=4672 i=4673 i=4674 i=4675 i=4676 i=4677 i=4678 i=4679 i=4680 i=4681 i=4682 i=4683 i=4684 i=4685 i=4686 i=4687 i=4688 i=4689 i=4690 i=4691 i=4692 i=4693 i=4694 i=4695 i=4696 i=4697 i=4698 i=4699 i=4700 i=4701 i=4702 i=4703 i=4704 i=4705 i=4706 i=4707 i=4708 i=4709 i=4710 i=4711 i=4712 i=4713 i=4714 i=4715 i=4716 i=4717 i=4718 i=4719 i=4720 i=4721 i=4722 i=4723 i=4724 i=4725 i=4726 i=4727 i=4728 i=4729 i=4730 i=4731 i=4732 i=4733 i=4734 i=4735 i=4736 i=4737 i=4738 i=4739 i=4740 i=4741 i=4742 i=4743 i=4744 i=4745 i=4746 i=4747 i=4748 i=4749 i=4750 i=4751 i=4752 i=4753 i=4754 i=4755 i=4756 i=4757 i=4758 i=4759 i=4760 i=4761 i=4762 i=4763 i=4764 i=4765 i=4766 i=4767 i=4768 i=4769 i=4770 i=4771 i=4772 i=4773 i=4774 i=4775 i=4776 i=4777 i=4778 i=4779 i=4780 i=4781 i=4782 i=4783 i=4784 i=4785 i=4786 i=4787 i=4788 i=4789 i=4790 i=4791 i=4792 i=4793 i=4794 i=4795 i=4796 i=4797 i=4798 i=4799 i=4800 i=4801 i=4802 i=4803 i=4804 i=4805 i=4806 i=4807 i=4808 i=4809 i=4810 i=4811 i=4812 i=4813 i=4814 i=4815 i=4816 i=4817 i=4818 i=4819 i=4820 i=4821 i=4822 i=4823 i=4824 i=4825 i=4826 i=4827 i=4828 i=4829 i=4830 i=4831 i=4832 i=4833 i=4834 i=4835 i=4836 i=4837 i=4838 i=4839 i=4840 i=4841 i=4842 i=4843 i=4844 i=4845 i=4846 i=4847 i=4848 i=4849 i=4850 i=4851 i=4852 i=4853 i=4854 i=4855 i=4856 i=4857 i=4858 i=4859 i=4860 i=4861 i=4862 i=4863 i=4864 i=4865 i=4866 i=4867 i=4868 i=4869 i=4870 i=4871 i=4872 i=4873 i=4874 i=4875 i=4876 i=4877 i=4878 i=4879 i=4880 i=4881 i=4882 i=4883 i=4884 i=4885 i=4886 i=4887 i=4888 i=4889 i=4890 i=4891 i=4892 i=4893 i=4894 i=4895 i=4896 i=4897 i=4898 i=4899 i=4900 i=4901 i=4902 i=4903 i=4904 i=4905 i=4906 i=4907 i=4908 i=4909 i=4910 i=4911 i=4912 i=4913 i=4914 i=4915 i=4916 i=4917 i=4918 i=4919 i=4920 i=4921 i=4922 i=4923 i=4924 i=4925 i=4926 i=4927 i=4928 i=4929 i=4930 i=4931 i=4932 i=4933 i=4934 i=4935 i=4936 i=4937 i=4938 i=4939 i=4940 i=4941 i=4942 i=4943 i=4944 i=4945 i=4946 i=4947 i=4948 i=4949 i=4950 i=4951 i=4952 i=4953 i=4954 i=4955 i=4956 i=4957 i=4958 i=4959 i=4960 i=4961 i=4962 i=4963 i=4964 i=4965 i=4966 i=4967 i=4968 i=4969 i=4970 i=4971 i=4972 i=4973 i=4974 i=4975 i=4976 i=4977 i=4978 i=4979 i=4980 i=4981 i=4982 i=4983 i=4984 i=4985 i=4986 i=4987 i=4988 i=4989 i=4990 i=4991 i=4992 i=4993 i=4994 i=4995 i=4996 i=4997 i=4998 i=4999 i=5000 i=5001 i=5002 i=5003 i=5004 i=5005 i=5006 i=5007 i=5008 i=5009 i=5010 i=5011 i=5012 i=5013 i=5014 i=5015 i=5016 i=5017 i=5018 i=5019 i=5020 i=5021 i=5022 i=5023 i=5024 i=5025 i=5026 i=5027 i=5028 i=5029 i=5030 i=5031 i=5032 i=5033 i=5034 i=5035 i=5036 i=5037 i=5038 i=5039 i=5040 i=5041 i=5042 i=5043 i=5044 i=5045 i=5046 i=5047 i=5048 i=5049 i=5050 i=5051 i=5052 i=5053 i=5054 i=5055 i=5056 i=5057 i=5058 i=5059 i=5060 i=5061 i=5062 i=5063 i=5064 i=5065 i=5066 i=5067 i=5068 i=5069 i=5070 i=5071 i=5072 i=5073 i=5074 i=5075 i=5076 i=5077 i=5078 i=5079 i=5080 i=5081 i=5082 i=5083 i=5084 i=5085 i=5086 i=5087 i=5088 i=5089 i=5090 i=5091 i=5092 i=5093 i=5094 i=5095 i=5096 i=5097 i=5098 i=5099 i=5100 i=5101 i=5102 i=5103 i=5104 i=5105 i=5106 i=5107 i=5108 i=5109 i=5110 i=5111 i=5112 i=5113 i=5114 i=5115 i=5116 i=5117 i=5118 i=5119 i=5120 i=5121 i=5122 i=5123 i=5124 i=5125 i=5126 i=5127 i=5128 i=5129 i=5130 i=5131 i=5132 i=5133 i=5134 i=5135 i=5136 i=5137 i=5138 i=5139 i=5140 i=5141 i=5142 i=5143 i=5144 i=5145 i=5146 i=5147 i=5148 i=5149 i=5150 i=5151 i=5152 i=5153 i=5154 i=5155 i=5156 i=5157 i=5158 i=5159 i=5160 i=5161 i=5162 i=5163 i=5164 i=5165 i=5166 i=5167 i=5168 i=5169 i=5170 i=5171 i=5172 i=5173 i=5174 i=5175 i=5176 i=5177 i=5178 i=5179 i=5180 i=5181 i=5182 i=5183 i=5184 i=5185 i=5186 i=5187 i=5188 i=5189 i=5190 i=5191 i=5192 i=5193 i=5194 i=5195 i=5196 i=5197 i=5198 i=5199 i=5200 i=5201 i=5202 i=5203 i=5204 i=5205 i=5206 i=5207 i=5208 i=5209 i=5210 i=5211 i=5212 i=5213 i=5214 i=5215 i=5216 i=5217 i=5218 i=5219 i=5220 i=5221 i=5222 i=5223 i=5224 i=5225 i=5226 i=5227 i=5228 i=5229 i=5230 i=5231 i=5232 i=5233 i=5234 i=5235 i=5236 i=5237 i=5238 i=5239 i=5240 i=5241 i=5242 i=5243 i=5244 i=5245 i=5246 i=5247 i=5248 i=5249 i=5250 i=5251 i=5252 i=5253 i=5254 i=5255 i=5256 i=5257 i=5258 i=5259 i=5260 i=5261 i=5262 i=5263 i=5264 i=5265 i=5266 i=5267 i=5268 i=5269 i=5270 i=5271 i=5272 i=5273 i=5274 i=5275 i=5276 i=5277 i=5278 i=5279 i=5280 i=5281 i=5282 i=5283 i=5284 i=5285 i=5286 i=5287 i=5288 i=5289 i=5290 i=5291 i=5292 i=5293 i=5294 i=5295 i=5296 i=5297 i=5298 i=5299 i=5300 i=5301 i=5302 i=5303 i=5304 i=5305 i=5306 i=5307 i=5308 i=5309 i=5310 i=5311 i=5312 i=5313 i=5314 i=5315 i=5316 i=5317 i=5318 i=5319 i=5320 i=5321 i=5322 i=5323 i=5324 i=5325 i=5326 i=5327 i=5328 i=5329 i=5330 i=5331 i=5332 i=5333 i=5334 i=5335 i=5336 i=5337 i=5338 i=5339 i=5340 i=5341 i=5342 i=5343 i=5344 i=5345 i=5346 i=5347 i=5348 i=5349 i=5350 i=5351 i=5352 i=5353 i=5354 i=5355 i=5356 i=5357 i=5358 i=5359 i=5360 i=5361 i=5362 i=5363 i=5364 i=5365 i=5366 i=5367 i=5368 i=5369 i=5370 i=5371 i=5372 i=5373 i=5374 i=5375 i=5376 i=5377 i=5378 i=5379 i=5380 i=5381 i=5382 i=5383 i=5384 i=5385 i=5386 i=5387 i=5388 i=5389 i=5390 i=5391 i=5392 i=5393 i=5394 i=5395 i=5396 i=5397 i=5398 i=5399 i=5400 i=5401 i=5402 i=5403 i=5404 i=5405 i=5406 i=5407 i=5408 i=5409 i=5410 i=5411 i=5412 i=5413 i=5414 i=5415 i=5416 i=5417 i=5418 i=5419 i=5420 i=5421 i=5422 i=5423 i=5424 i=5425 i=5426 i=5427 i=5428 i=5429 i=5430 i=5431 i=5432 i=5433 i=5434 i=5435 i=5436 i=5437 i=5438 i=5439 i=5440 i=5441 i=5442 i=5443 i=5444 i=5445 i=5446 i=5447 i=5448 i=5449 i=5450 i=5451 i=5452 i=5453 i=5454 i=5455 i=5456 i=5457 i=5458 i=5459 i=5460 i=5461 i=5462 i=5463 i=5464 i=5465 i=5466 i=5467 i=5468 i=5469 i=5470 i=5471 i=5472 i=5473 i=5474 i=5475 i=5476 i=5477 i=5478 i=5479 i=5480 i=5481 i=5482 i=5483 i=5484 i=5485 i=5486 i=5487 i=5488 i=5489 i=5490 i=5491 i=5492 i=5493 i=5494 i=5495 i=5496 i=5497 i=5498 i=5499 i=5500 i=5501 i=5502 i=5503 i=5504 i=5505 i=5506 i=5507 i=5508 i=5509 i=5510 i=5511 i=5512 i=5513 i=5514 i=5515 i=5516 i=5517 i=5518 i=5519 i=5520 i=5521 i=5522 i=5523 i=5524 i=5525 i=5526 i=5527 i=5528 i=5529 i=5530 i=5531 i=5532 i=5533 i=5534 i=5535 i=5536 i=5537 i=5538 i=5539 i=5540 i=5541 i=5542 i=5543 i=5544 i=5545 i=5546 i=5547 i=5548 i=5549 i=5550 i=5551 i=5552 i=5553 i=5554 i=5555 i=5556 i=5557 i=5558 i=5559 i=5560 i=5561 i=5562 i=5563 i=5564 i=5565 i=5566 i=5567 i=5568 i=5569 i=5570 i=5571 i=5572 i=5573 i=5574 i=5575 i=5576 i=5577 i=5578 i=5579 i=5580 i=5581 i=5582 i=5583 i=5584 i=5585 i=5586 i=5587 i=5588 i=5589 i=5590 i=5591 i=5592 i=5593 i=5594 i=5595 i=5596 i=5597 i=5598 i=5599 i=5600 i=5601 i=5602 i=5603 i=5604 i=5605 i=5606 i=5607 i=5608 i=5609 i=5610 i=5611 i=5612 i=5613 i=5614 i=5615 i=5616 i=5617 i=5618 i=5619 i=5620 i=5621 i=5622 i=5623 i=5624 i=5625 i=5626 i=5627 i=5628 i=5629 i=5630 i=5631 i=5632 i=5633 i=5634 i=5635 i=5636 i=5637 i=5638 i=5639 i=5640 i=5641 i=5642 i=5643 i=5644 i=5645 i=5646 i=5647 i=5648 i=5649 i=5650 i=5651 i=5652 i=5653 i=5654 i=5655 i=5656 i=5657 i=5658 i=5659 i=5660 i=5661 i=5662 i=5663 i=5664 i=5665 i=5666 i=5667 i=5668 i=5669 i=5670 i=5671 i=5672 i=5673 i=5674 i=5675 i=5676 i=5677 i=5678 i=5679 i=5680 i=5681 i=5682 i=5683 i=5684 i=5685 i=5686 i=5687 i=5688 i=5689 i=5690 i=5691 i=5692 i=5693 i=5694 i=5695 i=5696 i=5697 i=5698 i=5699 i=5700 i=5701 i=5702 i=5703 i=5704 i=5705 i=5706 i=5707 i=5708 i=5709 i=5710 i=5711 i=5712 i=5713 i=5714 i=5715 i=5716 i=5717 i=5718 i=5719 i=5720 i=5721 i=5722 i=5723 i=5724 i=5725 i=5726 i=5727 i=5728 i=5729 i=5730 i=5731 i=5732 i=5733 i=5734 i=5735 i=5736 i=5737 i=5738 i=5739 i=5740 i=5741 i=5742 i=5743 i=5744 i=5745 i=5746 i=5747 i=5748 i=5749 i=5750 i=5751 i=5752 i=5753 i=5754 i=5755 i=5756 i=5757 i=5758 i=5759 i=5760 i=5761 i=5762 i=5763 i=5764 i=5765 i=5766 i=5767 i=5768 i=5769 i=5770 i=5771 i=5772 i=5773 i=5774 i=5775 i=5776 i=5777 i=5778 i=5779 i=5780 i=5781 i=5782 i=5783 i=5784 i=5785 i=5786 i=5787 i=5788 i=5789 i=5790 i=5791 i=5792 i=5793 i=5794 i=5795 i=5796 i=5797 i=5798 i=5799 i=5800 i=5801 i=5802 i=5803 i=5804 i=5805 i=5806 i=5807 i=5808 i=5809 i=5810 i=5811 i=5812 i=5813 i=5814 i=5815 i=5816 i=5817 i=5818 i=5819 i=5820 i=5821 i=5822 i=5823 i=5824 i=5825 i=5826 i=5827 i=5828 i=5829 i=5830 i=5831 i=5832 i=5833 i=5834 i=5835 i=5836 i=5837 i=5838 i=5839 i=5840 i=5841 i=5842 i=5843 i=5844 i=5845 i=5846 i=5847 i=5848 i=5849 i=5850 i=5851 i=5852 i=5853 i=5854 i=5855 i=5856 i=5857 i=5858 i=5859 i=5860 i=5861 i=5862 i=5863 i=5864 i=5865 i=5866 i=5867 i=5868 i=5869 i=5870 i=5871 i=5872 i=5873 i=5874 i=5875 i=5876 i=5877 i=5878 i=5879 i=5880 i=5881 i=5882 i=5883 i=5884 i=5885 i=5886 i=5887 i=5888 i=5889 i=5890 i=5891 i=5892 i=5893 i=5894 i=5895 i=5896 i=5897 i=5898 i=5899 i=5900 i=5901 i=5902 i=5903 i=5904 i=5905 i=5906 i=5907 i=5908 i=5909 i=5910 i=5911 i=5912 i=5913 i=5914 i=5915 i=5916 i=5917 i=5918 i=5919 i=5920 i=5921 i=5922 i=5923 i=5924 i=5925 i=5926 i=5927 i=5928 i=5929 i=5930 i=5931 i=5932 i=5933 i=5934 i=5935 i=5936 i=5937 i=5938 i=5939 i=5940 i=5941 i=5942 i=5943 i=5944 i=5945 i=5946 i=5947 i=5948 i=5949 i=5950 i=5951 i=5952 i=5953 i=5954 i=5955 i=5956 i=5957 i=5958 i=5959 i=5960 i=5961 i=5962 i=5963 i=5964 i=5965 i=5966 i=5967 i=5968 i=5969 i=5970 i=5971 i=5972 i=5973 i=5974 i=5975 i=5976 i=5977 i=5978 i=5979 i=5980 i=5981 i=5982 i=5983 i=5984 i=5985 i=5986 i=5987 i=5988 i=5989 i=5990 i=5991 i=5992 i=5993 i=5994 i=5995 i=5996 i=5997 i=5998 i=5999 i=6000 i=6001 i=6002 i=6003 i=6004 i=6005 i=6006 i=6007 i=6008 i=6009 i=6010 i=6011 i=6012 i=6013 i=6014 i=6015 i=6016 i=6017 i=6018 i=6019 i=6020 i=6021 i=6022 i=6023 i=6024 i=6025 i=6026 i=6027 i=6028 i=6029 i=6030 i=6031 i=6032 i=6033 i=6034 i=6035 i=6036 i=6037 i=6038 i=6039 i=6040 i=6041 i=6042 i=6043 i=6044 i=6045 i=6046 i=6047 i=6048 i=6049 i=6050 i=6051 i=6052 i=6053 i=6054 i=6055 i=6056 i=6057 i=6058 i=6059 i=6060 i=6061 i=6062 i=6063 i=6064 i=6065 i=6066 i=6067 i=6068 i=6069 i=6070 i=6071 i=6072 i=6073 i=6074 i=6075 i=6076 i=6077 i=6078 i=6079 i=6080 i=6081 i=6082 i=6083 i=6084 i=6085 i=6086 i=6087 i=6088 i=6089 i=6090 i=6091 i=6092 i=6093 i=6094 i=6095 i=6096 i=6097 i=6098 i=6099 i=6100 i=6101 i=6102 i=6103 i=6104 i=6105 i=6106 i=6107 i=6108 i=6109 i=6110 i=6111 i=6112 i=6113 i=6114 i=6115 i=6116 i=6117 i=6118 i=6119 i=6120 i=6121 i=6122 i=6123 i=6124 i=6125 i=6126 i=6127 i=6128 i=6129 i=6130 i=6131 i=6132 i=6133 i=6134 i=6135 i=6136 i=6137 i=6138 i=6139 i=6140 i=6141 i=6142 i=6143 i=6144 i=6145 i=6146 i=6147 i=6148 i=6149 i=6150 i=6151 i=6152 i=6153 i=6154 i=6155 i=6156 i=6157 i=6158 i=6159 i=6160 i=6161 i=6162 i=6163 i=6164 i=6165 i=6166 i=6167 i=6168 i=6169 i=6170 i=6171 i=6172 i=6173 i=6174 i=6175 i=6176 i=6177 i=6178 i=6179 i=6180 i=6181 i=6182 i=6183 i=6184 i=6185 i=6186 i=6187 i=6188 i=6189 i=6190 i=6191 i=6192 i=6193 i=6194 i=6195 i=6196 i=6197 i=6198 i=6199 i=6200 i=6201 i=6202 i=6203 i=6204 i=6205 i=6206 i=6207 i=6208 i=6209 i=6210 i=6211 i=6212 i=6213 i=6214 i=6215 i=6216 i=6217 i=6218 i=6219 i=6220 i=6221 i=6222 i=6223 i=6224 i=6225 i=6226 i=6227 i=6228 i=6229 i=6230 i=6231 i=6232 i=6233 i=6234 i=6235 i=6236 i=6237 i=6238 i=6239 i=6240 i=6241 i=6242 i=6243 i=6244 i=6245 i=6246 i=6247 i=6248 i=6249 i=6250 i=6251 i=6252 i=6253 i=6254 i=6255 i=6256 i=6257 i=6258 i=6259 i=6260 i=6261 i=6262 i=6263 i=6264 i=6265 i=6266 i=6267 i=6268 i=6269 i=6270 i=6271 i=6272 i=6273 i=6274 i=6275 i=6276 i=6277 i=6278 i=6279 i=6280 i=6281 i=6282 i=6283 i=6284 i=6285 i=6286 i=6287 i=6288 i=6289 i=6290 i=6291 i=6292 i=6293 i=6294 i=6295 i=6296 i=6297 i=6298 i=6299 i=6300 i=6301 i=6302 i=6303 i=6304 i=6305 i=6306 i=6307 i=6308 i=6309 i=6310 i=6311 i=6312 i=6313 i=6314 i=6315 i=6316 i=6317 i=6318 i=6319 i=6320 i=6321 i=6322 i=6323 i=6324 i=6325 i=6326 i=6327 i=6328 i=6329 i=6330 i=6331 i=6332 i=6333 i=6334 i=6335 i=6336 i=6337 i=6338 i=6339 i=6340 i=6341 i=6342 i=6343 i=6344 i=6345 i=6346 i=6347 i=6348 i=6349 i=6350 i=6351 i=6352 i=6353 i=6354 i=6355 i=6356 i=6357 i=6358 i=6359 i=6360 i=6361 i=6362 i=6363 i=6364 i=6365 i=6366 i=6367 i=6368 i=6369 i=6370 i=6371 i=6372 i=6373 i=6374 i=6375 i=6376 i=6377 i=6378 i=6379 i=6380 i=6381 i=6382 i=6383 i=6384 i=6385 i=6386 i=6387 i=6388 i=6389 i=6390 i=6391 i=6392 i=6393 i=6394 i=6395 i=6396 i=6397 i=6398 i=6399 i=6400 i=6401 i=6402 i=6403 i=6404 i=6405 i=6406 i=6407 i=6408 i=6409 i=6410 i=6411 i=6412 i=6413 i=6414 i=6415 i=6416 i=6417 i=6418 i=6419 i=6420 i=6421 i=6422 i=6423 i=6424 i=6425 i=6426 i=6427 i=6428 i=6429 i=6430 i=6431 i=6432 i=6433 i=6434 i=6435 i=6436 i=6437 i=6438 i=6439 i=6440 i=6441 i=6442 i=6443 i=6444 i=6445 i=6446 i=6447 i=6448 i=6449 i=6450 i=6451 i=6452 i=6453 i=6454 i=6455 i=6456 i=6457 i=6458 i=6459 i=6460 i=6461 i=6462 i=6463 i=6464 i=6465 i=6466 i=6467 i=6468 i=6469 i=6470 i=6471 i=6472 i=6473 i=6474 i=6475 i=6476 i=6477 i=6478 i=6479 i=6480 i=6481 i=6482 i=6483 i=6484 i=6485 i=6486 i=6487 i=6488 i=6489 i=6490 i=6491 i=6492 i=6493 i=6494 i=6495 i=6496 i=6497 i=6498 i=6499 i=6500 i=6501 i=6502 i=6503 i=6504 i=6505 i=6506 i=6507 i=6508 i=6509 i=6510 i=6511 i=6512 i=6513 i=6514 i=6515 i=6516 i=6517 i=6518 i=6519 i=6520 i=6521 i=6522 i=6523 i=6524 i=6525 i=6526 i=6527 i=6528 i=6529 i=6530 i=6531 i=6532 i=6533 i=6534 i=6535 i=6536 i=6537 i=6538 i=6539 i=6540 i=6541 i=6542 i=6543 i=6544 i=6545 i=6546 i=6547 i=6548 i=6549 i=6550 i=6551 i=6552 i=6553 i=6554 i=6555 i=6556 i=6557 i=6558 i=6559 i=6560 i=6561 i=6562 i=6563 i=6564 i=6565 i=6566 i=6567 i=6568 i=6569 i=6570 i=6571 i=6572 i=6573 i=6574 i=6575 i=6576 i=6577 i=6578 i=6579 i=6580 i=6581 i=6582 i=6583 i=6584 i=6585 i=6586 i=6587 i=6588 i=6589 i=6590 i=6591 i=6592 i=6593 i=6594 i=6595 i=6596 i=6597 i=6598 i=6599 i=6600 i=6601 i=6602 i=6603 i=6604 i=6605 i=6606 i=6607 i=6608 i=6609 i=6610 i=6611 i=6612 i=6613 i=6614 i=6615 i=6616 i=6617 i=6618 i=6619 i=6620 i=6621 i=6622 i=6623 i=6624 i=6625 i=6626 i=6627 i=6628 i=6629 i=6630 i=6631 i=6632 i=6633 i=6634 i=6635 i=6636 i=6637 i=6638 i=6639 i=6640 i=6641 i=6642 i=6643 i=6644 i=6645 i=6646 i=6647 i=6648 i=6649 i=6650 i=6651 i=6652 i=6653 i=6654 i=6655 i=6656 i=6657 i=6658 i=6659 i=6660 i=6661 i=6662 i=6663 i=6664 i=6665 i=6666 i=6667 i=6668 i=6669 i=6670 i=6671 i=6672 i=6673 i=6674 i=6675 i=6676 i=6677 i=6678 i=6679 i=6680 i=6681 i=6682 i=6683 i=6684 i=6685 i=6686 i=6687 i=6688 i=6689 i=6690 i=6691 i=6692 i=6693 i=6694 i=6695 i=6696 i=6697 i=6698 i=6699 i=6700 i=6701 i=6702 i=6703 i=6704 i=6705 i=6706 i=6707 i=6708 i=6709 i=6710 i=6711 i=6712 i=6713 i=6714 i=6715 i=6716 i=6717 i=6718 i=6719 i=6720 i=6721 i=6722 i=6723 i=6724 i=6725 i=6726 i=6727 i=6728 i=6729 i=6730 i=6731 i=6732 i=6733 i=6734 i=6735 i=6736 i=6737 i=6738 i=6739 i=6740 i=6741 i=6742 i=6743 i=6744 i=6745 i=6746 i=6747 i=6748 i=6749 i=6750 i=6751 i=6752 i=6753 i=6754 i=6755 i=6756 i=6757 i=6758 i=6759 i=6760 i=6761 i=6762 i=6763 i=6764 i=6765 i=6766 i=6767 i=6768 i=6769 i=6770 i=6771 i=6772 i=6773 i=6774 i=6775 i=6776 i=6777 i=6778 i=6779 i=6780 i=6781 i=6782 i=6783 i=6784 i=6785 i=6786 i=6787 i=6788 i=6789 i=6790 i=6791 i=6792 i=6793 i=6794 i=6795 i=6796 i=6797 i=6798 i=6799 i=6800 i=6801 i=6802 i=6803 i=6804 i=6805 i=6806 i=6807 i=6808 i=6809 i=6810 i=6811 i=6812 i=6813 i=6814 i=6815 i=6816 i=6817 i=6818 i=6819 i=6820 i=6821 i=6822 i=6823 i=6824 i=6825 i=6826 i=6827 i=6828 i=6829 i=6830 i=6831 i=6832 i=6833 i=6834 i=6835 i=6836 i=6837 i=6838 i=6839 i=6840 i=6841 i=6842 i=6843 i=6844 i=6845 i=6846 i=6847 i=6848 i=6849 i=6850 i=6851 i=6852 i=6853 i=6854 i=6855 i=6856 i=6857 i=6858 i=6859 i=6860 i=6861 i=6862 i=6863 i=6864 i=6865 i=6866 i=6867 i=6868 i=6869 i=6870 i=6871 i=6872 i=6873 i=6874 i=6875 i=6876 i=6877 i=6878 i=6879 i=6880 i=6881 i=6882 i=6883 i=6884 i=6885 i=6886 i=6887 i=6888 i=6889 i=6890 i=6891 i=6892 i=6893 i=6894 i=6895 i=6896 i=6897 i=6898 i=6899 i=6900 i=6901 i=6902 i=6903 i=6904 i=6905 i=6906 i=6907 i=6908 i=6909 i=6910 i=6911 i=6912 i=6913 i=6914 i=6915 i=6916 i=6917 i=6918 i=6919 i=6920 i=6921 i=6922 i=6923 i=6924 i=6925 i=6926 i=6927 i=6928 i=6929 i=6930 i=6931 i=6932 i=6933 i=6934 i=6935 i=6936 i=6937 i=6938 i=6939 i=6940 i=6941 i=6942 i=6943 i=6944 i=6945 i=6946 i=6947 i=6948 i=6949 i=6950 i=6951 i=6952 i=6953 i=6954 i=6955 i=6956 i=6957 i=6958 i=6959 i=6960 i=6961 i=6962 i=6963 i=6964 i=6965 i=6966 i=6967 i=6968 i=6969 i=6970 i=6971 i=6972 i=6973 i=6974 i=6975 i=6976 i=6977 i=6978 i=6979 i=6980 i=6981 i=6982 i=6983 i=6984 i=6985 i=6986 i=6987 i=6988 i=6989 i=6990 i=6991 i=6992 i=6993 i=6994 i=6995 i=6996 i=6997 i=6998 i=6999 i=7000 i=7001 i=7002 i=7003 i=7004 i=7005 i=7006 i=7007 i=7008 i=7009 i=7010 i=7011 i=7012 i=7013 i=7014 i=7015 i=7016 i=7017 i=7018 i=7019 i=7020 i=7021 i=7022 i=7023 i=7024 i=7025 i=7026 i=7027 i=7028 i=7029 i=7030 i=7031 i=7032 i=7033 i=7034 i=7035 i=7036 i=7037 i=7038 i=7039 i=7040 i=7041 i=7042 i=7043 i=7044 i=7045 i=7046 i=7047 i=7048 i=7049 i=7050 i=7051 i=7052 i=7053 i=7054 i=7055 i=7056 i=7057 i=7058 i=7059 i=7060 i=7061 i=7062 i=7063 i=7064 i=7065 i=7066 i=7067 i=7068 i=7069 i=7070 i=7071 i=7072 i=7073 i=7074 i=7075 i=7076 i=7077 i=7078 i=7079 i=7080 i=7081 i=7082 i=7083 i=7084 i=7085 i=7086 i=7087 i=7088 i=7089 i=7090 i=7091 i=7092 i=7093 i=7094 i=7095 i=7096 i=7097 i=7098 i=7099 i=7100 i=7101 i=7102 i=7103 i=7104 i=7105 i=7106 i=7107 i=7108 i=7109 i=7110 i=7111 i=7112 i=7113 i=7114 i=7115 i=7116 i=7117 i=7118 i=7119 i=7120 i=7121 i=7122 i=7123 i=7124 i=7125 i=7126 i=7127 i=7128 i=7129 i=7130 i=7131 i=7132 i=7133 i=7134 i=7135 i=7136 i=7137 i=7138 i=7139 i=7140 i=7141 i=7142 i=7143 i=7144 i=7145 i=7146 i=7147 i=7148 i=7149 i=7150 i=7151 i=7152 i=7153 i=7154 i=7155 i=7156 i=7157 i=7158 i=7159 i=7160 i=7161 i=7162 i=7163 i=7164 i=7165 i=7166 i=7167 i=7168 i=7169 i=7170 i=7171 i=7172 i=7173 i=7174 i=7175 i=7176 i=7177 i=7178 i=7179 i=7180 i=7181 i=7182 i=7183 i=7184 i=7185 i=7186 i=7187 i=7188 i=7189 i=7190 i=7191 i=7192 i=7193 i=7194 i=7195 i=7196 i=7197 i=7198 i=7199 i=7200 i=7201 i=7202 i=7203 i=7204 i=7205 i=7206 i=7207 i=7208 i=7209 i=7210 i=7211 i=7212 i=7213 i=7214 i=7215 i=7216 i=7217 i=7218 i=7219 i=7220 i=7221 i=7222 i=7223 i=7224 i=7225 i=7226 i=7227 i=7228 i=7229 i=7230 i=7231 i=7232 i=7233 i=7234 i=7235 i=7236 i=7237 i=7238 i=7239 i=7240 i=7241 i=7242 i=7243 i=7244 i=7245 i=7246 i=7247 i=7248 i=7249 i=7250 i=7251 i=7252 i=7253 i=7254 i=7255 i=7256 i=7257 i=7258 i=7259 i=7260 i=7261 i=7262 i=7263 i=7264 i=7265 i=7266 i=7267 i=7268 i=7269 i=7270 i=7271 i=7272 i=7273 i=7274 i=7275 i=7276 i=7277 i=7278 i=7279 i=7280 i=7281 i=7282 i=7283 i=7284 i=7285 i=7286 i=7287 i=7288 i=7289 i=7290 i=7291 i=7292 i=7293 i=7294 i=7295 i=7296 i=7297 i=7298 i=7299 i=7300 i=7301 i=7302 i=7303 i=7304 i=7305 i=7306 i=7307 i=7308 i=7309 i=7310 i=7311 i=7312 i=7313 i=7314 i=7315 i=7316 i=7317 i=7318 i=7319 i=7320 i=7321 i=7322 i=7323 i=7324 i=7325 i=7326 i=7327 i=7328 i=7329 i=7330 i=7331 i=7332 i=7333 i=7334 i=7335 i=7336 i=7337 i=7338 i=7339 i=7340 i=7341 i=7342 i=7343 i=7344 i=7345 i=7346 i=7347 i=7348 i=7349 i=7350 i=7351 i=7352 i=7353 i=7354 i=7355 i=7356 i=7357 i=7358 i=7359 i=7360 i=7361 i=7362 i=7363 i=7364 i=7365 i=7366 i=7367 i=7368 i=7369 i=7370 i=7371 i=7372 i=7373 i=7374 i=7375 i=7376 i=7377 i=7378 i=7379 i=7380 i=7381 i=7382 i=7383 i=7384 i=7385 i=7386 i=7387 i=7388 i=7389 i=7390 i=7391 i=7392 i=7393 i=7394 i=7395 i=7396 i=7397 i=7398 i=7399 i=7400 i=7401 i=7402 i=7403 i=7404 i=7405 i=7406 i=7407 i=7408 i=7409 i=7410 i=7411 i=7412 i=7413 i=7414 i=7415 i=7416 i=7417 i=7418 i=7419 i=7420 i=7421 i=7422 i=7423 i=7424 i=7425 i=7426 i=7427 i=7428 i=7429 i=7430 i=7431 i=7432 i=7433 i=7434 i=7435 i=7436 i=7437 i=7438 i=7439 i=7440 i=7441 i=7442 i=7443 i=7444 i=7445 i=7446 i=7447 i=7448 i=7449 i=7450 i=7451 i=7452 i=7453 i=7454 i=7455 i=7456 i=7457 i=7458 i=7459 i=7460 i=7461 i=7462 i=7463 i=7464 i=7465 i=7466 i=7467 i=7468 i=7469 i=7470 i=7471 i=7472 i=7473 i=7474 i=7475 i=7476 i=7477 i=7478 i=7479 i=7480 i=7481 i=7482 i=7483 i=7484 i=7485 i=7486 i=7487 i=7488 i=7489 i=7490 i=7491 i=7492 i=7493 i=7494 i=7495 i=7496 i=7497 i=7498 i=7499 i=7500 i=7501 i=7502 i=7503 i=7504 i=7505 i=7506 i=7507 i=7508 i=7509 i=7510 i=7511 i=7512 i=7513 i=7514 i=7515 i=7516 i=7517 i=7518 i=7519 i=7520 i=7521 i=7522 i=7523 i=7524 i=7525 i=7526 i=7527 i=7528 i=7529 i=7530 i=7531 i=7532 i=7533 i=7534 i=7535 i=7536 i=7537 i=7538 i=7539 i=7540 i=7541 i=7542 i=7543 i=7544 i=7545 i=7546 i=7547 i=7548 i=7549 i=7550 i=7551 i=7552 i=7553 i=7554 i=7555 i=7556 i=7557 i=7558 i=7559 i=7560 i=7561 i=7562 i=7563 i=7564 i=7565 i=7566 i=7567 i=7568 i=7569 i=7570 i=7571 i=7572 i=7573 i=7574 i=7575 i=7576 i=7577 i=7578 i=7579 i=7580 i=7581 i=7582 i=7583 i=7584 i=7585 i=7586 i=7587 i=7588 i=7589 i=7590 i=7591 i=7592 i=7593 i=7594 i=7595 i=7596 i=7597 i=7598 i=7599 i=7600 i=7601 i=7602 i=7603 i=7604 i=7605 i=7606 i=7607 i=7608 i=7609 i=7610 i=7611 i=7612 i=7613 i=7614 i=7615 i=7616 i=7617 i=7618 i=7619 i=7620 i=7621 i=7622 i=7623 i=7624 i=7625 i=7626 i=7627 i=7628 i=7629 i=7630 i=7631 i=7632 i=7633 i=7634 i=7635 i=7636 i=7637 i=7638 i=7639 i=7640 i=7641 i=7642 i=7643 i=7644 i=7645 i=7646 i=7647 i=7648 i=7649 i=7650 i=7651 i=7652 i=7653 i=7654 i=7655 i=7656 i=7657 i=7658 i=7659 i=7660 i=7661 i=7662 i=7663 i=7664 i=7665 i=7666 i=7667 i=7668 i=7669 i=7670 i=7671 i=7672 i=7673 i=7674 i=7675 i=7676 i=7677 i=7678 i=7679 i=7680 i=7681 i=7682 i=7683 i=7684 i=7685 i=7686 i=7687 i=7688 i=7689 i=7690 i=7691 i=7692 i=7693 i=7694 i=7695 i=7696 i=7697 i=7698 i=7699 i=7700 i=7701 i=7702 i=7703 i=7704 i=7705 i=7706 i=7707 i=7708 i=7709 i=7710 i=7711 i=7712 i=7713 i=7714 i=7715 i=7716 i=7717 i=7718 i=7719 i=7720 i=7721 i=7722 i=7723 i=7724 i=7725 i=7726 i=7727 i=7728 i=7729 i=7730 i=7731 i=7732 i=7733 i=7734 i=7735 i=7736 i=7737 i=7738 i=7739 i=7740 i=7741 i=7742 i=7743 i=7744 i=7745 i=7746 i=7747 i=7748 i=7749 i=7750 i=7751 i=7752 i=7753 i=7754 i=7755 i=7756 i=7757 i=7758 i=7759 i=7760 i=7761 i=7762 i=7763 i=7764 i=7765 i=7766 i=7767 i=7768 i=7769 i=7770 i=7771 i=7772 i=7773 i=7774 i=7775 i=7776 i=7777 i=7778 i=7779 i=7780 i=7781 i=7782 i=7783 i=7784 i=7785 i=7786 i=7787 i=7788 i=7789 i=7790 i=7791 i=7792 i=7793 i=7794 i=7795 i=7796 i=7797 i=7798 i=7799 i=7800 i=7801 i=7802 i=7803 i=7804 i=7805 i=7806 i=7807 i=7808 i=7809 i=7810 i=7811 i=7812 i=7813 i=7814 i=7815 i=7816 i=7817 i=7818 i=7819 i=7820 i=7821 i=7822 i=7823 i=7824 i=7825 i=7826 i=7827 i=7828 i=7829 i=7830 i=7831 i=7832 i=7833 i=7834 i=7835 i=7836 i=7837 i=7838 i=7839 i=7840 i=7841 i=7842 i=7843 i=7844 i=7845 i=7846 i=7847 i=7848 i=7849 i=7850 i=7851 i=7852 i=7853 i=7854 i=7855 i=7856 i=7857 i=7858 i=7859 i=7860 i=7861 i=7862 i=7863 i=7864 i=7865 i=7866 i=7867 i=7868 i=7869 i=7870 i=7871 i=7872 i=7873 i=7874 i=7875 i=7876 i=7877 i=7878 i=7879 i=7880 i=7881 i=7882 i=7883 i=7884 i=7885 i=7886 i=7887 i=7888 i=7889 i=7890 i=7891 i=7892 i=7893 i=7894 i=7895 i=7896 i=7897 i=7898 i=7899 i=7900 i=7901 i=7902 i=7903 i=7904 i=7905 i=7906 i=7907 i=7908 i=7909 i=7910 i=7911 i=7912 i=7913 i=7914 i=7915 i=7916 i=7917 i=7918 i=7919 i=7920 i=7921 i=7922 i=7923 i=7924 i=7925 i=7926 i=7927 i=7928 i=7929 i=7930 i=7931 i=7932 i=7933 i=7934 i=7935 i=7936 i=7937 i=7938 i=7939 i=7940 i=7941 i=7942 i=7943 i=7944 i=7945 i=7946 i=7947 i=7948 i=7949 i=7950 i=7951 i=7952 i=7953 i=7954 i=7955 i=7956 i=7957 i=7958 i=7959 i=7960 i=7961 i=7962 i=7963 i=7964 i=7965 i=7966 i=7967 i=7968 i=7969 i=7970 i=7971 i=7972 i=7973 i=7974 i=7975 i=7976 i=7977 i=7978 i=7979 i=7980 i=7981 i=7982 i=7983 i=7984 i=7985 i=7986 i=7987 i=7988 i=7989 i=7990 i=7991 i=7992 i=7993 i=7994 i=7995 i=7996 i=7997 i=7998 i=7999 i=8000 i=8001 i=8002 i=8003 i=8004 i=8005 i=8006 i=8007 i=8008 i=8009 i=8010 i=8011 i=8012 i=8013 i=8014 i=8015 i=8016 i=8017 i=8018 i=8019 i=8020 i=8021 i=8022 i=8023 i=8024 i=8025 i=8026 i=8027 i=8028 i=8029 i=8030 i=8031 i=8032 i=8033 i=8034 i=8035 i=8036 i=8037 i=8038 i=8039 i=8040 i=8041 i=8042 i=8043 i=8044 i=8045 i=8046 i=8047 i=8048 i=8049 i=8050 i=8051 i=8052 i=8053 i=8054 i=8055 i=8056 i=8057 i=8058 i=8059 i=8060 i=8061 i=8062 i=8063 i=8064 i=8065 i=8066 i=8067 i=8068 i=8069 i=8070 i=8071 i=8072 i=8073 i=8074 i=8075 i=8076 i=8077 i=8078 i=8079 i=8080 i=8081 i=8082 i=8083 i=8084 i=8085 i=8086 i=8087 i=8088 i=8089 i=8090 i=8091 i=8092 i=8093 i=8094 i=8095 i=8096 i=8097 i=8098 i=8099 i=8100 i=8101 i=8102 i=8103 i=8104 i=8105 i=8106 i=8107 i=8108 i=8109 i=8110 i=8111 i=8112 i=8113 i=8114 i=8115 i=8116 i=8117 i=8118 i=8119 i=8120 i=8121 i=8122 i=8123 i=8124 i=8125 i=8126 i=8127 i=8128 i=8129 i=8130 i=8131 i=8132 i=8133 i=8134 i=8135 i=8136 i=8137 i=8138 i=8139 i=8140 i=8141 i=8142 i=8143 i=8144 i=8145 i=8146 i=8147 i=8148 i=8149 i=8150 i=8151 i=8152 i=8153 i=8154 i=8155 i=8156 i=8157 i=8158 i=8159 i=8160 i=8161 i=8162 i=8163 i=8164 i=8165 i=8166 i=8167 i=8168 i=8169 i=8170 i=8171 i=8172 i=8173 i=8174 i=8175 i=8176 i=8177 i=8178 i=8179 i=8180 i=8181 i=8182 i=8183 i=8184 i=8185 i=8186 i=8187 i=8188 i=8189 i=8190 i=8191 i=8192 i=8193 i=8194 i=8195 i=8196 i=8197 i=8198 i=8199 i=8200 i=8201 i=8202 i=8203 i=8204 i=8205 i=8206 i=8207 i=8208 i=8209 i=8210 i=8211 i=8212 i=8213 i=8214 i=8215 i=8216 i=8217 i=8218 i=8219 i=8220 i=8221 i=8222 i=8223 i=8224 i=8225 i=8226 i=8227 i=8228 i=8229 i=8230 i=8231 i=8232 i=8233 i=8234 i=8235 i=8236 i=8237 i=8238 i=8239 i=8240 i=8241 i=8242 i=8243 i=8244 i=8245 i=8246 i=8247 i=8248 i=8249 i=8250 i=8251 i=8252 i=8253 i=8254 i=8255 i=8256 i=8257 i=8258 i=8259 i=8260 i=8261 i=8262 i=8263 i=8264 i=8265 i=8266 i=8267 i=8268 i=8269 i=8270 i=8271 i=8272 i=8273 i=8274 i=8275 i=8276 i=8277 i=8278 i=8279 i=8280 i=8281 i=8282 i=8283 i=8284 i=8285 i=8286 i=8287 i=8288 i=8289 i=8290 i=8291 i=8292 i=8293 i=8294 i=8295 i=8296 i=8297 i=8298 i=8299 i=8300 i=8301 i=8302 i=8303 i=8304 i=8305 i=8306 i=8307 i=8308 i=8309 i=8310 i=8311 i=8312 i=8313 i=8314 i=8315 i=8316 i=8317 i=8318 i=8319 i=8320 i=8321 i=8322 i=8323 i=8324 i=8325 i=8326 i=8327 i=8328 i=8329 i=8330 i=8331 i=8332 i=8333 i=8334 i=8335 i=8336 i=8337 i=8338 i=8339 i=8340 i=8341 i=8342 i=8343 i=8344 i=8345 i=8346 i=8347 i=8348 i=8349 i=8350 i=8351 i=8352 i=8353 i=8354 i=8355 i=8356 i=8357 i=8358 i=8359 i=8360 i=8361 i=8362 i=8363 i=8364 i=8365 i=8366 i=8367 i=8368 i=8369 i=8370 i=8371 i=8372 i=8373 i=8374 i=8375 i=8376 i=8377 i=8378 i=8379 i=8380 i=8381 i=8382 i=8383 i=8384 i=8385 i=8386 i=8387 i=8388 i=8389 i=8390 i=8391 i=8392 i=8393 i=8394 i=8395 i=8396 i=8397 i=8398 i=8399 i=8400 i=8401 i=8402 i=8403 i=8404 i=8405 i=8406 i=8407 i=8408 i=8409 i=8410 i=8411 i=8412 i=8413 i=8414 i=8415 i=8416 i=8417 i=8418 i=8419 i=8420 i=8421 i=8422 i=8423 i=8424 i=8425 i=8426 i=8427 i=8428 i=8429 i=8430 i=8431 i=8432 i=8433 i=8434 i=8435 i=8436 i=8437 i=8438 i=8439 i=8440 i=8441 i=8442 i=8443 i=8444 i=8445 i=8446 i=8447 i=8448 i=8449 i=8450 i=8451 i=8452 i=8453 i=8454 i=8455 i=8456 i=8457 i=8458 i=8459 i=8460 i=8461 i=8462 i=8463 i=8464 i=8465 i=8466 i=8467 i=8468 i=8469 i=8470 i=8471 i=8472 i=8473 i=8474 i=8475 i=8476 i=8477 i=8478 i=8479 i=8480 i=8481 i=8482 i=8483 i=8484 i=8485 i=8486 i=8487 i=8488 i=8489 i=8490 i=8491 i=8492 i=8493 i=8494 i=8495 i=8496 i=8497 i=8498 i=8499 i=8500 i=8501 i=8502 i=8503 i=8504 i=8505 i=8506 i=8507 i=8508 i=8509 i=8510 i=8511 i=8512 i=8513 i=8514 i=8515 i=8516 i=8517 i=8518 i=8519 i=8520 i=8521 i=8522 i=8523 i=8524 i=8525 i=8526 i=8527 i=8528 i=8529 i=8530 i=8531 i=8532 i=8533 i=8534 i=8535 i=8536 i=8537 i=8538 i=8539 i=8540 i=8541 i=8542 i=8543 i=8544 i=8545 i=8546 i=8547 i=8548 i=8549 i=8550 i=8551 i=8552 i=8553 i=8554 i=8555 i=8556 i=8557 i=8558 i=8559 i=8560 i=8561 i=8562 i=8563 i=8564 i=8565 i=8566 i=8567 i=8568 i=8569 i=8570 i=8571 i=8572 i=8573 i=8574 i=8575 i=8576 i=8577 i=8578 i=8579 i=8580 i=8581 i=8582 i=8583 i=8584 i=8585 i=8586 i=8587 i=8588 i=8589 i=8590 i=8591 i=8592 i=8593 i=8594 i=8595 i=8596 i=8597 i=8598 i=8599 i=8600 i=8601 i=8602 i=8603 i=8604 i=8605 i=8606 i=8607 i=8608 i=8609 i=8610 i=8611 i=8612 i=8613 i=8614 i=8615 i=8616 i=8617 i=8618 i=8619 i=8620 i=8621 i=8622 i=8623 i=8624 i=8625 i=8626 i=8627 i=8628 i=8629 i=8630 i=8631 i=8632 i=8633 i=8634 i=8635 i=8636 i=8637 i=8638 i=8639 i=8640 i=8641 i=8642 i=8643 i=8644 i=8645 i=8646 i=8647 i=8648 i=8649 i=8650 i=8651 i=8652 i=8653 i=8654 i=8655 i=8656 i=8657 i=8658 i=8659 i=8660 i=8661 i=8662 i=8663 i=8664 i=8665 i=8666 i=8667 i=8668 i=8669 i=8670 i=8671 i=8672 i=8673 i=8674 i=8675 i=8676 i=8677 i=8678 i=8679 i=8680 i=8681 i=8682 i=8683 i=8684 i=8685 i=8686 i=8687 i=8688 i=8689 i=8690 i=8691 i=8692 i=8693 i=8694 i=8695 i=8696 i=8697 i=8698 i=8699 i=8700 i=8701 i=8702 i=8703 i=8704 i=8705 i=8706 i=8707 i=8708 i=8709 i=8710 i=8711 i=8712 i=8713 i=8714 i=8715 i=8716 i=8717 i=8718 i=8719 i=8720 i=8721 i=8722 i=8723 i=8724 i=8725 i=8726 i=8727 i=8728 i=8729 i=8730 i=8731 i=8732 i=8733 i=8734 i=8735 i=8736 i=8737 i=8738 i=8739 i=8740 i=8741 i=8742 i=8743 i=8744 i=8745 i=8746 i=8747 i=8748 i=8749 i=8750 i=8751 i=8752 i=8753 i=8754 i=8755 i=8756 i=8757 i=8758 i=8759 i=8760 i=8761 i=8762 i=8763 i=8764 i=8765 i=8766 i=8767 i=8768 i=8769 i=8770 i=8771 i=8772 i=8773 i=8774 i=8775 i=8776 i=8777 i=8778 i=8779 i=8780 i=8781 i=8782 i=8783 i=8784 i=8785 i=8786 i=8787 i=8788 i=8789 i=8790 i=8791 i=8792 i=8793 i=8794 i=8795 i=8796 i=8797 i=8798 i=8799 i=8800 i=8801 i=8802 i=8803 i=8804 i=8805 i=8806 i=8807 i=8808 i=8809 i=8810 i=8811 i=8812 i=8813 i=8814 i=8815 i=8816 i=8817 i=8818 i=8819 i=8820 i=8821 i=8822 i=8823 i=8824 i=8825 i=8826 i=8827 i=8828 i=8829 i=8830 i=8831 i=8832 i=8833 i=8834 i=8835 i=8836 i=8837 i=8838 i=8839 i=8840 i=8841 i=8842 i=8843 i=8844 i=8845 i=8846 i=8847 i=8848 i=8849 i=8850 i=8851 i=8852 i=8853 i=8854 i=8855 i=8856 i=8857 i=8858 i=8859 i=8860 i=8861 i=8862 i=8863 i=8864 i=8865 i=8866 i=8867 i=8868 i=8869 i=8870 i=8871 i=8872 i=8873 i=8874 i=8875 i=8876 i=8877 i=8878 i=8879 i=8880 i=8881 i=8882 i=8883 i=8884 i=8885 i=8886 i=8887 i=8888 i=8889 i=8890 i=8891 i=8892 i=8893 i=8894 i=8895 i=8896 i=8897 i=8898 i=8899 i=8900 i=8901 i=8902 i=8903 i=8904 i=8905 i=8906 i=8907 i=8908 i=8909 i=8910 i=8911 i=8912 i=8913 i=8914 i=8915 i=8916 i=8917 i=8918 i=8919 i=8920 i=8921 i=8922 i=8923 i=8924 i=8925 i=8926 i=8927 i=8928 i=8929 i=8930 i=8931 i=8932 i=8933 i=8934 i=8935 i=8936 i=8937 i=8938 i=8939 i=8940 i=8941 i=8942 i=8943 i=8944 i=8945 i=8946 i=8947 i=8948 i=8949 i=8950 i=8951 i=8952 i=8953 i=8954 i=8955 i=8956 i=8957 i=8958 i=8959 i=8960 i=8961 i=8962 i=8963 i=8964 i=8965 i=8966 i=8967 i=8968 i=8969 i=8970 i=8971 i=8972 i=8973 i=8974 i=8975 i=8976 i=8977 i=8978 i=8979 i=8980 i=8981 i=8982 i=8983 i=8984 i=8985 i=8986 i=8987 i=8988 i=8989 i=8990 i=8991 i=8992 i=8993 i=8994 i=8995 i=8996 i=8997 i=8998 i=8999 i=9000 i=9001 i=9002 i=9003 i=9004 i=9005 i=9006 i=9007 i=9008 i=9009 i=9010 i=9011 i=9012 i=9013 i=9014 i=9015 i=9016 i=9017 i=9018 i=9019 i=9020 i=9021 i=9022 i=9023 i=9024 i=9025 i=9026 i=9027 i=9028 i=9029 i=9030 i=9031 i=9032 i=9033 i=9034 i=9035 i=9036 i=9037 i=9038 i=9039 i=9040 i=9041 i=9042 i=9043 i=9044 i=9045 i=9046 i=9047 i=9048 i=9049 i=9050 i=9051 i=9052 i=9053 i=9054 i=9055 i=9056 i=9057 i=9058 i=9059 i=9060 i=9061 i=9062 i=9063 i=9064 i=9065 i=9066 i=9067 i=9068 i=9069 i=9070 i=9071 i=9072 i=9073 i=9074 i=9075 i=9076 i=9077 i=9078 i=9079 i=9080 i=9081 i=9082 i=9083 i=9084 i=9085 i=9086 i=9087 i=9088 i=9089 i=9090 i=9091 i=9092 i=9093 i=9094 i=9095 i=9096 i=9097 i=9098 i=9099 i=9100 i=9101 i=9102 i=9103 i=9104 i=9105 i=9106 i=9107 i=9108 i=9109 i=9110 i=9111 i=9112 i=9113 i=9114 i=9115 i=9116 i=9117 i=9118 i=9119 i=9120 i=9121 i=9122 i=9123 i=9124 i=9125 i=9126 i=9127 i=9128 i=9129 i=9130 i=9131 i=9132 i=9133 i=9134 i=9135 i=9136 i=9137 i=9138 i=9139 i=9140 i=9141 i=9142 i=9143 i=9144 i=9145 i=9146 i=9147 i=9148 i=9149 i=9150 i=9151 i=9152 i=9153 i=9154 i=9155 i=9156 i=9157 i=9158 i=9159 i=9160 i=9161 i=9162 i=9163 i=9164 i=9165 i=9166 i=9167 i=9168 i=9169 i=9170 i=9171 i=9172 i=9173 i=9174 i=9175 i=9176 i=9177 i=9178 i=9179 i=9180 i=9181 i=9182 i=9183 i=9184 i=9185 i=9186 i=9187 i=9188 i=9189 i=9190 i=9191 i=9192 i=9193 i=9194 i=9195 i=9196 i=9197 i=9198 i=9199 i=9200 i=9201 i=9202 i=9203 i=9204 i=9205 i=9206 i=9207 i=9208 i=9209 i=9210 i=9211 i=9212 i=9213 i=9214 i=9215 i=9216 i=9217 i=9218 i=9219 i=9220 i=9221 i=9222 i=9223 i=9224 i=9225 i=9226 i=9227 i=9228 i=9229 i=9230 i=9231 i=9232 i=9233 i=9234 i=9235 i=9236 i=9237 i=9238 i=9239 i=9240 i=9241 i=9242 i=9243 i=9244 i=9245 i=9246 i=9247 i=9248 i=9249 i=9250 i=9251 i=9252 i=9253 i=9254 i=9255 i=9256 i=9257 i=9258 i=9259 i=9260 i=9261 i=9262 i=9263 i=9264 i=9265 i=9266 i=9267 i=9268 i=9269 i=9270 i=9271 i=9272 i=9273 i=9274 i=9275 i=9276 i=9277 i=9278 i=9279 i=9280 i=9281 i=9282 i=9283 i=9284 i=9285 i=9286 i=9287 i=9288 i=9289 i=9290 i=9291 i=9292 i=9293 i=9294 i=9295 i=9296 i=9297 i=9298 i=9299 i=9300 i=9301 i=9302 i=9303 i=9304 i=9305 i=9306 i=9307 i=9308 i=9309 i=9310 i=9311 i=9312 i=9313 i=9314 i=9315 i=9316 i=9317 i=9318 i=9319 i=9320 i=9321 i=9322 i=9323 i=9324 i=9325 i=9326 i=9327 i=9328 i=9329 i=9330 i=9331 i=9332 i=9333 i=9334 i=9335 i=9336 i=9337 i=9338 i=9339 i=9340 i=9341 i=9342 i=9343 i=9344 i=9345 i=9346 i=9347 i=9348 i=9349 i=9350 i=9351 i=9352 i=9353 i=9354 i=9355 i=9356 i=9357 i=9358 i=9359 i=9360 i=9361 i=9362 i=9363 i=9364 i=9365 i=9366 i=9367 i=9368 i=9369 i=9370 i=9371 i=9372 i=9373 i=9374 i=9375 i=9376 i=9377 i=9378 i=9379 i=9380 i=9381 i=9382 i=9383 i=9384 i=9385 i=9386 i=9387 i=9388 i=9389 i=9390 i=9391 i=9392 i=9393 i=9394 i=9395 i=9396 i=9397 i=9398 i=9399 i=9400 i=9401 i=9402 i=9403 i=9404 i=9405 i=9406 i=9407 i=9408 i=9409 i=9410 i=9411 i=9412 i=9413 i=9414 i=9415 i=9416 i=9417 i=9418 i=9419 i=9420 i=9421 i=9422 i=9423 i=9424 i=9425 i=9426 i=9427 i=9428 i=9429 i=9430 i=9431 i=9432 i=9433 i=9434 i=9435 i=9436 i=9437 i=9438 i=9439 i=9440 i=9441 i=9442 i=9443 i=9444 i=9445 i=9446 i=9447 i=9448 i=9449 i=9450 i=9451 i=9452 i=9453 i=9454 i=9455 i=9456 i=9457 i=9458 i=9459 i=9460 i=9461 i=9462 i=9463 i=9464 i=9465 i=9466 i=9467 i=9468 i=9469 i=9470 i=9471 i=9472 i=9473 i=9474 i=9475 i=9476 i=9477 i=9478 i=9479 i=9480 i=9481 i=9482 i=9483 i=9484 i=9485 i=9486 i=9487 i=9488 i=9489 i=9490 i=9491 i=9492 i=9493 i=9494 i=9495 i=9496 i=9497 i=9498 i=9499 i=9500 i=9501 i=9502 i=9503 i=9504 i=9505 i=9506 i=9507 i=9508 i=9509 i=9510 i=9511 i=9512 i=9513 i=9514 i=9515 i=9516 i=9517 i=9518 i=9519 i=9520 i=9521 i=9522 i=9523 i=9524 i=9525 i=9526 i=9527 i=9528 i=9529 i=9530 i=9531 i=9532 i=9533 i=9534 i=9535 i=9536 i=9537 i=9538 i=9539 i=9540 i=9541 i=9542 i=9543 i=9544 i=9545 i=9546 i=9547 i=9548 i=9549 i=9550 i=9551 i=9552 i=9553 i=9554 i=9555 i=9556 i=9557 i=9558 i=9559 i=9560 i=9561 i=9562 i=9563 i=9564 i=9565 i=9566 i=9567 i=9568 i=9569 i=9570 i=9571 i=9572 i=9573 i=9574 i=9575 i=9576 i=9577 i=9578 i=9579 i=9580 i=9581 i=9582 i=9583 i=9584 i=9585 i=9586 i=9587 i=9588 i=9589 i=9590 i=9591 i=9592 i=9593 i=9594 i=9595 i=9596 i=9597 i=9598 i=9599 i=9600 i=9601 i=9602 i=9603 i=9604 i=9605 i=9606 i=9607 i=9608 i=9609 i=9610 i=9611 i=9612 i=9613 i=9614 i=9615 i=9616 i=9617 i=9618 i=9619 i=9620 i=9621 i=9622 i=9623 i=9624 i=9625 i=9626 i=9627 i=9628 i=9629 i=9630 i=9631 i=9632 i=9633 i=9634 i=9635 i=9636 i=9637 i=9638 i=9639 i=9640 i=9641 i=9642 i=9643 i=9644 i=9645 i=9646 i=9647 i=9648 i=9649 i=9650 i=9651 i=9652 i=9653 i=9654 i=9655 i=9656 i=9657 i=9658 i=9659 i=9660 i=9661 i=9662 i=9663 i=9664 i=9665 i=9666 i=9667 i=9668 i=9669 i=9670 i=9671 i=9672 i=9673 i=9674 i=9675 i=9676 i=9677 i=9678 i=9679 i=9680 i=9681 i=9682 i=9683 i=9684 i=9685 i=9686 i=9687 i=9688 i=9689 i=9690 i=9691 i=9692 i=9693 i=9694 i=9695 i=9696 i=9697 i=9698 i=9699 i=9700 i=9701 i=9702 i=9703 i=9704 i=9705 i=9706 i=9707 i=9708 i=9709 i=9710 i=9711 i=9712 i=9713 i=9714 i=9715 i=9716 i=9717 i=9718 i=9719 i=9720 i=9721 i=9722 i=9723 i=9724 i=9725 i=9726 i=9727 i=9728 i=9729 i=9730 i=9731 i=9732 i=9733 i=9734 i=9735 i=9736 i=9737 i=9738 i=9739 i=9740 i=9741 i=9742 i=9743 i=9744 i=9745 i=9746 i=9747 i=9748 i=9749 i=9750 i=9751 i=9752 i=9753 i=9754 i=9755 i=9756 i=9757 i=9758 i=9759 i=9760 i=9761 i=9762 i=9763 i=9764 i=9765 i=9766 i=9767 i=9768 i=9769 i=9770 i=9771 i=9772 i=9773 i=9774 i=9775 i=9776 i=9777 i=9778 i=9779 i=9780 i=9781 i=9782 i=9783 i=9784 i=9785 i=9786 i=9787 i=9788 i=9789 i=9790 i=9791 i=9792 i=9793 i=9794 i=9795 i=9796 i=9797 i=9798 i=9799 i=9800 i=9801 i=9802 i=9803 i=9804 i=9805 i=9806 i=9807 i=9808 i=9809 i=9810 i=9811 i=9812 i=9813 i=9814 i=9815 i=9816 i=9817 i=9818 i=9819 i=9820 i=9821 i=9822 i=9823 i=9824 i=9825 i=9826 i=9827 i=9828 i=9829 i=9830 i=9831 i=9832 i=9833 i=9834 i=9835 i=9836 i=9837 i=9838 i=9839 i=9840 i=9841 i=9842 i=9843 i=9844 i=9845 i=9846 i=9847 i=9848 i=9849 i=9850 i=9851 i=9852 i=9853 i=9854 i=9855 i=9856 i=9857 i=9858 i=9859 i=9860 i=9861 i=9862 i=9863 i=9864 i=9865 i=9866 i=9867 i=9868 i=9869 i=9870 i=9871 i=9872 i=9873 i=9874 i=9875 i=9876 i=9877 i=9878 i=9879 i=9880 i=9881 i=9882 i=9883 i=9884 i=9885 i=9886 i=9887 i=9888 i=9889 i=9890 i=9891 i=9892 i=9893 i=9894 i=9895 i=9896 i=9897 i=9898 i=9899 i=9900 i=9901 i=9902 i=9903 i=9904 i=9905 i=9906 i=9907 i=9908 i=9909 i=9910 i=9911 i=9912 i=9913 i=9914 i=9915 i=9916 i=9917 i=9918 i=9919 i=9920 i=9921 i=9922 i=9923 i=9924 i=9925 i=9926 i=9927 i=9928 i=9929 i=9930 i=9931 i=9932 i=9933 i=9934 i=9935 i=9936 i=9937 i=9938 i=9939 i=9940 i=9941 i=9942 i=9943 i=9944 i=9945 i=9946 i=9947 i=9948 i=9949 i=9950 i=9951 i=9952 i=9953 i=9954 i=9955 i=9956 i=9957 i=9958 i=9959 i=9960 i=9961 i=9962 i=9963 i=9964 i=9965 i=9966 i=9967 i=9968 i=9969 i=9970 i=9971 i=9972 i=9973 i=9974 i=9975 i=9976 i=9977 i=9978 i=9979 i=9980 i=9981 i=9982 i=9983 i=9984 i=9985 i=9986 i=9987 i=9988 i=9989 i=9990 i=9991 i=9992 i=9993 i=9994 i=9995 i=9996 i=9997 i=9998 i=9999 i=10000 miller-5.6.2/doc/log.txt000066400000000000000000000021651354153536500151150ustar00rootroot00000000000000op=enter,time=1472819681 op=cache,type=A9,hit=0 op=cache,type=A4,hit=1 time=1472819690,batch_size=100,num_filtered=237 op=cache,type=A1,hit=1 op=cache,type=A9,hit=0 op=cache,type=A1,hit=1 op=cache,type=A9,hit=0 op=cache,type=A9,hit=0 op=cache,type=A1,hit=1 time=1472819705,batch_size=100,num_filtered=348 op=cache,type=A4,hit=1 op=cache,type=A9,hit=0 op=cache,type=A9,hit=0 op=cache,type=A9,hit=0 op=cache,type=A9,hit=0 op=cache,type=A4,hit=1 time=1472819713,batch_size=100,num_filtered=493 op=cache,type=A9,hit=1 op=cache,type=A1,hit=1 op=cache,type=A9,hit=0 op=cache,type=A9,hit=0 op=cache,type=A9,hit=1 time=1472819720,batch_size=100,num_filtered=554 op=cache,type=A1,hit=0 op=cache,type=A4,hit=1 op=cache,type=A9,hit=0 op=cache,type=A9,hit=0 op=cache,type=A9,hit=0 op=cache,type=A4,hit=0 op=cache,type=A4,hit=0 op=cache,type=A9,hit=0 time=1472819736,batch_size=100,num_filtered=612 op=cache,type=A1,hit=1 op=cache,type=A9,hit=0 op=cache,type=A9,hit=0 op=cache,type=A9,hit=0 op=cache,type=A9,hit=0 op=cache,type=A4,hit=1 op=cache,type=A1,hit=1 op=cache,type=A9,hit=0 op=cache,type=A9,hit=0 time=1472819742,batch_size=100,num_filtered=728 miller-5.6.2/doc/manpage.html000066400000000000000000003162571354153536500161030ustar00rootroot00000000000000 Manpage

Miller

Manpage

This is simply a copy of what you should see on running man mlr at a command prompt, once Miller is installed on your system. 

MILLER(1)							     MILLER(1)



NAME
       miller - like awk, sed, cut, join, and sort for name-indexed data such
       as CSV and tabular JSON.

SYNOPSIS
       Usage: mlr [I/O options] {verb} [verb-dependent options ...] {zero or
       more file names}


DESCRIPTION
       Miller operates on key-value-pair data while the familiar Unix tools
       operate on integer-indexed fields: if the natural data structure for
       the latter is the array, then Miller's natural data structure is the
       insertion-ordered hash map.  This encompasses a variety of data
       formats, including but not limited to the familiar CSV, TSV, and JSON.
       (Miller can handle positionally-indexed data as a special case.) This
       manpage documents Miller v5.6.1-dev.

EXAMPLES
   COMMAND-LINE SYNTAX
       mlr --csv cut -f hostname,uptime mydata.csv
       mlr --tsv --rs lf filter '$status != "down" && $upsec >= 10000' *.tsv
       mlr --nidx put '$sum = $7 < 0.0 ? 3.5 : $7 + 2.1*$8' *.dat
       grep -v '^#' /etc/group | mlr --ifs : --nidx --opprint label group,pass,gid,member then sort -f group
       mlr join -j account_id -f accounts.dat then group-by account_name balances.dat
       mlr --json put '$attr = sub($attr, "([0-9]+)_([0-9]+)_.*", "\1:\2")' data/*.json
       mlr stats1 -a min,mean,max,p10,p50,p90 -f flag,u,v data/*
       mlr stats2 -a linreg-pca -f u,v -g shape data/*
       mlr put -q '@sum[$a][$b] += $x; end {emit @sum, "a", "b"}' data/*
       mlr --from estimates.tbl put '
	 for (k,v in $*) {
	   if (is_numeric(v) && k =~ "^[t-z].*$") {
	     $sum += v; $count += 1
	   }
	 }
	 $mean = $sum / $count # no assignment if count unset'
       mlr --from infile.dat put -f analyze.mlr
       mlr --from infile.dat put 'tee > "./taps/data-".$a."-".$b, $*'
       mlr --from infile.dat put 'tee | "gzip > ./taps/data-".$a."-".$b.".gz", $*'
       mlr --from infile.dat put -q '@v=$*; dump | "jq .[]"'
       mlr --from infile.dat put  '(NR % 1000 == 0) { print > stderr, "Checkpoint ".NR}'

   DATA FORMATS
	 DKVP: delimited key-value pairs (Miller default format)
	 +---------------------+
	 | apple=1,bat=2,cog=3 | Record 1: "apple" => "1", "bat" => "2", "cog" => "3"
	 | dish=7,egg=8,flint  | Record 2: "dish" => "7", "egg" => "8", "3" => "flint"
	 +---------------------+

	 NIDX: implicitly numerically indexed (Unix-toolkit style)
	 +---------------------+
	 | the quick brown     | Record 1: "1" => "the", "2" => "quick", "3" => "brown"
	 | fox jumped	       | Record 2: "1" => "fox", "2" => "jumped"
	 +---------------------+

	 CSV/CSV-lite: comma-separated values with separate header line
	 +---------------------+
	 | apple,bat,cog       |
	 | 1,2,3	       | Record 1: "apple => "1", "bat" => "2", "cog" => "3"
	 | 4,5,6	       | Record 2: "apple" => "4", "bat" => "5", "cog" => "6"
	 +---------------------+

	 Tabular JSON: nested objects are supported, although arrays within them are not:
	 +---------------------+
	 | {		       |
	 |  "apple": 1,        | Record 1: "apple" => "1", "bat" => "2", "cog" => "3"
	 |  "bat": 2,	       |
	 |  "cog": 3	       |
	 | }		       |
	 | {		       |
	 |   "dish": {	       | Record 2: "dish:egg" => "7", "dish:flint" => "8", "garlic" => ""
	 |     "egg": 7,       |
	 |     "flint": 8      |
	 |   }, 	       |
	 |   "garlic": ""      |
	 | }		       |
	 +---------------------+

	 PPRINT: pretty-printed tabular
	 +---------------------+
	 | apple bat cog       |
	 | 1	 2   3	       | Record 1: "apple => "1", "bat" => "2", "cog" => "3"
	 | 4	 5   6	       | Record 2: "apple" => "4", "bat" => "5", "cog" => "6"
	 +---------------------+

	 XTAB: pretty-printed transposed tabular
	 +---------------------+
	 | apple 1	       | Record 1: "apple" => "1", "bat" => "2", "cog" => "3"
	 | bat	 2	       |
	 | cog	 3	       |
	 |		       |
	 | dish 7	       | Record 2: "dish" => "7", "egg" => "8"
	 | egg	8	       |
	 +---------------------+

	 Markdown tabular (supported for output only):
	 +-----------------------+
	 | | apple | bat | cog | |
	 | | ---   | --- | --- | |
	 | | 1	   | 2	 | 3   | | Record 1: "apple => "1", "bat" => "2", "cog" => "3"
	 | | 4	   | 5	 | 6   | | Record 2: "apple" => "4", "bat" => "5", "cog" => "6"
	 +-----------------------+

OPTIONS
       In the following option flags, the version with "i" designates the
       input stream, "o" the output stream, and the version without prefix
       sets the option for both input and output stream. For example: --irs
       sets the input record separator, --ors the output record separator, and
       --rs sets both the input and output separator to the given value.

   HELP OPTIONS
	 -h or --help		      Show this message.
	 --version		      Show the software version.
	 {verb name} --help	      Show verb-specific help.
	 --help-all-verbs	      Show help on all verbs.
	 -l or --list-all-verbs       List only verb names.
	 -L			      List only verb names, one per line.
	 -f or --help-all-functions   Show help on all built-in functions.
	 -F			      Show a bare listing of built-in functions by name.
	 -k or --help-all-keywords    Show help on all keywords.
	 -K			      Show a bare listing of keywords by name.

   VERB LIST
	altkv bar bootstrap cat check clean-whitespace count-distinct count-similar
	cut decimate fill-down filter format-values fraction grep group-by group-like
	having-fields head histogram join label least-frequent merge-fields
	most-frequent nest nothing put regularize remove-empty-columns rename reorder
	repeat reshape sample sec2gmt sec2gmtdate seqgen shuffle skip-trivial-records
	sort stats1 stats2 step tac tail tee top uniq unsparsify

   FUNCTION LIST
	+ + - - * / // .+ .+ .- .- .* ./ .// % ** | ^ & ~ << >> bitcount == != =~ !=~
	> >= < <= && || ^^ ! ? : . gsub regextract regextract_or_else strlen sub ssub
	substr tolower toupper capitalize lstrip rstrip strip collapse_whitespace
	clean_whitespace system abs acos acosh asin asinh atan atan2 atanh cbrt ceil
	cos cosh erf erfc exp expm1 floor invqnorm log log10 log1p logifit madd max
	mexp min mmul msub pow qnorm round roundm sgn sin sinh sqrt tan tanh urand
	urandrange urand32 urandint dhms2fsec dhms2sec fsec2dhms fsec2hms gmt2sec
	localtime2sec hms2fsec hms2sec sec2dhms sec2gmt sec2gmt sec2gmtdate
	sec2localtime sec2localtime sec2localdate sec2hms strftime strftime_local
	strptime strptime_local systime is_absent is_bool is_boolean is_empty
	is_empty_map is_float is_int is_map is_nonempty_map is_not_empty is_not_map
	is_not_null is_null is_numeric is_present is_string asserting_absent
	asserting_bool asserting_boolean asserting_empty asserting_empty_map
	asserting_float asserting_int asserting_map asserting_nonempty_map
	asserting_not_empty asserting_not_map asserting_not_null asserting_null
	asserting_numeric asserting_present asserting_string boolean float fmtnum
	hexfmt int string typeof depth haskey joink joinkv joinv leafcount length
	mapdiff mapexcept mapselect mapsum splitkv splitkvx splitnv splitnvx

       Please use "mlr --help-function {function name}" for function-specific help.

   I/O FORMATTING
	 --idkvp   --odkvp   --dkvp	 Delimited key-value pairs, e.g "a=1,b=2"
					 (this is Miller's default format).

	 --inidx   --onidx   --nidx	 Implicitly-integer-indexed fields
					 (Unix-toolkit style).
	 -T				 Synonymous with "--nidx --fs tab".

	 --icsv    --ocsv    --csv	 Comma-separated value (or tab-separated
					 with --fs tab, etc.)

	 --itsv    --otsv    --tsv	 Keystroke-savers for "--icsv --ifs tab",
					 "--ocsv --ofs tab", "--csv --fs tab".
	 --iasv    --oasv    --asv	 Similar but using ASCII FS 0x1f and RS 0x1e
	 --iusv    --ousv    --usv	 Similar but using Unicode FS U+241F (UTF-8 0xe2909f)
					 and RS U+241E (UTF-8 0xe2909e)

	 --icsvlite --ocsvlite --csvlite Comma-separated value (or tab-separated
					 with --fs tab, etc.). The 'lite' CSV does not handle
					 RFC-CSV double-quoting rules; is slightly faster;
					 and handles heterogeneity in the input stream via
					 empty newline followed by new header line. See also
					 http://johnkerl.org/miller/doc/file-formats.html#CSV/TSV/etc.

	 --itsvlite --otsvlite --tsvlite Keystroke-savers for "--icsvlite --ifs tab",
					 "--ocsvlite --ofs tab", "--csvlite --fs tab".
	 -t				 Synonymous with --tsvlite.
	 --iasvlite --oasvlite --asvlite Similar to --itsvlite et al. but using ASCII FS 0x1f and RS 0x1e
	 --iusvlite --ousvlite --usvlite Similar to --itsvlite et al. but using Unicode FS U+241F (UTF-8 0xe2909f)
					 and RS U+241E (UTF-8 0xe2909e)

	 --ipprint --opprint --pprint	 Pretty-printed tabular (produces no
					 output until all input is in).
			     --right	 Right-justifies all fields for PPRINT output.
			     --barred	 Prints a border around PPRINT output
					 (only available for output).

		   --omd		 Markdown-tabular (only available for output).

	 --ixtab   --oxtab   --xtab	 Pretty-printed vertical-tabular.
			     --xvright	 Right-justifies values for XTAB format.

	 --ijson   --ojson   --json	 JSON tabular: sequence or list of one-level
					 maps: {...}{...} or [{...},{...}].
	   --json-map-arrays-on-input	 JSON arrays are unmillerable. --json-map-arrays-on-input
	   --json-skip-arrays-on-input	 is the default: arrays are converted to integer-indexed
	   --json-fatal-arrays-on-input  maps. The other two options cause them to be skipped, or
					 to be treated as errors.  Please use the jq tool for full
					 JSON (pre)processing.
			     --jvstack	 Put one key-value pair per line for JSON
					 output.
			     --jlistwrap Wrap JSON output in outermost [ ].
			   --jknquoteint Do not quote non-string map keys in JSON output.
			    --jvquoteall Quote map values in JSON output, even if they're
					 numeric.
		     --jflatsep {string} Separator for flattening multi-level JSON keys,
					 e.g. '{"a":{"b":3}}' becomes a:b => 3 for
					 non-JSON formats. Defaults to :.

	 -p is a keystroke-saver for --nidx --fs space --repifs

	 --mmap --no-mmap --mmap-below {n} Use mmap for files whenever possible, never, or
					 for files less than n bytes in size. Default is for
					 files less than 4294967296 bytes in size.
					 'Whenever possible' means always except for when reading
					 standard input which is not mmappable. If you don't know
					 what this means, don't worry about it -- it's a minor
					 performance optimization.

	 Examples: --csv for CSV-formatted input and output; --idkvp --opprint for
	 DKVP-formatted input and pretty-printed output.

	 Please use --iformat1 --oformat2 rather than --format1 --oformat2.
	 The latter sets up input and output flags for format1, not all of which
	 are overridden in all cases by setting output format to format2.

   COMMENTS IN DATA
	 --skip-comments		 Ignore commented lines (prefixed by "#")
					 within the input.
	 --skip-comments-with {string}	 Ignore commented lines within input, with
					 specified prefix.
	 --pass-comments		 Immediately print commented lines (prefixed by "#")
					 within the input.
	 --pass-comments-with {string}	 Immediately print commented lines within input, with
					 specified prefix.
       Notes:
       * Comments are only honored at the start of a line.
       * In the absence of any of the above four options, comments are data like
	 any other text.
       * When pass-comments is used, comment lines are written to standard output
	 immediately upon being read; they are not part of the record stream.
	 Results may be counterintuitive. A suggestion is to place comments at the
	 start of data files.

   FORMAT-CONVERSION KEYSTROKE-SAVERS
       As keystroke-savers for format-conversion you may use the following:
	       --c2t --c2d --c2n --c2j --c2x --c2p --c2m
	 --t2c	     --t2d --t2n --t2j --t2x --t2p --t2m
	 --d2c --d2t	   --d2n --d2j --d2x --d2p --d2m
	 --n2c --n2t --n2d	 --n2j --n2x --n2p --n2m
	 --j2c --j2t --j2d --j2n       --j2x --j2p --j2m
	 --x2c --x2t --x2d --x2n --x2j	     --x2p --x2m
	 --p2c --p2t --p2d --p2n --p2j --p2x	   --p2m
       The letters c t d n j x p m refer to formats CSV, TSV, DKVP, NIDX, JSON, XTAB,
       PPRINT, and markdown, respectively. Note that markdown format is available for
       output only.

   COMPRESSED I/O
	 --prepipe {command} This allows Miller to handle compressed inputs. You can do
	 without this for single input files, e.g. "gunzip < myfile.csv.gz | mlr ...".
	 However, when multiple input files are present, between-file separations are
	 lost; also, the FILENAME variable doesn't iterate. Using --prepipe you can
	 specify an action to be taken on each input file. This pre-pipe command must
	 be able to read from standard input; it will be invoked with
	   {command} < {filename}.
	 Examples:
	   mlr --prepipe 'gunzip'
	   mlr --prepipe 'zcat -cf'
	   mlr --prepipe 'xz -cd'
	   mlr --prepipe cat
	 Note that this feature is quite general and is not limited to decompression
	 utilities. You can use it to apply per-file filters of your choice.
	 For output compression (or other) utilities, simply pipe the output:
	   mlr ... | {your compression command}

   SEPARATORS
	 --rs	  --irs     --ors	       Record separators, e.g. 'lf' or '\r\n'
	 --fs	  --ifs     --ofs  --repifs    Field separators, e.g. comma
	 --ps	  --ips     --ops	       Pair separators, e.g. equals sign

	 Notes about line endings:
	 * Default line endings (--irs and --ors) are "auto" which means autodetect from
	   the input file format, as long as the input file(s) have lines ending in either
	   LF (also known as linefeed, '\n', 0x0a, Unix-style) or CRLF (also known as
	   carriage-return/linefeed pairs, '\r\n', 0x0d 0x0a, Windows style).
	 * If both irs and ors are auto (which is the default) then LF input will lead to LF
	   output and CRLF input will lead to CRLF output, regardless of the platform you're
	   running on.
	 * The line-ending autodetector triggers on the first line ending detected in the input
	   stream. E.g. if you specify a CRLF-terminated file on the command line followed by an
	   LF-terminated file then autodetected line endings will be CRLF.
	 * If you use --ors {something else} with (default or explicitly specified) --irs auto
	   then line endings are autodetected on input and set to what you specify on output.
	 * If you use --irs {something else} with (default or explicitly specified) --ors auto
	   then the output line endings used are LF on Unix/Linux/BSD/MacOSX, and CRLF on Windows.

	 Notes about all other separators:
	 * IPS/OPS are only used for DKVP and XTAB formats, since only in these formats
	   do key-value pairs appear juxtaposed.
	 * IRS/ORS are ignored for XTAB format. Nominally IFS and OFS are newlines;
	   XTAB records are separated by two or more consecutive IFS/OFS -- i.e.
	   a blank line. Everything above about --irs/--ors/--rs auto becomes --ifs/--ofs/--fs
	   auto for XTAB format. (XTAB's default IFS/OFS are "auto".)
	 * OFS must be single-character for PPRINT format. This is because it is used
	   with repetition for alignment; multi-character separators would make
	   alignment impossible.
	 * OPS may be multi-character for XTAB format, in which case alignment is
	   disabled.
	 * TSV is simply CSV using tab as field separator ("--fs tab").
	 * FS/PS are ignored for markdown format; RS is used.
	 * All FS and PS options are ignored for JSON format, since they are not relevant
	   to the JSON format.
	 * You can specify separators in any of the following ways, shown by example:
	   - Type them out, quoting as necessary for shell escapes, e.g.
	     "--fs '|' --ips :"
	   - C-style escape sequences, e.g. "--rs '\r\n' --fs '\t'".
	   - To avoid backslashing, you can use any of the following names:
	     cr crcr newline lf lflf crlf crlfcrlf tab space comma pipe slash colon semicolon equals
	 * Default separators by format:
	     File format  RS	   FS	    PS
	     gen	  N/A	   (N/A)    (N/A)
	     dkvp	  auto	   ,	    =
	     json	  auto	   (N/A)    (N/A)
	     nidx	  auto	   space    (N/A)
	     csv	  auto	   ,	    (N/A)
	     csvlite	  auto	   ,	    (N/A)
	     markdown	  auto	   (N/A)    (N/A)
	     pprint	  auto	   space    (N/A)
	     xtab	  (N/A)    auto     space

   CSV-SPECIFIC OPTIONS
	 --implicit-csv-header Use 1,2,3,... as field labels, rather than from line 1
			    of input files. Tip: combine with "label" to recreate
			    missing headers.
	 --allow-ragged-csv-input|--ragged If a data line has fewer fields than the header line,
			    fill remaining keys with empty string. If a data line has more
			    fields than the header line, use integer field labels as in
			    the implicit-header case.
	 --headerless-csv-output   Print only CSV data lines.
	 -N		    Keystroke-saver for --implicit-csv-header --headerless-csv-output.

   DOUBLE-QUOTING FOR CSV/CSVLITE OUTPUT
	 --quote-all	    Wrap all fields in double quotes
	 --quote-none	    Do not wrap any fields in double quotes, even if they have
			    OFS or ORS in them
	 --quote-minimal    Wrap fields in double quotes only if they have OFS or ORS
			    in them (default)
	 --quote-numeric    Wrap fields in double quotes only if they have numbers
			    in them
	 --quote-original   Wrap fields in double quotes if and only if they were
			    quoted on input. This isn't sticky for computed fields:
			    e.g. if fields a and b were quoted on input and you do
			    "put '$c = $a . $b'" then field c won't inherit a or b's
			    was-quoted-on-input flag.

   NUMERICAL FORMATTING
	 --ofmt {format}    E.g. %.18lf, %.0lf. Please use sprintf-style codes for
			    double-precision. Applies to verbs which compute new
			    values, e.g. put, stats1, stats2. See also the fmtnum
			    function within mlr put (mlr --help-all-functions).
			    Defaults to %lf.

   OTHER OPTIONS
	 --seed {n} with n of the form 12345678 or 0xcafefeed. For put/filter
			    urand()/urandint()/urand32().
	 --nr-progress-mod {m}, with m a positive integer: print filename and record
			    count to stderr every m input records.
	 --from {filename}  Use this to specify an input file before the verb(s),
			    rather than after. May be used more than once. Example:
			    "mlr --from a.dat --from b.dat cat" is the same as
			    "mlr cat a.dat b.dat".
	 -n		    Process no input files, nor standard input either. Useful
			    for mlr put with begin/end statements only. (Same as --from
			    /dev/null.) Also useful in "mlr -n put -v '...'" for
			    analyzing abstract syntax trees (if that's your thing).
	 -I		    Process files in-place. For each file name on the command
			    line, output is written to a temp file in the same
			    directory, which is then renamed over the original. Each
			    file is processed in isolation: if the output format is
			    CSV, CSV headers will be present in each output file;
			    statistics are only over each file's own records; and so on.

   THEN-CHAINING
       Output of one verb may be chained as input to another using "then", e.g.
	 mlr stats1 -a min,mean,max -f flag,u,v -g color then sort -f color

   AUXILIARY COMMANDS
       Miller has a few otherwise-standalone executables packaged within it.
       They do not participate in any other parts of Miller.
       Available subcommands:
	 aux-list
	 lecat
	 termcvt
	 hex
	 unhex
	 netbsd-strptime
       For more information, please invoke mlr {subcommand} --help

VERBS
   altkv
       Usage: mlr altkv [no options]
       Given fields with values of the form a,b,c,d,e,f emits a=b,c=d,e=f pairs.

   bar
       Usage: mlr bar [options]
       Replaces a numeric field with a number of asterisks, allowing for cheesy
       bar plots. These align best with --opprint or --oxtab output format.
       Options:
       -f   {a,b,c}	 Field names to convert to bars.
       -c   {character}  Fill character: default '*'.
       -x   {character}  Out-of-bounds character: default '#'.
       -b   {character}  Blank character: default '.'.
       --lo {lo}	 Lower-limit value for min-width bar: default '0.000000'.
       --hi {hi}	 Upper-limit value for max-width bar: default '100.000000'.
       -w   {n} 	 Bar-field width: default '40'.
       --auto		 Automatically computes limits, ignoring --lo and --hi.
			 Holds all records in memory before producing any output.

   bootstrap
       Usage: mlr bootstrap [options]
       Emits an n-sample, with replacement, of the input records.
       Options:
       -n {number} Number of samples to output. Defaults to number of input records.
		   Must be non-negative.
       See also mlr sample and mlr shuffle.

   cat
       Usage: mlr cat [options]
       Passes input records directly to output. Most useful for format conversion.
       Options:
       -n	 Prepend field "n" to each record with record-counter starting at 1
       -g {comma-separated field name(s)} When used with -n/-N, writes record-counters
		 keyed by specified field name(s).
       -v	 Write a low-level record-structure dump to stderr.
       -N {name} Prepend field {name} to each record with record-counter starting at 1

   check
       Usage: mlr check
       Consumes records without printing any output.
       Useful for doing a well-formatted check on input data.

   clean-whitespace
       Usage: mlr clean-whitespace [options] {old1,new1,old2,new2,...}
       For each record, for each field in the record, whitespace-cleans the keys and
       values. Whitespace-cleaning entails stripping leading and trailing whitespace,
       and replacing multiple whitespace with singles. For finer-grained control,
       please see the DSL functions lstrip, rstrip, strip, collapse_whitespace,
       and clean_whitespace.

       Options:
       -k|--keys-only	 Do not touch values.
       -v|--values-only  Do not touch keys.
       It is an error to specify -k as well as -v.

   count-distinct
       Usage: mlr count-distinct [options]
       Prints number of records having distinct values for specified field names.
       Same as uniq -c.

       Options:
       -f {a,b,c}    Field names for distinct count.
       -n	     Show only the number of distinct values. Not compatible with -u.
       -o {name}     Field name for output count. Default "count".
		     Ignored with -u.
       -u	     Do unlashed counts for multiple field names. With -f a,b and
		     without -u, computes counts for distinct combinations of a
		     and b field values. With -f a,b and with -u, computes counts
		     for distinct a field values and counts for distinct b field
		     values separately.

   count-similar
       Usage: mlr count-similar [options]
       Ingests all records, then emits each record augmented by a count of
       the number of other records having the same group-by field values.
       Options:
       -g {d,e,f} Group-by-field names for counts.
       -o {name}  Field name for output count. Default "count".

   cut
       Usage: mlr cut [options]
       Passes through input records with specified fields included/excluded.
       -f {a,b,c}	Field names to include for cut.
       -o		Retain fields in the order specified here in the argument list.
			Default is to retain them in the order found in the input data.
       -x|--complement	Exclude, rather than include, field names specified by -f.
       -r		Treat field names as regular expressions. "ab", "a.*b" will
			match any field name containing the substring "ab" or matching
			"a.*b", respectively; anchors of the form "^ab$", "^a.*b$" may
			be used. The -o flag is ignored when -r is present.
       Examples:
	 mlr cut -f hostname,status
	 mlr cut -x -f hostname,status
	 mlr cut -r -f '^status$,sda[0-9]'
	 mlr cut -r -f '^status$,"sda[0-9]"'
	 mlr cut -r -f '^status$,"sda[0-9]"i' (this is case-insensitive)

   decimate
       Usage: mlr decimate [options]
       -n {count}    Decimation factor; default 10
       -b	     Decimate by printing first of every n.
       -e	     Decimate by printing last of every n (default).
       -g {a,b,c}    Optional group-by-field names for decimate counts
       Passes through one of every n records, optionally by category.

   fill-down
       Usage: mlr fill-down [options]
       -f {a,b,c}	   Field names for fill-down
       -a|--only-if-absent Field names for fill-down
       If a given record has a missing value for a given field, fill that from
       the corresponding value from a previous record, if any.
       By default, a 'missing' field either is absent, or has the empty-string value.
       With -a, a field is 'missing' only if it is absent.

   filter
       Usage: mlr filter [options] {expression}
       Prints records for which {expression} evaluates to true.
       If there are multiple semicolon-delimited expressions, all of them are
       evaluated and the last one is used as the filter criterion.

       Conversion options:
       -S: Keeps field values as strings with no type inference to int or float.
       -F: Keeps field values as strings or floats with no inference to int.
       All field values are type-inferred to int/float/string unless this behavior is
       suppressed with -S or -F.

       Output/formatting options:
       --oflatsep {string}: Separator to use when flattening multi-level @-variables
	   to output records for emit. Default ":".
       --jknquoteint: For dump output (JSON-formatted), do not quote map keys if non-string.
       --jvquoteall: For dump output (JSON-formatted), quote map values even if non-string.
       Any of the output-format command-line flags (see mlr -h). Example: using
	 mlr --icsv --opprint ... then put --ojson 'tee > "mytap-".$a.".dat", $*' then ...
       the input is CSV, the output is pretty-print tabular, but the tee-file output
       is written in JSON format.
       --no-fflush: for emit, tee, print, and dump, don't call fflush() after every
	   record.

       Expression-specification options:
       -f {filename}: the DSL expression is taken from the specified file rather
	   than from the command line. Outer single quotes wrapping the expression
	   should not be placed in the file. If -f is specified more than once,
	   all input files specified using -f are concatenated to produce the expression.
	   (For example, you can define functions in one file and call them from another.)
       -e {expression}: You can use this after -f to add an expression. Example use
	   case: define functions/subroutines in a file you specify with -f, then call
	   them with an expression you specify with -e.
       (If you mix -e and -f then the expressions are evaluated in the order encountered.
       Since the expression pieces are simply concatenated, please be sure to use intervening
       semicolons to separate expressions.)

       Tracing options:
       -v: Prints the expressions's AST (abstract syntax tree), which gives
	   full transparency on the precedence and associativity rules of
	   Miller's grammar, to stdout.
       -a: Prints a low-level stack-allocation trace to stdout.
       -t: Prints a low-level parser trace to stderr.
       -T: Prints a every statement to stderr as it is executed.

       Other options:
       -x: Prints records for which {expression} evaluates to false.

       Please use a dollar sign for field names and double-quotes for string
       literals. If field names have special characters such as "." then you might
       use braces, e.g. '${field.name}'. Miller built-in variables are
       NF NR FNR FILENUM FILENAME M_PI M_E, and ENV["namegoeshere"] to access environment
       variables. The environment-variable name may be an expression, e.g. a field
       value.

       Use # to comment to end of line.

       Examples:
	 mlr filter 'log10($count) > 4.0'
	 mlr filter 'FNR == 2	       (second record in each file)'
	 mlr filter 'urand() < 0.001'  (subsampling)
	 mlr filter '$color != "blue" && $value > 4.2'
	 mlr filter '($x<.5 && $y<.5) || ($x>.5 && $y>.5)'
	 mlr filter '($name =~ "^sys.*east$") || ($name =~ "^dev.[0-9]+"i)'
	 mlr filter '$ab = $a+$b; $cd = $c+$d; $ab != $cd'
	 mlr filter '
	   NR == 1 ||
	  #NR == 2 ||
	   NR == 3
	 '

       Please see http://johnkerl.org/miller/doc/reference.html for more information
       including function list. Or "mlr -f". Please also also "mlr grep" which is
       useful when you don't yet know which field name(s) you're looking for.

   format-values
       Usage: mlr format-values [options]
       Applies format strings to all field values, depending on autodetected type.
       * If a field value is detected to be integer, applies integer format.
       * Else, if a field value is detected to be float, applies float format.
       * Else, applies string format.

       Note: this is a low-keystroke way to apply formatting to many fields. To get
       finer control, please see the fmtnum function within the mlr put DSL.

       Note: this verb lets you apply arbitrary format strings, which can produce
       undefined behavior and/or program crashes.  See your system's "man printf".

       Options:
       -i {integer format} Defaults to "%lld".
			   Examples: "%06lld", "%08llx".
			   Note that Miller integers are long long so you must use
			   formats which apply to long long, e.g. with ll in them.
			   Undefined behavior results otherwise.
       -f {float format}   Defaults to "%lf".
			   Examples: "%8.3lf", "%.6le".
			   Note that Miller floats are double-precision so you must
			   use formats which apply to double, e.g. with l[efg] in them.
			   Undefined behavior results otherwise.
       -s {string format}  Defaults to "%s".
			   Examples: "_%s", "%08s".
			   Note that you must use formats which apply to string, e.g.
			   with s in them. Undefined behavior results otherwise.
       -n		   Coerce field values autodetected as int to float, and then
			   apply the float format.

   fraction
       Usage: mlr fraction [options]
       For each record's value in specified fields, computes the ratio of that
       value to the sum of values in that field over all input records.
       E.g. with input records	x=1  x=2  x=3  and  x=4, emits output records
       x=1,x_fraction=0.1  x=2,x_fraction=0.2  x=3,x_fraction=0.3  and	x=4,x_fraction=0.4

       Note: this is internally a two-pass algorithm: on the first pass it retains
       input records and accumulates sums; on the second pass it computes quotients
       and emits output records. This means it produces no output until all input is read.

       Options:
       -f {a,b,c}    Field name(s) for fraction calculation
       -g {d,e,f}    Optional group-by-field name(s) for fraction counts
       -p	     Produce percents [0..100], not fractions [0..1]. Output field names
		     end with "_percent" rather than "_fraction"
       -c	     Produce cumulative distributions, i.e. running sums: each output
		     value folds in the sum of the previous for the specified group
		     E.g. with input records  x=1  x=2	x=3  and  x=4, emits output records
		     x=1,x_cumulative_fraction=0.1  x=2,x_cumulative_fraction=0.3
		     x=3,x_cumulative_fraction=0.6  and  x=4,x_cumulative_fraction=1.0

   grep
       Usage: mlr grep [options] {regular expression}
       Passes through records which match {regex}.
       Options:
       -i    Use case-insensitive search.
       -v    Invert: pass through records which do not match the regex.
       Note that "mlr filter" is more powerful, but requires you to know field names.
       By contrast, "mlr grep" allows you to regex-match the entire record. It does
       this by formatting each record in memory as DKVP, using command-line-specified
       ORS/OFS/OPS, and matching the resulting line against the regex specified
       here. In particular, the regex is not applied to the input stream: if you
       have CSV with header line "x,y,z" and data line "1,2,3" then the regex will
       be matched, not against either of these lines, but against the DKVP line
       "x=1,y=2,z=3".  Furthermore, not all the options to system grep are supported,
       and this command is intended to be merely a keystroke-saver. To get all the
       features of system grep, you can do
	 "mlr --odkvp ... | grep ... | mlr --idkvp ..."

   group-by
       Usage: mlr group-by {comma-separated field names}
       Outputs records in batches having identical values at specified field names.

   group-like
       Usage: mlr group-like
       Outputs records in batches having identical field names.

   having-fields
       Usage: mlr having-fields [options]
       Conditionally passes through records depending on each record's field names.
       Options:
	 --at-least	 {comma-separated names}
	 --which-are	 {comma-separated names}
	 --at-most	 {comma-separated names}
	 --all-matching  {regular expression}
	 --any-matching  {regular expression}
	 --none-matching {regular expression}
       Examples:
	 mlr having-fields --which-are amount,status,owner
	 mlr having-fields --any-matching 'sda[0-9]'
	 mlr having-fields --any-matching '"sda[0-9]"'
	 mlr having-fields --any-matching '"sda[0-9]"i' (this is case-insensitive)

   head
       Usage: mlr head [options]
       -n {count}    Head count to print; default 10
       -g {a,b,c}    Optional group-by-field names for head counts
       Passes through the first n records, optionally by category.
       Without -g, ceases consuming more input (i.e. is fast) when n
       records have been read.

   histogram
       Usage: mlr histogram [options]
       -f {a,b,c}    Value-field names for histogram counts
       --lo {lo}     Histogram low value
       --hi {hi}     Histogram high value
       --nbins {n}   Number of histogram bins
       --auto	     Automatically computes limits, ignoring --lo and --hi.
		     Holds all values in memory before producing any output.
       -o {prefix}   Prefix for output field name. Default: no prefix.
       Just a histogram. Input values < lo or > hi are not counted.

   join
       Usage: mlr join [options]
       Joins records from specified left file name with records from all file names
       at the end of the Miller argument list.
       Functionality is essentially the same as the system "join" command, but for
       record streams.
       Options:
	 -f {left file name}
	 -j {a,b,c}   Comma-separated join-field names for output
	 -l {a,b,c}   Comma-separated join-field names for left input file;
		      defaults to -j values if omitted.
	 -r {a,b,c}   Comma-separated join-field names for right input file(s);
		      defaults to -j values if omitted.
	 --lp {text}  Additional prefix for non-join output field names from
		      the left file
	 --rp {text}  Additional prefix for non-join output field names from
		      the right file(s)
	 --np	      Do not emit paired records
	 --ul	      Emit unpaired records from the left file
	 --ur	      Emit unpaired records from the right file(s)
	 -s|--sorted-input  Require sorted input: records must be sorted
		      lexically by their join-field names, else not all records will
		      be paired. The only likely use case for this is with a left
		      file which is too big to fit into system memory otherwise.
	 -u	      Enable unsorted input. (This is the default even without -u.)
		      In this case, the entire left file will be loaded into memory.
	 --prepipe {command} As in main input options; see mlr --help for details.
		      If you wish to use a prepipe command for the main input as well
		      as here, it must be specified there as well as here.
       File-format options default to those for the right file names on the Miller
       argument list, but may be overridden for the left file as follows. Please see
       the main "mlr --help" for more information on syntax for these arguments.
	 -i {one of csv,dkvp,nidx,pprint,xtab}
	 --irs {record-separator character}
	 --ifs {field-separator character}
	 --ips {pair-separator character}
	 --repifs
	 --repips
	 --mmap
	 --no-mmap
       Please use "mlr --usage-separator-options" for information on specifying separators.
       Please see http://johnkerl.org/miller/doc/reference.html for more information
       including examples.

   label
       Usage: mlr label {new1,new2,new3,...}
       Given n comma-separated names, renames the first n fields of each record to
       have the respective name. (Fields past the nth are left with their original
       names.) Particularly useful with --inidx or --implicit-csv-header, to give
       useful names to otherwise integer-indexed fields.
       Examples:
	 "echo 'a b c d' | mlr --inidx --odkvp cat"	  gives "1=a,2=b,3=c,4=d"
	 "echo 'a b c d' | mlr --inidx --odkvp label s,t" gives "s=a,t=b,3=c,4=d"

   least-frequent
       Usage: mlr least-frequent [options]
       Shows the least frequently occurring distinct values for specified field names.
       The first entry is the statistical anti-mode; the remaining are runners-up.
       Options:
       -f {one or more comma-separated field names}. Required flag.
       -n {count}. Optional flag defaulting to 10.
       -b	   Suppress counts; show only field values.
       -o {name}   Field name for output count. Default "count".
       See also "mlr most-frequent".

   merge-fields
       Usage: mlr merge-fields [options]
       Computes univariate statistics for each input record, accumulated across
       specified fields.
       Options:
       -a {sum,count,...}  Names of accumulators. One or more of:
	 count	   Count instances of fields
	 mode	   Find most-frequently-occurring values for fields; first-found wins tie
	 antimode  Find least-frequently-occurring values for fields; first-found wins tie
	 sum	   Compute sums of specified fields
	 mean	   Compute averages (sample means) of specified fields
	 stddev    Compute sample standard deviation of specified fields
	 var	   Compute sample variance of specified fields
	 meaneb    Estimate error bars for averages (assuming no sample autocorrelation)
	 skewness  Compute sample skewness of specified fields
	 kurtosis  Compute sample kurtosis of specified fields
	 min	   Compute minimum values of specified fields
	 max	   Compute maximum values of specified fields
       -f {a,b,c}  Value-field names on which to compute statistics. Requires -o.
       -r {a,b,c}  Regular expressions for value-field names on which to compute
		   statistics. Requires -o.
       -c {a,b,c}  Substrings for collapse mode. All fields which have the same names
		   after removing substrings will be accumulated together. Please see
		   examples below.
       -i	   Use interpolated percentiles, like R's type=7; default like type=1.
		   Not sensical for string-valued fields.
       -o {name}   Output field basename for -f/-r.
       -k	   Keep the input fields which contributed to the output statistics;
		   the default is to omit them.
       -F	   Computes integerable things (e.g. count) in floating point.

       String-valued data make sense unless arithmetic on them is required,
       e.g. for sum, mean, interpolated percentiles, etc. In case of mixed data,
       numbers are less than strings.

       Example input data: "a_in_x=1,a_out_x=2,b_in_y=4,b_out_x=8".
       Example: mlr merge-fields -a sum,count -f a_in_x,a_out_x -o foo
	 produces "b_in_y=4,b_out_x=8,foo_sum=3,foo_count=2" since "a_in_x,a_out_x" are
	 summed over.
       Example: mlr merge-fields -a sum,count -r in_,out_ -o bar
	 produces "bar_sum=15,bar_count=4" since all four fields are summed over.
       Example: mlr merge-fields -a sum,count -c in_,out_
	 produces "a_x_sum=3,a_x_count=2,b_y_sum=4,b_y_count=1,b_x_sum=8,b_x_count=1"
	 since "a_in_x" and "a_out_x" both collapse to "a_x", "b_in_y" collapses to
	 "b_y", and "b_out_x" collapses to "b_x".

   most-frequent
       Usage: mlr most-frequent [options]
       Shows the most frequently occurring distinct values for specified field names.
       The first entry is the statistical mode; the remaining are runners-up.
       Options:
       -f {one or more comma-separated field names}. Required flag.
       -n {count}. Optional flag defaulting to 10.
       -b	   Suppress counts; show only field values.
       -o {name}   Field name for output count. Default "count".
       See also "mlr least-frequent".

   nest
       Usage: mlr nest [options]
       Explodes specified field values into separate fields/records, or reverses this.
       Options:
	 --explode,--implode   One is required.
	 --values,--pairs      One is required.
	 --across-records,--across-fields One is required.
	 -f {field name}       Required.
	 --nested-fs {string}  Defaults to ";". Field separator for nested values.
	 --nested-ps {string}  Defaults to ":". Pair separator for nested key-value pairs.
	 --evar {string}       Shorthand for --explode --values ---across-records --nested-fs {string}
	 --ivar {string}       Shorthand for --implode --values ---across-records --nested-fs {string}
       Please use "mlr --usage-separator-options" for information on specifying separators.

       Examples:

	 mlr nest --explode --values --across-records -f x
	 with input record "x=a;b;c,y=d" produces output records
	   "x=a,y=d"
	   "x=b,y=d"
	   "x=c,y=d"
	 Use --implode to do the reverse.

	 mlr nest --explode --values --across-fields -f x
	 with input record "x=a;b;c,y=d" produces output records
	   "x_1=a,x_2=b,x_3=c,y=d"
	 Use --implode to do the reverse.

	 mlr nest --explode --pairs --across-records -f x
	 with input record "x=a:1;b:2;c:3,y=d" produces output records
	   "a=1,y=d"
	   "b=2,y=d"
	   "c=3,y=d"

	 mlr nest --explode --pairs --across-fields -f x
	 with input record "x=a:1;b:2;c:3,y=d" produces output records
	   "a=1,b=2,c=3,y=d"

       Notes:
       * With --pairs, --implode doesn't make sense since the original field name has
	 been lost.
       * The combination "--implode --values --across-records" is non-streaming:
	 no output records are produced until all input records have been read. In
	 particular, this means it won't work in tail -f contexts. But all other flag
	 combinations result in streaming (tail -f friendly) data processing.
       * It's up to you to ensure that the nested-fs is distinct from your data's IFS:
	 e.g. by default the former is semicolon and the latter is comma.
       See also mlr reshape.

   nothing
       Usage: mlr nothing [options]
       Drops all input records. Useful for testing, or after tee/print/etc. have
       produced other output.

   put
       Usage: mlr put [options] {expression}
       Adds/updates specified field(s). Expressions are semicolon-separated and must
       either be assignments, or evaluate to boolean.  Booleans with following
       statements in curly braces control whether those statements are executed;
       booleans without following curly braces do nothing except side effects (e.g.
       regex-captures into \1, \2, etc.).

       Conversion options:
       -S: Keeps field values as strings with no type inference to int or float.
       -F: Keeps field values as strings or floats with no inference to int.
       All field values are type-inferred to int/float/string unless this behavior is
       suppressed with -S or -F.

       Output/formatting options:
       --oflatsep {string}: Separator to use when flattening multi-level @-variables
	   to output records for emit. Default ":".
       --jknquoteint: For dump output (JSON-formatted), do not quote map keys if non-string.
       --jvquoteall: For dump output (JSON-formatted), quote map values even if non-string.
       Any of the output-format command-line flags (see mlr -h). Example: using
	 mlr --icsv --opprint ... then put --ojson 'tee > "mytap-".$a.".dat", $*' then ...
       the input is CSV, the output is pretty-print tabular, but the tee-file output
       is written in JSON format.
       --no-fflush: for emit, tee, print, and dump, don't call fflush() after every
	   record.

       Expression-specification options:
       -f {filename}: the DSL expression is taken from the specified file rather
	   than from the command line. Outer single quotes wrapping the expression
	   should not be placed in the file. If -f is specified more than once,
	   all input files specified using -f are concatenated to produce the expression.
	   (For example, you can define functions in one file and call them from another.)
       -e {expression}: You can use this after -f to add an expression. Example use
	   case: define functions/subroutines in a file you specify with -f, then call
	   them with an expression you specify with -e.
       (If you mix -e and -f then the expressions are evaluated in the order encountered.
       Since the expression pieces are simply concatenated, please be sure to use intervening
       semicolons to separate expressions.)

       Tracing options:
       -v: Prints the expressions's AST (abstract syntax tree), which gives
	   full transparency on the precedence and associativity rules of
	   Miller's grammar, to stdout.
       -a: Prints a low-level stack-allocation trace to stdout.
       -t: Prints a low-level parser trace to stderr.
       -T: Prints a every statement to stderr as it is executed.

       Other options:
       -q: Does not include the modified record in the output stream. Useful for when
	   all desired output is in begin and/or end blocks.

       Please use a dollar sign for field names and double-quotes for string
       literals. If field names have special characters such as "." then you might
       use braces, e.g. '${field.name}'. Miller built-in variables are
       NF NR FNR FILENUM FILENAME M_PI M_E, and ENV["namegoeshere"] to access environment
       variables. The environment-variable name may be an expression, e.g. a field
       value.

       Use # to comment to end of line.

       Examples:
	 mlr put '$y = log10($x); $z = sqrt($y)'
	 mlr put '$x>0.0 { $y=log10($x); $z=sqrt($y) }' # does {...} only if $x > 0.0
	 mlr put '$x>0.0;  $y=log10($x); $z=sqrt($y)'	# does all three statements
	 mlr put '$a =~ "([a-z]+)_([0-9]+);  $b = "left_\1"; $c = "right_\2"'
	 mlr put '$a =~ "([a-z]+)_([0-9]+) { $b = "left_\1"; $c = "right_\2" }'
	 mlr put '$filename = FILENAME'
	 mlr put '$colored_shape = $color . "_" . $shape'
	 mlr put '$y = cos($theta); $z = atan2($y, $x)'
	 mlr put '$name = sub($name, "http.*com"i, "")'
	 mlr put -q '@sum += $x; end {emit @sum}'
	 mlr put -q '@sum[$a] += $x; end {emit @sum, "a"}'
	 mlr put -q '@sum[$a][$b] += $x; end {emit @sum, "a", "b"}'
	 mlr put -q '@min=min(@min,$x);@max=max(@max,$x); end{emitf @min, @max}'
	 mlr put -q 'is_null(@xmax) || $x > @xmax {@xmax=$x; @recmax=$*}; end {emit @recmax}'
	 mlr put '
	   $x = 1;
	  #$y = 2;
	   $z = 3
	 '

       Please see also 'mlr -k' for examples using redirected output.

       Please see http://johnkerl.org/miller/doc/reference.html for more information
       including function list. Or "mlr -f".
       Please see in particular:
	 http://www.johnkerl.org/miller/doc/reference.html#put

   regularize
       Usage: mlr regularize
       For records seen earlier in the data stream with same field names in
       a different order, outputs them with field names in the previously
       encountered order.
       Example: input records a=1,c=2,b=3, then e=4,d=5, then c=7,a=6,b=8
       output as	      a=1,c=2,b=3, then e=4,d=5, then a=6,c=7,b=8

   remove-empty-columns
       Usage: mlr remove-empty-columns
       Omits fields which are empty on every input row. Non-streaming.

   rename
       Usage: mlr rename [options] {old1,new1,old2,new2,...}
       Renames specified fields.
       Options:
       -r	  Treat old field  names as regular expressions. "ab", "a.*b"
		  will match any field name containing the substring "ab" or
		  matching "a.*b", respectively; anchors of the form "^ab$",
		  "^a.*b$" may be used. New field names may be plain strings,
		  or may contain capture groups of the form "\1" through
		  "\9". Wrapping the regex in double quotes is optional, but
		  is required if you wish to follow it with 'i' to indicate
		  case-insensitivity.
       -g	  Do global replacement within each field name rather than
		  first-match replacement.
       Examples:
       mlr rename old_name,new_name'
       mlr rename old_name_1,new_name_1,old_name_2,new_name_2'
       mlr rename -r 'Date_[0-9]+,Date,'  Rename all such fields to be "Date"
       mlr rename -r '"Date_[0-9]+",Date' Same
       mlr rename -r 'Date_([0-9]+).*,\1' Rename all such fields to be of the form 20151015
       mlr rename -r '"name"i,Name'	  Rename "name", "Name", "NAME", etc. to "Name"

   reorder
       Usage: mlr reorder [options]
       -f {a,b,c}   Field names to reorder.
       -e	    Put specified field names at record end: default is to put
		    them at record start.
       Examples:
       mlr reorder    -f a,b sends input record "d=4,b=2,a=1,c=3" to "a=1,b=2,d=4,c=3".
       mlr reorder -e -f a,b sends input record "d=4,b=2,a=1,c=3" to "d=4,c=3,a=1,b=2".

   repeat
       Usage: mlr repeat [options]
       Copies input records to output records multiple times.
       Options must be exactly one of the following:
	 -n {repeat count}  Repeat each input record this many times.
	 -f {field name}    Same, but take the repeat count from the specified
			    field name of each input record.
       Example:
	 echo x=0 | mlr repeat -n 4 then put '$x=urand()'
       produces:
	x=0.488189
	x=0.484973
	x=0.704983
	x=0.147311
       Example:
	 echo a=1,b=2,c=3 | mlr repeat -f b
       produces:
	 a=1,b=2,c=3
	 a=1,b=2,c=3
       Example:
	 echo a=1,b=2,c=3 | mlr repeat -f c
       produces:
	 a=1,b=2,c=3
	 a=1,b=2,c=3
	 a=1,b=2,c=3

   reshape
       Usage: mlr reshape [options]
       Wide-to-long options:
	 -i {input field names}   -o {key-field name,value-field name}
	 -r {input field regexes} -o {key-field name,value-field name}
	 These pivot/reshape the input data such that the input fields are removed
	 and separate records are emitted for each key/value pair.
	 Note: this works with tail -f and produces output records for each input
	 record seen.
       Long-to-wide options:
	 -s {key-field name,value-field name}
	 These pivot/reshape the input data to undo the wide-to-long operation.
	 Note: this does not work with tail -f; it produces output records only after
	 all input records have been read.

       Examples:

	 Input file "wide.txt":
	   time       X 	  Y
	   2009-01-01 0.65473572  2.4520609
	   2009-01-02 -0.89248112 0.2154713
	   2009-01-03 0.98012375  1.3179287

	 mlr --pprint reshape -i X,Y -o item,value wide.txt
	   time       item value
	   2009-01-01 X    0.65473572
	   2009-01-01 Y    2.4520609
	   2009-01-02 X    -0.89248112
	   2009-01-02 Y    0.2154713
	   2009-01-03 X    0.98012375
	   2009-01-03 Y    1.3179287

	 mlr --pprint reshape -r '[A-Z]' -o item,value wide.txt
	   time       item value
	   2009-01-01 X    0.65473572
	   2009-01-01 Y    2.4520609
	   2009-01-02 X    -0.89248112
	   2009-01-02 Y    0.2154713
	   2009-01-03 X    0.98012375
	   2009-01-03 Y    1.3179287

	 Input file "long.txt":
	   time       item value
	   2009-01-01 X    0.65473572
	   2009-01-01 Y    2.4520609
	   2009-01-02 X    -0.89248112
	   2009-01-02 Y    0.2154713
	   2009-01-03 X    0.98012375
	   2009-01-03 Y    1.3179287

	 mlr --pprint reshape -s item,value long.txt
	   time       X 	  Y
	   2009-01-01 0.65473572  2.4520609
	   2009-01-02 -0.89248112 0.2154713
	   2009-01-03 0.98012375  1.3179287
       See also mlr nest.

   sample
       Usage: mlr sample [options]
       Reservoir sampling (subsampling without replacement), optionally by category.
       -k {count}    Required: number of records to output, total, or by group if using -g.
       -g {a,b,c}    Optional: group-by-field names for samples.
       See also mlr bootstrap and mlr shuffle.

   sec2gmt
       Usage: mlr sec2gmt [options] {comma-separated list of field names}
       Replaces a numeric field representing seconds since the epoch with the
       corresponding GMT timestamp; leaves non-numbers as-is. This is nothing
       more than a keystroke-saver for the sec2gmt function:
	 mlr sec2gmt time1,time2
       is the same as
	 mlr put '$time1=sec2gmt($time1);$time2=sec2gmt($time2)'
       Options:
       -1 through -9: format the seconds using 1..9 decimal places, respectively.

   sec2gmtdate
       Usage: mlr sec2gmtdate {comma-separated list of field names}
       Replaces a numeric field representing seconds since the epoch with the
       corresponding GMT year-month-day timestamp; leaves non-numbers as-is.
       This is nothing more than a keystroke-saver for the sec2gmtdate function:
	 mlr sec2gmtdate time1,time2
       is the same as
	 mlr put '$time1=sec2gmtdate($time1);$time2=sec2gmtdate($time2)'

   seqgen
       Usage: mlr seqgen [options]
       Produces a sequence of counters.  Discards the input record stream. Produces
       output as specified by the following options:
       -f {name} Field name for counters; default "i".
       --start {number} Inclusive start value; default "1".
       --stop  {number} Inclusive stop value; default "100".
       --step  {number} Step value; default "1".
       Start, stop, and/or step may be floating-point. Output is integer if start,
       stop, and step are all integers. Step may be negative. It may not be zero
       unless start == stop.

   shuffle
       Usage: mlr shuffle {no options}
       Outputs records randomly permuted. No output records are produced until
       all input records are read.
       See also mlr bootstrap and mlr sample.

   skip-trivial-records
       Usage: mlr skip-trivial-records [options]
       Passes through all records except:
       * those with zero fields;
       * those for which all fields have empty value.

   sort
       Usage: mlr sort {flags}
       Flags:
	 -f  {comma-separated field names}  Lexical ascending
	 -n  {comma-separated field names}  Numerical ascending; nulls sort last
	 -nf {comma-separated field names}  Same as -n
	 -r  {comma-separated field names}  Lexical descending
	 -nr {comma-separated field names}  Numerical descending; nulls sort first
       Sorts records primarily by the first specified field, secondarily by the second
       field, and so on.  (Any records not having all specified sort keys will appear
       at the end of the output, in the order they were encountered, regardless of the
       specified sort order.) The sort is stable: records that compare equal will sort
       in the order they were encountered in the input record stream.

       Example:
	 mlr sort -f a,b -nr x,y,z
       which is the same as:
	 mlr sort -f a -f b -nr x -nr y -nr z

   stats1
       Usage: mlr stats1 [options]
       Computes univariate statistics for one or more given fields, accumulated across
       the input record stream.
       Options:
       -a {sum,count,...}  Names of accumulators: p10 p25.2 p50 p98 p100 etc. and/or
			   one or more of:
	  count     Count instances of fields
	  mode	    Find most-frequently-occurring values for fields; first-found wins tie
	  antimode  Find least-frequently-occurring values for fields; first-found wins tie
	  sum	    Compute sums of specified fields
	  mean	    Compute averages (sample means) of specified fields
	  stddev    Compute sample standard deviation of specified fields
	  var	    Compute sample variance of specified fields
	  meaneb    Estimate error bars for averages (assuming no sample autocorrelation)
	  skewness  Compute sample skewness of specified fields
	  kurtosis  Compute sample kurtosis of specified fields
	  min	    Compute minimum values of specified fields
	  max	    Compute maximum values of specified fields
       -f {a,b,c}   Value-field names on which to compute statistics
       --fr {regex} Regex for value-field names on which to compute statistics
		    (compute statsitics on values in all field names matching regex)
       --fx {regex} Inverted regex for value-field names on which to compute statistics
		    (compute statsitics on values in all field names not matching regex)
       -g {d,e,f}   Optional group-by-field names
       --gr {regex} Regex for optional group-by-field names
		    (group by values in field names matching regex)
       --gx {regex} Inverted regex for optional group-by-field names
		    (group by values in field names not matching regex)
       --grfx {regex} Shorthand for --gr {regex} --fx {that same regex}
       -i	    Use interpolated percentiles, like R's type=7; default like type=1.
		    Not sensical for string-valued fields.
       -s	    Print iterative stats. Useful in tail -f contexts (in which
		    case please avoid pprint-format output since end of input
		    stream will never be seen).
       -F	    Computes integerable things (e.g. count) in floating point.
       Example: mlr stats1 -a min,p10,p50,p90,max -f value -g size,shape
       Example: mlr stats1 -a count,mode -f size
       Example: mlr stats1 -a count,mode -f size -g shape
       Example: mlr stats1 -a count,mode --fr '^[a-h].*$' -gr '^k.*$'
		This computes count and mode statistics on all field names beginning
		with a through h, grouped by all field names starting with k.
       Notes:
       * p50 and median are synonymous.
       * min and max output the same results as p0 and p100, respectively, but use
	 less memory.
       * String-valued data make sense unless arithmetic on them is required,
	 e.g. for sum, mean, interpolated percentiles, etc. In case of mixed data,
	 numbers are less than strings.
       * count and mode allow text input; the rest require numeric input.
	 In particular, 1 and 1.0 are distinct text for count and mode.
       * When there are mode ties, the first-encountered datum wins.

   stats2
       Usage: mlr stats2 [options]
       Computes bivariate statistics for one or more given field-name pairs,
       accumulated across the input record stream.
       -a {linreg-ols,corr,...}  Names of accumulators: one or more of:
	 linreg-pca   Linear regression using principal component analysis
	 linreg-ols   Linear regression using ordinary least squares
	 r2	      Quality metric for linreg-ols (linreg-pca emits its own)
	 logireg      Logistic regression
	 corr	      Sample correlation
	 cov	      Sample covariance
	 covx	      Sample-covariance matrix
       -f {a,b,c,d}   Value-field name-pairs on which to compute statistics.
		      There must be an even number of names.
       -g {e,f,g}     Optional group-by-field names.
       -v	      Print additional output for linreg-pca.
       -s	      Print iterative stats. Useful in tail -f contexts (in which
		      case please avoid pprint-format output since end of input
		      stream will never be seen).
       --fit	      Rather than printing regression parameters, applies them to
		      the input data to compute new fit fields. All input records are
		      held in memory until end of input stream. Has effect only for
		      linreg-ols, linreg-pca, and logireg.
       Only one of -s or --fit may be used.
       Example: mlr stats2 -a linreg-pca -f x,y
       Example: mlr stats2 -a linreg-ols,r2 -f x,y -g size,shape
       Example: mlr stats2 -a corr -f x,y

   step
       Usage: mlr step [options]
       Computes values dependent on the previous record, optionally grouped
       by category.

       Options:
       -a {delta,rsum,...}   Names of steppers: comma-separated, one or more of:
	 delta	  Compute differences in field(s) between successive records
	 shift	  Include value(s) in field(s) from previous record, if any
	 from-first Compute differences in field(s) from first record
	 ratio	  Compute ratios in field(s) between successive records
	 rsum	  Compute running sums of field(s) between successive records
	 counter  Count instances of field(s) between successive records
	 ewma	  Exponentially weighted moving average over successive records
       -f {a,b,c} Value-field names on which to compute statistics
       -g {d,e,f} Optional group-by-field names
       -F	  Computes integerable things (e.g. counter) in floating point.
       -d {x,y,z} Weights for ewma. 1 means current sample gets all weight (no
		  smoothing), near under under 1 is light smoothing, near over 0 is
		  heavy smoothing. Multiple weights may be specified, e.g.
		  "mlr step -a ewma -f sys_load -d 0.01,0.1,0.9". Default if omitted
		  is "-d 0.5".
       -o {a,b,c} Custom suffixes for EWMA output fields. If omitted, these default to
		  the -d values. If supplied, the number of -o values must be the same
		  as the number of -d values.

       Examples:
	 mlr step -a rsum -f request_size
	 mlr step -a delta -f request_size -g hostname
	 mlr step -a ewma -d 0.1,0.9 -f x,y
	 mlr step -a ewma -d 0.1,0.9 -o smooth,rough -f x,y
	 mlr step -a ewma -d 0.1,0.9 -o smooth,rough -f x,y -g group_name

       Please see http://johnkerl.org/miller/doc/reference.html#filter or
       https://en.wikipedia.org/wiki/Moving_average#Exponential_moving_average
       for more information on EWMA.

   tac
       Usage: mlr tac
       Prints records in reverse order from the order in which they were encountered.

   tail
       Usage: mlr tail [options]
       -n {count}    Tail count to print; default 10
       -g {a,b,c}    Optional group-by-field names for tail counts
       Passes through the last n records, optionally by category.

   tee
       Usage: mlr tee [options] {filename}
       Passes through input records (like mlr cat) but also writes to specified output
       file, using output-format flags from the command line (e.g. --ocsv). See also
       the "tee" keyword within mlr put, which allows data-dependent filenames.
       Options:
       -a:	    append to existing file, if any, rather than overwriting.
       --no-fflush: don't call fflush() after every record.
       Any of the output-format command-line flags (see mlr -h). Example: using
	 mlr --icsv --opprint put '...' then tee --ojson ./mytap.dat then stats1 ...
       the input is CSV, the output is pretty-print tabular, but the tee-file output
       is written in JSON format.

   top
       Usage: mlr top [options]
       -f {a,b,c}    Value-field names for top counts.
       -g {d,e,f}    Optional group-by-field names for top counts.
       -n {count}    How many records to print per category; default 1.
       -a	     Print all fields for top-value records; default is
		     to print only value and group-by fields. Requires a single
		     value-field name only.
       --min	     Print top smallest values; default is top largest values.
       -F	     Keep top values as floats even if they look like integers.
       -o {name}     Field name for output indices. Default "top_idx".
       Prints the n records with smallest/largest values at specified fields,
       optionally by category.

   uniq
       Usage: mlr uniq [options]
       Prints distinct values for specified field names. With -c, same as
       count-distinct. For uniq, -f is a synonym for -g.

       Options:
       -g {d,e,f}    Group-by-field names for uniq counts.
       -c	     Show repeat counts in addition to unique values.
       -n	     Show only the number of distinct values.
       -o {name}     Field name for output count. Default "count".
       -a	     Output each unique record only once. Incompatible with -g.
		     With -c, produces unique records, with repeat counts for each.
		     With -n, produces only one record which is the unique-record count.
		     With neither -c nor -n, produces unique records.

   unsparsify
       Usage: mlr unsparsify [options]
       Prints records with the union of field names over all input records.
       For field names absent in a given record but present in others, fills in
       a value. This verb retains all input before producing any output.

       Options:
       --fill-with {filler string}  What to fill absent fields with. Defaults to
				    the empty string.

       Example: if the input is two records, one being 'a=1,b=2' and the other
       being 'b=3,c=4', then the output is the two records 'a=1,b=2,c=' and
       'a=,b=3,c=4'.

FUNCTIONS FOR FILTER/PUT
   +
       (class=arithmetic #args=2): Addition.

       + (class=arithmetic #args=1): Unary plus.

   -
       (class=arithmetic #args=2): Subtraction.

       - (class=arithmetic #args=1): Unary minus.

   *
       (class=arithmetic #args=2): Multiplication.

   /
       (class=arithmetic #args=2): Division.

   //
       (class=arithmetic #args=2): Integer division: rounds to negative (pythonic).

   .+
       (class=arithmetic #args=2): Addition, with integer-to-integer overflow

       .+ (class=arithmetic #args=1): Unary plus, with integer-to-integer overflow.

   .-
       (class=arithmetic #args=2): Subtraction, with integer-to-integer overflow.

       .- (class=arithmetic #args=1): Unary minus, with integer-to-integer overflow.

   .*
       (class=arithmetic #args=2): Multiplication, with integer-to-integer overflow.

   ./
       (class=arithmetic #args=2): Division, with integer-to-integer overflow.

   .//
       (class=arithmetic #args=2): Integer division: rounds to negative (pythonic), with integer-to-integer overflow.

   %
       (class=arithmetic #args=2): Remainder; never negative-valued (pythonic).

   **
       (class=arithmetic #args=2): Exponentiation; same as pow, but as an infix
       operator.

   |
       (class=arithmetic #args=2): Bitwise OR.

   ^
       (class=arithmetic #args=2): Bitwise XOR.

   &
       (class=arithmetic #args=2): Bitwise AND.

   ~
       (class=arithmetic #args=1): Bitwise NOT. Beware '$y=~$x' since =~ is the
       regex-match operator: try '$y = ~$x'.

   <<
       (class=arithmetic #args=2): Bitwise left-shift.

   >>
       (class=arithmetic #args=2): Bitwise right-shift.

   bitcount
       (class=arithmetic #args=1): Count of 1-bits

   ==
       (class=boolean #args=2): String/numeric equality. Mixing number and string
       results in string compare.

   !=
       (class=boolean #args=2): String/numeric inequality. Mixing number and string
       results in string compare.

   =~
       (class=boolean #args=2): String (left-hand side) matches regex (right-hand
       side), e.g. '$name =~ "^a.*b$"'.

   !=~
       (class=boolean #args=2): String (left-hand side) does not match regex
       (right-hand side), e.g. '$name !=~ "^a.*b$"'.

   >
       (class=boolean #args=2): String/numeric greater-than. Mixing number and string
       results in string compare.

   >=
       (class=boolean #args=2): String/numeric greater-than-or-equals. Mixing number
       and string results in string compare.

   <
       (class=boolean #args=2): String/numeric less-than. Mixing number and string
       results in string compare.

   <=
       (class=boolean #args=2): String/numeric less-than-or-equals. Mixing number
       and string results in string compare.

   &&
       (class=boolean #args=2): Logical AND.

   ||
       (class=boolean #args=2): Logical OR.

   ^^
       (class=boolean #args=2): Logical XOR.

   !
       (class=boolean #args=1): Logical negation.

   ? :
       (class=boolean #args=3): Ternary operator.

   .
       (class=string #args=2): String concatenation.

   gsub
       (class=string #args=3): Example: '$name=gsub($name, "old", "new")'
       (replace all).

   regextract
       (class=string #args=2): Example: '$name=regextract($name, "[A-Z]{3}[0-9]{2}")'
       .

   regextract_or_else
       (class=string #args=3): Example: '$name=regextract_or_else($name, "[A-Z]{3}[0-9]{2}", "default")'
       .

   strlen
       (class=string #args=1): String length.

   sub
       (class=string #args=3): Example: '$name=sub($name, "old", "new")'
       (replace once).

   ssub
       (class=string #args=3): Like sub but does no regexing. No characters are special.

   substr
       (class=string #args=3): substr(s,m,n) gives substring of s from 0-up position m to n
       inclusive. Negative indices -len .. -1 alias to 0 .. len-1.

   tolower
       (class=string #args=1): Convert string to lowercase.

   toupper
       (class=string #args=1): Convert string to uppercase.

   capitalize
       (class=string #args=1): Convert string's first character to uppercase.

   lstrip
       (class=string #args=1): Strip leading whitespace from string.

   rstrip
       (class=string #args=1): Strip trailing whitespace from string.

   strip
       (class=string #args=1): Strip leading and trailing whitespace from string.

   collapse_whitespace
       (class=string #args=1): Strip repeated whitespace from string.

   clean_whitespace
       (class=string #args=1): Same as collapse_whitespace and strip.

   system
       (class=string #args=1): Run command string, yielding its stdout minus final carriage return.

   abs
       (class=math #args=1): Absolute value.

   acos
       (class=math #args=1): Inverse trigonometric cosine.

   acosh
       (class=math #args=1): Inverse hyperbolic cosine.

   asin
       (class=math #args=1): Inverse trigonometric sine.

   asinh
       (class=math #args=1): Inverse hyperbolic sine.

   atan
       (class=math #args=1): One-argument arctangent.

   atan2
       (class=math #args=2): Two-argument arctangent.

   atanh
       (class=math #args=1): Inverse hyperbolic tangent.

   cbrt
       (class=math #args=1): Cube root.

   ceil
       (class=math #args=1): Ceiling: nearest integer at or above.

   cos
       (class=math #args=1): Trigonometric cosine.

   cosh
       (class=math #args=1): Hyperbolic cosine.

   erf
       (class=math #args=1): Error function.

   erfc
       (class=math #args=1): Complementary error function.

   exp
       (class=math #args=1): Exponential function e**x.

   expm1
       (class=math #args=1): e**x - 1.

   floor
       (class=math #args=1): Floor: nearest integer at or below.

   invqnorm
       (class=math #args=1): Inverse of normal cumulative distribution
       function. Note that invqorm(urand()) is normally distributed.

   log
       (class=math #args=1): Natural (base-e) logarithm.

   log10
       (class=math #args=1): Base-10 logarithm.

   log1p
       (class=math #args=1): log(1-x).

   logifit
       (class=math #args=3): Given m and b from logistic regression, compute
       fit: $yhat=logifit($x,$m,$b).

   madd
       (class=math #args=3): a + b mod m (integers)

   max
       (class=math variadic): max of n numbers; null loses

   mexp
       (class=math #args=3): a ** b mod m (integers)

   min
       (class=math variadic): Min of n numbers; null loses

   mmul
       (class=math #args=3): a * b mod m (integers)

   msub
       (class=math #args=3): a - b mod m (integers)

   pow
       (class=math #args=2): Exponentiation; same as **.

   qnorm
       (class=math #args=1): Normal cumulative distribution function.

   round
       (class=math #args=1): Round to nearest integer.

   roundm
       (class=math #args=2): Round to nearest multiple of m: roundm($x,$m) is
       the same as round($x/$m)*$m

   sgn
       (class=math #args=1): +1 for positive input, 0 for zero input, -1 for
       negative input.

   sin
       (class=math #args=1): Trigonometric sine.

   sinh
       (class=math #args=1): Hyperbolic sine.

   sqrt
       (class=math #args=1): Square root.

   tan
       (class=math #args=1): Trigonometric tangent.

   tanh
       (class=math #args=1): Hyperbolic tangent.

   urand
       (class=math #args=0): Floating-point numbers uniformly distributed on the unit interval.
       Int-valued example: '$n=floor(20+urand()*11)'.

   urandrange
       (class=math #args=2): Floating-point numbers uniformly distributed on the interval [a, b).

   urand32
       (class=math #args=0): Integer uniformly distributed 0 and 2**32-1
       inclusive.

   urandint
       (class=math #args=2): Integer uniformly distributed between inclusive
       integer endpoints.

   dhms2fsec
       (class=time #args=1): Recovers floating-point seconds as in
       dhms2fsec("5d18h53m20.250000s") = 500000.250000

   dhms2sec
       (class=time #args=1): Recovers integer seconds as in
       dhms2sec("5d18h53m20s") = 500000

   fsec2dhms
       (class=time #args=1): Formats floating-point seconds as in
       fsec2dhms(500000.25) = "5d18h53m20.250000s"

   fsec2hms
       (class=time #args=1): Formats floating-point seconds as in
       fsec2hms(5000.25) = "01:23:20.250000"

   gmt2sec
       (class=time #args=1): Parses GMT timestamp as integer seconds since
       the epoch.

   localtime2sec
       (class=time #args=1): Parses local timestamp as integer seconds since
       the epoch. Consults $TZ environment variable.

   hms2fsec
       (class=time #args=1): Recovers floating-point seconds as in
       hms2fsec("01:23:20.250000") = 5000.250000

   hms2sec
       (class=time #args=1): Recovers integer seconds as in
       hms2sec("01:23:20") = 5000

   sec2dhms
       (class=time #args=1): Formats integer seconds as in sec2dhms(500000)
       = "5d18h53m20s"

   sec2gmt
       (class=time #args=1): Formats seconds since epoch (integer part)
       as GMT timestamp, e.g. sec2gmt(1440768801.7) = "2015-08-28T13:33:21Z".
       Leaves non-numbers as-is.

       sec2gmt (class=time #args=2): Formats seconds since epoch as GMT timestamp with n
       decimal places for seconds, e.g. sec2gmt(1440768801.7,1) = "2015-08-28T13:33:21.7Z".
       Leaves non-numbers as-is.

   sec2gmtdate
       (class=time #args=1): Formats seconds since epoch (integer part)
       as GMT timestamp with year-month-date, e.g. sec2gmtdate(1440768801.7) = "2015-08-28".
       Leaves non-numbers as-is.

   sec2localtime
       (class=time #args=1): Formats seconds since epoch (integer part)
       as local timestamp, e.g. sec2localtime(1440768801.7) = "2015-08-28T13:33:21Z".
       Consults $TZ environment variable. Leaves non-numbers as-is.

       sec2localtime (class=time #args=2): Formats seconds since epoch as local timestamp with n
       decimal places for seconds, e.g. sec2localtime(1440768801.7,1) = "2015-08-28T13:33:21.7Z".
       Consults $TZ environment variable. Leaves non-numbers as-is.

   sec2localdate
       (class=time #args=1): Formats seconds since epoch (integer part)
       as local timestamp with year-month-date, e.g. sec2localdate(1440768801.7) = "2015-08-28".
       Consults $TZ environment variable. Leaves non-numbers as-is.

   sec2hms
       (class=time #args=1): Formats integer seconds as in
       sec2hms(5000) = "01:23:20"

   strftime
       (class=time #args=2): Formats seconds since the epoch as timestamp, e.g.
       strftime(1440768801.7,"%Y-%m-%dT%H:%M:%SZ") = "2015-08-28T13:33:21Z", and
       strftime(1440768801.7,"%Y-%m-%dT%H:%M:%3SZ") = "2015-08-28T13:33:21.700Z".
       Format strings are as in the C library (please see "man strftime" on your system),
       with the Miller-specific addition of "%1S" through "%9S" which format the seconds
       with 1 through 9 decimal places, respectively. ("%S" uses no decimal places.)
       See also strftime_local.

   strftime_local
       (class=time #args=2): Like strftime but consults the $TZ environment variable to get local time zone.

   strptime
       (class=time #args=2): Parses timestamp as floating-point seconds since the epoch,
       e.g. strptime("2015-08-28T13:33:21Z","%Y-%m-%dT%H:%M:%SZ") = 1440768801.000000,
       and  strptime("2015-08-28T13:33:21.345Z","%Y-%m-%dT%H:%M:%SZ") = 1440768801.345000.
       See also strptime_local.

   strptime_local
       (class=time #args=2): Like strptime, but consults $TZ environment variable to find and use local timezone.

   systime
       (class=time #args=0): Floating-point seconds since the epoch,
       e.g. 1440768801.748936.

   is_absent
       (class=typing #args=1): False if field is present in input, false otherwise

   is_bool
       (class=typing #args=1): True if field is present with boolean value. Synonymous with is_boolean.

   is_boolean
       (class=typing #args=1): True if field is present with boolean value. Synonymous with is_bool.

   is_empty
       (class=typing #args=1): True if field is present in input with empty string value, false otherwise.

   is_empty_map
       (class=typing #args=1): True if argument is a map which is empty.

   is_float
       (class=typing #args=1): True if field is present with value inferred to be float

   is_int
       (class=typing #args=1): True if field is present with value inferred to be int

   is_map
       (class=typing #args=1): True if argument is a map.

   is_nonempty_map
       (class=typing #args=1): True if argument is a map which is non-empty.

   is_not_empty
       (class=typing #args=1): False if field is present in input with empty value, true otherwise

   is_not_map
       (class=typing #args=1): True if argument is not a map.

   is_not_null
       (class=typing #args=1): False if argument is null (empty or absent), true otherwise.

   is_null
       (class=typing #args=1): True if argument is null (empty or absent), false otherwise.

   is_numeric
       (class=typing #args=1): True if field is present with value inferred to be int or float

   is_present
       (class=typing #args=1): True if field is present in input, false otherwise.

   is_string
       (class=typing #args=1): True if field is present with string (including empty-string) value

   asserting_absent
       (class=typing #args=1): Returns argument if it is absent in the input data, else
       throws an error.

   asserting_bool
       (class=typing #args=1): Returns argument if it is present with boolean value, else
       throws an error.

   asserting_boolean
       (class=typing #args=1): Returns argument if it is present with boolean value, else
       throws an error.

   asserting_empty
       (class=typing #args=1): Returns argument if it is present in input with empty value,
       else throws an error.

   asserting_empty_map
       (class=typing #args=1): Returns argument if it is a map with empty value, else
       throws an error.

   asserting_float
       (class=typing #args=1): Returns argument if it is present with float value, else
       throws an error.

   asserting_int
       (class=typing #args=1): Returns argument if it is present with int value, else
       throws an error.

   asserting_map
       (class=typing #args=1): Returns argument if it is a map, else throws an error.

   asserting_nonempty_map
       (class=typing #args=1): Returns argument if it is a non-empty map, else throws
       an error.

   asserting_not_empty
       (class=typing #args=1): Returns argument if it is present in input with non-empty
       value, else throws an error.

   asserting_not_map
       (class=typing #args=1): Returns argument if it is not a map, else throws an error.

   asserting_not_null
       (class=typing #args=1): Returns argument if it is non-null (non-empty and non-absent),
       else throws an error.

   asserting_null
       (class=typing #args=1): Returns argument if it is null (empty or absent), else throws
       an error.

   asserting_numeric
       (class=typing #args=1): Returns argument if it is present with int or float value,
       else throws an error.

   asserting_present
       (class=typing #args=1): Returns argument if it is present in input, else throws
       an error.

   asserting_string
       (class=typing #args=1): Returns argument if it is present with string (including
       empty-string) value, else throws an error.

   boolean
       (class=conversion #args=1): Convert int/float/bool/string to boolean.

   float
       (class=conversion #args=1): Convert int/float/bool/string to float.

   fmtnum
       (class=conversion #args=2): Convert int/float/bool to string using
       printf-style format string, e.g. '$s = fmtnum($n, "%06lld")'. WARNING: Miller numbers
       are all long long or double. If you use formats like %d or %f, behavior is undefined.

   hexfmt
       (class=conversion #args=1): Convert int to string, e.g. 255 to "0xff".

   int
       (class=conversion #args=1): Convert int/float/bool/string to int.

   string
       (class=conversion #args=1): Convert int/float/bool/string to string.

   typeof
       (class=conversion #args=1): Convert argument to type of argument (e.g.
       MT_STRING). For debug.

   depth
       (class=maps #args=1): Prints maximum depth of hashmap: ''. Scalars have depth 0.

   haskey
       (class=maps #args=2): True/false if map has/hasn't key, e.g. 'haskey($*, "a")' or
       'haskey(mymap, mykey)'. Error if 1st argument is not a map.

   joink
       (class=maps #args=2): Makes string from map keys. E.g. 'joink($*, ",")'.

   joinkv
       (class=maps #args=3): Makes string from map key-value pairs. E.g. 'joinkv(@v[2], "=", ",")'

   joinv
       (class=maps #args=2): Makes string from map keys. E.g. 'joinv(mymap, ",")'.

   leafcount
       (class=maps #args=1): Counts total number of terminal values in hashmap. For single-level maps,
       same as length.

   length
       (class=maps #args=1): Counts number of top-level entries in hashmap. Scalars have length 1.

   mapdiff
       (class=maps variadic): With 0 args, returns empty map. With 1 arg, returns copy of arg.
       With 2 or more, returns copy of arg 1 with all keys from any of remaining argument maps removed.

   mapexcept
       (class=maps variadic): Returns a map with keys from remaining arguments, if any, unset.
       E.g. 'mapexcept({1:2,3:4,5:6}, 1, 5, 7)' is '{3:4}'.

   mapselect
       (class=maps variadic): Returns a map with only keys from remaining arguments set.
       E.g. 'mapselect({1:2,3:4,5:6}, 1, 5, 7)' is '{1:2,5:6}'.

   mapsum
       (class=maps variadic): With 0 args, returns empty map. With >= 1 arg, returns a map with
       key-value pairs from all arguments. Rightmost collisions win, e.g. 'mapsum({1:2,3:4},{1:5})' is '{1:5,3:4}'.

   splitkv
       (class=maps #args=3): Splits string by separators into map with type inference.
       E.g. 'splitkv("a=1,b=2,c=3", "=", ",")' gives '{"a" : 1, "b" : 2, "c" : 3}'.

   splitkvx
       (class=maps #args=3): Splits string by separators into map without type inference (keys and
       values are strings). E.g. 'splitkv("a=1,b=2,c=3", "=", ",")' gives
       '{"a" : "1", "b" : "2", "c" : "3"}'.

   splitnv
       (class=maps #args=2): Splits string by separator into integer-indexed map with type inference.
       E.g. 'splitnv("a,b,c" , ",")' gives '{1 : "a", 2 : "b", 3 : "c"}'.

   splitnvx
       (class=maps #args=2): Splits string by separator into integer-indexed map without type
       inference (values are strings). E.g. 'splitnv("4,5,6" , ",")' gives '{1 : "4", 2 : "5", 3 : "6"}'.

KEYWORDS FOR PUT AND FILTER
   all
       all: used in "emit", "emitp", and "unset" as a synonym for @*

   begin
       begin: defines a block of statements to be executed before input records
       are ingested. The body statements must be wrapped in curly braces.
       Example: 'begin { @count = 0 }'

   bool
       bool: declares a boolean local variable in the current curly-braced scope.
       Type-checking happens at assignment: 'bool b = 1' is an error.

   break
       break: causes execution to continue after the body of the current
       for/while/do-while loop.

   call
       call: used for invoking a user-defined subroutine.
       Example: 'subr s(k,v) { print k . " is " . v} call s("a", $a)'

   continue
       continue: causes execution to skip the remaining statements in the body of
       the current for/while/do-while loop. For-loop increments are still applied.

   do
       do: with "while", introduces a do-while loop. The body statements must be wrapped
       in curly braces.

   dump
       dump: prints all currently defined out-of-stream variables immediately
	 to stdout as JSON.

	 With >, >>, or |, the data do not become part of the output record stream but
	 are instead redirected.

	 The > and >> are for write and append, as in the shell, but (as with awk) the
	 file-overwrite for > is on first write, not per record. The | is for piping to
	 a process which will process the data. There will be one open file for each
	 distinct file name (for > and >>) or one subordinate process for each distinct
	 value of the piped-to command (for |). Output-formatting flags are taken from
	 the main command line.

	 Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump }'
	 Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump >  "mytap.dat"}'
	 Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump >> "mytap.dat"}'
	 Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump | "jq .[]"}'

   edump
       edump: prints all currently defined out-of-stream variables immediately
	 to stderr as JSON.

	 Example: mlr --from f.dat put -q '@v[NR]=$*; end { edump }'

   elif
       elif: the way Miller spells "else if". The body statements must be wrapped
       in curly braces.

   else
       else: terminates an if/elif/elif chain. The body statements must be wrapped
       in curly braces.

   emit
       emit: inserts an out-of-stream variable into the output record stream. Hashmap
	 indices present in the data but not slotted by emit arguments are not output.

	 With >, >>, or |, the data do not become part of the output record stream but
	 are instead redirected.

	 The > and >> are for write and append, as in the shell, but (as with awk) the
	 file-overwrite for > is on first write, not per record. The | is for piping to
	 a process which will process the data. There will be one open file for each
	 distinct file name (for > and >>) or one subordinate process for each distinct
	 value of the piped-to command (for |). Output-formatting flags are taken from
	 the main command line.

	 You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,
	 etc., to control the format of the output if the output is redirected. See also mlr -h.

	 Example: mlr --from f.dat put 'emit >	"/tmp/data-".$a, $*'
	 Example: mlr --from f.dat put 'emit >	"/tmp/data-".$a, mapexcept($*, "a")'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @sums'
	 Example: mlr --from f.dat put --ojson '@sums[$a][$b]+=$x; emit > "tap-".$a.$b.".dat", @sums'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @sums, "index1", "index2"'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @*, "index1", "index2"'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit >  "mytap.dat", @*, "index1", "index2"'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit >> "mytap.dat", @*, "index1", "index2"'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit | "gzip > mytap.dat.gz", @*, "index1", "index2"'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit > stderr, @*, "index1", "index2"'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit | "grep somepattern", @*, "index1", "index2"'

	 Please see http://johnkerl.org/miller/doc for more information.

   emitf
       emitf: inserts non-indexed out-of-stream variable(s) side-by-side into the
	 output record stream.

	 With >, >>, or |, the data do not become part of the output record stream but
	 are instead redirected.

	 The > and >> are for write and append, as in the shell, but (as with awk) the
	 file-overwrite for > is on first write, not per record. The | is for piping to
	 a process which will process the data. There will be one open file for each
	 distinct file name (for > and >>) or one subordinate process for each distinct
	 value of the piped-to command (for |). Output-formatting flags are taken from
	 the main command line.

	 You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,
	 etc., to control the format of the output if the output is redirected. See also mlr -h.

	 Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf @a'
	 Example: mlr --from f.dat put --oxtab '@a=$i;@b+=$x;@c+=$y; emitf > "tap-".$i.".dat", @a'
	 Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf @a, @b, @c'
	 Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf > "mytap.dat", @a, @b, @c'
	 Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf >> "mytap.dat", @a, @b, @c'
	 Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf > stderr, @a, @b, @c'
	 Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf | "grep somepattern", @a, @b, @c'
	 Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf | "grep somepattern > mytap.dat", @a, @b, @c'

	 Please see http://johnkerl.org/miller/doc for more information.

   emitp
       emitp: inserts an out-of-stream variable into the output record stream.
	 Hashmap indices present in the data but not slotted by emitp arguments are
	 output concatenated with ":".

	 With >, >>, or |, the data do not become part of the output record stream but
	 are instead redirected.

	 The > and >> are for write and append, as in the shell, but (as with awk) the
	 file-overwrite for > is on first write, not per record. The | is for piping to
	 a process which will process the data. There will be one open file for each
	 distinct file name (for > and >>) or one subordinate process for each distinct
	 value of the piped-to command (for |). Output-formatting flags are taken from
	 the main command line.

	 You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,
	 etc., to control the format of the output if the output is redirected. See also mlr -h.

	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @sums'
	 Example: mlr --from f.dat put --opprint '@sums[$a][$b]+=$x; emitp > "tap-".$a.$b.".dat", @sums'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @sums, "index1", "index2"'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @*, "index1", "index2"'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp >  "mytap.dat", @*, "index1", "index2"'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp >> "mytap.dat", @*, "index1", "index2"'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp | "gzip > mytap.dat.gz", @*, "index1", "index2"'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp > stderr, @*, "index1", "index2"'
	 Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp | "grep somepattern", @*, "index1", "index2"'

	 Please see http://johnkerl.org/miller/doc for more information.

   end
       end: defines a block of statements to be executed after input records
       are ingested. The body statements must be wrapped in curly braces.
       Example: 'end { emit @count }'
       Example: 'end { eprint "Final count is " . @count }'

   eprint
       eprint: prints expression immediately to stderr.
	 Example: mlr --from f.dat put -q 'eprint "The sum of x and y is ".($x+$y)'
	 Example: mlr --from f.dat put -q 'for (k, v in $*) { eprint k . " => " . v }'
	 Example: mlr --from f.dat put	'(NR % 1000 == 0) { eprint "Checkpoint ".NR}'

   eprintn
       eprintn: prints expression immediately to stderr, without trailing newline.
	 Example: mlr --from f.dat put -q 'eprintn "The sum of x and y is ".($x+$y); eprint ""'

   false
       false: the boolean literal value.

   filter
       filter: includes/excludes the record in the output record stream.

	 Example: mlr --from f.dat put 'filter (NR == 2 || $x > 5.4)'

	 Instead of put with 'filter false' you can simply use put -q.	The following
	 uses the input record to accumulate data but only prints the running sum
	 without printing the input record:

	 Example: mlr --from f.dat put -q '@running_sum += $x * $y; emit @running_sum'

   float
       float: declares a floating-point local variable in the current curly-braced scope.
       Type-checking happens at assignment: 'float x = 0' is an error.

   for
       for: defines a for-loop using one of three styles. The body statements must
       be wrapped in curly braces.
       For-loop over stream record:
	 Example:  'for (k, v in $*) { ... }'
       For-loop over out-of-stream variables:
	 Example: 'for (k, v in @counts) { ... }'
	 Example: 'for ((k1, k2), v in @counts) { ... }'
	 Example: 'for ((k1, k2, k3), v in @*) { ... }'
       C-style for-loop:
	 Example:  'for (var i = 0, var b = 1; i < 10; i += 1, b *= 2) { ... }'

   func
       func: used for defining a user-defined function.
       Example: 'func f(a,b) { return sqrt(a**2+b**2)} $d = f($x, $y)'

   if
       if: starts an if/elif/elif chain. The body statements must be wrapped
       in curly braces.

   in
       in: used in for-loops over stream records or out-of-stream variables.

   int
       int: declares an integer local variable in the current curly-braced scope.
       Type-checking happens at assignment: 'int x = 0.0' is an error.

   map
       map: declares an map-valued local variable in the current curly-braced scope.
       Type-checking happens at assignment: 'map b = 0' is an error. map b = {} is
       always OK. map b = a is OK or not depending on whether a is a map.

   num
       num: declares an int/float local variable in the current curly-braced scope.
       Type-checking happens at assignment: 'num b = true' is an error.

   print
       print: prints expression immediately to stdout.
	 Example: mlr --from f.dat put -q 'print "The sum of x and y is ".($x+$y)'
	 Example: mlr --from f.dat put -q 'for (k, v in $*) { print k . " => " . v }'
	 Example: mlr --from f.dat put	'(NR % 1000 == 0) { print > stderr, "Checkpoint ".NR}'

   printn
       printn: prints expression immediately to stdout, without trailing newline.
	 Example: mlr --from f.dat put -q 'printn "."; end { print "" }'

   return
       return: specifies the return value from a user-defined function.
       Omitted return statements (including via if-branches) result in an absent-null
       return value, which in turns results in a skipped assignment to an LHS.

   stderr
       stderr: Used for tee, emit, emitf, emitp, print, and dump in place of filename
	 to print to standard error.

   stdout
       stdout: Used for tee, emit, emitf, emitp, print, and dump in place of filename
	 to print to standard output.

   str
       str: declares a string local variable in the current curly-braced scope.
       Type-checking happens at assignment.

   subr
       subr: used for defining a subroutine.
       Example: 'subr s(k,v) { print k . " is " . v} call s("a", $a)'

   tee
       tee: prints the current record to specified file.
	 This is an immediate print to the specified file (except for pprint format
	 which of course waits until the end of the input stream to format all output).

	 The > and >> are for write and append, as in the shell, but (as with awk) the
	 file-overwrite for > is on first write, not per record. The | is for piping to
	 a process which will process the data. There will be one open file for each
	 distinct file name (for > and >>) or one subordinate process for each distinct
	 value of the piped-to command (for |). Output-formatting flags are taken from
	 the main command line.

	 You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,
	 etc., to control the format of the output. See also mlr -h.

	 emit with redirect and tee with redirect are identical, except tee can only
	 output $*.

	 Example: mlr --from f.dat put 'tee >  "/tmp/data-".$a, $*'
	 Example: mlr --from f.dat put 'tee >> "/tmp/data-".$a.$b, $*'
	 Example: mlr --from f.dat put 'tee >  stderr, $*'
	 Example: mlr --from f.dat put -q 'tee | "tr [a-z\] [A-Z\]", $*'
	 Example: mlr --from f.dat put -q 'tee | "tr [a-z\] [A-Z\] > /tmp/data-".$a, $*'
	 Example: mlr --from f.dat put -q 'tee | "gzip > /tmp/data-".$a.".gz", $*'
	 Example: mlr --from f.dat put -q --ojson 'tee | "gzip > /tmp/data-".$a.".gz", $*'

   true
       true: the boolean literal value.

   unset
       unset: clears field(s) from the current record, or an out-of-stream or local variable.

	 Example: mlr --from f.dat put 'unset $x'
	 Example: mlr --from f.dat put 'unset $*'
	 Example: mlr --from f.dat put 'for (k, v in $*) { if (k =~ "a.*") { unset $[k] } }'
	 Example: mlr --from f.dat put '...; unset @sums'
	 Example: mlr --from f.dat put '...; unset @sums["green"]'
	 Example: mlr --from f.dat put '...; unset @*'

   var
       var: declares an untyped local variable in the current curly-braced scope.
       Examples: 'var a=1', 'var xyz=""'

   while
       while: introduces a while loop, or with "do", introduces a do-while loop.
       The body statements must be wrapped in curly braces.

   ENV
       ENV: access to environment variables by name, e.g. '$home = ENV["HOME"]'

   FILENAME
       FILENAME: evaluates to the name of the current file being processed.

   FILENUM
       FILENUM: evaluates to the number of the current file being processed,
       starting with 1.

   FNR
       FNR: evaluates to the number of the current record within the current file
       being processed, starting with 1. Resets at the start of each file.

   IFS
       IFS: evaluates to the input field separator from the command line.

   IPS
       IPS: evaluates to the input pair separator from the command line.

   IRS
       IRS: evaluates to the input record separator from the command line,
       or to LF or CRLF from the input data if in autodetect mode (which is
       the default).

   M_E
       M_E: the mathematical constant e.

   M_PI
       M_PI: the mathematical constant pi.

   NF
       NF: evaluates to the number of fields in the current record.

   NR
       NR: evaluates to the number of the current record over all files
       being processed, starting with 1. Does not reset at the start of each file.

   OFS
       OFS: evaluates to the output field separator from the command line.

   OPS
       OPS: evaluates to the output pair separator from the command line.

   ORS
       ORS: evaluates to the output record separator from the command line,
       or to LF or CRLF from the input data if in autodetect mode (which is
       the default).

AUTHOR
       Miller is written by John Kerl <kerl.john.r@gmail.com>.

       This manual page has been composed from Miller's help output by Eric
       MSP Veith <eveith@veith-m.de>.

SEE ALSO
       awk(1), sed(1), cut(1), join(1), sort(1), RFC 4180: Common Format and
       MIME Type for Comma-Separated Values (CSV) Files, the miller website
       http://johnkerl.org/miller/doc



				  2019-09-21			     MILLER(1)

miller-5.6.2/doc/manpage.txt000066400000000000000000003000461354153536500157430ustar00rootroot00000000000000MILLER(1) MILLER(1) NAME miller - like awk, sed, cut, join, and sort for name-indexed data such as CSV and tabular JSON. SYNOPSIS Usage: mlr [I/O options] {verb} [verb-dependent options ...] {zero or more file names} DESCRIPTION Miller operates on key-value-pair data while the familiar Unix tools operate on integer-indexed fields: if the natural data structure for the latter is the array, then Miller's natural data structure is the insertion-ordered hash map. This encompasses a variety of data formats, including but not limited to the familiar CSV, TSV, and JSON. (Miller can handle positionally-indexed data as a special case.) This manpage documents Miller v5.6.1-dev. EXAMPLES COMMAND-LINE SYNTAX mlr --csv cut -f hostname,uptime mydata.csv mlr --tsv --rs lf filter '$status != "down" && $upsec >= 10000' *.tsv mlr --nidx put '$sum = $7 < 0.0 ? 3.5 : $7 + 2.1*$8' *.dat grep -v '^#' /etc/group | mlr --ifs : --nidx --opprint label group,pass,gid,member then sort -f group mlr join -j account_id -f accounts.dat then group-by account_name balances.dat mlr --json put '$attr = sub($attr, "([0-9]+)_([0-9]+)_.*", "\1:\2")' data/*.json mlr stats1 -a min,mean,max,p10,p50,p90 -f flag,u,v data/* mlr stats2 -a linreg-pca -f u,v -g shape data/* mlr put -q '@sum[$a][$b] += $x; end {emit @sum, "a", "b"}' data/* mlr --from estimates.tbl put ' for (k,v in $*) { if (is_numeric(v) && k =~ "^[t-z].*$") { $sum += v; $count += 1 } } $mean = $sum / $count # no assignment if count unset' mlr --from infile.dat put -f analyze.mlr mlr --from infile.dat put 'tee > "./taps/data-".$a."-".$b, $*' mlr --from infile.dat put 'tee | "gzip > ./taps/data-".$a."-".$b.".gz", $*' mlr --from infile.dat put -q '@v=$*; dump | "jq .[]"' mlr --from infile.dat put '(NR % 1000 == 0) { print > stderr, "Checkpoint ".NR}' DATA FORMATS DKVP: delimited key-value pairs (Miller default format) +---------------------+ | apple=1,bat=2,cog=3 | Record 1: "apple" => "1", "bat" => "2", "cog" => "3" | dish=7,egg=8,flint | Record 2: "dish" => "7", "egg" => "8", "3" => "flint" +---------------------+ NIDX: implicitly numerically indexed (Unix-toolkit style) +---------------------+ | the quick brown | Record 1: "1" => "the", "2" => "quick", "3" => "brown" | fox jumped | Record 2: "1" => "fox", "2" => "jumped" +---------------------+ CSV/CSV-lite: comma-separated values with separate header line +---------------------+ | apple,bat,cog | | 1,2,3 | Record 1: "apple => "1", "bat" => "2", "cog" => "3" | 4,5,6 | Record 2: "apple" => "4", "bat" => "5", "cog" => "6" +---------------------+ Tabular JSON: nested objects are supported, although arrays within them are not: +---------------------+ | { | | "apple": 1, | Record 1: "apple" => "1", "bat" => "2", "cog" => "3" | "bat": 2, | | "cog": 3 | | } | | { | | "dish": { | Record 2: "dish:egg" => "7", "dish:flint" => "8", "garlic" => "" | "egg": 7, | | "flint": 8 | | }, | | "garlic": "" | | } | +---------------------+ PPRINT: pretty-printed tabular +---------------------+ | apple bat cog | | 1 2 3 | Record 1: "apple => "1", "bat" => "2", "cog" => "3" | 4 5 6 | Record 2: "apple" => "4", "bat" => "5", "cog" => "6" +---------------------+ XTAB: pretty-printed transposed tabular +---------------------+ | apple 1 | Record 1: "apple" => "1", "bat" => "2", "cog" => "3" | bat 2 | | cog 3 | | | | dish 7 | Record 2: "dish" => "7", "egg" => "8" | egg 8 | +---------------------+ Markdown tabular (supported for output only): +-----------------------+ | | apple | bat | cog | | | | --- | --- | --- | | | | 1 | 2 | 3 | | Record 1: "apple => "1", "bat" => "2", "cog" => "3" | | 4 | 5 | 6 | | Record 2: "apple" => "4", "bat" => "5", "cog" => "6" +-----------------------+ OPTIONS In the following option flags, the version with "i" designates the input stream, "o" the output stream, and the version without prefix sets the option for both input and output stream. For example: --irs sets the input record separator, --ors the output record separator, and --rs sets both the input and output separator to the given value. HELP OPTIONS -h or --help Show this message. --version Show the software version. {verb name} --help Show verb-specific help. --help-all-verbs Show help on all verbs. -l or --list-all-verbs List only verb names. -L List only verb names, one per line. -f or --help-all-functions Show help on all built-in functions. -F Show a bare listing of built-in functions by name. -k or --help-all-keywords Show help on all keywords. -K Show a bare listing of keywords by name. VERB LIST altkv bar bootstrap cat check clean-whitespace count-distinct count-similar cut decimate fill-down filter format-values fraction grep group-by group-like having-fields head histogram join label least-frequent merge-fields most-frequent nest nothing put regularize remove-empty-columns rename reorder repeat reshape sample sec2gmt sec2gmtdate seqgen shuffle skip-trivial-records sort stats1 stats2 step tac tail tee top uniq unsparsify FUNCTION LIST + + - - * / // .+ .+ .- .- .* ./ .// % ** | ^ & ~ << >> bitcount == != =~ !=~ > >= < <= && || ^^ ! ? : . gsub regextract regextract_or_else strlen sub ssub substr tolower toupper capitalize lstrip rstrip strip collapse_whitespace clean_whitespace system abs acos acosh asin asinh atan atan2 atanh cbrt ceil cos cosh erf erfc exp expm1 floor invqnorm log log10 log1p logifit madd max mexp min mmul msub pow qnorm round roundm sgn sin sinh sqrt tan tanh urand urandrange urand32 urandint dhms2fsec dhms2sec fsec2dhms fsec2hms gmt2sec localtime2sec hms2fsec hms2sec sec2dhms sec2gmt sec2gmt sec2gmtdate sec2localtime sec2localtime sec2localdate sec2hms strftime strftime_local strptime strptime_local systime is_absent is_bool is_boolean is_empty is_empty_map is_float is_int is_map is_nonempty_map is_not_empty is_not_map is_not_null is_null is_numeric is_present is_string asserting_absent asserting_bool asserting_boolean asserting_empty asserting_empty_map asserting_float asserting_int asserting_map asserting_nonempty_map asserting_not_empty asserting_not_map asserting_not_null asserting_null asserting_numeric asserting_present asserting_string boolean float fmtnum hexfmt int string typeof depth haskey joink joinkv joinv leafcount length mapdiff mapexcept mapselect mapsum splitkv splitkvx splitnv splitnvx Please use "mlr --help-function {function name}" for function-specific help. I/O FORMATTING --idkvp --odkvp --dkvp Delimited key-value pairs, e.g "a=1,b=2" (this is Miller's default format). --inidx --onidx --nidx Implicitly-integer-indexed fields (Unix-toolkit style). -T Synonymous with "--nidx --fs tab". --icsv --ocsv --csv Comma-separated value (or tab-separated with --fs tab, etc.) --itsv --otsv --tsv Keystroke-savers for "--icsv --ifs tab", "--ocsv --ofs tab", "--csv --fs tab". --iasv --oasv --asv Similar but using ASCII FS 0x1f and RS 0x1e --iusv --ousv --usv Similar but using Unicode FS U+241F (UTF-8 0xe2909f) and RS U+241E (UTF-8 0xe2909e) --icsvlite --ocsvlite --csvlite Comma-separated value (or tab-separated with --fs tab, etc.). The 'lite' CSV does not handle RFC-CSV double-quoting rules; is slightly faster; and handles heterogeneity in the input stream via empty newline followed by new header line. See also http://johnkerl.org/miller/doc/file-formats.html#CSV/TSV/etc. --itsvlite --otsvlite --tsvlite Keystroke-savers for "--icsvlite --ifs tab", "--ocsvlite --ofs tab", "--csvlite --fs tab". -t Synonymous with --tsvlite. --iasvlite --oasvlite --asvlite Similar to --itsvlite et al. but using ASCII FS 0x1f and RS 0x1e --iusvlite --ousvlite --usvlite Similar to --itsvlite et al. but using Unicode FS U+241F (UTF-8 0xe2909f) and RS U+241E (UTF-8 0xe2909e) --ipprint --opprint --pprint Pretty-printed tabular (produces no output until all input is in). --right Right-justifies all fields for PPRINT output. --barred Prints a border around PPRINT output (only available for output). --omd Markdown-tabular (only available for output). --ixtab --oxtab --xtab Pretty-printed vertical-tabular. --xvright Right-justifies values for XTAB format. --ijson --ojson --json JSON tabular: sequence or list of one-level maps: {...}{...} or [{...},{...}]. --json-map-arrays-on-input JSON arrays are unmillerable. --json-map-arrays-on-input --json-skip-arrays-on-input is the default: arrays are converted to integer-indexed --json-fatal-arrays-on-input maps. The other two options cause them to be skipped, or to be treated as errors. Please use the jq tool for full JSON (pre)processing. --jvstack Put one key-value pair per line for JSON output. --jlistwrap Wrap JSON output in outermost [ ]. --jknquoteint Do not quote non-string map keys in JSON output. --jvquoteall Quote map values in JSON output, even if they're numeric. --jflatsep {string} Separator for flattening multi-level JSON keys, e.g. '{"a":{"b":3}}' becomes a:b => 3 for non-JSON formats. Defaults to :. -p is a keystroke-saver for --nidx --fs space --repifs --mmap --no-mmap --mmap-below {n} Use mmap for files whenever possible, never, or for files less than n bytes in size. Default is for files less than 4294967296 bytes in size. 'Whenever possible' means always except for when reading standard input which is not mmappable. If you don't know what this means, don't worry about it -- it's a minor performance optimization. Examples: --csv for CSV-formatted input and output; --idkvp --opprint for DKVP-formatted input and pretty-printed output. Please use --iformat1 --oformat2 rather than --format1 --oformat2. The latter sets up input and output flags for format1, not all of which are overridden in all cases by setting output format to format2. COMMENTS IN DATA --skip-comments Ignore commented lines (prefixed by "#") within the input. --skip-comments-with {string} Ignore commented lines within input, with specified prefix. --pass-comments Immediately print commented lines (prefixed by "#") within the input. --pass-comments-with {string} Immediately print commented lines within input, with specified prefix. Notes: * Comments are only honored at the start of a line. * In the absence of any of the above four options, comments are data like any other text. * When pass-comments is used, comment lines are written to standard output immediately upon being read; they are not part of the record stream. Results may be counterintuitive. A suggestion is to place comments at the start of data files. FORMAT-CONVERSION KEYSTROKE-SAVERS As keystroke-savers for format-conversion you may use the following: --c2t --c2d --c2n --c2j --c2x --c2p --c2m --t2c --t2d --t2n --t2j --t2x --t2p --t2m --d2c --d2t --d2n --d2j --d2x --d2p --d2m --n2c --n2t --n2d --n2j --n2x --n2p --n2m --j2c --j2t --j2d --j2n --j2x --j2p --j2m --x2c --x2t --x2d --x2n --x2j --x2p --x2m --p2c --p2t --p2d --p2n --p2j --p2x --p2m The letters c t d n j x p m refer to formats CSV, TSV, DKVP, NIDX, JSON, XTAB, PPRINT, and markdown, respectively. Note that markdown format is available for output only. COMPRESSED I/O --prepipe {command} This allows Miller to handle compressed inputs. You can do without this for single input files, e.g. "gunzip < myfile.csv.gz | mlr ...". However, when multiple input files are present, between-file separations are lost; also, the FILENAME variable doesn't iterate. Using --prepipe you can specify an action to be taken on each input file. This pre-pipe command must be able to read from standard input; it will be invoked with {command} < {filename}. Examples: mlr --prepipe 'gunzip' mlr --prepipe 'zcat -cf' mlr --prepipe 'xz -cd' mlr --prepipe cat Note that this feature is quite general and is not limited to decompression utilities. You can use it to apply per-file filters of your choice. For output compression (or other) utilities, simply pipe the output: mlr ... | {your compression command} SEPARATORS --rs --irs --ors Record separators, e.g. 'lf' or '\r\n' --fs --ifs --ofs --repifs Field separators, e.g. comma --ps --ips --ops Pair separators, e.g. equals sign Notes about line endings: * Default line endings (--irs and --ors) are "auto" which means autodetect from the input file format, as long as the input file(s) have lines ending in either LF (also known as linefeed, '\n', 0x0a, Unix-style) or CRLF (also known as carriage-return/linefeed pairs, '\r\n', 0x0d 0x0a, Windows style). * If both irs and ors are auto (which is the default) then LF input will lead to LF output and CRLF input will lead to CRLF output, regardless of the platform you're running on. * The line-ending autodetector triggers on the first line ending detected in the input stream. E.g. if you specify a CRLF-terminated file on the command line followed by an LF-terminated file then autodetected line endings will be CRLF. * If you use --ors {something else} with (default or explicitly specified) --irs auto then line endings are autodetected on input and set to what you specify on output. * If you use --irs {something else} with (default or explicitly specified) --ors auto then the output line endings used are LF on Unix/Linux/BSD/MacOSX, and CRLF on Windows. Notes about all other separators: * IPS/OPS are only used for DKVP and XTAB formats, since only in these formats do key-value pairs appear juxtaposed. * IRS/ORS are ignored for XTAB format. Nominally IFS and OFS are newlines; XTAB records are separated by two or more consecutive IFS/OFS -- i.e. a blank line. Everything above about --irs/--ors/--rs auto becomes --ifs/--ofs/--fs auto for XTAB format. (XTAB's default IFS/OFS are "auto".) * OFS must be single-character for PPRINT format. This is because it is used with repetition for alignment; multi-character separators would make alignment impossible. * OPS may be multi-character for XTAB format, in which case alignment is disabled. * TSV is simply CSV using tab as field separator ("--fs tab"). * FS/PS are ignored for markdown format; RS is used. * All FS and PS options are ignored for JSON format, since they are not relevant to the JSON format. * You can specify separators in any of the following ways, shown by example: - Type them out, quoting as necessary for shell escapes, e.g. "--fs '|' --ips :" - C-style escape sequences, e.g. "--rs '\r\n' --fs '\t'". - To avoid backslashing, you can use any of the following names: cr crcr newline lf lflf crlf crlfcrlf tab space comma pipe slash colon semicolon equals * Default separators by format: File format RS FS PS gen N/A (N/A) (N/A) dkvp auto , = json auto (N/A) (N/A) nidx auto space (N/A) csv auto , (N/A) csvlite auto , (N/A) markdown auto (N/A) (N/A) pprint auto space (N/A) xtab (N/A) auto space CSV-SPECIFIC OPTIONS --implicit-csv-header Use 1,2,3,... as field labels, rather than from line 1 of input files. Tip: combine with "label" to recreate missing headers. --allow-ragged-csv-input|--ragged If a data line has fewer fields than the header line, fill remaining keys with empty string. If a data line has more fields than the header line, use integer field labels as in the implicit-header case. --headerless-csv-output Print only CSV data lines. -N Keystroke-saver for --implicit-csv-header --headerless-csv-output. DOUBLE-QUOTING FOR CSV/CSVLITE OUTPUT --quote-all Wrap all fields in double quotes --quote-none Do not wrap any fields in double quotes, even if they have OFS or ORS in them --quote-minimal Wrap fields in double quotes only if they have OFS or ORS in them (default) --quote-numeric Wrap fields in double quotes only if they have numbers in them --quote-original Wrap fields in double quotes if and only if they were quoted on input. This isn't sticky for computed fields: e.g. if fields a and b were quoted on input and you do "put '$c = $a . $b'" then field c won't inherit a or b's was-quoted-on-input flag. NUMERICAL FORMATTING --ofmt {format} E.g. %.18lf, %.0lf. Please use sprintf-style codes for double-precision. Applies to verbs which compute new values, e.g. put, stats1, stats2. See also the fmtnum function within mlr put (mlr --help-all-functions). Defaults to %lf. OTHER OPTIONS --seed {n} with n of the form 12345678 or 0xcafefeed. For put/filter urand()/urandint()/urand32(). --nr-progress-mod {m}, with m a positive integer: print filename and record count to stderr every m input records. --from {filename} Use this to specify an input file before the verb(s), rather than after. May be used more than once. Example: "mlr --from a.dat --from b.dat cat" is the same as "mlr cat a.dat b.dat". -n Process no input files, nor standard input either. Useful for mlr put with begin/end statements only. (Same as --from /dev/null.) Also useful in "mlr -n put -v '...'" for analyzing abstract syntax trees (if that's your thing). -I Process files in-place. For each file name on the command line, output is written to a temp file in the same directory, which is then renamed over the original. Each file is processed in isolation: if the output format is CSV, CSV headers will be present in each output file; statistics are only over each file's own records; and so on. THEN-CHAINING Output of one verb may be chained as input to another using "then", e.g. mlr stats1 -a min,mean,max -f flag,u,v -g color then sort -f color AUXILIARY COMMANDS Miller has a few otherwise-standalone executables packaged within it. They do not participate in any other parts of Miller. Available subcommands: aux-list lecat termcvt hex unhex netbsd-strptime For more information, please invoke mlr {subcommand} --help VERBS altkv Usage: mlr altkv [no options] Given fields with values of the form a,b,c,d,e,f emits a=b,c=d,e=f pairs. bar Usage: mlr bar [options] Replaces a numeric field with a number of asterisks, allowing for cheesy bar plots. These align best with --opprint or --oxtab output format. Options: -f {a,b,c} Field names to convert to bars. -c {character} Fill character: default '*'. -x {character} Out-of-bounds character: default '#'. -b {character} Blank character: default '.'. --lo {lo} Lower-limit value for min-width bar: default '0.000000'. --hi {hi} Upper-limit value for max-width bar: default '100.000000'. -w {n} Bar-field width: default '40'. --auto Automatically computes limits, ignoring --lo and --hi. Holds all records in memory before producing any output. bootstrap Usage: mlr bootstrap [options] Emits an n-sample, with replacement, of the input records. Options: -n {number} Number of samples to output. Defaults to number of input records. Must be non-negative. See also mlr sample and mlr shuffle. cat Usage: mlr cat [options] Passes input records directly to output. Most useful for format conversion. Options: -n Prepend field "n" to each record with record-counter starting at 1 -g {comma-separated field name(s)} When used with -n/-N, writes record-counters keyed by specified field name(s). -v Write a low-level record-structure dump to stderr. -N {name} Prepend field {name} to each record with record-counter starting at 1 check Usage: mlr check Consumes records without printing any output. Useful for doing a well-formatted check on input data. clean-whitespace Usage: mlr clean-whitespace [options] {old1,new1,old2,new2,...} For each record, for each field in the record, whitespace-cleans the keys and values. Whitespace-cleaning entails stripping leading and trailing whitespace, and replacing multiple whitespace with singles. For finer-grained control, please see the DSL functions lstrip, rstrip, strip, collapse_whitespace, and clean_whitespace. Options: -k|--keys-only Do not touch values. -v|--values-only Do not touch keys. It is an error to specify -k as well as -v. count-distinct Usage: mlr count-distinct [options] Prints number of records having distinct values for specified field names. Same as uniq -c. Options: -f {a,b,c} Field names for distinct count. -n Show only the number of distinct values. Not compatible with -u. -o {name} Field name for output count. Default "count". Ignored with -u. -u Do unlashed counts for multiple field names. With -f a,b and without -u, computes counts for distinct combinations of a and b field values. With -f a,b and with -u, computes counts for distinct a field values and counts for distinct b field values separately. count-similar Usage: mlr count-similar [options] Ingests all records, then emits each record augmented by a count of the number of other records having the same group-by field values. Options: -g {d,e,f} Group-by-field names for counts. -o {name} Field name for output count. Default "count". cut Usage: mlr cut [options] Passes through input records with specified fields included/excluded. -f {a,b,c} Field names to include for cut. -o Retain fields in the order specified here in the argument list. Default is to retain them in the order found in the input data. -x|--complement Exclude, rather than include, field names specified by -f. -r Treat field names as regular expressions. "ab", "a.*b" will match any field name containing the substring "ab" or matching "a.*b", respectively; anchors of the form "^ab$", "^a.*b$" may be used. The -o flag is ignored when -r is present. Examples: mlr cut -f hostname,status mlr cut -x -f hostname,status mlr cut -r -f '^status$,sda[0-9]' mlr cut -r -f '^status$,"sda[0-9]"' mlr cut -r -f '^status$,"sda[0-9]"i' (this is case-insensitive) decimate Usage: mlr decimate [options] -n {count} Decimation factor; default 10 -b Decimate by printing first of every n. -e Decimate by printing last of every n (default). -g {a,b,c} Optional group-by-field names for decimate counts Passes through one of every n records, optionally by category. fill-down Usage: mlr fill-down [options] -f {a,b,c} Field names for fill-down -a|--only-if-absent Field names for fill-down If a given record has a missing value for a given field, fill that from the corresponding value from a previous record, if any. By default, a 'missing' field either is absent, or has the empty-string value. With -a, a field is 'missing' only if it is absent. filter Usage: mlr filter [options] {expression} Prints records for which {expression} evaluates to true. If there are multiple semicolon-delimited expressions, all of them are evaluated and the last one is used as the filter criterion. Conversion options: -S: Keeps field values as strings with no type inference to int or float. -F: Keeps field values as strings or floats with no inference to int. All field values are type-inferred to int/float/string unless this behavior is suppressed with -S or -F. Output/formatting options: --oflatsep {string}: Separator to use when flattening multi-level @-variables to output records for emit. Default ":". --jknquoteint: For dump output (JSON-formatted), do not quote map keys if non-string. --jvquoteall: For dump output (JSON-formatted), quote map values even if non-string. Any of the output-format command-line flags (see mlr -h). Example: using mlr --icsv --opprint ... then put --ojson 'tee > "mytap-".$a.".dat", $*' then ... the input is CSV, the output is pretty-print tabular, but the tee-file output is written in JSON format. --no-fflush: for emit, tee, print, and dump, don't call fflush() after every record. Expression-specification options: -f {filename}: the DSL expression is taken from the specified file rather than from the command line. Outer single quotes wrapping the expression should not be placed in the file. If -f is specified more than once, all input files specified using -f are concatenated to produce the expression. (For example, you can define functions in one file and call them from another.) -e {expression}: You can use this after -f to add an expression. Example use case: define functions/subroutines in a file you specify with -f, then call them with an expression you specify with -e. (If you mix -e and -f then the expressions are evaluated in the order encountered. Since the expression pieces are simply concatenated, please be sure to use intervening semicolons to separate expressions.) Tracing options: -v: Prints the expressions's AST (abstract syntax tree), which gives full transparency on the precedence and associativity rules of Miller's grammar, to stdout. -a: Prints a low-level stack-allocation trace to stdout. -t: Prints a low-level parser trace to stderr. -T: Prints a every statement to stderr as it is executed. Other options: -x: Prints records for which {expression} evaluates to false. Please use a dollar sign for field names and double-quotes for string literals. If field names have special characters such as "." then you might use braces, e.g. '${field.name}'. Miller built-in variables are NF NR FNR FILENUM FILENAME M_PI M_E, and ENV["namegoeshere"] to access environment variables. The environment-variable name may be an expression, e.g. a field value. Use # to comment to end of line. Examples: mlr filter 'log10($count) > 4.0' mlr filter 'FNR == 2 (second record in each file)' mlr filter 'urand() < 0.001' (subsampling) mlr filter '$color != "blue" && $value > 4.2' mlr filter '($x<.5 && $y<.5) || ($x>.5 && $y>.5)' mlr filter '($name =~ "^sys.*east$") || ($name =~ "^dev.[0-9]+"i)' mlr filter '$ab = $a+$b; $cd = $c+$d; $ab != $cd' mlr filter ' NR == 1 || #NR == 2 || NR == 3 ' Please see http://johnkerl.org/miller/doc/reference.html for more information including function list. Or "mlr -f". Please also also "mlr grep" which is useful when you don't yet know which field name(s) you're looking for. format-values Usage: mlr format-values [options] Applies format strings to all field values, depending on autodetected type. * If a field value is detected to be integer, applies integer format. * Else, if a field value is detected to be float, applies float format. * Else, applies string format. Note: this is a low-keystroke way to apply formatting to many fields. To get finer control, please see the fmtnum function within the mlr put DSL. Note: this verb lets you apply arbitrary format strings, which can produce undefined behavior and/or program crashes. See your system's "man printf". Options: -i {integer format} Defaults to "%lld". Examples: "%06lld", "%08llx". Note that Miller integers are long long so you must use formats which apply to long long, e.g. with ll in them. Undefined behavior results otherwise. -f {float format} Defaults to "%lf". Examples: "%8.3lf", "%.6le". Note that Miller floats are double-precision so you must use formats which apply to double, e.g. with l[efg] in them. Undefined behavior results otherwise. -s {string format} Defaults to "%s". Examples: "_%s", "%08s". Note that you must use formats which apply to string, e.g. with s in them. Undefined behavior results otherwise. -n Coerce field values autodetected as int to float, and then apply the float format. fraction Usage: mlr fraction [options] For each record's value in specified fields, computes the ratio of that value to the sum of values in that field over all input records. E.g. with input records x=1 x=2 x=3 and x=4, emits output records x=1,x_fraction=0.1 x=2,x_fraction=0.2 x=3,x_fraction=0.3 and x=4,x_fraction=0.4 Note: this is internally a two-pass algorithm: on the first pass it retains input records and accumulates sums; on the second pass it computes quotients and emits output records. This means it produces no output until all input is read. Options: -f {a,b,c} Field name(s) for fraction calculation -g {d,e,f} Optional group-by-field name(s) for fraction counts -p Produce percents [0..100], not fractions [0..1]. Output field names end with "_percent" rather than "_fraction" -c Produce cumulative distributions, i.e. running sums: each output value folds in the sum of the previous for the specified group E.g. with input records x=1 x=2 x=3 and x=4, emits output records x=1,x_cumulative_fraction=0.1 x=2,x_cumulative_fraction=0.3 x=3,x_cumulative_fraction=0.6 and x=4,x_cumulative_fraction=1.0 grep Usage: mlr grep [options] {regular expression} Passes through records which match {regex}. Options: -i Use case-insensitive search. -v Invert: pass through records which do not match the regex. Note that "mlr filter" is more powerful, but requires you to know field names. By contrast, "mlr grep" allows you to regex-match the entire record. It does this by formatting each record in memory as DKVP, using command-line-specified ORS/OFS/OPS, and matching the resulting line against the regex specified here. In particular, the regex is not applied to the input stream: if you have CSV with header line "x,y,z" and data line "1,2,3" then the regex will be matched, not against either of these lines, but against the DKVP line "x=1,y=2,z=3". Furthermore, not all the options to system grep are supported, and this command is intended to be merely a keystroke-saver. To get all the features of system grep, you can do "mlr --odkvp ... | grep ... | mlr --idkvp ..." group-by Usage: mlr group-by {comma-separated field names} Outputs records in batches having identical values at specified field names. group-like Usage: mlr group-like Outputs records in batches having identical field names. having-fields Usage: mlr having-fields [options] Conditionally passes through records depending on each record's field names. Options: --at-least {comma-separated names} --which-are {comma-separated names} --at-most {comma-separated names} --all-matching {regular expression} --any-matching {regular expression} --none-matching {regular expression} Examples: mlr having-fields --which-are amount,status,owner mlr having-fields --any-matching 'sda[0-9]' mlr having-fields --any-matching '"sda[0-9]"' mlr having-fields --any-matching '"sda[0-9]"i' (this is case-insensitive) head Usage: mlr head [options] -n {count} Head count to print; default 10 -g {a,b,c} Optional group-by-field names for head counts Passes through the first n records, optionally by category. Without -g, ceases consuming more input (i.e. is fast) when n records have been read. histogram Usage: mlr histogram [options] -f {a,b,c} Value-field names for histogram counts --lo {lo} Histogram low value --hi {hi} Histogram high value --nbins {n} Number of histogram bins --auto Automatically computes limits, ignoring --lo and --hi. Holds all values in memory before producing any output. -o {prefix} Prefix for output field name. Default: no prefix. Just a histogram. Input values < lo or > hi are not counted. join Usage: mlr join [options] Joins records from specified left file name with records from all file names at the end of the Miller argument list. Functionality is essentially the same as the system "join" command, but for record streams. Options: -f {left file name} -j {a,b,c} Comma-separated join-field names for output -l {a,b,c} Comma-separated join-field names for left input file; defaults to -j values if omitted. -r {a,b,c} Comma-separated join-field names for right input file(s); defaults to -j values if omitted. --lp {text} Additional prefix for non-join output field names from the left file --rp {text} Additional prefix for non-join output field names from the right file(s) --np Do not emit paired records --ul Emit unpaired records from the left file --ur Emit unpaired records from the right file(s) -s|--sorted-input Require sorted input: records must be sorted lexically by their join-field names, else not all records will be paired. The only likely use case for this is with a left file which is too big to fit into system memory otherwise. -u Enable unsorted input. (This is the default even without -u.) In this case, the entire left file will be loaded into memory. --prepipe {command} As in main input options; see mlr --help for details. If you wish to use a prepipe command for the main input as well as here, it must be specified there as well as here. File-format options default to those for the right file names on the Miller argument list, but may be overridden for the left file as follows. Please see the main "mlr --help" for more information on syntax for these arguments. -i {one of csv,dkvp,nidx,pprint,xtab} --irs {record-separator character} --ifs {field-separator character} --ips {pair-separator character} --repifs --repips --mmap --no-mmap Please use "mlr --usage-separator-options" for information on specifying separators. Please see http://johnkerl.org/miller/doc/reference.html for more information including examples. label Usage: mlr label {new1,new2,new3,...} Given n comma-separated names, renames the first n fields of each record to have the respective name. (Fields past the nth are left with their original names.) Particularly useful with --inidx or --implicit-csv-header, to give useful names to otherwise integer-indexed fields. Examples: "echo 'a b c d' | mlr --inidx --odkvp cat" gives "1=a,2=b,3=c,4=d" "echo 'a b c d' | mlr --inidx --odkvp label s,t" gives "s=a,t=b,3=c,4=d" least-frequent Usage: mlr least-frequent [options] Shows the least frequently occurring distinct values for specified field names. The first entry is the statistical anti-mode; the remaining are runners-up. Options: -f {one or more comma-separated field names}. Required flag. -n {count}. Optional flag defaulting to 10. -b Suppress counts; show only field values. -o {name} Field name for output count. Default "count". See also "mlr most-frequent". merge-fields Usage: mlr merge-fields [options] Computes univariate statistics for each input record, accumulated across specified fields. Options: -a {sum,count,...} Names of accumulators. One or more of: count Count instances of fields mode Find most-frequently-occurring values for fields; first-found wins tie antimode Find least-frequently-occurring values for fields; first-found wins tie sum Compute sums of specified fields mean Compute averages (sample means) of specified fields stddev Compute sample standard deviation of specified fields var Compute sample variance of specified fields meaneb Estimate error bars for averages (assuming no sample autocorrelation) skewness Compute sample skewness of specified fields kurtosis Compute sample kurtosis of specified fields min Compute minimum values of specified fields max Compute maximum values of specified fields -f {a,b,c} Value-field names on which to compute statistics. Requires -o. -r {a,b,c} Regular expressions for value-field names on which to compute statistics. Requires -o. -c {a,b,c} Substrings for collapse mode. All fields which have the same names after removing substrings will be accumulated together. Please see examples below. -i Use interpolated percentiles, like R's type=7; default like type=1. Not sensical for string-valued fields. -o {name} Output field basename for -f/-r. -k Keep the input fields which contributed to the output statistics; the default is to omit them. -F Computes integerable things (e.g. count) in floating point. String-valued data make sense unless arithmetic on them is required, e.g. for sum, mean, interpolated percentiles, etc. In case of mixed data, numbers are less than strings. Example input data: "a_in_x=1,a_out_x=2,b_in_y=4,b_out_x=8". Example: mlr merge-fields -a sum,count -f a_in_x,a_out_x -o foo produces "b_in_y=4,b_out_x=8,foo_sum=3,foo_count=2" since "a_in_x,a_out_x" are summed over. Example: mlr merge-fields -a sum,count -r in_,out_ -o bar produces "bar_sum=15,bar_count=4" since all four fields are summed over. Example: mlr merge-fields -a sum,count -c in_,out_ produces "a_x_sum=3,a_x_count=2,b_y_sum=4,b_y_count=1,b_x_sum=8,b_x_count=1" since "a_in_x" and "a_out_x" both collapse to "a_x", "b_in_y" collapses to "b_y", and "b_out_x" collapses to "b_x". most-frequent Usage: mlr most-frequent [options] Shows the most frequently occurring distinct values for specified field names. The first entry is the statistical mode; the remaining are runners-up. Options: -f {one or more comma-separated field names}. Required flag. -n {count}. Optional flag defaulting to 10. -b Suppress counts; show only field values. -o {name} Field name for output count. Default "count". See also "mlr least-frequent". nest Usage: mlr nest [options] Explodes specified field values into separate fields/records, or reverses this. Options: --explode,--implode One is required. --values,--pairs One is required. --across-records,--across-fields One is required. -f {field name} Required. --nested-fs {string} Defaults to ";". Field separator for nested values. --nested-ps {string} Defaults to ":". Pair separator for nested key-value pairs. --evar {string} Shorthand for --explode --values ---across-records --nested-fs {string} --ivar {string} Shorthand for --implode --values ---across-records --nested-fs {string} Please use "mlr --usage-separator-options" for information on specifying separators. Examples: mlr nest --explode --values --across-records -f x with input record "x=a;b;c,y=d" produces output records "x=a,y=d" "x=b,y=d" "x=c,y=d" Use --implode to do the reverse. mlr nest --explode --values --across-fields -f x with input record "x=a;b;c,y=d" produces output records "x_1=a,x_2=b,x_3=c,y=d" Use --implode to do the reverse. mlr nest --explode --pairs --across-records -f x with input record "x=a:1;b:2;c:3,y=d" produces output records "a=1,y=d" "b=2,y=d" "c=3,y=d" mlr nest --explode --pairs --across-fields -f x with input record "x=a:1;b:2;c:3,y=d" produces output records "a=1,b=2,c=3,y=d" Notes: * With --pairs, --implode doesn't make sense since the original field name has been lost. * The combination "--implode --values --across-records" is non-streaming: no output records are produced until all input records have been read. In particular, this means it won't work in tail -f contexts. But all other flag combinations result in streaming (tail -f friendly) data processing. * It's up to you to ensure that the nested-fs is distinct from your data's IFS: e.g. by default the former is semicolon and the latter is comma. See also mlr reshape. nothing Usage: mlr nothing [options] Drops all input records. Useful for testing, or after tee/print/etc. have produced other output. put Usage: mlr put [options] {expression} Adds/updates specified field(s). Expressions are semicolon-separated and must either be assignments, or evaluate to boolean. Booleans with following statements in curly braces control whether those statements are executed; booleans without following curly braces do nothing except side effects (e.g. regex-captures into \1, \2, etc.). Conversion options: -S: Keeps field values as strings with no type inference to int or float. -F: Keeps field values as strings or floats with no inference to int. All field values are type-inferred to int/float/string unless this behavior is suppressed with -S or -F. Output/formatting options: --oflatsep {string}: Separator to use when flattening multi-level @-variables to output records for emit. Default ":". --jknquoteint: For dump output (JSON-formatted), do not quote map keys if non-string. --jvquoteall: For dump output (JSON-formatted), quote map values even if non-string. Any of the output-format command-line flags (see mlr -h). Example: using mlr --icsv --opprint ... then put --ojson 'tee > "mytap-".$a.".dat", $*' then ... the input is CSV, the output is pretty-print tabular, but the tee-file output is written in JSON format. --no-fflush: for emit, tee, print, and dump, don't call fflush() after every record. Expression-specification options: -f {filename}: the DSL expression is taken from the specified file rather than from the command line. Outer single quotes wrapping the expression should not be placed in the file. If -f is specified more than once, all input files specified using -f are concatenated to produce the expression. (For example, you can define functions in one file and call them from another.) -e {expression}: You can use this after -f to add an expression. Example use case: define functions/subroutines in a file you specify with -f, then call them with an expression you specify with -e. (If you mix -e and -f then the expressions are evaluated in the order encountered. Since the expression pieces are simply concatenated, please be sure to use intervening semicolons to separate expressions.) Tracing options: -v: Prints the expressions's AST (abstract syntax tree), which gives full transparency on the precedence and associativity rules of Miller's grammar, to stdout. -a: Prints a low-level stack-allocation trace to stdout. -t: Prints a low-level parser trace to stderr. -T: Prints a every statement to stderr as it is executed. Other options: -q: Does not include the modified record in the output stream. Useful for when all desired output is in begin and/or end blocks. Please use a dollar sign for field names and double-quotes for string literals. If field names have special characters such as "." then you might use braces, e.g. '${field.name}'. Miller built-in variables are NF NR FNR FILENUM FILENAME M_PI M_E, and ENV["namegoeshere"] to access environment variables. The environment-variable name may be an expression, e.g. a field value. Use # to comment to end of line. Examples: mlr put '$y = log10($x); $z = sqrt($y)' mlr put '$x>0.0 { $y=log10($x); $z=sqrt($y) }' # does {...} only if $x > 0.0 mlr put '$x>0.0; $y=log10($x); $z=sqrt($y)' # does all three statements mlr put '$a =~ "([a-z]+)_([0-9]+); $b = "left_\1"; $c = "right_\2"' mlr put '$a =~ "([a-z]+)_([0-9]+) { $b = "left_\1"; $c = "right_\2" }' mlr put '$filename = FILENAME' mlr put '$colored_shape = $color . "_" . $shape' mlr put '$y = cos($theta); $z = atan2($y, $x)' mlr put '$name = sub($name, "http.*com"i, "")' mlr put -q '@sum += $x; end {emit @sum}' mlr put -q '@sum[$a] += $x; end {emit @sum, "a"}' mlr put -q '@sum[$a][$b] += $x; end {emit @sum, "a", "b"}' mlr put -q '@min=min(@min,$x);@max=max(@max,$x); end{emitf @min, @max}' mlr put -q 'is_null(@xmax) || $x > @xmax {@xmax=$x; @recmax=$*}; end {emit @recmax}' mlr put ' $x = 1; #$y = 2; $z = 3 ' Please see also 'mlr -k' for examples using redirected output. Please see http://johnkerl.org/miller/doc/reference.html for more information including function list. Or "mlr -f". Please see in particular: http://www.johnkerl.org/miller/doc/reference.html#put regularize Usage: mlr regularize For records seen earlier in the data stream with same field names in a different order, outputs them with field names in the previously encountered order. Example: input records a=1,c=2,b=3, then e=4,d=5, then c=7,a=6,b=8 output as a=1,c=2,b=3, then e=4,d=5, then a=6,c=7,b=8 remove-empty-columns Usage: mlr remove-empty-columns Omits fields which are empty on every input row. Non-streaming. rename Usage: mlr rename [options] {old1,new1,old2,new2,...} Renames specified fields. Options: -r Treat old field names as regular expressions. "ab", "a.*b" will match any field name containing the substring "ab" or matching "a.*b", respectively; anchors of the form "^ab$", "^a.*b$" may be used. New field names may be plain strings, or may contain capture groups of the form "\1" through "\9". Wrapping the regex in double quotes is optional, but is required if you wish to follow it with 'i' to indicate case-insensitivity. -g Do global replacement within each field name rather than first-match replacement. Examples: mlr rename old_name,new_name' mlr rename old_name_1,new_name_1,old_name_2,new_name_2' mlr rename -r 'Date_[0-9]+,Date,' Rename all such fields to be "Date" mlr rename -r '"Date_[0-9]+",Date' Same mlr rename -r 'Date_([0-9]+).*,\1' Rename all such fields to be of the form 20151015 mlr rename -r '"name"i,Name' Rename "name", "Name", "NAME", etc. to "Name" reorder Usage: mlr reorder [options] -f {a,b,c} Field names to reorder. -e Put specified field names at record end: default is to put them at record start. Examples: mlr reorder -f a,b sends input record "d=4,b=2,a=1,c=3" to "a=1,b=2,d=4,c=3". mlr reorder -e -f a,b sends input record "d=4,b=2,a=1,c=3" to "d=4,c=3,a=1,b=2". repeat Usage: mlr repeat [options] Copies input records to output records multiple times. Options must be exactly one of the following: -n {repeat count} Repeat each input record this many times. -f {field name} Same, but take the repeat count from the specified field name of each input record. Example: echo x=0 | mlr repeat -n 4 then put '$x=urand()' produces: x=0.488189 x=0.484973 x=0.704983 x=0.147311 Example: echo a=1,b=2,c=3 | mlr repeat -f b produces: a=1,b=2,c=3 a=1,b=2,c=3 Example: echo a=1,b=2,c=3 | mlr repeat -f c produces: a=1,b=2,c=3 a=1,b=2,c=3 a=1,b=2,c=3 reshape Usage: mlr reshape [options] Wide-to-long options: -i {input field names} -o {key-field name,value-field name} -r {input field regexes} -o {key-field name,value-field name} These pivot/reshape the input data such that the input fields are removed and separate records are emitted for each key/value pair. Note: this works with tail -f and produces output records for each input record seen. Long-to-wide options: -s {key-field name,value-field name} These pivot/reshape the input data to undo the wide-to-long operation. Note: this does not work with tail -f; it produces output records only after all input records have been read. Examples: Input file "wide.txt": time X Y 2009-01-01 0.65473572 2.4520609 2009-01-02 -0.89248112 0.2154713 2009-01-03 0.98012375 1.3179287 mlr --pprint reshape -i X,Y -o item,value wide.txt time item value 2009-01-01 X 0.65473572 2009-01-01 Y 2.4520609 2009-01-02 X -0.89248112 2009-01-02 Y 0.2154713 2009-01-03 X 0.98012375 2009-01-03 Y 1.3179287 mlr --pprint reshape -r '[A-Z]' -o item,value wide.txt time item value 2009-01-01 X 0.65473572 2009-01-01 Y 2.4520609 2009-01-02 X -0.89248112 2009-01-02 Y 0.2154713 2009-01-03 X 0.98012375 2009-01-03 Y 1.3179287 Input file "long.txt": time item value 2009-01-01 X 0.65473572 2009-01-01 Y 2.4520609 2009-01-02 X -0.89248112 2009-01-02 Y 0.2154713 2009-01-03 X 0.98012375 2009-01-03 Y 1.3179287 mlr --pprint reshape -s item,value long.txt time X Y 2009-01-01 0.65473572 2.4520609 2009-01-02 -0.89248112 0.2154713 2009-01-03 0.98012375 1.3179287 See also mlr nest. sample Usage: mlr sample [options] Reservoir sampling (subsampling without replacement), optionally by category. -k {count} Required: number of records to output, total, or by group if using -g. -g {a,b,c} Optional: group-by-field names for samples. See also mlr bootstrap and mlr shuffle. sec2gmt Usage: mlr sec2gmt [options] {comma-separated list of field names} Replaces a numeric field representing seconds since the epoch with the corresponding GMT timestamp; leaves non-numbers as-is. This is nothing more than a keystroke-saver for the sec2gmt function: mlr sec2gmt time1,time2 is the same as mlr put '$time1=sec2gmt($time1);$time2=sec2gmt($time2)' Options: -1 through -9: format the seconds using 1..9 decimal places, respectively. sec2gmtdate Usage: mlr sec2gmtdate {comma-separated list of field names} Replaces a numeric field representing seconds since the epoch with the corresponding GMT year-month-day timestamp; leaves non-numbers as-is. This is nothing more than a keystroke-saver for the sec2gmtdate function: mlr sec2gmtdate time1,time2 is the same as mlr put '$time1=sec2gmtdate($time1);$time2=sec2gmtdate($time2)' seqgen Usage: mlr seqgen [options] Produces a sequence of counters. Discards the input record stream. Produces output as specified by the following options: -f {name} Field name for counters; default "i". --start {number} Inclusive start value; default "1". --stop {number} Inclusive stop value; default "100". --step {number} Step value; default "1". Start, stop, and/or step may be floating-point. Output is integer if start, stop, and step are all integers. Step may be negative. It may not be zero unless start == stop. shuffle Usage: mlr shuffle {no options} Outputs records randomly permuted. No output records are produced until all input records are read. See also mlr bootstrap and mlr sample. skip-trivial-records Usage: mlr skip-trivial-records [options] Passes through all records except: * those with zero fields; * those for which all fields have empty value. sort Usage: mlr sort {flags} Flags: -f {comma-separated field names} Lexical ascending -n {comma-separated field names} Numerical ascending; nulls sort last -nf {comma-separated field names} Same as -n -r {comma-separated field names} Lexical descending -nr {comma-separated field names} Numerical descending; nulls sort first Sorts records primarily by the first specified field, secondarily by the second field, and so on. (Any records not having all specified sort keys will appear at the end of the output, in the order they were encountered, regardless of the specified sort order.) The sort is stable: records that compare equal will sort in the order they were encountered in the input record stream. Example: mlr sort -f a,b -nr x,y,z which is the same as: mlr sort -f a -f b -nr x -nr y -nr z stats1 Usage: mlr stats1 [options] Computes univariate statistics for one or more given fields, accumulated across the input record stream. Options: -a {sum,count,...} Names of accumulators: p10 p25.2 p50 p98 p100 etc. and/or one or more of: count Count instances of fields mode Find most-frequently-occurring values for fields; first-found wins tie antimode Find least-frequently-occurring values for fields; first-found wins tie sum Compute sums of specified fields mean Compute averages (sample means) of specified fields stddev Compute sample standard deviation of specified fields var Compute sample variance of specified fields meaneb Estimate error bars for averages (assuming no sample autocorrelation) skewness Compute sample skewness of specified fields kurtosis Compute sample kurtosis of specified fields min Compute minimum values of specified fields max Compute maximum values of specified fields -f {a,b,c} Value-field names on which to compute statistics --fr {regex} Regex for value-field names on which to compute statistics (compute statsitics on values in all field names matching regex) --fx {regex} Inverted regex for value-field names on which to compute statistics (compute statsitics on values in all field names not matching regex) -g {d,e,f} Optional group-by-field names --gr {regex} Regex for optional group-by-field names (group by values in field names matching regex) --gx {regex} Inverted regex for optional group-by-field names (group by values in field names not matching regex) --grfx {regex} Shorthand for --gr {regex} --fx {that same regex} -i Use interpolated percentiles, like R's type=7; default like type=1. Not sensical for string-valued fields. -s Print iterative stats. Useful in tail -f contexts (in which case please avoid pprint-format output since end of input stream will never be seen). -F Computes integerable things (e.g. count) in floating point. Example: mlr stats1 -a min,p10,p50,p90,max -f value -g size,shape Example: mlr stats1 -a count,mode -f size Example: mlr stats1 -a count,mode -f size -g shape Example: mlr stats1 -a count,mode --fr '^[a-h].*$' -gr '^k.*$' This computes count and mode statistics on all field names beginning with a through h, grouped by all field names starting with k. Notes: * p50 and median are synonymous. * min and max output the same results as p0 and p100, respectively, but use less memory. * String-valued data make sense unless arithmetic on them is required, e.g. for sum, mean, interpolated percentiles, etc. In case of mixed data, numbers are less than strings. * count and mode allow text input; the rest require numeric input. In particular, 1 and 1.0 are distinct text for count and mode. * When there are mode ties, the first-encountered datum wins. stats2 Usage: mlr stats2 [options] Computes bivariate statistics for one or more given field-name pairs, accumulated across the input record stream. -a {linreg-ols,corr,...} Names of accumulators: one or more of: linreg-pca Linear regression using principal component analysis linreg-ols Linear regression using ordinary least squares r2 Quality metric for linreg-ols (linreg-pca emits its own) logireg Logistic regression corr Sample correlation cov Sample covariance covx Sample-covariance matrix -f {a,b,c,d} Value-field name-pairs on which to compute statistics. There must be an even number of names. -g {e,f,g} Optional group-by-field names. -v Print additional output for linreg-pca. -s Print iterative stats. Useful in tail -f contexts (in which case please avoid pprint-format output since end of input stream will never be seen). --fit Rather than printing regression parameters, applies them to the input data to compute new fit fields. All input records are held in memory until end of input stream. Has effect only for linreg-ols, linreg-pca, and logireg. Only one of -s or --fit may be used. Example: mlr stats2 -a linreg-pca -f x,y Example: mlr stats2 -a linreg-ols,r2 -f x,y -g size,shape Example: mlr stats2 -a corr -f x,y step Usage: mlr step [options] Computes values dependent on the previous record, optionally grouped by category. Options: -a {delta,rsum,...} Names of steppers: comma-separated, one or more of: delta Compute differences in field(s) between successive records shift Include value(s) in field(s) from previous record, if any from-first Compute differences in field(s) from first record ratio Compute ratios in field(s) between successive records rsum Compute running sums of field(s) between successive records counter Count instances of field(s) between successive records ewma Exponentially weighted moving average over successive records -f {a,b,c} Value-field names on which to compute statistics -g {d,e,f} Optional group-by-field names -F Computes integerable things (e.g. counter) in floating point. -d {x,y,z} Weights for ewma. 1 means current sample gets all weight (no smoothing), near under under 1 is light smoothing, near over 0 is heavy smoothing. Multiple weights may be specified, e.g. "mlr step -a ewma -f sys_load -d 0.01,0.1,0.9". Default if omitted is "-d 0.5". -o {a,b,c} Custom suffixes for EWMA output fields. If omitted, these default to the -d values. If supplied, the number of -o values must be the same as the number of -d values. Examples: mlr step -a rsum -f request_size mlr step -a delta -f request_size -g hostname mlr step -a ewma -d 0.1,0.9 -f x,y mlr step -a ewma -d 0.1,0.9 -o smooth,rough -f x,y mlr step -a ewma -d 0.1,0.9 -o smooth,rough -f x,y -g group_name Please see http://johnkerl.org/miller/doc/reference.html#filter or https://en.wikipedia.org/wiki/Moving_average#Exponential_moving_average for more information on EWMA. tac Usage: mlr tac Prints records in reverse order from the order in which they were encountered. tail Usage: mlr tail [options] -n {count} Tail count to print; default 10 -g {a,b,c} Optional group-by-field names for tail counts Passes through the last n records, optionally by category. tee Usage: mlr tee [options] {filename} Passes through input records (like mlr cat) but also writes to specified output file, using output-format flags from the command line (e.g. --ocsv). See also the "tee" keyword within mlr put, which allows data-dependent filenames. Options: -a: append to existing file, if any, rather than overwriting. --no-fflush: don't call fflush() after every record. Any of the output-format command-line flags (see mlr -h). Example: using mlr --icsv --opprint put '...' then tee --ojson ./mytap.dat then stats1 ... the input is CSV, the output is pretty-print tabular, but the tee-file output is written in JSON format. top Usage: mlr top [options] -f {a,b,c} Value-field names for top counts. -g {d,e,f} Optional group-by-field names for top counts. -n {count} How many records to print per category; default 1. -a Print all fields for top-value records; default is to print only value and group-by fields. Requires a single value-field name only. --min Print top smallest values; default is top largest values. -F Keep top values as floats even if they look like integers. -o {name} Field name for output indices. Default "top_idx". Prints the n records with smallest/largest values at specified fields, optionally by category. uniq Usage: mlr uniq [options] Prints distinct values for specified field names. With -c, same as count-distinct. For uniq, -f is a synonym for -g. Options: -g {d,e,f} Group-by-field names for uniq counts. -c Show repeat counts in addition to unique values. -n Show only the number of distinct values. -o {name} Field name for output count. Default "count". -a Output each unique record only once. Incompatible with -g. With -c, produces unique records, with repeat counts for each. With -n, produces only one record which is the unique-record count. With neither -c nor -n, produces unique records. unsparsify Usage: mlr unsparsify [options] Prints records with the union of field names over all input records. For field names absent in a given record but present in others, fills in a value. This verb retains all input before producing any output. Options: --fill-with {filler string} What to fill absent fields with. Defaults to the empty string. Example: if the input is two records, one being 'a=1,b=2' and the other being 'b=3,c=4', then the output is the two records 'a=1,b=2,c=' and 'a=,b=3,c=4'. FUNCTIONS FOR FILTER/PUT + (class=arithmetic #args=2): Addition. + (class=arithmetic #args=1): Unary plus. - (class=arithmetic #args=2): Subtraction. - (class=arithmetic #args=1): Unary minus. * (class=arithmetic #args=2): Multiplication. / (class=arithmetic #args=2): Division. // (class=arithmetic #args=2): Integer division: rounds to negative (pythonic). .+ (class=arithmetic #args=2): Addition, with integer-to-integer overflow .+ (class=arithmetic #args=1): Unary plus, with integer-to-integer overflow. .- (class=arithmetic #args=2): Subtraction, with integer-to-integer overflow. .- (class=arithmetic #args=1): Unary minus, with integer-to-integer overflow. .* (class=arithmetic #args=2): Multiplication, with integer-to-integer overflow. ./ (class=arithmetic #args=2): Division, with integer-to-integer overflow. .// (class=arithmetic #args=2): Integer division: rounds to negative (pythonic), with integer-to-integer overflow. % (class=arithmetic #args=2): Remainder; never negative-valued (pythonic). ** (class=arithmetic #args=2): Exponentiation; same as pow, but as an infix operator. | (class=arithmetic #args=2): Bitwise OR. ^ (class=arithmetic #args=2): Bitwise XOR. & (class=arithmetic #args=2): Bitwise AND. ~ (class=arithmetic #args=1): Bitwise NOT. Beware '$y=~$x' since =~ is the regex-match operator: try '$y = ~$x'. << (class=arithmetic #args=2): Bitwise left-shift. >> (class=arithmetic #args=2): Bitwise right-shift. bitcount (class=arithmetic #args=1): Count of 1-bits == (class=boolean #args=2): String/numeric equality. Mixing number and string results in string compare. != (class=boolean #args=2): String/numeric inequality. Mixing number and string results in string compare. =~ (class=boolean #args=2): String (left-hand side) matches regex (right-hand side), e.g. '$name =~ "^a.*b$"'. !=~ (class=boolean #args=2): String (left-hand side) does not match regex (right-hand side), e.g. '$name !=~ "^a.*b$"'. > (class=boolean #args=2): String/numeric greater-than. Mixing number and string results in string compare. >= (class=boolean #args=2): String/numeric greater-than-or-equals. Mixing number and string results in string compare. < (class=boolean #args=2): String/numeric less-than. Mixing number and string results in string compare. <= (class=boolean #args=2): String/numeric less-than-or-equals. Mixing number and string results in string compare. && (class=boolean #args=2): Logical AND. || (class=boolean #args=2): Logical OR. ^^ (class=boolean #args=2): Logical XOR. ! (class=boolean #args=1): Logical negation. ? : (class=boolean #args=3): Ternary operator. . (class=string #args=2): String concatenation. gsub (class=string #args=3): Example: '$name=gsub($name, "old", "new")' (replace all). regextract (class=string #args=2): Example: '$name=regextract($name, "[A-Z]{3}[0-9]{2}")' . regextract_or_else (class=string #args=3): Example: '$name=regextract_or_else($name, "[A-Z]{3}[0-9]{2}", "default")' . strlen (class=string #args=1): String length. sub (class=string #args=3): Example: '$name=sub($name, "old", "new")' (replace once). ssub (class=string #args=3): Like sub but does no regexing. No characters are special. substr (class=string #args=3): substr(s,m,n) gives substring of s from 0-up position m to n inclusive. Negative indices -len .. -1 alias to 0 .. len-1. tolower (class=string #args=1): Convert string to lowercase. toupper (class=string #args=1): Convert string to uppercase. capitalize (class=string #args=1): Convert string's first character to uppercase. lstrip (class=string #args=1): Strip leading whitespace from string. rstrip (class=string #args=1): Strip trailing whitespace from string. strip (class=string #args=1): Strip leading and trailing whitespace from string. collapse_whitespace (class=string #args=1): Strip repeated whitespace from string. clean_whitespace (class=string #args=1): Same as collapse_whitespace and strip. system (class=string #args=1): Run command string, yielding its stdout minus final carriage return. abs (class=math #args=1): Absolute value. acos (class=math #args=1): Inverse trigonometric cosine. acosh (class=math #args=1): Inverse hyperbolic cosine. asin (class=math #args=1): Inverse trigonometric sine. asinh (class=math #args=1): Inverse hyperbolic sine. atan (class=math #args=1): One-argument arctangent. atan2 (class=math #args=2): Two-argument arctangent. atanh (class=math #args=1): Inverse hyperbolic tangent. cbrt (class=math #args=1): Cube root. ceil (class=math #args=1): Ceiling: nearest integer at or above. cos (class=math #args=1): Trigonometric cosine. cosh (class=math #args=1): Hyperbolic cosine. erf (class=math #args=1): Error function. erfc (class=math #args=1): Complementary error function. exp (class=math #args=1): Exponential function e**x. expm1 (class=math #args=1): e**x - 1. floor (class=math #args=1): Floor: nearest integer at or below. invqnorm (class=math #args=1): Inverse of normal cumulative distribution function. Note that invqorm(urand()) is normally distributed. log (class=math #args=1): Natural (base-e) logarithm. log10 (class=math #args=1): Base-10 logarithm. log1p (class=math #args=1): log(1-x). logifit (class=math #args=3): Given m and b from logistic regression, compute fit: $yhat=logifit($x,$m,$b). madd (class=math #args=3): a + b mod m (integers) max (class=math variadic): max of n numbers; null loses mexp (class=math #args=3): a ** b mod m (integers) min (class=math variadic): Min of n numbers; null loses mmul (class=math #args=3): a * b mod m (integers) msub (class=math #args=3): a - b mod m (integers) pow (class=math #args=2): Exponentiation; same as **. qnorm (class=math #args=1): Normal cumulative distribution function. round (class=math #args=1): Round to nearest integer. roundm (class=math #args=2): Round to nearest multiple of m: roundm($x,$m) is the same as round($x/$m)*$m sgn (class=math #args=1): +1 for positive input, 0 for zero input, -1 for negative input. sin (class=math #args=1): Trigonometric sine. sinh (class=math #args=1): Hyperbolic sine. sqrt (class=math #args=1): Square root. tan (class=math #args=1): Trigonometric tangent. tanh (class=math #args=1): Hyperbolic tangent. urand (class=math #args=0): Floating-point numbers uniformly distributed on the unit interval. Int-valued example: '$n=floor(20+urand()*11)'. urandrange (class=math #args=2): Floating-point numbers uniformly distributed on the interval [a, b). urand32 (class=math #args=0): Integer uniformly distributed 0 and 2**32-1 inclusive. urandint (class=math #args=2): Integer uniformly distributed between inclusive integer endpoints. dhms2fsec (class=time #args=1): Recovers floating-point seconds as in dhms2fsec("5d18h53m20.250000s") = 500000.250000 dhms2sec (class=time #args=1): Recovers integer seconds as in dhms2sec("5d18h53m20s") = 500000 fsec2dhms (class=time #args=1): Formats floating-point seconds as in fsec2dhms(500000.25) = "5d18h53m20.250000s" fsec2hms (class=time #args=1): Formats floating-point seconds as in fsec2hms(5000.25) = "01:23:20.250000" gmt2sec (class=time #args=1): Parses GMT timestamp as integer seconds since the epoch. localtime2sec (class=time #args=1): Parses local timestamp as integer seconds since the epoch. Consults $TZ environment variable. hms2fsec (class=time #args=1): Recovers floating-point seconds as in hms2fsec("01:23:20.250000") = 5000.250000 hms2sec (class=time #args=1): Recovers integer seconds as in hms2sec("01:23:20") = 5000 sec2dhms (class=time #args=1): Formats integer seconds as in sec2dhms(500000) = "5d18h53m20s" sec2gmt (class=time #args=1): Formats seconds since epoch (integer part) as GMT timestamp, e.g. sec2gmt(1440768801.7) = "2015-08-28T13:33:21Z". Leaves non-numbers as-is. sec2gmt (class=time #args=2): Formats seconds since epoch as GMT timestamp with n decimal places for seconds, e.g. sec2gmt(1440768801.7,1) = "2015-08-28T13:33:21.7Z". Leaves non-numbers as-is. sec2gmtdate (class=time #args=1): Formats seconds since epoch (integer part) as GMT timestamp with year-month-date, e.g. sec2gmtdate(1440768801.7) = "2015-08-28". Leaves non-numbers as-is. sec2localtime (class=time #args=1): Formats seconds since epoch (integer part) as local timestamp, e.g. sec2localtime(1440768801.7) = "2015-08-28T13:33:21Z". Consults $TZ environment variable. Leaves non-numbers as-is. sec2localtime (class=time #args=2): Formats seconds since epoch as local timestamp with n decimal places for seconds, e.g. sec2localtime(1440768801.7,1) = "2015-08-28T13:33:21.7Z". Consults $TZ environment variable. Leaves non-numbers as-is. sec2localdate (class=time #args=1): Formats seconds since epoch (integer part) as local timestamp with year-month-date, e.g. sec2localdate(1440768801.7) = "2015-08-28". Consults $TZ environment variable. Leaves non-numbers as-is. sec2hms (class=time #args=1): Formats integer seconds as in sec2hms(5000) = "01:23:20" strftime (class=time #args=2): Formats seconds since the epoch as timestamp, e.g. strftime(1440768801.7,"%Y-%m-%dT%H:%M:%SZ") = "2015-08-28T13:33:21Z", and strftime(1440768801.7,"%Y-%m-%dT%H:%M:%3SZ") = "2015-08-28T13:33:21.700Z". Format strings are as in the C library (please see "man strftime" on your system), with the Miller-specific addition of "%1S" through "%9S" which format the seconds with 1 through 9 decimal places, respectively. ("%S" uses no decimal places.) See also strftime_local. strftime_local (class=time #args=2): Like strftime but consults the $TZ environment variable to get local time zone. strptime (class=time #args=2): Parses timestamp as floating-point seconds since the epoch, e.g. strptime("2015-08-28T13:33:21Z","%Y-%m-%dT%H:%M:%SZ") = 1440768801.000000, and strptime("2015-08-28T13:33:21.345Z","%Y-%m-%dT%H:%M:%SZ") = 1440768801.345000. See also strptime_local. strptime_local (class=time #args=2): Like strptime, but consults $TZ environment variable to find and use local timezone. systime (class=time #args=0): Floating-point seconds since the epoch, e.g. 1440768801.748936. is_absent (class=typing #args=1): False if field is present in input, false otherwise is_bool (class=typing #args=1): True if field is present with boolean value. Synonymous with is_boolean. is_boolean (class=typing #args=1): True if field is present with boolean value. Synonymous with is_bool. is_empty (class=typing #args=1): True if field is present in input with empty string value, false otherwise. is_empty_map (class=typing #args=1): True if argument is a map which is empty. is_float (class=typing #args=1): True if field is present with value inferred to be float is_int (class=typing #args=1): True if field is present with value inferred to be int is_map (class=typing #args=1): True if argument is a map. is_nonempty_map (class=typing #args=1): True if argument is a map which is non-empty. is_not_empty (class=typing #args=1): False if field is present in input with empty value, true otherwise is_not_map (class=typing #args=1): True if argument is not a map. is_not_null (class=typing #args=1): False if argument is null (empty or absent), true otherwise. is_null (class=typing #args=1): True if argument is null (empty or absent), false otherwise. is_numeric (class=typing #args=1): True if field is present with value inferred to be int or float is_present (class=typing #args=1): True if field is present in input, false otherwise. is_string (class=typing #args=1): True if field is present with string (including empty-string) value asserting_absent (class=typing #args=1): Returns argument if it is absent in the input data, else throws an error. asserting_bool (class=typing #args=1): Returns argument if it is present with boolean value, else throws an error. asserting_boolean (class=typing #args=1): Returns argument if it is present with boolean value, else throws an error. asserting_empty (class=typing #args=1): Returns argument if it is present in input with empty value, else throws an error. asserting_empty_map (class=typing #args=1): Returns argument if it is a map with empty value, else throws an error. asserting_float (class=typing #args=1): Returns argument if it is present with float value, else throws an error. asserting_int (class=typing #args=1): Returns argument if it is present with int value, else throws an error. asserting_map (class=typing #args=1): Returns argument if it is a map, else throws an error. asserting_nonempty_map (class=typing #args=1): Returns argument if it is a non-empty map, else throws an error. asserting_not_empty (class=typing #args=1): Returns argument if it is present in input with non-empty value, else throws an error. asserting_not_map (class=typing #args=1): Returns argument if it is not a map, else throws an error. asserting_not_null (class=typing #args=1): Returns argument if it is non-null (non-empty and non-absent), else throws an error. asserting_null (class=typing #args=1): Returns argument if it is null (empty or absent), else throws an error. asserting_numeric (class=typing #args=1): Returns argument if it is present with int or float value, else throws an error. asserting_present (class=typing #args=1): Returns argument if it is present in input, else throws an error. asserting_string (class=typing #args=1): Returns argument if it is present with string (including empty-string) value, else throws an error. boolean (class=conversion #args=1): Convert int/float/bool/string to boolean. float (class=conversion #args=1): Convert int/float/bool/string to float. fmtnum (class=conversion #args=2): Convert int/float/bool to string using printf-style format string, e.g. '$s = fmtnum($n, "%06lld")'. WARNING: Miller numbers are all long long or double. If you use formats like %d or %f, behavior is undefined. hexfmt (class=conversion #args=1): Convert int to string, e.g. 255 to "0xff". int (class=conversion #args=1): Convert int/float/bool/string to int. string (class=conversion #args=1): Convert int/float/bool/string to string. typeof (class=conversion #args=1): Convert argument to type of argument (e.g. MT_STRING). For debug. depth (class=maps #args=1): Prints maximum depth of hashmap: ''. Scalars have depth 0. haskey (class=maps #args=2): True/false if map has/hasn't key, e.g. 'haskey($*, "a")' or 'haskey(mymap, mykey)'. Error if 1st argument is not a map. joink (class=maps #args=2): Makes string from map keys. E.g. 'joink($*, ",")'. joinkv (class=maps #args=3): Makes string from map key-value pairs. E.g. 'joinkv(@v[2], "=", ",")' joinv (class=maps #args=2): Makes string from map keys. E.g. 'joinv(mymap, ",")'. leafcount (class=maps #args=1): Counts total number of terminal values in hashmap. For single-level maps, same as length. length (class=maps #args=1): Counts number of top-level entries in hashmap. Scalars have length 1. mapdiff (class=maps variadic): With 0 args, returns empty map. With 1 arg, returns copy of arg. With 2 or more, returns copy of arg 1 with all keys from any of remaining argument maps removed. mapexcept (class=maps variadic): Returns a map with keys from remaining arguments, if any, unset. E.g. 'mapexcept({1:2,3:4,5:6}, 1, 5, 7)' is '{3:4}'. mapselect (class=maps variadic): Returns a map with only keys from remaining arguments set. E.g. 'mapselect({1:2,3:4,5:6}, 1, 5, 7)' is '{1:2,5:6}'. mapsum (class=maps variadic): With 0 args, returns empty map. With >= 1 arg, returns a map with key-value pairs from all arguments. Rightmost collisions win, e.g. 'mapsum({1:2,3:4},{1:5})' is '{1:5,3:4}'. splitkv (class=maps #args=3): Splits string by separators into map with type inference. E.g. 'splitkv("a=1,b=2,c=3", "=", ",")' gives '{"a" : 1, "b" : 2, "c" : 3}'. splitkvx (class=maps #args=3): Splits string by separators into map without type inference (keys and values are strings). E.g. 'splitkv("a=1,b=2,c=3", "=", ",")' gives '{"a" : "1", "b" : "2", "c" : "3"}'. splitnv (class=maps #args=2): Splits string by separator into integer-indexed map with type inference. E.g. 'splitnv("a,b,c" , ",")' gives '{1 : "a", 2 : "b", 3 : "c"}'. splitnvx (class=maps #args=2): Splits string by separator into integer-indexed map without type inference (values are strings). E.g. 'splitnv("4,5,6" , ",")' gives '{1 : "4", 2 : "5", 3 : "6"}'. KEYWORDS FOR PUT AND FILTER all all: used in "emit", "emitp", and "unset" as a synonym for @* begin begin: defines a block of statements to be executed before input records are ingested. The body statements must be wrapped in curly braces. Example: 'begin { @count = 0 }' bool bool: declares a boolean local variable in the current curly-braced scope. Type-checking happens at assignment: 'bool b = 1' is an error. break break: causes execution to continue after the body of the current for/while/do-while loop. call call: used for invoking a user-defined subroutine. Example: 'subr s(k,v) { print k . " is " . v} call s("a", $a)' continue continue: causes execution to skip the remaining statements in the body of the current for/while/do-while loop. For-loop increments are still applied. do do: with "while", introduces a do-while loop. The body statements must be wrapped in curly braces. dump dump: prints all currently defined out-of-stream variables immediately to stdout as JSON. With >, >>, or |, the data do not become part of the output record stream but are instead redirected. The > and >> are for write and append, as in the shell, but (as with awk) the file-overwrite for > is on first write, not per record. The | is for piping to a process which will process the data. There will be one open file for each distinct file name (for > and >>) or one subordinate process for each distinct value of the piped-to command (for |). Output-formatting flags are taken from the main command line. Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump }' Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump > "mytap.dat"}' Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump >> "mytap.dat"}' Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump | "jq .[]"}' edump edump: prints all currently defined out-of-stream variables immediately to stderr as JSON. Example: mlr --from f.dat put -q '@v[NR]=$*; end { edump }' elif elif: the way Miller spells "else if". The body statements must be wrapped in curly braces. else else: terminates an if/elif/elif chain. The body statements must be wrapped in curly braces. emit emit: inserts an out-of-stream variable into the output record stream. Hashmap indices present in the data but not slotted by emit arguments are not output. With >, >>, or |, the data do not become part of the output record stream but are instead redirected. The > and >> are for write and append, as in the shell, but (as with awk) the file-overwrite for > is on first write, not per record. The | is for piping to a process which will process the data. There will be one open file for each distinct file name (for > and >>) or one subordinate process for each distinct value of the piped-to command (for |). Output-formatting flags are taken from the main command line. You can use any of the output-format command-line flags, e.g. --ocsv, --ofs, etc., to control the format of the output if the output is redirected. See also mlr -h. Example: mlr --from f.dat put 'emit > "/tmp/data-".$a, $*' Example: mlr --from f.dat put 'emit > "/tmp/data-".$a, mapexcept($*, "a")' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @sums' Example: mlr --from f.dat put --ojson '@sums[$a][$b]+=$x; emit > "tap-".$a.$b.".dat", @sums' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @sums, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit > "mytap.dat", @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit >> "mytap.dat", @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit | "gzip > mytap.dat.gz", @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit > stderr, @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit | "grep somepattern", @*, "index1", "index2"' Please see http://johnkerl.org/miller/doc for more information. emitf emitf: inserts non-indexed out-of-stream variable(s) side-by-side into the output record stream. With >, >>, or |, the data do not become part of the output record stream but are instead redirected. The > and >> are for write and append, as in the shell, but (as with awk) the file-overwrite for > is on first write, not per record. The | is for piping to a process which will process the data. There will be one open file for each distinct file name (for > and >>) or one subordinate process for each distinct value of the piped-to command (for |). Output-formatting flags are taken from the main command line. You can use any of the output-format command-line flags, e.g. --ocsv, --ofs, etc., to control the format of the output if the output is redirected. See also mlr -h. Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf @a' Example: mlr --from f.dat put --oxtab '@a=$i;@b+=$x;@c+=$y; emitf > "tap-".$i.".dat", @a' Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf @a, @b, @c' Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf > "mytap.dat", @a, @b, @c' Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf >> "mytap.dat", @a, @b, @c' Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf > stderr, @a, @b, @c' Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf | "grep somepattern", @a, @b, @c' Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf | "grep somepattern > mytap.dat", @a, @b, @c' Please see http://johnkerl.org/miller/doc for more information. emitp emitp: inserts an out-of-stream variable into the output record stream. Hashmap indices present in the data but not slotted by emitp arguments are output concatenated with ":". With >, >>, or |, the data do not become part of the output record stream but are instead redirected. The > and >> are for write and append, as in the shell, but (as with awk) the file-overwrite for > is on first write, not per record. The | is for piping to a process which will process the data. There will be one open file for each distinct file name (for > and >>) or one subordinate process for each distinct value of the piped-to command (for |). Output-formatting flags are taken from the main command line. You can use any of the output-format command-line flags, e.g. --ocsv, --ofs, etc., to control the format of the output if the output is redirected. See also mlr -h. Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @sums' Example: mlr --from f.dat put --opprint '@sums[$a][$b]+=$x; emitp > "tap-".$a.$b.".dat", @sums' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @sums, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp > "mytap.dat", @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp >> "mytap.dat", @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp | "gzip > mytap.dat.gz", @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp > stderr, @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp | "grep somepattern", @*, "index1", "index2"' Please see http://johnkerl.org/miller/doc for more information. end end: defines a block of statements to be executed after input records are ingested. The body statements must be wrapped in curly braces. Example: 'end { emit @count }' Example: 'end { eprint "Final count is " . @count }' eprint eprint: prints expression immediately to stderr. Example: mlr --from f.dat put -q 'eprint "The sum of x and y is ".($x+$y)' Example: mlr --from f.dat put -q 'for (k, v in $*) { eprint k . " => " . v }' Example: mlr --from f.dat put '(NR % 1000 == 0) { eprint "Checkpoint ".NR}' eprintn eprintn: prints expression immediately to stderr, without trailing newline. Example: mlr --from f.dat put -q 'eprintn "The sum of x and y is ".($x+$y); eprint ""' false false: the boolean literal value. filter filter: includes/excludes the record in the output record stream. Example: mlr --from f.dat put 'filter (NR == 2 || $x > 5.4)' Instead of put with 'filter false' you can simply use put -q. The following uses the input record to accumulate data but only prints the running sum without printing the input record: Example: mlr --from f.dat put -q '@running_sum += $x * $y; emit @running_sum' float float: declares a floating-point local variable in the current curly-braced scope. Type-checking happens at assignment: 'float x = 0' is an error. for for: defines a for-loop using one of three styles. The body statements must be wrapped in curly braces. For-loop over stream record: Example: 'for (k, v in $*) { ... }' For-loop over out-of-stream variables: Example: 'for (k, v in @counts) { ... }' Example: 'for ((k1, k2), v in @counts) { ... }' Example: 'for ((k1, k2, k3), v in @*) { ... }' C-style for-loop: Example: 'for (var i = 0, var b = 1; i < 10; i += 1, b *= 2) { ... }' func func: used for defining a user-defined function. Example: 'func f(a,b) { return sqrt(a**2+b**2)} $d = f($x, $y)' if if: starts an if/elif/elif chain. The body statements must be wrapped in curly braces. in in: used in for-loops over stream records or out-of-stream variables. int int: declares an integer local variable in the current curly-braced scope. Type-checking happens at assignment: 'int x = 0.0' is an error. map map: declares an map-valued local variable in the current curly-braced scope. Type-checking happens at assignment: 'map b = 0' is an error. map b = {} is always OK. map b = a is OK or not depending on whether a is a map. num num: declares an int/float local variable in the current curly-braced scope. Type-checking happens at assignment: 'num b = true' is an error. print print: prints expression immediately to stdout. Example: mlr --from f.dat put -q 'print "The sum of x and y is ".($x+$y)' Example: mlr --from f.dat put -q 'for (k, v in $*) { print k . " => " . v }' Example: mlr --from f.dat put '(NR % 1000 == 0) { print > stderr, "Checkpoint ".NR}' printn printn: prints expression immediately to stdout, without trailing newline. Example: mlr --from f.dat put -q 'printn "."; end { print "" }' return return: specifies the return value from a user-defined function. Omitted return statements (including via if-branches) result in an absent-null return value, which in turns results in a skipped assignment to an LHS. stderr stderr: Used for tee, emit, emitf, emitp, print, and dump in place of filename to print to standard error. stdout stdout: Used for tee, emit, emitf, emitp, print, and dump in place of filename to print to standard output. str str: declares a string local variable in the current curly-braced scope. Type-checking happens at assignment. subr subr: used for defining a subroutine. Example: 'subr s(k,v) { print k . " is " . v} call s("a", $a)' tee tee: prints the current record to specified file. This is an immediate print to the specified file (except for pprint format which of course waits until the end of the input stream to format all output). The > and >> are for write and append, as in the shell, but (as with awk) the file-overwrite for > is on first write, not per record. The | is for piping to a process which will process the data. There will be one open file for each distinct file name (for > and >>) or one subordinate process for each distinct value of the piped-to command (for |). Output-formatting flags are taken from the main command line. You can use any of the output-format command-line flags, e.g. --ocsv, --ofs, etc., to control the format of the output. See also mlr -h. emit with redirect and tee with redirect are identical, except tee can only output $*. Example: mlr --from f.dat put 'tee > "/tmp/data-".$a, $*' Example: mlr --from f.dat put 'tee >> "/tmp/data-".$a.$b, $*' Example: mlr --from f.dat put 'tee > stderr, $*' Example: mlr --from f.dat put -q 'tee | "tr [a-z\] [A-Z\]", $*' Example: mlr --from f.dat put -q 'tee | "tr [a-z\] [A-Z\] > /tmp/data-".$a, $*' Example: mlr --from f.dat put -q 'tee | "gzip > /tmp/data-".$a.".gz", $*' Example: mlr --from f.dat put -q --ojson 'tee | "gzip > /tmp/data-".$a.".gz", $*' true true: the boolean literal value. unset unset: clears field(s) from the current record, or an out-of-stream or local variable. Example: mlr --from f.dat put 'unset $x' Example: mlr --from f.dat put 'unset $*' Example: mlr --from f.dat put 'for (k, v in $*) { if (k =~ "a.*") { unset $[k] } }' Example: mlr --from f.dat put '...; unset @sums' Example: mlr --from f.dat put '...; unset @sums["green"]' Example: mlr --from f.dat put '...; unset @*' var var: declares an untyped local variable in the current curly-braced scope. Examples: 'var a=1', 'var xyz=""' while while: introduces a while loop, or with "do", introduces a do-while loop. The body statements must be wrapped in curly braces. ENV ENV: access to environment variables by name, e.g. '$home = ENV["HOME"]' FILENAME FILENAME: evaluates to the name of the current file being processed. FILENUM FILENUM: evaluates to the number of the current file being processed, starting with 1. FNR FNR: evaluates to the number of the current record within the current file being processed, starting with 1. Resets at the start of each file. IFS IFS: evaluates to the input field separator from the command line. IPS IPS: evaluates to the input pair separator from the command line. IRS IRS: evaluates to the input record separator from the command line, or to LF or CRLF from the input data if in autodetect mode (which is the default). M_E M_E: the mathematical constant e. M_PI M_PI: the mathematical constant pi. NF NF: evaluates to the number of fields in the current record. NR NR: evaluates to the number of the current record over all files being processed, starting with 1. Does not reset at the start of each file. OFS OFS: evaluates to the output field separator from the command line. OPS OPS: evaluates to the output pair separator from the command line. ORS ORS: evaluates to the output record separator from the command line, or to LF or CRLF from the input data if in autodetect mode (which is the default). AUTHOR Miller is written by John Kerl . This manual page has been composed from Miller's help output by Eric MSP Veith . SEE ALSO awk(1), sed(1), cut(1), join(1), sort(1), RFC 4180: Common Format and MIME Type for Comma-Separated Values (CSV) Files, the miller website http://johnkerl.org/miller/doc 2019-09-21 MILLER(1) miller-5.6.2/doc/medium.nidx000066400000000000000000017543671354153536500157620ustar00rootroot00000000000000pan,pan,1,0.3467901443380824,0.7268028627434533 eks,pan,2,0.7586799647899636,0.5221511083334797 wye,wye,3,0.20460330576630303,0.33831852551664776 eks,wye,4,0.38139939387114097,0.13418874328430463 wye,pan,5,0.5732889198020006,0.8636244699032729 zee,pan,6,0.5271261600918548,0.49322128674835697 eks,zee,7,0.6117840605678454,0.1878849191181694 zee,wye,8,0.5985540091064224,0.976181385699006 hat,wye,9,0.03144187646093577,0.7495507603507059 pan,wye,10,0.5026260055412137,0.9526183602969864 pan,pan,11,0.7930488423451967,0.6505816637259333 zee,pan,12,0.3676141320555616,0.23614420670296965 eks,pan,13,0.4915175580479536,0.7709126592971468 eks,zee,14,0.5207382318405251,0.34141681118811673 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eks,zee,1692,0.2220528759711472,0.2854499747333922 wye,pan,1693,0.6318004848086037,0.8235151199361017 hat,hat,1694,0.22300051255024678,0.23627303242311026 pan,eks,1695,0.606816508396926,0.4747964191601073 pan,eks,1696,0.5409026908587434,0.8707138792965543 zee,eks,1697,0.8215348448990311,0.5963587804425763 eks,hat,1698,0.4552430260978796,0.7656888582137643 eks,eks,1699,0.5528124536495131,0.03385319757100913 wye,pan,1700,0.5921927876548824,0.13717891760982504 wye,wye,1701,0.3521072429813412,0.9393268458767366 eks,eks,1702,0.615481896967935,0.4253334980050465 hat,eks,1703,0.04267213782959711,0.6683763263616654 zee,wye,1704,0.417590320872979,0.7481853946231414 eks,wye,1705,0.4519026086752629,0.721298569465698 eks,wye,1706,0.867732327367188,0.7815034918779579 eks,pan,1707,0.21735365651407101,0.6786702647895654 eks,wye,1708,0.7426314107643154,0.39737817100828876 hat,wye,1709,0.7255615455173713,0.7788950854100821 pan,hat,1710,0.08892696718996207,0.9572747456151248 eks,hat,1711,0.8331359499607889,0.8880694168170389 pan,zee,1712,0.07987647709173995,0.13417502683990923 eks,wye,1713,0.43055194021989684,0.12038634859450736 eks,eks,1714,0.5087128193007605,0.9531328272635052 wye,zee,1715,0.5007673042035596,0.0839554814172323 zee,wye,1716,0.9367542179955354,0.8831199104153296 zee,zee,1717,0.8370665182431167,0.46590727343637683 zee,hat,1718,0.6417213786646256,0.12267793340629607 hat,pan,1719,0.48165651092697337,0.9550338464219692 pan,pan,1720,0.26837378206040097,0.3273738090239059 zee,eks,1721,0.3013268284235642,0.9999170047266996 eks,pan,1722,0.7488627212441221,0.7589673147670182 pan,zee,1723,0.22059597690872113,0.4590031168653098 zee,wye,1724,0.11085385425683147,0.18276048166565262 eks,eks,1725,0.8016828955823794,0.5017037375277129 eks,wye,1726,0.9929352438598067,0.836317286740252 hat,pan,1727,0.015544541266721779,0.4301942866494898 wye,hat,1728,0.24080891134309446,0.5995840846866549 hat,pan,1729,0.006810750830322787,0.855871006710109 wye,zee,1730,0.17481728816675346,0.4661820645212398 wye,zee,1731,0.255264888272124,0.9481051880482031 eks,wye,1732,0.9141703983722962,0.7783272768366281 pan,wye,1733,0.4811498350363058,0.31752434003930774 wye,hat,1734,0.33815529285945034,0.8025791463907084 wye,eks,1735,0.4660052329093146,0.6822728002131543 eks,pan,1736,0.42070034175427795,0.8250949093967167 hat,hat,1737,0.8848216308084669,0.49372633356388596 wye,wye,1738,0.41919127534471545,0.6972253946537716 pan,hat,1739,0.7458644297757762,0.06863960925170765 zee,hat,1740,0.5467481093982075,0.20576784027619854 hat,hat,1741,0.6667341296371178,0.5083249671499618 zee,zee,1742,0.5570445537603863,0.9969595288070264 hat,pan,1743,0.3878736075798501,0.09689320155996384 hat,wye,1744,0.47545940383287155,0.035171107409935454 wye,pan,1745,0.05202061770868127,0.6566730002228411 zee,hat,1746,0.058673442891371996,0.28933038921745524 wye,hat,1747,0.14150517117852657,0.536530005390096 eks,wye,1748,0.3689045321575106,0.43375960646000566 wye,eks,1749,0.08070562415535032,0.7601097373668262 zee,pan,1750,0.42748309274481444,0.40582328846411353 eks,pan,1751,0.5101125068297688,0.17416701133200285 eks,hat,1752,0.6822739323301563,0.934728306935636 zee,wye,1753,0.5815603591837878,0.42946603160181884 eks,zee,1754,0.4411659420836479,0.658970404212564 pan,eks,1755,0.16413727843701775,0.9186399984720109 hat,hat,1756,0.6677910628012946,0.7992076156627536 pan,pan,1757,0.018771917494669887,0.07627637321631209 eks,eks,1758,0.3849737318613389,0.10314796719548613 eks,hat,1759,0.004605943802663104,0.13706408448625906 pan,hat,1760,0.16534300738225027,0.6267714211033921 zee,zee,1761,0.9779052389253532,0.5003086801528233 wye,hat,1762,0.04507239441313149,0.7716812127623998 hat,hat,1763,0.6315164191885015,0.4375276804518171 hat,pan,1764,0.02195532641775666,0.2526330533315183 hat,eks,1765,0.2835946220779688,0.29118113110322497 hat,zee,1766,0.382493150516817,0.8520221210763981 zee,wye,1767,0.3657210401100467,0.6620479513955376 eks,zee,1768,0.7033634045957338,0.47107520132096625 zee,pan,1769,0.7412198854939575,0.34206923036029935 eks,wye,1770,0.7022926949673525,0.8178450530445518 wye,zee,1771,0.8754670655329418,0.17333696566959766 hat,eks,1772,0.585792241890598,0.7443360574921659 zee,zee,1773,0.6522535015576731,0.21757325076071798 pan,pan,1774,0.09695201653405716,0.8252978168426179 zee,zee,1775,0.977214551248574,0.4647124207647422 pan,hat,1776,0.9052349202388439,0.23607383279010508 pan,pan,1777,0.8770213930313705,0.2649679554558544 eks,pan,1778,0.5825936705834729,0.5453162110699705 eks,hat,1779,0.5006571233548579,0.1243780561189558 pan,zee,1780,0.1846415746915494,0.04736023830541203 wye,pan,1781,0.578399885263909,0.04308726031144994 pan,eks,1782,0.9210030244758979,0.7773896236831834 wye,zee,1783,0.9426077714915372,0.2538200528298715 wye,wye,1784,0.8612436216521431,0.8048330008328066 hat,wye,1785,0.9754832792942771,0.28923936562916985 pan,zee,1786,0.2494860009657509,0.17194280903044357 eks,eks,1787,0.368000320083405,0.4886055420500375 pan,wye,1788,0.26250246334689176,0.04787633922145995 pan,wye,1789,0.7301945417230211,0.226509032748324 hat,zee,1790,0.37729036546983097,0.27703668720411234 hat,pan,1791,0.05762772701528418,0.8943100353103193 pan,zee,1792,0.8322225569737312,0.7917170874641617 wye,zee,1793,0.31884392088021907,0.48529327738748296 wye,wye,1794,0.2263305044828683,0.937998380780705 hat,zee,1795,0.16118129356442434,0.16950272509494824 zee,eks,1796,0.4942226187236075,0.14210516571467535 hat,zee,1797,0.7287749063387707,0.9927587108357429 pan,hat,1798,0.6828185492461075,0.4502861054322417 hat,zee,1799,0.9355569291824988,0.20314844189673253 zee,pan,1800,0.72307448294554,0.6376778174182595 pan,eks,1801,0.8102218415617043,0.6044303313247449 zee,pan,1802,0.357073805593369,0.8319647967908266 eks,wye,1803,0.5196592664144227,0.7156673976778524 eks,wye,1804,0.29264863959299714,0.708791737405034 zee,eks,1805,0.8443555032696601,0.064863387129513 zee,hat,1806,0.6164118793332103,0.1255925909310226 wye,hat,1807,0.14657249890035728,0.5230067969283422 hat,wye,1808,0.2287730659373145,0.20360891960927452 eks,zee,1809,0.5828879813451391,0.8871296430025095 wye,hat,1810,0.10808902686015609,0.003095657967865484 zee,wye,1811,0.879138779526544,0.8158846610141476 zee,wye,1812,0.8726848944578037,0.06260871597344408 eks,pan,1813,0.7037266550933726,0.35602278298025203 hat,pan,1814,0.9644298322610328,0.4993991438913755 eks,pan,1815,0.5418348248161854,0.9355389520025802 hat,hat,1816,0.09792806194299297,0.14176660544329966 pan,pan,1817,0.5655519977509864,0.5975680493813812 zee,wye,1818,0.8214459119942229,0.29965361128737544 pan,wye,1819,0.18318519888267681,0.43197282065530884 hat,pan,1820,0.020838363795188775,0.8508185143390146 pan,pan,1821,0.38294698779651215,0.8341489509213522 hat,wye,1822,0.522603809398008,0.6634567147948507 zee,hat,1823,0.5191794392445693,0.5255931403873793 eks,pan,1824,0.44104659188971895,0.6594737117599939 wye,pan,1825,0.5392802909916755,0.8897079123047565 wye,pan,1826,0.8957889050713344,0.7119911089910552 hat,hat,1827,0.7124428569925854,0.5480761759295041 zee,hat,1828,0.05786804641448351,0.4254319991402028 pan,wye,1829,0.4687534933888111,0.706582639979992 zee,hat,1830,0.2721305750226911,0.005377285991549963 pan,hat,1831,0.18303692231105184,0.21025826705763861 eks,pan,1832,0.2038945772719637,0.5357417117465196 hat,eks,1833,0.014590280685686796,0.7002596722333126 wye,wye,1834,0.949816635928921,0.1930644264586816 eks,wye,1835,0.9900052984177767,0.8879825093814294 wye,pan,1836,0.3181487584311439,0.5523667763399458 hat,eks,1837,0.9591593624436306,0.6113919452246622 hat,zee,1838,0.559343676070325,0.890209332873675 pan,hat,1839,0.5368391085129115,0.8180683703610315 pan,eks,1840,0.80438348711484,0.2022566057940537 wye,hat,1841,0.5532887348403182,0.24429939746293128 pan,hat,1842,0.9898704891265324,0.7317672838087951 zee,hat,1843,0.5087737269682078,0.0806841886079015 zee,eks,1844,0.09986788038161976,0.9714739666784168 hat,eks,1845,0.09049828109166225,0.1947578588027301 eks,zee,1846,0.74504290778088,0.46929232899960105 zee,wye,1847,0.5102908546678789,0.8622466590956885 eks,wye,1848,0.9737508284191876,0.6060569185675129 pan,pan,1849,0.4022620876038918,0.7846557844677974 eks,zee,1850,0.31039634454352627,0.5252329961384006 eks,eks,1851,0.7390412177790203,0.769519937153525 hat,wye,1852,0.6238871121990431,0.41186598086229964 zee,wye,1853,0.8447601423313442,0.8520011644241022 zee,zee,1854,0.2962334576293918,0.926132945738903 pan,hat,1855,0.8401351548600108,0.6504879006085633 hat,zee,1856,0.07606845988104194,0.00034299355854428004 wye,zee,1857,0.4582107832207104,0.2944016633400677 eks,wye,1858,0.9930106907313097,0.7391793267018062 hat,pan,1859,0.42255637553704006,0.02707473931820803 zee,hat,1860,0.24049082129786625,0.987975708111131 zee,pan,1861,0.47821784409887513,0.8783256619433235 eks,hat,1862,0.8127278660333865,0.8191943473539423 pan,pan,1863,0.8302838683545155,0.24734279452032182 hat,zee,1864,0.826660555911501,0.2651509088000916 eks,zee,1865,0.38057266246696253,0.03213839928081663 eks,hat,1866,0.8031652473986357,0.5958264736432561 wye,wye,1867,0.15951611637472107,0.4077662801256805 eks,zee,1868,0.6732934218406293,0.7505416061385557 eks,zee,1869,0.633163245609033,0.8429419490648784 wye,pan,1870,0.10163096579388076,0.13758281047223042 hat,wye,1871,0.08107553652444954,0.2640692772059776 eks,eks,1872,0.42414648489598794,0.6065273117846864 wye,hat,1873,0.6051325007195336,0.0842051888808607 zee,eks,1874,0.4161594343684122,0.5842158524042167 wye,zee,1875,0.9548486055254091,0.3424491192867498 pan,eks,1876,0.6468659335884865,0.710835697336098 hat,zee,1877,0.9303319011279677,0.7113730786626118 zee,pan,1878,0.14398708400857807,0.7966487889999802 pan,zee,1879,0.527406345229876,0.47062036425973675 hat,eks,1880,0.8853889990767594,0.29294894207487143 pan,zee,1881,0.40105266769707004,0.7644044149977851 pan,zee,1882,0.9327815865652367,0.3602677495267469 pan,zee,1883,0.34429591718844843,0.05689015367587591 wye,hat,1884,0.708143215528541,0.3560504482521065 zee,wye,1885,0.11851805777842395,0.23782759573809764 eks,wye,1886,0.33449907630162523,0.9409666461544096 hat,hat,1887,0.9314693861337467,0.13863337436919843 zee,eks,1888,0.3519272451539994,0.5053162657228568 eks,zee,1889,0.8736600260492586,0.19107483910062717 hat,eks,1890,0.4174883365897032,0.6879531497535479 zee,hat,1891,0.5382838856043256,0.8806888516912734 zee,eks,1892,0.8124856255009596,0.9417530148525823 hat,zee,1893,0.6120649825518716,0.8578129408524632 wye,wye,1894,0.4169983470765677,0.31293410227278906 hat,wye,1895,0.10961101368157089,0.32892883700517095 hat,wye,1896,0.9132730441559633,0.7487099837821863 hat,hat,1897,0.7675505245773306,0.8461420935545583 pan,eks,1898,0.3252151127693067,0.9364118111641275 wye,hat,1899,0.1709902864944267,0.48516354025753305 hat,pan,1900,0.6087321537907773,0.7970729316915601 pan,eks,1901,0.24652370926788014,0.5636927917895729 hat,zee,1902,0.1264928014486475,0.6961063811057807 wye,eks,1903,0.31804488869587366,0.14285299153786624 eks,zee,1904,0.33758768803317096,0.5523041691821023 hat,wye,1905,0.7783001976331004,0.4281025219221022 hat,wye,1906,0.2507442607453316,0.9002257467281997 eks,eks,1907,0.9438758492662777,0.7214758965332612 wye,zee,1908,0.32738813438706793,0.7623152593994879 eks,hat,1909,0.7314442344747841,0.030358065216463115 hat,wye,1910,0.7380789095291242,0.9502552254648776 pan,pan,1911,0.3011591867627148,0.6774130244502444 wye,wye,1912,0.7175207335721732,0.5163511962741214 hat,pan,1913,0.010071221635602146,0.5065324934192511 eks,pan,1914,0.30367239205139296,0.7075141985416662 hat,pan,1915,0.6426932948416931,0.5081694432335289 wye,hat,1916,0.47018235692725985,0.8010843037704246 zee,wye,1917,0.529838527546025,0.975044822917303 hat,eks,1918,0.019159081788694077,0.5386166416064818 eks,zee,1919,0.45717869373411757,0.8830819174369392 eks,wye,1920,0.6319288641477111,0.47412119650722184 eks,wye,1921,0.9456983171768308,0.8913471052406744 wye,pan,1922,0.6733026865976656,0.5941565401265938 zee,zee,1923,0.15497719261601373,0.9824185888787137 zee,wye,1924,0.14261091973981976,0.03891416444006246 pan,pan,1925,0.051704291514689915,0.30096139627683915 eks,pan,1926,0.08149680519340818,0.371502322922598 eks,pan,1927,0.26745370041393246,0.7180946178205809 hat,pan,1928,0.03866554054364113,0.7467583161789872 pan,wye,1929,0.715219843779286,0.7347318985161266 hat,eks,1930,0.18556549546801415,0.8376753664837346 eks,eks,1931,0.6283884556872956,0.714926049974028 pan,wye,1932,0.08318436818892117,0.43049862856264764 wye,zee,1933,0.9047633922940572,0.7844909689207981 eks,hat,1934,0.2175670413228329,0.8617365456033637 wye,wye,1935,0.7550429521371519,0.786133808170408 wye,hat,1936,0.3345630973104814,0.2823268521687281 pan,wye,1937,0.9521970743863757,0.5949587882541866 zee,hat,1938,0.18206318284329825,0.0011400311959023357 wye,zee,1939,0.1903296792451994,0.9350080777637384 wye,hat,1940,0.37178768301191467,0.8451055253202524 pan,eks,1941,0.8294899690053994,0.7564416563177322 hat,hat,1942,0.44482696874869365,0.5961297980178011 pan,eks,1943,0.9719276019842854,0.640150164953268 eks,wye,1944,0.09816590063186759,0.8960419732965261 wye,wye,1945,0.8188272907846742,0.22236697182142784 pan,pan,1946,0.9840946983738358,0.24604842054457776 wye,eks,1947,0.5609426547261931,0.1519761843166667 zee,zee,1948,0.8526284266294675,0.7580336598194982 wye,eks,1949,0.04793743314382193,0.511362467180759 eks,hat,1950,0.5205580283603881,0.09466218875496657 eks,hat,1951,0.9392053569680634,0.9768144646610879 pan,hat,1952,0.491307664252547,0.8646927260623539 zee,eks,1953,0.6668788836391065,0.7090525532474364 zee,zee,1954,0.7595127799385754,0.6001574207956651 pan,pan,1955,0.3407552952250241,0.8020102136226014 pan,hat,1956,0.08503694234411441,0.7387665239824308 pan,zee,1957,0.9854793880226635,0.7095712814074717 wye,pan,1958,0.6114481880293695,0.22917077844582012 wye,zee,1959,0.5016850781819963,0.42040146896727615 eks,pan,1960,0.7325260743545391,0.35098817238458924 wye,wye,1961,0.29833631790760273,0.4831530650838167 hat,eks,1962,0.36631759989103085,0.29865431150806365 hat,eks,1963,0.23176876123591383,0.5612909158675198 wye,pan,1964,0.7334272338627286,0.650447648017669 pan,pan,1965,0.9367163916661853,0.9638919891814807 zee,hat,1966,0.7301180056013357,0.38279312633041496 wye,eks,1967,0.3271166838493157,0.8030348688816051 pan,eks,1968,0.7530954976867642,0.5048913343158832 wye,zee,1969,0.6270200861888447,0.24983293440736842 eks,zee,1970,0.12406730011560674,0.5862034791938755 hat,wye,1971,0.4654113772986844,0.03490618297713166 hat,wye,1972,0.5837244835312924,0.78564800693725 wye,hat,1973,0.5256418800394103,0.5657320340909927 hat,zee,1974,0.9946797442560897,0.17991015295150847 eks,eks,1975,0.5611515257329109,0.45353155787641375 wye,eks,1976,0.90900092404583,0.9088347779743747 wye,zee,1977,0.2485784939054746,0.5715538711284616 eks,eks,1978,0.43223859004330245,0.25096305614713244 wye,pan,1979,0.044824962223491194,0.26304195982115053 hat,zee,1980,0.8574700507192768,0.03240481571430498 hat,pan,1981,0.7205280959278643,0.9765256304646956 pan,eks,1982,0.11118021831380087,0.1736432452425345 eks,zee,1983,0.3665362715223871,0.8769601803237262 wye,zee,1984,0.5159131102473629,0.3138392498746069 hat,wye,1985,0.6785523977842361,0.9088522942899968 hat,eks,1986,0.8391540456864279,0.13395352775796587 wye,eks,1987,0.33553215256369306,0.8998597387125332 hat,zee,1988,0.3273336625347204,0.5235087574026606 pan,eks,1989,0.8846030796068061,0.1229509863981878 hat,eks,1990,0.972524874310568,0.7588379528101111 zee,pan,1991,0.4266265409041532,0.46661051389718977 eks,zee,1992,0.18951913536280773,0.3044420239454556 hat,pan,1993,0.6524602479494983,0.2683536424804953 hat,pan,1994,0.3458198938210745,0.15708271475158309 pan,hat,1995,0.2451140421214234,0.21125136662021793 wye,eks,1996,0.7260863327463748,0.8391383362988085 zee,wye,1997,0.3390776046149281,0.2943389939229085 eks,pan,1998,0.24597512351551498,0.5579233145456394 eks,zee,1999,0.6180255159787116,0.7640028449996572 pan,wye,2000,0.8323911295033875,0.05968766127057723 wye,hat,2001,0.15924096642007157,0.24059632344634185 pan,zee,2002,0.5349190357320186,0.508630259684438 pan,wye,2003,0.3562571816102539,0.9351982273289634 hat,pan,2004,0.5792914584913227,0.9721311150467201 hat,pan,2005,0.6721200696331198,0.5074220436659838 zee,pan,2006,0.36314674395500735,0.05966789024528896 eks,zee,2007,0.5198150674035192,0.5307294576536602 wye,wye,2008,0.8038374651958967,0.863525245703629 hat,eks,2009,0.8954319835423661,0.6074686757262493 hat,hat,2010,0.14682904757610016,0.5836897852849614 hat,wye,2011,0.5554922764125422,0.044893468168582085 wye,hat,2012,0.3272476785644499,0.2852380145740261 zee,pan,2013,0.5272911037027838,0.9007193862227653 pan,zee,2014,0.8942547964450125,0.7308860097948163 wye,pan,2015,0.7429848323935544,0.6564456028979551 wye,pan,2016,0.8976852390968387,0.3715619777706992 eks,eks,2017,0.5870221936023131,0.5886336776923361 pan,eks,2018,0.7548510407648094,0.259810938746426 wye,hat,2019,0.43322808613233055,0.0385758517767808 zee,eks,2020,0.6430370762426636,0.6948330772772741 pan,zee,2021,0.4140878244124503,0.398400762850186 eks,pan,2022,0.3500684495606733,0.14698881032642608 eks,zee,2023,0.8926094968763351,0.6086053558590667 wye,hat,2024,0.020600223126170603,0.20728018182250796 hat,wye,2025,0.0007025729724531304,0.6265023865043876 zee,wye,2026,0.8573260145899378,0.9080875650609371 eks,zee,2027,0.22981492296559103,0.10600637415066061 zee,zee,2028,0.6842296172237651,0.896024172825087 pan,wye,2029,0.5829130314173805,0.3189845366520674 pan,wye,2030,0.14984955320446725,0.8011645466128109 wye,zee,2031,0.14619362934789815,0.04433757197092214 pan,hat,2032,0.5611491467878738,0.630949265472906 hat,wye,2033,0.005567301262607405,0.6290855880213555 zee,pan,2034,0.40924963766916733,0.922632813755277 eks,hat,2035,0.33767734812921923,0.5658087617423716 zee,eks,2036,0.25944332814164905,0.11267646149361388 eks,hat,2037,0.4613748353843449,0.5072335485279396 zee,zee,2038,0.3797322702325565,0.9465025393896492 hat,hat,2039,0.8389132941448142,0.9200224995580027 pan,pan,2040,0.7463150208227146,0.34885266263688197 wye,hat,2041,0.6563952046485523,0.7555478004412313 zee,hat,2042,0.2743477126375994,0.3824464564910681 hat,hat,2043,0.8811861962295147,0.5191315240489268 zee,eks,2044,0.3599144261574607,0.24553060035029017 pan,eks,2045,0.9781655353605474,0.2730587268790037 wye,hat,2046,0.7333941298571239,0.5739371545354796 hat,eks,2047,0.06042270034486685,0.46301889302926746 pan,hat,2048,0.10911169262757925,0.007073831794458529 pan,pan,2049,0.8624169299220058,0.9006582996702346 eks,eks,2050,0.040691774802510294,0.8066732453567129 eks,hat,2051,0.40407704836251557,0.26395123641005147 zee,hat,2052,0.009808918561178714,0.2302545994571994 wye,eks,2053,0.7633729697198686,0.8187837109642871 wye,hat,2054,0.10710381581294204,0.3286506389479086 hat,eks,2055,0.9832237471284704,0.23991238481161792 zee,pan,2056,0.6210754046594348,0.49331354774956016 pan,zee,2057,0.28231501416039284,0.12643281231603754 wye,hat,2058,0.045046526806835296,0.681451721478501 eks,pan,2059,0.9331162879465084,0.14664803314097596 zee,wye,2060,0.7720929751822915,0.330085050859654 zee,zee,2061,0.14974934709461651,0.697616433647398 wye,eks,2062,0.945982672513977,0.36668794201328303 eks,zee,2063,0.10743808879213779,0.6963841526487657 zee,pan,2064,0.5676519201496846,0.24351963361710904 wye,eks,2065,0.606169952184269,0.9495081658090401 hat,pan,2066,0.5362186062455647,0.18683078751407345 eks,eks,2067,0.23118685760407975,0.4886672632279645 wye,wye,2068,0.0181286937053855,0.4027507216590225 wye,zee,2069,0.8920322140255575,0.2821329353409344 zee,wye,2070,0.2845370086876513,0.4200729779675041 eks,wye,2071,0.6616434446154568,0.028717804930202817 pan,zee,2072,0.13789801706952376,0.6865579908342762 hat,pan,2073,0.14024645801145608,0.2232995634066972 eks,hat,2074,0.8416373289721065,0.009957706782034892 pan,eks,2075,0.2730024769669228,0.6092063716892284 wye,hat,2076,0.6679556713229464,0.23886590929858575 wye,pan,2077,0.6772238022128941,0.35715527067676667 wye,wye,2078,0.0007441043225671073,0.9342244226449593 eks,pan,2079,0.00844716490372166,0.7042488450623287 zee,hat,2080,0.9840706098598035,0.7011152185727909 zee,wye,2081,0.3382103536180968,0.04576622304303102 wye,hat,2082,0.0855328407000916,0.7955310778574013 wye,wye,2083,0.654630167298159,0.9490657525005854 hat,pan,2084,0.9418973198231615,0.8869025666330164 eks,eks,2085,0.38148259830551734,0.8664658521060588 hat,zee,2086,0.9687249489223216,0.9138672864469205 pan,zee,2087,0.4582214393900814,0.8311346736169871 hat,wye,2088,0.3324758019863273,0.4703648792781622 hat,hat,2089,0.9166551411558639,0.0986178333688883 zee,zee,2090,0.5043939613961448,0.9818791944950958 eks,wye,2091,0.1351492269897414,0.9388421670767862 pan,eks,2092,0.6581611437110156,0.2936463974495629 eks,wye,2093,0.5685533529741125,0.8133350683940237 wye,pan,2094,0.07847412023993783,0.3613060871668645 wye,wye,2095,0.20230852407018185,0.2291747261210969 eks,eks,2096,0.43638629510919924,0.2881257309332079 hat,eks,2097,0.26844813288649483,0.39273900559861075 hat,eks,2098,0.9966377977643898,0.5245550930114457 hat,pan,2099,0.03219741593758807,0.8801777270031927 eks,pan,2100,0.8264573211830318,0.3323904264186872 hat,wye,2101,0.5557805350665251,0.5952937921640231 zee,wye,2102,0.749445246206683,0.9220669751971446 pan,eks,2103,0.48622365678958046,0.5824051664305276 wye,zee,2104,0.24393506694975353,0.8625197120864077 pan,zee,2105,0.42667111990222584,0.4200738107939501 pan,eks,2106,0.6899381403750706,0.5175558265399449 pan,wye,2107,0.046210916618416364,0.25213670524015686 zee,zee,2108,0.7086278430636463,0.7267047227599615 pan,zee,2109,0.8286002064140777,0.7422535714385249 wye,eks,2110,0.9082291930295346,0.47111153171260134 hat,wye,2111,0.5188526237698469,0.10386838578674262 zee,pan,2112,0.02494942612055806,0.6771165590440439 pan,zee,2113,0.0793213913259122,0.046201894636212604 eks,wye,2114,0.339791829917532,0.6311099033330176 hat,eks,2115,0.09151886587216429,0.7423362419494414 zee,zee,2116,0.4003379315212102,0.0193682083394614 pan,hat,2117,0.3429130580701697,0.6027060638473042 pan,zee,2118,0.9627595397700258,0.13997934081700658 hat,hat,2119,0.8206707686267524,0.7611213033730956 zee,wye,2120,0.5559252019928892,0.7174146654070022 hat,wye,2121,0.9803985810617651,0.8394646120202436 zee,hat,2122,0.08631486480591943,0.5785230915820572 pan,wye,2123,0.9115498197515648,0.9169354954307747 hat,hat,2124,0.7798071504849725,0.19792727612064476 wye,pan,2125,0.8561718307822236,0.1291568082386848 hat,wye,2126,0.2863145718712009,0.5710669434512489 wye,eks,2127,0.06803650937651173,0.3577026589688229 wye,hat,2128,0.9111033241507589,0.10783082272199751 zee,eks,2129,0.28267518376958845,0.17688870699173864 hat,pan,2130,0.19116926141337387,0.27875749703114405 hat,hat,2131,0.3254603712033679,0.9274447308988584 eks,wye,2132,0.11768724156109422,0.8908179117578706 wye,pan,2133,0.6516558397748747,0.774009470971533 hat,eks,2134,0.9053305484140348,0.37780854020278265 pan,pan,2135,0.7849642445184846,0.2074226048103197 zee,wye,2136,0.2843358696868167,0.17750391830130807 pan,hat,2137,0.6831781526100863,0.005628299955970917 zee,wye,2138,0.29832744224162844,0.33074245583419115 zee,wye,2139,0.4116759409721965,0.16673308079819182 zee,wye,2140,0.3063387912982882,0.3715575632516237 pan,hat,2141,0.41506057628652626,0.013486526190589099 zee,wye,2142,0.517904841622836,0.53285652127 hat,pan,2143,0.9156355367699018,0.8823700552229912 pan,hat,2144,0.6484157591768972,0.18545458215405763 eks,eks,2145,0.2511948002161768,0.6576693696214415 eks,zee,2146,0.4990209540685181,0.1364915882864166 eks,wye,2147,0.15240384791463035,0.4599246782338706 zee,pan,2148,0.8912158164832823,0.0715866507974654 zee,eks,2149,0.7025420244699133,0.987609520343113 wye,pan,2150,0.3436366777295877,0.3694637710717039 hat,zee,2151,0.9616090415643731,0.8945473597755025 zee,hat,2152,0.480760014274322,0.09273697945051707 eks,hat,2153,0.17176533143479,0.9370337444082136 zee,pan,2154,0.1391723805955094,0.9355089025836978 hat,zee,2155,0.005175137015667519,0.6082400770560145 eks,wye,2156,0.5266959602940757,0.2966790787127306 wye,pan,2157,0.40990967259698485,0.46693754055942116 hat,hat,2158,0.36568864609540286,0.482086719899368 zee,wye,2159,0.46324422760937845,0.18957042856735318 pan,eks,2160,0.0032731741464655517,0.24265930126172286 wye,eks,2161,0.17517848527969948,0.08180586013473534 pan,pan,2162,0.4403551635970905,0.22942697632655906 wye,pan,2163,0.09273957715469416,0.6132959825744481 pan,zee,2164,0.19524512170581543,0.5460739296935951 hat,hat,2165,0.46165958964019504,0.6029962831405496 wye,zee,2166,0.8944862196737927,0.34807401159779683 zee,hat,2167,0.42312576374129274,0.10048800632229682 wye,hat,2168,0.6568978924854212,0.5101756478889046 eks,zee,2169,0.05684290839594597,0.6167859837759624 wye,eks,2170,0.4198547582787967,0.2376285818765217 eks,eks,2171,0.6714359981321629,0.37149274278995337 pan,wye,2172,0.2057396940089804,0.8420562089794659 wye,hat,2173,0.4502790891675549,0.8635812727509119 pan,eks,2174,0.8915519585149145,0.297092301064787 wye,eks,2175,0.6684886052688896,0.23351427152549686 eks,eks,2176,0.018008652733587316,0.9614835324200763 eks,pan,2177,0.7183922577315158,0.48505114281853134 zee,wye,2178,0.8235592349921356,0.21457612748044042 hat,wye,2179,0.8080588257410165,0.8760901920518874 pan,eks,2180,0.6055815021312241,0.8480036770514022 zee,pan,2181,0.5449270457570026,0.7992463596093999 zee,hat,2182,0.3727527045897696,0.8534533340738414 eks,pan,2183,0.8003361363186678,0.8955368869223884 wye,wye,2184,0.009903387473833902,0.717874178791943 eks,eks,2185,0.33802204835640726,0.30007036518314967 hat,zee,2186,0.7146865245671944,0.4887379966859555 pan,eks,2187,0.09332217805283527,0.2731125734848725 eks,zee,2188,0.358076509887842,0.6122466113672775 zee,eks,2189,0.984738578757059,0.892051880694554 hat,wye,2190,0.9791796147633219,0.30772131333366337 zee,eks,2191,0.8618827816008505,0.3898158650484316 eks,wye,2192,0.08897197433077497,0.5341085853768164 zee,hat,2193,0.44938360138176914,0.04690228110148875 wye,wye,2194,0.2622599637682992,0.33190780821668475 zee,pan,2195,0.2456231364010899,0.8439355736973392 zee,zee,2196,0.7874461922758034,0.3195592889082516 hat,wye,2197,0.3540930552112632,0.4554803152418352 hat,eks,2198,0.12965400774700986,0.4139588865738947 hat,eks,2199,0.6553924554328745,0.4899538937166197 pan,zee,2200,0.4507994878036382,0.9785717062046653 pan,pan,2201,0.9526982671410141,0.3425963974364795 hat,wye,2202,0.4709189260548132,0.33410477791419135 wye,pan,2203,0.8491557372816053,0.5530531109549706 hat,wye,2204,0.7973426670893504,0.38438739471274264 wye,zee,2205,0.2774377944743893,0.45205678592354026 zee,eks,2206,0.4133477502781451,0.555969888477931 pan,eks,2207,0.9193964373230882,0.4625301712579941 hat,eks,2208,0.9772889351986918,0.3249537135963736 wye,eks,2209,0.7841059777895694,0.6947456883865291 hat,eks,2210,0.46786259691563536,0.31576530398682046 pan,hat,2211,0.3000341492694927,0.9961655477923976 wye,zee,2212,0.2800829848930697,0.8599095044857418 wye,eks,2213,0.7099477247456799,0.1413865209495151 hat,zee,2214,0.2971188903315465,0.44965916160853636 zee,pan,2215,0.06251445207257622,0.13216970387427485 hat,wye,2216,0.3382952859935743,0.4400906767156443 zee,wye,2217,0.49170781106474626,0.1402042893515265 zee,hat,2218,0.2583991751219392,0.36652517821181607 pan,zee,2219,0.14927136365683047,0.18664967620347506 eks,wye,2220,0.5726690878517332,0.9834177283918458 hat,eks,2221,0.7726531947838272,0.15165188282492126 zee,eks,2222,0.813180106527479,0.621185672504634 eks,hat,2223,0.289329024465074,0.36110779604692067 hat,pan,2224,0.27094205048996056,0.6489628299416983 hat,hat,2225,0.013545905550584214,0.8494572427931795 eks,wye,2226,0.3454244478858154,0.29090367914645576 zee,wye,2227,0.39971822303581617,0.17475090292312834 eks,zee,2228,0.9408003473361174,0.9376913825387122 hat,wye,2229,0.4494538288870511,0.13090866722624483 pan,wye,2230,0.8809697124067445,0.39092344601998064 wye,hat,2231,0.900794437962015,0.8967390597734215 hat,hat,2232,0.15713550210076666,0.7206735582912116 zee,wye,2233,0.9004219588711274,0.7577516737491493 eks,eks,2234,0.27871867532288996,0.2911552878960423 eks,wye,2235,0.5013653314603624,0.8333248001496258 zee,zee,2236,0.30501285370800013,0.5849535705099613 hat,zee,2237,0.45674559029260486,0.8728724386781094 pan,pan,2238,0.02847848077848736,0.9207996601523926 pan,zee,2239,0.010173755043218158,0.22123822336488064 wye,wye,2240,0.5930605475370612,0.3433603733657331 hat,wye,2241,0.5014017541132575,0.7090960181653438 wye,hat,2242,0.9458244074853481,0.7456393313493013 zee,pan,2243,0.29001787500073173,0.045527725574051714 hat,hat,2244,0.9708832254888226,0.15752383437958462 hat,eks,2245,0.4770264537232787,0.6736468654550781 wye,hat,2246,0.7714374257659208,0.5425954287320883 pan,pan,2247,0.8014273299143657,0.7288163705942878 pan,pan,2248,0.954246012713997,0.8279688125072744 eks,eks,2249,0.3345668023105298,0.31811620191709955 wye,hat,2250,0.5431274222493861,0.1566355934693281 eks,hat,2251,0.8946184447856771,0.8281124954281727 zee,wye,2252,0.5655358148358,0.9169255629455827 eks,wye,2253,0.6383105313881284,0.1027304181651264 wye,zee,2254,0.8612725048242387,0.056706665236205156 hat,zee,2255,0.4883498572156204,0.0770621976268544 wye,hat,2256,0.10604947211581683,0.8870919841683852 hat,hat,2257,0.6942446034273736,0.6246228939328669 eks,eks,2258,0.6930800244883837,0.17611165906867554 pan,hat,2259,0.22286725838973298,0.6076445332790815 zee,zee,2260,0.8359749877662224,0.08101114122788078 hat,eks,2261,0.9105620468307024,0.3593642950046009 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hat,pan,2509,0.9399094021245685,0.9766927628695118 eks,eks,2510,0.6122854089898786,0.11735880955927658 hat,pan,2511,0.3658401332558662,0.8058278063627171 pan,eks,2512,0.9712759091673199,0.35741783697299145 wye,pan,2513,0.9941884027342468,0.7427222275160807 hat,wye,2514,0.759666601296956,0.5029288106582336 hat,hat,2515,0.41858436455494885,0.7397180761147025 wye,zee,2516,0.22158162509494428,0.1717438346245811 wye,hat,2517,0.25809778439746667,0.8942638085822656 eks,hat,2518,0.8156500849184675,0.08381965183304241 hat,zee,2519,0.023141000554160573,0.159821225039678 eks,hat,2520,0.38461965648830476,0.8779474089328696 wye,pan,2521,0.6746733937181614,0.12172129656898323 pan,zee,2522,0.3836823470783707,0.2530933368188705 pan,eks,2523,0.2467086564140698,0.9098280255547708 hat,pan,2524,0.5483698024028446,0.80652225685914 zee,pan,2525,0.9332167021929317,0.8274407370101524 pan,pan,2526,0.22953431238745692,0.07163851427849766 wye,hat,2527,0.021510700973820462,0.7950798338977892 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pan,hat,2547,0.24011644563078283,0.12009590313568308 zee,hat,2548,0.4304009679094255,0.3235635213023209 eks,zee,2549,0.7611031921737661,0.689829708430865 zee,hat,2550,0.9107046316959098,0.9267025956859704 zee,zee,2551,0.5534453229003656,0.19470214949450948 pan,zee,2552,0.7099889805872556,0.2612275639524275 pan,hat,2553,0.8260887056078599,0.6576752537408973 pan,pan,2554,0.4479850467242381,0.605644729638017 wye,pan,2555,0.8635009458180566,0.057986705329265864 eks,pan,2556,0.680151798371677,0.9721202344719171 zee,pan,2557,0.3624846239071149,0.38096311190739685 eks,eks,2558,0.39585447743449853,0.9090232688363228 pan,eks,2559,0.41182608064067716,0.4651557950827221 zee,hat,2560,0.8207042664095232,0.972493490219255 eks,eks,2561,0.9568943633067363,0.9942427604342767 pan,wye,2562,0.7844571232021518,0.25212822563492654 eks,eks,2563,0.7448606140977615,0.7677875733269816 eks,eks,2564,0.6984324028424346,0.6867698395582814 wye,eks,2565,0.3850930672708389,0.6142341088294833 pan,pan,2566,0.027948166482267056,0.10155712046334942 zee,pan,2567,0.6373779619859908,0.8254690568634606 hat,zee,2568,0.5351681178046073,0.8555068797919759 eks,eks,2569,0.6837390714119882,0.2555760527745451 zee,wye,2570,0.7332356879541984,0.7095236956282258 wye,zee,2571,0.6045866476300921,0.9472308056954024 zee,wye,2572,0.5192819052899776,0.18543077448215517 pan,eks,2573,0.6173980620064918,0.7399111725286391 wye,hat,2574,0.12423956865216534,0.989639508760292 eks,hat,2575,0.33031955019827075,0.7108284566198849 hat,eks,2576,0.8598307222093972,0.677493082731475 pan,zee,2577,0.2591109015365989,0.9393069496539326 zee,eks,2578,0.11420274089804072,0.6781907800368309 hat,wye,2579,0.470168322914005,0.3245499585879692 hat,wye,2580,0.7501598293607254,0.4721867436018571 eks,hat,2581,0.625746894720574,0.33737938119664646 pan,eks,2582,0.4136169698568053,0.3221257100507432 zee,wye,2583,0.815721986649748,0.45027193508163077 pan,zee,2584,0.32285180303468286,0.5767328321662406 pan,pan,2585,0.3671198622625018,0.04290161860716368 hat,eks,2586,0.7548839524754403,0.3140601750346328 pan,wye,2587,0.149414261676316,0.8817567568143645 pan,eks,2588,0.13689661134333897,0.5584038012783021 hat,pan,2589,0.9259610701768484,0.7567071664063917 zee,wye,2590,0.35176292753881166,0.7374790902726833 hat,hat,2591,0.09004868118257148,0.6922893442005552 hat,pan,2592,0.18016216606425406,0.2099121503498219 pan,hat,2593,0.6510610556921332,0.10742569633195376 eks,zee,2594,0.07159878226683902,0.20989783292032282 hat,hat,2595,0.9678207161209708,0.992049177363607 eks,hat,2596,0.18014846649609306,0.5629283001780467 hat,pan,2597,0.6191641186208192,0.91398214172482 eks,hat,2598,0.012851434303710274,0.14814227972741656 hat,zee,2599,0.9048118287143257,0.8847594382115711 zee,wye,2600,0.5561307219276355,0.15276515927874457 zee,eks,2601,0.19257014095901703,0.7774457342825621 wye,eks,2602,0.9514647938068078,0.10795242094349111 hat,wye,2603,0.31179190517346567,0.01609407680873831 wye,wye,2604,0.47775304052473055,0.38671047718640983 eks,pan,2605,0.2344602349071444,0.8645430924168496 eks,zee,2606,0.1439484898344945,0.9439005895698022 eks,eks,2607,0.8629787970160852,0.8183015089362451 pan,zee,2608,0.880820846632719,0.4542838900435503 wye,eks,2609,0.5124204798290518,0.4054974158118896 wye,hat,2610,0.14713673147626471,0.193770427584398 zee,wye,2611,0.9269147206987636,0.3354668582497363 pan,wye,2612,0.48759095161412014,0.9486718920730824 pan,pan,2613,0.9093120035098351,0.993257702527396 hat,wye,2614,0.7781647480152264,0.993772240196278 hat,hat,2615,0.275311283835037,0.741356597630266 eks,eks,2616,0.8400827662084357,0.904384801897908 pan,pan,2617,0.44875309896113624,0.20709074311528453 wye,zee,2618,0.7355696569603329,0.27564344454988243 hat,wye,2619,0.19051153642139496,0.46651684239833613 pan,zee,2620,0.5592572385681548,0.672039894065432 wye,wye,2621,0.9091768138788122,0.07363030569876483 hat,eks,2622,0.21855190429616178,0.306255719577206 hat,zee,2623,0.5579915433786629,0.9351922009068756 hat,wye,2624,0.16649980465987524,0.9174497541816296 eks,eks,2625,0.9025640383772568,0.4657693509889542 wye,zee,2626,0.21020261586647726,0.2011091555698421 hat,eks,2627,0.037644003067944465,0.9166549903188604 eks,eks,2628,0.5037459860860201,0.20718835826701032 eks,eks,2629,0.7314957198821074,0.0818653656966235 hat,zee,2630,0.9194151240931991,0.07423066472063256 hat,hat,2631,0.8669833462776865,0.024944214178881152 hat,hat,2632,0.40619921403492654,0.6776699682132551 hat,zee,2633,0.11167516897133345,0.1968557916169683 wye,zee,2634,0.12637912495756354,0.932738782222326 zee,wye,2635,0.6187681447031627,0.274704452983646 pan,wye,2636,0.6460342181062689,0.7795324745240246 zee,zee,2637,0.19576834398868515,0.679453943382103 wye,eks,2638,0.36177627776550847,0.8386225553120263 eks,eks,2639,0.12492716932261638,0.21510868197623745 eks,wye,2640,0.885996241979663,0.059743642576263634 eks,wye,2641,0.7008702235836195,0.39708447632667465 hat,eks,2642,0.19929727396144037,0.5393711342556087 wye,eks,2643,0.7038379533640264,0.2415724804873508 eks,pan,2644,0.1021121482244629,0.676614797112832 wye,zee,2645,0.22135649292487047,0.3353372961478748 hat,wye,2646,0.8302037270628269,0.29829682191098783 zee,hat,2647,0.7129222271572655,0.3569951209382327 wye,wye,2648,0.5590007902215932,0.44142931845984645 zee,eks,2649,0.8676857104115077,0.6062661030015066 zee,pan,2650,0.9849457970315111,0.0914154862759321 zee,zee,2651,0.08318080628977687,0.08723840975656705 hat,pan,2652,0.3556516386966647,0.6019467128167675 hat,wye,2653,0.279635601734451,0.4522275293507577 pan,zee,2654,0.2553738664507069,0.8359675139928466 pan,eks,2655,0.20861278160790098,0.09276404710956598 eks,eks,2656,0.714144646455272,0.3211201665161757 eks,eks,2657,0.9118213055286543,0.2304692673683172 wye,eks,2658,0.8878589425876583,0.16500927178713598 pan,eks,2659,0.39231354538410634,0.19261788337249341 zee,hat,2660,0.5125720965755153,0.3101033226433013 zee,wye,2661,0.9409834902940938,0.06519737249713942 zee,zee,2662,0.8522522520922186,0.0821437591034958 zee,wye,2663,0.7126684401510096,0.8051899200649238 eks,wye,2664,0.151141097038609,0.671754932411165 zee,eks,2665,0.9622613991461785,0.19912987672139137 pan,zee,2666,0.9074679274351196,0.8957847934010839 hat,pan,2667,0.9240389772763548,0.5231982813953002 pan,eks,2668,0.3525652118913354,0.49330814134258383 hat,wye,2669,0.14565423862972182,0.18195721833206513 wye,hat,2670,0.5314631858298513,0.9247384504550191 eks,pan,2671,0.2191775509938665,0.16221454397918067 zee,wye,2672,0.2957478300120929,0.9566416400315985 hat,eks,2673,0.5317253402583432,0.47720559893968584 hat,wye,2674,0.5685867476642044,0.9536560186396535 eks,zee,2675,0.7116584351173386,0.8813675632259913 zee,zee,2676,0.6369443311903168,0.20245472621871452 wye,hat,2677,0.03828177316116377,0.694988753462705 wye,hat,2678,0.44478934074526144,0.6593596173323781 zee,wye,2679,0.4234179513345332,0.9156320336038198 zee,zee,2680,0.28695958426961987,0.35447908228108094 zee,zee,2681,0.5753537491643719,0.8698920433502088 hat,eks,2682,0.7144081950600689,0.8253921612815761 pan,pan,2683,0.9474694135785586,0.5331573468403473 pan,eks,2684,0.3066978542374318,0.9327810898395875 wye,pan,2685,0.5059670030001199,0.5002012382517893 wye,wye,2686,0.5187856380368512,0.8665210971116168 zee,pan,2687,0.5064156313100883,0.5164969637045003 pan,wye,2688,0.9170439177596071,0.7855194635003687 zee,hat,2689,0.7018760912024224,0.9018580557735235 zee,eks,2690,0.9007898309642012,0.45508381746621207 zee,zee,2691,0.5231651296128275,0.09791858989165081 wye,eks,2692,0.2877718302322071,0.7350128229993341 pan,zee,2693,0.6621261710619304,0.765604369363381 wye,wye,2694,0.5113378128718417,0.7447015937237151 hat,eks,2695,0.20486591930659304,0.08546083685115857 eks,hat,2696,0.04425126652191069,0.9193247377962478 pan,hat,2697,0.4397272166348868,0.5119020678265614 pan,wye,2698,0.24786027932789856,0.25028548790543437 hat,hat,2699,0.18362126379498567,0.3583685237385621 wye,zee,2700,0.08296135187962883,0.9476795899696359 wye,eks,2701,0.2631227677304565,0.8380786611056333 wye,hat,2702,0.6107721059185136,0.29607498743239313 eks,wye,2703,0.385921871325144,0.72206084966027 eks,eks,2704,0.7289032202296384,0.943448586243151 pan,zee,2705,0.2681131456172976,0.03881677277584117 eks,eks,2706,0.042331033396890594,0.5816340794859904 zee,eks,2707,0.09716550757790055,0.7946966787875323 eks,wye,2708,0.6794836901391871,0.05370583587162048 hat,zee,2709,0.4719223070024049,0.8798667170009199 pan,zee,2710,0.3235306005938401,0.3944479990658286 zee,zee,2711,0.6152705208747911,0.1871405298405333 eks,wye,2712,0.28680813614749745,0.9091560294185156 wye,hat,2713,0.7816282897070512,0.8725529048814329 wye,eks,2714,0.5337563133061932,0.8113476754885716 wye,eks,2715,0.830862652732706,0.31332718593186215 eks,wye,2716,0.632360024350908,0.3523899339535477 hat,eks,2717,0.8517633647797415,0.6075520102742804 hat,zee,2718,0.3739110752469652,0.7344229221023192 pan,zee,2719,0.13091802232794136,0.4147418371197401 zee,pan,2720,0.875012865695414,0.6301510344124231 pan,pan,2721,0.7634027233725996,0.9537462437208611 eks,eks,2722,0.7485292786111598,0.060074780780270065 wye,zee,2723,0.4692411142423141,0.18086715737750947 wye,zee,2724,0.3016910888319093,0.2815838391993606 eks,pan,2725,0.09842524478857917,0.4039455571089149 zee,hat,2726,0.673450582305474,0.2368758099721252 zee,hat,2727,0.3699736290437986,0.9456050995886015 zee,wye,2728,0.8748783567240713,0.9127365833223035 pan,eks,2729,0.9890321807426645,0.6544105013007959 eks,zee,2730,0.5913012155193706,0.5125849403012366 pan,hat,2731,0.7319063656923598,0.3661739653385341 pan,eks,2732,0.7776625957923161,0.7377246871264523 zee,eks,2733,0.11325755544848148,0.32415018564505305 eks,pan,2734,0.4544389365010312,0.36274017551484594 zee,hat,2735,0.6753256152256654,0.7111448175040769 zee,pan,2736,0.13316236671850434,0.49210023866083397 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pan,hat,3060,0.6279788132841725,0.7966531861283309 hat,wye,3061,0.3399453078984599,0.9563683369526331 eks,wye,3062,0.7538022280814409,0.4317566099915433 pan,zee,3063,0.8834284343378148,0.8232921415981069 pan,hat,3064,0.4713927103837089,0.9270600022151935 wye,eks,3065,0.725831736511898,0.5497593420610962 pan,eks,3066,0.3546378076377753,0.751660464737342 pan,hat,3067,0.14912115137943105,0.8537419730854358 hat,zee,3068,0.15034534971981672,0.5991052546814497 hat,zee,3069,0.4210145115702397,0.6847329962869824 zee,zee,3070,0.8140199067124364,0.40845696417778843 wye,pan,3071,0.4419206171851453,0.15330946039593318 zee,hat,3072,0.2169139656710095,0.024309947214042227 zee,wye,3073,0.3204085048627119,0.5177596022884065 hat,eks,3074,0.6550427877323648,0.571804931654245 zee,hat,3075,0.09224547266943217,0.27630390686135065 wye,hat,3076,0.142566387091713,0.27801610209718775 zee,pan,3077,0.9828350031666842,0.2911042298547496 eks,pan,3078,0.7520400964406814,0.06477631117085936 eks,pan,3079,0.7876590569822286,0.08167315862021418 wye,hat,3080,0.9121720715420508,0.27595593913920513 hat,eks,3081,0.9256606535733007,0.6699893991173689 pan,wye,3082,0.02986898401074356,0.02865740061148525 hat,pan,3083,0.43255930345398574,0.16451673283391233 zee,wye,3084,0.761217263172412,0.38734953067609035 zee,pan,3085,0.9640093000659047,0.025667634889210977 zee,zee,3086,0.6070527044301867,0.36774684626978793 hat,eks,3087,0.8008471329449127,0.4950773666671012 eks,eks,3088,0.42383094655044284,0.3113550671070515 pan,zee,3089,0.505503302798009,0.3205385386369711 eks,pan,3090,0.45506560432905374,0.48045443192943516 pan,wye,3091,0.7238244246263034,0.2314305015321535 pan,hat,3092,0.2820421299406517,0.6948986244320373 eks,wye,3093,0.6296930505212618,0.28305081013586286 eks,hat,3094,0.9895960932461209,0.48997629742606663 zee,zee,3095,0.5250712031905327,0.25343374690524134 pan,zee,3096,0.85788069900133,0.5286390892779154 hat,hat,3097,0.8481737493253426,0.22795592498176165 zee,hat,3098,0.8134078580345757,0.04760505233880952 zee,eks,3099,0.13183545798325502,0.7832803595814398 eks,hat,3100,0.07108443716756485,0.31816018481405606 pan,hat,3101,0.4069137599331083,0.9819670340442527 hat,zee,3102,0.3343254952473229,0.035494955233627556 zee,eks,3103,0.23523417159414106,0.98949954046695 hat,wye,3104,0.3204490612720853,0.0691818430184431 wye,hat,3105,0.9472477355051101,0.6702789389942152 eks,hat,3106,0.178408829993969,0.47163529118192904 wye,pan,3107,0.2923687400336503,0.5988171487852212 wye,wye,3108,0.0967008571691299,0.5910810037087718 wye,hat,3109,0.183095401433091,0.5893121732700413 wye,pan,3110,0.8967101456216812,0.8085016458992474 eks,wye,3111,0.9706322412385915,0.1385826306820812 zee,eks,3112,0.4493727221740449,0.16704994503241388 pan,pan,3113,0.7927985055919656,0.9023056637507897 hat,pan,3114,0.2690618409790604,0.9750006243924199 eks,zee,3115,0.8122516823974709,0.034777149921719985 zee,wye,3116,0.8411583744381673,0.3367223940453469 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hat,pan,3155,0.2149573485418389,0.8001616345217611 eks,zee,3156,0.5903395185451377,0.6284941637547498 eks,eks,3157,0.005620302559396273,0.5908603311050712 hat,wye,3158,0.4946858056236574,0.6718815240562283 hat,eks,3159,0.3772290185802739,0.7716546902601435 pan,hat,3160,0.4338772208506313,0.9209566304134479 zee,eks,3161,0.16149623520591205,0.8191827690376345 pan,pan,3162,0.2443000912024087,0.8277963236917038 pan,pan,3163,0.5737538909065584,0.3575809203203234 eks,hat,3164,0.1678243487522464,0.1296504375686386 pan,hat,3165,0.7163182383385346,0.1300805568939386 wye,pan,3166,0.2735080310434773,0.6786442937707285 pan,eks,3167,0.48168869036370665,0.8968310574568457 zee,zee,3168,0.3961829207208839,0.2622983994021634 eks,wye,3169,0.2536595801738487,0.08261588685057286 zee,hat,3170,0.7316564704807246,0.30372246853485163 zee,zee,3171,0.27819614904389,0.11787924109496262 zee,wye,3172,0.9313276309501597,0.06784065184241639 pan,zee,3173,0.9635998480283486,0.12292283146783456 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pan,zee,3193,0.3376000211106229,0.7592946456540783 wye,pan,3194,0.6242009188843649,0.1437894916755703 wye,hat,3195,0.6601677176592059,0.014754580715863108 hat,wye,3196,0.6843473825379831,0.7390543536399969 hat,zee,3197,0.48954739752340115,0.7181499788655996 zee,hat,3198,0.4197184822020955,0.9015807728046735 wye,hat,3199,0.5950661155016866,0.7876820843797742 hat,eks,3200,0.6465062834343134,0.5218982684290329 zee,hat,3201,0.060837643441948086,0.06449850438005456 hat,pan,3202,0.3172017484222194,0.05112537969570785 pan,hat,3203,0.11472288877111181,0.278764852494509 pan,zee,3204,0.9047148747559682,0.04965210128934949 zee,pan,3205,0.6892430196905853,0.3657149811550592 pan,pan,3206,0.6248657938226793,0.8681563350185779 pan,eks,3207,0.6881257122613184,0.804141641741672 hat,pan,3208,0.9922055997300119,0.9648120708367885 hat,pan,3209,0.3619120930679631,0.9853160311413681 eks,eks,3210,0.45293528719314957,0.17947685156612458 hat,hat,3211,0.5613170559787437,0.5352246021671387 zee,zee,3212,0.7964737415528816,0.5558173183901908 wye,eks,3213,0.8883434034808566,0.4617422375169109 hat,eks,3214,0.3321384410187088,0.7317250838743725 pan,pan,3215,0.1413377562828586,0.44678231607159036 eks,wye,3216,0.29373386203032203,0.4631723587487283 eks,wye,3217,0.34111783868014145,0.5839315442691357 eks,eks,3218,0.6880428093376797,0.9103207963454706 hat,pan,3219,0.7474182668789385,0.5590391934991645 eks,pan,3220,0.9532855829386742,0.8800478978800655 zee,eks,3221,0.767029184744309,0.2596274975760916 zee,zee,3222,0.5138831052561117,0.47989679105419414 pan,eks,3223,0.009907068182697043,0.7478047711855503 eks,wye,3224,0.8943590875125406,0.6208131688490002 eks,hat,3225,0.4838255169683877,0.2140927440076752 pan,hat,3226,0.35642723142223887,0.9711625405713799 wye,pan,3227,0.7070990060513,0.5452513596675552 eks,hat,3228,0.9463721381595557,0.5282145729291476 pan,pan,3229,0.9242949068835605,0.6700494745496223 hat,eks,3230,0.0584193890994712,0.4718114656898049 wye,wye,3231,0.030244834940777232,0.6087749649541813 hat,wye,3232,0.34678472033142016,0.4446414363995591 pan,eks,3233,0.5471314567981557,0.2169784309597168 pan,hat,3234,0.7648908069032151,0.03159384287802769 zee,pan,3235,0.013980830949869794,0.2508908461970313 hat,wye,3236,0.6969519489568067,0.6395027023616561 zee,wye,3237,0.8234005688200698,0.3631748220150387 zee,eks,3238,0.012602991921698004,0.22634995064837027 hat,pan,3239,0.02254180433325681,0.7359441973013121 pan,zee,3240,0.5877493357317612,0.548066125189975 zee,pan,3241,0.30421967413326567,0.5234487663288749 pan,wye,3242,0.9611019977003785,0.681330883403185 zee,hat,3243,0.17998018908462488,0.2200339352675208 hat,pan,3244,0.5444834083087221,0.5306965663976729 pan,zee,3245,0.7759221188096915,0.6025062049702136 eks,wye,3246,0.9681111792743258,0.45013761820073994 zee,hat,3247,0.7005880770412263,0.9156129778807589 hat,wye,3248,0.15641983171365736,0.5385071761397577 eks,pan,3249,0.2874972552716878,0.25110619048650307 pan,eks,3250,0.2829120767349058,0.09835801807841182 zee,wye,3251,0.4637348926957112,0.542576911836454 pan,hat,3252,0.9877179689365846,0.31240448781527486 eks,wye,3253,0.4072943512790075,0.6799266447871808 pan,pan,3254,0.350457431460238,0.4302184547620955 hat,eks,3255,0.23726834440158573,0.5292284240941152 pan,eks,3256,0.7135080861062042,0.5712799934745325 zee,eks,3257,0.20289239990952312,0.362603885203753 zee,zee,3258,0.8218885195808542,0.44721748770524405 wye,hat,3259,0.08107176449903364,0.29319048909041645 hat,zee,3260,0.8800473905727186,0.7552020057189927 pan,wye,3261,0.41821226279651147,0.8850253360947092 zee,hat,3262,0.32568444506228,0.6065878837570879 hat,hat,3263,0.5430211603262051,0.022421059979423008 eks,pan,3264,0.829909329738617,0.9788813279683912 wye,pan,3265,0.4953326302591503,0.864833969133287 pan,zee,3266,0.3412837479312676,0.8486794212655834 eks,hat,3267,0.39932762162444313,0.953150614321362 pan,pan,3268,0.001904789877841595,0.2107702989499245 zee,pan,3269,0.5531033835416052,0.3659293527971088 wye,hat,3270,0.3399739634399507,0.49965908692258354 eks,hat,3271,0.11643573302292032,0.35717256575069845 zee,eks,3272,0.8616836237809823,0.2555712577320536 eks,hat,3273,0.8348848872325367,0.48966840491973995 eks,pan,3274,0.25513593682652125,0.39337835968432966 zee,pan,3275,0.3232344110781661,0.47637792160425796 zee,pan,3276,0.5834425639683404,0.23108217202798198 zee,zee,3277,0.9181379020242023,0.40705334764249457 eks,pan,3278,0.5097190157077268,0.04899861849664533 wye,hat,3279,0.9157221686398738,0.5671280092243552 pan,eks,3280,0.9442806463291782,0.9335857464104109 eks,hat,3281,0.5361984419807034,0.15587235520500609 pan,zee,3282,0.86450976120493,0.8170786827110009 hat,wye,3283,0.5057733411836555,0.04923731532668796 pan,hat,3284,0.414038070322006,0.4761906775736686 pan,hat,3285,0.48063067035883633,0.4966350007922782 wye,pan,3286,0.7217297767808066,0.9865570013659641 zee,wye,3287,0.049406279942573406,0.4381024486414813 eks,eks,3288,0.8590013149268277,0.936500197803695 eks,hat,3289,0.9568499040898423,0.3653704666883357 zee,eks,3290,0.40120382485623196,0.21124233932924863 eks,zee,3291,0.9770383012651398,0.2432263238178496 wye,zee,3292,0.9521492688907935,0.6087321738215051 hat,hat,3293,0.47067984267026386,0.2670742530232063 pan,zee,3294,0.6918379159173412,0.31495560827632296 eks,zee,3295,0.4372879409717054,0.6053789536304973 eks,zee,3296,0.21986184005655396,0.3247997718602733 hat,pan,3297,0.9729466791999957,0.5771820308689207 pan,hat,3298,0.7522212873607641,0.17501638801193387 wye,zee,3299,0.06852018338234533,0.5000015791152141 wye,wye,3300,0.6831118314601023,0.5728211330223406 eks,eks,3301,0.8886973140588106,0.7986263263709766 hat,zee,3302,0.36319331709268987,0.87884157727253 pan,pan,3303,0.0916484218320428,0.6140281532216169 wye,hat,3304,0.4319885161986502,0.11333627655422829 hat,pan,3305,0.20275914918267568,0.3188057450261915 eks,pan,3306,0.7128512847755833,0.8374752272564904 zee,hat,3307,0.12238507918350494,0.9886825082749487 zee,zee,3308,0.24501938424108383,0.2620366749016796 eks,eks,3309,0.6736625417797468,0.1759055405630674 zee,wye,3310,0.7640238780203037,0.5545749802574607 zee,hat,3311,0.7391015948965168,0.7783105639991896 wye,pan,3312,0.9912133558674248,0.792510678216663 zee,wye,3313,0.12157734657040631,0.5335120372360502 pan,pan,3314,0.6554607159333067,0.9770255281674824 pan,wye,3315,0.1108498180405314,0.9467953471924881 eks,hat,3316,0.5888965480684432,0.045574928515849766 hat,zee,3317,0.8991863104086707,0.8351323082787309 wye,zee,3318,0.8368882450019627,0.9558667451117976 pan,eks,3319,0.34803167097398835,0.6217481359344504 hat,wye,3320,0.5049375453273435,0.07971841779344901 eks,eks,3321,0.36879345677908304,0.7533458977670897 pan,zee,3322,0.4071079549678054,0.5216483192298931 zee,wye,3323,0.956745510209848,0.7277085431442248 hat,eks,3324,0.6530059095611962,0.4110782521026085 pan,pan,3325,0.3674804417277773,0.9040679087190475 hat,eks,3326,0.07009249966420861,0.25922706016534536 zee,eks,3327,0.14046308364385085,0.059686547583128746 pan,hat,3328,0.9232634224803832,0.02622931272244866 eks,hat,3329,0.5694104895719442,0.896791407570237 eks,pan,3330,0.34148617036917717,0.868694856533039 zee,hat,3331,0.5580004279189276,0.13162220092963606 pan,wye,3332,0.32760226290506067,0.20546606340653295 eks,pan,3333,0.4410927567165518,0.9434358777012175 wye,pan,3334,0.3692628443912691,0.04456305695935858 eks,wye,3335,0.2886377826496196,0.5510326222058004 wye,pan,3336,0.0830596216722399,0.42130620217712367 eks,eks,3337,0.8502898262908782,0.808554017252108 wye,pan,3338,0.4258737140465607,0.20746386470004785 zee,hat,3339,0.9958679007877833,0.03637803286845476 eks,eks,3340,0.8772219678712854,0.6738364551822755 zee,wye,3341,0.8674680931450676,0.08495173932166111 hat,wye,3342,0.039731587832649184,0.7153198737893809 zee,wye,3343,0.28331195090016237,0.3609364099093614 wye,pan,3344,0.5916979456033509,0.4261672292650668 zee,hat,3345,0.3236007641260298,0.31877697899629276 zee,wye,3346,0.0631478998746885,0.6649602440405321 wye,pan,3347,0.61444979062327,0.13673022117181688 eks,eks,3348,0.38993896958048435,0.2335429118604364 pan,wye,3349,0.376031512913815,0.4929792401226455 wye,eks,3350,0.9327767394224131,0.7607839483352263 eks,wye,3351,0.18464331650677035,0.6120397829138642 hat,hat,3352,0.550190920585813,0.7696873798459735 wye,eks,3353,0.5877052746857248,0.5545585412269964 pan,zee,3354,0.2801717488802852,0.17038214633612547 zee,wye,3355,0.024194919016248595,0.13545067511197206 wye,eks,3356,0.6380780240701133,0.9408087514008974 eks,pan,3357,0.6623105955866089,0.4258008296217072 eks,wye,3358,0.4071377938114724,0.7108273628344846 wye,hat,3359,0.6347502280299748,0.13907882326502974 wye,zee,3360,0.8494626745217564,0.023483418292297054 eks,eks,3361,0.6555829047838948,0.8920276297804856 hat,zee,3362,0.9880826407125887,0.11010372754824016 pan,wye,3363,0.6526207146787799,0.3813540848159578 eks,zee,3364,0.28621636247260607,0.5342782090242255 wye,pan,3365,0.5700040498735991,0.8850660888169822 hat,eks,3366,0.4556207889124957,0.07128477762040519 hat,pan,3367,0.18923164185093178,0.7138172870807187 pan,zee,3368,0.7831951158978603,0.3315912232116869 eks,wye,3369,0.3991655712684341,0.6297930225870115 eks,pan,3370,0.9558238449527896,0.27697054714540026 wye,eks,3371,0.794226121886924,0.42411771070954085 pan,hat,3372,0.43937440052467935,0.4563691901909951 wye,zee,3373,0.6530552443760023,0.15544449101184865 eks,wye,3374,0.8269474339710359,0.12072235071637616 zee,zee,3375,0.4367949309522303,0.013673838744716393 zee,eks,3376,0.5377434458282238,0.23314241806418468 pan,pan,3377,0.45145970444322747,0.8856960898087811 hat,wye,3378,0.012877279074692716,0.6068979505584087 zee,wye,3379,0.23678623178363256,0.05041356234716987 pan,hat,3380,0.9872783151204066,0.48841231625195825 zee,hat,3381,0.7373174186367665,0.7964198412222034 hat,wye,3382,0.4115788506813578,0.5970142880431725 zee,pan,3383,0.7218790645435766,0.45969503904769105 zee,wye,3384,0.16492065527363664,0.9315720353082685 zee,pan,3385,0.05670367935833176,0.2963435909908908 zee,eks,3386,0.6420030353862732,0.23114095824311187 eks,wye,3387,0.8708836596594736,0.18168328151330237 eks,eks,3388,0.711689030667817,0.08741327203084581 wye,zee,3389,0.40891337260400795,0.9839548655687227 eks,eks,3390,0.4329319528885155,0.7161120212330097 wye,wye,3391,0.9407214715817039,0.16134765993593336 wye,eks,3392,0.764135299542596,0.46303754738896463 wye,zee,3393,0.9822570907790836,0.7299006638143403 hat,eks,3394,0.6851390329252532,0.9050274462052531 pan,zee,3395,0.7512424175943134,0.4059836895379698 eks,hat,3396,0.9607050331936833,0.7948112675657537 wye,zee,3397,0.05596493072960251,0.9435195318051948 hat,eks,3398,0.6053108138597539,0.5992354123506696 pan,eks,3399,0.048684103098098785,0.1633725907413952 wye,wye,3400,0.10069663909544047,0.9482094389350565 zee,wye,3401,0.12603857687396403,0.9644862170094224 pan,zee,3402,0.27741250695381336,0.8159372840391408 pan,hat,3403,0.7370714816662562,0.8697953979508419 pan,zee,3404,0.31468021565829374,0.4427420339087643 hat,pan,3405,0.8863854452798668,0.033442919864234644 hat,hat,3406,0.45429743426633307,0.18433478859999053 eks,wye,3407,0.9617046721194548,0.9093815718950851 pan,hat,3408,0.07330408010392908,0.4448942751848767 zee,eks,3409,0.3364026277159641,0.9868364857498738 hat,pan,3410,0.08445928966500227,0.0703789054946542 wye,eks,3411,0.34156100908061116,0.8010566111511997 pan,wye,3412,0.8423508832374376,0.6949323092381406 wye,wye,3413,0.040886939254273114,0.47897154534037656 zee,wye,3414,0.25217276547664036,0.036553945399371846 zee,pan,3415,0.5599190631540909,0.924868567464608 zee,zee,3416,0.48916626975610933,0.5220243096247617 pan,zee,3417,0.2837666956657495,0.38177621330614264 hat,pan,3418,0.9442741844519087,0.3017027866540207 zee,hat,3419,0.06600809539932284,0.6981900505881413 zee,wye,3420,0.23090328234417856,0.2832500437007679 pan,zee,3421,0.9466805608495066,0.20786286772685625 wye,wye,3422,0.9363152201437546,0.28852583041792845 hat,hat,3423,0.0844657406732815,0.035913466762956925 pan,wye,3424,0.8784967044400372,0.604737958747047 hat,pan,3425,0.6609492899115649,0.5467085754935348 zee,hat,3426,0.075752725904918,0.609127836669268 pan,hat,3427,0.8416597040795218,0.8525979909355791 wye,zee,3428,0.16948281534078558,0.5287767961751489 eks,pan,3429,0.6884416724548735,0.37076683601683813 wye,zee,3430,0.06722038251076656,0.9227889532742807 eks,wye,3431,0.09226104972636995,0.7254707163058396 eks,wye,3432,0.9890932308131895,0.23151574428068822 zee,zee,3433,0.8595470542087552,0.8498636271417952 wye,eks,3434,0.5407110734310688,0.05363800054311196 zee,eks,3435,0.0439664086678202,0.9140005792113355 zee,wye,3436,0.9752652636201881,0.47980923190874036 pan,eks,3437,0.025261472762689308,0.12799888376709667 zee,eks,3438,0.16021119119058125,0.7792702864503347 zee,hat,3439,0.6820189455688497,0.10951500585648855 wye,pan,3440,0.936544606740171,0.03446044548668015 eks,pan,3441,0.2537650754015236,0.05620296178361983 hat,wye,3442,0.6287605552712544,0.33295303984892444 wye,zee,3443,0.21494998659532738,0.7690234752214624 pan,wye,3444,0.6714922124805293,0.4749161688649426 wye,eks,3445,0.0550862548275467,0.9962657146123411 zee,eks,3446,0.2804194256928545,0.23979661671683972 eks,pan,3447,0.8785960556284188,0.7011073928320367 eks,eks,3448,0.5502631585453132,0.11319904721842211 zee,pan,3449,0.524308758962708,0.6332502139032691 pan,pan,3450,0.8213036158322992,0.6456770989043784 pan,pan,3451,0.8025436057063862,0.7060797186033781 pan,zee,3452,0.5760028039744347,0.6132903113537639 eks,hat,3453,0.05717780028504649,0.07422864049114308 eks,hat,3454,0.9110638506299676,0.9591332251303966 zee,wye,3455,0.51833979114664,0.6939970837947521 eks,pan,3456,0.4252463974393268,0.39275828072553476 eks,wye,3457,0.9769460675156931,0.8198707026075209 hat,eks,3458,0.30514346329289554,0.9833267802770143 pan,pan,3459,0.014452973503922828,0.755728000485021 zee,hat,3460,0.588470670827405,0.6174548562216325 zee,wye,3461,0.1990979839956707,0.023566934582078036 wye,eks,3462,0.7242013186291925,0.47306057653207245 pan,wye,3463,0.06717794490486906,0.48623828005334757 pan,eks,3464,0.8155896300126392,0.5894548806723218 wye,eks,3465,0.9422913151044523,0.361126352245832 zee,wye,3466,0.209141807598481,0.7545695892430896 hat,eks,3467,0.9391826144539274,0.9934443990210938 zee,wye,3468,0.2358251666384058,0.4863498031303115 pan,pan,3469,0.4258863723941383,0.2095061249114658 eks,hat,3470,0.47997276184744964,0.06659122141821061 wye,pan,3471,0.2764533988832033,0.3208516601140218 hat,wye,3472,0.4069308223369382,0.7259811106485108 pan,eks,3473,0.244297825943407,0.31169012284386755 wye,pan,3474,0.6738217687467104,0.2638420139509079 zee,wye,3475,0.8997076621651254,0.35716661851825715 zee,hat,3476,0.4788250437439896,0.5377374198573633 pan,hat,3477,0.6611093704674268,0.6687601867132502 eks,pan,3478,0.08557950916786583,0.37592412501843786 zee,pan,3479,0.8231858428238995,0.28514406372275236 wye,eks,3480,0.4670447991864045,0.46821183232819474 eks,wye,3481,0.0018822508391512782,0.4734813045472098 pan,zee,3482,0.21972014701783804,0.9122864135454931 zee,hat,3483,0.2095348234287714,0.9927778389609139 eks,pan,3484,0.10029139579593083,0.535016375595021 hat,hat,3485,0.36431575992404175,0.9966126666610623 hat,wye,3486,0.2849558278410832,0.3539958226346893 zee,hat,3487,0.866561498905371,0.6749719599240999 zee,pan,3488,0.05018208235181909,0.3964541287147757 wye,eks,3489,0.8077315081411627,0.7479997434577657 zee,zee,3490,0.10200642169348917,0.31165758001404054 hat,wye,3491,0.12886564721513227,0.7037939176865968 eks,hat,3492,0.43102073349691117,0.5993057473020176 hat,pan,3493,0.555202486463376,0.36825782870554846 hat,hat,3494,0.9044026544451589,0.37279264245660304 zee,wye,3495,0.9934345872412148,0.8688371909960622 zee,eks,3496,0.12474075821856478,0.7664439797094331 eks,zee,3497,0.9892124342839178,0.9379196159380152 eks,hat,3498,0.6909633362296115,0.5517990615632886 pan,eks,3499,0.10345255049088942,0.02234404876115914 eks,eks,3500,0.3991733155276741,0.8199397764785649 hat,eks,3501,0.002293403878501854,0.4879144111797784 zee,zee,3502,0.5345656776152677,0.9046658240543963 zee,wye,3503,0.9917665563701388,0.7473226514963157 wye,hat,3504,0.5918745558045386,0.2286796079695561 pan,hat,3505,0.9587176731534732,0.12809903557671276 pan,eks,3506,0.3942757672769698,0.3445410354016084 wye,zee,3507,0.8698234232439451,0.6003476393534727 eks,hat,3508,0.6230637620114838,0.424076726635791 hat,zee,3509,0.9622867726071316,0.1432938077777307 hat,wye,3510,0.3386148986151456,0.7431914358914263 eks,pan,3511,0.3837436116647608,0.8533106760534216 zee,eks,3512,0.7150929360997113,0.9600218860596139 hat,eks,3513,0.33373578693097705,0.5234647971537469 wye,wye,3514,0.5856301380406596,0.1275528964200492 zee,wye,3515,0.37723354796784714,0.9997851122732699 wye,hat,3516,0.44369718809353986,0.4894205500423119 wye,eks,3517,0.322389903088264,0.05702987241410096 pan,wye,3518,0.11882480113661997,0.3858296816561547 wye,zee,3519,0.7202765028894381,0.12574040969710987 zee,hat,3520,0.0928487341029709,0.3330386484000102 pan,pan,3521,0.22867195583127464,0.33603525596818895 pan,zee,3522,0.7242093277954511,0.831898967676118 zee,eks,3523,0.42001209130403205,0.5036656584109297 pan,eks,3524,0.30252752965606133,0.24419009734033026 wye,hat,3525,0.9824695650800549,0.222603495436539 zee,wye,3526,0.04315340497837039,0.38068506172393646 hat,pan,3527,0.6632440400457205,0.1820945385520728 zee,wye,3528,0.7076813404535067,0.027521703948078957 wye,eks,3529,0.16368069077854164,0.29359040780910695 zee,wye,3530,0.217015339519548,0.8474352672037695 wye,hat,3531,0.598374987624828,0.6802372735701074 hat,wye,3532,0.3438213922655702,0.28091154307295796 wye,zee,3533,0.2380647747461756,0.9297096582745085 pan,zee,3534,0.5808212068478656,0.9148727191488517 pan,wye,3535,0.7265966050847938,0.21414009357018593 hat,pan,3536,0.7017454439056625,0.2590514800523752 hat,eks,3537,0.23900423399657456,0.2588795683734507 wye,zee,3538,0.784669987647248,0.6504554048913334 wye,zee,3539,0.26623848938137373,0.5547651697635625 pan,eks,3540,0.6492339089502173,0.6963037893628019 wye,hat,3541,0.4456255182136123,0.6615870162361136 hat,eks,3542,0.20295072778526713,0.7574601201974366 eks,wye,3543,0.9795917719021048,0.41272909038566297 pan,eks,3544,0.660437682897796,0.9976869991284935 wye,zee,3545,0.2910302714747729,0.3219344480841323 zee,wye,3546,0.6680653445050417,0.864596002429439 pan,zee,3547,0.7639660507096179,0.6193776992233352 hat,wye,3548,0.2983669342833217,0.9026909166111313 eks,eks,3549,0.1538517544982081,0.5455919445696917 wye,zee,3550,0.15207698807295011,0.9519397932545018 eks,hat,3551,0.4342338573806348,0.6933807304285913 eks,pan,3552,0.965663991619718,0.5930384036340364 pan,pan,3553,0.3101812940186591,0.2727128797499023 eks,hat,3554,0.18260657532777225,0.5311854832790144 hat,eks,3555,0.3893225708373611,0.5611190752491995 zee,wye,3556,0.7278766469231946,0.21929031459492465 zee,eks,3557,0.8571691661862111,0.5461980618981016 pan,eks,3558,0.8344799261872303,0.3256634336181796 pan,zee,3559,0.06279062797134494,0.9004664994169836 eks,eks,3560,0.4525336606815864,0.7037155484173209 pan,hat,3561,0.19425929127106012,0.24083853125540766 wye,eks,3562,0.07556315455842999,0.7950176869999145 eks,eks,3563,0.11705838779214672,0.8232973229982639 eks,hat,3564,0.4273089616257022,0.8991684257803373 wye,zee,3565,0.0168691413650478,0.18821185808166463 eks,eks,3566,0.1825897444890373,0.8746110728517744 zee,pan,3567,0.8121651250250981,0.686457266195396 hat,pan,3568,0.18054803232549899,0.8898083043065161 wye,hat,3569,0.8089924807824601,0.6633779430154854 hat,hat,3570,0.23144140451317397,0.756629243011781 wye,wye,3571,0.38887372145181665,0.20495538006007763 eks,pan,3572,0.35534650094834996,0.47884355218030206 zee,wye,3573,0.6566568341390783,0.6074553589369566 eks,eks,3574,0.6035504498536483,0.4034395784600332 wye,wye,3575,0.6697828249944248,0.7638274219999387 pan,zee,3576,0.35707993266640137,0.5998235579404124 hat,pan,3577,0.8477996338004375,0.10094293678130806 eks,eks,3578,0.47993080744275407,0.7674479934775376 pan,eks,3579,0.8628339613928006,0.8518114551427095 eks,wye,3580,0.06010165714354565,0.944192401862212 zee,pan,3581,0.6103322948705803,0.26797145325571314 hat,zee,3582,0.8139735237051052,0.41109841413309234 eks,wye,3583,0.27009503691464387,0.34604318820252766 pan,eks,3584,0.29901280575806055,0.2606367826081081 eks,eks,3585,0.9444152014675282,0.08541204554484039 eks,hat,3586,0.9746502905906368,0.5008159057662351 eks,eks,3587,0.3503288922335456,0.8393293676314583 hat,hat,3588,0.5428335261613996,0.8746507311887247 eks,hat,3589,0.04503314762859012,0.4498210841109198 eks,hat,3590,0.21099486037176274,0.15918964285673298 pan,zee,3591,0.9647151077978772,0.21127797222603706 wye,hat,3592,0.794447944887749,0.04835321965805062 hat,pan,3593,0.8800094797708875,0.26888925214636394 pan,hat,3594,0.30914801544685455,0.38087457746812736 eks,zee,3595,0.5231819036675817,0.40713616193177726 zee,hat,3596,0.5397245337903605,0.22318277532785968 eks,eks,3597,0.3001045399300144,0.684654835830757 wye,wye,3598,0.7511038686147846,0.16271559707006 pan,wye,3599,0.24928033876518263,0.5468336781217452 zee,zee,3600,0.8913764206699744,0.10963338992957028 zee,zee,3601,0.2744348997210646,0.31854494443399084 wye,zee,3602,0.054351745514601424,0.6361866150927422 zee,eks,3603,0.5229720340996624,0.057088462748232205 wye,pan,3604,0.7144947248233644,0.6725505298381226 wye,eks,3605,0.6414071793103325,0.5040707081922082 pan,eks,3606,0.8517449653369746,0.2950457092186415 wye,hat,3607,0.2865652516469479,0.10334063882665867 wye,pan,3608,0.24799522500173943,0.029628860448197347 zee,hat,3609,0.519616508395717,0.280205313320282 eks,zee,3610,0.06251116908017895,0.23236755910808227 eks,hat,3611,0.2146220845642176,0.1332540175691711 hat,zee,3612,0.39065626156480215,0.09272883365156981 pan,eks,3613,0.04243312520650444,0.12731535921213588 zee,hat,3614,0.9992938250588376,0.7586006131131866 pan,pan,3615,0.955045779277772,0.8579181695107918 eks,wye,3616,0.14187634853420827,0.2180915198390927 wye,wye,3617,0.7840113988617385,0.15653631848249716 zee,zee,3618,0.015927778136068382,0.6135932738526103 pan,pan,3619,0.19730522485789048,0.6132793786163574 wye,hat,3620,0.6713095225608523,0.5954491704569804 zee,pan,3621,0.4092160575415905,0.30771033889968114 hat,pan,3622,0.8901185751582916,0.1870407451165942 wye,hat,3623,0.5152268528423625,0.013485915142624427 wye,hat,3624,0.13584832757741117,0.382341043184265 wye,zee,3625,0.7390723547209095,0.6804645486376089 pan,pan,3626,0.17323378929158628,0.22177151771660586 hat,hat,3627,0.27427850969768897,0.39696397114401794 hat,hat,3628,0.12300146024961678,0.7010677704464917 zee,zee,3629,0.1203621553000902,0.03649730823892894 eks,pan,3630,0.6432472290390947,0.6493064608702905 wye,zee,3631,0.5501609784896981,0.5442209389820327 hat,zee,3632,0.9887195745001507,0.8462799528384646 zee,wye,3633,0.05961380658144755,0.41153390509403887 wye,pan,3634,0.779500491235004,0.5677694423637825 pan,pan,3635,0.8517678780538765,0.37570897363715816 zee,zee,3636,0.3540502081666034,0.7557010012298948 eks,pan,3637,0.5208357640093749,0.5659221306135821 hat,pan,3638,0.7845171840273204,0.3502193918421451 hat,pan,3639,0.31221536384885895,0.8777925678653494 wye,wye,3640,0.3117811337270454,0.6199259533630647 zee,wye,3641,0.34634768849647446,0.1722807458856409 eks,zee,3642,0.04372051184301495,0.7131048031620709 hat,eks,3643,0.39531406696346205,0.7072916873720192 wye,hat,3644,0.5912661057148787,0.49271215252480305 zee,pan,3645,0.3353629361519648,0.27452402896726324 zee,wye,3646,0.4302250977906721,0.9570565709617685 pan,eks,3647,0.8754763901824134,0.4440861211150172 pan,pan,3648,0.9502862550981916,0.9040781097596586 wye,pan,3649,0.07083776693984412,0.42161605810186464 hat,wye,3650,0.027750870484755663,0.059142569848676385 hat,zee,3651,0.7388454792523287,0.6889713924377876 hat,hat,3652,0.12134854954936014,0.12339998428589616 pan,pan,3653,0.42035180771481173,0.872087852987371 pan,pan,3654,0.741537059135207,0.9230584052244919 eks,hat,3655,0.1316863843779006,0.4213001572015598 hat,eks,3656,0.14075093892206003,0.21208162198013836 eks,wye,3657,0.8011409482794655,0.017450835880964632 hat,eks,3658,0.8537796341502905,0.5982760622218769 pan,hat,3659,0.09110243804094742,0.35916077607118146 wye,zee,3660,0.9000633600969007,0.2868625781042997 zee,hat,3661,0.32611268243475844,0.12873678851672 hat,zee,3662,0.7673614981915601,0.7295742505814344 zee,zee,3663,0.913522524093555,0.4340116921500242 eks,eks,3664,0.28693486076576824,0.19397030458410913 zee,zee,3665,0.3813728809412974,0.8915253351559728 hat,wye,3666,0.7295635205285994,0.6119784896875866 wye,pan,3667,0.41467178462553234,0.8608278645584995 zee,eks,3668,0.5993837930923437,0.7509474480036791 eks,eks,3669,0.9355633368933711,0.9694655041497229 zee,pan,3670,0.4986606323353615,0.3252967314272578 hat,zee,3671,0.9851663975549066,0.7574307817453141 wye,eks,3672,0.8646473696955588,0.8313013386958765 pan,wye,3673,0.2515908234672535,0.056725699540206675 eks,eks,3674,0.3536670370401426,0.3355576484883924 hat,eks,3675,0.0929703970918907,0.7140596291048347 eks,pan,3676,0.8723087423163797,0.6109859185908899 wye,pan,3677,0.3996143053161535,0.8616939694819011 zee,pan,3678,0.8491710196926309,0.6558159307696828 wye,pan,3679,0.20307168892773197,0.7086180793037447 wye,zee,3680,0.7425818200196079,0.9810014583943923 wye,wye,3681,0.02721573926299492,0.07804891308055895 eks,zee,3682,0.39124881803949274,0.9059680205710228 pan,eks,3683,0.11128670399371465,0.6228832493398745 zee,eks,3684,0.5257462041656636,0.23566322936666084 zee,eks,3685,0.7398298697417746,0.4194935104256209 hat,pan,3686,0.9301169302245861,0.7982783216031746 hat,hat,3687,0.24482997045240362,0.8750823381392218 zee,hat,3688,0.5723630888086361,0.8172243896570902 hat,wye,3689,0.8355718873799872,0.8007108863141698 wye,hat,3690,0.3502150576320706,0.9931617687282244 eks,pan,3691,0.1796260215186376,0.9607252375862692 zee,hat,3692,0.573338911032452,0.5241388333942388 hat,pan,3693,0.7781206646766762,0.5080484241731826 hat,zee,3694,0.33067301800352,0.7754516395280142 pan,eks,3695,0.4992904970087908,0.742643746741839 eks,wye,3696,0.9448270882170847,0.4103666781094296 wye,zee,3697,0.522725396720144,0.18925111602486566 pan,eks,3698,0.02978537252653579,0.5654493110146563 hat,hat,3699,0.2902217497914289,0.6770102706214468 wye,wye,3700,0.9046703649949718,0.7600607720698596 pan,hat,3701,0.7653688084959293,0.9589886741282106 hat,zee,3702,0.31427641268831985,0.7319186674523148 hat,eks,3703,0.04581508270551782,0.7555154492651157 zee,eks,3704,0.6944927784356837,0.6778190994819128 wye,wye,3705,0.40469824814249367,0.8841785778563369 eks,zee,3706,0.28192270569849476,0.3669079489151894 wye,hat,3707,0.32172668895407197,0.23641326221038772 pan,zee,3708,0.9367338792831362,0.4695354410183338 eks,wye,3709,0.5793435558579774,0.5284203604486059 pan,zee,3710,0.8358876467213303,0.010883794663985147 wye,hat,3711,0.7062248515236889,0.7592554719549557 eks,hat,3712,0.20158466043698664,0.2506153993203297 hat,zee,3713,0.5453918537789201,0.9591221613154766 pan,wye,3714,0.7007443629312707,0.69979486340907 hat,zee,3715,0.4982158038764617,0.1845463889797414 pan,wye,3716,0.7794631862118141,0.38174400926867047 wye,zee,3717,0.20372686286113306,0.48178229369817827 pan,pan,3718,0.6978201901277095,0.029333538689990557 eks,pan,3719,0.4534387451777433,0.22731879465386806 hat,hat,3720,0.9601728250087456,0.25178938182476607 eks,eks,3721,0.8929949309089861,0.2753211862235905 pan,wye,3722,0.9375469687103644,0.3374245074403295 wye,wye,3723,0.47515921315887333,0.9657952342754725 wye,eks,3724,0.7362078619104057,0.10855543465047734 zee,zee,3725,0.15221580400712498,0.5846857209085365 hat,eks,3726,0.7864690866743678,0.023450973928021757 hat,eks,3727,0.02778608789107495,0.19112025359038776 eks,hat,3728,0.5830906923999751,0.1825999304288003 pan,wye,3729,0.6339377797999709,0.7940228471998122 hat,wye,3730,0.9186140626854419,0.4158937617414502 hat,hat,3731,0.03433461671749849,0.37009846068918584 wye,wye,3732,0.24997685932838876,0.7647954464137104 wye,wye,3733,0.19073435311282794,0.705275429721041 wye,pan,3734,0.5747797481156508,0.8274654836314349 zee,hat,3735,0.20101546519059987,0.9017936214420659 eks,eks,3736,0.8706261619141413,0.5428739515744351 wye,pan,3737,0.5574876609423702,0.8504937121138577 pan,wye,3738,0.5390690548412024,0.3716168991158759 wye,hat,3739,0.971775360771065,0.3319565969194058 zee,pan,3740,0.9333817720718712,0.4371222668297464 zee,pan,3741,0.9571682809413955,0.6570144668674751 pan,zee,3742,0.05182394212116692,0.8208128933987844 eks,pan,3743,0.4905151151584467,0.320903002068355 wye,zee,3744,0.7710752122842248,0.6182369915664692 zee,pan,3745,0.0634219140814758,0.0909389524119274 pan,hat,3746,0.016317522611819957,0.4500858677522094 hat,hat,3747,0.2731453345797118,0.3612727190378229 zee,zee,3748,0.7692098314967419,0.723183352513404 pan,eks,3749,0.6600164034317578,0.22789566978678333 zee,zee,3750,0.4584069341764643,0.6052673722009491 pan,zee,3751,0.1376132992218041,0.5327305744083769 hat,pan,3752,0.27781099183901203,0.24166942932110203 eks,eks,3753,0.9130333710330752,0.9434343087469547 pan,hat,3754,0.39530750680824867,0.285187450605236 wye,zee,3755,0.5821904936762373,0.9440238426951152 eks,eks,3756,0.3151274913498434,0.2613270252067468 wye,zee,3757,0.27126594951001737,0.2696036535766695 pan,zee,3758,0.1144851508437299,0.43717693060689256 wye,wye,3759,0.8659325090962396,0.500920016668498 wye,zee,3760,0.14033050146326476,0.7853558549084289 pan,pan,3761,0.6277167190080807,0.820462327799342 zee,zee,3762,0.40740521496915294,0.5027677314620422 hat,eks,3763,0.702517766279011,0.5201760035681132 hat,pan,3764,0.9684950471794708,0.9824729038297494 pan,pan,3765,0.7505504157884441,0.5688693727587826 hat,zee,3766,0.3053846255939139,0.29250711868083323 pan,hat,3767,0.07270094398967542,0.819707679427309 pan,wye,3768,0.39157640275144845,0.29940355516568284 wye,hat,3769,0.2813634801023107,0.33793045381955156 wye,zee,3770,0.3006731850375737,0.41117593228974025 eks,zee,3771,0.8966388980866674,0.6767775863177413 zee,eks,3772,0.09712051675224176,0.1992258338913524 wye,hat,3773,0.05484010565512498,0.6891554266059904 eks,eks,3774,0.10098411790939343,0.23016371716573425 zee,hat,3775,0.7941735867493203,0.2594788677041825 zee,zee,3776,0.9683966232439434,0.25528882348504156 wye,eks,3777,0.5229176412769544,0.8857285221477562 eks,pan,3778,0.5543756678908779,0.8979653327985948 zee,eks,3779,0.692670964675647,0.43868001633055353 eks,pan,3780,0.6536521341657655,0.6026553230815477 hat,eks,3781,0.22056344697345842,0.16263581703146368 hat,wye,3782,0.9802208332262505,0.42156225597643915 hat,wye,3783,0.5246681466694276,0.3988002197517633 wye,eks,3784,0.2896043360112557,0.03933436470492446 pan,zee,3785,0.6699335151046618,0.1867082955540268 zee,zee,3786,0.0022910915202805082,0.8679336791294139 zee,hat,3787,0.11351579052401195,0.5365315180789991 pan,wye,3788,0.41697687514270476,0.3863350720666795 eks,pan,3789,0.2647880014677908,0.495992120309258 pan,wye,3790,0.4871902945382671,0.22753844996371497 zee,wye,3791,0.9587582682512387,0.9041552661112677 pan,eks,3792,0.8303342159408211,0.7063245550219001 pan,eks,3793,0.43293237945019947,0.26733489278694356 zee,wye,3794,0.8976337510372844,0.8750629709298201 hat,pan,3795,0.8432372103239337,0.9510111805966026 eks,hat,3796,0.823953148854179,0.3020905534872981 zee,wye,3797,0.6303527344509033,0.17531824895427106 zee,pan,3798,0.9979923700274865,0.6588578150120853 pan,zee,3799,0.03921193583035787,0.7303677603577615 hat,eks,3800,0.6540911583411234,0.6156768180814669 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pan,pan,3858,0.2655493421352306,0.5008269003029236 eks,eks,3859,0.23564525774209633,0.6200721762867689 eks,pan,3860,0.16404594209083445,0.2945650928508321 hat,zee,3861,0.5532707570794401,0.3218958838799141 wye,eks,3862,0.845977895190702,0.2105916632815279 pan,wye,3863,0.8914098448143842,0.941827688174933 wye,pan,3864,0.40887317017480806,0.9211253311538701 eks,pan,3865,0.6410821318604495,0.742344518102107 eks,eks,3866,0.8820740686865273,0.6336399556322359 zee,zee,3867,0.9124099806717596,0.10039063827592765 pan,pan,3868,0.5708876065677694,0.6788408195369369 pan,hat,3869,0.5531285064534339,0.014934021539296571 hat,zee,3870,0.40688870301241575,0.4640784108862729 eks,hat,3871,0.576479904048506,0.31414898223457755 wye,wye,3872,0.47105100438757685,0.05894343228765331 wye,hat,3873,0.08895748908550638,0.7503852698192701 zee,wye,3874,0.36954687122878715,0.07524269626487912 pan,zee,3875,0.8656993436002198,0.7910484890727197 wye,wye,3876,0.03808754965335226,0.08658971281465833 pan,zee,3877,0.09904785925240933,0.6676400108509978 eks,eks,3878,0.0506506132923914,0.7242690651435119 hat,eks,3879,0.03588331465146932,0.7484282721818893 hat,hat,3880,0.4235813324669898,0.24387827945280804 hat,hat,3881,0.7822034723161025,0.7478339704565765 hat,eks,3882,0.011719496883464853,0.24640876061080674 eks,hat,3883,0.4614594041430371,0.3205017019419516 wye,wye,3884,0.9807726374776462,0.16883444992338326 wye,zee,3885,0.31672532313467505,0.2365343741445356 hat,pan,3886,0.18873324663018243,0.7292335881068795 pan,hat,3887,0.030126862485056027,0.7407216218234761 eks,wye,3888,0.21823480875880663,0.6891953143456548 zee,wye,3889,0.039039225578129,0.043618607590064085 wye,eks,3890,0.1974840445022984,0.43475405724957294 pan,eks,3891,0.9382818311518488,0.9030005498802104 pan,zee,3892,0.27112454369214156,0.8859937112495071 eks,eks,3893,0.4046249389793575,0.21056190964042465 wye,zee,3894,0.7443136068289423,0.8294047544954046 hat,hat,3895,0.4564412341948818,0.7759614897360431 hat,wye,3896,0.04335080026755522,0.9820438391823961 hat,pan,3897,0.49376649897367464,0.13401013066245737 eks,pan,3898,0.6998124732144403,0.3446237971866837 eks,wye,3899,0.1432600644239883,0.7912100443742818 pan,hat,3900,0.8799773683889426,0.5220746421238783 wye,zee,3901,0.8739801518514984,0.13243512076702868 zee,eks,3902,0.8645468539063139,0.9700412096469742 hat,hat,3903,0.6603175490464367,0.7332253490191969 wye,hat,3904,0.2808463214358832,0.6400325080698059 hat,hat,3905,0.37058852723699554,0.10112929497538448 hat,pan,3906,0.18587769312561342,0.5877405963198684 hat,hat,3907,0.5156840561144312,0.48828123151684966 hat,hat,3908,0.011436139295365133,0.698305213173947 eks,zee,3909,0.8701294324647131,0.6010009857684786 eks,pan,3910,0.7754775924406334,0.9607498923245504 zee,zee,3911,0.10611443109176355,0.9500980959450185 eks,hat,3912,0.40688370124160333,0.3725099736322035 eks,pan,3913,0.7572616191019003,0.009426657564762575 zee,pan,3914,0.568449276718281,0.44428728066132994 hat,zee,3915,0.4715771685615844,0.679035167069352 pan,hat,3916,0.10385472378813976,0.8696276556798485 zee,eks,3917,0.4610838052133647,0.5166912532440093 eks,wye,3918,0.3468839319991631,0.7460608153868107 hat,hat,3919,0.20968623039533885,0.2249710535207634 eks,wye,3920,0.06633524516092837,0.21897455790581 zee,hat,3921,0.24462442594768674,0.7825101030749122 eks,pan,3922,0.09303768776585819,0.9097350521192294 pan,zee,3923,0.7828038174006502,0.40187653591870354 eks,wye,3924,0.24552287892234603,0.8709339930853457 wye,eks,3925,0.9444615936887226,0.5492757409492689 pan,eks,3926,0.2577383831501502,0.42247048365748696 hat,pan,3927,0.2961162902664337,0.5026763086626909 hat,pan,3928,0.3294192690721903,0.0018064795955691215 pan,wye,3929,0.5373694134669578,0.6408298650436733 wye,zee,3930,0.3772473940400355,0.4855477755417952 pan,hat,3931,0.8947844528349447,0.6976181039979583 wye,eks,3932,0.902042488611117,0.8695780909283909 zee,eks,3933,0.9377651072146025,0.49393343661090683 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pan,wye,3972,0.06499356218753538,0.5661193015342019 pan,hat,3973,0.39627283237990996,0.6628720545942175 hat,hat,3974,0.2255823178745917,0.3328848639919585 zee,pan,3975,0.41021697311932137,0.5253220869630462 eks,eks,3976,0.3872364913819858,0.12628018436476995 zee,wye,3977,0.640238580570024,0.41378547967160495 eks,zee,3978,0.10057250053848688,0.6832812035658576 eks,wye,3979,0.05509300519176841,0.3449069313995392 eks,wye,3980,0.17739908838951735,0.6189549035709109 eks,pan,3981,0.798588528905017,0.7451168881460923 wye,eks,3982,0.7480880614402182,0.8419207681331152 wye,zee,3983,0.8362240426090267,0.77769018412775 hat,wye,3984,0.020984581151031745,0.9379819495871566 zee,eks,3985,0.05962271913450001,0.8797820678732818 pan,zee,3986,0.4205297371360823,0.9963268123973551 eks,hat,3987,0.3908629932350629,0.5854417332644798 zee,zee,3988,0.7335921993524305,0.5879895671878599 wye,zee,3989,0.2700024864980135,0.8437375152003208 wye,pan,3990,0.2551633201471506,0.4633660311722343 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zee,hat,4010,0.42440597576906447,0.0704425276034597 hat,wye,4011,0.24251335510099137,0.23960695465439596 zee,pan,4012,0.5455876516440495,0.4916025226658389 eks,pan,4013,0.8704264127290353,0.5876599831119824 hat,pan,4014,0.31319409877544535,0.37600379424562247 pan,hat,4015,0.6791412275551999,0.8868908402993898 pan,eks,4016,0.8587762124701115,0.7327173343378633 zee,eks,4017,0.3047836325798219,0.7894212582792598 hat,pan,4018,0.3048776737346697,0.13707959214248555 zee,zee,4019,0.32116201777416775,0.6159942228124887 hat,pan,4020,0.0435632469106455,0.8600282250289863 zee,hat,4021,0.3130407621764443,0.2693181610377101 wye,zee,4022,0.40301649786733384,0.9524000685947437 pan,pan,4023,0.10367305449954967,0.022130374916290774 pan,zee,4024,0.2180038149057033,0.2890891058720141 hat,wye,4025,0.6365723951389777,0.7003325245087676 zee,zee,4026,0.9441858479531559,0.3388368972590644 wye,hat,4027,0.4037114359444258,0.90743641296412 hat,eks,4028,0.20788010249626498,0.6884626872862553 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pan,pan,4067,0.5063639370311482,0.004264053556000236 eks,wye,4068,0.1524845394038703,0.8431776270630555 zee,wye,4069,0.969881192737605,0.7454405956242405 hat,eks,4070,0.18629806750635058,0.20897903127133244 hat,eks,4071,0.17058445050982152,0.6566712054825186 wye,hat,4072,0.5889180149165333,0.24917849958971638 pan,eks,4073,0.2657367745661936,0.2985150423046431 wye,pan,4074,0.7170683734519407,0.6616939907637078 hat,pan,4075,0.7741097521171826,0.5862044466287508 pan,eks,4076,0.6711827040032985,0.1902299755507466 hat,hat,4077,0.5011592202840128,0.4774266498958699 wye,hat,4078,0.45606720248652644,0.8123287155978273 zee,zee,4079,0.3760881437289524,0.8847359365393963 eks,zee,4080,0.6036589730049234,0.5196679309887058 eks,pan,4081,0.8636397669083807,0.39559043404091077 hat,hat,4082,0.5572557445251078,0.624066652987969 wye,wye,4083,0.8666445318722942,0.767288613574896 eks,zee,4084,0.5618487213544217,0.30293876669064146 wye,eks,4085,0.5272061090337726,0.9162627017806118 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pan,wye,4105,0.16729489652734397,0.5307591339000314 wye,hat,4106,0.6762148011530986,0.7998537880048552 zee,wye,4107,0.1740567415346871,0.8534128359069896 eks,zee,4108,0.3415946367341153,0.19830581897594968 pan,hat,4109,0.06408072699727674,0.7782480536170286 eks,pan,4110,0.7201591775410024,0.9280174950278048 wye,hat,4111,0.27092702426036697,0.40264205326846036 wye,eks,4112,0.21549872173717677,0.7712851660284064 wye,eks,4113,0.9978834111387961,0.02729153021305819 wye,hat,4114,0.5672845724991237,0.8126100904189216 pan,eks,4115,0.14786482586108984,0.7088885498409112 eks,zee,4116,0.5374530235586998,0.1554131021415981 zee,wye,4117,0.973704237758867,0.2722193342177551 eks,zee,4118,0.44761492415732196,0.8962682037215072 wye,zee,4119,0.14069101423742136,0.3916394205657444 eks,hat,4120,0.7278136147317754,0.992128682834371 wye,eks,4121,0.3436640653132741,0.12875649374791853 pan,wye,4122,0.5589346838220178,0.4914922406604886 hat,zee,4123,0.11667168949423246,0.09343624851787202 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hat,hat,4181,0.9215787418719625,0.87388922229494 wye,eks,4182,0.34389709563449355,0.9265777131373166 wye,hat,4183,0.7734961393992563,0.8972101418171253 wye,eks,4184,0.26453922756144566,0.04144136482622762 eks,eks,4185,0.6545545397873997,0.3003265405693454 zee,pan,4186,0.09176822676571406,0.5263428400902627 hat,eks,4187,0.9865778952946068,0.9315331182266391 zee,zee,4188,0.5768573162811447,0.03374115506424635 wye,eks,4189,0.8653650223373014,0.05928658347043925 hat,hat,4190,0.9900519739227561,0.3950239124798106 pan,eks,4191,0.637972872375815,0.17992343467853944 zee,hat,4192,0.20233463129873608,0.8387699339680452 pan,wye,4193,0.782060968571005,0.5226067196250769 zee,hat,4194,0.6917599608609465,0.7645848884839161 zee,wye,4195,0.05217934744029562,0.9588458237749052 eks,zee,4196,0.9253885848590683,0.3616430584909154 zee,wye,4197,0.04731297366084686,0.5416374414603988 pan,pan,4198,0.2033916216857976,0.920262918619217 hat,hat,4199,0.14718338407807485,0.8513271413790102 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hat,pan,4257,0.5337295526676911,0.20956745825751122 hat,eks,4258,0.23233951000696584,0.7359066130916937 pan,hat,4259,0.5012993133229816,0.9840303477621715 eks,pan,4260,0.0557110727165222,0.3692997658300152 hat,hat,4261,0.7017095010065938,0.2235290487843009 eks,eks,4262,0.45572766007890264,0.8865479382954524 zee,wye,4263,0.5008782411049667,0.6537828452513129 eks,wye,4264,0.17630798589531016,0.8870092132233037 pan,wye,4265,0.4723205963134164,0.5883227580402909 eks,zee,4266,0.7813498909756447,0.3554002183159217 hat,eks,4267,0.6709709261548794,0.6826054557997793 zee,pan,4268,0.5869984233644046,0.4215965891872716 hat,wye,4269,0.23755705980379305,0.565717672067408 wye,hat,4270,0.05437547367302842,0.3843634628840725 wye,eks,4271,0.33499684404101904,0.7363519893989602 eks,eks,4272,0.42076370727497103,0.347103929260111 eks,hat,4273,0.20223347366198052,0.6349185327342544 eks,eks,4274,0.7194619239494552,0.6726333368969638 pan,hat,4275,0.15064209086091185,0.5650744857540827 eks,wye,4276,0.03269653193879951,0.29083447280996944 hat,wye,4277,0.9383386369025388,0.09737047596503401 pan,wye,4278,0.6033940134557939,0.1524866624571496 zee,hat,4279,0.919407700741633,0.6700497097456894 eks,pan,4280,0.09769799852915939,0.3471066706498296 hat,eks,4281,0.9148347334297323,0.3595323954523194 wye,pan,4282,0.32493658600558517,0.7120462337991681 pan,hat,4283,0.6050379829344159,0.018006169529162563 hat,pan,4284,0.37191179153184073,0.832305267226861 pan,zee,4285,0.2957451251158941,0.23349218064678878 eks,eks,4286,0.8813752969569559,0.3063937411460197 pan,eks,4287,0.22955891589246613,0.2437355707416211 hat,zee,4288,0.2100291042828707,0.3046125296846791 hat,zee,4289,0.6942460642160058,0.871648415206408 wye,pan,4290,0.13303046989523815,0.45261676602514167 wye,wye,4291,0.24091267860783117,0.432502161153847 wye,zee,4292,0.6513153856124736,0.023025130979235975 eks,eks,4293,0.772799624621821,0.13641136437762147 hat,eks,4294,0.9391670129701266,0.15143599739807145 zee,hat,4295,0.866742316822531,0.5669492043473316 eks,wye,4296,0.11546282204080383,0.9128514066164883 pan,hat,4297,0.020837302984029304,0.3069132274412595 hat,hat,4298,0.006892430057588106,0.6798603206549415 hat,wye,4299,0.6559693329859475,0.9101410668227939 pan,pan,4300,0.14308736404653355,0.35525668832657153 eks,hat,4301,0.04475741710473613,0.3360654229410476 zee,eks,4302,0.300825418985067,0.5528561991382178 zee,pan,4303,0.3269045708474553,0.9274904871303865 eks,hat,4304,0.4580262055344778,0.9863999543980315 zee,pan,4305,0.054247648849443775,0.03062117326702829 zee,zee,4306,0.2506554143610683,0.5597570122349527 hat,zee,4307,0.6572769759538587,0.7762188360555565 zee,zee,4308,0.6244811945148983,0.6455417265947343 pan,pan,4309,0.14825540740448062,0.7586294908793549 wye,zee,4310,0.3157871729124738,0.3917102144253892 eks,hat,4311,0.6708501828317742,0.004568949785298204 pan,eks,4312,0.20998610203251922,0.7744934955144873 zee,hat,4313,0.40564280799464325,0.33455931413035944 hat,zee,4314,0.26557751620121417,0.030582294685487232 wye,eks,4315,0.8346822718173391,0.9087526385931736 zee,pan,4316,0.6650102486494331,0.47444093050485336 eks,wye,4317,0.5533052426698345,0.9963296753932288 hat,wye,4318,0.8500427306718407,0.3980491400101921 eks,hat,4319,0.587710279503696,0.7637256058032382 hat,eks,4320,0.225195776008963,0.34680409151838987 eks,eks,4321,0.3743649517286406,0.371323975760271 zee,wye,4322,0.08196046591615203,0.9354600035181082 pan,zee,4323,0.1270141412555008,0.9359092028185755 pan,wye,4324,0.8265091425517825,0.8730857418980851 wye,hat,4325,0.18762256928648036,0.3496377335361346 hat,zee,4326,0.5027579931171035,0.4533737960921881 pan,zee,4327,0.8574481014982461,0.5295177741370016 eks,hat,4328,0.04469772107287828,0.1558945876794342 zee,wye,4329,0.040009010165471426,0.23762769464838596 wye,eks,4330,0.7337424822041352,0.9253645788362634 eks,pan,4331,0.39774327394939324,0.7598516907632268 zee,eks,4332,0.6650861493530829,0.9532385654163494 wye,zee,4333,0.623256894200598,0.9959963338862539 hat,hat,4334,0.5194251677645445,0.6069457992071033 eks,eks,4335,0.27590012941997233,0.4710389173795224 eks,wye,4336,0.20559084127748029,0.07907344682124973 zee,eks,4337,0.7274918229548967,0.4560003890137745 eks,wye,4338,0.7956872034220226,0.5293505141201019 eks,hat,4339,0.7870829513432012,0.43739349603781874 zee,hat,4340,0.7603664092180368,0.9580821743227704 hat,wye,4341,0.13255591202916173,0.6036817350896815 hat,eks,4342,0.894832446069551,0.20041478240523392 pan,zee,4343,0.25499861370064547,0.7429826617008429 wye,wye,4344,0.052662357337272314,0.29674416350945576 wye,eks,4345,0.32377948428256254,0.44346746414092775 pan,wye,4346,0.981200940391299,0.3540023526814763 zee,pan,4347,0.8084421949971258,0.30776403749247283 wye,hat,4348,0.4821078789121165,0.4162262532349117 wye,hat,4349,0.4367902393016294,0.05920613613537973 eks,hat,4350,0.9339368174600853,0.7317847021280102 zee,hat,4351,0.9429615758129121,0.5240015841208292 hat,zee,4352,0.0664957669868742,8.818962627266114e-05 pan,eks,4353,0.8282722812326957,0.23408835381449733 zee,hat,4354,0.1538284653082913,0.6089810980954452 zee,eks,4355,0.46866002588451194,0.9134518194404112 pan,eks,4356,0.01315481017386444,0.44644705644627847 wye,pan,4357,0.15872648196015937,0.4101120817770719 eks,pan,4358,0.4048463543687769,0.8180080997048252 eks,hat,4359,0.18749105355156304,0.031119717506070232 wye,eks,4360,0.5994338059975802,0.7593584300322925 zee,pan,4361,0.4041175236502057,0.563867680719028 pan,pan,4362,0.4776831446864783,0.31255268452634855 zee,zee,4363,0.737623707262791,0.07173859048743914 eks,zee,4364,0.06851910387772064,0.6267119426769414 pan,pan,4365,0.8056978268678051,0.6122184248222929 wye,eks,4366,0.6130750784896909,0.3739723925301818 zee,eks,4367,0.5479247041679578,0.8471361139630293 hat,hat,4368,0.6173031043354198,0.7380826201700894 hat,pan,4369,0.18322206558953436,0.3662885008446586 zee,pan,4370,0.8569969483007317,0.731735360698434 zee,zee,4371,0.20408101154886704,0.43495561327109344 wye,eks,4372,0.3106731927957148,0.8646328772903458 zee,pan,4373,0.39321439524831203,0.2914282319820135 zee,hat,4374,0.683824883019394,0.585513739811086 hat,hat,4375,0.9928427533843932,0.4919698293838758 eks,zee,4376,0.8528651690503563,0.6839515405337084 wye,zee,4377,0.6209381983202935,0.37443140551688425 hat,eks,4378,0.05864089512370707,0.3851321842794584 hat,eks,4379,0.385346641589309,0.49130997093061135 wye,eks,4380,0.41688102647846714,0.4373087113569425 wye,zee,4381,0.7486814244189324,0.45486094891390894 wye,zee,4382,0.6423172315048185,0.43668923283070715 eks,eks,4383,0.8187617783793841,0.9557936564036845 pan,eks,4384,0.5100350554093268,0.8092077539642156 hat,pan,4385,0.47426099560303103,0.6325566666019241 pan,wye,4386,0.03535725248176258,0.21559585940453474 eks,zee,4387,0.5578706674280356,0.5892456559407706 zee,hat,4388,0.3301766575217969,0.3233192495545678 hat,wye,4389,0.17144446980658334,0.17462284811463846 wye,wye,4390,0.7204182651096341,0.09552085794825671 zee,hat,4391,0.4346285785864693,0.9698660828641514 wye,eks,4392,0.08391983953449689,0.4685350106442322 pan,zee,4393,0.4995072530912873,0.7435874077135464 eks,hat,4394,0.6446893978656929,0.742983523935812 hat,eks,4395,0.05068057954766625,0.32284857142742274 zee,wye,4396,0.031143786348458158,0.4250465603658179 pan,zee,4397,0.47789346509127195,0.35190784679302956 eks,zee,4398,0.18676354095379522,0.8523337248259436 pan,zee,4399,0.4023182691161423,0.9889383169990947 wye,hat,4400,0.06936764963814968,0.3043996463710237 hat,hat,4401,0.1471442142546867,0.9419015090081274 zee,zee,4402,0.05608507131691576,0.3577189025004591 zee,zee,4403,0.6778157751992904,0.3796072620376758 eks,wye,4404,0.20538620731982282,0.20907310428515913 pan,hat,4405,0.770037239607531,0.8918149402479805 zee,hat,4406,0.5633321574207005,0.23765572260844736 pan,hat,4407,0.5936012356219856,0.9640723007408432 hat,hat,4408,0.10549405386012722,0.5508069885788562 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hat,eks,4485,0.14129738926071922,0.09762322511903287 wye,wye,4486,0.587567750076066,0.6669838072984797 eks,wye,4487,0.5516672019589355,0.7655831718008789 hat,wye,4488,0.7926043240629409,0.5015162896194846 wye,wye,4489,0.6948771123324418,0.5976836677553925 hat,hat,4490,0.9101749423682922,0.9101168870690818 pan,wye,4491,0.5070024474601975,0.7305420057451063 hat,eks,4492,0.1759423893989127,0.3959141841599947 eks,pan,4493,0.6837930443900314,0.6284806971996789 pan,eks,4494,0.01334023940553175,0.8984813314174203 wye,hat,4495,0.4602646789703714,0.12318800994516399 wye,pan,4496,0.7594514407425375,0.6656599679572212 zee,pan,4497,0.0776140160787101,0.02352743433085669 wye,zee,4498,0.02184839096132485,0.3911325637076585 wye,pan,4499,0.8747947010040115,0.9998479502810276 pan,zee,4500,0.47622133460809657,0.12656764784587515 zee,pan,4501,0.9880755588957435,0.780394078164109 wye,pan,4502,0.5872223616487092,0.24413711463218768 pan,wye,4503,0.3169372633496723,0.6300856859908801 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wye,zee,4523,0.05279712720226515,0.027511378098411865 zee,hat,4524,0.1957893855808428,0.2551266540561208 zee,pan,4525,0.011543703995189447,0.22663954461488478 pan,pan,4526,0.04880772479373874,0.07481795594892848 pan,hat,4527,0.31836250428860824,0.32626988649341593 pan,eks,4528,0.31647815243381505,0.9543304719705902 eks,eks,4529,0.6724206236624584,0.407679006701397 wye,hat,4530,0.01951408829488066,0.8016601846958178 eks,zee,4531,0.34858797365915506,0.4282397998858426 pan,eks,4532,0.8877015003398467,0.7747761049575923 zee,hat,4533,0.20311049077197163,0.9056538940562936 zee,eks,4534,0.042723672522825384,0.597559530943149 zee,hat,4535,0.46136202746827326,0.42271339711114486 eks,wye,4536,0.009469467689817823,0.5905509650490668 hat,pan,4537,0.835149120257535,0.33196199258862646 wye,pan,4538,0.7691954303113361,0.5906545288840418 wye,eks,4539,0.666121467152889,0.7009152639751882 pan,pan,4540,0.8705353878768347,0.569382489859167 pan,hat,4541,0.4923885483714453,0.9049207586310641 hat,wye,4542,0.27993688119753957,0.7737127207588408 zee,pan,4543,0.06684443758496139,0.669147012692109 wye,zee,4544,0.41011486047935275,0.7628128623557089 zee,pan,4545,0.6170845342886218,0.16351912171251637 pan,wye,4546,0.30897074727172746,0.07486636973164118 eks,eks,4547,0.03524990401153394,0.904683107161618 hat,zee,4548,0.6838256979656141,0.9575551645763191 wye,eks,4549,0.9129619062625066,0.7815822557674902 wye,zee,4550,0.4016549692069845,0.724711080886896 zee,zee,4551,0.5217798806787498,0.060225688816844425 hat,hat,4552,0.38397767907558444,0.6583775510562486 pan,zee,4553,0.8167689053817359,0.28922410230760154 wye,wye,4554,0.9638574684692321,0.29330354945805037 zee,zee,4555,0.5750699152551632,0.06554938093659102 wye,eks,4556,0.43879872159435107,0.5781692813513072 wye,pan,4557,0.43671727561555884,0.8495155027864089 zee,hat,4558,0.030771073498329193,0.22547664086558517 pan,zee,4559,0.8853445527158975,0.9598699991813698 pan,pan,4560,0.022873859395381335,0.16717654342761945 zee,hat,4561,0.9373515354219202,0.2891538081093269 wye,wye,4562,0.9962200957849251,0.7504411563669804 hat,eks,4563,0.05502367054609869,0.6444826263272572 zee,wye,4564,0.7531892953023888,0.662798570253206 pan,wye,4565,0.2693404460591514,0.8267302541357341 wye,pan,4566,0.8263810161941457,0.049441142990266584 wye,eks,4567,0.0013320296153030986,0.3527351039106079 pan,pan,4568,0.7262006271124115,0.2750926075667838 pan,hat,4569,0.6676401567199843,0.15611308180709593 hat,pan,4570,0.5538202729746985,0.4068149726511291 pan,eks,4571,0.968095869026238,0.025471172108070594 eks,hat,4572,0.4698777463924877,0.5590684721569192 pan,pan,4573,0.8739437627285006,0.29509284815603065 pan,pan,4574,0.8828597588783772,0.0029763172734756926 zee,zee,4575,0.4923232521663191,0.31138573511811585 pan,eks,4576,0.4634084033597302,0.7040687106187243 pan,hat,4577,0.4415962788129276,0.8575497231199157 pan,hat,4578,0.6072792806625152,0.45767228806970406 hat,hat,4579,0.7716061175886524,0.5940949446227113 wye,zee,4580,0.8815091817106934,0.19682219276482926 zee,pan,4581,0.6615122130690573,0.743282484093763 hat,zee,4582,0.7466772782921713,0.6024593387871963 zee,zee,4583,0.7293308998803242,0.9194675588274827 pan,wye,4584,0.9785223653345103,0.3599874182922952 wye,wye,4585,0.49005088405256925,0.19667802308060156 zee,eks,4586,0.07759080031155674,0.5800418301347179 wye,pan,4587,0.028648375277809612,0.7340705243928477 hat,zee,4588,0.15982614073843593,0.29678575429874954 wye,zee,4589,0.7660330001010108,0.12214362772060794 hat,zee,4590,0.5798093869980113,0.10378695075036093 zee,wye,4591,0.3549198162177106,0.15971238689401845 zee,zee,4592,0.3725968594942376,0.10170369746035934 wye,eks,4593,0.7856019829313924,0.4108035864939361 pan,eks,4594,0.9636076558747869,0.6429412934414747 eks,zee,4595,0.6544038361180394,0.4941333402391265 pan,eks,4596,0.6771264909006598,0.008696187477938766 pan,zee,4597,0.5913051026982411,0.41009568634323257 zee,hat,4598,0.8546218618730578,0.4453962412371504 pan,hat,4599,0.31929533389085374,0.9456168170774322 wye,wye,4600,0.9581114071286606,0.07673690685162327 eks,eks,4601,0.17142456675630824,0.428244260538891 pan,wye,4602,0.9706134171920786,0.2394012508489064 pan,pan,4603,0.7077416345290591,0.3940789509138629 wye,eks,4604,0.26884887570750515,0.0629227877462456 wye,hat,4605,0.9967036371872702,0.9394080649718911 wye,zee,4606,0.4136967828620527,0.9691879757554137 wye,eks,4607,0.7882253618539071,0.040484731408140906 wye,hat,4608,0.8502136933818653,0.22282199291281735 hat,hat,4609,0.3806800313299039,0.7432483423888808 eks,hat,4610,0.8546204254968556,0.544666096374198 wye,zee,4611,0.9797738948452778,0.7539379828966757 zee,zee,4612,0.5658890329943034,0.3209865549677199 eks,eks,4613,0.036974707048940014,0.13498566781731325 pan,zee,4614,0.4962373115799128,0.34690328340466625 hat,eks,4615,0.03988943828313485,0.5198278894510299 zee,wye,4616,0.3113084465595777,0.5849628571688789 pan,wye,4617,0.6064318491662761,0.9709587074540149 eks,eks,4618,0.6067298140262544,0.6856518510847851 hat,eks,4619,0.5013319604077514,0.09625820792492479 eks,eks,4620,0.9081698767653911,0.09914145966043864 zee,eks,4621,0.30992740946284036,0.3114230762548156 wye,wye,4622,0.9124025251398724,0.9456164182783081 hat,pan,4623,0.8700806062428935,0.2702206397600061 wye,pan,4624,0.5833679710036083,0.9019285736689665 zee,pan,4625,0.8458203200231942,0.5450580672631699 pan,pan,4626,0.8541837089895298,0.10662879193504415 pan,pan,4627,0.6949946108264341,0.32599427511471524 pan,hat,4628,0.8957043450158336,0.5673889892957554 wye,hat,4629,0.8464282723870642,0.5202135613238874 wye,hat,4630,0.613215207985136,0.3257127644270309 zee,hat,4631,0.9018507034320511,0.7039556507979018 pan,pan,4632,0.4889756359426054,0.3597265690523318 hat,eks,4633,0.9578525826572483,0.14404380765797786 pan,zee,4634,0.3044854324264554,0.7688031286868651 eks,wye,4635,0.6963926992471413,0.3473111484128578 zee,wye,4636,0.7694758941220707,0.18753300419759023 eks,zee,4637,0.016930162668300386,0.916668923894452 pan,eks,4638,0.1800152730244199,0.8740912343460313 eks,eks,4639,0.36139046295982613,0.40696722185592216 wye,wye,4640,0.03629701172915789,0.5927800218745649 eks,wye,4641,0.8718989050597648,0.39307440967351814 zee,hat,4642,0.3250137468458404,0.6558363341062954 zee,hat,4643,0.4795723404826593,0.46439187383822056 zee,hat,4644,0.5269030281828351,0.5294159733959858 wye,zee,4645,0.09245439495290197,0.7686039676164822 pan,hat,4646,0.831713886231876,0.2677496071207002 eks,zee,4647,0.42422452591610793,0.2126460780549554 eks,hat,4648,0.5207613338836535,0.48593533079307305 hat,wye,4649,0.23701829308813094,0.8653571299757888 wye,pan,4650,0.20994504688794036,0.6907804524857445 eks,zee,4651,0.2453117436615031,0.6150127076085181 zee,zee,4652,0.042537661080377376,0.8584990883333112 hat,pan,4653,0.21286942433921574,0.8764916061320036 pan,hat,4654,0.5285099685069632,0.5178008352128922 hat,eks,4655,0.26641282472179073,0.5266452477752575 eks,pan,4656,0.6818528635056993,0.337950728316578 hat,wye,4657,0.14061995895280166,0.47199609775073736 zee,zee,4658,0.6602472108733521,0.2687315624525114 wye,zee,4659,0.2520902351101554,0.8428783239555871 hat,eks,4660,0.30472363074700515,0.07217266625982621 hat,wye,4661,0.2091333254634984,0.1548046270754979 eks,pan,4662,0.11981801924487756,0.8469445222208282 hat,hat,4663,0.3119827522367612,0.4259694252127655 eks,hat,4664,0.3269411701545405,0.9376670988013223 pan,zee,4665,0.054344923432058434,0.16217922759144587 wye,zee,4666,0.4186702128599753,0.2835839275998192 wye,zee,4667,0.0646217379660351,0.30530257092910784 zee,eks,4668,0.07870649960682297,0.2515794150323323 hat,hat,4669,0.5003476787456538,0.6310918883710445 pan,hat,4670,0.6275111165777365,0.8054897414350336 pan,pan,4671,0.1499838451712301,0.6223414752307141 hat,wye,4672,0.4988884658239877,0.9906049192655605 zee,eks,4673,0.984318771878163,0.7280796955832692 zee,wye,4674,0.23054557107461504,0.19681174789488143 wye,eks,4675,0.7334463313910938,0.28306119200330626 eks,pan,4676,0.1423438599979604,0.35330918689671975 wye,wye,4677,0.6577383987571024,0.15021996734596066 hat,zee,4678,0.9082274952383252,0.7405877302837555 eks,pan,4679,0.8074215267431348,0.5236668774007812 wye,hat,4680,0.5108382071350746,0.47151957178400083 hat,wye,4681,0.9809419297944051,0.23507029745163854 eks,hat,4682,0.9342926038131985,0.7979695752949024 eks,hat,4683,0.8736202694364024,0.38219743850966714 zee,pan,4684,0.44163999038860213,0.38504226387550344 pan,zee,4685,0.03027055342778162,0.08035681468258382 zee,wye,4686,0.08118893501639246,0.27655291599781473 wye,hat,4687,0.06385275336646346,0.35108434035108427 pan,hat,4688,0.5644746928123485,0.35881287919613414 wye,hat,4689,0.8811472299764586,0.603532565127673 hat,wye,4690,0.2892596087785041,0.7179425188945073 eks,wye,4691,0.4661213596465832,0.6018977897376697 eks,wye,4692,0.6256084558730343,0.5912072106343357 eks,wye,4693,0.43739401507823317,0.4449591712634142 hat,pan,4694,0.22337135846397238,0.6406931174403291 pan,wye,4695,0.39634806245632836,0.6355835294701532 eks,hat,4696,0.008662277886696601,0.3721538653338412 eks,zee,4697,0.7171113231602343,0.7425350749221431 zee,zee,4698,0.9050833916740578,0.46132560825719815 eks,pan,4699,0.3986676727991927,0.5705940358286782 pan,hat,4700,0.9055844258025669,0.7437707529087395 pan,zee,4701,0.8070216695328106,0.4694866303836862 zee,zee,4702,0.7415668922687337,0.8797752247285192 eks,wye,4703,0.7722596990678992,0.7367517235830364 wye,pan,4704,0.9555278566799899,0.2423309359426713 pan,eks,4705,0.9264663466646326,0.18799757892955882 eks,hat,4706,0.6995046411916459,0.9587840493554082 hat,wye,4707,0.7945060726118334,0.8708814355187628 eks,hat,4708,0.1778567317636336,0.4554107042944405 eks,hat,4709,0.8605269620945222,0.9282320361391482 zee,pan,4710,0.7925893623491367,0.8373876174093722 eks,pan,4711,0.6921652120265591,0.49820807295967395 eks,hat,4712,0.8183219512899657,0.4748837712114852 hat,zee,4713,0.3394230162235836,0.4370239027445896 hat,hat,4714,0.8405345514548883,0.8644132717621533 wye,zee,4715,0.8120809467339879,0.44574425551887853 hat,pan,4716,0.012844309530080089,0.25779486121957473 hat,eks,4717,0.7365074627250664,0.9439422879543493 pan,pan,4718,0.23929472797530638,0.15699808756834377 wye,hat,4719,0.9471866108884663,0.03869282767938487 pan,wye,4720,0.8444868689691774,0.46503509886894867 wye,eks,4721,0.9347768806843397,0.8839032510290749 wye,wye,4722,0.3742418961489814,0.5186714928696796 pan,wye,4723,0.7424435191645153,0.2988557048069972 wye,eks,4724,0.2784537107571192,0.9729902650787269 hat,wye,4725,0.07061996836486473,0.7738977079370831 zee,wye,4726,0.8269425781542478,0.7279915540846144 wye,pan,4727,0.9998228522652893,0.19388380502268276 eks,pan,4728,0.0933124028124549,0.6002309994378867 pan,zee,4729,0.18970289783165384,0.4228791314162068 zee,hat,4730,0.19347150884164055,0.37509711156847003 eks,zee,4731,0.8015159150372596,0.006137056655737272 zee,wye,4732,0.9567066838864685,0.6222637241828745 pan,eks,4733,0.2972122648067026,0.8561276270460755 hat,eks,4734,0.4361140296691789,0.19415398432919728 eks,zee,4735,0.028008275847919872,0.12986606641246612 eks,pan,4736,0.3770691592676825,0.7987276999117943 eks,hat,4737,0.6487232074787501,0.3406218786292676 pan,pan,4738,0.10422609081686773,0.7198350875588949 zee,pan,4739,0.7741427673583083,0.26198990214937334 hat,wye,4740,0.1119893643732226,0.41788347372200485 hat,eks,4741,0.7241531241241961,0.9089044568897544 hat,wye,4742,0.8802453504639547,0.7366398321703834 eks,pan,4743,0.2504490581104497,0.29547558676954633 hat,wye,4744,0.4979148854618458,0.11700636396309227 wye,zee,4745,0.9393988198376061,0.485008216753421 eks,pan,4746,0.16989991264520043,0.018451772273192057 pan,wye,4747,0.6742534054657287,0.2313198886390252 zee,pan,4748,0.7418671304073968,0.8575401492075233 wye,zee,4749,0.42654335022770995,0.5311170879512087 zee,zee,4750,0.27987943738440046,0.6560072393556038 hat,pan,4751,0.5858041848273323,0.6295306564064627 zee,eks,4752,0.4429063010177615,0.6964425867324696 zee,wye,4753,0.8545851137163856,0.9679476038287586 zee,wye,4754,0.0024174510881032063,0.8687606547332845 eks,hat,4755,0.7839088793029254,0.524722394465856 pan,pan,4756,0.397023046047854,0.11000986851499284 wye,eks,4757,0.21991834430842194,0.3045979240462181 hat,hat,4758,0.3227532114958719,0.8948973181698502 pan,wye,4759,0.26645602877267305,0.7437714335312278 zee,wye,4760,0.022667005941863883,0.45092868070487113 zee,zee,4761,0.5717912178641216,0.35870172894832364 zee,hat,4762,0.9059466160415109,0.6087785388744085 zee,pan,4763,0.9251602172892174,0.40701572328742064 zee,wye,4764,0.31384490226563877,0.7399150124011242 zee,zee,4765,0.9455569776929973,0.8604499298561917 zee,eks,4766,0.37773136340995606,0.25694678545170857 eks,eks,4767,0.7219583517207702,0.727638969023518 zee,pan,4768,0.08069188699987828,0.976850177257017 zee,wye,4769,0.9897615767481157,0.6975316151559802 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wye,zee,4827,0.9763864041558291,0.6651833167661081 eks,pan,4828,0.3701118364091578,0.929356390393571 wye,hat,4829,0.5458229710063858,0.12382895782525949 zee,hat,4830,0.5163276995322134,0.4142396117545545 pan,pan,4831,0.6131916476098028,0.7258426490475796 pan,pan,4832,0.6315103295350951,0.5044543655861339 eks,zee,4833,0.9679369605057206,0.011684326982985715 zee,wye,4834,0.34898673117720225,0.6580602623791368 eks,wye,4835,0.4939841533621645,0.5809417229170144 wye,pan,4836,0.569545208750187,0.7786619129324108 zee,wye,4837,0.5226423611496498,0.9996700213544367 eks,hat,4838,0.935982420664342,0.8799965660826473 wye,wye,4839,0.6500461572660748,0.44309281124092303 hat,zee,4840,0.4899151526577582,0.7548638962729715 pan,wye,4841,0.9467012654543959,0.4850494160239309 zee,pan,4842,0.30320721599497247,0.5095143023332701 hat,hat,4843,0.17685636300959084,0.7787222148601067 wye,zee,4844,0.626255827932442,0.4064381262515122 pan,zee,4845,0.28060256724829724,0.1194472053493133 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pan,hat,4884,0.9402178619522376,0.19405443014027346 eks,eks,4885,0.8707313650863101,0.8057609437403466 zee,hat,4886,0.7016030425978176,0.10558873487974474 hat,zee,4887,0.19592751855539559,0.6245017403424943 wye,pan,4888,0.24417888243946928,0.4591742086366801 eks,wye,4889,0.9179229941131368,0.2037862299046369 eks,wye,4890,0.04910880060108913,0.07316217290218352 hat,eks,4891,0.2297927732533699,0.6559737139197993 eks,wye,4892,0.630140714403855,0.4123205327848799 eks,zee,4893,0.8863621874744464,0.35341030613050206 wye,eks,4894,0.08956997835221292,0.15153433659257443 wye,eks,4895,0.2302595629324965,0.2862207000255006 eks,eks,4896,0.595542985856601,0.6247689899970194 zee,eks,4897,0.7608028013428353,0.878174748817996 pan,wye,4898,0.40450598472844423,0.9381773198691041 eks,zee,4899,0.1567102404262226,0.2213311716892986 hat,hat,4900,0.8901137791212611,0.6090349204378238 eks,hat,4901,0.4107962861135135,0.6382257944674624 zee,pan,4902,0.699059960351012,0.9885800960251768 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pan,pan,4922,0.7647463305911298,0.28073564029507714 pan,pan,4923,0.7385181536058433,0.361414367741285 hat,pan,4924,0.40224441655955634,0.19530268026233755 hat,hat,4925,0.653842164262253,0.6280602144296272 eks,hat,4926,0.5370983012158481,0.8265755341115193 pan,hat,4927,0.20003498013779974,0.33067633213900816 hat,eks,4928,0.2616862784842936,0.8976330171178399 zee,wye,4929,0.6597792701685063,0.5747306201637469 wye,zee,4930,0.7005469670714589,0.8590565664901815 eks,wye,4931,0.056783946256193096,0.13845635335075446 zee,hat,4932,0.17914823686110226,0.3724424181901871 wye,eks,4933,0.35047905702830917,0.03585739880658767 wye,hat,4934,0.5052702257066015,0.26639197043310225 hat,pan,4935,0.7192181204742805,0.3595231416956127 pan,pan,4936,0.2268254080621852,0.4964858179117778 zee,wye,4937,0.6231176411317095,0.25674942672821843 pan,wye,4938,0.8307759374051367,0.19772109525743065 pan,pan,4939,0.9918663359881192,0.3908108219044335 eks,wye,4940,0.3939161722668897,0.9425714270572593 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pan,zee,4960,0.775513146568018,0.10589570588100916 hat,hat,4961,0.4416884389198312,0.9511653213275143 zee,wye,4962,0.3532053262185273,0.5274524054522398 pan,hat,4963,0.7498291735257391,0.2463257969663506 eks,hat,4964,0.9386114992431355,0.39299390498123243 zee,hat,4965,0.45139611357151777,0.38795035866424066 wye,pan,4966,0.07045237248114167,0.8099864640689171 wye,hat,4967,0.24118009132354112,0.1629785769528157 hat,wye,4968,0.04728174638088167,0.24887900862466006 zee,zee,4969,0.04313535474378283,0.9961893037121993 wye,zee,4970,0.64845292806442,0.0783662989719438 wye,hat,4971,0.1358347479828308,0.5733638726371927 zee,pan,4972,0.8445417535581274,0.5401648117511082 pan,wye,4973,0.8602817547452486,0.3630459570585407 pan,zee,4974,0.7126917418857502,0.45078360189374256 hat,hat,4975,0.8793776042522701,0.27141043268942633 zee,zee,4976,0.05992605295674014,0.7074936036971408 hat,wye,4977,0.346394513794262,0.29350246124167567 pan,wye,4978,0.5095513696287198,0.6796749104642862 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pan,hat,4998,0.9535726959631937,0.8197092073820271 hat,hat,4999,0.20718170417583293,0.15443490334276233 eks,eks,5000,0.5474103987606213,0.8639022623566207 zee,wye,5001,0.08843009472207297,0.14945328753720988 wye,zee,5002,0.11843248048480792,0.10564749120283823 pan,pan,5003,0.4789366550469353,0.22717511611934216 eks,wye,5004,0.47636937977487326,0.2810082791040678 pan,wye,5005,0.6626206294858628,0.9073394670955045 zee,hat,5006,0.19063843659030766,0.9540528860502674 pan,eks,5007,0.32167311196502024,0.9736668589456996 wye,wye,5008,0.03995088246162504,0.8906248987030765 zee,eks,5009,0.03028572303145005,0.9955507546832659 zee,eks,5010,0.09758243590212268,0.9326749078724424 wye,zee,5011,0.5166258594604775,0.31080741827085223 hat,zee,5012,0.10474935534605045,0.8820142826206279 eks,eks,5013,0.6206929828322025,0.31290830603904707 eks,pan,5014,0.7386573050111648,0.9236218998819093 wye,wye,5015,0.2541399902465252,0.9389113315138905 pan,eks,5016,0.4869636506082311,0.9502946331199825 zee,zee,5017,0.5038628336682738,0.6629947699756096 pan,hat,5018,0.888380448419866,0.9524601673710467 hat,pan,5019,0.33990101411005635,0.4348664315239562 zee,wye,5020,0.3672167922652847,0.3368467808484725 wye,zee,5021,0.07663456505244592,0.2631577836245168 pan,hat,5022,0.060489795371573285,0.8285572517841496 hat,wye,5023,0.7884614415246883,0.7586781551216389 pan,hat,5024,0.20846872150137863,0.2990773668794384 pan,eks,5025,0.588830614588479,0.21537813765089953 eks,eks,5026,0.12876049793274924,0.15585641140542594 eks,pan,5027,0.7572211331764787,0.2325134648801609 eks,zee,5028,0.35386542107386076,0.37117012291309726 eks,zee,5029,0.6649005742152306,0.968640074749029 zee,zee,5030,0.5875090511863751,0.2797909799076582 pan,eks,5031,0.6958326538393494,0.8708243653761277 eks,hat,5032,0.2945439456101079,0.15728143751762003 zee,pan,5033,0.974924650628186,0.9669570839581866 zee,zee,5034,0.9203642855427807,0.5206651807226769 eks,wye,5035,0.7880820779075502,0.7490003085045434 pan,eks,5036,0.6669037309103186,0.7852898502819553 eks,hat,5037,0.3861256788895815,0.9849326988419349 zee,eks,5038,0.27646436821800646,0.966795943629766 pan,hat,5039,0.05805817405705915,0.9932179958604398 zee,wye,5040,0.8804560258917605,0.5859741175246163 pan,wye,5041,0.8215150463068943,0.41746899820589767 pan,zee,5042,0.5160594808754981,0.34038151643511527 zee,pan,5043,0.4729643897380491,0.8082796095448785 wye,eks,5044,0.944933980409295,0.7127158343146003 eks,pan,5045,0.10534087226240663,0.7542791199133174 zee,pan,5046,0.43365029209841155,0.7392132819618191 eks,pan,5047,0.9240822180479168,0.4314552821051867 pan,zee,5048,0.7380043154543273,0.6241669393170018 hat,wye,5049,0.6158161626836199,0.23107643291636182 zee,pan,5050,0.5149206518156693,0.443722826592738 zee,zee,5051,0.10806215838843414,0.8316091936418926 zee,eks,5052,0.13123538643662702,0.8993374561672973 hat,hat,5053,0.023117725750200657,0.033915988824823384 zee,pan,5054,0.32314928212370087,0.05688167384675946 wye,wye,5055,0.3342612127307919,0.42233407978529247 hat,pan,5056,0.9666322975798146,0.17947032558912945 wye,pan,5057,0.6923954779265878,0.034012875290441835 pan,hat,5058,0.3825906955163786,0.8103254262396773 zee,zee,5059,0.11722281926454714,0.4784698788530096 pan,wye,5060,0.3993713904293549,0.8630955008829282 hat,hat,5061,0.8982925202936236,0.5153152768869278 pan,wye,5062,0.6541733479114709,0.14435606729689698 hat,eks,5063,0.7404726614057833,0.14934213540808206 eks,hat,5064,0.11826065449979817,0.44361936119890544 eks,pan,5065,0.16113803077069544,0.1931224993069398 pan,zee,5066,0.160970845859988,0.3653498317855951 wye,pan,5067,0.984014519910755,0.1085442049474844 zee,zee,5068,0.513447706607767,0.9552034872186853 zee,pan,5069,0.9699280626129259,0.054007659482251835 zee,zee,5070,0.3974043085931761,0.04564461949638321 zee,wye,5071,0.8135506068560597,0.9608362809012473 hat,pan,5072,0.9182632141669294,0.43231306945460934 eks,wye,5073,0.6147484385420419,0.5363878643299302 pan,eks,5074,0.5845946846241253,0.6243144568720979 pan,eks,5075,0.06225295939318909,0.47296164563217147 eks,eks,5076,0.7982506064893715,0.35691237251141883 wye,eks,5077,0.231763398457011,0.29533799083169177 pan,pan,5078,0.7379292282342623,0.32576070412274116 eks,wye,5079,0.4620414482111399,0.10454449264714505 eks,pan,5080,0.4154239126338921,0.1558721394610474 zee,pan,5081,0.38422127165844955,0.6011019199719426 zee,eks,5082,0.12455848010524884,0.970273373226025 wye,pan,5083,0.598195485668647,0.7711986200741965 eks,hat,5084,0.5007295834146884,0.028607275454148873 pan,eks,5085,0.6467927352142951,0.6809546997794357 hat,wye,5086,0.5496362637078044,0.2720688549660476 zee,zee,5087,0.10493923293046115,0.4813239698030355 eks,eks,5088,0.8414465852290272,0.22833809125034366 eks,wye,5089,0.27190062244408597,0.8657800314514896 pan,pan,5090,0.6064110590077285,0.36771074250450764 zee,eks,5091,0.6465716391447923,0.23897122778060764 eks,pan,5092,0.14584747968792888,0.19250348835022613 hat,wye,5093,0.06193876102851703,0.7031996658938712 eks,hat,5094,0.490742515210689,0.8308001526807453 pan,zee,5095,0.12743414057293911,0.3674063708637675 zee,pan,5096,0.5190322323030374,0.3578341596299308 eks,wye,5097,0.33724586909672605,0.2808209264792111 zee,pan,5098,0.5191394718493332,0.6948029406893036 pan,eks,5099,0.4686142873190169,0.47194949482921567 wye,pan,5100,0.5289724539988195,0.45192202668859927 eks,hat,5101,0.05611052621758694,0.14551172850676686 hat,hat,5102,0.28592095486470515,0.5702639619125038 hat,eks,5103,0.45909975903968236,0.8370518995297732 zee,hat,5104,0.12383004586365431,0.25661110382216856 zee,wye,5105,0.5972154159415002,0.03575292723673351 pan,wye,5106,0.44560649854859324,0.44398213053605406 pan,eks,5107,0.2991869218909077,0.4855377015585889 pan,zee,5108,0.8696312098499749,0.9234420344814674 eks,pan,5109,0.6347308371468083,0.1326692680255398 eks,wye,5110,0.055715443104116136,0.4615507678180293 wye,hat,5111,0.14260896559625547,0.2842155054761949 eks,hat,5112,0.868450337333343,0.8706206691563101 zee,wye,5113,0.8961064659188982,0.1944648523597512 wye,eks,5114,0.44892526756143925,0.5497795546938405 wye,pan,5115,0.4740055676174042,0.7911350546389597 pan,hat,5116,0.8762799268435709,0.9446805166366606 wye,zee,5117,0.7818146150023622,0.3854558191994354 wye,pan,5118,0.49177947702902347,0.7423017808370791 wye,pan,5119,0.4794067150556538,0.07923269424861734 wye,wye,5120,0.7036317641291522,0.25076154186882316 pan,pan,5121,0.8862196092737421,0.0033279610366836465 pan,wye,5122,0.3687043552254645,0.8549560734268002 zee,pan,5123,0.6515686983034052,0.5100953103470156 hat,zee,5124,0.8484226442959659,0.3697927989244223 zee,zee,5125,0.4116570693381614,0.8943311044914664 eks,wye,5126,0.9547804139837082,0.47195131805052704 eks,pan,5127,0.011993047445383431,0.7287085495775942 wye,zee,5128,0.07513405469493029,0.9154830290251537 zee,zee,5129,0.12609531649583638,0.44052343410884454 hat,wye,5130,0.7684246903338762,0.23751976841777223 hat,hat,5131,0.8922493612645849,0.2882212197666263 zee,pan,5132,0.33080234532260044,0.3096178521788119 hat,wye,5133,0.3942617617355668,0.8686679943940434 zee,wye,5134,0.2827895360020647,0.2448957006369109 pan,hat,5135,0.09957083263754218,0.5980806620300303 wye,eks,5136,0.4056324583379335,0.08334576336977417 hat,eks,5137,0.878238719282208,0.6491135241981707 wye,hat,5138,0.06783170016557316,0.4197736525433723 zee,hat,5139,0.301521500457932,0.7493817768168342 hat,pan,5140,0.3051559696668491,0.06338171371155699 hat,pan,5141,0.24126630734948107,0.3415400162111678 zee,zee,5142,0.5053797938498257,0.6943665465448414 pan,wye,5143,0.2455006451228895,0.2381483502091848 eks,zee,5144,0.048487900564839426,0.7986829177323632 zee,eks,5145,0.943348462297874,0.49699730029153877 zee,wye,5146,0.31739948115727923,0.6000335929359446 pan,eks,5147,0.20821590282748392,0.05180957502134165 zee,wye,5148,0.6971578309400973,0.05130727558151871 zee,zee,5149,0.01730237891149944,0.7994974955185655 hat,hat,5150,0.5204676158996879,0.7837983020069176 pan,wye,5151,0.46792698874985184,0.8655145758102156 pan,eks,5152,0.7698104203177931,0.26202820594725107 eks,zee,5153,0.5599128818778365,0.6217154146552438 zee,zee,5154,0.9860645516631891,0.4316727707502638 hat,hat,5155,0.6598214440228759,0.3829372068865968 eks,wye,5156,0.8891940614044549,0.06487886134646581 zee,pan,5157,0.7088889371664757,0.5291365868969226 wye,wye,5158,0.03780907803981348,0.01743012834128732 wye,hat,5159,0.541375591656728,0.19271971067809746 zee,pan,5160,0.1291394701733155,0.3164888119812437 eks,zee,5161,0.7070972450015776,0.8576144505983694 pan,wye,5162,0.23503083628119015,0.3804966968759753 pan,wye,5163,0.7745902001026395,0.05547251429169031 zee,eks,5164,0.817955788881543,0.5354324301609987 wye,wye,5165,0.8025727679132887,0.19141681065547878 zee,hat,5166,0.7360375371224098,0.29561728150687583 zee,hat,5167,0.01949832966304421,0.44975230900638874 eks,hat,5168,0.7853520653542873,0.21913075886744116 hat,wye,5169,0.10431463074876668,0.9319628819493798 wye,pan,5170,0.2834142139187724,0.8015795778401339 wye,wye,5171,0.8563300778556382,0.29021146719669166 hat,eks,5172,0.8901432458076336,0.5906289428469621 eks,wye,5173,0.23209666592661993,0.7954117026433107 pan,wye,5174,0.7220313992623487,0.47674307211032296 zee,eks,5175,0.007929525800474901,0.7115763725040718 pan,hat,5176,0.13951096415676212,0.37397816099478665 wye,pan,5177,0.32426760784210895,0.6275207008763184 wye,hat,5178,0.8483367054488846,0.3438036340567002 pan,wye,5179,0.5722581464790939,0.6082504729241017 pan,wye,5180,0.4531005566059778,0.6317423583403005 zee,eks,5181,0.8810030632200981,0.38442701936628154 pan,zee,5182,0.5458504348562845,0.5606252991061377 wye,hat,5183,0.7217910708545336,0.698686710480415 hat,eks,5184,0.5362269296471793,0.05511158796442561 pan,wye,5185,0.28943459067392874,0.9963452393967427 eks,zee,5186,0.19471121838287642,0.8475932004442778 wye,eks,5187,0.27341937394530447,0.5835195238055988 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pan,zee,5207,0.5698284352568362,0.5897809603851609 zee,zee,5208,0.3216207044318503,0.038820482913941357 pan,wye,5209,0.8306447997004499,0.8384123743007208 eks,hat,5210,0.08770207583625389,0.7725018412751664 wye,zee,5211,0.33912997635684583,0.8105461466866878 zee,hat,5212,0.7610245335034946,0.23104051545907822 zee,wye,5213,0.630076553798416,0.4732456051973126 eks,wye,5214,0.6175594035658841,0.9608217208353017 hat,eks,5215,0.28256241866196097,0.265704893607123 hat,zee,5216,0.8249008956837504,0.7862378134305688 hat,pan,5217,0.4700457200943312,0.005846894154671878 eks,hat,5218,0.7091734686647354,0.9683424620144252 eks,pan,5219,0.08321970448060567,0.9552244458317039 zee,zee,5220,0.7678115603005319,0.17456048525769519 hat,hat,5221,0.6804959880554192,0.5106473873198336 hat,wye,5222,0.08046680632449676,0.5515390101660408 hat,zee,5223,0.28029330967388233,0.7219566130837053 zee,zee,5224,0.7555723920288009,0.3761074889073034 pan,wye,5225,0.4049308387224845,0.7002764807468328 hat,wye,5226,0.7522569018366815,0.18119883657776303 pan,pan,5227,0.04907194450053376,0.24371127321212294 eks,hat,5228,0.08589819615072136,0.1928776399714467 eks,hat,5229,0.5280780018220216,0.850193621850258 hat,pan,5230,0.3059897834653845,0.7239860853683812 zee,wye,5231,0.24344354397416768,0.9681438520522745 pan,hat,5232,0.1881342701340306,0.7919638741482248 zee,hat,5233,0.7794106496174618,0.950428895380262 eks,wye,5234,0.1964278841499737,0.9230114722930227 hat,zee,5235,0.5349332160444686,0.7212892273015341 zee,eks,5236,0.0096091347524081,0.05157241835503623 pan,wye,5237,0.29264897203906315,0.2708942584778229 wye,eks,5238,0.877475809945589,0.4753884279556253 zee,hat,5239,0.10804287516531197,0.25028720143889427 pan,zee,5240,0.038521217586762524,0.45833782252961597 pan,hat,5241,0.6242964208021841,0.46876845876825834 pan,pan,5242,0.03478916499976592,0.8872591850817888 eks,eks,5243,0.3532736876730329,0.8100993157058493 wye,eks,5244,0.4410158520384003,0.08878204317661487 hat,wye,5245,0.30542326696649835,0.03254190401750867 wye,wye,5246,0.2619681126430232,0.2649618519422796 hat,eks,5247,0.45824524247081966,0.6844159528310743 hat,eks,5248,0.3283595420804768,0.8574880365351013 hat,zee,5249,0.7484157555119979,0.39553557685807894 pan,pan,5250,0.7554789617512107,0.2317754776472134 zee,hat,5251,0.6787637703297714,0.8107713369785818 wye,hat,5252,0.04799306200946163,0.699111788491548 pan,eks,5253,0.09939382730538704,0.9181166624382701 eks,hat,5254,0.3788407507062852,0.6050730090302495 zee,eks,5255,0.5847457461108924,0.8796125841387396 hat,zee,5256,0.5958859328721237,0.5394313157526304 eks,zee,5257,0.6145812801413588,0.8667435600565327 hat,pan,5258,0.39378429867517395,0.66637394577698 wye,eks,5259,0.9417378953261469,0.4145045232597019 hat,pan,5260,0.1040138249574939,0.5711578035148099 zee,wye,5261,0.2807184907727448,0.6881546576599258 eks,zee,5262,0.6748387970430342,0.9842159808803176 zee,eks,5263,0.5854346090243887,0.24780046831336067 zee,zee,5264,0.6651087221905022,0.4694678243278747 eks,eks,5265,0.178487009198119,0.3389965086336105 hat,wye,5266,0.60584735950502,0.08711755746003325 hat,pan,5267,0.14941018319657196,0.42913266234393854 wye,wye,5268,0.44618372032109543,0.19531077190155655 wye,pan,5269,0.8715465668907355,0.15578281828771234 eks,zee,5270,0.272381988376838,0.749508925403637 hat,zee,5271,0.8731584572028818,0.8587026343639556 hat,wye,5272,0.7141686842916973,0.2536343098230014 hat,pan,5273,0.6161173798530847,0.5170002336730243 wye,wye,5274,0.9836997370643351,0.9073574715868198 zee,zee,5275,0.9271419947755198,0.7499953605856078 eks,zee,5276,0.4436574016008654,0.11521473164364193 wye,zee,5277,0.41785833930772587,0.5581905438338015 hat,zee,5278,0.6303081078068822,0.9708543000113369 eks,hat,5279,0.7724785778741878,0.8749355527936072 zee,pan,5280,0.019491215186811517,0.28573440717823495 hat,hat,5281,0.8966308328410811,0.8932890927799828 zee,eks,5282,0.20474699819177533,0.9563609260887708 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pan,hat,5302,0.2662060484446822,0.501911240454392 wye,zee,5303,0.030537351078086195,0.20700838585535786 wye,hat,5304,0.4745666526865788,0.3396776308478552 eks,zee,5305,0.5607499175198385,0.21583087167043014 eks,hat,5306,0.690451786737028,0.0861194392792598 pan,zee,5307,0.06684973668910421,0.9544628284207586 wye,zee,5308,0.7500932442964064,0.552958619063383 pan,zee,5309,0.2335642300224079,0.31164052398797637 pan,eks,5310,0.15387236958406036,0.43829110359848433 wye,zee,5311,0.7866346249384528,0.03570506892329006 hat,wye,5312,0.5514251601334069,0.4379220457409775 eks,wye,5313,0.0355425881526662,0.16802137840026887 eks,eks,5314,0.04767639014474101,0.7923199475995649 hat,pan,5315,0.22846522556430016,0.8271404016977637 wye,pan,5316,0.31445904414804127,0.235006707754 zee,wye,5317,0.4335088190275804,0.5671270126055555 hat,wye,5318,0.15817916140514576,0.6371355203785057 zee,zee,5319,0.9627644186331633,0.46453264491285806 pan,pan,5320,0.9101265684004383,0.8101420365566193 pan,hat,5321,0.7404633039474602,0.9639884498668673 zee,zee,5322,0.6420718148305066,0.37414212799368096 wye,hat,5323,0.4830324590268663,0.0404568640233397 hat,zee,5324,0.5028487276011456,0.020932159991859267 zee,pan,5325,0.888291122851125,0.5111470794632866 wye,pan,5326,0.07272409700902271,0.27564484500916986 wye,pan,5327,0.0888998337471314,0.9919041685553374 hat,pan,5328,0.3064216274886523,0.4890201595898237 pan,wye,5329,0.3470931183432189,0.1997795824920121 zee,zee,5330,0.13436961326496677,0.3095854896519281 zee,pan,5331,0.8655317519954471,0.8104322805331614 eks,wye,5332,0.01695205279543599,0.6253163249860758 wye,wye,5333,0.41853514055951446,0.46414849053819973 eks,wye,5334,0.9312528403346797,0.34690398003679423 hat,wye,5335,0.8146576023607562,0.517623963255214 wye,wye,5336,0.9644696679607304,0.17623585722771673 hat,wye,5337,0.0491647681854408,0.9084359968915301 wye,eks,5338,0.9183687166177615,0.6742918022088258 eks,zee,5339,0.6913946457851302,0.5236074895779744 wye,wye,5340,0.7574842345027994,0.35438559050849205 pan,pan,5341,0.9609080490571219,0.764751472995584 hat,hat,5342,0.9571224566918112,0.6488786174457046 eks,zee,5343,0.1297439418853782,0.10986446330230937 wye,pan,5344,0.2265442713227983,0.08671233554174995 zee,eks,5345,0.6690807314571691,0.5220733222869928 wye,zee,5346,0.42279438877482367,0.1357326426861194 zee,eks,5347,0.566584546381942,0.14424580074370563 eks,hat,5348,0.9402905188032046,0.6899005608656246 wye,wye,5349,0.8220699059748584,0.08673018838619662 eks,pan,5350,0.223912795614429,0.8705191204953174 pan,zee,5351,0.17054432883772475,0.3754155013143816 pan,hat,5352,0.577021048756712,0.8658764185620885 eks,zee,5353,0.6047802080751319,0.16748745069598325 zee,pan,5354,0.8138458432489908,0.887184873534984 hat,zee,5355,0.4409314249173867,0.16661996267618873 zee,wye,5356,0.9294777278187871,0.9218221729540071 zee,zee,5357,0.7978605597846053,0.19629225024825436 eks,eks,5358,0.020853766511345406,0.9622073813280082 pan,wye,5359,0.30351132190401986,0.6285435222862336 hat,eks,5360,0.20965717538739437,0.8407225718631762 wye,eks,5361,0.8752567055200561,0.9860616183578573 zee,pan,5362,0.7742820785303554,0.12159579314900681 eks,pan,5363,0.045340262727698866,0.8347997035721408 eks,eks,5364,0.27673456069026947,0.28606929907632006 hat,eks,5365,0.1389831981773636,0.958748587909282 hat,hat,5366,0.2805736404470527,0.39685097136131187 eks,hat,5367,0.506031079714652,0.9912645565514333 pan,zee,5368,0.6865182575714622,0.8704513374052988 zee,wye,5369,0.8603176374144329,0.3346439571733928 pan,eks,5370,0.9070851500395942,0.03151443822439248 wye,zee,5371,0.26330651984082165,0.312969179382553 zee,zee,5372,0.5395637542263729,0.876693303664991 zee,hat,5373,0.34909843746802205,0.8568124167530461 zee,zee,5374,0.3028178173036057,0.7391998484027293 hat,zee,5375,0.5150486678896874,0.5093614114895396 hat,zee,5376,0.26087420592676525,0.45387940157532647 zee,eks,5377,0.11113050876158048,0.019064162496037707 zee,hat,5378,0.7356184687449835,0.5091161605127379 wye,wye,5379,0.09703125778637067,0.25691589979049356 zee,eks,5380,0.3345104910149367,0.1516506429745581 eks,hat,5381,0.5792199947921147,0.49613092724134833 wye,eks,5382,0.6188424819758455,0.5722334124286547 wye,pan,5383,0.4199976827116998,0.6380529017621875 eks,zee,5384,0.7599800240198485,0.19856983882208867 eks,hat,5385,0.06854514347417606,0.028515802052052952 wye,zee,5386,0.31992003300785,0.9257458880403014 wye,zee,5387,0.8545498814228611,0.06322205211700338 eks,zee,5388,0.14459434374592373,0.42112443945304057 pan,zee,5389,0.11816306719121206,0.17831615949339463 zee,pan,5390,0.551475598918215,0.6565173979014076 hat,pan,5391,0.4696624324268569,0.9440798879738231 pan,hat,5392,0.2906675154826033,0.7331663429068216 pan,hat,5393,0.2596796215047702,0.9407425847640128 eks,wye,5394,0.6216628077513283,0.9763969655887303 zee,wye,5395,0.8476101473277529,0.9881007277790081 zee,zee,5396,0.8702478883993182,0.2813073047318746 eks,hat,5397,0.9584988429207648,0.16350049486702678 wye,eks,5398,0.36458407067281184,0.04100408848224302 wye,wye,5399,0.733413532545851,0.6459898444733033 pan,wye,5400,0.9665506125898256,0.5448152784578933 zee,hat,5401,0.8543887956499512,0.7439702074332549 pan,hat,5402,0.16703607056661052,0.678760520989282 pan,pan,5403,0.8295505457000276,0.08557288192430035 hat,eks,5404,0.24083859157948273,0.8456272874080909 hat,hat,5405,0.7303478280030506,0.08240241730334918 hat,hat,5406,0.16072785206888152,0.940229803599545 eks,pan,5407,0.8649757853523717,0.49430262836010985 hat,hat,5408,0.5776416796711862,0.38502333915273557 hat,pan,5409,0.5633298053737792,0.7410429711654063 eks,eks,5410,0.9778916491011578,0.2273478424516322 pan,eks,5411,0.7262036914700832,0.9187345564266572 zee,eks,5412,0.33286294808080064,0.3921681976941228 wye,eks,5413,0.08772931753470603,0.48815297744510433 eks,pan,5414,0.44377217382552636,0.13437156912545423 eks,eks,5415,0.43246842646662487,0.9003920363683975 eks,hat,5416,0.753762625636042,0.6313338577994543 pan,hat,5417,0.20986095023321283,0.278888203103681 zee,pan,5418,0.15332749400308754,0.8904428676045328 hat,eks,5419,0.46399468430524804,0.0717886401624439 zee,zee,5420,0.47725202464468663,0.9096066884668478 wye,eks,5421,0.4608256396986088,0.18257443066884294 hat,zee,5422,0.9062976974038087,0.825705654266679 pan,eks,5423,0.829675619825074,0.30094578297716856 zee,pan,5424,0.2627796756491889,0.05131765835402935 pan,wye,5425,0.9750271883009257,0.10505350281212911 wye,wye,5426,0.2694712165014862,0.617405875060473 hat,eks,5427,0.06062699861257914,0.14515726494650738 pan,wye,5428,0.9471818920457628,0.2665032520198297 hat,eks,5429,0.3317119302689199,0.45073390665129454 pan,hat,5430,0.16613227391144125,0.41913253603052736 zee,eks,5431,0.5545698300075519,0.9624415304532793 hat,hat,5432,0.9825886641650767,0.4606811454162322 hat,zee,5433,0.7849062201991618,0.9640442210529644 pan,wye,5434,0.027672040238877704,0.09364154641355082 zee,hat,5435,0.4045108520910917,0.36431937644373535 hat,zee,5436,0.9496952473063589,0.6756301296750051 zee,hat,5437,0.5978983969671523,0.6276473499153709 eks,hat,5438,0.38522029067066954,0.9206254386424841 eks,hat,5439,0.38811572418657825,0.07594870509481821 hat,pan,5440,0.3245042501769525,0.5860367509842646 eks,hat,5441,0.5113055435442414,0.9478634662218888 hat,hat,5442,0.649952463378999,0.40331287808319716 zee,pan,5443,0.2660546525494476,0.036573786936417774 hat,wye,5444,0.2933645151017673,0.8565796439445684 hat,hat,5445,0.19274932648900556,0.6752612195498396 zee,pan,5446,0.6843298638997956,0.18463787286549893 eks,zee,5447,0.4465765938644741,0.6465428046837856 wye,hat,5448,0.7104951786733581,0.007575728589058528 hat,wye,5449,0.05598891388977545,0.22520895137141883 hat,zee,5450,0.6973457907641605,0.3767547727152859 eks,hat,5451,0.22980925307219058,0.09539340024354548 pan,hat,5452,0.3157808212188198,0.6787208591042566 zee,zee,5453,0.08674939853988706,0.0016458788929679669 pan,hat,5454,0.45512276442779265,0.7647008695253613 wye,hat,5455,0.9223519005619959,0.9896263386831655 hat,zee,5456,0.2599314461144381,0.8810566831796974 wye,eks,5457,0.3716116598539073,0.6158074210009791 eks,zee,5458,0.04287045703879866,0.3387484748791293 eks,eks,5459,0.964192450580381,0.0021921221413634395 zee,hat,5460,0.16317765667465844,0.5350462588301713 pan,pan,5461,0.6162574043540692,0.8321486837007045 eks,pan,5462,0.1418039983669439,0.6211011915118961 zee,hat,5463,0.5986397200652216,0.6968533019592756 wye,eks,5464,0.8847165179059643,0.8396671337239269 eks,pan,5465,0.64956961455677,0.42814835565709897 wye,zee,5466,0.078362139340725,0.7041742329715265 pan,pan,5467,0.7658242784400351,0.6658002824538031 zee,wye,5468,0.7694464457122385,0.3630968380462761 eks,wye,5469,0.5573393787208576,0.5674857974105666 wye,wye,5470,0.9070377249974354,0.2288418409874835 hat,hat,5471,0.9390885842014736,0.4885661765278554 pan,hat,5472,0.15616642541017933,0.723291076738834 hat,pan,5473,0.8339379553110595,0.27272554707575325 zee,wye,5474,0.7147670868273149,0.5300588513631999 hat,hat,5475,0.6079530363728716,0.7302013509128558 eks,hat,5476,0.20009244252935454,0.3819915946964063 eks,wye,5477,0.39259835612758154,0.30659538127782704 hat,wye,5478,0.6770531656328236,0.6798247125178067 wye,hat,5479,0.8464109156551775,0.5746477726666506 zee,zee,5480,0.5016540167129663,0.8741956310027429 wye,hat,5481,0.6695686221456726,0.689441485231751 zee,zee,5482,0.6069552630891367,0.8327367055952278 eks,eks,5483,0.7469659158360071,0.10223878164983224 zee,pan,5484,0.9278433464500453,0.1755972033710903 zee,pan,5485,0.5724120522769688,0.03415735625364058 zee,wye,5486,0.3960740290371987,0.2157291640948238 zee,wye,5487,0.4006137623075525,0.915996687470202 wye,wye,5488,0.3501090213998701,0.1419133192803893 eks,eks,5489,0.86861919099865,0.25681726556775375 wye,hat,5490,0.0114773666847795,0.024645492270649272 pan,eks,5491,0.37445278083566247,0.1319415773692295 pan,eks,5492,0.24969695350122256,0.7787009090435869 hat,wye,5493,0.1382138485389508,0.42533800225303686 zee,pan,5494,0.8834013775449513,0.532739443419528 hat,pan,5495,0.06870299529036838,0.16955231705247786 pan,eks,5496,0.7348263636816107,0.8630644835981002 pan,wye,5497,0.18130548510310573,0.012524267398086986 zee,wye,5498,0.07850770050431843,0.6592896086014353 eks,wye,5499,0.12579070445810636,0.027946488029312544 zee,hat,5500,0.31461267260641923,0.0748646953586749 eks,pan,5501,0.6387163017917407,0.9935696733123411 zee,wye,5502,0.43904419266704897,0.4569132922221508 eks,pan,5503,0.8033268068277595,0.18844163406954773 zee,eks,5504,0.9596958577456198,0.04773563051124652 hat,wye,5505,0.5520964703015074,0.48453868182721893 wye,zee,5506,0.4087385270797551,0.8564815497838665 eks,pan,5507,0.21391759502009422,0.3447041692322321 hat,eks,5508,0.27910653275458874,0.5485292937357691 hat,pan,5509,0.0989266416174771,0.6959930085614316 pan,hat,5510,0.4611680765379149,0.7214873034272665 eks,wye,5511,0.23798712129455957,0.7587550612183068 eks,wye,5512,0.5807870919230165,0.9691165477002429 pan,pan,5513,0.12503735272775673,0.4355589149955563 pan,eks,5514,0.24662547688833314,0.3287438663802673 zee,pan,5515,0.6313995187707404,0.833564271162547 hat,zee,5516,0.33305390076062613,0.9170789339963947 wye,eks,5517,0.8721055830589473,0.02704639391207897 pan,pan,5518,0.14313525389664383,0.7459994619303395 eks,zee,5519,0.7813269749608942,0.43515581235296563 pan,pan,5520,0.12004377059603999,0.17842342731389704 wye,wye,5521,0.4952080825177475,0.16871841358834394 zee,pan,5522,0.36872049705368115,0.1990766711673171 pan,wye,5523,0.742045965934904,0.9721895926892108 eks,zee,5524,0.8701165441999673,0.5339961636745024 wye,pan,5525,0.49890360517452514,0.024484853806581164 pan,eks,5526,0.7026312260362405,0.8810518289214107 wye,eks,5527,0.7997008739733962,0.18410432351101302 hat,pan,5528,0.8212044358760883,0.11209149520678119 pan,eks,5529,0.8511463764647872,0.14138132753417088 hat,eks,5530,0.5258934621583872,0.720463955146462 zee,eks,5531,0.35366192891288517,0.08693096089863839 eks,pan,5532,0.02230190397042897,0.6075383296925656 hat,zee,5533,0.958788084715825,0.20611877870477535 pan,hat,5534,0.0019016743345633413,0.32222113968267996 hat,wye,5535,0.4214775778712955,0.22796016352171378 hat,hat,5536,0.7965347610723122,0.2771962774393667 zee,eks,5537,0.5232208554018066,0.7842118697965217 hat,eks,5538,0.4077121389029271,0.11707098355780121 wye,wye,5539,0.743441288773323,0.6405109845442226 hat,hat,5540,0.42899567587485843,0.23687426121264998 pan,zee,5541,0.8254948808955715,0.4991271884600853 zee,wye,5542,0.755488383171051,0.4137799115139683 hat,eks,5543,0.48020817778428815,0.9225205496681843 zee,eks,5544,0.6602401325197925,0.32279850833980206 hat,wye,5545,0.858697605273768,0.8576653967219389 pan,eks,5546,0.6631984443201948,0.3727938739078658 eks,hat,5547,0.6895459625786122,0.22640122479226865 eks,pan,5548,0.3627382468806156,0.0796990614162374 zee,eks,5549,0.7292096702579594,0.9691771087568819 eks,eks,5550,0.6327683854211364,0.6420822760549295 zee,eks,5551,0.28298845518306814,0.8947425604116854 pan,hat,5552,0.5841578438331838,0.1596820606396967 hat,zee,5553,0.5166466940884901,0.5215576515640856 pan,pan,5554,0.9579182517583037,0.18510227855201322 wye,zee,5555,0.8156182188735165,0.7385240536968077 pan,hat,5556,0.4092542192178087,0.8148464821295865 wye,pan,5557,0.25358407312884057,0.9664484962083387 hat,pan,5558,0.768872222650759,0.7571069129173444 zee,hat,5559,0.02119490837909377,0.7608765429541047 wye,eks,5560,0.5167434492366938,0.2556264017975728 zee,zee,5561,0.19901052822038778,0.010162787621391778 zee,zee,5562,0.010968218584134437,0.4064143237134189 pan,hat,5563,0.5922101576133584,0.4027972800052315 eks,wye,5564,0.49763688623866753,0.5883123179094881 pan,wye,5565,0.7684392835456383,0.3749236173392554 eks,zee,5566,0.8548967678474122,0.570131787889301 zee,zee,5567,0.31067383496587675,0.6147427008783484 eks,pan,5568,0.8429203216611878,0.1574744061469351 zee,hat,5569,0.08829574118086814,0.5348102685441779 pan,eks,5570,0.6920854194235941,0.6152462479121356 pan,pan,5571,0.6728243500766502,0.4062647573271557 wye,zee,5572,0.7192603411774698,0.4187864354572167 pan,pan,5573,0.4439499129311816,0.452364734358081 pan,eks,5574,0.20220091735345957,0.7994491452794874 wye,wye,5575,0.21178209452449626,0.15235066856869428 pan,hat,5576,0.2328237068625838,0.1466943672149028 wye,eks,5577,0.1463637145507638,0.27512353058563355 eks,eks,5578,0.7678172951406467,0.4330114463831388 hat,wye,5579,0.7640191949316547,0.24039019030979936 wye,hat,5580,0.302423176696171,0.8421273065109021 wye,hat,5581,0.8901857920101928,0.29658407519577457 wye,zee,5582,0.9976903742848702,0.45676971223633933 eks,hat,5583,0.9279820319463397,0.2328972990196413 hat,eks,5584,0.33098984262520037,0.558064177488057 zee,wye,5585,0.8492581279138114,0.3377131419417513 wye,hat,5586,0.3843644484125802,0.5395570591826665 pan,wye,5587,0.2563692488210999,0.8648625544244997 eks,pan,5588,0.47849756747842254,0.36440498978427904 zee,zee,5589,0.16028903050640975,0.7637743011708871 hat,eks,5590,0.3632486395529805,0.009397590758849828 zee,hat,5591,0.30560662975374475,0.7718259824315155 pan,pan,5592,0.39375784368183886,0.04590683905804471 zee,wye,5593,0.6639341156412852,0.21782811751505382 wye,eks,5594,0.748874819175722,0.5391318034694991 wye,zee,5595,0.14037849467735208,0.17046690443866652 zee,zee,5596,0.10182342354198881,0.5446008492963108 zee,pan,5597,0.6907943477760979,0.4189830850027354 eks,zee,5598,0.2962037835362923,0.36049737941380366 wye,pan,5599,0.16480658469175224,0.8389670972825451 zee,pan,5600,0.6488288447142824,0.8870043471299166 wye,eks,5601,0.9541704944878237,0.06050893170404792 hat,wye,5602,0.9634543762478623,0.2995192276364238 pan,eks,5603,0.713998278452672,0.6065522135018214 eks,pan,5604,0.9495183550398497,0.861843219886308 zee,wye,5605,0.9500848655829623,0.45916889205740574 pan,zee,5606,0.314494599736428,0.24386090680148387 zee,wye,5607,0.7689855715450897,0.11045228604478441 pan,pan,5608,0.2591280268253763,0.9062746985784103 wye,eks,5609,0.038203945200321776,0.5754771176043 wye,pan,5610,0.3513354907140842,0.23568099743397186 eks,wye,5611,0.5581667554162788,0.533651422581368 wye,pan,5612,0.6476139827218337,0.1625920960990147 hat,hat,5613,0.43541285982294176,0.9781241021866268 zee,hat,5614,0.07143295094027957,0.5146773830335898 zee,hat,5615,0.3921043983626502,0.12859994269629937 hat,hat,5616,0.12215970633938278,0.3357015949156391 hat,pan,5617,0.1867388485013709,0.11120997350204453 wye,eks,5618,0.6179065708118318,0.03936978657358048 pan,eks,5619,0.23990263600951223,0.8386791333746637 wye,zee,5620,0.8136012361181053,0.9246893690807032 zee,eks,5621,0.6936065900415402,0.9835121994811427 wye,hat,5622,0.46042861129071444,0.8690567617780255 hat,hat,5623,0.7847006863046383,0.9540584320255103 wye,zee,5624,0.6715918738207972,0.9248713771595384 hat,wye,5625,0.3458684025425872,0.27012900303390197 pan,eks,5626,0.5311033870913179,0.17537860987554665 eks,zee,5627,0.8021710394665355,0.8677575901404581 zee,zee,5628,0.22133674407714776,0.650517614686327 eks,hat,5629,0.19299554543178998,0.926482748769109 hat,pan,5630,0.6751229005765216,0.5680107534137527 pan,hat,5631,0.6215515202465142,0.7335723775728186 pan,wye,5632,0.8548923960863601,0.22525018696051402 zee,hat,5633,0.8768635937091291,0.17829195183165314 hat,zee,5634,0.6015751224700235,0.0644975490073253 pan,hat,5635,0.7276807776942956,0.8500606585761793 wye,eks,5636,0.4833228626835777,0.7378551070407615 eks,pan,5637,0.19782280979787448,0.16113009983532756 wye,eks,5638,0.6640345835133702,0.6498713803920758 hat,hat,5639,0.20821268257622816,0.4305417007597995 hat,hat,5640,0.5586511327847578,0.1326971674398928 pan,eks,5641,0.7319972100987417,0.719616216404303 pan,hat,5642,0.13804409751652513,0.9924728363763738 zee,pan,5643,0.5223512543043243,0.4991596521110977 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pan,eks,5663,0.7069322205111267,0.3613403478317495 zee,zee,5664,0.9028085500044974,0.6560744841877679 eks,pan,5665,0.42180175898330097,0.5602780165419919 eks,wye,5666,0.11819158774260774,0.3269446466483843 hat,pan,5667,0.4124388603109588,0.32891147928157505 hat,hat,5668,0.28048754020684197,0.1586304642802714 pan,pan,5669,0.355899451932013,0.6719277980511792 wye,pan,5670,0.8835631178552948,0.030315290308040144 pan,zee,5671,0.6000348059150206,0.29058998333691977 eks,pan,5672,0.15818268756400555,0.06017126006059004 hat,zee,5673,0.2279653016908878,0.9182355806226783 eks,hat,5674,0.30002134346912324,0.5070589085102488 hat,eks,5675,0.6776164025070541,0.8270479553259737 hat,hat,5676,0.26316020747343927,0.4439406464012029 hat,wye,5677,0.21137471648135742,0.5132924852429177 wye,eks,5678,0.6936453571596785,0.5977687990521104 zee,wye,5679,0.038384056804088296,0.39062169520305345 wye,hat,5680,0.2396335274387169,0.5617745220517328 hat,pan,5681,0.754469633162002,0.0837659053517874 wye,wye,5682,0.13450523706607276,0.5466840856340288 pan,hat,5683,0.3334514488024498,0.8403356176006205 pan,eks,5684,0.5990374956703001,0.759556440814025 eks,wye,5685,0.2272695825818456,0.06890003755302965 hat,wye,5686,0.0781769662654741,0.610149228572904 pan,eks,5687,0.20540821693039724,0.4583791378818265 eks,eks,5688,0.2681427485140152,0.4723384743843706 wye,zee,5689,0.06033196478297487,0.7884610426494236 pan,pan,5690,0.15932061131003383,0.10750760915363755 pan,wye,5691,0.6927406446662911,0.9484436166272129 hat,hat,5692,0.5189985771163975,0.8788751540883317 eks,eks,5693,0.2268536055075211,0.07181079334560747 hat,zee,5694,0.9574100016777235,0.17039179071493438 zee,pan,5695,0.9393222489267224,0.774430899802153 zee,eks,5696,0.2640774691558284,0.8627504344994997 pan,eks,5697,0.0327219679391374,0.09248968708796146 hat,wye,5698,0.06810484760017288,0.6639875840703167 zee,zee,5699,0.6656525429975034,0.2656212467516811 pan,zee,5700,0.28090923774332355,0.8374951101696497 wye,wye,5701,0.1179627885550506,0.9975425331219988 eks,eks,5702,0.25289706880351914,0.2805563313790924 hat,pan,5703,0.72917739071484,0.690903665960745 zee,wye,5704,0.5782219259637615,0.6129742019787713 hat,zee,5705,0.04579072787896754,0.15799336306835265 hat,eks,5706,0.2189964629062231,0.6072901175002905 zee,zee,5707,0.5807599756368977,0.28039036085635494 hat,hat,5708,0.5348701164177605,0.871699930863178 zee,pan,5709,0.6457903828308892,0.9224142093441036 wye,zee,5710,0.7433946942246273,0.7685021078153906 wye,zee,5711,0.243617265440373,0.9593069077433208 hat,eks,5712,0.6655721179929885,0.6283331080904476 eks,eks,5713,0.5690397938907296,0.9770357412029763 wye,zee,5714,0.08482160064983257,0.03799417629580293 eks,eks,5715,0.6755655231911353,0.4811405314521109 eks,hat,5716,0.21238778822910676,0.3806052020082521 eks,wye,5717,0.6979537966601973,0.42962472621589876 zee,wye,5718,0.5593594936211146,0.16162369293678702 wye,pan,5719,0.5431877225362253,0.8355498406808398 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hat,pan,5739,0.6476551335592238,0.2601855690050563 eks,wye,5740,0.06533958654376182,0.08290954242914517 eks,pan,5741,0.8637268770032811,0.5213399189681543 hat,wye,5742,0.34236446310071245,0.9934982483299798 hat,eks,5743,0.5295348501354114,0.7258797581771135 hat,hat,5744,0.12378910131331311,0.40752356675537815 eks,wye,5745,0.3665816980119626,0.6375063009827584 hat,hat,5746,0.3584851213141641,0.7358326774690753 hat,zee,5747,0.43583700578338747,0.672265347255106 zee,pan,5748,0.7440532825684012,0.9785802799882344 zee,hat,5749,0.21090673582102115,0.1689004632484875 pan,pan,5750,0.8304494332695221,0.5545369624062666 zee,pan,5751,0.5728551154691659,0.6693087997390269 eks,wye,5752,0.4413629999732097,0.15979822952735956 wye,eks,5753,0.7095091807055749,0.724643932584749 zee,wye,5754,0.7672243199159505,0.2279066139221857 zee,zee,5755,0.3010837648341733,0.025119103758309502 pan,zee,5756,0.6193965896501459,0.8537626115609437 wye,hat,5757,0.1224660035525037,0.9089730465198579 wye,zee,5758,0.7467869025815791,0.7773472293348217 eks,zee,5759,0.5808704155987169,0.7833615756850842 hat,eks,5760,0.9162336115551181,0.823024870348188 eks,pan,5761,0.8487786036617613,0.622984817551366 wye,pan,5762,0.40655642829036065,0.4636508847184254 eks,zee,5763,0.5976566500579671,0.43395514824679315 zee,eks,5764,0.3648319525198409,0.8451336137273936 eks,hat,5765,0.18805948712913445,0.22065247387702902 hat,eks,5766,0.46718203983164364,0.5797529176785338 wye,wye,5767,0.3576483350283548,0.7099943913835636 zee,wye,5768,0.3112657659379815,0.7236135438320516 pan,wye,5769,0.12034641162140858,0.7632931531006384 wye,zee,5770,0.2844962427329081,0.46659983713341124 pan,hat,5771,0.8904572608374995,0.8849293322073792 wye,wye,5772,0.7038981127406301,0.494354667366391 pan,eks,5773,0.5155930172001615,0.9788581972056736 zee,eks,5774,0.28797189143581137,0.8675122476473998 zee,pan,5775,0.03055433366810012,0.1704580136613072 pan,eks,5776,0.7165945800863369,0.6653908462460456 pan,eks,5777,0.8730284129862198,0.6933278671481614 pan,zee,5778,0.18335757641115535,0.5465471193000622 zee,hat,5779,0.10449109525989031,0.09472821919765906 zee,wye,5780,0.4996898459570338,0.788832071937286 hat,hat,5781,0.9223990594381151,0.9860563250941797 pan,pan,5782,0.21543034149293305,0.7487921850342059 hat,zee,5783,0.6163250225253557,0.7015824283135457 zee,pan,5784,0.25355692244085803,0.5122385042700014 hat,wye,5785,0.40569525676284146,0.22909456416866192 wye,zee,5786,0.03516048679248873,0.8905801671138128 wye,eks,5787,0.21927016627884677,0.5789606863931362 pan,eks,5788,0.02515332637605694,0.5642073646656487 hat,wye,5789,0.8879926912167789,0.288087517987045 zee,zee,5790,0.8365237122409817,0.3161681746915882 pan,pan,5791,0.9821624001072915,0.035862016352741 hat,hat,5792,0.04225905159882992,0.11113794777514896 wye,hat,5793,0.7433843634275165,0.5164678527321154 eks,hat,5794,0.6887872847411916,0.485721605301096 wye,zee,5795,0.6399305400537463,0.5169871749762857 pan,eks,5796,0.10739150192981317,0.004460524149627276 hat,hat,5797,0.5867728931987851,0.937578286245456 eks,hat,5798,0.3908387810335817,0.34330528598151944 wye,eks,5799,0.11663940947930529,0.2283382768880119 hat,wye,5800,0.20766266556079938,0.06909200825337258 zee,eks,5801,0.019645955696274475,0.9094238943256715 hat,zee,5802,0.4647837023773008,0.30037328314118017 wye,pan,5803,0.5646566533554874,0.15673400226423917 eks,hat,5804,0.29845440226372855,0.24711215673748332 zee,wye,5805,0.25960541840206386,0.22950027817819518 wye,pan,5806,0.6653575136807429,0.9060998128185732 pan,wye,5807,0.18771994519215784,0.26225112077131363 wye,pan,5808,0.3666840512152372,0.15437085935635642 zee,wye,5809,0.1494185162017646,0.7860811687162453 wye,hat,5810,0.11952846412695983,0.8522219808940303 hat,eks,5811,0.44094875130964795,0.7732717099587513 eks,hat,5812,0.5559531679203801,0.026931495207055067 hat,zee,5813,0.5451345812741655,0.4792657127863339 eks,wye,5814,0.3619763137230263,0.3300717677846403 eks,zee,5815,0.48687526629526545,0.8584389551214576 pan,eks,5816,0.9160561949834121,0.5246537157918573 pan,wye,5817,0.3309523992695672,0.8070632628360801 pan,zee,5818,0.20345133041566366,0.5750982955524265 zee,eks,5819,0.07183321376053509,0.9726675502317286 wye,wye,5820,0.9675205269852082,0.8456558793367495 hat,zee,5821,0.319976254021178,0.8734609010107423 eks,eks,5822,0.6616970307501397,0.6091232839670194 eks,pan,5823,0.5176519151206722,0.021797183751670723 eks,zee,5824,0.008069601151581285,0.4982567352783567 pan,hat,5825,0.5827800197345394,0.7803525569338927 pan,pan,5826,0.2538325082222126,0.9476879457255432 wye,eks,5827,0.9514763137560248,0.20882670554843952 wye,zee,5828,0.9320615638508492,0.19881625022009897 pan,hat,5829,0.9764966414862699,0.4156514128952272 hat,pan,5830,0.3667779041985445,0.705757188907245 eks,eks,5831,0.2131869859612514,0.051574404230206206 hat,eks,5832,0.536815843763481,0.9725354850537404 eks,wye,5833,0.06151529817648871,0.7067840865178908 pan,hat,5834,0.40809909826591584,0.9348168564556171 eks,eks,5835,0.565996045716497,0.4508098512548929 eks,wye,5836,0.8956966597743651,0.8528472084728154 eks,pan,5837,0.4574051555265334,0.8299651056659689 pan,wye,5838,0.40192120844730816,0.01299427191690905 wye,hat,5839,0.9215400303532923,0.45266271324432283 pan,wye,5840,0.24154556129725246,0.5622236434363397 zee,wye,5841,0.1727248222190798,0.6210983576320617 wye,eks,5842,0.6216373633536472,0.9301770846288369 eks,eks,5843,0.7492151915521785,0.39861528823986403 zee,pan,5844,0.760328363920412,0.25716006527035284 hat,eks,5845,0.43975939611821113,0.8916429935358784 zee,zee,5846,0.162570991251604,0.26519462331398813 wye,zee,5847,0.27955183683250895,0.593734945819627 hat,hat,5848,0.9956327931315808,0.8873051757938238 hat,pan,5849,0.7302167315792862,0.21263835483392501 wye,pan,5850,0.9313090088228326,0.9743729163851863 eks,zee,5851,0.22409910130745192,0.13300739204811318 hat,pan,5852,0.9764589316784894,0.5367076815906018 hat,hat,5853,0.9153388125321756,0.3586120018450708 zee,eks,5854,0.13307347063070984,0.35231749332115525 eks,zee,5855,0.9817510205071746,0.345441110032638 hat,hat,5856,0.02372556298430306,0.7721928675615208 eks,hat,5857,0.5417934009900822,0.13544385674063442 eks,zee,5858,0.0460418994677978,0.5267262848816568 eks,wye,5859,0.07297199386640929,0.027345228589134907 eks,eks,5860,0.9833629242563793,0.9992250545586543 eks,hat,5861,0.885544518143363,0.6319209563437962 wye,eks,5862,0.5814001743292831,0.2775598540805262 eks,wye,5863,0.46034553116676624,0.8419263560507274 hat,pan,5864,0.8998046024201602,0.13280033695524907 zee,zee,5865,0.7705835578927107,0.47218544336953905 wye,wye,5866,0.0548129640505145,0.8443145744599417 eks,zee,5867,0.9115822381629575,0.7866137441239371 zee,zee,5868,0.6094609434293627,0.5377506393673299 zee,wye,5869,0.018050024906604567,0.7925383948436677 pan,wye,5870,0.7185567353405748,0.9625690376428901 zee,zee,5871,0.028580144473957514,0.3101568871452759 pan,pan,5872,0.3820471070600516,0.35563824254246 hat,pan,5873,0.48211948675174343,0.2808314182510484 zee,zee,5874,0.4244763123071966,0.27813346850123377 hat,hat,5875,0.08023425641620874,0.3562943757988909 eks,zee,5876,0.42409197009601207,0.2580874448511281 zee,hat,5877,0.6106977731868735,0.8348351384198046 hat,pan,5878,0.7267758858416487,0.6189509030501132 eks,pan,5879,0.9304167092235895,0.7812522227544872 pan,pan,5880,0.16403167139407027,0.9377394665165222 zee,zee,5881,0.9728622687660967,0.15656315863552106 wye,hat,5882,0.1079539981243911,0.27269401005584115 pan,wye,5883,0.3575378506176421,0.6513985153042581 pan,pan,5884,0.5893199011375699,0.9675602927187726 zee,wye,5885,0.7855309055804873,0.8242084722200425 pan,hat,5886,0.21719695401350458,0.30358017023038153 hat,hat,5887,0.9478034096451651,0.408314973093156 pan,hat,5888,0.6047201198005093,0.9181081561579384 hat,hat,5889,0.585057883337934,0.8637135279822525 wye,hat,5890,0.7193606570599776,0.13247216321287003 eks,hat,5891,0.38491586194929694,0.1469109750984342 zee,pan,5892,0.9813253864700262,0.35805907741021115 pan,pan,5893,0.3991583932113212,0.9300651976220902 eks,hat,5894,0.4664037391639634,0.665201311994492 eks,zee,5895,0.34688995428502123,0.05521465426780947 pan,hat,5896,0.9024771073805518,0.604435930128322 wye,eks,5897,0.8964292531785713,0.4797408068859207 zee,zee,5898,0.9638020677593624,0.9758009686628205 pan,zee,5899,0.1740859761427278,0.6267077732379096 wye,eks,5900,0.5229577213131821,0.18158149929552536 pan,wye,5901,0.7384787869595655,0.41300809363121915 pan,hat,5902,0.41567839319864996,0.6586070339163206 pan,pan,5903,0.16296558429713726,0.6335579931374635 wye,eks,5904,0.791240301793597,0.5905379287555277 eks,eks,5905,0.8611318706939175,0.012613640405385818 wye,pan,5906,0.25968317122777085,0.21946674504226305 eks,pan,5907,0.20429202129242863,0.2739618927896226 hat,zee,5908,0.5139620538238665,0.4911358765578846 pan,hat,5909,0.2621296183552325,0.6724917830910391 eks,hat,5910,0.42415855241583555,0.6705675010493037 wye,pan,5911,0.865745658241438,0.58440580479703 eks,hat,5912,0.8061623351763454,0.6282727719209886 pan,zee,5913,0.07513903167347802,0.6097002489929698 zee,hat,5914,0.6882661603529711,0.8887129009982704 wye,wye,5915,0.25957436941921963,0.5267742816791648 hat,zee,5916,0.5369361894430387,0.7602843160092176 zee,eks,5917,0.7603685712259192,0.6343676597010043 pan,hat,5918,0.366468458362766,0.03541459276961356 hat,zee,5919,0.572831435062068,0.03791669059169456 hat,eks,5920,0.22277164773544,0.6701548094942816 eks,hat,5921,0.7220748068466161,0.9135263674287071 hat,hat,5922,0.7007543076445784,0.5785000013877882 zee,pan,5923,0.07333176505461592,0.6129972451763929 eks,eks,5924,0.7977706056198149,0.3145761502534876 pan,wye,5925,0.02234819330370974,0.24864881451646326 eks,wye,5926,0.31862517237026744,0.6707830122783046 zee,wye,5927,0.7736532335919073,0.06276902730360534 zee,hat,5928,0.571180118057766,0.23249209976534324 wye,wye,5929,0.765996158956063,0.7875000435827569 eks,eks,5930,0.9258500136940602,0.14002804460000795 zee,pan,5931,0.14870262574003812,0.25758171933702145 hat,hat,5932,0.6061740180931977,0.0647099944297298 zee,eks,5933,0.21312616005615392,0.1555687828207697 wye,wye,5934,0.32174717605868364,0.5617674601864029 zee,eks,5935,0.4278905571169318,0.7204350849259756 wye,wye,5936,0.5169276990526274,0.34471540929660927 hat,wye,5937,0.7939967856315264,0.9601200264326587 pan,pan,5938,0.7447545239901884,0.8615464344679636 wye,pan,5939,0.32618776050076514,0.04356428568705306 zee,pan,5940,0.30848692760824414,0.4765563067775509 zee,eks,5941,0.47731093944717395,0.20531029159472136 zee,hat,5942,0.14569062187871828,0.29647189869590773 zee,eks,5943,0.8514541851665678,0.47380190170636116 wye,pan,5944,0.8579979653959152,0.020846772517364776 pan,eks,5945,0.6760904036707333,0.038710653329522726 wye,pan,5946,0.4654804137932894,0.034558917439536097 zee,hat,5947,0.21695412923454904,0.43929843802398505 hat,hat,5948,0.5757328621980413,0.6353025655596225 wye,eks,5949,0.9623043477520935,0.11211455399205761 pan,eks,5950,0.2489174544195356,0.9543858789744019 wye,zee,5951,0.2551744295171663,0.6371014605832375 wye,zee,5952,0.6661892172394466,0.25609424535345615 zee,eks,5953,0.9664924377661902,0.5704525111862812 zee,zee,5954,0.7314435770258082,0.5760633916387623 wye,eks,5955,0.11730300164253482,0.2437668953328913 hat,wye,5956,0.2856744287649412,0.5130003461790801 pan,wye,5957,0.7991558243539277,0.04715962071161517 wye,hat,5958,0.4484915030384218,0.0021936451209908503 wye,eks,5959,0.4276118637683318,0.9781842697081753 wye,zee,5960,0.5390282464497976,0.21779961652631485 hat,zee,5961,0.3083082640562401,0.43599613823729055 pan,eks,5962,0.15236030642851295,0.11800538936265059 zee,wye,5963,0.7842417183077839,0.8263558103417791 wye,pan,5964,0.42422897642936763,0.5598064063472771 wye,hat,5965,0.7381633325773709,0.7044839805205219 eks,zee,5966,0.8246457170881877,0.546058458654676 pan,wye,5967,0.03056556054577575,0.5661151347932647 wye,wye,5968,0.6210050577035034,0.6524576650195097 hat,pan,5969,0.7090572782654315,0.5364015328854267 eks,zee,5970,0.6509530715275128,0.5780440319964154 pan,pan,5971,0.2887825352259904,0.15004456717790193 wye,pan,5972,0.831991442447814,0.26469776729003514 zee,wye,5973,0.20543699412375216,0.7115776392376905 pan,wye,5974,0.2632680009756867,0.5045539888483129 zee,hat,5975,0.34854624620098384,0.12823216693877193 hat,zee,5976,0.12265984923829065,0.46184314823141537 zee,eks,5977,0.9593214911106812,0.18841934020738382 zee,pan,5978,0.29873353271383263,0.8224260506438726 wye,zee,5979,0.3367480944275053,0.9086030526073715 eks,hat,5980,0.6119122505853635,0.08152300908632903 eks,eks,5981,0.04584617519803835,0.07778733739846255 hat,hat,5982,0.12903186206218742,0.34208394676963483 wye,eks,5983,0.20225412929960151,0.467369874775762 eks,zee,5984,0.43322997404163954,0.5286653070293011 zee,zee,5985,0.5011026241476996,0.805862929391608 zee,eks,5986,0.8754701645608397,0.38365755627001585 pan,eks,5987,0.4615059476811778,0.052616042635722726 hat,wye,5988,0.6628427322104598,0.7830019543371667 hat,wye,5989,0.9291945030562897,0.3850137859960868 wye,pan,5990,0.17713926799897517,0.23695227873073954 pan,eks,5991,0.7450679111488475,0.28865753240279957 hat,wye,5992,0.608480151924532,0.2124705647477415 wye,zee,5993,0.5294790360408727,0.8997422208092308 wye,pan,5994,0.8452227401580423,0.17900534407423696 pan,pan,5995,0.9106908084952221,0.4539070115302676 zee,wye,5996,0.5373426059376083,0.4221246992022961 pan,wye,5997,0.5531071589049933,0.08637347865871003 zee,pan,5998,0.21694616431952807,0.39150665545149743 zee,wye,5999,0.6413081783785531,0.1998976766972167 eks,eks,6000,0.2792519668247778,0.5138064566303124 hat,zee,6001,0.5185086838193509,0.7904042779588125 eks,eks,6002,0.39573160678139196,0.4615703290236336 zee,hat,6003,0.0715926003170353,0.6334247799868317 pan,zee,6004,0.24114560678004815,0.9328567037965978 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wye,wye,6024,0.17509415050833677,0.6602044660320481 pan,hat,6025,0.8660100438564455,0.43409555049096815 hat,hat,6026,0.26534848529863153,0.15071960409960417 hat,eks,6027,0.6918174742812051,0.18022893420812924 pan,eks,6028,0.8921081985029767,0.918512738613517 eks,hat,6029,0.5291325936429374,0.11343528410923331 pan,eks,6030,0.6604483059910737,0.828006457014962 hat,zee,6031,0.15437854915261007,0.503378274348622 wye,pan,6032,0.18616681775349353,0.428462590403658 wye,hat,6033,0.17782260468314637,0.3212752721293215 zee,zee,6034,0.1872485063005922,0.11358951848324028 wye,zee,6035,0.40200320956425806,0.5915516801877846 wye,eks,6036,0.6743134456217715,0.03587684243454348 hat,pan,6037,0.13535704558051898,0.08799048432237733 eks,hat,6038,0.45829076005760183,0.9312783969989717 pan,wye,6039,0.8260078705928582,0.015009473265236828 pan,eks,6040,0.02209842222005065,0.2707759101194467 pan,pan,6041,0.24065041069096327,0.096992272385374 wye,wye,6042,0.1257432277214967,0.7056875982657411 wye,zee,6043,0.19024789027868116,0.8414234848855409 zee,wye,6044,0.5264647677402654,0.16668422327274046 wye,wye,6045,0.43588050348095864,0.4231462786478698 zee,eks,6046,0.35017939224895767,0.31215765738608925 eks,wye,6047,0.5417973498575591,0.47047382812068883 hat,wye,6048,0.7766726125727336,0.5675508167476694 zee,wye,6049,0.9832175361809419,0.2682166583462263 wye,zee,6050,0.6951984651252766,0.5425712622829648 pan,wye,6051,0.9427895952822903,0.8719941425198732 hat,hat,6052,0.5361976672567662,0.5331863539216497 eks,wye,6053,0.7102521301167394,0.017628741065697007 eks,hat,6054,0.7073320813195529,0.9382615280812954 wye,wye,6055,0.9034120549999815,0.9428661865045129 wye,zee,6056,0.9036169505703209,0.8702961297029511 pan,zee,6057,0.351391651879459,0.22131930493166563 hat,pan,6058,0.4633029443317498,0.9006978783785164 pan,hat,6059,0.8954915180233931,0.5799236237902317 wye,pan,6060,0.011291356990852042,0.7765350029774964 wye,hat,6061,0.8964276551673388,0.09468753423212417 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eks,zee,6081,0.8045184557436604,0.3550708830410243 wye,hat,6082,0.6940314918085063,0.9546919945201542 zee,wye,6083,0.07677730138586769,0.27970074396540523 hat,hat,6084,0.8231273607660942,0.7945531787758096 pan,zee,6085,0.149414209891241,0.785222866060064 hat,zee,6086,0.8656687722742876,0.3783605596273294 pan,hat,6087,0.7452242982918568,0.933266614617221 eks,eks,6088,0.9407795350577164,0.8986498240204077 zee,wye,6089,0.20326626549933924,0.9955640843974876 eks,pan,6090,0.838908851853637,0.9142053659359575 pan,zee,6091,0.2805934812907199,0.4958691991853912 hat,hat,6092,0.11050475306966923,0.6388348781021509 zee,hat,6093,0.665308883447062,0.06804657653188073 zee,wye,6094,0.38062861091901556,0.1551403595265176 eks,zee,6095,0.6890247160219993,0.37496310117295584 eks,hat,6096,0.42296496745953693,0.028270087708508695 zee,pan,6097,0.16613072961880582,0.6781440562566766 eks,wye,6098,0.004861307055076147,0.16556471646142745 hat,wye,6099,0.45226025959304195,0.18641738624575777 wye,eks,6100,0.6994211629442989,0.5162220389082391 hat,eks,6101,0.21566053977410837,0.0009137416907488705 zee,eks,6102,0.8280966067887752,0.694693806129609 zee,pan,6103,0.6340964020751576,0.62642563404278 eks,eks,6104,0.35610230144127086,0.6916343444424629 pan,wye,6105,0.2907054181631238,0.6928671017273116 zee,pan,6106,0.8553526569078405,0.9138200519516971 hat,hat,6107,0.16347811679340452,0.6796304402643298 pan,eks,6108,0.08545243832367033,0.26227816664595516 pan,wye,6109,0.42064626396142935,0.03834575879901836 hat,hat,6110,0.06431500264016754,0.8198549278735412 pan,hat,6111,0.8176964039522118,0.27991537751096096 wye,eks,6112,0.32643889115109914,0.057664918435550105 eks,zee,6113,0.7830249162665363,0.9359267958767102 zee,pan,6114,0.12372114799931111,0.006510213999872061 eks,pan,6115,0.14468978749350747,0.9503328335027744 pan,wye,6116,0.8796441138920073,0.7932277172417034 zee,zee,6117,0.9246694666039478,0.18141663220397541 wye,pan,6118,0.6353087660069283,0.5051898483269901 pan,wye,6119,0.5863942231599231,0.001428085680191149 wye,zee,6120,0.8391496713951982,0.8272270342812488 pan,wye,6121,0.10848385354873591,0.4213783243233229 eks,zee,6122,0.7851432595398691,0.8736148992334403 pan,wye,6123,0.14384598748640032,0.32134746224637845 hat,zee,6124,0.05088458565782927,0.9994183544894671 hat,eks,6125,0.7256280642967333,0.8471794523838057 eks,pan,6126,0.6585496392017636,0.4276868684164896 wye,hat,6127,0.645442843855344,0.34584198249412534 wye,hat,6128,0.5798880313425798,0.991140739248181 zee,zee,6129,0.8451024180287646,0.4474449179206156 pan,eks,6130,0.06722223792791904,0.14906728853790685 eks,eks,6131,0.8733172145139986,0.754180892846082 wye,wye,6132,0.21323342519040167,0.023037099194546995 eks,hat,6133,0.2772309881804147,0.03618215388759871 hat,wye,6134,0.3566779583699996,0.7569810016480044 zee,zee,6135,0.4368219705298403,0.02593555893570043 wye,hat,6136,0.13423307209566393,0.7786764748609936 pan,wye,6137,0.26321994371190116,0.7448472659747205 pan,eks,6138,0.09141195779591726,0.10884990452426058 hat,eks,6139,0.8439060414873816,0.4078177506117555 zee,eks,6140,0.6449410501908724,0.7328187261405557 wye,wye,6141,0.31425705029105533,0.7492859328412478 zee,zee,6142,0.657143123361377,0.37319179681546233 pan,wye,6143,0.8303922450488143,0.04133052528317438 pan,zee,6144,0.054269779082146474,0.7280169255714574 pan,eks,6145,0.9449211141040083,0.18293190122317016 zee,wye,6146,0.28919940890955353,0.7696928449638194 wye,wye,6147,0.29949161102957667,0.5548662350346921 zee,wye,6148,0.06803050982105852,0.6066130537591169 eks,zee,6149,0.6534482020575438,0.2506945890953125 eks,eks,6150,0.2543117769739106,0.2683840371177597 wye,eks,6151,0.2875496688119247,0.44319198704607665 wye,eks,6152,0.7099732953682635,0.5854903351687778 wye,pan,6153,0.07854709434875495,0.3722757779564305 pan,wye,6154,0.8844645043086019,0.0821083597407316 zee,zee,6155,0.3642127687872748,0.5633536743710837 wye,zee,6156,0.06825592495808563,0.1502278354043537 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zee,wye,6328,0.4752524014081069,0.5948633790977842 pan,zee,6329,0.8670969736419382,0.22322204023719405 hat,pan,6330,0.5128088389522093,0.8131565213796835 wye,wye,6331,0.4909465554349871,0.8422488044877716 eks,eks,6332,0.13395594485063067,0.8961331478845271 hat,eks,6333,0.3615187221839192,0.4910814422431359 wye,eks,6334,0.09211420131313564,0.423787234189663 hat,zee,6335,0.4909870746929612,0.4355886224024228 hat,zee,6336,0.45712566044414527,0.7396866168330615 eks,hat,6337,0.579470745492393,0.8856435834505533 wye,hat,6338,0.08580189556409401,0.18529503699085126 zee,hat,6339,0.012498941021629406,0.8894278634707358 wye,eks,6340,0.893469417305926,0.6681902139221949 wye,wye,6341,0.7436478988526702,0.2699384378114361 wye,pan,6342,0.494186739181505,0.7777818161245044 zee,zee,6343,0.1034004605453186,0.39652659704684057 zee,zee,6344,0.13448148210620792,0.6260474107034932 pan,hat,6345,0.2613437423487872,0.9940438754118295 wye,hat,6346,0.4029829128240823,0.11036697991316924 zee,pan,6347,0.565275716092621,0.23420880259350974 pan,eks,6348,0.5980140331893903,0.06910125165307579 hat,pan,6349,0.8269557855792476,0.9027369919455107 hat,zee,6350,0.5352885898361499,0.3388698770867209 zee,wye,6351,0.9929432399676,0.7266233986268336 hat,hat,6352,0.4603922787242829,0.8630173727305803 zee,zee,6353,0.021330838330390844,0.3809296291373765 pan,hat,6354,0.7002692145665447,0.5873523948555504 eks,zee,6355,0.7096421804081511,0.8295306415940142 eks,eks,6356,0.16187658808999894,0.8302220496819485 zee,zee,6357,0.49409427660264216,0.4850204111936285 zee,wye,6358,0.2708188103232835,0.9662266139049696 hat,wye,6359,0.9607252863389836,0.5686827648028989 pan,eks,6360,0.7560882445267275,0.8572550831102655 zee,eks,6361,0.18272065148367533,0.739247187328454 eks,zee,6362,0.3565928726289197,0.7787122695765799 eks,hat,6363,0.2435075200137201,0.6410578487821268 wye,hat,6364,0.914528515618754,0.9410825640734111 hat,wye,6365,0.8343977017390618,0.4038557567547202 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hat,wye,6518,0.11226676145430348,0.3389463928651728 zee,zee,6519,0.2323137819710005,0.21425984944922594 wye,eks,6520,0.7524818540927941,0.9710297784453114 pan,wye,6521,0.4364322319855357,0.8466924609197165 hat,wye,6522,0.9673009309832951,0.33015592019384987 pan,zee,6523,0.5065662166353603,0.017151576997059825 wye,pan,6524,0.4239737405316326,0.24586595155563684 wye,eks,6525,0.666984074931497,0.5881526921363845 zee,eks,6526,0.7035055465426836,0.9029683394431433 hat,hat,6527,0.48083662190863985,0.6503200309394563 eks,eks,6528,0.35544201168726874,0.26203559629802176 eks,wye,6529,0.6483532909041725,0.27350007757294326 hat,zee,6530,0.6725507341754717,0.8211175540313643 pan,eks,6531,0.9263381279440988,0.7230758102834317 zee,eks,6532,0.9504925230076702,0.3707214379298016 pan,hat,6533,0.2968690724659714,0.5710523550663877 hat,wye,6534,0.09447988348358638,0.21201328127649932 hat,eks,6535,0.0022062240850495574,0.3458564847842249 eks,eks,6536,0.08799574586608505,0.16463115926454674 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hat,eks,6822,0.1966228532052421,0.975043572227354 wye,zee,6823,0.5781208624185773,0.8409446241801248 eks,hat,6824,0.43385175975083057,0.41792395879700195 eks,eks,6825,0.24716919525264047,0.9659819670046521 zee,pan,6826,0.8340499179886257,0.9535536917685269 pan,pan,6827,0.7938211511368373,0.4559826830758338 pan,hat,6828,0.3431841672353826,0.9731740314694275 zee,hat,6829,0.41031480623763106,0.45880274972572666 pan,pan,6830,0.1142681517107742,0.2829811068526855 eks,wye,6831,0.6311471125678166,0.35079658233745936 hat,pan,6832,0.7805431061337192,0.6499156385099167 wye,hat,6833,0.5448291589816822,0.24233292928888261 pan,wye,6834,0.1500861412508071,0.4288594929835393 hat,zee,6835,0.3554971979233431,0.7003527906078075 eks,eks,6836,0.8314643867997237,0.6792470433081391 wye,eks,6837,0.1301888660610001,0.9808398029246085 hat,wye,6838,0.7770652463104809,0.6687521390314989 eks,hat,6839,0.6771345756994601,0.3254097306513094 eks,zee,6840,0.6482286253811516,0.8094333984928788 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pan,zee,6879,0.5284562057774806,0.7918033883536163 eks,wye,6880,0.5984387679261401,0.9753479770314387 zee,hat,6881,0.5862597507571483,0.7707420703176064 pan,eks,6882,0.5334986785639318,0.9783513827876675 zee,wye,6883,0.7679069545156161,0.7810806767827133 hat,pan,6884,0.25121382521102964,0.08373878679612079 wye,hat,6885,0.05142094104336947,0.9978267954724354 pan,zee,6886,0.27515151044558905,0.8898719178215098 hat,wye,6887,0.3290836499787756,0.8942355162084987 zee,pan,6888,0.7705250058516857,0.9061349225471161 eks,pan,6889,0.8727519098818294,0.38422445867709476 zee,hat,6890,0.07814285019815281,0.6524720493819127 eks,eks,6891,0.553350512403786,0.21084722161813896 zee,hat,6892,0.307754111293953,0.5638948621786333 zee,zee,6893,0.8600709509023364,0.160849705704027 zee,hat,6894,0.5702891448833654,0.4084412240884401 zee,hat,6895,0.6946417768735003,0.41460355943617566 zee,hat,6896,0.7359164967591003,0.8293086338798401 wye,hat,6897,0.051569812567012985,0.7086891870318104 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zee,wye,7240,0.08769157759149027,0.4682424277651016 wye,pan,7241,0.16048892749077326,0.8088730543110708 wye,hat,7242,0.7810183175877844,0.11112670210527198 wye,pan,7243,0.23457496179942383,0.25480860225867064 pan,wye,7244,0.33418676914584544,0.12547224222781395 eks,hat,7245,0.15591846641848217,0.06738895282990076 hat,wye,7246,0.4083519225238026,0.9205841027663143 zee,hat,7247,0.995551497542232,0.20626255566312157 wye,pan,7248,0.03722910071622887,0.666426594713559 wye,eks,7249,0.3336400413872498,0.9930112481730917 zee,zee,7250,0.4205283537525053,0.017542491951736294 wye,zee,7251,0.03690845523228947,0.3207859173250125 wye,eks,7252,0.5180151961590858,0.18663669340288258 pan,wye,7253,0.09014357778603788,0.7770581018902949 eks,hat,7254,0.08477920149342666,0.8536609969299198 pan,hat,7255,0.005529616019901207,0.050405481126457485 hat,zee,7256,0.19429528950321628,0.2713422241532205 wye,zee,7257,0.030816159583946456,0.26057323500261886 pan,pan,7258,0.4996723711675731,0.861409653660949 hat,wye,7259,0.6482012699497162,0.25150090033880335 wye,hat,7260,0.3722574884303841,0.9096204632963236 eks,pan,7261,0.5956552210056466,0.6731134108078785 eks,wye,7262,0.6111098139614397,0.15517709802904156 wye,zee,7263,0.7738670394914589,0.7776575420356829 zee,pan,7264,0.3693607630046949,0.5055013090983799 eks,pan,7265,0.9551577221486072,0.29383627386535827 pan,zee,7266,0.29284541534943886,0.302297804948473 eks,wye,7267,0.7682692325496115,0.10545189803719768 hat,zee,7268,0.5187716634369838,0.4578907340058458 eks,wye,7269,0.34228005996384936,0.7962044127378957 wye,pan,7270,0.6526947310324253,0.22517849223509379 wye,eks,7271,0.3000326333821377,0.5981658390236453 wye,zee,7272,0.3433404141399181,0.9542907816350394 hat,wye,7273,0.14732182908248415,0.15766209607019577 zee,hat,7274,0.12912926442853778,0.4373967289737535 zee,pan,7275,0.8310286639738583,0.23874521098835433 zee,hat,7276,0.5541611116464608,0.11389221370130065 wye,pan,7277,0.7078871914506895,0.33655897282671654 pan,wye,7278,0.8504546169336947,0.8944056123200194 wye,eks,7279,0.27325948155789803,0.9780751132127382 hat,wye,7280,0.8630577882216759,0.3401148862570683 pan,pan,7281,0.8126567917280336,0.8074968827433902 zee,eks,7282,0.7505245483102981,0.17388594473052665 wye,wye,7283,0.7932471858732224,0.799314077275886 zee,pan,7284,0.9156868185576506,0.8532083341105031 pan,eks,7285,0.6782016255263672,0.6826685678107132 zee,wye,7286,0.7477781751613256,0.47420402963502417 zee,hat,7287,0.1793121692955475,0.15066781644968152 hat,eks,7288,0.47506460337294665,0.6344735780644974 pan,pan,7289,0.5648161072496519,0.5225373033056284 zee,wye,7290,0.07866679545878696,0.8281670295675017 zee,hat,7291,0.4416432361854393,0.4815754525534033 pan,pan,7292,0.7818043909150125,0.8301584593837131 eks,zee,7293,0.15209082772656235,0.8094992950290192 wye,hat,7294,0.7071475331155577,0.463983028008944 wye,zee,7295,0.9580523714631302,0.44770394756077214 wye,hat,7296,0.06387677434814132,0.4016686557239688 zee,wye,7297,0.9096641147013969,0.3198678677416569 zee,wye,7298,0.3398026136728608,0.796415365588005 wye,pan,7299,0.1271157644108325,0.8215802283737754 zee,pan,7300,0.7996204817268934,0.16695600702508173 eks,zee,7301,0.24231768726605574,0.36168589987653654 pan,wye,7302,0.9493279693158848,0.9320553760871662 pan,pan,7303,0.9626006756922457,0.3454344654908674 zee,pan,7304,0.6353829183388288,0.7926738022346027 pan,hat,7305,0.5874095716972196,0.7353421801026144 eks,wye,7306,0.5141888431558487,0.25073225691473777 wye,eks,7307,0.2143162664337741,0.8580034716749112 hat,zee,7308,0.13221833833166552,0.9172258570287248 wye,wye,7309,0.9524036783598119,0.012525060888625927 hat,pan,7310,0.06459215228779991,0.7528579464907585 pan,eks,7311,0.5502139795389652,0.49591789494048777 wye,hat,7312,0.23122127585115393,0.34710066461942035 hat,hat,7313,0.04440593404771587,0.37885696420400083 pan,hat,7314,0.11943754790139005,0.36148458916104687 hat,wye,7315,0.762849509523023,0.5445776666095938 wye,hat,7316,0.49431226962351105,0.20765083254084993 pan,eks,7317,0.9283829868445185,0.053320653955502006 zee,wye,7318,0.9779192041341719,0.45913392788037144 eks,wye,7319,0.7931636018175485,0.6139112136646976 hat,hat,7320,0.39178985057319626,0.23236564180125518 wye,wye,7321,0.35700901065371815,0.28320908292909874 pan,eks,7322,0.23434957604819473,0.051931896713069414 wye,wye,7323,0.7111896724396426,0.3207922792041831 wye,zee,7324,0.46590974940880736,0.38852539050053736 hat,zee,7325,0.923332148981879,0.24711153523263418 hat,zee,7326,0.6477850327935991,0.166272703335551 wye,wye,7327,0.017676716675338322,0.9778332141214291 hat,hat,7328,0.5360492386373142,0.6804516078113585 wye,eks,7329,0.5479278609035699,0.6395949329290961 hat,pan,7330,0.30931842449078206,0.9848451565724043 eks,hat,7331,0.788081413287463,0.8378548167327706 eks,eks,7332,0.5489481141023792,0.1898445505274633 wye,eks,7333,0.23109457565661884,0.175253032327905 eks,eks,7334,0.5399986455657582,0.8158128369790969 pan,wye,7335,0.2567672400806126,0.2775523933001237 eks,zee,7336,0.29854063622113325,0.6880575576316322 pan,pan,7337,0.03345300533476314,0.05011040908993403 zee,hat,7338,0.7240024979256982,0.4923630478351134 eks,wye,7339,0.7149884797875254,0.5780977956467382 wye,hat,7340,0.3027659530127267,0.8901256310015528 wye,wye,7341,0.9095596401410326,0.16616223702173794 pan,eks,7342,0.32087613651983915,0.33882735674733244 pan,hat,7343,0.9718021240386961,0.8360987881082459 pan,zee,7344,0.7960579191229258,0.8642875358044435 wye,zee,7345,0.97794870050786,0.3755010163868553 hat,eks,7346,0.9392077077039757,0.869513883344899 zee,pan,7347,0.5598151935312621,0.9371568081140333 hat,pan,7348,0.5273520540957175,0.9743536695566267 zee,pan,7349,0.9798614924191777,0.661939043406021 wye,pan,7350,0.22127788655478875,0.8938285029323859 pan,hat,7351,0.5233972953461609,0.1299030288348728 wye,wye,7352,0.0924480571001528,0.30109533355539897 pan,wye,7353,0.7001693740890388,0.7313365122301939 zee,wye,7354,0.5619890666183939,0.23528736664694083 zee,eks,7355,0.8301624729023548,0.0615273482256774 pan,hat,7356,0.5045510100638597,0.23513093423261755 zee,zee,7357,0.37772059495645105,0.04160047639165676 eks,pan,7358,0.20000198658880186,0.2727601315820374 zee,zee,7359,0.8789933703062237,0.787471191499597 zee,hat,7360,0.9083001482768445,0.3841688843397407 zee,hat,7361,0.03789515978860469,0.08906319847440858 zee,pan,7362,0.37791224094768805,0.035794629838716285 eks,eks,7363,0.1789979975700029,0.9323731265959059 hat,eks,7364,0.7057751089174641,0.3218193615346736 eks,wye,7365,0.4037294740938493,0.827514532289803 zee,pan,7366,0.7326832606913403,0.988312668973181 pan,wye,7367,0.050978150403878986,0.6397760763553187 eks,hat,7368,0.38478100718255326,0.5987722480044325 zee,wye,7369,0.12183474068456046,0.935692190729219 zee,zee,7370,0.7741716706994631,0.8036145555008443 zee,hat,7371,0.4507985912029725,0.3077642021954843 pan,pan,7372,0.7704918547993125,0.9834514670413425 eks,eks,7373,0.4293751563574991,0.321596575054345 wye,zee,7374,0.551952261755126,0.5902774680877885 pan,wye,7375,0.42955545463755385,0.9934718779427805 eks,eks,7376,0.3445135978821475,0.6156808849126956 pan,eks,7377,0.34789754809053564,0.6075272228064196 hat,pan,7378,0.10026227651385622,0.04421109516628252 hat,eks,7379,0.24988599675183953,0.5075999788186907 hat,hat,7380,0.27192573832264333,0.8068429680053445 pan,zee,7381,0.9697283975533304,0.28635495669422684 hat,wye,7382,0.8019809972589643,0.005365368085154643 pan,wye,7383,0.8494039628427111,0.8499184581272037 pan,pan,7384,0.147877939581611,0.3802766658466368 hat,wye,7385,0.6891675084646794,0.21966643420211807 eks,wye,7386,0.06869104618996669,0.9055981024968931 hat,pan,7387,0.04127341734955359,0.5872280653454409 zee,pan,7388,0.29756214466232356,0.9313351005781804 eks,pan,7389,0.2598351155486429,0.6198880821789519 wye,eks,7390,0.6980368648478577,0.3472713980791412 pan,eks,7391,0.4877630118621793,0.2703969185758941 eks,zee,7392,0.47928188791181825,0.4019006064467472 zee,pan,7393,0.32975449059840245,0.7244778074880798 pan,zee,7394,0.7577687447939129,0.8939904227639627 zee,wye,7395,0.5803000300289758,0.4776490273972346 hat,eks,7396,0.15220840867031593,0.8065677095962809 pan,eks,7397,0.7805268684800922,0.40839477314823913 zee,eks,7398,0.6991548640255947,0.30943844921705455 zee,eks,7399,0.9620019895205045,0.04121066152708375 wye,pan,7400,0.6413551187597212,0.8585006139152228 pan,zee,7401,0.7038547368085565,0.833002029439337 wye,eks,7402,0.8512179412309284,0.11635538096923825 eks,hat,7403,0.8360641078807856,0.9076959476149424 wye,zee,7404,0.8798482207846597,0.980841539034285 pan,eks,7405,0.6745743258945766,0.7867105500751859 hat,hat,7406,0.563984894776307,0.22186356075852087 zee,hat,7407,0.21870541414543287,0.5381352837603439 hat,wye,7408,0.9529062878494667,0.7852866253859588 eks,pan,7409,0.7981122558329,0.6186019487821701 zee,eks,7410,0.28326065224069574,0.9300177238169315 eks,wye,7411,0.9969817321900778,0.46830380409504446 pan,wye,7412,0.6977929179546933,0.5888437383863911 zee,zee,7413,0.5789877301693207,0.21648842981409888 wye,hat,7414,0.8736572008864342,0.5573924644600762 wye,wye,7415,0.30171840067278866,0.3419586030343307 pan,wye,7416,0.2585223323598659,0.3463024564198399 hat,eks,7417,0.3785664786635482,0.26018775063772737 wye,eks,7418,0.006639005627157579,0.5729637583197084 hat,hat,7419,0.2273259043408271,0.5563529993801493 wye,pan,7420,0.637403401738078,0.8374737656276083 zee,zee,7421,0.27260075448645904,0.40666948184724905 wye,wye,7422,0.23158788759518745,0.2878292702486247 wye,hat,7423,0.65748564141991,0.991048470406043 hat,hat,7424,0.10089391588727137,0.7817715852844856 zee,eks,7425,0.8261837120346296,0.06964125640579655 pan,pan,7426,0.07638817370818407,0.556879044634861 pan,pan,7427,0.26915621186308547,0.9818876276497374 hat,hat,7428,0.39688244993813704,0.9331868149522005 pan,hat,7429,0.9357825556156103,0.4134876666224273 wye,eks,7430,0.6505309265233103,0.08052144928451366 eks,hat,7431,0.42045666700455464,0.1678609743716658 pan,wye,7432,0.7229621008200041,0.31447862305937724 wye,pan,7433,0.1438112738288524,0.9525096683562059 wye,zee,7434,0.1904070234884352,0.933784711872319 wye,eks,7435,0.19859477051626107,0.9333014786736845 zee,hat,7436,0.05768708104754017,0.6575915330429977 wye,pan,7437,0.9282262872069705,0.6360386793524121 pan,wye,7438,0.14231386871466345,0.4954949252707901 hat,zee,7439,0.3598352944100318,0.24656543972679557 eks,hat,7440,0.25828687688130847,0.842768437062058 wye,wye,7441,0.48729002348282646,0.9161401465437051 zee,wye,7442,0.6608160620662386,0.5974595563363765 hat,wye,7443,0.25082061911407305,0.21021328972399989 pan,zee,7444,0.3397136877438124,0.2183579843750636 pan,wye,7445,0.08633640516764107,0.8061389023613882 zee,wye,7446,0.48989555445269983,0.4667529417156665 wye,pan,7447,0.12261193061376408,0.799087216626477 pan,pan,7448,0.2640997209164132,0.21566634091032355 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pan,eks,8228,0.6859024128283686,0.43310740395134806 wye,hat,8229,0.4802812953776502,0.28698445483944135 zee,eks,8230,0.37256536791796446,0.22484134058612737 hat,wye,8231,0.5993464309625437,0.09529154836393428 hat,pan,8232,0.053356023845203326,0.20750162756833523 pan,wye,8233,0.01730056600220997,0.4811950137685327 wye,hat,8234,0.7002619408413644,0.29378327426642736 hat,zee,8235,0.5760269820743364,0.9876933845887379 pan,zee,8236,0.6939214180664733,0.01597187286439905 pan,wye,8237,0.32216831192867235,0.4489268007125685 zee,pan,8238,0.4974895037561218,0.6955723789507248 zee,zee,8239,0.8722145698985853,0.5243287664361148 hat,eks,8240,0.3119317638364195,0.03153083991370387 hat,hat,8241,0.8231293488825948,0.44236728060318375 pan,pan,8242,0.6284004646755453,0.5188512495739586 eks,pan,8243,0.7790459369722915,0.38281709292600563 zee,zee,8244,0.5648821749696828,0.8387452862417517 zee,pan,8245,0.28860321455069415,0.5335162435192266 pan,pan,8246,0.978767937767844,0.595121683896329 pan,pan,8247,0.8877669245621814,0.993370582244656 hat,pan,8248,0.3673861400753813,0.7147327203599682 wye,wye,8249,0.12404890706154814,0.7443872152100742 eks,zee,8250,0.5731463701870027,0.4981231530018835 hat,wye,8251,0.2058939811865338,0.8011049893656047 zee,pan,8252,0.5300215804178179,0.8809898315791685 pan,pan,8253,0.14951845911545658,0.050337793147141485 wye,wye,8254,0.25412836603193123,0.7648066786148572 zee,zee,8255,0.2969343720495279,0.17875651030138728 hat,hat,8256,0.6242185970220043,0.7024165856278344 hat,eks,8257,0.26153012394521724,0.9173648797055972 hat,wye,8258,0.8531277255736057,0.8769896764505173 hat,zee,8259,0.80786266752403,0.6716375742716686 wye,hat,8260,0.8282560647084989,0.20433611074471913 zee,hat,8261,0.1113559979634432,0.7406405068913335 zee,pan,8262,0.8457444769341051,0.878949052752884 hat,hat,8263,0.021118246086347936,0.1691340461129066 zee,wye,8264,0.9518459612960978,0.2793142544459978 wye,hat,8265,0.07060877965846446,0.7105555726161993 wye,pan,8266,0.239318068730919,0.9656322414777047 wye,zee,8267,0.9407755844234869,0.243380428927656 hat,zee,8268,0.36840212479306056,0.1937179362263023 hat,eks,8269,0.11448405024977704,0.23838350078789672 hat,eks,8270,0.8887588347134354,0.3965985425548265 zee,zee,8271,0.6960229915393261,0.35933925756783236 eks,wye,8272,0.6007652533828618,0.9021580447695768 zee,wye,8273,0.5248356199666635,0.26596318599910873 eks,wye,8274,0.12638772701100054,0.98169945968464 eks,pan,8275,0.3873436846104391,0.143667378519436 wye,zee,8276,0.9887489614515038,0.2317693120893085 pan,hat,8277,0.07383920400137156,0.29779174578381706 eks,wye,8278,0.46767848884631935,0.05594159328112347 pan,zee,8279,0.0664546736505951,0.9617417667852406 hat,zee,8280,0.3946923561479273,0.26022613248187254 pan,zee,8281,0.1263835939366954,0.432802462221352 zee,zee,8282,0.40991526751045837,0.4664079852923113 hat,hat,8283,0.7155306719275212,0.06447259326334698 eks,zee,8284,0.18920257463227763,0.036407632423777536 hat,zee,8285,0.2926888932381453,0.7371130359478189 eks,zee,8286,0.8003927399144655,0.417202355775281 pan,wye,8287,0.6189613307505946,0.6990573098254149 eks,wye,8288,0.4497557556254256,0.24756315944170548 hat,wye,8289,0.565349257018066,0.9695790816330443 wye,hat,8290,0.1961063995221537,0.8919123622039012 pan,zee,8291,0.735310256094497,0.8766337081918637 wye,pan,8292,0.11264565494014644,0.9526134134675315 pan,zee,8293,0.42564320453866944,0.754899630271162 wye,eks,8294,0.03212624806856701,0.6046010405280738 hat,zee,8295,0.9314009276546747,0.3634004587734717 pan,eks,8296,0.4120888305335959,0.750837757399676 pan,eks,8297,0.9819888226687685,0.5660827409414791 wye,zee,8298,0.8302599994058273,0.7781190613623368 zee,pan,8299,0.7102421054905385,0.18545230561185977 eks,eks,8300,0.3945447287695022,0.18429543577101226 hat,wye,8301,0.5127430759316344,0.37361440070960017 zee,pan,8302,0.6034067583933804,0.04121009695962874 hat,pan,8303,0.46102687899911865,0.028654914603273074 pan,wye,8304,0.2251798670287818,0.1196124323878246 pan,pan,8305,0.5277320763446786,0.2381453397638834 wye,wye,8306,0.46134525628997447,0.14969908222679185 zee,wye,8307,0.4681491013126058,0.5960038288514199 pan,hat,8308,0.49210482260143007,0.9993016708772244 wye,zee,8309,0.8206434836667577,0.48326589462644276 eks,hat,8310,0.9655430452589465,0.9245411060012981 zee,zee,8311,0.1815329790070851,0.8035031242939596 hat,pan,8312,0.547677016360058,0.9650817043634582 pan,pan,8313,0.6126245890384583,0.2627563830782662 pan,pan,8314,0.5494985537362173,0.4929560062893006 hat,zee,8315,0.24017154445473743,0.8801615057175497 eks,zee,8316,0.01845753106507053,0.07103606295934006 eks,pan,8317,0.729335030923378,0.9595878811451796 zee,wye,8318,0.3037988276042912,0.9939532896787204 hat,hat,8319,0.31751994407032824,0.04431824787878602 eks,wye,8320,0.32774406925223687,0.39755988935681663 eks,pan,8321,0.2983894526754026,0.6350152253803334 wye,zee,8322,0.21110663580942235,0.5844040682223098 wye,hat,8323,0.27575135446576815,0.5943122394277006 hat,zee,8324,0.03714831235343263,0.18937718204762566 zee,hat,8325,0.6815362179515927,0.054322149908386796 hat,wye,8326,0.28959963076391493,0.36439348847404984 pan,eks,8327,0.4907923620285024,0.7411167930742034 wye,hat,8328,0.5085798206640023,0.8237875259659011 zee,pan,8329,0.16898862414886817,0.15560228332434112 wye,eks,8330,0.29464103904562966,0.7341494813651416 pan,wye,8331,0.7050741639259068,0.24486480402061384 wye,pan,8332,0.7019265469630769,0.07151895734610458 wye,hat,8333,0.3553335894794559,0.9167960838619573 eks,hat,8334,0.5699916051880387,0.13240719214910757 eks,wye,8335,0.22545133259971217,0.9891874451094091 wye,pan,8336,0.751226927786043,0.4644307134498339 wye,hat,8337,0.9324084470957861,0.30464033139638336 pan,wye,8338,0.8320742055010252,0.3040383465855868 zee,hat,8339,0.04629611790555632,0.6570852521967993 zee,wye,8340,0.779538114438638,0.8910397798499486 pan,pan,8341,0.6773754216149304,0.613857099295925 wye,hat,8342,0.1458720698488648,0.4351692119049885 wye,wye,8343,0.818540088896837,0.09911450492965423 zee,hat,8344,0.1958836142058411,0.9176685083913124 zee,eks,8345,0.5108081370139803,0.8369754291473595 pan,zee,8346,0.028776659972544194,0.6948652507080405 hat,wye,8347,0.5681600007983288,0.054076468737378036 zee,wye,8348,0.803443835215121,0.5295807220048788 eks,pan,8349,0.9755546767865578,0.8799835489524848 eks,zee,8350,0.24384090338130648,0.6466628002800704 eks,wye,8351,0.03641540536678134,0.08744451304860146 zee,wye,8352,0.5212869356402663,0.28575619803116314 hat,hat,8353,0.055663129013605483,0.3787786437258225 eks,hat,8354,0.5157212090975359,0.8904310076101238 pan,wye,8355,0.7949456612203025,0.03903053598722972 hat,hat,8356,0.5915574129139735,0.5501666687575646 zee,eks,8357,0.7920429015988977,0.11834165152142673 pan,hat,8358,0.42334512731520135,0.6760099049563617 hat,hat,8359,0.672862622018669,0.9813314150345762 hat,zee,8360,0.621024648933727,0.20026822440380232 pan,hat,8361,0.32174647083648733,0.5895462222915597 hat,hat,8362,0.8239226232469129,0.5363672557332027 zee,hat,8363,0.2786903002001039,0.9687065243326013 eks,zee,8364,0.6109061549072763,0.9310832897288339 pan,pan,8365,0.6603069810848408,0.8682978196165198 pan,eks,8366,0.8584731893684808,0.018687872462489152 zee,eks,8367,0.4049863490547647,0.4247029183107722 wye,eks,8368,0.30480439273047766,0.48048174444338265 zee,wye,8369,0.4648458105978611,0.21546080520985877 hat,pan,8370,0.7696984054132116,0.7047713537963836 eks,zee,8371,0.37597533966420293,0.08724777473553502 zee,hat,8372,0.5295738751761022,0.49181407244012054 zee,eks,8373,0.6150222878860193,0.5607136634592303 pan,wye,8374,0.4528870946233897,0.07597161789124052 pan,zee,8375,0.5301175183103385,0.8601180937794322 hat,eks,8376,0.06489427108475243,0.40261315507492046 eks,wye,8377,0.563425411256789,0.9184806642610032 eks,wye,8378,0.49250711472543074,0.5894409813302941 wye,wye,8379,0.3106946403141324,0.9203740586209803 hat,pan,8380,0.46061124100732664,0.7117135535467465 pan,pan,8381,0.9008707927717292,0.3595902617465878 zee,wye,8382,0.7952836839227378,0.6833817456403316 hat,hat,8383,0.3984261676380828,0.1738533271203584 eks,wye,8384,0.11104863533882658,0.3751765500241939 hat,pan,8385,0.49685402919308186,0.07834061857462182 zee,pan,8386,0.7967208048423021,0.6030273368815906 zee,pan,8387,0.1807569167154014,0.7798562786722997 pan,zee,8388,0.019186371949722614,0.712217475239358 pan,eks,8389,0.7546663778603894,0.19055481748967162 eks,hat,8390,0.750192269695654,0.2196686846490249 hat,eks,8391,0.989982527715026,0.7339778723038518 hat,zee,8392,0.1535960092053097,0.48365184245511483 wye,pan,8393,0.5371021532444956,0.5076931407974227 zee,eks,8394,0.9938525452278908,0.9944136062432827 hat,eks,8395,0.5759238042621931,0.47928472474217776 wye,eks,8396,0.7599928088669528,0.44980430671729377 hat,zee,8397,0.652668800860253,0.4288216397914163 wye,pan,8398,0.46997259303660743,0.6215175533218944 zee,pan,8399,0.9401027436536872,0.8241834377991233 wye,pan,8400,0.09022482342468607,0.7117741343367263 eks,hat,8401,0.21592490518329377,0.33061077431647556 eks,hat,8402,0.9947356560721309,0.7409670678572535 eks,zee,8403,0.17272225530114538,0.8080858181702887 zee,eks,8404,0.3493565206043524,0.09054805425762869 pan,wye,8405,0.4811201910981,0.18742552959849512 eks,zee,8406,0.31784551409346495,0.7449149218097839 pan,wye,8407,0.6830421268168155,0.23886758610551817 zee,hat,8408,0.9200690263533268,0.844860872568536 zee,pan,8409,0.9273895913936498,0.34564042630503233 wye,eks,8410,0.8159771407795444,0.17344618297387282 hat,zee,8411,0.17599234652950568,0.8329306332017614 eks,wye,8412,0.30559437664735667,0.2954096578389033 eks,hat,8413,0.4338584089312799,0.1949819510216354 wye,eks,8414,0.522368921381192,0.6530064427565451 wye,eks,8415,0.40077151734215266,0.2875570398483994 zee,wye,8416,0.44384210652184575,0.34372338201033137 hat,zee,8417,0.8269419111916478,0.5295548379993134 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wye,wye,8475,0.9378861915703766,0.2850230950144711 wye,hat,8476,0.8745714693022778,0.6067344417467008 eks,hat,8477,0.9309461833265447,0.5563876226531717 zee,eks,8478,0.26305562568234253,0.9564416471738901 zee,zee,8479,0.267729670683009,0.8948780265074652 wye,wye,8480,0.16146423266136367,0.06354282797551147 pan,eks,8481,0.7416513487460877,0.3796824390692355 pan,pan,8482,0.8910001828466121,0.7723030338995308 eks,zee,8483,0.20374081828155488,0.4241287356182083 eks,pan,8484,0.2661511616359886,0.5443269070761398 pan,zee,8485,0.3471597707881957,0.5383222143237165 wye,eks,8486,0.9422065000597399,0.9149504343179683 zee,hat,8487,0.8443654519702793,0.40835643886431905 hat,eks,8488,0.4452671926810047,0.11987318281596804 eks,pan,8489,0.8711743497988805,0.05126471215006212 eks,pan,8490,0.21893201804499796,0.841786373878745 pan,zee,8491,0.14450135153044963,0.4964690028665373 wye,zee,8492,0.30534075186128107,0.8304463953467625 wye,pan,8493,0.19415677927998398,0.36967456189817616 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hat,zee,8589,0.2926550989813841,0.35398173553544887 eks,wye,8590,0.9239196319519597,0.14591437779625882 hat,pan,8591,0.7873294723300266,0.5332360898832793 zee,pan,8592,0.6070860534520608,0.06388885983216774 zee,zee,8593,0.2617818185031422,0.43707681521897646 pan,hat,8594,0.6468386400257026,0.38978242152795606 zee,eks,8595,0.42488684401408794,0.2974668150516677 wye,wye,8596,0.8826796731081049,0.7850131924698824 wye,eks,8597,0.006860697351333767,0.19549617714299017 hat,zee,8598,0.07939885603933172,0.677412657910395 wye,zee,8599,0.7184888188080124,0.8697536607671493 hat,wye,8600,0.84790186953787,0.8684654646246722 eks,pan,8601,0.8421109599018441,0.16320118728086785 pan,pan,8602,0.26047864829581335,0.6808750509660122 eks,pan,8603,0.31611152902489204,0.11267222283796785 eks,wye,8604,0.06845978562369492,0.7238513464535802 pan,zee,8605,0.6530000366736074,0.10675264632456327 wye,wye,8606,0.06774372832796882,0.567171071395945 pan,wye,8607,0.7672859830291083,0.9905418229463311 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hat,eks,8684,0.6215103356564846,0.14887437241814006 zee,wye,8685,0.584126263404004,0.7538247769853159 wye,wye,8686,0.43551003027785373,0.3236501977657479 wye,hat,8687,0.8880686097383739,0.6330150426943297 wye,zee,8688,0.7635796389205769,0.2638125019378026 zee,wye,8689,0.3761531727653552,0.9022543136929991 wye,eks,8690,0.08913417768338172,0.9531306393247156 eks,pan,8691,0.9943932359314775,0.9072697301052425 eks,zee,8692,0.5457000332265722,0.4837579979584361 zee,pan,8693,0.4765529256302863,0.7047109057288847 eks,hat,8694,0.742421569895559,0.766958291324268 zee,eks,8695,0.23665653193040737,0.2743956071876914 wye,wye,8696,0.2888070230684594,0.9935631592216062 hat,zee,8697,0.1507630405832039,0.8444262680025181 zee,pan,8698,0.9647755452332127,0.3090467608406059 wye,wye,8699,0.18194655224399203,0.9052438757034091 pan,wye,8700,0.849446996637848,0.7731446643107283 pan,pan,8701,0.6101087522261474,0.5619798733118421 eks,eks,8702,0.2860963732537126,0.5616399941521609 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zee,wye,9919,0.5748726266575598,0.3779573684358648 hat,wye,9920,0.3438737626946553,0.5489498676687791 wye,wye,9921,0.6906719134435684,0.8555178209462388 hat,wye,9922,0.9728689411167353,0.8157055538148639 wye,hat,9923,0.20975092024121644,0.6588638151332867 hat,pan,9924,0.3254178263556141,0.9839978841946503 eks,hat,9925,0.7275202634311879,0.2129559326323187 hat,eks,9926,0.1541309399763774,0.3791445762682304 wye,pan,9927,0.8783682319990223,0.6933957357140185 eks,eks,9928,0.09936486720481041,0.8907110968753766 eks,pan,9929,0.5193758781368972,0.409871414549149 pan,hat,9930,0.5677825974360403,0.4567634115934158 hat,hat,9931,0.22344053593327007,0.3136460886229182 eks,wye,9932,0.7744014553941428,0.318908757325456 zee,zee,9933,0.5227775810997735,0.10751874257421012 hat,hat,9934,0.20145807804290206,0.41891252140867674 wye,hat,9935,0.25910371069218296,0.6568892395017885 eks,hat,9936,0.7556816893135765,0.7737786856558144 pan,zee,9937,0.5546876661250906,0.403008800918636 eks,wye,9938,0.5330080701180497,0.22709767551835436 hat,wye,9939,0.208097253807903,0.11669571201990991 hat,wye,9940,0.8460880203022336,0.8184128241834582 pan,hat,9941,0.5525707759822344,0.2904413914902232 pan,eks,9942,0.5757720306595114,0.008223444000978186 zee,wye,9943,0.4913245348903704,0.25864014284309744 hat,pan,9944,0.09459751273648653,0.9299307121234656 zee,pan,9945,0.44635620401009446,0.5129261056747197 zee,zee,9946,0.13202631656529729,0.021604794833400942 pan,hat,9947,0.8783008100979538,0.6172168477305974 pan,eks,9948,0.6047433842453397,0.53470873199638 pan,pan,9949,0.12278928201439199,0.3424112106292362 hat,hat,9950,0.8421815876690498,0.04784842315950366 hat,eks,9951,0.23150439446451176,0.362011464774759 hat,zee,9952,0.187055253929304,0.7872831108348827 pan,eks,9953,0.9690028290247679,0.5626274346583657 eks,pan,9954,0.703550423241368,0.8640890526817995 wye,wye,9955,0.1708681258811735,0.5385038134896668 wye,zee,9956,0.3732949851683247,0.9189853496560824 wye,hat,9957,0.6466417304468489,0.4955279123282218 pan,hat,9958,0.8447936799573535,0.45561414780776455 pan,wye,9959,0.5523199497193726,0.844808439474632 wye,hat,9960,0.1339766165243773,0.90209906677784 eks,pan,9961,0.0018643836079239584,0.22214207434571398 hat,wye,9962,0.27668665603289977,0.8949840037944731 wye,eks,9963,0.7660038618991021,0.0724322389595311 zee,wye,9964,0.14503471143188695,0.6572300809799787 eks,hat,9965,0.45140832054850244,0.4872441473665683 hat,zee,9966,0.09915562191171134,0.19911839331011605 eks,wye,9967,0.9705821420611176,0.1682630903706045 pan,wye,9968,0.3049598321025262,0.8146693779796157 pan,pan,9969,0.4470842181156869,0.8188080614674343 hat,zee,9970,0.7615491651523039,0.3309208743280688 eks,hat,9971,0.16013813822306744,0.18970582735969377 hat,wye,9972,0.01092212097676093,0.19287438329005957 eks,hat,9973,0.9278177925083565,0.14699304090594456 hat,wye,9974,0.34339938249336444,0.6938846096026958 zee,eks,9975,0.14164773949664755,0.16897907378815158 hat,eks,9976,0.9051959081404853,0.3084507684845691 eks,zee,9977,0.4549080098494652,0.2027740955809184 pan,hat,9978,0.18068678390966952,0.24718291910572177 wye,hat,9979,0.48039589777666136,0.8099902771432259 pan,wye,9980,0.029289120404769053,0.5923039290360491 eks,pan,9981,0.2544586487901952,0.4578886296197162 wye,eks,9982,0.34998222187670314,0.3061867938018288 wye,hat,9983,0.4640332038264391,0.019243858556094673 pan,hat,9984,0.48914378417931326,0.36728976081695264 hat,zee,9985,0.5155567078470872,0.6010598365861822 hat,wye,9986,0.687016150489404,0.14515901345978532 hat,hat,9987,0.429284826906265,0.1787642439603777 zee,zee,9988,0.16947406856911285,0.6350945353981919 wye,eks,9989,0.8561772298898314,0.6874185671784931 eks,pan,9990,0.06739304569008775,0.2341964277411741 hat,wye,9991,0.3633322891461138,0.12892395206278184 wye,zee,9992,0.348286564151128,0.9559121889830311 eks,eks,9993,0.8231194474452225,0.08896471922413896 pan,pan,9994,0.7310844732875349,0.16823055115657648 pan,eks,9995,0.8981803676290844,0.34464277045717084 zee,wye,9996,0.72761807629368,0.6860394313092489 pan,hat,9997,0.700242583670093,0.27129926260336745 eks,pan,9998,0.5554835956450555,0.7053505857791378 wye,pan,9999,0.19004481082030356,0.8073900575802198 zee,pan,10000,0.02349941792343435,0.19861196418373683 miller-5.6.2/doc/mk-func-h2s.sh000077500000000000000000000011071354153536500161570ustar00rootroot00000000000000#!/bin/bash mlr -F | grep -v '^[a-zA-Z]' | uniq | while read funcname; do echo "" echo "" echo "

$funcname

" echo "" echo "

" echo '

' echo '
'
  mlr --help-function "$funcname"
  echo '
' echo '
' echo "" done mlr -F | grep '^[a-zA-Z]' | sort -u | while read funcname; do echo "" echo "" echo "

$funcname

" echo "" echo "

" echo '

' echo '
'
  mlr --help-function "$funcname"
  echo '
' echo '
' echo "" done miller-5.6.2/doc/mkman.rb000077500000000000000000000167151354153536500152340ustar00rootroot00000000000000#!/usr/bin/env ruby # ================================================================ # This is a manpage autogenerator for Miller. There are various tools out there # for creating xroff-formatted manpages, but I wanted something with minimal # external dependencies which would also automatically generate most of its # output from the mlr executable itself. It turns out it's easy enough to get # this in just a few lines of Ruby. # # Note for dev-viewing of the output: # ./mkman.rb | groff -man -Tascii | less # ================================================================ # ---------------------------------------------------------------- def main print make_top print make_section('NAME', [ "miller \\\- like awk, sed, cut, join, and sort for name-indexed data such as CSV and tabular JSON." ]) print make_section('SYNOPSIS', [ `mlr --usage-synopsis` ]) print make_section('DESCRIPTION', [ """Miller operates on key-value-pair data while the familiar Unix tools operate on integer-indexed fields: if the natural data structure for the latter is the array, then Miller's natural data structure is the insertion-ordered hash map. This encompasses a variety of data formats, including but not limited to the familiar CSV, TSV, and JSON. (Miller can handle positionally-indexed data as a special case.) This manpage documents #{`mlr --version`.chomp}.""" ]) print make_section('EXAMPLES', [ "" ]) print make_subsection('COMMAND-LINE SYNTAX', []) print make_code_block(`mlr --usage-examples`) print make_subsection('DATA FORMATS', []) print make_code_block(`mlr --usage-data-format-examples`) print make_section('OPTIONS', [ """In the following option flags, the version with \"i\" designates the input stream, \"o\" the output stream, and the version without prefix sets the option for both input and output stream. For example: --irs sets the input record separator, --ors the output record separator, and --rs sets both the input and output separator to the given value.""" ]) print make_subsection('HELP OPTIONS', []) print make_code_block(`mlr --usage-help-options`) print make_subsection('VERB LIST', []) print make_code_block(`mlr --usage-list-all-verbs`) print make_subsection('FUNCTION LIST', []) print make_code_block(`mlr --usage-functions`) print make_subsection('I/O FORMATTING', []) print make_code_block(`mlr --usage-data-format-options`) print make_subsection('COMMENTS IN DATA', []) print make_code_block(`mlr --usage-comments-in-data`) print make_subsection('FORMAT-CONVERSION KEYSTROKE-SAVERS', []) print make_code_block(`mlr --usage-format-conversion-keystroke-saver-options`) print make_subsection('COMPRESSED I/O', []) print make_code_block(`mlr --usage-compressed-data-options`) print make_subsection('SEPARATORS', []) print make_code_block(`mlr --usage-separator-options`) print make_subsection('CSV-SPECIFIC OPTIONS', []) print make_code_block(`mlr --usage-csv-options`) print make_subsection('DOUBLE-QUOTING FOR CSV/CSVLITE OUTPUT', []) print make_code_block(`mlr --usage-double-quoting`) print make_subsection('NUMERICAL FORMATTING', []) print make_code_block(`mlr --usage-numerical-formatting`) print make_subsection('OTHER OPTIONS', []) print make_code_block(`mlr --usage-other-options`) print make_subsection('THEN-CHAINING', []) print make_code_block(`mlr --usage-then-chaining`) print make_subsection('AUXILIARY COMMANDS', []) print make_code_block(`mlr --usage-auxents`) verbs = `mlr --list-all-verbs-raw` print make_section('VERBS', [ "" ]) verbs = verbs.strip.split("\n") for verb in verbs print make_subsection(verb, []) print make_code_block(`mlr #{verb} -h`) end functions = `mlr --list-all-functions-raw` print make_section('FUNCTIONS FOR FILTER/PUT', [ "" ]) functions = functions.strip.split("\n").uniq for function in functions print make_subsection(function, []) text = `mlr --help-function '#{function}'` text = text.sub(function + ' ', '') print make_code_block(text) end keywords = `mlr --list-all-keywords-raw` print make_section('KEYWORDS FOR PUT AND FILTER', [ "" ]) keywords = keywords.strip.split("\n").uniq for keyword in keywords print make_subsection(keyword, []) text = `mlr --help-keyword '#{keyword}'` print make_code_block(text) end print make_section('AUTHOR', [ "Miller is written by John Kerl .", "This manual page has been composed from Miller's help output by Eric MSP Veith ." ]) print make_section('SEE ALSO', [ "awk(1), sed(1), cut(1), join(1), sort(1), RFC 4180: Common Format and MIME Type for " + "Comma-Separated Values (CSV) Files, the miller website http://johnkerl.org/miller/doc" ]) end # ================================================================ def make_top() t = Time::new stamp = t.gmtime.strftime("%Y-%m-%d") # Portability definitions thanks to some asciidoc output """'\\\" t .\\\" Title: mlr .\\\" Author: [see the \"AUTHOR\" section] .\\\" Generator: #{$0} .\\\" Date: #{stamp} .\\\" Manual: \\ \\& .\\\" Source: \\ \\& .\\\" Language: English .\\\" .TH \"MILLER\" \"1\" \"#{stamp}\" \"\\ \\&\" \"\\ \\&\" .\\\" ----------------------------------------------------------------- .\\\" * Portability definitions .\\\" ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ .\\\" http://bugs.debian.org/507673 .\\\" http://lists.gnu.org/archive/html/groff/2009-02/msg00013.html .\\\" ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ .ie \\n(.g .ds Aq \(aq .el .ds Aq ' .\\\" ----------------------------------------------------------------- .\\\" * set default formatting .\\\" ----------------------------------------------------------------- .\\\" disable hyphenation .nh .\\\" disable justification (adjust text to left margin only) .ad l .\\\" ----------------------------------------------------------------- """ end # ---------------------------------------------------------------- def make_section(title, paragraphs) retval = ".SH \"#{title}\"\n" paragraphs.each do |paragraph| retval += ".sp\n" retval += groff_encode(paragraph) + "\n" end retval end # ---------------------------------------------------------------- def make_subsection(title, paragraphs) retval = ".SS \"#{title}\"\n" paragraphs.each do |paragraph| retval += ".sp\n" retval += groff_encode(paragraph) + "\n" end retval end # ---------------------------------------------------------------- def make_subsubsection(title, paragraphs) retval = ".sp\n"; retval += "\\fB#{title}\\fR\n" paragraphs.each do |paragraph| retval += ".sp\n" retval += groff_encode(paragraph) + "\n" end retval end # ---------------------------------------------------------------- def make_code_block(block) retval = ".if n \\{\\\n" retval += ".RS 0\n" retval += ".\\}\n" retval += ".nf\n" # In case the line starts with a dot: retval += block.gsub('\\', '\e').gsub(/^\./){'\&.'} # In case the line starts with a single quote: retval = retval.gsub(/^'/, '\(cq') retval += ".fi\n" retval += ".if n \\{\\\n" retval += ".RE\n" end # ---------------------------------------------------------------- def groff_encode(line) #line = line.gsub(/'/, '\(cq') #line = line.gsub(/"/, '\(dq') #line = line.gsub(/\./, '\&') #line = line.gsub(/-/, '\-') line = line.gsub(/\\([^-])/, '\e\1') line = line.gsub(/^\./){'\&.'} line end # ================================================================ main miller-5.6.2/doc/mlr.1000066400000000000000000003243141354153536500144520ustar00rootroot00000000000000'\" t .\" Title: mlr .\" Author: [see the "AUTHOR" section] .\" Generator: ./mkman.rb .\" Date: 2019-09-22 .\" Manual: \ \& .\" Source: \ \& .\" Language: English .\" .TH "MILLER" "1" "2019-09-22" "\ \&" "\ \&" .\" ----------------------------------------------------------------- .\" * Portability definitions .\" ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ .\" http://bugs.debian.org/507673 .\" http://lists.gnu.org/archive/html/groff/2009-02/msg00013.html .\" ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ .ie \n(.g .ds Aq (aq .el .ds Aq ' .\" ----------------------------------------------------------------- .\" * set default formatting .\" ----------------------------------------------------------------- .\" disable hyphenation .nh .\" disable justification (adjust text to left margin only) .ad l .\" ----------------------------------------------------------------- .SH "NAME" .sp miller \- like awk, sed, cut, join, and sort for name-indexed data such as CSV and tabular JSON. .SH "SYNOPSIS" .sp Usage: mlr [I/O options] {verb} [verb-dependent options ...] {zero or more file names} .SH "DESCRIPTION" .sp Miller operates on key-value-pair data while the familiar Unix tools operate on integer-indexed fields: if the natural data structure for the latter is the array, then Miller's natural data structure is the insertion-ordered hash map. This encompasses a variety of data formats, including but not limited to the familiar CSV, TSV, and JSON. (Miller can handle positionally-indexed data as a special case.) This manpage documents Miller v5.6.2. .SH "EXAMPLES" .sp .SS "COMMAND-LINE SYNTAX" .if n \{\ .RS 0 .\} .nf mlr --csv cut -f hostname,uptime mydata.csv mlr --tsv --rs lf filter '$status != "down" && $upsec >= 10000' *.tsv mlr --nidx put '$sum = $7 < 0.0 ? 3.5 : $7 + 2.1*$8' *.dat grep -v '^#' /etc/group | mlr --ifs : --nidx --opprint label group,pass,gid,member then sort -f group mlr join -j account_id -f accounts.dat then group-by account_name balances.dat mlr --json put '$attr = sub($attr, "([0-9]+)_([0-9]+)_.*", "\e1:\e2")' data/*.json mlr stats1 -a min,mean,max,p10,p50,p90 -f flag,u,v data/* mlr stats2 -a linreg-pca -f u,v -g shape data/* mlr put -q '@sum[$a][$b] += $x; end {emit @sum, "a", "b"}' data/* mlr --from estimates.tbl put ' for (k,v in $*) { if (is_numeric(v) && k =~ "^[t-z].*$") { $sum += v; $count += 1 } } $mean = $sum / $count # no assignment if count unset' mlr --from infile.dat put -f analyze.mlr mlr --from infile.dat put 'tee > "./taps/data-".$a."-".$b, $*' mlr --from infile.dat put 'tee | "gzip > ./taps/data-".$a."-".$b.".gz", $*' mlr --from infile.dat put -q '@v=$*; dump | "jq .[]"' mlr --from infile.dat put '(NR % 1000 == 0) { print > stderr, "Checkpoint ".NR}' .fi .if n \{\ .RE .SS "DATA FORMATS" .if n \{\ .RS 0 .\} .nf DKVP: delimited key-value pairs (Miller default format) +---------------------+ | apple=1,bat=2,cog=3 | Record 1: "apple" => "1", "bat" => "2", "cog" => "3" | dish=7,egg=8,flint | Record 2: "dish" => "7", "egg" => "8", "3" => "flint" +---------------------+ NIDX: implicitly numerically indexed (Unix-toolkit style) +---------------------+ | the quick brown | Record 1: "1" => "the", "2" => "quick", "3" => "brown" | fox jumped | Record 2: "1" => "fox", "2" => "jumped" +---------------------+ CSV/CSV-lite: comma-separated values with separate header line +---------------------+ | apple,bat,cog | | 1,2,3 | Record 1: "apple => "1", "bat" => "2", "cog" => "3" | 4,5,6 | Record 2: "apple" => "4", "bat" => "5", "cog" => "6" +---------------------+ Tabular JSON: nested objects are supported, although arrays within them are not: +---------------------+ | { | | "apple": 1, | Record 1: "apple" => "1", "bat" => "2", "cog" => "3" | "bat": 2, | | "cog": 3 | | } | | { | | "dish": { | Record 2: "dish:egg" => "7", "dish:flint" => "8", "garlic" => "" | "egg": 7, | | "flint": 8 | | }, | | "garlic": "" | | } | +---------------------+ PPRINT: pretty-printed tabular +---------------------+ | apple bat cog | | 1 2 3 | Record 1: "apple => "1", "bat" => "2", "cog" => "3" | 4 5 6 | Record 2: "apple" => "4", "bat" => "5", "cog" => "6" +---------------------+ XTAB: pretty-printed transposed tabular +---------------------+ | apple 1 | Record 1: "apple" => "1", "bat" => "2", "cog" => "3" | bat 2 | | cog 3 | | | | dish 7 | Record 2: "dish" => "7", "egg" => "8" | egg 8 | +---------------------+ Markdown tabular (supported for output only): +-----------------------+ | | apple | bat | cog | | | | --- | --- | --- | | | | 1 | 2 | 3 | | Record 1: "apple => "1", "bat" => "2", "cog" => "3" | | 4 | 5 | 6 | | Record 2: "apple" => "4", "bat" => "5", "cog" => "6" +-----------------------+ .fi .if n \{\ .RE .SH "OPTIONS" .sp In the following option flags, the version with "i" designates the input stream, "o" the output stream, and the version without prefix sets the option for both input and output stream. For example: --irs sets the input record separator, --ors the output record separator, and --rs sets both the input and output separator to the given value. .SS "HELP OPTIONS" .if n \{\ .RS 0 .\} .nf -h or --help Show this message. --version Show the software version. {verb name} --help Show verb-specific help. --help-all-verbs Show help on all verbs. -l or --list-all-verbs List only verb names. -L List only verb names, one per line. -f or --help-all-functions Show help on all built-in functions. -F Show a bare listing of built-in functions by name. -k or --help-all-keywords Show help on all keywords. -K Show a bare listing of keywords by name. .fi .if n \{\ .RE .SS "VERB LIST" .if n \{\ .RS 0 .\} .nf altkv bar bootstrap cat check clean-whitespace count-distinct count-similar cut decimate fill-down filter format-values fraction grep group-by group-like having-fields head histogram join label least-frequent merge-fields most-frequent nest nothing put regularize remove-empty-columns rename reorder repeat reshape sample sec2gmt sec2gmtdate seqgen shuffle skip-trivial-records sort stats1 stats2 step tac tail tee top uniq unsparsify .fi .if n \{\ .RE .SS "FUNCTION LIST" .if n \{\ .RS 0 .\} .nf + + - - * / // .+ .+ .- .- .* ./ .// % ** | ^ & ~ << >> bitcount == != =~ !=~ > >= < <= && || ^^ ! ? : . gsub regextract regextract_or_else strlen sub ssub substr tolower toupper capitalize lstrip rstrip strip collapse_whitespace clean_whitespace system abs acos acosh asin asinh atan atan2 atanh cbrt ceil cos cosh erf erfc exp expm1 floor invqnorm log log10 log1p logifit madd max mexp min mmul msub pow qnorm round roundm sgn sin sinh sqrt tan tanh urand urandrange urand32 urandint dhms2fsec dhms2sec fsec2dhms fsec2hms gmt2sec localtime2sec hms2fsec hms2sec sec2dhms sec2gmt sec2gmt sec2gmtdate sec2localtime sec2localtime sec2localdate sec2hms strftime strftime_local strptime strptime_local systime is_absent is_bool is_boolean is_empty is_empty_map is_float is_int is_map is_nonempty_map is_not_empty is_not_map is_not_null is_null is_numeric is_present is_string asserting_absent asserting_bool asserting_boolean asserting_empty asserting_empty_map asserting_float asserting_int asserting_map asserting_nonempty_map asserting_not_empty asserting_not_map asserting_not_null asserting_null asserting_numeric asserting_present asserting_string boolean float fmtnum hexfmt int string typeof depth haskey joink joinkv joinv leafcount length mapdiff mapexcept mapselect mapsum splitkv splitkvx splitnv splitnvx Please use "mlr --help-function {function name}" for function-specific help. .fi .if n \{\ .RE .SS "I/O FORMATTING" .if n \{\ .RS 0 .\} .nf --idkvp --odkvp --dkvp Delimited key-value pairs, e.g "a=1,b=2" (this is Miller's default format). --inidx --onidx --nidx Implicitly-integer-indexed fields (Unix-toolkit style). -T Synonymous with "--nidx --fs tab". --icsv --ocsv --csv Comma-separated value (or tab-separated with --fs tab, etc.) --itsv --otsv --tsv Keystroke-savers for "--icsv --ifs tab", "--ocsv --ofs tab", "--csv --fs tab". --iasv --oasv --asv Similar but using ASCII FS 0x1f and RS 0x1e --iusv --ousv --usv Similar but using Unicode FS U+241F (UTF-8 0xe2909f) and RS U+241E (UTF-8 0xe2909e) --icsvlite --ocsvlite --csvlite Comma-separated value (or tab-separated with --fs tab, etc.). The 'lite' CSV does not handle RFC-CSV double-quoting rules; is slightly faster; and handles heterogeneity in the input stream via empty newline followed by new header line. See also http://johnkerl.org/miller/doc/file-formats.html#CSV/TSV/etc. --itsvlite --otsvlite --tsvlite Keystroke-savers for "--icsvlite --ifs tab", "--ocsvlite --ofs tab", "--csvlite --fs tab". -t Synonymous with --tsvlite. --iasvlite --oasvlite --asvlite Similar to --itsvlite et al. but using ASCII FS 0x1f and RS 0x1e --iusvlite --ousvlite --usvlite Similar to --itsvlite et al. but using Unicode FS U+241F (UTF-8 0xe2909f) and RS U+241E (UTF-8 0xe2909e) --ipprint --opprint --pprint Pretty-printed tabular (produces no output until all input is in). --right Right-justifies all fields for PPRINT output. --barred Prints a border around PPRINT output (only available for output). --omd Markdown-tabular (only available for output). --ixtab --oxtab --xtab Pretty-printed vertical-tabular. --xvright Right-justifies values for XTAB format. --ijson --ojson --json JSON tabular: sequence or list of one-level maps: {...}{...} or [{...},{...}]. --json-map-arrays-on-input JSON arrays are unmillerable. --json-map-arrays-on-input --json-skip-arrays-on-input is the default: arrays are converted to integer-indexed --json-fatal-arrays-on-input maps. The other two options cause them to be skipped, or to be treated as errors. Please use the jq tool for full JSON (pre)processing. --jvstack Put one key-value pair per line for JSON output. --jlistwrap Wrap JSON output in outermost [ ]. --jknquoteint Do not quote non-string map keys in JSON output. --jvquoteall Quote map values in JSON output, even if they're numeric. --jflatsep {string} Separator for flattening multi-level JSON keys, e.g. '{"a":{"b":3}}' becomes a:b => 3 for non-JSON formats. Defaults to :. -p is a keystroke-saver for --nidx --fs space --repifs --mmap --no-mmap --mmap-below {n} Use mmap for files whenever possible, never, or for files less than n bytes in size. Default is for files less than 4294967296 bytes in size. 'Whenever possible' means always except for when reading standard input which is not mmappable. If you don't know what this means, don't worry about it -- it's a minor performance optimization. Examples: --csv for CSV-formatted input and output; --idkvp --opprint for DKVP-formatted input and pretty-printed output. Please use --iformat1 --oformat2 rather than --format1 --oformat2. The latter sets up input and output flags for format1, not all of which are overridden in all cases by setting output format to format2. .fi .if n \{\ .RE .SS "COMMENTS IN DATA" .if n \{\ .RS 0 .\} .nf --skip-comments Ignore commented lines (prefixed by "#") within the input. --skip-comments-with {string} Ignore commented lines within input, with specified prefix. --pass-comments Immediately print commented lines (prefixed by "#") within the input. --pass-comments-with {string} Immediately print commented lines within input, with specified prefix. Notes: * Comments are only honored at the start of a line. * In the absence of any of the above four options, comments are data like any other text. * When pass-comments is used, comment lines are written to standard output immediately upon being read; they are not part of the record stream. Results may be counterintuitive. A suggestion is to place comments at the start of data files. .fi .if n \{\ .RE .SS "FORMAT-CONVERSION KEYSTROKE-SAVERS" .if n \{\ .RS 0 .\} .nf As keystroke-savers for format-conversion you may use the following: --c2t --c2d --c2n --c2j --c2x --c2p --c2m --t2c --t2d --t2n --t2j --t2x --t2p --t2m --d2c --d2t --d2n --d2j --d2x --d2p --d2m --n2c --n2t --n2d --n2j --n2x --n2p --n2m --j2c --j2t --j2d --j2n --j2x --j2p --j2m --x2c --x2t --x2d --x2n --x2j --x2p --x2m --p2c --p2t --p2d --p2n --p2j --p2x --p2m The letters c t d n j x p m refer to formats CSV, TSV, DKVP, NIDX, JSON, XTAB, PPRINT, and markdown, respectively. Note that markdown format is available for output only. .fi .if n \{\ .RE .SS "COMPRESSED I/O" .if n \{\ .RS 0 .\} .nf --prepipe {command} This allows Miller to handle compressed inputs. You can do without this for single input files, e.g. "gunzip < myfile.csv.gz | mlr ...". However, when multiple input files are present, between-file separations are lost; also, the FILENAME variable doesn't iterate. Using --prepipe you can specify an action to be taken on each input file. This pre-pipe command must be able to read from standard input; it will be invoked with {command} < {filename}. Examples: mlr --prepipe 'gunzip' mlr --prepipe 'zcat -cf' mlr --prepipe 'xz -cd' mlr --prepipe cat Note that this feature is quite general and is not limited to decompression utilities. You can use it to apply per-file filters of your choice. For output compression (or other) utilities, simply pipe the output: mlr ... | {your compression command} .fi .if n \{\ .RE .SS "SEPARATORS" .if n \{\ .RS 0 .\} .nf --rs --irs --ors Record separators, e.g. 'lf' or '\er\en' --fs --ifs --ofs --repifs Field separators, e.g. comma --ps --ips --ops Pair separators, e.g. equals sign Notes about line endings: * Default line endings (--irs and --ors) are "auto" which means autodetect from the input file format, as long as the input file(s) have lines ending in either LF (also known as linefeed, '\en', 0x0a, Unix-style) or CRLF (also known as carriage-return/linefeed pairs, '\er\en', 0x0d 0x0a, Windows style). * If both irs and ors are auto (which is the default) then LF input will lead to LF output and CRLF input will lead to CRLF output, regardless of the platform you're running on. * The line-ending autodetector triggers on the first line ending detected in the input stream. E.g. if you specify a CRLF-terminated file on the command line followed by an LF-terminated file then autodetected line endings will be CRLF. * If you use --ors {something else} with (default or explicitly specified) --irs auto then line endings are autodetected on input and set to what you specify on output. * If you use --irs {something else} with (default or explicitly specified) --ors auto then the output line endings used are LF on Unix/Linux/BSD/MacOSX, and CRLF on Windows. Notes about all other separators: * IPS/OPS are only used for DKVP and XTAB formats, since only in these formats do key-value pairs appear juxtaposed. * IRS/ORS are ignored for XTAB format. Nominally IFS and OFS are newlines; XTAB records are separated by two or more consecutive IFS/OFS -- i.e. a blank line. Everything above about --irs/--ors/--rs auto becomes --ifs/--ofs/--fs auto for XTAB format. (XTAB's default IFS/OFS are "auto".) * OFS must be single-character for PPRINT format. This is because it is used with repetition for alignment; multi-character separators would make alignment impossible. * OPS may be multi-character for XTAB format, in which case alignment is disabled. * TSV is simply CSV using tab as field separator ("--fs tab"). * FS/PS are ignored for markdown format; RS is used. * All FS and PS options are ignored for JSON format, since they are not relevant to the JSON format. * You can specify separators in any of the following ways, shown by example: - Type them out, quoting as necessary for shell escapes, e.g. "--fs '|' --ips :" - C-style escape sequences, e.g. "--rs '\er\en' --fs '\et'". - To avoid backslashing, you can use any of the following names: cr crcr newline lf lflf crlf crlfcrlf tab space comma pipe slash colon semicolon equals * Default separators by format: File format RS FS PS gen N/A (N/A) (N/A) dkvp auto , = json auto (N/A) (N/A) nidx auto space (N/A) csv auto , (N/A) csvlite auto , (N/A) markdown auto (N/A) (N/A) pprint auto space (N/A) xtab (N/A) auto space .fi .if n \{\ .RE .SS "CSV-SPECIFIC OPTIONS" .if n \{\ .RS 0 .\} .nf --implicit-csv-header Use 1,2,3,... as field labels, rather than from line 1 of input files. Tip: combine with "label" to recreate missing headers. --allow-ragged-csv-input|--ragged If a data line has fewer fields than the header line, fill remaining keys with empty string. If a data line has more fields than the header line, use integer field labels as in the implicit-header case. --headerless-csv-output Print only CSV data lines. -N Keystroke-saver for --implicit-csv-header --headerless-csv-output. .fi .if n \{\ .RE .SS "DOUBLE-QUOTING FOR CSV/CSVLITE OUTPUT" .if n \{\ .RS 0 .\} .nf --quote-all Wrap all fields in double quotes --quote-none Do not wrap any fields in double quotes, even if they have OFS or ORS in them --quote-minimal Wrap fields in double quotes only if they have OFS or ORS in them (default) --quote-numeric Wrap fields in double quotes only if they have numbers in them --quote-original Wrap fields in double quotes if and only if they were quoted on input. This isn't sticky for computed fields: e.g. if fields a and b were quoted on input and you do "put '$c = $a . $b'" then field c won't inherit a or b's was-quoted-on-input flag. .fi .if n \{\ .RE .SS "NUMERICAL FORMATTING" .if n \{\ .RS 0 .\} .nf --ofmt {format} E.g. %.18lf, %.0lf. Please use sprintf-style codes for double-precision. Applies to verbs which compute new values, e.g. put, stats1, stats2. See also the fmtnum function within mlr put (mlr --help-all-functions). Defaults to %lf. .fi .if n \{\ .RE .SS "OTHER OPTIONS" .if n \{\ .RS 0 .\} .nf --seed {n} with n of the form 12345678 or 0xcafefeed. For put/filter urand()/urandint()/urand32(). --nr-progress-mod {m}, with m a positive integer: print filename and record count to stderr every m input records. --from {filename} Use this to specify an input file before the verb(s), rather than after. May be used more than once. Example: "mlr --from a.dat --from b.dat cat" is the same as "mlr cat a.dat b.dat". -n Process no input files, nor standard input either. Useful for mlr put with begin/end statements only. (Same as --from /dev/null.) Also useful in "mlr -n put -v '...'" for analyzing abstract syntax trees (if that's your thing). -I Process files in-place. For each file name on the command line, output is written to a temp file in the same directory, which is then renamed over the original. Each file is processed in isolation: if the output format is CSV, CSV headers will be present in each output file; statistics are only over each file's own records; and so on. .fi .if n \{\ .RE .SS "THEN-CHAINING" .if n \{\ .RS 0 .\} .nf Output of one verb may be chained as input to another using "then", e.g. mlr stats1 -a min,mean,max -f flag,u,v -g color then sort -f color .fi .if n \{\ .RE .SS "AUXILIARY COMMANDS" .if n \{\ .RS 0 .\} .nf Miller has a few otherwise-standalone executables packaged within it. They do not participate in any other parts of Miller. Available subcommands: aux-list lecat termcvt hex unhex netbsd-strptime For more information, please invoke mlr {subcommand} --help .fi .if n \{\ .RE .SH "VERBS" .sp .SS "altkv" .if n \{\ .RS 0 .\} .nf Usage: mlr altkv [no options] Given fields with values of the form a,b,c,d,e,f emits a=b,c=d,e=f pairs. .fi .if n \{\ .RE .SS "bar" .if n \{\ .RS 0 .\} .nf Usage: mlr bar [options] Replaces a numeric field with a number of asterisks, allowing for cheesy bar plots. These align best with --opprint or --oxtab output format. Options: -f {a,b,c} Field names to convert to bars. -c {character} Fill character: default '*'. -x {character} Out-of-bounds character: default '#'. -b {character} Blank character: default '.'. --lo {lo} Lower-limit value for min-width bar: default '0.000000'. --hi {hi} Upper-limit value for max-width bar: default '100.000000'. -w {n} Bar-field width: default '40'. --auto Automatically computes limits, ignoring --lo and --hi. Holds all records in memory before producing any output. .fi .if n \{\ .RE .SS "bootstrap" .if n \{\ .RS 0 .\} .nf Usage: mlr bootstrap [options] Emits an n-sample, with replacement, of the input records. Options: -n {number} Number of samples to output. Defaults to number of input records. Must be non-negative. See also mlr sample and mlr shuffle. .fi .if n \{\ .RE .SS "cat" .if n \{\ .RS 0 .\} .nf Usage: mlr cat [options] Passes input records directly to output. Most useful for format conversion. Options: -n Prepend field "n" to each record with record-counter starting at 1 -g {comma-separated field name(s)} When used with -n/-N, writes record-counters keyed by specified field name(s). -v Write a low-level record-structure dump to stderr. -N {name} Prepend field {name} to each record with record-counter starting at 1 .fi .if n \{\ .RE .SS "check" .if n \{\ .RS 0 .\} .nf Usage: mlr check Consumes records without printing any output. Useful for doing a well-formatted check on input data. .fi .if n \{\ .RE .SS "clean-whitespace" .if n \{\ .RS 0 .\} .nf Usage: mlr clean-whitespace [options] {old1,new1,old2,new2,...} For each record, for each field in the record, whitespace-cleans the keys and values. Whitespace-cleaning entails stripping leading and trailing whitespace, and replacing multiple whitespace with singles. For finer-grained control, please see the DSL functions lstrip, rstrip, strip, collapse_whitespace, and clean_whitespace. Options: -k|--keys-only Do not touch values. -v|--values-only Do not touch keys. It is an error to specify -k as well as -v. .fi .if n \{\ .RE .SS "count-distinct" .if n \{\ .RS 0 .\} .nf Usage: mlr count-distinct [options] Prints number of records having distinct values for specified field names. Same as uniq -c. Options: -f {a,b,c} Field names for distinct count. -n Show only the number of distinct values. Not compatible with -u. -o {name} Field name for output count. Default "count". Ignored with -u. -u Do unlashed counts for multiple field names. With -f a,b and without -u, computes counts for distinct combinations of a and b field values. With -f a,b and with -u, computes counts for distinct a field values and counts for distinct b field values separately. .fi .if n \{\ .RE .SS "count-similar" .if n \{\ .RS 0 .\} .nf Usage: mlr count-similar [options] Ingests all records, then emits each record augmented by a count of the number of other records having the same group-by field values. Options: -g {d,e,f} Group-by-field names for counts. -o {name} Field name for output count. Default "count". .fi .if n \{\ .RE .SS "cut" .if n \{\ .RS 0 .\} .nf Usage: mlr cut [options] Passes through input records with specified fields included/excluded. -f {a,b,c} Field names to include for cut. -o Retain fields in the order specified here in the argument list. Default is to retain them in the order found in the input data. -x|--complement Exclude, rather than include, field names specified by -f. -r Treat field names as regular expressions. "ab", "a.*b" will match any field name containing the substring "ab" or matching "a.*b", respectively; anchors of the form "^ab$", "^a.*b$" may be used. The -o flag is ignored when -r is present. Examples: mlr cut -f hostname,status mlr cut -x -f hostname,status mlr cut -r -f '^status$,sda[0-9]' mlr cut -r -f '^status$,"sda[0-9]"' mlr cut -r -f '^status$,"sda[0-9]"i' (this is case-insensitive) .fi .if n \{\ .RE .SS "decimate" .if n \{\ .RS 0 .\} .nf Usage: mlr decimate [options] -n {count} Decimation factor; default 10 -b Decimate by printing first of every n. -e Decimate by printing last of every n (default). -g {a,b,c} Optional group-by-field names for decimate counts Passes through one of every n records, optionally by category. .fi .if n \{\ .RE .SS "fill-down" .if n \{\ .RS 0 .\} .nf Usage: mlr fill-down [options] -f {a,b,c} Field names for fill-down -a|--only-if-absent Field names for fill-down If a given record has a missing value for a given field, fill that from the corresponding value from a previous record, if any. By default, a 'missing' field either is absent, or has the empty-string value. With -a, a field is 'missing' only if it is absent. .fi .if n \{\ .RE .SS "filter" .if n \{\ .RS 0 .\} .nf Usage: mlr filter [options] {expression} Prints records for which {expression} evaluates to true. If there are multiple semicolon-delimited expressions, all of them are evaluated and the last one is used as the filter criterion. Conversion options: -S: Keeps field values as strings with no type inference to int or float. -F: Keeps field values as strings or floats with no inference to int. All field values are type-inferred to int/float/string unless this behavior is suppressed with -S or -F. Output/formatting options: --oflatsep {string}: Separator to use when flattening multi-level @-variables to output records for emit. Default ":". --jknquoteint: For dump output (JSON-formatted), do not quote map keys if non-string. --jvquoteall: For dump output (JSON-formatted), quote map values even if non-string. Any of the output-format command-line flags (see mlr -h). Example: using mlr --icsv --opprint ... then put --ojson 'tee > "mytap-".$a.".dat", $*' then ... the input is CSV, the output is pretty-print tabular, but the tee-file output is written in JSON format. --no-fflush: for emit, tee, print, and dump, don't call fflush() after every record. Expression-specification options: -f {filename}: the DSL expression is taken from the specified file rather than from the command line. Outer single quotes wrapping the expression should not be placed in the file. If -f is specified more than once, all input files specified using -f are concatenated to produce the expression. (For example, you can define functions in one file and call them from another.) -e {expression}: You can use this after -f to add an expression. Example use case: define functions/subroutines in a file you specify with -f, then call them with an expression you specify with -e. (If you mix -e and -f then the expressions are evaluated in the order encountered. Since the expression pieces are simply concatenated, please be sure to use intervening semicolons to separate expressions.) Tracing options: -v: Prints the expressions's AST (abstract syntax tree), which gives full transparency on the precedence and associativity rules of Miller's grammar, to stdout. -a: Prints a low-level stack-allocation trace to stdout. -t: Prints a low-level parser trace to stderr. -T: Prints a every statement to stderr as it is executed. Other options: -x: Prints records for which {expression} evaluates to false. Please use a dollar sign for field names and double-quotes for string literals. If field names have special characters such as "." then you might use braces, e.g. '${field.name}'. Miller built-in variables are NF NR FNR FILENUM FILENAME M_PI M_E, and ENV["namegoeshere"] to access environment variables. The environment-variable name may be an expression, e.g. a field value. Use # to comment to end of line. Examples: mlr filter 'log10($count) > 4.0' mlr filter 'FNR == 2 (second record in each file)' mlr filter 'urand() < 0.001' (subsampling) mlr filter '$color != "blue" && $value > 4.2' mlr filter '($x<.5 && $y<.5) || ($x>.5 && $y>.5)' mlr filter '($name =~ "^sys.*east$") || ($name =~ "^dev.[0-9]+"i)' mlr filter '$ab = $a+$b; $cd = $c+$d; $ab != $cd' mlr filter ' NR == 1 || #NR == 2 || NR == 3 ' Please see http://johnkerl.org/miller/doc/reference.html for more information including function list. Or "mlr -f". Please also also "mlr grep" which is useful when you don't yet know which field name(s) you're looking for. .fi .if n \{\ .RE .SS "format-values" .if n \{\ .RS 0 .\} .nf Usage: mlr format-values [options] Applies format strings to all field values, depending on autodetected type. * If a field value is detected to be integer, applies integer format. * Else, if a field value is detected to be float, applies float format. * Else, applies string format. Note: this is a low-keystroke way to apply formatting to many fields. To get finer control, please see the fmtnum function within the mlr put DSL. Note: this verb lets you apply arbitrary format strings, which can produce undefined behavior and/or program crashes. See your system's "man printf". Options: -i {integer format} Defaults to "%lld". Examples: "%06lld", "%08llx". Note that Miller integers are long long so you must use formats which apply to long long, e.g. with ll in them. Undefined behavior results otherwise. -f {float format} Defaults to "%lf". Examples: "%8.3lf", "%.6le". Note that Miller floats are double-precision so you must use formats which apply to double, e.g. with l[efg] in them. Undefined behavior results otherwise. -s {string format} Defaults to "%s". Examples: "_%s", "%08s". Note that you must use formats which apply to string, e.g. with s in them. Undefined behavior results otherwise. -n Coerce field values autodetected as int to float, and then apply the float format. .fi .if n \{\ .RE .SS "fraction" .if n \{\ .RS 0 .\} .nf Usage: mlr fraction [options] For each record's value in specified fields, computes the ratio of that value to the sum of values in that field over all input records. E.g. with input records x=1 x=2 x=3 and x=4, emits output records x=1,x_fraction=0.1 x=2,x_fraction=0.2 x=3,x_fraction=0.3 and x=4,x_fraction=0.4 Note: this is internally a two-pass algorithm: on the first pass it retains input records and accumulates sums; on the second pass it computes quotients and emits output records. This means it produces no output until all input is read. Options: -f {a,b,c} Field name(s) for fraction calculation -g {d,e,f} Optional group-by-field name(s) for fraction counts -p Produce percents [0..100], not fractions [0..1]. Output field names end with "_percent" rather than "_fraction" -c Produce cumulative distributions, i.e. running sums: each output value folds in the sum of the previous for the specified group E.g. with input records x=1 x=2 x=3 and x=4, emits output records x=1,x_cumulative_fraction=0.1 x=2,x_cumulative_fraction=0.3 x=3,x_cumulative_fraction=0.6 and x=4,x_cumulative_fraction=1.0 .fi .if n \{\ .RE .SS "grep" .if n \{\ .RS 0 .\} .nf Usage: mlr grep [options] {regular expression} Passes through records which match {regex}. Options: -i Use case-insensitive search. -v Invert: pass through records which do not match the regex. Note that "mlr filter" is more powerful, but requires you to know field names. By contrast, "mlr grep" allows you to regex-match the entire record. It does this by formatting each record in memory as DKVP, using command-line-specified ORS/OFS/OPS, and matching the resulting line against the regex specified here. In particular, the regex is not applied to the input stream: if you have CSV with header line "x,y,z" and data line "1,2,3" then the regex will be matched, not against either of these lines, but against the DKVP line "x=1,y=2,z=3". Furthermore, not all the options to system grep are supported, and this command is intended to be merely a keystroke-saver. To get all the features of system grep, you can do "mlr --odkvp ... | grep ... | mlr --idkvp ..." .fi .if n \{\ .RE .SS "group-by" .if n \{\ .RS 0 .\} .nf Usage: mlr group-by {comma-separated field names} Outputs records in batches having identical values at specified field names. .fi .if n \{\ .RE .SS "group-like" .if n \{\ .RS 0 .\} .nf Usage: mlr group-like Outputs records in batches having identical field names. .fi .if n \{\ .RE .SS "having-fields" .if n \{\ .RS 0 .\} .nf Usage: mlr having-fields [options] Conditionally passes through records depending on each record's field names. Options: --at-least {comma-separated names} --which-are {comma-separated names} --at-most {comma-separated names} --all-matching {regular expression} --any-matching {regular expression} --none-matching {regular expression} Examples: mlr having-fields --which-are amount,status,owner mlr having-fields --any-matching 'sda[0-9]' mlr having-fields --any-matching '"sda[0-9]"' mlr having-fields --any-matching '"sda[0-9]"i' (this is case-insensitive) .fi .if n \{\ .RE .SS "head" .if n \{\ .RS 0 .\} .nf Usage: mlr head [options] -n {count} Head count to print; default 10 -g {a,b,c} Optional group-by-field names for head counts Passes through the first n records, optionally by category. Without -g, ceases consuming more input (i.e. is fast) when n records have been read. .fi .if n \{\ .RE .SS "histogram" .if n \{\ .RS 0 .\} .nf Usage: mlr histogram [options] -f {a,b,c} Value-field names for histogram counts --lo {lo} Histogram low value --hi {hi} Histogram high value --nbins {n} Number of histogram bins --auto Automatically computes limits, ignoring --lo and --hi. Holds all values in memory before producing any output. -o {prefix} Prefix for output field name. Default: no prefix. Just a histogram. Input values < lo or > hi are not counted. .fi .if n \{\ .RE .SS "join" .if n \{\ .RS 0 .\} .nf Usage: mlr join [options] Joins records from specified left file name with records from all file names at the end of the Miller argument list. Functionality is essentially the same as the system "join" command, but for record streams. Options: -f {left file name} -j {a,b,c} Comma-separated join-field names for output -l {a,b,c} Comma-separated join-field names for left input file; defaults to -j values if omitted. -r {a,b,c} Comma-separated join-field names for right input file(s); defaults to -j values if omitted. --lp {text} Additional prefix for non-join output field names from the left file --rp {text} Additional prefix for non-join output field names from the right file(s) --np Do not emit paired records --ul Emit unpaired records from the left file --ur Emit unpaired records from the right file(s) -s|--sorted-input Require sorted input: records must be sorted lexically by their join-field names, else not all records will be paired. The only likely use case for this is with a left file which is too big to fit into system memory otherwise. -u Enable unsorted input. (This is the default even without -u.) In this case, the entire left file will be loaded into memory. --prepipe {command} As in main input options; see mlr --help for details. If you wish to use a prepipe command for the main input as well as here, it must be specified there as well as here. File-format options default to those for the right file names on the Miller argument list, but may be overridden for the left file as follows. Please see the main "mlr --help" for more information on syntax for these arguments. -i {one of csv,dkvp,nidx,pprint,xtab} --irs {record-separator character} --ifs {field-separator character} --ips {pair-separator character} --repifs --repips --mmap --no-mmap Please use "mlr --usage-separator-options" for information on specifying separators. Please see http://johnkerl.org/miller/doc/reference.html for more information including examples. .fi .if n \{\ .RE .SS "label" .if n \{\ .RS 0 .\} .nf Usage: mlr label {new1,new2,new3,...} Given n comma-separated names, renames the first n fields of each record to have the respective name. (Fields past the nth are left with their original names.) Particularly useful with --inidx or --implicit-csv-header, to give useful names to otherwise integer-indexed fields. Examples: "echo 'a b c d' | mlr --inidx --odkvp cat" gives "1=a,2=b,3=c,4=d" "echo 'a b c d' | mlr --inidx --odkvp label s,t" gives "s=a,t=b,3=c,4=d" .fi .if n \{\ .RE .SS "least-frequent" .if n \{\ .RS 0 .\} .nf Usage: mlr least-frequent [options] Shows the least frequently occurring distinct values for specified field names. The first entry is the statistical anti-mode; the remaining are runners-up. Options: -f {one or more comma-separated field names}. Required flag. -n {count}. Optional flag defaulting to 10. -b Suppress counts; show only field values. -o {name} Field name for output count. Default "count". See also "mlr most-frequent". .fi .if n \{\ .RE .SS "merge-fields" .if n \{\ .RS 0 .\} .nf Usage: mlr merge-fields [options] Computes univariate statistics for each input record, accumulated across specified fields. Options: -a {sum,count,...} Names of accumulators. One or more of: count Count instances of fields mode Find most-frequently-occurring values for fields; first-found wins tie antimode Find least-frequently-occurring values for fields; first-found wins tie sum Compute sums of specified fields mean Compute averages (sample means) of specified fields stddev Compute sample standard deviation of specified fields var Compute sample variance of specified fields meaneb Estimate error bars for averages (assuming no sample autocorrelation) skewness Compute sample skewness of specified fields kurtosis Compute sample kurtosis of specified fields min Compute minimum values of specified fields max Compute maximum values of specified fields -f {a,b,c} Value-field names on which to compute statistics. Requires -o. -r {a,b,c} Regular expressions for value-field names on which to compute statistics. Requires -o. -c {a,b,c} Substrings for collapse mode. All fields which have the same names after removing substrings will be accumulated together. Please see examples below. -i Use interpolated percentiles, like R's type=7; default like type=1. Not sensical for string-valued fields. -o {name} Output field basename for -f/-r. -k Keep the input fields which contributed to the output statistics; the default is to omit them. -F Computes integerable things (e.g. count) in floating point. String-valued data make sense unless arithmetic on them is required, e.g. for sum, mean, interpolated percentiles, etc. In case of mixed data, numbers are less than strings. Example input data: "a_in_x=1,a_out_x=2,b_in_y=4,b_out_x=8". Example: mlr merge-fields -a sum,count -f a_in_x,a_out_x -o foo produces "b_in_y=4,b_out_x=8,foo_sum=3,foo_count=2" since "a_in_x,a_out_x" are summed over. Example: mlr merge-fields -a sum,count -r in_,out_ -o bar produces "bar_sum=15,bar_count=4" since all four fields are summed over. Example: mlr merge-fields -a sum,count -c in_,out_ produces "a_x_sum=3,a_x_count=2,b_y_sum=4,b_y_count=1,b_x_sum=8,b_x_count=1" since "a_in_x" and "a_out_x" both collapse to "a_x", "b_in_y" collapses to "b_y", and "b_out_x" collapses to "b_x". .fi .if n \{\ .RE .SS "most-frequent" .if n \{\ .RS 0 .\} .nf Usage: mlr most-frequent [options] Shows the most frequently occurring distinct values for specified field names. The first entry is the statistical mode; the remaining are runners-up. Options: -f {one or more comma-separated field names}. Required flag. -n {count}. Optional flag defaulting to 10. -b Suppress counts; show only field values. -o {name} Field name for output count. Default "count". See also "mlr least-frequent". .fi .if n \{\ .RE .SS "nest" .if n \{\ .RS 0 .\} .nf Usage: mlr nest [options] Explodes specified field values into separate fields/records, or reverses this. Options: --explode,--implode One is required. --values,--pairs One is required. --across-records,--across-fields One is required. -f {field name} Required. --nested-fs {string} Defaults to ";". Field separator for nested values. --nested-ps {string} Defaults to ":". Pair separator for nested key-value pairs. --evar {string} Shorthand for --explode --values ---across-records --nested-fs {string} --ivar {string} Shorthand for --implode --values ---across-records --nested-fs {string} Please use "mlr --usage-separator-options" for information on specifying separators. Examples: mlr nest --explode --values --across-records -f x with input record "x=a;b;c,y=d" produces output records "x=a,y=d" "x=b,y=d" "x=c,y=d" Use --implode to do the reverse. mlr nest --explode --values --across-fields -f x with input record "x=a;b;c,y=d" produces output records "x_1=a,x_2=b,x_3=c,y=d" Use --implode to do the reverse. mlr nest --explode --pairs --across-records -f x with input record "x=a:1;b:2;c:3,y=d" produces output records "a=1,y=d" "b=2,y=d" "c=3,y=d" mlr nest --explode --pairs --across-fields -f x with input record "x=a:1;b:2;c:3,y=d" produces output records "a=1,b=2,c=3,y=d" Notes: * With --pairs, --implode doesn't make sense since the original field name has been lost. * The combination "--implode --values --across-records" is non-streaming: no output records are produced until all input records have been read. In particular, this means it won't work in tail -f contexts. But all other flag combinations result in streaming (tail -f friendly) data processing. * It's up to you to ensure that the nested-fs is distinct from your data's IFS: e.g. by default the former is semicolon and the latter is comma. See also mlr reshape. .fi .if n \{\ .RE .SS "nothing" .if n \{\ .RS 0 .\} .nf Usage: mlr nothing [options] Drops all input records. Useful for testing, or after tee/print/etc. have produced other output. .fi .if n \{\ .RE .SS "put" .if n \{\ .RS 0 .\} .nf Usage: mlr put [options] {expression} Adds/updates specified field(s). Expressions are semicolon-separated and must either be assignments, or evaluate to boolean. Booleans with following statements in curly braces control whether those statements are executed; booleans without following curly braces do nothing except side effects (e.g. regex-captures into \e1, \e2, etc.). Conversion options: -S: Keeps field values as strings with no type inference to int or float. -F: Keeps field values as strings or floats with no inference to int. All field values are type-inferred to int/float/string unless this behavior is suppressed with -S or -F. Output/formatting options: --oflatsep {string}: Separator to use when flattening multi-level @-variables to output records for emit. Default ":". --jknquoteint: For dump output (JSON-formatted), do not quote map keys if non-string. --jvquoteall: For dump output (JSON-formatted), quote map values even if non-string. Any of the output-format command-line flags (see mlr -h). Example: using mlr --icsv --opprint ... then put --ojson 'tee > "mytap-".$a.".dat", $*' then ... the input is CSV, the output is pretty-print tabular, but the tee-file output is written in JSON format. --no-fflush: for emit, tee, print, and dump, don't call fflush() after every record. Expression-specification options: -f {filename}: the DSL expression is taken from the specified file rather than from the command line. Outer single quotes wrapping the expression should not be placed in the file. If -f is specified more than once, all input files specified using -f are concatenated to produce the expression. (For example, you can define functions in one file and call them from another.) -e {expression}: You can use this after -f to add an expression. Example use case: define functions/subroutines in a file you specify with -f, then call them with an expression you specify with -e. (If you mix -e and -f then the expressions are evaluated in the order encountered. Since the expression pieces are simply concatenated, please be sure to use intervening semicolons to separate expressions.) Tracing options: -v: Prints the expressions's AST (abstract syntax tree), which gives full transparency on the precedence and associativity rules of Miller's grammar, to stdout. -a: Prints a low-level stack-allocation trace to stdout. -t: Prints a low-level parser trace to stderr. -T: Prints a every statement to stderr as it is executed. Other options: -q: Does not include the modified record in the output stream. Useful for when all desired output is in begin and/or end blocks. Please use a dollar sign for field names and double-quotes for string literals. If field names have special characters such as "." then you might use braces, e.g. '${field.name}'. Miller built-in variables are NF NR FNR FILENUM FILENAME M_PI M_E, and ENV["namegoeshere"] to access environment variables. The environment-variable name may be an expression, e.g. a field value. Use # to comment to end of line. Examples: mlr put '$y = log10($x); $z = sqrt($y)' mlr put '$x>0.0 { $y=log10($x); $z=sqrt($y) }' # does {...} only if $x > 0.0 mlr put '$x>0.0; $y=log10($x); $z=sqrt($y)' # does all three statements mlr put '$a =~ "([a-z]+)_([0-9]+); $b = "left_\e1"; $c = "right_\e2"' mlr put '$a =~ "([a-z]+)_([0-9]+) { $b = "left_\e1"; $c = "right_\e2" }' mlr put '$filename = FILENAME' mlr put '$colored_shape = $color . "_" . $shape' mlr put '$y = cos($theta); $z = atan2($y, $x)' mlr put '$name = sub($name, "http.*com"i, "")' mlr put -q '@sum += $x; end {emit @sum}' mlr put -q '@sum[$a] += $x; end {emit @sum, "a"}' mlr put -q '@sum[$a][$b] += $x; end {emit @sum, "a", "b"}' mlr put -q '@min=min(@min,$x);@max=max(@max,$x); end{emitf @min, @max}' mlr put -q 'is_null(@xmax) || $x > @xmax {@xmax=$x; @recmax=$*}; end {emit @recmax}' mlr put ' $x = 1; #$y = 2; $z = 3 ' Please see also 'mlr -k' for examples using redirected output. Please see http://johnkerl.org/miller/doc/reference.html for more information including function list. Or "mlr -f". Please see in particular: http://www.johnkerl.org/miller/doc/reference.html#put .fi .if n \{\ .RE .SS "regularize" .if n \{\ .RS 0 .\} .nf Usage: mlr regularize For records seen earlier in the data stream with same field names in a different order, outputs them with field names in the previously encountered order. Example: input records a=1,c=2,b=3, then e=4,d=5, then c=7,a=6,b=8 output as a=1,c=2,b=3, then e=4,d=5, then a=6,c=7,b=8 .fi .if n \{\ .RE .SS "remove-empty-columns" .if n \{\ .RS 0 .\} .nf Usage: mlr remove-empty-columns Omits fields which are empty on every input row. Non-streaming. .fi .if n \{\ .RE .SS "rename" .if n \{\ .RS 0 .\} .nf Usage: mlr rename [options] {old1,new1,old2,new2,...} Renames specified fields. Options: -r Treat old field names as regular expressions. "ab", "a.*b" will match any field name containing the substring "ab" or matching "a.*b", respectively; anchors of the form "^ab$", "^a.*b$" may be used. New field names may be plain strings, or may contain capture groups of the form "\e1" through "\e9". Wrapping the regex in double quotes is optional, but is required if you wish to follow it with 'i' to indicate case-insensitivity. -g Do global replacement within each field name rather than first-match replacement. Examples: mlr rename old_name,new_name' mlr rename old_name_1,new_name_1,old_name_2,new_name_2' mlr rename -r 'Date_[0-9]+,Date,' Rename all such fields to be "Date" mlr rename -r '"Date_[0-9]+",Date' Same mlr rename -r 'Date_([0-9]+).*,\e1' Rename all such fields to be of the form 20151015 mlr rename -r '"name"i,Name' Rename "name", "Name", "NAME", etc. to "Name" .fi .if n \{\ .RE .SS "reorder" .if n \{\ .RS 0 .\} .nf Usage: mlr reorder [options] -f {a,b,c} Field names to reorder. -e Put specified field names at record end: default is to put them at record start. Examples: mlr reorder -f a,b sends input record "d=4,b=2,a=1,c=3" to "a=1,b=2,d=4,c=3". mlr reorder -e -f a,b sends input record "d=4,b=2,a=1,c=3" to "d=4,c=3,a=1,b=2". .fi .if n \{\ .RE .SS "repeat" .if n \{\ .RS 0 .\} .nf Usage: mlr repeat [options] Copies input records to output records multiple times. Options must be exactly one of the following: -n {repeat count} Repeat each input record this many times. -f {field name} Same, but take the repeat count from the specified field name of each input record. Example: echo x=0 | mlr repeat -n 4 then put '$x=urand()' produces: x=0.488189 x=0.484973 x=0.704983 x=0.147311 Example: echo a=1,b=2,c=3 | mlr repeat -f b produces: a=1,b=2,c=3 a=1,b=2,c=3 Example: echo a=1,b=2,c=3 | mlr repeat -f c produces: a=1,b=2,c=3 a=1,b=2,c=3 a=1,b=2,c=3 .fi .if n \{\ .RE .SS "reshape" .if n \{\ .RS 0 .\} .nf Usage: mlr reshape [options] Wide-to-long options: -i {input field names} -o {key-field name,value-field name} -r {input field regexes} -o {key-field name,value-field name} These pivot/reshape the input data such that the input fields are removed and separate records are emitted for each key/value pair. Note: this works with tail -f and produces output records for each input record seen. Long-to-wide options: -s {key-field name,value-field name} These pivot/reshape the input data to undo the wide-to-long operation. Note: this does not work with tail -f; it produces output records only after all input records have been read. Examples: Input file "wide.txt": time X Y 2009-01-01 0.65473572 2.4520609 2009-01-02 -0.89248112 0.2154713 2009-01-03 0.98012375 1.3179287 mlr --pprint reshape -i X,Y -o item,value wide.txt time item value 2009-01-01 X 0.65473572 2009-01-01 Y 2.4520609 2009-01-02 X -0.89248112 2009-01-02 Y 0.2154713 2009-01-03 X 0.98012375 2009-01-03 Y 1.3179287 mlr --pprint reshape -r '[A-Z]' -o item,value wide.txt time item value 2009-01-01 X 0.65473572 2009-01-01 Y 2.4520609 2009-01-02 X -0.89248112 2009-01-02 Y 0.2154713 2009-01-03 X 0.98012375 2009-01-03 Y 1.3179287 Input file "long.txt": time item value 2009-01-01 X 0.65473572 2009-01-01 Y 2.4520609 2009-01-02 X -0.89248112 2009-01-02 Y 0.2154713 2009-01-03 X 0.98012375 2009-01-03 Y 1.3179287 mlr --pprint reshape -s item,value long.txt time X Y 2009-01-01 0.65473572 2.4520609 2009-01-02 -0.89248112 0.2154713 2009-01-03 0.98012375 1.3179287 See also mlr nest. .fi .if n \{\ .RE .SS "sample" .if n \{\ .RS 0 .\} .nf Usage: mlr sample [options] Reservoir sampling (subsampling without replacement), optionally by category. -k {count} Required: number of records to output, total, or by group if using -g. -g {a,b,c} Optional: group-by-field names for samples. See also mlr bootstrap and mlr shuffle. .fi .if n \{\ .RE .SS "sec2gmt" .if n \{\ .RS 0 .\} .nf Usage: mlr sec2gmt [options] {comma-separated list of field names} Replaces a numeric field representing seconds since the epoch with the corresponding GMT timestamp; leaves non-numbers as-is. This is nothing more than a keystroke-saver for the sec2gmt function: mlr sec2gmt time1,time2 is the same as mlr put '$time1=sec2gmt($time1);$time2=sec2gmt($time2)' Options: -1 through -9: format the seconds using 1..9 decimal places, respectively. .fi .if n \{\ .RE .SS "sec2gmtdate" .if n \{\ .RS 0 .\} .nf Usage: mlr sec2gmtdate {comma-separated list of field names} Replaces a numeric field representing seconds since the epoch with the corresponding GMT year-month-day timestamp; leaves non-numbers as-is. This is nothing more than a keystroke-saver for the sec2gmtdate function: mlr sec2gmtdate time1,time2 is the same as mlr put '$time1=sec2gmtdate($time1);$time2=sec2gmtdate($time2)' .fi .if n \{\ .RE .SS "seqgen" .if n \{\ .RS 0 .\} .nf Usage: mlr seqgen [options] Produces a sequence of counters. Discards the input record stream. Produces output as specified by the following options: -f {name} Field name for counters; default "i". --start {number} Inclusive start value; default "1". --stop {number} Inclusive stop value; default "100". --step {number} Step value; default "1". Start, stop, and/or step may be floating-point. Output is integer if start, stop, and step are all integers. Step may be negative. It may not be zero unless start == stop. .fi .if n \{\ .RE .SS "shuffle" .if n \{\ .RS 0 .\} .nf Usage: mlr shuffle {no options} Outputs records randomly permuted. No output records are produced until all input records are read. See also mlr bootstrap and mlr sample. .fi .if n \{\ .RE .SS "skip-trivial-records" .if n \{\ .RS 0 .\} .nf Usage: mlr skip-trivial-records [options] Passes through all records except: * those with zero fields; * those for which all fields have empty value. .fi .if n \{\ .RE .SS "sort" .if n \{\ .RS 0 .\} .nf Usage: mlr sort {flags} Flags: -f {comma-separated field names} Lexical ascending -n {comma-separated field names} Numerical ascending; nulls sort last -nf {comma-separated field names} Same as -n -r {comma-separated field names} Lexical descending -nr {comma-separated field names} Numerical descending; nulls sort first Sorts records primarily by the first specified field, secondarily by the second field, and so on. (Any records not having all specified sort keys will appear at the end of the output, in the order they were encountered, regardless of the specified sort order.) The sort is stable: records that compare equal will sort in the order they were encountered in the input record stream. Example: mlr sort -f a,b -nr x,y,z which is the same as: mlr sort -f a -f b -nr x -nr y -nr z .fi .if n \{\ .RE .SS "stats1" .if n \{\ .RS 0 .\} .nf Usage: mlr stats1 [options] Computes univariate statistics for one or more given fields, accumulated across the input record stream. Options: -a {sum,count,...} Names of accumulators: p10 p25.2 p50 p98 p100 etc. and/or one or more of: count Count instances of fields mode Find most-frequently-occurring values for fields; first-found wins tie antimode Find least-frequently-occurring values for fields; first-found wins tie sum Compute sums of specified fields mean Compute averages (sample means) of specified fields stddev Compute sample standard deviation of specified fields var Compute sample variance of specified fields meaneb Estimate error bars for averages (assuming no sample autocorrelation) skewness Compute sample skewness of specified fields kurtosis Compute sample kurtosis of specified fields min Compute minimum values of specified fields max Compute maximum values of specified fields -f {a,b,c} Value-field names on which to compute statistics --fr {regex} Regex for value-field names on which to compute statistics (compute statsitics on values in all field names matching regex) --fx {regex} Inverted regex for value-field names on which to compute statistics (compute statsitics on values in all field names not matching regex) -g {d,e,f} Optional group-by-field names --gr {regex} Regex for optional group-by-field names (group by values in field names matching regex) --gx {regex} Inverted regex for optional group-by-field names (group by values in field names not matching regex) --grfx {regex} Shorthand for --gr {regex} --fx {that same regex} -i Use interpolated percentiles, like R's type=7; default like type=1. Not sensical for string-valued fields. -s Print iterative stats. Useful in tail -f contexts (in which case please avoid pprint-format output since end of input stream will never be seen). -F Computes integerable things (e.g. count) in floating point. Example: mlr stats1 -a min,p10,p50,p90,max -f value -g size,shape Example: mlr stats1 -a count,mode -f size Example: mlr stats1 -a count,mode -f size -g shape Example: mlr stats1 -a count,mode --fr '^[a-h].*$' -gr '^k.*$' This computes count and mode statistics on all field names beginning with a through h, grouped by all field names starting with k. Notes: * p50 and median are synonymous. * min and max output the same results as p0 and p100, respectively, but use less memory. * String-valued data make sense unless arithmetic on them is required, e.g. for sum, mean, interpolated percentiles, etc. In case of mixed data, numbers are less than strings. * count and mode allow text input; the rest require numeric input. In particular, 1 and 1.0 are distinct text for count and mode. * When there are mode ties, the first-encountered datum wins. .fi .if n \{\ .RE .SS "stats2" .if n \{\ .RS 0 .\} .nf Usage: mlr stats2 [options] Computes bivariate statistics for one or more given field-name pairs, accumulated across the input record stream. -a {linreg-ols,corr,...} Names of accumulators: one or more of: linreg-pca Linear regression using principal component analysis linreg-ols Linear regression using ordinary least squares r2 Quality metric for linreg-ols (linreg-pca emits its own) logireg Logistic regression corr Sample correlation cov Sample covariance covx Sample-covariance matrix -f {a,b,c,d} Value-field name-pairs on which to compute statistics. There must be an even number of names. -g {e,f,g} Optional group-by-field names. -v Print additional output for linreg-pca. -s Print iterative stats. Useful in tail -f contexts (in which case please avoid pprint-format output since end of input stream will never be seen). --fit Rather than printing regression parameters, applies them to the input data to compute new fit fields. All input records are held in memory until end of input stream. Has effect only for linreg-ols, linreg-pca, and logireg. Only one of -s or --fit may be used. Example: mlr stats2 -a linreg-pca -f x,y Example: mlr stats2 -a linreg-ols,r2 -f x,y -g size,shape Example: mlr stats2 -a corr -f x,y .fi .if n \{\ .RE .SS "step" .if n \{\ .RS 0 .\} .nf Usage: mlr step [options] Computes values dependent on the previous record, optionally grouped by category. Options: -a {delta,rsum,...} Names of steppers: comma-separated, one or more of: delta Compute differences in field(s) between successive records shift Include value(s) in field(s) from previous record, if any from-first Compute differences in field(s) from first record ratio Compute ratios in field(s) between successive records rsum Compute running sums of field(s) between successive records counter Count instances of field(s) between successive records ewma Exponentially weighted moving average over successive records -f {a,b,c} Value-field names on which to compute statistics -g {d,e,f} Optional group-by-field names -F Computes integerable things (e.g. counter) in floating point. -d {x,y,z} Weights for ewma. 1 means current sample gets all weight (no smoothing), near under under 1 is light smoothing, near over 0 is heavy smoothing. Multiple weights may be specified, e.g. "mlr step -a ewma -f sys_load -d 0.01,0.1,0.9". Default if omitted is "-d 0.5". -o {a,b,c} Custom suffixes for EWMA output fields. If omitted, these default to the -d values. If supplied, the number of -o values must be the same as the number of -d values. Examples: mlr step -a rsum -f request_size mlr step -a delta -f request_size -g hostname mlr step -a ewma -d 0.1,0.9 -f x,y mlr step -a ewma -d 0.1,0.9 -o smooth,rough -f x,y mlr step -a ewma -d 0.1,0.9 -o smooth,rough -f x,y -g group_name Please see http://johnkerl.org/miller/doc/reference.html#filter or https://en.wikipedia.org/wiki/Moving_average#Exponential_moving_average for more information on EWMA. .fi .if n \{\ .RE .SS "tac" .if n \{\ .RS 0 .\} .nf Usage: mlr tac Prints records in reverse order from the order in which they were encountered. .fi .if n \{\ .RE .SS "tail" .if n \{\ .RS 0 .\} .nf Usage: mlr tail [options] -n {count} Tail count to print; default 10 -g {a,b,c} Optional group-by-field names for tail counts Passes through the last n records, optionally by category. .fi .if n \{\ .RE .SS "tee" .if n \{\ .RS 0 .\} .nf Usage: mlr tee [options] {filename} Passes through input records (like mlr cat) but also writes to specified output file, using output-format flags from the command line (e.g. --ocsv). See also the "tee" keyword within mlr put, which allows data-dependent filenames. Options: -a: append to existing file, if any, rather than overwriting. --no-fflush: don't call fflush() after every record. Any of the output-format command-line flags (see mlr -h). Example: using mlr --icsv --opprint put '...' then tee --ojson ./mytap.dat then stats1 ... the input is CSV, the output is pretty-print tabular, but the tee-file output is written in JSON format. .fi .if n \{\ .RE .SS "top" .if n \{\ .RS 0 .\} .nf Usage: mlr top [options] -f {a,b,c} Value-field names for top counts. -g {d,e,f} Optional group-by-field names for top counts. -n {count} How many records to print per category; default 1. -a Print all fields for top-value records; default is to print only value and group-by fields. Requires a single value-field name only. --min Print top smallest values; default is top largest values. -F Keep top values as floats even if they look like integers. -o {name} Field name for output indices. Default "top_idx". Prints the n records with smallest/largest values at specified fields, optionally by category. .fi .if n \{\ .RE .SS "uniq" .if n \{\ .RS 0 .\} .nf Usage: mlr uniq [options] Prints distinct values for specified field names. With -c, same as count-distinct. For uniq, -f is a synonym for -g. Options: -g {d,e,f} Group-by-field names for uniq counts. -c Show repeat counts in addition to unique values. -n Show only the number of distinct values. -o {name} Field name for output count. Default "count". -a Output each unique record only once. Incompatible with -g. With -c, produces unique records, with repeat counts for each. With -n, produces only one record which is the unique-record count. With neither -c nor -n, produces unique records. .fi .if n \{\ .RE .SS "unsparsify" .if n \{\ .RS 0 .\} .nf Usage: mlr unsparsify [options] Prints records with the union of field names over all input records. For field names absent in a given record but present in others, fills in a value. This verb retains all input before producing any output. Options: --fill-with {filler string} What to fill absent fields with. Defaults to the empty string. Example: if the input is two records, one being 'a=1,b=2' and the other being 'b=3,c=4', then the output is the two records 'a=1,b=2,c=' and \(cqa=,b=3,c=4'. .fi .if n \{\ .RE .SH "FUNCTIONS FOR FILTER/PUT" .sp .SS "+" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Addition. + (class=arithmetic #args=1): Unary plus. .fi .if n \{\ .RE .SS "-" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Subtraction. - (class=arithmetic #args=1): Unary minus. .fi .if n \{\ .RE .SS "*" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Multiplication. .fi .if n \{\ .RE .SS "/" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Division. .fi .if n \{\ .RE .SS "//" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Integer division: rounds to negative (pythonic). .fi .if n \{\ .RE .SS ".+" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Addition, with integer-to-integer overflow \&.+ (class=arithmetic #args=1): Unary plus, with integer-to-integer overflow. .fi .if n \{\ .RE .SS ".-" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Subtraction, with integer-to-integer overflow. \&.- (class=arithmetic #args=1): Unary minus, with integer-to-integer overflow. .fi .if n \{\ .RE .SS ".*" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Multiplication, with integer-to-integer overflow. .fi .if n \{\ .RE .SS "./" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Division, with integer-to-integer overflow. .fi .if n \{\ .RE .SS ".//" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Integer division: rounds to negative (pythonic), with integer-to-integer overflow. .fi .if n \{\ .RE .SS "%" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Remainder; never negative-valued (pythonic). .fi .if n \{\ .RE .SS "**" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Exponentiation; same as pow, but as an infix operator. .fi .if n \{\ .RE .SS "|" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Bitwise OR. .fi .if n \{\ .RE .SS "^" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Bitwise XOR. .fi .if n \{\ .RE .SS "&" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Bitwise AND. .fi .if n \{\ .RE .SS "~" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=1): Bitwise NOT. Beware '$y=~$x' since =~ is the regex-match operator: try '$y = ~$x'. .fi .if n \{\ .RE .SS "<<" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Bitwise left-shift. .fi .if n \{\ .RE .SS ">>" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=2): Bitwise right-shift. .fi .if n \{\ .RE .SS "bitcount" .if n \{\ .RS 0 .\} .nf (class=arithmetic #args=1): Count of 1-bits .fi .if n \{\ .RE .SS "==" .if n \{\ .RS 0 .\} .nf (class=boolean #args=2): String/numeric equality. Mixing number and string results in string compare. .fi .if n \{\ .RE .SS "!=" .if n \{\ .RS 0 .\} .nf (class=boolean #args=2): String/numeric inequality. Mixing number and string results in string compare. .fi .if n \{\ .RE .SS "=~" .if n \{\ .RS 0 .\} .nf (class=boolean #args=2): String (left-hand side) matches regex (right-hand side), e.g. '$name =~ "^a.*b$"'. .fi .if n \{\ .RE .SS "!=~" .if n \{\ .RS 0 .\} .nf (class=boolean #args=2): String (left-hand side) does not match regex (right-hand side), e.g. '$name !=~ "^a.*b$"'. .fi .if n \{\ .RE .SS ">" .if n \{\ .RS 0 .\} .nf (class=boolean #args=2): String/numeric greater-than. Mixing number and string results in string compare. .fi .if n \{\ .RE .SS ">=" .if n \{\ .RS 0 .\} .nf (class=boolean #args=2): String/numeric greater-than-or-equals. Mixing number and string results in string compare. .fi .if n \{\ .RE .SS "<" .if n \{\ .RS 0 .\} .nf (class=boolean #args=2): String/numeric less-than. Mixing number and string results in string compare. .fi .if n \{\ .RE .SS "<=" .if n \{\ .RS 0 .\} .nf (class=boolean #args=2): String/numeric less-than-or-equals. Mixing number and string results in string compare. .fi .if n \{\ .RE .SS "&&" .if n \{\ .RS 0 .\} .nf (class=boolean #args=2): Logical AND. .fi .if n \{\ .RE .SS "||" .if n \{\ .RS 0 .\} .nf (class=boolean #args=2): Logical OR. .fi .if n \{\ .RE .SS "^^" .if n \{\ .RS 0 .\} .nf (class=boolean #args=2): Logical XOR. .fi .if n \{\ .RE .SS "!" .if n \{\ .RS 0 .\} .nf (class=boolean #args=1): Logical negation. .fi .if n \{\ .RE .SS "? :" .if n \{\ .RS 0 .\} .nf (class=boolean #args=3): Ternary operator. .fi .if n \{\ .RE .SS "." .if n \{\ .RS 0 .\} .nf (class=string #args=2): String concatenation. .fi .if n \{\ .RE .SS "gsub" .if n \{\ .RS 0 .\} .nf (class=string #args=3): Example: '$name=gsub($name, "old", "new")' (replace all). .fi .if n \{\ .RE .SS "regextract" .if n \{\ .RS 0 .\} .nf (class=string #args=2): Example: '$name=regextract($name, "[A-Z]{3}[0-9]{2}")' \&. .fi .if n \{\ .RE .SS "regextract_or_else" .if n \{\ .RS 0 .\} .nf (class=string #args=3): Example: '$name=regextract_or_else($name, "[A-Z]{3}[0-9]{2}", "default")' \&. .fi .if n \{\ .RE .SS "strlen" .if n \{\ .RS 0 .\} .nf (class=string #args=1): String length. .fi .if n \{\ .RE .SS "sub" .if n \{\ .RS 0 .\} .nf (class=string #args=3): Example: '$name=sub($name, "old", "new")' (replace once). .fi .if n \{\ .RE .SS "ssub" .if n \{\ .RS 0 .\} .nf (class=string #args=3): Like sub but does no regexing. No characters are special. .fi .if n \{\ .RE .SS "substr" .if n \{\ .RS 0 .\} .nf (class=string #args=3): substr(s,m,n) gives substring of s from 0-up position m to n inclusive. Negative indices -len .. -1 alias to 0 .. len-1. .fi .if n \{\ .RE .SS "tolower" .if n \{\ .RS 0 .\} .nf (class=string #args=1): Convert string to lowercase. .fi .if n \{\ .RE .SS "toupper" .if n \{\ .RS 0 .\} .nf (class=string #args=1): Convert string to uppercase. .fi .if n \{\ .RE .SS "capitalize" .if n \{\ .RS 0 .\} .nf (class=string #args=1): Convert string's first character to uppercase. .fi .if n \{\ .RE .SS "lstrip" .if n \{\ .RS 0 .\} .nf (class=string #args=1): Strip leading whitespace from string. .fi .if n \{\ .RE .SS "rstrip" .if n \{\ .RS 0 .\} .nf (class=string #args=1): Strip trailing whitespace from string. .fi .if n \{\ .RE .SS "strip" .if n \{\ .RS 0 .\} .nf (class=string #args=1): Strip leading and trailing whitespace from string. .fi .if n \{\ .RE .SS "collapse_whitespace" .if n \{\ .RS 0 .\} .nf (class=string #args=1): Strip repeated whitespace from string. .fi .if n \{\ .RE .SS "clean_whitespace" .if n \{\ .RS 0 .\} .nf (class=string #args=1): Same as collapse_whitespace and strip. .fi .if n \{\ .RE .SS "system" .if n \{\ .RS 0 .\} .nf (class=string #args=1): Run command string, yielding its stdout minus final carriage return. .fi .if n \{\ .RE .SS "abs" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Absolute value. .fi .if n \{\ .RE .SS "acos" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Inverse trigonometric cosine. .fi .if n \{\ .RE .SS "acosh" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Inverse hyperbolic cosine. .fi .if n \{\ .RE .SS "asin" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Inverse trigonometric sine. .fi .if n \{\ .RE .SS "asinh" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Inverse hyperbolic sine. .fi .if n \{\ .RE .SS "atan" .if n \{\ .RS 0 .\} .nf (class=math #args=1): One-argument arctangent. .fi .if n \{\ .RE .SS "atan2" .if n \{\ .RS 0 .\} .nf (class=math #args=2): Two-argument arctangent. .fi .if n \{\ .RE .SS "atanh" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Inverse hyperbolic tangent. .fi .if n \{\ .RE .SS "cbrt" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Cube root. .fi .if n \{\ .RE .SS "ceil" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Ceiling: nearest integer at or above. .fi .if n \{\ .RE .SS "cos" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Trigonometric cosine. .fi .if n \{\ .RE .SS "cosh" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Hyperbolic cosine. .fi .if n \{\ .RE .SS "erf" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Error function. .fi .if n \{\ .RE .SS "erfc" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Complementary error function. .fi .if n \{\ .RE .SS "exp" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Exponential function e**x. .fi .if n \{\ .RE .SS "expm1" .if n \{\ .RS 0 .\} .nf (class=math #args=1): e**x - 1. .fi .if n \{\ .RE .SS "floor" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Floor: nearest integer at or below. .fi .if n \{\ .RE .SS "invqnorm" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Inverse of normal cumulative distribution function. Note that invqorm(urand()) is normally distributed. .fi .if n \{\ .RE .SS "log" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Natural (base-e) logarithm. .fi .if n \{\ .RE .SS "log10" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Base-10 logarithm. .fi .if n \{\ .RE .SS "log1p" .if n \{\ .RS 0 .\} .nf (class=math #args=1): log(1-x). .fi .if n \{\ .RE .SS "logifit" .if n \{\ .RS 0 .\} .nf (class=math #args=3): Given m and b from logistic regression, compute fit: $yhat=logifit($x,$m,$b). .fi .if n \{\ .RE .SS "madd" .if n \{\ .RS 0 .\} .nf (class=math #args=3): a + b mod m (integers) .fi .if n \{\ .RE .SS "max" .if n \{\ .RS 0 .\} .nf (class=math variadic): max of n numbers; null loses .fi .if n \{\ .RE .SS "mexp" .if n \{\ .RS 0 .\} .nf (class=math #args=3): a ** b mod m (integers) .fi .if n \{\ .RE .SS "min" .if n \{\ .RS 0 .\} .nf (class=math variadic): Min of n numbers; null loses .fi .if n \{\ .RE .SS "mmul" .if n \{\ .RS 0 .\} .nf (class=math #args=3): a * b mod m (integers) .fi .if n \{\ .RE .SS "msub" .if n \{\ .RS 0 .\} .nf (class=math #args=3): a - b mod m (integers) .fi .if n \{\ .RE .SS "pow" .if n \{\ .RS 0 .\} .nf (class=math #args=2): Exponentiation; same as **. .fi .if n \{\ .RE .SS "qnorm" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Normal cumulative distribution function. .fi .if n \{\ .RE .SS "round" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Round to nearest integer. .fi .if n \{\ .RE .SS "roundm" .if n \{\ .RS 0 .\} .nf (class=math #args=2): Round to nearest multiple of m: roundm($x,$m) is the same as round($x/$m)*$m .fi .if n \{\ .RE .SS "sgn" .if n \{\ .RS 0 .\} .nf (class=math #args=1): +1 for positive input, 0 for zero input, -1 for negative input. .fi .if n \{\ .RE .SS "sin" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Trigonometric sine. .fi .if n \{\ .RE .SS "sinh" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Hyperbolic sine. .fi .if n \{\ .RE .SS "sqrt" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Square root. .fi .if n \{\ .RE .SS "tan" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Trigonometric tangent. .fi .if n \{\ .RE .SS "tanh" .if n \{\ .RS 0 .\} .nf (class=math #args=1): Hyperbolic tangent. .fi .if n \{\ .RE .SS "urand" .if n \{\ .RS 0 .\} .nf (class=math #args=0): Floating-point numbers uniformly distributed on the unit interval. Int-valued example: '$n=floor(20+urand()*11)'. .fi .if n \{\ .RE .SS "urandrange" .if n \{\ .RS 0 .\} .nf (class=math #args=2): Floating-point numbers uniformly distributed on the interval [a, b). .fi .if n \{\ .RE .SS "urand32" .if n \{\ .RS 0 .\} .nf (class=math #args=0): Integer uniformly distributed 0 and 2**32-1 inclusive. .fi .if n \{\ .RE .SS "urandint" .if n \{\ .RS 0 .\} .nf (class=math #args=2): Integer uniformly distributed between inclusive integer endpoints. .fi .if n \{\ .RE .SS "dhms2fsec" .if n \{\ .RS 0 .\} .nf (class=time #args=1): Recovers floating-point seconds as in dhms2fsec("5d18h53m20.250000s") = 500000.250000 .fi .if n \{\ .RE .SS "dhms2sec" .if n \{\ .RS 0 .\} .nf (class=time #args=1): Recovers integer seconds as in dhms2sec("5d18h53m20s") = 500000 .fi .if n \{\ .RE .SS "fsec2dhms" .if n \{\ .RS 0 .\} .nf (class=time #args=1): Formats floating-point seconds as in fsec2dhms(500000.25) = "5d18h53m20.250000s" .fi .if n \{\ .RE .SS "fsec2hms" .if n \{\ .RS 0 .\} .nf (class=time #args=1): Formats floating-point seconds as in fsec2hms(5000.25) = "01:23:20.250000" .fi .if n \{\ .RE .SS "gmt2sec" .if n \{\ .RS 0 .\} .nf (class=time #args=1): Parses GMT timestamp as integer seconds since the epoch. .fi .if n \{\ .RE .SS "localtime2sec" .if n \{\ .RS 0 .\} .nf (class=time #args=1): Parses local timestamp as integer seconds since the epoch. Consults $TZ environment variable. .fi .if n \{\ .RE .SS "hms2fsec" .if n \{\ .RS 0 .\} .nf (class=time #args=1): Recovers floating-point seconds as in hms2fsec("01:23:20.250000") = 5000.250000 .fi .if n \{\ .RE .SS "hms2sec" .if n \{\ .RS 0 .\} .nf (class=time #args=1): Recovers integer seconds as in hms2sec("01:23:20") = 5000 .fi .if n \{\ .RE .SS "sec2dhms" .if n \{\ .RS 0 .\} .nf (class=time #args=1): Formats integer seconds as in sec2dhms(500000) = "5d18h53m20s" .fi .if n \{\ .RE .SS "sec2gmt" .if n \{\ .RS 0 .\} .nf (class=time #args=1): Formats seconds since epoch (integer part) as GMT timestamp, e.g. sec2gmt(1440768801.7) = "2015-08-28T13:33:21Z". Leaves non-numbers as-is. sec2gmt (class=time #args=2): Formats seconds since epoch as GMT timestamp with n decimal places for seconds, e.g. sec2gmt(1440768801.7,1) = "2015-08-28T13:33:21.7Z". Leaves non-numbers as-is. .fi .if n \{\ .RE .SS "sec2gmtdate" .if n \{\ .RS 0 .\} .nf (class=time #args=1): Formats seconds since epoch (integer part) as GMT timestamp with year-month-date, e.g. sec2gmtdate(1440768801.7) = "2015-08-28". Leaves non-numbers as-is. .fi .if n \{\ .RE .SS "sec2localtime" .if n \{\ .RS 0 .\} .nf (class=time #args=1): Formats seconds since epoch (integer part) as local timestamp, e.g. sec2localtime(1440768801.7) = "2015-08-28T13:33:21Z". Consults $TZ environment variable. Leaves non-numbers as-is. sec2localtime (class=time #args=2): Formats seconds since epoch as local timestamp with n decimal places for seconds, e.g. sec2localtime(1440768801.7,1) = "2015-08-28T13:33:21.7Z". Consults $TZ environment variable. Leaves non-numbers as-is. .fi .if n \{\ .RE .SS "sec2localdate" .if n \{\ .RS 0 .\} .nf (class=time #args=1): Formats seconds since epoch (integer part) as local timestamp with year-month-date, e.g. sec2localdate(1440768801.7) = "2015-08-28". Consults $TZ environment variable. Leaves non-numbers as-is. .fi .if n \{\ .RE .SS "sec2hms" .if n \{\ .RS 0 .\} .nf (class=time #args=1): Formats integer seconds as in sec2hms(5000) = "01:23:20" .fi .if n \{\ .RE .SS "strftime" .if n \{\ .RS 0 .\} .nf (class=time #args=2): Formats seconds since the epoch as timestamp, e.g. strftime(1440768801.7,"%Y-%m-%dT%H:%M:%SZ") = "2015-08-28T13:33:21Z", and strftime(1440768801.7,"%Y-%m-%dT%H:%M:%3SZ") = "2015-08-28T13:33:21.700Z". Format strings are as in the C library (please see "man strftime" on your system), with the Miller-specific addition of "%1S" through "%9S" which format the seconds with 1 through 9 decimal places, respectively. ("%S" uses no decimal places.) See also strftime_local. .fi .if n \{\ .RE .SS "strftime_local" .if n \{\ .RS 0 .\} .nf (class=time #args=2): Like strftime but consults the $TZ environment variable to get local time zone. .fi .if n \{\ .RE .SS "strptime" .if n \{\ .RS 0 .\} .nf (class=time #args=2): Parses timestamp as floating-point seconds since the epoch, e.g. strptime("2015-08-28T13:33:21Z","%Y-%m-%dT%H:%M:%SZ") = 1440768801.000000, and strptime("2015-08-28T13:33:21.345Z","%Y-%m-%dT%H:%M:%SZ") = 1440768801.345000. See also strptime_local. .fi .if n \{\ .RE .SS "strptime_local" .if n \{\ .RS 0 .\} .nf (class=time #args=2): Like strptime, but consults $TZ environment variable to find and use local timezone. .fi .if n \{\ .RE .SS "systime" .if n \{\ .RS 0 .\} .nf (class=time #args=0): Floating-point seconds since the epoch, e.g. 1440768801.748936. .fi .if n \{\ .RE .SS "is_absent" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): False if field is present in input, false otherwise .fi .if n \{\ .RE .SS "is_bool" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): True if field is present with boolean value. Synonymous with is_boolean. .fi .if n \{\ .RE .SS "is_boolean" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): True if field is present with boolean value. Synonymous with is_bool. .fi .if n \{\ .RE .SS "is_empty" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): True if field is present in input with empty string value, false otherwise. .fi .if n \{\ .RE .SS "is_empty_map" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): True if argument is a map which is empty. .fi .if n \{\ .RE .SS "is_float" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): True if field is present with value inferred to be float .fi .if n \{\ .RE .SS "is_int" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): True if field is present with value inferred to be int .fi .if n \{\ .RE .SS "is_map" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): True if argument is a map. .fi .if n \{\ .RE .SS "is_nonempty_map" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): True if argument is a map which is non-empty. .fi .if n \{\ .RE .SS "is_not_empty" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): False if field is present in input with empty value, true otherwise .fi .if n \{\ .RE .SS "is_not_map" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): True if argument is not a map. .fi .if n \{\ .RE .SS "is_not_null" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): False if argument is null (empty or absent), true otherwise. .fi .if n \{\ .RE .SS "is_null" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): True if argument is null (empty or absent), false otherwise. .fi .if n \{\ .RE .SS "is_numeric" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): True if field is present with value inferred to be int or float .fi .if n \{\ .RE .SS "is_present" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): True if field is present in input, false otherwise. .fi .if n \{\ .RE .SS "is_string" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): True if field is present with string (including empty-string) value .fi .if n \{\ .RE .SS "asserting_absent" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is absent in the input data, else throws an error. .fi .if n \{\ .RE .SS "asserting_bool" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is present with boolean value, else throws an error. .fi .if n \{\ .RE .SS "asserting_boolean" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is present with boolean value, else throws an error. .fi .if n \{\ .RE .SS "asserting_empty" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is present in input with empty value, else throws an error. .fi .if n \{\ .RE .SS "asserting_empty_map" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is a map with empty value, else throws an error. .fi .if n \{\ .RE .SS "asserting_float" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is present with float value, else throws an error. .fi .if n \{\ .RE .SS "asserting_int" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is present with int value, else throws an error. .fi .if n \{\ .RE .SS "asserting_map" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is a map, else throws an error. .fi .if n \{\ .RE .SS "asserting_nonempty_map" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is a non-empty map, else throws an error. .fi .if n \{\ .RE .SS "asserting_not_empty" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is present in input with non-empty value, else throws an error. .fi .if n \{\ .RE .SS "asserting_not_map" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is not a map, else throws an error. .fi .if n \{\ .RE .SS "asserting_not_null" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is non-null (non-empty and non-absent), else throws an error. .fi .if n \{\ .RE .SS "asserting_null" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is null (empty or absent), else throws an error. .fi .if n \{\ .RE .SS "asserting_numeric" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is present with int or float value, else throws an error. .fi .if n \{\ .RE .SS "asserting_present" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is present in input, else throws an error. .fi .if n \{\ .RE .SS "asserting_string" .if n \{\ .RS 0 .\} .nf (class=typing #args=1): Returns argument if it is present with string (including empty-string) value, else throws an error. .fi .if n \{\ .RE .SS "boolean" .if n \{\ .RS 0 .\} .nf (class=conversion #args=1): Convert int/float/bool/string to boolean. .fi .if n \{\ .RE .SS "float" .if n \{\ .RS 0 .\} .nf (class=conversion #args=1): Convert int/float/bool/string to float. .fi .if n \{\ .RE .SS "fmtnum" .if n \{\ .RS 0 .\} .nf (class=conversion #args=2): Convert int/float/bool to string using printf-style format string, e.g. '$s = fmtnum($n, "%06lld")'. WARNING: Miller numbers are all long long or double. If you use formats like %d or %f, behavior is undefined. .fi .if n \{\ .RE .SS "hexfmt" .if n \{\ .RS 0 .\} .nf (class=conversion #args=1): Convert int to string, e.g. 255 to "0xff". .fi .if n \{\ .RE .SS "int" .if n \{\ .RS 0 .\} .nf (class=conversion #args=1): Convert int/float/bool/string to int. .fi .if n \{\ .RE .SS "string" .if n \{\ .RS 0 .\} .nf (class=conversion #args=1): Convert int/float/bool/string to string. .fi .if n \{\ .RE .SS "typeof" .if n \{\ .RS 0 .\} .nf (class=conversion #args=1): Convert argument to type of argument (e.g. MT_STRING). For debug. .fi .if n \{\ .RE .SS "depth" .if n \{\ .RS 0 .\} .nf (class=maps #args=1): Prints maximum depth of hashmap: ''. Scalars have depth 0. .fi .if n \{\ .RE .SS "haskey" .if n \{\ .RS 0 .\} .nf (class=maps #args=2): True/false if map has/hasn't key, e.g. 'haskey($*, "a")' or \(cqhaskey(mymap, mykey)'. Error if 1st argument is not a map. .fi .if n \{\ .RE .SS "joink" .if n \{\ .RS 0 .\} .nf (class=maps #args=2): Makes string from map keys. E.g. 'joink($*, ",")'. .fi .if n \{\ .RE .SS "joinkv" .if n \{\ .RS 0 .\} .nf (class=maps #args=3): Makes string from map key-value pairs. E.g. 'joinkv(@v[2], "=", ",")' .fi .if n \{\ .RE .SS "joinv" .if n \{\ .RS 0 .\} .nf (class=maps #args=2): Makes string from map keys. E.g. 'joinv(mymap, ",")'. .fi .if n \{\ .RE .SS "leafcount" .if n \{\ .RS 0 .\} .nf (class=maps #args=1): Counts total number of terminal values in hashmap. For single-level maps, same as length. .fi .if n \{\ .RE .SS "length" .if n \{\ .RS 0 .\} .nf (class=maps #args=1): Counts number of top-level entries in hashmap. Scalars have length 1. .fi .if n \{\ .RE .SS "mapdiff" .if n \{\ .RS 0 .\} .nf (class=maps variadic): With 0 args, returns empty map. With 1 arg, returns copy of arg. With 2 or more, returns copy of arg 1 with all keys from any of remaining argument maps removed. .fi .if n \{\ .RE .SS "mapexcept" .if n \{\ .RS 0 .\} .nf (class=maps variadic): Returns a map with keys from remaining arguments, if any, unset. E.g. 'mapexcept({1:2,3:4,5:6}, 1, 5, 7)' is '{3:4}'. .fi .if n \{\ .RE .SS "mapselect" .if n \{\ .RS 0 .\} .nf (class=maps variadic): Returns a map with only keys from remaining arguments set. E.g. 'mapselect({1:2,3:4,5:6}, 1, 5, 7)' is '{1:2,5:6}'. .fi .if n \{\ .RE .SS "mapsum" .if n \{\ .RS 0 .\} .nf (class=maps variadic): With 0 args, returns empty map. With >= 1 arg, returns a map with key-value pairs from all arguments. Rightmost collisions win, e.g. 'mapsum({1:2,3:4},{1:5})' is '{1:5,3:4}'. .fi .if n \{\ .RE .SS "splitkv" .if n \{\ .RS 0 .\} .nf (class=maps #args=3): Splits string by separators into map with type inference. E.g. 'splitkv("a=1,b=2,c=3", "=", ",")' gives '{"a" : 1, "b" : 2, "c" : 3}'. .fi .if n \{\ .RE .SS "splitkvx" .if n \{\ .RS 0 .\} .nf (class=maps #args=3): Splits string by separators into map without type inference (keys and values are strings). E.g. 'splitkv("a=1,b=2,c=3", "=", ",")' gives \(cq{"a" : "1", "b" : "2", "c" : "3"}'. .fi .if n \{\ .RE .SS "splitnv" .if n \{\ .RS 0 .\} .nf (class=maps #args=2): Splits string by separator into integer-indexed map with type inference. E.g. 'splitnv("a,b,c" , ",")' gives '{1 : "a", 2 : "b", 3 : "c"}'. .fi .if n \{\ .RE .SS "splitnvx" .if n \{\ .RS 0 .\} .nf (class=maps #args=2): Splits string by separator into integer-indexed map without type inference (values are strings). E.g. 'splitnv("4,5,6" , ",")' gives '{1 : "4", 2 : "5", 3 : "6"}'. .fi .if n \{\ .RE .SH "KEYWORDS FOR PUT AND FILTER" .sp .SS "all" .if n \{\ .RS 0 .\} .nf all: used in "emit", "emitp", and "unset" as a synonym for @* .fi .if n \{\ .RE .SS "begin" .if n \{\ .RS 0 .\} .nf begin: defines a block of statements to be executed before input records are ingested. The body statements must be wrapped in curly braces. Example: 'begin { @count = 0 }' .fi .if n \{\ .RE .SS "bool" .if n \{\ .RS 0 .\} .nf bool: declares a boolean local variable in the current curly-braced scope. Type-checking happens at assignment: 'bool b = 1' is an error. .fi .if n \{\ .RE .SS "break" .if n \{\ .RS 0 .\} .nf break: causes execution to continue after the body of the current for/while/do-while loop. .fi .if n \{\ .RE .SS "call" .if n \{\ .RS 0 .\} .nf call: used for invoking a user-defined subroutine. Example: 'subr s(k,v) { print k . " is " . v} call s("a", $a)' .fi .if n \{\ .RE .SS "continue" .if n \{\ .RS 0 .\} .nf continue: causes execution to skip the remaining statements in the body of the current for/while/do-while loop. For-loop increments are still applied. .fi .if n \{\ .RE .SS "do" .if n \{\ .RS 0 .\} .nf do: with "while", introduces a do-while loop. The body statements must be wrapped in curly braces. .fi .if n \{\ .RE .SS "dump" .if n \{\ .RS 0 .\} .nf dump: prints all currently defined out-of-stream variables immediately to stdout as JSON. With >, >>, or |, the data do not become part of the output record stream but are instead redirected. The > and >> are for write and append, as in the shell, but (as with awk) the file-overwrite for > is on first write, not per record. The | is for piping to a process which will process the data. There will be one open file for each distinct file name (for > and >>) or one subordinate process for each distinct value of the piped-to command (for |). Output-formatting flags are taken from the main command line. Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump }' Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump > "mytap.dat"}' Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump >> "mytap.dat"}' Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump | "jq .[]"}' .fi .if n \{\ .RE .SS "edump" .if n \{\ .RS 0 .\} .nf edump: prints all currently defined out-of-stream variables immediately to stderr as JSON. Example: mlr --from f.dat put -q '@v[NR]=$*; end { edump }' .fi .if n \{\ .RE .SS "elif" .if n \{\ .RS 0 .\} .nf elif: the way Miller spells "else if". The body statements must be wrapped in curly braces. .fi .if n \{\ .RE .SS "else" .if n \{\ .RS 0 .\} .nf else: terminates an if/elif/elif chain. The body statements must be wrapped in curly braces. .fi .if n \{\ .RE .SS "emit" .if n \{\ .RS 0 .\} .nf emit: inserts an out-of-stream variable into the output record stream. Hashmap indices present in the data but not slotted by emit arguments are not output. With >, >>, or |, the data do not become part of the output record stream but are instead redirected. The > and >> are for write and append, as in the shell, but (as with awk) the file-overwrite for > is on first write, not per record. The | is for piping to a process which will process the data. There will be one open file for each distinct file name (for > and >>) or one subordinate process for each distinct value of the piped-to command (for |). Output-formatting flags are taken from the main command line. You can use any of the output-format command-line flags, e.g. --ocsv, --ofs, etc., to control the format of the output if the output is redirected. See also mlr -h. Example: mlr --from f.dat put 'emit > "/tmp/data-".$a, $*' Example: mlr --from f.dat put 'emit > "/tmp/data-".$a, mapexcept($*, "a")' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @sums' Example: mlr --from f.dat put --ojson '@sums[$a][$b]+=$x; emit > "tap-".$a.$b.".dat", @sums' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @sums, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit > "mytap.dat", @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit >> "mytap.dat", @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit | "gzip > mytap.dat.gz", @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit > stderr, @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit | "grep somepattern", @*, "index1", "index2"' Please see http://johnkerl.org/miller/doc for more information. .fi .if n \{\ .RE .SS "emitf" .if n \{\ .RS 0 .\} .nf emitf: inserts non-indexed out-of-stream variable(s) side-by-side into the output record stream. With >, >>, or |, the data do not become part of the output record stream but are instead redirected. The > and >> are for write and append, as in the shell, but (as with awk) the file-overwrite for > is on first write, not per record. The | is for piping to a process which will process the data. There will be one open file for each distinct file name (for > and >>) or one subordinate process for each distinct value of the piped-to command (for |). Output-formatting flags are taken from the main command line. You can use any of the output-format command-line flags, e.g. --ocsv, --ofs, etc., to control the format of the output if the output is redirected. See also mlr -h. Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf @a' Example: mlr --from f.dat put --oxtab '@a=$i;@b+=$x;@c+=$y; emitf > "tap-".$i.".dat", @a' Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf @a, @b, @c' Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf > "mytap.dat", @a, @b, @c' Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf >> "mytap.dat", @a, @b, @c' Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf > stderr, @a, @b, @c' Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf | "grep somepattern", @a, @b, @c' Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf | "grep somepattern > mytap.dat", @a, @b, @c' Please see http://johnkerl.org/miller/doc for more information. .fi .if n \{\ .RE .SS "emitp" .if n \{\ .RS 0 .\} .nf emitp: inserts an out-of-stream variable into the output record stream. Hashmap indices present in the data but not slotted by emitp arguments are output concatenated with ":". With >, >>, or |, the data do not become part of the output record stream but are instead redirected. The > and >> are for write and append, as in the shell, but (as with awk) the file-overwrite for > is on first write, not per record. The | is for piping to a process which will process the data. There will be one open file for each distinct file name (for > and >>) or one subordinate process for each distinct value of the piped-to command (for |). Output-formatting flags are taken from the main command line. You can use any of the output-format command-line flags, e.g. --ocsv, --ofs, etc., to control the format of the output if the output is redirected. See also mlr -h. Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @sums' Example: mlr --from f.dat put --opprint '@sums[$a][$b]+=$x; emitp > "tap-".$a.$b.".dat", @sums' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @sums, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp > "mytap.dat", @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp >> "mytap.dat", @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp | "gzip > mytap.dat.gz", @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp > stderr, @*, "index1", "index2"' Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp | "grep somepattern", @*, "index1", "index2"' Please see http://johnkerl.org/miller/doc for more information. .fi .if n \{\ .RE .SS "end" .if n \{\ .RS 0 .\} .nf end: defines a block of statements to be executed after input records are ingested. The body statements must be wrapped in curly braces. Example: 'end { emit @count }' Example: 'end { eprint "Final count is " . @count }' .fi .if n \{\ .RE .SS "eprint" .if n \{\ .RS 0 .\} .nf eprint: prints expression immediately to stderr. Example: mlr --from f.dat put -q 'eprint "The sum of x and y is ".($x+$y)' Example: mlr --from f.dat put -q 'for (k, v in $*) { eprint k . " => " . v }' Example: mlr --from f.dat put '(NR % 1000 == 0) { eprint "Checkpoint ".NR}' .fi .if n \{\ .RE .SS "eprintn" .if n \{\ .RS 0 .\} .nf eprintn: prints expression immediately to stderr, without trailing newline. Example: mlr --from f.dat put -q 'eprintn "The sum of x and y is ".($x+$y); eprint ""' .fi .if n \{\ .RE .SS "false" .if n \{\ .RS 0 .\} .nf false: the boolean literal value. .fi .if n \{\ .RE .SS "filter" .if n \{\ .RS 0 .\} .nf filter: includes/excludes the record in the output record stream. Example: mlr --from f.dat put 'filter (NR == 2 || $x > 5.4)' Instead of put with 'filter false' you can simply use put -q. The following uses the input record to accumulate data but only prints the running sum without printing the input record: Example: mlr --from f.dat put -q '@running_sum += $x * $y; emit @running_sum' .fi .if n \{\ .RE .SS "float" .if n \{\ .RS 0 .\} .nf float: declares a floating-point local variable in the current curly-braced scope. Type-checking happens at assignment: 'float x = 0' is an error. .fi .if n \{\ .RE .SS "for" .if n \{\ .RS 0 .\} .nf for: defines a for-loop using one of three styles. The body statements must be wrapped in curly braces. For-loop over stream record: Example: 'for (k, v in $*) { ... }' For-loop over out-of-stream variables: Example: 'for (k, v in @counts) { ... }' Example: 'for ((k1, k2), v in @counts) { ... }' Example: 'for ((k1, k2, k3), v in @*) { ... }' C-style for-loop: Example: 'for (var i = 0, var b = 1; i < 10; i += 1, b *= 2) { ... }' .fi .if n \{\ .RE .SS "func" .if n \{\ .RS 0 .\} .nf func: used for defining a user-defined function. Example: 'func f(a,b) { return sqrt(a**2+b**2)} $d = f($x, $y)' .fi .if n \{\ .RE .SS "if" .if n \{\ .RS 0 .\} .nf if: starts an if/elif/elif chain. The body statements must be wrapped in curly braces. .fi .if n \{\ .RE .SS "in" .if n \{\ .RS 0 .\} .nf in: used in for-loops over stream records or out-of-stream variables. .fi .if n \{\ .RE .SS "int" .if n \{\ .RS 0 .\} .nf int: declares an integer local variable in the current curly-braced scope. Type-checking happens at assignment: 'int x = 0.0' is an error. .fi .if n \{\ .RE .SS "map" .if n \{\ .RS 0 .\} .nf map: declares an map-valued local variable in the current curly-braced scope. Type-checking happens at assignment: 'map b = 0' is an error. map b = {} is always OK. map b = a is OK or not depending on whether a is a map. .fi .if n \{\ .RE .SS "num" .if n \{\ .RS 0 .\} .nf num: declares an int/float local variable in the current curly-braced scope. Type-checking happens at assignment: 'num b = true' is an error. .fi .if n \{\ .RE .SS "print" .if n \{\ .RS 0 .\} .nf print: prints expression immediately to stdout. Example: mlr --from f.dat put -q 'print "The sum of x and y is ".($x+$y)' Example: mlr --from f.dat put -q 'for (k, v in $*) { print k . " => " . v }' Example: mlr --from f.dat put '(NR % 1000 == 0) { print > stderr, "Checkpoint ".NR}' .fi .if n \{\ .RE .SS "printn" .if n \{\ .RS 0 .\} .nf printn: prints expression immediately to stdout, without trailing newline. Example: mlr --from f.dat put -q 'printn "."; end { print "" }' .fi .if n \{\ .RE .SS "return" .if n \{\ .RS 0 .\} .nf return: specifies the return value from a user-defined function. Omitted return statements (including via if-branches) result in an absent-null return value, which in turns results in a skipped assignment to an LHS. .fi .if n \{\ .RE .SS "stderr" .if n \{\ .RS 0 .\} .nf stderr: Used for tee, emit, emitf, emitp, print, and dump in place of filename to print to standard error. .fi .if n \{\ .RE .SS "stdout" .if n \{\ .RS 0 .\} .nf stdout: Used for tee, emit, emitf, emitp, print, and dump in place of filename to print to standard output. .fi .if n \{\ .RE .SS "str" .if n \{\ .RS 0 .\} .nf str: declares a string local variable in the current curly-braced scope. Type-checking happens at assignment. .fi .if n \{\ .RE .SS "subr" .if n \{\ .RS 0 .\} .nf subr: used for defining a subroutine. Example: 'subr s(k,v) { print k . " is " . v} call s("a", $a)' .fi .if n \{\ .RE .SS "tee" .if n \{\ .RS 0 .\} .nf tee: prints the current record to specified file. This is an immediate print to the specified file (except for pprint format which of course waits until the end of the input stream to format all output). The > and >> are for write and append, as in the shell, but (as with awk) the file-overwrite for > is on first write, not per record. The | is for piping to a process which will process the data. There will be one open file for each distinct file name (for > and >>) or one subordinate process for each distinct value of the piped-to command (for |). Output-formatting flags are taken from the main command line. You can use any of the output-format command-line flags, e.g. --ocsv, --ofs, etc., to control the format of the output. See also mlr -h. emit with redirect and tee with redirect are identical, except tee can only output $*. Example: mlr --from f.dat put 'tee > "/tmp/data-".$a, $*' Example: mlr --from f.dat put 'tee >> "/tmp/data-".$a.$b, $*' Example: mlr --from f.dat put 'tee > stderr, $*' Example: mlr --from f.dat put -q 'tee | "tr [a-z\e] [A-Z\e]", $*' Example: mlr --from f.dat put -q 'tee | "tr [a-z\e] [A-Z\e] > /tmp/data-".$a, $*' Example: mlr --from f.dat put -q 'tee | "gzip > /tmp/data-".$a.".gz", $*' Example: mlr --from f.dat put -q --ojson 'tee | "gzip > /tmp/data-".$a.".gz", $*' .fi .if n \{\ .RE .SS "true" .if n \{\ .RS 0 .\} .nf true: the boolean literal value. .fi .if n \{\ .RE .SS "unset" .if n \{\ .RS 0 .\} .nf unset: clears field(s) from the current record, or an out-of-stream or local variable. Example: mlr --from f.dat put 'unset $x' Example: mlr --from f.dat put 'unset $*' Example: mlr --from f.dat put 'for (k, v in $*) { if (k =~ "a.*") { unset $[k] } }' Example: mlr --from f.dat put '...; unset @sums' Example: mlr --from f.dat put '...; unset @sums["green"]' Example: mlr --from f.dat put '...; unset @*' .fi .if n \{\ .RE .SS "var" .if n \{\ .RS 0 .\} .nf var: declares an untyped local variable in the current curly-braced scope. Examples: 'var a=1', 'var xyz=""' .fi .if n \{\ .RE .SS "while" .if n \{\ .RS 0 .\} .nf while: introduces a while loop, or with "do", introduces a do-while loop. The body statements must be wrapped in curly braces. .fi .if n \{\ .RE .SS "ENV" .if n \{\ .RS 0 .\} .nf ENV: access to environment variables by name, e.g. '$home = ENV["HOME"]' .fi .if n \{\ .RE .SS "FILENAME" .if n \{\ .RS 0 .\} .nf FILENAME: evaluates to the name of the current file being processed. .fi .if n \{\ .RE .SS "FILENUM" .if n \{\ .RS 0 .\} .nf FILENUM: evaluates to the number of the current file being processed, starting with 1. .fi .if n \{\ .RE .SS "FNR" .if n \{\ .RS 0 .\} .nf FNR: evaluates to the number of the current record within the current file being processed, starting with 1. Resets at the start of each file. .fi .if n \{\ .RE .SS "IFS" .if n \{\ .RS 0 .\} .nf IFS: evaluates to the input field separator from the command line. .fi .if n \{\ .RE .SS "IPS" .if n \{\ .RS 0 .\} .nf IPS: evaluates to the input pair separator from the command line. .fi .if n \{\ .RE .SS "IRS" .if n \{\ .RS 0 .\} .nf IRS: evaluates to the input record separator from the command line, or to LF or CRLF from the input data if in autodetect mode (which is the default). .fi .if n \{\ .RE .SS "M_E" .if n \{\ .RS 0 .\} .nf M_E: the mathematical constant e. .fi .if n \{\ .RE .SS "M_PI" .if n \{\ .RS 0 .\} .nf M_PI: the mathematical constant pi. .fi .if n \{\ .RE .SS "NF" .if n \{\ .RS 0 .\} .nf NF: evaluates to the number of fields in the current record. .fi .if n \{\ .RE .SS "NR" .if n \{\ .RS 0 .\} .nf NR: evaluates to the number of the current record over all files being processed, starting with 1. Does not reset at the start of each file. .fi .if n \{\ .RE .SS "OFS" .if n \{\ .RS 0 .\} .nf OFS: evaluates to the output field separator from the command line. .fi .if n \{\ .RE .SS "OPS" .if n \{\ .RS 0 .\} .nf OPS: evaluates to the output pair separator from the command line. .fi .if n \{\ .RE .SS "ORS" .if n \{\ .RS 0 .\} .nf ORS: evaluates to the output record separator from the command line, or to LF or CRLF from the input data if in autodetect mode (which is the default). .fi .if n \{\ .RE .SH "AUTHOR" .sp Miller is written by John Kerl . .sp This manual page has been composed from Miller's help output by Eric MSP Veith . .SH "SEE ALSO" .sp awk(1), sed(1), cut(1), join(1), sort(1), RFC 4180: Common Format and MIME Type for Comma-Separated Values (CSV) Files, the miller website http://johnkerl.org/miller/doc miller-5.6.2/doc/multi-join/000077500000000000000000000000001354153536500156565ustar00rootroot00000000000000miller-5.6.2/doc/multi-join/input.csv000066400000000000000000000001121354153536500175240ustar00rootroot00000000000000id,task 10,chop 20,puree 20,wash 30,fold 10,bake 20,mix 10,knead 30,clean miller-5.6.2/doc/multi-join/name-lookup.csv000066400000000000000000000000411354153536500206150ustar00rootroot00000000000000id,name 30,Alice 10,Bob 20,Carol miller-5.6.2/doc/multi-join/status-lookup.csv000066400000000000000000000000461354153536500212250ustar00rootroot00000000000000id,status 30,occupied 10,idle 20,idle miller-5.6.2/doc/mydata.csv000066400000000000000000000003001354153536500155540ustar00rootroot000000000000001,2,3,4,5,6,x,y,9,10,hostname,12,13,14,status,16,uptime _,_,_,_,_,_,-0.0489,147.2,_,_,jupiter.xyzzy.org,_._,_,_,up,_,342 _,_,_,_,_,_,-0.0489,147.2,_,_,jupiter.xyzzy.org,_._,_,_,down,_,5667778 miller-5.6.2/doc/mysql-notes.txt000066400000000000000000000065761354153536500166410ustar00rootroot00000000000000================================================================ brew install mysql ? not working on my current OS rev dev.mysql.com ... sudo launchctl load -F /Library/LaunchDaemons/com.oracle.oss.mysql.mysqld.plist sudo launchctl unload -w /Library/LaunchDaemons/com.oracle.oss.mysql.mysqld.plist /usr/local/mysql/bin/mysql /usr/local/mysql/bin/mysqladmin ================================================================ mysql -u root -p SET PASSWORD FOR 'root'@'localhost' = PASSWORD('password-goes-here'); DESCRIBE mysql.user; GRANT ALL PRIVILEGES ON *.* TO 'username'@'localhost' IDENTIFIED BY 'password'; SELECT Host, User from mysql.user; SHOW GRANTS; FLUSH PRIVILEGES; somewhere in there helped?!? ================================================================ cat ~/.my.cnf [client] user=user-name-goes-here password=password-goes-here chmod 600 ~/.my.cnf SELECT USER(); ================================================================ CREATE DATABASE db-name-goes-here; USE db-name-goes-here; CREATE TABLE example( id SMALLINT UNSIGNED NOT NULL AUTO_INCREMENT, name VARCHAR(20) NOT NULL, CONSTRAINT pk_example PRIMARY KEY (id) ); INSERT INTO example (id, name) VALUES (null, 'Sample data'); INSERT INTO example (id, name) VALUES (null, 'Sample data'); INSERT INTO example (id, name) VALUES (null, 'More data'); SELECT * FROM example; ================================================================ mysql -D sample -e 'select * from example;' mysql -D sample -B -e 'select * from example;' ================================================================ mysql -D sample -B -e 'select BIT_COUNT(id^id) from example' ================================================================ ================================================================ CREATE DATABASE miller; USE miller; ================================================================ CREATE TABLE abixy( a VARCHAR(32), b VARCHAR(32), i BIGINT(10), x DOUBLE, y DOUBLE ); INSERT INTO abixy (a,b,i,x,y) VALUES ("pot", "pan", 1, 0.323455, 0.78234); SELECT * FROM abixy; mysql> CREATE DATABASE miller; Query OK, 1 row affected (0.00 sec) mysql> USE miller; mysql> CREATE TABLE abixy( -> a VARCHAR(32), -> b VARCHAR(32), -> i BIGINT(10), -> x DOUBLE, -> y DOUBLE -> ); Query OK, 0 rows affected (0.02 sec) mysql> mysql> INSERT INTO abixy (a,b,i,x,y) VALUES ("pot", "pan", 1, 0.323455, 0.78234); Query OK, 1 row affected (0.00 sec) mysql> SELECT * FROM abixy; +------+------+------+----------+---------+ | a | b | i | x | y | +------+------+------+----------+---------+ | pot | pan | 1 | 0.323455 | 0.78234 | +------+------+------+----------+---------+ 1 row in set (0.01 sec) mysql> INSERT INTO abixy (a,b,i,x,y) VALUES ("pot", "pan", 1, 0.323455, 0.78234); Query OK, 1 row affected (0.00 sec) mysql> SELECT * FROM abixy; +------+------+------+----------+---------+ | a | b | i | x | y | +------+------+------+----------+---------+ | pot | pan | 1 | 0.323455 | 0.78234 | | pot | pan | 1 | 0.323455 | 0.78234 | +------+------+------+----------+---------+ 2 rows in set (0.00 sec) ---------------------------------------------------------------- mlr --onidx --fs comma cat s > t DROP TABLE abixy; load data local infile 't' into table abixy fields terminated by ',' ; load data local infile 't' replace into table abixy fields terminated by ',' ; miller-5.6.2/doc/ngrams/000077500000000000000000000000001354153536500150565ustar00rootroot00000000000000miller-5.6.2/doc/ngrams/gsl-2000.txt000066400000000000000000000364051354153536500167730ustar00rootroot00000000000000the be of and a to in he have it that for they I with as not on she at by this we you do but from or which one would all will there say who make when can more if no man out other so what time up go about than into could state only new year some take come these know see use get like then first any work now may such give over think most even find day also after way many must look before great back through long where much should well people down own just because good each those feel seem how high too place little world very still nation hand old life tell write become here show house both between need mean call develop under last right move thing general school never same another begin while number part turn real leave might want point form off child few small since against ask late home interest large person end open public follow during present without again hold govern around possible head consider word program problem however lead system set order eye plan run keep face fact group play stand increase early course change help line city put close case force meet once water upon war build hear light unite live every country bring center let side try provide continue name certain power pay result question study woman member until far night always service away report something company week church toward start social room figure nature though young less enough almost read include president nothing yet better big boy cost business value second why clear expect family complete act sense mind experience art next near direct car law industry important girl god several matter usual rather per often kind among white reason action return foot care simple within love human along appear doctor believe speak active student month drive concern best door hope example inform body ever least probable understand reach effect different idea whole control condition field pass fall note special talk particular today measure walk teach low hour type carry rate remain full street easy although record sit determine level local sure receive thus moment spirit train college religion perhaps music grow free cause serve age book board recent sound office cut step class true history position above strong friend necessary add court deal tax support party whether either land material happen education death agree arm mother across quite anything town past view society manage answer break organize half fire lose money stop actual already effort wait department able political learn voice air together shall cover common subject draw short wife treat limit road letter color behind produce send term total university rise century success minute remember purpose test fight watch situation south ago difference stage father table rest bear entire market prepare explain offer plant charge ground west picture hard front lie modern dark surface rule regard dance peace observe future wall farm claim firm operation further pressure property morning amount top outside piece sometimes beauty trade fear demand wonder list accept judge paint mile soon responsible allow secretary heart union slow island enter drink story experiment stay paper space apply decide share desire spend sign therefore various visit supply officer doubt private immediate wish contain feed raise describe ready horse son exist north suggest station effective food deep wide alone character english happy critic unit product respect drop nor fill cold represent sudden basic kill fine trouble mark single press heavy attempt origin standard everything committee moral black red bad earth accord else mere die remark basis except equal east event employ defense smile river improve game detail account cent sort reduce club buy attention ship decision wear inside win suppose ride operate realize sale choose park square vote price district dead foreign window beyond direction strike instead trial practice catch opportunity likely recognize permit serious attack floor association spring lot stock lack hair science relation profession pattern quick medical influence occasion machine compare husband blue international fair especially indeed imagine surprise average official temperature difficult sing hit tree race police touch relative throw quality former pull chance prove argue settle growth date heat save performance count production listen main pick size cool army patient combine summer hall slight command enjoy length proper express health chief evening store language degree lay current gun dog hotel strange separate boat fail clean dress anyone gain pain object knowledge depend relate below dollar advance shape arrange population yes sell mention dry check poet sleep join hot bed electric dream due season manner fit left progress neither strength notice finish opinion bill western truth wrong travel suit bank exact honor brother quiet marry corner handle danger hospital pool promise blood shoot scene literature arrive film base freedom bar maybe hang suffer manufacture frequent rock loss burn sun audience essential glass prevent poem poor inch song skill post popular radio animal conscious worth eat election faith wave murder model forget extend edge distance memory recommend division staff leg discussion address fly dependent ball shake frame extreme engineer thick comfort latter camp oil discover examine difficulty tooth middle choice refer enemy practical marriage bridge declare lady cross daily afternoon attend director balance wash capital speed block citizen mouth hill green please motor agency encourage governor worry affair shoulder bright mass sample pretty repeat roll push trip council clothe parent forward sharp straight gas weight discuss fix load master whatever round rapid laugh finger spot propose shop broad replace reply extent lock employee ahead sight spread wind approve destroy none pound fame importance reflect advantage match regular wage refuse existence hardly perform title tend exercise thin coat bit mountain youth behavior newspaper secret ability sea soft justice reasonable circle solid page weapon fast representative search pure escape crowd stick telephone avoid garden favor news unless dinner someone signal yard ideal warm miss shelter soldier article cry captain familiar seat guest weak excite king everyone wine hole duty beat perfect bottom compose battle expense cattle flow kitchen dust bottle admit tear tire expression exception application belong rich failure struggle instrument variety narrow theater collection rain review preserve leadership clay daughter fellow swing thank library fat reserve tour nice warn ring bitter chair yesterday scientific flower wheel solution aim gather invite moreover fresh forest winter box belief ordinary impossible print gray taste lip speech reference stain connection otherwise stretch knife village blow mistake sweet shout divide guard worse exchange rare commercial request appoint agent dependence bird wild motion guess neighbor seed fashion loan correct plain mail retire opposite prefer safe evil double wood empty baby advise content sport lift literary curious tie flat message neck hate dirt delight trust nobody valley tool presence cook railroad minister coffee brush beside collect guide luck profit lord everybody prison cloud slave chairman soil distinguish introduce urge blind arise 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rabbit accustom tide insult thumb lump annoy toy heal shallow repetition soup whistle scenery apple offense cork ripe temper sore pinch diamond razor imaginative hook copper landlord influential rot hollow enclose harden wicked stiffen silk upright selfish stripe pig inward excellence rake purple hasten shorten applause ache apology knot nephew cushion drown nursery pint fierce imitate aloud gaiety robbery tighten perfection scorn whoever trunk wool sailor competitor moonlight deer bean everyday drawer disregard nowadays patriotic tin penny cage pardon lately offend coarse spoil horizontal sting ditch librarian meantime cough deaf sword messenger vain castle elastic comb rod widen sorrow inventor cliff umbrella interruption merry gallon conquest headache tailor bucket scent signature cart darken sometime applaud underneath hello pretense descent conquer framework confidential adoption disgust waist momentary receipt pearl ray lazy limb grammatical beast monkey jewel persuasion obedience sock vowel hammer inn chimney dissatisfaction annoyance ornament honesty outward sharpen handkerchief greed heavenly thirst niece spill loaf wheat worm secrecy rude heighten flatten loosen cheese rivalry royalty discontent complication fright indoor flour actress congratulation ounce fry everlasting goat ink disappearance reproduction thicken avoidance spoon strap deceive lengthen revenge correction descendant hesitation spade basin weed omission old-fashioned bicycle breadth photography coward mat rejoice cheat congratulate discomfort enclosure attentive paw overflow dissatisfy multiplication whichever tidy bribe mend stocking feast nuisance thorn tame inclusive homemade handwriting chalk sour slippery procession ripen jealous jealousy liar homecoming barber whiten berry lighten pigeon hinder bravery baggage noun amongst grammar cultivation companionship rubbish modesty woolen deepen pastry cupboard quart canal notebook deceit parcel brighten moderation punctual hurrah lipstick uppermost fatten conqueror hindrance cowardice obedient saucer madden scold weekday rotten disrespect widower deafen donkey businesslike motherhood sadden handshake calculator headdress scissors translator possessor shilling redden motherly whose cultivator whom homework electrician oar bribery sweeten sow pronunciation beak plural miller-5.6.2/doc/ngrams/mkv.mlr000077500000000000000000000027131354153536500163750ustar00rootroot00000000000000begin { if (is_absent(@olen)) { @olen = 16; } if (is_absent(@ocount)) { @ocount = 16; } } for (_, v in $*) { if (string(v) == "inf" || string(v) == "nan") { continue; } int n = strlen(v); if (n >= 1) { str a = substr(v, 0, 0); @a_histo[a] += 1; for (int i = 0; i < n-1; i += 1) { str a = substr(v, i, i); str b = substr(v, i+1, i+1); @ab_histo[a][b] += 1; } } } end { num a_sum = 0; for (a, na in @a_histo) { a_sum += na; } num a_cumu = 0.0; for (a, na in @a_histo) { num a_p = @a_histo[a] / a_sum; a_cumu += a_p; @a_pmf[a] = a_p; @a_cmf[a] += a_cumu; } for (a in @ab_histo) { num ab_sum = 0.0; for (b, nab in @ab_histo[a]) { ab_sum += nab; } num ab_cumu = 0.0; for (b, _ in @ab_histo[a]) { num ab_p = @ab_histo[a][b] / ab_sum; ab_cumu += ab_p; @ab_pmf[a][b] = ab_p; @ab_cmf[a][b] = ab_cumu; } } #dump; for (int oi = 0; oi < @ocount; oi += 1) { oa_u = urand(); oa = "?"; for (a, c in @a_cmf) { if (oa_u < c) { oa = a; break; } } str out = oa; for (int i = 1; i < @olen; i += 1) { num ab_u = urand(); ob = "???"; for (b, c in @ab_cmf[oa]) { #print "BC ".b.c; if (ab_u < c) { ob = b; break; } } if (ob == "???") { break; } out .= ob; oa = ob; } print out; } } miller-5.6.2/doc/ngrams/mkv3.mlr000077500000000000000000000043631354153536500164630ustar00rootroot00000000000000begin { if (is_absent(@olen)) { @olen = 16; } if (is_absent(@ocount)) { @ocount = 16; } } for (_, v in $*) { if (string(v) == "inf" || string(v) == "nan") { continue; } int n = strlen(v); if (n >= 2) { str a = substr(v, 0, 0); @a_histo[a] += 1; str b = substr(v, 1, 1); @ab_histo[a][b] += 1; for (int i = 0; i < n-2; i += 1) { str a = substr(v, i, i); str b = substr(v, i+1, i+1); str c = substr(v, i+2, i+2); @abc_histo[a][b][c] += 1; } } } end { num a_sum = 0; for (a, na in @a_histo) { a_sum += na; } num a_cumu = 0.0; for (a, _ in @a_histo) { num a_p = @a_histo[a] / a_sum; a_cumu += a_p; @a_pmf[a] = a_p; @a_cmf[a] += a_cumu; } for (a in @ab_histo) { num ab_sum = 0.0; for (b, nab in @ab_histo[a]) { ab_sum += nab; } num ab_cumu = 0.0; for (b, _ in @ab_histo[a]) { num ab_p = @ab_histo[a][b] / ab_sum; ab_cumu += ab_p; @ab_pmf[a][b] = ab_p; @ab_cmf[a][b] = ab_cumu; } } for (a in @abc_histo) { for (b in @abc_histo[a]) { num abc_sum = 0.0; for (c, nabc in @abc_histo[a][b]) { abc_sum += nabc; } num abc_cumu = 0.0; for (c, _ in @abc_histo[a][b]) { num abc_p = @abc_histo[a][b][c] / abc_sum; abc_cumu += abc_p; @abc_pmf[a][b][c] = abc_p; @abc_cmf[a][b][c] = abc_cumu; } } } #dump; for (int oi = 0; oi < @ocount; oi += 1) { oa_u = urand(); oa = "?"; for (a, c in @a_cmf) { oa = a; if (oa_u < c) { break; } } str out = oa; ob_u = urand(); ob = "?"; for (b, c in @ab_cmf[oa]) { ob = b; if (ob_u < c) { break; } } out .= ob; for (int i = 2; i < @olen; i += 1) { num abc_u = urand(); str oc = "???"; #print; #print "i=".i; #print "oa = ".oa." ob = ".ob; for (c, d in @abc_cmf[oa][ob]) { #print "d = ".d; oc = c; if (abc_u < d) { break; } } if (oc == "???") { break; } #print "i=".i.",oa=".oa.",ob=".ob.",oc=".oc; #print "oc = ".oc; out .= oc; oa = ob; ob = oc; } print out; } } miller-5.6.2/doc/ngrams/mkv4.mlr000077500000000000000000000057731354153536500164720ustar00rootroot00000000000000begin { if (is_absent(@olen)) { @olen = 16; } if (is_absent(@ocount)) { @ocount = 16; } } for (_, v in $*) { if (string(v) == "inf" || string(v) == "nan") { continue; } int n = strlen(v); if (n >= 3) { str a = substr(v, 0, 0); str b = substr(v, 1, 1); str c = substr(v, 2, 2); @a_histo[a] += 1; @ab_histo[a][b] += 1; @abc_histo[a][b][c] += 1; for (int i = 0; i < n-3; i += 1) { str a = substr(v, i, i); str b = substr(v, i+1, i+1); str c = substr(v, i+2, i+2); str d = substr(v, i+3, i+3); @abcd_histo[a][b][c][d] += 1; } } } end { num a_sum = 0; for (a, na in @a_histo) { a_sum += na; } num a_cumu = 0.0; for (a, _ in @a_histo) { num a_p = @a_histo[a] / a_sum; a_cumu += a_p; @a_pmf[a] = a_p; @a_cmf[a] += a_cumu; } for (a in @ab_histo) { num ab_sum = 0.0; for (b, nab in @ab_histo[a]) { ab_sum += nab; } num ab_cumu = 0.0; for (b, _ in @ab_histo[a]) { num ab_p = @ab_histo[a][b] / ab_sum; ab_cumu += ab_p; @ab_pmf[a][b] = ab_p; @ab_cmf[a][b] = ab_cumu; } } for (a in @abc_histo) { for (b in @abc_histo[a]) { num abc_sum = 0.0; for (c, nabc in @abc_histo[a][b]) { abc_sum += nabc; } num abc_cumu = 0.0; for (c, _ in @abc_histo[a][b]) { num abc_p = @abc_histo[a][b][c] / abc_sum; abc_cumu += abc_p; @abc_pmf[a][b][c] = abc_p; @abc_cmf[a][b][c] = abc_cumu; } } } for (a in @abcd_histo) { for (b in @abcd_histo[a]) { for (c in @abcd_histo[a][b]) { num abcd_sum = 0.0; for (d, n in @abcd_histo[a][b][c]) { abcd_sum += n; } num abcd_cumu = 0.0; for (d, _ in @abcd_histo[a][b][c]) { num abcd_p = @abcd_histo[a][b][c][d] / abcd_sum; abcd_cumu += abcd_p; @abcd_pmf[a][b][c][d] = abcd_p; @abcd_cmf[a][b][c][d] = abcd_cumu; } } } } #dump; for (int oi = 0; oi < @ocount; oi += 1) { oa_u = urand(); oa = "?"; for (a, c in @a_cmf) { oa = a; if (oa_u < c) { break; } } str out = oa; ob_u = urand(); ob = "?"; for (b, c in @ab_cmf[oa]) { ob = b; if (ob_u < c) { break; } } out .= ob; oc_u = urand(); oc = "?"; for (c, d in @abc_cmf[oa][ob]) { oc = c; if (oc_u < d) { break; } } out .= oc; for (int i = 3; i < @olen; i += 1) { num abcd_u = urand(); str od = "???"; #print; #print "i=".i; #print "oa = ".oa." ob = ".ob; for (d, e in @abcd_cmf[oa][ob][oc]) { od = d; if (abcd_u < e) { break; } } if (od == "???") { break; } #print "i=".i.",oa=".oa.",ob=".ob.",oc=".oc; #print "oc = ".oc; out .= od; oa = ob; ob = oc; oc = od; } #print "U IS ".oa_u; #print "A IS ".oa; print out; } } miller-5.6.2/doc/ngrams/mkv5.mlr000077500000000000000000000072401354153536500164620ustar00rootroot00000000000000begin { if (is_absent(@olen)) { @olen = 16; } if (is_absent(@ocount)) { @ocount = 16; } } for (_, v in $*) { if (string(v) == "inf" || string(v) == "nan") { continue; } int n = strlen(v); if (n >= 4) { str a = substr(v, 0, 0); str b = substr(v, 1, 1); str c = substr(v, 2, 2); str d = substr(v, 3, 3); @a_histo[a] += 1; @ab_histo[a][b] += 1; @abc_histo[a][b][c] += 1; @abcd_histo[a][b][c][d] += 1; for (int i = 0; i < n-4; i += 1) { str a = substr(v, i, i); str b = substr(v, i+1, i+1); str c = substr(v, i+2, i+2); str d = substr(v, i+3, i+3); str e = substr(v, i+4, i+4); @abcde_histo[a][b][c][d][e] += 1; } } } end { num a_sum = 0; for (a, na in @a_histo) { a_sum += na; } num a_cumu = 0.0; for (a, _ in @a_histo) { num a_p = @a_histo[a] / a_sum; a_cumu += a_p; @a_pmf[a] = a_p; @a_cmf[a] += a_cumu; } for (a in @ab_histo) { num ab_sum = 0.0; for (b, nab in @ab_histo[a]) { ab_sum += nab; } num ab_cumu = 0.0; for (b, _ in @ab_histo[a]) { num ab_p = @ab_histo[a][b] / ab_sum; ab_cumu += ab_p; @ab_pmf[a][b] = ab_p; @ab_cmf[a][b] = ab_cumu; } } for (a in @abc_histo) { for (b in @abc_histo[a]) { num abc_sum = 0.0; for (c, nabc in @abc_histo[a][b]) { abc_sum += nabc; } num abc_cumu = 0.0; for (c, _ in @abc_histo[a][b]) { num abc_p = @abc_histo[a][b][c] / abc_sum; abc_cumu += abc_p; @abc_pmf[a][b][c] = abc_p; @abc_cmf[a][b][c] = abc_cumu; } } } for (a in @abcd_histo) { for (b in @abcd_histo[a]) { for (c in @abcd_histo[a][b]) { num abcd_sum = 0.0; for (d, n in @abcd_histo[a][b][c]) { abcd_sum += n; } num abcd_cumu = 0.0; for (d, _ in @abcd_histo[a][b][c]) { num abcd_p = @abcd_histo[a][b][c][d] / abcd_sum; abcd_cumu += abcd_p; @abcd_pmf[a][b][c][d] = abcd_p; @abcd_cmf[a][b][c][d] = abcd_cumu; } } } } for (a in @abcde_histo) { for (b in @abcde_histo[a]) { for (c in @abcde_histo[a][b]) { for (d in @abcde_histo[a][b][c]) { num abcde_sum = 0.0; for (e, n in @abcde_histo[a][b][c][d]) { abcde_sum += n; } num abcde_cumu = 0.0; for (e, _ in @abcde_histo[a][b][c][d]) { num abcde_p = @abcde_histo[a][b][c][d][e] / abcde_sum; abcde_cumu += abcde_p; @abcde_pmf[a][b][c][d][e] = abcde_p; @abcde_cmf[a][b][c][d][e] = abcde_cumu; } } } } } #dump; for (int oi = 0; oi < @ocount; oi += 1) { oa_u = urand(); oa = "?"; for (a, c in @a_cmf) { oa = a; if (oa_u < c) { break; } } str out = oa; ob_u = urand(); ob = "?"; for (b, c in @ab_cmf[oa]) { ob = b; if (ob_u < c) { break; } } out .= ob; oc_u = urand(); oc = "?"; for (c, d in @abc_cmf[oa][ob]) { oc = c; if (oc_u < d) { break; } } out .= oc; od_u = urand(); od = "?"; for (d, e in @abcd_cmf[oa][ob][oc]) { od = d; if (od_u < e) { break; } } out .= od; for (int i = 4; i < @olen; i += 1) { num abcde_u = urand(); str oe = "???"; for (e, f in @abcde_cmf[oa][ob][oc][od]) { oe = e; if (abcde_u < f) { break; } } if (oe == "???") { break; } out .= oe; oa = ob; ob = oc; oc = od; od = oe; } print out; } } miller-5.6.2/doc/ngrams/ng1000077500000000000000000000001551354153536500154720ustar00rootroot00000000000000ourdir=$(dirname $0) mlr --nidx --from $ourdir/gsl-2000.txt put -q -f $ourdir/ngfuncs.mlr -f $ourdir/ng1.mlr miller-5.6.2/doc/ngrams/ng1.mlr000077500000000000000000000015371354153536500162700ustar00rootroot00000000000000# ================================================================ begin { if (is_absent(@olen)) { @olen = 16; } if (is_absent(@ocount)) { @ocount = 16; } } # ================================================================ for (_, v in $*) { if (string(v) == "inf" || string(v) == "nan") { continue; } int n = strlen(v); for (int i = 0; i < n; i += 1) { str a = substr(v, i, i); @a_histo[a] += 1; } } # ================================================================ end { # Define this in this scope else it'll be scoped to the for-loop. map a_cmf = compute_cmf_from_histo(@a_histo); for (int oi = 0; oi < @ocount; oi += 1) { str out = ""; for (int i = 0; i < @olen; i += 1) { str oa = sample_from_cmf(a_cmf); if (oa == "") { break; } out .= oa; } print out; } } miller-5.6.2/doc/ngrams/ng1.mlr.txt000077500000000000000000000015351354153536500171040ustar00rootroot00000000000000# ================================================================ begin { if (isabsent(@olen)) { @olen = 16; } if (isabsent(@ocount)) { @ocount = 16; } } # ================================================================ for (_, v in $*) { if (string(v) == "inf" || string(v) == "nan") { continue; } int n = strlen(v); for (int i = 0; i < n; i += 1) { str a = substr(v, i, i); @a_histo[a] += 1; } } # ================================================================ end { # Define this in this scope else it'll be scoped to the for-loop. map a_cmf = compute_cmf_from_histo(@a_histo); for (int oi = 0; oi < @ocount; oi += 1) { str out = ""; for (int i = 0; i < @olen; i += 1) { str oa = sample_from_cmf(a_cmf); if (oa == "") { break; } out .= oa; } print out; } } miller-5.6.2/doc/ngrams/ng2000077500000000000000000000001551354153536500154730ustar00rootroot00000000000000ourdir=$(dirname $0) mlr --nidx --from $ourdir/gsl-2000.txt put -q -f $ourdir/ngfuncs.mlr -f $ourdir/ng2.mlr miller-5.6.2/doc/ngrams/ng2.mlr000077500000000000000000000021731354153536500162660ustar00rootroot00000000000000# ================================================================ begin { if (is_absent(@olen)) { @olen = 16; } if (is_absent(@ocount)) { @ocount = 16; } } # ================================================================ for (_, v in $*) { if (string(v) == "inf" || string(v) == "nan") { continue; } int n = strlen(v); if (n >= 1) { str a = substr(v, 0, 0); @a_histo[a] += 1; for (int i = 0; i < n-1; i += 1) { str a = substr(v, i, i); str b = substr(v, i+1, i+1); @ab_histo[a][b] += 1; } } } # ================================================================ end { map a_cmf = compute_cmf_from_histo(@a_histo); # Define this in this scope else they'll be scoped to the for-loops. map ab_cmf = {}; for (a in @ab_histo) { ab_cmf[a] = compute_cmf_from_histo(@ab_histo[a]); } for (int oi = 0; oi < @ocount; oi += 1) { str oa = sample_from_cmf(a_cmf); str out = oa; for (int i = 1; i < @olen; i += 1) { str ob = sample_from_cmf(ab_cmf[oa]); if (ob == "") { break; } out .= ob; oa = ob; } print out; } } miller-5.6.2/doc/ngrams/ng2.mlr.txt000077500000000000000000000021711354153536500171020ustar00rootroot00000000000000# ================================================================ begin { if (isabsent(@olen)) { @olen = 16; } if (isabsent(@ocount)) { @ocount = 16; } } # ================================================================ for (_, v in $*) { if (string(v) == "inf" || string(v) == "nan") { continue; } int n = strlen(v); if (n >= 1) { str a = substr(v, 0, 0); @a_histo[a] += 1; for (int i = 0; i < n-1; i += 1) { str a = substr(v, i, i); str b = substr(v, i+1, i+1); @ab_histo[a][b] += 1; } } } # ================================================================ end { map a_cmf = compute_cmf_from_histo(@a_histo); # Define this in this scope else they'll be scoped to the for-loops. map ab_cmf = {}; for (a in @ab_histo) { ab_cmf[a] = compute_cmf_from_histo(@ab_histo[a]); } for (int oi = 0; oi < @ocount; oi += 1) { str oa = sample_from_cmf(a_cmf); str out = oa; for (int i = 1; i < @olen; i += 1) { str ob = sample_from_cmf(ab_cmf[oa]); if (ob == "") { break; } out .= ob; oa = ob; } print out; } } miller-5.6.2/doc/ngrams/ng3000077500000000000000000000001551354153536500154740ustar00rootroot00000000000000ourdir=$(dirname $0) mlr --nidx --from $ourdir/gsl-2000.txt put -q -f $ourdir/ngfuncs.mlr -f $ourdir/ng3.mlr miller-5.6.2/doc/ngrams/ng3.mlr000077500000000000000000000026661354153536500162760ustar00rootroot00000000000000# ================================================================ begin { if (is_absent(@olen)) { @olen = 16; } if (is_absent(@ocount)) { @ocount = 16; } } # ================================================================ for (_, v in $*) { if (string(v) == "inf" || string(v) == "nan") { continue; } int n = strlen(v); if (n >= 2) { str a = substr(v, 0, 0); str b = substr(v, 1, 1); @a_histo[a] += 1; @ab_histo[a][b] += 1; for (int i = 0; i < n-2; i += 1) { str a = substr(v, i, i); str b = substr(v, i+1, i+1); str c = substr(v, i+2, i+2); @abc_histo[a][b][c] += 1; } } } # ================================================================ end { map a_cmf = compute_cmf_from_histo(@a_histo); # Define these in this scope else they'll be scoped to the for-loops. map ab_cmf = {}; map abc_cmf = {}; for (a in @ab_histo) { ab_cmf[a] = compute_cmf_from_histo(@ab_histo[a]); } for (a in @abc_histo) { for (b in @abc_histo[a]) { abc_cmf[a][b] = compute_cmf_from_histo(@abc_histo[a][b]); } } for (int oi = 0; oi < @ocount; oi += 1) { str oa = sample_from_cmf(a_cmf); str ob = sample_from_cmf(ab_cmf[oa]); str out = oa . ob; for (int i = 2; i < @olen; i += 1) { str oc = sample_from_cmf(abc_cmf[oa][ob]); if (oc == "") { break; } out .= oc; oa = ob; ob = oc; } print out; } } miller-5.6.2/doc/ngrams/ng3.mlr.txt000077500000000000000000000026641354153536500171120ustar00rootroot00000000000000# ================================================================ begin { if (isabsent(@olen)) { @olen = 16; } if (isabsent(@ocount)) { @ocount = 16; } } # ================================================================ for (_, v in $*) { if (string(v) == "inf" || string(v) == "nan") { continue; } int n = strlen(v); if (n >= 2) { str a = substr(v, 0, 0); str b = substr(v, 1, 1); @a_histo[a] += 1; @ab_histo[a][b] += 1; for (int i = 0; i < n-2; i += 1) { str a = substr(v, i, i); str b = substr(v, i+1, i+1); str c = substr(v, i+2, i+2); @abc_histo[a][b][c] += 1; } } } # ================================================================ end { map a_cmf = compute_cmf_from_histo(@a_histo); # Define these in this scope else they'll be scoped to the for-loops. map ab_cmf = {}; map abc_cmf = {}; for (a in @ab_histo) { ab_cmf[a] = compute_cmf_from_histo(@ab_histo[a]); } for (a in @abc_histo) { for (b in @abc_histo[a]) { abc_cmf[a][b] = compute_cmf_from_histo(@abc_histo[a][b]); } } for (int oi = 0; oi < @ocount; oi += 1) { str oa = sample_from_cmf(a_cmf); str ob = sample_from_cmf(ab_cmf[oa]); str out = oa . ob; for (int i = 2; i < @olen; i += 1) { str oc = sample_from_cmf(abc_cmf[oa][ob]); if (oc == "") { break; } out .= oc; oa = ob; ob = oc; } print out; } } miller-5.6.2/doc/ngrams/ng4000077500000000000000000000001551354153536500154750ustar00rootroot00000000000000ourdir=$(dirname $0) mlr --nidx --from $ourdir/gsl-2000.txt put -q -f $ourdir/ngfuncs.mlr -f $ourdir/ng4.mlr miller-5.6.2/doc/ngrams/ng4.mlr000077500000000000000000000034651354153536500162750ustar00rootroot00000000000000# ================================================================ begin { if (is_absent(@olen)) { @olen = 16; } if (is_absent(@ocount)) { @ocount = 16; } } # ================================================================ for (_, v in $*) { if (string(v) == "inf" || string(v) == "nan") { continue; } int n = strlen(v); if (n >= 3) { str a = substr(v, 0, 0); str b = substr(v, 1, 1); str c = substr(v, 2, 2); @a_histo[a] += 1; @ab_histo[a][b] += 1; @abc_histo[a][b][c] += 1; for (int i = 0; i < n-3; i += 1) { str a = substr(v, i, i); str b = substr(v, i+1, i+1); str c = substr(v, i+2, i+2); str d = substr(v, i+3, i+3); @abcd_histo[a][b][c][d] += 1; } } } # ================================================================ end { map a_cmf = compute_cmf_from_histo(@a_histo); # Define these in this scope else they'll be scoped to the for-loops. map ab_cmf = {}; map abc_cmf = {}; map abcd_cmf = {}; for (a in @ab_histo) { ab_cmf[a] = compute_cmf_from_histo(@ab_histo[a]); } for (a in @abc_histo) { for (b in @abc_histo[a]) { abc_cmf[a][b] = compute_cmf_from_histo(@abc_histo[a][b]); } } for (a in @abcd_histo) { for (b in @abcd_histo[a]) { for (c in @abcd_histo[a][b]) { abcd_cmf[a][b][c] = compute_cmf_from_histo(@abcd_histo[a][b][c]); } } } for (int oi = 0; oi < @ocount; oi += 1) { str oa = sample_from_cmf(a_cmf); str ob = sample_from_cmf(ab_cmf[oa]); str oc = sample_from_cmf(abc_cmf[oa][ob]); str out = oa . ob . oc; for (int i = 3; i < @olen; i += 1) { str od = sample_from_cmf(abcd_cmf[oa][ob][oc]); if (od == "") { break; } out .= od; oa = ob; ob = oc; oc = od; } print out; } } miller-5.6.2/doc/ngrams/ng4.mlr.txt000077500000000000000000000034631354153536500171110ustar00rootroot00000000000000# ================================================================ begin { if (isabsent(@olen)) { @olen = 16; } if (isabsent(@ocount)) { @ocount = 16; } } # ================================================================ for (_, v in $*) { if (string(v) == "inf" || string(v) == "nan") { continue; } int n = strlen(v); if (n >= 3) { str a = substr(v, 0, 0); str b = substr(v, 1, 1); str c = substr(v, 2, 2); @a_histo[a] += 1; @ab_histo[a][b] += 1; @abc_histo[a][b][c] += 1; for (int i = 0; i < n-3; i += 1) { str a = substr(v, i, i); str b = substr(v, i+1, i+1); str c = substr(v, i+2, i+2); str d = substr(v, i+3, i+3); @abcd_histo[a][b][c][d] += 1; } } } # ================================================================ end { map a_cmf = compute_cmf_from_histo(@a_histo); # Define these in this scope else they'll be scoped to the for-loops. map ab_cmf = {}; map abc_cmf = {}; map abcd_cmf = {}; for (a in @ab_histo) { ab_cmf[a] = compute_cmf_from_histo(@ab_histo[a]); } for (a in @abc_histo) { for (b in @abc_histo[a]) { abc_cmf[a][b] = compute_cmf_from_histo(@abc_histo[a][b]); } } for (a in @abcd_histo) { for (b in @abcd_histo[a]) { for (c in @abcd_histo[a][b]) { abcd_cmf[a][b][c] = compute_cmf_from_histo(@abcd_histo[a][b][c]); } } } for (int oi = 0; oi < @ocount; oi += 1) { str oa = sample_from_cmf(a_cmf); str ob = sample_from_cmf(ab_cmf[oa]); str oc = sample_from_cmf(abc_cmf[oa][ob]); str out = oa . ob . oc; for (int i = 3; i < @olen; i += 1) { str od = sample_from_cmf(abcd_cmf[oa][ob][oc]); if (od == "") { break; } out .= od; oa = ob; ob = oc; oc = od; } print out; } } miller-5.6.2/doc/ngrams/ng5000077500000000000000000000001551354153536500154760ustar00rootroot00000000000000ourdir=$(dirname $0) mlr --nidx --from $ourdir/gsl-2000.txt put -q -f $ourdir/ngfuncs.mlr -f $ourdir/ng5.mlr miller-5.6.2/doc/ngrams/ng5.mlr000077500000000000000000000044001354153536500162640ustar00rootroot00000000000000# ================================================================ begin { if (is_absent(@olen)) { @olen = 16; } if (is_absent(@ocount)) { @ocount = 16; } } # ================================================================ for (_, v in $*) { if (string(v) == "inf" || string(v) == "nan") { continue; } int n = strlen(v); if (n >= 4) { str a = substr(v, 0, 0); str b = substr(v, 1, 1); str c = substr(v, 2, 2); str d = substr(v, 3, 3); @a_histo[a] += 1; @ab_histo[a][b] += 1; @abc_histo[a][b][c] += 1; @abcd_histo[a][b][c][d] += 1; for (int i = 0; i < n-4; i += 1) { str a = substr(v, i, i); str b = substr(v, i+1, i+1); str c = substr(v, i+2, i+2); str d = substr(v, i+3, i+3); str e = substr(v, i+4, i+4); @abcde_histo[a][b][c][d][e] += 1; } } } # ================================================================ end { map a_cmf = compute_cmf_from_histo(@a_histo); # Define these in this scope else they'll be scoped to the for-loops. map ab_cmf = {}; map abc_cmf = {}; map abcd_cmf = {}; map abcde_cmf = {}; for (a in @ab_histo) { ab_cmf[a] = compute_cmf_from_histo(@ab_histo[a]); } for (a in @abc_histo) { for (b in @abc_histo[a]) { abc_cmf[a][b] = compute_cmf_from_histo(@abc_histo[a][b]); } } for (a in @abcd_histo) { for (b in @abcd_histo[a]) { for (c in @abcd_histo[a][b]) { abcd_cmf[a][b][c] = compute_cmf_from_histo(@abcd_histo[a][b][c]); } } } for (a in @abcde_histo) { for (b in @abcde_histo[a]) { for (c in @abcde_histo[a][b]) { for (d in @abcde_histo[a][b][c]) { abcde_cmf[a][b][c][d] = compute_cmf_from_histo(@abcde_histo[a][b][c][d]); } } } } for (int oi = 0; oi < @ocount; oi += 1) { str oa = sample_from_cmf(a_cmf); str ob = sample_from_cmf(ab_cmf[oa]); str oc = sample_from_cmf(abc_cmf[oa][ob]); str od = sample_from_cmf(abcd_cmf[oa][ob][oc]); str out = oa . ob . oc . od; for (int i = 4; i < @olen; i += 1) { str oe = sample_from_cmf(abcde_cmf[oa][ob][oc][od]); if (oe == "") { break; } out .= oe; oa = ob; ob = oc; oc = od; od = oe; } print out; } } miller-5.6.2/doc/ngrams/ng5.mlr.txt000077500000000000000000000043761354153536500171160ustar00rootroot00000000000000# ================================================================ begin { if (isabsent(@olen)) { @olen = 16; } if (isabsent(@ocount)) { @ocount = 16; } } # ================================================================ for (_, v in $*) { if (string(v) == "inf" || string(v) == "nan") { continue; } int n = strlen(v); if (n >= 4) { str a = substr(v, 0, 0); str b = substr(v, 1, 1); str c = substr(v, 2, 2); str d = substr(v, 3, 3); @a_histo[a] += 1; @ab_histo[a][b] += 1; @abc_histo[a][b][c] += 1; @abcd_histo[a][b][c][d] += 1; for (int i = 0; i < n-4; i += 1) { str a = substr(v, i, i); str b = substr(v, i+1, i+1); str c = substr(v, i+2, i+2); str d = substr(v, i+3, i+3); str e = substr(v, i+4, i+4); @abcde_histo[a][b][c][d][e] += 1; } } } # ================================================================ end { map a_cmf = compute_cmf_from_histo(@a_histo); # Define these in this scope else they'll be scoped to the for-loops. map ab_cmf = {}; map abc_cmf = {}; map abcd_cmf = {}; map abcde_cmf = {}; for (a in @ab_histo) { ab_cmf[a] = compute_cmf_from_histo(@ab_histo[a]); } for (a in @abc_histo) { for (b in @abc_histo[a]) { abc_cmf[a][b] = compute_cmf_from_histo(@abc_histo[a][b]); } } for (a in @abcd_histo) { for (b in @abcd_histo[a]) { for (c in @abcd_histo[a][b]) { abcd_cmf[a][b][c] = compute_cmf_from_histo(@abcd_histo[a][b][c]); } } } for (a in @abcde_histo) { for (b in @abcde_histo[a]) { for (c in @abcde_histo[a][b]) { for (d in @abcde_histo[a][b][c]) { abcde_cmf[a][b][c][d] = compute_cmf_from_histo(@abcde_histo[a][b][c][d]); } } } } for (int oi = 0; oi < @ocount; oi += 1) { str oa = sample_from_cmf(a_cmf); str ob = sample_from_cmf(ab_cmf[oa]); str oc = sample_from_cmf(abc_cmf[oa][ob]); str od = sample_from_cmf(abcd_cmf[oa][ob][oc]); str out = oa . ob . oc . od; for (int i = 4; i < @olen; i += 1) { str oe = sample_from_cmf(abcde_cmf[oa][ob][oc][od]); if (oe == "") { break; } out .= oe; oa = ob; ob = oc; oc = od; od = oe; } print out; } } miller-5.6.2/doc/ngrams/ngfuncs.mlr000066400000000000000000000021171354153536500172360ustar00rootroot00000000000000# ================================================================ func compute_sum_from_histo(map histo) : num { num sum = 0; for (k, n in histo) { sum += n; } return sum; } # ---------------------------------------------------------------- func compute_pmf_from_histo(map histo) : map { num sum = compute_sum_from_histo(histo); num cumu = 0.0; map pmf = {}; for (k, _ in histo) { num p = histo[k] / sum; pmf[k] = p; } return pmf; } # ---------------------------------------------------------------- func compute_cmf_from_pmf(map pmf) : map { num cumu = 0.0; map cmf = {}; for (k, p in pmf) { cumu += p; cmf[k] = cumu; } return cmf; } # ---------------------------------------------------------------- func compute_cmf_from_histo(map histo) : map { return compute_cmf_from_pmf(compute_pmf_from_histo(histo)); } # ---------------------------------------------------------------- func sample_from_cmf(var cmf) : str { u = urand(); output = ""; for (k, c in cmf) { output = k; if (u < c) { break; } } return output; } miller-5.6.2/doc/ngrams/ngfuncs.mlr.txt000066400000000000000000000021171354153536500200540ustar00rootroot00000000000000# ================================================================ func compute_sum_from_histo(map histo) : num { num sum = 0; for (k, n in histo) { sum += n; } return sum; } # ---------------------------------------------------------------- func compute_pmf_from_histo(map histo) : map { num sum = compute_sum_from_histo(histo); num cumu = 0.0; map pmf = {}; for (k, _ in histo) { num p = histo[k] / sum; pmf[k] = p; } return pmf; } # ---------------------------------------------------------------- func compute_cmf_from_pmf(map pmf) : map { num cumu = 0.0; map cmf = {}; for (k, p in pmf) { cumu += p; cmf[k] = cumu; } return cmf; } # ---------------------------------------------------------------- func compute_cmf_from_histo(map histo) : map { return compute_cmf_from_pmf(compute_pmf_from_histo(histo)); } # ---------------------------------------------------------------- func sample_from_cmf(var cmf) : str { u = urand(); output = ""; for (k, c in cmf) { output = k; if (u < c) { break; } } return output; } miller-5.6.2/doc/oosvar-example-ewma.sh000066400000000000000000000001511354153536500200110ustar00rootroot00000000000000mlr --opprint put ' begin{ @a=0.1 }; $e = NR==1 ? $x : @a * $x + (1 - @a) * @e; @e=$e ' data/small miller-5.6.2/doc/oosvar-example-sum-grouped.sh000066400000000000000000000001321354153536500213260ustar00rootroot00000000000000mlr --opprint put -q ' @x_sum[$b] += $x; end { emit @x_sum, "b" } ' data/medium miller-5.6.2/doc/oosvar-example-sum.sh000066400000000000000000000001171354153536500176660ustar00rootroot00000000000000mlr --oxtab put -q ' @x_sum += $x; end { emit @x_sum } ' data/medium miller-5.6.2/doc/originality.html000066400000000000000000000311501354153536500170070ustar00rootroot00000000000000 How original is Miller?
Miller

How original is Miller?

It isn’t. Miller is one of many, many participants in the online-analytical-processing culture. Other key participants include awk, SQL, spreadsheets, etc. etc. etc. Far from being an original concept, Miller explicitly strives to imitate several existing tools:

Unix toolkit: Intentional similarities as described in Unix-toolkit context.

Recipes abound for command-line data analysis using the Unix toolkit. Here are just a couple of my favorites:

RecordStream: Miller owes particular inspiration to RecordStream. The key difference is that RecordStream is a Perl-based tool for manipulating JSON (including requiring it to separately manipulate other formats such as CSV into and out of JSON), while Miller is fast C which handles its formats natively. The similarities include the sort, stats1 (analog of RecordStream’s collate), and delta operations, as well as filter and put, and pretty-print formatting.

stats_m: A third source of lineage is my Python stats_m module. This includes simple single-pass algorithms which form Miller’s stats1 and stats2 subcommands.

SQL: Fourthly, Miller’s group-by command name is from SQL, as is the term aggregate.

Added value: Miller’s added values include:

  • Name-indexing, compared to the Unix toolkit’s positional indexing.
  • Raw speed, compared to awk, RecordStream, stats_m, or various other kinds of Python/Ruby/etc. scripts one can easily create.
  • Compact keystroking for many common tasks, with a decent amount of flexibility.
  • Ability to handle text files on the Unix pipe, without need for creating database tables, compared to SQL databases.
  • Various file formats, and on-the-fly format conversion.

jq: Miller does for name-indexed text what jq does for JSON. If you’re not already familiar with jq, please check it out!.

What about similar tools? Here’s a comprehensive list: https://github.com/dbohdan/structured-text-tools. It doesn’t mention rows so here’s a plug for that as well. As it turns out, I learned about most of these after writing Miller.

What about DOTADIW? One of the key points of the Unix philosophy is that a tool should do one thing and do it well. Hence sort and cut do just one thing. Why does Miller put awk-like processing, a few SQL-like operations, and statistical reduction all into one tool (see also Main reference)? This is a fair question. First note that many standard tools, such as awk and perl, do quite a few things — as does jq. But I could have pushed for putting format awareness and name-indexing options into cut, awk, and so on (so you could do cut -f hostname,uptime or awk '{sum += $x*$y}END{print sum}'). Patching cut, sort, etc. on multiple operating systems is a non-starter in terms of uptake. Moreover, it makes sense for me to have Miller be a tool which collects together format-aware record-stream processing into one place, with good reuse of Miller-internal library code for its various features.

Why not use Perl/Python/Ruby etc.? Maybe you should. With those tools you’ll get far more expressive power, and sufficiently quick turnaround time for small-to-medium-sized data. Using Miller you’ll get something less than a complete programming language, but which is fast, with moderate amounts of flexibility and much less keystroking.

When I was first developing Miller I made a survey of several languages. Using low-level implementation languages like C, Go, Rust, and Nim, I’d need to create my own domain-specific language (DSL) which would always be less featured than a full programming language, but I’d get better performance. Using high-level interpreted languages such as Perl/Python/Ruby I’d get the language’s eval for free and I wouldn’t need a DSL; Miller would have mainly been a set of format-specific I/O hooks. If I’d gotten good enough performance from the latter I’d have done it without question and Miller would be far more flexible. But C won the performance criteria by a landslide so we have Miller in C with a custom DSL.

No, really, why one more command-line data-manipulation tool? I wrote Miller because I was frustrated with tools like grep, sed, and so on being line-aware without being format-aware. The single most poignant example I can think of is seeing people grep data lines out of their CSV files and sadly losing their header lines. While some lighter-than-SQL processing is very nice to have, at core I wanted the format-awareness of RecordStream combined with the raw speed of the Unix toolkit. Miller does precisely that. miller-5.6.2/doc/paragraphs.txt000066400000000000000000000022051354153536500164570ustar00rootroot00000000000000The quick brown fox jumped over the lazy dogs. The quick brown fox jumped over the lazy dogs. The quick brown fox jumped over the lazy dogs. The quick brown fox jumped over the lazy dogs. The quick brown fox jumped over the lazy dogs. Now is the time for all good people to come to the aid of their country. Now is the time for all good people to come to the aid of their country. Now is the time for all good people to come to the aid of their country. Now is the time for all good people to come to the aid of their country. Now is the time for all good people to come to the aid of their country. Sphynx of black quartz, judge my vow. Sphynx of black quartz, judge my vow. Sphynx of black quartz, judge my vow. Sphynx of black quartz, judge my vow. Sphynx of black quartz, judge my vow. The rain in Spain falls mainly on the plain. The rain in Spain falls mainly on the plain. The rain in Spain falls mainly on the plain. The rain in Spain falls mainly on the plain. The rain in Spain falls mainly on the plain. The rain in Spain falls mainly on the plain. The rain in Spain falls mainly on the plain. The rain in Spain falls mainly on the plain. miller-5.6.2/doc/performance.html000066400000000000000000000216361354153536500167660ustar00rootroot00000000000000 Performance

Miller

Performance
• Disclaimer
• Summary

Disclaimer

In a previous version of this page (see here) I compared Miller to some items in the Unix toolkit in terms of run time. But such comparisons are very much not apples-to-apples:
  • Miller’s principal strength is that it handles key-value data in various formats while the system tools do not. So if you time mlr sort on a CSV file against system sort, it's not relevant to say which is faster by how many percent — Miller will respect the header line, leaving it in place, while the system sort will move it, sorting it along with all the other header lines. This would be comparing the run times of two programs produce different outputs. Likewise, awk doesn’t respect header lines, although you can code up some CSV-handling using if (NR==1) { ... } else { ... }. And that’s just CSV: I don’t know any simple way to get sort, awk, etc. to handle DKVP, JSON, etc. — which is the main rreason I wrote Miller.
  • Implementations differ by platform: one awk may be fundamentally faster than another, and mawk has a very efficient bytecode implementation — which handles positionally indexed data far faster than Miller does.
  • The system sort command will, on some systems, handle too-large-for-RAM datasets by spilling to disk; Miller (as of version 5.2.0, mid-2017) does not. Miller sorts are always stable; GNU supports stable and unstable variants.
  • Etc.

Summary

Miller can do many kinds of processing on key-value-pair data using elapsed time roughly of the same order of magnitude as items in the Unix toolkit can handle positionally indexed data. Specific results vary widely by platform, implementation details, multi-core use (or not). Lastly, specific special-purpose non-record-aware processing will run far faster in grep, sed, etc. miller-5.6.2/doc/perftbl.txt000066400000000000000000000015411354153536500157670ustar00rootroot00000000000000 Mac Mac Comparand DKVP CSV seconds seconds 0.016 0.013 cat 0.189 0.189 catc 3.657 4.388 awk -F, '{print}' 2.027 1.795 mlr cat 2.292 1.940 cut -d , -f 1,4 3.540 4.516 awk -F, '{print $1,$4}' 1.600 1.390 mlr cut -f a,x 1.694 1.648 mlr cut -x -f a,x 0.845 0.643 sed -e 's/x=/EKS=/' -e 's/b=/BEE=/' 2.076 1.842 mlr rename x,EKS,b,BEE 5.643 5.031 awk -F, '{gsub("x=","",$4);gsub("y=","",$5);print $4+$5}' 4.019 3.679 mlr put '$z=$x+$y' 2.481 2.628 mlr stats1 -a mean -f x,y -g a,b 2.587 2.389 mlr stats2 -a corr -f x,y -g a,b 23.247 14.466 sort -t, -k 1,2 3.023 5.658 mlr sort -f a,b 17.224 15.523 sort -t, -k 4,5 5.807 5.194 mlr sort -n x,y 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K ±Ç¾»÷½m$‘nͲî"ExæR¿2$ wIFehÔ:ž6VbÉêɯ$é’ºñ$ç♈“"6þ@PÜH^A¹Ut:]Ö™+ªÜ1YIÊPK!IX, &€=ù#óý4ÉX­Q0n8AŒ¢eV3€{,O !¼Y Û³cKˆ©ŽÈËÈ–“ KÄ6C¬…d²A@¬@`‘gËŠ%I•Â›/gÇ΃qæ—Ô_•…B4[6Ç¡^ ñ=ö)”lÖ7lùx¸ø…&2$†BÒ´å9HÞK}$Šöúi”o³*ú6¶f8ŒËÉBýÁÕrUÙœ]ôPnXUËæTŠûE8š|r"]Û0 ä-{w©œ°¡6V=ãm•ý4È^Dô/EÉÊøä*êÝ)½nѮˋ:¦1aký?ç¡m ëì}]&fή'Íq:ç.Α¶sþî+úÏ×\¸]E¹UQÓä9q×ZÕœmœ‰m²”ãÁ×›•ìôñœÊ*nƹi£°>õ¦þÁhÑån*A½²i#>fÞñ³H^«¾µ™FÆVg3Ï‚0KáG¾¹Ûz-%³£·mQ˜}L´óØí4ŽsäfµÀÀ_þã[Åó‘eÄÃò"ýÆ­"dˬËØ…m) ™"£­*Øô- TÈXöí¨Ý‚9WøOí¨ õìm LÌ=ôÁœU•$þZº¢’DˆìÞú–—e¦ÄœŒƒÇi}ÉÖ[o£J1]Œ#<ÞݾçU%ìË“½ Ö¸Ðûj½ hÈñ U×ßVØhɺ5ª‚Mb] d$ضÅ#¡SX#ÏßO@êü)_8À}µÓƒò8sþ'£@ ï^Ö‘äÝÔ¤KiH\ƒJBäC"ôI!¶D„#òÕ*± u‡Ù½¢u² ×Z«²Ü…eÌØØ2‹ XÔœ¨°Vs†é¸!@¿a‡®YÉ0‰i7,èd%€" output_handle.puts "" # Template directive: For navbar. elsif template_line =~ /POKI_PUT_NAVBAR_HERE/ output_handle.puts(template_line.sub('POKI_PUT_NAVBAR_HERE', '')) generate_navbar(overall_config, section_config, page_config, output_html_name, output_handle) # Template directive: Page titles in browser window title, as well as page-content title. elsif template_line =~ /POKI_PUT_TITLE_HERE/ output_handle.puts(template_line.sub('POKI_PUT_TITLE_HERE', page_title)) # Template directive: Page body. elsif template_line =~ /POKI_PUT_BODY_HERE/ output_handle.puts(template_line.sub('POKI_PUT_BODY_HERE', '')) generate_page_body(overall_config, section_config, page_config, input_html_path, output_handle) # Absent any other directives, copy the template file to the output file. else output_handle.write(template_line) end end FileUtils.chmod($output_file_mode_after_edit, output_html_name) puts "Generated #{output_html_name}" end end # ---------------------------------------------------------------- def generate_navbar(overall_config, section_config, page_config, output_html_name, output_handle) template_file_name = overall_config.fetch('template_file_name') output_handle.puts "" for other_section_config in overall_config.fetch('sections') other_section_internal_name = other_section_config.fetch('internal_name') other_section_external_name = other_section_config.fetch('external_name') font_weight = 'normal' if (other_section_internal_name == section_config.fetch('internal_name')) font_weight = 'bold' end output_handle.puts(""); output_handle.puts(" #{other_section_external_name}"); output_handle.puts(""); end for other_section_config in overall_config.fetch('sections') other_section_internal_name = other_section_config.fetch('internal_name') other_section_external_name = other_section_config.fetch('external_name') display = 'none' if (other_section_internal_name == section_config.fetch('internal_name')) display = 'block' end output_handle.puts("

") end end # ---------------------------------------------------------------- def generate_page_body(overall_config, section_config, page_config, input_html_path, output_handle) output_handle.puts "" File.readlines(input_html_path).each do |content_line| # Page-content directive: table of contents. if content_line =~ /POKI_PUT_TOC_HERE/ generate_toc(overall_config, section_config, page_config, input_html_path, output_handle) # Page-content directive: include other file (do HTML escapes) elsif content_line =~ /POKI_INCLUDE_ESCAPED\(([^)]+)\)HERE/ included_file_name = $1 include_escaped(included_file_name, output_handle) # Page-content directive: include other file (do HTML escapes) and print its output elsif content_line =~ /POKI_INCLUDE_AND_RUN_ESCAPED\(([^)]+)\)HERE/ included_file_name = $1 cmd = File.readlines(included_file_name).join('') run_command(cmd, output_handle, true) # Page-content directive: run a script which generates HTML and print its output elsif content_line =~ /POKI_RUN_UNESCAPED\(([^)]+)\)HERE/ included_file_name = $1 cmd = File.readlines(included_file_name).join('') run_command(cmd, output_handle, false) # Page-content directive: include other file (do HTML escapes) and print its output elsif content_line =~ /POKI_RUN_CONTENT_GENERATOR\(([^)]+)\)HERE/ cmd = $1 run_content_generator(cmd, output_handle) # Page-content directive: format as if included from a file. elsif content_line =~ /POKI_CARDIFY\(([^)]+)\)HERE/ content_line = $1 cardify(content_line, output_handle, true) elsif content_line =~ /POKI_CARDIFY{{([^)]+)}}HERE/ content_line = $1 cardify(content_line, output_handle, true) elsif content_line =~ /POKI_CARDIFY{{(.+)}}HERE/ content_line = $1 cardify(content_line, output_handle, true) # Page-content directive: include other file (do HTML escapes) elsif content_line =~ /POKI_RUN_COMMAND{{(.+)}}HERE/ cmd = $1 run_command(cmd, output_handle, true) # Page-content directive: include other file (do HTML escapes) elsif content_line =~ /POKI_RUN_COMMAND_TOLERATING_ERROR{{(.+)}}HERE/ cmd = $1 run_command_tolerating_error(cmd, output_handle) # Page-content directive: link to sibling in pageset. elsif content_line =~ /POKI_PUT_LINK_FOR_PAGE\(([^)]+)\)HERE/ other_page_link = $1 other_page_name = other_page_link.sub(/#.*/, '') other_page_title = nil for loop_section_config in overall_config.fetch('sections') for loop_page_config in loop_section_config.fetch('pages') loop_page_file_name = loop_page_config['file_name'] # nullable loop_page_external_name = loop_page_config.fetch('external_name') if other_page_name == loop_page_file_name other_page_title = loop_page_external_name end end end if other_page_title.nil? raise "Couldn't find page title for \"#{other_page_name}\"." end href = "#{other_page_title}" content_line.sub!(/POKI_PUT_LINK_FOR_PAGE\([^)]+\)HERE/, href) output_handle.puts(content_line) # Page-content directive: automark

,

, etc. with jump-to tags so they can be found by the # table of contents. Example:

Title

becomes

Title

elsif content_line =~ /(.*)<\/h[1-9]>/ tag = $2.strip # If there's a section with a space in it (e.g. "Naming conventions") then # make the href text the same but underscorify the link itself (e.g. # "Naming_conventions"). output_handle.print("") output_handle.write(content_line) else output_handle.write(content_line) end end end # ---------------------------------------------------------------- def generate_toc(overall_config, section_config, page_config, input_html_path, output_handle) # Read all the

,

,

, etc. from the current file and create internal links tags = [] depths = {} File.readlines(input_html_path).each do |scan_line| if scan_line =~ /^(.*)<\/h[1-9]>/ depth = $1 tag = $2.strip tags << tag depths[tag] = depth.to_i - 1 end end page_title = page_config.fetch('external_name') page_subtitle = page_config['external_subname'] # nullable output_handle.puts('
') if page_subtitle.nil? output_handle.puts("
#{page_title}
") else output_handle.puts("
#{page_title}: #{page_subtitle}
") end tags.each do |tag| # Indent h2 more than h1, h3 more than h2, etc. depths[tag].times{output_handle.write "    "} output_handle.write "• " # If there's a section with a space in it (e.g. "Naming conventions") then # make the href text the same but underscorify the link itself (e.g. # "Naming_conventions"). output_handle.write "#{tag}" output_handle.puts "
" end output_handle.puts("
") output_handle.puts("

") end # ---------------------------------------------------------------- def include_escaped(included_file_name, output_handle) write_card(File.readlines(included_file_name), output_handle, true) end # ---------------------------------------------------------------- def run_command(cmd, output_handle, do_escape) cmd_output = `#{cmd} 2>&1` status = $?.to_i if status != 0 raise "\"#{cmd}\" exited with non-zero code #{status}." end write_card(['$ '+cmd] + cmd_output.split(/\n/), output_handle, do_escape) end # ---------------------------------------------------------------- def run_command_tolerating_error(cmd, output_handle) cmd_output = `#{cmd} 2>&1` write_card(['$ '+cmd] + cmd_output.split(/\n/), output_handle, true) end # ---------------------------------------------------------------- def run_content_generator(cmd, output_handle) cmd_output = `#{cmd} 2>&1` status = $?.to_i if status != 0 raise "\"#{cmd}\" exited with non-zero code #{status}." end output_handle.puts(cmd_output) end # ---------------------------------------------------------------- def cardify(content_line, output_handle, do_escape) write_card([content_line], output_handle, do_escape) end # ---------------------------------------------------------------- def write_card(content_lines, output_handle, do_escape) output_handle.puts('

') output_handle.puts('

') output_handle.puts('
')
  content_lines.each do |content_line|
    if do_escape
      output_handle.puts(html_escape_line(content_line))
    else
      output_handle.puts(content_line)
    end
  end
  output_handle.puts('
') output_handle.puts('
') output_handle.puts('

') end # ---------------------------------------------------------------- def html_escape_line(line) line.gsub("&", "&").gsub("<", "<").gsub(">", ">").rstrip end # ================================================================ # Top-down programming style, please. main() miller-5.6.2/doc/poki-cfg.json000066400000000000000000000071261354153536500161670ustar00rootroot00000000000000{ "template_file_name": "template.html", "content_file_prefix": "content-for-", "main_title": "Miller", "sections": [ { "external_name": "Overview", "internal_name": "overview", "pages": [ { "external_name": "About", "file_name": "index.html" }, { "external_name": "10-minute intro", "file_name": "10-min.html" }, { "external_name": "File formats", "file_name": "file-formats.html" }, { "external_name": "Unix-toolkit context", "file_name": "feature-comparison.html" }, { "external_name": "Record-hetrogeneity", "file_name": "record-heterogeneity.html" }, { "external_name": "Internationalization", "file_name": "internationalization.html" } ] }, { "external_name": "Using", "internal_name": "using", "pages": [ { "external_name": "FAQ", "file_name": "faq.html" }, { "external_name": "Mixing with other languages", "file_name": "data-sharing.html" }, { "external_name": "Cookbook part 1", "external_subname": "Common patterns", "file_name": "cookbook.html" }, { "external_name": "Cookbook part 2", "external_subname": "Random things, and some math", "file_name": "cookbook2.html" }, { "external_name": "Cookbook part 3", "external_subname": "Stats with and without out-of-stream variables", "file_name": "cookbook3.html" }, { "external_name": "Data-diving examples", "file_name": "data-examples.html" } ] }, { "external_name": "Reference", "internal_name": "reference", "pages": [ { "external_name": "Main reference", "file_name": "reference.html" }, { "external_name": "Verbs reference", "file_name": "reference-verbs.html" }, { "external_name": "DSL reference", "file_name": "reference-dsl.html" }, { "external_name": "Manpage", "file_name": "manpage.html" }, { "external_name": "Documents by release", "file_name": "release-docs.html" }, { "external_name": "Installation", "file_name": "build.html" } ] }, { "external_name": "Background", "internal_name": "background", "pages": [ { "external_name": "Why?", "file_name": "why.html" }, { "external_name": "Why C?", "file_name": "whyc.html" }, { "external_name": "Why C: details", "file_name": "whyc-details.html" }, { "external_name": "Why call it Miller?", "file_name": "etymology.html" }, { "external_name": "How original is Miller?", "file_name": "originality.html" }, { "external_name": "Performance", "file_name": "performance.html" } ] }, { "external_name": "Repository", "internal_name": "repository", "pages": [ { "external_name": "Contact information", "file_name": "contact.html" }, { "external_name": "Github repo", "link": "https://github.com/johnkerl/miller" } ] } ] } miller-5.6.2/doc/poki.cfg000066400000000000000000000031501354153536500152110ustar00rootroot00000000000000sep:overview Overview index.html About Miller 10-min.html Miller in 10 minutes file-formats.html File formats feature-comparison.html Miller features in the context of the Unix toolkit record-heterogeneity.html Record-heterogeneity internationalization.html Internationalization sep:howto Using Miller faq.html FAQ data-sharing.html Sharing data with other languages cookbook.html Cookbook part 1 cookbook2.html Cookbook part 2 cookbook3.html Cookbook part 3 data-examples.html Data-diving examples sep:details Reference manpage.html Manpage reference.html Reference reference-verbs.html Reference: Verbs reference-dsl.html Reference: DSL release-docs.html Documents by release build.html Installation, portability, dependencies, and testing sep:background Background why.html Why? whyc.html Why C? etymology.html Why call it Miller? originality.html How original is Miller? performance.html Performance sep:tbc Repository to-do.html Things to do contact.html Contact information ext:https://github.com/johnkerl/miller GitHub repo miller-5.6.2/doc/polyglot-dkvp-io/000077500000000000000000000000001354153536500170075ustar00rootroot00000000000000miller-5.6.2/doc/polyglot-dkvp-io/dkvp_io.py000066400000000000000000000027001354153536500210130ustar00rootroot00000000000000#!/usr/bin/env python # ================================================================ # Example of DKVP I/O using Python. # # Key point: Use Miller for what it's good at; pass data into/out of tools in # other languages to do what they're good at. # # bash$ python -i dkvp_io.py # # # READ # >>> map = dkvpline2map('x=1,y=2', '=', ',') # >>> map # OrderedDict([('x', '1'), ('y', '2')]) # # # MODIFY # >>> map['z'] = map['x'] + map['y'] # >>> map # OrderedDict([('x', '1'), ('y', '2'), ('z', 3)]) # # # WRITE # >>> line = map2dkvpline(map, '=', ',') # >>> line # 'x=1,y=2,z=3' # # ================================================================ import re import collections # ---------------------------------------------------------------- # ips and ifs (input pair separator and input field separator) are nominally '=' and ','. def dkvpline2map(line, ips, ifs): pairs = re.split(ifs, line) map = collections.OrderedDict() for pair in pairs: key, value = re.split(ips, pair, 1) # Type inference: try: value = int(value) except: try: value = float(value) except: pass map[key] = value return map # ---------------------------------------------------------------- # ops and ofs (output pair separator and output field separator) are nominally '=' and ','. def map2dkvpline(map , ops, ofs): line = '' pairs = [] for key in map: pairs.append(str(key) + ops + str(map[key])) return str.join(ofs, pairs) miller-5.6.2/doc/polyglot-dkvp-io/dkvp_io.rb000066400000000000000000000025071354153536500207730ustar00rootroot00000000000000#!/usr/bin/env ruby # ================================================================ # Example of DKVP I/O using Ruby. # # Key point: Use Miller for what it's good at; pass data into/out of tools in # other languages to do what they're good at. # # bash$ irb -I. -r dkvp_io.rb # # # READ # irb(main):001:0> map = dkvpline2map('x=1,y=2', '=', ',') # => {"x"=>"1", "y"=>"2"} # # # MODIFY # irb(main):001:0> map['z'] = map['x'] + map['y'] # => 3 # # # WRITE # irb(main):002:0> line = map2dkvpline(map, '=', ',') # => "x=1,y=2,z=3" # # ================================================================ # ---------------------------------------------------------------- # ips and ifs (input pair separator and input field separator) are nominally '=' and ','. def dkvpline2map(line, ips, ifs) map = {} line.split(ifs).each do |pair| (k, v) = pair.split(ips, 2) # Type inference: begin v = Integer(v) rescue ArgumentError begin v = Float(v) rescue ArgumentError # Leave as string end end map[k] = v end map end # ---------------------------------------------------------------- # ops and ofs (output pair separator and output field separator) are nominally '=' and ','. def map2dkvpline(map, ops, ofs) map.collect{|k,v| k.to_s + ops + v.to_s}.join(ofs) end miller-5.6.2/doc/polyglot-dkvp-io/example.py000066400000000000000000000016001354153536500210110ustar00rootroot00000000000000#!/usr/bin/env python import sys import re import copy import dkvp_io while True: # Read the original record: line = sys.stdin.readline().strip() if line == '': break map = dkvp_io.dkvpline2map(line, '=', ',') # Drop a field: map.pop('x') # Compute some new fields: map['ab'] = map['a'] + map['b'] map['iy'] = map['i'] + map['y'] # Add new fields which show type of each already-existing field: omap = copy.copy(map) # since otherwise the for-loop will modify what it loops over keys = omap.keys() for key in keys: # Convert "" to just "int", etc.: type_string = str(map[key].__class__) type_string = re.sub("", "", type_string) map['t'+key] = type_string # Write the modified record: print(dkvp_io.map2dkvpline(map, '=', ',')) miller-5.6.2/doc/polyglot-dkvp-io/example.rb000066400000000000000000000007461354153536500207760ustar00rootroot00000000000000#!/usr/bin/env ruby require 'dkvp_io' ARGF.each do |line| # Read the original record: map = dkvpline2map(line.chomp, '=', ',') # Drop a field: map.delete('x') # Compute some new fields: map['ab'] = map['a'] + map['b'] map['iy'] = map['i'] + map['y'] # Add new fields which show type of each already-existing field: keys = map.keys keys.each do |key| map['t'+key] = map[key].class end # Write the modified record: puts map2dkvpline(map, '=', ',') end miller-5.6.2/doc/programs/000077500000000000000000000000001354153536500154215ustar00rootroot00000000000000miller-5.6.2/doc/programs/mand.mlr000066400000000000000000000051131354153536500170540ustar00rootroot00000000000000# Mandelbrot set generator: simple example of Miller DSL as programming language. begin { # Set defaults @rcorn = -2.0; @icorn = -2.0; @side = 4.0; @iheight = 50; @iwidth = 100; @maxits = 100; @levelstep = 5; @chars = "@X*o-."; # Palette of characters to print to the screen. @verbose = false; @do_julia = false; @jr = 0.0; # Real part of Julia point, if any @ji = 0.0; # Imaginary part of Julia point, if any } # Here, we can override defaults from an input file (if any). In Miller's # put/filter DSL, absent-null right-hand sides result in no assignment so we # can simply put @rcorn = $rcorn: if there is a field in the input like # 'rcorn = -1.847' we'll read and use it, else we'll keep the default. @rcorn = $rcorn; @icorn = $icorn; @side = $side; @iheight = $iheight; @iwidth = $iwidth; @maxits = $maxits; @levelstep = $levelstep; @chars = $chars; @verbose = $verbose; @do_julia = $do_julia; @jr = $jr; @ji = $ji; end { if (@verbose) { print "RCORN = ".@rcorn; print "ICORN = ".@icorn; print "SIDE = ".@side; print "IHEIGHT = ".@iheight; print "IWIDTH = ".@iwidth; print "MAXITS = ".@maxits; print "LEVELSTEP = ".@levelstep; print "CHARS = ".@chars; } # Iterate over a matrix of rows and columns, printing one character for each cell. for (int ii = @iheight-1; ii >= 0; ii -= 1) { num pi = @icorn + (ii/@iheight) * @side; for (int ir = 0; ir < @iwidth; ir += 1) { num pr = @rcorn + (ir/@iwidth) * @side; printn get_point_plot(pr, pi, @maxits, @do_julia, @jr, @ji); } print; } } # This is a function to approximate membership in the Mandelbrot set (or Julia # set for a given Julia point if do_julia == true) for a given point in the # complex plane. func get_point_plot(pr, pi, maxits, do_julia, jr, ji) { num zr = 0.0; num zi = 0.0; num cr = 0.0; num ci = 0.0; if (!do_julia) { zr = 0.0; zi = 0.0; cr = pr; ci = pi; } else { zr = pr; zi = pi; cr = jr; ci = ji; } int iti = 0; bool escaped = false; num zt = 0; for (iti = 0; iti < maxits; iti += 1) { num mag = zr*zr + zi+zi; if (mag > 4.0) { escaped = true; break; } # z := z^2 + c zt = zr*zr - zi*zi + cr; zi = 2*zr*zi + ci; zr = zt; } if (!escaped) { return "."; } else { # The // operator is Miller's (pythonic) integer-division operator int level = (iti // @levelstep) % strlen(@chars); return substr(@chars, level, level); } } miller-5.6.2/doc/programs/mand.sh000066400000000000000000000033201354153536500166720ustar00rootroot00000000000000#!/bin/bash iheight=$(stty size | mlr --nidx --fs space cut -f 1) iwidth=$(stty size | mlr --nidx --fs space cut -f 2) if [ "$1" = "1" ]; then echo "rcorn=-1.787582,icorn=-0.000002,side=0.000004,maxits=1000,iheight=$iheight,iwidth=$iwidth" elif [ "$1" = "2" ]; then echo "rcorn=-0.162950,icorn=+1.026100,side=0.000200,maxits=100000,iheight=$iheight,iwidth=$iwidth" elif [ "$1" = "3" ]; then echo "rcorn=-1.755350,icorn=+0.014230,side=0.000020,maxits=10000,iheight=$iheight,iwidth=$iwidth" elif [ "$1" = 4 ]; then echo "do_julia=true,jr= 0.35,ji=0.35,maxits=1000,iheight=$iheight,iwidth=$iwidth" elif [ "$1" = 5 ]; then echo "do_julia=true,jr= 0.0,ji=0.63567,iheight=$iheight,iwidth=$iwidth" elif [ "$1" = 6 ]; then echo "do_julia=true,jr= 0.4,ji=0.34745,maxits=1000,iheight=$iheight,iwidth=$iwidth" elif [ "$1" = 7 ]; then echo "do_julia=true,jr= 0.36,ji=0.36,maxits=80,iheight=$iheight,iwidth=$iwidth" elif [ "$1" = 8 ]; then echo "do_julia=true,jr=-0.55,ji=0.55,maxits=100,iheight=$iheight,iwidth=$iwidth" elif [ "$1" = 9 ]; then echo "do_julia=true,jr=-0.51,ji=0.51,maxits=1000,iheight=$iheight,iwidth=$iwidth" elif [ "$1" = 10 ]; then echo "do_julia=true,jr=-1.26,ji=-0.03,rcorn=-0.3,icorn=-0.3,side=0.6,iheight=$iheight,iwidth=$iwidth" elif [ "$1" = 11 ]; then echo "do_julia=true,jr=-1.26,ji=-0.03,rcorn=-0.6,icorn=-0.6,side=.2,iheight=$iheight,iwidth=$iwidth" elif [ "$1" = 12 ]; then echo "do_julia=true,jr=-1.26,ji=-0.03,rcorn=-0.75,icorn=-0.03125,side=.0625,iheight=$iheight,iwidth=$iwidth" elif [ "$1" = 13 ]; then echo "do_julia=true,jr=-1.26,ji=-0.03,rcorn=-0.75,icorn=-0.01,side=.02,iheight=$iheight,iwidth=$iwidth" else echo "iheight=$iheight,iwidth=$iwidth" fi | mlr put -f programs/mand.mlr miller-5.6.2/doc/programs/sieve.mlr000066400000000000000000000015501354153536500172510ustar00rootroot00000000000000# ================================================================ # Sieve of Eratosthenes: simple example of Miller DSL as programming language. # ================================================================ # Put this in a begin-block so we can do either # mlr -n put -q -f name-of-this-file.mlr # or # mlr -n put -q -f name-of-this-file.mlr -e '@n = 200' # i.e. 100 is the default upper limit, and another can be specified using -e. begin { @n = 100; } end { for (int i = 0; i <= @n; i += 1) { @s[i] = true; } @s[0] = false; # 0 is neither prime nor composite @s[1] = false; # 1 is neither prime nor composite # Strike out multiples for (int i = 2; i <= @n; i += 1) { for (int j = i+i; j <= @n; j += i) { @s[j] = false; } } # Print survivors for (int i = 0; i <= @n; i += 1) { if (@s[i]) { print i; } } } miller-5.6.2/doc/record-heterogeneity.html000066400000000000000000000306311354153536500206070ustar00rootroot00000000000000 Record-hetrogeneity

Miller

Record-hetrogeneity
• For I/O
    • CSV and pretty-print
    • Key-value-pair, vertical-tabular, and index-numbered formats
• For processing

We think of CSV tables as rectangular: if there are 17 columns in the header then there are 17 columns for every row, else the data have a formatting error.

But heterogeneous data abound (today’s no-SQL databases for example). Miller handles this.

For I/O

CSV and pretty-print

Miller simply prints a newline and a new header when there is a schema change. When there is no schema change, you get CSV per se as a special case. Likewise, Miller reads heterogeneous CSV or pretty-print input the same way. The difference between CSV and CSV-lite is that the former is RFC4180-compliant, while the latter readily handles heterogeneous data (which is non-compliant). For example: 

$ cat data/het.dkvp
resource=/path/to/file,loadsec=0.45,ok=true
record_count=100,resource=/path/to/file
resource=/path/to/second/file,loadsec=0.32,ok=true
record_count=150,resource=/path/to/second/file
resource=/some/other/path,loadsec=0.97,ok=false


$ mlr --ocsvlite cat data/het.dkvp
resource,loadsec,ok
/path/to/file,0.45,true

record_count,resource
100,/path/to/file

resource,loadsec,ok
/path/to/second/file,0.32,true

record_count,resource
150,/path/to/second/file

resource,loadsec,ok
/some/other/path,0.97,false


$ mlr --opprint cat data/het.dkvp
resource      loadsec ok
/path/to/file 0.45    true

record_count resource
100          /path/to/file

resource             loadsec ok
/path/to/second/file 0.32    true

record_count resource
150          /path/to/second/file

resource         loadsec ok
/some/other/path 0.97    false

Miller handles explicit header changes as just shown. If your CSV input contains ragged data — if there are implicit header changes — you can use --allow-ragged-csv-input (or keystroke-saver --ragged). For too-short data lines, values are filled with empty string; for too-long data lines, missing field names are replaced with positional indices (counting up from 1, not 0), as follows: 

$ cat data/ragged.csv
a,b,c
1,2,3
4,5
6,7,8,9


$ mlr --icsv --oxtab --allow-ragged-csv-input cat data/ragged.csv
a 1
b 2
c 3

a 4
b 5
c

a 6
b 7
c 8
4 9

You may also find Miller’s group-like feature handy (see also Main reference): 

$ mlr --ocsvlite group-like data/het.dkvp
resource,loadsec,ok
/path/to/file,0.45,true
/path/to/second/file,0.32,true
/some/other/path,0.97,false

record_count,resource
100,/path/to/file
150,/path/to/second/file


$ mlr --opprint group-like data/het.dkvp
resource             loadsec ok
/path/to/file        0.45    true
/path/to/second/file 0.32    true
/some/other/path     0.97    false

record_count resource
100          /path/to/file
150          /path/to/second/file

Key-value-pair, vertical-tabular, and index-numbered formats

For these formats, record-heterogeneity comes naturally: 

$ cat data/het.dkvp
resource=/path/to/file,loadsec=0.45,ok=true
record_count=100,resource=/path/to/file
resource=/path/to/second/file,loadsec=0.32,ok=true
record_count=150,resource=/path/to/second/file
resource=/some/other/path,loadsec=0.97,ok=false


$ mlr --onidx --ofs ' ' cat data/het.dkvp
/path/to/file 0.45 true
100 /path/to/file
/path/to/second/file 0.32 true
150 /path/to/second/file
/some/other/path 0.97 false


$ mlr --oxtab cat data/het.dkvp
resource /path/to/file
loadsec  0.45
ok       true

record_count 100
resource     /path/to/file

resource /path/to/second/file
loadsec  0.32
ok       true

record_count 150
resource     /path/to/second/file

resource /some/other/path
loadsec  0.97
ok       false


$ mlr --oxtab group-like data/het.dkvp
resource /path/to/file
loadsec  0.45
ok       true

resource /path/to/second/file
loadsec  0.32
ok       true

resource /some/other/path
loadsec  0.97
ok       false

record_count 100
resource     /path/to/file

record_count 150
resource     /path/to/second/file

For processing

Miller operates on specified fields and takes the rest along: for example, if you are sorting on the count field then all records in the input stream must have a count field but the other fields can vary, and moreover the sorted-on field name(s) don’t need to be in the same position on each line: 

$ cat data/sort-het.dkvp
count=500,color=green
count=600
status=ok,count=250,hours=0.22
status=ok,count=200,hours=3.4
count=300,color=blue
count=100,color=green
count=450


$ mlr sort -n count data/sort-het.dkvp
count=100,color=green
status=ok,count=200,hours=3.4
status=ok,count=250,hours=0.22
count=300,color=blue
count=450
count=500,color=green
count=600

miller-5.6.2/doc/reference-dsl.html000066400000000000000000005115471354153536500172100ustar00rootroot00000000000000 DSL reference

Miller

DSL reference
• Overview
• Syntax
    • Expression formatting
    • Expressions from files
    • Semicolons, commas, newlines, and curly braces
• Variables
    • Built-in variables
    • Field names
    • Positional field names
    • Out-of-stream variables
    • Indexed out-of-stream variables
    • Local variables
    • Map literals
    • Type-checking
        • Type-test and type-assertion expressions
        • Type-declarations for local variables, function parameter, and function return values
    • Null data: empty and absent
    • Aggregate variable assignments
    • Keywords for filter and put
• Operator precedence
• Operator and function semantics
• Control structures
    • Pattern-action blocks
    • If-statements
    • While and do-while loops
    • For-loops
        • Key-only for-loops
        • Key-value for-loops
        • C-style triple-for loops
    • Begin/end blocks
• Output statements
    • Print statements
    • Dump statements
    • Tee statements
    • Redirected-output statements
    • Emit statements
    • Multi-emit statements
    • Emit-all statements
• Unset statements
• Filter statements
• Built-in functions for filter and put
• User-defined functions and subroutines
    • User-defined functions
    • User-defined subroutines
• Errors and transparency
• A note on the complexity of Miller’s expression language

Overview

Here’s comparison of verbs and put/filter DSL expressions:
Example: 

$ mlr stats1 -a sum -f x -g a data/small
a=pan,x_sum=0.346790
a=eks,x_sum=1.140079
a=wye,x_sum=0.777892

  • Verbs are coded in C
  • They run a bit faster
  • They take fewer keystrokes
  • There is less to learn
  • Their customization is limited to each verb’s options
Example: 

$ mlr  put -q '@x_sum[$a] += $x; end{emit @x_sum, "a"}' data/small
a=pan,x_sum=0.346790
a=eks,x_sum=1.140079
a=wye,x_sum=0.777892

  • You get to write your own DSL expressions
  • They run a bit slower
  • They take more keystrokes
  • There is more to learn
  • They are highly customizable

Please see here for information on verbs other than put and filter.

The essential usages of mlr filter and mlr put are for record-selection and record-updating expressions, respectively. For example, given the following input data: 

$ cat data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729

you might retain only the records whose a field has value eks: 

$ mlr filter '$a == "eks"' data/small
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463

or you might add a new field which is a function of existing fields: 

$ mlr put '$ab = $a . "_" . $b ' data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,ab=pan_pan
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,ab=eks_pan
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,ab=wye_wye
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,ab=eks_wye
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,ab=wye_pan

The two verbs mlr filter and mlr put are essentially the same. The only differences are:

  • Expressions sent to mlr filter must end with a boolean expression, which is the filtering criterion;
  • mlr filter expressions may not reference the filter keyword within them; and
  • mlr filter expressions may not use tee, emit, emitp, or emitf.

All the rest is the same: in particular, you can define and invoke functions and subroutines to help produce the final boolean statement, and record fields may be assigned to in the statements preceding the final boolean statement.

There are more details and more choices, of course, as detailed in the following sections.

Syntax

Expression formatting

Multiple expressions may be given, separated by semicolons, and each may refer to the ones before: 

$ ruby -e '10.times{|i|puts "i=#{i}"}' | mlr --opprint put '$j = $i + 1; $k = $i +$j'
i j  k
0 1  1
1 2  3
2 3  5
3 4  7
4 5  9
5 6  11
6 7  13
7 8  15
8 9  17
9 10 19

Newlines within the expression are ignored, which can help increase legibility of complex expressions: 

$ mlr --opprint put '
  $nf       = NF;
  $nr       = NR;
  $fnr      = FNR;
  $filenum  = FILENUM;
  $filename = FILENAME
' data/small data/small2
a   b   i     x                    y                    nf nr fnr filenum filename
pan pan 1     0.3467901443380824   0.7268028627434533   5  1  1   1       data/small
eks pan 2     0.7586799647899636   0.5221511083334797   5  2  2   1       data/small
wye wye 3     0.20460330576630303  0.33831852551664776  5  3  3   1       data/small
eks wye 4     0.38139939387114097  0.13418874328430463  5  4  4   1       data/small
wye pan 5     0.5732889198020006   0.8636244699032729   5  5  5   1       data/small
pan eks 9999  0.267481232652199086 0.557077185510228001 5  6  1   2       data/small2
wye eks 10000 0.734806020620654365 0.884788571337605134 5  7  2   2       data/small2
pan wye 10001 0.870530722602517626 0.009854780514656930 5  8  3   2       data/small2
hat wye 10002 0.321507044286237609 0.568893318795083758 5  9  4   2       data/small2
pan zee 10003 0.272054845593895200 0.425789896597056627 5  10 5   2       data/small2


$ mlr --opprint filter '($x > 0.5 && $y < 0.5) || ($x < 0.5 && $y > 0.5)' then stats2 -a corr -f x,y data/medium
x_y_corr
-0.747994

Expressions from files

The simplest way to enter expressions for put and filter is between single quotes on the command line, e.g. 

$ mlr --from data/small put '$xy = sqrt($x**2 + $y**2)'
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,xy=0.805299
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,xy=0.920998
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,xy=0.395376
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,xy=0.404317
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,xy=1.036584


$ mlr --from data/small put 'func f(a, b) { return sqrt(a**2 + b**2) } $xy = f($x, $y)'
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,xy=0.805299
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,xy=0.920998
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,xy=0.395376
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,xy=0.404317
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,xy=1.036584

You may, though, find it convenient to put expressions into files for reuse, and read them using the -f option. For example: 

$ cat data/fe-example-3.mlr
func f(a, b) {
  return sqrt(a**2 + b**2)
}
$xy = f($x, $y)


$ mlr --from data/small put -f data/fe-example-3.mlr
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,xy=0.805299
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,xy=0.920998
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,xy=0.395376
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,xy=0.404317
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,xy=1.036584

If you have some of the logic in a file and you want to write the rest on the command line, you can use the -f and -e options together: 

$ cat data/fe-example-4.mlr
func f(a, b) {
  return sqrt(a**2 + b**2)
}


$ mlr --from data/small put -f data/fe-example-4.mlr -e '$xy = f($x, $y)'
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,xy=0.805299
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,xy=0.920998
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,xy=0.395376
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,xy=0.404317
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,xy=1.036584

A suggested use-case here is defining functions in files, and calling them from command-line expressions.

Another suggested use-case is putting default parameter values in files, e.g. using begin{@count=is_present(@count)?@count:10} in the file, where you can precede that using begin{@count=40} using -e.

Moreover, you can have one or more -f expressions (maybe one function per file, for example) and one or more -e expressions on the command line. If you mix -f and -e then the expressions are evaluated in the order encountered. (Since the expressions are all simply concatenated together in order, don’t forget intervening semicolons: e.g. not mlr put -e '$x=1' -e '$y=2 ...' but rather mlr put -e '$x=1;' -e '$y=2' ....)

Semicolons, commas, newlines, and curly braces

Miller uses semicolons as statement separators, not statement terminators. This means you can write: 

mlr put 'x=1'
mlr put 'x=1;$y=2'
mlr put 'x=1;$y=2;'
mlr put 'x=1;;;;$y=2;'

Semicolons are optional after closing curly braces (which close conditionals and loops as discussed below). 

$ echo x=1,y=2 | mlr put 'while (NF < 10) { $[NF+1] = ""}  $foo = "bar"'
x=1,y=2,3=,4=,5=,6=,7=,8=,9=,10=,foo=bar


$ echo x=1,y=2 | mlr put 'while (NF < 10) { $[NF+1] = ""}; $foo = "bar"'
x=1,y=2,3=,4=,5=,6=,7=,8=,9=,10=,foo=bar

Semicolons are required between statements even if those statements are on separate lines. Newlines are for your convenience but have no syntactic meaning: line endings do not terminate statements. For example, adjacent assignment statements must be separated by semicolons even if those statements are on separate lines: 

mlr put '
  $x = 1
  $y = 2 # Syntax error
'

mlr put '
  $x = 1;
  $y = 2 # This is OK
'

Trailing commas are allowed in function/subroutine definitions, function/subroutine callsites, and map literals. This is intended for (although not restricted to) the multi-line case: 

$ mlr --csvlite --from data/a.csv put '
  func f(
    num a,
    num b,
  ): num {
    return a**2 + b**2;
  }
  $* = {
    "s": $a + $b,
    "t": $a - $b,
    "u": f(
      $a,
      $b,
    ),
    "v": NR,
  }
'
s,t,u,v
3,-1,5.000000,1
9,-1,41.000000,2

Bodies for all compound statements must be enclosed in curly braces, even if the body is a single statement: 

mlr put 'if ($x == 1) $y = 2' # Syntax error


mlr put 'if ($x == 1) { $y = 2 }' # This is OK

Bodies for compound statements may be empty: 

mlr put 'if ($x == 1) { }' # This no-op is syntactically acceptable

Variables

Miller has the following kinds of variables:

Built-in variables such as NF, NF, FILENAME, M_PI, and M_E. These are all capital letters and are read-only (although some of them change value from one record to another).

Fields of stream records, accessed using the $ prefix. These refer to fields of the current data-stream record. For example, in echo x=1,y=2 | mlr put '$z = $x + $y', $x and $y refer to input fields, and $z refers to a new, computed output field. In a few contexts, presented below, you can refer to the entire record as $*.

Out-of-stream variables accessed using the @ prefix. These refer to data which persist from one record to the next, including in begin and end blocks (which execute before/after the record stream is consumed, respectively). You use them to remember values across records, such as sums, differences, counters, and so on. In a few contexts, presented below, you can refer to the entire out-of-stream-variables collection as @*.

Local variables are limited in scope and extent to the current statements being executed: these include function arguments, bound variables in for loops, and explicitly declared local variables.

Keywords are not variables, but since their names are reserved, you cannot use these names for local variables.

Built-in variables

These are written all in capital letters, such as NR, NF, FILENAME, and only a small, specific set of them is defined by Miller.

Namely, Miller supports the following five built-in variables for filter and put, all awk-inspired: NF, NR, FNR, FILENUM, and FILENAME, as well as the mathematical constants M_PI and M_E. Lastly, the ENV hashmap allows read access to environment variables, e.g. ENV["HOME"] or ENV["foo_".$hostname]. 

$ mlr filter 'FNR == 2' data/small*
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
1=pan,2=pan,3=1,4=0.3467901443380824,5=0.7268028627434533
a=wye,b=eks,i=10000,x=0.734806020620654365,y=0.884788571337605134


$ mlr put '$fnr = FNR' data/small*
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,fnr=1
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,fnr=2
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,fnr=3
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,fnr=4
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,fnr=5
1=a,2=b,3=i,4=x,5=y,fnr=1
1=pan,2=pan,3=1,4=0.3467901443380824,5=0.7268028627434533,fnr=2
1=eks,2=pan,3=2,4=0.7586799647899636,5=0.5221511083334797,fnr=3
1=wye,2=wye,3=3,4=0.20460330576630303,5=0.33831852551664776,fnr=4
1=eks,2=wye,3=4,4=0.38139939387114097,5=0.13418874328430463,fnr=5
1=wye,2=pan,3=5,4=0.5732889198020006,5=0.8636244699032729,fnr=6
a=pan,b=eks,i=9999,x=0.267481232652199086,y=0.557077185510228001,fnr=1
a=wye,b=eks,i=10000,x=0.734806020620654365,y=0.884788571337605134,fnr=2
a=pan,b=wye,i=10001,x=0.870530722602517626,y=0.009854780514656930,fnr=3
a=hat,b=wye,i=10002,x=0.321507044286237609,y=0.568893318795083758,fnr=4
a=pan,b=zee,i=10003,x=0.272054845593895200,y=0.425789896597056627,fnr=5

Their values of NF, NR, FNR, FILENUM, and FILENAME change from one record to the next as Miller scans through your input data stream. The mathematical constants, of course, do not change; ENV is populated from the system environment variables at the time Miller starts and is read-only for the remainder of program execution.

Their scope is global: you can refer to them in any filter or put statement. Their values are assigned by the input-record reader: 

$ mlr --csv put '$nr = NR' data/a.csv
a,b,c,nr
1,2,3,1
4,5,6,2


$ mlr --csv repeat -n 3 then put '$nr = NR' data/a.csv
a,b,c,nr
1,2,3,1
1,2,3,1
1,2,3,1
4,5,6,2
4,5,6,2
4,5,6,2

The extent is for the duration of the put/filter: in a begin statement (which executes before the first input record is consumed) you will find NR=1 and in an end statement (which is executed after the last input record is consumed) you will find NR to be the total number of records ingested.

These are all read-only for the mlr put and mlr filter DSLs: they may be assigned from, e.g. $nr=NR, but they may not be assigned to: NR=100 is a syntax error.

Field names

Names of fields within stream records must be specified using a $ in filter and put expressions, even though the dollar signs don’t appear in the data stream itself. For integer-indexed data, this looks like awk’s $1,$2,$3, except that Miller allows non-numeric names such as $quantity or $hostname. Likewise, enclose string literals in double quotes in filter expressions even though they don’t appear in file data. In particular, mlr filter '$x=="abc"' passes through the record x=abc.

If field names have special characters such as . then you can use braces, e.g. '${field.name}'.

You may also use a computed field name in square brackets, e.g. 

$ echo a=3,b=4 | mlr filter '$["x"] < 0.5'


$ echo s=green,t=blue,a=3,b=4 | mlr put '$[$s."_".$t] = $a * $b'
s=green,t=blue,a=3,b=4,green_blue=12

Notes:

The names of record fields depend on the contents of your input data stream, and their values change from one record to the next as Miller scans through your input data stream.

Their extent is limited to the current record; their scope is the filter or put command in which they appear.

These are read-write: you can do $y=2*$x, $x=$x+1, etc.

Records are Miller’s output: field names present in the input stream are passed through to output (written to standard output) unless fields are removed with cut, or records are excluded with filter or put -q, etc. Simply assign a value to a field and it will be output.

Positional field names

Even though Miller’s main selling point is name-indexing, sometimes you really want to refer to a field name by its positional index (starting from 1).

Use $[[3]] to access the name of field 3. More generally, any expression evaluating to an integer can go between $[[ and ]]. Then using a computed field name, $[ $[[3]] ] is the value in the third field. This has the shorter equivalent notation $[[[3]]]. 

$ mlr cat data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729


$ mlr put '$[[3]] = "NEW"' data/small
a=pan,b=pan,NEW=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,NEW=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,NEW=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,NEW=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,NEW=5,x=0.5732889198020006,y=0.8636244699032729


$ mlr put '$[[[3]]] = "NEW"' data/small
a=pan,b=pan,i=NEW,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=NEW,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=NEW,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=NEW,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=NEW,x=0.5732889198020006,y=0.8636244699032729


$ mlr put '$NEW = $[[NR]]' data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,NEW=a
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,NEW=b
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,NEW=i
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,NEW=x
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,NEW=y


$ mlr put '$NEW = $[[[NR]]]' data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533,NEW=pan
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,NEW=pan
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776,NEW=3
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463,NEW=0.381399
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,NEW=0.863624


$ mlr put '$[[[NR]]] = "NEW"' data/small
a=NEW,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=NEW,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=NEW,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=NEW,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=NEW

Right-hand side accesses to non-existent fields — i.e. with index less than 1 or greater than NF -- return an absent value. Likewise, left-hand side accesses only refer to fields which already exist. For example, if a field has 5 records then assigning the name or value of the 6th (or 600th) field results in a no-op. 

$ mlr put '$[[6]] = "NEW"' data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729


$ mlr put '$[[[6]]] = "NEW"' data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729

Out-of-stream variables

These are prefixed with an at-sign, e.g. @sum. Furthermore, unlike built-in variables and stream-record fields, they are maintained in an arbitrarily nested hashmap: you can do @sum += $quanity, or @sum[$color] += $quanity, or @sum[$color][$shape] += $quanity. The keys for the multi-level hashmap can be any expression which evaluates to string or integer: e.g. @sum[NR] = $a + $b, @sum[$a."-".$b] = $x, etc.

Their names and their values are entirely under your control; they change only when you assign to them.

Just as for field names in stream records, if you want to define out-of-stream variables with special characters such as . then you can use braces, e.g. '@{variable.name}["index"]'.

You may use a computed key in square brackets, e.g. 

$ echo s=green,t=blue,a=3,b=4 | mlr put -q '@[$s."_".$t] = $a * $b; emit all'
green_blue=12

Out-of-stream variables are scoped to the put command in which they appear. In particular, if you have two or more put commands separated by then, each put will have its own set of out-of-stream variables: 

$ cat data/a.dkvp
a=1,b=2,c=3
a=4,b=5,c=6


$ mlr put '@sum += $a; end {emit @sum}' then put 'is_present($a) {$a=10*$a; @sum += $a}; end {emit @sum}' data/a.dkvp
a=10,b=2,c=3
a=40,b=5,c=6
sum=5
sum=50

Out-of-stream variables’ extent is from the start to the end of the record stream, i.e. every time the put or filter statement referring to them is executed.

Out-of-stream variables are read-write: you can do $sum=@sum, @sum=$sum, etc.

Indexed out-of-stream variables

Using an index on the @count and @sum variables, we get the benefit of the -g (group-by) option which mlr stats1 and various other Miller commands have: 

$ mlr put -q '
  @x_count[$a] += 1;
  @x_sum[$a] += $x;
  end {
    emit @x_count, "a";
    emit @x_sum, "a";
  }
' ../data/small
a=pan,x_count=2
a=eks,x_count=3
a=wye,x_count=2
a=zee,x_count=2
a=hat,x_count=1
a=pan,x_sum=0.849416
a=eks,x_sum=1.751863
a=wye,x_sum=0.777892
a=zee,x_sum=1.125680
a=hat,x_sum=0.031442


$ mlr stats1 -a count,sum -f x -g a ../data/small
a=pan,x_count=2,x_sum=0.849416
a=eks,x_count=3,x_sum=1.751863
a=wye,x_count=2,x_sum=0.777892
a=zee,x_count=2,x_sum=1.125680
a=hat,x_count=1,x_sum=0.031442

Indices can be arbitrarily deep — here there are two or more of them: 

$ mlr --from data/medium put -q '
  @x_count[$a][$b] += 1;
  @x_sum[$a][$b] += $x;
  end {
    emit (@x_count, @x_sum), "a", "b";
  }
'
a=pan,b=pan,x_count=427,x_sum=219.185129
a=pan,b=wye,x_count=395,x_sum=198.432931
a=pan,b=eks,x_count=429,x_sum=216.075228
a=pan,b=hat,x_count=417,x_sum=205.222776
a=pan,b=zee,x_count=413,x_sum=205.097518
a=eks,b=pan,x_count=371,x_sum=179.963030
a=eks,b=wye,x_count=407,x_sum=196.945286
a=eks,b=zee,x_count=357,x_sum=176.880365
a=eks,b=eks,x_count=413,x_sum=215.916097
a=eks,b=hat,x_count=417,x_sum=208.783171
a=wye,b=wye,x_count=377,x_sum=185.295850
a=wye,b=pan,x_count=392,x_sum=195.847900
a=wye,b=hat,x_count=426,x_sum=212.033183
a=wye,b=zee,x_count=385,x_sum=194.774048
a=wye,b=eks,x_count=386,x_sum=204.812961
a=zee,b=pan,x_count=389,x_sum=202.213804
a=zee,b=wye,x_count=455,x_sum=233.991394
a=zee,b=eks,x_count=391,x_sum=190.961778
a=zee,b=zee,x_count=403,x_sum=206.640635
a=zee,b=hat,x_count=409,x_sum=191.300006
a=hat,b=wye,x_count=423,x_sum=208.883010
a=hat,b=zee,x_count=385,x_sum=196.349450
a=hat,b=eks,x_count=389,x_sum=189.006793
a=hat,b=hat,x_count=381,x_sum=182.853532
a=hat,b=pan,x_count=363,x_sum=168.553807

The idea is that stats1, and other Miller verbs, encapsulate frequently-used patterns with a minimum of keystroking (and run a little faster), whereas using out-of-stream variables you have more flexibility and control in what you do.

Begin/end blocks can be mixed with pattern/action blocks. For example: 

$ mlr put '
  begin {
    @num_total = 0;
    @num_positive = 0;
  };
  @num_total += 1;
  $x > 0.0 {
    @num_positive += 1;
    $y = log10($x); $z = sqrt($y)
  };
  end {
    emitf @num_total, @num_positive
  }
' data/put-gating-example-1.dkvp
x=-1
x=0
x=1,y=0.000000,z=0.000000
x=2,y=0.301030,z=0.548662
x=3,y=0.477121,z=0.690740
num_total=5,num_positive=3

Local variables

Local variables are similar to out-of-stream variables, except that their extent is limited to the expressions in which they appear (and their basenames can’t be computed using square brackets). There are three kinds of local variables: arguments to functions/subroutines, variables bound within for-loops, and locals defined within control blocks. They may be untyped using var, or typed using num, int, float, str, bool, and map.

For example: 

$ # Here I'm using a specified random-number seed so this example always
# produces the same output for this web document: in everyday practice we
# would leave off the --seed 12345 part.
mlr --seed 12345 seqgen --start 1 --stop 10 then put '
  func f(a, b) {                          # function arguments a and b
      r = 0.0;                            # local r scoped to the function
      for (int i = 0; i < 6; i += 1) {    # local i scoped to the for-loop
          num u = urand();                # local u scoped to the for-loop
          r += u;                         # updates r from the enclosing scope
      }
      r /= 6;
      return a + (b - a) * r;
  }
  num o = f(10, 20);                      # local to the top-level scope
  $o = o;
'
i=1,o=14.662901
i=2,o=17.881983
i=3,o=14.586560
i=4,o=16.402409
i=5,o=16.336598
i=6,o=14.622701
i=7,o=15.983753
i=8,o=13.852177
i=9,o=15.472899
i=10,o=15.643912

Things which are completely unsurprising, resembling many other languages:

Things which are perhaps surprising compared to other languages:

  • Type declarations using var, or typed using num, int, float, str, and bool are necessary to declare local variables. Function arguments and variables bound in for-loops over stream records and out-of-stream variables are implicitly declared using var. (Some examples are shown below.)
  • Type-checking is done at assignment time. For example, float f = 0 is an error (since 0 is an integer), as is float f = 0.0; f = 1. For this reason I prefer to use num over float in most contexts since num encompasses integer and floating-point values. More information about type-checking is here.
  • Bound variables in for-loops over stream records and out-of-stream variables are implicitly local to that block. E.g. in for (k, v in $*) { ... } for ((k1, k2), v in @*) { ... } if there are k, v, etc. in the enclosing scope then those will be masked by the loop-local bound variables in the loop, and moreover the values of the loop-local bound variables are not available after the end of the loop.
  • For C-style triple-for loops, if a for-loop variable is defined using var, int, etc. then it is scoped to that for-loop. E.g. for (i = 0; i < 10; i += 1) { ... } and for (int i = 0; i < 10; i += 1) { ... }. (This is unsurprising.). If there is no typedecl and an outer-scope variable of that name exists, then it is used. (This is also unsurprising.) But of there is no outer-scope variable of that name then the variable is scoped to the for-loop only.

The following example demonstrates the scope rules: 

$ cat data/scope-example.mlr
func f(a) {      # argument is local to the function
  var b = 100;   # local to the function
  c = 100;       # local to the function; does not overwrite outer c
  return a + 1;
}
var a = 10;      # local at top level
var b = 20;      # local at top level
c = 30;          # local at top level; there is no more-outer-scope c
if (NR == 3) {
  var a = 40;    # scoped to the if-statement; doesn't overwrite outer a
  b = 50;        # not scoped to the if-statement; overwrites outer b
  c = 60;        # not scoped to the if-statement; overwrites outer c
  d = 70;        # there is no outer d so a local d is created here

  $inner_a = a;
  $inner_b = b;
  $inner_c = c;
  $inner_d = d;
}
$outer_a = a;
$outer_b = b;
$outer_c = c;
$outer_d = d;    # there is no outer d defined so no assignment happens


$ cat data/scope-example.dat
n=1,x=123
n=2,x=456
n=3,x=789


$ mlr --oxtab --from data/scope-example.dat put -f data/scope-example.mlr
n       1
x       123
outer_a 10
outer_b 20
outer_c 30

n       2
x       456
outer_a 10
outer_b 20
outer_c 30

n       3
x       789
inner_a 40
inner_b 50
inner_c 60
inner_d 70
outer_a 10
outer_b 50
outer_c 60

And this example demonstrates the type-declaration rules: 

$ cat data/type-decl-example.mlr
subr s(a, str b, int c) {                         # a is implicitly var (untyped).
                                                  # b is explicitly str.
                                                  # c is explicitly int.
                                                  # The type-checking is done at the callsite
                                                  # when arguments are bound to parameters.
                                                  #
    var b = 100;     # error                      # Re-declaration in the same scope is disallowed.
    int n = 10;                                   # Declaration of variable local to the subroutine.
    n = 20;                                       # Assignment is OK.
    int n = 30;      # error                      # Re-declaration in the same scope is disallowed.
    str n = "abc";   # error                      # Re-declaration in the same scope is disallowed.
                                                  #
    float f1 = 1;    # error                      # 1 is an int, not a float.
    float f2 = 2.0;                               # 2.0 is a float.
    num f3 = 3;                                   # 3 is a num.
    num f4 = 4.0;                                 # 4.0 is a num.
}                                                 #
                                                  #
call s(1, 2, 3);                                  # Type-assertion '3 is int' is done here at the callsite.
                                                  #
k = "def";                                        # Top-level variable k.
                                                  #
for (str k, v in $*) {                            # k and v are bound here, masking outer k.
  print k . ":" . v;                              # k is explicitly str; v is implicitly var.
}                                                 #
                                                  #
print "k is".k;                                   # k at this scope level is still "def".
print "v is".v;                                   # v is undefined in this scope.
                                                  #
i = -1;                                           #
for (i = 1, int j = 2; i <= 10; i += 1, j *= 2) { # C-style triple-for variables use enclosing scope, unless
                                                  # declared local: i is outer, j is local to the loop.
  print "inner i =" . i;                          #
  print "inner j =" . j;                          #
}                                                 #
print "outer i =" . i;                            # i has been modified by the loop.
print "outer j =" . j;                            # j is undefined in this scope.

Map literals

Miller’s put/filter DSL has four kinds of hashmaps. Stream records are (single-level) maps from name to value. Out-of-stream variables and local variables can also be maps, although they can be multi-level hashmaps (e.g. @sum[$x][$y]). The fourth kind is map literals. These cannot be on the left-hand side of assignment expressions. Syntactically they look like JSON, although Miller allows string and integer keys in its map literals while JSON allows only string keys (e.g. "3" rather than 3).

For example, the following swaps the input stream’s a and i fields, modifies y, and drops the rest: 

$ mlr --opprint put '
  $* = {
    "a": $i,
    "i": $a,
    "y": $y * 10,
  }
' data/small
a i   y
1 pan 7.268029
2 eks 5.221511
3 wye 3.383185
4 eks 1.341887
5 wye 8.636245

Likewise, you can assign map literals to out-of-stream variables or local variables; pass them as arguments to user-defined functions, return them from functions, and so on: 

$ mlr --from data/small put '
  func f(map m): map {
    m["x"] *= 200;
    return m;
  }
  $* = f({"a": $a, "x": $x});
'
a=pan,x=69.358029
a=eks,x=151.735993
a=wye,x=40.920661
a=eks,x=76.279879
a=wye,x=114.657784

Like out-of-stream and local variables, map literals can be multi-level: 

$ mlr --from data/small put -q '
  begin {
    @o = {
      "nrec": 0,
      "nkey": {"numeric":0, "non-numeric":0},
    };
  }
  @o["nrec"] += 1;
  for (k, v in $*) {
    if (is_numeric(v)) {
      @o["nkey"]["numeric"] += 1;
    } else {
      @o["nkey"]["non-numeric"] += 1;
    }
  }
  end {
    dump @o;
  }
'
{
  "nrec": 5,
  "nkey": {
    "numeric": 15,
    "non-numeric": 10
  }
}

By default, map-valued expressions are dumped using JSON formatting. If you use dump to print a hashmap with integer keys and you don’t want them double-quoted (JSON-style) then you can use mlr put --jknquoteint. See also mlr put --help.

Type-checking

Miller’s put/filter DSLs support two optional kinds of type-checking. One is inline type-tests and type-assertions within expressions. The other is type declarations for assignments to local variables, binding of arguments to user-defined functions, and return values from user-defined functions, These are discussed in the following subsections.

Use of type-checking is entirely up to you: omit it if you want flexibility with heterogeneous data; use it if you want to help catch misspellings in your DSL code or unexpected irregularities in your input data.

Type-test and type-assertion expressions

The following is... functions take a value and return a boolean indicating whether the argument is of the indicated type. The assert_... functions return their argument if it is of the specified type, and cause a fatal error otherwise: 

$ mlr -F | grep ^is
is_absent
is_bool
is_boolean
is_empty
is_empty_map
is_float
is_int
is_map
is_nonempty_map
is_not_empty
is_not_map
is_not_null
is_null
is_numeric
is_present
is_string


$ mlr -F | grep ^assert
asserting_absent
asserting_bool
asserting_boolean
asserting_empty
asserting_empty_map
asserting_float
asserting_int
asserting_map
asserting_nonempty_map
asserting_not_empty
asserting_not_map
asserting_not_null
asserting_null
asserting_numeric
asserting_present
asserting_string

Please see the Cookbook part 1 for examples of how to use these.

Type-declarations for local variables, function parameter, and function return values

Local variables can be defined either untyped as in x = 1, or typed as in int x = 1. Types include var (explicitly untyped), int, float, num (int or float), str, bool, and map. These optional type declarations are enforced at the time values are assigned to variables: whether at the initial value assignment as in int x = 1 or in any subsequent assignments to the same variable farther down in the scope.

The reason for num is that int and float typedecls are very precise: 

  float a = 0;   # Runtime error since 0 is int not float
  int   b = 1.0; # Runtime error since 1.0 is float not int
  num   c = 0;   # OK
  num   d = 1.0; # OK

A suggestion is to use num for general use when you want numeric content, and use int when you genuinely want integer-only values, e.g. in loop indices or map keys (since Miller map keys can only be strings or ints).

The var type declaration indicates no type restrictions, e.g. var x = 1 has the same type restrictions on x as x = 1. The difference is in intentional shadowing: if you have x = 1 in outer scope and x = 2 in inner scope (e.g. within a for-loop or an if-statement) then outer-scope x has value 2 after the second assignment. But if you have var x = 2 in the inner scope, then you are declaring a variable scoped to the inner block.) For example: 

  x = 1;
  if (NR == 4) {
    x = 2; # Refers to outer-scope x: value changes from 1 to 2.
  }
  print x; # Value of x is now two

  x = 1;
  if (NR == 4) {
    var x = 2; # Defines a new inner-scope x with value 2
  }
  print x;     # Value of this x is still 1

Likewise function arguments can optionally be typed, with type enforced when the function is called: 

  func f(map m, int i) {
    ...
  }
  $a = f({1:2, 3:4}, 5);     # OK
  $b = f({1:2, 3:4}, "abc"); # Runtime error
  $c = f({1:2, 3:4}, $x);    # Runtime error for records with non-integer field named x
  if (NR == 4) {
    var x = 2; # Defines a new inner-scope x with value 2
  }
  print x;     # Value of this x is still 1

Thirdly, function return values can be type-checked at the point of return using : and a typedecl after the parameter list: 

  func f(map m, int i): bool {
    ...
    ...
    if (...) {
      return "false"; # Runtime error if this branch is taken
    }
    ...
    ...
    if (...) {
      return retval; # Runtime error if this function doesn't have an in-scope
                     # boolean-valued variable named retval
    }
    ...
    ...
    # In Miller if your functions don't explicitly return a value, they return absent-null.
    # So it would also be a runtime error on reaching the end of this function without
    # an explicit return statement.
  }

Null data: empty and absent

Please see here.

Aggregate variable assignments

There are three remaining kinds of variable assignment using out-of-stream variables, the last two of which use the $* syntax:

  • Recursive copy of out-of-stream variables
  • Out-of-stream variable assigned to full stream record
  • Full stream record assigned to an out-of-stream variable

Example recursive copy of out-of-stream variables: 

$ mlr --opprint put -q '@v["sum"] += $x; @v["count"] += 1; end{dump; @w = @v; dump}' data/small
{
  "v": {
    "sum": 2.264762,
    "count": 5
  }
}
{
  "v": {
    "sum": 2.264762,
    "count": 5
  },
  "w": {
    "sum": 2.264762,
    "count": 5
  }
}

Example of out-of-stream variable assigned to full stream record, where the 2nd record is stashed, and the 4th record is overwritten with that: 

$ mlr put 'NR == 2 {@keep = $*}; NR == 4 {$* = @keep}' data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729

Example of full stream record assigned to an out-of-stream variable, finding the record for which the x field has the largest value in the input stream: 

$ cat data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729


$ mlr --opprint put -q 'is_null(@xmax) || $x > @xmax {@xmax=$x; @recmax=$*}; end {emit @recmax}' data/small
a   b   i x                  y
eks pan 2 0.7586799647899636 0.5221511083334797

Keywords for filter and put

$ mlr --help-all-keywords
all: used in "emit", "emitp", and "unset" as a synonym for @*

begin: defines a block of statements to be executed before input records
are ingested. The body statements must be wrapped in curly braces.
Example: 'begin { @count = 0 }'

bool: declares a boolean local variable in the current curly-braced scope.
Type-checking happens at assignment: 'bool b = 1' is an error.

break: causes execution to continue after the body of the current
for/while/do-while loop.

call: used for invoking a user-defined subroutine.
Example: 'subr s(k,v) { print k . " is " . v} call s("a", $a)'

continue: causes execution to skip the remaining statements in the body of
the current for/while/do-while loop. For-loop increments are still applied.

do: with "while", introduces a do-while loop. The body statements must be wrapped
in curly braces.

dump: prints all currently defined out-of-stream variables immediately
  to stdout as JSON.

  With >, >>, or |, the data do not become part of the output record stream but
  are instead redirected.

  The > and >> are for write and append, as in the shell, but (as with awk) the
  file-overwrite for > is on first write, not per record. The | is for piping to
  a process which will process the data. There will be one open file for each
  distinct file name (for > and >>) or one subordinate process for each distinct
  value of the piped-to command (for |). Output-formatting flags are taken from
  the main command line.

  Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump }'
  Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump >  "mytap.dat"}'
  Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump >> "mytap.dat"}'
  Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump | "jq .[]"}'

edump: prints all currently defined out-of-stream variables immediately
  to stderr as JSON.

  Example: mlr --from f.dat put -q '@v[NR]=$*; end { edump }'

elif: the way Miller spells "else if". The body statements must be wrapped
in curly braces.

else: terminates an if/elif/elif chain. The body statements must be wrapped
in curly braces.

emit: inserts an out-of-stream variable into the output record stream. Hashmap
  indices present in the data but not slotted by emit arguments are not output.

  With >, >>, or |, the data do not become part of the output record stream but
  are instead redirected.

  The > and >> are for write and append, as in the shell, but (as with awk) the
  file-overwrite for > is on first write, not per record. The | is for piping to
  a process which will process the data. There will be one open file for each
  distinct file name (for > and >>) or one subordinate process for each distinct
  value of the piped-to command (for |). Output-formatting flags are taken from
  the main command line.

  You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,
  etc., to control the format of the output if the output is redirected. See also mlr -h.

  Example: mlr --from f.dat put 'emit >  "/tmp/data-".$a, $*'
  Example: mlr --from f.dat put 'emit >  "/tmp/data-".$a, mapexcept($*, "a")'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @sums'
  Example: mlr --from f.dat put --ojson '@sums[$a][$b]+=$x; emit > "tap-".$a.$b.".dat", @sums'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @sums, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit >  "mytap.dat", @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit >> "mytap.dat", @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit | "gzip > mytap.dat.gz", @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit > stderr, @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit | "grep somepattern", @*, "index1", "index2"'

  Please see http://johnkerl.org/miller/doc for more information.

emitf: inserts non-indexed out-of-stream variable(s) side-by-side into the
  output record stream.

  With >, >>, or |, the data do not become part of the output record stream but
  are instead redirected.

  The > and >> are for write and append, as in the shell, but (as with awk) the
  file-overwrite for > is on first write, not per record. The | is for piping to
  a process which will process the data. There will be one open file for each
  distinct file name (for > and >>) or one subordinate process for each distinct
  value of the piped-to command (for |). Output-formatting flags are taken from
  the main command line.

  You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,
  etc., to control the format of the output if the output is redirected. See also mlr -h.

  Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf @a'
  Example: mlr --from f.dat put --oxtab '@a=$i;@b+=$x;@c+=$y; emitf > "tap-".$i.".dat", @a'
  Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf @a, @b, @c'
  Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf > "mytap.dat", @a, @b, @c'
  Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf >> "mytap.dat", @a, @b, @c'
  Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf > stderr, @a, @b, @c'
  Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf | "grep somepattern", @a, @b, @c'
  Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf | "grep somepattern > mytap.dat", @a, @b, @c'

  Please see http://johnkerl.org/miller/doc for more information.

emitp: inserts an out-of-stream variable into the output record stream.
  Hashmap indices present in the data but not slotted by emitp arguments are
  output concatenated with ":".

  With >, >>, or |, the data do not become part of the output record stream but
  are instead redirected.

  The > and >> are for write and append, as in the shell, but (as with awk) the
  file-overwrite for > is on first write, not per record. The | is for piping to
  a process which will process the data. There will be one open file for each
  distinct file name (for > and >>) or one subordinate process for each distinct
  value of the piped-to command (for |). Output-formatting flags are taken from
  the main command line.

  You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,
  etc., to control the format of the output if the output is redirected. See also mlr -h.

  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @sums'
  Example: mlr --from f.dat put --opprint '@sums[$a][$b]+=$x; emitp > "tap-".$a.$b.".dat", @sums'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @sums, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp >  "mytap.dat", @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp >> "mytap.dat", @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp | "gzip > mytap.dat.gz", @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp > stderr, @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp | "grep somepattern", @*, "index1", "index2"'

  Please see http://johnkerl.org/miller/doc for more information.

end: defines a block of statements to be executed after input records
are ingested. The body statements must be wrapped in curly braces.
Example: 'end { emit @count }'
Example: 'end { eprint "Final count is " . @count }'

eprint: prints expression immediately to stderr.
  Example: mlr --from f.dat put -q 'eprint "The sum of x and y is ".($x+$y)'
  Example: mlr --from f.dat put -q 'for (k, v in $*) { eprint k . " => " . v }'
  Example: mlr --from f.dat put  '(NR % 1000 == 0) { eprint "Checkpoint ".NR}'

eprintn: prints expression immediately to stderr, without trailing newline.
  Example: mlr --from f.dat put -q 'eprintn "The sum of x and y is ".($x+$y); eprint ""'

false: the boolean literal value.

filter: includes/excludes the record in the output record stream.

  Example: mlr --from f.dat put 'filter (NR == 2 || $x > 5.4)'

  Instead of put with 'filter false' you can simply use put -q.  The following
  uses the input record to accumulate data but only prints the running sum
  without printing the input record:

  Example: mlr --from f.dat put -q '@running_sum += $x * $y; emit @running_sum'

float: declares a floating-point local variable in the current curly-braced scope.
Type-checking happens at assignment: 'float x = 0' is an error.

for: defines a for-loop using one of three styles. The body statements must
be wrapped in curly braces.
For-loop over stream record:
  Example:  'for (k, v in $*) { ... }'
For-loop over out-of-stream variables:
  Example: 'for (k, v in @counts) { ... }'
  Example: 'for ((k1, k2), v in @counts) { ... }'
  Example: 'for ((k1, k2, k3), v in @*) { ... }'
C-style for-loop:
  Example:  'for (var i = 0, var b = 1; i < 10; i += 1, b *= 2) { ... }'

func: used for defining a user-defined function.
Example: 'func f(a,b) { return sqrt(a**2+b**2)} $d = f($x, $y)'

if: starts an if/elif/elif chain. The body statements must be wrapped
in curly braces.

in: used in for-loops over stream records or out-of-stream variables.

int: declares an integer local variable in the current curly-braced scope.
Type-checking happens at assignment: 'int x = 0.0' is an error.

map: declares an map-valued local variable in the current curly-braced scope.
Type-checking happens at assignment: 'map b = 0' is an error. map b = {} is
always OK. map b = a is OK or not depending on whether a is a map.

num: declares an int/float local variable in the current curly-braced scope.
Type-checking happens at assignment: 'num b = true' is an error.

print: prints expression immediately to stdout.
  Example: mlr --from f.dat put -q 'print "The sum of x and y is ".($x+$y)'
  Example: mlr --from f.dat put -q 'for (k, v in $*) { print k . " => " . v }'
  Example: mlr --from f.dat put  '(NR % 1000 == 0) { print > stderr, "Checkpoint ".NR}'

printn: prints expression immediately to stdout, without trailing newline.
  Example: mlr --from f.dat put -q 'printn "."; end { print "" }'

return: specifies the return value from a user-defined function.
Omitted return statements (including via if-branches) result in an absent-null
return value, which in turns results in a skipped assignment to an LHS.

stderr: Used for tee, emit, emitf, emitp, print, and dump in place of filename
  to print to standard error.

stdout: Used for tee, emit, emitf, emitp, print, and dump in place of filename
  to print to standard output.

str: declares a string local variable in the current curly-braced scope.
Type-checking happens at assignment.

subr: used for defining a subroutine.
Example: 'subr s(k,v) { print k . " is " . v} call s("a", $a)'

tee: prints the current record to specified file.
  This is an immediate print to the specified file (except for pprint format
  which of course waits until the end of the input stream to format all output).

  The > and >> are for write and append, as in the shell, but (as with awk) the
  file-overwrite for > is on first write, not per record. The | is for piping to
  a process which will process the data. There will be one open file for each
  distinct file name (for > and >>) or one subordinate process for each distinct
  value of the piped-to command (for |). Output-formatting flags are taken from
  the main command line.

  You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,
  etc., to control the format of the output. See also mlr -h.

  emit with redirect and tee with redirect are identical, except tee can only
  output $*.

  Example: mlr --from f.dat put 'tee >  "/tmp/data-".$a, $*'
  Example: mlr --from f.dat put 'tee >> "/tmp/data-".$a.$b, $*'
  Example: mlr --from f.dat put 'tee >  stderr, $*'
  Example: mlr --from f.dat put -q 'tee | "tr [a-z\] [A-Z\]", $*'
  Example: mlr --from f.dat put -q 'tee | "tr [a-z\] [A-Z\] > /tmp/data-".$a, $*'
  Example: mlr --from f.dat put -q 'tee | "gzip > /tmp/data-".$a.".gz", $*'
  Example: mlr --from f.dat put -q --ojson 'tee | "gzip > /tmp/data-".$a.".gz", $*'

true: the boolean literal value.

unset: clears field(s) from the current record, or an out-of-stream or local variable.

  Example: mlr --from f.dat put 'unset $x'
  Example: mlr --from f.dat put 'unset $*'
  Example: mlr --from f.dat put 'for (k, v in $*) { if (k =~ "a.*") { unset $[k] } }'
  Example: mlr --from f.dat put '...; unset @sums'
  Example: mlr --from f.dat put '...; unset @sums["green"]'
  Example: mlr --from f.dat put '...; unset @*'

var: declares an untyped local variable in the current curly-braced scope.
Examples: 'var a=1', 'var xyz=""'

while: introduces a while loop, or with "do", introduces a do-while loop.
The body statements must be wrapped in curly braces.

ENV: access to environment variables by name, e.g. '$home = ENV["HOME"]'

FILENAME: evaluates to the name of the current file being processed.

FILENUM: evaluates to the number of the current file being processed,
starting with 1.

FNR: evaluates to the number of the current record within the current file
being processed, starting with 1. Resets at the start of each file.

IFS: evaluates to the input field separator from the command line.

IPS: evaluates to the input pair separator from the command line.

IRS: evaluates to the input record separator from the command line,
or to LF or CRLF from the input data if in autodetect mode (which is
the default).

M_E: the mathematical constant e.

M_PI: the mathematical constant pi.

NF: evaluates to the number of fields in the current record.

NR: evaluates to the number of the current record over all files
being processed, starting with 1. Does not reset at the start of each file.

OFS: evaluates to the output field separator from the command line.

OPS: evaluates to the output pair separator from the command line.

ORS: evaluates to the output record separator from the command line,
or to LF or CRLF from the input data if in autodetect mode (which is
the default).

Operator precedence

Operators are listed in order of decreasing precedence, highest first. 

Operators              Associativity
---------              -------------
()                     left to right
**                     right to left
! ~ unary+ unary- &    right to left
binary* / // %         left to right
binary+ binary- .      left to right
<< >>                  left to right
&                      left to right
^                      left to right
|                      left to right
< <= > >=              left to right
== != =~ !=~           left to right
&&                     left to right
^^                     left to right
||                     left to right
? :                    right to left
=                      N/A for Miller (there is no $a=$b=$c)

Operator and function semantics

  • Functions are in general pass-throughs straight to the system-standard C library.
  • The min and max functions are different from other multi-argument functions which return null if any of their inputs are null: for min and max, by contrast, if one argument is absent-null, the other is returned. Empty-null loses min or max against numeric or boolean; empty-null is less than any other string.
  • Symmetrically with respect to the bitwise OR, XOR, and AND operators |, ^, &, Miller has logical operators ||, ^^, &&: the logical XOR not existing in C.
  • The exponentiation operator ** is familiar from many languages.
  • The regex-match and regex-not-match operators =~ and !=~ are similar to those in Ruby and Perl.

Control structures

Pattern-action blocks

These are reminiscent of awk syntax. They can be used to allow assignments to be done only when appropriate — e.g. for math-function domain restrictions, regex-matching, and so on: 

$ mlr cat data/put-gating-example-1.dkvp
x=-1
x=0
x=1
x=2
x=3


$ mlr put '$x > 0.0 { $y = log10($x); $z = sqrt($y) }' data/put-gating-example-1.dkvp
x=-1
x=0
x=1,y=0.000000,z=0.000000
x=2,y=0.301030,z=0.548662
x=3,y=0.477121,z=0.690740


$ mlr cat data/put-gating-example-2.dkvp
a=abc_123
a=some other name
a=xyz_789


$ mlr put '$a =~ "([a-z]+)_([0-9]+)" { $b = "left_\1"; $c = "right_\2" }' data/put-gating-example-2.dkvp
a=abc_123,b=left_abc,c=right_123
a=some other name
a=xyz_789,b=left_xyz,c=right_789

This produces heteregenous output which Miller, of course, has no problems with (see Record-hetrogeneity). But if you want homogeneous output, the curly braces can be replaced with a semicolon between the expression and the body statements. This causes put to evaluate the boolean expression (along with any side effects, namely, regex-captures \1, \2, etc.) but doesn’t use it as a criterion for whether subsequent assignments should be executed. Instead, subsequent assignments are done unconditionally: 

$ mlr put '$x > 0.0; $y = log10($x); $z = sqrt($y)' data/put-gating-example-1.dkvp
x=-1,y=nan,z=nan
x=0,y=-inf,z=-nan
x=1,y=0.000000,z=0.000000
x=2,y=0.301030,z=0.548662
x=3,y=0.477121,z=0.690740


$ mlr put '$a =~ "([a-z]+)_([0-9]+)"; $b = "left_\1"; $c = "right_\2"' data/put-gating-example-2.dkvp
a=abc_123,b=left_abc,c=right_123
a=some other name,b=left_,c=right_
a=xyz_789,b=left_xyz,c=right_789

If-statements

These are again reminiscent of awk. Pattern-action blocks are a special case of if with no elif or else blocks, no if keyword, and parentheses optional around the boolean expression: 

mlr put 'NR == 4 {$foo = "bar"}'


mlr put 'if (NR == 4) {$foo = "bar"}'

Compound statements use elif (rather than elsif or else if): 

mlr put '
  if (NR == 2) {
    ...
  } elif (NR ==4) {
    ...
  } elif (NR ==6) {
    ...
  } else {
    ...
  }
'

While and do-while loops

Miller’s while and do-while are unsurprising in comparison to various languages, as are break and continue: 

$ echo x=1,y=2 | mlr put '
  while (NF < 10) {
    $[NF+1] = ""
  }
  $foo = "bar"
'
x=1,y=2,3=,4=,5=,6=,7=,8=,9=,10=,foo=bar


$ echo x=1,y=2 | mlr put '
  do {
    $[NF+1] = "";
    if (NF == 5) {
      break
    }
  } while (NF < 10);
  $foo = "bar"
'
x=1,y=2,3=,4=,5=,foo=bar

A break or continue within nested conditional blocks or if-statements will, of course, propagate to the innermost loop enclosing them, if any. A break or continue outside a loop is a syntax error that will be flagged as soon as the expression is parsed, before any input records are ingested.

The existence of while, do-while, and for loops in Miller’s DSL means that you can create infinite-loop scenarios inadvertently. In particular, please recall that DSL statements are executed once if in begin or end blocks, and once per record otherwise. For example, while (NR < 10) will never terminate as NR is only incremented between records.

For-loops

While Miller’s while and do-while statements are much as in many other languages, for loops are more idiosyncratic to Miller. They are loops over key-value pairs, whether in stream records, out-of-stream variables, local variables, or map-literals: more reminiscent of foreach, as in (for example) PHP. There are for-loops over map keys and for-loops over key-value tuples. Additionally, Miller has a C-style triple-for loop with initialize, test, and update statements.

As with while and do-while, a break or continue within nested control structures will propagate to the innermost loop enclosing them, if any, and a break or continue outside a loop is a syntax error that will be flagged as soon as the expression is parsed, before any input records are ingested.

Key-only for-loops

The key variable is always bound to the key of key-value pairs: 

$ mlr --from data/small put '
  print "NR = ".NR;
  for (key in $*) {
    value = $[key];
    print "  key:" . key . "  value:".value;
  }

'
NR = 1
  key:a  value:pan
  key:b  value:pan
  key:i  value:1
  key:x  value:0.346790
  key:y  value:0.726803
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
NR = 2
  key:a  value:eks
  key:b  value:pan
  key:i  value:2
  key:x  value:0.758680
  key:y  value:0.522151
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
NR = 3
  key:a  value:wye
  key:b  value:wye
  key:i  value:3
  key:x  value:0.204603
  key:y  value:0.338319
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
NR = 4
  key:a  value:eks
  key:b  value:wye
  key:i  value:4
  key:x  value:0.381399
  key:y  value:0.134189
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
NR = 5
  key:a  value:wye
  key:b  value:pan
  key:i  value:5
  key:x  value:0.573289
  key:y  value:0.863624
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729


$ mlr -n put '
  end {
    o = {1:2, 3:{4:5}};
    for (key in o) {
      print "  key:" . key . "  valuetype:" . typeof(o[key]);
    }
  }
'
  key:1  valuetype:int
  key:3  valuetype:map

Note that the value corresponding to a given key may be gotten as through a computed field name using square brackets as in $[key] for stream records, or by indexing the looped-over variable using square brackets.

Key-value for-loops

Single-level keys may be gotten at using either for(k,v) or for((k),v); multi-level keys may be gotten at using for((k1,k2,k3),v) and so on. The v variable will be bound to to a scalar value (a string or a number) if the map stops at that level, or to a map-valued variable if the map goes deeper. If the map isn’t deep enough then the loop body won’t be executed. 

$ cat data/for-srec-example.tbl
label1 label2 f1  f2  f3
blue   green  100 240 350
red    green  120 11  195
yellow blue   140 0   240


$ mlr --pprint --from data/for-srec-example.tbl put '
  $sum1 = $f1 + $f2 + $f3;
  $sum2 = 0;
  $sum3 = 0;
  for (key, value in $*) {
    if (key =~ "^f[0-9]+") {
      $sum2 += value;
      $sum3 += $[key];
    }
  }
'
label1 label2 f1  f2  f3  sum1 sum2 sum3
blue   green  100 240 350 690  690  690
red    green  120 11  195 326  326  326
yellow blue   140 0   240 380  380  380


$ mlr --from data/small --opprint put 'for (k,v in $*) { $[k."_type"] = typeof(v) }'
a   b   i x                   y                   a_type b_type i_type x_type y_type
pan pan 1 0.3467901443380824  0.7268028627434533  string string int    float  float
eks pan 2 0.7586799647899636  0.5221511083334797  string string int    float  float
wye wye 3 0.20460330576630303 0.33831852551664776 string string int    float  float
eks wye 4 0.38139939387114097 0.13418874328430463 string string int    float  float
wye pan 5 0.5732889198020006  0.8636244699032729  string string int    float  float

Note that the value of the current field in the for-loop can be gotten either using the bound variable value, or through a computed field name using square brackets as in $[key].

Important note: to avoid inconsistent looping behavior in case you’re setting new fields (and/or unsetting existing ones) while looping over the record, Miller makes a copy of the record before the loop: loop variables are bound from the copy and all other reads/writes involve the record itself: 

$ mlr --from data/small --opprint put '
  $sum1 = 0;
  $sum2 = 0;
  for (k,v in $*) {
    if (is_numeric(v)) {
      $sum1 +=v;
      $sum2 += $[k];
    }
  }
'
a   b   i x                   y                   sum1     sum2
pan pan 1 0.3467901443380824  0.7268028627434533  2.073593 8.294372
eks pan 2 0.7586799647899636  0.5221511083334797  3.280831 13.123324
wye wye 3 0.20460330576630303 0.33831852551664776 3.542922 14.171687
eks wye 4 0.38139939387114097 0.13418874328430463 4.515588 18.062353
wye pan 5 0.5732889198020006  0.8636244699032729  6.436913 25.747654

It can be confusing to modify the stream record while iterating over a copy of it, so instead you might find it simpler to use a local variable in the loop and only update the stream record after the loop: 

$ mlr --from data/small --opprint put '
  sum = 0;
  for (k,v in $*) {
    if (is_numeric(v)) {
      sum += $[k];
    }
  }
  $sum = sum
'
a   b   i x                   y                   sum
pan pan 1 0.3467901443380824  0.7268028627434533  2.073593
eks pan 2 0.7586799647899636  0.5221511083334797  3.280831
wye wye 3 0.20460330576630303 0.33831852551664776 3.542922
eks wye 4 0.38139939387114097 0.13418874328430463 4.515588
wye pan 5 0.5732889198020006  0.8636244699032729  6.436913

You can also start iterating on sub-hashmaps of an out-of-stream or local variable; you can loop over nested keys; you can loop over all out-of-stream variables. The bound variables are bound to a copy of the sub-hashmap as it was before the loop started. The sub-hashmap is specified by square-bracketed indices after in, and additional deeper indices are bound to loop key-variables. The terminal values are bound to the loop value-variable whenever the keys are not too shallow. The value-variable may refer to a terminal (string, number) or it may be map-valued if the map goes deeper. Example indexing is as follows: 

# Parentheses are optional for single key:
for (k1,           v in @a["b"]["c"]) { ... }
for ((k1),         v in @a["b"]["c"]) { ... }
# Parentheses are required for multiple keys:
for ((k1, k2),     v in @a["b"]["c"]) { ... } # Loop over subhashmap of a variable
for ((k1, k2, k3), v in @a["b"]["c"]) { ... } # Ditto
for ((k1, k2, k3), v in @a { ... }            # Loop over variable starting from basename
for ((k1, k2, k3), v in @* { ... }            # Loop over all variables (k1 is bound to basename)

That’s confusing in the abstract, so a concrete example is in order. Suppose the out-of-stream variable @myvar is populated as follows: 

$ mlr -n put --jknquoteint -q '
  begin {
    @myvar = {
      1: 2,
      3: { 4 : 5 },
      6: { 7: { 8: 9 } }
    }
  }
  end { dump }
'
{
  "myvar": {
    1: 2,
    3: {
      4: 5
    },
    6: {
      7: {
        8: 9
      }
    }
  }
}

Then we can get at various values as follows: 

$ mlr -n put --jknquoteint -q '
  begin {
    @myvar = {
      1: 2,
      3: { 4 : 5 },
      6: { 7: { 8: 9 } }
    }
  }
  end {
    for (k, v in @myvar) {
      print
        "key=" . k .
        ",valuetype=" . typeof(v);
    }
  }
'
key=1,valuetype=int
key=3,valuetype=map
key=6,valuetype=map


$ mlr -n put --jknquoteint -q '
  begin {
    @myvar = {
      1: 2,
      3: { 4 : 5 },
      6: { 7: { 8: 9 } }
    }
  }
  end {
    for ((k1, k2), v in @myvar) {
      print
        "key1=" . k1 .
        ",key2=" . k2 .
        ",valuetype=" . typeof(v);
    }
  }
'
key1=3,key2=4,valuetype=int
key1=6,key2=7,valuetype=map


$ mlr -n put --jknquoteint -q '
  begin {
    @myvar = {
      1: 2,
      3: { 4 : 5 },
      6: { 7: { 8: 9 } }
    }
  }
  end {
    for ((k1, k2), v in @myvar[6]) {
      print
        "key1=" . k1 .
        ",key2=" . k2 .
        ",valuetype=" . typeof(v);
    }
  }
'
key1=7,key2=8,valuetype=int

C-style triple-for loops

These are supported as follows: 

$ mlr --from data/small --opprint put '
  num suma = 0;
  for (a = 1; a <= NR; a += 1) {
    suma += a;
  }
  $suma = suma;
'
a   b   i x                   y                   suma
pan pan 1 0.3467901443380824  0.7268028627434533  1
eks pan 2 0.7586799647899636  0.5221511083334797  3
wye wye 3 0.20460330576630303 0.33831852551664776 6
eks wye 4 0.38139939387114097 0.13418874328430463 10
wye pan 5 0.5732889198020006  0.8636244699032729  15


$ mlr --from data/small --opprint put '
  num suma = 0;
  num sumb = 0;
  for (num a = 1, num b = 1; a <= NR; a += 1, b *= 2) {
    suma += a;
    sumb += b;
  }
  $suma = suma;
  $sumb = sumb;
'
a   b   i x                   y                   suma sumb
pan pan 1 0.3467901443380824  0.7268028627434533  1    1
eks pan 2 0.7586799647899636  0.5221511083334797  3    3
wye wye 3 0.20460330576630303 0.33831852551664776 6    7
eks wye 4 0.38139939387114097 0.13418874328430463 10   15
wye pan 5 0.5732889198020006  0.8636244699032729  15   31

Notes:

  • In for (start; continuation; update) { body }, the start, continuation, and update statements may be empty, single statements, or multiple comma-separated statements. If the continuation is empty (e.g. for(i=1;;i+=1)) it defaults to true.
  • In particular, you may use $-variables and/or @-variables in the start, continuation, and/or update steps (as well as the body, of course).
  • The typedecls such as int or num are optional. If a typedecl is provided (for a local variable), it binds a variable scoped to the for-loop regardless of whether a same-name variable is present in outer scope. If a typedecl is not provided, then the variable is scoped to the for-loop if no same-name variable is present in outer scope, or if a same-name variable is present in outer scope then it is modified.
  • Miller has no ++ or -- operators.
  • As with all for/if/while statements in Miller, the curly braces are required even if the body is a single statement, or empty.

Begin/end blocks

Miller supports an awk-like begin/end syntax. The statements in the begin block are executed before any input records are read; the statements in the end block are executed after the last input record is read. (If you want to execute some statement at the start of each file, not at the start of the first file as with begin, you might use a pattern/action block of the form FNR == 1 { ... }.) All statements outside of begin or end are, of course, executed on every input record. Semicolons separate statements inside or outside of begin/end blocks; semicolons are required between begin/end block bodies and any subsequent statement. For example: 

$ mlr put '
  begin { @sum = 0 };
  @x_sum += $x;
  end { emit @x_sum }
' ../data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729
a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697
a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694
a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006
a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059
a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864
x_sum=4.536294

Since uninitialized out-of-stream variables default to 0 for addition/substraction and 1 for multiplication when they appear on expression right-hand sides (as in awk), the above can be written more succinctly as 

$ mlr put '
  @x_sum += $x;
  end { emit @x_sum }
' ../data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729
a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697
a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694
a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006
a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059
a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864
x_sum=4.536294

The put -q option is a shorthand which suppresses printing of each output record, with only emit statements being output. So to get only summary outputs, one could write 

$ mlr put -q '
  @x_sum += $x;
  end { emit @x_sum }
' ../data/small
x_sum=4.536294

We can do similarly with multiple out-of-stream variables: 

$ mlr put -q '
  @x_count += 1;
  @x_sum += $x;
  end {
    emit @x_count;
    emit @x_sum;
  }
' ../data/small
x_count=10
x_sum=4.536294

This is of course not much different than 

$ mlr stats1 -a count,sum -f x ../data/small
x_count=10,x_sum=4.536294

Note that it’s a syntax error for begin/end blocks to refer to field names (beginning with $), since these execute outside the context of input records.

Output statements

You can output variable-values or expressions in five ways:

  • Assign them to stream-record fields. For example, $cumulative_sum = @sum. For another example, $nr = NR adds a field named nr to each output record, containing the value of the built-in variable NR as of when that record was ingested.
  • Use the print or eprint keywords which immediately print an expression directly to standard output or standard error, respectively. Note that dump, edump, print, and eprint don’t output records which participate in then-chaining; rather, they’re just immediate prints to stdout/stderr. The printn and eprintn keywords are the same except that they don’t print final newlines. Additionally, you can print to a specified file instead of stdout/stderr.
  • Use the dump or edump keywords, which immediately print all out-of-stream variables as a JSON data structure to the standard output or standard error (respectively).
  • Use tee which formats the current stream record (not just an arbitrary string as with print) to a specific file.
  • Use emit/emitp/emitf to send out-of-stream variables’ current values to the output record stream, e.g. @sum += $x; emit @sum which produces an extra output record such as sum=3.1648382.

For the first two options you are populating the output-records stream which feeds into the next verb in a then-chain (if any), or which otherwise is formatted for output using --o... flags.

For the last three options you are sending output directly to standard output, standard error, or a file.

Print statements

The print statement is perhaps self-explanatory, but with a few light caveats:

Dump statements

The dump statement is for printing expressions, including maps, directly to stdout/stderr, respectively:

Tee statements

Records produced by a mlr put go downstream to the next verb in your then-chain, if any, or otherwise to standard output. If you want to additionally copy out records to files, you can do that using tee.

The syntax is, by example, mlr --from myfile.dat put 'tee > "tap.dat", $*' then sort -n index. First is tee >, then the filename expression (which can be an expression such as "tap.".$a.".dat"), then a comma, then $*. (Nothing else but $* is teeable.)

See also the section on redirected output for examples.

Redirected-output statements

The print, dump tee, emitf, emit, and emitp keywords all allow you to redirect output to one or more files or pipe-to commands. The filenames/commands are strings which can be constructed using record-dependent values, so you can do things like splitting a table into multiple files, one for each account ID, and so on.

Details:

  • The print and dump keywords produce output immediately to standard output, or to specified file(s) or pipe-to command if present. 

    $ mlr --help-keyword print
print: prints expression immediately to stdout.
  Example: mlr --from f.dat put -q 'print "The sum of x and y is ".($x+$y)'
  Example: mlr --from f.dat put -q 'for (k, v in $*) { print k . " => " . v }'
  Example: mlr --from f.dat put  '(NR % 1000 == 0) { print > stderr, "Checkpoint ".NR}'


    $ mlr --help-keyword dump
dump: prints all currently defined out-of-stream variables immediately
  to stdout as JSON.

  With >, >>, or |, the data do not become part of the output record stream but
  are instead redirected.

  The > and >> are for write and append, as in the shell, but (as with awk) the
  file-overwrite for > is on first write, not per record. The | is for piping to
  a process which will process the data. There will be one open file for each
  distinct file name (for > and >>) or one subordinate process for each distinct
  value of the piped-to command (for |). Output-formatting flags are taken from
  the main command line.

  Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump }'
  Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump >  "mytap.dat"}'
  Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump >> "mytap.dat"}'
  Example: mlr --from f.dat put -q '@v[NR]=$*; end { dump | "jq .[]"}'

  • mlr put sends the current record (possibly modified by the put expression) to the output record stream. Records are then input to the following verb in a then-chain (if any), else printed to standard output (unless put -q). The tee keyword additionally writes the output record to specified file(s) or pipe-to command, or immediately to stdout/stderr. 

    $ mlr --help-keyword tee
tee: prints the current record to specified file.
  This is an immediate print to the specified file (except for pprint format
  which of course waits until the end of the input stream to format all output).

  The > and >> are for write and append, as in the shell, but (as with awk) the
  file-overwrite for > is on first write, not per record. The | is for piping to
  a process which will process the data. There will be one open file for each
  distinct file name (for > and >>) or one subordinate process for each distinct
  value of the piped-to command (for |). Output-formatting flags are taken from
  the main command line.

  You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,
  etc., to control the format of the output. See also mlr -h.

  emit with redirect and tee with redirect are identical, except tee can only
  output $*.

  Example: mlr --from f.dat put 'tee >  "/tmp/data-".$a, $*'
  Example: mlr --from f.dat put 'tee >> "/tmp/data-".$a.$b, $*'
  Example: mlr --from f.dat put 'tee >  stderr, $*'
  Example: mlr --from f.dat put -q 'tee | "tr [a-z\] [A-Z\]", $*'
  Example: mlr --from f.dat put -q 'tee | "tr [a-z\] [A-Z\] > /tmp/data-".$a, $*'
  Example: mlr --from f.dat put -q 'tee | "gzip > /tmp/data-".$a.".gz", $*'
  Example: mlr --from f.dat put -q --ojson 'tee | "gzip > /tmp/data-".$a.".gz", $*'

  • mlr put’s emitf, emitp, and emit send out-of-stream variables to the output record stream. These are then input to the following verb in a then-chain (if any), else printed to standard output. When redirected with >, >>, or |, they instead write the out-of-stream variable(s) to specified file(s) or pipe-to command, or immediately to stdout/stderr. 

    $ mlr --help-keyword emitf
emitf: inserts non-indexed out-of-stream variable(s) side-by-side into the
  output record stream.

  With >, >>, or |, the data do not become part of the output record stream but
  are instead redirected.

  The > and >> are for write and append, as in the shell, but (as with awk) the
  file-overwrite for > is on first write, not per record. The | is for piping to
  a process which will process the data. There will be one open file for each
  distinct file name (for > and >>) or one subordinate process for each distinct
  value of the piped-to command (for |). Output-formatting flags are taken from
  the main command line.

  You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,
  etc., to control the format of the output if the output is redirected. See also mlr -h.

  Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf @a'
  Example: mlr --from f.dat put --oxtab '@a=$i;@b+=$x;@c+=$y; emitf > "tap-".$i.".dat", @a'
  Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf @a, @b, @c'
  Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf > "mytap.dat", @a, @b, @c'
  Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf >> "mytap.dat", @a, @b, @c'
  Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf > stderr, @a, @b, @c'
  Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf | "grep somepattern", @a, @b, @c'
  Example: mlr --from f.dat put '@a=$i;@b+=$x;@c+=$y; emitf | "grep somepattern > mytap.dat", @a, @b, @c'

  Please see http://johnkerl.org/miller/doc for more information.


    $ mlr --help-keyword emitp
emitp: inserts an out-of-stream variable into the output record stream.
  Hashmap indices present in the data but not slotted by emitp arguments are
  output concatenated with ":".

  With >, >>, or |, the data do not become part of the output record stream but
  are instead redirected.

  The > and >> are for write and append, as in the shell, but (as with awk) the
  file-overwrite for > is on first write, not per record. The | is for piping to
  a process which will process the data. There will be one open file for each
  distinct file name (for > and >>) or one subordinate process for each distinct
  value of the piped-to command (for |). Output-formatting flags are taken from
  the main command line.

  You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,
  etc., to control the format of the output if the output is redirected. See also mlr -h.

  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @sums'
  Example: mlr --from f.dat put --opprint '@sums[$a][$b]+=$x; emitp > "tap-".$a.$b.".dat", @sums'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @sums, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp >  "mytap.dat", @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp >> "mytap.dat", @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp | "gzip > mytap.dat.gz", @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp > stderr, @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emitp | "grep somepattern", @*, "index1", "index2"'

  Please see http://johnkerl.org/miller/doc for more information.


    $ mlr --help-keyword emit
emit: inserts an out-of-stream variable into the output record stream. Hashmap
  indices present in the data but not slotted by emit arguments are not output.

  With >, >>, or |, the data do not become part of the output record stream but
  are instead redirected.

  The > and >> are for write and append, as in the shell, but (as with awk) the
  file-overwrite for > is on first write, not per record. The | is for piping to
  a process which will process the data. There will be one open file for each
  distinct file name (for > and >>) or one subordinate process for each distinct
  value of the piped-to command (for |). Output-formatting flags are taken from
  the main command line.

  You can use any of the output-format command-line flags, e.g. --ocsv, --ofs,
  etc., to control the format of the output if the output is redirected. See also mlr -h.

  Example: mlr --from f.dat put 'emit >  "/tmp/data-".$a, $*'
  Example: mlr --from f.dat put 'emit >  "/tmp/data-".$a, mapexcept($*, "a")'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @sums'
  Example: mlr --from f.dat put --ojson '@sums[$a][$b]+=$x; emit > "tap-".$a.$b.".dat", @sums'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @sums, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit >  "mytap.dat", @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit >> "mytap.dat", @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit | "gzip > mytap.dat.gz", @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit > stderr, @*, "index1", "index2"'
  Example: mlr --from f.dat put '@sums[$a][$b]+=$x; emit | "grep somepattern", @*, "index1", "index2"'

  Please see http://johnkerl.org/miller/doc for more information.

Emit statements

There are three variants: emitf, emit, and emitp. Keep in mind that out-of-stream variables are a nested, multi-level hashmap (directly viewable as JSON using dump), whereas Miller output records are lists of single-level key-value pairs. The three emit variants allow you to control how the multilevel hashmaps are flatten down to output records. You can emit any map-valued expression, including $*, map-valued out-of-stream variables, the entire out-of-stream-variable collection @*, map-valued local variables, map literals, or map-valued function return values.

Use emitf to output several out-of-stream variables side-by-side in the same output record. For emitf these mustn’t have indexing using @name[...]. Example: 

$ mlr put -q '@count += 1; @x_sum += $x; @y_sum += $y; end { emitf @count, @x_sum, @y_sum}' data/small
count=5,x_sum=2.264762,y_sum=2.585086

Use emit to output an out-of-stream variable. If it’s non-indexed you’ll get a simple key-value pair: 

$ cat data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729


$ mlr put -q '@sum += $x; end { dump }' data/small
{
  "sum": 2.264762
}


$ mlr put -q '@sum += $x; end { emit @sum }' data/small
sum=2.264762

If it’s indexed then use as many names after emit as there are indices: 

$ mlr put -q '@sum[$a] += $x; end { dump }' data/small
{
  "sum": {
    "pan": 0.346790,
    "eks": 1.140079,
    "wye": 0.777892
  }
}


$ mlr put -q '@sum[$a] += $x; end { emit @sum, "a" }' data/small
a=pan,sum=0.346790
a=eks,sum=1.140079
a=wye,sum=0.777892


$ mlr put -q '@sum[$a][$b] += $x; end { dump }' data/small
{
  "sum": {
    "pan": {
      "pan": 0.346790
    },
    "eks": {
      "pan": 0.758680,
      "wye": 0.381399
    },
    "wye": {
      "wye": 0.204603,
      "pan": 0.573289
    }
  }
}


$ mlr put -q '@sum[$a][$b] += $x; end { emit @sum, "a", "b" }' data/small
a=pan,b=pan,sum=0.346790
a=eks,b=pan,sum=0.758680
a=eks,b=wye,sum=0.381399
a=wye,b=wye,sum=0.204603
a=wye,b=pan,sum=0.573289


$ mlr put -q '@sum[$a][$b][$i] += $x; end { dump }' data/small
{
  "sum": {
    "pan": {
      "pan": {
        "1": 0.346790
      }
    },
    "eks": {
      "pan": {
        "2": 0.758680
      },
      "wye": {
        "4": 0.381399
      }
    },
    "wye": {
      "wye": {
        "3": 0.204603
      },
      "pan": {
        "5": 0.573289
      }
    }
  }
}


$ mlr put -q '@sum[$a][$b][$i] += $x; end { emit @sum, "a", "b", "i" }' data/small
a=pan,b=pan,i=1,sum=0.346790
a=eks,b=pan,i=2,sum=0.758680
a=eks,b=wye,i=4,sum=0.381399
a=wye,b=wye,i=3,sum=0.204603
a=wye,b=pan,i=5,sum=0.573289

Now for emitp: if you have as many names following emit as there are levels in the out-of-stream variable’s hashmap, then emit and emitp do the same thing. Where they differ is when you don’t specify as many names as there are hashmap levels. In this case, Miller needs to flatten multiple map indices down to output-record keys: emitp includes full prefixing (hence the p in emitp) while emit takes the deepest hashmap key as the output-record key: 

$ mlr put -q '@sum[$a][$b] += $x; end { dump }' data/small
{
  "sum": {
    "pan": {
      "pan": 0.346790
    },
    "eks": {
      "pan": 0.758680,
      "wye": 0.381399
    },
    "wye": {
      "wye": 0.204603,
      "pan": 0.573289
    }
  }
}


$ mlr put -q '@sum[$a][$b] += $x; end { emit @sum, "a" }' data/small
a=pan,pan=0.346790
a=eks,pan=0.758680,wye=0.381399
a=wye,wye=0.204603,pan=0.573289


$ mlr put -q '@sum[$a][$b] += $x; end { emit @sum }' data/small
pan=0.346790
pan=0.758680,wye=0.381399
wye=0.204603,pan=0.573289


$ mlr put -q '@sum[$a][$b] += $x; end { emitp @sum, "a" }' data/small
a=pan,sum:pan=0.346790
a=eks,sum:pan=0.758680,sum:wye=0.381399
a=wye,sum:wye=0.204603,sum:pan=0.573289


$ mlr put -q '@sum[$a][$b] += $x; end { emitp @sum }' data/small
sum:pan:pan=0.346790,sum:eks:pan=0.758680,sum:eks:wye=0.381399,sum:wye:wye=0.204603,sum:wye:pan=0.573289


$ mlr --oxtab put -q '@sum[$a][$b] += $x; end { emitp @sum }' data/small
sum:pan:pan 0.346790
sum:eks:pan 0.758680
sum:eks:wye 0.381399
sum:wye:wye 0.204603
sum:wye:pan 0.573289

Use --oflatsep to specify the character which joins multilevel keys for emitp (it defaults to a colon): 

$ mlr put -q --oflatsep / '@sum[$a][$b] += $x; end { emitp @sum, "a" }' data/small
a=pan,sum/pan=0.346790
a=eks,sum/pan=0.758680,sum/wye=0.381399
a=wye,sum/wye=0.204603,sum/pan=0.573289


$ mlr put -q --oflatsep / '@sum[$a][$b] += $x; end { emitp @sum }' data/small
sum/pan/pan=0.346790,sum/eks/pan=0.758680,sum/eks/wye=0.381399,sum/wye/wye=0.204603,sum/wye/pan=0.573289


$ mlr --oxtab put -q --oflatsep / '@sum[$a][$b] += $x; end { emitp @sum }' data/small
sum/pan/pan 0.346790
sum/eks/pan 0.758680
sum/eks/wye 0.381399
sum/wye/wye 0.204603
sum/wye/pan 0.573289

Multi-emit statements

You can emit multiple map-valued expressions side-by-side by including their names in parentheses: 

$ mlr --from data/medium --opprint put -q '
  @x_count[$a][$b] += 1;
  @x_sum[$a][$b] += $x;
  end {
      for ((a, b), _ in @x_count) {
          @x_mean[a][b] = @x_sum[a][b] / @x_count[a][b]
      }
      emit (@x_sum, @x_count, @x_mean), "a", "b"
  }
'
a   b   x_sum      x_count x_mean
pan pan 219.185129 427     0.513314
pan wye 198.432931 395     0.502362
pan eks 216.075228 429     0.503672
pan hat 205.222776 417     0.492141
pan zee 205.097518 413     0.496604
eks pan 179.963030 371     0.485076
eks wye 196.945286 407     0.483895
eks zee 176.880365 357     0.495463
eks eks 215.916097 413     0.522799
eks hat 208.783171 417     0.500679
wye wye 185.295850 377     0.491501
wye pan 195.847900 392     0.499612
wye hat 212.033183 426     0.497730
wye zee 194.774048 385     0.505907
wye eks 204.812961 386     0.530604
zee pan 202.213804 389     0.519830
zee wye 233.991394 455     0.514267
zee eks 190.961778 391     0.488393
zee zee 206.640635 403     0.512756
zee hat 191.300006 409     0.467726
hat wye 208.883010 423     0.493813
hat zee 196.349450 385     0.509999
hat eks 189.006793 389     0.485879
hat hat 182.853532 381     0.479931
hat pan 168.553807 363     0.464336

What this does is walk through the first out-of-stream variable (@x_sum in this example) as usual, then for each keylist found (e.g. pan,wye), include the values for the remaining out-of-stream variables (here, @x_count and @x_mean). You should use this when all out-of-stream variables in the emit statement have the same shape and the same keylists.

Emit-all statements

Use emit all (or emit @* which is synonymous) to output all out-of-stream variables. You can use the following idiom to get various accumulators output side-by-side (reminiscent of mlr stats1): 

$ mlr --from data/small --opprint put -q '@v[$a][$b]["sum"] += $x; @v[$a][$b]["count"] += 1; end{emit @*,"a","b"}'
a   b   sum      count
pan pan 0.346790 1
eks pan 0.758680 1
eks wye 0.381399 1
wye wye 0.204603 1
wye pan 0.573289 1


$ mlr --from data/small --opprint put -q '@sum[$a][$b] += $x; @count[$a][$b] += 1; end{emit @*,"a","b"}'
a   b   sum
pan pan 0.346790
eks pan 0.758680
eks wye 0.381399
wye wye 0.204603
wye pan 0.573289

a   b   count
pan pan 1
eks pan 1
eks wye 1
wye wye 1
wye pan 1


$ mlr --from data/small --opprint put -q '@sum[$a][$b] += $x; @count[$a][$b] += 1; end{emit (@sum, @count),"a","b"}'
a   b   sum      count
pan pan 0.346790 1
eks pan 0.758680 1
eks wye 0.381399 1
wye wye 0.204603 1
wye pan 0.573289 1

Unset statements

You can clear a map key by assigning the empty string as its value: $x="" or @x="". Using unset you can remove the key entirely. Examples: 

$ cat data/small
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729


$ mlr put 'unset $x, $a' data/small
b=pan,i=1,y=0.7268028627434533
b=pan,i=2,y=0.5221511083334797
b=wye,i=3,y=0.33831852551664776
b=wye,i=4,y=0.13418874328430463
b=pan,i=5,y=0.8636244699032729

This can also be done, of course, using mlr cut -x. You can also clear out-of-stream or local variables, at the base name level, or at an indexed sublevel: 

$ mlr put -q '@sum[$a][$b] += $x; end { dump; unset @sum; dump }' data/small
{
  "sum": {
    "pan": {
      "pan": 0.346790
    },
    "eks": {
      "pan": 0.758680,
      "wye": 0.381399
    },
    "wye": {
      "wye": 0.204603,
      "pan": 0.573289
    }
  }
}
{
}


$ mlr put -q '@sum[$a][$b] += $x; end { dump; unset @sum["eks"]; dump }' data/small
{
  "sum": {
    "pan": {
      "pan": 0.346790
    },
    "eks": {
      "pan": 0.758680,
      "wye": 0.381399
    },
    "wye": {
      "wye": 0.204603,
      "pan": 0.573289
    }
  }
}
{
  "sum": {
    "pan": {
      "pan": 0.346790
    },
    "wye": {
      "wye": 0.204603,
      "pan": 0.573289
    }
  }
}

If you use unset all (or unset @* which is synonymous), that will unset all out-of-stream variables which have been defined up to that point.

Filter statements

You can use filter within put. In fact, the following two are synonymous: 

$ mlr filter 'NR==2 || NR==3' data/small
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776


$ mlr put 'filter NR==2 || NR==3' data/small
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776

The former, of course, is much easier to type. But the latter allows you to define more complex expressions for the filter, and/or do other things in addition to the filter: 

$ mlr put '@running_sum += $x; filter @running_sum > 1.3' data/small
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729


$ mlr put '$z = $x * $y; filter $z > 0.3' data/small
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797,z=0.396146
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729,z=0.495106

Built-in functions for filter and put

Each function takes a specific number of arguments, as shown below, except for functions marked as variadic such as min and max. (The latter compute min and max of any number of numerical arguments.) There is no notion of optional or default-on-absent arguments. All argument-passing is positional rather than by name; arguments are passed by value, not by reference.

You can get a list of all functions using mlr -F.

+

+ (class=arithmetic #args=2): Addition.

+ (class=arithmetic #args=1): Unary plus.

-

- (class=arithmetic #args=2): Subtraction.

- (class=arithmetic #args=1): Unary minus.

*

* (class=arithmetic #args=2): Multiplication.

/

/ (class=arithmetic #args=2): Division.

//

// (class=arithmetic #args=2): Integer division: rounds to negative (pythonic).

.+

.+ (class=arithmetic #args=2): Addition, with integer-to-integer overflow

.+ (class=arithmetic #args=1): Unary plus, with integer-to-integer overflow.

.-

.- (class=arithmetic #args=2): Subtraction, with integer-to-integer overflow.

.- (class=arithmetic #args=1): Unary minus, with integer-to-integer overflow.

.*

.* (class=arithmetic #args=2): Multiplication, with integer-to-integer overflow.

./

./ (class=arithmetic #args=2): Division, with integer-to-integer overflow.

.//

.// (class=arithmetic #args=2): Integer division: rounds to negative (pythonic), with integer-to-integer overflow.

%

% (class=arithmetic #args=2): Remainder; never negative-valued (pythonic).

**

** (class=arithmetic #args=2): Exponentiation; same as pow, but as an infix
operator.

|

| (class=arithmetic #args=2): Bitwise OR.

^

^ (class=arithmetic #args=2): Bitwise XOR.

&

& (class=arithmetic #args=2): Bitwise AND.

~

~ (class=arithmetic #args=1): Bitwise NOT. Beware '$y=~$x' since =~ is the
regex-match operator: try '$y = ~$x'.

<<

<< (class=arithmetic #args=2): Bitwise left-shift.

>>

>> (class=arithmetic #args=2): Bitwise right-shift.

==

== (class=boolean #args=2): String/numeric equality. Mixing number and string
results in string compare.

!=

!= (class=boolean #args=2): String/numeric inequality. Mixing number and string
results in string compare.

=~

=~ (class=boolean #args=2): String (left-hand side) matches regex (right-hand
side), e.g. '$name =~ "^a.*b$"'.

!=~

!=~ (class=boolean #args=2): String (left-hand side) does not match regex
(right-hand side), e.g. '$name !=~ "^a.*b$"'.

>

> (class=boolean #args=2): String/numeric greater-than. Mixing number and string
results in string compare.

>=

>= (class=boolean #args=2): String/numeric greater-than-or-equals. Mixing number
and string results in string compare.

<

< (class=boolean #args=2): String/numeric less-than. Mixing number and string
results in string compare.

<=

<= (class=boolean #args=2): String/numeric less-than-or-equals. Mixing number
and string results in string compare.

&&

&& (class=boolean #args=2): Logical AND.

||

|| (class=boolean #args=2): Logical OR.

^^

^^ (class=boolean #args=2): Logical XOR.

!

! (class=boolean #args=1): Logical negation.

? :

? : (class=boolean #args=3): Ternary operator.

.

. (class=string #args=2): String concatenation.

abs

abs (class=math #args=1): Absolute value.

acos

acos (class=math #args=1): Inverse trigonometric cosine.

acosh

acosh (class=math #args=1): Inverse hyperbolic cosine.

asin

asin (class=math #args=1): Inverse trigonometric sine.

asinh

asinh (class=math #args=1): Inverse hyperbolic sine.

asserting_absent

asserting_absent (class=typing #args=1): Returns argument if it is absent in the input data, else
throws an error.

asserting_bool

asserting_bool (class=typing #args=1): Returns argument if it is present with boolean value, else
throws an error.

asserting_boolean

asserting_boolean (class=typing #args=1): Returns argument if it is present with boolean value, else
throws an error.

asserting_empty

asserting_empty (class=typing #args=1): Returns argument if it is present in input with empty value,
else throws an error.

asserting_empty_map

asserting_empty_map (class=typing #args=1): Returns argument if it is a map with empty value, else
throws an error.

asserting_float

asserting_float (class=typing #args=1): Returns argument if it is present with float value, else
throws an error.

asserting_int

asserting_int (class=typing #args=1): Returns argument if it is present with int value, else
throws an error.

asserting_map

asserting_map (class=typing #args=1): Returns argument if it is a map, else throws an error.

asserting_nonempty_map

asserting_nonempty_map (class=typing #args=1): Returns argument if it is a non-empty map, else throws
an error.

asserting_not_empty

asserting_not_empty (class=typing #args=1): Returns argument if it is present in input with non-empty
value, else throws an error.

asserting_not_map

asserting_not_map (class=typing #args=1): Returns argument if it is not a map, else throws an error.

asserting_not_null

asserting_not_null (class=typing #args=1): Returns argument if it is non-null (non-empty and non-absent),
else throws an error.

asserting_null

asserting_null (class=typing #args=1): Returns argument if it is null (empty or absent), else throws
an error.

asserting_numeric

asserting_numeric (class=typing #args=1): Returns argument if it is present with int or float value,
else throws an error.

asserting_present

asserting_present (class=typing #args=1): Returns argument if it is present in input, else throws
an error.

asserting_string

asserting_string (class=typing #args=1): Returns argument if it is present with string (including
empty-string) value, else throws an error.

atan

atan (class=math #args=1): One-argument arctangent.

atan2

atan2 (class=math #args=2): Two-argument arctangent.

atanh

atanh (class=math #args=1): Inverse hyperbolic tangent.

bitcount

bitcount (class=arithmetic #args=1): Count of 1-bits

boolean

boolean (class=conversion #args=1): Convert int/float/bool/string to boolean.

capitalize

capitalize (class=string #args=1): Convert string's first character to uppercase.

cbrt

cbrt (class=math #args=1): Cube root.

ceil

ceil (class=math #args=1): Ceiling: nearest integer at or above.

clean_whitespace

clean_whitespace (class=string #args=1): Same as collapse_whitespace and strip.

collapse_whitespace

collapse_whitespace (class=string #args=1): Strip repeated whitespace from string.

cos

cos (class=math #args=1): Trigonometric cosine.

cosh

cosh (class=math #args=1): Hyperbolic cosine.

depth

depth (class=maps #args=1): Prints maximum depth of hashmap: ''. Scalars have depth 0.

dhms2fsec

dhms2fsec (class=time #args=1): Recovers floating-point seconds as in
dhms2fsec("5d18h53m20.250000s") = 500000.250000

dhms2sec

dhms2sec (class=time #args=1): Recovers integer seconds as in
dhms2sec("5d18h53m20s") = 500000

erf

erf (class=math #args=1): Error function.

erfc

erfc (class=math #args=1): Complementary error function.

exp

exp (class=math #args=1): Exponential function e**x.

expm1

expm1 (class=math #args=1): e**x - 1.

float

float (class=conversion #args=1): Convert int/float/bool/string to float.

floor

floor (class=math #args=1): Floor: nearest integer at or below.

fmtnum

fmtnum (class=conversion #args=2): Convert int/float/bool to string using
printf-style format string, e.g. '$s = fmtnum($n, "%06lld")'. WARNING: Miller numbers
are all long long or double. If you use formats like %d or %f, behavior is undefined.

fsec2dhms

fsec2dhms (class=time #args=1): Formats floating-point seconds as in
fsec2dhms(500000.25) = "5d18h53m20.250000s"

fsec2hms

fsec2hms (class=time #args=1): Formats floating-point seconds as in
fsec2hms(5000.25) = "01:23:20.250000"

gmt2sec

gmt2sec (class=time #args=1): Parses GMT timestamp as integer seconds since
the epoch.

gsub

gsub (class=string #args=3): Example: '$name=gsub($name, "old", "new")'
(replace all).

haskey

haskey (class=maps #args=2): True/false if map has/hasn't key, e.g. 'haskey($*, "a")' or
'haskey(mymap, mykey)'. Error if 1st argument is not a map.

hexfmt

hexfmt (class=conversion #args=1): Convert int to string, e.g. 255 to "0xff".

hms2fsec

hms2fsec (class=time #args=1): Recovers floating-point seconds as in
hms2fsec("01:23:20.250000") = 5000.250000

hms2sec

hms2sec (class=time #args=1): Recovers integer seconds as in
hms2sec("01:23:20") = 5000

int

int (class=conversion #args=1): Convert int/float/bool/string to int.

invqnorm

invqnorm (class=math #args=1): Inverse of normal cumulative distribution
function. Note that invqorm(urand()) is normally distributed.

is_absent

is_absent (class=typing #args=1): False if field is present in input, false otherwise

is_bool

is_bool (class=typing #args=1): True if field is present with boolean value. Synonymous with is_boolean.

is_boolean

is_boolean (class=typing #args=1): True if field is present with boolean value. Synonymous with is_bool.

is_empty

is_empty (class=typing #args=1): True if field is present in input with empty string value, false otherwise.

is_empty_map

is_empty_map (class=typing #args=1): True if argument is a map which is empty.

is_float

is_float (class=typing #args=1): True if field is present with value inferred to be float

is_int

is_int (class=typing #args=1): True if field is present with value inferred to be int

is_map

is_map (class=typing #args=1): True if argument is a map.

is_nonempty_map

is_nonempty_map (class=typing #args=1): True if argument is a map which is non-empty.

is_not_empty

is_not_empty (class=typing #args=1): False if field is present in input with empty value, true otherwise

is_not_map

is_not_map (class=typing #args=1): True if argument is not a map.

is_not_null

is_not_null (class=typing #args=1): False if argument is null (empty or absent), true otherwise.

is_null

is_null (class=typing #args=1): True if argument is null (empty or absent), false otherwise.

is_numeric

is_numeric (class=typing #args=1): True if field is present with value inferred to be int or float

is_present

is_present (class=typing #args=1): True if field is present in input, false otherwise.

is_string

is_string (class=typing #args=1): True if field is present with string (including empty-string) value

joink

joink (class=maps #args=2): Makes string from map keys. E.g. 'joink($*, ",")'.

joinkv

joinkv (class=maps #args=3): Makes string from map key-value pairs. E.g. 'joinkv(@v[2], "=", ",")'

joinv

joinv (class=maps #args=2): Makes string from map keys. E.g. 'joinv(mymap, ",")'.

leafcount

leafcount (class=maps #args=1): Counts total number of terminal values in hashmap. For single-level maps,
same as length.

length

length (class=maps #args=1): Counts number of top-level entries in hashmap. Scalars have length 1.

localtime2sec

localtime2sec (class=time #args=1): Parses local timestamp as integer seconds since
the epoch. Consults $TZ environment variable.

log

log (class=math #args=1): Natural (base-e) logarithm.

log10

log10 (class=math #args=1): Base-10 logarithm.

log1p

log1p (class=math #args=1): log(1-x).

logifit

logifit (class=math #args=3): Given m and b from logistic regression, compute
fit: $yhat=logifit($x,$m,$b).

lstrip

lstrip (class=string #args=1): Strip leading whitespace from string.

madd

madd (class=math #args=3): a + b mod m (integers)

mapdiff

mapdiff (class=maps variadic): With 0 args, returns empty map. With 1 arg, returns copy of arg.
With 2 or more, returns copy of arg 1 with all keys from any of remaining argument maps removed.

mapexcept

mapexcept (class=maps variadic): Returns a map with keys from remaining arguments, if any, unset.
E.g. 'mapexcept({1:2,3:4,5:6}, 1, 5, 7)' is '{3:4}'.

mapselect

mapselect (class=maps variadic): Returns a map with only keys from remaining arguments set.
E.g. 'mapselect({1:2,3:4,5:6}, 1, 5, 7)' is '{1:2,5:6}'.

mapsum

mapsum (class=maps variadic): With 0 args, returns empty map. With >= 1 arg, returns a map with
key-value pairs from all arguments. Rightmost collisions win, e.g. 'mapsum({1:2,3:4},{1:5})' is '{1:5,3:4}'.

max

max (class=math variadic): max of n numbers; null loses

mexp

mexp (class=math #args=3): a ** b mod m (integers)

min

min (class=math variadic): Min of n numbers; null loses

mmul

mmul (class=math #args=3): a * b mod m (integers)

msub

msub (class=math #args=3): a - b mod m (integers)

pow

pow (class=math #args=2): Exponentiation; same as **.

qnorm

qnorm (class=math #args=1): Normal cumulative distribution function.

regextract

regextract (class=string #args=2): Example: '$name=regextract($name, "[A-Z]{3}[0-9]{2}")'
.

regextract_or_else

regextract_or_else (class=string #args=3): Example: '$name=regextract_or_else($name, "[A-Z]{3}[0-9]{2}", "default")'
.

round

round (class=math #args=1): Round to nearest integer.

roundm

roundm (class=math #args=2): Round to nearest multiple of m: roundm($x,$m) is
the same as round($x/$m)*$m

rstrip

rstrip (class=string #args=1): Strip trailing whitespace from string.

sec2dhms

sec2dhms (class=time #args=1): Formats integer seconds as in sec2dhms(500000)
= "5d18h53m20s"

sec2gmt

sec2gmt (class=time #args=1): Formats seconds since epoch (integer part)
as GMT timestamp, e.g. sec2gmt(1440768801.7) = "2015-08-28T13:33:21Z".
Leaves non-numbers as-is.

sec2gmt (class=time #args=2): Formats seconds since epoch as GMT timestamp with n
decimal places for seconds, e.g. sec2gmt(1440768801.7,1) = "2015-08-28T13:33:21.7Z".
Leaves non-numbers as-is.

sec2gmtdate

sec2gmtdate (class=time #args=1): Formats seconds since epoch (integer part)
as GMT timestamp with year-month-date, e.g. sec2gmtdate(1440768801.7) = "2015-08-28".
Leaves non-numbers as-is.

sec2hms

sec2hms (class=time #args=1): Formats integer seconds as in
sec2hms(5000) = "01:23:20"

sec2localdate

sec2localdate (class=time #args=1): Formats seconds since epoch (integer part)
as local timestamp with year-month-date, e.g. sec2localdate(1440768801.7) = "2015-08-28".
Consults $TZ environment variable. Leaves non-numbers as-is.

sec2localtime

sec2localtime (class=time #args=1): Formats seconds since epoch (integer part)
as local timestamp, e.g. sec2localtime(1440768801.7) = "2015-08-28T13:33:21Z".
Consults $TZ environment variable. Leaves non-numbers as-is.

sec2localtime (class=time #args=2): Formats seconds since epoch as local timestamp with n
decimal places for seconds, e.g. sec2localtime(1440768801.7,1) = "2015-08-28T13:33:21.7Z".
Consults $TZ environment variable. Leaves non-numbers as-is.

sgn

sgn (class=math #args=1): +1 for positive input, 0 for zero input, -1 for
negative input.

sin

sin (class=math #args=1): Trigonometric sine.

sinh

sinh (class=math #args=1): Hyperbolic sine.

splitkv

splitkv (class=maps #args=3): Splits string by separators into map with type inference.
E.g. 'splitkv("a=1,b=2,c=3", "=", ",")' gives '{"a" : 1, "b" : 2, "c" : 3}'.

splitkvx

splitkvx (class=maps #args=3): Splits string by separators into map without type inference (keys and
values are strings). E.g. 'splitkv("a=1,b=2,c=3", "=", ",")' gives
'{"a" : "1", "b" : "2", "c" : "3"}'.

splitnv

splitnv (class=maps #args=2): Splits string by separator into integer-indexed map with type inference.
E.g. 'splitnv("a,b,c" , ",")' gives '{1 : "a", 2 : "b", 3 : "c"}'.

splitnvx

splitnvx (class=maps #args=2): Splits string by separator into integer-indexed map without type
inference (values are strings). E.g. 'splitnv("4,5,6" , ",")' gives '{1 : "4", 2 : "5", 3 : "6"}'.

sqrt

sqrt (class=math #args=1): Square root.

ssub

ssub (class=string #args=3): Like sub but does no regexing. No characters are special.

strftime

strftime (class=time #args=2): Formats seconds since the epoch as timestamp, e.g.
strftime(1440768801.7,"%Y-%m-%dT%H:%M:%SZ") = "2015-08-28T13:33:21Z", and
strftime(1440768801.7,"%Y-%m-%dT%H:%M:%3SZ") = "2015-08-28T13:33:21.700Z".
Format strings are as in the C library (please see "man strftime" on your system),
with the Miller-specific addition of "%1S" through "%9S" which format the seconds
with 1 through 9 decimal places, respectively. ("%S" uses no decimal places.)
See also strftime_local.

strftime_local

strftime_local (class=time #args=2): Like strftime but consults the $TZ environment variable to get local time zone.

string

string (class=conversion #args=1): Convert int/float/bool/string to string.

strip

strip (class=string #args=1): Strip leading and trailing whitespace from string.

strlen

strlen (class=string #args=1): String length.

strptime

strptime (class=time #args=2): Parses timestamp as floating-point seconds since the epoch,
e.g. strptime("2015-08-28T13:33:21Z","%Y-%m-%dT%H:%M:%SZ") = 1440768801.000000,
and  strptime("2015-08-28T13:33:21.345Z","%Y-%m-%dT%H:%M:%SZ") = 1440768801.345000.
See also strptime_local.

strptime_local

strptime_local (class=time #args=2): Like strptime, but consults $TZ environment variable to find and use local timezone.

sub

sub (class=string #args=3): Example: '$name=sub($name, "old", "new")'
(replace once).

substr

substr (class=string #args=3): substr(s,m,n) gives substring of s from 0-up position m to n 
inclusive. Negative indices -len .. -1 alias to 0 .. len-1.

system

system (class=string #args=1): Run command string, yielding its stdout minus final carriage return.

systime

systime (class=time #args=0): Floating-point seconds since the epoch,
e.g. 1440768801.748936.

tan

tan (class=math #args=1): Trigonometric tangent.

tanh

tanh (class=math #args=1): Hyperbolic tangent.

tolower

tolower (class=string #args=1): Convert string to lowercase.

toupper

toupper (class=string #args=1): Convert string to uppercase.

typeof

typeof (class=conversion #args=1): Convert argument to type of argument (e.g.
MT_STRING). For debug.

urand

urand (class=math #args=0): Floating-point numbers uniformly distributed on the unit interval.
Int-valued example: '$n=floor(20+urand()*11)'.

urand32

urand32 (class=math #args=0): Integer uniformly distributed 0 and 2**32-1
inclusive.

urandint

urandint (class=math #args=2): Integer uniformly distributed between inclusive
integer endpoints.

urandrange

urandrange (class=math #args=2): Floating-point numbers uniformly distributed on the interval [a, b).

User-defined functions and subroutines

As of Miller 5.0.0 you can define your own functions, as well as subroutines.

User-defined functions

Here’s the obligatory example of a recursive function to compute the factorial function: 

$ mlr --opprint --from data/small put '
    func f(n) {
        if (is_numeric(n)) {
            if (n > 0) {
                return n * f(n-1);
            } else {
                return 1;
            }
        }
        # implicitly return absent-null if non-numeric
    }
    $ox = f($x + NR);
    $oi = f($i);
'
a   b   i x                   y                   ox         oi
pan pan 1 0.3467901443380824  0.7268028627434533  0.467054   1
eks pan 2 0.7586799647899636  0.5221511083334797  3.680838   2
wye wye 3 0.20460330576630303 0.33831852551664776 1.741251   6
eks wye 4 0.38139939387114097 0.13418874328430463 18.588349  24
wye pan 5 0.5732889198020006  0.8636244699032729  211.387310 120

Properties of user-defined functions:

User-defined subroutines

Example: 

$ mlr --opprint --from data/small put -q '
  begin {
    @call_count = 0;
  }
  subr s(n) {
    @call_count += 1;
    if (is_numeric(n)) {
      if (n > 1) {
        call s(n-1);
      } else {
        print "numcalls=" . @call_count;
      }
    }
  }
  print "NR=" . NR;
  call s(NR);
'
NR=1
numcalls=1
NR=2
numcalls=3
NR=3
numcalls=6
NR=4
numcalls=10
NR=5
numcalls=15

Properties of user-defined subroutines:

Errors and transparency

As soon as you have a programming language, you start having the problem What is my code doing, and why? This includes getting syntax errors — which are always annoying — as well as the even more annoying problem of a program which parses without syntax error but doesn’t do what you expect.

The syntax error message is cryptic: it says syntax error at followed by the next symbol it couldn’t parse. This is good, but (as of 5.0.0) it doesn’t say things like syntax error at line 17, character 22. Here are some common causes of syntax errors:

  • Don’t forget ; at end of line, before another statement on the next line.
  • Miller’s DSL lacks the ++ and -- operators.
  • Curly braces are required for the bodies of if/while/for blocks, even when the body is a single statement.

Now for transparency:

  • As in any language, you can do print (or eprint to print to stderr). See also dump and emit.
  • The -v option to mlr put and mlr filter prints abstract syntax trees for your code. While not all details here will be of interest to everyone, certainly this makes questions such as operator precedence completely unambiguous.
  • The -T option prints a trace of each statement executed.
  • The -t and -a options show low-level details for the parsing process and for stack-variable-index allocation, respectively. These will likely be of interest to people who enjoy compilers, and probably less useful for a more general audience.
  • Please see the type-checking section for type declarations and type-assertions you can use to make sure expressions and the data flowing them are evaluating as you expect. I made them optional because one of Miller’s important use-cases is being able to say simple things like mlr put '$y = $x + 1' myfile.dat with a minimum of punctuational bric-a-brac — but for programs over a few lines I generally find that the more type-specification, the better.

A note on the complexity of Miller’s expression language

One of Miller’s strengths is its brevity: it’s much quicker — and less error-prone — to type mlr stats1 -a sum -f x,y -g a,b than having to track summation variables as in awk, or using Miller’s out-of-stream variables. And the more language features Miller’s put-DSL has (for-loops, if-statements, nested control structures, user-defined functions, etc.) then the less powerful it begins to seem: because of the other programming-language features it doesn’t have (classes, execptions, and so on).

When I was originally prototyping Miller in 2015, the decision I had was whether to hand-code in a low-level language like C or Rust, with my own hand-rolled DSL, or whether to use a higher-level language (like Python or Lua or Nim) and let the put statements be handled by the implementation language’s own eval: the implementation language would take the place of a DSL. Multiple performance experiments showed me I could get better throughput using the former, and using C in particular — by a wide margin. So Miller is C under the hood with a hand-rolled DSL.

I do want to keep focusing on what Miller is good at — concise notation, low latency, and high throughput — and not add too much in terms of high-level-language features to the DSL. That said, some sort of customizability is a basic thing to want. As of 4.1.0 we have recursive for/while/if structures on about the same complexity level as awk; as of 5.0.0 we have user-defined functions and map-valued variables, again on about the same complexity level as awk along with optional type-declaration syntax. While I’m excited by these powerful language features, I hope to keep new features beyond 5.0.0 focused on Miller’s sweet spot which is speed plus simplicity.

miller-5.6.2/doc/reference-verbs.html000066400000000000000000004363441354153536500175500ustar00rootroot00000000000000 Verbs reference
Miller

Verbs reference
• Overview
• altkv
• bar
• bootstrap
• cat
• check
• clean-whitespace
• count-distinct
• count-similar
• cut
• decimate
• fill-down
• filter
    • Features which filter shares with put
• format-values
• fraction
• grep
• group-by
• group-like
• having-fields
• head
• histogram
• join
• label
• least-frequent
• merge-fields
• most-frequent
• nest
• nothing
• put
    • Features which put shares with filter
• regularize
• remove-empty-columns
• rename
• reorder
• repeat
• reshape
• sample
• sec2gmt
• sec2gmtdate
• seqgen
• shuffle
• skip-trivial-records
• sort
• stats1
• stats2
• step
• tac
• tail
• tee
• top
• uniq
• unsparsify

Overview

When you type mlr {something} myfile.dat, the {something} part is called a verb. It specifies how you want to transform your data. (See also here for a breakdown.) The following is an alphabetical list of verbs with their descriptions.

The verbs put and filter are special in that they have a rich expression language (domain-specific language, or “DSL”). More information about them can be found here.

Here’s a comparison of verbs and put/filter DSL expressions:
Example: 

$ mlr stats1 -a sum -f x -g a data/small
a=pan,x_sum=0.346790
a=eks,x_sum=1.140079
a=wye,x_sum=0.777892

  • Verbs are coded in C
  • They run a bit faster
  • They take fewer keystrokes
  • There is less to learn
  • Their customization is limited to each verb’s options
Example: 

$ mlr  put -q '@x_sum[$a] += $x; end{emit @x_sum, "a"}' data/small
a=pan,x_sum=0.346790
a=eks,x_sum=1.140079
a=wye,x_sum=0.777892

  • You get to write your own DSL expressions
  • They run a bit slower
  • They take more keystrokes
  • There is more to learn
  • They are highly customizable

altkv

Map list of values to alternating key/value pairs. 

$ mlr altkv -h
Usage: mlr altkv [no options]
Given fields with values of the form a,b,c,d,e,f emits a=b,c=d,e=f pairs.


$ echo 'a,b,c,d,e,f' | mlr altkv
a=b,c=d,e=f


$ echo 'a,b,c,d,e,f,g' | mlr altkv
a=b,c=d,e=f,4=g

bar

Cheesy bar-charting. 

$ mlr bar -h
Usage: mlr bar [options]
Replaces a numeric field with a number of asterisks, allowing for cheesy
bar plots. These align best with --opprint or --oxtab output format.
Options:
-f   {a,b,c}      Field names to convert to bars.
-c   {character}  Fill character: default '*'.
-x   {character}  Out-of-bounds character: default '#'.
-b   {character}  Blank character: default '.'.
--lo {lo}         Lower-limit value for min-width bar: default '0.000000'.
--hi {hi}         Upper-limit value for max-width bar: default '100.000000'.
-w   {n}          Bar-field width: default '40'.
--auto            Automatically computes limits, ignoring --lo and --hi.
                  Holds all records in memory before producing any output.


$ mlr --opprint cat data/small
a   b   i x                   y
pan pan 1 0.3467901443380824  0.7268028627434533
eks pan 2 0.7586799647899636  0.5221511083334797
wye wye 3 0.20460330576630303 0.33831852551664776
eks wye 4 0.38139939387114097 0.13418874328430463
wye pan 5 0.5732889198020006  0.8636244699032729


$ mlr --opprint bar --lo 0 --hi 1 -f x,y data/small
a   b   i x                                        y
pan pan 1 *************........................... *****************************...........
eks pan 2 ******************************.......... ********************....................
wye wye 3 ********................................ *************...........................
eks wye 4 ***************......................... *****...................................
wye pan 5 **********************.................. **********************************......


$ mlr --opprint bar --lo 0.4 --hi 0.6 -f x,y data/small
a   b   i x                                        y
pan pan 1 #....................................... ***************************************#
eks pan 2 ***************************************# ************************................
wye wye 3 #....................................... #.......................................
eks wye 4 #....................................... #.......................................
wye pan 5 **********************************...... ***************************************#


$ mlr --opprint bar --auto -f x,y data/small
a   b   i x                                                           y
pan pan 1 [0.204603]**********..............................[0.75868] [0.134189]********************************........[0.863624]
eks pan 2 [0.204603]***************************************#[0.75868] [0.134189]*********************...................[0.863624]
wye wye 3 [0.204603]#.......................................[0.75868] [0.134189]***********.............................[0.863624]
eks wye 4 [0.204603]************............................[0.75868] [0.134189]#.......................................[0.863624]
wye pan 5 [0.204603]**************************..............[0.75868] [0.134189]***************************************#[0.863624]

bootstrap

$ mlr bootstrap --help
Usage: mlr bootstrap [options]
Emits an n-sample, with replacement, of the input records.
Options:
-n {number} Number of samples to output. Defaults to number of input records.
            Must be non-negative.
See also mlr sample and mlr shuffle.

The canonical use for bootstrap sampling is to put error bars on statistical quantities, such as mean. For example: 

$ mlr --opprint stats1 -a mean,count -f u -g color data/colored-shapes.dkvp
color  u_mean   u_count
yellow 0.497129 1413
red    0.492560 4641
purple 0.494005 1142
green  0.504861 1109
blue   0.517717 1470
orange 0.490532 303

$ mlr --opprint bootstrap then stats1 -a mean,count -f u -g color data/colored-shapes.dkvp
color  u_mean   u_count
yellow 0.500651 1380
purple 0.501556 1111
green  0.503272 1068
red    0.493895 4702
blue   0.512529 1496
orange 0.521030 321

$ mlr --opprint bootstrap then stats1 -a mean,count -f u -g color data/colored-shapes.dkvp
color  u_mean   u_count
yellow 0.498046 1485
blue   0.513576 1417
red    0.492870 4595
orange 0.507697 307
green  0.496803 1075
purple 0.486337 1199

$ mlr --opprint bootstrap then stats1 -a mean,count -f u -g color data/colored-shapes.dkvp
color  u_mean   u_count
blue   0.522921 1447
red    0.490717 4617
yellow 0.496450 1419
purple 0.496523 1192
green  0.507569 1111
orange 0.468014 292

cat

Most useful for format conversions (see File formats), and concatenating multiple same-schema CSV files to have the same header: 

$ mlr cat -h
Usage: mlr cat [options]
Passes input records directly to output. Most useful for format conversion.
Options:
-n        Prepend field "n" to each record with record-counter starting at 1
-g {comma-separated field name(s)} When used with -n/-N, writes record-counters
          keyed by specified field name(s).
-v        Write a low-level record-structure dump to stderr.
-N {name} Prepend field {name} to each record with record-counter starting at 1


$ cat data/a.csv
a,b,c
1,2,3
4,5,6


$ cat data/b.csv
a,b,c
7,8,9


$ mlr --csv cat data/a.csv data/b.csv
a,b,c
1,2,3
4,5,6
7,8,9


$ mlr --icsv --oxtab cat data/a.csv data/b.csv
a 1
b 2
c 3

a 4
b 5
c 6

a 7
b 8
c 9


$ mlr --csv cat -n data/a.csv data/b.csv
n,a,b,c
1,1,2,3
2,4,5,6
3,7,8,9


$ mlr --opprint cat data/small
a   b   i x                   y
pan pan 1 0.3467901443380824  0.7268028627434533
eks pan 2 0.7586799647899636  0.5221511083334797
wye wye 3 0.20460330576630303 0.33831852551664776
eks wye 4 0.38139939387114097 0.13418874328430463
wye pan 5 0.5732889198020006  0.8636244699032729


$ mlr --opprint cat -n -g a data/small
n a   b   i x                   y
1 pan pan 1 0.3467901443380824  0.7268028627434533
1 eks pan 2 0.7586799647899636  0.5221511083334797
1 wye wye 3 0.20460330576630303 0.33831852551664776
2 eks wye 4 0.38139939387114097 0.13418874328430463
2 wye pan 5 0.5732889198020006  0.8636244699032729

check

$ mlr check --help
Usage: mlr check
Consumes records without printing any output.
Useful for doing a well-formatted check on input data.

clean-whitespace

$ mlr clean-whitespace --help
Usage: mlr clean-whitespace [options] {old1,new1,old2,new2,...}
For each record, for each field in the record, whitespace-cleans the keys and
values. Whitespace-cleaning entails stripping leading and trailing whitespace,
and replacing multiple whitespace with singles. For finer-grained control,
please see the DSL functions lstrip, rstrip, strip, collapse_whitespace,
and clean_whitespace.

Options:
-k|--keys-only    Do not touch values.
-v|--values-only  Do not touch keys.
It is an error to specify -k as well as -v.


$ mlr --icsv --ojson cat data/clean-whitespace.csv
{ "  Name  ": "  Ann  Simons", " Preference  ": "  blue  " }
{ "  Name  ": "Bob Wang  ", " Preference  ": " red       " }
{ "  Name  ": " Carol  Vee", " Preference  ": "    yellow" }


$ mlr --icsv --ojson clean-whitespace -k data/clean-whitespace.csv
{ "Name": "  Ann  Simons", "Preference": "  blue  " }
{ "Name": "Bob Wang  ", "Preference": " red       " }
{ "Name": " Carol  Vee", "Preference": "    yellow" }


$ mlr --icsv --ojson clean-whitespace -v data/clean-whitespace.csv
{ "  Name  ": "Ann Simons", " Preference  ": "blue" }
{ "  Name  ": "Bob Wang", " Preference  ": "red" }
{ "  Name  ": "Carol Vee", " Preference  ": "yellow" }


$ mlr --icsv --ojson clean-whitespace data/clean-whitespace.csv
{ "Name": "Ann Simons", "Preference": "blue" }
{ "Name": "Bob Wang", "Preference": "red" }
{ "Name": "Carol Vee", "Preference": "yellow" }

Function links:

count-distinct

$ mlr count-distinct --help
Usage: mlr count-distinct [options]
Prints number of records having distinct values for specified field names.
Same as uniq -c.

Options:
-f {a,b,c}    Field names for distinct count.
-n            Show only the number of distinct values. Not compatible with -u.
-o {name}     Field name for output count. Default "count".
              Ignored with -u.
-u            Do unlashed counts for multiple field names. With -f a,b and
              without -u, computes counts for distinct combinations of a
              and b field values. With -f a,b and with -u, computes counts
              for distinct a field values and counts for distinct b field
              values separately.


$ mlr count-distinct -f a,b then sort -nr count data/medium
a=zee,b=wye,count=455
a=pan,b=eks,count=429
a=pan,b=pan,count=427
a=wye,b=hat,count=426
a=hat,b=wye,count=423
a=pan,b=hat,count=417
a=eks,b=hat,count=417
a=eks,b=eks,count=413
a=pan,b=zee,count=413
a=zee,b=hat,count=409
a=eks,b=wye,count=407
a=zee,b=zee,count=403
a=pan,b=wye,count=395
a=wye,b=pan,count=392
a=zee,b=eks,count=391
a=zee,b=pan,count=389
a=hat,b=eks,count=389
a=wye,b=eks,count=386
a=hat,b=zee,count=385
a=wye,b=zee,count=385
a=hat,b=hat,count=381
a=wye,b=wye,count=377
a=eks,b=pan,count=371
a=hat,b=pan,count=363
a=eks,b=zee,count=357


$ mlr count-distinct -u -f a,b data/medium
field=a,value=pan,count=2081
field=a,value=eks,count=1965
field=a,value=wye,count=1966
field=a,value=zee,count=2047
field=a,value=hat,count=1941
field=b,value=pan,count=1942
field=b,value=wye,count=2057
field=b,value=zee,count=1943
field=b,value=eks,count=2008
field=b,value=hat,count=2050


$ mlr count-distinct -f a,b -o someothername then sort -nr someothername data/medium
a=zee,b=wye,someothername=455
a=pan,b=eks,someothername=429
a=pan,b=pan,someothername=427
a=wye,b=hat,someothername=426
a=hat,b=wye,someothername=423
a=pan,b=hat,someothername=417
a=eks,b=hat,someothername=417
a=eks,b=eks,someothername=413
a=pan,b=zee,someothername=413
a=zee,b=hat,someothername=409
a=eks,b=wye,someothername=407
a=zee,b=zee,someothername=403
a=pan,b=wye,someothername=395
a=wye,b=pan,someothername=392
a=zee,b=eks,someothername=391
a=zee,b=pan,someothername=389
a=hat,b=eks,someothername=389
a=wye,b=eks,someothername=386
a=hat,b=zee,someothername=385
a=wye,b=zee,someothername=385
a=hat,b=hat,someothername=381
a=wye,b=wye,someothername=377
a=eks,b=pan,someothername=371
a=hat,b=pan,someothername=363
a=eks,b=zee,someothername=357


$ mlr count-distinct -n -f a,b data/medium
count=25

count-similar

$ mlr count-similar --help
Usage: mlr count-similar [options]
Ingests all records, then emits each record augmented by a count of
the number of other records having the same group-by field values.
Options:
-g {d,e,f} Group-by-field names for counts.
-o {name}  Field name for output count. Default "count".


$ mlr --opprint head -n 20 data/medium
a   b   i  x                   y
pan pan 1  0.3467901443380824  0.7268028627434533
eks pan 2  0.7586799647899636  0.5221511083334797
wye wye 3  0.20460330576630303 0.33831852551664776
eks wye 4  0.38139939387114097 0.13418874328430463
wye pan 5  0.5732889198020006  0.8636244699032729
zee pan 6  0.5271261600918548  0.49322128674835697
eks zee 7  0.6117840605678454  0.1878849191181694
zee wye 8  0.5985540091064224  0.976181385699006
hat wye 9  0.03144187646093577 0.7495507603507059
pan wye 10 0.5026260055412137  0.9526183602969864
pan pan 11 0.7930488423451967  0.6505816637259333
zee pan 12 0.3676141320555616  0.23614420670296965
eks pan 13 0.4915175580479536  0.7709126592971468
eks zee 14 0.5207382318405251  0.34141681118811673
eks pan 15 0.07155556372719507 0.3596137145616235
pan pan 16 0.5736853980681922  0.7554169353781729
zee eks 17 0.29081949506712723 0.054478717073354166
hat zee 18 0.05727869223575699 0.13343527626645157
zee pan 19 0.43144132839222604 0.8442204830496998
eks wye 20 0.38245149780530685 0.4730652428100751


$ mlr --opprint head -n 20 then count-similar -g a data/medium
a   b   i  x                   y                    count
pan pan 1  0.3467901443380824  0.7268028627434533   4
pan wye 10 0.5026260055412137  0.9526183602969864   4
pan pan 11 0.7930488423451967  0.6505816637259333   4
pan pan 16 0.5736853980681922  0.7554169353781729   4
eks pan 2  0.7586799647899636  0.5221511083334797   7
eks wye 4  0.38139939387114097 0.13418874328430463  7
eks zee 7  0.6117840605678454  0.1878849191181694   7
eks pan 13 0.4915175580479536  0.7709126592971468   7
eks zee 14 0.5207382318405251  0.34141681118811673  7
eks pan 15 0.07155556372719507 0.3596137145616235   7
eks wye 20 0.38245149780530685 0.4730652428100751   7
wye wye 3  0.20460330576630303 0.33831852551664776  2
wye pan 5  0.5732889198020006  0.8636244699032729   2
zee pan 6  0.5271261600918548  0.49322128674835697  5
zee wye 8  0.5985540091064224  0.976181385699006    5
zee pan 12 0.3676141320555616  0.23614420670296965  5
zee eks 17 0.29081949506712723 0.054478717073354166 5
zee pan 19 0.43144132839222604 0.8442204830496998   5
hat wye 9  0.03144187646093577 0.7495507603507059   2
hat zee 18 0.05727869223575699 0.13343527626645157  2


$ mlr --opprint head -n 20 then count-similar -g a then sort -f a data/medium
a   b   i  x                   y                    count
eks pan 2  0.7586799647899636  0.5221511083334797   7
eks wye 4  0.38139939387114097 0.13418874328430463  7
eks zee 7  0.6117840605678454  0.1878849191181694   7
eks pan 13 0.4915175580479536  0.7709126592971468   7
eks zee 14 0.5207382318405251  0.34141681118811673  7
eks pan 15 0.07155556372719507 0.3596137145616235   7
eks wye 20 0.38245149780530685 0.4730652428100751   7
hat wye 9  0.03144187646093577 0.7495507603507059   2
hat zee 18 0.05727869223575699 0.13343527626645157  2
pan pan 1  0.3467901443380824  0.7268028627434533   4
pan wye 10 0.5026260055412137  0.9526183602969864   4
pan pan 11 0.7930488423451967  0.6505816637259333   4
pan pan 16 0.5736853980681922  0.7554169353781729   4
wye wye 3  0.20460330576630303 0.33831852551664776  2
wye pan 5  0.5732889198020006  0.8636244699032729   2
zee pan 6  0.5271261600918548  0.49322128674835697  5
zee wye 8  0.5985540091064224  0.976181385699006    5
zee pan 12 0.3676141320555616  0.23614420670296965  5
zee eks 17 0.29081949506712723 0.054478717073354166 5
zee pan 19 0.43144132839222604 0.8442204830496998   5

cut

$ mlr cut --help
Usage: mlr cut [options]
Passes through input records with specified fields included/excluded.
-f {a,b,c}       Field names to include for cut.
-o               Retain fields in the order specified here in the argument list.
                 Default is to retain them in the order found in the input data.
-x|--complement  Exclude, rather than include, field names specified by -f.
-r               Treat field names as regular expressions. "ab", "a.*b" will
                 match any field name containing the substring "ab" or matching
                 "a.*b", respectively; anchors of the form "^ab$", "^a.*b$" may
                 be used. The -o flag is ignored when -r is present.
Examples:
  mlr cut -f hostname,status
  mlr cut -x -f hostname,status
  mlr cut -r -f '^status$,sda[0-9]'
  mlr cut -r -f '^status$,"sda[0-9]"'
  mlr cut -r -f '^status$,"sda[0-9]"i' (this is case-insensitive)


$ mlr --opprint cat data/small
a   b   i x                   y
pan pan 1 0.3467901443380824  0.7268028627434533
eks pan 2 0.7586799647899636  0.5221511083334797
wye wye 3 0.20460330576630303 0.33831852551664776
eks wye 4 0.38139939387114097 0.13418874328430463
wye pan 5 0.5732889198020006  0.8636244699032729


$ mlr --opprint cut -f y,x,i data/small
i x                   y
1 0.3467901443380824  0.7268028627434533
2 0.7586799647899636  0.5221511083334797
3 0.20460330576630303 0.33831852551664776
4 0.38139939387114097 0.13418874328430463
5 0.5732889198020006  0.8636244699032729


$ echo 'a=1,b=2,c=3' | mlr cut -f b,c,a
a=1,b=2,c=3


$ echo 'a=1,b=2,c=3' | mlr cut -o -f b,c,a
b=2,c=3,a=1

decimate

$ mlr decimate --help
Usage: mlr decimate [options]
-n {count}    Decimation factor; default 10
-b            Decimate by printing first of every n.
-e            Decimate by printing last of every n (default).
-g {a,b,c}    Optional group-by-field names for decimate counts
Passes through one of every n records, optionally by category.

fill-down

$ mlr fill-down --help
Usage: mlr fill-down [options]
-f {a,b,c}          Field names for fill-down
-a|--only-if-absent Field names for fill-down
If a given record has a missing value for a given field, fill that from
the corresponding value from a previous record, if any.
By default, a 'missing' field either is absent, or has the empty-string value.
With -a, a field is 'missing' only if it is absent.


$ cat data/fill-down.csv
a,b,c
1,,3
4,5,6
7,,9


$ mlr --csv fill-down -f b data/fill-down.csv
a,b,c
1,,3
4,5,6
7,5,9


$ mlr --csv fill-down -a -f b data/fill-down.csv
a,b,c
1,,3
4,5,6
7,,9

filter

$ mlr filter --help
Usage: mlr filter [options] {expression}
Prints records for which {expression} evaluates to true.
If there are multiple semicolon-delimited expressions, all of them are
evaluated and the last one is used as the filter criterion.

Conversion options:
-S: Keeps field values as strings with no type inference to int or float.
-F: Keeps field values as strings or floats with no inference to int.
All field values are type-inferred to int/float/string unless this behavior is
suppressed with -S or -F.

Output/formatting options:
--oflatsep {string}: Separator to use when flattening multi-level @-variables
    to output records for emit. Default ":".
--jknquoteint: For dump output (JSON-formatted), do not quote map keys if non-string.
--jvquoteall: For dump output (JSON-formatted), quote map values even if non-string.
Any of the output-format command-line flags (see mlr -h). Example: using
  mlr --icsv --opprint ... then put --ojson 'tee > "mytap-".$a.".dat", $*' then ...
the input is CSV, the output is pretty-print tabular, but the tee-file output
is written in JSON format.
--no-fflush: for emit, tee, print, and dump, don't call fflush() after every
    record.

Expression-specification options:
-f {filename}: the DSL expression is taken from the specified file rather
    than from the command line. Outer single quotes wrapping the expression
    should not be placed in the file. If -f is specified more than once,
    all input files specified using -f are concatenated to produce the expression.
    (For example, you can define functions in one file and call them from another.)
-e {expression}: You can use this after -f to add an expression. Example use
    case: define functions/subroutines in a file you specify with -f, then call
    them with an expression you specify with -e.
(If you mix -e and -f then the expressions are evaluated in the order encountered.
Since the expression pieces are simply concatenated, please be sure to use intervening
semicolons to separate expressions.)

Tracing options:
-v: Prints the expressions's AST (abstract syntax tree), which gives
    full transparency on the precedence and associativity rules of
    Miller's grammar, to stdout.
-a: Prints a low-level stack-allocation trace to stdout.
-t: Prints a low-level parser trace to stderr.
-T: Prints a every statement to stderr as it is executed.

Other options:
-x: Prints records for which {expression} evaluates to false.

Please use a dollar sign for field names and double-quotes for string
literals. If field names have special characters such as "." then you might
use braces, e.g. '${field.name}'. Miller built-in variables are
NF NR FNR FILENUM FILENAME M_PI M_E, and ENV["namegoeshere"] to access environment
variables. The environment-variable name may be an expression, e.g. a field
value.

Use # to comment to end of line.

Examples:
  mlr filter 'log10($count) > 4.0'
  mlr filter 'FNR == 2          (second record in each file)'
  mlr filter 'urand() < 0.001'  (subsampling)
  mlr filter '$color != "blue" && $value > 4.2'
  mlr filter '($x<.5 && $y<.5) || ($x>.5 && $y>.5)'
  mlr filter '($name =~ "^sys.*east$") || ($name =~ "^dev.[0-9]+"i)'
  mlr filter '$ab = $a+$b; $cd = $c+$d; $ab != $cd'
  mlr filter '
    NR == 1 ||
   #NR == 2 ||
    NR == 3
  '

Please see http://johnkerl.org/miller/doc/reference.html for more information
including function list. Or "mlr -f". Please also also "mlr grep" which is
useful when you don't yet know which field name(s) you're looking for.

Features which filter shares with put

Please see Expression language for filter and put for more information about the expression language for mlr filter.

format-values

$ mlr format-values --help
Usage: mlr format-values [options]
Applies format strings to all field values, depending on autodetected type.
* If a field value is detected to be integer, applies integer format.
* Else, if a field value is detected to be float, applies float format.
* Else, applies string format.

Note: this is a low-keystroke way to apply formatting to many fields. To get
finer control, please see the fmtnum function within the mlr put DSL.

Note: this verb lets you apply arbitrary format strings, which can produce
undefined behavior and/or program crashes.  See your system's "man printf".

Options:
-i {integer format} Defaults to "%lld".
                    Examples: "%06lld", "%08llx".
                    Note that Miller integers are long long so you must use
                    formats which apply to long long, e.g. with ll in them.
                    Undefined behavior results otherwise.
-f {float format}   Defaults to "%lf".
                    Examples: "%8.3lf", "%.6le".
                    Note that Miller floats are double-precision so you must
                    use formats which apply to double, e.g. with l[efg] in them.
                    Undefined behavior results otherwise.
-s {string format}  Defaults to "%s".
                    Examples: "_%s", "%08s".
                    Note that you must use formats which apply to string, e.g.
                    with s in them. Undefined behavior results otherwise.
-n                  Coerce field values autodetected as int to float, and then
                    apply the float format.


$ mlr --opprint format-values data/small
a   b   i x        y
pan pan 1 0.346790 0.726803
eks pan 2 0.758680 0.522151
wye wye 3 0.204603 0.338319
eks wye 4 0.381399 0.134189
wye pan 5 0.573289 0.863624


$ mlr --opprint format-values -n data/small
a   b   i        x        y
pan pan 1.000000 0.346790 0.726803
eks pan 2.000000 0.758680 0.522151
wye wye 3.000000 0.204603 0.338319
eks wye 4.000000 0.381399 0.134189
wye pan 5.000000 0.573289 0.863624


$ mlr --opprint format-values -i %08llx -f %.6le -s X%sX data/small
a     b     i        x            y
XpanX XpanX 00000001 3.467901e-01 7.268029e-01
XeksX XpanX 00000002 7.586800e-01 5.221511e-01
XwyeX XwyeX 00000003 2.046033e-01 3.383185e-01
XeksX XwyeX 00000004 3.813994e-01 1.341887e-01
XwyeX XpanX 00000005 5.732889e-01 8.636245e-01


$ mlr --opprint format-values -i %08llx -f %.6le -s X%sX -n data/small
a     b     i            x            y
XpanX XpanX 1.000000e+00 3.467901e-01 7.268029e-01
XeksX XpanX 2.000000e+00 7.586800e-01 5.221511e-01
XwyeX XwyeX 3.000000e+00 2.046033e-01 3.383185e-01
XeksX XwyeX 4.000000e+00 3.813994e-01 1.341887e-01
XwyeX XpanX 5.000000e+00 5.732889e-01 8.636245e-01

fraction

$ mlr fraction --help
Usage: mlr fraction [options]
For each record's value in specified fields, computes the ratio of that
value to the sum of values in that field over all input records.
E.g. with input records  x=1  x=2  x=3  and  x=4, emits output records
x=1,x_fraction=0.1  x=2,x_fraction=0.2  x=3,x_fraction=0.3  and  x=4,x_fraction=0.4

Note: this is internally a two-pass algorithm: on the first pass it retains
input records and accumulates sums; on the second pass it computes quotients
and emits output records. This means it produces no output until all input is read.

Options:
-f {a,b,c}    Field name(s) for fraction calculation
-g {d,e,f}    Optional group-by-field name(s) for fraction counts
-p            Produce percents [0..100], not fractions [0..1]. Output field names
              end with "_percent" rather than "_fraction"
-c            Produce cumulative distributions, i.e. running sums: each output
              value folds in the sum of the previous for the specified group
              E.g. with input records  x=1  x=2  x=3  and  x=4, emits output records
              x=1,x_cumulative_fraction=0.1  x=2,x_cumulative_fraction=0.3
              x=3,x_cumulative_fraction=0.6  and  x=4,x_cumulative_fraction=1.0

For example, suppose you have the following CSV file: 

u=female,v=red,n=2458
u=female,v=green,n=192
u=female,v=blue,n=337
u=female,v=purple,n=468
u=female,v=yellow,n=3
u=female,v=orange,n=17
u=male,v=red,n=143
u=male,v=green,n=227
u=male,v=blue,n=2034
u=male,v=purple,n=12
u=male,v=yellow,n=1192
u=male,v=orange,n=448

Then we can see what each record’s n contributes to the total n: 

$ mlr --opprint fraction -f n data/fraction-example.csv
u      v      n    n_fraction
female red    2458 0.326384
female green  192  0.025495
female blue   337  0.044748
female purple 468  0.062143
female yellow 3    0.000398
female orange 17   0.002257
male   red    143  0.018988
male   green  227  0.030142
male   blue   2034 0.270084
male   purple 12   0.001593
male   yellow 1192 0.158279
male   orange 448  0.059487

Using -g we can split those out by gender, or by color: 

$ mlr --opprint fraction -f n -g u data/fraction-example.csv
u      v      n    n_fraction
female red    2458 0.707338
female green  192  0.055252
female blue   337  0.096978
female purple 468  0.134676
female yellow 3    0.000863
female orange 17   0.004892
male   red    143  0.035256
male   green  227  0.055966
male   blue   2034 0.501479
male   purple 12   0.002959
male   yellow 1192 0.293886
male   orange 448  0.110454


$ mlr --opprint fraction -f n -g v data/fraction-example.csv
u      v      n    n_fraction
female red    2458 0.945021
female green  192  0.458234
female blue   337  0.142134
female purple 468  0.975000
female yellow 3    0.002510
female orange 17   0.036559
male   red    143  0.054979
male   green  227  0.541766
male   blue   2034 0.857866
male   purple 12   0.025000
male   yellow 1192 0.997490
male   orange 448  0.963441

We can see, for example, that 70.9% of females have red (on the left) while 94.5% of reds are for females.

To convert fractions to percents, you may use -p: 

$ mlr --opprint fraction -f n -p data/fraction-example.csv
u      v      n    n_percent
female red    2458 32.638428
female green  192  2.549462
female blue   337  4.474837
female purple 468  6.214314
female yellow 3    0.039835
female orange 17   0.225734
male   red    143  1.898818
male   green  227  3.014208
male   blue   2034 27.008365
male   purple 12   0.159341
male   yellow 1192 15.827911
male   orange 448  5.948745

Another often-used idiom is to convert from a point distribution to a cumulative distribution, also known as “running sums”. Here, you can use -c: 

$ mlr --opprint fraction -f n -p -c data/fraction-example.csv
u      v      n    n_cumulative_percent
female red    2458 32.638428
female green  192  35.187890
female blue   337  39.662727
female purple 468  45.877042
female yellow 3    45.916877
female orange 17   46.142611
male   red    143  48.041429
male   green  227  51.055637
male   blue   2034 78.064002
male   purple 12   78.223344
male   yellow 1192 94.051255
male   orange 448  100


$ mlr --opprint fraction -f n -g u -p -c data/fraction-example.csv
u      v      n    n_cumulative_percent
female red    2458 70.733813
female green  192  76.258993
female blue   337  85.956835
female purple 468  99.424460
female yellow 3    99.510791
female orange 17   100
male   red    143  3.525641
male   green  227  9.122288
male   blue   2034 59.270217
male   purple 12   59.566075
male   yellow 1192 88.954635
male   orange 448  100

grep

$ mlr grep -h
Usage: mlr grep [options] {regular expression}
Passes through records which match {regex}.
Options:
-i    Use case-insensitive search.
-v    Invert: pass through records which do not match the regex.
Note that "mlr filter" is more powerful, but requires you to know field names.
By contrast, "mlr grep" allows you to regex-match the entire record. It does
this by formatting each record in memory as DKVP, using command-line-specified
ORS/OFS/OPS, and matching the resulting line against the regex specified
here. In particular, the regex is not applied to the input stream: if you
have CSV with header line "x,y,z" and data line "1,2,3" then the regex will
be matched, not against either of these lines, but against the DKVP line
"x=1,y=2,z=3".  Furthermore, not all the options to system grep are supported,
and this command is intended to be merely a keystroke-saver. To get all the
features of system grep, you can do
  "mlr --odkvp ... | grep ... | mlr --idkvp ..."

group-by

$ mlr group-by --help
Usage: mlr group-by {comma-separated field names}
Outputs records in batches having identical values at specified field names.

This is similar to sort but with less work. Namely, Miller’s sort has three steps: read through the data and append linked lists of records, one for each unique combination of the key-field values; after all records are read, sort the key-field values; then print each record-list. The group-by operation simply omits the middle sort. An example should make this more clear. 

$ mlr --opprint group-by a data/small
a   b   i x                   y
pan pan 1 0.3467901443380824  0.7268028627434533
eks pan 2 0.7586799647899636  0.5221511083334797
eks wye 4 0.38139939387114097 0.13418874328430463
wye wye 3 0.20460330576630303 0.33831852551664776
wye pan 5 0.5732889198020006  0.8636244699032729


$ mlr --opprint sort -f a data/small
a   b   i x                   y
eks pan 2 0.7586799647899636  0.5221511083334797
eks wye 4 0.38139939387114097 0.13418874328430463
pan pan 1 0.3467901443380824  0.7268028627434533
wye wye 3 0.20460330576630303 0.33831852551664776
wye pan 5 0.5732889198020006  0.8636244699032729

In this example, since the sort is on field a, the first step is to group together all records having the same value for field a; the second step is to sort the distinct a-field values pan, eks, and wye into eks, pan, and wye; the third step is to print out the record-list for a=eks, then the record-list for a=pan, then the record-list for a=wye. The group-by operation omits the middle sort and just puts like records together, for those times when a sort isn’t desired. In particular, the ordering of group-by fields for group-by is the order in which they were encountered in the data stream, which in some cases may be more interesting to you.

group-like

$ mlr group-like --help
Usage: mlr group-like
Outputs records in batches having identical field names.

This groups together records having the same schema (i.e. same ordered list of field names) which is useful for making sense of time-ordered output as described in Record-hetrogeneity — in particular, in preparation for CSV or pretty-print output. 

$ mlr cat data/het.dkvp
resource=/path/to/file,loadsec=0.45,ok=true
record_count=100,resource=/path/to/file
resource=/path/to/second/file,loadsec=0.32,ok=true
record_count=150,resource=/path/to/second/file
resource=/some/other/path,loadsec=0.97,ok=false


$ mlr --opprint group-like data/het.dkvp
resource             loadsec ok
/path/to/file        0.45    true
/path/to/second/file 0.32    true
/some/other/path     0.97    false

record_count resource
100          /path/to/file
150          /path/to/second/file

having-fields

$ mlr having-fields --help
Usage: mlr having-fields [options]
Conditionally passes through records depending on each record's field names.
Options:
  --at-least      {comma-separated names}
  --which-are     {comma-separated names}
  --at-most       {comma-separated names}
  --all-matching  {regular expression}
  --any-matching  {regular expression}
  --none-matching {regular expression}
Examples:
  mlr having-fields --which-are amount,status,owner
  mlr having-fields --any-matching 'sda[0-9]'
  mlr having-fields --any-matching '"sda[0-9]"'
  mlr having-fields --any-matching '"sda[0-9]"i' (this is case-insensitive)

Similar to group-like, this retains records with specified schema. 

$ mlr cat data/het.dkvp
resource=/path/to/file,loadsec=0.45,ok=true
record_count=100,resource=/path/to/file
resource=/path/to/second/file,loadsec=0.32,ok=true
record_count=150,resource=/path/to/second/file
resource=/some/other/path,loadsec=0.97,ok=false


$ mlr having-fields --at-least resource data/het.dkvp
resource=/path/to/file,loadsec=0.45,ok=true
record_count=100,resource=/path/to/file
resource=/path/to/second/file,loadsec=0.32,ok=true
record_count=150,resource=/path/to/second/file
resource=/some/other/path,loadsec=0.97,ok=false


$ mlr having-fields --which-are resource,ok,loadsec data/het.dkvp
resource=/path/to/file,loadsec=0.45,ok=true
resource=/path/to/second/file,loadsec=0.32,ok=true
resource=/some/other/path,loadsec=0.97,ok=false

head

$ mlr head --help
Usage: mlr head [options]
-n {count}    Head count to print; default 10
-g {a,b,c}    Optional group-by-field names for head counts
Passes through the first n records, optionally by category.
Without -g, ceases consuming more input (i.e. is fast) when n
records have been read.

Note that head is distinct from top — head shows fields which appear first in the data stream; top shows fields which are numerically largest (or smallest). 

$ mlr --opprint head -n 4 data/medium
a   b   i x                   y
pan pan 1 0.3467901443380824  0.7268028627434533
eks pan 2 0.7586799647899636  0.5221511083334797
wye wye 3 0.20460330576630303 0.33831852551664776
eks wye 4 0.38139939387114097 0.13418874328430463


$ mlr --opprint head -n 1 -g b data/medium
a   b   i  x                   y
pan pan 1  0.3467901443380824  0.7268028627434533
wye wye 3  0.20460330576630303 0.33831852551664776
eks zee 7  0.6117840605678454  0.1878849191181694
zee eks 17 0.29081949506712723 0.054478717073354166
wye hat 24 0.7286126830627567  0.19441962592638418

histogram

$ mlr histogram --help
Usage: mlr histogram [options]
-f {a,b,c}    Value-field names for histogram counts
--lo {lo}     Histogram low value
--hi {hi}     Histogram high value
--nbins {n}   Number of histogram bins
--auto        Automatically computes limits, ignoring --lo and --hi.
              Holds all values in memory before producing any output.
-o {prefix}   Prefix for output field name. Default: no prefix.
Just a histogram. Input values < lo or > hi are not counted.

This is just a histogram; there’s not too much to say here. A note about binning, by example: Suppose you use --lo 0.0 --hi 1.0 --nbins 10 -f x. The input numbers less than 0 or greater than 1 aren’t counted in any bin. Input numbers equal to 1 are counted in the last bin. That is, bin 0 has 0.0 ≤ x < 0.1, bin 1 has 0.1 ≤ x < 0.2, etc., but bin 9 has 0.9 ≤ x ≤ 1.0. 

$ mlr --opprint put '$x2=$x**2;$x3=$x2*$x' then histogram -f x,x2,x3 --lo 0 --hi 1 --nbins 10 data/medium
bin_lo   bin_hi   x_count x2_count x3_count
0.000000 0.100000 1072    3231     4661
0.100000 0.200000 938     1254     1184
0.200000 0.300000 1037    988      845
0.300000 0.400000 988     832      676
0.400000 0.500000 950     774      576
0.500000 0.600000 1002    692      476
0.600000 0.700000 1007    591      438
0.700000 0.800000 1007    560      420
0.800000 0.900000 986     571      383
0.900000 1.000000 1013    507      341


$ mlr --opprint put '$x2=$x**2;$x3=$x2*$x' then histogram -f x,x2,x3 --lo 0 --hi 1 --nbins 10 -o my_ data/medium
my_bin_lo my_bin_hi my_x_count my_x2_count my_x3_count
0.000000  0.100000  1072       3231        4661
0.100000  0.200000  938        1254        1184
0.200000  0.300000  1037       988         845
0.300000  0.400000  988        832         676
0.400000  0.500000  950        774         576
0.500000  0.600000  1002       692         476
0.600000  0.700000  1007       591         438
0.700000  0.800000  1007       560         420
0.800000  0.900000  986        571         383
0.900000  1.000000  1013       507         341

join

$ mlr join --help
Usage: mlr join [options]
Joins records from specified left file name with records from all file names
at the end of the Miller argument list.
Functionality is essentially the same as the system "join" command, but for
record streams.
Options:
  -f {left file name}
  -j {a,b,c}   Comma-separated join-field names for output
  -l {a,b,c}   Comma-separated join-field names for left input file;
               defaults to -j values if omitted.
  -r {a,b,c}   Comma-separated join-field names for right input file(s);
               defaults to -j values if omitted.
  --lp {text}  Additional prefix for non-join output field names from
               the left file
  --rp {text}  Additional prefix for non-join output field names from
               the right file(s)
  --np         Do not emit paired records
  --ul         Emit unpaired records from the left file
  --ur         Emit unpaired records from the right file(s)
  -s|--sorted-input  Require sorted input: records must be sorted
               lexically by their join-field names, else not all records will
               be paired. The only likely use case for this is with a left
               file which is too big to fit into system memory otherwise.
  -u           Enable unsorted input. (This is the default even without -u.)
               In this case, the entire left file will be loaded into memory.
  --prepipe {command} As in main input options; see mlr --help for details.
               If you wish to use a prepipe command for the main input as well
               as here, it must be specified there as well as here.
File-format options default to those for the right file names on the Miller
argument list, but may be overridden for the left file as follows. Please see
the main "mlr --help" for more information on syntax for these arguments.
  -i {one of csv,dkvp,nidx,pprint,xtab}
  --irs {record-separator character}
  --ifs {field-separator character}
  --ips {pair-separator character}
  --repifs
  --repips
  --mmap
  --no-mmap
Please use "mlr --usage-separator-options" for information on specifying separators.
Please see http://johnkerl.org/miller/doc/reference.html for more information
including examples.

Examples:

Join larger table with IDs with smaller ID-to-name lookup table, showing only paired records: 

$ mlr --icsvlite --opprint cat data/join-left-example.csv
id  name
100 alice
200 bob
300 carol
400 david
500 edgar


$ mlr --icsvlite --opprint cat data/join-right-example.csv
status  idcode
present 400
present 100
missing 200
present 100
present 200
missing 100
missing 200
present 300
missing 600
present 400
present 400
present 300
present 100
missing 400
present 200
present 200
present 200
present 200
present 400
present 300


$ mlr --icsvlite --opprint join -u -j id -r idcode -f data/join-left-example.csv data/join-right-example.csv
id  name  status
400 david present
100 alice present
200 bob   missing
100 alice present
200 bob   present
100 alice missing
200 bob   missing
300 carol present
400 david present
400 david present
300 carol present
100 alice present
400 david missing
200 bob   present
200 bob   present
200 bob   present
200 bob   present
400 david present
300 carol present

Same, but with sorting the input first: 

$ mlr --icsvlite --opprint sort -f idcode then join -j id -r idcode -f data/join-left-example.csv data/join-right-example.csv
id  name  status
100 alice present
100 alice present
100 alice missing
100 alice present
200 bob   missing
200 bob   present
200 bob   missing
200 bob   present
200 bob   present
200 bob   present
200 bob   present
300 carol present
300 carol present
300 carol present
400 david present
400 david present
400 david present
400 david missing
400 david present

Same, but showing only unpaired records: 

$ mlr --icsvlite --opprint join --np --ul --ur -u -j id -r idcode -f data/join-left-example.csv data/join-right-example.csv
status  idcode
missing 600

id  name
500 edgar

Use prefixing options to disambiguate between otherwise identical non-join field names: 

$ mlr --csvlite --opprint cat data/self-join.csv data/self-join.csv
a b c
1 2 3
1 4 5
1 2 3
1 4 5


$ mlr --csvlite --opprint join -j a --lp left_ --rp right_ -f data/self-join.csv data/self-join.csv
a left_b left_c right_b right_c
1 2      3      2       3
1 4      5      2       3
1 2      3      4       5
1 4      5      4       5

Use zero join columns: 

$ mlr --csvlite --opprint join -j "" --lp left_ --rp right_ -f data/self-join.csv data/self-join.csv
left_a left_b left_c right_a right_b right_c
1      2      3      1       2       3
1      4      5      1       2       3
1      2      3      1       4       5
1      4      5      1       4       5

label

$ mlr label --help
Usage: mlr label {new1,new2,new3,...}
Given n comma-separated names, renames the first n fields of each record to
have the respective name. (Fields past the nth are left with their original
names.) Particularly useful with --inidx or --implicit-csv-header, to give
useful names to otherwise integer-indexed fields.
Examples:
  "echo 'a b c d' | mlr --inidx --odkvp cat"       gives "1=a,2=b,3=c,4=d"
  "echo 'a b c d' | mlr --inidx --odkvp label s,t" gives "s=a,t=b,3=c,4=d"

See also rename.

Example: Files such as /etc/passwd, /etc/group, and so on have implicit field names which are found in section-5 manpages. These field names may be made explicit as follows: 

% grep -v '^#' /etc/passwd | mlr --nidx --fs : --opprint label name,password,uid,gid,gecos,home_dir,shell | head
name                  password uid gid gecos                         home_dir           shell
nobody                *        -2  -2  Unprivileged User             /var/empty         /usr/bin/false
root                  *        0   0   System Administrator          /var/root          /bin/sh
daemon                *        1   1   System Services               /var/root          /usr/bin/false
_uucp                 *        4   4   Unix to Unix Copy Protocol    /var/spool/uucp    /usr/sbin/uucico
_taskgated            *        13  13  Task Gate Daemon              /var/empty         /usr/bin/false
_networkd             *        24  24  Network Services              /var/networkd      /usr/bin/false
_installassistant     *        25  25  Install Assistant             /var/empty         /usr/bin/false
_lp                   *        26  26  Printing Services             /var/spool/cups    /usr/bin/false
_postfix              *        27  27  Postfix Mail Server           /var/spool/postfix /usr/bin/false

Likewise, if you have CSV/CSV-lite input data which has somehow been bereft of its header line, you can re-add a header line using --implicit-csv-header and label: 

$ cat data/headerless.csv
John,23,present
Fred,34,present
Alice,56,missing
Carol,45,present


$ mlr  --csv --implicit-csv-header cat data/headerless.csv
1,2,3
John,23,present
Fred,34,present
Alice,56,missing
Carol,45,present


$ mlr  --csv --implicit-csv-header label name,age,status data/headerless.csv
name,age,status
John,23,present
Fred,34,present
Alice,56,missing
Carol,45,present


$ mlr --icsv --implicit-csv-header --opprint label name,age,status data/headerless.csv
name  age status
John  23  present
Fred  34  present
Alice 56  missing
Carol 45  present

least-frequent

$ mlr least-frequent -h
Usage: mlr least-frequent [options]
Shows the least frequently occurring distinct values for specified field names.
The first entry is the statistical anti-mode; the remaining are runners-up.
Options:
-f {one or more comma-separated field names}. Required flag.
-n {count}. Optional flag defaulting to 10.
-b          Suppress counts; show only field values.
-o {name}   Field name for output count. Default "count".
See also "mlr most-frequent".


$ mlr --opprint --from data/colored-shapes.dkvp least-frequent -f shape -n 5
shape    count
circle   2591
triangle 3372
square   4115


$ mlr --opprint --from data/colored-shapes.dkvp least-frequent -f shape,color -n 5
shape    color  count
circle   orange 68
triangle orange 107
square   orange 128
circle   green  287
circle   purple 289


$ mlr --opprint --from data/colored-shapes.dkvp least-frequent -f shape,color -n 5 -o someothername
shape    color  someothername
circle   orange 68
triangle orange 107
square   orange 128
circle   green  287
circle   purple 289


$ mlr --opprint --from data/colored-shapes.dkvp least-frequent -f shape,color -n 5 -b
shape    color
circle   orange
triangle orange
square   orange
circle   green
circle   purple

See also most-frequent.

merge-fields

$ mlr merge-fields --help
Usage: mlr merge-fields [options]
Computes univariate statistics for each input record, accumulated across
specified fields.
Options:
-a {sum,count,...}  Names of accumulators. One or more of:
  count     Count instances of fields
  mode      Find most-frequently-occurring values for fields; first-found wins tie
  antimode  Find least-frequently-occurring values for fields; first-found wins tie
  sum       Compute sums of specified fields
  mean      Compute averages (sample means) of specified fields
  stddev    Compute sample standard deviation of specified fields
  var       Compute sample variance of specified fields
  meaneb    Estimate error bars for averages (assuming no sample autocorrelation)
  skewness  Compute sample skewness of specified fields
  kurtosis  Compute sample kurtosis of specified fields
  min       Compute minimum values of specified fields
  max       Compute maximum values of specified fields
-f {a,b,c}  Value-field names on which to compute statistics. Requires -o.
-r {a,b,c}  Regular expressions for value-field names on which to compute
            statistics. Requires -o.
-c {a,b,c}  Substrings for collapse mode. All fields which have the same names
            after removing substrings will be accumulated together. Please see
            examples below.
-i          Use interpolated percentiles, like R's type=7; default like type=1.
            Not sensical for string-valued fields.
-o {name}   Output field basename for -f/-r.
-k          Keep the input fields which contributed to the output statistics;
            the default is to omit them.
-F          Computes integerable things (e.g. count) in floating point.

String-valued data make sense unless arithmetic on them is required,
e.g. for sum, mean, interpolated percentiles, etc. In case of mixed data,
numbers are less than strings.

Example input data: "a_in_x=1,a_out_x=2,b_in_y=4,b_out_x=8".
Example: mlr merge-fields -a sum,count -f a_in_x,a_out_x -o foo
  produces "b_in_y=4,b_out_x=8,foo_sum=3,foo_count=2" since "a_in_x,a_out_x" are
  summed over.
Example: mlr merge-fields -a sum,count -r in_,out_ -o bar
  produces "bar_sum=15,bar_count=4" since all four fields are summed over.
Example: mlr merge-fields -a sum,count -c in_,out_
  produces "a_x_sum=3,a_x_count=2,b_y_sum=4,b_y_count=1,b_x_sum=8,b_x_count=1"
  since "a_in_x" and "a_out_x" both collapse to "a_x", "b_in_y" collapses to
  "b_y", and "b_out_x" collapses to "b_x".

This is like mlr stats1 but all accumulation is done across fields within each given record: horizontal rather than vertical statistics, if you will.

Examples: 

$ mlr --csvlite --opprint cat data/inout.csv
a_in a_out b_in b_out
436  490   446  195
526  320   963  780
220  888   705  831


$ mlr --csvlite --opprint merge-fields -a min,max,sum -c _in,_out data/inout.csv
a_min a_max a_sum b_min b_max b_sum
436   490   926   195   446   641
320   526   846   780   963   1743
220   888   1108  705   831   1536


$ mlr --csvlite --opprint merge-fields -k -a sum -c _in,_out data/inout.csv
a_in a_out b_in b_out a_sum b_sum
436  490   446  195   926   641
526  320   963  780   846   1743
220  888   705  831   1108  1536

most-frequent

$ mlr most-frequent -h
Usage: mlr most-frequent [options]
Shows the most frequently occurring distinct values for specified field names.
The first entry is the statistical mode; the remaining are runners-up.
Options:
-f {one or more comma-separated field names}. Required flag.
-n {count}. Optional flag defaulting to 10.
-b          Suppress counts; show only field values.
-o {name}   Field name for output count. Default "count".
See also "mlr least-frequent".


$ mlr --opprint --from data/colored-shapes.dkvp most-frequent -f shape -n 5
shape    count
square   4115
triangle 3372
circle   2591


$ mlr --opprint --from data/colored-shapes.dkvp most-frequent -f shape,color -n 5
shape    color  count
square   red    1874
triangle red    1560
circle   red    1207
square   yellow 589
square   blue   589


$ mlr --opprint --from data/colored-shapes.dkvp most-frequent -f shape,color -n 5 -o someothername
shape    color  someothername
square   red    1874
triangle red    1560
circle   red    1207
square   yellow 589
square   blue   589


$ mlr --opprint --from data/colored-shapes.dkvp most-frequent -f shape,color -n 5 -b
shape    color
square   red
triangle red
circle   red
square   yellow
square   blue

See also least-frequent.

nest

$ mlr nest -h
Usage: mlr nest [options]
Explodes specified field values into separate fields/records, or reverses this.
Options:
  --explode,--implode   One is required.
  --values,--pairs      One is required.
  --across-records,--across-fields One is required.
  -f {field name}       Required.
  --nested-fs {string}  Defaults to ";". Field separator for nested values.
  --nested-ps {string}  Defaults to ":". Pair separator for nested key-value pairs.
  --evar {string}       Shorthand for --explode --values ---across-records --nested-fs {string}
  --ivar {string}       Shorthand for --implode --values ---across-records --nested-fs {string}
Please use "mlr --usage-separator-options" for information on specifying separators.

Examples:

  mlr nest --explode --values --across-records -f x
  with input record "x=a;b;c,y=d" produces output records
    "x=a,y=d"
    "x=b,y=d"
    "x=c,y=d"
  Use --implode to do the reverse.

  mlr nest --explode --values --across-fields -f x
  with input record "x=a;b;c,y=d" produces output records
    "x_1=a,x_2=b,x_3=c,y=d"
  Use --implode to do the reverse.

  mlr nest --explode --pairs --across-records -f x
  with input record "x=a:1;b:2;c:3,y=d" produces output records
    "a=1,y=d"
    "b=2,y=d"
    "c=3,y=d"

  mlr nest --explode --pairs --across-fields -f x
  with input record "x=a:1;b:2;c:3,y=d" produces output records
    "a=1,b=2,c=3,y=d"

Notes:
* With --pairs, --implode doesn't make sense since the original field name has
  been lost.
* The combination "--implode --values --across-records" is non-streaming:
  no output records are produced until all input records have been read. In
  particular, this means it won't work in tail -f contexts. But all other flag
  combinations result in streaming (tail -f friendly) data processing.
* It's up to you to ensure that the nested-fs is distinct from your data's IFS:
  e.g. by default the former is semicolon and the latter is comma.
See also mlr reshape.

nothing

$ mlr nothing -h
Usage: mlr nothing [options]
Drops all input records. Useful for testing, or after tee/print/etc. have
produced other output.

put

$ mlr put --help
Usage: mlr put [options] {expression}
Adds/updates specified field(s). Expressions are semicolon-separated and must
either be assignments, or evaluate to boolean.  Booleans with following
statements in curly braces control whether those statements are executed;
booleans without following curly braces do nothing except side effects (e.g.
regex-captures into \1, \2, etc.).

Conversion options:
-S: Keeps field values as strings with no type inference to int or float.
-F: Keeps field values as strings or floats with no inference to int.
All field values are type-inferred to int/float/string unless this behavior is
suppressed with -S or -F.

Output/formatting options:
--oflatsep {string}: Separator to use when flattening multi-level @-variables
    to output records for emit. Default ":".
--jknquoteint: For dump output (JSON-formatted), do not quote map keys if non-string.
--jvquoteall: For dump output (JSON-formatted), quote map values even if non-string.
Any of the output-format command-line flags (see mlr -h). Example: using
  mlr --icsv --opprint ... then put --ojson 'tee > "mytap-".$a.".dat", $*' then ...
the input is CSV, the output is pretty-print tabular, but the tee-file output
is written in JSON format.
--no-fflush: for emit, tee, print, and dump, don't call fflush() after every
    record.

Expression-specification options:
-f {filename}: the DSL expression is taken from the specified file rather
    than from the command line. Outer single quotes wrapping the expression
    should not be placed in the file. If -f is specified more than once,
    all input files specified using -f are concatenated to produce the expression.
    (For example, you can define functions in one file and call them from another.)
-e {expression}: You can use this after -f to add an expression. Example use
    case: define functions/subroutines in a file you specify with -f, then call
    them with an expression you specify with -e.
(If you mix -e and -f then the expressions are evaluated in the order encountered.
Since the expression pieces are simply concatenated, please be sure to use intervening
semicolons to separate expressions.)

Tracing options:
-v: Prints the expressions's AST (abstract syntax tree), which gives
    full transparency on the precedence and associativity rules of
    Miller's grammar, to stdout.
-a: Prints a low-level stack-allocation trace to stdout.
-t: Prints a low-level parser trace to stderr.
-T: Prints a every statement to stderr as it is executed.

Other options:
-q: Does not include the modified record in the output stream. Useful for when
    all desired output is in begin and/or end blocks.

Please use a dollar sign for field names and double-quotes for string
literals. If field names have special characters such as "." then you might
use braces, e.g. '${field.name}'. Miller built-in variables are
NF NR FNR FILENUM FILENAME M_PI M_E, and ENV["namegoeshere"] to access environment
variables. The environment-variable name may be an expression, e.g. a field
value.

Use # to comment to end of line.

Examples:
  mlr put '$y = log10($x); $z = sqrt($y)'
  mlr put '$x>0.0 { $y=log10($x); $z=sqrt($y) }' # does {...} only if $x > 0.0
  mlr put '$x>0.0;  $y=log10($x); $z=sqrt($y)'   # does all three statements
  mlr put '$a =~ "([a-z]+)_([0-9]+);  $b = "left_\1"; $c = "right_\2"'
  mlr put '$a =~ "([a-z]+)_([0-9]+) { $b = "left_\1"; $c = "right_\2" }'
  mlr put '$filename = FILENAME'
  mlr put '$colored_shape = $color . "_" . $shape'
  mlr put '$y = cos($theta); $z = atan2($y, $x)'
  mlr put '$name = sub($name, "http.*com"i, "")'
  mlr put -q '@sum += $x; end {emit @sum}'
  mlr put -q '@sum[$a] += $x; end {emit @sum, "a"}'
  mlr put -q '@sum[$a][$b] += $x; end {emit @sum, "a", "b"}'
  mlr put -q '@min=min(@min,$x);@max=max(@max,$x); end{emitf @min, @max}'
  mlr put -q 'is_null(@xmax) || $x > @xmax {@xmax=$x; @recmax=$*}; end {emit @recmax}'
  mlr put '
    $x = 1;
   #$y = 2;
    $z = 3
  '

Please see also 'mlr -k' for examples using redirected output.

Please see http://johnkerl.org/miller/doc/reference.html for more information
including function list. Or "mlr -f".
Please see in particular:
  http://www.johnkerl.org/miller/doc/reference.html#put

Features which put shares with filter

Please see Expression language for filter and put for more information about the expression language for mlr put.

regularize

$ mlr regularize --help
Usage: mlr regularize
For records seen earlier in the data stream with same field names in
a different order, outputs them with field names in the previously
encountered order.
Example: input records a=1,c=2,b=3, then e=4,d=5, then c=7,a=6,b=8
output as              a=1,c=2,b=3, then e=4,d=5, then a=6,c=7,b=8

This exists since hash-map software in various languages and tools encountered in the wild does not always print similar rows with fields in the same order: mlr regularize helps clean that up.

See also reorder.

remove-empty-columns

$ mlr remove-empty-columns --help
Usage: mlr remove-empty-columns
Omits fields which are empty on every input row. Non-streaming.


$ cat data/remove-empty-columns.csv
a,b,c,d,e
1,,3,,5
2,,4,,5
3,,5,,7


$ mlr --csv remove-empty-columns data/remove-empty-columns.csv
a,c,e
1,3,5
2,4,5
3,5,7

Since this verb needs to read all records to see if any of them has a non-empty value for a given field name, it is non-streaming: it will ingest all records before writing any.

rename

$ mlr rename --help
Usage: mlr rename [options] {old1,new1,old2,new2,...}
Renames specified fields.
Options:
-r         Treat old field  names as regular expressions. "ab", "a.*b"
           will match any field name containing the substring "ab" or
           matching "a.*b", respectively; anchors of the form "^ab$",
           "^a.*b$" may be used. New field names may be plain strings,
           or may contain capture groups of the form "\1" through
           "\9". Wrapping the regex in double quotes is optional, but
           is required if you wish to follow it with 'i' to indicate
           case-insensitivity.
-g         Do global replacement within each field name rather than
           first-match replacement.
Examples:
mlr rename old_name,new_name'
mlr rename old_name_1,new_name_1,old_name_2,new_name_2'
mlr rename -r 'Date_[0-9]+,Date,'  Rename all such fields to be "Date"
mlr rename -r '"Date_[0-9]+",Date' Same
mlr rename -r 'Date_([0-9]+).*,\1' Rename all such fields to be of the form 20151015
mlr rename -r '"name"i,Name'       Rename "name", "Name", "NAME", etc. to "Name"


$ mlr --opprint cat data/small
a   b   i x                   y
pan pan 1 0.3467901443380824  0.7268028627434533
eks pan 2 0.7586799647899636  0.5221511083334797
wye wye 3 0.20460330576630303 0.33831852551664776
eks wye 4 0.38139939387114097 0.13418874328430463
wye pan 5 0.5732889198020006  0.8636244699032729


$ mlr --opprint rename i,INDEX,b,COLUMN2 data/small
a   COLUMN2 INDEX x                   y
pan pan     1     0.3467901443380824  0.7268028627434533
eks pan     2     0.7586799647899636  0.5221511083334797
wye wye     3     0.20460330576630303 0.33831852551664776
eks wye     4     0.38139939387114097 0.13418874328430463
wye pan     5     0.5732889198020006  0.8636244699032729

As discussed in Performance, sed is significantly faster than Miller at doing this. However, Miller is format-aware, so it knows to do renames only within specified field keys and not any others, nor in field values which may happen to contain the same pattern. Example: 

$ sed 's/y/COLUMN5/g' data/small
a=pan,b=pan,i=1,x=0.3467901443380824,COLUMN5=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,COLUMN5=0.5221511083334797
a=wCOLUMN5e,b=wCOLUMN5e,i=3,x=0.20460330576630303,COLUMN5=0.33831852551664776
a=eks,b=wCOLUMN5e,i=4,x=0.38139939387114097,COLUMN5=0.13418874328430463
a=wCOLUMN5e,b=pan,i=5,x=0.5732889198020006,COLUMN5=0.8636244699032729


$ mlr rename y,COLUMN5 data/small
a=pan,b=pan,i=1,x=0.3467901443380824,COLUMN5=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,COLUMN5=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,COLUMN5=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,COLUMN5=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,COLUMN5=0.8636244699032729

See also label.

reorder

$ mlr reorder --help
Usage: mlr reorder [options]
-f {a,b,c}   Field names to reorder.
-e           Put specified field names at record end: default is to put
             them at record start.
Examples:
mlr reorder    -f a,b sends input record "d=4,b=2,a=1,c=3" to "a=1,b=2,d=4,c=3".
mlr reorder -e -f a,b sends input record "d=4,b=2,a=1,c=3" to "d=4,c=3,a=1,b=2".

This pivots specified field names to the start or end of the record — for example when you have highly multi-column data and you want to bring a field or two to the front of line where you can give a quick visual scan. 

$ mlr --opprint cat data/small
a   b   i x                   y
pan pan 1 0.3467901443380824  0.7268028627434533
eks pan 2 0.7586799647899636  0.5221511083334797
wye wye 3 0.20460330576630303 0.33831852551664776
eks wye 4 0.38139939387114097 0.13418874328430463
wye pan 5 0.5732889198020006  0.8636244699032729


$ mlr --opprint reorder -f i,b data/small
i b   a   x                   y
1 pan pan 0.3467901443380824  0.7268028627434533
2 pan eks 0.7586799647899636  0.5221511083334797
3 wye wye 0.20460330576630303 0.33831852551664776
4 wye eks 0.38139939387114097 0.13418874328430463
5 pan wye 0.5732889198020006  0.8636244699032729


$ mlr --opprint reorder -e -f i,b data/small
a   x                   y                   i b
pan 0.3467901443380824  0.7268028627434533  1 pan
eks 0.7586799647899636  0.5221511083334797  2 pan
wye 0.20460330576630303 0.33831852551664776 3 wye
eks 0.38139939387114097 0.13418874328430463 4 wye
wye 0.5732889198020006  0.8636244699032729  5 pan

repeat

$ mlr repeat --help
Usage: mlr repeat [options]
Copies input records to output records multiple times.
Options must be exactly one of the following:
  -n {repeat count}  Repeat each input record this many times.
  -f {field name}    Same, but take the repeat count from the specified
                     field name of each input record.
Example:
  echo x=0 | mlr repeat -n 4 then put '$x=urand()'
produces:
 x=0.488189
 x=0.484973
 x=0.704983
 x=0.147311
Example:
  echo a=1,b=2,c=3 | mlr repeat -f b
produces:
  a=1,b=2,c=3
  a=1,b=2,c=3
Example:
  echo a=1,b=2,c=3 | mlr repeat -f c
produces:
  a=1,b=2,c=3
  a=1,b=2,c=3
  a=1,b=2,c=3

This is useful in at least two ways: one, as a data-generator as in the above example using urand(); two, for reconstructing individual samples from data which has been count-aggregated: 

$ cat data/repeat-example.dat
color=blue,count=5
color=red,count=4
color=green,count=3


$ mlr repeat -f count then cut -x -f count data/repeat-example.dat
color=blue
color=blue
color=blue
color=blue
color=blue
color=red
color=red
color=red
color=red
color=green
color=green
color=green

After expansion with repeat, such data can then be sent on to stats1 -a mode, or (if the data are numeric) to stats1 -a p10,p50,p90, etc.

reshape

$ mlr reshape --help
Usage: mlr reshape [options]
Wide-to-long options:
  -i {input field names}   -o {key-field name,value-field name}
  -r {input field regexes} -o {key-field name,value-field name}
  These pivot/reshape the input data such that the input fields are removed
  and separate records are emitted for each key/value pair.
  Note: this works with tail -f and produces output records for each input
  record seen.
Long-to-wide options:
  -s {key-field name,value-field name}
  These pivot/reshape the input data to undo the wide-to-long operation.
  Note: this does not work with tail -f; it produces output records only after
  all input records have been read.

Examples:

  Input file "wide.txt":
    time       X           Y
    2009-01-01 0.65473572  2.4520609
    2009-01-02 -0.89248112 0.2154713
    2009-01-03 0.98012375  1.3179287

  mlr --pprint reshape -i X,Y -o item,value wide.txt
    time       item value
    2009-01-01 X    0.65473572
    2009-01-01 Y    2.4520609
    2009-01-02 X    -0.89248112
    2009-01-02 Y    0.2154713
    2009-01-03 X    0.98012375
    2009-01-03 Y    1.3179287

  mlr --pprint reshape -r '[A-Z]' -o item,value wide.txt
    time       item value
    2009-01-01 X    0.65473572
    2009-01-01 Y    2.4520609
    2009-01-02 X    -0.89248112
    2009-01-02 Y    0.2154713
    2009-01-03 X    0.98012375
    2009-01-03 Y    1.3179287

  Input file "long.txt":
    time       item value
    2009-01-01 X    0.65473572
    2009-01-01 Y    2.4520609
    2009-01-02 X    -0.89248112
    2009-01-02 Y    0.2154713
    2009-01-03 X    0.98012375
    2009-01-03 Y    1.3179287

  mlr --pprint reshape -s item,value long.txt
    time       X           Y
    2009-01-01 0.65473572  2.4520609
    2009-01-02 -0.89248112 0.2154713
    2009-01-03 0.98012375  1.3179287
See also mlr nest.

sample

$ mlr sample --help
Usage: mlr sample [options]
Reservoir sampling (subsampling without replacement), optionally by category.
-k {count}    Required: number of records to output, total, or by group if using -g.
-g {a,b,c}    Optional: group-by-field names for samples.
See also mlr bootstrap and mlr shuffle.

This is reservoir-sampling: select k items from n with uniform probability and no repeats in the sample. (If n is less than k, then of course only n samples are produced.) With -g {field names}, produce a k-sample for each distinct value of the specified field names. 

$ mlr --opprint sample -k 4 data/colored-shapes.dkvp
color  shape    flag i     u                   v                    w                   x
purple triangle 0    90122 0.9986871176198068  0.3037738877233719   0.5154934457238382  5.365962021016529
red    circle   0    3139  0.04835898233323954 -0.03964684310055758 0.5263660881848111  5.3758779366493625
orange triangle 0    67847 0.36746306902109926 0.5161574810505635   0.5176199566173642  3.1748088656576567
yellow square   1    33576 0.3098376725521097  0.8525628505287842   0.49774122460981685 4.494754378604669

$ mlr --opprint sample -k 4 data/colored-shapes.dkvp
color  shape  flag i     u                     v                   w                   x
blue   square 1    16783 0.09974385090654347   0.7243899920872646  0.5353718443278438  4.431057737383438
orange square 1    93291 0.5944176543007182    0.17744449786454086 0.49262281749172077 3.1548117990710653
yellow square 1    54436 0.5268161165014636    0.8785588662666121  0.5058773791931063  7.019185838783636
yellow square 1    55491 0.0025440267883102274 0.05474106287787284 0.5102729153751984  3.526301273728043

$ mlr --opprint sample -k 2 -g color data/colored-shapes.dkvp
color  shape    flag i     u                    v                   w                    x
yellow triangle 1    11    0.6321695890307647   0.9887207810889004  0.4364983936735774   5.7981881667050565
yellow square   1    917   0.8547010348386344   0.7356782810796262  0.4531511689924275   5.774541777078352
red    circle   1    4000  0.05490416175132373  0.07392337815122155 0.49416101516594396  5.355725080701707
red    square   0    87506 0.6357719216821314   0.6970867759393995  0.4940826462055272   6.351579417310387
purple triangle 0    14898 0.7800986870203719   0.23998073813992293 0.5014775988383656   3.141006771777843
purple triangle 0    151   0.032614487569017414 0.7346633365041219  0.7812143304483805   2.6831992610568047
green  triangle 1    126   0.1513010528347546   0.40346767294704544 0.051213231883952326 5.955109300797182
green  circle   0    17635 0.029856606049114442 0.4724542934246524  0.49529606749929744  5.239153910272168
blue   circle   1    1020  0.414263129226617    0.8304946402876182  0.13151094520189244  4.397873687920433
blue   triangle 0    220   0.441773289968473    0.44597731903759075 0.6329360666849821   4.3064608776550894
orange square   0    1885  0.8079311983747106   0.8685956833908394  0.3116410800256374   4.390864584500387
orange triangle 0    1533  0.32904497195507487  0.23168161807490417 0.8722623057355134   5.164071635714438

$ mlr --opprint sample -k 2 -g color then sort -f color data/colored-shapes.dkvp
color  shape    flag i     u                   v                    w                   x
blue   circle   0    215   0.7803586969333292  0.33146680638888126  0.04289047852629113 5.725365736377487
blue   circle   1    3616  0.8548431579124808  0.4989623130006362   0.3339426415875795  3.696785877560498
green  square   0    356   0.7674272008085286  0.341578843118008    0.4570224877870851  4.830320062215299
green  square   0    152   0.6684429446914862  0.016056003736548696 0.4656148241291592  5.434588759225423
orange triangle 0    587   0.5175826237797857  0.08989091493635304  0.9011709461770973  4.265854207755811
orange triangle 0    1533  0.32904497195507487 0.23168161807490417  0.8722623057355134  5.164071635714438
purple triangle 0    14192 0.5196327866973567  0.7860928603468063   0.4964368415453642  4.899167143824484
purple triangle 0    65    0.6842806710360729  0.5823723856331258   0.8014053396013747  5.805148213865135
red    square   1    2431  0.38378504852300466 0.11445015005595527  0.49355539228753786 5.146756570128739
red    triangle 0    57097 0.43763430414406546 0.3355450325004481   0.5322349637512487  4.144267240289442
yellow triangle 1    11    0.6321695890307647  0.9887207810889004   0.4364983936735774  5.7981881667050565
yellow square   1    158   0.41527900739142165 0.7118027080775757   0.4200799665161291  5.33279067554884

Note that no output is produced until all inputs are in. Another way to do sampling, which works in the streaming case, is mlr filter 'urand() & 0.001' where you tune the 0.001 to meet your needs.

sec2gmt

$ mlr sec2gmt -h
Usage: mlr sec2gmt [options] {comma-separated list of field names}
Replaces a numeric field representing seconds since the epoch with the
corresponding GMT timestamp; leaves non-numbers as-is. This is nothing
more than a keystroke-saver for the sec2gmt function:
  mlr sec2gmt time1,time2
is the same as
  mlr put '$time1=sec2gmt($time1);$time2=sec2gmt($time2)'
Options:
-1 through -9: format the seconds using 1..9 decimal places, respectively.

sec2gmtdate

$ mlr sec2gmtdate -h
Usage: mlr sec2gmtdate {comma-separated list of field names}
Replaces a numeric field representing seconds since the epoch with the
corresponding GMT year-month-day timestamp; leaves non-numbers as-is.
This is nothing more than a keystroke-saver for the sec2gmtdate function:
  mlr sec2gmtdate time1,time2
is the same as
  mlr put '$time1=sec2gmtdate($time1);$time2=sec2gmtdate($time2)'

seqgen

$ mlr seqgen -h
Usage: mlr seqgen [options]
Produces a sequence of counters.  Discards the input record stream. Produces
output as specified by the following options:
-f {name} Field name for counters; default "i".
--start {number} Inclusive start value; default "1".
--stop  {number} Inclusive stop value; default "100".
--step  {number} Step value; default "1".
Start, stop, and/or step may be floating-point. Output is integer if start,
stop, and step are all integers. Step may be negative. It may not be zero
unless start == stop.


$ mlr seqgen --stop 10
i=1
i=2
i=3
i=4
i=5
i=6
i=7
i=8
i=9
i=10


$ mlr seqgen --start 20 --stop 40 --step 4
i=20
i=24
i=28
i=32
i=36
i=40


$ mlr seqgen --start 40 --stop 20 --step -4
i=40
i=36
i=32
i=28
i=24
i=20

shuffle

$ mlr shuffle -h
Usage: mlr shuffle {no options}
Outputs records randomly permuted. No output records are produced until
all input records are read.
See also mlr bootstrap and mlr sample.

skip-trivial-records

$ mlr skip-trivial-records -h
Usage: mlr skip-trivial-records [options]
Passes through all records except:
* those with zero fields;
* those for which all fields have empty value.


$ cat data/trivial-records.csv
a,b,c
1,2,3
4,,6
,,
,8,9


$ mlr --csv skip-trivial-records data/trivial-records.csv
a,b,c
1,2,3
4,,6
,8,9

sort

$ mlr sort --help
Usage: mlr sort {flags}
Flags:
  -f  {comma-separated field names}  Lexical ascending
  -n  {comma-separated field names}  Numerical ascending; nulls sort last
  -nf {comma-separated field names}  Same as -n
  -r  {comma-separated field names}  Lexical descending
  -nr {comma-separated field names}  Numerical descending; nulls sort first
Sorts records primarily by the first specified field, secondarily by the second
field, and so on.  (Any records not having all specified sort keys will appear
at the end of the output, in the order they were encountered, regardless of the
specified sort order.) The sort is stable: records that compare equal will sort
in the order they were encountered in the input record stream.

Example:
  mlr sort -f a,b -nr x,y,z
which is the same as:
  mlr sort -f a -f b -nr x -nr y -nr z

Example: 

$ mlr --opprint sort -f a -nr x data/small
a   b   i x                   y
eks pan 2 0.7586799647899636  0.5221511083334797
eks wye 4 0.38139939387114097 0.13418874328430463
pan pan 1 0.3467901443380824  0.7268028627434533
wye pan 5 0.5732889198020006  0.8636244699032729
wye wye 3 0.20460330576630303 0.33831852551664776

Here’s an example filtering log data: suppose multiple threads (labeled here by color) are all logging progress counts to a single log file. The log file is (by nature) chronological, so the progress of various threads is interleaved: 

$ head -n 10 data/multicountdown.dat
upsec=0.002,color=green,count=1203
upsec=0.083,color=red,count=3817
upsec=0.188,color=red,count=3801
upsec=0.395,color=blue,count=2697
upsec=0.526,color=purple,count=953
upsec=0.671,color=blue,count=2684
upsec=0.899,color=purple,count=926
upsec=0.912,color=red,count=3798
upsec=1.093,color=blue,count=2662
upsec=1.327,color=purple,count=917

We can group these by thread by sorting on the thread ID (here, color). Since Miller’s sort is stable, this means that timestamps within each thread’s log data are still chronological: 

$ head -n 20 data/multicountdown.dat | mlr --opprint sort -f color
upsec              color  count
0.395              blue   2697
0.671              blue   2684
1.093              blue   2662
2.064              blue   2659
2.2880000000000003 blue   2647
0.002              green  1203
1.407              green  1187
1.448              green  1177
2.313              green  1161
0.526              purple 953
0.899              purple 926
1.327              purple 917
1.703              purple 908
0.083              red    3817
0.188              red    3801
0.912              red    3798
1.416              red    3788
1.587              red    3782
1.601              red    3755
1.832              red    3717

Any records not having all specified sort keys will appear at the end of the output, in the order they were encountered, regardless of the specified sort order: 

$ mlr sort -n  x data/sort-missing.dkvp
x=1
x=2
x=4
a=3


$ mlr sort -nr x data/sort-missing.dkvp
x=4
x=2
x=1
a=3

stats1

$ mlr stats1 --help
Usage: mlr stats1 [options]
Computes univariate statistics for one or more given fields, accumulated across
the input record stream.
Options:
-a {sum,count,...}  Names of accumulators: p10 p25.2 p50 p98 p100 etc. and/or
                    one or more of:
   count     Count instances of fields
   mode      Find most-frequently-occurring values for fields; first-found wins tie
   antimode  Find least-frequently-occurring values for fields; first-found wins tie
   sum       Compute sums of specified fields
   mean      Compute averages (sample means) of specified fields
   stddev    Compute sample standard deviation of specified fields
   var       Compute sample variance of specified fields
   meaneb    Estimate error bars for averages (assuming no sample autocorrelation)
   skewness  Compute sample skewness of specified fields
   kurtosis  Compute sample kurtosis of specified fields
   min       Compute minimum values of specified fields
   max       Compute maximum values of specified fields
-f {a,b,c}   Value-field names on which to compute statistics
--fr {regex} Regex for value-field names on which to compute statistics
             (compute statsitics on values in all field names matching regex)
--fx {regex} Inverted regex for value-field names on which to compute statistics
             (compute statsitics on values in all field names not matching regex)
-g {d,e,f}   Optional group-by-field names
--gr {regex} Regex for optional group-by-field names
             (group by values in field names matching regex)
--gx {regex} Inverted regex for optional group-by-field names
             (group by values in field names not matching regex)
--grfx {regex} Shorthand for --gr {regex} --fx {that same regex}
-i           Use interpolated percentiles, like R's type=7; default like type=1.
             Not sensical for string-valued fields.
-s           Print iterative stats. Useful in tail -f contexts (in which
             case please avoid pprint-format output since end of input
             stream will never be seen).
-F           Computes integerable things (e.g. count) in floating point.
Example: mlr stats1 -a min,p10,p50,p90,max -f value -g size,shape
Example: mlr stats1 -a count,mode -f size
Example: mlr stats1 -a count,mode -f size -g shape
Example: mlr stats1 -a count,mode --fr '^[a-h].*$' -gr '^k.*$'
         This computes count and mode statistics on all field names beginning
         with a through h, grouped by all field names starting with k.
Notes:
* p50 and median are synonymous.
* min and max output the same results as p0 and p100, respectively, but use
  less memory.
* String-valued data make sense unless arithmetic on them is required,
  e.g. for sum, mean, interpolated percentiles, etc. In case of mixed data,
  numbers are less than strings.
* count and mode allow text input; the rest require numeric input.
  In particular, 1 and 1.0 are distinct text for count and mode.
* When there are mode ties, the first-encountered datum wins.

These are simple univariate statistics on one or more number-valued fields (count and mode apply to non-numeric fields as well), optionally categorized by one or more other fields. 

$ mlr --oxtab stats1 -a count,sum,min,p10,p50,mean,p90,max -f x,y data/medium
x_count 10000
x_sum   4986.019682
x_min   0.000045
x_p10   0.093322
x_p50   0.501159
x_mean  0.498602
x_p90   0.900794
x_max   0.999953
y_count 10000
y_sum   5062.057445
y_min   0.000088
y_p10   0.102132
y_p50   0.506021
y_mean  0.506206
y_p90   0.905366
y_max   0.999965


$ mlr --opprint stats1 -a mean -f x,y -g b then sort -f b data/medium
b   x_mean   y_mean
eks 0.506361 0.510293
hat 0.487899 0.513118
pan 0.497304 0.499599
wye 0.497593 0.504596
zee 0.504242 0.502997


$ mlr --opprint stats1 -a p50,p99 -f u,v -g color then put '$ur=$u_p99/$u_p50;$vr=$v_p99/$v_p50' data/colored-shapes.dkvp
color  u_p50    u_p99    v_p50    v_p99    ur       vr
yellow 0.501019 0.989046 0.520630 0.987034 1.974069 1.895845
red    0.485038 0.990054 0.492586 0.994444 2.041189 2.018823
purple 0.501319 0.988893 0.504571 0.988287 1.972582 1.958668
green  0.502015 0.990764 0.505359 0.990175 1.973574 1.959350
blue   0.525226 0.992655 0.485170 0.993873 1.889958 2.048505
orange 0.483548 0.993635 0.480913 0.989102 2.054884 2.056717


$ mlr --opprint count-distinct -f shape then sort -nr count data/colored-shapes.dkvp
shape    count
square   4115
triangle 3372
circle   2591


$ mlr --opprint stats1 -a mode -f color -g shape data/colored-shapes.dkvp
shape    color_mode
triangle red
square   red
circle   red

stats2

$ mlr stats2 --help
Usage: mlr stats2 [options]
Computes bivariate statistics for one or more given field-name pairs,
accumulated across the input record stream.
-a {linreg-ols,corr,...}  Names of accumulators: one or more of:
  linreg-pca   Linear regression using principal component analysis
  linreg-ols   Linear regression using ordinary least squares
  r2           Quality metric for linreg-ols (linreg-pca emits its own)
  logireg      Logistic regression
  corr         Sample correlation
  cov          Sample covariance
  covx         Sample-covariance matrix
-f {a,b,c,d}   Value-field name-pairs on which to compute statistics.
               There must be an even number of names.
-g {e,f,g}     Optional group-by-field names.
-v             Print additional output for linreg-pca.
-s             Print iterative stats. Useful in tail -f contexts (in which
               case please avoid pprint-format output since end of input
               stream will never be seen).
--fit          Rather than printing regression parameters, applies them to
               the input data to compute new fit fields. All input records are
               held in memory until end of input stream. Has effect only for
               linreg-ols, linreg-pca, and logireg.
Only one of -s or --fit may be used.
Example: mlr stats2 -a linreg-pca -f x,y
Example: mlr stats2 -a linreg-ols,r2 -f x,y -g size,shape
Example: mlr stats2 -a corr -f x,y

These are simple bivariate statistics on one or more pairs of number-valued fields, optionally categorized by one or more fields. 

$ mlr --oxtab put '$x2=$x*$x; $xy=$x*$y; $y2=$y**2' then stats2 -a cov,corr -f x,y,y,y,x2,xy,x2,y2 data/medium
x_y_cov    0.000043
x_y_corr   0.000504
y_y_cov    0.084611
y_y_corr   1.000000
x2_xy_cov  0.041884
x2_xy_corr 0.630174
x2_y2_cov  -0.000310
x2_y2_corr -0.003425


$ mlr --opprint put '$x2=$x*$x; $xy=$x*$y; $y2=$y**2' then stats2 -a linreg-ols,r2 -f x,y,y,y,xy,y2 -g a data/medium
a   x_y_ols_m x_y_ols_b x_y_ols_n x_y_r2   y_y_ols_m y_y_ols_b y_y_ols_n y_y_r2   xy_y2_ols_m xy_y2_ols_b xy_y2_ols_n xy_y2_r2
pan 0.017026  0.500403  2081      0.000287 1.000000  0.000000  2081      1.000000 0.878132    0.119082    2081        0.417498
eks 0.040780  0.481402  1965      0.001646 1.000000  0.000000  1965      1.000000 0.897873    0.107341    1965        0.455632
wye -0.039153 0.525510  1966      0.001505 1.000000  0.000000  1966      1.000000 0.853832    0.126745    1966        0.389917
zee 0.002781  0.504307  2047      0.000008 1.000000  0.000000  2047      1.000000 0.852444    0.124017    2047        0.393566
hat -0.018621 0.517901  1941      0.000352 1.000000  0.000000  1941      1.000000 0.841230    0.135573    1941        0.368794

Here’s an example simple line-fit. The x and y fields of the data/medium dataset are just independent uniformly distributed on the unit interval. Here we remove half the data and fit a line to it. 


# Prepare input data:
mlr filter '($x<.5 && $y<.5) || ($x>.5 && $y>.5)' data/medium > data/medium-squares

# Do a linear regression and examine coefficients:
mlr --ofs newline stats2 -a linreg-pca -f x,y data/medium-squares
x_y_pca_m=1.014419
x_y_pca_b=0.000308
x_y_pca_quality=0.861354

# Option 1 to apply the regression coefficients and produce a linear fit:
#   Set x_y_pca_m and x_y_pca_b as shell variables:
eval $(mlr --ofs newline stats2 -a linreg-pca -f x,y data/medium-squares)
#   In addition to x and y, make a new yfit which is the line fit, then plot
#   using your favorite tool:
mlr --onidx put '$yfit='$x_y_pca_m'*$x+'$x_y_pca_b then cut -x -f a,b,i data/medium-squares \
  | pgr -p -title 'linreg-pca example' -xmin 0 -xmax 1 -ymin 0 -ymax 1

# Option 2 to apply the regression coefficients and produce a linear fit: use --fit option
mlr --onidx stats2 -a linreg-pca --fit -f x,y then cut -f a,b,i data/medium-squares \
  | pgr -p -title 'linreg-pca example' -xmin 0 -xmax 1 -ymin 0 -ymax 1

I use pgr for plotting; here’s a screenshot.

(Thanks Drew Kunas for a good conversation about PCA!)

Here’s an example estimating time-to-completion for a set of jobs. Input data comes from a log file, with number of work units left to do in the count field and accumulated seconds in the upsec field, labeled by the color field: 

$ head -n 10 data/multicountdown.dat
upsec=0.002,color=green,count=1203
upsec=0.083,color=red,count=3817
upsec=0.188,color=red,count=3801
upsec=0.395,color=blue,count=2697
upsec=0.526,color=purple,count=953
upsec=0.671,color=blue,count=2684
upsec=0.899,color=purple,count=926
upsec=0.912,color=red,count=3798
upsec=1.093,color=blue,count=2662
upsec=1.327,color=purple,count=917

We can do a linear regression on count remaining as a function of time: with c = m*u+b we want to find the time when the count goes to zero, i.e. u=-b/m. 

$ mlr --oxtab stats2 -a linreg-pca -f upsec,count -g color then put '$donesec = -$upsec_count_pca_b/$upsec_count_pca_m' data/multicountdown.dat
color                   green
upsec_count_pca_m       -32.756917
upsec_count_pca_b       1213.722730
upsec_count_pca_n       24
upsec_count_pca_quality 0.999984
donesec                 37.052410

color                   red
upsec_count_pca_m       -37.367646
upsec_count_pca_b       3810.133400
upsec_count_pca_n       30
upsec_count_pca_quality 0.999989
donesec                 101.963431

color                   blue
upsec_count_pca_m       -29.231212
upsec_count_pca_b       2698.932820
upsec_count_pca_n       25
upsec_count_pca_quality 0.999959
donesec                 92.330514

color                   purple
upsec_count_pca_m       -39.030097
upsec_count_pca_b       979.988341
upsec_count_pca_n       21
upsec_count_pca_quality 0.999991
donesec                 25.108529

step

$ mlr step --help
Usage: mlr step [options]
Computes values dependent on the previous record, optionally grouped
by category.

Options:
-a {delta,rsum,...}   Names of steppers: comma-separated, one or more of:
  delta    Compute differences in field(s) between successive records
  shift    Include value(s) in field(s) from previous record, if any
  from-first Compute differences in field(s) from first record
  ratio    Compute ratios in field(s) between successive records
  rsum     Compute running sums of field(s) between successive records
  counter  Count instances of field(s) between successive records
  ewma     Exponentially weighted moving average over successive records
-f {a,b,c} Value-field names on which to compute statistics
-g {d,e,f} Optional group-by-field names
-F         Computes integerable things (e.g. counter) in floating point.
-d {x,y,z} Weights for ewma. 1 means current sample gets all weight (no
           smoothing), near under under 1 is light smoothing, near over 0 is
           heavy smoothing. Multiple weights may be specified, e.g.
           "mlr step -a ewma -f sys_load -d 0.01,0.1,0.9". Default if omitted
           is "-d 0.5".
-o {a,b,c} Custom suffixes for EWMA output fields. If omitted, these default to
           the -d values. If supplied, the number of -o values must be the same
           as the number of -d values.

Examples:
  mlr step -a rsum -f request_size
  mlr step -a delta -f request_size -g hostname
  mlr step -a ewma -d 0.1,0.9 -f x,y
  mlr step -a ewma -d 0.1,0.9 -o smooth,rough -f x,y
  mlr step -a ewma -d 0.1,0.9 -o smooth,rough -f x,y -g group_name

Please see http://johnkerl.org/miller/doc/reference.html#filter or
https://en.wikipedia.org/wiki/Moving_average#Exponential_moving_average
for more information on EWMA.

Most Miller commands are record-at-a-time, with the exception of stats1, stats2, and histogram which compute aggregate output. The step command is intermediate: it allows the option of adding fields which are functions of fields from previous records. Rsum is short for running sum. 

$ mlr --opprint step -a shift,delta,rsum,counter -f x data/medium | head -15
a   b   i     x                      y                      x_shift                x_delta   x_rsum      x_counter
pan pan 1     0.3467901443380824     0.7268028627434533     -                      0         0.346790    1
eks pan 2     0.7586799647899636     0.5221511083334797     0.3467901443380824     0.411890  1.105470    2
wye wye 3     0.20460330576630303    0.33831852551664776    0.7586799647899636     -0.554077 1.310073    3
eks wye 4     0.38139939387114097    0.13418874328430463    0.20460330576630303    0.176796  1.691473    4
wye pan 5     0.5732889198020006     0.8636244699032729     0.38139939387114097    0.191890  2.264762    5
zee pan 6     0.5271261600918548     0.49322128674835697    0.5732889198020006     -0.046163 2.791888    6
eks zee 7     0.6117840605678454     0.1878849191181694     0.5271261600918548     0.084658  3.403672    7
zee wye 8     0.5985540091064224     0.976181385699006      0.6117840605678454     -0.013230 4.002226    8
hat wye 9     0.03144187646093577    0.7495507603507059     0.5985540091064224     -0.567112 4.033668    9
pan wye 10    0.5026260055412137     0.9526183602969864     0.03144187646093577    0.471184  4.536294    10
pan pan 11    0.7930488423451967     0.6505816637259333     0.5026260055412137     0.290423  5.329343    11
zee pan 12    0.3676141320555616     0.23614420670296965    0.7930488423451967     -0.425435 5.696957    12
eks pan 13    0.4915175580479536     0.7709126592971468     0.3676141320555616     0.123903  6.188474    13
eks zee 14    0.5207382318405251     0.34141681118811673    0.4915175580479536     0.029221  6.709213    14


$ mlr --opprint step -a shift,delta,rsum,counter -f x -g a data/medium | head -15
a   b   i     x                      y                      x_shift                x_delta   x_rsum      x_counter
pan pan 1     0.3467901443380824     0.7268028627434533     -                      0         0.346790    1
eks pan 2     0.7586799647899636     0.5221511083334797     -                      0         0.758680    1
wye wye 3     0.20460330576630303    0.33831852551664776    -                      0         0.204603    1
eks wye 4     0.38139939387114097    0.13418874328430463    0.7586799647899636     -0.377281 1.140079    2
wye pan 5     0.5732889198020006     0.8636244699032729     0.20460330576630303    0.368686  0.777892    2
zee pan 6     0.5271261600918548     0.49322128674835697    -                      0         0.527126    1
eks zee 7     0.6117840605678454     0.1878849191181694     0.38139939387114097    0.230385  1.751863    3
zee wye 8     0.5985540091064224     0.976181385699006      0.5271261600918548     0.071428  1.125680    2
hat wye 9     0.03144187646093577    0.7495507603507059     -                      0         0.031442    1
pan wye 10    0.5026260055412137     0.9526183602969864     0.3467901443380824     0.155836  0.849416    2
pan pan 11    0.7930488423451967     0.6505816637259333     0.5026260055412137     0.290423  1.642465    3
zee pan 12    0.3676141320555616     0.23614420670296965    0.5985540091064224     -0.230940 1.493294    3
eks pan 13    0.4915175580479536     0.7709126592971468     0.6117840605678454     -0.120267 2.243381    4
eks zee 14    0.5207382318405251     0.34141681118811673    0.4915175580479536     0.029221  2.764119    5


$ mlr --opprint step -a ewma -f x -d 0.1,0.9 ../doc/data/medium | head -15
a   b   i     x                      y                      x_ewma_0.1 x_ewma_0.9
pan pan 1     0.3467901443380824     0.7268028627434533     0.346790   0.346790
eks pan 2     0.7586799647899636     0.5221511083334797     0.387979   0.717491
wye wye 3     0.20460330576630303    0.33831852551664776    0.369642   0.255892
eks wye 4     0.38139939387114097    0.13418874328430463    0.370817   0.368849
wye pan 5     0.5732889198020006     0.8636244699032729     0.391064   0.552845
zee pan 6     0.5271261600918548     0.49322128674835697    0.404671   0.529698
eks zee 7     0.6117840605678454     0.1878849191181694     0.425382   0.603575
zee wye 8     0.5985540091064224     0.976181385699006      0.442699   0.599056
hat wye 9     0.03144187646093577    0.7495507603507059     0.401573   0.088203
pan wye 10    0.5026260055412137     0.9526183602969864     0.411679   0.461184
pan pan 11    0.7930488423451967     0.6505816637259333     0.449816   0.759862
zee pan 12    0.3676141320555616     0.23614420670296965    0.441596   0.406839
eks pan 13    0.4915175580479536     0.7709126592971468     0.446588   0.483050
eks zee 14    0.5207382318405251     0.34141681118811673    0.454003   0.516969


$ mlr --opprint step -a ewma -f x -d 0.1,0.9 -o smooth,rough ../doc/data/medium | head -15
a   b   i     x                      y                      x_ewma_smooth x_ewma_rough
pan pan 1     0.3467901443380824     0.7268028627434533     0.346790      0.346790
eks pan 2     0.7586799647899636     0.5221511083334797     0.387979      0.717491
wye wye 3     0.20460330576630303    0.33831852551664776    0.369642      0.255892
eks wye 4     0.38139939387114097    0.13418874328430463    0.370817      0.368849
wye pan 5     0.5732889198020006     0.8636244699032729     0.391064      0.552845
zee pan 6     0.5271261600918548     0.49322128674835697    0.404671      0.529698
eks zee 7     0.6117840605678454     0.1878849191181694     0.425382      0.603575
zee wye 8     0.5985540091064224     0.976181385699006      0.442699      0.599056
hat wye 9     0.03144187646093577    0.7495507603507059     0.401573      0.088203
pan wye 10    0.5026260055412137     0.9526183602969864     0.411679      0.461184
pan pan 11    0.7930488423451967     0.6505816637259333     0.449816      0.759862
zee pan 12    0.3676141320555616     0.23614420670296965    0.441596      0.406839
eks pan 13    0.4915175580479536     0.7709126592971468     0.446588      0.483050
eks zee 14    0.5207382318405251     0.34141681118811673    0.454003      0.516969

Example deriving uptime-delta from system uptime: 

$ each 10 uptime | mlr -p step -a delta -f 11
...
20:08 up 36 days, 10:38, 5 users, load averages: 1.42 1.62 1.73 0.000000
20:08 up 36 days, 10:38, 5 users, load averages: 1.55 1.64 1.74 0.020000
20:08 up 36 days, 10:38, 7 users, load averages: 1.58 1.65 1.74 0.010000
20:08 up 36 days, 10:38, 9 users, load averages: 1.78 1.69 1.76 0.040000
20:08 up 36 days, 10:39, 9 users, load averages: 2.12 1.76 1.78 0.070000
20:08 up 36 days, 10:39, 9 users, load averages: 2.51 1.85 1.81 0.090000
20:08 up 36 days, 10:39, 8 users, load averages: 2.79 1.92 1.83 0.070000
20:08 up 36 days, 10:39, 4 users, load averages: 2.64 1.90 1.83 -0.020000

tac

$ mlr tac --help
Usage: mlr tac
Prints records in reverse order from the order in which they were encountered.

Prints the records in the input stream in reverse order. Note: this requires Miller to retain all input records in memory before any output records are produced. 

$ mlr --icsv --opprint cat data/a.csv
a b c
1 2 3
4 5 6


$ mlr --icsv --opprint cat data/b.csv
a b c
7 8 9


$ mlr --icsv --opprint tac data/a.csv data/b.csv
a b c
7 8 9
4 5 6
1 2 3


$ mlr --icsv --opprint put '$filename=FILENAME' then tac data/a.csv data/b.csv
a b c filename
7 8 9 data/b.csv
4 5 6 data/a.csv
1 2 3 data/a.csv

tail

$ mlr tail --help
Usage: mlr tail [options]
-n {count}    Tail count to print; default 10
-g {a,b,c}    Optional group-by-field names for tail counts
Passes through the last n records, optionally by category.

Prints the last n records in the input stream, optionally by category. 

$ mlr --opprint tail -n 4 data/colored-shapes.dkvp
color  shape    flag i     u                    v                   w                   x
blue   square   1    99974 0.6189062525431605   0.2637962404841453  0.5311465405784674  6.210738209085753
blue   triangle 0    99976 0.008110504040268474 0.8267274952432482  0.4732962944898885  6.146956761817328
yellow triangle 0    99990 0.3839424618160777   0.55952913620132    0.5113763011485609  4.307973891915119
yellow circle   1    99994 0.764950884927175    0.25284227383991364 0.49969878539567425 5.013809741826425


$ mlr --opprint tail -n 1 -g shape data/colored-shapes.dkvp
color  shape    flag i     u                  v                   w                   x
yellow triangle 0    99990 0.3839424618160777 0.55952913620132    0.5113763011485609  4.307973891915119
blue   square   1    99974 0.6189062525431605 0.2637962404841453  0.5311465405784674  6.210738209085753
yellow circle   1    99994 0.764950884927175  0.25284227383991364 0.49969878539567425 5.013809741826425

tee

$ mlr tee --help
Usage: mlr tee [options] {filename}
Passes through input records (like mlr cat) but also writes to specified output
file, using output-format flags from the command line (e.g. --ocsv). See also
the "tee" keyword within mlr put, which allows data-dependent filenames.
Options:
-a:          append to existing file, if any, rather than overwriting.
--no-fflush: don't call fflush() after every record.
Any of the output-format command-line flags (see mlr -h). Example: using
  mlr --icsv --opprint put '...' then tee --ojson ./mytap.dat then stats1 ...
the input is CSV, the output is pretty-print tabular, but the tee-file output
is written in JSON format.

top

$ mlr top --help
Usage: mlr top [options]
-f {a,b,c}    Value-field names for top counts.
-g {d,e,f}    Optional group-by-field names for top counts.
-n {count}    How many records to print per category; default 1.
-a            Print all fields for top-value records; default is
              to print only value and group-by fields. Requires a single
              value-field name only.
--min         Print top smallest values; default is top largest values.
-F            Keep top values as floats even if they look like integers.
-o {name}     Field name for output indices. Default "top_idx".
Prints the n records with smallest/largest values at specified fields,
optionally by category.

Note that top is distinct from head — head shows fields which appear first in the data stream; top shows fields which are numerically largest (or smallest). 

$ mlr --opprint top -n 4 -f x data/medium
top_idx x_top
1       0.999953
2       0.999823
3       0.999733
4       0.999563


$ mlr --opprint top -n 4 -f x -o someothername data/medium
someothername x_top
1             0.999953
2             0.999823
3             0.999733
4             0.999563


$ mlr --opprint top -n 2 -f x -g a then sort -f a data/medium
a   top_idx x_top
eks 1       0.998811
eks 2       0.998534
hat 1       0.999953
hat 2       0.999733
pan 1       0.999403
pan 2       0.999044
wye 1       0.999823
wye 2       0.999264
zee 1       0.999490
zee 2       0.999438

uniq

$ mlr uniq --help
Usage: mlr uniq [options]
Prints distinct values for specified field names. With -c, same as
count-distinct. For uniq, -f is a synonym for -g.

Options:
-g {d,e,f}    Group-by-field names for uniq counts.
-c            Show repeat counts in addition to unique values.
-n            Show only the number of distinct values.
-o {name}     Field name for output count. Default "count".
-a            Output each unique record only once. Incompatible with -g.
              With -c, produces unique records, with repeat counts for each.
              With -n, produces only one record which is the unique-record count.
              With neither -c nor -n, produces unique records.

There are two main ways to use mlr uniq: the first way is with -g to specify group-by columns. 

$ wc -l data/colored-shapes.dkvp
10078 data/colored-shapes.dkvp


$ mlr uniq -g color,shape data/colored-shapes.dkvp
color=yellow,shape=triangle
color=red,shape=square
color=red,shape=circle
color=purple,shape=triangle
color=yellow,shape=circle
color=purple,shape=square
color=yellow,shape=square
color=red,shape=triangle
color=green,shape=triangle
color=green,shape=square
color=blue,shape=circle
color=blue,shape=triangle
color=purple,shape=circle
color=blue,shape=square
color=green,shape=circle
color=orange,shape=triangle
color=orange,shape=square
color=orange,shape=circle


$ mlr --opprint uniq -g color,shape -c then sort -f color,shape data/colored-shapes.dkvp
color  shape    count
blue   circle   384
blue   square   589
blue   triangle 497
green  circle   287
green  square   454
green  triangle 368
orange circle   68
orange square   128
orange triangle 107
purple circle   289
purple square   481
purple triangle 372
red    circle   1207
red    square   1874
red    triangle 1560
yellow circle   356
yellow square   589
yellow triangle 468


$ mlr --opprint uniq -g color,shape -c -o someothername then sort -nr someothername data/colored-shapes.dkvp
color  shape    someothername
red    square   1874
red    triangle 1560
red    circle   1207
yellow square   589
blue   square   589
blue   triangle 497
purple square   481
yellow triangle 468
green  square   454
blue   circle   384
purple triangle 372
green  triangle 368
yellow circle   356
purple circle   289
green  circle   287
orange square   128
orange triangle 107
orange circle   68


$ mlr --opprint uniq -n -g color,shape data/colored-shapes.dkvp
count
18

The second main way to use mlr uniq is without group-by columns, using -a instead: 

$ cat data/repeats.dkvp
color=red,shape=square,flag=0
color=purple,shape=triangle,flag=0
color=yellow,shape=circle,flag=1
color=red,shape=circle,flag=1
color=red,shape=square,flag=0
color=yellow,shape=circle,flag=1
color=red,shape=square,flag=0
color=red,shape=square,flag=0
color=yellow,shape=circle,flag=1
color=red,shape=circle,flag=1
color=yellow,shape=circle,flag=1
color=yellow,shape=circle,flag=1
color=purple,shape=triangle,flag=0
color=yellow,shape=circle,flag=1
color=yellow,shape=circle,flag=1
color=red,shape=circle,flag=1
color=red,shape=square,flag=0
color=purple,shape=triangle,flag=0
color=yellow,shape=circle,flag=1
color=red,shape=square,flag=0
color=purple,shape=square,flag=0
color=red,shape=square,flag=0
color=red,shape=square,flag=1
color=red,shape=square,flag=0
color=red,shape=square,flag=0
color=purple,shape=triangle,flag=0
color=red,shape=square,flag=0
color=purple,shape=triangle,flag=0
color=red,shape=square,flag=0
color=red,shape=square,flag=0
color=purple,shape=square,flag=0
color=red,shape=square,flag=0
color=red,shape=square,flag=0
color=purple,shape=triangle,flag=0
color=yellow,shape=triangle,flag=1
color=purple,shape=square,flag=0
color=yellow,shape=circle,flag=1
color=purple,shape=triangle,flag=0
color=red,shape=circle,flag=1
color=purple,shape=triangle,flag=0
color=purple,shape=triangle,flag=0
color=red,shape=square,flag=0
color=red,shape=circle,flag=1
color=red,shape=square,flag=1
color=red,shape=square,flag=0
color=red,shape=circle,flag=1
color=purple,shape=square,flag=0
color=purple,shape=square,flag=0
color=red,shape=square,flag=1
color=purple,shape=triangle,flag=0
color=purple,shape=triangle,flag=0
color=purple,shape=square,flag=0
color=yellow,shape=circle,flag=1
color=red,shape=square,flag=0
color=yellow,shape=triangle,flag=1
color=yellow,shape=circle,flag=1
color=purple,shape=square,flag=0


$ wc -l data/repeats.dkvp
57 data/repeats.dkvp


$ mlr --opprint uniq -a data/repeats.dkvp
color  shape    flag
red    square   0
purple triangle 0
yellow circle   1
red    circle   1
purple square   0
red    square   1
yellow triangle 1


$ mlr --opprint uniq -a -n data/repeats.dkvp
count
7


$ mlr --opprint uniq -a -c data/repeats.dkvp
count color  shape    flag
17    red    square   0
11    purple triangle 0
11    yellow circle   1
6     red    circle   1
7     purple square   0
3     red    square   1
2     yellow triangle 1

unsparsify

$ mlr unsparsify --help
Usage: mlr unsparsify [options]
Prints records with the union of field names over all input records.
For field names absent in a given record but present in others, fills in
a value. This verb retains all input before producing any output.

Options:
--fill-with {filler string}  What to fill absent fields with. Defaults to
                             the empty string.

Example: if the input is two records, one being 'a=1,b=2' and the other
being 'b=3,c=4', then the output is the two records 'a=1,b=2,c=' and
'a=,b=3,c=4'.

Examples: 

$ cat data/sparse.json
{"a":1,"b":2,"v":3}
{"u":1,"b":2}
{"a":1,"v":2,"x":3}
{"v":1,"w":2}


$ mlr --json unsparsify data/sparse.json
{ "a": 1, "b": 2, "v": 3, "u": "", "x": "", "w": "" }
{ "a": "", "b": 2, "v": "", "u": 1, "x": "", "w": "" }
{ "a": 1, "b": "", "v": 2, "u": "", "x": 3, "w": "" }
{ "a": "", "b": "", "v": 1, "u": "", "x": "", "w": 2 }


$ mlr --ijson --opprint unsparsify data/sparse.json
a b v u x w
1 2 3 - - -
- 2 - 1 - -
1 - 2 - 3 -
- - 1 - - 2


$ mlr --ijson --opprint unsparsify --fill-with missing data/sparse.json
a       b       v       u       x       w
1       2       3       missing missing missing
missing 2       missing 1       missing missing
1       missing 2       missing 3       missing
missing missing 1       missing missing 2

miller-5.6.2/doc/reference.html000066400000000000000000002204121354153536500164140ustar00rootroot00000000000000 Main reference
Miller

Main reference
• Command overview
• I/O options
    • Formats
    • In-place mode
    • Compression
    • Record/field/pair separators
    • Number formatting
• Data transformations (verbs)
• Expression language for filter and put
• then-chaining
• Auxiliary commands
• Data types
• Null data: empty and absent
• String literals
• Regular expressions
    • Regex captures
• Arithmetic
    • Input scanning
    • Conversion by math routines
    • Conversion by arithmetic operators
    • Pythonic division
• On-line help

Command overview

Whereas the Unix toolkit is made of the separate executables cat, tail, cut, sort, etc., Miller has subcommands, invoked as follows: 

mlr tac *.dat
mlr cut --complement -f os_version *.dat
mlr sort -f hostname,uptime *.dat

These fall into categories as follows:
Commands Description
cat, cut, grep, head, join, sort, tac, tail, top, uniq Analogs of their Unix-toolkit namesakes, discussed below as well as in Unix-toolkit context
filter, put, sec2gmt, sec2gmtdate, step, tee awk-like functionality
bar, bootstrap, decimate, histogram, least-frequent, most-frequent, sample, shuffle, stats1, stats2 Statistically oriented
group-by, group-like, having-fields Particularly oriented toward Record-hetrogeneity, although all Miller commands can handle heterogeneous records
check, count-distinct, label, merge-fields, nest, nothing, rename, rename, reorder, reshape, seqgen These draw from other sources (see also How original is Miller?): count-distinct is SQL-ish, and rename can be done by sed (which does it faster: see Performance).

I/O options

Formats

Options: 

  --dkvp    --idkvp    --odkvp
  --nidx    --inidx    --onidx
  --csv     --icsv     --ocsv
  --csvlite --icsvlite --ocsvlite
  --pprint  --ipprint  --opprint  --right
  --xtab    --ixtab    --oxtab
  --json    --ijson    --ojson

These are as discussed in File formats, with the exception of --right which makes pretty-printed output right-aligned: 

$ mlr --opprint cat data/small
a   b   i x                   y
pan pan 1 0.3467901443380824  0.7268028627434533
eks pan 2 0.7586799647899636  0.5221511083334797
wye wye 3 0.20460330576630303 0.33831852551664776
eks wye 4 0.38139939387114097 0.13418874328430463
wye pan 5 0.5732889198020006  0.8636244699032729


$ mlr --opprint --right cat data/small
  a   b i                   x                   y
pan pan 1  0.3467901443380824  0.7268028627434533
eks pan 2  0.7586799647899636  0.5221511083334797
wye wye 3 0.20460330576630303 0.33831852551664776
eks wye 4 0.38139939387114097 0.13418874328430463
wye pan 5  0.5732889198020006  0.8636244699032729

Additional notes:

  • Use --csv, --pprint, etc. when the input and output formats are the same.
  • Use --icsv --opprint, etc. when you want format conversion as part of what Miller does to your data.
  • DKVP (key-value-pair) format is the default for input and output. So, --oxtab is the same as --idkvp --oxtab.
Pro-tip: Please use either --format1, or --iformat1 --oformat2. If you use --format1 --oformat2 then what happens is that flags are set up for input and output for format1, some of which are overwritten for output in format2. For technical reasons, having --oformat2 clobber all the output-related effects of --format1 also removes some flexibility from the command-line interface. See also https://github.com/johnkerl/miller/issues/180 and https://github.com/johnkerl/miller/issues/199.

In-place mode

Use the mlr -I flag to process files in-place. For example, mlr -I --csv cut -x -f unwanted_column_name mydata/*.csv will remove unwanted_column_name from all your *.csv files in your mydata/ subdirectory.

By default, Miller output goes to the screen (or you can redirect a file using > or to another process using |). With -I, for each file name on the command line, output is written to a temporary file in the same directory. Miller writes its output into that temp file, which is then renamed over the original. Then, processing continues on the next file. Each file is processed in isolation: if the output format is CSV, CSV headers will be present in each output file; statistics are only over each file's own records; and so on.

Please see here for examples.

Compression

Options: 

  --prepipe {command}

The prepipe command is anything which reads from standard input and produces data acceptable to Miller. Nominally this allows you to use whichever decompression utilities you have installed on your system, on a per-file basis. If the command has flags, quote them: e.g. mlr --prepipe 'zcat -cf'. Examples: 

# These two produce the same output:
$ gunzip < myfile1.csv.gz | mlr cut -f hostname,uptime
$ mlr --prepipe gunzip cut -f hostname,uptime myfile1.csv.gz
# With multiple input files you need --prepipe:
$ mlr --prepipe gunzip cut -f hostname,uptime myfile1.csv.gz myfile2.csv.gz
$ mlr --prepipe gunzip --idkvp --oxtab cut -f hostname,uptime myfile1.dat.gz myfile2.dat.gz

# Similar to the above, but with compressed output as well as input:
$ gunzip < myfile1.csv.gz | mlr cut -f hostname,uptime | gzip > outfile.csv.gz
$ mlr --prepipe gunzip cut -f hostname,uptime myfile1.csv.gz | gzip > outfile.csv.gz
$ mlr --prepipe gunzip cut -f hostname,uptime myfile1.csv.gz myfile2.csv.gz | gzip > outfile.csv.gz

# Similar to the above, but with different compression tools for input and output:
$ gunzip < myfile1.csv.gz | mlr cut -f hostname,uptime | xz -z > outfile.csv.xz
$ xz -cd < myfile1.csv.xz | mlr cut -f hostname,uptime | gzip > outfile.csv.xz
$ mlr --prepipe 'xz -cd' cut -f hostname,uptime myfile1.csv.xz myfile2.csv.xz | xz -z > outfile.csv.xz

... etc.

Record/field/pair separators

Miller has record separators IRS and ORS, field separators IFS and OFS, and pair separators IPS and OPS. For example, in the DKVP line a=1,b=2,c=3, the record separator is newline, field separator is comma, and pair separator is the equals sign. These are the default values.

Options: 

  --rs --irs --ors
  --fs --ifs --ofs --repifs
  --ps --ips --ops
  • You can change a separator from input to output via e.g. --ifs = --ofs :. Or, you can specify that the same separator is to be used for input and output via e.g. --fs :.
  • The pair separator is only relevant to DKVP format.
  • Pretty-print and xtab formats ignore the separator arguments altogether.
  • The --repifs means that multiple successive occurrences of the field separator count as one. For example, in CSV data we often signify nulls by empty strings, e.g. 2,9,,,,,6,5,4. On the other hand, if the field separator is a space, it might be more natural to parse 2 4 5 the same as 2 4 5: --repifs --ifs ' ' lets this happen. In fact, the --ipprint option above is internally implemented in terms of --repifs.
  • Just write out the desired separator, e.g. --ofs '|'. But you may use the symbolic names newline, space, tab, pipe, or semicolon if you like.

Number formatting

The command-line option --ofmt {format string} is the global number format for commands which generate numeric output, e.g. stats1, stats2, histogram, and step, as well as mlr put. Examples: 

--ofmt %.9le  --ofmt %.6lf  --ofmt %.0lf

These are just C printf formats applied to double-precision numbers. Please don’t use %s or %d. Additionally, if you use leading width (e.g. %18.12lf) then the output will contain embedded whitespace, which may not be what you want if you pipe the output to something else, particularly CSV. I use Miller’s pretty-print format (mlr --opprint) to column-align numerical data.

To apply formatting to a single field, overriding the global ofmt, use fmtnum function within mlr put. For example: 

$ echo 'x=3.1,y=4.3' | mlr put '$z=fmtnum($x*$y,"%08lf")'
x=3.1,y=4.3,z=13.330000


$ echo 'x=0xffff,y=0xff' | mlr put '$z=fmtnum(int($x*$y),"%08llx")'
x=0xffff,y=0xff,z=00feff01

Input conversion from hexadecimal is done automatically on fields handled by mlr put and mlr filter as long as the field value begins with "0x". To apply output conversion to hexadecimal on a single column, you may use fmtnum, or the keystroke-saving hexfmt function. Example: 

$ echo 'x=0xffff,y=0xff' | mlr put '$z=hexfmt($x*$y)'
x=0xffff,y=0xff,z=0xfeff01

Data transformations (verbs)

Please see the separate page here.

Expression language for filter and put

Please see the separate page here.

then-chaining

In accord with the Unix philosophy, you can pipe data into or out of Miller. For example: 

mlr cut --complement -f os_version *.dat | mlr sort -f hostname,uptime

You can, if you like, instead simply chain commands together using the then keyword: 

mlr cut --complement -f os_version then sort -f hostname,uptime *.dat

(You can precede the very first verb with then, if you like, for symmetry.) Here’s a performance comparison: 

% cat piped.sh
mlr cut -x -f i,y data/big | mlr sort -n y > /dev/null

% time sh piped.sh
real 0m2.828s
user 0m3.183s
sys  0m0.137s


% cat chained.sh
mlr cut -x -f i,y then sort -n y data/big > /dev/null

% time sh chained.sh
real 0m2.082s
user 0m1.933s
sys  0m0.137s

There are two reasons to use then-chaining: one is for performance, although I don’t expect this to be a win in all cases. Using then-chaining avoids redundant string-parsing and string-formatting at each pipeline step: instead input records are parsed once, they are fed through each pipeline stage in memory, and then output records are formatted once. On the other hand, Miller is single-threaded, while modern systems are usually multi-processor, and when streaming-data programs operate through pipes, each one can use a CPU. Rest assured you get the same results either way.

The other reason to use then-chaining is for simplicity: you don’t have re-type formatting flags (e.g. --csv --fs tab) at every pipeline stage.

Auxiliary commands

There are a few nearly-standalone programs which have nothing to do with the rest of Miller, do not participate in record streams, and do not deal with file formats. They might as well be little standalone executables but they’re delivered within the main Miller executable for convenience. 

$ mlr aux-list
Available subcommands:
  aux-list
  lecat
  termcvt
  hex
  unhex
  netbsd-strptime
For more information, please invoke mlr {subcommand} --help


$ mlr lecat --help
Usage: mlr lecat [options] {zero or more file names}
Simply echoes input, but flags CR characters in red and LF characters in green.
If zero file names are supplied, standard input is read.
Options:
--mono: don't try to colorize the output
-h or --help: print this message


$ mlr termcvt --help
Usage: mlr termcvt [option] {zero or more file names}
Option (exactly one is required):
--cr2crlf
--lf2crlf
--crlf2cr
--crlf2lf
--cr2lf
--lf2cr
-I in-place processing (default is to write to stdout)
-h or --help: print this message
Zero file names means read from standard input.
Output is always to standard output; files are not written in-place.


$ mlr hex --help
Usage: mlr hex [options] {zero or more file names}
Simple hex-dump.
If zero file names are supplied, standard input is read.
Options:
-r: print only raw hex without leading offset indicators or trailing ASCII dump.
-h or --help: print this message


$ mlr unhex --help
Usage: mlr unhex [option] {zero or more file names}
Options:
-h or --help: print this message
Zero file names means read from standard input.
Output is always to standard output; files are not written in-place.

Examples: 

$ echo 'Hello, world!' | mlr lecat --mono
Hello, world![LF]


$ echo 'Hello, world!' | mlr termcvt --lf2crlf | mlr lecat --mono
Hello, world![CR][LF]


$ mlr hex data/budget.csv
00000000: 23 20 41 73  61 6e 61 20  2d 2d 20 68  65 72 65 20 |# Asana -- here |
00000010: 61 72 65 20  74 68 65 20  62 75 64 67  65 74 20 66 |are the budget f|
00000020: 69 67 75 72  65 73 20 79  6f 75 20 61  73 6b 65 64 |igures you asked|
00000030: 20 66 6f 72  21 0a 74 79  70 65 2c 71  75 61 6e 74 | for!.type,quant|
00000040: 69 74 79 0a  70 75 72 70  6c 65 2c 34  35 36 2e 37 |ity.purple,456.7|
00000050: 38 0a 67 72  65 65 6e 2c  36 37 38 2e  31 32 0a 6f |8.green,678.12.o|
00000060: 72 61 6e 67  65 2c 31 32  33 2e 34 35  0a          |range,123.45.|


$ mlr hex -r data/budget.csv
23 20 41 73  61 6e 61 20  2d 2d 20 68  65 72 65 20
61 72 65 20  74 68 65 20  62 75 64 67  65 74 20 66
69 67 75 72  65 73 20 79  6f 75 20 61  73 6b 65 64
20 66 6f 72  21 0a 74 79  70 65 2c 71  75 61 6e 74
69 74 79 0a  70 75 72 70  6c 65 2c 34  35 36 2e 37
38 0a 67 72  65 65 6e 2c  36 37 38 2e  31 32 0a 6f
72 61 6e 67  65 2c 31 32  33 2e 34 35  0a


$ mlr hex -r data/budget.csv | sed 's/20/2a/g' | mlr unhex
#*Asana*--*here*are*the*budget*figures*you*asked*for!
type,quantity
purple,456.78
green,678.12
orange,123.45

Data types

Miller’s input and output are all string-oriented: there is (as of August 2015 anyway) no support for binary record packing. In this sense, everything is a string in and out of Miller. During processing, field names are always strings, even if they have names like "3"; field values are usually strings. Field values’ ability to be interpreted as a non-string type only has meaning when comparison or function operations are done on them. And it is an error condition if Miller encounters non-numeric (or otherwise mistyped) data in a field in which it has been asked to do numeric (or otherwise type-specific) operations.

Field values are treated as numeric for the following:

  • Numeric sort: mlr sort -n, mlr sort -nr.
  • Statistics: mlr histogram, mlr stats1, mlr stats2.
  • Cross-record arithmetic: mlr step.

For mlr put and mlr filter:

  • Miller’s types for function processing are empty-null (empty string), absent-null (reads of unset right-hand sides, or fall-through non-explicit return values from user-defined functions), error, string, float (double-precision), int (64-bit signed), and boolean.
  • On input, string values representable as numbers, e.g. "3" or "3.1", are treated as int or float, respectively. If a record has x=1,y=2 then mlr put '$z=$x+$y' will produce x=1,y=2,z=3, and mlr put '$z=$x.$y' does not give an error simply because the dot operator has been generalized to stringify non-strings. To coerce back to string for processing, use the string function: mlr put '$z=string($x).string($y)' will produce x=1,y=2,z=12.
  • On input, string values representable as boolean (e.g. "true", "false") are not automatically treated as boolean. (This is because "true" and "false" are ordinary words, and auto string-to-boolean on a column consisting of words would result in some strings mixed with some booleans.) Use the boolean function to coerce: e.g. giving the record x=1,y=2,w=false to mlr put '$z=($x<$y) || boolean($w)'.
  • Functions take types as described in mlr --help-all-functions: for example, log10 takes float input and produces float output, gmt2sec maps string to int, and sec2gmt maps int to string.
  • All math functions described in mlr --help-all-functions take integer as well as float input.

Null data: empty and absent

One of Miller’s key features is its support for heterogeneous data. For example, take mlr sort: if you try to sort on field hostname when not all records in the data stream have a field named hostname, it is not an error (although you could pre-filter the data stream using mlr having-fields --at-least hostname then sort ...). Rather, records lacking one or more sort keys are simply output contiguously by mlr sort.

Miller has two kinds of null data:

  • Empty (key present, value empty): a field name is present in a record (or in an out-of-stream variable) with empty value: e.g. x=,y=2 in the data input stream, or assignment $x="" or @x="" in mlr put.
  • Absent (key not present): a field name is not present, e.g. input record is x=1,y=2 and a put or filter expression refers to $z. Or, reading an out-of-stream variable which hasn’t been assigned a value yet, e.g. mlr put -q '@sum += $x; end{emit @sum}' or mlr put -q '@sum[$a][$b] += $x; end{emit @sum, "a", "b"}'.

You can test these programatically using the functions is_empty/is_not_empty, is_absent/is_present, and is_null/is_not_null. For the last pair, note that null means either empty or absent.

Rules for null-handling:

  • Records with one or more empty sort-field values sort after records with all sort-field values present: 

    $ mlr cat data/sort-null.dat
a=3,b=2
a=1,b=8
a=,b=4
x=9,b=10
a=5,b=7


    $ mlr sort -n  a data/sort-null.dat
a=1,b=8
a=3,b=2
a=5,b=7
a=,b=4
x=9,b=10


    $ mlr sort -nr a data/sort-null.dat
a=,b=4
a=5,b=7
a=3,b=2
a=1,b=8
x=9,b=10

  • Functions/operators which have one or more empty arguments produce empty output: e.g. 

    $ echo 'x=2,y=3' | mlr put '$a=$x+$y'
x=2,y=3,a=5


    $ echo 'x=,y=3' | mlr put '$a=$x+$y'
x=,y=3,a=


    $ echo 'x=,y=3' | mlr put '$a=log($x);$b=log($y)'
x=,y=3,a=,b=1.098612

    with the exception that the min and max functions are special: if one argument is non-null, it wins: 

    $ echo 'x=,y=3' | mlr put '$a=min($x,$y);$b=max($x,$y)'
x=,y=3,a=3,b=3

  • Functions of absent variables (e.g. mlr put '$y = log10($nonesuch)') evaluate to absent, and arithmetic/bitwise/boolean operators with both operands being absent evaluate to absent. Arithmetic operators with one absent operand return the other operand. More specifically, absent values act like zero for addition/subtraction, and one for multiplication: Furthermore, any expression which evaluates to absent is not stored in the left-hand side of an assignment statement : 

    $ echo 'x=2,y=3' | mlr put '$a=$u+$v; $b=$u+$y; $c=$x+$y'
x=2,y=3,b=3,c=5


    $ echo 'x=2,y=3' | mlr put '$a=min($x,$v);$b=max($u,$y);$c=min($u,$v)'
x=2,y=3,a=2,b=3

  • Likewise, for assignment to maps, absent-valued keys or values result in a skipped assignment.
The reasoning is as follows:

Since absent plus absent is absent (and likewise for other operators), accumulations such as @sum += $x work correctly on heterogenous data, as do within-record formulas if both operands are absent. If one operand is present, you may get behavior you don’t desire. To work around this — namely, to set an output field only for records which have all the inputs present — you can use a pattern-action block with is_present: 

$ mlr cat data/het.dkvp
resource=/path/to/file,loadsec=0.45,ok=true
record_count=100,resource=/path/to/file
resource=/path/to/second/file,loadsec=0.32,ok=true
record_count=150,resource=/path/to/second/file
resource=/some/other/path,loadsec=0.97,ok=false


$ mlr put 'is_present($loadsec) { $loadmillis = $loadsec * 1000 }' data/het.dkvp
resource=/path/to/file,loadsec=0.45,ok=true,loadmillis=450.000000
record_count=100,resource=/path/to/file
resource=/path/to/second/file,loadsec=0.32,ok=true,loadmillis=320.000000
record_count=150,resource=/path/to/second/file
resource=/some/other/path,loadsec=0.97,ok=false,loadmillis=970.000000


$ mlr put '$loadmillis = (is_present($loadsec) ? $loadsec : 0.0) * 1000' data/het.dkvp
resource=/path/to/file,loadsec=0.45,ok=true,loadmillis=450.000000
record_count=100,resource=/path/to/file,loadmillis=0.000000
resource=/path/to/second/file,loadsec=0.32,ok=true,loadmillis=320.000000
record_count=150,resource=/path/to/second/file,loadmillis=0.000000
resource=/some/other/path,loadsec=0.97,ok=false,loadmillis=970.000000

If you’re interested in a formal description of how empty and absent fields participate in arithmetic, here’s a table for plus (other arithmetic/boolean/bitwise operators are similar): 

$ mlr --print-type-arithmetic-info
(+)    | error  absent empty  string int    float  bool
------ + ------ ------ ------ ------ ------ ------ ------
error  | error  error  error  error  error  error  error
absent | error  absent absent error  int    float  error
empty  | error  absent empty  error  empty  empty  error
string | error  error  error  error  error  error  error
int    | error  int    empty  error  int    float  error
float  | error  float  empty  error  float  float  error
bool   | error  error  error  error  error  error  error

String literals

You can use the following backslash escapes for strings such as between the double quotes in contexts such as mlr filter '$name =~ "..."', mlr put '$name = $othername . "..."', mlr put '$name = sub($name, "...", "..."), etc.:

  • \a: ASCII code 0x07 (alarm/bell)
  • \b: ASCII code 0x08 (backspace)
  • \f: ASCII code 0x0c (formfeed)
  • \n: ASCII code 0x0a (LF/linefeed/newline)
  • \r: ASCII code 0x0d (CR/carriage return)
  • \t: ASCII code 0x09 (tab)
  • \v: ASCII code 0x0b (vertical tab)
  • \\: backslash
  • \": double quote
  • \123: Octal 123, etc. for \000 up to \377
  • \x7f: Hexadecimal 7f, etc. for \x00 up to \xff

See also https://en.wikipedia.org/wiki/Escape_sequences_in_C.

These replacements apply only to strings you key in for the DSL expressions for filter and put: that is, if you type \t in a string literal for a filter/put expression, it will be turned into a tab character. If you want a backslash followed by a t, then please type \\t.

However, these replacements are not done automatically within your data stream. If you wish to make these replacements, you can do, for example, for a field named field, mlr put '$field = gsub($field, "\\t", "\t")'. If you need to make such a replacement for all fields in your data, you should probably simply use the system sed command.

Regular expressions

Miller lets you use regular expressions (of type POSIX.2) in the following contexts:

  • In mlr filter with =~ or !=~, e.g. mlr filter '$url =~ "http.*com"'
  • In mlr put with sub or gsub, e.g. mlr put '$url = sub($url, "http.*com", "")'
  • In mlr having-fields, e.g. mlr having-fields --any-matching '^sda[0-9]'
  • In mlr cut, e.g. mlr cut -r -f '^status$,^sda[0-9]'
  • In mlr rename, e.g. mlr rename -r '^(sda[0-9]).*$,dev/\1'
  • In mlr grep, e.g. mlr --csv grep 00188555487 myfiles*.csv

Points demonstrated by the above examples:

  • There are no implicit start-of-string or end-of-string anchors; please use ^ and/or $ explicitly.
  • Miller regexes are wrapped with double quotes rather than slashes.
  • The i after the ending double quote indicates a case-insensitive regex.
  • Capture groups are wrapped with (...) rather than \(...\); use \( and \) to match against parentheses.

For filter and put, if the regular expression is a string literal (the normal case), it is precompiled at process start and reused thereafter, which is efficient. If the regular expression is a more complex expression, including string concatenation using ., or a column name (in which case you can take regular expressions from input data!), then regexes are compiled on each record which works but is less efficient. As well, in this case there is no way to specify case-insensitive matching.

Example: 

$ cat data/regex-in-data.dat
name=jane,regex=^j.*e$
name=bill,regex=^b[ou]ll$
name=bull,regex=^b[ou]ll$


$ mlr filter '$name =~ $regex' data/regex-in-data.dat
name=jane,regex=^j.*e$
name=bull,regex=^b[ou]ll$

Regex captures

Regex captures of the form \0 through \9 are supported as follows:

  • Captures have in-function context for sub and gsub. For example, the first \1,\2 pair belong to the first sub and the second \1,\2 pair belong to the second sub: 

    mlr put '$b = sub($a, "(..)_(...)", "\2-\1"); $c = sub($a, "(..)_(.)(..)", ":\1:\2:\3")'
  • Captures endure for the entirety of a put for the =~ and !=~ operators. For example, here the \1,\2 are set by the =~ operator and are used by both subsequent assignment statements: 

    mlr put '$a =~ "(..)_(....); $b = "left_\1"; $c = "right_\2"'
  • The captures are not retained across multiple puts. For example, here the \1,\2 won’t be expanded from the regex capture: 

    mlr put '$a =~ "(..)_(....)' then {... something else ...} then put '$b = "left_\1"; $c = "right_\2"'
  • Captures are ignored in filter for the =~ and !=~ operators. For example, there is no mechanism provided to refer to the first (..) as \1 or to the second (....) as \2 in the following filter statement: 

    mlr filter '$a =~ "(..)_(....)'
  • Up to nine matches are supported: \1 through \9, while \0 is the entire match string; \15 is treated as \1 followed by an unrelated 5.

Arithmetic

Input scanning

Numbers in Miller are double-precision float or 64-bit signed integers. Anything scannable as int, e.g 123 or 0xabcd, is treated as an integer; otherwise, input scannable as float (4.56 or 8e9) is treated as float; everything else is a string.

If you want all numbers to be treated as floats, then you may use float() in your filter/put expressions (e.g. replacing $c = $a * $b with $c = float($a) * float($b)) — or, more simply, use mlr filter -F and mlr put -F which forces all numeric input, whether from expression literals or field values, to float. Likewise mlr stats1 -F and mlr step -F force integerable accumulators (such as count) to be done in floating-point.

Conversion by math routines

For most math functions, integers are cast to float on input, and produce float output: e.g. exp(0) = 1.0 rather than 1. The following, however, produce integer output if their inputs are integers: + - * / // % abs ceil floor max min round roundm sgn. As well, stats1 -a min, stats1 -a max, stats1 -a sum, step -a delta, and step -a rsum produce integer output if their inputs are integers.

Conversion by arithmetic operators

The sum, difference, and product of integers is again integer, except for when that would overflow a 64-bit integer at which point Miller converts the result to float.

The short of it is that Miller does this transparently for you so you needn’t think about it.

Implementation details of this, for the interested: integer adds and subtracts overflow by at most one bit so it suffices to check sign-changes. Thus, Miller allows you to add and subtract arbitrary 64-bit signed integers, converting only to float precisely when the result is less than -263 or greater than 263-1. Multiplies, on the other hand, can overflow by a word size and a sign-change technique does not suffice to detect overflow. Instead Miller tests whether the floating-point product exceeds the representable integer range. Now, 64-bit integers have 64-bit precision while IEEE-doubles have only 52-bit mantissas — so, there are 53 bits including implicit leading one. The following experiment explicitly demonstrates the resolution at this range: 

   64-bit integer     64-bit integer     Casted to double           Back to 64-bit
       in hex           in decimal                                    integer
0x7ffffffffffff9ff 9223372036854774271 9223372036854773760.000000 0x7ffffffffffff800
0x7ffffffffffffa00 9223372036854774272 9223372036854773760.000000 0x7ffffffffffff800
0x7ffffffffffffbff 9223372036854774783 9223372036854774784.000000 0x7ffffffffffffc00
0x7ffffffffffffc00 9223372036854774784 9223372036854774784.000000 0x7ffffffffffffc00
0x7ffffffffffffdff 9223372036854775295 9223372036854774784.000000 0x7ffffffffffffc00
0x7ffffffffffffe00 9223372036854775296 9223372036854775808.000000 0x8000000000000000
0x7ffffffffffffffe 9223372036854775806 9223372036854775808.000000 0x8000000000000000
0x7fffffffffffffff 9223372036854775807 9223372036854775808.000000 0x8000000000000000

That is, one cannot check an integer product to see if it is precisely greater than 263-1 or less than -263 using either integer arithmetic (it may have already overflowed) or using double-precision (due to granularity). Instead Miller checks for overflow in 64-bit integer multiplication by seeing whether the absolute value of the double-precision product exceeds the largest representable IEEE double less than 263, which we see from the listing above is 9223372036854774784. (An alternative would be to do all integer multiplies using handcrafted multi-word 128-bit arithmetic. This approach is not taken.)

Pythonic division

Division and remainder are pythonic:

  • Quotient of integers is floating-point: 7/2 is 3.5.
  • Integer division is done with //: 7//2 is 3. This rounds toward the negative.
  • Remainders are non-negative.

On-line help

Examples:

$ mlr --help
Usage: mlr [I/O options] {verb} [verb-dependent options ...] {zero or more file names}

Command-line-syntax examples:
  mlr --csv cut -f hostname,uptime mydata.csv
  mlr --tsv --rs lf filter '$status != "down" && $upsec >= 10000' *.tsv
  mlr --nidx put '$sum = $7 < 0.0 ? 3.5 : $7 + 2.1*$8' *.dat
  grep -v '^#' /etc/group | mlr --ifs : --nidx --opprint label group,pass,gid,member then sort -f group
  mlr join -j account_id -f accounts.dat then group-by account_name balances.dat
  mlr --json put '$attr = sub($attr, "([0-9]+)_([0-9]+)_.*", "\1:\2")' data/*.json
  mlr stats1 -a min,mean,max,p10,p50,p90 -f flag,u,v data/*
  mlr stats2 -a linreg-pca -f u,v -g shape data/*
  mlr put -q '@sum[$a][$b] += $x; end {emit @sum, "a", "b"}' data/*
  mlr --from estimates.tbl put '
  for (k,v in $*) {
    if (is_numeric(v) && k =~ "^[t-z].*$") {
      $sum += v; $count += 1
    }
  }
  $mean = $sum / $count # no assignment if count unset'
  mlr --from infile.dat put -f analyze.mlr
  mlr --from infile.dat put 'tee > "./taps/data-".$a."-".$b, $*'
  mlr --from infile.dat put 'tee | "gzip > ./taps/data-".$a."-".$b.".gz", $*'
  mlr --from infile.dat put -q '@v=$*; dump | "jq .[]"'
  mlr --from infile.dat put  '(NR % 1000 == 0) { print > stderr, "Checkpoint ".NR}'

Data-format examples:
  DKVP: delimited key-value pairs (Miller default format)
  +---------------------+
  | apple=1,bat=2,cog=3 | Record 1: "apple" => "1", "bat" => "2", "cog" => "3"
  | dish=7,egg=8,flint  | Record 2: "dish" => "7", "egg" => "8", "3" => "flint"
  +---------------------+

  NIDX: implicitly numerically indexed (Unix-toolkit style)
  +---------------------+
  | the quick brown     | Record 1: "1" => "the", "2" => "quick", "3" => "brown"
  | fox jumped          | Record 2: "1" => "fox", "2" => "jumped"
  +---------------------+

  CSV/CSV-lite: comma-separated values with separate header line
  +---------------------+
  | apple,bat,cog       |
  | 1,2,3               | Record 1: "apple => "1", "bat" => "2", "cog" => "3"
  | 4,5,6               | Record 2: "apple" => "4", "bat" => "5", "cog" => "6"
  +---------------------+

  Tabular JSON: nested objects are supported, although arrays within them are not:
  +---------------------+
  | {                   |
  |  "apple": 1,        | Record 1: "apple" => "1", "bat" => "2", "cog" => "3"
  |  "bat": 2,          |
  |  "cog": 3           |
  | }                   |
  | {                   |
  |   "dish": {         | Record 2: "dish:egg" => "7", "dish:flint" => "8", "garlic" => ""
  |     "egg": 7,       |
  |     "flint": 8      |
  |   },                |
  |   "garlic": ""      |
  | }                   |
  +---------------------+

  PPRINT: pretty-printed tabular
  +---------------------+
  | apple bat cog       |
  | 1     2   3         | Record 1: "apple => "1", "bat" => "2", "cog" => "3"
  | 4     5   6         | Record 2: "apple" => "4", "bat" => "5", "cog" => "6"
  +---------------------+

  XTAB: pretty-printed transposed tabular
  +---------------------+
  | apple 1             | Record 1: "apple" => "1", "bat" => "2", "cog" => "3"
  | bat   2             |
  | cog   3             |
  |                     |
  | dish 7              | Record 2: "dish" => "7", "egg" => "8"
  | egg  8              |
  +---------------------+

  Markdown tabular (supported for output only):
  +-----------------------+
  | | apple | bat | cog | |
  | | ---   | --- | --- | |
  | | 1     | 2   | 3   | | Record 1: "apple => "1", "bat" => "2", "cog" => "3"
  | | 4     | 5   | 6   | | Record 2: "apple" => "4", "bat" => "5", "cog" => "6"
  +-----------------------+

Help options:
  -h or --help                 Show this message.
  --version                    Show the software version.
  {verb name} --help           Show verb-specific help.
  --help-all-verbs             Show help on all verbs.
  -l or --list-all-verbs       List only verb names.
  -L                           List only verb names, one per line.
  -f or --help-all-functions   Show help on all built-in functions.
  -F                           Show a bare listing of built-in functions by name.
  -k or --help-all-keywords    Show help on all keywords.
  -K                           Show a bare listing of keywords by name.

Verbs:
   altkv bar bootstrap cat check clean-whitespace count-distinct count-similar
   cut decimate fill-down filter format-values fraction grep group-by
   group-like having-fields head histogram join label least-frequent
   merge-fields most-frequent nest nothing put regularize remove-empty-columns
   rename reorder repeat reshape sample sec2gmt sec2gmtdate seqgen shuffle
   skip-trivial-records sort stats1 stats2 step tac tail tee top uniq
   unsparsify

Functions for the filter and put verbs:
   + + - - * / // .+ .+ .- .- .* ./ .// % ** | ^ & ~ << >> bitcount == != =~
   !=~ > >= < <= && || ^^ ! ? : . gsub regextract regextract_or_else strlen sub
   ssub substr tolower toupper capitalize lstrip rstrip strip
   collapse_whitespace clean_whitespace system abs acos acosh asin asinh atan
   atan2 atanh cbrt ceil cos cosh erf erfc exp expm1 floor invqnorm log log10
   log1p logifit madd max mexp min mmul msub pow qnorm round roundm sgn sin
   sinh sqrt tan tanh urand urandrange urand32 urandint dhms2fsec dhms2sec
   fsec2dhms fsec2hms gmt2sec localtime2sec hms2fsec hms2sec sec2dhms sec2gmt
   sec2gmt sec2gmtdate sec2localtime sec2localtime sec2localdate sec2hms
   strftime strftime_local strptime strptime_local systime is_absent is_bool
   is_boolean is_empty is_empty_map is_float is_int is_map is_nonempty_map
   is_not_empty is_not_map is_not_null is_null is_numeric is_present is_string
   asserting_absent asserting_bool asserting_boolean asserting_empty
   asserting_empty_map asserting_float asserting_int asserting_map
   asserting_nonempty_map asserting_not_empty asserting_not_map
   asserting_not_null asserting_null asserting_numeric asserting_present
   asserting_string boolean float fmtnum hexfmt int string typeof depth haskey
   joink joinkv joinv leafcount length mapdiff mapexcept mapselect mapsum
   splitkv splitkvx splitnv splitnvx

Please use "mlr --help-function {function name}" for function-specific help.

Data-format options, for input, output, or both:
  --idkvp   --odkvp   --dkvp      Delimited key-value pairs, e.g "a=1,b=2"
                                  (this is Miller's default format).

  --inidx   --onidx   --nidx      Implicitly-integer-indexed fields
                                  (Unix-toolkit style).
  -T                              Synonymous with "--nidx --fs tab".

  --icsv    --ocsv    --csv       Comma-separated value (or tab-separated
                                  with --fs tab, etc.)

  --itsv    --otsv    --tsv       Keystroke-savers for "--icsv --ifs tab",
                                  "--ocsv --ofs tab", "--csv --fs tab".
  --iasv    --oasv    --asv       Similar but using ASCII FS 0x1f and RS 0x1e
  --iusv    --ousv    --usv       Similar but using Unicode FS U+241F (UTF-8 0xe2909f)
                                  and RS U+241E (UTF-8 0xe2909e)

  --icsvlite --ocsvlite --csvlite Comma-separated value (or tab-separated
                                  with --fs tab, etc.). The 'lite' CSV does not handle
                                  RFC-CSV double-quoting rules; is slightly faster;
                                  and handles heterogeneity in the input stream via
                                  empty newline followed by new header line. See also
                                  http://johnkerl.org/miller/doc/file-formats.html#CSV/TSV/etc.

  --itsvlite --otsvlite --tsvlite Keystroke-savers for "--icsvlite --ifs tab",
                                  "--ocsvlite --ofs tab", "--csvlite --fs tab".
  -t                              Synonymous with --tsvlite.
  --iasvlite --oasvlite --asvlite Similar to --itsvlite et al. but using ASCII FS 0x1f and RS 0x1e
  --iusvlite --ousvlite --usvlite Similar to --itsvlite et al. but using Unicode FS U+241F (UTF-8 0xe2909f)
                                  and RS U+241E (UTF-8 0xe2909e)

  --ipprint --opprint --pprint    Pretty-printed tabular (produces no
                                  output until all input is in).
                      --right     Right-justifies all fields for PPRINT output.
                      --barred    Prints a border around PPRINT output
                                  (only available for output).

            --omd                 Markdown-tabular (only available for output).

  --ixtab   --oxtab   --xtab      Pretty-printed vertical-tabular.
                      --xvright   Right-justifies values for XTAB format.

  --ijson   --ojson   --json      JSON tabular: sequence or list of one-level
                                  maps: {...}{...} or [{...},{...}].
    --json-map-arrays-on-input    JSON arrays are unmillerable. --json-map-arrays-on-input
    --json-skip-arrays-on-input   is the default: arrays are converted to integer-indexed
    --json-fatal-arrays-on-input  maps. The other two options cause them to be skipped, or
                                  to be treated as errors.  Please use the jq tool for full
                                  JSON (pre)processing.
                      --jvstack   Put one key-value pair per line for JSON
                                  output.
                      --jlistwrap Wrap JSON output in outermost [ ].
                    --jknquoteint Do not quote non-string map keys in JSON output.
                     --jvquoteall Quote map values in JSON output, even if they're
                                  numeric.
              --jflatsep {string} Separator for flattening multi-level JSON keys,
                                  e.g. '{"a":{"b":3}}' becomes a:b => 3 for
                                  non-JSON formats. Defaults to :.

  -p is a keystroke-saver for --nidx --fs space --repifs

  --mmap --no-mmap --mmap-below {n} Use mmap for files whenever possible, never, or
                                  for files less than n bytes in size. Default is for
                                  files less than 4294967296 bytes in size.
                                  'Whenever possible' means always except for when reading
                                  standard input which is not mmappable. If you don't know
                                  what this means, don't worry about it -- it's a minor
                                  performance optimization.

  Examples: --csv for CSV-formatted input and output; --idkvp --opprint for
  DKVP-formatted input and pretty-printed output.

  Please use --iformat1 --oformat2 rather than --format1 --oformat2.
  The latter sets up input and output flags for format1, not all of which
  are overridden in all cases by setting output format to format2.

Comments in data:
  --skip-comments                 Ignore commented lines (prefixed by "#")
                                  within the input.
  --skip-comments-with {string}   Ignore commented lines within input, with
                                  specified prefix.
  --pass-comments                 Immediately print commented lines (prefixed by "#")
                                  within the input.
  --pass-comments-with {string}   Immediately print commented lines within input, with
                                  specified prefix.
Notes:
* Comments are only honored at the start of a line.
* In the absence of any of the above four options, comments are data like
  any other text.
* When pass-comments is used, comment lines are written to standard output
  immediately upon being read; they are not part of the record stream.
  Results may be counterintuitive. A suggestion is to place comments at the
  start of data files.

Format-conversion keystroke-saver options, for input, output, or both:
As keystroke-savers for format-conversion you may use the following:
        --c2t --c2d --c2n --c2j --c2x --c2p --c2m
  --t2c       --t2d --t2n --t2j --t2x --t2p --t2m
  --d2c --d2t       --d2n --d2j --d2x --d2p --d2m
  --n2c --n2t --n2d       --n2j --n2x --n2p --n2m
  --j2c --j2t --j2d --j2n       --j2x --j2p --j2m
  --x2c --x2t --x2d --x2n --x2j       --x2p --x2m
  --p2c --p2t --p2d --p2n --p2j --p2x       --p2m
The letters c t d n j x p m refer to formats CSV, TSV, DKVP, NIDX, JSON, XTAB,
PPRINT, and markdown, respectively. Note that markdown format is available for
output only.

Compressed-data options:
  --prepipe {command} This allows Miller to handle compressed inputs. You can do
  without this for single input files, e.g. "gunzip < myfile.csv.gz | mlr ...".
  However, when multiple input files are present, between-file separations are
  lost; also, the FILENAME variable doesn't iterate. Using --prepipe you can
  specify an action to be taken on each input file. This pre-pipe command must
  be able to read from standard input; it will be invoked with
    {command} < {filename}.
  Examples:
    mlr --prepipe 'gunzip'
    mlr --prepipe 'zcat -cf'
    mlr --prepipe 'xz -cd'
    mlr --prepipe cat
  Note that this feature is quite general and is not limited to decompression
  utilities. You can use it to apply per-file filters of your choice.
  For output compression (or other) utilities, simply pipe the output:
    mlr ... | {your compression command}

Separator options, for input, output, or both:
  --rs     --irs     --ors              Record separators, e.g. 'lf' or '\r\n'
  --fs     --ifs     --ofs  --repifs    Field separators, e.g. comma
  --ps     --ips     --ops              Pair separators, e.g. equals sign

  Notes about line endings:
  * Default line endings (--irs and --ors) are "auto" which means autodetect from
    the input file format, as long as the input file(s) have lines ending in either
    LF (also known as linefeed, '\n', 0x0a, Unix-style) or CRLF (also known as
    carriage-return/linefeed pairs, '\r\n', 0x0d 0x0a, Windows style).
  * If both irs and ors are auto (which is the default) then LF input will lead to LF
    output and CRLF input will lead to CRLF output, regardless of the platform you're
    running on.
  * The line-ending autodetector triggers on the first line ending detected in the input
    stream. E.g. if you specify a CRLF-terminated file on the command line followed by an
    LF-terminated file then autodetected line endings will be CRLF.
  * If you use --ors {something else} with (default or explicitly specified) --irs auto
    then line endings are autodetected on input and set to what you specify on output.
  * If you use --irs {something else} with (default or explicitly specified) --ors auto
    then the output line endings used are LF on Unix/Linux/BSD/MacOSX, and CRLF on Windows.

  Notes about all other separators:
  * IPS/OPS are only used for DKVP and XTAB formats, since only in these formats
    do key-value pairs appear juxtaposed.
  * IRS/ORS are ignored for XTAB format. Nominally IFS and OFS are newlines;
    XTAB records are separated by two or more consecutive IFS/OFS -- i.e.
    a blank line. Everything above about --irs/--ors/--rs auto becomes --ifs/--ofs/--fs
    auto for XTAB format. (XTAB's default IFS/OFS are "auto".)
  * OFS must be single-character for PPRINT format. This is because it is used
    with repetition for alignment; multi-character separators would make
    alignment impossible.
  * OPS may be multi-character for XTAB format, in which case alignment is
    disabled.
  * TSV is simply CSV using tab as field separator ("--fs tab").
  * FS/PS are ignored for markdown format; RS is used.
  * All FS and PS options are ignored for JSON format, since they are not relevant
    to the JSON format.
  * You can specify separators in any of the following ways, shown by example:
    - Type them out, quoting as necessary for shell escapes, e.g.
      "--fs '|' --ips :"
    - C-style escape sequences, e.g. "--rs '\r\n' --fs '\t'".
    - To avoid backslashing, you can use any of the following names:
      cr crcr newline lf lflf crlf crlfcrlf tab space comma pipe slash colon semicolon equals
  * Default separators by format:
      File format  RS       FS       PS
      gen          N/A      (N/A)    (N/A)
      dkvp         auto     ,        =
      json         auto     (N/A)    (N/A)
      nidx         auto     space    (N/A)
      csv          auto     ,        (N/A)
      csvlite      auto     ,        (N/A)
      markdown     auto     (N/A)    (N/A)
      pprint       auto     space    (N/A)
      xtab         (N/A)    auto     space

Relevant to CSV/CSV-lite input only:
  --implicit-csv-header Use 1,2,3,... as field labels, rather than from line 1
                     of input files. Tip: combine with "label" to recreate
                     missing headers.
  --allow-ragged-csv-input|--ragged If a data line has fewer fields than the header line,
                     fill remaining keys with empty string. If a data line has more
                     fields than the header line, use integer field labels as in
                     the implicit-header case.
  --headerless-csv-output   Print only CSV data lines.
  -N                 Keystroke-saver for --implicit-csv-header --headerless-csv-output.

Double-quoting for CSV output:
  --quote-all        Wrap all fields in double quotes
  --quote-none       Do not wrap any fields in double quotes, even if they have
                     OFS or ORS in them
  --quote-minimal    Wrap fields in double quotes only if they have OFS or ORS
                     in them (default)
  --quote-numeric    Wrap fields in double quotes only if they have numbers
                     in them
  --quote-original   Wrap fields in double quotes if and only if they were
                     quoted on input. This isn't sticky for computed fields:
                     e.g. if fields a and b were quoted on input and you do
                     "put '$c = $a . $b'" then field c won't inherit a or b's
                     was-quoted-on-input flag.

Numerical formatting:
  --ofmt {format}    E.g. %.18lf, %.0lf. Please use sprintf-style codes for
                     double-precision. Applies to verbs which compute new
                     values, e.g. put, stats1, stats2. See also the fmtnum
                     function within mlr put (mlr --help-all-functions).
                     Defaults to %lf.

Other options:
  --seed {n} with n of the form 12345678 or 0xcafefeed. For put/filter
                     urand()/urandint()/urand32().
  --nr-progress-mod {m}, with m a positive integer: print filename and record
                     count to stderr every m input records.
  --from {filename}  Use this to specify an input file before the verb(s),
                     rather than after. May be used more than once. Example:
                     "mlr --from a.dat --from b.dat cat" is the same as
                     "mlr cat a.dat b.dat".
  -n                 Process no input files, nor standard input either. Useful
                     for mlr put with begin/end statements only. (Same as --from
                     /dev/null.) Also useful in "mlr -n put -v '...'" for
                     analyzing abstract syntax trees (if that's your thing).
  -I                 Process files in-place. For each file name on the command
                     line, output is written to a temp file in the same
                     directory, which is then renamed over the original. Each
                     file is processed in isolation: if the output format is
                     CSV, CSV headers will be present in each output file;
                     statistics are only over each file's own records; and so on.

Then-chaining:
Output of one verb may be chained as input to another using "then", e.g.
  mlr stats1 -a min,mean,max -f flag,u,v -g color then sort -f color

Auxiliary commands:
Miller has a few otherwise-standalone executables packaged within it.
They do not participate in any other parts of Miller.
Available subcommands:
  aux-list
  lecat
  termcvt
  hex
  unhex
  netbsd-strptime
For more information, please invoke mlr {subcommand} --help

For more information please see http://johnkerl.org/miller/doc and/or
http://github.com/johnkerl/miller. This is Miller version v5.6.1-dev.


$ mlr sort --help
Usage: mlr sort {flags}
Flags:
  -f  {comma-separated field names}  Lexical ascending
  -n  {comma-separated field names}  Numerical ascending; nulls sort last
  -nf {comma-separated field names}  Same as -n
  -r  {comma-separated field names}  Lexical descending
  -nr {comma-separated field names}  Numerical descending; nulls sort first
Sorts records primarily by the first specified field, secondarily by the second
field, and so on.  (Any records not having all specified sort keys will appear
at the end of the output, in the order they were encountered, regardless of the
specified sort order.) The sort is stable: records that compare equal will sort
in the order they were encountered in the input record stream.

Example:
  mlr sort -f a,b -nr x,y,z
which is the same as:
  mlr sort -f a -f b -nr x -nr y -nr z

miller-5.6.2/doc/release-docs.html000066400000000000000000000241161354153536500170270ustar00rootroot00000000000000 Documents by release
Miller

Documents by release

For release notes per se — what changed from one release to the next — please see the following:

https://github.com/johnkerl/miller/tags

Note:

The following are full docsets as of the specified release:

miller-5.6.2/doc/square.csv000066400000000000000000000002441354153536500156040ustar00rootroot00000000000000color,shape,flag,index,quantity,rate red,square,1,15,79.2778,0.0130 red,square,0,48,77.5542,7.4670 red,square,0,64,77.1991,9.5310 purple,square,0,91,72.3735,8.2430 miller-5.6.2/doc/template.html000066400000000000000000000063501354153536500162740ustar00rootroot00000000000000 POKI_PUT_AUTOGEN_DISCLAIMER_HERE POKI_PUT_TITLE_HERE
Miller
POKI_PUT_NAVBAR_HERE

POKI_PUT_BODY_HERE miller-5.6.2/doc/triangle.csv000066400000000000000000000002211354153536500161040ustar00rootroot00000000000000color,shape,flag,index,quantity,rate yellow,triangle,1,11,43.6498,9.8870 purple,triangle,0,51,81.2290,8.5910 purple,triangle,0,65,80.1405,5.8240 miller-5.6.2/doc/variance.mlr000066400000000000000000000003161354153536500160730ustar00rootroot00000000000000@n += 1; @sumx += $x; @sumx2 += $x**2; end { @mean = @sumx / @n; @var = (@sumx2 - @mean * (2 * @sumx - @n * @mean)) / (@n - 1); @stddev = sqrt(@var); emitf @n, @sumx, @sumx2, @mean, @var, @stddev } miller-5.6.2/doc/verb-example-ewma.sh000066400000000000000000000000621354153536500174370ustar00rootroot00000000000000mlr --opprint step -a ewma -d 0.1 -f x data/small miller-5.6.2/doc/why.html000066400000000000000000000446131354153536500152740ustar00rootroot00000000000000 Why?

Miller

Why?
• Who is Miller for?
• What was Miller created to do?
• Tradeoffs
• Related tools
• Moving forward

Someone asked me the other day about design, tradeoffs, thought process, why I felt it necessary to build Miller, etc. Here are some answers.

Who is Miller for?

For background, I’m a software engineer, with a heavy devops bent and a non-trivial amount of data-engineering in my career. Initially I wrote Miller mainly for myself: I’m coder-friendly (being a coder); I’m Github-friendly; most of my data are well-structured or easily structurable (TSV-formatted SQL-query output, CSV files, log files, JSON data structures); I care about interoperability between all the various formats Miller supports (I’ve encountered them all); I do all my work on Linux or OSX.

But now there’s this neat little tool which seems to be useful for people in various disciplines. I don’t even know entirely who. I can click through Github starrers and read a bit about what they seem to do, but not everyone’s on Github (or stars things). I’ve gotten a lot of feature requests through Github — but only from people who are Github users. Not everyone’s a coder (it seems like a lot of Miller’s Github starrers are devops folks like myself, or data-science-ish people, or biology/genomics folks.) A lot of people care 100% about CSV. And so on.

So I wonder (please drop a note at https://github.com/johnkerl/miller/issues) does Miller do what you need? Do you use it for all sorts of things, or just one or two nice things? Are there things you wish it did but it doesn’t? Is it almost there, or just nowhere near what you want? Are there not enough features or way too many? Are the docs too complicated; do you have a hard time finding out how to do what you want? Should I think differently about what this tool even is in the first place? Should I think differently about who it’s for?

What was Miller created to do?

First: there are tools like xsv which handles CSV marvelously and jq which handles JSON marvelously, and so on — but I over the years of my career in the software industry I’ve found myself, and others, doing a lot of ad-hoc things which really were fundamentally the same except for format. So the number one thing about Miller is doing common things while supporting multiple formats: (a) ingest a list of records where a record is a list of key-value pairs (however represented in the input files); (b) transform that stream of records; (c) emit the transformed stream — either in the same format as input, or in a different format.

Second thing, a lot like the first: just as I didn’t want to build something only for a single file format, I didn’t want to build something only for one problem domain. In my work doing software engineering, devops, data engineering, etc. I saw a lot of commonalities and I wanted to solve as many problems simultaneously as possible.

Third: it had to be streaming. As time goes by and we (some of us, sometimes) have machines with tens or hundreds of GB of RAM, it’s maybe less important, but I’m unhappy with tools which ingest all data, then do stuff, then emit all data. One reason is to be able to handle files bigger than available RAM. Another reason is to be able to handle input which trickles in, e.g. you have some process emitting data now and then and you can pipe it to Miller and it will emit transformed records one at a time.

Fourth: it had to be fast. This precludes all sorts of very nice things written in Ruby, for example. I love Ruby as a very expressive language, and I have several very useful little utility scripts written in Ruby. But a few years ago I ported over some of my old tried-and-true C programs and the lines-of-code count was a lot lower — it was great! Until I ran them on multi-GB files and realized they took 60x as long to complete. So I couldn’t write Miller in Ruby, or in languages like it. I was going to have to do something in a low-level language in order to make it performant. I did simple experiments in several languages, and nothing was as fast as C, so I used C: see also here.

Fifth thing: I wanted Miller to be pipe-friendly and interoperate with other command-line tools. Since the basic paradigm is ingest records, transform records, emit records — where the input and output formats can be the same or different, and the transform can be complex, or just pass-through — this means you can use it to transform data, or re-format it, or both. So if you just want to do data-cleaning/prep/formatting and do all the "real" work in R, you can. If you just want a little glue script between other tools you can get that. And if you want to do non-trivial data-reduction in Miller you can.

Sixth thing: Must have comprehensive documentation and unit-test. Since Miller handles a lot of formats and solves a lot of problems, there’s a lot to test and a lot to keep working correctly as I add features or optimize. And I wanted it to be able to explain itself — not only through web docs like the one you’re reading but also through man mlr and mlr --help, mlr sort --help, etc.

Seventh thing: Must have a domain-specific language (DSL) but also must let you do common things without it. All those little verbs Miller has to help you avoid having to write for-loops are great. I use them for keystroke-saving: mlr stats1 -a mean,stddev,min,max -f quantity, for example, without you having to write for-loops or define accumulator variables. But you also have to be able to break out of that and write arbitrary code when you want to: mlr put '$distance = $rate * $time' or anything else you can think up. In Perl/AWK/etc. it’s all DSL. In xsv et al. it’s all verbs. In Miller I like having the combination.

Eighth thing: It’s an awful lot of fun to write. In my experience I didn’t find any tools which do multi-format, streaming, efficient, multi-purpose, with DSL and non-DSL, so I wrote one. But I don’t guarantee it’s unique in the world. It fills a niche in the world (people use it) but it also fills a niche in my life.

Tradeoffs

Miller is command-line-only by design. People who want a graphical user interface won’t find it here. This is in part (a) accommodating my personal preferences, and in part (b) guided by my experience/belief that the command line is very expressive. Steep learning curve, yes. I consider that price worth paying.

Another tradeoff: supporting lists of records — each with only one depth — keeps me supporting only what can be expressed in all of those formats. E.g. in JSON you can have lists of lists of lists which Miller just doesn’t handle. So Miller can’t (and won’t) handle arbitrary JSON because it only handles tabular data which can be expressed in a variety of formats.

A third tradeoff is doing build-from-scratch in a low-level language. It’d be quicker to write (but slower to run) if written in a high-level language. If Miller were written in Python, it would be implemented in significantly fewer lines of code than its current C implementation. The DSL would just be an eval of Python code. And it would run slower, but maybe not enough slower to be a problem for most folks. Later I found out about the rows tool — if you find Miller useful, you should check out rows as well.

A fourth tradeoff is in the DSL (more visibly so in 5.0.0 but already in pre-5.0.0): how much to make it dynamically typed — so you can just say y=x+1 with a minimum number of keystrokes — vs. having it do a good job of telling you when you’ve made a typo. This is a common paradigm across all languages. Some like Ruby you don’t declare anything and they’re quick to code little stuff in but programs of even a few thousand lines (which isn’t large in the software world) become insanely unmanageable. Then Java at the other extreme which is very typesafe but you have to type in a lot of punctuation, angle brackets, datatypes, repetition, etc. just to be able to get anything done. And some in the middle like Go which are typesafe but with type inference which aim to do the best of both. In the Miller (5.0.0) DSL you get y=x+1 by default but you can have things like int y = x+1 etc. so the typesafety is opt-in. See also here for more information on type-checking.

Related tools

Here’s a comprehensive list: https://github.com/dbohdan/structured-text-tools. It doesn’t mention rows so here’s a plug for that as well.

Moving forward

I originally aimed Miller at people who already know what sed/awk/cut/sort/join are and wanted some options. But as time goes by I realize that tools like this can be useful to folks who don’t know what those things are; people who aren’t primarily coders; people who are scientists, or data scientists. These days some journalists do data analysis. So moving forward in terms of docs, I am working on having more cookbook, follow-by-example stuff in addition to the existing language-reference kinds of stuff. And continuing to seek out input from people who use Miller on where to go next.

miller-5.6.2/doc/whyc-details.html000066400000000000000000000637321354153536500170650ustar00rootroot00000000000000 Why C: details
Miller

Why C: details
• Overview
• Timings
• Discussion
• Source code
    • C cat using fgets
    • C cat using getdelim
    • C cat using mmap
    • D cat
    • Rust cat
    • Go cat
    • Nim cat
    • D cut
    • Go cut
    • Nim cut
• Makefile
• Compiler versions
• Hardware

Overview

This section contains details substantiating the discussion at Why C?.

I did simple experiments in several languages. In one experiment (cat tests) I just read lines and printed them back out — a line-oriented cat. In another (cut tests) I consumed input lines like x=1,y=2,z=3 one at a time, split them on commas and equals signs to populate hash maps, transformed them (e.g. remove the y field), and emitted them. Basically mlr cut -x -f y with DKVP format. I didn’t do anything fancy — just using each language’s getline, string-split, hashmap-put, etc. (For C, the hashmap logic was my own and has turned into Miller per se.) And nothing was as fast as C, so I used C. Here are the experiments I kept (I failed to keep the Lua code, for example). Note that I re-ran the timings in 2019 using code written in 2015, for purposes of creating this page.

Timings

----------------------------------------------------------------
$ wc -l ../data/bigger
1000000 ../data/bigger

$ ls -lh ../data/bigger
-rw----r-- 1 kerl kerl 59M Sep 18 21:47 ../data/bigger

$ head ../data/bigger
a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533
a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797
a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776
a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463
a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729
a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697
a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694
a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006
a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059
a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864

----------------------------------------------------------------
$ cat timings.sh

time /bin/cat ../data/bigger > /dev/null
time catc < ../data/bigger  > /dev/null
time catc0 < ../data/bigger  > /dev/null
time catm ../data/bigger  > /dev/null
time catd < ../data/bigger  > /dev/null
time catgo < ../data/bigger  > /dev/null
time catrust < ../data/bigger  > /dev/null
time catnim < ../data/bigger  > /dev/null

time cutgo < ../data/bigger  > /dev/null
time cutd < ../data/bigger  > /dev/null
time cutnim < ../data/bigger  > /dev/null

----------------------------------------------------------------
$ bash -x timings.sh

+ /bin/cat ../data/bigger
real    0m0.026s
user    0m0.000s
sys     0m0.026s

+ catc
real    0m0.097s
user    0m0.076s
sys     0m0.021s

+ catc0
real    0m0.057s
user    0m0.028s
sys     0m0.028s

+ catm ../data/bigger
real    0m0.197s
user    0m0.177s
sys     0m0.020s

+ catd
real    0m0.258s
user    0m0.213s
sys     0m0.054s

+ catgo
real    0m0.121s
user    0m0.111s
sys     0m0.024s

+ catrust
real    0m1.055s
user    0m1.035s
sys     0m0.020s

+ catnim
real    0m0.624s
user    0m0.432s
sys     0m0.192s

+ cutgo
real    0m1.073s
user    0m1.079s
sys     0m0.041s

+ cutd
real    0m4.233s
user    0m4.462s
sys     0m0.113s

+ cutnim
real    0m21.380s
user    0m21.350s
sys     0m0.024s

Discussion

  • /bin/cat is quite a bit faster than my line-oriented C code. This shows that my simple experiments here don’t exhaust the possibilities of clever programming. Rather, they serve to compare and contrast the performance of straightforward coding in various languages.
  • I didn’t get any of the other languages to do line-oriented cat as fast as C. But Go was in the ballpark and was worth a further look.
  • The cut experiments separated it out. I iteratively commented out/in various steps of the cut steps and found (as noted in the source code below) big chunks of cutgo.go’s time in the simple map and write-to-stdout library-code operations. I failed to retain cutc.c as I originally implemented it in 2015 (it morphed gradually into Miller per se) but it was sufficiently faster than cutgo.go that I stuck with C for implementing Miller.
  • The full Miller executable running mlr cat or mlr cut is slower than these bare-bones C executables — I fully implemented Miller only in one language so there’s no apples-to-apples comparison with other languages.
  • While C was the clear winner in these very simple tests, it’s quite possible that had I committed to another language for full-featured Miller, it would have been faster in that language. That was a gamble I did not take.

Source code

C cat using fgets

#include <stdio.h>
#include <stdlib.h>
#include <string.h>

// ----------------------------------------------------------------
static int do_stream(char* file_name) {
	FILE* input_stream  = stdin;
	FILE* output_stream = stdout;

	if (strcmp(file_name, "-")) {
		input_stream = fopen(file_name, "r");
		if (input_stream == NULL) {
			perror(file_name);
			return 0;
		}
	}

	while (1) {
		char* line = NULL;
		size_t linecap = 0;
		ssize_t linelen = getdelim(&line, &linecap, '\n', input_stream);
		if (linelen <= 0) {
			break;
		}
		fputs(line, output_stream);
		free(line);
	}
	if (input_stream != stdin)
		fclose(input_stream);

	return 1;
}

// ================================================================
int main(int argc, char** argv) {
	int ok = 1;
	if (argc == 1) {
		ok = ok && do_stream("-");
	} else {
		for (int argi = 1; argi < argc; argi++) {
		    ok = do_stream(argv[argi]);
		}
	}
	return ok ? 0 : 1;
}

C cat using getdelim

#include <stdio.h>
#include <stdlib.h>
#include <string.h>

#define MYBUFSIZ 8192
static char iobuf[MYBUFSIZ];

// ----------------------------------------------------------------
static int do_stream(char* file_name) {
	FILE* input_stream  = stdin;
	FILE* output_stream = stdout;

	if (strcmp(file_name, "-")) {
		input_stream = fopen(file_name, "r");
		if (input_stream == NULL) {
			perror(file_name);
			return 0;
		}
	}

	while (1) {
		char* line = fgets(iobuf, BUFSIZ, input_stream);
		if (line == NULL)
			break;
		fputs(line, output_stream);
	}
	if (input_stream != stdin)
		fclose(input_stream);

	return 1;
}

// ================================================================
int main(int argc, char** argv) {
	int ok = 1;
	if (argc == 1) {
		ok = ok && do_stream("-");
	} else {
		for (int argi = 1; argi < argc; argi++) {
		    ok = do_stream(argv[argi]);
		}
	}
	return ok ? 0 : 1;
}

C cat using mmap

#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <fcntl.h>
#include <unistd.h>
#include <sys/stat.h>
#include <sys/mman.h>

// ----------------------------------------------------------------
static void emit(char* sol, char* eol, FILE* output_stream) {
	 size_t ntowrite = eol - sol;
     size_t nwritten = fwrite(sol, 1, ntowrite, output_stream);
	 if (nwritten != ntowrite) {
		perror("fwrite");
		exit(1);
	 }
}

// ----------------------------------------------------------------
static int do_stream(char* file_name) {
	FILE* output_stream = stdout;
	int fd = open(file_name, O_RDONLY);
	if (fd < 0) {
		perror("open");
		exit(1);
	}
	struct stat stat;
	if (fstat(fd, &stat) < 0) {
		perror("fstat");
		exit(1);
	}
	char* sof = mmap(NULL, (size_t)stat.st_size, PROT_READ|PROT_WRITE, MAP_FILE|MAP_PRIVATE, fd, (off_t)0);
	if (sof == MAP_FAILED) {
		perror("mmap");
		exit(1);
	}
	char* eof = sof + stat.st_size;
	char* sol = sof;
	char* eol;
	char* p = sof;

	while (p < eof) {
		if (*p == '\n') {
			*p = 0;
			eol = p;
			emit(sol, eol, output_stream);
			p++;
			sol = p;
		} else {
			p++;
		}
	}

	if (close(fd) < 0) {
		perror("close");
		exit(1);
	}

	return 1;
}

// ================================================================
int main(int argc, char** argv) {
	int ok = 1;
	for (int argi = 1; argi < argc; argi++) {
	    ok = do_stream(argv[argi]);
	}
	return ok ? 0 : 1;
}

D cat

// Reads $(D stdin) and writes it to $(D stdout).
import std.stdio;

void main()
{
	string line;
	while ((line = stdin.readln()) !is null)
		write(line);
}

Rust cat

use std::io;
use std::io::BufRead;

fn main() {
    for line in io::stdin().lock().lines() {
        print!("{}", line.unwrap());
    }
}

Go cat

package main

import (
	"bufio"
	"io"
	"log"
	"os"
)

// ----------------------------------------------------------------
func main() {
	args := os.Args[1:]
	includeFields := []string {"a", "x"};

	ok := true
	if len(args) == 0 {
		ok = handle("-", includeFields) && ok
	} else {
		for _, arg := range args {
			ok = handle(arg, includeFields) && ok
		}
	}
	if ok {
		os.Exit(0)
	} else {
		os.Exit(1)
	}
}

// ----------------------------------------------------------------
func handle(fileName string, includeFields []string) (ok bool) {
	inputStream := os.Stdin
	if fileName != "-" {
		var err error
		if inputStream, err = os.Open(fileName); err != nil {
			log.Println(err)
			return false
		}
	}

	reader := bufio.NewReader(inputStream)
	writer := bufio.NewWriter(os.Stdout)
	eof := false

	for !eof {
		line, err := reader.ReadString('\n')
		if err == io.EOF {
			err = nil
			eof = true
		} else if err != nil {
			log.Println(err)
			if fileName != "-" {
				inputStream.Close()
			}
			return false
		} else {
			writer.WriteString(line)
		}
	}
	if fileName != "-" {
		inputStream.Close()
	}
	writer.Flush()

	return true
}

Nim cat

for line in stdin.lines:
  echo(line)

D cut

// Reads $(D stdin) and writes it to $(D stdout).
// http://dlang.org/hash-map.html
import std.stdio;
import std.string;
import std.array;

void main() {
	string[] includeFields = ["a", "x"];
	string line;
	while ((line = stdin.readln()) !is null) {
		// Input string to hashmap.
		string[string] oldmap;
		string[] fields = split(line, ',');
		foreach (field; fields) {
			string[] kvps = split(field, '='); // really want splitN with max #parts = 2
			oldmap[kvps[0]] = kvps[1];
		}

		// Hashmap-to-hashmap transform.
		// Note: unordered hashmap here.
		string[string] newmap;
		foreach (includeField; includeFields) {
			if (includeField in oldmap) {
				newmap[includeField] = oldmap[includeField];
			}
		}

		// Hashmap to output strings.
		int i = 0;
		foreach (key; newmap.keys) {
			if (i > 0)
				write(',');
			write(key);
			write('=');
			write(newmap[key]);
			i++;
		}
		write('\n');
	}
}

Go cut

package main

import (
	"bufio"
	"io"
	"log"
	"os"
	"strings"
)

// ----------------------------------------------------------------
func main() {
	args := os.Args[1:]
	includeFields := []string {"a", "x"};

	ok := true
	if len(args) == 0 {
		ok = handle("-", includeFields) && ok
	} else {
		for _, arg := range args {
			ok = handle(arg, includeFields) && ok
		}
	}
	if ok {
		os.Exit(0)
	} else {
		os.Exit(1)
	}
}

// ----------------------------------------------------------------
func handle(fileName string, includeFields []string) (ok bool) {
	inputStream := os.Stdin
	if fileName != "-" {
		var err error
		if inputStream, err = os.Open(fileName); err != nil {
			log.Println(err)
			return false
		}
	}

	reader := bufio.NewReader(inputStream)
	writer := bufio.NewWriter(os.Stdout)
	eof := false

	for !eof {
		line, err := reader.ReadString('\n')
		if err == io.EOF {
			err = nil
			eof = true
		} else if err != nil {
			log.Println(err)
			if fileName != "-" {
				inputStream.Close()
			}
			return false
		} else {

			// 0.030s

			// Line to map
			mymap := make(map[string]string)
			fields := strings.Split(line, ",");
			for _, field := range(fields) {
				kvps := strings.SplitN(field, "=", 2)
				mymap[kvps[0]] = kvps[1]
			}
			// 0.220s
			// delta 0.190s
			// 27%

			// Map-to-map transform
			newmap := make(map[string]string)
			for _, includeField := range(includeFields) {
				value, present := mymap[includeField]
				if present {
					newmap[includeField] = value
				}
			}
			// 0.280s
			// delta 0.060s
			// 9%

			// Map to string
			outs := make([]string, len(newmap))
			i := 0
			for k, v := range(newmap) {
				outs[i] = k + "=" + v
				i++
			}
			// 0.320s
			// delta 0.040s
			// 6%

			out := strings.Join(outs, ",")
			// 0.330s
			// delta 0.010s
			// 2%

			// Write to output stream
			//fmt.Println("")
			writer.WriteString(out)
			// delta 0.390s
			// 56%

		}
	}
	if fileName != "-" {
		inputStream.Close()
	}
	writer.Flush()

	return true
}

Nim cut

import strutils, tables

for line in stdin.lines:
  #var map: OrderedTable[string,string]
  var map = {"":""}.newOrderedTable
  #var map = initTable[string, string]
  #var map: OrderedTable[string, string]
  #var map: newOrderedTable[string, string](16)
  for word in line.split(","):
      var pair = word.split("=")
      #echo(pair[0])
      #echo(pair[1])
      #echo()
      #map[pair[0]] = pair[1]
      map.add(pair[0], pair[1])

Makefile

all: catc catc0 catm catd catrust catgo catnim cutd cutgo cutnim
allc: catc catc0 catm

catc: catc.c
	gcc -Wall catc.c -o catc
catc0: catc0.c
	gcc -Wall catc0.c -o catc0
catm: catm.c
	gcc -Wall catm.c -o catm
catd: catd.d
	dmd -O catd.d
catrust: catrust.rs
	rustc catrust.rs
catgo: catgo.go
	go build catgo.go
catnim: catnim.nim
	nim compile catnim.nim
cutd: cutd.d
	dmd -O cutd.d
cutgo: cutgo.go
	go build cutgo.go
cutnim: cutnim.nim
	nim compile cutnim.nim

Compiler versions

$ gcc --version
gcc (Ubuntu 7.3.0-27ubuntu1~18.04) 7.3.0
Copyright (C) 2017 Free Software Foundation, Inc.
This is free software; see the source for copying conditions.  There is NO
warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.

$ dmd --version
DMD64 D Compiler v2.088.0
Copyright (C) 1999-2019 by The D Language Foundation, All Rights Reserved written by Walter Bright

$ rustc --version
rustc 1.36.0

$ go version
go version go1.10.4 linux/amd64

$ nim --version
Nim Compiler Version 0.17.2 (2018-02-05) [Linux: amd64]
Copyright (c) 2006-2018 by Andreas Rumpf

active boot switches: -d:release

Hardware

$ uname -a
Linux sprax 4.15.0-20-generic #21-Ubuntu SMP Tue Apr 24 06:16:15 UTC 2018 x86_64 x86_64 x86_64 GNU/Linux

$ cat /proc/cpuinfo
processor	: 0
vendor_id	: GenuineIntel
cpu family	: 6
model		: 142
model name	: Intel(R) Core(TM) i7-8550U CPU @ 1.80GHz
stepping	: 10
microcode	: 0x96
cpu MHz		: 796.615
cache size	: 8192 KB
physical id	: 0
siblings	: 8
core id		: 0
cpu cores	: 4
apicid		: 0
initial apicid	: 0
fpu		: yes
fpu_exception	: yes
cpuid level	: 22
wp		: yes
flags		: fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat
pse36 clflush dts acpi mmx fxsr sse sse2 ss ht tm pbe syscall nx pdpe1gb rdtscp
lm constant_tsc art arch_perfmon pebs bts rep_good nopl xtopology nonstop_tsc
cpuid aperfmperf tsc_known_freq pni pclmulqdq dtes64 monitor ds_cpl vmx est tm2
ssse3 sdbg fma cx16 xtpr pdcm pcid sse4_1 sse4_2 x2apic movbe popcnt
tsc_deadline_timer aes xsave avx f16c rdrand lahf_lm abm 3dnowprefetch
cpuid_fault epb invpcid_single pti tpr_shadow vnmi flexpriority ept vpid
fsgsbase tsc_adjust bmi1 avx2 smep bmi2 erms invpcid mpx rdseed adx smap
clflushopt intel_pt xsaveopt xsavec xgetbv1 xsaves ibpb ibrs stibp dtherm ida
arat pln pts hwp hwp_notify hwp_act_window hwp_epp
bugs		: cpu_meltdown spectre_v1 spectre_v2
bogomips	: 3984.00
clflush size	: 64
cache_alignment	: 64
address sizes	: 39 bits physical, 48 bits virtual
power management:

... (8 CPUs total)

miller-5.6.2/doc/whyc.html000066400000000000000000000403321354153536500154310ustar00rootroot00000000000000 Why C?
Miller

Why C?
• Why not C?
• C vs. Go, D, Rust, etc.; C is fast
• C is ubiquitous
• C is old-school
• C vs. C++
    • this pointers and attributes
    • Interfaces and virtual-function pointers

Why not C?

C lacks many of the features found in modern, high-level languages such as Java or Go: garbage collection, collections libraries, generics/near-generics, hash-map/linked-list literals built into the language (e.g. mymap={"a"=>1,"b"=>2} or mylist=[3,4,5]), autodoc (e.g. Javadoc), and so on. Yet, while memory management is indeed Miller’s trickiest aspect, its garbage-collection needs are well-delineated and so the absence of GC is no great loss. Miller’s performance relies on the principles of touching each byte as few times as possible, and copying bytes only when necessary. This results in a baton-passing, free-on-last-use memory-management pattern which works well enough. (See also miller/c/README.md.) Miller doesn’t require a complex collections library: mostly simple hash maps, hash sets, and linked lists which aren’t difficult to code. Moreover, Miller’s primary data structure, the lrec_t, is hand-tuned to Miller’s use case and would have required hand-coding in any case.

C vs. Go, D, Rust, etc.; C is fast

I love Go (https://golang.org): I think it’s one of the best things ever to happen to our craft, and I use it often. The D language (http://dolang.org) is an exciting and elegant successor to C++ (more about which below) — D has many of Go’s strengths, with a tighter stylistic similarity to C. And initial experiments with Rust are intriguing. Yet with none of them could I obtain the throughput I get in C.

Details are written up at Why C: details.

One of Go’s most powerful features is the ease with which it allows quick-to-code, error-free concurrency. Yet Miller, like most high-volume text-processing tools, spends most of its time obtaining and parsing input strings and negligible time doing all subsequent processing. Thus the absence of in-process multiprocessing is only a slight penalty in this particular application domain — parallelism here is more easily achieved by running multiple single-threaded processes, each handling its own input files, either on a single host or split across multiple hosts.

C is ubiquitous

Every Unix-like system has a C compiler (or is an apt-get or yum install away from it). This, I hope, bodes well for uptake of Miller.

C is old-school

This alone is not enough reason to program in C, but since I find myself coding in C due to the other reasons on this page, it’s happy enough to use a throwback language for a throwback tool (see Why call it Miller?). That said, Miller is coded in GNU C99, it uses getopt-style command-line parsing, and for development work I make use of modern tools such as valgrind. K&R was a long, long time ago. (I’m writing plain C with // comments; enough said.)

C vs. C++

I have a strong personal distaste for C++: its syntax is an ugly layer over the simplicity of C; templates and STL are even more awkward and even less elegant. (Meanwhile I find Java, Go, and D to be both elegant and modern; I ruled them out not for aesthetics but for performance as described above.) Meanwhile all the positive features I would want from C++ are easily implementable in C as follows:

this pointers and attributes

The C++ compiler implictly inserts this pointers into method calls: for example 
  class MyClass {
    private:
      char* a;
    public:
    MyClass(char* a) {
      this->a = strdup(a);
    }
    ~MyClass() {
      free(a);
    }
    int myMethod(char* b) {
      return strlen(a) + strlen(b);
    }
  };
  ...
  MyClass* myObj = new MyClass("hello");
  int x = myObj->myMethod("world");
results in something like 
  void MyClass$constructorcharptr(MyClass* this, char* a) {
    this->a = strdup(a);
  }
  void MyClass$destructor(MyClass* this) {
    free(this->a);
  }
  int MyClass$myMethod(MyClass* this, char* b) {
    return strlen(this->a) + strlen(b);
  }
  MyClass* myObj = MyClass$constructorcharptr("hello");
  int x = MyClass$myMethod(myObj, "world");
It’s easy enough to imitate this: simply use the coding convention of prepending the class name to all methods, and placing this-pointers as the first arguments to methods. Miller uses precisely this approach. For example: 
typedef struct _lrec_t {
  ...
} lrec_t;
// Constructors
lrec_t* lrec_csv_alloc(...) {
  lrec_t* prec = malloc(sizeof(lrec_t);
  ...
  prec->attribute = ...;
  return prec;
}
lrec_t* lrec_dkvp_alloc(...) {
  ...
}
// Destructor
void lrec_free(lrec_t* prec) {
  ...
  free(prec->attribute);
  ...
  free(prec);
}
// Methods
int lrec_foo(lrec_t* prec, ...) {
  return prec->...;
}
void lrec_bar(lrec_t* prec, ...) {
  prec->...;
}

This implements the object-oriented principle of encapsulation.

Interfaces and virtual-function pointers

Coding conventions again do most of the work, here accompanied by typdeffed function pointers. For example, here is Miller’s record-reader interface: 
#include <stdio.h>
#include <containers/lrec.h>
typedef lrec_t* reader_func_t(FILE* fp, void* pvstate, context_t* pctx);
typedef void    reset_func_t(void* pvstate);
typedef void    reader_free_func_t(void* pvstate);

typedef struct _reader_t {
    void*               pvstate;
    reader_func_t*      preader_func; // Interface method
    reset_func_t*       preset_func;  // Interface method
    reader_free_func_t* pfree_func;   // Interface method
} reader_t;

A class implementing this interface might look like 

// Attributes are private to this file
typedef struct _reader_csv_state_t {
  ...
} reader_csv_state_t;

// Implementation of interface methods. Marked static (file-scope) to not
// pollute the global namespace; exposed only via function pointers.
static lrec_t* reader_csv_func(FILE* input_stream, void* pvstate, context_t* pctx) {
  reader_csv_state_t* pstate = pvstate;
  ...  use various pstate->attributes ...
}
static void reset_csv_func(void* pvstate) {
  reader_csv_state_t* pstate = pvstate;
  ...  use various pstate->attributes ...
}
static void reader_csv_free(void* pvstate) {
  ...  use various pstate->attributes ...
}

// Constructor
reader_t* reader_csv_alloc(...) {
  reader_t* preader = mlr_malloc_or_die(sizeof(reader_t));

  reader_csv_state_t* pstate = mlr_malloc_or_die(sizeof(reader_csv_state_t));
  ... set various pstate->attributes ...

  preader->pvstate      = (void*)pstate;
  preader->preader_func = &reader_csv_func;
  preader->preset_func  = &reset_csv_func;
  preader->pfree_func   = &reader_csv_free;

  return preader;
}

// Factory method
  ...
  reader_t* preader = reader_csv_alloc(...);
  ...
// Method call
  ...
  lrec_t* pinrec = preader->preader_func(input_stream, preader->pvstate, pctx);
  ...

This implements the object-oriented principles of polymorphism and runtime binding.

More details are at https://github.com/johnkerl/miller/tree/master/c/containers.

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Likely further. if test -x /sbin/sysctl; then lt_cv_sys_max_cmd_len=`/sbin/sysctl -n kern.argmax` elif test -x /usr/sbin/sysctl; then lt_cv_sys_max_cmd_len=`/usr/sbin/sysctl -n kern.argmax` else lt_cv_sys_max_cmd_len=65536 # usable default for all BSDs fi # And add a safety zone lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \/ 4` lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \* 3` ;; interix*) # We know the value 262144 and hardcode it with a safety zone (like BSD) lt_cv_sys_max_cmd_len=196608 ;; os2*) # The test takes a long time on OS/2. lt_cv_sys_max_cmd_len=8192 ;; osf*) # Dr. Hans Ekkehard Plesser reports seeing a kernel panic running configure # due to this test when exec_disable_arg_limit is 1 on Tru64. It is not # nice to cause kernel panics so lets avoid the loop below. # First set a reasonable default. lt_cv_sys_max_cmd_len=16384 # if test -x /sbin/sysconfig; then case `/sbin/sysconfig -q proc exec_disable_arg_limit` in *1*) lt_cv_sys_max_cmd_len=-1 ;; esac fi ;; sco3.2v5*) lt_cv_sys_max_cmd_len=102400 ;; sysv5* | sco5v6* | sysv4.2uw2*) kargmax=`grep ARG_MAX /etc/conf/cf.d/stune 2>/dev/null` if test -n "$kargmax"; then lt_cv_sys_max_cmd_len=`echo $kargmax | sed 's/.*[[ ]]//'` else lt_cv_sys_max_cmd_len=32768 fi ;; *) lt_cv_sys_max_cmd_len=`(getconf ARG_MAX) 2> /dev/null` if test -n "$lt_cv_sys_max_cmd_len" && \ test undefined != "$lt_cv_sys_max_cmd_len"; then lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \/ 4` lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \* 3` else # Make teststring a little bigger before we do anything with it. # a 1K string should be a reasonable start. for i in 1 2 3 4 5 6 7 8; do teststring=$teststring$teststring done SHELL=${SHELL-${CONFIG_SHELL-/bin/sh}} # If test is not a shell built-in, we'll probably end up computing a # maximum length that is only half of the actual maximum length, but # we can't tell. while { test X`env echo "$teststring$teststring" 2>/dev/null` \ = "X$teststring$teststring"; } >/dev/null 2>&1 && test 17 != "$i" # 1/2 MB should be enough do i=`expr $i + 1` teststring=$teststring$teststring done # Only check the string length outside the loop. lt_cv_sys_max_cmd_len=`expr "X$teststring" : ".*" 2>&1` teststring= # Add a significant safety factor because C++ compilers can tack on # massive amounts of additional arguments before passing them to the # linker. It appears as though 1/2 is a usable value. lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \/ 2` fi ;; esac ]) if test -n "$lt_cv_sys_max_cmd_len"; then AC_MSG_RESULT($lt_cv_sys_max_cmd_len) else AC_MSG_RESULT(none) fi max_cmd_len=$lt_cv_sys_max_cmd_len _LT_DECL([], [max_cmd_len], [0], [What is the maximum length of a command?]) ])# LT_CMD_MAX_LEN # Old name: AU_ALIAS([AC_LIBTOOL_SYS_MAX_CMD_LEN], [LT_CMD_MAX_LEN]) dnl aclocal-1.4 backwards compatibility: dnl AC_DEFUN([AC_LIBTOOL_SYS_MAX_CMD_LEN], []) # _LT_HEADER_DLFCN # ---------------- m4_defun([_LT_HEADER_DLFCN], [AC_CHECK_HEADERS([dlfcn.h], [], [], [AC_INCLUDES_DEFAULT])dnl ])# _LT_HEADER_DLFCN # _LT_TRY_DLOPEN_SELF (ACTION-IF-TRUE, ACTION-IF-TRUE-W-USCORE, # ACTION-IF-FALSE, ACTION-IF-CROSS-COMPILING) # ---------------------------------------------------------------- m4_defun([_LT_TRY_DLOPEN_SELF], [m4_require([_LT_HEADER_DLFCN])dnl if test yes = "$cross_compiling"; then : [$4] else lt_dlunknown=0; lt_dlno_uscore=1; lt_dlneed_uscore=2 lt_status=$lt_dlunknown cat > conftest.$ac_ext <<_LT_EOF [#line $LINENO "configure" #include "confdefs.h" #if HAVE_DLFCN_H #include #endif #include #ifdef RTLD_GLOBAL # define LT_DLGLOBAL RTLD_GLOBAL #else # ifdef DL_GLOBAL # define LT_DLGLOBAL DL_GLOBAL # else # define LT_DLGLOBAL 0 # endif #endif /* We may have to define LT_DLLAZY_OR_NOW in the command line if we find out it does not work in some platform. */ #ifndef LT_DLLAZY_OR_NOW # ifdef RTLD_LAZY # define LT_DLLAZY_OR_NOW RTLD_LAZY # else # ifdef DL_LAZY # define LT_DLLAZY_OR_NOW DL_LAZY # else # ifdef RTLD_NOW # define LT_DLLAZY_OR_NOW RTLD_NOW # else # ifdef DL_NOW # define LT_DLLAZY_OR_NOW DL_NOW # else # define LT_DLLAZY_OR_NOW 0 # endif # endif # endif # endif #endif /* When -fvisibility=hidden is used, assume the code has been annotated correspondingly for the symbols needed. */ #if defined __GNUC__ && (((__GNUC__ == 3) && (__GNUC_MINOR__ >= 3)) || (__GNUC__ > 3)) int fnord () __attribute__((visibility("default"))); #endif int fnord () { return 42; } int main () { void *self = dlopen (0, LT_DLGLOBAL|LT_DLLAZY_OR_NOW); int status = $lt_dlunknown; if (self) { if (dlsym (self,"fnord")) status = $lt_dlno_uscore; else { if (dlsym( self,"_fnord")) status = $lt_dlneed_uscore; else puts (dlerror ()); } /* dlclose (self); */ } else puts (dlerror ()); return status; }] _LT_EOF if AC_TRY_EVAL(ac_link) && test -s "conftest$ac_exeext" 2>/dev/null; then (./conftest; exit; ) >&AS_MESSAGE_LOG_FD 2>/dev/null lt_status=$? case x$lt_status in x$lt_dlno_uscore) $1 ;; x$lt_dlneed_uscore) $2 ;; x$lt_dlunknown|x*) $3 ;; esac else : # compilation failed $3 fi fi rm -fr conftest* ])# _LT_TRY_DLOPEN_SELF # LT_SYS_DLOPEN_SELF # ------------------ AC_DEFUN([LT_SYS_DLOPEN_SELF], [m4_require([_LT_HEADER_DLFCN])dnl if test yes != "$enable_dlopen"; then enable_dlopen=unknown enable_dlopen_self=unknown enable_dlopen_self_static=unknown else lt_cv_dlopen=no lt_cv_dlopen_libs= case $host_os in beos*) lt_cv_dlopen=load_add_on lt_cv_dlopen_libs= lt_cv_dlopen_self=yes ;; mingw* | pw32* | cegcc*) lt_cv_dlopen=LoadLibrary lt_cv_dlopen_libs= ;; cygwin*) lt_cv_dlopen=dlopen lt_cv_dlopen_libs= ;; darwin*) # if libdl is installed we need to link against it AC_CHECK_LIB([dl], [dlopen], [lt_cv_dlopen=dlopen lt_cv_dlopen_libs=-ldl],[ lt_cv_dlopen=dyld lt_cv_dlopen_libs= lt_cv_dlopen_self=yes ]) ;; tpf*) # Don't try to run any link tests for TPF. We know it's impossible # because TPF is a cross-compiler, and we know how we open DSOs. lt_cv_dlopen=dlopen lt_cv_dlopen_libs= lt_cv_dlopen_self=no ;; *) AC_CHECK_FUNC([shl_load], [lt_cv_dlopen=shl_load], [AC_CHECK_LIB([dld], [shl_load], [lt_cv_dlopen=shl_load lt_cv_dlopen_libs=-ldld], [AC_CHECK_FUNC([dlopen], [lt_cv_dlopen=dlopen], [AC_CHECK_LIB([dl], [dlopen], [lt_cv_dlopen=dlopen lt_cv_dlopen_libs=-ldl], [AC_CHECK_LIB([svld], [dlopen], [lt_cv_dlopen=dlopen lt_cv_dlopen_libs=-lsvld], [AC_CHECK_LIB([dld], [dld_link], [lt_cv_dlopen=dld_link lt_cv_dlopen_libs=-ldld]) ]) ]) ]) ]) ]) ;; esac if test no = "$lt_cv_dlopen"; then enable_dlopen=no else enable_dlopen=yes fi case $lt_cv_dlopen in dlopen) save_CPPFLAGS=$CPPFLAGS test yes = "$ac_cv_header_dlfcn_h" && CPPFLAGS="$CPPFLAGS -DHAVE_DLFCN_H" save_LDFLAGS=$LDFLAGS wl=$lt_prog_compiler_wl eval LDFLAGS=\"\$LDFLAGS $export_dynamic_flag_spec\" save_LIBS=$LIBS LIBS="$lt_cv_dlopen_libs $LIBS" AC_CACHE_CHECK([whether a program can dlopen itself], lt_cv_dlopen_self, [dnl _LT_TRY_DLOPEN_SELF( lt_cv_dlopen_self=yes, lt_cv_dlopen_self=yes, lt_cv_dlopen_self=no, lt_cv_dlopen_self=cross) ]) if test yes = "$lt_cv_dlopen_self"; then wl=$lt_prog_compiler_wl eval LDFLAGS=\"\$LDFLAGS $lt_prog_compiler_static\" AC_CACHE_CHECK([whether a statically linked program can dlopen itself], lt_cv_dlopen_self_static, [dnl _LT_TRY_DLOPEN_SELF( lt_cv_dlopen_self_static=yes, lt_cv_dlopen_self_static=yes, lt_cv_dlopen_self_static=no, lt_cv_dlopen_self_static=cross) ]) fi CPPFLAGS=$save_CPPFLAGS LDFLAGS=$save_LDFLAGS LIBS=$save_LIBS ;; esac case $lt_cv_dlopen_self in yes|no) enable_dlopen_self=$lt_cv_dlopen_self ;; *) enable_dlopen_self=unknown ;; esac case $lt_cv_dlopen_self_static in yes|no) enable_dlopen_self_static=$lt_cv_dlopen_self_static ;; *) enable_dlopen_self_static=unknown ;; esac fi _LT_DECL([dlopen_support], [enable_dlopen], [0], [Whether dlopen is supported]) _LT_DECL([dlopen_self], [enable_dlopen_self], [0], [Whether dlopen of programs is supported]) _LT_DECL([dlopen_self_static], [enable_dlopen_self_static], [0], [Whether dlopen of statically linked programs is supported]) ])# LT_SYS_DLOPEN_SELF # Old name: AU_ALIAS([AC_LIBTOOL_DLOPEN_SELF], [LT_SYS_DLOPEN_SELF]) dnl aclocal-1.4 backwards compatibility: dnl AC_DEFUN([AC_LIBTOOL_DLOPEN_SELF], []) # _LT_COMPILER_C_O([TAGNAME]) # --------------------------- # Check to see if options -c and -o are simultaneously supported by compiler. # This macro does not hard code the compiler like AC_PROG_CC_C_O. m4_defun([_LT_COMPILER_C_O], [m4_require([_LT_DECL_SED])dnl m4_require([_LT_FILEUTILS_DEFAULTS])dnl m4_require([_LT_TAG_COMPILER])dnl AC_CACHE_CHECK([if $compiler supports -c -o file.$ac_objext], [_LT_TAGVAR(lt_cv_prog_compiler_c_o, $1)], [_LT_TAGVAR(lt_cv_prog_compiler_c_o, $1)=no $RM -r conftest 2>/dev/null mkdir conftest cd conftest mkdir out echo "$lt_simple_compile_test_code" > conftest.$ac_ext lt_compiler_flag="-o out/conftest2.$ac_objext" # Insert the option either (1) after the last *FLAGS variable, or # (2) before a word containing "conftest.", or (3) at the end. # Note that $ac_compile itself does not contain backslashes and begins # with a dollar sign (not a hyphen), so the echo should work correctly. lt_compile=`echo "$ac_compile" | $SED \ -e 's:.*FLAGS}\{0,1\} :&$lt_compiler_flag :; t' \ -e 's: [[^ ]]*conftest\.: $lt_compiler_flag&:; t' \ -e 's:$: $lt_compiler_flag:'` (eval echo "\"\$as_me:$LINENO: $lt_compile\"" >&AS_MESSAGE_LOG_FD) (eval "$lt_compile" 2>out/conftest.err) ac_status=$? cat out/conftest.err >&AS_MESSAGE_LOG_FD echo "$as_me:$LINENO: \$? = $ac_status" >&AS_MESSAGE_LOG_FD if (exit $ac_status) && test -s out/conftest2.$ac_objext then # The compiler can only warn and ignore the option if not recognized # So say no if there are warnings $ECHO "$_lt_compiler_boilerplate" | $SED '/^$/d' > out/conftest.exp $SED '/^$/d; /^ *+/d' out/conftest.err >out/conftest.er2 if test ! -s out/conftest.er2 || diff out/conftest.exp out/conftest.er2 >/dev/null; then _LT_TAGVAR(lt_cv_prog_compiler_c_o, $1)=yes fi fi chmod u+w . 2>&AS_MESSAGE_LOG_FD $RM conftest* # SGI C++ compiler will create directory out/ii_files/ for # template instantiation test -d out/ii_files && $RM out/ii_files/* && rmdir out/ii_files $RM out/* && rmdir out cd .. $RM -r conftest $RM conftest* ]) _LT_TAGDECL([compiler_c_o], [lt_cv_prog_compiler_c_o], [1], [Does compiler simultaneously support -c and -o options?]) ])# _LT_COMPILER_C_O # _LT_COMPILER_FILE_LOCKS([TAGNAME]) # ---------------------------------- # Check to see if we can do hard links to lock some files if needed m4_defun([_LT_COMPILER_FILE_LOCKS], [m4_require([_LT_ENABLE_LOCK])dnl m4_require([_LT_FILEUTILS_DEFAULTS])dnl _LT_COMPILER_C_O([$1]) hard_links=nottested if test no = "$_LT_TAGVAR(lt_cv_prog_compiler_c_o, $1)" && test no != "$need_locks"; then # do not overwrite the value of need_locks provided by the user AC_MSG_CHECKING([if we can lock with hard links]) hard_links=yes $RM conftest* ln conftest.a conftest.b 2>/dev/null && hard_links=no touch conftest.a ln conftest.a conftest.b 2>&5 || hard_links=no ln conftest.a conftest.b 2>/dev/null && hard_links=no AC_MSG_RESULT([$hard_links]) if test no = "$hard_links"; then AC_MSG_WARN(['$CC' does not support '-c -o', so 'make -j' may be unsafe]) need_locks=warn fi else need_locks=no fi _LT_DECL([], [need_locks], [1], [Must we lock files when doing compilation?]) ])# _LT_COMPILER_FILE_LOCKS # _LT_CHECK_OBJDIR # ---------------- m4_defun([_LT_CHECK_OBJDIR], [AC_CACHE_CHECK([for objdir], [lt_cv_objdir], [rm -f .libs 2>/dev/null mkdir .libs 2>/dev/null if test -d .libs; then lt_cv_objdir=.libs else # MS-DOS does not allow filenames that begin with a dot. lt_cv_objdir=_libs fi rmdir .libs 2>/dev/null]) objdir=$lt_cv_objdir _LT_DECL([], [objdir], [0], [The name of the directory that contains temporary libtool files])dnl m4_pattern_allow([LT_OBJDIR])dnl AC_DEFINE_UNQUOTED([LT_OBJDIR], "$lt_cv_objdir/", [Define to the sub-directory where libtool stores uninstalled libraries.]) ])# _LT_CHECK_OBJDIR # _LT_LINKER_HARDCODE_LIBPATH([TAGNAME]) # -------------------------------------- # Check hardcoding attributes. m4_defun([_LT_LINKER_HARDCODE_LIBPATH], [AC_MSG_CHECKING([how to hardcode library paths into programs]) _LT_TAGVAR(hardcode_action, $1)= if test -n "$_LT_TAGVAR(hardcode_libdir_flag_spec, $1)" || test -n "$_LT_TAGVAR(runpath_var, $1)" || test yes = "$_LT_TAGVAR(hardcode_automatic, $1)"; then # We can hardcode non-existent directories. if test no != "$_LT_TAGVAR(hardcode_direct, $1)" && # If the only mechanism to avoid hardcoding is shlibpath_var, we # have to relink, otherwise we might link with an installed library # when we should be linking with a yet-to-be-installed one ## test no != "$_LT_TAGVAR(hardcode_shlibpath_var, $1)" && test no != "$_LT_TAGVAR(hardcode_minus_L, $1)"; then # Linking always hardcodes the temporary library directory. _LT_TAGVAR(hardcode_action, $1)=relink else # We can link without hardcoding, and we can hardcode nonexisting dirs. _LT_TAGVAR(hardcode_action, $1)=immediate fi else # We cannot hardcode anything, or else we can only hardcode existing # directories. _LT_TAGVAR(hardcode_action, $1)=unsupported fi AC_MSG_RESULT([$_LT_TAGVAR(hardcode_action, $1)]) if test relink = "$_LT_TAGVAR(hardcode_action, $1)" || test yes = "$_LT_TAGVAR(inherit_rpath, $1)"; then # Fast installation is not supported enable_fast_install=no elif test yes = "$shlibpath_overrides_runpath" || test no = "$enable_shared"; then # Fast installation is not necessary enable_fast_install=needless fi _LT_TAGDECL([], [hardcode_action], [0], [How to hardcode a shared library path into an executable]) ])# _LT_LINKER_HARDCODE_LIBPATH # _LT_CMD_STRIPLIB # ---------------- m4_defun([_LT_CMD_STRIPLIB], [m4_require([_LT_DECL_EGREP]) striplib= old_striplib= AC_MSG_CHECKING([whether stripping libraries is possible]) if test -n "$STRIP" && $STRIP -V 2>&1 | $GREP "GNU strip" >/dev/null; then test -z "$old_striplib" && old_striplib="$STRIP --strip-debug" test -z "$striplib" && striplib="$STRIP --strip-unneeded" AC_MSG_RESULT([yes]) else # FIXME - insert some real tests, host_os isn't really good enough case $host_os in darwin*) if test -n "$STRIP"; then striplib="$STRIP -x" old_striplib="$STRIP -S" AC_MSG_RESULT([yes]) else AC_MSG_RESULT([no]) fi ;; *) AC_MSG_RESULT([no]) ;; esac fi _LT_DECL([], [old_striplib], [1], [Commands to strip libraries]) _LT_DECL([], [striplib], [1]) ])# _LT_CMD_STRIPLIB # _LT_PREPARE_MUNGE_PATH_LIST # --------------------------- # Make sure func_munge_path_list() is defined correctly. m4_defun([_LT_PREPARE_MUNGE_PATH_LIST], [[# func_munge_path_list VARIABLE PATH # ----------------------------------- # VARIABLE is name of variable containing _space_ separated list of # directories to be munged by the contents of PATH, which is string # having a format: # "DIR[:DIR]:" # string "DIR[ DIR]" will be prepended to VARIABLE # ":DIR[:DIR]" # string "DIR[ DIR]" will be appended to VARIABLE # "DIRP[:DIRP]::[DIRA:]DIRA" # string "DIRP[ DIRP]" will be prepended to VARIABLE and string # "DIRA[ DIRA]" will be appended to VARIABLE # "DIR[:DIR]" # VARIABLE will be replaced by "DIR[ DIR]" func_munge_path_list () { case x@S|@2 in x) ;; *:) eval @S|@1=\"`$ECHO @S|@2 | $SED 's/:/ /g'` \@S|@@S|@1\" ;; x:*) eval @S|@1=\"\@S|@@S|@1 `$ECHO @S|@2 | $SED 's/:/ /g'`\" ;; *::*) eval @S|@1=\"\@S|@@S|@1\ `$ECHO @S|@2 | $SED -e 's/.*:://' -e 's/:/ /g'`\" eval @S|@1=\"`$ECHO @S|@2 | $SED -e 's/::.*//' -e 's/:/ /g'`\ \@S|@@S|@1\" ;; *) eval @S|@1=\"`$ECHO @S|@2 | $SED 's/:/ /g'`\" ;; esac } ]])# _LT_PREPARE_PATH_LIST # _LT_SYS_DYNAMIC_LINKER([TAG]) # ----------------------------- # PORTME Fill in your ld.so characteristics m4_defun([_LT_SYS_DYNAMIC_LINKER], [AC_REQUIRE([AC_CANONICAL_HOST])dnl m4_require([_LT_DECL_EGREP])dnl m4_require([_LT_FILEUTILS_DEFAULTS])dnl m4_require([_LT_DECL_OBJDUMP])dnl m4_require([_LT_DECL_SED])dnl m4_require([_LT_CHECK_SHELL_FEATURES])dnl m4_require([_LT_PREPARE_MUNGE_PATH_LIST])dnl AC_MSG_CHECKING([dynamic linker characteristics]) m4_if([$1], [], [ if test yes = "$GCC"; then case $host_os in darwin*) lt_awk_arg='/^libraries:/,/LR/' ;; *) lt_awk_arg='/^libraries:/' ;; esac case $host_os in mingw* | cegcc*) lt_sed_strip_eq='s|=\([[A-Za-z]]:\)|\1|g' ;; *) lt_sed_strip_eq='s|=/|/|g' ;; esac lt_search_path_spec=`$CC -print-search-dirs | awk $lt_awk_arg | $SED -e "s/^libraries://" -e $lt_sed_strip_eq` case $lt_search_path_spec in *\;*) # if the path contains ";" then we assume it to be the separator # otherwise default to the standard path separator (i.e. ":") - it is # assumed that no part of a normal pathname contains ";" but that should # okay in the real world where ";" in dirpaths is itself problematic. lt_search_path_spec=`$ECHO "$lt_search_path_spec" | $SED 's/;/ /g'` ;; *) lt_search_path_spec=`$ECHO "$lt_search_path_spec" | $SED "s/$PATH_SEPARATOR/ /g"` ;; esac # Ok, now we have the path, separated by spaces, we can step through it # and add multilib dir if necessary... lt_tmp_lt_search_path_spec= lt_multi_os_dir=/`$CC $CPPFLAGS $CFLAGS $LDFLAGS -print-multi-os-directory 2>/dev/null` # ...but if some path component already ends with the multilib dir we assume # that all is fine and trust -print-search-dirs as is (GCC 4.2? or newer). case "$lt_multi_os_dir; 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esac ;; haiku*) version_type=linux # correct to gnu/linux during the next big refactor need_lib_prefix=no need_version=no dynamic_linker="$host_os runtime_loader" library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' shlibpath_var=LIBRARY_PATH shlibpath_overrides_runpath=no sys_lib_dlsearch_path_spec='/boot/home/config/lib /boot/common/lib /boot/system/lib' hardcode_into_libs=yes ;; hpux9* | hpux10* | hpux11*) # Give a soname corresponding to the major version so that dld.sl refuses to # link against other versions. version_type=sunos need_lib_prefix=no need_version=no case $host_cpu in ia64*) shrext_cmds='.so' hardcode_into_libs=yes dynamic_linker="$host_os dld.so" shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes # Unless +noenvvar is specified. library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' if test 32 = "$HPUX_IA64_MODE"; then sys_lib_search_path_spec="/usr/lib/hpux32 /usr/local/lib/hpux32 /usr/local/lib" sys_lib_dlsearch_path_spec=/usr/lib/hpux32 else sys_lib_search_path_spec="/usr/lib/hpux64 /usr/local/lib/hpux64" sys_lib_dlsearch_path_spec=/usr/lib/hpux64 fi ;; hppa*64*) shrext_cmds='.sl' hardcode_into_libs=yes dynamic_linker="$host_os dld.sl" shlibpath_var=LD_LIBRARY_PATH # How should we handle SHLIB_PATH shlibpath_overrides_runpath=yes # Unless +noenvvar is specified. library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' sys_lib_search_path_spec="/usr/lib/pa20_64 /usr/ccs/lib/pa20_64" sys_lib_dlsearch_path_spec=$sys_lib_search_path_spec ;; *) shrext_cmds='.sl' dynamic_linker="$host_os dld.sl" shlibpath_var=SHLIB_PATH shlibpath_overrides_runpath=no # +s is required to enable SHLIB_PATH library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' ;; esac # HP-UX runs *really* slowly unless shared libraries are mode 555, ... postinstall_cmds='chmod 555 $lib' # or fails outright, so override atomically: install_override_mode=555 ;; interix[[3-9]]*) version_type=linux # correct to gnu/linux during the next big refactor need_lib_prefix=no need_version=no library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' dynamic_linker='Interix 3.x ld.so.1 (PE, like ELF)' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=no hardcode_into_libs=yes ;; irix5* | irix6* | nonstopux*) case $host_os in nonstopux*) version_type=nonstopux ;; *) if test yes = "$lt_cv_prog_gnu_ld"; then version_type=linux # correct to gnu/linux during the next big refactor else version_type=irix fi ;; esac need_lib_prefix=no need_version=no soname_spec='$libname$release$shared_ext$major' library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$release$shared_ext $libname$shared_ext' case $host_os in irix5* | nonstopux*) libsuff= shlibsuff= ;; *) case $LD in # libtool.m4 will add one of these switches to LD *-32|*"-32 "|*-melf32bsmip|*"-melf32bsmip ") libsuff= shlibsuff= libmagic=32-bit;; *-n32|*"-n32 "|*-melf32bmipn32|*"-melf32bmipn32 ") libsuff=32 shlibsuff=N32 libmagic=N32;; *-64|*"-64 "|*-melf64bmip|*"-melf64bmip ") libsuff=64 shlibsuff=64 libmagic=64-bit;; *) libsuff= shlibsuff= libmagic=never-match;; esac ;; esac shlibpath_var=LD_LIBRARY${shlibsuff}_PATH shlibpath_overrides_runpath=no sys_lib_search_path_spec="/usr/lib$libsuff /lib$libsuff /usr/local/lib$libsuff" sys_lib_dlsearch_path_spec="/usr/lib$libsuff /lib$libsuff" hardcode_into_libs=yes ;; # No shared lib support for Linux oldld, aout, or coff. linux*oldld* | linux*aout* | linux*coff*) dynamic_linker=no ;; linux*android*) version_type=none # Android doesn't support versioned libraries. need_lib_prefix=no need_version=no library_names_spec='$libname$release$shared_ext' soname_spec='$libname$release$shared_ext' finish_cmds= shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes # This implies no fast_install, which is unacceptable. # Some rework will be needed to allow for fast_install # before this can be enabled. hardcode_into_libs=yes dynamic_linker='Android linker' # Don't embed -rpath directories since the linker doesn't support them. _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='-L$libdir' ;; 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newsos6) version_type=linux # correct to gnu/linux during the next big refactor library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes ;; *nto* | *qnx*) version_type=qnx need_lib_prefix=no need_version=no library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=no hardcode_into_libs=yes dynamic_linker='ldqnx.so' ;; openbsd* | bitrig*) version_type=sunos sys_lib_dlsearch_path_spec=/usr/lib need_lib_prefix=no if test -z "`echo __ELF__ | $CC -E - | $GREP __ELF__`"; then need_version=no else need_version=yes fi library_names_spec='$libname$release$shared_ext$versuffix $libname$shared_ext$versuffix' finish_cmds='PATH="\$PATH:/sbin" ldconfig -m $libdir' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes ;; os2*) libname_spec='$name' version_type=windows shrext_cmds=.dll need_version=no need_lib_prefix=no # OS/2 can only load a DLL with a base name of 8 characters or less. soname_spec='`test -n "$os2dllname" && libname="$os2dllname"; v=$($ECHO $release$versuffix | tr -d .-); n=$($ECHO $libname | cut -b -$((8 - ${#v})) | tr . _); $ECHO $n$v`$shared_ext' library_names_spec='${libname}_dll.$libext' dynamic_linker='OS/2 ld.exe' shlibpath_var=BEGINLIBPATH sys_lib_search_path_spec="/lib /usr/lib /usr/local/lib" sys_lib_dlsearch_path_spec=$sys_lib_search_path_spec postinstall_cmds='base_file=`basename \$file`~ dlpath=`$SHELL 2>&1 -c '\''. $dir/'\''\$base_file'\''i; $ECHO \$dlname'\''`~ dldir=$destdir/`dirname \$dlpath`~ test -d \$dldir || mkdir -p \$dldir~ $install_prog $dir/$dlname \$dldir/$dlname~ chmod a+x \$dldir/$dlname~ if test -n '\''$stripme'\'' && test -n '\''$striplib'\''; then eval '\''$striplib \$dldir/$dlname'\'' || exit \$?; fi' postuninstall_cmds='dldll=`$SHELL 2>&1 -c '\''. $file; 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then need_lib_prefix=no fi need_version=yes ;; sysv4 | sysv4.3*) version_type=linux # correct to gnu/linux during the next big refactor library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext$major $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' shlibpath_var=LD_LIBRARY_PATH case $host_vendor in sni) shlibpath_overrides_runpath=no need_lib_prefix=no runpath_var=LD_RUN_PATH ;; siemens) need_lib_prefix=no ;; motorola) need_lib_prefix=no need_version=no shlibpath_overrides_runpath=no sys_lib_search_path_spec='/lib /usr/lib /usr/ccs/lib' ;; esac ;; sysv4*MP*) if test -d /usr/nec; then version_type=linux # correct to gnu/linux during the next big refactor library_names_spec='$libname$shared_ext.$versuffix $libname$shared_ext.$major $libname$shared_ext' soname_spec='$libname$shared_ext.$major' shlibpath_var=LD_LIBRARY_PATH fi ;; sysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX* | sysv4*uw2*) version_type=sco need_lib_prefix=no need_version=no library_names_spec='$libname$release$shared_ext$versuffix $libname$release$shared_ext $libname$shared_ext' soname_spec='$libname$release$shared_ext$major' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes hardcode_into_libs=yes if test yes = "$with_gnu_ld"; 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*) lt_cv_deplibs_check_method='file_magic (s[[0-9]][[0-9]][[0-9]]|PA-RISC[[0-9]]\.[[0-9]]) shared library' lt_cv_file_magic_test_file=/usr/lib/libc.sl ;; esac ;; interix[[3-9]]*) # PIC code is broken on Interix 3.x, that's why |\.a not |_pic\.a here lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\.so|\.a)$' ;; irix5* | irix6* | nonstopux*) case $LD in *-32|*"-32 ") libmagic=32-bit;; *-n32|*"-n32 ") libmagic=N32;; *-64|*"-64 ") libmagic=64-bit;; *) libmagic=never-match;; esac lt_cv_deplibs_check_method=pass_all ;; # This must be glibc/ELF. linux* | k*bsd*-gnu | kopensolaris*-gnu | gnu*) lt_cv_deplibs_check_method=pass_all ;; netbsd* | netbsdelf*-gnu) if echo __ELF__ | $CC -E - | $GREP __ELF__ > /dev/null; then lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\.so\.[[0-9]]+\.[[0-9]]+|_pic\.a)$' else lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\.so|_pic\.a)$' fi ;; newos6*) lt_cv_deplibs_check_method='file_magic ELF [[0-9]][[0-9]]*-bit [[ML]]SB (executable|dynamic lib)' lt_cv_file_magic_cmd=/usr/bin/file lt_cv_file_magic_test_file=/usr/lib/libnls.so ;; *nto* | *qnx*) lt_cv_deplibs_check_method=pass_all ;; openbsd* | bitrig*) if test -z "`echo __ELF__ | $CC -E - | $GREP __ELF__`"; then lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\.so\.[[0-9]]+\.[[0-9]]+|\.so|_pic\.a)$' else lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\.so\.[[0-9]]+\.[[0-9]]+|_pic\.a)$' fi ;; osf3* | osf4* | osf5*) lt_cv_deplibs_check_method=pass_all ;; rdos*) lt_cv_deplibs_check_method=pass_all ;; solaris*) lt_cv_deplibs_check_method=pass_all ;; sysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX* | sysv4*uw2*) lt_cv_deplibs_check_method=pass_all ;; sysv4 | sysv4.3*) case $host_vendor in motorola) lt_cv_deplibs_check_method='file_magic ELF [[0-9]][[0-9]]*-bit [[ML]]SB (shared object|dynamic lib) M[[0-9]][[0-9]]* Version [[0-9]]' lt_cv_file_magic_test_file=`echo /usr/lib/libc.so*` ;; ncr) lt_cv_deplibs_check_method=pass_all ;; sequent) lt_cv_file_magic_cmd='/bin/file' lt_cv_deplibs_check_method='file_magic ELF [[0-9]][[0-9]]*-bit [[LM]]SB (shared object|dynamic lib )' ;; sni) lt_cv_file_magic_cmd='/bin/file' lt_cv_deplibs_check_method="file_magic ELF [[0-9]][[0-9]]*-bit [[LM]]SB dynamic lib" lt_cv_file_magic_test_file=/lib/libc.so ;; siemens) lt_cv_deplibs_check_method=pass_all ;; pc) lt_cv_deplibs_check_method=pass_all ;; esac ;; tpf*) lt_cv_deplibs_check_method=pass_all ;; os2*) lt_cv_deplibs_check_method=pass_all ;; esac ]) file_magic_glob= want_nocaseglob=no if test "$build" = "$host"; then case $host_os in mingw* | pw32*) if ( shopt | grep nocaseglob ) >/dev/null 2>&1; then want_nocaseglob=yes else file_magic_glob=`echo aAbBcCdDeEfFgGhHiIjJkKlLmMnNoOpPqQrRsStTuUvVwWxXyYzZ | $SED -e "s/\(..\)/s\/[[\1]]\/[[\1]]\/g;/g"` fi ;; esac fi file_magic_cmd=$lt_cv_file_magic_cmd deplibs_check_method=$lt_cv_deplibs_check_method test -z "$deplibs_check_method" && deplibs_check_method=unknown _LT_DECL([], [deplibs_check_method], [1], [Method to check whether dependent libraries are shared objects]) _LT_DECL([], [file_magic_cmd], [1], [Command to use when deplibs_check_method = "file_magic"]) _LT_DECL([], [file_magic_glob], [1], [How to find potential files when deplibs_check_method = "file_magic"]) _LT_DECL([], [want_nocaseglob], [1], [Find potential files using nocaseglob when deplibs_check_method = "file_magic"]) ])# _LT_CHECK_MAGIC_METHOD # LT_PATH_NM # ---------- # find the pathname to a BSD- or MS-compatible name lister AC_DEFUN([LT_PATH_NM], [AC_REQUIRE([AC_PROG_CC])dnl AC_CACHE_CHECK([for BSD- or MS-compatible name lister (nm)], lt_cv_path_NM, [if test -n "$NM"; then # Let the user override the test. lt_cv_path_NM=$NM else lt_nm_to_check=${ac_tool_prefix}nm if test -n "$ac_tool_prefix" && test "$build" = "$host"; then lt_nm_to_check="$lt_nm_to_check nm" fi for lt_tmp_nm in $lt_nm_to_check; do lt_save_ifs=$IFS; IFS=$PATH_SEPARATOR for ac_dir in $PATH /usr/ccs/bin/elf /usr/ccs/bin /usr/ucb /bin; do IFS=$lt_save_ifs test -z "$ac_dir" && ac_dir=. tmp_nm=$ac_dir/$lt_tmp_nm if test -f "$tmp_nm" || test -f "$tmp_nm$ac_exeext"; then # Check to see if the nm accepts a BSD-compat flag. # Adding the 'sed 1q' prevents false positives on HP-UX, which says: # nm: unknown option "B" ignored # Tru64's nm complains that /dev/null is an invalid object file # MSYS converts /dev/null to NUL, MinGW nm treats NUL as empty case $build_os in mingw*) lt_bad_file=conftest.nm/nofile ;; *) lt_bad_file=/dev/null ;; esac case `"$tmp_nm" -B $lt_bad_file 2>&1 | sed '1q'` in *$lt_bad_file* | *'Invalid file or object type'*) lt_cv_path_NM="$tmp_nm -B" break 2 ;; *) case `"$tmp_nm" -p /dev/null 2>&1 | sed '1q'` in */dev/null*) lt_cv_path_NM="$tmp_nm -p" break 2 ;; *) lt_cv_path_NM=${lt_cv_path_NM="$tmp_nm"} # keep the first match, but continue # so that we can try to find one that supports BSD flags ;; esac ;; esac fi done IFS=$lt_save_ifs done : ${lt_cv_path_NM=no} fi]) if test no != "$lt_cv_path_NM"; then NM=$lt_cv_path_NM else # Didn't find any BSD compatible name lister, look for dumpbin. if test -n "$DUMPBIN"; then : # Let the user override the test. else AC_CHECK_TOOLS(DUMPBIN, [dumpbin "link -dump"], :) case `$DUMPBIN -symbols -headers /dev/null 2>&1 | sed '1q'` in *COFF*) DUMPBIN="$DUMPBIN -symbols -headers" ;; *) DUMPBIN=: ;; esac fi AC_SUBST([DUMPBIN]) if test : != "$DUMPBIN"; then NM=$DUMPBIN fi fi test -z "$NM" && NM=nm AC_SUBST([NM]) _LT_DECL([], [NM], [1], [A BSD- or MS-compatible name lister])dnl AC_CACHE_CHECK([the name lister ($NM) interface], [lt_cv_nm_interface], [lt_cv_nm_interface="BSD nm" echo "int some_variable = 0;" > conftest.$ac_ext (eval echo "\"\$as_me:$LINENO: $ac_compile\"" >&AS_MESSAGE_LOG_FD) (eval "$ac_compile" 2>conftest.err) cat conftest.err >&AS_MESSAGE_LOG_FD (eval echo "\"\$as_me:$LINENO: $NM \\\"conftest.$ac_objext\\\"\"" >&AS_MESSAGE_LOG_FD) (eval "$NM \"conftest.$ac_objext\"" 2>conftest.err > conftest.out) cat conftest.err >&AS_MESSAGE_LOG_FD (eval echo "\"\$as_me:$LINENO: output\"" >&AS_MESSAGE_LOG_FD) cat conftest.out >&AS_MESSAGE_LOG_FD if $GREP 'External.*some_variable' conftest.out > /dev/null; then lt_cv_nm_interface="MS dumpbin" fi rm -f conftest*]) ])# LT_PATH_NM # Old names: AU_ALIAS([AM_PROG_NM], [LT_PATH_NM]) AU_ALIAS([AC_PROG_NM], [LT_PATH_NM]) dnl aclocal-1.4 backwards compatibility: dnl AC_DEFUN([AM_PROG_NM], []) dnl AC_DEFUN([AC_PROG_NM], []) # _LT_CHECK_SHAREDLIB_FROM_LINKLIB # -------------------------------- # how to determine the name of the shared library # associated with a specific link library. # -- PORTME fill in with the dynamic library characteristics m4_defun([_LT_CHECK_SHAREDLIB_FROM_LINKLIB], [m4_require([_LT_DECL_EGREP]) m4_require([_LT_DECL_OBJDUMP]) m4_require([_LT_DECL_DLLTOOL]) AC_CACHE_CHECK([how to associate runtime and link libraries], lt_cv_sharedlib_from_linklib_cmd, [lt_cv_sharedlib_from_linklib_cmd='unknown' case $host_os in cygwin* | mingw* | pw32* | cegcc*) # two different shell functions defined in ltmain.sh; # decide which one to use based on capabilities of $DLLTOOL case `$DLLTOOL --help 2>&1` in *--identify-strict*) lt_cv_sharedlib_from_linklib_cmd=func_cygming_dll_for_implib ;; *) lt_cv_sharedlib_from_linklib_cmd=func_cygming_dll_for_implib_fallback ;; esac ;; *) # fallback: assume linklib IS sharedlib lt_cv_sharedlib_from_linklib_cmd=$ECHO ;; esac ]) sharedlib_from_linklib_cmd=$lt_cv_sharedlib_from_linklib_cmd test -z "$sharedlib_from_linklib_cmd" && sharedlib_from_linklib_cmd=$ECHO _LT_DECL([], [sharedlib_from_linklib_cmd], [1], [Command to associate shared and link libraries]) ])# _LT_CHECK_SHAREDLIB_FROM_LINKLIB # _LT_PATH_MANIFEST_TOOL # ---------------------- # locate the manifest tool m4_defun([_LT_PATH_MANIFEST_TOOL], [AC_CHECK_TOOL(MANIFEST_TOOL, mt, :) test -z "$MANIFEST_TOOL" && MANIFEST_TOOL=mt AC_CACHE_CHECK([if $MANIFEST_TOOL is a manifest tool], [lt_cv_path_mainfest_tool], [lt_cv_path_mainfest_tool=no echo "$as_me:$LINENO: $MANIFEST_TOOL '-?'" >&AS_MESSAGE_LOG_FD $MANIFEST_TOOL '-?' 2>conftest.err > conftest.out cat conftest.err >&AS_MESSAGE_LOG_FD if $GREP 'Manifest Tool' conftest.out > /dev/null; then lt_cv_path_mainfest_tool=yes fi rm -f conftest*]) if test yes != "$lt_cv_path_mainfest_tool"; then MANIFEST_TOOL=: fi _LT_DECL([], [MANIFEST_TOOL], [1], [Manifest tool])dnl ])# _LT_PATH_MANIFEST_TOOL # _LT_DLL_DEF_P([FILE]) # --------------------- # True iff FILE is a Windows DLL '.def' file. # Keep in sync with func_dll_def_p in the libtool script AC_DEFUN([_LT_DLL_DEF_P], [dnl test DEF = "`$SED -n dnl -e '\''s/^[[ ]]*//'\'' dnl Strip leading whitespace -e '\''/^\(;.*\)*$/d'\'' dnl Delete empty lines and comments -e '\''s/^\(EXPORTS\|LIBRARY\)\([[ ]].*\)*$/DEF/p'\'' dnl -e q dnl Only consider the first "real" line $1`" dnl ])# _LT_DLL_DEF_P # LT_LIB_M # -------- # check for math library AC_DEFUN([LT_LIB_M], [AC_REQUIRE([AC_CANONICAL_HOST])dnl LIBM= case $host in *-*-beos* | *-*-cegcc* | *-*-cygwin* | *-*-haiku* | *-*-pw32* | *-*-darwin*) # These system don't have libm, or don't need it ;; *-ncr-sysv4.3*) AC_CHECK_LIB(mw, _mwvalidcheckl, LIBM=-lmw) AC_CHECK_LIB(m, cos, LIBM="$LIBM -lm") ;; *) AC_CHECK_LIB(m, cos, LIBM=-lm) ;; esac AC_SUBST([LIBM]) ])# LT_LIB_M # Old name: AU_ALIAS([AC_CHECK_LIBM], [LT_LIB_M]) dnl aclocal-1.4 backwards compatibility: dnl AC_DEFUN([AC_CHECK_LIBM], []) # _LT_COMPILER_NO_RTTI([TAGNAME]) # ------------------------------- m4_defun([_LT_COMPILER_NO_RTTI], [m4_require([_LT_TAG_COMPILER])dnl _LT_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)= if test yes = "$GCC"; then case $cc_basename in nvcc*) _LT_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)=' -Xcompiler -fno-builtin' ;; *) _LT_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)=' -fno-builtin' ;; esac _LT_COMPILER_OPTION([if $compiler supports -fno-rtti -fno-exceptions], lt_cv_prog_compiler_rtti_exceptions, [-fno-rtti -fno-exceptions], [], [_LT_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)="$_LT_TAGVAR(lt_prog_compiler_no_builtin_flag, $1) -fno-rtti -fno-exceptions"]) fi _LT_TAGDECL([no_builtin_flag], [lt_prog_compiler_no_builtin_flag], [1], [Compiler flag to turn off builtin functions]) ])# _LT_COMPILER_NO_RTTI # _LT_CMD_GLOBAL_SYMBOLS # ---------------------- m4_defun([_LT_CMD_GLOBAL_SYMBOLS], [AC_REQUIRE([AC_CANONICAL_HOST])dnl AC_REQUIRE([AC_PROG_CC])dnl AC_REQUIRE([AC_PROG_AWK])dnl AC_REQUIRE([LT_PATH_NM])dnl AC_REQUIRE([LT_PATH_LD])dnl m4_require([_LT_DECL_SED])dnl m4_require([_LT_DECL_EGREP])dnl m4_require([_LT_TAG_COMPILER])dnl # Check for command to grab the raw symbol name followed by C symbol from nm. AC_MSG_CHECKING([command to parse $NM output from $compiler object]) AC_CACHE_VAL([lt_cv_sys_global_symbol_pipe], [ # These are sane defaults that work on at least a few old systems. # [They come from Ultrix. What could be older than Ultrix?!! ;)] # Character class describing NM global symbol codes. symcode='[[BCDEGRST]]' # Regexp to match symbols that can be accessed directly from C. sympat='\([[_A-Za-z]][[_A-Za-z0-9]]*\)' # Define system-specific variables. case $host_os in aix*) symcode='[[BCDT]]' ;; cygwin* | mingw* | pw32* | cegcc*) symcode='[[ABCDGISTW]]' ;; hpux*) if test ia64 = "$host_cpu"; then symcode='[[ABCDEGRST]]' fi ;; irix* | nonstopux*) symcode='[[BCDEGRST]]' ;; osf*) symcode='[[BCDEGQRST]]' ;; solaris*) symcode='[[BDRT]]' ;; sco3.2v5*) symcode='[[DT]]' ;; sysv4.2uw2*) symcode='[[DT]]' ;; sysv5* | sco5v6* | unixware* | OpenUNIX*) symcode='[[ABDT]]' ;; sysv4) symcode='[[DFNSTU]]' ;; esac # If we're using GNU nm, then use its standard symbol codes. case `$NM -V 2>&1` in *GNU* | *'with BFD'*) symcode='[[ABCDGIRSTW]]' ;; esac if test "$lt_cv_nm_interface" = "MS dumpbin"; then # Gets list of data symbols to import. lt_cv_sys_global_symbol_to_import="sed -n -e 's/^I .* \(.*\)$/\1/p'" # Adjust the below global symbol transforms to fixup imported variables. lt_cdecl_hook=" -e 's/^I .* \(.*\)$/extern __declspec(dllimport) char \1;/p'" lt_c_name_hook=" -e 's/^I .* \(.*\)$/ {\"\1\", (void *) 0},/p'" lt_c_name_lib_hook="\ -e 's/^I .* \(lib.*\)$/ {\"\1\", (void *) 0},/p'\ -e 's/^I .* \(.*\)$/ {\"lib\1\", (void *) 0},/p'" else # Disable hooks by default. lt_cv_sys_global_symbol_to_import= lt_cdecl_hook= lt_c_name_hook= lt_c_name_lib_hook= fi # Transform an extracted symbol line into a proper C declaration. # Some systems (esp. on ia64) link data and code symbols differently, # so use this general approach. lt_cv_sys_global_symbol_to_cdecl="sed -n"\ $lt_cdecl_hook\ " -e 's/^T .* \(.*\)$/extern int \1();/p'"\ " -e 's/^$symcode$symcode* .* \(.*\)$/extern char \1;/p'" # Transform an extracted symbol line into symbol name and symbol address lt_cv_sys_global_symbol_to_c_name_address="sed -n"\ $lt_c_name_hook\ " -e 's/^: \(.*\) .*$/ {\"\1\", (void *) 0},/p'"\ " -e 's/^$symcode$symcode* .* \(.*\)$/ {\"\1\", (void *) \&\1},/p'" # Transform an extracted symbol line into symbol name with lib prefix and # symbol address. lt_cv_sys_global_symbol_to_c_name_address_lib_prefix="sed -n"\ $lt_c_name_lib_hook\ " -e 's/^: \(.*\) .*$/ {\"\1\", (void *) 0},/p'"\ " -e 's/^$symcode$symcode* .* \(lib.*\)$/ {\"\1\", (void *) \&\1},/p'"\ " -e 's/^$symcode$symcode* .* \(.*\)$/ {\"lib\1\", (void *) \&\1},/p'" # Handle CRLF in mingw tool chain opt_cr= case $build_os in mingw*) opt_cr=`$ECHO 'x\{0,1\}' | tr x '\015'` # option cr in regexp ;; esac # Try without a prefix underscore, then with it. for ac_symprfx in "" "_"; do # Transform symcode, sympat, and symprfx into a raw symbol and a C symbol. symxfrm="\\1 $ac_symprfx\\2 \\2" # Write the raw and C identifiers. if test "$lt_cv_nm_interface" = "MS dumpbin"; then # Fake it for dumpbin and say T for any non-static function, # D for any global variable and I for any imported variable. # Also find C++ and __fastcall symbols from MSVC++, # which start with @ or ?. lt_cv_sys_global_symbol_pipe="$AWK ['"\ " {last_section=section; section=\$ 3};"\ " /^COFF SYMBOL TABLE/{for(i in hide) delete hide[i]};"\ " /Section length .*#relocs.*(pick any)/{hide[last_section]=1};"\ " /^ *Symbol name *: /{split(\$ 0,sn,\":\"); si=substr(sn[2],2)};"\ " /^ *Type *: code/{print \"T\",si,substr(si,length(prfx))};"\ " /^ *Type *: data/{print \"I\",si,substr(si,length(prfx))};"\ " \$ 0!~/External *\|/{next};"\ " / 0+ UNDEF /{next}; / UNDEF \([^|]\)*()/{next};"\ " {if(hide[section]) next};"\ " {f=\"D\"}; \$ 0~/\(\).*\|/{f=\"T\"};"\ " {split(\$ 0,a,/\||\r/); split(a[2],s)};"\ " s[1]~/^[@?]/{print f,s[1],s[1]; next};"\ " s[1]~prfx {split(s[1],t,\"@\"); print f,t[1],substr(t[1],length(prfx))}"\ " ' prfx=^$ac_symprfx]" else lt_cv_sys_global_symbol_pipe="sed -n -e 's/^.*[[ ]]\($symcode$symcode*\)[[ ]][[ ]]*$ac_symprfx$sympat$opt_cr$/$symxfrm/p'" fi lt_cv_sys_global_symbol_pipe="$lt_cv_sys_global_symbol_pipe | sed '/ __gnu_lto/d'" # Check to see that the pipe works correctly. pipe_works=no rm -f conftest* cat > conftest.$ac_ext <<_LT_EOF #ifdef __cplusplus extern "C" { #endif char nm_test_var; void nm_test_func(void); void nm_test_func(void){} #ifdef __cplusplus } #endif int main(){nm_test_var='a';nm_test_func();return(0);} _LT_EOF if AC_TRY_EVAL(ac_compile); then # Now try to grab the symbols. nlist=conftest.nm if AC_TRY_EVAL(NM conftest.$ac_objext \| "$lt_cv_sys_global_symbol_pipe" \> $nlist) && test -s "$nlist"; then # Try sorting and uniquifying the output. if sort "$nlist" | uniq > "$nlist"T; then mv -f "$nlist"T "$nlist" else rm -f "$nlist"T fi # Make sure that we snagged all the symbols we need. if $GREP ' nm_test_var$' "$nlist" >/dev/null; then if $GREP ' nm_test_func$' "$nlist" >/dev/null; then cat <<_LT_EOF > conftest.$ac_ext /* Keep this code in sync between libtool.m4, ltmain, lt_system.h, and tests. */ #if defined _WIN32 || defined __CYGWIN__ || defined _WIN32_WCE /* DATA imports from DLLs on WIN32 can't be const, because runtime relocations are performed -- see ld's documentation on pseudo-relocs. */ # define LT@&t@_DLSYM_CONST #elif defined __osf__ /* This system does not cope well with relocations in const data. */ # define LT@&t@_DLSYM_CONST #else # define LT@&t@_DLSYM_CONST const #endif #ifdef __cplusplus extern "C" { #endif _LT_EOF # Now generate the symbol file. eval "$lt_cv_sys_global_symbol_to_cdecl"' < "$nlist" | $GREP -v main >> conftest.$ac_ext' cat <<_LT_EOF >> conftest.$ac_ext /* The mapping between symbol names and symbols. */ LT@&t@_DLSYM_CONST struct { const char *name; void *address; } lt__PROGRAM__LTX_preloaded_symbols[[]] = { { "@PROGRAM@", (void *) 0 }, _LT_EOF $SED "s/^$symcode$symcode* .* \(.*\)$/ {\"\1\", (void *) \&\1},/" < "$nlist" | $GREP -v main >> conftest.$ac_ext cat <<\_LT_EOF >> conftest.$ac_ext {0, (void *) 0} }; /* This works around a problem in FreeBSD linker */ #ifdef FREEBSD_WORKAROUND static const void *lt_preloaded_setup() { return lt__PROGRAM__LTX_preloaded_symbols; } #endif #ifdef __cplusplus } #endif _LT_EOF # Now try linking the two files. mv conftest.$ac_objext conftstm.$ac_objext lt_globsym_save_LIBS=$LIBS lt_globsym_save_CFLAGS=$CFLAGS LIBS=conftstm.$ac_objext CFLAGS="$CFLAGS$_LT_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)" if AC_TRY_EVAL(ac_link) && test -s conftest$ac_exeext; then pipe_works=yes fi LIBS=$lt_globsym_save_LIBS CFLAGS=$lt_globsym_save_CFLAGS else echo "cannot find nm_test_func in $nlist" >&AS_MESSAGE_LOG_FD fi else echo "cannot find nm_test_var in $nlist" >&AS_MESSAGE_LOG_FD fi else echo "cannot run $lt_cv_sys_global_symbol_pipe" >&AS_MESSAGE_LOG_FD fi else echo "$progname: failed program was:" >&AS_MESSAGE_LOG_FD cat conftest.$ac_ext >&5 fi rm -rf conftest* conftst* # Do not use the global_symbol_pipe unless it works. if test yes = "$pipe_works"; then break else lt_cv_sys_global_symbol_pipe= fi done ]) if test -z "$lt_cv_sys_global_symbol_pipe"; then lt_cv_sys_global_symbol_to_cdecl= fi if test -z "$lt_cv_sys_global_symbol_pipe$lt_cv_sys_global_symbol_to_cdecl"; then AC_MSG_RESULT(failed) else AC_MSG_RESULT(ok) fi # Response file support. if test "$lt_cv_nm_interface" = "MS dumpbin"; then nm_file_list_spec='@' elif $NM --help 2>/dev/null | grep '[[@]]FILE' >/dev/null; then nm_file_list_spec='@' fi _LT_DECL([global_symbol_pipe], [lt_cv_sys_global_symbol_pipe], [1], [Take the output of nm and produce a listing of raw symbols and C names]) _LT_DECL([global_symbol_to_cdecl], [lt_cv_sys_global_symbol_to_cdecl], [1], [Transform the output of nm in a proper C declaration]) _LT_DECL([global_symbol_to_import], [lt_cv_sys_global_symbol_to_import], [1], [Transform the output of nm into a list of symbols to manually relocate]) _LT_DECL([global_symbol_to_c_name_address], [lt_cv_sys_global_symbol_to_c_name_address], [1], [Transform the output of nm in a C name address pair]) _LT_DECL([global_symbol_to_c_name_address_lib_prefix], [lt_cv_sys_global_symbol_to_c_name_address_lib_prefix], [1], [Transform the output of nm in a C name address pair when lib prefix is needed]) _LT_DECL([nm_interface], [lt_cv_nm_interface], [1], [The name lister interface]) _LT_DECL([], [nm_file_list_spec], [1], [Specify filename containing input files for $NM]) ]) # _LT_CMD_GLOBAL_SYMBOLS # _LT_COMPILER_PIC([TAGNAME]) # --------------------------- m4_defun([_LT_COMPILER_PIC], [m4_require([_LT_TAG_COMPILER])dnl _LT_TAGVAR(lt_prog_compiler_wl, $1)= _LT_TAGVAR(lt_prog_compiler_pic, $1)= _LT_TAGVAR(lt_prog_compiler_static, $1)= m4_if([$1], [CXX], [ # C++ specific cases for pic, static, wl, etc. if test yes = "$GXX"; then _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' case $host_os in aix*) # All AIX code is PIC. if test ia64 = "$host_cpu"; then # AIX 5 now supports IA64 processor _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' fi _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; amigaos*) case $host_cpu in powerpc) # see comment about AmigaOS4 .so support _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; m68k) # FIXME: we need at least 68020 code to build shared libraries, but # adding the '-m68020' flag to GCC prevents building anything better, # like '-m68040'. _LT_TAGVAR(lt_prog_compiler_pic, $1)='-m68020 -resident32 -malways-restore-a4' ;; esac ;; beos* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*) # PIC is the default for these OSes. ;; mingw* | cygwin* | os2* | pw32* | cegcc*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). # Although the cygwin gcc ignores -fPIC, still need this for old-style # (--disable-auto-import) libraries m4_if([$1], [GCJ], [], [_LT_TAGVAR(lt_prog_compiler_pic, $1)='-DDLL_EXPORT']) case $host_os in os2*) _LT_TAGVAR(lt_prog_compiler_static, $1)='$wl-static' ;; esac ;; darwin* | rhapsody*) # PIC is the default on this platform # Common symbols not allowed in MH_DYLIB files _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fno-common' ;; *djgpp*) # DJGPP does not support shared libraries at all _LT_TAGVAR(lt_prog_compiler_pic, $1)= ;; haiku*) # PIC is the default for Haiku. # The "-static" flag exists, but is broken. _LT_TAGVAR(lt_prog_compiler_static, $1)= ;; interix[[3-9]]*) # Interix 3.x gcc -fpic/-fPIC options generate broken code. # Instead, we relocate shared libraries at runtime. ;; sysv4*MP*) if test -d /usr/nec; then _LT_TAGVAR(lt_prog_compiler_pic, $1)=-Kconform_pic fi ;; hpux*) # PIC is the default for 64-bit PA HP-UX, but not for 32-bit # PA HP-UX. On IA64 HP-UX, PIC is the default but the pic flag # sets the default TLS model and affects inlining. case $host_cpu in hppa*64*) ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; esac ;; *qnx* | *nto*) # QNX uses GNU C++, but need to define -shared option too, otherwise # it will coredump. _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC -shared' ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; esac else case $host_os in aix[[4-9]]*) # All AIX code is PIC. if test ia64 = "$host_cpu"; then # AIX 5 now supports IA64 processor _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' else _LT_TAGVAR(lt_prog_compiler_static, $1)='-bnso -bI:/lib/syscalls.exp' fi ;; chorus*) case $cc_basename in cxch68*) # Green Hills C++ Compiler # _LT_TAGVAR(lt_prog_compiler_static, $1)="--no_auto_instantiation -u __main -u __premain -u _abort -r $COOL_DIR/lib/libOrb.a $MVME_DIR/lib/CC/libC.a $MVME_DIR/lib/classix/libcx.s.a" ;; esac ;; mingw* | cygwin* | os2* | pw32* | cegcc*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). m4_if([$1], [GCJ], [], [_LT_TAGVAR(lt_prog_compiler_pic, $1)='-DDLL_EXPORT']) ;; dgux*) case $cc_basename in ec++*) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' ;; ghcx*) # Green Hills C++ Compiler _LT_TAGVAR(lt_prog_compiler_pic, $1)='-pic' ;; *) ;; esac ;; freebsd* | dragonfly*) # FreeBSD uses GNU C++ ;; hpux9* | hpux10* | hpux11*) case $cc_basename in CC*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_static, $1)='$wl-a ${wl}archive' if test ia64 != "$host_cpu"; then _LT_TAGVAR(lt_prog_compiler_pic, $1)='+Z' fi ;; aCC*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_static, $1)='$wl-a ${wl}archive' case $host_cpu in hppa*64*|ia64*) # +Z the default ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)='+Z' ;; esac ;; *) ;; esac ;; interix*) # This is c89, which is MS Visual C++ (no shared libs) # Anyone wants to do a port? ;; irix5* | irix6* | nonstopux*) case $cc_basename in CC*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_static, $1)='-non_shared' # CC pic flag -KPIC is the default. ;; *) ;; esac ;; linux* | k*bsd*-gnu | kopensolaris*-gnu | gnu*) case $cc_basename in KCC*) # KAI C++ Compiler _LT_TAGVAR(lt_prog_compiler_wl, $1)='--backend -Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; ecpc* ) # old Intel C++ for x86_64, which still supported -KPIC. _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' ;; icpc* ) # Intel C++, used to be incompatible with GCC. # ICC 10 doesn't accept -KPIC any more. _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' ;; pgCC* | pgcpp*) # Portland Group C++ compiler _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fpic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; cxx*) # Compaq C++ # Make sure the PIC flag is empty. It appears that all Alpha # Linux and Compaq Tru64 Unix objects are PIC. _LT_TAGVAR(lt_prog_compiler_pic, $1)= _LT_TAGVAR(lt_prog_compiler_static, $1)='-non_shared' ;; xlc* | xlC* | bgxl[[cC]]* | mpixl[[cC]]*) # IBM XL 8.0, 9.0 on PPC and BlueGene _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-qpic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-qstaticlink' ;; *) case `$CC -V 2>&1 | sed 5q` in *Sun\ C*) # Sun C++ 5.9 _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Qoption ld ' ;; esac ;; esac ;; lynxos*) ;; m88k*) ;; mvs*) case $cc_basename in cxx*) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-W c,exportall' ;; *) ;; esac ;; netbsd* | netbsdelf*-gnu) ;; *qnx* | *nto*) # QNX uses GNU C++, but need to define -shared option too, otherwise # it will coredump. _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC -shared' ;; osf3* | osf4* | osf5*) case $cc_basename in KCC*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='--backend -Wl,' ;; RCC*) # Rational C++ 2.4.1 _LT_TAGVAR(lt_prog_compiler_pic, $1)='-pic' ;; cxx*) # Digital/Compaq C++ _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' # Make sure the PIC flag is empty. It appears that all Alpha # Linux and Compaq Tru64 Unix objects are PIC. _LT_TAGVAR(lt_prog_compiler_pic, $1)= _LT_TAGVAR(lt_prog_compiler_static, $1)='-non_shared' ;; *) ;; esac ;; psos*) ;; solaris*) case $cc_basename in CC* | sunCC*) # Sun C++ 4.2, 5.x and Centerline C++ _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Qoption ld ' ;; gcx*) # Green Hills C++ Compiler _LT_TAGVAR(lt_prog_compiler_pic, $1)='-PIC' ;; *) ;; esac ;; sunos4*) case $cc_basename in CC*) # Sun C++ 4.x _LT_TAGVAR(lt_prog_compiler_pic, $1)='-pic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; lcc*) # Lucid _LT_TAGVAR(lt_prog_compiler_pic, $1)='-pic' ;; *) ;; esac ;; sysv5* | unixware* | sco3.2v5* | sco5v6* | OpenUNIX*) case $cc_basename in CC*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; esac ;; tandem*) case $cc_basename in NCC*) # NonStop-UX NCC 3.20 _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' ;; *) ;; esac ;; vxworks*) ;; *) _LT_TAGVAR(lt_prog_compiler_can_build_shared, $1)=no ;; esac fi ], [ if test yes = "$GCC"; then _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' case $host_os in aix*) # All AIX code is PIC. if test ia64 = "$host_cpu"; then # AIX 5 now supports IA64 processor _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' fi _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; amigaos*) case $host_cpu in powerpc) # see comment about AmigaOS4 .so support _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; m68k) # FIXME: we need at least 68020 code to build shared libraries, but # adding the '-m68020' flag to GCC prevents building anything better, # like '-m68040'. _LT_TAGVAR(lt_prog_compiler_pic, $1)='-m68020 -resident32 -malways-restore-a4' ;; esac ;; beos* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*) # PIC is the default for these OSes. ;; mingw* | cygwin* | pw32* | os2* | cegcc*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). # Although the cygwin gcc ignores -fPIC, still need this for old-style # (--disable-auto-import) libraries m4_if([$1], [GCJ], [], [_LT_TAGVAR(lt_prog_compiler_pic, $1)='-DDLL_EXPORT']) case $host_os in os2*) _LT_TAGVAR(lt_prog_compiler_static, $1)='$wl-static' ;; esac ;; darwin* | rhapsody*) # PIC is the default on this platform # Common symbols not allowed in MH_DYLIB files _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fno-common' ;; haiku*) # PIC is the default for Haiku. # The "-static" flag exists, but is broken. _LT_TAGVAR(lt_prog_compiler_static, $1)= ;; hpux*) # PIC is the default for 64-bit PA HP-UX, but not for 32-bit # PA HP-UX. On IA64 HP-UX, PIC is the default but the pic flag # sets the default TLS model and affects inlining. case $host_cpu in hppa*64*) # +Z the default ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; esac ;; interix[[3-9]]*) # Interix 3.x gcc -fpic/-fPIC options generate broken code. # Instead, we relocate shared libraries at runtime. ;; msdosdjgpp*) # Just because we use GCC doesn't mean we suddenly get shared libraries # on systems that don't support them. _LT_TAGVAR(lt_prog_compiler_can_build_shared, $1)=no enable_shared=no ;; *nto* | *qnx*) # QNX uses GNU C++, but need to define -shared option too, otherwise # it will coredump. _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC -shared' ;; sysv4*MP*) if test -d /usr/nec; then _LT_TAGVAR(lt_prog_compiler_pic, $1)=-Kconform_pic fi ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; esac case $cc_basename in nvcc*) # Cuda Compiler Driver 2.2 _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Xlinker ' if test -n "$_LT_TAGVAR(lt_prog_compiler_pic, $1)"; then _LT_TAGVAR(lt_prog_compiler_pic, $1)="-Xcompiler $_LT_TAGVAR(lt_prog_compiler_pic, $1)" fi ;; esac else # PORTME Check for flag to pass linker flags through the system compiler. case $host_os in aix*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' if test ia64 = "$host_cpu"; then # AIX 5 now supports IA64 processor _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' else _LT_TAGVAR(lt_prog_compiler_static, $1)='-bnso -bI:/lib/syscalls.exp' fi ;; darwin* | rhapsody*) # PIC is the default on this platform # Common symbols not allowed in MH_DYLIB files _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fno-common' case $cc_basename in nagfor*) # NAG Fortran compiler _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,-Wl,,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-PIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; esac ;; mingw* | cygwin* | pw32* | os2* | cegcc*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). m4_if([$1], [GCJ], [], [_LT_TAGVAR(lt_prog_compiler_pic, $1)='-DDLL_EXPORT']) case $host_os in os2*) _LT_TAGVAR(lt_prog_compiler_static, $1)='$wl-static' ;; esac ;; hpux9* | hpux10* | hpux11*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but # not for PA HP-UX. case $host_cpu in hppa*64*|ia64*) # +Z the default ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)='+Z' ;; esac # Is there a better lt_prog_compiler_static that works with the bundled CC? _LT_TAGVAR(lt_prog_compiler_static, $1)='$wl-a ${wl}archive' ;; irix5* | irix6* | nonstopux*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' # PIC (with -KPIC) is the default. _LT_TAGVAR(lt_prog_compiler_static, $1)='-non_shared' ;; linux* | k*bsd*-gnu | kopensolaris*-gnu | gnu*) case $cc_basename in # old Intel for x86_64, which still supported -KPIC. ecc*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' ;; # icc used to be incompatible with GCC. # ICC 10 doesn't accept -KPIC any more. icc* | ifort*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' ;; # Lahey Fortran 8.1. lf95*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='--shared' _LT_TAGVAR(lt_prog_compiler_static, $1)='--static' ;; nagfor*) # NAG Fortran compiler _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,-Wl,,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-PIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; tcc*) # Fabrice Bellard et al's Tiny C Compiler _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' ;; pgcc* | pgf77* | pgf90* | pgf95* | pgfortran*) # Portland Group compilers (*not* the Pentium gcc compiler, # which looks to be a dead project) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fpic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; ccc*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' # All Alpha code is PIC. _LT_TAGVAR(lt_prog_compiler_static, $1)='-non_shared' ;; xl* | bgxl* | bgf* | mpixl*) # IBM XL C 8.0/Fortran 10.1, 11.1 on PPC and BlueGene _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-qpic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-qstaticlink' ;; *) case `$CC -V 2>&1 | sed 5q` in *Sun\ Ceres\ Fortran* | *Sun*Fortran*\ [[1-7]].* | *Sun*Fortran*\ 8.[[0-3]]*) # Sun Fortran 8.3 passes all unrecognized flags to the linker _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' _LT_TAGVAR(lt_prog_compiler_wl, $1)='' ;; *Sun\ F* | *Sun*Fortran*) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Qoption ld ' ;; *Sun\ C*) # Sun C 5.9 _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' ;; *Intel*\ [[CF]]*Compiler*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' ;; *Portland\ Group*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fpic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; esac ;; esac ;; newsos6) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; *nto* | *qnx*) # QNX uses GNU C++, but need to define -shared option too, otherwise # it will coredump. _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC -shared' ;; osf3* | osf4* | osf5*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' # All OSF/1 code is PIC. _LT_TAGVAR(lt_prog_compiler_static, $1)='-non_shared' ;; rdos*) _LT_TAGVAR(lt_prog_compiler_static, $1)='-non_shared' ;; solaris*) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' case $cc_basename in f77* | f90* | f95* | sunf77* | sunf90* | sunf95*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Qoption ld ';; *) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,';; esac ;; sunos4*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Qoption ld ' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-PIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; sysv4 | sysv4.2uw2* | sysv4.3*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; sysv4*MP*) if test -d /usr/nec; then _LT_TAGVAR(lt_prog_compiler_pic, $1)='-Kconform_pic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' fi ;; sysv5* | unixware* | sco3.2v5* | sco5v6* | OpenUNIX*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; unicos*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_can_build_shared, $1)=no ;; uts4*) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-pic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; *) _LT_TAGVAR(lt_prog_compiler_can_build_shared, $1)=no ;; esac fi ]) case $host_os in # For platforms that do not support PIC, -DPIC is meaningless: *djgpp*) _LT_TAGVAR(lt_prog_compiler_pic, $1)= ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)="$_LT_TAGVAR(lt_prog_compiler_pic, $1)@&t@m4_if([$1],[],[ -DPIC],[m4_if([$1],[CXX],[ -DPIC],[])])" ;; esac AC_CACHE_CHECK([for $compiler option to produce PIC], [_LT_TAGVAR(lt_cv_prog_compiler_pic, $1)], [_LT_TAGVAR(lt_cv_prog_compiler_pic, $1)=$_LT_TAGVAR(lt_prog_compiler_pic, $1)]) _LT_TAGVAR(lt_prog_compiler_pic, $1)=$_LT_TAGVAR(lt_cv_prog_compiler_pic, $1) # # Check to make sure the PIC flag actually works. # if test -n "$_LT_TAGVAR(lt_prog_compiler_pic, $1)"; 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FIXME _LT_TAGVAR(archive_cmds, $1)='$CC -nostart $libobjs $deplibs $compiler_flags $wl-soname $wl$soname -o $lib' else _LT_TAGVAR(ld_shlibs, $1)=no fi ;; cygwin* | mingw* | pw32* | cegcc*) # _LT_TAGVAR(hardcode_libdir_flag_spec, $1) is actually meaningless, # as there is no search path for DLLs. _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='-L$libdir' _LT_TAGVAR(export_dynamic_flag_spec, $1)='$wl--export-all-symbols' _LT_TAGVAR(allow_undefined_flag, $1)=unsupported _LT_TAGVAR(always_export_symbols, $1)=no _LT_TAGVAR(enable_shared_with_static_runtimes, $1)=yes _LT_TAGVAR(export_symbols_cmds, $1)='$NM $libobjs $convenience | $global_symbol_pipe | $SED -e '\''/^[[BCDGRS]][[ ]]/s/.*[[ ]]\([[^ ]]*\)/\1 DATA/;s/^.*[[ ]]__nm__\([[^ ]]*\)[[ ]][[^ ]]*/\1 DATA/;/^I[[ ]]/d;/^[[AITW]][[ ]]/s/.* //'\'' | sort | uniq > $export_symbols' _LT_TAGVAR(exclude_expsyms, $1)=['[_]+GLOBAL_OFFSET_TABLE_|[_]+GLOBAL__[FID]_.*|[_]+head_[A-Za-z0-9_]+_dll|[A-Za-z0-9_]+_dll_iname'] if $LD --help 2>&1 | $GREP 'auto-import' > /dev/null; then _LT_TAGVAR(archive_cmds, $1)='$CC -shared $libobjs $deplibs $compiler_flags -o $output_objdir/$soname $wl--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib' # If the export-symbols file already is a .def file, use it as # is; otherwise, prepend EXPORTS... _LT_TAGVAR(archive_expsym_cmds, $1)='if _LT_DLL_DEF_P([$export_symbols]); then cp $export_symbols $output_objdir/$soname.def; else echo EXPORTS > $output_objdir/$soname.def; cat $export_symbols >> $output_objdir/$soname.def; fi~ $CC -shared $output_objdir/$soname.def $libobjs $deplibs $compiler_flags -o $output_objdir/$soname $wl--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib' else _LT_TAGVAR(ld_shlibs, $1)=no fi ;; haiku*) _LT_TAGVAR(archive_cmds, $1)='$CC -shared $libobjs $deplibs $compiler_flags $wl-soname $wl$soname -o $lib' _LT_TAGVAR(link_all_deplibs, $1)=yes ;; os2*) _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='-L$libdir' _LT_TAGVAR(hardcode_minus_L, $1)=yes _LT_TAGVAR(allow_undefined_flag, $1)=unsupported shrext_cmds=.dll _LT_TAGVAR(archive_cmds, $1)='$ECHO "LIBRARY ${soname%$shared_ext} INITINSTANCE TERMINSTANCE" > $output_objdir/$libname.def~ $ECHO "DESCRIPTION \"$libname\"" >> $output_objdir/$libname.def~ $ECHO "DATA MULTIPLE NONSHARED" >> $output_objdir/$libname.def~ $ECHO EXPORTS >> $output_objdir/$libname.def~ emxexp $libobjs | $SED /"_DLL_InitTerm"/d >> $output_objdir/$libname.def~ $CC -Zdll -Zcrtdll -o $output_objdir/$soname $libobjs $deplibs $compiler_flags $output_objdir/$libname.def~ emximp -o $lib $output_objdir/$libname.def' _LT_TAGVAR(archive_expsym_cmds, $1)='$ECHO "LIBRARY ${soname%$shared_ext} INITINSTANCE TERMINSTANCE" > $output_objdir/$libname.def~ $ECHO "DESCRIPTION \"$libname\"" >> $output_objdir/$libname.def~ $ECHO "DATA MULTIPLE NONSHARED" >> $output_objdir/$libname.def~ $ECHO EXPORTS >> $output_objdir/$libname.def~ prefix_cmds="$SED"~ if test EXPORTS = "`$SED 1q $export_symbols`"; then prefix_cmds="$prefix_cmds -e 1d"; fi~ prefix_cmds="$prefix_cmds -e \"s/^\(.*\)$/_\1/g\""~ cat $export_symbols | $prefix_cmds >> $output_objdir/$libname.def~ $CC -Zdll -Zcrtdll -o $output_objdir/$soname $libobjs $deplibs $compiler_flags $output_objdir/$libname.def~ emximp -o $lib $output_objdir/$libname.def' _LT_TAGVAR(old_archive_From_new_cmds, $1)='emximp -o $output_objdir/${libname}_dll.a $output_objdir/$libname.def' _LT_TAGVAR(enable_shared_with_static_runtimes, $1)=yes ;; interix[[3-9]]*) _LT_TAGVAR(hardcode_direct, $1)=no _LT_TAGVAR(hardcode_shlibpath_var, $1)=no _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='$wl-rpath,$libdir' _LT_TAGVAR(export_dynamic_flag_spec, $1)='$wl-E' # Hack: On Interix 3.x, we cannot compile PIC because of a broken gcc. # Instead, shared libraries are loaded at an image base (0x10000000 by # default) and relocated if they conflict, which is a slow very memory # consuming and fragmenting process. To avoid this, we pick a random, # 256 KiB-aligned image base between 0x50000000 and 0x6FFC0000 at link # time. Moving up from 0x10000000 also allows more sbrk(2) space. _LT_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags $wl-h,$soname $wl--image-base,`expr ${RANDOM-$$} % 4096 / 2 \* 262144 + 1342177280` -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='sed "s|^|_|" $export_symbols >$output_objdir/$soname.expsym~$CC -shared $pic_flag $libobjs $deplibs $compiler_flags $wl-h,$soname $wl--retain-symbols-file,$output_objdir/$soname.expsym $wl--image-base,`expr ${RANDOM-$$} % 4096 / 2 \* 262144 + 1342177280` -o $lib' ;; gnu* | linux* | tpf* | k*bsd*-gnu | kopensolaris*-gnu) tmp_diet=no if test linux-dietlibc = "$host_os"; then case $cc_basename in diet\ *) tmp_diet=yes;; # linux-dietlibc with static linking (!diet-dyn) esac fi if $LD --help 2>&1 | $EGREP ': supported targets:.* elf' > /dev/null \ && test no = "$tmp_diet" then tmp_addflag=' $pic_flag' tmp_sharedflag='-shared' case $cc_basename,$host_cpu in pgcc*) # Portland Group C compiler _LT_TAGVAR(whole_archive_flag_spec, $1)='$wl--whole-archive`for conv in $convenience\"\"; do test -n \"$conv\" && new_convenience=\"$new_convenience,$conv\"; done; func_echo_all \"$new_convenience\"` $wl--no-whole-archive' tmp_addflag=' $pic_flag' ;; pgf77* | pgf90* | pgf95* | pgfortran*) # Portland Group f77 and f90 compilers _LT_TAGVAR(whole_archive_flag_spec, $1)='$wl--whole-archive`for conv in $convenience\"\"; do test -n \"$conv\" && new_convenience=\"$new_convenience,$conv\"; done; func_echo_all \"$new_convenience\"` $wl--no-whole-archive' tmp_addflag=' $pic_flag -Mnomain' ;; ecc*,ia64* | icc*,ia64*) # Intel C compiler on ia64 tmp_addflag=' -i_dynamic' ;; efc*,ia64* | ifort*,ia64*) # Intel Fortran compiler on ia64 tmp_addflag=' -i_dynamic -nofor_main' ;; ifc* | ifort*) # Intel Fortran compiler tmp_addflag=' -nofor_main' ;; lf95*) # Lahey Fortran 8.1 _LT_TAGVAR(whole_archive_flag_spec, $1)= tmp_sharedflag='--shared' ;; nagfor*) # NAGFOR 5.3 tmp_sharedflag='-Wl,-shared' ;; xl[[cC]]* | bgxl[[cC]]* | mpixl[[cC]]*) # IBM XL C 8.0 on PPC (deal with xlf below) tmp_sharedflag='-qmkshrobj' tmp_addflag= ;; nvcc*) # Cuda Compiler Driver 2.2 _LT_TAGVAR(whole_archive_flag_spec, $1)='$wl--whole-archive`for conv in $convenience\"\"; do test -n \"$conv\" && new_convenience=\"$new_convenience,$conv\"; done; func_echo_all \"$new_convenience\"` $wl--no-whole-archive' _LT_TAGVAR(compiler_needs_object, $1)=yes ;; esac case `$CC -V 2>&1 | sed 5q` in *Sun\ C*) # Sun C 5.9 _LT_TAGVAR(whole_archive_flag_spec, $1)='$wl--whole-archive`new_convenience=; for conv in $convenience\"\"; do test -z \"$conv\" || new_convenience=\"$new_convenience,$conv\"; done; func_echo_all \"$new_convenience\"` $wl--no-whole-archive' _LT_TAGVAR(compiler_needs_object, $1)=yes tmp_sharedflag='-G' ;; *Sun\ F*) # Sun Fortran 8.3 tmp_sharedflag='-G' ;; esac _LT_TAGVAR(archive_cmds, $1)='$CC '"$tmp_sharedflag""$tmp_addflag"' $libobjs $deplibs $compiler_flags $wl-soname $wl$soname -o $lib' if test yes = "$supports_anon_versioning"; then _LT_TAGVAR(archive_expsym_cmds, $1)='echo "{ global:" > $output_objdir/$libname.ver~ cat $export_symbols | sed -e "s/\(.*\)/\1;/" >> $output_objdir/$libname.ver~ echo "local: *; };" >> $output_objdir/$libname.ver~ $CC '"$tmp_sharedflag""$tmp_addflag"' $libobjs $deplibs $compiler_flags $wl-soname $wl$soname $wl-version-script $wl$output_objdir/$libname.ver -o $lib' fi case $cc_basename in tcc*) _LT_TAGVAR(export_dynamic_flag_spec, $1)='-rdynamic' ;; xlf* | bgf* | bgxlf* | mpixlf*) # IBM XL Fortran 10.1 on PPC cannot create shared libs itself _LT_TAGVAR(whole_archive_flag_spec, $1)='--whole-archive$convenience --no-whole-archive' _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='$wl-rpath $wl$libdir' _LT_TAGVAR(archive_cmds, $1)='$LD -shared $libobjs $deplibs $linker_flags -soname $soname -o $lib' if test yes = "$supports_anon_versioning"; then _LT_TAGVAR(archive_expsym_cmds, $1)='echo "{ global:" > $output_objdir/$libname.ver~ cat $export_symbols | sed -e "s/\(.*\)/\1;/" >> $output_objdir/$libname.ver~ echo "local: *; };" >> $output_objdir/$libname.ver~ $LD -shared $libobjs $deplibs $linker_flags -soname $soname -version-script $output_objdir/$libname.ver -o $lib' fi ;; esac else _LT_TAGVAR(ld_shlibs, $1)=no fi ;; netbsd* | netbsdelf*-gnu) if echo __ELF__ | $CC -E - | $GREP __ELF__ >/dev/null; then _LT_TAGVAR(archive_cmds, $1)='$LD -Bshareable $libobjs $deplibs $linker_flags -o $lib' wlarc= else _LT_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags $wl-soname $wl$soname -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags $wl-soname $wl$soname $wl-retain-symbols-file $wl$export_symbols -o $lib' fi ;; solaris*) if $LD -v 2>&1 | $GREP 'BFD 2\.8' > /dev/null; then _LT_TAGVAR(ld_shlibs, $1)=no cat <<_LT_EOF 1>&2 *** Warning: The releases 2.8.* of the GNU linker cannot reliably *** create shared libraries on Solaris systems. Therefore, libtool *** is disabling shared libraries support. We urge you to upgrade GNU *** binutils to release 2.9.1 or newer. Another option is to modify *** your PATH or compiler configuration so that the native linker is *** used, and then restart. _LT_EOF elif $LD --help 2>&1 | $GREP ': supported targets:.* elf' > /dev/null; then _LT_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags $wl-soname $wl$soname -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags $wl-soname $wl$soname $wl-retain-symbols-file $wl$export_symbols -o $lib' else _LT_TAGVAR(ld_shlibs, $1)=no fi ;; sysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX*) case `$LD -v 2>&1` in *\ [[01]].* | *\ 2.[[0-9]].* | *\ 2.1[[0-5]].*) _LT_TAGVAR(ld_shlibs, $1)=no cat <<_LT_EOF 1>&2 *** Warning: Releases of the GNU linker prior to 2.16.91.0.3 cannot *** reliably create shared libraries on SCO systems. Therefore, libtool *** is disabling shared libraries support. We urge you to upgrade GNU *** binutils to release 2.16.91.0.3 or newer. Another option is to modify *** your PATH or compiler configuration so that the native linker is *** used, and then restart. _LT_EOF ;; *) # For security reasons, it is highly recommended that you always # use absolute paths for naming shared libraries, and exclude the # DT_RUNPATH tag from executables and libraries. But doing so # requires that you compile everything twice, which is a pain. if $LD --help 2>&1 | $GREP ': supported targets:.* elf' > /dev/null; then _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='$wl-rpath $wl$libdir' _LT_TAGVAR(archive_cmds, $1)='$CC -shared $libobjs $deplibs $compiler_flags $wl-soname $wl$soname -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $libobjs $deplibs $compiler_flags $wl-soname $wl$soname $wl-retain-symbols-file $wl$export_symbols -o $lib' else _LT_TAGVAR(ld_shlibs, $1)=no fi ;; esac ;; sunos4*) _LT_TAGVAR(archive_cmds, $1)='$LD -assert pure-text -Bshareable -o $lib $libobjs $deplibs $linker_flags' wlarc= _LT_TAGVAR(hardcode_direct, $1)=yes _LT_TAGVAR(hardcode_shlibpath_var, $1)=no ;; *) if $LD --help 2>&1 | $GREP ': supported targets:.* elf' > /dev/null; then _LT_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags $wl-soname $wl$soname -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags $wl-soname $wl$soname $wl-retain-symbols-file $wl$export_symbols -o $lib' else _LT_TAGVAR(ld_shlibs, $1)=no fi ;; esac if test no = "$_LT_TAGVAR(ld_shlibs, $1)"; then runpath_var= _LT_TAGVAR(hardcode_libdir_flag_spec, $1)= _LT_TAGVAR(export_dynamic_flag_spec, $1)= _LT_TAGVAR(whole_archive_flag_spec, $1)= fi else # PORTME fill in a description of your system's linker (not GNU ld) case $host_os in aix3*) _LT_TAGVAR(allow_undefined_flag, $1)=unsupported _LT_TAGVAR(always_export_symbols, $1)=yes _LT_TAGVAR(archive_expsym_cmds, $1)='$LD -o $output_objdir/$soname $libobjs $deplibs $linker_flags -bE:$export_symbols -T512 -H512 -bM:SRE~$AR $AR_FLAGS $lib $output_objdir/$soname' # Note: this linker hardcodes the directories in LIBPATH if there # are no directories specified by -L. _LT_TAGVAR(hardcode_minus_L, $1)=yes if test yes = "$GCC" && test -z "$lt_prog_compiler_static"; then # Neither direct hardcoding nor static linking is supported with a # broken collect2. _LT_TAGVAR(hardcode_direct, $1)=unsupported fi ;; aix[[4-9]]*) if test ia64 = "$host_cpu"; then # On IA64, the linker does run time linking by default, so we don't # have to do anything special. aix_use_runtimelinking=no exp_sym_flag='-Bexport' no_entry_flag= else # If we're using GNU nm, then we don't want the "-C" option. # -C means demangle to GNU nm, but means don't demangle to AIX nm. # Without the "-l" option, or with the "-B" option, AIX nm treats # weak defined symbols like other global defined symbols, whereas # GNU nm marks them as "W". # While the 'weak' keyword is ignored in the Export File, we need # it in the Import File for the 'aix-soname' feature, so we have # to replace the "-B" option with "-P" for AIX nm. if $NM -V 2>&1 | $GREP 'GNU' > /dev/null; then _LT_TAGVAR(export_symbols_cmds, $1)='$NM -Bpg $libobjs $convenience | awk '\''{ if (((\$ 2 == "T") || (\$ 2 == "D") || (\$ 2 == "B") || (\$ 2 == "W")) && ([substr](\$ 3,1,1) != ".")) { if (\$ 2 == "W") { print \$ 3 " weak" } else { print \$ 3 } } }'\'' | sort -u > $export_symbols' else _LT_TAGVAR(export_symbols_cmds, $1)='`func_echo_all $NM | $SED -e '\''s/B\([[^B]]*\)$/P\1/'\''` -PCpgl $libobjs $convenience | awk '\''{ if (((\$ 2 == "T") || (\$ 2 == "D") || (\$ 2 == "B") || (\$ 2 == "W") || (\$ 2 == "V") || (\$ 2 == "Z")) && ([substr](\$ 1,1,1) != ".")) { if ((\$ 2 == "W") || (\$ 2 == "V") || (\$ 2 == "Z")) { print \$ 1 " weak" } else { print \$ 1 } } }'\'' | sort -u > $export_symbols' fi aix_use_runtimelinking=no # Test if we are trying to use run time linking or normal # AIX style linking. If -brtl is somewhere in LDFLAGS, we # have runtime linking enabled, and use it for executables. # For shared libraries, we enable/disable runtime linking # depending on the kind of the shared library created - # when "with_aix_soname,aix_use_runtimelinking" is: # "aix,no" lib.a(lib.so.V) shared, rtl:no, for executables # "aix,yes" lib.so shared, rtl:yes, for executables # lib.a static archive # "both,no" lib.so.V(shr.o) shared, rtl:yes # lib.a(lib.so.V) shared, rtl:no, for executables # "both,yes" lib.so.V(shr.o) shared, rtl:yes, for executables # lib.a(lib.so.V) shared, rtl:no # "svr4,*" lib.so.V(shr.o) shared, rtl:yes, for executables # lib.a static archive case $host_os in aix4.[[23]]|aix4.[[23]].*|aix[[5-9]]*) for ld_flag in $LDFLAGS; do if (test x-brtl = "x$ld_flag" || test x-Wl,-brtl = "x$ld_flag"); then aix_use_runtimelinking=yes break fi done if test svr4,no = "$with_aix_soname,$aix_use_runtimelinking"; then # With aix-soname=svr4, we create the lib.so.V shared archives only, # so we don't have lib.a shared libs to link our executables. # We have to force runtime linking in this case. aix_use_runtimelinking=yes LDFLAGS="$LDFLAGS -Wl,-brtl" fi ;; esac exp_sym_flag='-bexport' no_entry_flag='-bnoentry' fi # When large executables or shared objects are built, AIX ld can # have problems creating the table of contents. If linking a library # or program results in "error TOC overflow" add -mminimal-toc to # CXXFLAGS/CFLAGS for g++/gcc. In the cases where that is not # enough to fix the problem, add -Wl,-bbigtoc to LDFLAGS. _LT_TAGVAR(archive_cmds, $1)='' _LT_TAGVAR(hardcode_direct, $1)=yes _LT_TAGVAR(hardcode_direct_absolute, $1)=yes _LT_TAGVAR(hardcode_libdir_separator, $1)=':' _LT_TAGVAR(link_all_deplibs, $1)=yes _LT_TAGVAR(file_list_spec, $1)='$wl-f,' case $with_aix_soname,$aix_use_runtimelinking in aix,*) ;; # traditional, no import file svr4,* | *,yes) # use import file # The Import File defines what to hardcode. _LT_TAGVAR(hardcode_direct, $1)=no _LT_TAGVAR(hardcode_direct_absolute, $1)=no ;; esac if test yes = "$GCC"; then case $host_os in aix4.[[012]]|aix4.[[012]].*) # We only want to do this on AIX 4.2 and lower, the check # below for broken collect2 doesn't work under 4.3+ collect2name=`$CC -print-prog-name=collect2` if test -f "$collect2name" && strings "$collect2name" | $GREP resolve_lib_name >/dev/null then # We have reworked collect2 : else # We have old collect2 _LT_TAGVAR(hardcode_direct, $1)=unsupported # It fails to find uninstalled libraries when the uninstalled # path is not listed in the libpath. Setting hardcode_minus_L # to unsupported forces relinking _LT_TAGVAR(hardcode_minus_L, $1)=yes _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='-L$libdir' _LT_TAGVAR(hardcode_libdir_separator, $1)= fi ;; esac shared_flag='-shared' if test yes = "$aix_use_runtimelinking"; then shared_flag="$shared_flag "'$wl-G' fi # Need to ensure runtime linking is disabled for the traditional # shared library, or the linker may eventually find shared libraries # /with/ Import File - we do not want to mix them. shared_flag_aix='-shared' shared_flag_svr4='-shared $wl-G' else # not using gcc if test ia64 = "$host_cpu"; then # VisualAge C++, Version 5.5 for AIX 5L for IA-64, Beta 3 Release # chokes on -Wl,-G. The following line is correct: shared_flag='-G' else if test yes = "$aix_use_runtimelinking"; then shared_flag='$wl-G' else shared_flag='$wl-bM:SRE' fi shared_flag_aix='$wl-bM:SRE' shared_flag_svr4='$wl-G' fi fi _LT_TAGVAR(export_dynamic_flag_spec, $1)='$wl-bexpall' # It seems that -bexpall does not export symbols beginning with # underscore (_), so it is better to generate a list of symbols to export. _LT_TAGVAR(always_export_symbols, $1)=yes if test aix,yes = "$with_aix_soname,$aix_use_runtimelinking"; then # Warning - without using the other runtime loading flags (-brtl), # -berok will link without error, but may produce a broken library. _LT_TAGVAR(allow_undefined_flag, $1)='-berok' # Determine the default libpath from the value encoded in an # empty executable. _LT_SYS_MODULE_PATH_AIX([$1]) _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='$wl-blibpath:$libdir:'"$aix_libpath" _LT_TAGVAR(archive_expsym_cmds, $1)='$CC -o $output_objdir/$soname $libobjs $deplibs $wl'$no_entry_flag' $compiler_flags `if test -n "$allow_undefined_flag"; then func_echo_all "$wl$allow_undefined_flag"; else :; fi` $wl'$exp_sym_flag:\$export_symbols' '$shared_flag else if test ia64 = "$host_cpu"; then _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='$wl-R $libdir:/usr/lib:/lib' _LT_TAGVAR(allow_undefined_flag, $1)="-z nodefs" _LT_TAGVAR(archive_expsym_cmds, $1)="\$CC $shared_flag"' -o $output_objdir/$soname $libobjs $deplibs '"\$wl$no_entry_flag"' $compiler_flags $wl$allow_undefined_flag '"\$wl$exp_sym_flag:\$export_symbols" else # Determine the default libpath from the value encoded in an # empty executable. _LT_SYS_MODULE_PATH_AIX([$1]) _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='$wl-blibpath:$libdir:'"$aix_libpath" # Warning - without using the other run time loading flags, # -berok will link without error, but may produce a broken library. _LT_TAGVAR(no_undefined_flag, $1)=' $wl-bernotok' _LT_TAGVAR(allow_undefined_flag, $1)=' $wl-berok' if test yes = "$with_gnu_ld"; then # We only use this code for GNU lds that support --whole-archive. _LT_TAGVAR(whole_archive_flag_spec, $1)='$wl--whole-archive$convenience $wl--no-whole-archive' else # Exported symbols can be pulled into shared objects from archives _LT_TAGVAR(whole_archive_flag_spec, $1)='$convenience' fi _LT_TAGVAR(archive_cmds_need_lc, $1)=yes _LT_TAGVAR(archive_expsym_cmds, $1)='$RM -r $output_objdir/$realname.d~$MKDIR $output_objdir/$realname.d' # -brtl affects multiple linker settings, -berok does not and is overridden later compiler_flags_filtered='`func_echo_all "$compiler_flags " | $SED -e "s%-brtl\\([[, ]]\\)%-berok\\1%g"`' if test svr4 != "$with_aix_soname"; then # This is similar to how AIX traditionally builds its shared libraries. _LT_TAGVAR(archive_expsym_cmds, $1)="$_LT_TAGVAR(archive_expsym_cmds, $1)"'~$CC '$shared_flag_aix' -o $output_objdir/$realname.d/$soname $libobjs $deplibs $wl-bnoentry '$compiler_flags_filtered'$wl-bE:$export_symbols$allow_undefined_flag~$AR $AR_FLAGS $output_objdir/$libname$release.a $output_objdir/$realname.d/$soname' fi if test aix != "$with_aix_soname"; then _LT_TAGVAR(archive_expsym_cmds, $1)="$_LT_TAGVAR(archive_expsym_cmds, $1)"'~$CC '$shared_flag_svr4' -o $output_objdir/$realname.d/$shared_archive_member_spec.o $libobjs $deplibs $wl-bnoentry '$compiler_flags_filtered'$wl-bE:$export_symbols$allow_undefined_flag~$STRIP -e $output_objdir/$realname.d/$shared_archive_member_spec.o~( func_echo_all "#! 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solaris*) _LT_TAGVAR(no_undefined_flag, $1)=' -z defs' if test yes = "$GCC"; then wlarc='$wl' _LT_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag $wl-z ${wl}text $wl-h $wl$soname -o $lib $libobjs $deplibs $compiler_flags' _LT_TAGVAR(archive_expsym_cmds, $1)='echo "{ global:" > $lib.exp~cat $export_symbols | $SED -e "s/\(.*\)/\1;/" >> $lib.exp~echo "local: *; };" >> $lib.exp~ $CC -shared $pic_flag $wl-z ${wl}text $wl-M $wl$lib.exp $wl-h $wl$soname -o $lib $libobjs $deplibs $compiler_flags~$RM $lib.exp' else case `$CC -V 2>&1` in *"Compilers 5.0"*) wlarc='' _LT_TAGVAR(archive_cmds, $1)='$LD -G$allow_undefined_flag -h $soname -o $lib $libobjs $deplibs $linker_flags' _LT_TAGVAR(archive_expsym_cmds, $1)='echo "{ global:" > $lib.exp~cat $export_symbols | $SED -e "s/\(.*\)/\1;/" >> $lib.exp~echo "local: *; };" >> $lib.exp~ $LD -G$allow_undefined_flag -M $lib.exp -h $soname -o $lib $libobjs $deplibs $linker_flags~$RM $lib.exp' ;; *) wlarc='$wl' _LT_TAGVAR(archive_cmds, $1)='$CC -G$allow_undefined_flag -h $soname -o $lib $libobjs $deplibs $compiler_flags' _LT_TAGVAR(archive_expsym_cmds, $1)='echo "{ global:" > $lib.exp~cat $export_symbols | $SED -e "s/\(.*\)/\1;/" >> $lib.exp~echo "local: *; };" >> $lib.exp~ $CC -G$allow_undefined_flag -M $lib.exp -h $soname -o $lib $libobjs $deplibs $compiler_flags~$RM $lib.exp' ;; esac fi _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='-R$libdir' _LT_TAGVAR(hardcode_shlibpath_var, $1)=no case $host_os in solaris2.[[0-5]] | solaris2.[[0-5]].*) ;; *) # The compiler driver will combine and reorder linker options, # but understands '-z linker_flag'. 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(KAI) C++ Compiler # KCC will only create a shared library if the output file # ends with ".so" (or ".sl" for HP-UX), so rename the library # to its proper name (with version) after linking. _LT_TAGVAR(archive_cmds, $1)='tempext=`echo $shared_ext | $SED -e '\''s/\([[^()0-9A-Za-z{}]]\)/\\\\\1/g'\''`; templib=`echo $lib | $SED -e "s/\$tempext\..*/.so/"`; $CC $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags --soname $soname -o \$templib; mv \$templib $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='tempext=`echo $shared_ext | $SED -e '\''s/\([[^()0-9A-Za-z{}]]\)/\\\\\1/g'\''`; templib=`echo $lib | $SED -e "s/\$tempext\..*/.so/"`; $CC $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags --soname $soname -o \$templib $wl-retain-symbols-file,$export_symbols; mv \$templib $lib' # Commands to make compiler produce verbose output that lists # what "hidden" libraries, object files and flags are used when # linking a shared library. # # There doesn't appear to be a way to prevent this compiler from # explicitly linking system object files so we need to strip them # from the output so that they don't get included in the library # dependencies. output_verbose_link_cmd='templist=`$CC $CFLAGS -v conftest.$objext -o libconftest$shared_ext 2>&1 | $GREP "ld"`; rm -f libconftest$shared_ext; list= ; for z in $templist; do case $z in conftest.$objext) list="$list $z";; *.$objext);; *) list="$list $z";;esac; done; func_echo_all "$list"' _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='$wl-rpath,$libdir' _LT_TAGVAR(export_dynamic_flag_spec, $1)='$wl--export-dynamic' # Archives containing C++ object files must be created using # "CC -Bstatic", where "CC" is the KAI C++ compiler. _LT_TAGVAR(old_archive_cmds, $1)='$CC -Bstatic -o $oldlib $oldobjs' ;; icpc* | ecpc* ) # Intel C++ with_gnu_ld=yes # version 8.0 and above of icpc choke on multiply defined symbols # if we add $predep_objects and $postdep_objects, however 7.1 and # earlier do not add the objects themselves. case `$CC -V 2>&1` in *"Version 7."*) _LT_TAGVAR(archive_cmds, $1)='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags $wl-soname $wl$soname -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags $wl-soname $wl$soname $wl-retain-symbols-file $wl$export_symbols -o $lib' ;; *) # Version 8.0 or newer tmp_idyn= case $host_cpu in ia64*) tmp_idyn=' -i_dynamic';; esac _LT_TAGVAR(archive_cmds, $1)='$CC -shared'"$tmp_idyn"' $libobjs $deplibs $compiler_flags $wl-soname $wl$soname -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='$CC -shared'"$tmp_idyn"' $libobjs $deplibs $compiler_flags $wl-soname $wl$soname $wl-retain-symbols-file $wl$export_symbols -o $lib' ;; esac _LT_TAGVAR(archive_cmds_need_lc, $1)=no _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='$wl-rpath,$libdir' _LT_TAGVAR(export_dynamic_flag_spec, $1)='$wl--export-dynamic' _LT_TAGVAR(whole_archive_flag_spec, $1)='$wl--whole-archive$convenience $wl--no-whole-archive' ;; pgCC* | pgcpp*) # Portland Group C++ compiler case `$CC -V` in *pgCC\ [[1-5]].* | *pgcpp\ [[1-5]].*) _LT_TAGVAR(prelink_cmds, $1)='tpldir=Template.dir~ rm -rf $tpldir~ $CC --prelink_objects --instantiation_dir $tpldir $objs $libobjs $compile_deplibs~ compile_command="$compile_command `find $tpldir -name \*.o | sort | $NL2SP`"' _LT_TAGVAR(old_archive_cmds, $1)='tpldir=Template.dir~ rm -rf $tpldir~ $CC --prelink_objects --instantiation_dir $tpldir $oldobjs$old_deplibs~ $AR $AR_FLAGS $oldlib$oldobjs$old_deplibs `find $tpldir -name \*.o | sort | $NL2SP`~ $RANLIB $oldlib' _LT_TAGVAR(archive_cmds, $1)='tpldir=Template.dir~ rm -rf $tpldir~ $CC --prelink_objects --instantiation_dir $tpldir $predep_objects $libobjs $deplibs $convenience $postdep_objects~ $CC -shared $pic_flag $predep_objects $libobjs $deplibs `find $tpldir -name \*.o | sort | $NL2SP` $postdep_objects $compiler_flags $wl-soname $wl$soname -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='tpldir=Template.dir~ rm -rf $tpldir~ $CC --prelink_objects --instantiation_dir $tpldir $predep_objects $libobjs $deplibs $convenience $postdep_objects~ $CC -shared $pic_flag $predep_objects $libobjs $deplibs `find $tpldir -name \*.o | sort | $NL2SP` $postdep_objects $compiler_flags $wl-soname $wl$soname $wl-retain-symbols-file $wl$export_symbols -o $lib' ;; *) # Version 6 and above use weak symbols _LT_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags $wl-soname $wl$soname -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $pic_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags $wl-soname $wl$soname $wl-retain-symbols-file $wl$export_symbols -o $lib' ;; esac _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='$wl--rpath $wl$libdir' _LT_TAGVAR(export_dynamic_flag_spec, $1)='$wl--export-dynamic' _LT_TAGVAR(whole_archive_flag_spec, $1)='$wl--whole-archive`for conv in $convenience\"\"; do test -n \"$conv\" && new_convenience=\"$new_convenience,$conv\"; done; func_echo_all \"$new_convenience\"` $wl--no-whole-archive' ;; cxx*) # Compaq C++ _LT_TAGVAR(archive_cmds, $1)='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags $wl-soname $wl$soname -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags $wl-soname $wl$soname -o $lib $wl-retain-symbols-file $wl$export_symbols' runpath_var=LD_RUN_PATH _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='-rpath $libdir' _LT_TAGVAR(hardcode_libdir_separator, $1)=: # Commands to make compiler produce verbose output that lists # what "hidden" libraries, object files and flags are used when # linking a shared library. # # There doesn't appear to be a way to prevent this compiler from # explicitly linking system object files so we need to strip them # from the output so that they don't get included in the library # dependencies. output_verbose_link_cmd='templist=`$CC -shared $CFLAGS -v conftest.$objext 2>&1 | $GREP "ld"`; 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Vaughan, 2004 # # This file is free software; the Free Software Foundation gives # unlimited permission to copy and/or distribute it, with or without # modifications, as long as this notice is preserved. # serial 6 ltsugar.m4 # This is to help aclocal find these macros, as it can't see m4_define. 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[AC_DEFUN([_LT_REQUIRED_DARWIN_CHECKS])]) m4_ifndef([_LT_AC_PROG_CXXCPP], [AC_DEFUN([_LT_AC_PROG_CXXCPP])]) m4_ifndef([_LT_PREPARE_SED_QUOTE_VARS], [AC_DEFUN([_LT_PREPARE_SED_QUOTE_VARS])]) m4_ifndef([_LT_PROG_ECHO_BACKSLASH], [AC_DEFUN([_LT_PROG_ECHO_BACKSLASH])]) m4_ifndef([_LT_PROG_F77], [AC_DEFUN([_LT_PROG_F77])]) m4_ifndef([_LT_PROG_FC], [AC_DEFUN([_LT_PROG_FC])]) m4_ifndef([_LT_PROG_CXX], [AC_DEFUN([_LT_PROG_CXX])]) miller-5.6.2/miller.spec000066400000000000000000000042341354153536500151650ustar00rootroot00000000000000Summary: Name-indexed data processing tool Name: miller Version: 5.6.1 Release: 1%{?dist} License: BSD Source: https://github.com/johnkerl/miller/releases/download/%{version}/mlr-%{version}.tar.gz URL: http://johnkerl.org/miller/doc BuildRequires: gcc BuildRequires: flex >= 2.5.35 %description Miller (mlr) allows name-indexed data such as CSV and JSON files to be processed with functions equivalent to sed, awk, cut, join, sort etc. It can convert between formats, preserves headers when sorting or reversing, and streams data where possible so its memory requirements stay small. It works well with pipes and can feed "tail -f". %prep %setup -q -n mlr-%{version} %build %configure %make_build %check make check %install %make_install %files %license LICENSE.txt %doc README.md %{_bindir}/mlr %{_mandir}/man1/mlr.1* %changelog * Sat Sep 21 2019 John Kerl - 5.6.2-1 - 5.6.2 release * Mon Sep 16 2019 John Kerl - 5.6.1-1 - 5.6.1 release * Thu Sep 12 2019 John Kerl - 5.6.0-1 - 5.6.0 release * Sat Aug 31 2019 John Kerl - 5.5.0-1 - 5.5.0 release * Tue May 28 2019 Stephen Kitt - 5.4.0-1 - Fix up for Fedora * Sun Oct 14 2018 John Kerl - 5.4.0-1 - 5.4.0 release * Sat Jan 06 2018 John Kerl - 5.3.0-1 - 5.3.0 release * Thu Jul 20 2017 John Kerl - 5.2.2-1 - 5.2.2 release * Mon Jun 19 2017 John Kerl - 5.2.1-1 - 5.2.1 release * Sun Jun 11 2017 John Kerl - 5.2.0-1 - 5.2.0 release * Thu Apr 13 2017 John Kerl - 5.1.0-1 - 5.1.0 release * Sat Mar 11 2017 John Kerl - 5.0.1-1 - 5.0.1 release * Mon Feb 27 2017 John Kerl - 5.0.0-1 - 5.0.0 release * Sun Aug 21 2016 John Kerl - 4.5.0-1 - 4.5.0 release * Mon Apr 04 2016 John Kerl - 3.5.0-1 - 3.5.0 release * Sun Feb 14 2016 John Kerl - 3.4.0-1 - 3.4.0 release * Sun Feb 07 2016 John Kerl - 3.3.2-1 - Initial spec-file submission for Miller miller-5.6.2/msys2-build.sh000077500000000000000000000010621354153536500155320ustar00rootroot00000000000000#!/bin/bash echo ================================================================ # Note: I need this on my Windows machine with MSYS2 but it causes an # error on Appveyor. # sed 's/-lm/-lm -lpcreposix/' c/Makefile.am > temp; mv temp c/Makefile.am # sed 's/-lm/-lm -lpcreposix/' c/unit_test/Makefile.am > temp; mv temp c/unit_test/Makefile.am sed 's/#undef MLR_ON_MSYS2/#define MLR_ON_MSYS2/' c/lib/mlr_arch.h > temp; mv temp c/lib/mlr_arch.h echo ================================================================ ./configure make -C c/parsing lemon.exe make miller-5.6.2/name-ideas.txt000066400000000000000000000005761354153536500155760ustar00rootroot00000000000000package name: * mohawk (more than awk ... but in some ways it's also less than awk) * mohoc * seneca (sibling tribe of the mohawk) * qoppa (key-value-pair) * qipper (key-value-pair) * miller (glenn or steve -- old-school-throwback style) * thomp (tool for ordered hash-maps) * thump (tool for ordered hash-maps) * prefer an invented name to make it more easily searchable miller-5.6.2/perf/000077500000000000000000000000001354153536500137565ustar00rootroot00000000000000miller-5.6.2/perf/Makefile.no-autoconfig000066400000000000000000000007131354153536500201660ustar00rootroot00000000000000all: catc catc0 catm catd catrust catgo catnim cutd cutgo cutnim allc: catc catc0 catm catc: catc.c gcc -Wall catc.c -o catc catc0: catc0.c gcc -Wall catc0.c -o catc0 catm: catm.c gcc -Wall catm.c -o catm catd: catd.d dmd -O catd.d catrust: catrust.rs rustc catrust.rs catgo: catgo.go go build catgo.go catnim: catnim.nim nim compile catnim.nim cutd: cutd.d dmd -O cutd.d cutgo: cutgo.go go build cutgo.go cutnim: cutnim.nim nim compile cutnim.nim miller-5.6.2/perf/catc.c000066400000000000000000000016361354153536500150420ustar00rootroot00000000000000#include #include #include // ---------------------------------------------------------------- static int do_stream(char* file_name) { FILE* input_stream = stdin; FILE* output_stream = stdout; if (strcmp(file_name, "-")) { input_stream = fopen(file_name, "r"); if (input_stream == NULL) { perror(file_name); return 0; } } while (1) { char* line = NULL; size_t linecap = 0; ssize_t linelen = getdelim(&line, &linecap, '\n', input_stream); if (linelen <= 0) { break; } fputs(line, output_stream); free(line); } if (input_stream != stdin) fclose(input_stream); return 1; } // ================================================================ int main(int argc, char** argv) { int ok = 1; if (argc == 1) { ok = ok && do_stream("-"); } else { for (int argi = 1; argi < argc; argi++) { ok = do_stream(argv[argi]); } } return ok ? 0 : 1; } miller-5.6.2/perf/catc.c.txt000066400000000000000000000016361354153536500156600ustar00rootroot00000000000000#include #include #include // ---------------------------------------------------------------- static int do_stream(char* file_name) { FILE* input_stream = stdin; FILE* output_stream = stdout; if (strcmp(file_name, "-")) { input_stream = fopen(file_name, "r"); if (input_stream == NULL) { perror(file_name); return 0; } } while (1) { char* line = NULL; size_t linecap = 0; ssize_t linelen = getdelim(&line, &linecap, '\n', input_stream); if (linelen <= 0) { break; } fputs(line, output_stream); free(line); } if (input_stream != stdin) fclose(input_stream); return 1; } // ================================================================ int main(int argc, char** argv) { int ok = 1; if (argc == 1) { ok = ok && do_stream("-"); } else { for (int argi = 1; argi < argc; argi++) { ok = do_stream(argv[argi]); } } return ok ? 0 : 1; } miller-5.6.2/perf/catc0.c000066400000000000000000000016031354153536500151140ustar00rootroot00000000000000#include #include #include #define MYBUFSIZ 8192 static char iobuf[MYBUFSIZ]; // ---------------------------------------------------------------- static int do_stream(char* file_name) { FILE* input_stream = stdin; FILE* output_stream = stdout; if (strcmp(file_name, "-")) { input_stream = fopen(file_name, "r"); if (input_stream == NULL) { perror(file_name); return 0; } } while (1) { char* line = fgets(iobuf, BUFSIZ, input_stream); if (line == NULL) break; fputs(line, output_stream); } if (input_stream != stdin) fclose(input_stream); return 1; } // ================================================================ int main(int argc, char** argv) { int ok = 1; if (argc == 1) { ok = ok && do_stream("-"); } else { for (int argi = 1; argi < argc; argi++) { ok = do_stream(argv[argi]); } } return ok ? 0 : 1; } miller-5.6.2/perf/catc0.c.txt000066400000000000000000000016031354153536500157320ustar00rootroot00000000000000#include #include #include #define MYBUFSIZ 8192 static char iobuf[MYBUFSIZ]; // ---------------------------------------------------------------- static int do_stream(char* file_name) { FILE* input_stream = stdin; FILE* output_stream = stdout; if (strcmp(file_name, "-")) { input_stream = fopen(file_name, "r"); if (input_stream == NULL) { perror(file_name); return 0; } } while (1) { char* line = fgets(iobuf, BUFSIZ, input_stream); if (line == NULL) break; fputs(line, output_stream); } if (input_stream != stdin) fclose(input_stream); return 1; } // ================================================================ int main(int argc, char** argv) { int ok = 1; if (argc == 1) { ok = ok && do_stream("-"); } else { for (int argi = 1; argi < argc; argi++) { ok = do_stream(argv[argi]); } } return ok ? 0 : 1; } miller-5.6.2/perf/catd.d000066400000000000000000000002341354153536500150350ustar00rootroot00000000000000// Reads $(D stdin) and writes it to $(D stdout). import std.stdio; void main() { string line; while ((line = stdin.readln()) !is null) write(line); } miller-5.6.2/perf/catd.d.txt000066400000000000000000000002341354153536500156530ustar00rootroot00000000000000// Reads $(D stdin) and writes it to $(D stdout). import std.stdio; void main() { string line; while ((line = stdin.readln()) !is null) write(line); } miller-5.6.2/perf/catgo.go000066400000000000000000000021571354153536500154070ustar00rootroot00000000000000package main import ( "bufio" "io" "log" "os" ) // ---------------------------------------------------------------- func main() { args := os.Args[1:] includeFields := []string {"a", "x"}; ok := true if len(args) == 0 { ok = handle("-", includeFields) && ok } else { for _, arg := range args { ok = handle(arg, includeFields) && ok } } if ok { os.Exit(0) } else { os.Exit(1) } } // ---------------------------------------------------------------- func handle(fileName string, includeFields []string) (ok bool) { inputStream := os.Stdin if fileName != "-" { var err error if inputStream, err = os.Open(fileName); err != nil { log.Println(err) return false } } reader := bufio.NewReader(inputStream) writer := bufio.NewWriter(os.Stdout) eof := false for !eof { line, err := reader.ReadString('\n') if err == io.EOF { err = nil eof = true } else if err != nil { log.Println(err) if fileName != "-" { inputStream.Close() } return false } else { writer.WriteString(line) } } if fileName != "-" { inputStream.Close() } writer.Flush() return true } miller-5.6.2/perf/catgo.go.txt000066400000000000000000000021571354153536500162250ustar00rootroot00000000000000package main import ( "bufio" "io" "log" "os" ) // ---------------------------------------------------------------- func main() { args := os.Args[1:] includeFields := []string {"a", "x"}; ok := true if len(args) == 0 { ok = handle("-", includeFields) && ok } else { for _, arg := range args { ok = handle(arg, includeFields) && ok } } if ok { os.Exit(0) } else { os.Exit(1) } } // ---------------------------------------------------------------- func handle(fileName string, includeFields []string) (ok bool) { inputStream := os.Stdin if fileName != "-" { var err error if inputStream, err = os.Open(fileName); err != nil { log.Println(err) return false } } reader := bufio.NewReader(inputStream) writer := bufio.NewWriter(os.Stdout) eof := false for !eof { line, err := reader.ReadString('\n') if err == io.EOF { err = nil eof = true } else if err != nil { log.Println(err) if fileName != "-" { inputStream.Close() } return false } else { writer.WriteString(line) } } if fileName != "-" { inputStream.Close() } writer.Flush() return true } miller-5.6.2/perf/catgo2.go000066400000000000000000000017251354153536500154710ustar00rootroot00000000000000package main import ( "bufio" "fmt" "log" "os" ) // ---------------------------------------------------------------- func main() { args := os.Args[1:] includeFields := []string {"a", "x"}; ok := true if len(args) == 0 { ok = handle("-", includeFields) && ok } else { for _, arg := range args { ok = handle(arg, includeFields) && ok } } if ok { os.Exit(0) } else { os.Exit(1) } } // ---------------------------------------------------------------- func handle(fileName string, includeFields []string) (ok bool) { inputStream := os.Stdin if fileName != "-" { var err error if inputStream, err = os.Open(fileName); err != nil { log.Println(err) return false } } scanner := bufio.NewScanner(inputStream) for scanner.Scan() { line := scanner.Text() fmt.Println(line) } if err := scanner.Err(); err != nil { fmt.Fprintln(os.Stderr, "reading standard input:", err) } if fileName != "-" { inputStream.Close() } return true } miller-5.6.2/perf/catgo2.go.txt000066400000000000000000000017251354153536500163070ustar00rootroot00000000000000package main import ( "bufio" "fmt" "log" "os" ) // ---------------------------------------------------------------- func main() { args := os.Args[1:] includeFields := []string {"a", "x"}; ok := true if len(args) == 0 { ok = handle("-", includeFields) && ok } else { for _, arg := range args { ok = handle(arg, includeFields) && ok } } if ok { os.Exit(0) } else { os.Exit(1) } } // ---------------------------------------------------------------- func handle(fileName string, includeFields []string) (ok bool) { inputStream := os.Stdin if fileName != "-" { var err error if inputStream, err = os.Open(fileName); err != nil { log.Println(err) return false } } scanner := bufio.NewScanner(inputStream) for scanner.Scan() { line := scanner.Text() fmt.Println(line) } if err := scanner.Err(); err != nil { fmt.Fprintln(os.Stderr, "reading standard input:", err) } if fileName != "-" { inputStream.Close() } return true } miller-5.6.2/perf/catm.c000066400000000000000000000026041354153536500150500ustar00rootroot00000000000000#include #include #include #include #include #include #include // ---------------------------------------------------------------- static void emit(char* sol, char* eol, FILE* output_stream) { size_t ntowrite = eol - sol; size_t nwritten = fwrite(sol, 1, ntowrite, output_stream); if (nwritten != ntowrite) { perror("fwrite"); exit(1); } } // ---------------------------------------------------------------- static int do_stream(char* file_name) { FILE* output_stream = stdout; int fd = open(file_name, O_RDONLY); if (fd < 0) { perror("open"); exit(1); } struct stat stat; if (fstat(fd, &stat) < 0) { perror("fstat"); exit(1); } char* sof = mmap(NULL, (size_t)stat.st_size, PROT_READ|PROT_WRITE, MAP_FILE|MAP_PRIVATE, fd, (off_t)0); if (sof == MAP_FAILED) { perror("mmap"); exit(1); } char* eof = sof + stat.st_size; char* sol = sof; char* eol; char* p = sof; while (p < eof) { if (*p == '\n') { *p = 0; eol = p; emit(sol, eol, output_stream); p++; sol = p; } else { p++; } } if (close(fd) < 0) { perror("close"); exit(1); } return 1; } // ================================================================ int main(int argc, char** argv) { int ok = 1; for (int argi = 1; argi < argc; argi++) { ok = do_stream(argv[argi]); } return ok ? 0 : 1; } miller-5.6.2/perf/catm2.c000066400000000000000000000036711354153536500151370ustar00rootroot00000000000000#include #include #include #include #include #include #include typedef struct _file_reader_mmap_state_t { char* sol; char* eof; int fd; } file_reader_mmap_state_t; file_reader_mmap_state_t file_reader_mmap_open(char* file_name) { file_reader_mmap_state_t state; state.fd = open(file_name, O_RDONLY); if (state.fd < 0) { perror("open"); exit(1); } struct stat stat; if (fstat(state.fd, &stat) < 0) { perror("fstat"); exit(1); } state.sol = mmap(NULL, (size_t)stat.st_size, PROT_READ|PROT_WRITE, MAP_FILE|MAP_PRIVATE, state.fd, (off_t)0); if (state.sol == MAP_FAILED) { perror("mmap"); exit(1); } state.eof = state.sol + stat.st_size; return state; } void file_reader_mmap_close(file_reader_mmap_state_t* pstate) { if (close(pstate->fd) < 0) { perror("close"); exit(1); } } // ---------------------------------------------------------------- static void emit(char* sol, char* eol, FILE* output_stream) { size_t ntowrite = eol - sol; size_t nwritten = fwrite(sol, 1, ntowrite, output_stream); if (nwritten != ntowrite) { perror("fwrite"); exit(1); } fputc('\n', output_stream); } // ---------------------------------------------------------------- // xxx params/state: // * ctor: char*file_name // * reads: currptr, eofptr // * dtor: int fd static int do_stream(char* file_name) { FILE* output_stream = stdout; file_reader_mmap_state_t state = file_reader_mmap_open(file_name); char* eol; char* p = state.sol; while (p < state.eof) { if (*p == '\n') { *p = 0; eol = p; emit(state.sol, eol, output_stream); p++; state.sol = p; } else { p++; } } file_reader_mmap_close(&state); return 1; } // ================================================================ int main(int argc, char** argv) { int ok = 1; for (int argi = 1; argi < argc; argi++) { ok = do_stream(argv[argi]); } return ok ? 0 : 1; } miller-5.6.2/perf/catnim.nim000066400000000000000000000000461354153536500157360ustar00rootroot00000000000000for line in stdin.lines: echo(line) miller-5.6.2/perf/catrust.rs000066400000000000000000000002121354153536500160040ustar00rootroot00000000000000use std::io; use std::io::BufRead; fn main() { for line in io::stdin().lock().lines() { print!("{}", line.unwrap()); } } miller-5.6.2/perf/catrust.rs.txt000066400000000000000000000004311354153536500166250ustar00rootroot00000000000000use std::io; fn main() { for line in io::stdin().lock().lines() { print!("{}", line.unwrap()); } } //fn main() { // let mut reader = io::stdin(); // let mut line; // loop { // line = reader.read_line(); // print!("{}\n", line); // } //} miller-5.6.2/perf/cutd.d000066400000000000000000000016121354153536500150620ustar00rootroot00000000000000// Reads $(D stdin) and writes it to $(D stdout). // http://dlang.org/hash-map.html import std.stdio; import std.string; import std.array; void main() { string[] includeFields = ["a", "x"]; string line; while ((line = stdin.readln()) !is null) { // Input string to hashmap. string[string] oldmap; string[] fields = split(line, ','); foreach (field; fields) { string[] kvps = split(field, '='); // really want splitN with max #parts = 2 oldmap[kvps[0]] = kvps[1]; } // Hashmap-to-hashmap transform. // Note: unordered hashmap here. string[string] newmap; foreach (includeField; includeFields) { if (includeField in oldmap) { newmap[includeField] = oldmap[includeField]; } } // Hashmap to output strings. int i = 0; foreach (key; newmap.keys) { if (i > 0) write(','); write(key); write('='); write(newmap[key]); i++; } write('\n'); } } miller-5.6.2/perf/cutd.d.txt000066400000000000000000000016121354153536500157000ustar00rootroot00000000000000// Reads $(D stdin) and writes it to $(D stdout). // http://dlang.org/hash-map.html import std.stdio; import std.string; import std.array; void main() { string[] includeFields = ["a", "x"]; string line; while ((line = stdin.readln()) !is null) { // Input string to hashmap. string[string] oldmap; string[] fields = split(line, ','); foreach (field; fields) { string[] kvps = split(field, '='); // really want splitN with max #parts = 2 oldmap[kvps[0]] = kvps[1]; } // Hashmap-to-hashmap transform. // Note: unordered hashmap here. string[string] newmap; foreach (includeField; includeFields) { if (includeField in oldmap) { newmap[includeField] = oldmap[includeField]; } } // Hashmap to output strings. int i = 0; foreach (key; newmap.keys) { if (i > 0) write(','); write(key); write('='); write(newmap[key]); i++; } write('\n'); } } miller-5.6.2/perf/cutgo.go000066400000000000000000000037231354153536500154330ustar00rootroot00000000000000package main import ( "bufio" "io" "log" "os" "strings" ) // ---------------------------------------------------------------- func main() { args := os.Args[1:] includeFields := []string {"a", "x"}; ok := true if len(args) == 0 { ok = handle("-", includeFields) && ok } else { for _, arg := range args { ok = handle(arg, includeFields) && ok } } if ok { os.Exit(0) } else { os.Exit(1) } } // ---------------------------------------------------------------- func handle(fileName string, includeFields []string) (ok bool) { inputStream := os.Stdin if fileName != "-" { var err error if inputStream, err = os.Open(fileName); err != nil { log.Println(err) return false } } reader := bufio.NewReader(inputStream) writer := bufio.NewWriter(os.Stdout) eof := false for !eof { line, err := reader.ReadString('\n') if err == io.EOF { err = nil eof = true } else if err != nil { log.Println(err) if fileName != "-" { inputStream.Close() } return false } else { // 0.030s // Line to map mymap := make(map[string]string) fields := strings.Split(line, ","); for _, field := range(fields) { kvps := strings.SplitN(field, "=", 2) mymap[kvps[0]] = kvps[1] } // 0.220s // delta 0.190s // 27% // Map-to-map transform newmap := make(map[string]string) for _, includeField := range(includeFields) { value, present := mymap[includeField] if present { newmap[includeField] = value } } // 0.280s // delta 0.060s // 9% // Map to string outs := make([]string, len(newmap)) i := 0 for k, v := range(newmap) { outs[i] = k + "=" + v i++ } // 0.320s // delta 0.040s // 6% out := strings.Join(outs, ",") // 0.330s // delta 0.010s // 2% // Write to output stream //fmt.Println("") writer.WriteString(out) // delta 0.390s // 56% } } if fileName != "-" { inputStream.Close() } writer.Flush() return true } miller-5.6.2/perf/cutgo.go.txt000066400000000000000000000037231354153536500162510ustar00rootroot00000000000000package main import ( "bufio" "io" "log" "os" "strings" ) // ---------------------------------------------------------------- func main() { args := os.Args[1:] includeFields := []string {"a", "x"}; ok := true if len(args) == 0 { ok = handle("-", includeFields) && ok } else { for _, arg := range args { ok = handle(arg, includeFields) && ok } } if ok { os.Exit(0) } else { os.Exit(1) } } // ---------------------------------------------------------------- func handle(fileName string, includeFields []string) (ok bool) { inputStream := os.Stdin if fileName != "-" { var err error if inputStream, err = os.Open(fileName); err != nil { log.Println(err) return false } } reader := bufio.NewReader(inputStream) writer := bufio.NewWriter(os.Stdout) eof := false for !eof { line, err := reader.ReadString('\n') if err == io.EOF { err = nil eof = true } else if err != nil { log.Println(err) if fileName != "-" { inputStream.Close() } return false } else { // 0.030s // Line to map mymap := make(map[string]string) fields := strings.Split(line, ","); for _, field := range(fields) { kvps := strings.SplitN(field, "=", 2) mymap[kvps[0]] = kvps[1] } // 0.220s // delta 0.190s // 27% // Map-to-map transform newmap := make(map[string]string) for _, includeField := range(includeFields) { value, present := mymap[includeField] if present { newmap[includeField] = value } } // 0.280s // delta 0.060s // 9% // Map to string outs := make([]string, len(newmap)) i := 0 for k, v := range(newmap) { outs[i] = k + "=" + v i++ } // 0.320s // delta 0.040s // 6% out := strings.Join(outs, ",") // 0.330s // delta 0.010s // 2% // Write to output stream //fmt.Println("") writer.WriteString(out) // delta 0.390s // 56% } } if fileName != "-" { inputStream.Close() } writer.Flush() return true } miller-5.6.2/perf/cutnim.nim000066400000000000000000000006641354153536500157700ustar00rootroot00000000000000import strutils, tables for line in stdin.lines: #var map: OrderedTable[string,string] var map = {"":""}.newOrderedTable #var map = initTable[string, string] #var map: OrderedTable[string, string] #var map: newOrderedTable[string, string](16) for word in line.split(","): var pair = word.split("=") #echo(pair[0]) #echo(pair[1]) #echo() #map[pair[0]] = pair[1] map.add(pair[0], pair[1]) miller-5.6.2/perf/do-timings.rb000077500000000000000000000215421354153536500163640ustar00rootroot00000000000000#!/usr/bin/ruby require 'time' # ---------------------------------------------------------------- def run(desc, cmd) t1 = Time.new system(cmd) status = $? t2 = Time.new secs = t2.to_f - t1.to_f if status.to_i == 0 puts("%-12s %6.3f %s" % [desc, secs, cmd]) else puts("%-12s %6s %s" % [desc, "ERROR", cmd]) end end # cutcut real 0.38 # cutmlr real 3.23 # cat real 0.09 # catc real 0.55 # ---------------------------------------------------------------- run("(cat)", "cat < ../data/big.dkvp > /dev/null") run("catc0", "catc0 < ../data/big.dkvp > /dev/null") run("catc0", "catc0 ../data/big.dkvp > /dev/null") run("catc", "catc < ../data/big.dkvp > /dev/null") run("catc", "catc ../data/big.dkvp > /dev/null") run("catm", "catm ../data/big.dkvp > /dev/null") run("catawk", "awk -F, '{print}' ../data/big.dkvp > /dev/null") run("catmawk", "mawk -F, '{print}' ../data/big.dkvp > /dev/null") run("CATMLR", "mlr --no-mmap cat ../data/big.dkvp > /dev/null") run("CATMLRM", "mlr --mmap cat ../data/big.dkvp > /dev/null") puts run("(catv)", "cat < ../data/big.csv > /dev/null") run("catc0v", "catc0 < ../data/big.csv > /dev/null") run("catc0v", "catc0 ../data/big.csv > /dev/null") run("catcv", "catc < ../data/big.csv > /dev/null") run("catcv", "catc ../data/big.csv > /dev/null") run("catmv", "catm ../data/big.csv > /dev/null") run("catawkv", "awk -F, '{print}' ../data/big.csv > /dev/null") run("catmawkv", "mawk -F, '{print}' ../data/big.csv > /dev/null") run("CATMLRV", "mlr --no-mmap --csv --rs lf cat ../data/big.csv > /dev/null") run("CATMLRVM", "mlr --mmap --csv --rs lf cat ../data/big.csv > /dev/null") run("CATMLRV", "mlr --no-mmap --csvlite cat ../data/big.csv > /dev/null") run("CATMLRVM", "mlr --mmap --csvlite cat ../data/big.csv > /dev/null") puts puts run("cutcut", "cut -d , -f 1,4 ../data/big.dkvp > /dev/null") run("cutawk", "awk -F, '{print $1,$4}' ../data/big.dkvp > /dev/null") run("cutmawk", "mawk -F, '{print $1,$4}' ../data/big.dkvp > /dev/null") run("CUTMLR", "mlr --no-mmap cut -f a,x ../data/big.dkvp > /dev/null") run("CUTMLRM", "mlr --mmap cut -f a,x ../data/big.dkvp > /dev/null") run("CUTMLRX", "mlr --no-mmap cut -x -f a,x ../data/big.dkvp > /dev/null") run("CUTMLRXM", "mlr --mmap cut -x -f a,x ../data/big.dkvp > /dev/null") puts run("cutcutv", "cut -d , -f 1,4 ../data/big.csv > /dev/null") run("cutawkv", "awk -F, '{print $1,$4}' ../data/big.csv > /dev/null") run("cutmawkv", "mawk -F, '{print $1,$4}' ../data/big.csv > /dev/null") run("CUTMLRV", "mlr --no-mmap --csv --rs lf cut -f a,x ../data/big.csv > /dev/null") run("CUTMLRVM", "mlr --mmap --csv --rs lf cut -f a,x ../data/big.csv > /dev/null") run("CUTMLRXV", "mlr --no-mmap --csv --rs lf cut -x -f a,x ../data/big.csv > /dev/null") run("CUTMLRXVM", "mlr --mmap --csv --rs lf cut -x -f a,x ../data/big.csv > /dev/null") run("CUTMLRV", "mlr --no-mmap --csvlite cut -f a,x ../data/big.csv > /dev/null") run("CUTMLRVM", "mlr --mmap --csvlite cut -f a,x ../data/big.csv > /dev/null") run("CUTMLRXV", "mlr --no-mmap --csvlite cut -x -f a,x ../data/big.csv > /dev/null") run("CUTMLRXVM", "mlr --mmap --csvlite cut -x -f a,x ../data/big.csv > /dev/null") puts puts run("rensed", "sed -e 's/x=/EKS=/' -e 's/b=/BEE=/' ../data/big.dkvp > /dev/null") run("RENMLR", "mlr --no-mmap rename x,EKS,b,BEE ../data/big.dkvp > /dev/null") run("RENMLRM", "mlr --mmap rename x,EKS,b,BEE ../data/big.dkvp > /dev/null") puts run("rensedv", "sed -e 's/x=/EKS=/' -e 's/b=/BEE=/' ../data/big.csv > /dev/null") run("RENMLRV", "mlr --no-mmap --csv --rs lf rename x,EKS,b,BEE ../data/big.csv > /dev/null") run("RENMLRVM", "mlr --mmap --csv --rs lf rename x,EKS,b,BEE ../data/big.csv > /dev/null") run("RENMLRV", "mlr --no-mmap --csvlite rename x,EKS,b,BEE ../data/big.csv > /dev/null") run("RENMLRVM", "mlr --mmap --csvlite rename x,EKS,b,BEE ../data/big.csv > /dev/null") puts puts run("addawk", "awk -F, '{gsub(\"x=\",\"\",$4);gsub(\"y=\",\"\",$5);print $4+$5}' ../data/big.dkvp > /dev/null") run("addmawk", "mawk -F, '{gsub(\"x=\",\"\",$4);gsub(\"y=\",\"\",$5);print $4+$5}' ../data/big.dkvp > /dev/null") run("ADDMLR", "mlr --no-mmap put '$z=$x+$y' ../data/big.dkvp > /dev/null") run("ADDMLRM", "mlr --mmap put '$z=$x+$y' ../data/big.dkvp > /dev/null") puts run("addawkv", "awk -F, '{gsub(\"x=\",\"\",$4);gsub(\"y=\",\"\",$5);print $4+$5}' ../data/big.csv > /dev/null") run("addmawkv", "mawk -F, '{gsub(\"x=\",\"\",$4);gsub(\"y=\",\"\",$5);print $4+$5}' ../data/big.csv > /dev/null") run("ADDMLRV", "mlr --no-mmap --csv --rs lf put '$z=$x+$y' ../data/big.csv > /dev/null") run("ADDMLRVM", "mlr --mmap --csv --rs lf put '$z=$x+$y' ../data/big.csv > /dev/null") run("ADDMLRV", "mlr --no-mmap --csvlite put '$z=$x+$y' ../data/big.csv > /dev/null") run("ADDMLRVM", "mlr --mmap --csvlite put '$z=$x+$y' ../data/big.csv > /dev/null") puts puts run("MEANMLR", "mlr --no-mmap stats1 -a mean -f x,y -g a,b ../data/big.dkvp > /dev/null") run("MEANMLRM", "mlr --mmap stats1 -a mean -f x,y -g a,b ../data/big.dkvp > /dev/null") run('CORRMLR', "mlr --no-mmap stats2 -a corr -f x,y -g a,b ../data/big.dkvp > /dev/null") run('CORRMLRM', "mlr --mmap stats2 -a corr -f x,y -g a,b ../data/big.dkvp > /dev/null") run('LINREGMLR', "mlr --no-mmap stats2 -a linreg-ols,linreg-pca -f x,y -g a,b ../data/big.dkvp > /dev/null") run('LINREGMLRM', "mlr --mmap stats2 -a linreg-ols,linreg-pca -f x,y -g a,b ../data/big.dkvp > /dev/null") puts run("MEANMLRV", "mlr --no-mmap --csv --rs lf stats1 -a mean -f x,y -g a,b ../data/big.csv > /dev/null") run("MEANMLRVM", "mlr --mmap --csv --rs lf stats1 -a mean -f x,y -g a,b ../data/big.csv > /dev/null") run('CORRMLRV', "mlr --no-mmap --csv --rs lf stats2 -a corr -f x,y -g a,b ../data/big.csv > /dev/null") run('CORRMLRVM', "mlr --mmap --csv --rs lf stats2 -a corr -f x,y -g a,b ../data/big.csv > /dev/null") run('LINREGMLRV', "mlr --no-mmap --csv --rs lf stats2 -a linreg-ols,linreg-pca -f x,y -g a,b ../data/big.csv > /dev/null") run('LINREGMLRVM', "mlr --mmap --csv --rs lf stats2 -a linreg-ols,linreg-pca -f x,y -g a,b ../data/big.csv > /dev/null") run("MEANMLRV", "mlr --no-mmap --csvlite stats1 -a mean -f x,y -g a,b ../data/big.csv > /dev/null") run("MEANMLRVM", "mlr --mmap --csvlite stats1 -a mean -f x,y -g a,b ../data/big.csv > /dev/null") run('CORRMLRV', "mlr --no-mmap --csvlite stats2 -a corr -f x,y -g a,b ../data/big.csv > /dev/null") run('CORRMLRVM', "mlr --mmap --csvlite stats2 -a corr -f x,y -g a,b ../data/big.csv > /dev/null") run('LINREGMLRV', "mlr --no-mmap --csvlite stats2 -a linreg-ols,linreg-pca -f x,y -g a,b ../data/big.csv > /dev/null") run('LINREGMLRVM', "mlr --mmap --csvlite stats2 -a linreg-ols,linreg-pca -f x,y -g a,b ../data/big.csv > /dev/null") puts puts puts run("sortsort1", "sort -t= -k 1,2 ../data/big.dkvp > /dev/null") run("SORTMLR1", "mlr --no-mmap sort -f a,b ../data/big.dkvp > /dev/null") run("SORTMLR1M", "mlr --mmap sort -f a,b ../data/big.dkvp > /dev/null") puts run("sortsort2", "sort -t, -k 4,5 ../data/big.dkvp > /dev/null") run("SORTMLR2", "mlr --no-mmap sort -n x,y ../data/big.dkvp > /dev/null") run("SORTMLR2M", "mlr --mmap sort -n x,y ../data/big.dkvp > /dev/null") puts puts run("sortsort1v", "sort -t, -k 1,4 ../data/big.csv > /dev/null") run("SORTMLR1V", "mlr --no-mmap --csv --rs lf sort -f a,x ../data/big.csv > /dev/null") run("SORTMLR1VM", "mlr --mmap --csv --rs lf sort -f a,x ../data/big.csv > /dev/null") run("SORTMLR1V", "mlr --no-mmap --csvlite sort -f a,x ../data/big.csv > /dev/null") run("SORTMLR1VM", "mlr --mmap --csvlite sort -f a,x ../data/big.csv > /dev/null") puts run("sortsort2v", "sort -t, -n -k 4,5 ../data/big.csv > /dev/null") run("SORTMLR2V", "mlr --no-mmap --csv --rs lf sort -n x,y ../data/big.csv > /dev/null") run("SORTMLR2VM", "mlr --mmap --csv --rs lf sort -n x,y ../data/big.csv > /dev/null") run("SORTMLR2V", "mlr --no-mmap --csvlite sort -n x,y ../data/big.csv > /dev/null") run("SORTMLR2VM", "mlr --mmap --csvlite sort -n x,y ../data/big.csv > /dev/null") miller-5.6.2/perf/mand/000077500000000000000000000000001354153536500146755ustar00rootroot00000000000000miller-5.6.2/perf/mand/mand.c000066400000000000000000000041761354153536500157700ustar00rootroot00000000000000#include #include #include int main(int argc, char** argv) { double rcorn = -2.0; double icorn = -2.0; double side = 4.0; int iheight = 500; int iwidth = 1000; int maxits = 100; int levelstep = 100; double jr = 0.0; double ji = 0.0; int do_julia = 0; char* chars = "@X*o-."; int nchars = strlen(chars); for (int argi = 1; argi < argc; argi++) { if (sscanf(argv[argi], "rcorn=%lf", &rcorn)) { } else if (sscanf(argv[argi], "icorn=%lf", &icorn)) { } else if (sscanf(argv[argi], "side=%lf", &side)) { } else if (sscanf(argv[argi], "iheight=%d", &iheight)) { } else if (sscanf(argv[argi], "iwidth=%d", &iwidth)) { } else if (sscanf(argv[argi], "dims=%d %d", &iheight, &iwidth)) { } else if (sscanf(argv[argi], "maxits=%d", &maxits)) { } else if (sscanf(argv[argi], "levelstep=%d", &levelstep)) { } else if (sscanf(argv[argi], "julia=%lf,%lf", &jr,&ji)) { do_julia = 1; } else { fprintf(stderr, "b04k!\n"); exit(1); } } putchar('+'); for (int ir = 1; ir < iwidth-1; ir += 1) { putchar('-'); } putchar('+'); putchar('\n'); for (int ii = iheight-1; ii > 0; ii -= 1) { double pi = icorn + ((double)ii/(double)iheight) * side; putchar('|'); for (int ir = 1; ir < iwidth-1; ir += 1) { double pr = rcorn + ((double)ir/(double)iwidth) * side; double zr = 0.0; double zi = 0.0; double cr = 0.0; double ci = 0.0; if (!do_julia) { zr = 0.0; zi = 0.0; cr = pr; ci = pi; } else { zr = pr; zi = pi; cr = jr; ci = ji; } // z := z^2 + c int iti = 0; int escaped = 0; for (iti = 0; iti < maxits; iti += 1) { double mag = zr*zr + zi+zi; if (mag > 4.0) { escaped = 1; break; } double zt = zr*zr - zi*zi + cr; zi = 2*zr*zi + ci; zr = zt; } if (!escaped) { putchar(' '); } else { int level = (iti / levelstep) % nchars; putchar(chars[level]); } } putchar('|'); putchar('\n'); } putchar('+'); for (int ir = 1; ir < iwidth-1; ir += 1) { putchar('-'); } putchar('+'); putchar('\n'); return 0; } miller-5.6.2/perf/mand/mand.mlr000066400000000000000000000026161354153536500163350ustar00rootroot00000000000000# Mandelbrot set generator: simple example of Miller DSL as programming language. begin { # Set defaults @rcorn = -2.0; @icorn = -2.0; @side = 4.0; @iheight = 500; @iwidth = 1000; @maxits = 100; @levelstep = 5; @chars = "@X*o-."; } # Override defaults @rcorn = $rcorn; @icorn = $icorn; @side = $side; @iheight = $iheight; @iwidth = $iwidth; @maxits = $maxits; @levelstep = $levelstep; @chars = $chars; end { print "RCORN = ".@rcorn; print "ICORN = ".@icorn; print "SIDE = ".@side; print "IHEIGHT = ".@iheight; print "IWIDTH = ".@iwidth; print "MAXITS = ".@maxits; print "LEVELSTEP = ".@levelstep; print "CHARS = ".@chars; for (int ii = @iheight-1; ii >= 0; ii -= 1) { num ci = @icorn + (ii/@iheight) * @side; for (int ir = 0; ir < @iwidth; ir += 1) { num cr = @rcorn + (ir/@iwidth) * @side; printn get_point_plot(cr, ci, @maxits); } print; } } func get_point_plot(cr, ci, maxits) { num zr = 0.0; num zi = 0.0; int iti = 0; bool escaped = false; num zt = 0; for (iti = 0; iti < maxits; iti += 1) { num mag = zr*zr + zi+zi; if (mag > 4.0) { escaped = true; break; } # z := z^2 + c zt = zr*zr - zi*zi + cr; zi = 2*zr*zi + ci; zr = zt; } if (!escaped) { return "."; } else { int level = (iti // @levelstep) % strlen(@chars); return substr(@chars, level, level); } } miller-5.6.2/perf/mand/mand.py000066400000000000000000000011751354153536500161720ustar00rootroot00000000000000#/usr/bin/python from __future__ import division; import sys rcorn = -2.0; icorn = -2.0; side = 4.0; iheight = 500; iwidth = 1000; maxits = 100; for ii in xrange(0, iheight+1): for ir in xrange(0, iwidth+1): cr = rcorn + (ir/iwidth) * side; ci = icorn + (ii/iheight) * side; zr = 0.0; zi = 0.0; # z := z^2 + c iti = 0; escaped = False; for iti in xrange(0, maxits): mag = zr*zr + zi+zi; if mag > 4.0: escaped = True; break; zt = zr*zr - zi*zi + cr; zi = 2*zr*zi + ci; zr = zt; if (escaped): sys.stdout.write("o"); else: sys.stdout.write("."); sys.stdout.write("\n"); miller-5.6.2/perf/mand/mand.rb000066400000000000000000000010441354153536500161400ustar00rootroot00000000000000#/usr/bin/ruby rcorn = -2.0 icorn = -2.0 side = 4.0 iheight = 500 iwidth = 1000 maxits = 100 for ii in 0..iheight ci = icorn + ((ii*1.0)/iheight) * side for ir in 0..iwidth cr = rcorn + ((ir*1.0)/iwidth) * side zr = 0.0 zi = 0.0 # z := z^2 + c iti = 0 escaped = false for iti in 0..maxits mag = zr*zr + zi+zi if mag > 4.0 escaped = true break end zt = zr*zr - zi*zi + cr zi = 2.0*zr*zi + ci zr = zt end if escaped print("o") else print(".") end end puts end miller-5.6.2/perf/mkplots.sh000077500000000000000000000004561354153536500160130ustar00rootroot00000000000000#!/bin/sh experiments=`mlr cut -f experiment < tn.out|sort -u|sed 's/experiment=//'` for experiment in $experiments; do mlr --onidx --ofs ' ' filter '$experiment=="'$experiment'"' then cut -x -f experiment tn.out | pgr -nc -title $experiment -xlabel nlines -ylabel seconds -legend 'a b' -lop & done miller-5.6.2/perf/nimcat.nim.txt000066400000000000000000000000461354153536500165540ustar00rootroot00000000000000for line in stdin.lines: echo(line) miller-5.6.2/perf/nimcut.nim.txt000066400000000000000000000006641354153536500166060ustar00rootroot00000000000000import strutils, tables for line in stdin.lines: #var map: OrderedTable[string,string] var map = {"":""}.newOrderedTable #var map = initTable[string, string] #var map: OrderedTable[string, string] #var map: newOrderedTable[string, string](16) for word in line.split(","): var pair = word.split("=") #echo(pair[0]) #echo(pair[1]) #echo() #map[pair[0]] = pair[1] map.add(pair[0], pair[1]) miller-5.6.2/perf/nimlc.nim000066400000000000000000000001201354153536500155560ustar00rootroot00000000000000var line_count = 0 for line in stdin.lines: line_count += 1 echo (line_count) miller-5.6.2/perf/nimwc.nim000066400000000000000000000002041354153536500155740ustar00rootroot00000000000000import strutils var word_count = 0 for line in stdin.lines: for word in line.split(","): word_count += 1 echo (word_count) miller-5.6.2/perf/t1s.rb000077500000000000000000000025261354153536500150220ustar00rootroot00000000000000#!/usr/bin/ruby require 'time' # ---------------------------------------------------------------- def run(desc, cmd) t1 = Time.new system(cmd) status = $? t2 = Time.new secs = t2.to_f - t1.to_f if status.to_i == 0 puts("%-12s %6.3f %s" % [desc, secs, cmd]) else puts("%-12s %6s %s" % [desc, "ERROR", cmd]) end end # cutcut real 0.38 # cutmlr real 3.23 # cat real 0.09 # catc real 0.55 # ---------------------------------------------------------------- run("sortsort1", "sort -t, -k 1,2 < data/big > /dev/null") #run("OSORTMLR1", "../c/mlr sort a,b < data/big > /dev/null") run("SORTMLR1", "mlr sort a,b < data/big > /dev/null") puts run("sortsort1v", "sort -t, -k 1,4 < data/big.csv > /dev/null") #run("OSORTMLR1V", "../c/mlr --csv sort a,x < data/big.csv > /dev/null") run("SORTMLR1V", "mlr --csv sort a,x < data/big.csv > /dev/null") puts run("sortsort2", "sort -t, -k 4,5 < data/big > /dev/null") #run("OSORTMLR2", "../c/mlr sort x,y < data/big > /dev/null") run("SORTMLR2", "mlr sort x,y < data/big > /dev/null") puts puts run("sortsort2v", "sort -t, -k 4,5 < data/big.csv > /dev/null") #run("OSORTMLR2V", "../c/mlr --csv sort x,y < data/big.csv > /dev/null") run("SORTMLR2V", "mlr --csv sort x,y < data/big.csv > /dev/null") miller-5.6.2/perf/timings.txt000066400000000000000000000041051354153536500161710ustar00rootroot00000000000000---------------------------------------------------------------- $ wc -l ../data/bigger 1000000 ../data/bigger $ ls -lh ../data/bigger -rw----r-- 1 kerl kerl 59M Sep 18 21:47 ../data/bigger $ head ../data/bigger a=pan,b=pan,i=1,x=0.3467901443380824,y=0.7268028627434533 a=eks,b=pan,i=2,x=0.7586799647899636,y=0.5221511083334797 a=wye,b=wye,i=3,x=0.20460330576630303,y=0.33831852551664776 a=eks,b=wye,i=4,x=0.38139939387114097,y=0.13418874328430463 a=wye,b=pan,i=5,x=0.5732889198020006,y=0.8636244699032729 a=zee,b=pan,i=6,x=0.5271261600918548,y=0.49322128674835697 a=eks,b=zee,i=7,x=0.6117840605678454,y=0.1878849191181694 a=zee,b=wye,i=8,x=0.5985540091064224,y=0.976181385699006 a=hat,b=wye,i=9,x=0.03144187646093577,y=0.7495507603507059 a=pan,b=wye,i=10,x=0.5026260055412137,y=0.9526183602969864 ---------------------------------------------------------------- $ cat timings.sh time /bin/cat ../data/bigger > /dev/null time catc < ../data/bigger > /dev/null time catc0 < ../data/bigger > /dev/null time catm ../data/bigger > /dev/null time catd < ../data/bigger > /dev/null time catgo < ../data/bigger > /dev/null time catrust < ../data/bigger > /dev/null time catnim < ../data/bigger > /dev/null time cutgo < ../data/bigger > /dev/null time cutd < ../data/bigger > /dev/null time cutnim < ../data/bigger > /dev/null ---------------------------------------------------------------- $ bash -x timings.sh + /bin/cat ../data/bigger real 0m0.026s user 0m0.000s sys 0m0.026s + catc real 0m0.097s user 0m0.076s sys 0m0.021s + catc0 real 0m0.057s user 0m0.028s sys 0m0.028s + catm ../data/bigger real 0m0.197s user 0m0.177s sys 0m0.020s + catd real 0m0.258s user 0m0.213s sys 0m0.054s + catgo real 0m0.121s user 0m0.111s sys 0m0.024s + catrust real 0m1.055s user 0m1.035s sys 0m0.020s + catnim real 0m0.624s user 0m0.432s sys 0m0.192s + cutgo real 0m1.073s user 0m1.079s sys 0m0.041s + cutd real 0m4.233s user 0m4.462s sys 0m0.113s + cutnim real 0m21.380s user 0m21.350s sys 0m0.024s miller-5.6.2/perf/tn.rb000077500000000000000000000052041354153536500147300ustar00rootroot00000000000000#!/usr/bin/ruby require 'time' # ================================================================ # Notes: # * mlr --onidx --ofs ' ' filter '$experiment=="sort1b"' then cut -x -f experiment tn.out |pgr -nc -title cut -xlabel nlines -ylabel seconds -legend 'a b' -lop # # ... # experiment=cat,nlines=100,mlrcat_seconds=3,awkcat_seconds=4 # experiment=cat,nlines=200,mlrcat_seconds=3,awkcat_seconds=4 # experiment=cat,nlines=300,mlrcat_seconds=3,awkcat_seconds=4 # experiment=cat,nlines=400,mlrcat_seconds=3,awkcat_seconds=4 # experiment=cut,nlines=100,mlrcut_seconds=3,awkcut_seconds=4 # experiment=cut,nlines=200,mlrcut_seconds=3,awkcut_seconds=4 # experiment=cut,nlines=300,mlrcut_seconds=3,awkcut_seconds=4 # experiment=cut,nlines=400,mlrcut_seconds=3,awkcut_seconds=4 # ... # ================================================================ def run_progs_for_linecounts(experiment, linecounts, progdesc_map) linecounts.each do |linecount| run_progs_for_linecount(experiment, linecount, progdesc_map) end end def run_progs_for_linecount(experiment, linecount, progdesc_map) timing_fields = progdesc_map.collect do |progdesc, prog| seconds = run_prog(experiment, linecount, progdesc, prog) "#{progdesc}=#{seconds}" end puts "experiment=#{experiment},linecount=#{linecount},#{timing_fields.join(',')}" end def run_prog(experiment, linecount, progdesc, prog) filename = "data/nlines/#{linecount}" cmd = "#{prog} < #{filename} > /dev/null" seconds = run_cmd(progdesc, cmd) seconds end def run_cmd(desc, cmd) t1 = Time.new system(cmd) status = $? t2 = Time.new secs = t2.to_f - t1.to_f if status.to_i == 0 secs else 'error' end end # ---------------------------------------------------------------- linecounts = [1, 100000, 200000, 300000, 400000, 500000, 600000, 700000, 800000, 900000, 1000000] run_progs_for_linecounts('cat', linecounts, { "cat" => "cat", "catc0" => "catc0", "catc" => "catc", "awkcat" => "awk -F , '{print}'", "mlrcat" => "mlr cat" }) run_progs_for_linecounts('cut', linecounts, { "cut" => "cut -d , -f 1,4", "awkcut" => "awk -F , '{print $1,$4}'", "mlrcat" => "mlr cut -f a,x" }) run_progs_for_linecounts('add', linecounts, { "awkadd" => "awk -F, '{gsub(\"x=\",\"\",$4);gsub(\"y=\",\"\",$5);print $4+$5}'", "mlradd" => "mlr put '$z=$x+$y'" }) run_progs_for_linecounts('sort2', linecounts, { "sort" => "sort -t, -k 1,4", "mlrsort" => "mlr sort a,x" }) run_progs_for_linecounts('sort1s', linecounts, { "sort" => "sort -t, -k 1", "mlrsort" => "mlr sort a" }) run_progs_for_linecounts('sort1b', linecounts, { "sort" => "sort -t, -k 4", "mlrsort" => "mlr sort x" }) miller-5.6.2/python/000077500000000000000000000000001354153536500143435ustar00rootroot00000000000000miller-5.6.2/python/sketch.py000077500000000000000000000424471354153536500162140ustar00rootroot00000000000000#!/usr/bin/python import os, sys import getopt import string, re import collections # ================================================================ # o inclflds a,x,b # o newflds '{$y:$x*$x, $z:$x/2, $n:-$z}' # o greprecs '$x <= 2 && $y eq "zebra"' # # o tabular pretty-print # o mean # o sort # absolute essentials: # * RECORD-LEVEL: # k include/exclude fields # o new field as function of old # o vertical pretty-print # * STREAM-LEVEL: # o include/exclude records # o sort # o summarizations: min, max, mean, count, sum, first, last # o tabular pretty-print # ================================================================ def usage(): print >> sys.stderr, "Usage: %s [options] {modulator-spec} {zero or more filenames}" % os.path.basename(sys.argv[0]) print >> sys.stderr, "Options:" print >> sys.stderr, " -R {rs} Input/output record separator" print >> sys.stderr, " -F {fs} Input/output field separator" print >> sys.stderr, " -P {ps} Input/output key-value-pair separator" print >> sys.stderr, " -v {name=value} xxx needs more doc" print >> sys.stderr, "" print >> sys.stderr, " --idkvp Input format is delimited by IRS,IFS,IPS" print >> sys.stderr, " --odkvp Output format is delimited by IRS,IFS,IPS" print >> sys.stderr, " --icsv Input format is delimited by IRS,IFS,IPS, with header line followed by data lines (e.g. CSV)" print >> sys.stderr, " --ocsv Output format is delimited by IRS,IFS,IPS, with header line followed by data lines (e.g. CSV)" print >> sys.stderr, " --inidx Input format is implicitly integer-indexed (awk-style)" print >> sys.stderr, " --onidx Output format is implicitly integer-indexed (awk-style)" print >> sys.stderr, " --ixtab Input format is transposed-tabular-pretty-print" print >> sys.stderr, " --oxtab Output format is transposed-tabular-pretty-print" print >> sys.stderr, "Modulator specs:" print >> sys.stderr, '--cat' print >> sys.stderr, '--tac' print >> sys.stderr, '--cut' print >> sys.stderr, '--cutx' print >> sys.stderr, '--sortfields' print >> sys.stderr, '--sortfieldsup' print >> sys.stderr, '--sortfieldsdown' sys.exit(1) # ---------------------------------------------------------------- def parse_command_line(): namespace = set_up_namespace() rreader = None rwriter = None rmodulator = None try: optargs, non_option_args = getopt.getopt(sys.argv[1:], "R:F:P:v:h", [ 'help', 'idkvp', 'odkvp', 'icsv', 'ocsv', 'inidx', 'onidx', 'ixtab', 'oxtab', 'cat', 'tac', 'cut=', 'cutx=', 'sortfields', 'sortfieldsup', 'sortfieldsdown']) except getopt.GetoptError, err: print str(err) usage() sys.exit(1) for opt, arg in optargs: if opt == '-R': rs = arg namespace.put("ORS", namespace.put("IRS", rs)) elif opt == '-F': fs = arg namespace.put("OFS", namespace.put("IFS", fs)) elif opt == '-P': ps = arg namespace.put("OPS", namespace.put("IPS", ps)) elif opt == '-v': kv = string.split(arg, "=", 1) namespace.put(kv[0], kv[1]) elif opt == '--idkvp': rreader = RecordReaderDefault(istream=sys.stdin, namespace=namespace, irs=namespace.get("IRS"), ifs=namespace.get("IFS"), ips=namespace.get("IPS")) elif opt == '--odkvp': rwriter = RecordWriterDefault(ostream=sys.stdout, ors=namespace.get("ORS"), ofs=namespace.get("OFS"), ops=namespace.get("OPS")) elif opt == '--icsv': rreader = RecordReaderHeaderFirst(istream=sys.stdin, namespace=namespace, irs=namespace.get("IRS"), ifs=namespace.get("IFS")) elif opt == '--ocsv': rwriter = RecordWriterHeaderFirst(ostream=sys.stdout, ors=namespace.get("ORS"), ofs=namespace.get("OFS")) elif opt == '--inidx': rreader = RecordReaderIntegerIndexed(istream=sys.stdin, namespace=namespace, irs=namespace.get("IRS"), ifs=namespace.get("IFS")) elif opt == '--onidx': rwriter = RecordWriterIntegerIndexed(ostream=sys.stdout, ors=namespace.get("ORS"), ofs=namespace.get("OFS")) #elif opt == '--ixtab': # pass elif opt == '--oxtab': rwriter = RecordWriterVerticallyTabulated(ostream=sys.stdout) # xxx args w/r/t/ RS/FS/PS?!? elif opt == '--cat': rmodulator = CatModulator() elif opt == '--tac': rmodulator = TacModulator() elif opt == '--cut': rmodulator = SelectFieldsModulator(string.split(arg, namespace.get("IFS"))) elif opt == '--cutx': rmodulator = DeselectFieldsModulator(string.split(arg, namespace.get("IFS"))) elif opt == '--cutx': rmodulator = DeselectFieldsModulator(string.split(arg, namespace.get("IFS"))) elif opt == '--sortfields': rmodulator = SortFieldsInRecordModulator(True) elif opt == '--sortfieldsup': rmodulator = SortFieldsInRecordModulator(True) elif opt == '--sortfieldsdown': rmodulator = SortFieldsInRecordModulator(False) elif opt == '--help': usage() else: print >> sys.stderr, "Unhandled option \"%s\"." % opt sys.exit(1) #xxx non_option_arg_count = len(non_option_args) if rreader == None: rreader = RecordReaderDefault(istream=sys.stdin, namespace=namespace, irs=namespace.get("IRS"), ifs=namespace.get("IFS"), ips=namespace.get("IPS")) if rwriter == None: rwriter = RecordWriterDefault(ostream=sys.stdout, ors=namespace.get("ORS"), ofs=namespace.get("OFS"), ops=namespace.get("OPS")) if rmodulator == None: rmodulator = CatModulator() return {'namespace':namespace, 'rreader':rreader, 'rwriter':rwriter, 'rmodulator':rmodulator} def main(): options = parse_command_line() # parse ARGV: # * --ifmt: dkvp,hdr1st,iidxed,align,xposealign # * --ofmt: dkvp,hdr1st,iidxed,align,xposealign # * which-control-language spec?!? # * modulators/script ... this is the key decision area for language(s) design. # * filenames namespace = options['namespace'] rreader = options['rreader'] rmodulator = options['rmodulator'] rwriter = options['rwriter'] smodulator = StreamModulator() smodulator.modulate(rreader, rmodulator, rwriter) # ================================================================ class MillerNamespace: def __init__(self): self.mapping = {} self.imapping = {} def get(self, name): return self.mapping[name] def iget(self, name): return self.imapping[name] def put(self, name, value): self.mapping[name] = value return value def iput(self, name, ivalue): self.imapping[name] = ivalue return ivalue # ================================================================ class Record: # kvs is list of pair-lists. (xxx: do tuples work too?) def __init__(self, kvs=[]): self.fields = collections.OrderedDict() self.mput(kvs) def put(self, k, v): self.fields[k] = v def mput(self, kvs): for [k,v] in kvs: self.fields[k] = v def get(self, k): return self.fields[k] def has_key(self, k): return self.fields.has_key(k) def get_field_names(self): return self.fields.keys() def get_pairs(self): return self.fields.items() def num_pairs(self): return len(self.fields.items()) # xxx xref to record-formatter classes def __str__(self): return self.fields.__repr__ def __repr__(self): return self.fields.__repr__ # ================================================================ # Each record is a sequence of fields delimited by FS, each of which is a # key-value pair separated by PS. class RecordReader: def __init__(self, istream, namespace, irs, ifs, ips): self.istream = istream self.namespace = namespace self.irs = irs self.ifs = ifs self.ips = ips class RecordReaderDefault(RecordReader): def __init__(self, istream, namespace, irs, ifs, ips): RecordReader.__init__(self, istream, namespace, irs, ifs, ips) def read(self): line = self.istream.readline() # xxx use self.irs if line == '': return None line = line.strip() # Remove leading/trailing whitespace including carriage return from readline(). fields = string.split(line, self.ifs) kvs = [string.split(field, self.ips, 1) for field in fields] record = Record(kvs) self.namespace.iput("NF", record.num_pairs) self.namespace.iput("NR", self.namespace.iget("NR") + 1) # xxx stub self.namespace.put("FILENAME", None) self.namespace.iput("FNR", self.namespace.iget("FNR") + 1) return record # ---------------------------------------------------------------- # awk-style class RecordReaderIntegerIndexed(RecordReader): # xxx ctor with istream context?!? or independent of that?!? for cskv, no matter. # csv reader of course needs context. def __init__(self, istream, namespace, irs, ifs): RecordReader.__init__(self, istream, namespace, irs, ifs, None) def read(self): # xxx use self.irs line = self.istream.readline() if line == '': return None line = line.strip() # Remove leading/trailing whitespace including carriage return from readline(). fields = re.split(self.ifs, line) kvs = [] i = 1 for field in fields: kvs.append([i, field]) i += 1 return Record(kvs) # ---------------------------------------------------------------- # csv-style class RecordReaderHeaderFirst(RecordReader): def __init__(self, istream, namespace, irs, ifs): RecordReader.__init__(self, istream, namespace, irs, ifs, None) self.field_names = None self.header_line = None def read(self): if self.field_names == None: header_line = self.istream.readline() if header_line == '': return None # Remove leading/trailing whitespace including carriage return from readline(). header_line = header_line.strip() self.field_names = string.split(header_line, self.ifs, -1) self.header_line = header_line data_line = self.istream.readline() if data_line == '': return None # Remove leading/trailing whitespace including carriage return from readline(). data_line = data_line.strip() field_values = string.split(data_line, self.ifs, -1) if len(self.field_names) != len(field_values): raise Exception("Header/data length mismatch: %d != %d in \"%s\" and \"%s\"" % \ (len(field_names), len(field_values), self.header_line, data_line)) return Record(zip(self.field_names, field_values)) # ================================================================ # xxx ostream at ctor?? needs drain-at-end logic for prettyprint. class RecordWriter: def __init__(self, ostream, ors, ofs, ops): self.ostream = ostream self.ors = ors self.ofs = ofs self.ops = ops class RecordWriterDefault(RecordWriter): def __init__(self, ostream, ors, ofs, ops): RecordWriter.__init__(self, ostream, ors, ofs, ops) def write(self, record): self.ostream.write(self.ofs.join([str(k)+self.ops+str(v) for [k,v] in record.get_pairs()])) self.ostream.write("\n") # ---------------------------------------------------------------- class RecordWriterHeaderFirst(RecordWriter): def __init__(self, ostream, ors, ofs): RecordWriter.__init__(self, ostream, ors, ofs, None) self.field_names = None def write(self, record): data_string = self.ofs.join([str(v) for [k,v] in record.get_pairs()]) if self.field_names == None: self.field_names = record.get_field_names() header_string = self.ofs.join([str(k) for [k,v] in record.get_pairs()]) self.ostream.write(header_string) self.ostream.write("\n") self.ostream.write(data_string) self.ostream.write("\n") # ---------------------------------------------------------------- # xxx rename class RecordWriterVerticallyTabulated(RecordWriter): def __init__(self, ostream): RecordWriter.__init__(self, ostream, None, None, None) def write(self, record): max_field_name_width = 1 field_names = record.get_field_names() for field_name in field_names: field_name_width = len(field_name) if field_name_width > max_field_name_width: max_field_name_width = field_name_width lines = [] for field_name in field_names: lines.append("%-*s %s" % (max_field_name_width, field_name, record.get(field_name))) self.ostream.write("\n".join(lines)) self.ostream.write("\n\n") # ---------------------------------------------------------------- class RecordWriterIntegerIndexed: def __init__(self, ostream, ors, ofs): self.ostream = ostream self.ors = ors self.ofs = ofs def write(self, record): self.ostream.write(self.ofs.join([str(v) for [k,v] in record.get_pairs()])) self.ostream.write("\n") # ================================================================ class CatModulator: def __init__(self): pass def modulate(self, record): if record == None: # drain at end return [] return [record] class TacModulator: def __init__(self): self.records = [] def modulate(self, record): if record == None: # drain at end self.records.reverse() rv = self.records self.records = [] return rv else: self.records.append(record) return [] class SelectFieldsModulator: def __init__(self, field_names): self.field_names = field_names def modulate(self, record): if record == None: # drain at end return [] kvs = [] for field_name in self.field_names: if record.has_key(field_name): kvs.append((field_name, record.get(field_name))) new_record = Record() new_record.mput(kvs) return [new_record] # The field_names argument may be a list or hash-set -- as long as it supports # the "in" operator as in "name in field_names". # xxx to do: use a hash-set internally. class DeselectFieldsModulator: def __init__(self, field_names): self.field_names = field_names def modulate(self, record): if record == None: # drain at end return [] kvs = [] for field_name in record.get_field_names(): if not field_name in self.field_names: kvs.append((field_name, record.get(field_name))) new_record = Record() new_record.mput(kvs) return [new_record] class SortFieldsInRecordModulator: def __init__(self, do_ascending_sort=True): self.do_ascending_sort = do_ascending_sort def modulate(self, record): if record == None: # drain at end return [] kvs = [] sorted_field_names = sorted(record.get_field_names()) if not self.do_ascending_sort: sorted_field_names.reverse() # xxx optimize for field_name in sorted_field_names: kvs.append((field_name, record.get(field_name))) new_record = Record() new_record.mput(kvs) return [new_record] class MeanKeeper: def __init__(self): self.sum = 0.0 self.count = 0 def put(x): self.sum += x self.count += 1 def get_sum(): return self.sum def get_count(): return self.count def get_mean(): # In IEEE-standard floating-point this would give NaN in the empty case. # But Python throws an exception on divide by zero instead. if self.count == 0: return None else: return self.sum / self.count class MeanModulator: def __init__(self, collate_field_names, key_field_names=[]): self.collate_field_names = collate_field_names self.key_field_names = key_field_names # map from key-field values to (map from collate-field names to MSCKeeper objects). self.collate_outputs = {} def modulate(self, record): if record != None: # drain at end # xxx optimize for value_field_name in self.collate_field_names: if not record.has_key(value_field_name): return [] for key_field_name in self.key_field_names: if not record.has_key(key_field_name): return [] collate_field_values = [float(record.get(k)) for k in self.collate_field_names] key_string = ",".join([record.get(k) for k in self.key_field_names]) return [] else: # xxx stub output_record = Record() output_record.put("foo", "bar") return [output_record] # ================================================================ class StreamModulator: def __init__(self): pass def modulate(self, rreader, rmodulator, rwriter): while True: in_record = rreader.read() out_records = rmodulator.modulate(in_record) for out_record in out_records: rwriter.write(out_record) if in_record == None: break # ================================================================ def set_up_namespace(): namespace = MillerNamespace() namespace.put("ORS", namespace.put("IRS", "\n")) namespace.put("OFS", namespace.put("IFS", ",")) namespace.put("OPS", namespace.put("IPS", "=")) # xxx CONVFMT namespace.put("FILENAME", None) namespace.iput("NF", None) namespace.iput("NR", 0) namespace.iput("FNR", 0) return namespace # ================================================================ main()